Bug#999538: pytables: FTBFS with numpy 1.21 (in experimental): dh_auto_test: error: pybuild --test -i python{version} -p 3.9 returned exit code 13

[Lucas Nussbaum]

Source: pytables
Version: 3.6.1-5
Severity: important
Justification: FTBFS
Tags: bookworm sid ftbfs
User: lucas at debian.org
Usertags: ftbfs-numpy121

Hi,

During a rebuild of all packages in sid, your package failed to build
on amd64, using numpy 1.21 currently in experimental. This version
will soon be uploaded to unstable.

If you have questions about this, please contact Sandro Tosi
<morph at debian.org>.

Relevant part (hopefully):
> make[2]: Entering directory '/<<PKGBUILDDIR>>/doc/build/latex'
> latexmk -pdf -dvi- -ps-  'usersguide-3.6.1.tex'
> Rc files read:
>   /etc/LatexMk
>   latexmkrc
> Latexmk: This is Latexmk, John Collins, 21 September 2021, version: 4.75.
> Rule 'pdflatex': File changes, etc:
>    Changed files, or newly in use since previous run(s):
>       'usersguide-3.6.1.tex'
> ------------
> Run number 1 of rule 'pdflatex'
> ------------
> ------------
> Running 'pdflatex   -recorder  "usersguide-3.6.1.tex"'
> ------------
> Latexmk: applying rule 'pdflatex'...
> This is pdfTeX, Version 3.141592653-2.6-1.40.22 (TeX Live 2022/dev/Debian) (preloaded format=pdflatex)
>  restricted \write18 enabled.
> entering extended mode
> (./usersguide-3.6.1.tex
> LaTeX2e <2021-06-01> patch level 1
> L3 programming layer <2021-08-27> (./sphinxmanual.cls
> Document Class: sphinxmanual 2019/12/01 v2.3.0 Document class (Sphinx manual)
> (/usr/share/texlive/texmf-dist/tex/latex/base/report.cls
> Document Class: report 2021/02/12 v1.4n Standard LaTeX document class
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> For additional information on amsmath, use the `?' option.
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> Writing index file usersguide-3.6.1.idx
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> (/usr/share/texlive/texmf-dist/tex/latex/l3backend/l3backend-pdftex.def)
> (./usersguide-3.6.1.aux)
> (/usr/share/texlive/texmf-dist/tex/context/base/mkii/supp-pdf.mkii
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> *geometry* driver: auto-detecting
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>  )
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> Output written on usersguide-3.6.1.pdf (233 pages, 2593731 bytes).
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> Latexmk: Index file 'usersguide-3.6.1.idx' was written
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> 
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> 
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> 
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> 
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> 
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> 
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> 
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> []\T1/txtt/m/n/10 truncate() \T1/qtm/m/n/10 (\T1/qtm/m/it/10 ta-bles.nodes.file
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> [236]
> Underfull \hbox (badness 10000) in paragraph at lines 629--630
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> 
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> 
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> e.RAFileNode method\T1/qtm/m/n/10 ),
> 
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> 
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> lenode.RAFileNode
> [237]) (./usersguide-3.6.1.aux) )
> (see the transcript file for additional information){/usr/share/texmf/fonts/enc
> /dvips/tex-gyre/q-ec.enc}{/usr/share/texmf/fonts/enc/dvips/tex-gyre/q-ts1.enc}{
> /usr/share/texlive/texmf-dist/fonts/enc/dvips/base/8r.enc}</usr/share/texlive/t
> exmf-dist/fonts/type1/public/amsfonts/cm/cmmi5.pfb></usr/share/texlive/texmf-di
> st/fonts/type1/public/amsfonts/cm/cmsy5.pfb></usr/share/texlive/texmf-dist/font
> s/type1/public/amsfonts/symbols/msbm10.pfb></usr/share/texmf/fonts/type1/public
> /tex-gyre/qhvb.pfb></usr/share/texmf/fonts/type1/public/tex-gyre/qhvbi.pfb></us
> r/share/texmf/fonts/type1/public/tex-gyre/qhvr.pfb></usr/share/texmf/fonts/type
> 1/public/tex-gyre/qtmb.pfb></usr/share/texmf/fonts/type1/public/tex-gyre/qtmbi.
> pfb></usr/share/texmf/fonts/type1/public/tex-gyre/qtmr.pfb></usr/share/texmf/fo
> nts/type1/public/tex-gyre/qtmri.pfb></usr/share/texlive/texmf-dist/fonts/type1/
> public/txfonts/t1xbtt.pfb></usr/share/texlive/texmf-dist/fonts/type1/public/txf
> onts/t1xbtt.pfb></usr/share/texlive/texmf-dist/fonts/type1/public/txfonts/t1xtt
> .pfb></usr/share/texlive/texmf-dist/fonts/type1/public/txfonts/t1xtt.pfb></usr/
> share/texlive/texmf-dist/fonts/type1/public/txfonts/tcxbtt.pfb></usr/share/texl
> ive/texmf-dist/fonts/type1/public/txfonts/tcxtt.pfb></usr/share/texlive/texmf-d
> ist/fonts/type1/urw/times/utmr8a.pfb>
> Output written on usersguide-3.6.1.pdf (241 pages, 2655683 bytes).
> Transcript written on usersguide-3.6.1.log.
> Latexmk: Index file 'usersguide-3.6.1.idx' was written
> Latexmk: Log file says output to 'usersguide-3.6.1.pdf'
> Latexmk: Examining 'usersguide-3.6.1.log'
> === TeX engine is 'pdfTeX'
> Latexmk: All targets (usersguide-3.6.1.pdf) are up-to-date
> make[2]: Leaving directory '/<<PKGBUILDDIR>>/doc/build/latex'
> mv doc/build/html doc/html
> mv doc/build/latex/usersguide-*.pdf doc/usersguide.pdf
> make[1]: Leaving directory '/<<PKGBUILDDIR>>'
>    dh_auto_test -O--buildsystem=pybuild
> I: pybuild base:232: python3.9 setup.py test 
> /tmp/lzo_version_date2ff783hc.c: In function ‘main’:
> /tmp/lzo_version_date2ff783hc.c:2:5: warning: implicit declaration of function ‘lzo_version_date’ [-Wimplicit-function-declaration]
>     2 |     lzo_version_date();
>       |     ^~~~~~~~~~~~~~~~
> /tmp/BZ2_bzlibVersion1fugpvb4.c: In function ‘main’:
> /tmp/BZ2_bzlibVersion1fugpvb4.c:2:5: warning: implicit declaration of function ‘BZ2_bzlibVersion’ [-Wimplicit-function-declaration]
>     2 |     BZ2_bzlibVersion();
>       |     ^~~~~~~~~~~~~~~~
> /usr/lib/python3.9/distutils/dist.py:274: UserWarning: Unknown distribution option: 'extra_require'
>   warnings.warn(msg)
> * Using Python 3.9.7 (default, Sep 24 2021, 09:43:00) 
> * USE_PKGCONFIG: False
> * Found HDF5 headers at ``/usr/lib/x86_64-linux-gnu/hdf5/serial/include``, library at ``/usr/lib/x86_64-linux-gnu/hdf5/serial/lib``.
> .. WARNING:: Could not find the HDF5 runtime.
>    The HDF5 shared library was *not* found in the default library
>    paths. In case of runtime problems, please remember to install it.
> * Found LZO 2 headers at ``/usr/include``, the library is located in the standard system search dirs.
> * Skipping detection of LZO 1 since LZO 2 has already been found.
> * Found bzip2 headers at ``/usr/include``, the library is located in the standard system search dirs.
> * Found blosc headers at ``/usr/include``, library at ``/usr/lib``.
> running test
> WARNING: Testing via this command is deprecated and will be removed in a future version. Users looking for a generic test entry point independent of test runner are encouraged to use tox.
> running egg_info
> creating tables.egg-info
> writing tables.egg-info/PKG-INFO
> writing dependency_links to tables.egg-info/dependency_links.txt
> writing entry points to tables.egg-info/entry_points.txt
> writing requirements to tables.egg-info/requires.txt
> writing top-level names to tables.egg-info/top_level.txt
> writing manifest file 'tables.egg-info/SOURCES.txt'
> reading manifest file 'tables.egg-info/SOURCES.txt'
> reading manifest template 'MANIFEST.in'
> warning: no files found matching '*.conf' under directory 'doc'
> warning: no files found matching '*.*_t' under directory 'doc'
> warning: no files found matching '*.gif' under directory 'doc/html'
> warning: no files found matching '*' under directory 'doc/sphinxext'
> warning: no files found matching '*.h5' under directory 'bench'
> adding license file 'LICENSE.txt'
> writing manifest file 'tables.egg-info/SOURCES.txt'
> running build_ext
> copying /<<PKGBUILDDIR>>/.pybuild/cpython3_3.9/build/tables/utilsextension.cpython-39-x86_64-linux-gnu.so -> tables
> copying /<<PKGBUILDDIR>>/.pybuild/cpython3_3.9/build/tables/hdf5extension.cpython-39-x86_64-linux-gnu.so -> tables
> copying /<<PKGBUILDDIR>>/.pybuild/cpython3_3.9/build/tables/tableextension.cpython-39-x86_64-linux-gnu.so -> tables
> copying /<<PKGBUILDDIR>>/.pybuild/cpython3_3.9/build/tables/_comp_lzo.cpython-39-x86_64-linux-gnu.so -> tables
> copying /<<PKGBUILDDIR>>/.pybuild/cpython3_3.9/build/tables/_comp_bzip2.cpython-39-x86_64-linux-gnu.so -> tables
> copying /<<PKGBUILDDIR>>/.pybuild/cpython3_3.9/build/tables/linkextension.cpython-39-x86_64-linux-gnu.so -> tables
> copying /<<PKGBUILDDIR>>/.pybuild/cpython3_3.9/build/tables/lrucacheextension.cpython-39-x86_64-linux-gnu.so -> tables
> copying /<<PKGBUILDDIR>>/.pybuild/cpython3_3.9/build/tables/indexesextension.cpython-39-x86_64-linux-gnu.so -> tables
> /<<PKGBUILDDIR>>/tables/tests/test_array.py:519: FutureWarning: creating an array with a subarray dtype will behave differently when the `np.array()` (or `asarray`, etc.) call includes an array or array object.
> If you are converting a single array or a list of arrays,you can opt-in to the future behaviour using:
>     np.array(arr, dtype=np.dtype(['f', dtype]))['f']
>     np.array([arr1, arr2], dtype=np.dtype(['f', dtype]))['f']
> 
> By including a new field and indexing it after the conversion.
> This may lead to a different result or to current failures succeeding.  (FutureWarning since NumPy 1.20)
>   tupleInt = numpy.array(numpy.arange((4)), dtype=(numpy.int_, (4,)))
> test01_setAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking setting large string attributes (File methods) ... ok
> test01a_setAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking attribute names validity ... ok
> test02_setAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking setting large string attributes (Node methods) ... ok
> test03_setAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking setting large string attributes (AttributeSet methods) ... ok
> test04_listAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking listing attributes. ... ok
> test05_removeAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking removing attributes. ... ok
> test05b_removeAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking removing attributes (using File.del_node_attr()) ... ok
> test06_removeAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking removing system attributes. ... ok
> test07_renameAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking renaming attributes. ... ok
> test08_renameAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking renaming system attributes. ... ok
> test09_overwriteAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking overwriting attributes. ... ok
> test10a_copyAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking copying attributes. ... ok
> test10b_copyAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking copying attributes (copy_node_attrs) ... ok
> test10c_copyAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking copying attributes during group copies. ... ok
> test10d_copyAttributes (tables.tests.test_attributes.NotCloseCreate)
> Checking copying attributes during leaf copies. ... ok
> test11a_getitem (tables.tests.test_attributes.NotCloseCreate)
> Checking the __getitem__ interface. ... ok
> test11b_setitem (tables.tests.test_attributes.NotCloseCreate)
> Checking the __setitem__ interface. ... ok
> test11c_delitem (tables.tests.test_attributes.NotCloseCreate)
> Checking the __delitem__ interface. ... ok
> test11d_KeyError (tables.tests.test_attributes.NotCloseCreate)
> Checking that KeyError is raised in __getitem__/__delitem__. ... ok
> test12_dir (tables.tests.test_attributes.NotCloseCreate)
> Checking AttributeSet.__dir__ ... ok
> test_2d_non_contiguous (tables.tests.test_attributes.NotCloseCreate)
> Checking setting 2D and non-contiguous NumPy attributes ... ok
> test01_setAttributes (tables.tests.test_attributes.CloseCreate)
> Checking setting large string attributes (File methods) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test01a_setAttributes (tables.tests.test_attributes.CloseCreate)
> Checking attribute names validity ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test02_setAttributes (tables.tests.test_attributes.CloseCreate)
> Checking setting large string attributes (Node methods) ... ok
> test03_setAttributes (tables.tests.test_attributes.CloseCreate)
> Checking setting large string attributes (AttributeSet methods) ... ok
> test04_listAttributes (tables.tests.test_attributes.CloseCreate)
> Checking listing attributes. ... ok
> test05_removeAttributes (tables.tests.test_attributes.CloseCreate)
> Checking removing attributes. ... ok
> test05b_removeAttributes (tables.tests.test_attributes.CloseCreate)
> Checking removing attributes (using File.del_node_attr()) ... ok
> test06_removeAttributes (tables.tests.test_attributes.CloseCreate)
> Checking removing system attributes. ... ok
> test07_renameAttributes (tables.tests.test_attributes.CloseCreate)
> Checking renaming attributes. ... ok
> test08_renameAttributes (tables.tests.test_attributes.CloseCreate)
> Checking renaming system attributes. ... ok
> test09_overwriteAttributes (tables.tests.test_attributes.CloseCreate)
> Checking overwriting attributes. ... ok
> test10a_copyAttributes (tables.tests.test_attributes.CloseCreate)
> Checking copying attributes. ... ok
> test10b_copyAttributes (tables.tests.test_attributes.CloseCreate)
> Checking copying attributes (copy_node_attrs) ... ok
> test10c_copyAttributes (tables.tests.test_attributes.CloseCreate)
> Checking copying attributes during group copies. ... ok
> test10d_copyAttributes (tables.tests.test_attributes.CloseCreate)
> Checking copying attributes during leaf copies. ... ok
> test11a_getitem (tables.tests.test_attributes.CloseCreate)
> Checking the __getitem__ interface. ... ok
> test11b_setitem (tables.tests.test_attributes.CloseCreate)
> Checking the __setitem__ interface. ... ok
> test11c_delitem (tables.tests.test_attributes.CloseCreate)
> Checking the __delitem__ interface. ... ok
> test11d_KeyError (tables.tests.test_attributes.CloseCreate)
> Checking that KeyError is raised in __getitem__/__delitem__. ... ok
> test12_dir (tables.tests.test_attributes.CloseCreate)
> Checking AttributeSet.__dir__ ... ok
> test_2d_non_contiguous (tables.tests.test_attributes.CloseCreate)
> Checking setting 2D and non-contiguous NumPy attributes ... ok
> test01_setAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking setting large string attributes (File methods) ... ok
> test01a_setAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking attribute names validity ... ok
> test02_setAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking setting large string attributes (Node methods) ... ok
> test03_setAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking setting large string attributes (AttributeSet methods) ... ok
> test04_listAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking listing attributes. ... ok
> test05_removeAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking removing attributes. ... ok
> test05b_removeAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking removing attributes (using File.del_node_attr()) ... ok
> test06_removeAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking removing system attributes. ... ok
> test07_renameAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking renaming attributes. ... ok
> test08_renameAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking renaming system attributes. ... ok
> test09_overwriteAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking overwriting attributes. ... ok
> test10a_copyAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking copying attributes. ... ok
> test10b_copyAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking copying attributes (copy_node_attrs) ... ok
> test10c_copyAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking copying attributes during group copies. ... ok
> test10d_copyAttributes (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking copying attributes during leaf copies. ... ok
> test11a_getitem (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking the __getitem__ interface. ... ok
> test11b_setitem (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking the __setitem__ interface. ... ok
> test11c_delitem (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking the __delitem__ interface. ... ok
> test11d_KeyError (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking that KeyError is raised in __getitem__/__delitem__. ... ok
> test12_dir (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking AttributeSet.__dir__ ... ok
> test_2d_non_contiguous (tables.tests.test_attributes.NoCacheNotCloseCreate)
> Checking setting 2D and non-contiguous NumPy attributes ... ok
> test01_setAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking setting large string attributes (File methods) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test01a_setAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking attribute names validity ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test02_setAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking setting large string attributes (Node methods) ... ok
> test03_setAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking setting large string attributes (AttributeSet methods) ... ok
> test04_listAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking listing attributes. ... ok
> test05_removeAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking removing attributes. ... ok
> test05b_removeAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking removing attributes (using File.del_node_attr()) ... ok
> test06_removeAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking removing system attributes. ... ok
> test07_renameAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking renaming attributes. ... ok
> test08_renameAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking renaming system attributes. ... ok
> test09_overwriteAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking overwriting attributes. ... ok
> test10a_copyAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking copying attributes. ... ok
> test10b_copyAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking copying attributes (copy_node_attrs) ... ok
> test10c_copyAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking copying attributes during group copies. ... ok
> test10d_copyAttributes (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking copying attributes during leaf copies. ... ok
> test11a_getitem (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking the __getitem__ interface. ... ok
> test11b_setitem (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking the __setitem__ interface. ... ok
> test11c_delitem (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking the __delitem__ interface. ... ok
> test11d_KeyError (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking that KeyError is raised in __getitem__/__delitem__. ... ok
> test12_dir (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking AttributeSet.__dir__ ... ok
> test_2d_non_contiguous (tables.tests.test_attributes.NoCacheCloseCreate)
> Checking setting 2D and non-contiguous NumPy attributes ... ok
> test01_setAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking setting large string attributes (File methods) ... ok
> test01a_setAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking attribute names validity ... ok
> test02_setAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking setting large string attributes (Node methods) ... ok
> test03_setAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking setting large string attributes (AttributeSet methods) ... ok
> test04_listAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking listing attributes. ... ok
> test05_removeAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking removing attributes. ... ok
> test05b_removeAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking removing attributes (using File.del_node_attr()) ... ok
> test06_removeAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking removing system attributes. ... ok
> test07_renameAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking renaming attributes. ... ok
> test08_renameAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking renaming system attributes. ... ok
> test09_overwriteAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking overwriting attributes. ... ok
> test10a_copyAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking copying attributes. ... ok
> test10b_copyAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking copying attributes (copy_node_attrs) ... ok
> test10c_copyAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking copying attributes during group copies. ... ok
> test10d_copyAttributes (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking copying attributes during leaf copies. ... ok
> test11a_getitem (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking the __getitem__ interface. ... ok
> test11b_setitem (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking the __setitem__ interface. ... ok
> test11c_delitem (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking the __delitem__ interface. ... ok
> test11d_KeyError (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking that KeyError is raised in __getitem__/__delitem__. ... ok
> test12_dir (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking AttributeSet.__dir__ ... ok
> test_2d_non_contiguous (tables.tests.test_attributes.DictCacheNotCloseCreate)
> Checking setting 2D and non-contiguous NumPy attributes ... ok
> test01_setAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking setting large string attributes (File methods) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test01a_setAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking attribute names validity ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test02_setAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking setting large string attributes (Node methods) ... ok
> test03_setAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking setting large string attributes (AttributeSet methods) ... ok
> test04_listAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking listing attributes. ... ok
> test05_removeAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking removing attributes. ... ok
> test05b_removeAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking removing attributes (using File.del_node_attr()) ... ok
> test06_removeAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking removing system attributes. ... ok
> test07_renameAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking renaming attributes. ... ok
> test08_renameAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking renaming system attributes. ... ok
> test09_overwriteAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking overwriting attributes. ... ok
> test10a_copyAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking copying attributes. ... ok
> test10b_copyAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking copying attributes (copy_node_attrs) ... ok
> test10c_copyAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking copying attributes during group copies. ... ok
> test10d_copyAttributes (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking copying attributes during leaf copies. ... ok
> test11a_getitem (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking the __getitem__ interface. ... ok
> test11b_setitem (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking the __setitem__ interface. ... ok
> test11c_delitem (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking the __delitem__ interface. ... ok
> test11d_KeyError (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking that KeyError is raised in __getitem__/__delitem__. ... ok
> test12_dir (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking AttributeSet.__dir__ ... ok
> test_2d_non_contiguous (tables.tests.test_attributes.DictCacheCloseCreate)
> Checking setting 2D and non-contiguous NumPy attributes ... ok
> test00a_setBoolAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Bool attributes (scalar, Python case) ... ok
> test00b_setBoolAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Bool attributes (scalar, NumPy case) ... ok
> test00c_setBoolAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Bool attributes (NumPy, 0-dim case) ... ok
> test00d_setBoolAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Bool attributes (NumPy, multidim case) ... ok
> test01a_setIntAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Int attributes (scalar, Python case) ... ok
> test01b_setIntAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Int attributes (scalar, NumPy case) ... ok
> test01c_setIntAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Int attributes (unidimensional NumPy case) ... ok
> test01d_setIntAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Int attributes (unidimensional, non-contiguous) ... ok
> test01e_setIntAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test02a_setFloatAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Float (double) attributes. ... ok
> test02b_setFloatAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Float attributes (scalar, NumPy case) ... ok
> test02c_setFloatAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Float attributes (unidimensional NumPy case) ... ok
> test02d_setFloatAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Float attributes (unidimensional, ... ok
> test02e_setFloatAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test03_setObjectAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Object attributes. ... ok
> test04a_setStringAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting string attributes (scalar case) ... ok
> test04b_setStringAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting string attributes (unidimensional 1-elem case) ... ok
> test04c_setStringAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04d_setStringAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting string attributes (unidimensional 2-elem case) ... ok
> test04e_setStringAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04f_setStringAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting string attributes (bidimensional 4-elem case) ... ok
> test05a_setComplexAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Complex (python) attributes. ... ok
> test05b_setComplexAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Complex attributes (scalar, NumPy case) ... ok
> test05c_setComplexAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Complex attributes (unidimensional NumPy case) ... ok
> test05d_setComplexAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test06a_setUnicodeAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting unicode attributes (scalar case) ... ok
> test06b_setUnicodeAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting unicode attributes (unidimensional 1-elem case) ... ok
> test06c_setUnicodeAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06d_setUnicodeAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting unicode attributes (unidimensional 2-elem case) ... ok
> test06e_setUnicodeAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06f_setUnicodeAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting unicode attributes (bidimensional 4-elem case) ... ok
> test07a_setRecArrayAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting RecArray (NumPy) attributes. ... ok
> test07b_setRecArrayAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting nested RecArray (NumPy) attributes. ... ok
> test07c_setRecArrayAttributes (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting multidim nested RecArray (NumPy) attributes. ... ok
> test08_setRecArrayNotAllowPadding (tables.tests.test_attributes.NotCloseTypesTestCase)
> Checking setting aligned RecArray (NumPy) attributes with `allow_aligned` param set to False when reopen. ... ok
> test00a_setBoolAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Bool attributes (scalar, Python case) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test00b_setBoolAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Bool attributes (scalar, NumPy case) ... ok
> test00c_setBoolAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Bool attributes (NumPy, 0-dim case) ... ok
> test00d_setBoolAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Bool attributes (NumPy, multidim case) ... ok
> test01a_setIntAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Int attributes (scalar, Python case) ... ok
> test01b_setIntAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Int attributes (scalar, NumPy case) ... ok
> test01c_setIntAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Int attributes (unidimensional NumPy case) ... ok
> test01d_setIntAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Int attributes (unidimensional, non-contiguous) ... ok
> test01e_setIntAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test02a_setFloatAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Float (double) attributes. ... ok
> test02b_setFloatAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Float attributes (scalar, NumPy case) ... ok
> test02c_setFloatAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Float attributes (unidimensional NumPy case) ... ok
> test02d_setFloatAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Float attributes (unidimensional, ... ok
> test02e_setFloatAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test03_setObjectAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Object attributes. ... ok
> test04a_setStringAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting string attributes (scalar case) ... ok
> test04b_setStringAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting string attributes (unidimensional 1-elem case) ... ok
> test04c_setStringAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04d_setStringAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting string attributes (unidimensional 2-elem case) ... ok
> test04e_setStringAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04f_setStringAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting string attributes (bidimensional 4-elem case) ... ok
> test05a_setComplexAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Complex (python) attributes. ... ok
> test05b_setComplexAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Complex attributes (scalar, NumPy case) ... ok
> test05c_setComplexAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Complex attributes (unidimensional NumPy case) ... ok
> test05d_setComplexAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test06a_setUnicodeAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting unicode attributes (scalar case) ... ok
> test06b_setUnicodeAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting unicode attributes (unidimensional 1-elem case) ... ok
> test06c_setUnicodeAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06d_setUnicodeAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting unicode attributes (unidimensional 2-elem case) ... ok
> test06e_setUnicodeAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06f_setUnicodeAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting unicode attributes (bidimensional 4-elem case) ... ok
> test07a_setRecArrayAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting RecArray (NumPy) attributes. ... ok
> test07b_setRecArrayAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting nested RecArray (NumPy) attributes. ... ok
> test07c_setRecArrayAttributes (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting multidim nested RecArray (NumPy) attributes. ... ok
> test08_setRecArrayNotAllowPadding (tables.tests.test_attributes.CloseTypesTestCase)
> Checking setting aligned RecArray (NumPy) attributes with `allow_aligned` param set to False when reopen. ... ok
> test00a_setBoolAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Bool attributes (scalar, Python case) ... ok
> test00b_setBoolAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Bool attributes (scalar, NumPy case) ... ok
> test00c_setBoolAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Bool attributes (NumPy, 0-dim case) ... ok
> test00d_setBoolAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Bool attributes (NumPy, multidim case) ... ok
> test01a_setIntAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Int attributes (scalar, Python case) ... ok
> test01b_setIntAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Int attributes (scalar, NumPy case) ... ok
> test01c_setIntAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Int attributes (unidimensional NumPy case) ... ok
> test01d_setIntAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Int attributes (unidimensional, non-contiguous) ... ok
> test01e_setIntAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test02a_setFloatAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Float (double) attributes. ... ok
> test02b_setFloatAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Float attributes (scalar, NumPy case) ... ok
> test02c_setFloatAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Float attributes (unidimensional NumPy case) ... ok
> test02d_setFloatAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Float attributes (unidimensional, ... ok
> test02e_setFloatAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test03_setObjectAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Object attributes. ... ok
> test04a_setStringAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting string attributes (scalar case) ... ok
> test04b_setStringAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting string attributes (unidimensional 1-elem case) ... ok
> test04c_setStringAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04d_setStringAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting string attributes (unidimensional 2-elem case) ... ok
> test04e_setStringAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04f_setStringAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting string attributes (bidimensional 4-elem case) ... ok
> test05a_setComplexAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Complex (python) attributes. ... ok
> test05b_setComplexAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Complex attributes (scalar, NumPy case) ... ok
> test05c_setComplexAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Complex attributes (unidimensional NumPy case) ... ok
> test05d_setComplexAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test06a_setUnicodeAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (scalar case) ... ok
> test06b_setUnicodeAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (unidimensional 1-elem case) ... ok
> test06c_setUnicodeAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06d_setUnicodeAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (unidimensional 2-elem case) ... ok
> test06e_setUnicodeAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06f_setUnicodeAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (bidimensional 4-elem case) ... ok
> test07a_setRecArrayAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting RecArray (NumPy) attributes. ... ok
> test07b_setRecArrayAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting nested RecArray (NumPy) attributes. ... ok
> test07c_setRecArrayAttributes (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting multidim nested RecArray (NumPy) attributes. ... ok
> test08_setRecArrayNotAllowPadding (tables.tests.test_attributes.CloseNotAlignedPaddedTypesTestCase)
> Checking setting aligned RecArray (NumPy) attributes with `allow_aligned` param set to False when reopen. ... ok
> test00a_setBoolAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Bool attributes (scalar, Python case) ... ok
> test00b_setBoolAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Bool attributes (scalar, NumPy case) ... ok
> test00c_setBoolAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Bool attributes (NumPy, 0-dim case) ... ok
> test00d_setBoolAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Bool attributes (NumPy, multidim case) ... ok
> test01a_setIntAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Int attributes (scalar, Python case) ... ok
> test01b_setIntAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Int attributes (scalar, NumPy case) ... ok
> test01c_setIntAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Int attributes (unidimensional NumPy case) ... ok
> test01d_setIntAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Int attributes (unidimensional, non-contiguous) ... ok
> test01e_setIntAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test02a_setFloatAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Float (double) attributes. ... ok
> test02b_setFloatAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Float attributes (scalar, NumPy case) ... ok
> test02c_setFloatAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Float attributes (unidimensional NumPy case) ... ok
> test02d_setFloatAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Float attributes (unidimensional, ... ok
> test02e_setFloatAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test03_setObjectAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Object attributes. ... ok
> test04a_setStringAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting string attributes (scalar case) ... ok
> test04b_setStringAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting string attributes (unidimensional 1-elem case) ... ok
> test04c_setStringAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04d_setStringAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting string attributes (unidimensional 2-elem case) ... ok
> test04e_setStringAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04f_setStringAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting string attributes (bidimensional 4-elem case) ... ok
> test05a_setComplexAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Complex (python) attributes. ... ok
> test05b_setComplexAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Complex attributes (scalar, NumPy case) ... ok
> test05c_setComplexAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Complex attributes (unidimensional NumPy case) ... ok
> test05d_setComplexAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test06a_setUnicodeAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting unicode attributes (scalar case) ... ok
> test06b_setUnicodeAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting unicode attributes (unidimensional 1-elem case) ... ok
> test06c_setUnicodeAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06d_setUnicodeAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting unicode attributes (unidimensional 2-elem case) ... ok
> test06e_setUnicodeAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06f_setUnicodeAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting unicode attributes (bidimensional 4-elem case) ... ok
> test07a_setRecArrayAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting RecArray (NumPy) attributes. ... ok
> test07b_setRecArrayAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting nested RecArray (NumPy) attributes. ... ok
> test07c_setRecArrayAttributes (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting multidim nested RecArray (NumPy) attributes. ... ok
> test08_setRecArrayNotAllowPadding (tables.tests.test_attributes.NoCloseAlignedTypesTestCase)
> Checking setting aligned RecArray (NumPy) attributes with `allow_aligned` param set to False when reopen. ... ok
> test00a_setBoolAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Bool attributes (scalar, Python case) ... ok
> test00b_setBoolAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Bool attributes (scalar, NumPy case) ... ok
> test00c_setBoolAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Bool attributes (NumPy, 0-dim case) ... ok
> test00d_setBoolAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Bool attributes (NumPy, multidim case) ... ok
> test01a_setIntAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Int attributes (scalar, Python case) ... ok
> test01b_setIntAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Int attributes (scalar, NumPy case) ... ok
> test01c_setIntAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Int attributes (unidimensional NumPy case) ... ok
> test01d_setIntAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Int attributes (unidimensional, non-contiguous) ... ok
> test01e_setIntAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test02a_setFloatAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Float (double) attributes. ... ok
> test02b_setFloatAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Float attributes (scalar, NumPy case) ... ok
> test02c_setFloatAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Float attributes (unidimensional NumPy case) ... ok
> test02d_setFloatAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Float attributes (unidimensional, ... ok
> test02e_setFloatAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test03_setObjectAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Object attributes. ... ok
> test04a_setStringAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting string attributes (scalar case) ... ok
> test04b_setStringAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting string attributes (unidimensional 1-elem case) ... ok
> test04c_setStringAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04d_setStringAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting string attributes (unidimensional 2-elem case) ... ok
> test04e_setStringAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04f_setStringAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting string attributes (bidimensional 4-elem case) ... ok
> test05a_setComplexAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Complex (python) attributes. ... ok
> test05b_setComplexAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Complex attributes (scalar, NumPy case) ... ok
> test05c_setComplexAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Complex attributes (unidimensional NumPy case) ... ok
> test05d_setComplexAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test06a_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting unicode attributes (scalar case) ... ok
> test06b_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting unicode attributes (unidimensional 1-elem case) ... ok
> test06c_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06d_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting unicode attributes (unidimensional 2-elem case) ... ok
> test06e_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06f_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting unicode attributes (bidimensional 4-elem case) ... ok
> test07a_setRecArrayAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting RecArray (NumPy) attributes. ... ok
> test07b_setRecArrayAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting nested RecArray (NumPy) attributes. ... ok
> test07c_setRecArrayAttributes (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting multidim nested RecArray (NumPy) attributes. ... ok
> test08_setRecArrayNotAllowPadding (tables.tests.test_attributes.CloseAlignedTypesTestCase)
> Checking setting aligned RecArray (NumPy) attributes with `allow_aligned` param set to False when reopen. ... ok
> test00a_setBoolAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Bool attributes (scalar, Python case) ... ok
> test00b_setBoolAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Bool attributes (scalar, NumPy case) ... ok
> test00c_setBoolAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Bool attributes (NumPy, 0-dim case) ... ok
> test00d_setBoolAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Bool attributes (NumPy, multidim case) ... ok
> test01a_setIntAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Int attributes (scalar, Python case) ... ok
> test01b_setIntAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Int attributes (scalar, NumPy case) ... ok
> test01c_setIntAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Int attributes (unidimensional NumPy case) ... ok
> test01d_setIntAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Int attributes (unidimensional, non-contiguous) ... ok
> test01e_setIntAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test02a_setFloatAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Float (double) attributes. ... ok
> test02b_setFloatAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Float attributes (scalar, NumPy case) ... ok
> test02c_setFloatAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Float attributes (unidimensional NumPy case) ... ok
> test02d_setFloatAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Float attributes (unidimensional, ... ok
> test02e_setFloatAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test03_setObjectAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Object attributes. ... ok
> test04a_setStringAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting string attributes (scalar case) ... ok
> test04b_setStringAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting string attributes (unidimensional 1-elem case) ... ok
> test04c_setStringAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04d_setStringAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting string attributes (unidimensional 2-elem case) ... ok
> test04e_setStringAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting string attributes (empty unidimensional ... ok
> test04f_setStringAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting string attributes (bidimensional 4-elem case) ... ok
> test05a_setComplexAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Complex (python) attributes. ... ok
> test05b_setComplexAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Complex attributes (scalar, NumPy case) ... ok
> test05c_setComplexAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Complex attributes (unidimensional NumPy case) ... ok
> test05d_setComplexAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting Int attributes (bidimensional NumPy case) ... ok
> test06a_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (scalar case) ... ok
> test06b_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (unidimensional 1-elem case) ... ok
> test06c_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06d_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (unidimensional 2-elem case) ... ok
> test06e_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (empty unidimensional ... ok
> test06f_setUnicodeAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting unicode attributes (bidimensional 4-elem case) ... ok
> test07a_setRecArrayAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting RecArray (NumPy) attributes. ... ok
> test07b_setRecArrayAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting nested RecArray (NumPy) attributes. ... ok
> test07c_setRecArrayAttributes (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting multidim nested RecArray (NumPy) attributes. ... ok
> test08_setRecArrayNotAllowPadding (tables.tests.test_attributes.CloseAlignedPaddedTypesTestCase)
> Checking setting aligned RecArray (NumPy) attributes with `allow_aligned` param set to False when reopen. ... ok
> test00_listAttributes (tables.tests.test_attributes.NoSysAttrsNotClose)
> Checking listing attributes (no system attrs version). ... ok
> test00_listAttributes (tables.tests.test_attributes.NoSysAttrsClose)
> Checking listing attributes (no system attrs version). ... ok
> test_pickled_unicode_attrs (tables.tests.test_attributes.CompatibilityTestCase) ... ok
> test_pickled_datetime_object (tables.tests.test_attributes.PicklePy2UnpicklePy3TestCase) ... ok
> test00_segfault (tables.tests.test_attributes.SegFaultPythonTestCase)
> Checking workaround for Python unpickle problem (see #253). ... ok
> test_bytes (tables.tests.test_attributes.EmbeddedNullsTestCase) ... ok
> test_unicode (tables.tests.test_attributes.EmbeddedNullsTestCase) ... ok
> test01_vlen_str_scalar (tables.tests.test_attributes.VlenStrAttrTestCase)
> Checking file with variable length string attributes. ... ok
> test02_vlen_str_array (tables.tests.test_attributes.VlenStrAttrTestCase)
> Checking file with variable length string attributes (1d). ... ok
> test03_vlen_str_matrix (tables.tests.test_attributes.VlenStrAttrTestCase)
> Checking file with variable length string attributes (2d). ... ok
> test00_unsupportedType (tables.tests.test_attributes.UnsupportedAttrTypeTestCase)
> Checking file with unsupported type. ... ok
> test00_earray (tables.tests.test_attributes.SpecificAttrsTestCase)
> Testing EArray specific attrs (create). ... ok
> test01_earray (tables.tests.test_attributes.SpecificAttrsTestCase)
> Testing EArray specific attrs (open). ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test01_open_file (tables.tests.test_basics.OpenFileFailureTestCase)
> Checking opening of a non existing file. ... ok
> test02_open_file (tables.tests.test_basics.OpenFileFailureTestCase)
> Checking opening of an existing non HDF5 file. ... ok
> test03_open_file (tables.tests.test_basics.OpenFileFailureTestCase)
> Checking opening of an existing file with invalid mode. ... ok
> test00_newFile (tables.tests.test_basics.NodeCacheOpenFile)
> Checking creation of a new file. ... ok
> test00_newFile_numpy_str_filename (tables.tests.test_basics.NodeCacheOpenFile) ... ok
> test00_newFile_numpy_unicode_filename (tables.tests.test_basics.NodeCacheOpenFile) ... ok
> test00_newFile_unicode_filename (tables.tests.test_basics.NodeCacheOpenFile) ... ok
> test01_openFile (tables.tests.test_basics.NodeCacheOpenFile)
> Checking opening of an existing file. ... ok
> test02_appendFile (tables.tests.test_basics.NodeCacheOpenFile)
> Checking appending objects to an existing file. ... ok
> test02b_appendFile2 (tables.tests.test_basics.NodeCacheOpenFile)
> Checking appending objects to an existing file ("a" version) ... ok
> test03_appendErrorFile (tables.tests.test_basics.NodeCacheOpenFile)
> Checking appending objects to an existing file in "w" mode. ... ok
> test04a_openErrorFile (tables.tests.test_basics.NodeCacheOpenFile)
> Checking opening a non-existing file for reading ... ok
> test04b_alternateRootFile (tables.tests.test_basics.NodeCacheOpenFile)
> Checking alternate root access to the object tree. ... ok
> test05a_removeGroupRecursively (tables.tests.test_basics.NodeCacheOpenFile)
> Checking removing a group recursively. ... ok
> test05b_removeGroupRecursively (tables.tests.test_basics.NodeCacheOpenFile)
> Checking removing a group recursively and access to it ... ok
> test06_removeNodeWithDel (tables.tests.test_basics.NodeCacheOpenFile)
> Checking removing a node using ``__delattr__()`` ... ok
> test06a_removeGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking removing a lonely group from an existing file. ... ok
> test06b_removeLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking removing Leaves from an existing file. ... ok
> test06c_removeLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking removing Leaves and access it immediately. ... ok
> test06d_removeLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking removing a non-existent node ... ok
> test06e_removeTable (tables.tests.test_basics.NodeCacheOpenFile)
> Checking removing Tables from an existing file. ... ok
> test07_renameLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a leave and access it after a close/open. ... ok
> test07b_renameLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming Leaves and accesing them immediately. ... ok
> test07c_renameLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming Leaves and modify attributes after that. ... ok
> test07d_renameLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a Group under a nested group. ... ok
> test08_renameToExistingLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a node to an existing name. ... ok
> test08b_renameToNotValidNaturalName (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a node to a non-valid natural name ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test09_renameGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a Group and access it after a close/open. ... ok
> test09b_renameGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a Group and access it immediately. ... ok
> test09c_renameGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a Group and modify attributes afterwards. ... ok
> test09d_renameGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a Group under a nested group. ... ok
> test09e_renameGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking renaming a Group with nested groups in the LRU cache. ... ok
> test10_2_moveTable (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a table and access it after a close/open. ... ok
> test10_2b_bis_moveTable (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a table and use cached row without a close/open. ... ok
> test10_2b_moveTable (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a table and access it without a close/open. ... ok
> test10_2c_moveTable (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving tables and modify attributes after that. ... ok
> test10_2d_moveToExistingTable (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a table to an existing name. ... ok
> test10_2e_moveToExistingTableOverwrite (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a table to an existing name, overwriting it. ... ok
> test10_moveLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a leave and access it after a close/open. ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test10b_moveLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a leave and access it without a close/open. ... ok
> test10c_moveLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving Leaves and modify attributes after that. ... ok
> test10d_moveToExistingLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a leaf to an existing name. ... ok
> test11_moveGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a Group and access it after a close/open. ... ok
> test11b_moveGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a Group and access it immediately. ... ok
> test11c_moveGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a Group and modify attributes afterwards. ... ok
> test11d_moveToExistingGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a group to an existing name. ... ok
> test11e_moveToExistingGroupOverwrite (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a group to an existing name, overwriting it. ... ok
> test12a_moveNodeOverItself (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a node over itself. ... ok
> test12b_moveGroupIntoItself (tables.tests.test_basics.NodeCacheOpenFile)
> Checking moving a group into itself. ... ok
> test13a_copyLeaf (tables.tests.test_basics.NodeCacheOpenFile)
> Copying a leaf. ... ok
> test13b_copyGroup (tables.tests.test_basics.NodeCacheOpenFile)
> Copying a group. ... ok
> test13c_copyGroupSelf (tables.tests.test_basics.NodeCacheOpenFile)
> Copying a group into itself. ... ok
> test13d_copyGroupRecursive (tables.tests.test_basics.NodeCacheOpenFile)
> Recursively copying a group. ... ok
> test13e_copyRootRecursive (tables.tests.test_basics.NodeCacheOpenFile)
> Recursively copying the root group into the root of another file. ... ok
> test13f_copyRootRecursive (tables.tests.test_basics.NodeCacheOpenFile)
> Recursively copying the root group into a group in another file. ... ok
> test13g_copyRootItself (tables.tests.test_basics.NodeCacheOpenFile)
> Recursively copying the root group into itself. ... ok
> test14a_copyNodeExisting (tables.tests.test_basics.NodeCacheOpenFile)
> Copying over an existing node. ... ok
> test14b2_copyNodeExistingOverwrite (tables.tests.test_basics.NodeCacheOpenFile)
> Copying over an existing node in other file, overwriting it. ... ok
> test14b_copyNodeExistingOverwrite (tables.tests.test_basics.NodeCacheOpenFile)
> Copying over an existing node, overwriting it. ... ok
> test14c_copyNodeExistingSelf (tables.tests.test_basics.NodeCacheOpenFile)
> Copying over self. ... ok
> test14d_copyNodeExistingOverwriteSelf (tables.tests.test_basics.NodeCacheOpenFile)
> Copying over self, trying to overwrite. ... ok
> test14e_copyGroupSelfRecursive (tables.tests.test_basics.NodeCacheOpenFile)
> Recursively copying a group into itself. ... ok
> test15a_oneStepMove (tables.tests.test_basics.NodeCacheOpenFile)
> Moving and renaming a node in a single action. ... ok
> test15b_oneStepCopy (tables.tests.test_basics.NodeCacheOpenFile)
> Copying and renaming a node in a single action. ... ok
> test16a_fullCopy (tables.tests.test_basics.NodeCacheOpenFile)
> Copying full data and user attributes. ... ok
> test16b_partialCopy (tables.tests.test_basics.NodeCacheOpenFile)
> Copying partial data and no user attributes. ... ok
> test16c_fullCopy (tables.tests.test_basics.NodeCacheOpenFile)
> Copying full data and user attributes (from file to file). ... ok
> test17a_CopyChunkshape (tables.tests.test_basics.NodeCacheOpenFile)
> Copying dataset with a chunkshape. ... ok
> test17b_CopyChunkshape (tables.tests.test_basics.NodeCacheOpenFile)
> Copying dataset with a chunkshape with 'keep' value. ... ok
> test17c_CopyChunkshape (tables.tests.test_basics.NodeCacheOpenFile)
> Copying dataset with a chunkshape with 'auto' value. ... ok
> test18_closedRepr (tables.tests.test_basics.NodeCacheOpenFile)
> Representing a closed node as a string. ... ok
> test19_fileno (tables.tests.test_basics.NodeCacheOpenFile)
> Checking that the 'fileno()' method works. ... ok
> test00_newFile (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking creation of a new file. ... ok
> test00_newFile_numpy_str_filename (tables.tests.test_basics.NoNodeCacheOpenFile) ... ok
> test00_newFile_numpy_unicode_filename (tables.tests.test_basics.NoNodeCacheOpenFile) ... ok
> test00_newFile_unicode_filename (tables.tests.test_basics.NoNodeCacheOpenFile) ... ok
> test01_openFile (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking opening of an existing file. ... ok
> test02_appendFile (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking appending objects to an existing file. ... ok
> test02b_appendFile2 (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking appending objects to an existing file ("a" version) ... ok
> test03_appendErrorFile (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking appending objects to an existing file in "w" mode. ... ok
> test04a_openErrorFile (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking opening a non-existing file for reading ... ok
> test04b_alternateRootFile (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking alternate root access to the object tree. ... ok
> test05a_removeGroupRecursively (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking removing a group recursively. ... ok
> test05b_removeGroupRecursively (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking removing a group recursively and access to it ... ok
> test06_removeNodeWithDel (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking removing a node using ``__delattr__()`` ... ok
> test06a_removeGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking removing a lonely group from an existing file. ... ok
> test06b_removeLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking removing Leaves from an existing file. ... ok
> test06c_removeLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking removing Leaves and access it immediately. ... ok
> test06d_removeLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking removing a non-existent node ... ok
> test06e_removeTable (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking removing Tables from an existing file. ... ok
> test07_renameLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a leave and access it after a close/open. ... ok
> test07b_renameLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming Leaves and accesing them immediately. ... ok
> test07c_renameLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming Leaves and modify attributes after that. ... ok
> test07d_renameLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a Group under a nested group. ... ok
> test08_renameToExistingLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a node to an existing name. ... ok
> test08b_renameToNotValidNaturalName (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a node to a non-valid natural name ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test09_renameGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a Group and access it after a close/open. ... ok
> test09b_renameGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a Group and access it immediately. ... ok
> test09c_renameGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a Group and modify attributes afterwards. ... ok
> test09d_renameGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a Group under a nested group. ... ok
> test09e_renameGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking renaming a Group with nested groups in the LRU cache. ... ok
> test10_2_moveTable (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a table and access it after a close/open. ... ok
> test10_2b_bis_moveTable (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a table and use cached row without a close/open. ... ok
> test10_2b_moveTable (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a table and access it without a close/open. ... ok
> test10_2c_moveTable (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving tables and modify attributes after that. ... ok
> test10_2d_moveToExistingTable (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a table to an existing name. ... ok
> test10_2e_moveToExistingTableOverwrite (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a table to an existing name, overwriting it. ... ok
> test10_moveLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a leave and access it after a close/open. ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test10b_moveLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a leave and access it without a close/open. ... ok
> test10c_moveLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving Leaves and modify attributes after that. ... ok
> test10d_moveToExistingLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a leaf to an existing name. ... ok
> test11_moveGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a Group and access it after a close/open. ... ok
> test11b_moveGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a Group and access it immediately. ... ok
> test11c_moveGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a Group and modify attributes afterwards. ... ok
> test11d_moveToExistingGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a group to an existing name. ... ok
> test11e_moveToExistingGroupOverwrite (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a group to an existing name, overwriting it. ... ok
> test12a_moveNodeOverItself (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a node over itself. ... ok
> test12b_moveGroupIntoItself (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking moving a group into itself. ... ok
> test13a_copyLeaf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying a leaf. ... ok
> test13b_copyGroup (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying a group. ... ok
> test13c_copyGroupSelf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying a group into itself. ... ok
> test13d_copyGroupRecursive (tables.tests.test_basics.NoNodeCacheOpenFile)
> Recursively copying a group. ... ok
> test13e_copyRootRecursive (tables.tests.test_basics.NoNodeCacheOpenFile)
> Recursively copying the root group into the root of another file. ... ok
> test13f_copyRootRecursive (tables.tests.test_basics.NoNodeCacheOpenFile)
> Recursively copying the root group into a group in another file. ... ok
> test13g_copyRootItself (tables.tests.test_basics.NoNodeCacheOpenFile)
> Recursively copying the root group into itself. ... ok
> test14a_copyNodeExisting (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying over an existing node. ... ok
> test14b2_copyNodeExistingOverwrite (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying over an existing node in other file, overwriting it. ... ok
> test14b_copyNodeExistingOverwrite (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying over an existing node, overwriting it. ... ok
> test14c_copyNodeExistingSelf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying over self. ... ok
> test14d_copyNodeExistingOverwriteSelf (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying over self, trying to overwrite. ... ok
> test14e_copyGroupSelfRecursive (tables.tests.test_basics.NoNodeCacheOpenFile)
> Recursively copying a group into itself. ... ok
> test15a_oneStepMove (tables.tests.test_basics.NoNodeCacheOpenFile)
> Moving and renaming a node in a single action. ... ok
> test15b_oneStepCopy (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying and renaming a node in a single action. ... ok
> test16a_fullCopy (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying full data and user attributes. ... ok
> test16b_partialCopy (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying partial data and no user attributes. ... ok
> test16c_fullCopy (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying full data and user attributes (from file to file). ... ok
> test17a_CopyChunkshape (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying dataset with a chunkshape. ... ok
> test17b_CopyChunkshape (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying dataset with a chunkshape with 'keep' value. ... ok
> test17c_CopyChunkshape (tables.tests.test_basics.NoNodeCacheOpenFile)
> Copying dataset with a chunkshape with 'auto' value. ... ok
> test18_closedRepr (tables.tests.test_basics.NoNodeCacheOpenFile)
> Representing a closed node as a string. ... ok
> test19_fileno (tables.tests.test_basics.NoNodeCacheOpenFile)
> Checking that the 'fileno()' method works. ... ok
> test00_newFile (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking creation of a new file. ... ok
> test00_newFile_numpy_str_filename (tables.tests.test_basics.DictNodeCacheOpenFile) ... ok
> test00_newFile_numpy_unicode_filename (tables.tests.test_basics.DictNodeCacheOpenFile) ... ok
> test00_newFile_unicode_filename (tables.tests.test_basics.DictNodeCacheOpenFile) ... ok
> test01_openFile (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking opening of an existing file. ... ok
> test02_appendFile (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking appending objects to an existing file. ... ok
> test02b_appendFile2 (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking appending objects to an existing file ("a" version) ... ok
> test03_appendErrorFile (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking appending objects to an existing file in "w" mode. ... ok
> test04a_openErrorFile (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking opening a non-existing file for reading ... ok
> test04b_alternateRootFile (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking alternate root access to the object tree. ... ok
> test05a_removeGroupRecursively (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking removing a group recursively. ... ok
> test05b_removeGroupRecursively (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking removing a group recursively and access to it ... ok
> test06_removeNodeWithDel (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking removing a node using ``__delattr__()`` ... ok
> test06a_removeGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking removing a lonely group from an existing file. ... ok
> test06b_removeLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking removing Leaves from an existing file. ... ok
> test06c_removeLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking removing Leaves and access it immediately. ... ok
> test06d_removeLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking removing a non-existent node ... ok
> test06e_removeTable (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking removing Tables from an existing file. ... ok
> test07_renameLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a leave and access it after a close/open. ... ok
> test07b_renameLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming Leaves and accesing them immediately. ... ok
> test07c_renameLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming Leaves and modify attributes after that. ... ok
> test07d_renameLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a Group under a nested group. ... ok
> test08_renameToExistingLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a node to an existing name. ... ok
> test08b_renameToNotValidNaturalName (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a node to a non-valid natural name ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test09_renameGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a Group and access it after a close/open. ... ok
> test09b_renameGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a Group and access it immediately. ... ok
> test09c_renameGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a Group and modify attributes afterwards. ... ok
> test09d_renameGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a Group under a nested group. ... ok
> test09e_renameGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking renaming a Group with nested groups in the LRU cache. ... ok
> test10_2_moveTable (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a table and access it after a close/open. ... ok
> test10_2b_bis_moveTable (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a table and use cached row without a close/open. ... ok
> test10_2b_moveTable (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a table and access it without a close/open. ... ok
> test10_2c_moveTable (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving tables and modify attributes after that. ... ok
> test10_2d_moveToExistingTable (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a table to an existing name. ... ok
> test10_2e_moveToExistingTableOverwrite (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a table to an existing name, overwriting it. ... ok
> test10_moveLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a leave and access it after a close/open. ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test10b_moveLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a leave and access it without a close/open. ... ok
> test10c_moveLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving Leaves and modify attributes after that. ... ok
> test10d_moveToExistingLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a leaf to an existing name. ... ok
> test11_moveGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a Group and access it after a close/open. ... ok
> test11b_moveGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a Group and access it immediately. ... ok
> test11c_moveGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a Group and modify attributes afterwards. ... ok
> test11d_moveToExistingGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a group to an existing name. ... ok
> test11e_moveToExistingGroupOverwrite (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a group to an existing name, overwriting it. ... ok
> test12a_moveNodeOverItself (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a node over itself. ... ok
> test12b_moveGroupIntoItself (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking moving a group into itself. ... ok
> test13a_copyLeaf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying a leaf. ... ok
> test13b_copyGroup (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying a group. ... ok
> test13c_copyGroupSelf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying a group into itself. ... ok
> test13d_copyGroupRecursive (tables.tests.test_basics.DictNodeCacheOpenFile)
> Recursively copying a group. ... ok
> test13e_copyRootRecursive (tables.tests.test_basics.DictNodeCacheOpenFile)
> Recursively copying the root group into the root of another file. ... ok
> test13f_copyRootRecursive (tables.tests.test_basics.DictNodeCacheOpenFile)
> Recursively copying the root group into a group in another file. ... ok
> test13g_copyRootItself (tables.tests.test_basics.DictNodeCacheOpenFile)
> Recursively copying the root group into itself. ... ok
> test14a_copyNodeExisting (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying over an existing node. ... ok
> test14b2_copyNodeExistingOverwrite (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying over an existing node in other file, overwriting it. ... ok
> test14b_copyNodeExistingOverwrite (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying over an existing node, overwriting it. ... ok
> test14c_copyNodeExistingSelf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying over self. ... ok
> test14d_copyNodeExistingOverwriteSelf (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying over self, trying to overwrite. ... ok
> test14e_copyGroupSelfRecursive (tables.tests.test_basics.DictNodeCacheOpenFile)
> Recursively copying a group into itself. ... ok
> test15a_oneStepMove (tables.tests.test_basics.DictNodeCacheOpenFile)
> Moving and renaming a node in a single action. ... ok
> test15b_oneStepCopy (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying and renaming a node in a single action. ... ok
> test16a_fullCopy (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying full data and user attributes. ... ok
> test16b_partialCopy (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying partial data and no user attributes. ... ok
> test16c_fullCopy (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying full data and user attributes (from file to file). ... ok
> test17a_CopyChunkshape (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying dataset with a chunkshape. ... ok
> test17b_CopyChunkshape (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying dataset with a chunkshape with 'keep' value. ... ok
> test17c_CopyChunkshape (tables.tests.test_basics.DictNodeCacheOpenFile)
> Copying dataset with a chunkshape with 'auto' value. ... ok
> test18_closedRepr (tables.tests.test_basics.DictNodeCacheOpenFile)
> Representing a closed node as a string. ... ok
> test19_fileno (tables.tests.test_basics.DictNodeCacheOpenFile)
> Checking that the 'fileno()' method works. ... ok
> test00_isHDF5File (tables.tests.test_basics.CheckFileTestCase)
> Checking  tables.is_hdf5_file function (TRUE case) ... ok
> test01_isHDF5File (tables.tests.test_basics.CheckFileTestCase)
> Checking  tables.is_hdf5_file function (FALSE case) ... ok
> test01x_isHDF5File_nonexistent (tables.tests.test_basics.CheckFileTestCase)
> Identifying a nonexistent HDF5 file. ... ok
> test01x_isHDF5File_unreadable (tables.tests.test_basics.CheckFileTestCase)
> Identifying an unreadable HDF5 file. ... ok
> test02_isPyTablesFile (tables.tests.test_basics.CheckFileTestCase)
> Checking is_pytables_file function (TRUE case) ... ok
> test03_isPyTablesFile (tables.tests.test_basics.CheckFileTestCase)
> Checking is_pytables_file function (FALSE case) ... ok
> test04_openGenericHDF5File (tables.tests.test_basics.CheckFileTestCase)
> Checking opening of a generic HDF5 file. ... ok
> test04b_UnImplementedOnLoading (tables.tests.test_basics.CheckFileTestCase)
> Checking failure loading resulting in an ``UnImplemented`` node. ... ok
> test04c_UnImplementedScalar (tables.tests.test_basics.CheckFileTestCase)
> Checking opening of HDF5 files containing scalar dataset of ... ok
> test05_copyUnimplemented (tables.tests.test_basics.CheckFileTestCase)
> Checking that an UnImplemented object cannot be copied. ... ok
> test (tables.tests.test_basics.ThreadingTestCase) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test00_attrOverChild (tables.tests.test_basics.PythonAttrsTestCase)
> Setting a Python attribute over a child node. ... ok
> test01_childUnderAttr (tables.tests.test_basics.PythonAttrsTestCase)
> Creating a child node under a Python attribute. ... ok
> test02_nodeAttrInLeaf (tables.tests.test_basics.PythonAttrsTestCase)
> Assigning a ``Node`` value as an attribute to a ``Leaf``. ... ok
> test03_nodeAttrInGroup (tables.tests.test_basics.PythonAttrsTestCase)
> Assigning a ``Node`` value as an attribute to a ``Group``. ... ok
> test00_fileCopyFileClosed (tables.tests.test_basics.StateTestCase)
> Test copying a closed file. ... ok
> test01_fileCloseClosed (tables.tests.test_basics.StateTestCase)
> Test closing an already closed file. ... ok
> test02_fileFlushClosed (tables.tests.test_basics.StateTestCase)
> Test flushing a closed file. ... ok
> test03_fileFlushRO (tables.tests.test_basics.StateTestCase)
> Flushing a read-only file. ... ok
> test04_fileCreateNodeClosed (tables.tests.test_basics.StateTestCase)
> Test creating a node in a closed file. ... ok
> test05_fileCreateNodeRO (tables.tests.test_basics.StateTestCase)
> Test creating a node in a read-only file. ... ok
> test06_fileRemoveNodeClosed (tables.tests.test_basics.StateTestCase)
> Test removing a node from a closed file. ... ok
> test07_fileRemoveNodeRO (tables.tests.test_basics.StateTestCase)
> Test removing a node from a read-only file. ... ok
> test08_fileMoveNodeClosed (tables.tests.test_basics.StateTestCase)
> Test moving a node in a closed file. ... ok
> test09_fileMoveNodeRO (tables.tests.test_basics.StateTestCase)
> Test moving a node in a read-only file. ... ok
> test10_fileCopyNodeClosed (tables.tests.test_basics.StateTestCase)
> Test copying a node in a closed file. ... ok
> test11_fileCopyNodeRO (tables.tests.test_basics.StateTestCase)
> Test copying a node in a read-only file. ... ok
> test13_fileGetNodeClosed (tables.tests.test_basics.StateTestCase)
> Test getting a node from a closed file. ... ok
> test14_fileWalkNodesClosed (tables.tests.test_basics.StateTestCase)
> Test walking a closed file. ... ok
> test15_fileAttrClosed (tables.tests.test_basics.StateTestCase)
> Test setting and deleting a node attribute in a closed file. ... ok
> test16_fileAttrRO (tables.tests.test_basics.StateTestCase)
> Test setting and deleting a node attribute in a read-only file. ... ok
> test17_fileUndoClosed (tables.tests.test_basics.StateTestCase)
> Test undo operations in a closed file. ... ok
> test18_fileUndoRO (tables.tests.test_basics.StateTestCase)
> Test undo operations in a read-only file. ... ok
> test19a_getNode (tables.tests.test_basics.StateTestCase)
> Test getting a child of a closed node. ... ok
> test19b_getNode (tables.tests.test_basics.StateTestCase)
> Test getting a node that does not start with a slash ('/'). ... ok
> test20_removeNode (tables.tests.test_basics.StateTestCase)
> Test removing a closed node. ... ok
> test21_attrsOfNode (tables.tests.test_basics.StateTestCase)
> Test manipulating the attributes of a closed node. ... ok
> test21b_attrsOfNode (tables.tests.test_basics.StateTestCase)
> Test manipulating the attributes of a node in a read-only file. ... ok
> test22_fileClosesNode (tables.tests.test_basics.StateTestCase)
> Test node closing because of file closing. ... ok
> test23_reopenFile (tables.tests.test_basics.StateTestCase)
> Testing reopening a file and closing it several times. ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test00_invalid (tables.tests.test_basics.FlavorTestCase)
> Setting an invalid flavor. ... ok
> test01_readonly (tables.tests.test_basics.FlavorTestCase)
> Setting a flavor in a read-only file. ... ok
> test02_change (tables.tests.test_basics.FlavorTestCase)
> Changing the flavor and reading data. ... ok
> test03_store (tables.tests.test_basics.FlavorTestCase)
> Storing a changed flavor. ... ok
> test04_missing (tables.tests.test_basics.FlavorTestCase)
> Reading a dataset of a missing flavor. ... ok
> test05_delete (tables.tests.test_basics.FlavorTestCase)
> Deleting the flavor of a dataset. ... ok
> test06_copyDeleted (tables.tests.test_basics.FlavorTestCase)
> Copying a node with a deleted flavor (see #100). ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test07_restrict_flavors (tables.tests.test_basics.FlavorTestCase) ... ok
> test01 (tables.tests.test_basics.UnicodeFilename)
> Checking creating a filename with Unicode chars. ... ok
> test02 (tables.tests.test_basics.UnicodeFilename)
> Checking  tables.is_hdf5_file with a Unicode filename. ... ok
> test03 (tables.tests.test_basics.UnicodeFilename)
> Checking is_pytables_file with a Unicode filename. ... ok
> test_store_and_load_with_non_ascii_attributes (tables.tests.test_basics.UnicodeFilename) ... ok
> test01 (tables.tests.test_basics.PathLikeFilename)
> Checking creating a file with a PathLike object as the filename. ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test02 (tables.tests.test_basics.PathLikeFilename)
> Checking  tables.is_hdf5_file with a PathLike object as the filename. ... ok
> test03 (tables.tests.test_basics.PathLikeFilename)
> Checking is_pytables_file with a PathLike object as the filename. ... ok
> test01_null_userblock_size (tables.tests.test_basics.FilePropertyTestCase) ... ok
> test01_userblock_size (tables.tests.test_basics.FilePropertyTestCase) ... ok
> test02_null_userblock_size (tables.tests.test_basics.FilePropertyTestCase) ... ok
> test02_userblock_size (tables.tests.test_basics.FilePropertyTestCase) ... ok
> test03_null_userblock_size (tables.tests.test_basics.FilePropertyTestCase) ... ok
> test_get_filesize (tables.tests.test_basics.FilePropertyTestCase) ... ok
> test_invalid_userblock_size (tables.tests.test_basics.FilePropertyTestCase) ... ok
> test_small_userblock_size (tables.tests.test_basics.FilePropertyTestCase) ... ok
> test00_bigendian (tables.tests.test_basics.BloscBigEndian)
> Checking compatibility with Blosc on big-endian machines. ... ok
> test_multiprocess (tables.tests.test_basics.BloscSubprocess) ... ok
> test_enable_messages (tables.tests.test_basics.HDF5ErrorHandling) ... ok
> test_h5_backtrace_ignore (tables.tests.test_basics.HDF5ErrorHandling) ... ok
> test_h5_backtrace_quiet (tables.tests.test_basics.HDF5ErrorHandling) ... ok
> test_h5_backtrace_verbose (tables.tests.test_basics.HDF5ErrorHandling) ... ok
> test_silence_messages (tables.tests.test_basics.HDF5ErrorHandling) ... ok
> test_descr_from_dtype (tables.tests.test_basics.TestDescription) ... ok
> test_descr_from_dtype_comp_01 (tables.tests.test_basics.TestDescription) ... ok
> test_descr_from_dtype_comp_02 (tables.tests.test_basics.TestDescription) ... ok
> test_descr_from_dtype_rich_dtype (tables.tests.test_basics.TestDescription) ... ok
> test_dtype_from_descr_byteorder (tables.tests.test_basics.TestDescription) ... ok
> test_dtype_from_descr_description_instance (tables.tests.test_basics.TestDescription) ... ok
> test_dtype_from_descr_dict (tables.tests.test_basics.TestDescription) ... ok
> test_dtype_from_descr_invalid_type (tables.tests.test_basics.TestDescription) ... ok
> test_dtype_from_descr_is_description (tables.tests.test_basics.TestDescription) ... ok
> test_dtype_from_descr_is_description_instance (tables.tests.test_basics.TestDescription) ... ok
> test_isdescription_inheritance (tables.tests.test_basics.TestDescription) ... ok
> test_str_names (tables.tests.test_basics.TestDescription) ... ok
> test_atom_attributes01 (tables.tests.test_basics.TestAtom) ... ok
> test_atom_copy01 (tables.tests.test_basics.TestAtom) ... ok
> test_atom_copy02 (tables.tests.test_basics.TestAtom) ... ok
> test_atom_copy_override (tables.tests.test_basics.TestAtom) ... ok
> test_col_copy01 (tables.tests.test_basics.TestCol) ... ok
> test_col_copy02 (tables.tests.test_basics.TestCol) ... ok
> test_col_copy_override (tables.tests.test_basics.TestCol) ... ok
> test_open_python2 (tables.tests.test_basics.TestSysattrCompatibility) ... ok
> test_open_python3 (tables.tests.test_basics.TestSysattrCompatibility) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCase1)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCase1)
> Checking inheritance of filters on trees (close file version) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test00_checkFilters (tables.tests.test_create.FiltersCase2)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCase2)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCase10)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCase10)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCaseBloscBloscLZ)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCaseBloscBloscLZ)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCaseBloscLZ4)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCaseBloscLZ4)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCaseBloscLZ4HC)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCaseBloscLZ4HC)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCaseBloscSnappy)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCaseBloscSnappy)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCaseBloscZlib)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCaseBloscZlib)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCaseBloscZstd)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCaseBloscZstd)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_checkFilters (tables.tests.test_create.FiltersCaseBloscBitShuffle)
> Checking inheritance of filters on trees (open file version) ... ok
> test01_checkFilters (tables.tests.test_create.FiltersCaseBloscBitShuffle)
> Checking inheritance of filters on trees (close file version) ... ok
> test00_nonRecursive (tables.tests.test_create.CopyGroupCase1)
> Checking non-recursive copy of a Group ... ok
> test01_nonRecursiveAttrs (tables.tests.test_create.CopyGroupCase1)
> Checking non-recursive copy of a Group (attributes copied) ... ok
> test02_Recursive (tables.tests.test_create.CopyGroupCase1)
> Checking recursive copy of a Group ... ok
> test03_RecursiveFilters (tables.tests.test_create.CopyGroupCase1)
> Checking recursive copy of a Group (cheking Filters) ... ok
> test00_nonRecursive (tables.tests.test_create.CopyGroupCase2)
> Checking non-recursive copy of a Group ... ok
> test01_nonRecursiveAttrs (tables.tests.test_create.CopyGroupCase2)
> Checking non-recursive copy of a Group (attributes copied) ... ok
> test02_Recursive (tables.tests.test_create.CopyGroupCase2)
> Checking recursive copy of a Group ... ok
> test03_RecursiveFilters (tables.tests.test_create.CopyGroupCase2)
> Checking recursive copy of a Group (cheking Filters) ... ok
> test00_overwrite (tables.tests.test_create.CopyFileCase1)
> Checking copy of a File (overwriting file) ... ok
> test00a_srcdstequal (tables.tests.test_create.CopyFileCase1)
> Checking copy of a File (srcfile == dstfile) ... ok
> test00b_firstclass (tables.tests.test_create.CopyFileCase1)
> Checking copy of a File (first-class function) ... ok
> test01_copy (tables.tests.test_create.CopyFileCase1)
> Checking copy of a File (attributes not copied) ... ok
> test02_Attrs (tables.tests.test_create.CopyFileCase1)
> Checking copy of a File (attributes copied) ... ok
> test00_overwrite (tables.tests.test_create.CopyFileCase2)
> Checking copy of a File (overwriting file) ... ok
> test00a_srcdstequal (tables.tests.test_create.CopyFileCase2)
> Checking copy of a File (srcfile == dstfile) ... ok
> test00b_firstclass (tables.tests.test_create.CopyFileCase2)
> Checking copy of a File (first-class function) ... ok
> test01_copy (tables.tests.test_create.CopyFileCase2)
> Checking copy of a File (attributes not copied) ... ok
> test02_Attrs (tables.tests.test_create.CopyFileCase2)
> Checking copy of a File (attributes copied) ... ok
> test00_propagate (tables.tests.test_create.GroupFiltersTestCase)
> Filters propagating to children. ... ok
> test01_copyFile (tables.tests.test_create.GroupFiltersTestCase)
> Keeping filters when copying a file. ... ok
> test02_copyFile_override (tables.tests.test_create.GroupFiltersTestCase)
> Overriding filters when copying a file. ... ok
> test03_change (tables.tests.test_create.GroupFiltersTestCase)
> Changing the filters of a group. ... ok
> test04_delete (tables.tests.test_create.GroupFiltersTestCase)
> Deleting the filters of a group. ... ok
> test00 (tables.tests.test_create.SetBloscMaxThreadsTestCase)
> Checking set_blosc_max_threads() ... ok
> test01 (tables.tests.test_create.SetBloscMaxThreadsTestCase)
> Checking set_blosc_max_threads() (re-open) ... ok
> test_filter_pack_01 (tables.tests.test_create.FilterTestCase) ... ok
> test_filter_pack_02 (tables.tests.test_create.FilterTestCase) ... ok
> test_filter_pack_03 (tables.tests.test_create.FilterTestCase) ... ok
> test_filter_pack_04 (tables.tests.test_create.FilterTestCase) ... ok
> test_filter_pack_type (tables.tests.test_create.FilterTestCase) ... ok
> test_filter_unpack_01 (tables.tests.test_create.FilterTestCase) ... ok
> test_filter_unpack_02 (tables.tests.test_create.FilterTestCase) ... ok
> test_filter_unpack_03 (tables.tests.test_create.FilterTestCase) ... ok
> test_filter_unpack_04 (tables.tests.test_create.FilterTestCase) ... ok
> _unpack (tables.filters.Filters)
> Doctest: tables.filters.Filters._unpack ... ok
> copy (tables.filters.Filters)
> Doctest: tables.filters.Filters.copy ... ok
> test_newFile (tables.tests.test_create.DefaultDriverTestCase) ... ok
> test_openFileA (tables.tests.test_create.DefaultDriverTestCase) ... ok
> test_openFileRW (tables.tests.test_create.DefaultDriverTestCase) ... ok
> test_readFile (tables.tests.test_create.DefaultDriverTestCase) ... ok
> test_get_file_image (tables.tests.test_create.Sec2DriverTestCase) ... ok
> test_newFile (tables.tests.test_create.Sec2DriverTestCase) ... ok
> test_openFileA (tables.tests.test_create.Sec2DriverTestCase) ... ok
> test_openFileRW (tables.tests.test_create.Sec2DriverTestCase) ... ok
> test_readFile (tables.tests.test_create.Sec2DriverTestCase) ... ok
> test_get_file_image (tables.tests.test_create.StdioDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.StdioDriverTestCase) ... ok
> test_openFileA (tables.tests.test_create.StdioDriverTestCase) ... ok
> test_openFileRW (tables.tests.test_create.StdioDriverTestCase) ... ok
> test_readFile (tables.tests.test_create.StdioDriverTestCase) ... ok
> test_get_file_image (tables.tests.test_create.CoreDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.CoreDriverTestCase) ... ok
> test_openFileA (tables.tests.test_create.CoreDriverTestCase) ... ok
> test_openFileRW (tables.tests.test_create.CoreDriverTestCase) ... ok
> test_readFile (tables.tests.test_create.CoreDriverTestCase) ... ok
> test_get_file_image (tables.tests.test_create.CoreDriverNoBackingStoreTestCase) ... ok
> test_newFile (tables.tests.test_create.CoreDriverNoBackingStoreTestCase)
> Ensure that nothing is written to file. ... ok
> test_openFileA (tables.tests.test_create.CoreDriverNoBackingStoreTestCase) ... ok
> test_openFileRW (tables.tests.test_create.CoreDriverNoBackingStoreTestCase) ... ok
> test_openNewFileR (tables.tests.test_create.CoreDriverNoBackingStoreTestCase) ... ok
> test_openNewFileRW (tables.tests.test_create.CoreDriverNoBackingStoreTestCase) ... ok
> test_readFile (tables.tests.test_create.CoreDriverNoBackingStoreTestCase) ... ok
> test_readNewFileA (tables.tests.test_create.CoreDriverNoBackingStoreTestCase) ... ok
> test_readNewFileW (tables.tests.test_create.CoreDriverNoBackingStoreTestCase) ... ok
> test_newFile (tables.tests.test_create.SplitDriverTestCase) ... ok
> test_openFileA (tables.tests.test_create.SplitDriverTestCase) ... ok
> test_openFileRW (tables.tests.test_create.SplitDriverTestCase) ... ok
> test_readFile (tables.tests.test_create.SplitDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.LogDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.DirectDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.WindowsDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.FamilyDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.MultiDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.MpioDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.MpiPosixDriverTestCase) ... ok
> test_newFile (tables.tests.test_create.StreamDriverTestCase) ... ok
> test_newFileA (tables.tests.test_create.InMemoryCoreDriverTestCase) ... ok
> test_newFileW (tables.tests.test_create.InMemoryCoreDriverTestCase) ... ok
> test_openFileA (tables.tests.test_create.InMemoryCoreDriverTestCase) ... ok
> test_openFileA_update (tables.tests.test_create.InMemoryCoreDriverTestCase) ... ok
> test_openFileR (tables.tests.test_create.InMemoryCoreDriverTestCase) ... ok
> test_openFileRW (tables.tests.test_create.InMemoryCoreDriverTestCase) ... ok
> test_openFileRW_update (tables.tests.test_create.InMemoryCoreDriverTestCase) ... ok
> test_str (tables.tests.test_create.InMemoryCoreDriverTestCase) ... ok
> test00_quantizeData (tables.tests.test_create.QuantizeTestCase)
> Checking the quantize() function. ... ok
> test01_quantizeDataMaxError (tables.tests.test_create.QuantizeTestCase)
> Checking the maximum error introduced by the quantize() function. ... ok
> test02_array (tables.tests.test_create.QuantizeTestCase)
> Checking quantized data as written to disk. ... ok
> test01_backCompat (tables.tests.test_backcompat.VLArrayTestCase)
> Checking backward compatibility with old flavors of VLArray. ... ok
> test00_table (tables.tests.test_backcompat.TimeTestCase)
> Checking backward compatibility with old TimeXX types (tables). ... ok
> test01_vlarray (tables.tests.test_backcompat.TimeTestCase)
> Checking backward compatibility with old TimeXX types (vlarrays). ... ok
> test01_open (tables.tests.test_backcompat.OldFlavorsTestCase01)
> Checking opening of (X)Array (old 'numeric' flavor) ... ok
> test02_copy (tables.tests.test_backcompat.OldFlavorsTestCase01)
> Checking (X)Array.copy() method ('numetic' flavor) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test01_readTable (tables.tests.test_backcompat.Table2_1LZO)
> Checking backward compatibility of old formats of tables. ... ok
> test01_readTable (tables.tests.test_backcompat.Tables_LZO1)
> Checking backward compatibility of old formats of tables. ... ok
> test01_readTable (tables.tests.test_backcompat.Tables_LZO1_shuffle)
> Checking backward compatibility of old formats of tables. ... ok
> test01_readTable (tables.tests.test_backcompat.Tables_LZO2)
> Checking backward compatibility of old formats of tables. ... ok
> test01_readTable (tables.tests.test_backcompat.Tables_LZO2_shuffle)
> Checking backward compatibility of old formats of tables. ... ok
> Atom (tables.atom)
> Doctest: tables.atom.Atom ... ok
> copy (tables.atom.Atom)
> Doctest: tables.atom.Atom.copy ... ok
> from_dtype (tables.atom.Atom)
> Doctest: tables.atom.Atom.from_dtype ... ok
> from_kind (tables.atom.Atom)
> Doctest: tables.atom.Atom.from_kind ... ok
> from_sctype (tables.atom.Atom)
> Doctest: tables.atom.Atom.from_sctype ... FAIL
> from_type (tables.atom.Atom)
> Doctest: tables.atom.Atom.from_type ... ok
> EnumAtom (tables.atom)
> Doctest: tables.atom.EnumAtom ... ok
> VLStringAtom (tables.atom)
> Doctest: tables.atom.VLStringAtom ... ok
> split_type (tables.atom)
> Doctest: tables.atom.split_type ... ok
> test_from_dtype_01 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_dtype_02 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_dtype_03 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_dtype_04 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_kind_01 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_kind_02 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_kind_03 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_kind_04 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_kind_05 (tables.tests.test_types.AtomTestCase) ... ok
> test_from_kind_06 (tables.tests.test_types.AtomTestCase) ... ok
> test_init_parameters_01 (tables.tests.test_types.AtomTestCase) ... ok
> test_init_parameters_02 (tables.tests.test_types.AtomTestCase) ... ok
> test_init_parameters_03 (tables.tests.test_types.AtomTestCase) ... ok
> test00_range (tables.tests.test_types.RangeTestCase)
> Testing the range check. ... ok
> test01_type (tables.tests.test_types.RangeTestCase)
> Testing the type check. ... ok
> test00a_table (tables.tests.test_types.DtypeTestCase)
> Check dtype accessor for Table objects. ... ok
> test00b_column (tables.tests.test_types.DtypeTestCase)
> Check dtype accessor for Column objects. ... ok
> test01_array (tables.tests.test_types.DtypeTestCase)
> Check dtype accessor for Array objects. ... ok
> test02_carray (tables.tests.test_types.DtypeTestCase)
> Check dtype accessor for CArray objects. ... ok
> test03_carray (tables.tests.test_types.DtypeTestCase)
> Check dtype accessor for EArray objects. ... ok
> test04_vlarray (tables.tests.test_types.DtypeTestCase)
> Check dtype accessor for VLArray objects. ... ok
> test01_read_float16 (tables.tests.test_types.ReadFloatTestCase) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test02_read_float32 (tables.tests.test_types.ReadFloatTestCase) ... ok
> test03_read_float64 (tables.tests.test_types.ReadFloatTestCase) ... ok
> test04_read_longdouble (tables.tests.test_types.ReadFloatTestCase) ... ok
> test05_read_quadprecision_float (tables.tests.test_types.ReadFloatTestCase) ... ok
> test00_char (tables.tests.test_lists.Basic0DOneTestCase)
> Data integrity during recovery (character types) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test01_types (tables.tests.test_lists.Basic0DOneTestCase)
> Data integrity during recovery (numerical types) ... ok
> test00_char (tables.tests.test_lists.Basic0DTwoTestCase)
> Data integrity during recovery (character types) ... ok
> test01_types (tables.tests.test_lists.Basic0DTwoTestCase)
> Data integrity during recovery (numerical types) ... ok
> test00_char (tables.tests.test_lists.Basic1DOneTestCase)
> Data integrity during recovery (character types) ... ok
> test01_types (tables.tests.test_lists.Basic1DOneTestCase)
> Data integrity during recovery (numerical types) ... ok
> test00_char (tables.tests.test_lists.Basic1DTwoTestCase)
> Data integrity during recovery (character types) ... ok
> test01_types (tables.tests.test_lists.Basic1DTwoTestCase)
> Data integrity during recovery (numerical types) ... ok
> test00_char (tables.tests.test_lists.Basic1DFourTestCase)
> Non suppported lists objects (character objects) ... /<<PKGBUILDDIR>>/tables/flavor.py:395: VisibleDeprecationWarning: Creating an ndarray from ragged nested sequences (which is a list-or-tuple of lists-or-tuples-or ndarrays with different lengths or shapes) is deprecated. If you meant to do this, you must specify 'dtype=object' when creating the ndarray.
>   nparr = numpy.array(array)
> ok
> test01_types (tables.tests.test_lists.Basic1DFourTestCase)
> Non supported lists object (numerical types) ... ok
> test00_char (tables.tests.test_lists.Basic2DTestCase)
> Data integrity during recovery (character types) ... ok
> test01_types (tables.tests.test_lists.Basic2DTestCase)
> Data integrity during recovery (numerical types) ... ok
> test00_char (tables.tests.test_lists.Basic10DTestCase)
> Data integrity during recovery (character types) ... ok
> test01_types (tables.tests.test_lists.Basic10DTestCase)
> Data integrity during recovery (numerical types) ... ok
> test00_single (tables.tests.test_lists.GI1ListTestCase)
> Single element access (character types) ... ok
> test01_single (tables.tests.test_lists.GI1ListTestCase)
> Single element access (numerical types) ... ok
> test02_range (tables.tests.test_lists.GI1ListTestCase)
> Range element access (character types) ... ok
> test03_range (tables.tests.test_lists.GI1ListTestCase)
> Range element access (numerical types) ... ok
> test04_range (tables.tests.test_lists.GI1ListTestCase)
> Range element access, strided (character types) ... ok
> test05_range (tables.tests.test_lists.GI1ListTestCase)
> Range element access (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_lists.GI1ListTestCase)
> Negative Index element access (character types) ... ok
> test07_negativeIndex (tables.tests.test_lists.GI1ListTestCase)
> Negative Index element access (numerical types) ... ok
> test08_negativeRange (tables.tests.test_lists.GI1ListTestCase)
> Negative range element access (character types) ... ok
> test09_negativeRange (tables.tests.test_lists.GI1ListTestCase)
> Negative range element access (numerical types) ... ok
> test00_single (tables.tests.test_lists.GI2ListTestCase)
> Single element access (character types) ... ok
> test01_single (tables.tests.test_lists.GI2ListTestCase)
> Single element access (numerical types) ... ok
> test02_range (tables.tests.test_lists.GI2ListTestCase)
> Range element access (character types) ... ok
> test03_range (tables.tests.test_lists.GI2ListTestCase)
> Range element access (numerical types) ... ok
> test04_range (tables.tests.test_lists.GI2ListTestCase)
> Range element access, strided (character types) ... ok
> test05_range (tables.tests.test_lists.GI2ListTestCase)
> Range element access (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_lists.GI2ListTestCase)
> Negative Index element access (character types) ... ok
> test07_negativeIndex (tables.tests.test_lists.GI2ListTestCase)
> Negative Index element access (numerical types) ... ok
> test08_negativeRange (tables.tests.test_lists.GI2ListTestCase)
> Negative range element access (character types) ... ok
> test09_negativeRange (tables.tests.test_lists.GI2ListTestCase)
> Negative range element access (numerical types) ... ok
> test00a_single (tables.tests.test_lists.GE1ListTestCase)
> Testing generator access to Arrays, single elements (char) ... ok
> test00b_me (tables.tests.test_lists.GE1ListTestCase)
> Testing generator access to Arrays, multiple elements (char) ... ok
> test01a_single (tables.tests.test_lists.GE1ListTestCase)
> Testing generator access to Arrays, single elements (numeric) ... ok
> test01b_me (tables.tests.test_lists.GE1ListTestCase)
> Testing generator access to Arrays, multiple elements (numeric) ... ok
> test00a_single (tables.tests.test_lists.GE2ListTestCase)
> Testing generator access to Arrays, single elements (char) ... ok
> test00b_me (tables.tests.test_lists.GE2ListTestCase)
> Testing generator access to Arrays, multiple elements (char) ... ok
> test01a_single (tables.tests.test_lists.GE2ListTestCase)
> Testing generator access to Arrays, single elements (numeric) ... ok
> test01b_me (tables.tests.test_lists.GE2ListTestCase)
> Testing generator access to Arrays, multiple elements (numeric) ... ok
> test00_description (tables.tests.test_tables.BasicWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.BasicWriteTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.BasicWriteTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.BasicWriteTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.BasicWriteTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.BasicWriteTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.BasicWriteTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.BasicWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.BasicWriteTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.BasicWriteTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.BasicWriteTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.BasicWriteTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.BasicWriteTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.BasicWriteTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.BasicWriteTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.BasicWriteTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.BasicWriteTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.BasicWriteTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.BasicWriteTestCase) ... ok
> test00_description (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.OldRecordBasicWriteTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.OldRecordBasicWriteTestCase) ... ok
> test00_description (tables.tests.test_tables.DictWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.DictWriteTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.DictWriteTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.DictWriteTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.DictWriteTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.DictWriteTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.DictWriteTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.DictWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.DictWriteTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.DictWriteTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.DictWriteTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.DictWriteTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.DictWriteTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.DictWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.DictWriteTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.DictWriteTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.DictWriteTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.DictWriteTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.DictWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.DictWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.DictWriteTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.DictWriteTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.DictWriteTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.DictWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.DictWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.DictWriteTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.DictWriteTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.DictWriteTestCase) ... ok
> test00_description (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.NumPyDTWriteTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.NumPyDTWriteTestCase) ... ok
> test00_description (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.RecArrayOneWriteTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.RecArrayOneWriteTestCase) ... ok
> test00_description (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.RecArrayTwoWriteTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.RecArrayTwoWriteTestCase) ... ok
> test00_description (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.RecArrayThreeWriteTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.RecArrayThreeWriteTestCase) ... ok
> test00_description (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.RecArrayAlignedWriteTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.RecArrayAlignedWriteTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscShuffleTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscShuffleTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscBitShuffleTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscBloscLZTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscLZ4TablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscLZ4TablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscLZ4HCTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscSnappyTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscSnappyTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscZlibTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscZlibTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressBloscZstdTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressBloscZstdTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressLZOTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressLZOTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressLZOShuffleTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressLZOShuffleTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressZLIBTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressZLIBTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressZLIBShuffleTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.Fletcher32TablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.Fletcher32TablesTestCase) ... ok
> test00_description (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.AllFiltersTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.AllFiltersTablesTestCase) ... ok
> test00_description (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking table read. ... ok
> test01a_badtypefield (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking table read (using Row[{}]) ... ok
> test01a_extslice (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking table read (using Row[::2]) ... ok
> test01a_fetch_all_fields (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking table read (using Row.fetch_all_fields) ... ok
> test01a_integer (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking table read (using Row[integer]) ... ok
> test01a_nofield (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking table read (using Row['no-field']) ... ok
> test01b_readTable (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking nested iterators (reading) ... ok
> test01d_readTable (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking nested iterators (reading, mixed conditions) ... ok
> test01e_readTable (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking nested iterators (reading, both conditions) ... ok
> test01f_readTable (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking nested iterators (reading, break in the loop) ... ok
> test01g_readTable (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking iterator with an evanescent table. ... ok
> test02_AppendRows (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test02b_AppendRows (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether appending *and* reading rows works or not ... ok
> test02d_AppendRows (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking appending using the same Row object after flushing. ... ok
> test02e_AppendRows (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking appending using the Row of an unreferenced table. ... ok
> test03_endianess (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking if table is endianess aware. ... ok
> test04_delete (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04a_delete (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether a single row can be deleted. ... ok
> test04b_delete (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether a range of rows can be deleted. ... ok
> test04c_delete (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether removing a bad range of rows is detected. ... ok
> test04d_delete (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether removing rows several times at once is working. ... ok
> test04e_delete (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04f_delete (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether all rows can be deleted. ... ok
> test04g_delete (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking whether rows can be deleted with a step parameter. ... ok
> test05_filtersTable (tables.tests.test_tables.CompressTwoTablesTestCase)
> Checking tablefilters. ... ok
> test06_attributes (tables.tests.test_tables.CompressTwoTablesTestCase) ... ok
> test_no_compression_multiple_appends (tables.tests.test_tables.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_no_compression_one_append (tables.tests.test_tables.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_with_compression (tables.tests.test_tables.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_zero_length (tables.tests.test_tables.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_all_fields_buffer_too_large (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_all_fields_buffer_too_small (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_all_fields_non_contiguous_buffer (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_all_fields_non_contiguous_slice_contiguous_buffer (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_out_arg_with_non_numpy_flavor (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_all (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_all_out_arg (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_all_out_arg_sliced (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_all_rows_specified_field (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_all_rows_specified_field_out_arg (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_slice1 (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_slice1_out_arg (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_slice1_specified_field (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_read_slice1_specified_field_out_arg (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_specified_field_buffer_too_small (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_specified_field_non_contiguous_buffer (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_specified_field_non_contiguous_slice_contiguous_buffer (tables.tests.test_tables.NonNestedTableReadTestCase) ... ok
> test_table_other_byteorder_no_out_argument (tables.tests.test_tables.TableReadByteorderTestCase) ... ok
> test_table_other_byteorder_out_argument_other_byteorder (tables.tests.test_tables.TableReadByteorderTestCase) ... ok
> test_table_other_byteorder_out_argument_system_byteorder (tables.tests.test_tables.TableReadByteorderTestCase) ... ok
> test_table_system_byteorder_no_out_argument (tables.tests.test_tables.TableReadByteorderTestCase) ... ok
> test_table_system_byteorder_out_argument_other_byteorder (tables.tests.test_tables.TableReadByteorderTestCase) ... ok
> test_table_system_byteorder_out_argument_system_byteorder (tables.tests.test_tables.TableReadByteorderTestCase) ... ok
> test01_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test01a_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test02_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case2) ... ok
> test03_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case3) ... ok
> test04_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case4) ... ok
> test05_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case5) ... ok
> test06_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case6) ... ok
> test07_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case7) ... ok
> test08_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case8) ... ok
> test09_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case9) ... ok
> test10_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case10) ... ok
> test10a_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case10a) ... ok
> test11_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case11) ... ok
> test12_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case12) ... ok
> test13_range (tables.tests.test_tables.IterRangeTestCase)
> Checking ranges in table iterators (case13) ... ok
> test01_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test01a_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test02_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case2) ... ok
> test03_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case3) ... ok
> test04_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case4) ... ok
> test05_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case5) ... ok
> test06_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case6) ... ok
> test07_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case7) ... ok
> test08_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case8) ... ok
> test09_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case9) ... ok
> test10_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case10) ... ok
> test10a_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case10a) ... ok
> test11_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case11) ... ok
> test12_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case12) ... ok
> test13_range (tables.tests.test_tables.RecArrayRangeTestCase)
> Checking ranges in table iterators (case13) ... ok
> test01_nonexistentField (tables.tests.test_tables.GetColRangeTestCase)
> Checking non-existing Field in getCol method ... ok
> test01_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test01a_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test02_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case2) ... ok
> test03_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case3) ... ok
> test04_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case4) ... ok
> test05_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case5) ... ok
> test06_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case6) ... ok
> test07_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case7) ... ok
> test08_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case8) ... ok
> test09_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case9) ... ok
> test10_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case10) ... ok
> test10a_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case10a) ... ok
> test11_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case11) ... ok
> test12_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case12) ... ok
> test13_range (tables.tests.test_tables.GetColRangeTestCase)
> Checking ranges in table iterators (case13) ... ok
> test01a_singleItem (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with single parameter (int) ... ok
> test01b_singleItem (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with single parameter (neg. int) ... ok
> test01c_singleItem (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with single parameter (long) ... ok
> test01d_singleItem (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with single parameter (neg. long) ... ok
> test01e_singleItem (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with single parameter (rank-0 ints) ... ok
> test01f_singleItem (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with single parameter (np.uint64) ... ok
> test02_twoItems (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with start, stop parameters. ... ok
> test03_threeItems (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with start, stop, step parameters. ... ok
> test04_negativeStep (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method with negative step parameter. ... ok
> test06a_singleItemCol (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method in Col with single parameter. ... ok
> test06b_singleItemCol (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method in Col with single parameter ... ok
> test07_twoItemsCol (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method in Col with start, stop parameters. ... ok
> test08_threeItemsCol (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method in Col with start, stop, step ... ok
> test09_negativeStep (tables.tests.test_tables.GetItemTestCase)
> Checking __getitem__ method in Col with negative step parameter. ... ok
> test10_list_integers (tables.tests.test_tables.GetItemTestCase)
> Checking accessing Table with a list of integers. ... ok
> test11_list_booleans (tables.tests.test_tables.GetItemTestCase)
> Checking accessing Table with a list of boolean values. ... ok
> test01 (tables.tests.test_tables.SetItemTestCase1)
> Checking modifying one table row with __setitem__ ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:2953: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test01b (tables.tests.test_tables.SetItemTestCase1)
> Checking modifying one table row with __setitem__ (long index) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:2985: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test02 (tables.tests.test_tables.SetItemTestCase1)
> Modifying one row, with a step (__setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3018: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test03 (tables.tests.test_tables.SetItemTestCase1)
> Checking modifying several rows at once (__setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3053: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test04 (tables.tests.test_tables.SetItemTestCase1)
> Modifying several rows at once, with a step (__setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3088: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test05 (tables.tests.test_tables.SetItemTestCase1)
> Checking modifying one column (single element, __setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3120: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test06a (tables.tests.test_tables.SetItemTestCase1)
> Checking modifying one column (several elements, __setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3152: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test06b (tables.tests.test_tables.SetItemTestCase1)
> Checking modifying one column (iterator, __setitem__) ... ok
> test07 (tables.tests.test_tables.SetItemTestCase1)
> Modifying one column (several elements, __setitem__, step) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3221: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08 (tables.tests.test_tables.SetItemTestCase1)
> Modifying one column (one element, __setitem__, step) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3253: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09 (tables.tests.test_tables.SetItemTestCase1)
> Modifying beyond the table extend (__setitem__, step) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3288: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test01 (tables.tests.test_tables.SetItemTestCase2)
> Checking modifying one table row with __setitem__ ... ok
> test01b (tables.tests.test_tables.SetItemTestCase2)
> Checking modifying one table row with __setitem__ (long index) ... ok
> test02 (tables.tests.test_tables.SetItemTestCase2)
> Modifying one row, with a step (__setitem__) ... ok
> test03 (tables.tests.test_tables.SetItemTestCase2)
> Checking modifying several rows at once (__setitem__) ... ok
> test04 (tables.tests.test_tables.SetItemTestCase2)
> Modifying several rows at once, with a step (__setitem__) ... ok
> test05 (tables.tests.test_tables.SetItemTestCase2)
> Checking modifying one column (single element, __setitem__) ... ok
> test06a (tables.tests.test_tables.SetItemTestCase2)
> Checking modifying one column (several elements, __setitem__) ... ok
> test06b (tables.tests.test_tables.SetItemTestCase2)
> Checking modifying one column (iterator, __setitem__) ... ok
> test07 (tables.tests.test_tables.SetItemTestCase2)
> Modifying one column (several elements, __setitem__, step) ... ok
> test08 (tables.tests.test_tables.SetItemTestCase2)
> Modifying one column (one element, __setitem__, step) ... ok
> test09 (tables.tests.test_tables.SetItemTestCase2)
> Modifying beyond the table extend (__setitem__, step) ... ok
> test01 (tables.tests.test_tables.SetItemTestCase3)
> Checking modifying one table row with __setitem__ ... ok
> test01b (tables.tests.test_tables.SetItemTestCase3)
> Checking modifying one table row with __setitem__ (long index) ... ok
> test02 (tables.tests.test_tables.SetItemTestCase3)
> Modifying one row, with a step (__setitem__) ... ok
> test03 (tables.tests.test_tables.SetItemTestCase3)
> Checking modifying several rows at once (__setitem__) ... ok
> test04 (tables.tests.test_tables.SetItemTestCase3)
> Modifying several rows at once, with a step (__setitem__) ... ok
> test05 (tables.tests.test_tables.SetItemTestCase3)
> Checking modifying one column (single element, __setitem__) ... ok
> test06a (tables.tests.test_tables.SetItemTestCase3)
> Checking modifying one column (several elements, __setitem__) ... ok
> test06b (tables.tests.test_tables.SetItemTestCase3)
> Checking modifying one column (iterator, __setitem__) ... ok
> test07 (tables.tests.test_tables.SetItemTestCase3)
> Modifying one column (several elements, __setitem__, step) ... ok
> test08 (tables.tests.test_tables.SetItemTestCase3)
> Modifying one column (one element, __setitem__, step) ... ok
> test09 (tables.tests.test_tables.SetItemTestCase3)
> Modifying beyond the table extend (__setitem__, step) ... ok
> test01 (tables.tests.test_tables.SetItemTestCase4)
> Checking modifying one table row with __setitem__ ... ok
> test01b (tables.tests.test_tables.SetItemTestCase4)
> Checking modifying one table row with __setitem__ (long index) ... ok
> test02 (tables.tests.test_tables.SetItemTestCase4)
> Modifying one row, with a step (__setitem__) ... ok
> test03 (tables.tests.test_tables.SetItemTestCase4)
> Checking modifying several rows at once (__setitem__) ... ok
> test04 (tables.tests.test_tables.SetItemTestCase4)
> Modifying several rows at once, with a step (__setitem__) ... ok
> test05 (tables.tests.test_tables.SetItemTestCase4)
> Checking modifying one column (single element, __setitem__) ... ok
> test06a (tables.tests.test_tables.SetItemTestCase4)
> Checking modifying one column (several elements, __setitem__) ... ok
> test06b (tables.tests.test_tables.SetItemTestCase4)
> Checking modifying one column (iterator, __setitem__) ... ok
> test07 (tables.tests.test_tables.SetItemTestCase4)
> Modifying one column (several elements, __setitem__, step) ... ok
> test08 (tables.tests.test_tables.SetItemTestCase4)
> Modifying one column (one element, __setitem__, step) ... ok
> test09 (tables.tests.test_tables.SetItemTestCase4)
> Modifying beyond the table extend (__setitem__, step) ... ok
> test01 (tables.tests.test_tables.UpdateRowTestCase1)
> Checking modifying one table row with Row.update ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3344: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test02 (tables.tests.test_tables.UpdateRowTestCase1)
> Modifying one row, with a step (Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3381: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test03 (tables.tests.test_tables.UpdateRowTestCase1)
> Checking modifying several rows at once (Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3418: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test04 (tables.tests.test_tables.UpdateRowTestCase1)
> Modifying several rows at once, with a step (Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3455: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test05 (tables.tests.test_tables.UpdateRowTestCase1)
> Checking modifying one column (single element, Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3489: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test06 (tables.tests.test_tables.UpdateRowTestCase1)
> Checking modifying one column (several elements, Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3523: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test07 (tables.tests.test_tables.UpdateRowTestCase1)
> Modifying values from a selection ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3557: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08 (tables.tests.test_tables.UpdateRowTestCase1)
> Modifying a large table (Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3601: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08b (tables.tests.test_tables.UpdateRowTestCase1)
> Setting values on a large table without calling Row.update ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3645: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09 (tables.tests.test_tables.UpdateRowTestCase1)
> Modifying selected values on a large table ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3694: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09b (tables.tests.test_tables.UpdateRowTestCase1)
> Modifying selected values on a large table (alternate values) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3744: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test01 (tables.tests.test_tables.UpdateRowTestCase2)
> Checking modifying one table row with Row.update ... ok
> test02 (tables.tests.test_tables.UpdateRowTestCase2)
> Modifying one row, with a step (Row.update) ... ok
> test03 (tables.tests.test_tables.UpdateRowTestCase2)
> Checking modifying several rows at once (Row.update) ... ok
> test04 (tables.tests.test_tables.UpdateRowTestCase2)
> Modifying several rows at once, with a step (Row.update) ... ok
> test05 (tables.tests.test_tables.UpdateRowTestCase2)
> Checking modifying one column (single element, Row.update) ... ok
> test06 (tables.tests.test_tables.UpdateRowTestCase2)
> Checking modifying one column (several elements, Row.update) ... ok
> test07 (tables.tests.test_tables.UpdateRowTestCase2)
> Modifying values from a selection ... ok
> test08 (tables.tests.test_tables.UpdateRowTestCase2)
> Modifying a large table (Row.update) ... ok
> test08b (tables.tests.test_tables.UpdateRowTestCase2)
> Setting values on a large table without calling Row.update ... ok
> test09 (tables.tests.test_tables.UpdateRowTestCase2)
> Modifying selected values on a large table ... ok
> test09b (tables.tests.test_tables.UpdateRowTestCase2)
> Modifying selected values on a large table (alternate values) ... ok
> test01 (tables.tests.test_tables.UpdateRowTestCase3)
> Checking modifying one table row with Row.update ... ok
> test02 (tables.tests.test_tables.UpdateRowTestCase3)
> Modifying one row, with a step (Row.update) ... ok
> test03 (tables.tests.test_tables.UpdateRowTestCase3)
> Checking modifying several rows at once (Row.update) ... ok
> test04 (tables.tests.test_tables.UpdateRowTestCase3)
> Modifying several rows at once, with a step (Row.update) ... ok
> test05 (tables.tests.test_tables.UpdateRowTestCase3)
> Checking modifying one column (single element, Row.update) ... ok
> test06 (tables.tests.test_tables.UpdateRowTestCase3)
> Checking modifying one column (several elements, Row.update) ... ok
> test07 (tables.tests.test_tables.UpdateRowTestCase3)
> Modifying values from a selection ... ok
> test08 (tables.tests.test_tables.UpdateRowTestCase3)
> Modifying a large table (Row.update) ... ok
> test08b (tables.tests.test_tables.UpdateRowTestCase3)
> Setting values on a large table without calling Row.update ... ok
> test09 (tables.tests.test_tables.UpdateRowTestCase3)
> Modifying selected values on a large table ... ok
> test09b (tables.tests.test_tables.UpdateRowTestCase3)
> Modifying selected values on a large table (alternate values) ... ok
> test01 (tables.tests.test_tables.UpdateRowTestCase4)
> Checking modifying one table row with Row.update ... ok
> test02 (tables.tests.test_tables.UpdateRowTestCase4)
> Modifying one row, with a step (Row.update) ... ok
> test03 (tables.tests.test_tables.UpdateRowTestCase4)
> Checking modifying several rows at once (Row.update) ... ok
> test04 (tables.tests.test_tables.UpdateRowTestCase4)
> Modifying several rows at once, with a step (Row.update) ... ok
> test05 (tables.tests.test_tables.UpdateRowTestCase4)
> Checking modifying one column (single element, Row.update) ... ok
> test06 (tables.tests.test_tables.UpdateRowTestCase4)
> Checking modifying one column (several elements, Row.update) ... ok
> test07 (tables.tests.test_tables.UpdateRowTestCase4)
> Modifying values from a selection ... ok
> test08 (tables.tests.test_tables.UpdateRowTestCase4)
> Modifying a large table (Row.update) ... ok
> test08b (tables.tests.test_tables.UpdateRowTestCase4)
> Setting values on a large table without calling Row.update ... ok
> test09 (tables.tests.test_tables.UpdateRowTestCase4)
> Modifying selected values on a large table ... ok
> test09b (tables.tests.test_tables.UpdateRowTestCase4)
> Modifying selected values on a large table (alternate values) ... ok
> test00 (tables.tests.test_tables.RecArrayIO1)
> Checking saving a regular recarray ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3787: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r.tostring(), r2.tostring())
> ok
> test01 (tables.tests.test_tables.RecArrayIO1)
> Checking saving a recarray with an offset in its buffer ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3811: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test02 (tables.tests.test_tables.RecArrayIO1)
> Checking saving a large recarray with an offset in its buffer ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3834: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test03 (tables.tests.test_tables.RecArrayIO1)
> Checking saving a strided recarray with an offset in its buffer ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3860: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test04 (tables.tests.test_tables.RecArrayIO1)
> Checking appending several rows at once ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3895: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test05 (tables.tests.test_tables.RecArrayIO1)
> Checking appending several rows at once (close file version) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3931: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test06a (tables.tests.test_tables.RecArrayIO1)
> Checking modifying one table row (list version) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3965: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test06b (tables.tests.test_tables.RecArrayIO1)
> Checking modifying one table row (recarray version) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:3999: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test07a (tables.tests.test_tables.RecArrayIO1)
> Checking modifying several rows at once (list version) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4032: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test07b (tables.tests.test_tables.RecArrayIO1)
> Checking modifying several rows at once (recarray version) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4067: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test07c (tables.tests.test_tables.RecArrayIO1)
> Checking modifying several rows with a mismatching value ... ok
> test08a (tables.tests.test_tables.RecArrayIO1)
> Checking modifying one column (single column version) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4122: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08a2 (tables.tests.test_tables.RecArrayIO1)
> Checking modifying one column (single column version, ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4157: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08b (tables.tests.test_tables.RecArrayIO1)
> Checking modifying one column (single column version, recarray) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4192: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08b2 (tables.tests.test_tables.RecArrayIO1)
> Checking modifying one column (single column version, recarray, ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4228: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08c (tables.tests.test_tables.RecArrayIO1)
> Checking modifying one column (single column version, ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4265: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09a (tables.tests.test_tables.RecArrayIO1)
> Checking modifying table columns (multiple column version) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4301: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09b (tables.tests.test_tables.RecArrayIO1)
> Checking modifying table columns (multiple columns, recarray) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4337: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09c (tables.tests.test_tables.RecArrayIO1)
> Checking modifying table columns (single column, step) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4373: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09d (tables.tests.test_tables.RecArrayIO1)
> Checking modifying table columns (multiple columns, step) ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4410: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test10a (tables.tests.test_tables.RecArrayIO1)
> Checking modifying rows using coordinates ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4452: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test10b (tables.tests.test_tables.RecArrayIO1)
> Checking modifying rows using coordinates (getitem/setitem). ... /<<PKGBUILDDIR>>/tables/tests/test_tables.py:4493: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test00 (tables.tests.test_tables.RecArrayIO2)
> Checking saving a regular recarray ... ok
> test01 (tables.tests.test_tables.RecArrayIO2)
> Checking saving a recarray with an offset in its buffer ... ok
> test02 (tables.tests.test_tables.RecArrayIO2)
> Checking saving a large recarray with an offset in its buffer ... ok
> test03 (tables.tests.test_tables.RecArrayIO2)
> Checking saving a strided recarray with an offset in its buffer ... ok
> test04 (tables.tests.test_tables.RecArrayIO2)
> Checking appending several rows at once ... ok
> test05 (tables.tests.test_tables.RecArrayIO2)
> Checking appending several rows at once (close file version) ... ok
> test06a (tables.tests.test_tables.RecArrayIO2)
> Checking modifying one table row (list version) ... ok
> test06b (tables.tests.test_tables.RecArrayIO2)
> Checking modifying one table row (recarray version) ... ok
> test07a (tables.tests.test_tables.RecArrayIO2)
> Checking modifying several rows at once (list version) ... ok
> test07b (tables.tests.test_tables.RecArrayIO2)
> Checking modifying several rows at once (recarray version) ... ok
> test07c (tables.tests.test_tables.RecArrayIO2)
> Checking modifying several rows with a mismatching value ... ok
> test08a (tables.tests.test_tables.RecArrayIO2)
> Checking modifying one column (single column version) ... ok
> test08a2 (tables.tests.test_tables.RecArrayIO2)
> Checking modifying one column (single column version, ... ok
> test08b (tables.tests.test_tables.RecArrayIO2)
> Checking modifying one column (single column version, recarray) ... ok
> test08b2 (tables.tests.test_tables.RecArrayIO2)
> Checking modifying one column (single column version, recarray, ... ok
> test08c (tables.tests.test_tables.RecArrayIO2)
> Checking modifying one column (single column version, ... ok
> test09a (tables.tests.test_tables.RecArrayIO2)
> Checking modifying table columns (multiple column version) ... ok
> test09b (tables.tests.test_tables.RecArrayIO2)
> Checking modifying table columns (multiple columns, recarray) ... ok
> test09c (tables.tests.test_tables.RecArrayIO2)
> Checking modifying table columns (single column, step) ... ok
> test09d (tables.tests.test_tables.RecArrayIO2)
> Checking modifying table columns (multiple columns, step) ... ok
> test10a (tables.tests.test_tables.RecArrayIO2)
> Checking modifying rows using coordinates ... ok
> test10b (tables.tests.test_tables.RecArrayIO2)
> Checking modifying rows using coordinates (getitem/setitem). ... ok
> test01_copy (tables.tests.test_tables.OpenCopyTestCase)
> Checking Table.copy() method. ... ok
> test02_copy (tables.tests.test_tables.OpenCopyTestCase)
> Checking Table.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_tables.OpenCopyTestCase)
> Checking Table.copy() method (table larger than buffer) ... ok
> test04_copy (tables.tests.test_tables.OpenCopyTestCase)
> Checking Table.copy() method (different compress level) ... ok
> test05_copy (tables.tests.test_tables.OpenCopyTestCase)
> Checking Table.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_tables.OpenCopyTestCase)
> Checking Table.copy() method (user attributes not copied) ... ok
> test01_copy (tables.tests.test_tables.CloseCopyTestCase)
> Checking Table.copy() method. ... ok
> test02_copy (tables.tests.test_tables.CloseCopyTestCase)
> Checking Table.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_tables.CloseCopyTestCase)
> Checking Table.copy() method (table larger than buffer) ... ok
> test04_copy (tables.tests.test_tables.CloseCopyTestCase)
> Checking Table.copy() method (different compress level) ... ok
> test05_copy (tables.tests.test_tables.CloseCopyTestCase)
> Checking Table.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_tables.CloseCopyTestCase)
> Checking Table.copy() method (user attributes not copied) ... ok
> test01_copy (tables.tests.test_tables.AlignedOpenCopyTestCase)
> Checking Table.copy() method. ... ok
> test02_copy (tables.tests.test_tables.AlignedOpenCopyTestCase)
> Checking Table.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_tables.AlignedOpenCopyTestCase)
> Checking Table.copy() method (table larger than buffer) ... ok
> test04_copy (tables.tests.test_tables.AlignedOpenCopyTestCase)
> Checking Table.copy() method (different compress level) ... ok
> test05_copy (tables.tests.test_tables.AlignedOpenCopyTestCase)
> Checking Table.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_tables.AlignedOpenCopyTestCase)
> Checking Table.copy() method (user attributes not copied) ... ok
> test01_copy (tables.tests.test_tables.AlignedCloseCopyTestCase)
> Checking Table.copy() method. ... ok
> test02_copy (tables.tests.test_tables.AlignedCloseCopyTestCase)
> Checking Table.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_tables.AlignedCloseCopyTestCase)
> Checking Table.copy() method (table larger than buffer) ... ok
> test04_copy (tables.tests.test_tables.AlignedCloseCopyTestCase)
> Checking Table.copy() method (different compress level) ... ok
> test05_copy (tables.tests.test_tables.AlignedCloseCopyTestCase)
> Checking Table.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_tables.AlignedCloseCopyTestCase)
> Checking Table.copy() method (user attributes not copied) ... ok
> test01_copy (tables.tests.test_tables.AlignedNoPaddingOpenCopyTestCase)
> Checking Table.copy() method. ... ok
> test02_copy (tables.tests.test_tables.AlignedNoPaddingOpenCopyTestCase)
> Checking Table.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_tables.AlignedNoPaddingOpenCopyTestCase)
> Checking Table.copy() method (table larger than buffer) ... ok
> test04_copy (tables.tests.test_tables.AlignedNoPaddingOpenCopyTestCase)
> Checking Table.copy() method (different compress level) ... ok
> test05_copy (tables.tests.test_tables.AlignedNoPaddingOpenCopyTestCase)
> Checking Table.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_tables.AlignedNoPaddingOpenCopyTestCase)
> Checking Table.copy() method (user attributes not copied) ... ok
> test01_index (tables.tests.test_tables.CopyIndex1TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex1TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_tables.CopyIndex2TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex2TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_tables.CopyIndex3TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex3TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_tables.CopyIndex4TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex4TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_tables.CopyIndex5TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex5TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_tables.CopyIndex6TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex6TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_tables.CopyIndex7TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex7TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_tables.CopyIndex8TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex8TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_tables.CopyIndex9TestCase)
> Checking Table.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_tables.CopyIndex9TestCase)
> Checking Table.copy() method with indexes (close file version) ... ok
> test00 (tables.tests.test_tables.DefaultValues)
> Checking saving a Table with default values (using the same Row) ... ok
> test01 (tables.tests.test_tables.DefaultValues)
> Checking saving a Table with default values (using different Row) ... ok
> test00 (tables.tests.test_tables.OldRecordDefaultValues)
> Checking saving a Table with default values (using the same Row) ... ok
> test01 (tables.tests.test_tables.OldRecordDefaultValues)
> Checking saving a Table with default values (using different Row) ... ok
> test01_lengthrows (tables.tests.test_tables.Length1TestCase)
> Checking __length__ in Table. ... ok
> test02_lengthcols (tables.tests.test_tables.Length1TestCase)
> Checking __length__ in Cols. ... ok
> test03_lengthcol (tables.tests.test_tables.Length1TestCase)
> Checking __length__ in Column. ... ok
> test01_lengthrows (tables.tests.test_tables.Length2TestCase)
> Checking __length__ in Table. ... ok
> test02_lengthcols (tables.tests.test_tables.Length2TestCase)
> Checking __length__ in Cols. ... ok
> test03_lengthcol (tables.tests.test_tables.Length2TestCase)
> Checking __length__ in Column. ... ok
> test00_same (tables.tests.test_tables.WhereAppendTestCase)
> Query with same storage. ... ok
> test01_compatible (tables.tests.test_tables.WhereAppendTestCase)
> Query with compatible storage. ... ok
> test02_lessPrecise (tables.tests.test_tables.WhereAppendTestCase)
> Query with less precise storage. ... ok
> test03_incompatible (tables.tests.test_tables.WhereAppendTestCase)
> Query with incompatible storage. ... ok
> test04_noColumn (tables.tests.test_tables.WhereAppendTestCase)
> Query with storage lacking columns. ... ok
> test05_otherFile (tables.tests.test_tables.WhereAppendTestCase)
> Appending to a table in another file. ... ok
> test06_wholeTable (tables.tests.test_tables.WhereAppendTestCase)
> Append whole table. ... ok
> test00 (tables.tests.test_tables.DerivedTableTestCase)
> Deriving a table from the description of another. ... ok
> test00 (tables.tests.test_tables.ChunkshapeTestCase)
> Test setting the chunkshape in a table (no reopen). ... ok
> test01 (tables.tests.test_tables.ChunkshapeTestCase)
> Test setting the chunkshape in a table (reopen). ... ok
> test01_canAppend (tables.tests.test_tables.ZeroSizedTestCase)
> Appending zero length recarray. ... ok
> test00 (tables.tests.test_tables.IrregularStrideTestCase)
> Selecting rows in a table with irregular stride (but aligned). ... ok
> test_gh260 (tables.tests.test_tables.Issue262TestCase)
> Regression test for gh-260 ... ok
> test_gh262_01 (tables.tests.test_tables.Issue262TestCase)
> Regression test for gh-262 (start=0, step=1) ... ok
> test_gh262_02 (tables.tests.test_tables.Issue262TestCase)
> Regression test for gh-262 (start=1, step=1) ... ok
> test_gh262_03 (tables.tests.test_tables.Issue262TestCase)
> Regression test for gh-262 (start=0, step=2) ... ok
> test_gh262_04 (tables.tests.test_tables.Issue262TestCase)
> Regression test for gh-262 (start=1, step=2) ... ok
> test00_truncate (tables.tests.test_tables.TruncateOpen1)
> Checking Table.truncate() method (truncating to 0 rows) ... ok
> test01_truncate (tables.tests.test_tables.TruncateOpen1)
> Checking Table.truncate() method (truncating to 1 rows) ... ok
> test02_truncate (tables.tests.test_tables.TruncateOpen1)
> Checking Table.truncate() method (truncating to == self.nrows) ... ok
> test03_truncate (tables.tests.test_tables.TruncateOpen1)
> Checking Table.truncate() method (truncating to > self.nrows) ... ok
> test00_truncate (tables.tests.test_tables.TruncateOpen2)
> Checking Table.truncate() method (truncating to 0 rows) ... ok
> test01_truncate (tables.tests.test_tables.TruncateOpen2)
> Checking Table.truncate() method (truncating to 1 rows) ... ok
> test02_truncate (tables.tests.test_tables.TruncateOpen2)
> Checking Table.truncate() method (truncating to == self.nrows) ... ok
> test03_truncate (tables.tests.test_tables.TruncateOpen2)
> Checking Table.truncate() method (truncating to > self.nrows) ... ok
> test00_truncate (tables.tests.test_tables.TruncateClose1)
> Checking Table.truncate() method (truncating to 0 rows) ... ok
> test01_truncate (tables.tests.test_tables.TruncateClose1)
> Checking Table.truncate() method (truncating to 1 rows) ... ok
> test02_truncate (tables.tests.test_tables.TruncateClose1)
> Checking Table.truncate() method (truncating to == self.nrows) ... ok
> test03_truncate (tables.tests.test_tables.TruncateClose1)
> Checking Table.truncate() method (truncating to > self.nrows) ... ok
> test00_truncate (tables.tests.test_tables.TruncateClose2)
> Checking Table.truncate() method (truncating to 0 rows) ... ok
> test01_truncate (tables.tests.test_tables.TruncateClose2)
> Checking Table.truncate() method (truncating to 1 rows) ... ok
> test02_truncate (tables.tests.test_tables.TruncateClose2)
> Checking Table.truncate() method (truncating to == self.nrows) ... ok
> test03_truncate (tables.tests.test_tables.TruncateClose2)
> Checking Table.truncate() method (truncating to > self.nrows) ... ok
> test01a_read (tables.tests.test_tables.PointSelectionTestCase)
> Test for point-selections (read, boolean keys). ... ok
> test01b_read (tables.tests.test_tables.PointSelectionTestCase)
> Test for point-selections (read, tuples of integers keys). ... ok
> test01c_read (tables.tests.test_tables.PointSelectionTestCase)
> Test for point-selections (read, tuples of floats keys). ... ok
> test01d_read (tables.tests.test_tables.PointSelectionTestCase)
> Test for point-selections (read, numpy keys). ... ok
> test01e_read (tables.tests.test_tables.PointSelectionTestCase)
> Test for point-selections (read, list keys). ... ok
> test01f_read (tables.tests.test_tables.PointSelectionTestCase) ... ok
> test01g_read (tables.tests.test_tables.PointSelectionTestCase) ... ok
> test02a_write (tables.tests.test_tables.PointSelectionTestCase)
> Test for point-selections (write, boolean keys). ... ok
> test02b_write (tables.tests.test_tables.PointSelectionTestCase)
> Test for point-selections (write, integer keys). ... ok
> test01_create (tables.tests.test_tables.MDLargeColNoReopen)
> Create a Table with a very large MD column.  Ticket #211. ... ok
> test01_create (tables.tests.test_tables.MDLargeColReopen)
> Create a Table with a very large MD column.  Ticket #211. ... ok
> test00_groupby (tables.tests.test_tables.ExhaustedIter)
> Checking iterating an exhausted iterator (ticket #264) ... ok
> test01_groupby (tables.tests.test_tables.ExhaustedIter)
> Checking iterating an exhausted iterator (ticket #264). Reopen. ... ok
> test00_check_names (tables.tests.test_tables.SpecialColnamesTestCase) ... ok
> test00_row_contains (tables.tests.test_tables.RowContainsTestCase) ... ok
> test_append (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_getWhereList (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_getitem (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_read (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_readCoordinates (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_readSorted (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_readWhere (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_setitem (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_whereAppend (tables.tests.test_tables.AccessClosedTestCase) ... ok
> test_less_than_io_buffer (tables.tests.test_tables.ColumnIterationTestCase) ... ok
> test_more_than_io_buffer (tables.tests.test_tables.ColumnIterationTestCase) ... ok
> test_partially_filled_buffer (tables.tests.test_tables.ColumnIterationTestCase) ... ok
> test_zero_length_table (tables.tests.test_tables.ColumnIterationTestCase) ... ok
> test_kwargs_description_01 (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_kwargs_description_02 (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_kwargs_obj (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_kwargs_obj_description (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_kwargs_obj_description_error_01 (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_kwargs_obj_description_error_02 (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_kwargs_obj_description_error_03 (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_positional_args_01 (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_positional_args_02 (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test_positional_args_obj (tables.tests.test_tables.TestCreateTableArgs) ... ok
> test00_description (tables.tests.test_tablesMD.BasicWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.BasicWriteTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.BasicWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.BasicWriteTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.BasicWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.BasicWriteTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.DictWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.DictWriteTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.DictWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.DictWriteTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.DictWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.DictWriteTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.RecordDTWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.RecordDTWriteTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.RecordDTWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.RecordDTWriteTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.RecordDTWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.RecordDTWriteTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.NumPyDTWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.NumPyDTWriteTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.NumPyDTWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.NumPyDTWriteTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.NumPyDTWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.NumPyDTWriteTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.RecArrayOneWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.RecArrayOneWriteTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.RecArrayOneWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.RecArrayOneWriteTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.RecArrayOneWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.RecArrayOneWriteTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.RecArrayTwoWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.RecArrayTwoWriteTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.RecArrayTwoWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.RecArrayTwoWriteTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.RecArrayTwoWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.RecArrayTwoWriteTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.RecArrayThreeWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.RecArrayThreeWriteTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.RecArrayThreeWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.RecArrayThreeWriteTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.RecArrayThreeWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.RecArrayThreeWriteTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.RecArrayAlignedWriteTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.RecArrayAlignedWriteTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.RecArrayAlignedWriteTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.RecArrayAlignedWriteTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.RecArrayAlignedWriteTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.RecArrayAlignedWriteTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.CompressZLIBTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.CompressZLIBTablesTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.CompressZLIBTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.CompressZLIBTablesTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.CompressZLIBTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.CompressZLIBTablesTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.CompressTwoTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.CompressTwoTablesTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.CompressTwoTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.CompressTwoTablesTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.CompressTwoTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.CompressTwoTablesTestCase)
> Checking if table is endianess aware. ... ok
> test01_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test01a_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test02_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case2) ... ok
> test03_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case3) ... ok
> test04_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case4) ... ok
> test05_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case5) ... ok
> test06_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case6) ... ok
> test07_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case7) ... ok
> test08_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case8) ... ok
> test09_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case9) ... ok
> test10_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case10) ... ok
> test11_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case11) ... ok
> test12_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case12) ... ok
> test13_range (tables.tests.test_tablesMD.IterRangeTestCase)
> Checking ranges in table iterators (case13) ... ok
> test01_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test01a_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test02_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case2) ... ok
> test03_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case3) ... ok
> test04_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case4) ... ok
> test05_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case5) ... ok
> test06_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case6) ... ok
> test07_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case7) ... ok
> test08_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case8) ... ok
> test09_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case9) ... ok
> test10_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case10) ... ok
> test11_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case11) ... ok
> test12_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case12) ... ok
> test13_range (tables.tests.test_tablesMD.RecArrayRangeTestCase)
> Checking ranges in table iterators (case13) ... ok
> test01_nonexistentField (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking non-existing Field in getCol method ... ok
> test01_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test01a_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case1) ... ok
> test02_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case2) ... ok
> test03_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case3) ... ok
> test04_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case4) ... ok
> test05_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case5) ... ok
> test06_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case6) ... ok
> test07_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case7) ... ok
> test08_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case8) ... ok
> test09_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case9) ... ok
> test10_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case10) ... ok
> test11_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case11) ... ok
> test12_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case12) ... ok
> test13_range (tables.tests.test_tablesMD.GetColRangeTestCase)
> Checking ranges in table iterators (case13) ... ok
> test00 (tables.tests.test_tablesMD.DefaultValues)
> Checking saving a Table MD with default values ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1274: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r.tostring(), r2.tostring())
> ok
> test00 (tables.tests.test_tablesMD.RecArrayIO)
> Checking saving a normal recarray ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1029: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r.tostring(), r2.tostring())
> ok
> test01 (tables.tests.test_tablesMD.RecArrayIO)
> Checking saving a recarray with an offset in its buffer ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1055: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test02 (tables.tests.test_tablesMD.RecArrayIO)
> Checking saving a slice of a large recarray ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1081: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test03 (tables.tests.test_tablesMD.RecArrayIO)
> Checking saving a slice of an strided recarray ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1110: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08a (tables.tests.test_tablesMD.RecArrayIO)
> Checking modifying one column (single column version, list) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1144: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08b (tables.tests.test_tablesMD.RecArrayIO)
> Checking modifying one column (single column version, recarray) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1181: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08b2 (tables.tests.test_tablesMD.RecArrayIO)
> Checking modifying one column (single column version, recarray, ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1219: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test00 (tables.tests.test_tablesMD.ShapeTestCase1)
> Checking scalar shapes ... ok
> test01 (tables.tests.test_tablesMD.ShapeTestCase1)
> Checking undimensional (one element) shapes ... ok
> test02 (tables.tests.test_tablesMD.ShapeTestCase1)
> Checking undimensional (two elements) shapes ... ok
> test03 (tables.tests.test_tablesMD.ShapeTestCase1)
> Checking bidimensional shapes ... ok
> test00 (tables.tests.test_tablesMD.ShapeTestCase2)
> Checking scalar shapes ... ok
> test01 (tables.tests.test_tablesMD.ShapeTestCase2)
> Checking undimensional (one element) shapes ... ok
> test02 (tables.tests.test_tablesMD.ShapeTestCase2)
> Checking undimensional (two elements) shapes ... ok
> test03 (tables.tests.test_tablesMD.ShapeTestCase2)
> Checking bidimensional shapes ... ok
> test01 (tables.tests.test_tablesMD.SetItemTestCase1)
> Checking modifying one table row with __setitem__ ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1407: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test01b (tables.tests.test_tablesMD.SetItemTestCase1)
> Checking modifying one table row with __setitem__ (long index) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1440: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test02 (tables.tests.test_tablesMD.SetItemTestCase1)
> Modifying one row, with a step (__setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1475: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test03 (tables.tests.test_tablesMD.SetItemTestCase1)
> Checking modifying several rows at once (__setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1512: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test04 (tables.tests.test_tablesMD.SetItemTestCase1)
> Modifying several rows at once, with a step (__setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1548: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test05 (tables.tests.test_tablesMD.SetItemTestCase1)
> Checking modifying one column (single element, __setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1581: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test06a (tables.tests.test_tablesMD.SetItemTestCase1)
> Checking modifying one column (several elements, __setitem__) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1613: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test06b (tables.tests.test_tablesMD.SetItemTestCase1)
> Checking modifying one column (iterator, __setitem__) ... ok
> test07 (tables.tests.test_tablesMD.SetItemTestCase1)
> Modifying one column (several elements, __setitem__, step) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1665: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08 (tables.tests.test_tablesMD.SetItemTestCase1)
> Modifying one column (one element, __setitem__, step) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1698: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09 (tables.tests.test_tablesMD.SetItemTestCase1)
> Modifying beyond the table extend (__setitem__, step) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1733: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test01 (tables.tests.test_tablesMD.SetItemTestCase2)
> Checking modifying one table row with __setitem__ ... ok
> test01b (tables.tests.test_tablesMD.SetItemTestCase2)
> Checking modifying one table row with __setitem__ (long index) ... ok
> test02 (tables.tests.test_tablesMD.SetItemTestCase2)
> Modifying one row, with a step (__setitem__) ... ok
> test03 (tables.tests.test_tablesMD.SetItemTestCase2)
> Checking modifying several rows at once (__setitem__) ... ok
> test04 (tables.tests.test_tablesMD.SetItemTestCase2)
> Modifying several rows at once, with a step (__setitem__) ... ok
> test05 (tables.tests.test_tablesMD.SetItemTestCase2)
> Checking modifying one column (single element, __setitem__) ... ok
> test06a (tables.tests.test_tablesMD.SetItemTestCase2)
> Checking modifying one column (several elements, __setitem__) ... ok
> test06b (tables.tests.test_tablesMD.SetItemTestCase2)
> Checking modifying one column (iterator, __setitem__) ... ok
> test07 (tables.tests.test_tablesMD.SetItemTestCase2)
> Modifying one column (several elements, __setitem__, step) ... ok
> test08 (tables.tests.test_tablesMD.SetItemTestCase2)
> Modifying one column (one element, __setitem__, step) ... ok
> test09 (tables.tests.test_tablesMD.SetItemTestCase2)
> Modifying beyond the table extend (__setitem__, step) ... ok
> test01 (tables.tests.test_tablesMD.SetItemTestCase3)
> Checking modifying one table row with __setitem__ ... ok
> test01b (tables.tests.test_tablesMD.SetItemTestCase3)
> Checking modifying one table row with __setitem__ (long index) ... ok
> test02 (tables.tests.test_tablesMD.SetItemTestCase3)
> Modifying one row, with a step (__setitem__) ... ok
> test03 (tables.tests.test_tablesMD.SetItemTestCase3)
> Checking modifying several rows at once (__setitem__) ... ok
> test04 (tables.tests.test_tablesMD.SetItemTestCase3)
> Modifying several rows at once, with a step (__setitem__) ... ok
> test05 (tables.tests.test_tablesMD.SetItemTestCase3)
> Checking modifying one column (single element, __setitem__) ... ok
> test06a (tables.tests.test_tablesMD.SetItemTestCase3)
> Checking modifying one column (several elements, __setitem__) ... ok
> test06b (tables.tests.test_tablesMD.SetItemTestCase3)
> Checking modifying one column (iterator, __setitem__) ... ok
> test07 (tables.tests.test_tablesMD.SetItemTestCase3)
> Modifying one column (several elements, __setitem__, step) ... ok
> test08 (tables.tests.test_tablesMD.SetItemTestCase3)
> Modifying one column (one element, __setitem__, step) ... ok
> test09 (tables.tests.test_tablesMD.SetItemTestCase3)
> Modifying beyond the table extend (__setitem__, step) ... ok
> test01 (tables.tests.test_tablesMD.SetItemTestCase4)
> Checking modifying one table row with __setitem__ ... ok
> test01b (tables.tests.test_tablesMD.SetItemTestCase4)
> Checking modifying one table row with __setitem__ (long index) ... ok
> test02 (tables.tests.test_tablesMD.SetItemTestCase4)
> Modifying one row, with a step (__setitem__) ... ok
> test03 (tables.tests.test_tablesMD.SetItemTestCase4)
> Checking modifying several rows at once (__setitem__) ... ok
> test04 (tables.tests.test_tablesMD.SetItemTestCase4)
> Modifying several rows at once, with a step (__setitem__) ... ok
> test05 (tables.tests.test_tablesMD.SetItemTestCase4)
> Checking modifying one column (single element, __setitem__) ... ok
> test06a (tables.tests.test_tablesMD.SetItemTestCase4)
> Checking modifying one column (several elements, __setitem__) ... ok
> test06b (tables.tests.test_tablesMD.SetItemTestCase4)
> Checking modifying one column (iterator, __setitem__) ... ok
> test07 (tables.tests.test_tablesMD.SetItemTestCase4)
> Modifying one column (several elements, __setitem__, step) ... ok
> test08 (tables.tests.test_tablesMD.SetItemTestCase4)
> Modifying one column (one element, __setitem__, step) ... ok
> test09 (tables.tests.test_tablesMD.SetItemTestCase4)
> Modifying beyond the table extend (__setitem__, step) ... ok
> test01 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Checking modifying one table row with Row.update ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1799: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test02 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Modifying one row, with a step (Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1837: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test03 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Checking modifying several rows at once (Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1875: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test04 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Modifying several rows at once, with a step (Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1913: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test05 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Checking modifying one column (single element, Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1948: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test06 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Checking modifying one column (several elements, Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:1983: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test07 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Modifying values from a selection ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:2020: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Modifying a large table (Row.update) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:2065: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test08b (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Setting values on a large table without calling Row.update ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:2110: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09 (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Modifying selected values on a large table ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:2161: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test09b (tables.tests.test_tablesMD.UpdateRowTestCase1)
> Modifying selected values on a large table (alternate values) ... /<<PKGBUILDDIR>>/tables/tests/test_tablesMD.py:2211: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   self.assertEqual(r1.tostring(), r2.tostring())
> ok
> test01 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Checking modifying one table row with Row.update ... ok
> test02 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Modifying one row, with a step (Row.update) ... ok
> test03 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Checking modifying several rows at once (Row.update) ... ok
> test04 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Modifying several rows at once, with a step (Row.update) ... ok
> test05 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Checking modifying one column (single element, Row.update) ... ok
> test06 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Checking modifying one column (several elements, Row.update) ... ok
> test07 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Modifying values from a selection ... ok
> test08 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Modifying a large table (Row.update) ... ok
> test08b (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Setting values on a large table without calling Row.update ... ok
> test09 (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Modifying selected values on a large table ... ok
> test09b (tables.tests.test_tablesMD.UpdateRowTestCase2)
> Modifying selected values on a large table (alternate values) ... ok
> test01 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Checking modifying one table row with Row.update ... ok
> test02 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Modifying one row, with a step (Row.update) ... ok
> test03 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Checking modifying several rows at once (Row.update) ... ok
> test04 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Modifying several rows at once, with a step (Row.update) ... ok
> test05 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Checking modifying one column (single element, Row.update) ... ok
> test06 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Checking modifying one column (several elements, Row.update) ... ok
> test07 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Modifying values from a selection ... ok
> test08 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Modifying a large table (Row.update) ... ok
> test08b (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Setting values on a large table without calling Row.update ... ok
> test09 (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Modifying selected values on a large table ... ok
> test09b (tables.tests.test_tablesMD.UpdateRowTestCase3)
> Modifying selected values on a large table (alternate values) ... ok
> test01 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Checking modifying one table row with Row.update ... ok
> test02 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Modifying one row, with a step (Row.update) ... ok
> test03 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Checking modifying several rows at once (Row.update) ... ok
> test04 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Modifying several rows at once, with a step (Row.update) ... ok
> test05 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Checking modifying one column (single element, Row.update) ... ok
> test06 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Checking modifying one column (several elements, Row.update) ... ok
> test07 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Modifying values from a selection ... ok
> test08 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Modifying a large table (Row.update) ... ok
> test08b (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Setting values on a large table without calling Row.update ... ok
> test09 (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Modifying selected values on a large table ... ok
> test09b (tables.tests.test_tablesMD.UpdateRowTestCase4)
> Modifying selected values on a large table (alternate values) ... ok
> test00_description (tables.tests.test_tablesMD.CompressBloscTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.CompressBloscTablesTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.CompressBloscTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.CompressBloscTablesTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.CompressBloscTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.CompressBloscTablesTestCase)
> Checking if table is endianess aware. ... ok
> test00_description (tables.tests.test_tablesMD.CompressLZOTablesTestCase)
> Checking table description and descriptive fields. ... ok
> test01_readTable (tables.tests.test_tablesMD.CompressLZOTablesTestCase)
> Checking table read and cuts. ... ok
> test01b_readTable (tables.tests.test_tablesMD.CompressLZOTablesTestCase)
> Checking table read and cuts (multidimensional columns case) ... ok
> test01c_readTable (tables.tests.test_tablesMD.CompressLZOTablesTestCase)
> Checking shape of multidimensional columns. ... ok
> test02_AppendRows (tables.tests.test_tablesMD.CompressLZOTablesTestCase)
> Checking whether appending record rows works or not. ... ok
> test03_endianess (tables.tests.test_tablesMD.CompressLZOTablesTestCase)
> Checking if table is endianess aware. ... ok
> test00_char (tables.tests.test_array.Basic0DOneTestCase) ... ok
> test00_char_atom_shape_args (tables.tests.test_array.Basic0DOneTestCase) ... ok
> test00_char_out_arg (tables.tests.test_array.Basic0DOneTestCase) ... ok
> test00b_char (tables.tests.test_array.Basic0DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_atom_shape_args (tables.tests.test_array.Basic0DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_out_arg (tables.tests.test_array.Basic0DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test01_char_nc (tables.tests.test_array.Basic0DOneTestCase) ... ok
> test01_char_nc_atom_shape_args (tables.tests.test_array.Basic0DOneTestCase) ... ok
> test01_char_nc_out_arg (tables.tests.test_array.Basic0DOneTestCase) ... ok
> test02_types (tables.tests.test_array.Basic0DOneTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_array.Basic0DOneTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_array.Basic0DTwoTestCase) ... ok
> test00_char_atom_shape_args (tables.tests.test_array.Basic0DTwoTestCase) ... ok
> test00_char_out_arg (tables.tests.test_array.Basic0DTwoTestCase) ... ok
> test00b_char (tables.tests.test_array.Basic0DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_atom_shape_args (tables.tests.test_array.Basic0DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_out_arg (tables.tests.test_array.Basic0DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test01_char_nc (tables.tests.test_array.Basic0DTwoTestCase) ... ok
> test01_char_nc_atom_shape_args (tables.tests.test_array.Basic0DTwoTestCase) ... ok
> test01_char_nc_out_arg (tables.tests.test_array.Basic0DTwoTestCase) ... ok
> test02_types (tables.tests.test_array.Basic0DTwoTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_array.Basic0DTwoTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_array.Basic1DOneTestCase) ... ok
> test00_char_atom_shape_args (tables.tests.test_array.Basic1DOneTestCase) ... ok
> test00_char_out_arg (tables.tests.test_array.Basic1DOneTestCase) ... ok
> test00b_char (tables.tests.test_array.Basic1DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_atom_shape_args (tables.tests.test_array.Basic1DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_out_arg (tables.tests.test_array.Basic1DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test01_char_nc (tables.tests.test_array.Basic1DOneTestCase) ... ok
> test01_char_nc_atom_shape_args (tables.tests.test_array.Basic1DOneTestCase) ... ok
> test01_char_nc_out_arg (tables.tests.test_array.Basic1DOneTestCase) ... ok
> test02_types (tables.tests.test_array.Basic1DOneTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_array.Basic1DOneTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_array.Basic1DTwoTestCase) ... ok
> test00_char_atom_shape_args (tables.tests.test_array.Basic1DTwoTestCase) ... ok
> test00_char_out_arg (tables.tests.test_array.Basic1DTwoTestCase) ... ok
> test00b_char (tables.tests.test_array.Basic1DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_atom_shape_args (tables.tests.test_array.Basic1DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_out_arg (tables.tests.test_array.Basic1DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test01_char_nc (tables.tests.test_array.Basic1DTwoTestCase) ... ok
> test01_char_nc_atom_shape_args (tables.tests.test_array.Basic1DTwoTestCase) ... ok
> test01_char_nc_out_arg (tables.tests.test_array.Basic1DTwoTestCase) ... ok
> test02_types (tables.tests.test_array.Basic1DTwoTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_array.Basic1DTwoTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_array.Basic1DThreeTestCase) ... ok
> test00_char_atom_shape_args (tables.tests.test_array.Basic1DThreeTestCase) ... ok
> test00_char_out_arg (tables.tests.test_array.Basic1DThreeTestCase) ... ok
> test00b_char (tables.tests.test_array.Basic1DThreeTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_atom_shape_args (tables.tests.test_array.Basic1DThreeTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_out_arg (tables.tests.test_array.Basic1DThreeTestCase)
> Data integrity during recovery (string objects) ... ok
> test01_char_nc (tables.tests.test_array.Basic1DThreeTestCase) ... ok
> test01_char_nc_atom_shape_args (tables.tests.test_array.Basic1DThreeTestCase) ... ok
> test01_char_nc_out_arg (tables.tests.test_array.Basic1DThreeTestCase) ... ok
> test02_types (tables.tests.test_array.Basic1DThreeTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_array.Basic1DThreeTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_array.Basic2DOneTestCase) ... ok
> test00_char_atom_shape_args (tables.tests.test_array.Basic2DOneTestCase) ... ok
> test00_char_out_arg (tables.tests.test_array.Basic2DOneTestCase) ... ok
> test00b_char (tables.tests.test_array.Basic2DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_atom_shape_args (tables.tests.test_array.Basic2DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_out_arg (tables.tests.test_array.Basic2DOneTestCase)
> Data integrity during recovery (string objects) ... ok
> test01_char_nc (tables.tests.test_array.Basic2DOneTestCase) ... ok
> test01_char_nc_atom_shape_args (tables.tests.test_array.Basic2DOneTestCase) ... ok
> test01_char_nc_out_arg (tables.tests.test_array.Basic2DOneTestCase) ... ok
> test02_types (tables.tests.test_array.Basic2DOneTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_array.Basic2DOneTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_array.Basic2DTwoTestCase) ... ok
> test00_char_atom_shape_args (tables.tests.test_array.Basic2DTwoTestCase) ... ok
> test00_char_out_arg (tables.tests.test_array.Basic2DTwoTestCase) ... ok
> test00b_char (tables.tests.test_array.Basic2DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_atom_shape_args (tables.tests.test_array.Basic2DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_out_arg (tables.tests.test_array.Basic2DTwoTestCase)
> Data integrity during recovery (string objects) ... ok
> test01_char_nc (tables.tests.test_array.Basic2DTwoTestCase) ... ok
> test01_char_nc_atom_shape_args (tables.tests.test_array.Basic2DTwoTestCase) ... ok
> test01_char_nc_out_arg (tables.tests.test_array.Basic2DTwoTestCase) ... ok
> test02_types (tables.tests.test_array.Basic2DTwoTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_array.Basic2DTwoTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_array.Basic10DTestCase) ... ok
> test00_char_atom_shape_args (tables.tests.test_array.Basic10DTestCase) ... ok
> test00_char_out_arg (tables.tests.test_array.Basic10DTestCase) ... ok
> test00b_char (tables.tests.test_array.Basic10DTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_atom_shape_args (tables.tests.test_array.Basic10DTestCase)
> Data integrity during recovery (string objects) ... ok
> test00b_char_out_arg (tables.tests.test_array.Basic10DTestCase)
> Data integrity during recovery (string objects) ... ok
> test01_char_nc (tables.tests.test_array.Basic10DTestCase) ... ok
> test01_char_nc_atom_shape_args (tables.tests.test_array.Basic10DTestCase) ... ok
> test01_char_nc_out_arg (tables.tests.test_array.Basic10DTestCase) ... ok
> test02_types (tables.tests.test_array.Basic10DTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_array.Basic10DTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test_buffer_too_large (tables.tests.test_array.ReadOutArgumentTests) ... ok
> test_buffer_too_small (tables.tests.test_array.ReadOutArgumentTests) ... ok
> test_read_contiguous_slice1 (tables.tests.test_array.ReadOutArgumentTests) ... ok
> test_read_contiguous_slice2 (tables.tests.test_array.ReadOutArgumentTests) ... ok
> test_read_entire_array (tables.tests.test_array.ReadOutArgumentTests) ... ok
> test_read_non_contiguous_buffer (tables.tests.test_array.ReadOutArgumentTests) ... ok
> test_read_non_contiguous_slice_contiguous_buffer (tables.tests.test_array.ReadOutArgumentTests) ... ok
> test_all_zeros (tables.tests.test_array.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test00_iterativeGroups (tables.tests.test_array.GroupsArrayTestCase)
> Checking combinations of arrays with groups. ... ok
> test01_largeRankArrays (tables.tests.test_array.GroupsArrayTestCase)
> Checking creation of large rank arrays (0 < rank <= 32) ... ok
> test01_signedShort_unaligned (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an unaligned signed short integer array ... ok
> test02_float_unaligned (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an unaligned single precision array ... ok
> test03_byte_offset (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an offsetted byte array ... ok
> test04_short_offset (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an offsetted unsigned short int precision array ... ok
> test05_int_offset (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an offsetted integer array ... ok
> test06_longlongint_offset (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an offsetted long long integer array ... ok
> test07_float_offset (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an offsetted single precision array ... ok
> test08_double_offset (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an offsetted double precision array ... ok
> test09_float_offset_unaligned (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an unaligned and offsetted single precision array ... ok
> test10_double_offset_unaligned (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking an unaligned and offsetted double precision array ... ok
> test11_int_byteorder (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking setting data with different byteorder in a range ... ok
> test12_float_byteorder (tables.tests.test_array.ComplexNotReopenNotEndianTestCase)
> Checking setting data with different byteorder in a range (float) ... ok
> test01_signedShort_unaligned (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an unaligned signed short integer array ... ok
> test02_float_unaligned (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an unaligned single precision array ... ok
> test03_byte_offset (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an offsetted byte array ... ok
> test04_short_offset (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an offsetted unsigned short int precision array ... ok
> test05_int_offset (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an offsetted integer array ... ok
> test06_longlongint_offset (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an offsetted long long integer array ... ok
> test07_float_offset (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an offsetted single precision array ... ok
> test08_double_offset (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an offsetted double precision array ... ok
> test09_float_offset_unaligned (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an unaligned and offsetted single precision array ... ok
> test10_double_offset_unaligned (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking an unaligned and offsetted double precision array ... ok
> test11_int_byteorder (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking setting data with different byteorder in a range ... ok
> test12_float_byteorder (tables.tests.test_array.ComplexReopenNotEndianTestCase)
> Checking setting data with different byteorder in a range (float) ... ok
> test01_signedShort_unaligned (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an unaligned signed short integer array ... ok
> test02_float_unaligned (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an unaligned single precision array ... ok
> test03_byte_offset (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an offsetted byte array ... ok
> test04_short_offset (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an offsetted unsigned short int precision array ... ok
> test05_int_offset (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an offsetted integer array ... ok
> test06_longlongint_offset (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an offsetted long long integer array ... ok
> test07_float_offset (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an offsetted single precision array ... ok
> test08_double_offset (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an offsetted double precision array ... ok
> test09_float_offset_unaligned (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an unaligned and offsetted single precision array ... ok
> test10_double_offset_unaligned (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking an unaligned and offsetted double precision array ... ok
> test11_int_byteorder (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking setting data with different byteorder in a range ... ok
> test12_float_byteorder (tables.tests.test_array.ComplexNotReopenEndianTestCase)
> Checking setting data with different byteorder in a range (float) ... ok
> test01_signedShort_unaligned (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an unaligned signed short integer array ... ok
> test02_float_unaligned (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an unaligned single precision array ... ok
> test03_byte_offset (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an offsetted byte array ... ok
> test04_short_offset (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an offsetted unsigned short int precision array ... ok
> test05_int_offset (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an offsetted integer array ... ok
> test06_longlongint_offset (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an offsetted long long integer array ... ok
> test07_float_offset (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an offsetted single precision array ... ok
> test08_double_offset (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an offsetted double precision array ... ok
> test09_float_offset_unaligned (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an unaligned and offsetted single precision array ... ok
> test10_double_offset_unaligned (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking an unaligned and offsetted double precision array ... ok
> test11_int_byteorder (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking setting data with different byteorder in a range ... ok
> test12_float_byteorder (tables.tests.test_array.ComplexReopenEndianTestCase)
> Checking setting data with different byteorder in a range (float) ... ok
> test01_copy (tables.tests.test_array.CloseCopyTestCase)
> Checking Array.copy() method. ... ok
> test02_copy (tables.tests.test_array.CloseCopyTestCase)
> Checking Array.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_array.CloseCopyTestCase)
> Checking Array.copy() method (checking title copying) ... ok
> test04_copy (tables.tests.test_array.CloseCopyTestCase)
> Checking Array.copy() method (user attributes copied) ... ok
> test04b_copy (tables.tests.test_array.CloseCopyTestCase)
> Checking Array.copy() method (user attributes not copied) ... ok
> test01_copy (tables.tests.test_array.OpenCopyTestCase)
> Checking Array.copy() method. ... ok
> test02_copy (tables.tests.test_array.OpenCopyTestCase)
> Checking Array.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_array.OpenCopyTestCase)
> Checking Array.copy() method (checking title copying) ... ok
> test04_copy (tables.tests.test_array.OpenCopyTestCase)
> Checking Array.copy() method (user attributes copied) ... ok
> test04b_copy (tables.tests.test_array.OpenCopyTestCase)
> Checking Array.copy() method (user attributes not copied) ... ok
> test01_index (tables.tests.test_array.CopyIndex1TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex1TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex2TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex2TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex3TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex3TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex4TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex4TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex5TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex5TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex6TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex6TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex7TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex7TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex8TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex8TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex9TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex9TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex10TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex10TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex11TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex11TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_array.CopyIndex12TestCase)
> Checking Array.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_array.CopyIndex12TestCase)
> Checking Array.copy() method with indexes (close file version) ... ok
> test00_single (tables.tests.test_array.GI1NAOpenTestCase)
> Single element access (character types) ... ok
> test01_single (tables.tests.test_array.GI1NAOpenTestCase)
> Single element access (numerical types) ... ok
> test02_range (tables.tests.test_array.GI1NAOpenTestCase)
> Range element access (character types) ... ok
> test03_range (tables.tests.test_array.GI1NAOpenTestCase)
> Range element access (numerical types) ... ok
> test04_range (tables.tests.test_array.GI1NAOpenTestCase)
> Range element access, strided (character types) ... ok
> test05_range (tables.tests.test_array.GI1NAOpenTestCase)
> Range element access, strided (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_array.GI1NAOpenTestCase)
> Negative Index element access (character types) ... ok
> test07_negativeIndex (tables.tests.test_array.GI1NAOpenTestCase)
> Negative Index element access (numerical types) ... ok
> test08_negativeRange (tables.tests.test_array.GI1NAOpenTestCase)
> Negative range element access (character types) ... ok
> test09_negativeRange (tables.tests.test_array.GI1NAOpenTestCase)
> Negative range element access (numerical types) ... ok
> test00_single (tables.tests.test_array.GI1NACloseTestCase)
> Single element access (character types) ... ok
> test01_single (tables.tests.test_array.GI1NACloseTestCase)
> Single element access (numerical types) ... ok
> test02_range (tables.tests.test_array.GI1NACloseTestCase)
> Range element access (character types) ... ok
> test03_range (tables.tests.test_array.GI1NACloseTestCase)
> Range element access (numerical types) ... ok
> test04_range (tables.tests.test_array.GI1NACloseTestCase)
> Range element access, strided (character types) ... ok
> test05_range (tables.tests.test_array.GI1NACloseTestCase)
> Range element access, strided (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_array.GI1NACloseTestCase)
> Negative Index element access (character types) ... ok
> test07_negativeIndex (tables.tests.test_array.GI1NACloseTestCase)
> Negative Index element access (numerical types) ... ok
> test08_negativeRange (tables.tests.test_array.GI1NACloseTestCase)
> Negative range element access (character types) ... ok
> test09_negativeRange (tables.tests.test_array.GI1NACloseTestCase)
> Negative range element access (numerical types) ... ok
> test00_single (tables.tests.test_array.GI2NAOpenTestCase)
> Single element access (character types) ... ok
> test01_single (tables.tests.test_array.GI2NAOpenTestCase)
> Single element access (numerical types) ... ok
> test02_range (tables.tests.test_array.GI2NAOpenTestCase)
> Range element access (character types) ... ok
> test03_range (tables.tests.test_array.GI2NAOpenTestCase)
> Range element access (numerical types) ... ok
> test04_range (tables.tests.test_array.GI2NAOpenTestCase)
> Range element access, strided (character types) ... ok
> test05_range (tables.tests.test_array.GI2NAOpenTestCase)
> Range element access, strided (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_array.GI2NAOpenTestCase)
> Negative Index element access (character types) ... ok
> test07_negativeIndex (tables.tests.test_array.GI2NAOpenTestCase)
> Negative Index element access (numerical types) ... ok
> test08_negativeRange (tables.tests.test_array.GI2NAOpenTestCase)
> Negative range element access (character types) ... ok
> test09_negativeRange (tables.tests.test_array.GI2NAOpenTestCase)
> Negative range element access (numerical types) ... ok
> test00_single (tables.tests.test_array.GI2NACloseTestCase)
> Single element access (character types) ... ok
> test01_single (tables.tests.test_array.GI2NACloseTestCase)
> Single element access (numerical types) ... ok
> test02_range (tables.tests.test_array.GI2NACloseTestCase)
> Range element access (character types) ... ok
> test03_range (tables.tests.test_array.GI2NACloseTestCase)
> Range element access (numerical types) ... ok
> test04_range (tables.tests.test_array.GI2NACloseTestCase)
> Range element access, strided (character types) ... ok
> test05_range (tables.tests.test_array.GI2NACloseTestCase)
> Range element access, strided (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_array.GI2NACloseTestCase)
> Negative Index element access (character types) ... ok
> test07_negativeIndex (tables.tests.test_array.GI2NACloseTestCase)
> Negative Index element access (numerical types) ... ok
> test08_negativeRange (tables.tests.test_array.GI2NACloseTestCase)
> Negative range element access (character types) ... ok
> test09_negativeRange (tables.tests.test_array.GI2NACloseTestCase)
> Negative range element access (numerical types) ... ok
> test00_single (tables.tests.test_array.SI1NAOpenTestCase)
> Single element update (character types) ... ok
> test01_single (tables.tests.test_array.SI1NAOpenTestCase)
> Single element update (numerical types) ... ok
> test02_range (tables.tests.test_array.SI1NAOpenTestCase)
> Range element update (character types) ... ok
> test03_range (tables.tests.test_array.SI1NAOpenTestCase)
> Range element update (numerical types) ... ok
> test04_range (tables.tests.test_array.SI1NAOpenTestCase)
> Range element update, strided (character types) ... ok
> test05_range (tables.tests.test_array.SI1NAOpenTestCase)
> Range element update, strided (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_array.SI1NAOpenTestCase)
> Negative Index element update (character types) ... ok
> test07_negativeIndex (tables.tests.test_array.SI1NAOpenTestCase)
> Negative Index element update (numerical types) ... ok
> test08_negativeRange (tables.tests.test_array.SI1NAOpenTestCase)
> Negative range element update (character types) ... ok
> test09_negativeRange (tables.tests.test_array.SI1NAOpenTestCase)
> Negative range element update (numerical types) ... ok
> test10_outOfRange (tables.tests.test_array.SI1NAOpenTestCase)
> Out of range update (numerical types) ... ok
> test00_single (tables.tests.test_array.SI1NACloseTestCase)
> Single element update (character types) ... ok
> test01_single (tables.tests.test_array.SI1NACloseTestCase)
> Single element update (numerical types) ... ok
> test02_range (tables.tests.test_array.SI1NACloseTestCase)
> Range element update (character types) ... ok
> test03_range (tables.tests.test_array.SI1NACloseTestCase)
> Range element update (numerical types) ... ok
> test04_range (tables.tests.test_array.SI1NACloseTestCase)
> Range element update, strided (character types) ... ok
> test05_range (tables.tests.test_array.SI1NACloseTestCase)
> Range element update, strided (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_array.SI1NACloseTestCase)
> Negative Index element update (character types) ... ok
> test07_negativeIndex (tables.tests.test_array.SI1NACloseTestCase)
> Negative Index element update (numerical types) ... ok
> test08_negativeRange (tables.tests.test_array.SI1NACloseTestCase)
> Negative range element update (character types) ... ok
> test09_negativeRange (tables.tests.test_array.SI1NACloseTestCase)
> Negative range element update (numerical types) ... ok
> test10_outOfRange (tables.tests.test_array.SI1NACloseTestCase)
> Out of range update (numerical types) ... ok
> test00_single (tables.tests.test_array.SI2NAOpenTestCase)
> Single element update (character types) ... ok
> test01_single (tables.tests.test_array.SI2NAOpenTestCase)
> Single element update (numerical types) ... ok
> test02_range (tables.tests.test_array.SI2NAOpenTestCase)
> Range element update (character types) ... ok
> test03_range (tables.tests.test_array.SI2NAOpenTestCase)
> Range element update (numerical types) ... ok
> test04_range (tables.tests.test_array.SI2NAOpenTestCase)
> Range element update, strided (character types) ... ok
> test05_range (tables.tests.test_array.SI2NAOpenTestCase)
> Range element update, strided (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_array.SI2NAOpenTestCase)
> Negative Index element update (character types) ... ok
> test07_negativeIndex (tables.tests.test_array.SI2NAOpenTestCase)
> Negative Index element update (numerical types) ... ok
> test08_negativeRange (tables.tests.test_array.SI2NAOpenTestCase)
> Negative range element update (character types) ... ok
> test09_negativeRange (tables.tests.test_array.SI2NAOpenTestCase)
> Negative range element update (numerical types) ... ok
> test10_outOfRange (tables.tests.test_array.SI2NAOpenTestCase)
> Out of range update (numerical types) ... ok
> test00_single (tables.tests.test_array.SI2NACloseTestCase)
> Single element update (character types) ... ok
> test01_single (tables.tests.test_array.SI2NACloseTestCase)
> Single element update (numerical types) ... ok
> test02_range (tables.tests.test_array.SI2NACloseTestCase)
> Range element update (character types) ... ok
> test03_range (tables.tests.test_array.SI2NACloseTestCase)
> Range element update (numerical types) ... ok
> test04_range (tables.tests.test_array.SI2NACloseTestCase)
> Range element update, strided (character types) ... ok
> test05_range (tables.tests.test_array.SI2NACloseTestCase)
> Range element update, strided (numerical types) ... ok
> test06_negativeIndex (tables.tests.test_array.SI2NACloseTestCase)
> Negative Index element update (character types) ... ok
> test07_negativeIndex (tables.tests.test_array.SI2NACloseTestCase)
> Negative Index element update (numerical types) ... ok
> test08_negativeRange (tables.tests.test_array.SI2NACloseTestCase)
> Negative range element update (character types) ... ok
> test09_negativeRange (tables.tests.test_array.SI2NACloseTestCase)
> Negative range element update (numerical types) ... ok
> test10_outOfRange (tables.tests.test_array.SI2NACloseTestCase)
> Out of range update (numerical types) ... ok
> test00a_single (tables.tests.test_array.GE1NAOpenTestCase)
> Testing generator access to Arrays, single elements (char) ... ok
> test00b_me (tables.tests.test_array.GE1NAOpenTestCase)
> Testing generator access to Arrays, multiple elements (char) ... ok
> test01a_single (tables.tests.test_array.GE1NAOpenTestCase)
> Testing generator access to Arrays, single elements (numeric) ... ok
> test01b_me (tables.tests.test_array.GE1NAOpenTestCase)
> Testing generator access to Arrays, multiple elements (numeric) ... ok
> test00a_single (tables.tests.test_array.GE1NACloseTestCase)
> Testing generator access to Arrays, single elements (char) ... ok
> test00b_me (tables.tests.test_array.GE1NACloseTestCase)
> Testing generator access to Arrays, multiple elements (char) ... ok
> test01a_single (tables.tests.test_array.GE1NACloseTestCase)
> Testing generator access to Arrays, single elements (numeric) ... ok
> test01b_me (tables.tests.test_array.GE1NACloseTestCase)
> Testing generator access to Arrays, multiple elements (numeric) ... ok
> test00a_single (tables.tests.test_array.GE2NAOpenTestCase)
> Testing generator access to Arrays, single elements (char) ... ok
> test00b_me (tables.tests.test_array.GE2NAOpenTestCase)
> Testing generator access to Arrays, multiple elements (char) ... ok
> test01a_single (tables.tests.test_array.GE2NAOpenTestCase)
> Testing generator access to Arrays, single elements (numeric) ... ok
> test01b_me (tables.tests.test_array.GE2NAOpenTestCase)
> Testing generator access to Arrays, multiple elements (numeric) ... ok
> test00a_single (tables.tests.test_array.GE2NACloseTestCase)
> Testing generator access to Arrays, single elements (char) ... ok
> test00b_me (tables.tests.test_array.GE2NACloseTestCase)
> Testing generator access to Arrays, multiple elements (char) ... ok
> test01a_single (tables.tests.test_array.GE2NACloseTestCase)
> Testing generator access to Arrays, single elements (numeric) ... ok
> test01b_me (tables.tests.test_array.GE2NACloseTestCase)
> Testing generator access to Arrays, multiple elements (numeric) ... ok
> test (tables.tests.test_array.NonHomogeneousTestCase)
> Test for creation of non-homogeneous arrays. ... ok
> test (tables.tests.test_array.TruncateTestCase)
> Test for unability to truncate Array objects. ... ok
> test01a_read (tables.tests.test_array.FancySelection1)
> Test for fancy-selections (working selections, read). ... /<<PKGBUILDDIR>>/tables/leaf.py:544: VisibleDeprecationWarning: Creating an ndarray from ragged nested sequences (which is a list-or-tuple of lists-or-tuples-or ndarrays with different lengths or shapes) is deprecated. If you meant to do this, you must specify 'dtype=object' when creating the ndarray.
>   key = numpy.array(key)
> ok
> test01b_read (tables.tests.test_array.FancySelection1)
> Test for fancy-selections (not working selections, read). ... ok
> test01c_read (tables.tests.test_array.FancySelection1)
> Test for fancy-selections (out-of-bound indexes, read). ... ok
> test01d_read (tables.tests.test_array.FancySelection1)
> Test for fancy-selections (too many indexes, read). ... ok
> test02a_write (tables.tests.test_array.FancySelection1)
> Test for fancy-selections (working selections, write). ... ok
> test02b_write (tables.tests.test_array.FancySelection1)
> Test for fancy-selections (working selections, write, broadcast). ... ok
> test01a_read (tables.tests.test_array.FancySelection2)
> Test for fancy-selections (working selections, read). ... ok
> test01b_read (tables.tests.test_array.FancySelection2)
> Test for fancy-selections (not working selections, read). ... ok
> test01c_read (tables.tests.test_array.FancySelection2)
> Test for fancy-selections (out-of-bound indexes, read). ... ok
> test01d_read (tables.tests.test_array.FancySelection2)
> Test for fancy-selections (too many indexes, read). ... ok
> test02a_write (tables.tests.test_array.FancySelection2)
> Test for fancy-selections (working selections, write). ... ok
> test02b_write (tables.tests.test_array.FancySelection2)
> Test for fancy-selections (working selections, write, broadcast). ... ok
> test01a_read (tables.tests.test_array.FancySelection3)
> Test for fancy-selections (working selections, read). ... ok
> test01b_read (tables.tests.test_array.FancySelection3)
> Test for fancy-selections (not working selections, read). ... ok
> test01c_read (tables.tests.test_array.FancySelection3)
> Test for fancy-selections (out-of-bound indexes, read). ... ok
> test01d_read (tables.tests.test_array.FancySelection3)
> Test for fancy-selections (too many indexes, read). ... ok
> test02a_write (tables.tests.test_array.FancySelection3)
> Test for fancy-selections (working selections, write). ... ok
> test02b_write (tables.tests.test_array.FancySelection3)
> Test for fancy-selections (working selections, write, broadcast). ... ok
> test01a_read (tables.tests.test_array.FancySelection4)
> Test for fancy-selections (working selections, read). ... ok
> test01b_read (tables.tests.test_array.FancySelection4)
> Test for fancy-selections (not working selections, read). ... ok
> test01c_read (tables.tests.test_array.FancySelection4)
> Test for fancy-selections (out-of-bound indexes, read). ... ok
> test01d_read (tables.tests.test_array.FancySelection4)
> Test for fancy-selections (too many indexes, read). ... ok
> test02a_write (tables.tests.test_array.FancySelection4)
> Test for fancy-selections (working selections, write). ... ok
> test02b_write (tables.tests.test_array.FancySelection4)
> Test for fancy-selections (working selections, write, broadcast). ... ok
> test01a_read (tables.tests.test_array.PointSelection0)
> Test for point-selections (read, boolean keys). ... ok
> test01b_read (tables.tests.test_array.PointSelection0)
> Test for point-selections (read, integer keys). ... ok
> test01c_read (tables.tests.test_array.PointSelection0)
> Test for point-selections (read, float keys). ... ok
> test01d_read (tables.tests.test_array.PointSelection0) ... ok
> test01e_read (tables.tests.test_array.PointSelection0) ... ok
> test02a_write (tables.tests.test_array.PointSelection0)
> Test for point-selections (write, boolean keys). ... ok
> test02b_write (tables.tests.test_array.PointSelection0)
> Test for point-selections (write, integer keys). ... ok
> test02c_write (tables.tests.test_array.PointSelection0)
> Test for point-selections (write, integer values, broadcast). ... ok
> test01a_read (tables.tests.test_array.PointSelection1)
> Test for point-selections (read, boolean keys). ... ok
> test01b_read (tables.tests.test_array.PointSelection1)
> Test for point-selections (read, integer keys). ... ok
> test01c_read (tables.tests.test_array.PointSelection1)
> Test for point-selections (read, float keys). ... ok
> test01d_read (tables.tests.test_array.PointSelection1) ... ok
> test01e_read (tables.tests.test_array.PointSelection1) ... ok
> test02a_write (tables.tests.test_array.PointSelection1)
> Test for point-selections (write, boolean keys). ... ok
> test02b_write (tables.tests.test_array.PointSelection1)
> Test for point-selections (write, integer keys). ... ok
> test02c_write (tables.tests.test_array.PointSelection1)
> Test for point-selections (write, integer values, broadcast). ... ok
> test01a_read (tables.tests.test_array.PointSelection2)
> Test for point-selections (read, boolean keys). ... ok
> test01b_read (tables.tests.test_array.PointSelection2)
> Test for point-selections (read, integer keys). ... ok
> test01c_read (tables.tests.test_array.PointSelection2)
> Test for point-selections (read, float keys). ... ok
> test01d_read (tables.tests.test_array.PointSelection2) ... ok
> test01e_read (tables.tests.test_array.PointSelection2) ... ok
> test02a_write (tables.tests.test_array.PointSelection2)
> Test for point-selections (write, boolean keys). ... ok
> test02b_write (tables.tests.test_array.PointSelection2)
> Test for point-selections (write, integer keys). ... ok
> test02c_write (tables.tests.test_array.PointSelection2)
> Test for point-selections (write, integer values, broadcast). ... ok
> test01a_read (tables.tests.test_array.PointSelection3)
> Test for point-selections (read, boolean keys). ... ok
> test01b_read (tables.tests.test_array.PointSelection3)
> Test for point-selections (read, integer keys). ... ok
> test01c_read (tables.tests.test_array.PointSelection3)
> Test for point-selections (read, float keys). ... ok
> test01d_read (tables.tests.test_array.PointSelection3) ... ok
> test01e_read (tables.tests.test_array.PointSelection3) ... ok
> test02a_write (tables.tests.test_array.PointSelection3)
> Test for point-selections (write, boolean keys). ... ok
> test02b_write (tables.tests.test_array.PointSelection3)
> Test for point-selections (write, integer keys). ... ok
> test02c_write (tables.tests.test_array.PointSelection3)
> Test for point-selections (write, integer values, broadcast). ... ok
> test01a_read (tables.tests.test_array.PointSelection4)
> Test for point-selections (read, boolean keys). ... ok
> test01b_read (tables.tests.test_array.PointSelection4)
> Test for point-selections (read, integer keys). ... ok
> test01c_read (tables.tests.test_array.PointSelection4)
> Test for point-selections (read, float keys). ... ok
> test01d_read (tables.tests.test_array.PointSelection4) ... ok
> test01e_read (tables.tests.test_array.PointSelection4) ... ok
> test02a_write (tables.tests.test_array.PointSelection4)
> Test for point-selections (write, boolean keys). ... ok
> test02b_write (tables.tests.test_array.PointSelection4)
> Test for point-selections (write, integer keys). ... ok
> test02c_write (tables.tests.test_array.PointSelection4)
> Test for point-selections (write, integer values, broadcast). ... ok
> test01_copy (tables.tests.test_array.CopyNativeHDF5MDAtom)
> Checking that native MD atoms are copied as-is ... ok
> test02_reopen (tables.tests.test_array.CopyNativeHDF5MDAtom)
> Checking that native MD atoms are copied as-is (re-open) ... ok
> test_getitem (tables.tests.test_array.AccessClosedTestCase) ... ok
> test_read (tables.tests.test_array.AccessClosedTestCase) ... ok
> test_setitem (tables.tests.test_array.AccessClosedTestCase) ... ok
> test_kwargs_atom_shape_01 (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_atom_shape_02 (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj_atom (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj_atom_error (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj_atom_shape (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_01 (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_02 (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_03 (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj_shape (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_kwargs_obj_shape_error (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_positional_args (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test_positional_args_atom_shape (tables.tests.test_array.TestCreateArrayArgs) ... ok
> test (tables.tests.test_array.BroadcastTest)
> Test correct broadcasting when the array atom is not scalar. ... /<<PKGBUILDDIR>>/tables/tests/test_array.py:2455: DeprecationWarning: `np.int` is a deprecated alias for the builtin `int`. To silence this warning, use `int` by itself. Doing this will not modify any behavior and is safe. When replacing `np.int`, you may wish to use e.g. `np.int64` or `np.int32` to specify the precision. If you wish to review your current use, check the release note link for additional information.
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   dtype = numpy.dtype((numpy.int, element_shape))
> ok
> test00_attributes (tables.tests.test_earray.BasicWriteTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.BasicWriteTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.BasicWriteTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.BasicWriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.BasicWriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.BasicWriteTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.BasicWriteTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Basic2WriteTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Basic2WriteTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Basic2WriteTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Basic2WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Basic2WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Basic2WriteTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Basic2WriteTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Basic3WriteTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Basic3WriteTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Basic3WriteTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Basic3WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Basic3WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Basic3WriteTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Basic3WriteTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Basic4WriteTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Basic4WriteTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Basic4WriteTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Basic4WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Basic4WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Basic4WriteTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Basic4WriteTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Basic5WriteTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Basic5WriteTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Basic5WriteTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Basic5WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Basic5WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Basic5WriteTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Basic5WriteTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Basic6WriteTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Basic6WriteTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Basic6WriteTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Basic6WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Basic6WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Basic6WriteTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Basic6WriteTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Basic7WriteTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Basic7WriteTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Basic7WriteTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Basic7WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Basic7WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Basic7WriteTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Basic7WriteTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Basic8WriteTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Basic8WriteTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Basic8WriteTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Basic8WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Basic8WriteTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Basic8WriteTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Basic8WriteTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.EmptyEArrayTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.EmptyEArrayTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.EmptyEArrayTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.EmptyEArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.EmptyEArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.EmptyEArrayTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.EmptyEArrayTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Empty2EArrayTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Empty2EArrayTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Empty2EArrayTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Empty2EArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Empty2EArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Empty2EArrayTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Empty2EArrayTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.SlicesEArrayTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.SlicesEArrayTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.SlicesEArrayTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.SlicesEArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.SlicesEArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.SlicesEArrayTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.SlicesEArrayTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Slices2EArrayTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Slices2EArrayTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Slices2EArrayTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Slices2EArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Slices2EArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Slices2EArrayTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Slices2EArrayTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.EllipsisEArrayTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.EllipsisEArrayTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.EllipsisEArrayTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.EllipsisEArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.EllipsisEArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.EllipsisEArrayTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.EllipsisEArrayTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Ellipsis2EArrayTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Ellipsis2EArrayTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Ellipsis2EArrayTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Ellipsis2EArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Ellipsis2EArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Ellipsis2EArrayTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Ellipsis2EArrayTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Ellipsis3EArrayTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Ellipsis3EArrayTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Ellipsis3EArrayTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Ellipsis3EArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Ellipsis3EArrayTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Ellipsis3EArrayTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Ellipsis3EArrayTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.ZlibComprTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.ZlibComprTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.ZlibComprTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.ZlibComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.ZlibComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.ZlibComprTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.ZlibComprTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.ZlibShuffleTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.ZlibShuffleTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.ZlibShuffleTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.ZlibShuffleTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.ZlibShuffleTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.ZlibShuffleTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.ZlibShuffleTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.BloscComprTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.BloscComprTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.BloscComprTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.BloscComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.BloscComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.BloscComprTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.BloscComprTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.BloscShuffleTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.BloscShuffleTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.BloscShuffleTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.BloscShuffleTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.BloscShuffleTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.BloscShuffleTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.BloscShuffleTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.LZOComprTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.LZOComprTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.LZOComprTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.LZOComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.LZOComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.LZOComprTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.LZOComprTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.LZOShuffleTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.LZOShuffleTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.LZOShuffleTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.LZOShuffleTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.LZOShuffleTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.LZOShuffleTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.LZOShuffleTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Bzip2ComprTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Bzip2ComprTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Bzip2ComprTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Bzip2ComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Bzip2ComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Bzip2ComprTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Bzip2ComprTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.Bzip2ShuffleTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Bzip2ShuffleTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Bzip2ShuffleTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Bzip2ShuffleTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Bzip2ShuffleTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Bzip2ShuffleTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Bzip2ShuffleTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.FloatTypeTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.FloatTypeTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.FloatTypeTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.FloatTypeTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.FloatTypeTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.FloatTypeTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.FloatTypeTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.ComplexTypeTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.ComplexTypeTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.ComplexTypeTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.ComplexTypeTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.ComplexTypeTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.ComplexTypeTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.ComplexTypeTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.StringTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.StringTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.StringTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.StringTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.StringTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.StringTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.StringTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.String2TestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.String2TestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.String2TestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.String2TestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.String2TestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.String2TestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.String2TestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.StringComprTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.StringComprTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.StringComprTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.StringComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.StringComprTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.StringComprTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.StringComprTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test_no_compression_multiple_appends (tables.tests.test_earray.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_no_compression_one_append (tables.tests.test_earray.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_with_compression (tables.tests.test_earray.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_zero_length (tables.tests.test_earray.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test01a_String (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with offseted numpy strings appends. ... ok
> test01b_String (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with strided numpy strings appends. ... ok
> test02a_int (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with offseted NumPy ints appends. ... ok
> test02b_int (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with strided NumPy ints appends. ... ok
> test03a_int (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with byteswapped appends (ints) ... ok
> test03b_float (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with byteswapped appends (floats) ... ok
> test04a_int (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with byteswapped appends (2, ints) ... ok
> test04b_int (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with byteswapped appends (2, ints, reopen) ... ok
> test04c_float (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with byteswapped appends (2, floats) ... ok
> test04d_float (tables.tests.test_earray.OffsetStrideTestCase)
> Checking earray with byteswapped appends (2, floats, reopen) ... ok
> test00_attributes (tables.tests.test_earray.Fletcher32TestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.Fletcher32TestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.Fletcher32TestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.Fletcher32TestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.Fletcher32TestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.Fletcher32TestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.Fletcher32TestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_earray.AllFiltersTestCase) ... ok
> test01_iterEArray (tables.tests.test_earray.AllFiltersTestCase)
> Checking enlargeable array iterator. ... ok
> test02_sssEArray (tables.tests.test_earray.AllFiltersTestCase)
> Checking enlargeable array iterator with (start, stop, step) ... ok
> test03_readEArray (tables.tests.test_earray.AllFiltersTestCase)
> Checking read() of enlargeable arrays. ... ok
> test03_readEArray_out_argument (tables.tests.test_earray.AllFiltersTestCase)
> Checking read() of enlargeable arrays. ... ok
> test04_getitemEArray (tables.tests.test_earray.AllFiltersTestCase)
> Checking enlargeable array __getitem__ special method. ... ok
> test05_setitemEArray (tables.tests.test_earray.AllFiltersTestCase)
> Checking enlargeable array __setitem__ special method. ... ok
> test01_copy (tables.tests.test_earray.CloseCopyTestCase)
> Checking EArray.copy() method. ... ok
> test02_copy (tables.tests.test_earray.CloseCopyTestCase)
> Checking EArray.copy() method (where specified) ... ok
> test03a_copy (tables.tests.test_earray.CloseCopyTestCase)
> Checking EArray.copy() method (python flavor) ... ok
> test03b_copy (tables.tests.test_earray.CloseCopyTestCase)
> Checking EArray.copy() method (python string flavor) ... ok
> test03c_copy (tables.tests.test_earray.CloseCopyTestCase)
> Checking EArray.copy() method (String flavor) ... ok
> test04_copy (tables.tests.test_earray.CloseCopyTestCase)
> Checking EArray.copy() method (checking title copying) ... ok
> test05_copy (tables.tests.test_earray.CloseCopyTestCase)
> Checking EArray.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_earray.CloseCopyTestCase)
> Checking EArray.copy() method (user attributes not copied) ... ok
> test01_copy (tables.tests.test_earray.OpenCopyTestCase)
> Checking EArray.copy() method. ... ok
> test02_copy (tables.tests.test_earray.OpenCopyTestCase)
> Checking EArray.copy() method (where specified) ... ok
> test03a_copy (tables.tests.test_earray.OpenCopyTestCase)
> Checking EArray.copy() method (python flavor) ... ok
> test03b_copy (tables.tests.test_earray.OpenCopyTestCase)
> Checking EArray.copy() method (python string flavor) ... ok
> test03c_copy (tables.tests.test_earray.OpenCopyTestCase)
> Checking EArray.copy() method (String flavor) ... ok
> test04_copy (tables.tests.test_earray.OpenCopyTestCase)
> Checking EArray.copy() method (checking title copying) ... ok
> test05_copy (tables.tests.test_earray.OpenCopyTestCase)
> Checking EArray.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_earray.OpenCopyTestCase)
> Checking EArray.copy() method (user attributes not copied) ... ok
> test01_index (tables.tests.test_earray.CopyIndex1TestCase)
> Checking EArray.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_earray.CopyIndex1TestCase)
> Checking EArray.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_earray.CopyIndex2TestCase)
> Checking EArray.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_earray.CopyIndex2TestCase)
> Checking EArray.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_earray.CopyIndex3TestCase)
> Checking EArray.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_earray.CopyIndex3TestCase)
> Checking EArray.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_earray.CopyIndex4TestCase)
> Checking EArray.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_earray.CopyIndex4TestCase)
> Checking EArray.copy() method with indexes (close file version) ... ok
> test01_index (tables.tests.test_earray.CopyIndex5TestCase)
> Checking EArray.copy() method with indexes. ... ok
> test02_indexclosef (tables.tests.test_earray.CopyIndex5TestCase)
> Checking EArray.copy() method with indexes (close file version) ... ok
> test00_truncate (tables.tests.test_earray.TruncateOpenTestCase)
> Checking EArray.truncate() method (truncating to 0 rows) ... ok
> test01_truncate (tables.tests.test_earray.TruncateOpenTestCase)
> Checking EArray.truncate() method (truncating to 1 rows) ... ok
> test02_truncate (tables.tests.test_earray.TruncateOpenTestCase)
> Checking EArray.truncate() method (truncating to == self.nrows) ... ok
> test03_truncate (tables.tests.test_earray.TruncateOpenTestCase)
> Checking EArray.truncate() method (truncating to > self.nrows) ... ok
> test00_truncate (tables.tests.test_earray.TruncateCloseTestCase)
> Checking EArray.truncate() method (truncating to 0 rows) ... ok
> test01_truncate (tables.tests.test_earray.TruncateCloseTestCase)
> Checking EArray.truncate() method (truncating to 1 rows) ... ok
> test02_truncate (tables.tests.test_earray.TruncateCloseTestCase)
> Checking EArray.truncate() method (truncating to == self.nrows) ... ok
> test03_truncate (tables.tests.test_earray.TruncateCloseTestCase)
> Checking EArray.truncate() method (truncating to > self.nrows) ... ok
> test01_canAppend (tables.tests.test_earray.ZeroSizedTestCase)
> Appending zero length array. ... ok
> test02_appendWithWrongShape (tables.tests.test_earray.ZeroSizedTestCase)
> Appending zero length array with wrong dimension. ... ok
> test01a_append (tables.tests.test_earray.MDAtomNoReopen)
> Append a row to a (unidimensional) EArray with a MD tables.Atom. ... ok
> test01b_append (tables.tests.test_earray.MDAtomNoReopen)
> Append several rows to a (unidimensional) EArray with a MD ... ok
> test02a_append (tables.tests.test_earray.MDAtomNoReopen)
> Append a row to a (multidimensional) EArray with a ... ok
> test02b_append (tables.tests.test_earray.MDAtomNoReopen)
> Append several rows to a (multidimensional) EArray with a MD ... ok
> test03a_MDMDMD (tables.tests.test_earray.MDAtomNoReopen)
> Complex append of a MD array in a MD EArray with a ... ok
> test03b_MDMDMD (tables.tests.test_earray.MDAtomNoReopen)
> Complex append of a MD array in a MD EArray with a MD atom (II). ... ok
> test03c_MDMDMD (tables.tests.test_earray.MDAtomNoReopen)
> Complex append of a MD array in a MD EArray with a MD atom (III). ... ok
> test01a_append (tables.tests.test_earray.MDAtomReopen)
> Append a row to a (unidimensional) EArray with a MD tables.Atom. ... ok
> test01b_append (tables.tests.test_earray.MDAtomReopen)
> Append several rows to a (unidimensional) EArray with a MD ... ok
> test02a_append (tables.tests.test_earray.MDAtomReopen)
> Append a row to a (multidimensional) EArray with a ... ok
> test02b_append (tables.tests.test_earray.MDAtomReopen)
> Append several rows to a (multidimensional) EArray with a MD ... ok
> test03a_MDMDMD (tables.tests.test_earray.MDAtomReopen)
> Complex append of a MD array in a MD EArray with a ... ok
> test03b_MDMDMD (tables.tests.test_earray.MDAtomReopen)
> Complex append of a MD array in a MD EArray with a MD atom (II). ... ok
> test03c_MDMDMD (tables.tests.test_earray.MDAtomReopen)
> Complex append of a MD array in a MD EArray with a MD atom (III). ... ok
> test_append (tables.tests.test_earray.AccessClosedTestCase) ... ok
> test_getitem (tables.tests.test_earray.AccessClosedTestCase) ... ok
> test_read (tables.tests.test_earray.AccessClosedTestCase) ... ok
> test_setitem (tables.tests.test_earray.AccessClosedTestCase) ... ok
> test_kwargs_atom_shape_01 (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_atom_shape_02 (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj_atom (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj_atom_error (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj_atom_shape (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_01 (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_02 (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_03 (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj_shape (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_kwargs_obj_shape_error (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_positional_args_01 (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_positional_args_02 (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test_positional_args_obj (tables.tests.test_earray.TestCreateEArrayArgs) ... ok
> test00_attributes (tables.tests.test_carray.BasicWriteTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BasicWriteTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BasicWriteTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BasicWriteTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BasicWriteTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BasicWrite2TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BasicWrite2TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BasicWrite2TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BasicWrite2TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BasicWrite2TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BasicWrite3TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BasicWrite3TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BasicWrite3TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BasicWrite3TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BasicWrite3TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BasicWrite4TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BasicWrite4TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BasicWrite4TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BasicWrite4TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BasicWrite4TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BasicWrite5TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BasicWrite5TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BasicWrite5TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BasicWrite5TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BasicWrite5TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BasicWrite6TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BasicWrite6TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BasicWrite6TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BasicWrite6TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BasicWrite6TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BasicWrite7TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BasicWrite7TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BasicWrite7TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BasicWrite7TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BasicWrite7TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BasicWrite8TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BasicWrite8TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BasicWrite8TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BasicWrite8TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BasicWrite8TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.EmptyCArrayTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.EmptyCArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.EmptyCArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.EmptyCArrayTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.EmptyCArrayTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.EmptyCArray2TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.EmptyCArray2TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.EmptyCArray2TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.EmptyCArray2TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.EmptyCArray2TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.SlicesCArrayTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.SlicesCArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.SlicesCArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.SlicesCArrayTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.SlicesCArrayTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Slices2CArrayTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Slices2CArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Slices2CArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Slices2CArrayTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Slices2CArrayTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.EllipsisCArrayTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.EllipsisCArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.EllipsisCArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.EllipsisCArrayTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.EllipsisCArrayTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Ellipsis2CArrayTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Ellipsis2CArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Ellipsis2CArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Ellipsis2CArrayTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Ellipsis2CArrayTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Ellipsis3CArrayTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Ellipsis3CArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Ellipsis3CArrayTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Ellipsis3CArrayTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Ellipsis3CArrayTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.ZlibComprTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.ZlibComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.ZlibComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.ZlibComprTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.ZlibComprTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.ZlibShuffleTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.ZlibShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.ZlibShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.ZlibShuffleTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.ZlibShuffleTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscComprTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscComprTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscComprTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscShuffleTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscShuffleTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscShuffleTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscBitShuffleTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscBitShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscBitShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscBitShuffleTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscBitShuffleTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscFletcherTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscFletcherTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscFletcherTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscFletcherTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscFletcherTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscBloscLZTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscBloscLZTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscBloscLZTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscBloscLZTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscBloscLZTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscLZ4TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscLZ4TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscLZ4TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscLZ4TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscLZ4TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscLZ4HCTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscLZ4HCTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscLZ4HCTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscLZ4HCTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscLZ4HCTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscSnappyTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscSnappyTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscSnappyTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscSnappyTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscSnappyTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscZlibTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscZlibTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscZlibTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscZlibTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscZlibTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.BloscZstdTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.BloscZstdTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.BloscZstdTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.BloscZstdTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.BloscZstdTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.LZOComprTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.LZOComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.LZOComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.LZOComprTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.LZOComprTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.LZOShuffleTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.LZOShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.LZOShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.LZOShuffleTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.LZOShuffleTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Bzip2ComprTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Bzip2ComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Bzip2ComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Bzip2ComprTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Bzip2ComprTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Bzip2ShuffleTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Bzip2ShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Bzip2ShuffleTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Bzip2ShuffleTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Bzip2ShuffleTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.FloatTypeTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.FloatTypeTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.FloatTypeTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.FloatTypeTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.FloatTypeTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.ComplexTypeTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.ComplexTypeTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.ComplexTypeTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.ComplexTypeTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.ComplexTypeTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.StringTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.StringTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.StringTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.StringTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.StringTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.String2TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.String2TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.String2TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.String2TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.String2TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.StringComprTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.StringComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.StringComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.StringComprTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.StringComprTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Int8TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Int8TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Int8TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Int8TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Int8TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Int16TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Int16TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Int16TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Int16TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Int16TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Int32TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Int32TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Int32TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Int32TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Int32TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Float16TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Float16TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Float16TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Float16TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Float16TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Float32TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Float32TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Float32TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Float32TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Float32TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Float64TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Float64TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Float64TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Float64TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Float64TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Float96TestCase) ... skipped 'Float96Atom not available'
> test01_readCArray (tables.tests.test_carray.Float96TestCase)
> Checking read() of chunked layout arrays. ... skipped 'Float96Atom not available'
> test01_readCArray_out_argument (tables.tests.test_carray.Float96TestCase)
> Checking read() of chunked layout arrays. ... skipped 'Float96Atom not available'
> test02_getitemCArray (tables.tests.test_carray.Float96TestCase)
> Checking chunked layout array __getitem__ special method. ... skipped 'Float96Atom not available'
> test03_setitemCArray (tables.tests.test_carray.Float96TestCase)
> Checking chunked layout array __setitem__ special method. ... skipped 'Float96Atom not available'
> test00_attributes (tables.tests.test_carray.Float128TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Float128TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Float128TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Float128TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Float128TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Complex64TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Complex64TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Complex64TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Complex64TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Complex64TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Complex128TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Complex128TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Complex128TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Complex128TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Complex128TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.Complex192TestCase) ... skipped 'Complex192Atom not available'
> test01_readCArray (tables.tests.test_carray.Complex192TestCase)
> Checking read() of chunked layout arrays. ... skipped 'Complex192Atom not available'
> test01_readCArray_out_argument (tables.tests.test_carray.Complex192TestCase)
> Checking read() of chunked layout arrays. ... skipped 'Complex192Atom not available'
> test02_getitemCArray (tables.tests.test_carray.Complex192TestCase)
> Checking chunked layout array __getitem__ special method. ... skipped 'Complex192Atom not available'
> test03_setitemCArray (tables.tests.test_carray.Complex192TestCase)
> Checking chunked layout array __setitem__ special method. ... skipped 'Complex192Atom not available'
> test00_attributes (tables.tests.test_carray.Complex256TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Complex256TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Complex256TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Complex256TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Complex256TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.ComprTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.ComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.ComprTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.ComprTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.ComprTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test01a_String (tables.tests.test_carray.OffsetStrideTestCase)
> Checking carray with offseted NumPy strings appends. ... ok
> test01b_String (tables.tests.test_carray.OffsetStrideTestCase)
> Checking carray with strided NumPy strings appends. ... ok
> test02a_int (tables.tests.test_carray.OffsetStrideTestCase)
> Checking carray with offseted NumPy ints appends. ... ok
> test02b_int (tables.tests.test_carray.OffsetStrideTestCase)
> Checking carray with strided NumPy ints appends. ... ok
> test00_attributes (tables.tests.test_carray.Fletcher32TestCase) ... ok
> test01_readCArray (tables.tests.test_carray.Fletcher32TestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.Fletcher32TestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.Fletcher32TestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.Fletcher32TestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test00_attributes (tables.tests.test_carray.AllFiltersTestCase) ... ok
> test01_readCArray (tables.tests.test_carray.AllFiltersTestCase)
> Checking read() of chunked layout arrays. ... ok
> test01_readCArray_out_argument (tables.tests.test_carray.AllFiltersTestCase)
> Checking read() of chunked layout arrays. ... ok
> test02_getitemCArray (tables.tests.test_carray.AllFiltersTestCase)
> Checking chunked layout array __getitem__ special method. ... ok
> test03_setitemCArray (tables.tests.test_carray.AllFiltersTestCase)
> Checking chunked layout array __setitem__ special method. ... ok
> test_buffer_too_small (tables.tests.test_carray.ReadOutArgumentTests) ... ok
> test_read_entire_array (tables.tests.test_carray.ReadOutArgumentTests) ... ok
> test_read_non_contiguous_buffer (tables.tests.test_carray.ReadOutArgumentTests) ... ok
> test_data_no_compression (tables.tests.test_carray.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_highly_compressible_data (tables.tests.test_carray.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_no_data (tables.tests.test_carray.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test_random_data (tables.tests.test_carray.SizeOnDiskInMemoryPropertyTestCase) ... ok
> test01a_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method. ... ok
> test01b_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method. ... ok
> test01c_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method. ... ok
> test02_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method (where specified) ... ok
> test03a_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method (python flavor) ... ok
> test03b_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method (string python flavor) ... ok
> test03c_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method (chararray flavor) ... ok
> test04_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method (checking title copying) ... ok
> test05_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_carray.CloseCopyTestCase)
> Checking CArray.copy() method (user attributes not copied) ... ok
> test01a_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method. ... ok
> test01b_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method. ... ok
> test01c_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method. ... ok
> test02_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method (where specified) ... ok
> test03a_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method (python flavor) ... ok
> test03b_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method (string python flavor) ... ok
> test03c_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method (chararray flavor) ... ok
> test04_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method (checking title copying) ... ok
> test05_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method (user attributes copied) ... ok
> test05b_copy (tables.tests.test_carray.OpenCopyTestCase)
> Checking CArray.copy() method (user attributes not copied) ... ok
> test01_index (tables.tests.test_carray.CopyIndex1TestCase)
> Checking CArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_carray.CopyIndex2TestCase)
> Checking CArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_carray.CopyIndex3TestCase)
> Checking CArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_carray.CopyIndex4TestCase)
> Checking CArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_carray.CopyIndex5TestCase)
> Checking CArray.copy() method with indexes. ... ok
> test00_shape (tables.tests.test_carray.BigArrayTestCase)
> Check that the shape doesn't overflow. ... ok
> test01_shape_reopen (tables.tests.test_carray.BigArrayTestCase)
> Check that the shape doesn't overflow after reopening. ... ok
> test00_dflt (tables.tests.test_carray.DfltAtomNoReopen)
> Check that Atom.dflt is honored (string version). ... ok
> test01_dflt (tables.tests.test_carray.DfltAtomNoReopen)
> Check that Atom.dflt is honored (int version). ... ok
> test02_dflt (tables.tests.test_carray.DfltAtomNoReopen)
> Check that Atom.dflt is honored (float version). ... ok
> test00_dflt (tables.tests.test_carray.DfltAtomReopen)
> Check that Atom.dflt is honored (string version). ... ok
> test01_dflt (tables.tests.test_carray.DfltAtomReopen)
> Check that Atom.dflt is honored (int version). ... ok
> test02_dflt (tables.tests.test_carray.DfltAtomReopen)
> Check that Atom.dflt is honored (float version). ... ok
> test00a_zeros (tables.tests.test_carray.AtomDefaultReprNoReopen)
> Testing default values.  Zeros (scalar). ... ok
> test00b_zeros (tables.tests.test_carray.AtomDefaultReprNoReopen)
> Testing default values.  Zeros (array). ... ok
> test01a_values (tables.tests.test_carray.AtomDefaultReprNoReopen)
> Testing default values.  Ones. ... ok
> test01b_values (tables.tests.test_carray.AtomDefaultReprNoReopen)
> Testing default values.  Generic value. ... ok
> test02a_None (tables.tests.test_carray.AtomDefaultReprNoReopen)
> Testing default values.  None (scalar). ... ok
> test02b_None (tables.tests.test_carray.AtomDefaultReprNoReopen)
> Testing default values.  None (array). ... ok
> test00a_zeros (tables.tests.test_carray.AtomDefaultReprReopen)
> Testing default values.  Zeros (scalar). ... ok
> test00b_zeros (tables.tests.test_carray.AtomDefaultReprReopen)
> Testing default values.  Zeros (array). ... ok
> test01a_values (tables.tests.test_carray.AtomDefaultReprReopen)
> Testing default values.  Ones. ... ok
> test01b_values (tables.tests.test_carray.AtomDefaultReprReopen)
> Testing default values.  Generic value. ... ok
> test02a_None (tables.tests.test_carray.AtomDefaultReprReopen)
> Testing default values.  None (scalar). ... ok
> test02b_None (tables.tests.test_carray.AtomDefaultReprReopen)
> Testing default values.  None (array). ... ok
> test (tables.tests.test_carray.TruncateTestCase)
> Test for unability to truncate Array objects. ... ok
> test01a_assign (tables.tests.test_carray.MDAtomNoReopen)
> Assign a row to a (unidimensional) CArray with a MD atom. ... ok
> test01b_assign (tables.tests.test_carray.MDAtomNoReopen)
> Assign several rows to a (unidimensional) CArray with a MD atom. ... ok
> test02a_assign (tables.tests.test_carray.MDAtomNoReopen)
> Assign a row to a (multidimensional) CArray with a MD atom. ... ok
> test02b_assign (tables.tests.test_carray.MDAtomNoReopen)
> Assign several rows to a (multidimensional) CArray with ... ok
> test03a_MDMDMD (tables.tests.test_carray.MDAtomNoReopen)
> Complex assign of a MD array in a MD CArray with a MD atom. ... ok
> test03b_MDMDMD (tables.tests.test_carray.MDAtomNoReopen)
> Complex assign of a MD array in a MD CArray with a MD atom (II). ... ok
> test03c_MDMDMD (tables.tests.test_carray.MDAtomNoReopen)
> Complex assign of a MD array in a MD CArray with a MD atom (III). ... ok
> test01a_assign (tables.tests.test_carray.MDAtomReopen)
> Assign a row to a (unidimensional) CArray with a MD atom. ... ok
> test01b_assign (tables.tests.test_carray.MDAtomReopen)
> Assign several rows to a (unidimensional) CArray with a MD atom. ... ok
> test02a_assign (tables.tests.test_carray.MDAtomReopen)
> Assign a row to a (multidimensional) CArray with a MD atom. ... ok
> test02b_assign (tables.tests.test_carray.MDAtomReopen)
> Assign several rows to a (multidimensional) CArray with ... ok
> test03a_MDMDMD (tables.tests.test_carray.MDAtomReopen)
> Complex assign of a MD array in a MD CArray with a MD atom. ... ok
> test03b_MDMDMD (tables.tests.test_carray.MDAtomReopen)
> Complex assign of a MD array in a MD CArray with a MD atom (II). ... ok
> test03c_MDMDMD (tables.tests.test_carray.MDAtomReopen)
> Complex assign of a MD array in a MD CArray with a MD atom (III). ... ok
> test01_create (tables.tests.test_carray.MDLargeAtomNoReopen)
> Create a CArray with a very large MD atom. ... ok
> test01_create (tables.tests.test_carray.MDLargeAtomReopen)
> Create a CArray with a very large MD atom. ... ok
> test_getitem (tables.tests.test_carray.AccessClosedTestCase) ... ok
> test_read (tables.tests.test_carray.AccessClosedTestCase) ... ok
> test_setitem (tables.tests.test_carray.AccessClosedTestCase) ... ok
> test_kwargs_atom_shape_01 (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_atom_shape_02 (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj_atom (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj_atom_error (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj_atom_shape (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_01 (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_02 (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj_atom_shape_error_03 (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj_shape (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_kwargs_obj_shape_error (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_positional_args_01 (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_positional_args_02 (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test_positional_args_obj (tables.tests.test_carray.TestCreateCArrayArgs) ... ok
> test00_attributes (tables.tests.test_vlarray.BasicNumPyTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BasicNumPyTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BasicNumPyTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BasicNumPyTestCase)
> Checking vlarray __getitem__ (scalars) ... /<<PKGBUILDDIR>>/tables/tests/test_vlarray.py:184: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   rows = numpy.array(vlarray[:], dtype=numpy.object)
> ok
> test03_append (tables.tests.test_vlarray.BasicNumPyTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BasicNumPyTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BasicPythonTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BasicPythonTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BasicPythonTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BasicPythonTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BasicPythonTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BasicPythonTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.ZlibComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.ZlibComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.ZlibComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.ZlibComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.ZlibComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.ZlibComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscShuffleComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscShuffleComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscShuffleComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscShuffleComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscShuffleComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscShuffleComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscBitShuffleComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscBitShuffleComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscBitShuffleComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscBitShuffleComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscBitShuffleComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscBitShuffleComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscBloscLZComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscBloscLZComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscBloscLZComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscBloscLZComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscBloscLZComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscBloscLZComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscLZ4ComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscLZ4ComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscLZ4ComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscLZ4ComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscLZ4ComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscLZ4ComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscLZ4HCComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscLZ4HCComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscLZ4HCComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscLZ4HCComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscLZ4HCComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscLZ4HCComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscSnappyComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscSnappyComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscSnappyComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscSnappyComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscSnappyComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscSnappyComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscZlibComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscZlibComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscZlibComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscZlibComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscZlibComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscZlibComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.BloscZstdComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.BloscZstdComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.BloscZstdComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.BloscZstdComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.BloscZstdComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.BloscZstdComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.LZOComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.LZOComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.LZOComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.LZOComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.LZOComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.LZOComprTestCase)
> Checking get_row_size method. ... ok
> test00_attributes (tables.tests.test_vlarray.Bzip2ComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.Bzip2ComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.Bzip2ComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.Bzip2ComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.Bzip2ComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.Bzip2ComprTestCase)
> Checking get_row_size method. ... ok
> test01_StringAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with NumPy string atoms ('numpy' flavor) ... ok
> test01a_2_StringAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with NumPy string atoms (NumPy flavor, no conv) ... ok
> test01a_StringAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with NumPy string atoms ('numpy' flavor, ... ok
> test01b_StringAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with NumPy string atoms (python flavor) ... ok
> test01c_StringAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with NumPy string atoms ... ok
> test01d_StringAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with string atoms (String flavor) ... ok
> test02_BoolAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with boolean atoms. ... ok
> test02b_BoolAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking setting vlarray with boolean atoms. ... ok
> test03_IntAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with integer atoms. ... ok
> test03a_IntAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with integer atoms (byteorder swapped) ... ok
> test03b_IntAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with integer atoms. ... ok
> test03c_IntAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with integer atoms (byteorder swapped) ... ok
> test03d_IntAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with integer atoms (another byteorder) ... ok
> test04_ComplexAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with numerical complex atoms. ... ok
> test04_FloatAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with floating point atoms. ... ok
> test04a_FloatAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with float atoms (byteorder swapped) ... ok
> test04b_ComplexAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking modifying vlarray with numerical complex atoms. ... ok
> test04b_FloatAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with floating point atoms. ... ok
> test04c_FloatAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with float atoms (byteorder swapped) ... ok
> test04d_FloatAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with float atoms (another byteorder) ... ok
> test05_VLStringAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with variable length strings. ... ok
> test05b_VLStringAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with variable length strings. ... /<<PKGBUILDDIR>>/tables/atom.py:1133: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   return array.tostring()
> ok
> test06a_Object (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with object atoms. ... /<<PKGBUILDDIR>>/tables/atom.py:1224: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   return pickle.loads(array.tostring())
> ok
> test06b_Object (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with object atoms. ... ok
> test06c_Object (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with object atoms (numpy arrays as values) ... ok
> test06d_Object (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with object atoms (numpy arrays) ... ok
> test07_VLUnicodeAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking vlarray with variable length Unicode strings. ... ok
> test07b_VLUnicodeAtom (tables.tests.test_vlarray.TypesReopenTestCase)
> Checking updating vlarray with variable length Unicode strings. ... ok
> test01_StringAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with NumPy string atoms ('numpy' flavor) ... ok
> test01a_2_StringAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with NumPy string atoms (NumPy flavor, no conv) ... ok
> test01a_StringAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with NumPy string atoms ('numpy' flavor, ... ok
> test01b_StringAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with NumPy string atoms (python flavor) ... ok
> test01c_StringAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with NumPy string atoms ... ok
> test01d_StringAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with string atoms (String flavor) ... ok
> test02_BoolAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with boolean atoms. ... ok
> test02b_BoolAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking setting vlarray with boolean atoms. ... ok
> test03_IntAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with integer atoms. ... ok
> test03a_IntAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with integer atoms (byteorder swapped) ... ok
> test03b_IntAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with integer atoms. ... ok
> test03c_IntAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with integer atoms (byteorder swapped) ... ok
> test03d_IntAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with integer atoms (another byteorder) ... ok
> test04_ComplexAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with numerical complex atoms. ... ok
> test04_FloatAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with floating point atoms. ... ok
> test04a_FloatAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with float atoms (byteorder swapped) ... ok
> test04b_ComplexAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking modifying vlarray with numerical complex atoms. ... ok
> test04b_FloatAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with floating point atoms. ... ok
> test04c_FloatAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with float atoms (byteorder swapped) ... ok
> test04d_FloatAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with float atoms (another byteorder) ... ok
> test05_VLStringAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with variable length strings. ... ok
> test05b_VLStringAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with variable length strings. ... ok
> test06a_Object (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with object atoms. ... ok
> test06b_Object (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with object atoms. ... ok
> test06c_Object (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with object atoms (numpy arrays as values) ... ok
> test06d_Object (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with object atoms (numpy arrays) ... ok
> test07_VLUnicodeAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking vlarray with variable length Unicode strings. ... ok
> test07b_VLUnicodeAtom (tables.tests.test_vlarray.TypesNoReopenTestCase)
> Checking updating vlarray with variable length Unicode strings. ... ok
> test01_StringAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD NumPy string atoms. ... ok
> test01b_StringAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD NumPy string atoms ('python' flavor) ... ok
> test01c_StringAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD NumPy string atoms (with offset) ... ok
> test01d_StringAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD NumPy string atoms (with stride) ... ok
> test02_BoolAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD boolean atoms. ... ok
> test02b_BoolAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD boolean atoms (with offset) ... ok
> test02c_BoolAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD boolean atoms (with strides) ... ok
> test03_IntAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD integer atoms. ... ok
> test04_FloatAtom (tables.tests.test_vlarray.MDTypesNumPyTestCase)
> Checking vlarray with MD floating point atoms. ... ok
> test00_difinputs (tables.tests.test_vlarray.OpenAppendShapeTestCase)
> Checking vlarray.append() with different inputs. ... ok
> test01_toomanydims (tables.tests.test_vlarray.OpenAppendShapeTestCase)
> Checking vlarray.append() with too many dimensions. ... ok
> test02_zerodims (tables.tests.test_vlarray.OpenAppendShapeTestCase)
> Checking vlarray.append() with a zero-dimensional array ... ok
> test03a_cast (tables.tests.test_vlarray.OpenAppendShapeTestCase)
> Checking vlarray.append() with a casted array (upgrading case) ... ok
> test03b_cast (tables.tests.test_vlarray.OpenAppendShapeTestCase)
> Checking vlarray.append() with a casted array (downgrading case) ... ok
> test00_difinputs (tables.tests.test_vlarray.CloseAppendShapeTestCase)
> Checking vlarray.append() with different inputs. ... ok
> test01_toomanydims (tables.tests.test_vlarray.CloseAppendShapeTestCase)
> Checking vlarray.append() with too many dimensions. ... ok
> test02_zerodims (tables.tests.test_vlarray.CloseAppendShapeTestCase)
> Checking vlarray.append() with a zero-dimensional array ... ok
> test03a_cast (tables.tests.test_vlarray.CloseAppendShapeTestCase)
> Checking vlarray.append() with a casted array (upgrading case) ... ok
> test03b_cast (tables.tests.test_vlarray.CloseAppendShapeTestCase)
> Checking vlarray.append() with a casted array (downgrading case) ... ok
> test01a_EmptyVLArray (tables.tests.test_vlarray.PythonFlavorTestCase)
> Checking empty vlarrays with different flavors (closing the file) ... ok
> test01b_EmptyVLArray (tables.tests.test_vlarray.PythonFlavorTestCase)
> Checking empty vlarrays with different flavors (no closing file) ... ok
> test02_BooleanAtom (tables.tests.test_vlarray.PythonFlavorTestCase)
> Checking vlarray with different flavors (boolean versions) ... ok
> test03_IntAtom (tables.tests.test_vlarray.PythonFlavorTestCase)
> Checking vlarray with different flavors (integer versions) ... ok
> test03b_IntAtom (tables.tests.test_vlarray.PythonFlavorTestCase)
> Checking vlarray flavors (integer versions and closed file) ... ok
> test04_FloatAtom (tables.tests.test_vlarray.PythonFlavorTestCase)
> Checking vlarray with different flavors (floating point versions) ... ok
> test01a_EmptyVLArray (tables.tests.test_vlarray.NumPyFlavorTestCase)
> Checking empty vlarrays with different flavors (closing the file) ... ok
> test01b_EmptyVLArray (tables.tests.test_vlarray.NumPyFlavorTestCase)
> Checking empty vlarrays with different flavors (no closing file) ... ok
> test02_BooleanAtom (tables.tests.test_vlarray.NumPyFlavorTestCase)
> Checking vlarray with different flavors (boolean versions) ... ok
> test03_IntAtom (tables.tests.test_vlarray.NumPyFlavorTestCase)
> Checking vlarray with different flavors (integer versions) ... ok
> test03b_IntAtom (tables.tests.test_vlarray.NumPyFlavorTestCase)
> Checking vlarray flavors (integer versions and closed file) ... ok
> test04_FloatAtom (tables.tests.test_vlarray.NumPyFlavorTestCase)
> Checking vlarray with different flavors (floating point versions) ... ok
> test01_start (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with only a start value ... ok
> test01b_start (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with only a start value in a slice ... ok
> test01np_start (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with only a start value in a slice (numpy indexes) ... ok
> test02_stop (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with only a stop value ... ok
> test02b_stop (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with only a stop value in a slice ... ok
> test03_startstop (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with a start and stop values ... ok
> test03b_startstop (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with a start and stop values in slices ... ok
> test04_startstopstep (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with a start, stop & step values ... ok
> test04b_slices (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with start, stop & step values in slices ... ok
> test04bnp_slices (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with start, stop & step values in slices. ... ok
> test04np_startstopstep (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking reads with a start, stop & step values (numpy indices) ... ok
> test05_out_of_range (tables.tests.test_vlarray.ReadRangeTestCase)
> Checking out of range reads ... ok
> test01_start (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking reads with only a start value ... ok
> test01b_start (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking reads with only a start value in a slice ... ok
> test02_stop (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking reads with only a stop value ... ok
> test02b_stop (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking reads with only a stop value in a slice ... ok
> test03_startstop (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking reads with a start and stop values ... ok
> test03b_startstop (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking reads with a start and stop values in slices ... ok
> test04_slices (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking reads with a start, stop & step values ... ok
> test04bnp_slices (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking reads with start, stop & step values (numpy indices) ... ok
> test05_out_of_range (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking out of range reads ... ok
> test05np_out_of_range (tables.tests.test_vlarray.GetItemRangeTestCase)
> Checking out of range reads (numpy indexes) ... ok
> test01_start (tables.tests.test_vlarray.SetRangeTestCase)
> Checking updates that modifies a complete row ... ok
> test01np_start (tables.tests.test_vlarray.SetRangeTestCase)
> Checking updates that modifies a complete row ... ok
> test02_partial (tables.tests.test_vlarray.SetRangeTestCase)
> Checking updates with only a part of a row ... ok
> test03a_several_rows (tables.tests.test_vlarray.SetRangeTestCase)
> Checking updating several rows at once (slice style) ... ok
> test03b_several_rows (tables.tests.test_vlarray.SetRangeTestCase)
> Checking updating several rows at once (list style) ... ok
> test03c_several_rows (tables.tests.test_vlarray.SetRangeTestCase)
> Checking updating several rows at once (NumPy's where style) ... ok
> test04_out_of_range (tables.tests.test_vlarray.SetRangeTestCase)
> Checking out of range updates (first index) ... ok
> test05_value_error (tables.tests.test_vlarray.SetRangeTestCase)
> Checking out value errors ... ok
> test00_attributes (tables.tests.test_vlarray.ShuffleComprTestCase) ... ok
> test01_read (tables.tests.test_vlarray.ShuffleComprTestCase)
> Checking vlarray read. ... ok
> test02a_getitem (tables.tests.test_vlarray.ShuffleComprTestCase)
> Checking vlarray __getitem__ (slices) ... ok
> test02b_getitem (tables.tests.test_vlarray.ShuffleComprTestCase)
> Checking vlarray __getitem__ (scalars) ... ok
> test03_append (tables.tests.test_vlarray.ShuffleComprTestCase)
> Checking vlarray append. ... ok
> test04_get_row_size (tables.tests.test_vlarray.ShuffleComprTestCase)
> Checking get_row_size method. ... ok
> test01a_copy (tables.tests.test_vlarray.CloseCopyTestCase)
> Checking VLArray.copy() method. ... ok
> test01b_copy (tables.tests.test_vlarray.CloseCopyTestCase)
> Checking VLArray.copy() method (Pseudo-atom case) ... ok
> test02_copy (tables.tests.test_vlarray.CloseCopyTestCase)
> Checking VLArray.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_vlarray.CloseCopyTestCase)
> Checking VLArray.copy() method ('python' flavor) ... ok
> test04_copy (tables.tests.test_vlarray.CloseCopyTestCase)
> Checking VLArray.copy() method (checking title copying) ... ok
> test05_copy (tables.tests.test_vlarray.CloseCopyTestCase)
> Checking VLArray.copy() method (user attributes copied) ... ok
> test01a_copy (tables.tests.test_vlarray.OpenCopyTestCase)
> Checking VLArray.copy() method. ... ok
> test01b_copy (tables.tests.test_vlarray.OpenCopyTestCase)
> Checking VLArray.copy() method (Pseudo-atom case) ... ok
> test02_copy (tables.tests.test_vlarray.OpenCopyTestCase)
> Checking VLArray.copy() method (where specified) ... ok
> test03_copy (tables.tests.test_vlarray.OpenCopyTestCase)
> Checking VLArray.copy() method ('python' flavor) ... ok
> test04_copy (tables.tests.test_vlarray.OpenCopyTestCase)
> Checking VLArray.copy() method (checking title copying) ... ok
> test05_copy (tables.tests.test_vlarray.OpenCopyTestCase)
> Checking VLArray.copy() method (user attributes copied) ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex1TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex2TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex3TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex4TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex5TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex6TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex7TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex8TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex9TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex10TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex11TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test01_index (tables.tests.test_vlarray.CopyIndex12TestCase)
> Checking VLArray.copy() method with indexes. ... ok
> test00 (tables.tests.test_vlarray.ChunkshapeTestCase)
> Test setting the chunkshape in a table (no reopen). ... ok
> test01 (tables.tests.test_vlarray.ChunkshapeTestCase)
> Test setting the chunkshape in a table (reopen). ... ok
> test (tables.tests.test_vlarray.VLUEndianTestCase)
> Accessing ``vlunicode`` data of a different endianness. ... ok
> test00_truncate (tables.tests.test_vlarray.TruncateOpenTestCase)
> Checking VLArray.truncate() method (truncating to 0 rows) ... ok
> test01_truncate (tables.tests.test_vlarray.TruncateOpenTestCase)
> Checking VLArray.truncate() method (truncating to 1 rows) ... ok
> test02_truncate (tables.tests.test_vlarray.TruncateOpenTestCase)
> Checking VLArray.truncate() method (truncating to == self.nrows) ... ok
> test03_truncate (tables.tests.test_vlarray.TruncateOpenTestCase)
> Checking VLArray.truncate() method (truncating to > self.nrows) ... ok
> test00_truncate (tables.tests.test_vlarray.TruncateCloseTestCase)
> Checking VLArray.truncate() method (truncating to 0 rows) ... ok
> test01_truncate (tables.tests.test_vlarray.TruncateCloseTestCase)
> Checking VLArray.truncate() method (truncating to 1 rows) ... ok
> test02_truncate (tables.tests.test_vlarray.TruncateCloseTestCase)
> Checking VLArray.truncate() method (truncating to == self.nrows) ... ok
> test03_truncate (tables.tests.test_vlarray.TruncateCloseTestCase)
> Checking VLArray.truncate() method (truncating to > self.nrows) ... ok
> test01a_read (tables.tests.test_vlarray.PointSelectionTestCase)
> Test for point-selections (read, boolean keys). ... ok
> test01b_read (tables.tests.test_vlarray.PointSelectionTestCase)
> Test for point-selections (not working selections, read). ... ok
> test_numpy_int_numpy_flavor (tables.tests.test_vlarray.SizeInMemoryPropertyTestCase) ... ok
> test_numpy_int_numpy_flavor_compressed (tables.tests.test_vlarray.SizeInMemoryPropertyTestCase) ... ok
> test_numpy_int_python_flavor (tables.tests.test_vlarray.SizeInMemoryPropertyTestCase) ... ok
> test_object_atom (tables.tests.test_vlarray.SizeInMemoryPropertyTestCase) ... ok
> test_zero_length (tables.tests.test_vlarray.SizeInMemoryPropertyTestCase) ... ok
> test_not_implemented (tables.tests.test_vlarray.SizeOnDiskPropertyTestCase) ... ok
> test_append (tables.tests.test_vlarray.AccessClosedTestCase) ... ok
> test_getitem (tables.tests.test_vlarray.AccessClosedTestCase) ... ok
> test_read (tables.tests.test_vlarray.AccessClosedTestCase) ... ok
> test_setitem (tables.tests.test_vlarray.AccessClosedTestCase) ... ok
> test_kwargs_atom_01 (tables.tests.test_vlarray.TestCreateVLArrayArgs) ... ok
> test_kwargs_atom_02 (tables.tests.test_vlarray.TestCreateVLArrayArgs) ... ok
> test_kwargs_obj (tables.tests.test_vlarray.TestCreateVLArrayArgs) ... ok
> test_kwargs_obj_atom (tables.tests.test_vlarray.TestCreateVLArrayArgs) ... ok
> test_kwargs_obj_atom_error (tables.tests.test_vlarray.TestCreateVLArrayArgs) ... ok
> test_positional_args_01 (tables.tests.test_vlarray.TestCreateVLArrayArgs) ... ok
> test_positional_args_02 (tables.tests.test_vlarray.TestCreateVLArrayArgs) ... ok
> test_positional_args_obj (tables.tests.test_vlarray.TestCreateVLArrayArgs) ... ok
> test00_getNode (tables.tests.test_tree.TreeTestCase)
> Checking the File.get_node() with string node names ... ok
> test01_getNodeClass (tables.tests.test_tree.TreeTestCase)
> Checking the File.get_node() with instances ... ok
> test02_listNodes (tables.tests.test_tree.TreeTestCase)
> Checking the File.list_nodes() method ... ok
> test02b_iterNodes (tables.tests.test_tree.TreeTestCase)
> Checking the File.iter_nodes() method ... ok
> test03_TraverseTree (tables.tests.test_tree.TreeTestCase)
> Checking the File.walk_groups() method ... ok
> test04_walkNodes (tables.tests.test_tree.TreeTestCase)
> Checking File.walk_nodes ... ok
> test05_dir (tables.tests.test_tree.TreeTestCase)
> Checking Group.__dir__ ... ok
> test00_deepTree (tables.tests.test_tree.DeepTreeTestCase)
> Creation of a large depth object tree. ... ok
> test01a_copyDeepTree (tables.tests.test_tree.DeepTreeTestCase)
> Copy of a large depth object tree. ... ok
> test01b_copyDeepTree (tables.tests.test_tree.DeepTreeTestCase)
> Copy of a large depth object tree with small node cache. ... ok
> test01c_copyDeepTree (tables.tests.test_tree.DeepTreeTestCase)
> Copy of a large depth object tree with no node cache. ... ok
> test01d_copyDeepTree (tables.tests.test_tree.DeepTreeTestCase)
> Copy of a large depth object tree with static node cache. ... skipped 'only in heavy mode'
> test00_Leafs (tables.tests.test_tree.WideTreeTestCase)
> Checking creation of large number of leafs (1024) per group. ... ok
> test01_wideTree (tables.tests.test_tree.WideTreeTestCase)
> Checking creation of large number of groups (1024) per group. ... ok
> test01_getNode (tables.tests.test_tree.HiddenTreeTestCase)
> Node availability via `File.get_node()`. ... ok
> test02_walkGroups (tables.tests.test_tree.HiddenTreeTestCase)
> Hidden group absence in `File.walk_groups()`. ... ok
> test03_walkNodes (tables.tests.test_tree.HiddenTreeTestCase)
> Hidden node absence in `File.walk_nodes()`. ... ok
> test04_listNodesVisible (tables.tests.test_tree.HiddenTreeTestCase)
> Listing visible nodes under a visible group (list_nodes). ... ok
> test04b_listNodesVisible (tables.tests.test_tree.HiddenTreeTestCase)
> Listing visible nodes under a visible group (iter_nodes). ... ok
> test05_listNodesHidden (tables.tests.test_tree.HiddenTreeTestCase)
> Listing visible nodes under a hidden group (list_nodes). ... ok
> test05b_iterNodesHidden (tables.tests.test_tree.HiddenTreeTestCase)
> Listing visible nodes under a hidden group (iter_nodes). ... ok
> test07_move (tables.tests.test_tree.HiddenTreeTestCase)
> Moving a node between hidden and visible groups. ... ok
> test08_remove (tables.tests.test_tree.HiddenTreeTestCase)
> Removing a visible group with hidden children. ... ok
> test00_parentType (tables.tests.test_tree.CreateParentsTestCase)
> Using the right type of parent node argument. ... ok
> test01_inside (tables.tests.test_tree.CreateParentsTestCase)
> Placing a node inside a nonexistent child of itself. ... ok
> test02_filters (tables.tests.test_tree.CreateParentsTestCase)
> Propagating the filters of created parent groups. ... ok
> test00_UnidimLeaves (tables.tests.test_timetype.LeafCreationTestCase)
> Creating new nodes with unidimensional time elements. ... ok
> test01_MultidimLeaves (tables.tests.test_timetype.LeafCreationTestCase)
> Creating new nodes with multidimensional time elements. ... ok
> test00_OpenFile (tables.tests.test_timetype.OpenTestCase)
> Opening a file with Time nodes. ... ok
> test01_OpenFileStype (tables.tests.test_timetype.OpenTestCase)
> Opening a file with Time nodes, comparing Atom.stype. ... ok
> test00_Compare32VLArray (tables.tests.test_timetype.CompareTestCase)
> Comparing written 32-bit time data with read data in a VLArray. ... ok
> test01_Compare64VLArray (tables.tests.test_timetype.CompareTestCase)
> Comparing written 64-bit time data with read data in a VLArray. ... ok
> test01b_Compare64VLArray (tables.tests.test_timetype.CompareTestCase)
> Comparing several written and read 64-bit time values in a ... ok
> test02_CompareTable (tables.tests.test_timetype.CompareTestCase)
> Comparing written time data with read data in a Table. ... ok
> test02b_CompareTable (tables.tests.test_timetype.CompareTestCase)
> Comparing several written and read time values in a Table. ... ok
> test03_Compare64EArray (tables.tests.test_timetype.CompareTestCase)
> Comparing written 64-bit time data with read data in an EArray. ... ok
> test03b_Compare64EArray (tables.tests.test_timetype.CompareTestCase)
> Comparing several written and read 64-bit time values in an ... ok
> test00_CompareTable (tables.tests.test_timetype.UnalignedTestCase)
> Comparing written unaligned time data with read data in a Table. ... ok
> test00a_Read32Array (tables.tests.test_timetype.BigEndianTestCase)
> Checking Time32 type in arrays. ... ok
> test00b_Read64Array (tables.tests.test_timetype.BigEndianTestCase)
> Checking Time64 type in arrays. ... ok
> test01a_ReadPlainColumn (tables.tests.test_timetype.BigEndianTestCase)
> Checking Time32 type in plain columns. ... ok
> test01b_ReadNestedColumn (tables.tests.test_timetype.BigEndianTestCase)
> Checking Time64 type in nested columns. ... ok
> test02_ReadNestedColumnTwice (tables.tests.test_timetype.BigEndianTestCase)
> Checking Time64 type in nested columns (read twice). ... ok
> test00_simple (tables.tests.test_do_undo.BasicTestCase)
> Checking simple do/undo. ... ok
> test01_twice (tables.tests.test_do_undo.BasicTestCase)
> Checking do/undo (twice operations intertwined) ... ok
> test02_twice2 (tables.tests.test_do_undo.BasicTestCase)
> Checking twice ops and two marks. ... ok
> test03_6times3marks (tables.tests.test_do_undo.BasicTestCase)
> Checking with six ops and three marks. ... ok
> test04_6times3marksro (tables.tests.test_do_undo.BasicTestCase)
> Checking with six operations, three marks and do/undo in random ... ok
> test05_destructive (tables.tests.test_do_undo.BasicTestCase)
> Checking with a destructive action during undo. ... ok
> test05b_destructive (tables.tests.test_do_undo.BasicTestCase)
> Checking with a destructive action during undo (II) ... ok
> test05c_destructive (tables.tests.test_do_undo.BasicTestCase)
> Checking with a destructive action during undo (III) ... ok
> test05d_destructive (tables.tests.test_do_undo.BasicTestCase)
> Checking with a destructive action during undo (IV) ... ok
> test05e_destructive (tables.tests.test_do_undo.BasicTestCase)
> Checking with a destructive action during undo (V) ... ok
> test05f_destructive (tables.tests.test_do_undo.BasicTestCase)
> Checking with a destructive creation of existing node during undo ... ok
> test06_totalunwind (tables.tests.test_do_undo.BasicTestCase)
> Checking do/undo (total unwind) ... ok
> test07_totalrewind (tables.tests.test_do_undo.BasicTestCase)
> Checking do/undo (total rewind) ... ok
> test08_initialmark (tables.tests.test_do_undo.BasicTestCase)
> Checking initial mark. ... ok
> test08_marknames (tables.tests.test_do_undo.BasicTestCase)
> Checking mark names. ... ok
> test09_marknames (tables.tests.test_do_undo.BasicTestCase)
> Checking mark names (wrong direction) ... ok
> test10_goto (tables.tests.test_do_undo.BasicTestCase)
> Checking mark names (goto) ... ok
> test10_gotoint (tables.tests.test_do_undo.BasicTestCase)
> Checking mark sequential ids (goto) ... ok
> test11_contiguous (tables.tests.test_do_undo.BasicTestCase)
> Creating contiguous marks ... ok
> test12_keepMark (tables.tests.test_do_undo.BasicTestCase)
> Ensuring the mark is kept after an UNDO operation ... ok
> test13_severalEnableDisable (tables.tests.test_do_undo.BasicTestCase)
> Checking that successive enable/disable Undo works ... ok
> test00_simple (tables.tests.test_do_undo.PersistenceTestCase)
> Checking simple do/undo. ... ok
> test01_twice (tables.tests.test_do_undo.PersistenceTestCase)
> Checking do/undo (twice operations intertwined) ... ok
> test02_twice2 (tables.tests.test_do_undo.PersistenceTestCase)
> Checking twice ops and two marks. ... ok
> test03_6times3marks (tables.tests.test_do_undo.PersistenceTestCase)
> Checking with six ops and three marks. ... ok
> test04_6times3marksro (tables.tests.test_do_undo.PersistenceTestCase)
> Checking with six operations, three marks and do/undo in random ... ok
> test05_destructive (tables.tests.test_do_undo.PersistenceTestCase)
> Checking with a destructive action during undo. ... ok
> test05b_destructive (tables.tests.test_do_undo.PersistenceTestCase)
> Checking with a destructive action during undo (II) ... ok
> test05c_destructive (tables.tests.test_do_undo.PersistenceTestCase)
> Checking with a destructive action during undo (III) ... ok
> test05d_destructive (tables.tests.test_do_undo.PersistenceTestCase)
> Checking with a destructive action during undo (IV) ... ok
> test05e_destructive (tables.tests.test_do_undo.PersistenceTestCase)
> Checking with a destructive action during undo (V) ... ok
> test05f_destructive (tables.tests.test_do_undo.PersistenceTestCase)
> Checking with a destructive creation of existing node during undo ... ok
> test06_totalunwind (tables.tests.test_do_undo.PersistenceTestCase)
> Checking do/undo (total unwind) ... ok
> test07_totalrewind (tables.tests.test_do_undo.PersistenceTestCase)
> Checking do/undo (total rewind) ... ok
> test08_initialmark (tables.tests.test_do_undo.PersistenceTestCase)
> Checking initial mark. ... ok
> test08_marknames (tables.tests.test_do_undo.PersistenceTestCase)
> Checking mark names. ... ok
> test09_marknames (tables.tests.test_do_undo.PersistenceTestCase)
> Checking mark names (wrong direction) ... ok
> test10_goto (tables.tests.test_do_undo.PersistenceTestCase)
> Checking mark names (goto) ... ok
> test10_gotoint (tables.tests.test_do_undo.PersistenceTestCase)
> Checking mark sequential ids (goto) ... ok
> test11_contiguous (tables.tests.test_do_undo.PersistenceTestCase)
> Creating contiguous marks ... ok
> test12_keepMark (tables.tests.test_do_undo.PersistenceTestCase)
> Ensuring the mark is kept after an UNDO operation ... ok
> test13_severalEnableDisable (tables.tests.test_do_undo.PersistenceTestCase)
> Checking that successive enable/disable Undo works ... ok
> test00 (tables.tests.test_do_undo.CreateArrayTestCase)
> Checking one action. ... ok
> test01 (tables.tests.test_do_undo.CreateArrayTestCase)
> Checking two actions. ... ok
> test02 (tables.tests.test_do_undo.CreateArrayTestCase)
> Checking three actions. ... ok
> test03 (tables.tests.test_do_undo.CreateArrayTestCase)
> Checking three actions in different depth levels. ... ok
> test00 (tables.tests.test_do_undo.CreateGroupTestCase)
> Checking one action. ... ok
> test01 (tables.tests.test_do_undo.CreateGroupTestCase)
> Checking two actions. ... ok
> test02 (tables.tests.test_do_undo.CreateGroupTestCase)
> Checking three actions. ... ok
> test03 (tables.tests.test_do_undo.CreateGroupTestCase)
> Checking three actions in different depth levels. ... ok
> test00 (tables.tests.test_do_undo.RenameNodeTestCase)
> Checking rename_node (over Groups without children) ... ok
> test01 (tables.tests.test_do_undo.RenameNodeTestCase)
> Checking rename_node (over Groups with children) ... ok
> test01b (tables.tests.test_do_undo.RenameNodeTestCase)
> Checking rename_node (over Groups with children 2) ... ok
> test02 (tables.tests.test_do_undo.RenameNodeTestCase)
> Checking rename_node (over Leaves) ... ok
> test03 (tables.tests.test_do_undo.RenameNodeTestCase)
> Checking rename_node (over Tables) ... ok
> test00 (tables.tests.test_do_undo.MoveNodeTestCase)
> Checking move_node (over Leaf) ... ok
> test01 (tables.tests.test_do_undo.MoveNodeTestCase)
> Checking move_node (over Groups with children) ... ok
> test01b (tables.tests.test_do_undo.MoveNodeTestCase)
> Checking move_node (over Groups with children 2) ... ok
> test02 (tables.tests.test_do_undo.MoveNodeTestCase)
> Checking move_node (over Leaves) ... ok
> test03 (tables.tests.test_do_undo.MoveNodeTestCase)
> Checking move_node (over Tables) ... ok
> test00 (tables.tests.test_do_undo.RemoveNodeTestCase)
> Checking remove_node (over Leaf) ... ok
> test00b (tables.tests.test_do_undo.RemoveNodeTestCase)
> Checking remove_node (over several Leaves) ... ok
> test00c (tables.tests.test_do_undo.RemoveNodeTestCase)
> Checking remove_node (over Tables) ... ok
> test01 (tables.tests.test_do_undo.RemoveNodeTestCase)
> Checking remove_node (over Groups with children) ... ok
> test01b (tables.tests.test_do_undo.RemoveNodeTestCase)
> Checking remove_node (over Groups with children 2) ... ok
> test00_copyLeaf (tables.tests.test_do_undo.CopyNodeTestCase)
> Checking copy_node (over Leaves) ... ok
> test00b_copyTable (tables.tests.test_do_undo.CopyNodeTestCase)
> Checking copy_node (over Tables) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test01_copyGroup (tables.tests.test_do_undo.CopyNodeTestCase)
> Copying a group (recursively). ... ok
> test02_copyLeafOverwrite (tables.tests.test_do_undo.CopyNodeTestCase)
> Copying a leaf, overwriting destination. ... ok
> test03_copyChildren (tables.tests.test_do_undo.CopyNodeTestCase)
> Copying the children of a group ... ok
> test00_setAttr (tables.tests.test_do_undo.AttributesTestCase)
> Setting a nonexistent attribute ... ok
> test01_setAttrExisting (tables.tests.test_do_undo.AttributesTestCase)
> Setting an existing attribute ... ok
> test02_delAttr (tables.tests.test_do_undo.AttributesTestCase)
> Removing an attribute ... ok
> test03_copyNodeAttrs (tables.tests.test_do_undo.AttributesTestCase)
> Copying an attribute set ... ok
> test04_replaceNode (tables.tests.test_do_undo.AttributesTestCase)
> Replacing a node with a rewritten attribute ... ok
> test00 (tables.tests.test_do_undo.ComplexTestCase)
> Mix of create_array, create_group, renameNone, move_node, ... ok
> test01 (tables.tests.test_do_undo.ComplexTestCase)
> Test with multiple generations (Leaf case) ... ok
> test02 (tables.tests.test_do_undo.ComplexTestCase)
> Test with multiple generations (Group case) ... ok
> test03 (tables.tests.test_do_undo.ComplexTestCase)
> Test with multiple generations (Group case, recursive remove) ... ok
> test03b (tables.tests.test_do_undo.ComplexTestCase)
> Test with multiple generations (Group case, recursive remove, ... ok
> test00_hierarchy (tables.tests.test_do_undo.NotLoggedTestCase)
> Performing hierarchy operations on a not logged node. ... ok
> test01_attributes (tables.tests.test_do_undo.NotLoggedTestCase)
> Performing attribute operations on a not logged node. ... ok
> test00_create (tables.tests.test_do_undo.CreateParentsTestCase)
> Test creating a node. ... ok
> test01_move (tables.tests.test_do_undo.CreateParentsTestCase)
> Test moving a node. ... ok
> test02_copy (tables.tests.test_do_undo.CreateParentsTestCase)
> Test copying a node. ... ok
> test03_copyChildren (tables.tests.test_do_undo.CreateParentsTestCase)
> Test copying the children of a group. ... ok
> Enum (tables.misc.enum)
> Doctest: tables.misc.enum.Enum ... ok
> __call__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__call__ ... ok
> __contains__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__contains__ ... ok
> __eq__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__eq__ ... ok
> __getattr__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__getattr__ ... ok
> __getitem__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__getitem__ ... ok
> __iter__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__iter__ ... ok
> __len__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__len__ ... ok
> __ne__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__ne__ ... ok
> __repr__ (tables.misc.enum.Enum)
> Doctest: tables.misc.enum.Enum.__repr__ ... ok
> test00a_validFromEnum (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column from an enumeration. ... ok
> test00b_validFromDict (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column from a dictionary. ... ok
> test00c_validFromList (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column from a list. ... ok
> test00d_invalidFromType (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column from an invalid object. ... ok
> test01_invalidDflt (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column with an invalid default object. ... ok
> test02a_validDtypeBroader (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column with a broader type. ... ok
> test02b_invalidDtypeTooNarrow (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column with a too narrow type. ... ok
> test03a_validShapeMD (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column with multidimensional shape. ... ok
> test04a_validReprEnum (tables.tests.test_enum.CreateColTestCase)
> Checking the string representation of an enumeration. ... ok
> test99a_nonIntEnum (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column of floats (not implemented). ... ok
> test99b_nonIntDtype (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column encoded as floats. ... ok
> test99b_nonScalarEnum (tables.tests.test_enum.CreateColTestCase)
> Describing an enumerated column of non-scalars (not implemented). ... ok
> test00a_validFromEnum (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom from an enumeration. ... ok
> test00b_validFromDict (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom from a dictionary. ... ok
> test00c_validFromList (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom from a list. ... ok
> test00d_invalidFromType (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom from an invalid object. ... ok
> test02a_validDtypeBroader (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom with a broader type. ... ok
> test02b_invalidDtypeTooNarrow (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom with a too narrow type. ... ok
> test03a_validShapeMD (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom with multidimensional shape. ... ok
> test99a_nonIntEnum (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom of floats (not implemented). ... ok
> test99b_nonIntDtype (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom encoded as a float. ... ok
> test99b_nonScalarEnum (tables.tests.test_enum.CreateAtomTestCase)
> Describing an enumerated atom of non-scalars (not implemented). ... ok
> test00a_reopen (tables.tests.test_enum.EnumTableTestCase)
> Reopening a file with tables using enumerated data. ... ok
> test00b_reopenMD (tables.tests.test_enum.EnumTableTestCase)
> Reopening a file with tables using enumerated multi-dimensional ... ok
> test01_rowAppend (tables.tests.test_enum.EnumTableTestCase)
> Appending enumerated values using ``row.append()``. ... ok
> test02_append (tables.tests.test_enum.EnumTableTestCase)
> Appending enumerated values using ``table.append()``. ... ok
> test03_setitem (tables.tests.test_enum.EnumTableTestCase)
> Changing enumerated values using ``table.__setitem__()``. ... ok
> test04_multidim (tables.tests.test_enum.EnumTableTestCase)
> Appending multi-dimensional enumerated data. ... ok
> test05_where (tables.tests.test_enum.EnumTableTestCase)
> Searching enumerated data. ... ok
> test00a_reopen (tables.tests.test_enum.EnumEArrayTestCase)
> Reopening a file with extendable arrays using enumerated data. ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test00b_reopenMD (tables.tests.test_enum.EnumEArrayTestCase)
> Reopening a file with extendable arrays using enumerated ... ok
> test01_append (tables.tests.test_enum.EnumEArrayTestCase)
> Appending scalar elements of enumerated values. ... ok
> test02_appendMD (tables.tests.test_enum.EnumEArrayTestCase)
> Appending multi-dimensional elements of enumerated values. ... ok
> test03_setitem (tables.tests.test_enum.EnumEArrayTestCase)
> Changing enumerated values using ``earray.__setitem__()``. ... ok
> test_enum_default_persistence_black (tables.tests.test_enum.EnumEArrayTestCase) ... ok
> test_enum_default_persistence_blue (tables.tests.test_enum.EnumEArrayTestCase) ... ok
> test_enum_default_persistence_green (tables.tests.test_enum.EnumEArrayTestCase) ... ok
> test_enum_default_persistence_red (tables.tests.test_enum.EnumEArrayTestCase) ... ok
> test00a_reopen (tables.tests.test_enum.EnumVLArrayTestCase)
> Reopening a file with variable-length arrays using ... ok
> test00b_reopenMD (tables.tests.test_enum.EnumVLArrayTestCase)
> Reopening a file with variable-length arrays using enumerated ... ok
> test01_append (tables.tests.test_enum.EnumVLArrayTestCase)
> Appending scalar elements of enumerated values. ... ok
> test02_appendMD (tables.tests.test_enum.EnumVLArrayTestCase)
> Appending multi-dimensional elements of enumerated values. ... ok
> test03_setitem (tables.tests.test_enum.EnumVLArrayTestCase)
> Changing enumerated values using ``vlarray.__setitem__()``. ... ok
> test00_instance (tables.tests.test_nestedtypes.DescriptionTestCase)
> Creating an instance of a nested description. ... ok
> test01_instance (tables.tests.test_nestedtypes.DescriptionTestCase)
> Checking attrs of an instance of a nested description. ... ok
> test00_create (tables.tests.test_nestedtypes.CreateTestCase)
> Creating a nested table. ... ok
> test01_open (tables.tests.test_nestedtypes.CreateTestCase)
> Opening a nested table. ... ok
> test02_NestedRecArrayCompat (tables.tests.test_nestedtypes.CreateTestCase)
> Creating a compatible nested record array``. ... ok
> test03_NRA (tables.tests.test_nestedtypes.CreateTestCase)
> Creating a table from a nested record array object. ... ok
> test04_NRA2 (tables.tests.test_nestedtypes.CreateTestCase)
> Creating a table from a generated nested record array object. ... ok
> test00_append (tables.tests.test_nestedtypes.WriteNoReopen)
> Appending a set of rows. ... ok
> test01_row (tables.tests.test_nestedtypes.WriteNoReopen)
> Appending individual rows. ... ok
> test02_where (tables.tests.test_nestedtypes.WriteNoReopen)
> Searching nested data. ... ok
> test02b_whereAppend (tables.tests.test_nestedtypes.WriteNoReopen)
> Searching nested data and appending it to another table. ... ok
> test03_colscond (tables.tests.test_nestedtypes.WriteNoReopen)
> Searching on a column with nested columns. ... ok
> test04_modifyColumn (tables.tests.test_nestedtypes.WriteNoReopen)
> Modifying one single nested column (modify_column). ... ok
> test05a_modifyColumns (tables.tests.test_nestedtypes.WriteNoReopen)
> Modifying one nested column (modify_columns). ... ok
> test05b_modifyColumns (tables.tests.test_nestedtypes.WriteNoReopen)
> Modifying two nested columns (modify_columns). ... ok
> test06_modifyRows (tables.tests.test_nestedtypes.WriteNoReopen)
> Checking modifying several rows at once (using nested rec array) ... ok
> test07_index (tables.tests.test_nestedtypes.WriteNoReopen)
> Checking indexes of nested columns. ... ok
> test08_setNestedField (tables.tests.test_nestedtypes.WriteNoReopen)
> Checking modifying a nested field via natural naming. ... ok
> test00_append (tables.tests.test_nestedtypes.WriteReopen)
> Appending a set of rows. ... ok
> test01_row (tables.tests.test_nestedtypes.WriteReopen)
> Appending individual rows. ... ok
> test02_where (tables.tests.test_nestedtypes.WriteReopen)
> Searching nested data. ... ok
> test02b_whereAppend (tables.tests.test_nestedtypes.WriteReopen)
> Searching nested data and appending it to another table. ... ok
> test03_colscond (tables.tests.test_nestedtypes.WriteReopen)
> Searching on a column with nested columns. ... ok
> test04_modifyColumn (tables.tests.test_nestedtypes.WriteReopen)
> Modifying one single nested column (modify_column). ... ok
> test05a_modifyColumns (tables.tests.test_nestedtypes.WriteReopen)
> Modifying one nested column (modify_columns). ... ok
> test05b_modifyColumns (tables.tests.test_nestedtypes.WriteReopen)
> Modifying two nested columns (modify_columns). ... ok
> test06_modifyRows (tables.tests.test_nestedtypes.WriteReopen)
> Checking modifying several rows at once (using nested rec array) ... ok
> test07_index (tables.tests.test_nestedtypes.WriteReopen)
> Checking indexes of nested columns. ... ok
> test08_setNestedField (tables.tests.test_nestedtypes.WriteReopen)
> Checking modifying a nested field via natural naming. ... ok
> test00a_repr (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking string representation of Cols. ... ok
> test00b_repr (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking string representation of nested Cols. ... ok
> test01a_f_col (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols._f_col() with a subgroup. ... ok
> test01b_f_col (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols._f_col() with a column. ... ok
> test01c_f_col (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols._f_col() with a nested subgroup. ... ok
> test02a__len__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__len__() in root level. ... ok
> test02b__len__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__len__() in subgroup level. ... ok
> test03a__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with a single index. ... ok
> test03b__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with a range index. ... ok
> test03c__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with a range index with step. ... ok
> test04a__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with subgroups with a single index. ... ok
> test04b__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with subgroups with a range index. ... ok
> test04c__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with subgroups with a range index with ... ok
> test05a__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with a column with a single index. ... ok
> test05b__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with a column with a range index. ... ok
> test05c__getitem__ (tables.tests.test_nestedtypes.ColsNoReopen)
> Checking cols.__getitem__() with a column with a range index with ... ok
> test_01a__iter__ (tables.tests.test_nestedtypes.ColsNoReopen) ... ok
> test00a_repr (tables.tests.test_nestedtypes.ColsReopen)
> Checking string representation of Cols. ... ok
> test00b_repr (tables.tests.test_nestedtypes.ColsReopen)
> Checking string representation of nested Cols. ... ok
> test01a_f_col (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols._f_col() with a subgroup. ... ok
> test01b_f_col (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols._f_col() with a column. ... ok
> test01c_f_col (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols._f_col() with a nested subgroup. ... ok
> test02a__len__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__len__() in root level. ... ok
> test02b__len__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__len__() in subgroup level. ... ok
> test03a__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with a single index. ... ok
> test03b__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with a range index. ... ok
> test03c__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with a range index with step. ... ok
> test04a__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with subgroups with a single index. ... ok
> test04b__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with subgroups with a range index. ... ok
> test04c__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with subgroups with a range index with ... ok
> test05a__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with a column with a single index. ... ok
> test05b__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with a column with a range index. ... ok
> test05c__getitem__ (tables.tests.test_nestedtypes.ColsReopen)
> Checking cols.__getitem__() with a column with a range index with ... ok
> test_01a__iter__ (tables.tests.test_nestedtypes.ColsReopen) ... ok
> test00a_repr (tables.tests.test_nestedtypes.ReadNoReopen)
> Checking representation of a nested Table. ... ok
> test00b_repr (tables.tests.test_nestedtypes.ReadNoReopen)
> Checking representation of a root Column. ... ok
> test00c_repr (tables.tests.test_nestedtypes.ReadNoReopen)
> Checking representation of a nested Column. ... ok
> test01_read (tables.tests.test_nestedtypes.ReadNoReopen)
> Checking Table.read with subgroups with a range index with step. ... ok
> test01_read_out_arg (tables.tests.test_nestedtypes.ReadNoReopen) ... ok
> test02_read (tables.tests.test_nestedtypes.ReadNoReopen)
> Checking Table.read with a nested Column. ... ok
> test02_read_out_arg (tables.tests.test_nestedtypes.ReadNoReopen)
> Checking Table.read with a nested Column. ... ok
> test00a_repr (tables.tests.test_nestedtypes.ReadReopen)
> Checking representation of a nested Table. ... ok
> test00b_repr (tables.tests.test_nestedtypes.ReadReopen)
> Checking representation of a root Column. ... ok
> test00c_repr (tables.tests.test_nestedtypes.ReadReopen)
> Checking representation of a nested Column. ... ok
> test01_read (tables.tests.test_nestedtypes.ReadReopen)
> Checking Table.read with subgroups with a range index with step. ... ok
> test01_read_out_arg (tables.tests.test_nestedtypes.ReadReopen) ... ok
> test02_read (tables.tests.test_nestedtypes.ReadReopen)
> Checking Table.read with a nested Column. ... ok
> test02_read_out_arg (tables.tests.test_nestedtypes.ReadReopen)
> Checking Table.read with a nested Column. ... ok
> test01a (tables.tests.test_nestedtypes.SameNestedNoReopen)
> Checking same nested columns (instance flavor). ... ok
> test01b (tables.tests.test_nestedtypes.SameNestedNoReopen)
> Checking same nested columns (class flavor). ... ok
> test01c (tables.tests.test_nestedtypes.SameNestedNoReopen)
> Checking same nested columns (mixed instance/class flavor). ... ok
> test01d (tables.tests.test_nestedtypes.SameNestedNoReopen)
> Checking same nested columns (dictionary flavor). ... ok
> test01e (tables.tests.test_nestedtypes.SameNestedNoReopen)
> Checking same nested columns (mixed dictionary/class flavor). ... ok
> test01f (tables.tests.test_nestedtypes.SameNestedNoReopen)
> Checking same nested columns (mixed dictionary/instance flavor). ... ok
> test02a (tables.tests.test_nestedtypes.SameNestedNoReopen)
> Indexing two simple columns under the same nested column. ... ok
> test02b (tables.tests.test_nestedtypes.SameNestedNoReopen)
> Indexing two simple columns under the same (very) nested column. ... ok
> test01a (tables.tests.test_nestedtypes.SameNestedReopen)
> Checking same nested columns (instance flavor). ... ok
> test01b (tables.tests.test_nestedtypes.SameNestedReopen)
> Checking same nested columns (class flavor). ... ok
> test01c (tables.tests.test_nestedtypes.SameNestedReopen)
> Checking same nested columns (mixed instance/class flavor). ... ok
> test01d (tables.tests.test_nestedtypes.SameNestedReopen)
> Checking same nested columns (dictionary flavor). ... ok
> test01e (tables.tests.test_nestedtypes.SameNestedReopen)
> Checking same nested columns (mixed dictionary/class flavor). ... ok
> test01f (tables.tests.test_nestedtypes.SameNestedReopen)
> Checking same nested columns (mixed dictionary/instance flavor). ... ok
> test02a (tables.tests.test_nestedtypes.SameNestedReopen)
> Indexing two simple columns under the same nested column. ... ok
> test02b (tables.tests.test_nestedtypes.SameNestedReopen)
> Indexing two simple columns under the same (very) nested column. ... ok
> test01 (tables.tests.test_nestedtypes.NestedTypesWithGaps)
> Opening a table with nested types with gaps. ... ok
> test (tables.tests.test_hdf5compat.PaddedArrayTestCase) ... ok
> test (tables.tests.test_hdf5compat.EnumTestCase) ... ok
> test (tables.tests.test_hdf5compat.F64BETestCase) ... ok
> test (tables.tests.test_hdf5compat.F64LETestCase) ... ok
> test (tables.tests.test_hdf5compat.I64BETestCase) ... ok
> test (tables.tests.test_hdf5compat.I64LETestCase) ... ok
> test (tables.tests.test_hdf5compat.I32BETestCase) ... ok
> test (tables.tests.test_hdf5compat.I32LETestCase) ... ok
> test (tables.tests.test_hdf5compat.ChunkedCompoundTestCase) ... ok
> test (tables.tests.test_hdf5compat.ContiguousCompoundTestCase) ... ok
> test (tables.tests.test_hdf5compat.ContiguousCompoundAppendTestCase) ... ok
> test (tables.tests.test_hdf5compat.ExtendibleTestCase) ... ok
> test (tables.tests.test_hdf5compat.SzipTestCase) ... ok
> test_numpy_str (tables.tests.test_hdf5compat.MatlabFileTestCase) ... ok
> test_string (tables.tests.test_hdf5compat.MatlabFileTestCase) ... ok
> test_unicode (tables.tests.test_hdf5compat.MatlabFileTestCase) ... ok
> test_node_var (tables.tests.test_hdf5compat.ObjectReferenceTestCase) ... ok
> test_ref_utf_str (tables.tests.test_hdf5compat.ObjectReferenceTestCase) ... ok
> test_double_ref (tables.tests.test_hdf5compat.ObjectReferenceRecursiveTestCase) ... ok
> test_ref_str (tables.tests.test_hdf5compat.ObjectReferenceRecursiveTestCase) ... ok
> test_var (tables.tests.test_hdf5compat.ObjectReferenceRecursiveTestCase) ... ok
> test00_char (tables.tests.test_numpy.Basic0DOneTestCase)
> Data integrity during recovery (character objects) ... ok
> test01_char_nc (tables.tests.test_numpy.Basic0DOneTestCase)
> Data integrity during recovery (non-contiguous character objects) ... ok
> test02_types (tables.tests.test_numpy.Basic0DOneTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_numpy.Basic0DOneTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... skipped ''
> test00_char (tables.tests.test_numpy.Basic0DTwoTestCase)
> Data integrity during recovery (character objects) ... ok
> test01_char_nc (tables.tests.test_numpy.Basic0DTwoTestCase)
> Data integrity during recovery (non-contiguous character objects) ... ok
> test02_types (tables.tests.test_numpy.Basic0DTwoTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_numpy.Basic0DTwoTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... skipped ''
> test00_char (tables.tests.test_numpy.Basic1DOneTestCase)
> Data integrity during recovery (character objects) ... ok
> test01_char_nc (tables.tests.test_numpy.Basic1DOneTestCase)
> Data integrity during recovery (non-contiguous character objects) ... ok
> test02_types (tables.tests.test_numpy.Basic1DOneTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_numpy.Basic1DOneTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_numpy.Basic1DTwoTestCase)
> Data integrity during recovery (character objects) ... ok
> test01_char_nc (tables.tests.test_numpy.Basic1DTwoTestCase)
> Data integrity during recovery (non-contiguous character objects) ... ok
> test02_types (tables.tests.test_numpy.Basic1DTwoTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_numpy.Basic1DTwoTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_numpy.Basic1DThreeTestCase)
> Data integrity during recovery (character objects) ... ok
> test01_char_nc (tables.tests.test_numpy.Basic1DThreeTestCase)
> Data integrity during recovery (non-contiguous character objects) ... ok
> test02_types (tables.tests.test_numpy.Basic1DThreeTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_numpy.Basic1DThreeTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_char (tables.tests.test_numpy.Basic2DTestCase)
> Data integrity during recovery (character objects) ... ok
> test01_char_nc (tables.tests.test_numpy.Basic2DTestCase)
> Data integrity during recovery (non-contiguous character objects) ... ok
> test02_types (tables.tests.test_numpy.Basic2DTestCase)
> Data integrity during recovery (numerical types) ... ok
> test03_types_nc (tables.tests.test_numpy.Basic2DTestCase)
> Data integrity during recovery (non-contiguous numerical types) ... ok
> test00_iterativeGroups (tables.tests.test_numpy.GroupsArrayTestCase)
> Checking combinations of arrays with groups ... ok
> test01_largeRankArrays (tables.tests.test_numpy.GroupsArrayTestCase)
> Checking creation of large rank arrays (0 < rank <= 32) ... ok
> test01_readTableChar (tables.tests.test_numpy.TableReadTestCase)
> Checking column conversion into NumPy in read(). ... ok
> test01_readTableNum (tables.tests.test_numpy.TableReadTestCase)
> Checking column conversion into NumPy in read(). ... ok
> test02_readCoordsChar (tables.tests.test_numpy.TableReadTestCase)
> Column conversion into NumPy in readCoords(). ... ok
> test02_readCoordsNum (tables.tests.test_numpy.TableReadTestCase)
> Column conversion into NumPy in read_coordinates(). ... ok
> test03_getIndexNumPy (tables.tests.test_numpy.TableReadTestCase)
> Getting table rows specifyied as NumPy scalar integers. ... ok
> test04_setIndexNumPy (tables.tests.test_numpy.TableReadTestCase)
> Setting table rows specifyied as NumPy integers. ... ok
> test01a_basicTableRead (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the return of a NumPy in read(). ... ok
> test01b_basicTableRead (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the return of a NumPy in read() (strided version). ... ok
> test02_getWhereList (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the return of NumPy in get_where_list method. ... ok
> test03a_readWhere (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the return of NumPy in read_where method (strings). ... ok
> test03b_readWhere (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the return of NumPy in read_where method (numeric). ... ok
> test04a_createTable (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the Table creation from a numpy recarray. ... ok
> test04b_appendTable (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking appending a numpy recarray. ... ok
> test05a_assignColumn (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking assigning to a column. ... ok
> test05b_modifyingColumns (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking modifying several columns at once. ... ok
> test05c_modifyingColumns (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking modifying several columns using a single numpy buffer. ... ok
> test06a_assignNestedColumn (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking assigning a nested column (using modify_column). ... ok
> test06b_assignNestedColumn (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking assigning a nested column (using the .cols accessor). ... ok
> test07a_modifyingRows (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking modifying several rows at once (using modify_rows). ... ok
> test07b_modifyingRows (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking modifying several rows at once (using cols accessor). ... ok
> test08a_modifyingRows (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking modifying just one row at once (using modify_rows). ... ok
> test08b_modifyingRows (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking modifying just one row at once (using cols accessor). ... ok
> test09a_getStrings (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the return of string columns with spaces. ... ok
> test09b_getStrings (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the return of string columns with spaces. ... ok
> test09c_getStrings (tables.tests.test_numpy.TableNativeFlavorOpenTestCase)
> Checking the return of string columns with spaces. ... ok
> test01a_basicTableRead (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the return of a NumPy in read(). ... ok
> test01b_basicTableRead (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the return of a NumPy in read() (strided version). ... ok
> test02_getWhereList (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the return of NumPy in get_where_list method. ... ok
> test03a_readWhere (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the return of NumPy in read_where method (strings). ... ok
> test03b_readWhere (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the return of NumPy in read_where method (numeric). ... ok
> test04a_createTable (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the Table creation from a numpy recarray. ... ok
> test04b_appendTable (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking appending a numpy recarray. ... ok
> test05a_assignColumn (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking assigning to a column. ... ok
> test05b_modifyingColumns (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking modifying several columns at once. ... ok
> test05c_modifyingColumns (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking modifying several columns using a single numpy buffer. ... ok
> test06a_assignNestedColumn (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking assigning a nested column (using modify_column). ... ok
> test06b_assignNestedColumn (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking assigning a nested column (using the .cols accessor). ... ok
> test07a_modifyingRows (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking modifying several rows at once (using modify_rows). ... ok
> test07b_modifyingRows (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking modifying several rows at once (using cols accessor). ... ok
> test08a_modifyingRows (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking modifying just one row at once (using modify_rows). ... ok
> test08b_modifyingRows (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking modifying just one row at once (using cols accessor). ... ok
> test09a_getStrings (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the return of string columns with spaces. ... ok
> test09b_getStrings (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the return of string columns with spaces. ... ok
> test09c_getStrings (tables.tests.test_numpy.TableNativeFlavorCloseTestCase)
> Checking the return of string columns with spaces. ... ok
> test01_writeAttribute (tables.tests.test_numpy.AttributesOpenTestCase)
> Checking the creation of a numpy attribute. ... ok
> test02_updateAttribute (tables.tests.test_numpy.AttributesOpenTestCase)
> Checking the modification of a numpy attribute. ... ok
> test01_writeAttribute (tables.tests.test_numpy.AttributesCloseTestCase)
> Checking the creation of a numpy attribute. ... ok
> test02_updateAttribute (tables.tests.test_numpy.AttributesCloseTestCase)
> Checking the modification of a numpy attribute. ... ok
> test01 (tables.tests.test_numpy.StrlenOpenTestCase)
> Checking the lengths of strings (read field). ... ok
> test02 (tables.tests.test_numpy.StrlenOpenTestCase)
> Checking the lengths of strings (read recarray). ... ok
> test03 (tables.tests.test_numpy.StrlenOpenTestCase)
> Checking the lengths of strings (read recarray, row by row). ... ok
> test01 (tables.tests.test_numpy.StrlenCloseTestCase)
> Checking the lengths of strings (read field). ... ok
> test02 (tables.tests.test_numpy.StrlenCloseTestCase)
> Checking the lengths of strings (read recarray). ... ok
> test03 (tables.tests.test_numpy.StrlenCloseTestCase)
> Checking the lengths of strings (read recarray, row by row). ... ok
> test_l0000 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_bool``.test_l0000 ... ok
> test_l0001 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool) & ((c_extra + 1) < 0)``.test_l0001 ... ok
> test_l0002 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool) | (c_idxextra > 0)``.test_l0002 ... ok
> test_l0003 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0003 ... ok
> test_l0008 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_bool < True``.test_l0008 ... ok
> test_l0009 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool < True) & ((c_extra + 1) < 0)``.test_l0009 ... ok
> test_l0010 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool < True) | (c_idxextra > 0)``.test_l0010 ... ok
> test_l0011 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool < True) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0011 ... ok
> test_l0016 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_bool == bound``.test_l0016 ... ok
> test_l0017 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool == bound) & ((c_extra + 1) < 0)``.test_l0017 ... ok
> test_l0018 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool == bound) | (c_idxextra > 0)``.test_l0018 ... ok
> test_l0019 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0019 ... ok
> test_l0020 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_bool != bound``.test_l0020 ... ok
> test_l0021 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool != bound) & ((c_extra + 1) < 0)``.test_l0021 ... ok
> test_l0022 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool != bound) | (c_idxextra > 0)``.test_l0022 ... ok
> test_l0023 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_bool != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0023 ... ok
> test_l0032 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_bool) & (c_bool <= rbound)``.test_l0032 ... ok
> test_l0033 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) & ((c_extra + 1) < 0)``.test_l0033 ... ok
> test_l0034 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | (c_idxextra > 0)``.test_l0034 ... ok
> test_l0035 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0035 ... ok
> test_l0040 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int8``.test_l0040 ... ok
> test_l0041 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8) & ((c_extra + 1) < 0)``.test_l0041 ... ok
> test_l0042 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8) | (c_idxextra > 0)``.test_l0042 ... ok
> test_l0043 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0043 ... ok
> test_l0048 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int8 < 37``.test_l0048 ... ok
> test_l0049 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 < 37) & ((c_extra + 1) < 0)``.test_l0049 ... ok
> test_l0050 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 < 37) | (c_idxextra > 0)``.test_l0050 ... ok
> test_l0051 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0051 ... ok
> test_l0056 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int8 == bound``.test_l0056 ... ok
> test_l0057 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 == bound) & ((c_extra + 1) < 0)``.test_l0057 ... ok
> test_l0058 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 == bound) | (c_idxextra > 0)``.test_l0058 ... ok
> test_l0059 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0059 ... ok
> test_l0060 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int8 != bound``.test_l0060 ... ok
> test_l0061 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 != bound) & ((c_extra + 1) < 0)``.test_l0061 ... ok
> test_l0062 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 != bound) | (c_idxextra > 0)``.test_l0062 ... ok
> test_l0063 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int8 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0063 ... ok
> test_l0072 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_int8) & (c_int8 <= rbound)``.test_l0072 ... ok
> test_l0073 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) & ((c_extra + 1) < 0)``.test_l0073 ... ok
> test_l0074 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | (c_idxextra > 0)``.test_l0074 ... ok
> test_l0075 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0075 ... ok
> test_l0200 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int32``.test_l0200 ... ok
> test_l0201 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32) & ((c_extra + 1) < 0)``.test_l0201 ... ok
> test_l0202 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32) | (c_idxextra > 0)``.test_l0202 ... ok
> test_l0203 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0203 ... ok
> test_l0208 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int32 < 37``.test_l0208 ... ok
> test_l0209 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 < 37) & ((c_extra + 1) < 0)``.test_l0209 ... ok
> test_l0210 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 < 37) | (c_idxextra > 0)``.test_l0210 ... ok
> test_l0211 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0211 ... ok
> test_l0216 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int32 == bound``.test_l0216 ... ok
> test_l0217 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 == bound) & ((c_extra + 1) < 0)``.test_l0217 ... ok
> test_l0218 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 == bound) | (c_idxextra > 0)``.test_l0218 ... ok
> test_l0219 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0219 ... ok
> test_l0220 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int32 != bound``.test_l0220 ... ok
> test_l0221 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 != bound) & ((c_extra + 1) < 0)``.test_l0221 ... ok
> test_l0222 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 != bound) | (c_idxextra > 0)``.test_l0222 ... ok
> test_l0223 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0223 ... ok
> test_l0232 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_int32) & (c_int32 <= rbound)``.test_l0232 ... ok
> test_l0233 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0233 ... ok
> test_l0234 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | (c_idxextra > 0)``.test_l0234 ... ok
> test_l0235 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0235 ... ok
> test_l0240 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_uint32``.test_l0240 ... ok
> test_l0241 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32) & ((c_extra + 1) < 0)``.test_l0241 ... ok
> test_l0242 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32) | (c_idxextra > 0)``.test_l0242 ... ok
> test_l0243 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0243 ... ok
> test_l0248 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_uint32 < 37``.test_l0248 ... ok
> test_l0249 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 < 37) & ((c_extra + 1) < 0)``.test_l0249 ... ok
> test_l0250 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 < 37) | (c_idxextra > 0)``.test_l0250 ... ok
> test_l0251 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0251 ... ok
> test_l0256 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_uint32 == bound``.test_l0256 ... ok
> test_l0257 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 == bound) & ((c_extra + 1) < 0)``.test_l0257 ... ok
> test_l0258 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 == bound) | (c_idxextra > 0)``.test_l0258 ... ok
> test_l0259 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0259 ... ok
> test_l0260 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_uint32 != bound``.test_l0260 ... ok
> test_l0261 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 != bound) & ((c_extra + 1) < 0)``.test_l0261 ... ok
> test_l0262 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 != bound) | (c_idxextra > 0)``.test_l0262 ... ok
> test_l0263 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0263 ... ok
> test_l0272 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_uint32) & (c_uint32 <= rbound)``.test_l0272 ... ok
> test_l0273 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0273 ... ok
> test_l0274 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | (c_idxextra > 0)``.test_l0274 ... ok
> test_l0275 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0275 ... ok
> test_l0280 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int64``.test_l0280 ... ok
> test_l0281 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64) & ((c_extra + 1) < 0)``.test_l0281 ... ok
> test_l0282 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64) | (c_idxextra > 0)``.test_l0282 ... ok
> test_l0283 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0283 ... ok
> test_l0288 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int64 < 37``.test_l0288 ... ok
> test_l0289 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 < 37) & ((c_extra + 1) < 0)``.test_l0289 ... ok
> test_l0290 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 < 37) | (c_idxextra > 0)``.test_l0290 ... ok
> test_l0291 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0291 ... ok
> test_l0296 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int64 == bound``.test_l0296 ... ok
> test_l0297 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 == bound) & ((c_extra + 1) < 0)``.test_l0297 ... ok
> test_l0298 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 == bound) | (c_idxextra > 0)``.test_l0298 ... ok
> test_l0299 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0299 ... ok
> test_l0300 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_int64 != bound``.test_l0300 ... ok
> test_l0301 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 != bound) & ((c_extra + 1) < 0)``.test_l0301 ... ok
> test_l0302 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 != bound) | (c_idxextra > 0)``.test_l0302 ... ok
> test_l0303 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_int64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0303 ... ok
> test_l0312 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_int64) & (c_int64 <= rbound)``.test_l0312 ... ok
> test_l0313 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0313 ... ok
> test_l0314 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | (c_idxextra > 0)``.test_l0314 ... ok
> test_l0315 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0315 ... ok
> test_l0320 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_uint64``.test_l0320 ... ok
> test_l0321 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64) & ((c_extra + 1) < 0)``.test_l0321 ... ok
> test_l0322 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64) | (c_idxextra > 0)``.test_l0322 ... ok
> test_l0323 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0323 ... ok
> test_l0328 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_uint64 < 37``.test_l0328 ... ok
> test_l0329 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 < 37) & ((c_extra + 1) < 0)``.test_l0329 ... ok
> test_l0330 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 < 37) | (c_idxextra > 0)``.test_l0330 ... ok
> test_l0331 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0331 ... ok
> test_l0336 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_uint64 == bound``.test_l0336 ... ok
> test_l0337 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 == bound) & ((c_extra + 1) < 0)``.test_l0337 ... ok
> test_l0338 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 == bound) | (c_idxextra > 0)``.test_l0338 ... ok
> test_l0339 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0339 ... ok
> test_l0340 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_uint64 != bound``.test_l0340 ... ok
> test_l0341 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 != bound) & ((c_extra + 1) < 0)``.test_l0341 ... ok
> test_l0342 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 != bound) | (c_idxextra > 0)``.test_l0342 ... ok
> test_l0343 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_uint64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0343 ... ok
> test_l0352 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_uint64) & (c_uint64 <= rbound)``.test_l0352 ... ok
> test_l0353 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0353 ... ok
> test_l0354 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | (c_idxextra > 0)``.test_l0354 ... ok
> test_l0355 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0355 ... ok
> test_l0400 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0400 ... ok
> test_l0401 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64) & ((c_extra + 1) < 0)``.test_l0401 ... ok
> test_l0402 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64) | (c_idxextra > 0)``.test_l0402 ... ok
> test_l0403 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0403 ... ok
> test_l0408 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64 < 37.0``.test_l0408 ... ok
> test_l0409 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 < 37.0) & ((c_extra + 1) < 0)``.test_l0409 ... ok
> test_l0410 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 < 37.0) | (c_idxextra > 0)``.test_l0410 ... ok
> test_l0411 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0411 ... ok
> test_l0416 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64 == bound``.test_l0416 ... ok
> test_l0417 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 == bound) & ((c_extra + 1) < 0)``.test_l0417 ... ok
> test_l0418 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 == bound) | (c_idxextra > 0)``.test_l0418 ... ok
> test_l0419 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0419 ... ok
> test_l0420 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64 != bound``.test_l0420 ... ok
> test_l0421 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 != bound) & ((c_extra + 1) < 0)``.test_l0421 ... ok
> test_l0422 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 != bound) | (c_idxextra > 0)``.test_l0422 ... ok
> test_l0423 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0423 ... ok
> test_l0432 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0432 ... ok
> test_l0433 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0433 ... ok
> test_l0434 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | (c_idxextra > 0)``.test_l0434 ... ok
> test_l0435 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0435 ... ok
> test_l0480 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_complex128``.test_l0480 ... ok
> test_l0481 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128) & ((c_extra + 1) < 0)``.test_l0481 ... ok
> test_l0482 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128) | (c_idxextra > 0)``.test_l0482 ... ok
> test_l0483 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0483 ... ok
> test_l0488 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_complex128 < (37+0j)``.test_l0488 ... ok
> test_l0489 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 < (37+0j)) & ((c_extra + 1) < 0)``.test_l0489 ... ok
> test_l0490 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 < (37+0j)) | (c_idxextra > 0)``.test_l0490 ... ok
> test_l0491 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 < (37+0j)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0491 ... ok
> test_l0496 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_complex128 == bound``.test_l0496 ... ok
> test_l0497 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 == bound) & ((c_extra + 1) < 0)``.test_l0497 ... ok
> test_l0498 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 == bound) | (c_idxextra > 0)``.test_l0498 ... ok
> test_l0499 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0499 ... ok
> test_l0500 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_complex128 != bound``.test_l0500 ... ok
> test_l0501 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 != bound) & ((c_extra + 1) < 0)``.test_l0501 ... ok
> test_l0502 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 != bound) | (c_idxextra > 0)``.test_l0502 ... ok
> test_l0503 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_complex128 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0503 ... ok
> test_l0512 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_complex128) & (c_complex128 <= rbound)``.test_l0512 ... ok
> test_l0513 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) & ((c_extra + 1) < 0)``.test_l0513 ... ok
> test_l0514 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | (c_idxextra > 0)``.test_l0514 ... ok
> test_l0515 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0515 ... ok
> test_l0520 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_time32``.test_l0520 ... ok
> test_l0521 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32) & ((c_extra + 1) < 0)``.test_l0521 ... ok
> test_l0522 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32) | (c_idxextra > 0)``.test_l0522 ... ok
> test_l0523 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0523 ... ok
> test_l0528 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_time32 < 37``.test_l0528 ... ok
> test_l0529 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 < 37) & ((c_extra + 1) < 0)``.test_l0529 ... ok
> test_l0530 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 < 37) | (c_idxextra > 0)``.test_l0530 ... ok
> test_l0531 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0531 ... ok
> test_l0536 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_time32 == bound``.test_l0536 ... ok
> test_l0537 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 == bound) & ((c_extra + 1) < 0)``.test_l0537 ... ok
> test_l0538 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 == bound) | (c_idxextra > 0)``.test_l0538 ... ok
> test_l0539 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0539 ... ok
> test_l0540 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_time32 != bound``.test_l0540 ... ok
> test_l0541 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 != bound) & ((c_extra + 1) < 0)``.test_l0541 ... ok
> test_l0542 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 != bound) | (c_idxextra > 0)``.test_l0542 ... ok
> test_l0543 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0543 ... ok
> test_l0552 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_time32) & (c_time32 <= rbound)``.test_l0552 ... ok
> test_l0553 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0553 ... ok
> test_l0554 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | (c_idxextra > 0)``.test_l0554 ... ok
> test_l0555 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0555 ... ok
> test_l0560 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_time64``.test_l0560 ... ok
> test_l0561 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64) & ((c_extra + 1) < 0)``.test_l0561 ... ok
> test_l0562 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64) | (c_idxextra > 0)``.test_l0562 ... ok
> test_l0563 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0563 ... ok
> test_l0568 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_time64 < 37.0``.test_l0568 ... ok
> test_l0569 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 < 37.0) & ((c_extra + 1) < 0)``.test_l0569 ... ok
> test_l0570 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 < 37.0) | (c_idxextra > 0)``.test_l0570 ... ok
> test_l0571 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0571 ... ok
> test_l0576 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_time64 == bound``.test_l0576 ... ok
> test_l0577 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 == bound) & ((c_extra + 1) < 0)``.test_l0577 ... ok
> test_l0578 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 == bound) | (c_idxextra > 0)``.test_l0578 ... ok
> test_l0579 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0579 ... ok
> test_l0580 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_time64 != bound``.test_l0580 ... ok
> test_l0581 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 != bound) & ((c_extra + 1) < 0)``.test_l0581 ... ok
> test_l0582 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 != bound) | (c_idxextra > 0)``.test_l0582 ... ok
> test_l0583 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_time64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0583 ... ok
> test_l0592 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_time64) & (c_time64 <= rbound)``.test_l0592 ... ok
> test_l0593 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0593 ... ok
> test_l0594 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | (c_idxextra > 0)``.test_l0594 ... ok
> test_l0595 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0595 ... ok
> test_l0600 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_enum``.test_l0600 ... ok
> test_l0601 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum) & ((c_extra + 1) < 0)``.test_l0601 ... ok
> test_l0602 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum) | (c_idxextra > 0)``.test_l0602 ... ok
> test_l0603 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0603 ... ok
> test_l0608 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_enum < 37``.test_l0608 ... ok
> test_l0609 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum < 37) & ((c_extra + 1) < 0)``.test_l0609 ... ok
> test_l0610 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum < 37) | (c_idxextra > 0)``.test_l0610 ... ok
> test_l0611 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0611 ... ok
> test_l0616 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_enum == bound``.test_l0616 ... ok
> test_l0617 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum == bound) & ((c_extra + 1) < 0)``.test_l0617 ... ok
> test_l0618 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum == bound) | (c_idxextra > 0)``.test_l0618 ... ok
> test_l0619 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0619 ... ok
> test_l0620 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_enum != bound``.test_l0620 ... ok
> test_l0621 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum != bound) & ((c_extra + 1) < 0)``.test_l0621 ... ok
> test_l0622 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum != bound) | (c_idxextra > 0)``.test_l0622 ... ok
> test_l0623 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_enum != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0623 ... ok
> test_l0632 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_enum) & (c_enum <= rbound)``.test_l0632 ... ok
> test_l0633 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) & ((c_extra + 1) < 0)``.test_l0633 ... ok
> test_l0634 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | (c_idxextra > 0)``.test_l0634 ... ok
> test_l0635 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0635 ... ok
> test_l0640 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_string``.test_l0640 ... ok
> test_l0641 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string) & ((c_extra + 1) < 0)``.test_l0641 ... ok
> test_l0642 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string) | (c_idxextra > 0)``.test_l0642 ... ok
> test_l0643 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0643 ... ok
> test_l0648 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_string < b'37'``.test_l0648 ... ok
> test_l0649 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string < b'37') & ((c_extra + 1) < 0)``.test_l0649 ... ok
> test_l0650 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string < b'37') | (c_idxextra > 0)``.test_l0650 ... ok
> test_l0651 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string < b'37') | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0651 ... ok
> test_l0656 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_string == bound``.test_l0656 ... ok
> test_l0657 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string == bound) & ((c_extra + 1) < 0)``.test_l0657 ... ok
> test_l0658 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string == bound) | (c_idxextra > 0)``.test_l0658 ... ok
> test_l0659 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0659 ... ok
> test_l0660 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_string != bound``.test_l0660 ... ok
> test_l0661 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string != bound) & ((c_extra + 1) < 0)``.test_l0661 ... ok
> test_l0662 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string != bound) | (c_idxextra > 0)``.test_l0662 ... ok
> test_l0663 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_string != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0663 ... ok
> test_l0672 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_string) & (c_string <= rbound)``.test_l0672 ... ok
> test_l0673 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) & ((c_extra + 1) < 0)``.test_l0673 ... ok
> test_l0674 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | (c_idxextra > 0)``.test_l0674 ... ok
> test_l0675 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0675 ... ok
> test_l0680 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float16``.test_l0680 ... ok
> test_l0681 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16) & ((c_extra + 1) < 0)``.test_l0681 ... ok
> test_l0682 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16) | (c_idxextra > 0)``.test_l0682 ... ok
> test_l0683 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0683 ... ok
> test_l0688 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float16 < 37.0``.test_l0688 ... ok
> test_l0689 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 < 37.0) & ((c_extra + 1) < 0)``.test_l0689 ... ok
> test_l0690 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 < 37.0) | (c_idxextra > 0)``.test_l0690 ... ok
> test_l0691 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0691 ... ok
> test_l0696 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float16 == bound``.test_l0696 ... ok
> test_l0697 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 == bound) & ((c_extra + 1) < 0)``.test_l0697 ... ok
> test_l0698 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 == bound) | (c_idxextra > 0)``.test_l0698 ... ok
> test_l0699 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0699 ... ok
> test_l0700 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float16 != bound``.test_l0700 ... ok
> test_l0701 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 != bound) & ((c_extra + 1) < 0)``.test_l0701 ... ok
> test_l0702 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 != bound) | (c_idxextra > 0)``.test_l0702 ... ok
> test_l0703 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(c_float16 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0703 ... ok
> test_l0712 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float16) & (c_float16 <= rbound)``.test_l0712 ... ok
> test_l0713 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) & ((c_extra + 1) < 0)``.test_l0713 ... ok
> test_l0714 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | (c_idxextra > 0)``.test_l0714 ... ok
> test_l0715 (tables.tests.test_queries.SSTDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0715 ... ok
> test_l0830 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0830 ... ok
> test_l0832 (tables.tests.test_queries.SSTDTestCase)
> Testing ``log10(c_float64) < func_bound``.test_l0832 ... ok
> test_l0834 (tables.tests.test_queries.SSTDTestCase)
> Testing ``log10(c_float64) == func_bound``.test_l0834 ... ok
> test_l0835 (tables.tests.test_queries.SSTDTestCase)
> Testing ``log10(c_float64) != func_bound``.test_l0835 ... ok
> test_l0838 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0838 ... ok
> test_l0840 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0840 ... ok
> test_l0842 (tables.tests.test_queries.SSTDTestCase)
> Testing ``log(c_float64) < func_bound``.test_l0842 ... ok
> test_l0844 (tables.tests.test_queries.SSTDTestCase)
> Testing ``log(c_float64) == func_bound``.test_l0844 ... ok
> test_l0845 (tables.tests.test_queries.SSTDTestCase)
> Testing ``log(c_float64) != func_bound``.test_l0845 ... ok
> test_l0848 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0848 ... ok
> test_l0850 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0850 ... ok
> test_l0852 (tables.tests.test_queries.SSTDTestCase)
> Testing ``exp(c_float64) < func_bound``.test_l0852 ... ok
> test_l0854 (tables.tests.test_queries.SSTDTestCase)
> Testing ``exp(c_float64) == func_bound``.test_l0854 ... ok
> test_l0855 (tables.tests.test_queries.SSTDTestCase)
> Testing ``exp(c_float64) != func_bound``.test_l0855 ... ok
> test_l0858 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0858 ... ok
> test_l0860 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0860 ... ok
> test_l0862 (tables.tests.test_queries.SSTDTestCase)
> Testing ``abs(c_float64) < func_bound``.test_l0862 ... ok
> test_l0864 (tables.tests.test_queries.SSTDTestCase)
> Testing ``abs(c_float64) == func_bound``.test_l0864 ... ok
> test_l0865 (tables.tests.test_queries.SSTDTestCase)
> Testing ``abs(c_float64) != func_bound``.test_l0865 ... ok
> test_l0868 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0868 ... ok
> test_l0870 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0870 ... ok
> test_l0872 (tables.tests.test_queries.SSTDTestCase)
> Testing ``sqrt(c_float64) < func_bound``.test_l0872 ... ok
> test_l0874 (tables.tests.test_queries.SSTDTestCase)
> Testing ``sqrt(c_float64) == func_bound``.test_l0874 ... ok
> test_l0875 (tables.tests.test_queries.SSTDTestCase)
> Testing ``sqrt(c_float64) != func_bound``.test_l0875 ... ok
> test_l0878 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0878 ... ok
> test_l0880 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0880 ... ok
> test_l0882 (tables.tests.test_queries.SSTDTestCase)
> Testing ``sin(c_float64) < func_bound``.test_l0882 ... ok
> test_l0884 (tables.tests.test_queries.SSTDTestCase)
> Testing ``sin(c_float64) == func_bound``.test_l0884 ... ok
> test_l0885 (tables.tests.test_queries.SSTDTestCase)
> Testing ``sin(c_float64) != func_bound``.test_l0885 ... ok
> test_l0888 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0888 ... ok
> test_l0890 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0890 ... ok
> test_l0892 (tables.tests.test_queries.SSTDTestCase)
> Testing ``cos(c_float64) < func_bound``.test_l0892 ... ok
> test_l0894 (tables.tests.test_queries.SSTDTestCase)
> Testing ``cos(c_float64) == func_bound``.test_l0894 ... ok
> test_l0895 (tables.tests.test_queries.SSTDTestCase)
> Testing ``cos(c_float64) != func_bound``.test_l0895 ... ok
> test_l0898 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0898 ... ok
> test_l0900 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0900 ... ok
> test_l0902 (tables.tests.test_queries.SSTDTestCase)
> Testing ``tan(c_float64) < func_bound``.test_l0902 ... ok
> test_l0904 (tables.tests.test_queries.SSTDTestCase)
> Testing ``tan(c_float64) == func_bound``.test_l0904 ... ok
> test_l0905 (tables.tests.test_queries.SSTDTestCase)
> Testing ``tan(c_float64) != func_bound``.test_l0905 ... ok
> test_l0908 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0908 ... ok
> test_l0910 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0910 ... ok
> test_l0912 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arcsin(c_float64) < func_bound``.test_l0912 ... ok
> test_l0914 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arcsin(c_float64) == func_bound``.test_l0914 ... ok
> test_l0915 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arcsin(c_float64) != func_bound``.test_l0915 ... ok
> test_l0918 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0918 ... ok
> test_l0920 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0920 ... ok
> test_l0922 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arccos(c_float64) < func_bound``.test_l0922 ... ok
> test_l0924 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arccos(c_float64) == func_bound``.test_l0924 ... ok
> test_l0925 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arccos(c_float64) != func_bound``.test_l0925 ... ok
> test_l0928 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0928 ... ok
> test_l0930 (tables.tests.test_queries.SSTDTestCase)
> Testing ``c_float64``.test_l0930 ... ok
> test_l0932 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arctan(c_float64) < func_bound``.test_l0932 ... ok
> test_l0934 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arctan(c_float64) == func_bound``.test_l0934 ... ok
> test_l0935 (tables.tests.test_queries.SSTDTestCase)
> Testing ``arctan(c_float64) != func_bound``.test_l0935 ... ok
> test_l0938 (tables.tests.test_queries.SSTDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0938 ... ok
> test_l0000 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_bool``.test_l0000 ... ok
> test_l0001 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool) & ((c_extra + 1) < 0)``.test_l0001 ... ok
> test_l0002 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool) | (c_idxextra > 0)``.test_l0002 ... ok
> test_l0003 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0003 ... ok
> test_l0008 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_bool < True``.test_l0008 ... ok
> test_l0009 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool < True) & ((c_extra + 1) < 0)``.test_l0009 ... ok
> test_l0010 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool < True) | (c_idxextra > 0)``.test_l0010 ... ok
> test_l0011 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool < True) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0011 ... ok
> test_l0016 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_bool == bound``.test_l0016 ... ok
> test_l0017 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool == bound) & ((c_extra + 1) < 0)``.test_l0017 ... ok
> test_l0018 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool == bound) | (c_idxextra > 0)``.test_l0018 ... ok
> test_l0019 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0019 ... ok
> test_l0020 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_bool != bound``.test_l0020 ... ok
> test_l0021 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool != bound) & ((c_extra + 1) < 0)``.test_l0021 ... ok
> test_l0022 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool != bound) | (c_idxextra > 0)``.test_l0022 ... ok
> test_l0023 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_bool != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0023 ... ok
> test_l0032 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_bool) & (c_bool <= rbound)``.test_l0032 ... ok
> test_l0033 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) & ((c_extra + 1) < 0)``.test_l0033 ... ok
> test_l0034 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | (c_idxextra > 0)``.test_l0034 ... ok
> test_l0035 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0035 ... ok
> test_l0040 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int8``.test_l0040 ... ok
> test_l0041 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8) & ((c_extra + 1) < 0)``.test_l0041 ... ok
> test_l0042 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8) | (c_idxextra > 0)``.test_l0042 ... ok
> test_l0043 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0043 ... ok
> test_l0048 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int8 < 37``.test_l0048 ... ok
> test_l0049 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 < 37) & ((c_extra + 1) < 0)``.test_l0049 ... ok
> test_l0050 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 < 37) | (c_idxextra > 0)``.test_l0050 ... ok
> test_l0051 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0051 ... ok
> test_l0056 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int8 == bound``.test_l0056 ... ok
> test_l0057 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 == bound) & ((c_extra + 1) < 0)``.test_l0057 ... ok
> test_l0058 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 == bound) | (c_idxextra > 0)``.test_l0058 ... ok
> test_l0059 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0059 ... ok
> test_l0060 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int8 != bound``.test_l0060 ... ok
> test_l0061 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 != bound) & ((c_extra + 1) < 0)``.test_l0061 ... ok
> test_l0062 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 != bound) | (c_idxextra > 0)``.test_l0062 ... ok
> test_l0063 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int8 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0063 ... ok
> test_l0072 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_int8) & (c_int8 <= rbound)``.test_l0072 ... ok
> test_l0073 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) & ((c_extra + 1) < 0)``.test_l0073 ... ok
> test_l0074 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | (c_idxextra > 0)``.test_l0074 ... ok
> test_l0075 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0075 ... ok
> test_l0200 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int32``.test_l0200 ... ok
> test_l0201 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32) & ((c_extra + 1) < 0)``.test_l0201 ... ok
> test_l0202 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32) | (c_idxextra > 0)``.test_l0202 ... ok
> test_l0203 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0203 ... ok
> test_l0208 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int32 < 37``.test_l0208 ... ok
> test_l0209 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 < 37) & ((c_extra + 1) < 0)``.test_l0209 ... ok
> test_l0210 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 < 37) | (c_idxextra > 0)``.test_l0210 ... ok
> test_l0211 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0211 ... ok
> test_l0216 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int32 == bound``.test_l0216 ... ok
> test_l0217 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 == bound) & ((c_extra + 1) < 0)``.test_l0217 ... ok
> test_l0218 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 == bound) | (c_idxextra > 0)``.test_l0218 ... ok
> test_l0219 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0219 ... ok
> test_l0220 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int32 != bound``.test_l0220 ... ok
> test_l0221 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 != bound) & ((c_extra + 1) < 0)``.test_l0221 ... ok
> test_l0222 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 != bound) | (c_idxextra > 0)``.test_l0222 ... ok
> test_l0223 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0223 ... ok
> test_l0232 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_int32) & (c_int32 <= rbound)``.test_l0232 ... ok
> test_l0233 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0233 ... ok
> test_l0234 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | (c_idxextra > 0)``.test_l0234 ... ok
> test_l0235 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0235 ... ok
> test_l0240 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_uint32``.test_l0240 ... ok
> test_l0241 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32) & ((c_extra + 1) < 0)``.test_l0241 ... ok
> test_l0242 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32) | (c_idxextra > 0)``.test_l0242 ... ok
> test_l0243 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0243 ... ok
> test_l0248 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_uint32 < 37``.test_l0248 ... ok
> test_l0249 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 < 37) & ((c_extra + 1) < 0)``.test_l0249 ... ok
> test_l0250 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 < 37) | (c_idxextra > 0)``.test_l0250 ... ok
> test_l0251 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0251 ... ok
> test_l0256 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_uint32 == bound``.test_l0256 ... ok
> test_l0257 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 == bound) & ((c_extra + 1) < 0)``.test_l0257 ... ok
> test_l0258 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 == bound) | (c_idxextra > 0)``.test_l0258 ... ok
> test_l0259 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0259 ... ok
> test_l0260 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_uint32 != bound``.test_l0260 ... ok
> test_l0261 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 != bound) & ((c_extra + 1) < 0)``.test_l0261 ... ok
> test_l0262 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 != bound) | (c_idxextra > 0)``.test_l0262 ... ok
> test_l0263 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0263 ... ok
> test_l0272 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_uint32) & (c_uint32 <= rbound)``.test_l0272 ... ok
> test_l0273 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0273 ... ok
> test_l0274 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | (c_idxextra > 0)``.test_l0274 ... ok
> test_l0275 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0275 ... ok
> test_l0280 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int64``.test_l0280 ... ok
> test_l0281 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64) & ((c_extra + 1) < 0)``.test_l0281 ... ok
> test_l0282 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64) | (c_idxextra > 0)``.test_l0282 ... ok
> test_l0283 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0283 ... ok
> test_l0288 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int64 < 37``.test_l0288 ... ok
> test_l0289 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 < 37) & ((c_extra + 1) < 0)``.test_l0289 ... ok
> test_l0290 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 < 37) | (c_idxextra > 0)``.test_l0290 ... ok
> test_l0291 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0291 ... ok
> test_l0296 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int64 == bound``.test_l0296 ... ok
> test_l0297 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 == bound) & ((c_extra + 1) < 0)``.test_l0297 ... ok
> test_l0298 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 == bound) | (c_idxextra > 0)``.test_l0298 ... ok
> test_l0299 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0299 ... ok
> test_l0300 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_int64 != bound``.test_l0300 ... ok
> test_l0301 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 != bound) & ((c_extra + 1) < 0)``.test_l0301 ... ok
> test_l0302 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 != bound) | (c_idxextra > 0)``.test_l0302 ... ok
> test_l0303 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_int64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0303 ... ok
> test_l0312 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_int64) & (c_int64 <= rbound)``.test_l0312 ... ok
> test_l0313 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0313 ... ok
> test_l0314 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | (c_idxextra > 0)``.test_l0314 ... ok
> test_l0315 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0315 ... ok
> test_l0320 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_uint64``.test_l0320 ... ok
> test_l0321 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64) & ((c_extra + 1) < 0)``.test_l0321 ... ok
> test_l0322 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64) | (c_idxextra > 0)``.test_l0322 ... ok
> test_l0323 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0323 ... ok
> test_l0328 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_uint64 < 37``.test_l0328 ... ok
> test_l0329 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 < 37) & ((c_extra + 1) < 0)``.test_l0329 ... ok
> test_l0330 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 < 37) | (c_idxextra > 0)``.test_l0330 ... ok
> test_l0331 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0331 ... ok
> test_l0336 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_uint64 == bound``.test_l0336 ... ok
> test_l0337 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 == bound) & ((c_extra + 1) < 0)``.test_l0337 ... ok
> test_l0338 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 == bound) | (c_idxextra > 0)``.test_l0338 ... ok
> test_l0339 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0339 ... ok
> test_l0340 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_uint64 != bound``.test_l0340 ... ok
> test_l0341 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 != bound) & ((c_extra + 1) < 0)``.test_l0341 ... ok
> test_l0342 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 != bound) | (c_idxextra > 0)``.test_l0342 ... ok
> test_l0343 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_uint64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0343 ... ok
> test_l0352 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_uint64) & (c_uint64 <= rbound)``.test_l0352 ... ok
> test_l0353 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0353 ... ok
> test_l0354 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | (c_idxextra > 0)``.test_l0354 ... ok
> test_l0355 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0355 ... ok
> test_l0400 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0400 ... ok
> test_l0401 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64) & ((c_extra + 1) < 0)``.test_l0401 ... ok
> test_l0402 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64) | (c_idxextra > 0)``.test_l0402 ... ok
> test_l0403 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0403 ... ok
> test_l0408 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64 < 37.0``.test_l0408 ... ok
> test_l0409 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 < 37.0) & ((c_extra + 1) < 0)``.test_l0409 ... ok
> test_l0410 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 < 37.0) | (c_idxextra > 0)``.test_l0410 ... ok
> test_l0411 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0411 ... ok
> test_l0416 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64 == bound``.test_l0416 ... ok
> test_l0417 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 == bound) & ((c_extra + 1) < 0)``.test_l0417 ... ok
> test_l0418 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 == bound) | (c_idxextra > 0)``.test_l0418 ... ok
> test_l0419 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0419 ... ok
> test_l0420 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64 != bound``.test_l0420 ... ok
> test_l0421 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 != bound) & ((c_extra + 1) < 0)``.test_l0421 ... ok
> test_l0422 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 != bound) | (c_idxextra > 0)``.test_l0422 ... ok
> test_l0423 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0423 ... ok
> test_l0432 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0432 ... ok
> test_l0433 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0433 ... ok
> test_l0434 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | (c_idxextra > 0)``.test_l0434 ... ok
> test_l0435 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0435 ... ok
> test_l0480 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_complex128``.test_l0480 ... ok
> test_l0481 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128) & ((c_extra + 1) < 0)``.test_l0481 ... ok
> test_l0482 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128) | (c_idxextra > 0)``.test_l0482 ... ok
> test_l0483 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0483 ... ok
> test_l0488 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_complex128 < (37+0j)``.test_l0488 ... ok
> test_l0489 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) & ((c_extra + 1) < 0)``.test_l0489 ... ok
> test_l0490 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) | (c_idxextra > 0)``.test_l0490 ... ok
> test_l0491 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0491 ... ok
> test_l0496 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_complex128 == bound``.test_l0496 ... ok
> test_l0497 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 == bound) & ((c_extra + 1) < 0)``.test_l0497 ... ok
> test_l0498 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 == bound) | (c_idxextra > 0)``.test_l0498 ... ok
> test_l0499 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0499 ... ok
> test_l0500 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_complex128 != bound``.test_l0500 ... ok
> test_l0501 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 != bound) & ((c_extra + 1) < 0)``.test_l0501 ... ok
> test_l0502 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 != bound) | (c_idxextra > 0)``.test_l0502 ... ok
> test_l0503 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_complex128 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0503 ... ok
> test_l0512 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_complex128) & (c_complex128 <= rbound)``.test_l0512 ... ok
> test_l0513 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) & ((c_extra + 1) < 0)``.test_l0513 ... ok
> test_l0514 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | (c_idxextra > 0)``.test_l0514 ... ok
> test_l0515 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0515 ... ok
> test_l0520 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_time32``.test_l0520 ... ok
> test_l0521 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32) & ((c_extra + 1) < 0)``.test_l0521 ... ok
> test_l0522 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32) | (c_idxextra > 0)``.test_l0522 ... ok
> test_l0523 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0523 ... ok
> test_l0528 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_time32 < 37``.test_l0528 ... ok
> test_l0529 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 < 37) & ((c_extra + 1) < 0)``.test_l0529 ... ok
> test_l0530 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 < 37) | (c_idxextra > 0)``.test_l0530 ... ok
> test_l0531 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0531 ... ok
> test_l0536 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_time32 == bound``.test_l0536 ... ok
> test_l0537 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 == bound) & ((c_extra + 1) < 0)``.test_l0537 ... ok
> test_l0538 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 == bound) | (c_idxextra > 0)``.test_l0538 ... ok
> test_l0539 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0539 ... ok
> test_l0540 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_time32 != bound``.test_l0540 ... ok
> test_l0541 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 != bound) & ((c_extra + 1) < 0)``.test_l0541 ... ok
> test_l0542 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 != bound) | (c_idxextra > 0)``.test_l0542 ... ok
> test_l0543 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0543 ... ok
> test_l0552 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_time32) & (c_time32 <= rbound)``.test_l0552 ... ok
> test_l0553 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0553 ... ok
> test_l0554 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | (c_idxextra > 0)``.test_l0554 ... ok
> test_l0555 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0555 ... ok
> test_l0560 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_time64``.test_l0560 ... ok
> test_l0561 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64) & ((c_extra + 1) < 0)``.test_l0561 ... ok
> test_l0562 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64) | (c_idxextra > 0)``.test_l0562 ... ok
> test_l0563 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0563 ... ok
> test_l0568 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_time64 < 37.0``.test_l0568 ... ok
> test_l0569 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 < 37.0) & ((c_extra + 1) < 0)``.test_l0569 ... ok
> test_l0570 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 < 37.0) | (c_idxextra > 0)``.test_l0570 ... ok
> test_l0571 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0571 ... ok
> test_l0576 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_time64 == bound``.test_l0576 ... ok
> test_l0577 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 == bound) & ((c_extra + 1) < 0)``.test_l0577 ... ok
> test_l0578 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 == bound) | (c_idxextra > 0)``.test_l0578 ... ok
> test_l0579 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0579 ... ok
> test_l0580 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_time64 != bound``.test_l0580 ... ok
> test_l0581 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 != bound) & ((c_extra + 1) < 0)``.test_l0581 ... ok
> test_l0582 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 != bound) | (c_idxextra > 0)``.test_l0582 ... ok
> test_l0583 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_time64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0583 ... ok
> test_l0592 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_time64) & (c_time64 <= rbound)``.test_l0592 ... ok
> test_l0593 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0593 ... ok
> test_l0594 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | (c_idxextra > 0)``.test_l0594 ... ok
> test_l0595 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0595 ... ok
> test_l0600 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_enum``.test_l0600 ... ok
> test_l0601 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum) & ((c_extra + 1) < 0)``.test_l0601 ... ok
> test_l0602 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum) | (c_idxextra > 0)``.test_l0602 ... ok
> test_l0603 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0603 ... ok
> test_l0608 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_enum < 37``.test_l0608 ... ok
> test_l0609 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum < 37) & ((c_extra + 1) < 0)``.test_l0609 ... ok
> test_l0610 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum < 37) | (c_idxextra > 0)``.test_l0610 ... ok
> test_l0611 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0611 ... ok
> test_l0616 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_enum == bound``.test_l0616 ... ok
> test_l0617 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum == bound) & ((c_extra + 1) < 0)``.test_l0617 ... ok
> test_l0618 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum == bound) | (c_idxextra > 0)``.test_l0618 ... ok
> test_l0619 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0619 ... ok
> test_l0620 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_enum != bound``.test_l0620 ... ok
> test_l0621 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum != bound) & ((c_extra + 1) < 0)``.test_l0621 ... ok
> test_l0622 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum != bound) | (c_idxextra > 0)``.test_l0622 ... ok
> test_l0623 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_enum != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0623 ... ok
> test_l0632 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_enum) & (c_enum <= rbound)``.test_l0632 ... ok
> test_l0633 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) & ((c_extra + 1) < 0)``.test_l0633 ... ok
> test_l0634 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | (c_idxextra > 0)``.test_l0634 ... ok
> test_l0635 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0635 ... ok
> test_l0640 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_string``.test_l0640 ... ok
> test_l0641 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string) & ((c_extra + 1) < 0)``.test_l0641 ... ok
> test_l0642 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string) | (c_idxextra > 0)``.test_l0642 ... ok
> test_l0643 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0643 ... ok
> test_l0648 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_string < b'37'``.test_l0648 ... ok
> test_l0649 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string < b'37') & ((c_extra + 1) < 0)``.test_l0649 ... ok
> test_l0650 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string < b'37') | (c_idxextra > 0)``.test_l0650 ... ok
> test_l0651 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string < b'37') | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0651 ... ok
> test_l0656 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_string == bound``.test_l0656 ... ok
> test_l0657 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string == bound) & ((c_extra + 1) < 0)``.test_l0657 ... ok
> test_l0658 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string == bound) | (c_idxextra > 0)``.test_l0658 ... ok
> test_l0659 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0659 ... ok
> test_l0660 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_string != bound``.test_l0660 ... ok
> test_l0661 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string != bound) & ((c_extra + 1) < 0)``.test_l0661 ... ok
> test_l0662 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string != bound) | (c_idxextra > 0)``.test_l0662 ... ok
> test_l0663 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_string != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0663 ... ok
> test_l0672 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_string) & (c_string <= rbound)``.test_l0672 ... ok
> test_l0673 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) & ((c_extra + 1) < 0)``.test_l0673 ... ok
> test_l0674 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | (c_idxextra > 0)``.test_l0674 ... ok
> test_l0675 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0675 ... ok
> test_l0680 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float16``.test_l0680 ... ok
> test_l0681 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16) & ((c_extra + 1) < 0)``.test_l0681 ... ok
> test_l0682 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16) | (c_idxextra > 0)``.test_l0682 ... ok
> test_l0683 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0683 ... ok
> test_l0688 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float16 < 37.0``.test_l0688 ... ok
> test_l0689 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 < 37.0) & ((c_extra + 1) < 0)``.test_l0689 ... ok
> test_l0690 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 < 37.0) | (c_idxextra > 0)``.test_l0690 ... ok
> test_l0691 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0691 ... ok
> test_l0696 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float16 == bound``.test_l0696 ... ok
> test_l0697 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 == bound) & ((c_extra + 1) < 0)``.test_l0697 ... ok
> test_l0698 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 == bound) | (c_idxextra > 0)``.test_l0698 ... ok
> test_l0699 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0699 ... ok
> test_l0700 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float16 != bound``.test_l0700 ... ok
> test_l0701 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 != bound) & ((c_extra + 1) < 0)``.test_l0701 ... ok
> test_l0702 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 != bound) | (c_idxextra > 0)``.test_l0702 ... ok
> test_l0703 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(c_float16 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0703 ... ok
> test_l0712 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float16) & (c_float16 <= rbound)``.test_l0712 ... ok
> test_l0713 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) & ((c_extra + 1) < 0)``.test_l0713 ... ok
> test_l0714 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | (c_idxextra > 0)``.test_l0714 ... ok
> test_l0715 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0715 ... ok
> test_l0830 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0830 ... ok
> test_l0832 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``log10(c_float64) < func_bound``.test_l0832 ... ok
> test_l0834 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``log10(c_float64) == func_bound``.test_l0834 ... ok
> test_l0835 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``log10(c_float64) != func_bound``.test_l0835 ... ok
> test_l0838 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0838 ... ok
> test_l0840 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0840 ... ok
> test_l0842 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``log(c_float64) < func_bound``.test_l0842 ... ok
> test_l0844 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``log(c_float64) == func_bound``.test_l0844 ... ok
> test_l0845 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``log(c_float64) != func_bound``.test_l0845 ... ok
> test_l0848 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0848 ... ok
> test_l0850 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0850 ... ok
> test_l0852 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``exp(c_float64) < func_bound``.test_l0852 ... ok
> test_l0854 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``exp(c_float64) == func_bound``.test_l0854 ... ok
> test_l0855 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``exp(c_float64) != func_bound``.test_l0855 ... ok
> test_l0858 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0858 ... ok
> test_l0860 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0860 ... ok
> test_l0862 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``abs(c_float64) < func_bound``.test_l0862 ... ok
> test_l0864 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``abs(c_float64) == func_bound``.test_l0864 ... ok
> test_l0865 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``abs(c_float64) != func_bound``.test_l0865 ... ok
> test_l0868 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0868 ... ok
> test_l0870 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0870 ... ok
> test_l0872 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``sqrt(c_float64) < func_bound``.test_l0872 ... ok
> test_l0874 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``sqrt(c_float64) == func_bound``.test_l0874 ... ok
> test_l0875 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``sqrt(c_float64) != func_bound``.test_l0875 ... ok
> test_l0878 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0878 ... ok
> test_l0880 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0880 ... ok
> test_l0882 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``sin(c_float64) < func_bound``.test_l0882 ... ok
> test_l0884 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``sin(c_float64) == func_bound``.test_l0884 ... ok
> test_l0885 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``sin(c_float64) != func_bound``.test_l0885 ... ok
> test_l0888 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0888 ... ok
> test_l0890 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0890 ... ok
> test_l0892 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``cos(c_float64) < func_bound``.test_l0892 ... ok
> test_l0894 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``cos(c_float64) == func_bound``.test_l0894 ... ok
> test_l0895 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``cos(c_float64) != func_bound``.test_l0895 ... ok
> test_l0898 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0898 ... ok
> test_l0900 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0900 ... ok
> test_l0902 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``tan(c_float64) < func_bound``.test_l0902 ... ok
> test_l0904 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``tan(c_float64) == func_bound``.test_l0904 ... ok
> test_l0905 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``tan(c_float64) != func_bound``.test_l0905 ... ok
> test_l0908 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0908 ... ok
> test_l0910 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0910 ... ok
> test_l0912 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arcsin(c_float64) < func_bound``.test_l0912 ... ok
> test_l0914 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arcsin(c_float64) == func_bound``.test_l0914 ... ok
> test_l0915 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arcsin(c_float64) != func_bound``.test_l0915 ... ok
> test_l0918 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0918 ... ok
> test_l0920 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0920 ... ok
> test_l0922 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arccos(c_float64) < func_bound``.test_l0922 ... ok
> test_l0924 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arccos(c_float64) == func_bound``.test_l0924 ... ok
> test_l0925 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arccos(c_float64) != func_bound``.test_l0925 ... ok
> test_l0928 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0928 ... ok
> test_l0930 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``c_float64``.test_l0930 ... ok
> test_l0932 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arctan(c_float64) < func_bound``.test_l0932 ... ok
> test_l0934 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arctan(c_float64) == func_bound``.test_l0934 ... ok
> test_l0935 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``arctan(c_float64) != func_bound``.test_l0935 ... ok
> test_l0938 (tables.tests.test_queries.SIUO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0938 ... ok
> test_l0000 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_bool``.test_l0000 ... ok
> test_l0001 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool) & ((c_extra + 1) < 0)``.test_l0001 ... ok
> test_l0002 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool) | (c_idxextra > 0)``.test_l0002 ... ok
> test_l0003 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0003 ... ok
> test_l0008 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_bool < True``.test_l0008 ... ok
> test_l0009 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool < True) & ((c_extra + 1) < 0)``.test_l0009 ... ok
> test_l0010 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool < True) | (c_idxextra > 0)``.test_l0010 ... ok
> test_l0011 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool < True) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0011 ... ok
> test_l0016 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_bool == bound``.test_l0016 ... ok
> test_l0017 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool == bound) & ((c_extra + 1) < 0)``.test_l0017 ... ok
> test_l0018 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool == bound) | (c_idxextra > 0)``.test_l0018 ... ok
> test_l0019 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0019 ... ok
> test_l0020 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_bool != bound``.test_l0020 ... ok
> test_l0021 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool != bound) & ((c_extra + 1) < 0)``.test_l0021 ... ok
> test_l0022 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool != bound) | (c_idxextra > 0)``.test_l0022 ... ok
> test_l0023 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_bool != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0023 ... ok
> test_l0032 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_bool) & (c_bool <= rbound)``.test_l0032 ... ok
> test_l0033 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) & ((c_extra + 1) < 0)``.test_l0033 ... ok
> test_l0034 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | (c_idxextra > 0)``.test_l0034 ... ok
> test_l0035 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0035 ... ok
> test_l0040 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int8``.test_l0040 ... ok
> test_l0041 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8) & ((c_extra + 1) < 0)``.test_l0041 ... ok
> test_l0042 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8) | (c_idxextra > 0)``.test_l0042 ... ok
> test_l0043 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0043 ... ok
> test_l0048 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int8 < 37``.test_l0048 ... ok
> test_l0049 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 < 37) & ((c_extra + 1) < 0)``.test_l0049 ... ok
> test_l0050 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 < 37) | (c_idxextra > 0)``.test_l0050 ... ok
> test_l0051 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0051 ... ok
> test_l0056 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int8 == bound``.test_l0056 ... ok
> test_l0057 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 == bound) & ((c_extra + 1) < 0)``.test_l0057 ... ok
> test_l0058 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 == bound) | (c_idxextra > 0)``.test_l0058 ... ok
> test_l0059 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0059 ... ok
> test_l0060 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int8 != bound``.test_l0060 ... ok
> test_l0061 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 != bound) & ((c_extra + 1) < 0)``.test_l0061 ... ok
> test_l0062 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 != bound) | (c_idxextra > 0)``.test_l0062 ... ok
> test_l0063 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int8 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0063 ... ok
> test_l0072 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_int8) & (c_int8 <= rbound)``.test_l0072 ... ok
> test_l0073 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) & ((c_extra + 1) < 0)``.test_l0073 ... ok
> test_l0074 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | (c_idxextra > 0)``.test_l0074 ... ok
> test_l0075 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0075 ... ok
> test_l0200 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int32``.test_l0200 ... ok
> test_l0201 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32) & ((c_extra + 1) < 0)``.test_l0201 ... ok
> test_l0202 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32) | (c_idxextra > 0)``.test_l0202 ... ok
> test_l0203 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0203 ... ok
> test_l0208 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int32 < 37``.test_l0208 ... ok
> test_l0209 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 < 37) & ((c_extra + 1) < 0)``.test_l0209 ... ok
> test_l0210 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 < 37) | (c_idxextra > 0)``.test_l0210 ... ok
> test_l0211 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0211 ... ok
> test_l0216 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int32 == bound``.test_l0216 ... ok
> test_l0217 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 == bound) & ((c_extra + 1) < 0)``.test_l0217 ... ok
> test_l0218 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 == bound) | (c_idxextra > 0)``.test_l0218 ... ok
> test_l0219 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0219 ... ok
> test_l0220 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int32 != bound``.test_l0220 ... ok
> test_l0221 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 != bound) & ((c_extra + 1) < 0)``.test_l0221 ... ok
> test_l0222 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 != bound) | (c_idxextra > 0)``.test_l0222 ... ok
> test_l0223 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0223 ... ok
> test_l0232 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_int32) & (c_int32 <= rbound)``.test_l0232 ... ok
> test_l0233 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0233 ... ok
> test_l0234 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | (c_idxextra > 0)``.test_l0234 ... ok
> test_l0235 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0235 ... ok
> test_l0240 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_uint32``.test_l0240 ... ok
> test_l0241 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32) & ((c_extra + 1) < 0)``.test_l0241 ... ok
> test_l0242 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32) | (c_idxextra > 0)``.test_l0242 ... ok
> test_l0243 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0243 ... ok
> test_l0248 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_uint32 < 37``.test_l0248 ... ok
> test_l0249 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 < 37) & ((c_extra + 1) < 0)``.test_l0249 ... ok
> test_l0250 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 < 37) | (c_idxextra > 0)``.test_l0250 ... ok
> test_l0251 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0251 ... ok
> test_l0256 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_uint32 == bound``.test_l0256 ... ok
> test_l0257 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 == bound) & ((c_extra + 1) < 0)``.test_l0257 ... ok
> test_l0258 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 == bound) | (c_idxextra > 0)``.test_l0258 ... ok
> test_l0259 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0259 ... ok
> test_l0260 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_uint32 != bound``.test_l0260 ... ok
> test_l0261 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 != bound) & ((c_extra + 1) < 0)``.test_l0261 ... ok
> test_l0262 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 != bound) | (c_idxextra > 0)``.test_l0262 ... ok
> test_l0263 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0263 ... ok
> test_l0272 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_uint32) & (c_uint32 <= rbound)``.test_l0272 ... ok
> test_l0273 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0273 ... ok
> test_l0274 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | (c_idxextra > 0)``.test_l0274 ... ok
> test_l0275 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0275 ... ok
> test_l0280 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int64``.test_l0280 ... ok
> test_l0281 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64) & ((c_extra + 1) < 0)``.test_l0281 ... ok
> test_l0282 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64) | (c_idxextra > 0)``.test_l0282 ... ok
> test_l0283 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0283 ... ok
> test_l0288 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int64 < 37``.test_l0288 ... ok
> test_l0289 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 < 37) & ((c_extra + 1) < 0)``.test_l0289 ... ok
> test_l0290 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 < 37) | (c_idxextra > 0)``.test_l0290 ... ok
> test_l0291 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0291 ... ok
> test_l0296 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int64 == bound``.test_l0296 ... ok
> test_l0297 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 == bound) & ((c_extra + 1) < 0)``.test_l0297 ... ok
> test_l0298 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 == bound) | (c_idxextra > 0)``.test_l0298 ... ok
> test_l0299 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0299 ... ok
> test_l0300 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_int64 != bound``.test_l0300 ... ok
> test_l0301 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 != bound) & ((c_extra + 1) < 0)``.test_l0301 ... ok
> test_l0302 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 != bound) | (c_idxextra > 0)``.test_l0302 ... ok
> test_l0303 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_int64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0303 ... ok
> test_l0312 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_int64) & (c_int64 <= rbound)``.test_l0312 ... ok
> test_l0313 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0313 ... ok
> test_l0314 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | (c_idxextra > 0)``.test_l0314 ... ok
> test_l0315 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0315 ... ok
> test_l0320 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_uint64``.test_l0320 ... ok
> test_l0321 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64) & ((c_extra + 1) < 0)``.test_l0321 ... ok
> test_l0322 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64) | (c_idxextra > 0)``.test_l0322 ... ok
> test_l0323 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0323 ... ok
> test_l0328 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_uint64 < 37``.test_l0328 ... ok
> test_l0329 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 < 37) & ((c_extra + 1) < 0)``.test_l0329 ... ok
> test_l0330 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 < 37) | (c_idxextra > 0)``.test_l0330 ... ok
> test_l0331 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0331 ... ok
> test_l0336 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_uint64 == bound``.test_l0336 ... ok
> test_l0337 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 == bound) & ((c_extra + 1) < 0)``.test_l0337 ... ok
> test_l0338 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 == bound) | (c_idxextra > 0)``.test_l0338 ... ok
> test_l0339 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0339 ... ok
> test_l0340 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_uint64 != bound``.test_l0340 ... ok
> test_l0341 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 != bound) & ((c_extra + 1) < 0)``.test_l0341 ... ok
> test_l0342 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 != bound) | (c_idxextra > 0)``.test_l0342 ... ok
> test_l0343 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_uint64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0343 ... ok
> test_l0352 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_uint64) & (c_uint64 <= rbound)``.test_l0352 ... ok
> test_l0353 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0353 ... ok
> test_l0354 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | (c_idxextra > 0)``.test_l0354 ... ok
> test_l0355 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0355 ... ok
> test_l0400 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0400 ... ok
> test_l0401 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64) & ((c_extra + 1) < 0)``.test_l0401 ... ok
> test_l0402 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64) | (c_idxextra > 0)``.test_l0402 ... ok
> test_l0403 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0403 ... ok
> test_l0408 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64 < 37.0``.test_l0408 ... ok
> test_l0409 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 < 37.0) & ((c_extra + 1) < 0)``.test_l0409 ... ok
> test_l0410 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 < 37.0) | (c_idxextra > 0)``.test_l0410 ... ok
> test_l0411 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0411 ... ok
> test_l0416 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64 == bound``.test_l0416 ... ok
> test_l0417 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 == bound) & ((c_extra + 1) < 0)``.test_l0417 ... ok
> test_l0418 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 == bound) | (c_idxextra > 0)``.test_l0418 ... ok
> test_l0419 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0419 ... ok
> test_l0420 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64 != bound``.test_l0420 ... ok
> test_l0421 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 != bound) & ((c_extra + 1) < 0)``.test_l0421 ... ok
> test_l0422 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 != bound) | (c_idxextra > 0)``.test_l0422 ... ok
> test_l0423 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0423 ... ok
> test_l0432 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0432 ... ok
> test_l0433 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0433 ... ok
> test_l0434 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | (c_idxextra > 0)``.test_l0434 ... ok
> test_l0435 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0435 ... ok
> test_l0480 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_complex128``.test_l0480 ... ok
> test_l0481 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128) & ((c_extra + 1) < 0)``.test_l0481 ... ok
> test_l0482 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128) | (c_idxextra > 0)``.test_l0482 ... ok
> test_l0483 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0483 ... ok
> test_l0488 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_complex128 < (37+0j)``.test_l0488 ... ok
> test_l0489 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) & ((c_extra + 1) < 0)``.test_l0489 ... ok
> test_l0490 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) | (c_idxextra > 0)``.test_l0490 ... ok
> test_l0491 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0491 ... ok
> test_l0496 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_complex128 == bound``.test_l0496 ... ok
> test_l0497 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 == bound) & ((c_extra + 1) < 0)``.test_l0497 ... ok
> test_l0498 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 == bound) | (c_idxextra > 0)``.test_l0498 ... ok
> test_l0499 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0499 ... ok
> test_l0500 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_complex128 != bound``.test_l0500 ... ok
> test_l0501 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 != bound) & ((c_extra + 1) < 0)``.test_l0501 ... ok
> test_l0502 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 != bound) | (c_idxextra > 0)``.test_l0502 ... ok
> test_l0503 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_complex128 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0503 ... ok
> test_l0512 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_complex128) & (c_complex128 <= rbound)``.test_l0512 ... ok
> test_l0513 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) & ((c_extra + 1) < 0)``.test_l0513 ... ok
> test_l0514 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | (c_idxextra > 0)``.test_l0514 ... ok
> test_l0515 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0515 ... ok
> test_l0520 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_time32``.test_l0520 ... ok
> test_l0521 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32) & ((c_extra + 1) < 0)``.test_l0521 ... ok
> test_l0522 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32) | (c_idxextra > 0)``.test_l0522 ... ok
> test_l0523 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0523 ... ok
> test_l0528 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_time32 < 37``.test_l0528 ... ok
> test_l0529 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 < 37) & ((c_extra + 1) < 0)``.test_l0529 ... ok
> test_l0530 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 < 37) | (c_idxextra > 0)``.test_l0530 ... ok
> test_l0531 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0531 ... ok
> test_l0536 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_time32 == bound``.test_l0536 ... ok
> test_l0537 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 == bound) & ((c_extra + 1) < 0)``.test_l0537 ... ok
> test_l0538 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 == bound) | (c_idxextra > 0)``.test_l0538 ... ok
> test_l0539 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0539 ... ok
> test_l0540 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_time32 != bound``.test_l0540 ... ok
> test_l0541 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 != bound) & ((c_extra + 1) < 0)``.test_l0541 ... ok
> test_l0542 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 != bound) | (c_idxextra > 0)``.test_l0542 ... ok
> test_l0543 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0543 ... ok
> test_l0552 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_time32) & (c_time32 <= rbound)``.test_l0552 ... ok
> test_l0553 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0553 ... ok
> test_l0554 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | (c_idxextra > 0)``.test_l0554 ... ok
> test_l0555 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0555 ... ok
> test_l0560 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_time64``.test_l0560 ... ok
> test_l0561 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64) & ((c_extra + 1) < 0)``.test_l0561 ... ok
> test_l0562 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64) | (c_idxextra > 0)``.test_l0562 ... ok
> test_l0563 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0563 ... ok
> test_l0568 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_time64 < 37.0``.test_l0568 ... ok
> test_l0569 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 < 37.0) & ((c_extra + 1) < 0)``.test_l0569 ... ok
> test_l0570 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 < 37.0) | (c_idxextra > 0)``.test_l0570 ... ok
> test_l0571 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0571 ... ok
> test_l0576 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_time64 == bound``.test_l0576 ... ok
> test_l0577 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 == bound) & ((c_extra + 1) < 0)``.test_l0577 ... ok
> test_l0578 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 == bound) | (c_idxextra > 0)``.test_l0578 ... ok
> test_l0579 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0579 ... ok
> test_l0580 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_time64 != bound``.test_l0580 ... ok
> test_l0581 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 != bound) & ((c_extra + 1) < 0)``.test_l0581 ... ok
> test_l0582 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 != bound) | (c_idxextra > 0)``.test_l0582 ... ok
> test_l0583 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_time64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0583 ... ok
> test_l0592 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_time64) & (c_time64 <= rbound)``.test_l0592 ... ok
> test_l0593 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0593 ... ok
> test_l0594 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | (c_idxextra > 0)``.test_l0594 ... ok
> test_l0595 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0595 ... ok
> test_l0600 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_enum``.test_l0600 ... ok
> test_l0601 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum) & ((c_extra + 1) < 0)``.test_l0601 ... ok
> test_l0602 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum) | (c_idxextra > 0)``.test_l0602 ... ok
> test_l0603 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0603 ... ok
> test_l0608 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_enum < 37``.test_l0608 ... ok
> test_l0609 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum < 37) & ((c_extra + 1) < 0)``.test_l0609 ... ok
> test_l0610 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum < 37) | (c_idxextra > 0)``.test_l0610 ... ok
> test_l0611 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0611 ... ok
> test_l0616 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_enum == bound``.test_l0616 ... ok
> test_l0617 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum == bound) & ((c_extra + 1) < 0)``.test_l0617 ... ok
> test_l0618 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum == bound) | (c_idxextra > 0)``.test_l0618 ... ok
> test_l0619 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0619 ... ok
> test_l0620 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_enum != bound``.test_l0620 ... ok
> test_l0621 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum != bound) & ((c_extra + 1) < 0)``.test_l0621 ... ok
> test_l0622 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum != bound) | (c_idxextra > 0)``.test_l0622 ... ok
> test_l0623 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_enum != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0623 ... ok
> test_l0632 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_enum) & (c_enum <= rbound)``.test_l0632 ... ok
> test_l0633 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) & ((c_extra + 1) < 0)``.test_l0633 ... ok
> test_l0634 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | (c_idxextra > 0)``.test_l0634 ... ok
> test_l0635 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0635 ... ok
> test_l0640 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_string``.test_l0640 ... ok
> test_l0641 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string) & ((c_extra + 1) < 0)``.test_l0641 ... ok
> test_l0642 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string) | (c_idxextra > 0)``.test_l0642 ... ok
> test_l0643 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0643 ... ok
> test_l0648 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_string < b'37'``.test_l0648 ... ok
> test_l0649 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string < b'37') & ((c_extra + 1) < 0)``.test_l0649 ... ok
> test_l0650 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string < b'37') | (c_idxextra > 0)``.test_l0650 ... ok
> test_l0651 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string < b'37') | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0651 ... ok
> test_l0656 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_string == bound``.test_l0656 ... ok
> test_l0657 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string == bound) & ((c_extra + 1) < 0)``.test_l0657 ... ok
> test_l0658 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string == bound) | (c_idxextra > 0)``.test_l0658 ... ok
> test_l0659 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0659 ... ok
> test_l0660 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_string != bound``.test_l0660 ... ok
> test_l0661 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string != bound) & ((c_extra + 1) < 0)``.test_l0661 ... ok
> test_l0662 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string != bound) | (c_idxextra > 0)``.test_l0662 ... ok
> test_l0663 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_string != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0663 ... ok
> test_l0672 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_string) & (c_string <= rbound)``.test_l0672 ... ok
> test_l0673 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) & ((c_extra + 1) < 0)``.test_l0673 ... ok
> test_l0674 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | (c_idxextra > 0)``.test_l0674 ... ok
> test_l0675 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0675 ... ok
> test_l0680 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float16``.test_l0680 ... ok
> test_l0681 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16) & ((c_extra + 1) < 0)``.test_l0681 ... ok
> test_l0682 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16) | (c_idxextra > 0)``.test_l0682 ... ok
> test_l0683 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0683 ... ok
> test_l0688 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float16 < 37.0``.test_l0688 ... ok
> test_l0689 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 < 37.0) & ((c_extra + 1) < 0)``.test_l0689 ... ok
> test_l0690 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 < 37.0) | (c_idxextra > 0)``.test_l0690 ... ok
> test_l0691 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0691 ... ok
> test_l0696 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float16 == bound``.test_l0696 ... ok
> test_l0697 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 == bound) & ((c_extra + 1) < 0)``.test_l0697 ... ok
> test_l0698 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 == bound) | (c_idxextra > 0)``.test_l0698 ... ok
> test_l0699 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0699 ... ok
> test_l0700 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float16 != bound``.test_l0700 ... ok
> test_l0701 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 != bound) & ((c_extra + 1) < 0)``.test_l0701 ... ok
> test_l0702 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 != bound) | (c_idxextra > 0)``.test_l0702 ... ok
> test_l0703 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(c_float16 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0703 ... ok
> test_l0712 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float16) & (c_float16 <= rbound)``.test_l0712 ... ok
> test_l0713 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) & ((c_extra + 1) < 0)``.test_l0713 ... ok
> test_l0714 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | (c_idxextra > 0)``.test_l0714 ... ok
> test_l0715 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0715 ... ok
> test_l0830 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0830 ... ok
> test_l0832 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``log10(c_float64) < func_bound``.test_l0832 ... ok
> test_l0834 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``log10(c_float64) == func_bound``.test_l0834 ... ok
> test_l0835 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``log10(c_float64) != func_bound``.test_l0835 ... ok
> test_l0838 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0838 ... ok
> test_l0840 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0840 ... ok
> test_l0842 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``log(c_float64) < func_bound``.test_l0842 ... ok
> test_l0844 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``log(c_float64) == func_bound``.test_l0844 ... ok
> test_l0845 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``log(c_float64) != func_bound``.test_l0845 ... ok
> test_l0848 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0848 ... ok
> test_l0850 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0850 ... ok
> test_l0852 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``exp(c_float64) < func_bound``.test_l0852 ... ok
> test_l0854 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``exp(c_float64) == func_bound``.test_l0854 ... ok
> test_l0855 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``exp(c_float64) != func_bound``.test_l0855 ... ok
> test_l0858 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0858 ... ok
> test_l0860 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0860 ... ok
> test_l0862 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``abs(c_float64) < func_bound``.test_l0862 ... ok
> test_l0864 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``abs(c_float64) == func_bound``.test_l0864 ... ok
> test_l0865 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``abs(c_float64) != func_bound``.test_l0865 ... ok
> test_l0868 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0868 ... ok
> test_l0870 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0870 ... ok
> test_l0872 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``sqrt(c_float64) < func_bound``.test_l0872 ... ok
> test_l0874 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``sqrt(c_float64) == func_bound``.test_l0874 ... ok
> test_l0875 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``sqrt(c_float64) != func_bound``.test_l0875 ... ok
> test_l0878 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0878 ... ok
> test_l0880 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0880 ... ok
> test_l0882 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``sin(c_float64) < func_bound``.test_l0882 ... ok
> test_l0884 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``sin(c_float64) == func_bound``.test_l0884 ... ok
> test_l0885 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``sin(c_float64) != func_bound``.test_l0885 ... ok
> test_l0888 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0888 ... ok
> test_l0890 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0890 ... ok
> test_l0892 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``cos(c_float64) < func_bound``.test_l0892 ... ok
> test_l0894 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``cos(c_float64) == func_bound``.test_l0894 ... ok
> test_l0895 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``cos(c_float64) != func_bound``.test_l0895 ... ok
> test_l0898 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0898 ... ok
> test_l0900 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0900 ... ok
> test_l0902 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``tan(c_float64) < func_bound``.test_l0902 ... ok
> test_l0904 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``tan(c_float64) == func_bound``.test_l0904 ... ok
> test_l0905 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``tan(c_float64) != func_bound``.test_l0905 ... ok
> test_l0908 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0908 ... ok
> test_l0910 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0910 ... ok
> test_l0912 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arcsin(c_float64) < func_bound``.test_l0912 ... ok
> test_l0914 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arcsin(c_float64) == func_bound``.test_l0914 ... ok
> test_l0915 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arcsin(c_float64) != func_bound``.test_l0915 ... ok
> test_l0918 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0918 ... ok
> test_l0920 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0920 ... ok
> test_l0922 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arccos(c_float64) < func_bound``.test_l0922 ... ok
> test_l0924 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arccos(c_float64) == func_bound``.test_l0924 ... ok
> test_l0925 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arccos(c_float64) != func_bound``.test_l0925 ... ok
> test_l0928 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0928 ... ok
> test_l0930 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``c_float64``.test_l0930 ... ok
> test_l0932 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arctan(c_float64) < func_bound``.test_l0932 ... ok
> test_l0934 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arctan(c_float64) == func_bound``.test_l0934 ... ok
> test_l0935 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``arctan(c_float64) != func_bound``.test_l0935 ... ok
> test_l0938 (tables.tests.test_queries.SILO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0938 ... ok
> test_l0000 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_bool``.test_l0000 ... ok
> test_l0001 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool) & ((c_extra + 1) < 0)``.test_l0001 ... ok
> test_l0002 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool) | (c_idxextra > 0)``.test_l0002 ... ok
> test_l0003 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0003 ... ok
> test_l0008 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_bool < True``.test_l0008 ... ok
> test_l0009 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool < True) & ((c_extra + 1) < 0)``.test_l0009 ... ok
> test_l0010 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool < True) | (c_idxextra > 0)``.test_l0010 ... ok
> test_l0011 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool < True) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0011 ... ok
> test_l0016 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_bool == bound``.test_l0016 ... ok
> test_l0017 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool == bound) & ((c_extra + 1) < 0)``.test_l0017 ... ok
> test_l0018 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool == bound) | (c_idxextra > 0)``.test_l0018 ... ok
> test_l0019 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0019 ... ok
> test_l0020 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_bool != bound``.test_l0020 ... ok
> test_l0021 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool != bound) & ((c_extra + 1) < 0)``.test_l0021 ... ok
> test_l0022 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool != bound) | (c_idxextra > 0)``.test_l0022 ... ok
> test_l0023 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_bool != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0023 ... ok
> test_l0032 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_bool) & (c_bool <= rbound)``.test_l0032 ... ok
> test_l0033 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) & ((c_extra + 1) < 0)``.test_l0033 ... ok
> test_l0034 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | (c_idxextra > 0)``.test_l0034 ... ok
> test_l0035 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0035 ... ok
> test_l0040 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int8``.test_l0040 ... ok
> test_l0041 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8) & ((c_extra + 1) < 0)``.test_l0041 ... ok
> test_l0042 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8) | (c_idxextra > 0)``.test_l0042 ... ok
> test_l0043 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0043 ... ok
> test_l0048 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int8 < 37``.test_l0048 ... ok
> test_l0049 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 < 37) & ((c_extra + 1) < 0)``.test_l0049 ... ok
> test_l0050 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 < 37) | (c_idxextra > 0)``.test_l0050 ... ok
> test_l0051 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0051 ... ok
> test_l0056 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int8 == bound``.test_l0056 ... ok
> test_l0057 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 == bound) & ((c_extra + 1) < 0)``.test_l0057 ... ok
> test_l0058 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 == bound) | (c_idxextra > 0)``.test_l0058 ... ok
> test_l0059 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0059 ... ok
> test_l0060 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int8 != bound``.test_l0060 ... ok
> test_l0061 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 != bound) & ((c_extra + 1) < 0)``.test_l0061 ... ok
> test_l0062 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 != bound) | (c_idxextra > 0)``.test_l0062 ... ok
> test_l0063 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int8 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0063 ... ok
> test_l0072 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_int8) & (c_int8 <= rbound)``.test_l0072 ... ok
> test_l0073 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) & ((c_extra + 1) < 0)``.test_l0073 ... ok
> test_l0074 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | (c_idxextra > 0)``.test_l0074 ... ok
> test_l0075 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0075 ... ok
> test_l0200 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int32``.test_l0200 ... ok
> test_l0201 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32) & ((c_extra + 1) < 0)``.test_l0201 ... ok
> test_l0202 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32) | (c_idxextra > 0)``.test_l0202 ... ok
> test_l0203 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0203 ... ok
> test_l0208 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int32 < 37``.test_l0208 ... ok
> test_l0209 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 < 37) & ((c_extra + 1) < 0)``.test_l0209 ... ok
> test_l0210 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 < 37) | (c_idxextra > 0)``.test_l0210 ... ok
> test_l0211 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0211 ... ok
> test_l0216 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int32 == bound``.test_l0216 ... ok
> test_l0217 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 == bound) & ((c_extra + 1) < 0)``.test_l0217 ... ok
> test_l0218 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 == bound) | (c_idxextra > 0)``.test_l0218 ... ok
> test_l0219 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0219 ... ok
> test_l0220 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int32 != bound``.test_l0220 ... ok
> test_l0221 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 != bound) & ((c_extra + 1) < 0)``.test_l0221 ... ok
> test_l0222 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 != bound) | (c_idxextra > 0)``.test_l0222 ... ok
> test_l0223 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0223 ... ok
> test_l0232 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_int32) & (c_int32 <= rbound)``.test_l0232 ... ok
> test_l0233 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0233 ... ok
> test_l0234 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | (c_idxextra > 0)``.test_l0234 ... ok
> test_l0235 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0235 ... ok
> test_l0240 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_uint32``.test_l0240 ... ok
> test_l0241 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32) & ((c_extra + 1) < 0)``.test_l0241 ... ok
> test_l0242 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32) | (c_idxextra > 0)``.test_l0242 ... ok
> test_l0243 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0243 ... ok
> test_l0248 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_uint32 < 37``.test_l0248 ... ok
> test_l0249 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 < 37) & ((c_extra + 1) < 0)``.test_l0249 ... ok
> test_l0250 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 < 37) | (c_idxextra > 0)``.test_l0250 ... ok
> test_l0251 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0251 ... ok
> test_l0256 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_uint32 == bound``.test_l0256 ... ok
> test_l0257 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 == bound) & ((c_extra + 1) < 0)``.test_l0257 ... ok
> test_l0258 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 == bound) | (c_idxextra > 0)``.test_l0258 ... ok
> test_l0259 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0259 ... ok
> test_l0260 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_uint32 != bound``.test_l0260 ... ok
> test_l0261 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 != bound) & ((c_extra + 1) < 0)``.test_l0261 ... ok
> test_l0262 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 != bound) | (c_idxextra > 0)``.test_l0262 ... ok
> test_l0263 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0263 ... ok
> test_l0272 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_uint32) & (c_uint32 <= rbound)``.test_l0272 ... ok
> test_l0273 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0273 ... ok
> test_l0274 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | (c_idxextra > 0)``.test_l0274 ... ok
> test_l0275 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0275 ... ok
> test_l0280 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int64``.test_l0280 ... ok
> test_l0281 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64) & ((c_extra + 1) < 0)``.test_l0281 ... ok
> test_l0282 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64) | (c_idxextra > 0)``.test_l0282 ... ok
> test_l0283 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0283 ... ok
> test_l0288 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int64 < 37``.test_l0288 ... ok
> test_l0289 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 < 37) & ((c_extra + 1) < 0)``.test_l0289 ... ok
> test_l0290 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 < 37) | (c_idxextra > 0)``.test_l0290 ... ok
> test_l0291 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0291 ... ok
> test_l0296 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int64 == bound``.test_l0296 ... ok
> test_l0297 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 == bound) & ((c_extra + 1) < 0)``.test_l0297 ... ok
> test_l0298 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 == bound) | (c_idxextra > 0)``.test_l0298 ... ok
> test_l0299 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0299 ... ok
> test_l0300 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_int64 != bound``.test_l0300 ... ok
> test_l0301 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 != bound) & ((c_extra + 1) < 0)``.test_l0301 ... ok
> test_l0302 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 != bound) | (c_idxextra > 0)``.test_l0302 ... ok
> test_l0303 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_int64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0303 ... ok
> test_l0312 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_int64) & (c_int64 <= rbound)``.test_l0312 ... ok
> test_l0313 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0313 ... ok
> test_l0314 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | (c_idxextra > 0)``.test_l0314 ... ok
> test_l0315 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0315 ... ok
> test_l0320 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_uint64``.test_l0320 ... ok
> test_l0321 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64) & ((c_extra + 1) < 0)``.test_l0321 ... ok
> test_l0322 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64) | (c_idxextra > 0)``.test_l0322 ... ok
> test_l0323 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0323 ... ok
> test_l0328 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_uint64 < 37``.test_l0328 ... ok
> test_l0329 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 < 37) & ((c_extra + 1) < 0)``.test_l0329 ... ok
> test_l0330 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 < 37) | (c_idxextra > 0)``.test_l0330 ... ok
> test_l0331 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0331 ... ok
> test_l0336 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_uint64 == bound``.test_l0336 ... ok
> test_l0337 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 == bound) & ((c_extra + 1) < 0)``.test_l0337 ... ok
> test_l0338 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 == bound) | (c_idxextra > 0)``.test_l0338 ... ok
> test_l0339 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0339 ... ok
> test_l0340 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_uint64 != bound``.test_l0340 ... ok
> test_l0341 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 != bound) & ((c_extra + 1) < 0)``.test_l0341 ... ok
> test_l0342 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 != bound) | (c_idxextra > 0)``.test_l0342 ... ok
> test_l0343 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_uint64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0343 ... ok
> test_l0352 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_uint64) & (c_uint64 <= rbound)``.test_l0352 ... ok
> test_l0353 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0353 ... ok
> test_l0354 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | (c_idxextra > 0)``.test_l0354 ... ok
> test_l0355 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0355 ... ok
> test_l0400 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0400 ... ok
> test_l0401 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64) & ((c_extra + 1) < 0)``.test_l0401 ... ok
> test_l0402 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64) | (c_idxextra > 0)``.test_l0402 ... ok
> test_l0403 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0403 ... ok
> test_l0408 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64 < 37.0``.test_l0408 ... ok
> test_l0409 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 < 37.0) & ((c_extra + 1) < 0)``.test_l0409 ... ok
> test_l0410 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 < 37.0) | (c_idxextra > 0)``.test_l0410 ... ok
> test_l0411 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0411 ... ok
> test_l0416 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64 == bound``.test_l0416 ... ok
> test_l0417 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 == bound) & ((c_extra + 1) < 0)``.test_l0417 ... ok
> test_l0418 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 == bound) | (c_idxextra > 0)``.test_l0418 ... ok
> test_l0419 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0419 ... ok
> test_l0420 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64 != bound``.test_l0420 ... ok
> test_l0421 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 != bound) & ((c_extra + 1) < 0)``.test_l0421 ... ok
> test_l0422 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 != bound) | (c_idxextra > 0)``.test_l0422 ... ok
> test_l0423 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0423 ... ok
> test_l0432 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0432 ... ok
> test_l0433 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0433 ... ok
> test_l0434 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | (c_idxextra > 0)``.test_l0434 ... ok
> test_l0435 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0435 ... ok
> test_l0480 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_complex128``.test_l0480 ... ok
> test_l0481 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128) & ((c_extra + 1) < 0)``.test_l0481 ... ok
> test_l0482 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128) | (c_idxextra > 0)``.test_l0482 ... ok
> test_l0483 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0483 ... ok
> test_l0488 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_complex128 < (37+0j)``.test_l0488 ... ok
> test_l0489 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) & ((c_extra + 1) < 0)``.test_l0489 ... ok
> test_l0490 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) | (c_idxextra > 0)``.test_l0490 ... ok
> test_l0491 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0491 ... ok
> test_l0496 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_complex128 == bound``.test_l0496 ... ok
> test_l0497 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 == bound) & ((c_extra + 1) < 0)``.test_l0497 ... ok
> test_l0498 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 == bound) | (c_idxextra > 0)``.test_l0498 ... ok
> test_l0499 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0499 ... ok
> test_l0500 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_complex128 != bound``.test_l0500 ... ok
> test_l0501 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 != bound) & ((c_extra + 1) < 0)``.test_l0501 ... ok
> test_l0502 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 != bound) | (c_idxextra > 0)``.test_l0502 ... ok
> test_l0503 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_complex128 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0503 ... ok
> test_l0512 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_complex128) & (c_complex128 <= rbound)``.test_l0512 ... ok
> test_l0513 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) & ((c_extra + 1) < 0)``.test_l0513 ... ok
> test_l0514 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | (c_idxextra > 0)``.test_l0514 ... ok
> test_l0515 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0515 ... ok
> test_l0520 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_time32``.test_l0520 ... ok
> test_l0521 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32) & ((c_extra + 1) < 0)``.test_l0521 ... ok
> test_l0522 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32) | (c_idxextra > 0)``.test_l0522 ... ok
> test_l0523 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0523 ... ok
> test_l0528 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_time32 < 37``.test_l0528 ... ok
> test_l0529 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 < 37) & ((c_extra + 1) < 0)``.test_l0529 ... ok
> test_l0530 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 < 37) | (c_idxextra > 0)``.test_l0530 ... ok
> test_l0531 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0531 ... ok
> test_l0536 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_time32 == bound``.test_l0536 ... ok
> test_l0537 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 == bound) & ((c_extra + 1) < 0)``.test_l0537 ... ok
> test_l0538 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 == bound) | (c_idxextra > 0)``.test_l0538 ... ok
> test_l0539 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0539 ... ok
> test_l0540 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_time32 != bound``.test_l0540 ... ok
> test_l0541 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 != bound) & ((c_extra + 1) < 0)``.test_l0541 ... ok
> test_l0542 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 != bound) | (c_idxextra > 0)``.test_l0542 ... ok
> test_l0543 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0543 ... ok
> test_l0552 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_time32) & (c_time32 <= rbound)``.test_l0552 ... ok
> test_l0553 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0553 ... ok
> test_l0554 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | (c_idxextra > 0)``.test_l0554 ... ok
> test_l0555 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0555 ... ok
> test_l0560 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_time64``.test_l0560 ... ok
> test_l0561 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64) & ((c_extra + 1) < 0)``.test_l0561 ... ok
> test_l0562 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64) | (c_idxextra > 0)``.test_l0562 ... ok
> test_l0563 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0563 ... ok
> test_l0568 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_time64 < 37.0``.test_l0568 ... ok
> test_l0569 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 < 37.0) & ((c_extra + 1) < 0)``.test_l0569 ... ok
> test_l0570 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 < 37.0) | (c_idxextra > 0)``.test_l0570 ... ok
> test_l0571 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0571 ... ok
> test_l0576 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_time64 == bound``.test_l0576 ... ok
> test_l0577 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 == bound) & ((c_extra + 1) < 0)``.test_l0577 ... ok
> test_l0578 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 == bound) | (c_idxextra > 0)``.test_l0578 ... ok
> test_l0579 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0579 ... ok
> test_l0580 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_time64 != bound``.test_l0580 ... ok
> test_l0581 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 != bound) & ((c_extra + 1) < 0)``.test_l0581 ... ok
> test_l0582 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 != bound) | (c_idxextra > 0)``.test_l0582 ... ok
> test_l0583 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_time64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0583 ... ok
> test_l0592 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_time64) & (c_time64 <= rbound)``.test_l0592 ... ok
> test_l0593 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0593 ... ok
> test_l0594 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | (c_idxextra > 0)``.test_l0594 ... ok
> test_l0595 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0595 ... ok
> test_l0600 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_enum``.test_l0600 ... ok
> test_l0601 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum) & ((c_extra + 1) < 0)``.test_l0601 ... ok
> test_l0602 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum) | (c_idxextra > 0)``.test_l0602 ... ok
> test_l0603 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0603 ... ok
> test_l0608 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_enum < 37``.test_l0608 ... ok
> test_l0609 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum < 37) & ((c_extra + 1) < 0)``.test_l0609 ... ok
> test_l0610 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum < 37) | (c_idxextra > 0)``.test_l0610 ... ok
> test_l0611 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0611 ... ok
> test_l0616 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_enum == bound``.test_l0616 ... ok
> test_l0617 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum == bound) & ((c_extra + 1) < 0)``.test_l0617 ... ok
> test_l0618 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum == bound) | (c_idxextra > 0)``.test_l0618 ... ok
> test_l0619 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0619 ... ok
> test_l0620 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_enum != bound``.test_l0620 ... ok
> test_l0621 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum != bound) & ((c_extra + 1) < 0)``.test_l0621 ... ok
> test_l0622 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum != bound) | (c_idxextra > 0)``.test_l0622 ... ok
> test_l0623 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_enum != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0623 ... ok
> test_l0632 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_enum) & (c_enum <= rbound)``.test_l0632 ... ok
> test_l0633 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) & ((c_extra + 1) < 0)``.test_l0633 ... ok
> test_l0634 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | (c_idxextra > 0)``.test_l0634 ... ok
> test_l0635 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0635 ... ok
> test_l0640 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_string``.test_l0640 ... ok
> test_l0641 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string) & ((c_extra + 1) < 0)``.test_l0641 ... ok
> test_l0642 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string) | (c_idxextra > 0)``.test_l0642 ... ok
> test_l0643 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0643 ... ok
> test_l0648 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_string < b'37'``.test_l0648 ... ok
> test_l0649 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string < b'37') & ((c_extra + 1) < 0)``.test_l0649 ... ok
> test_l0650 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string < b'37') | (c_idxextra > 0)``.test_l0650 ... ok
> test_l0651 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string < b'37') | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0651 ... ok
> test_l0656 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_string == bound``.test_l0656 ... ok
> test_l0657 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string == bound) & ((c_extra + 1) < 0)``.test_l0657 ... ok
> test_l0658 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string == bound) | (c_idxextra > 0)``.test_l0658 ... ok
> test_l0659 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0659 ... ok
> test_l0660 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_string != bound``.test_l0660 ... ok
> test_l0661 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string != bound) & ((c_extra + 1) < 0)``.test_l0661 ... ok
> test_l0662 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string != bound) | (c_idxextra > 0)``.test_l0662 ... ok
> test_l0663 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_string != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0663 ... ok
> test_l0672 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_string) & (c_string <= rbound)``.test_l0672 ... ok
> test_l0673 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) & ((c_extra + 1) < 0)``.test_l0673 ... ok
> test_l0674 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | (c_idxextra > 0)``.test_l0674 ... ok
> test_l0675 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0675 ... ok
> test_l0680 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float16``.test_l0680 ... ok
> test_l0681 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16) & ((c_extra + 1) < 0)``.test_l0681 ... ok
> test_l0682 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16) | (c_idxextra > 0)``.test_l0682 ... ok
> test_l0683 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0683 ... ok
> test_l0688 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float16 < 37.0``.test_l0688 ... ok
> test_l0689 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 < 37.0) & ((c_extra + 1) < 0)``.test_l0689 ... ok
> test_l0690 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 < 37.0) | (c_idxextra > 0)``.test_l0690 ... ok
> test_l0691 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0691 ... ok
> test_l0696 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float16 == bound``.test_l0696 ... ok
> test_l0697 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 == bound) & ((c_extra + 1) < 0)``.test_l0697 ... ok
> test_l0698 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 == bound) | (c_idxextra > 0)``.test_l0698 ... ok
> test_l0699 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0699 ... ok
> test_l0700 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float16 != bound``.test_l0700 ... ok
> test_l0701 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 != bound) & ((c_extra + 1) < 0)``.test_l0701 ... ok
> test_l0702 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 != bound) | (c_idxextra > 0)``.test_l0702 ... ok
> test_l0703 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(c_float16 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0703 ... ok
> test_l0712 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float16) & (c_float16 <= rbound)``.test_l0712 ... ok
> test_l0713 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) & ((c_extra + 1) < 0)``.test_l0713 ... ok
> test_l0714 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | (c_idxextra > 0)``.test_l0714 ... ok
> test_l0715 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0715 ... ok
> test_l0830 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0830 ... ok
> test_l0832 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``log10(c_float64) < func_bound``.test_l0832 ... ok
> test_l0834 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``log10(c_float64) == func_bound``.test_l0834 ... ok
> test_l0835 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``log10(c_float64) != func_bound``.test_l0835 ... ok
> test_l0838 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0838 ... ok
> test_l0840 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0840 ... ok
> test_l0842 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``log(c_float64) < func_bound``.test_l0842 ... ok
> test_l0844 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``log(c_float64) == func_bound``.test_l0844 ... ok
> test_l0845 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``log(c_float64) != func_bound``.test_l0845 ... ok
> test_l0848 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0848 ... ok
> test_l0850 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0850 ... ok
> test_l0852 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``exp(c_float64) < func_bound``.test_l0852 ... ok
> test_l0854 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``exp(c_float64) == func_bound``.test_l0854 ... ok
> test_l0855 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``exp(c_float64) != func_bound``.test_l0855 ... ok
> test_l0858 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0858 ... ok
> test_l0860 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0860 ... ok
> test_l0862 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``abs(c_float64) < func_bound``.test_l0862 ... ok
> test_l0864 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``abs(c_float64) == func_bound``.test_l0864 ... ok
> test_l0865 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``abs(c_float64) != func_bound``.test_l0865 ... ok
> test_l0868 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0868 ... ok
> test_l0870 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0870 ... ok
> test_l0872 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``sqrt(c_float64) < func_bound``.test_l0872 ... ok
> test_l0874 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``sqrt(c_float64) == func_bound``.test_l0874 ... ok
> test_l0875 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``sqrt(c_float64) != func_bound``.test_l0875 ... ok
> test_l0878 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0878 ... ok
> test_l0880 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0880 ... ok
> test_l0882 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``sin(c_float64) < func_bound``.test_l0882 ... ok
> test_l0884 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``sin(c_float64) == func_bound``.test_l0884 ... ok
> test_l0885 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``sin(c_float64) != func_bound``.test_l0885 ... ok
> test_l0888 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0888 ... ok
> test_l0890 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0890 ... ok
> test_l0892 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``cos(c_float64) < func_bound``.test_l0892 ... ok
> test_l0894 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``cos(c_float64) == func_bound``.test_l0894 ... ok
> test_l0895 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``cos(c_float64) != func_bound``.test_l0895 ... ok
> test_l0898 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0898 ... ok
> test_l0900 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0900 ... ok
> test_l0902 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``tan(c_float64) < func_bound``.test_l0902 ... ok
> test_l0904 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``tan(c_float64) == func_bound``.test_l0904 ... ok
> test_l0905 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``tan(c_float64) != func_bound``.test_l0905 ... ok
> test_l0908 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0908 ... ok
> test_l0910 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0910 ... ok
> test_l0912 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arcsin(c_float64) < func_bound``.test_l0912 ... ok
> test_l0914 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arcsin(c_float64) == func_bound``.test_l0914 ... ok
> test_l0915 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arcsin(c_float64) != func_bound``.test_l0915 ... ok
> test_l0918 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0918 ... ok
> test_l0920 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0920 ... ok
> test_l0922 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arccos(c_float64) < func_bound``.test_l0922 ... ok
> test_l0924 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arccos(c_float64) == func_bound``.test_l0924 ... ok
> test_l0925 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arccos(c_float64) != func_bound``.test_l0925 ... ok
> test_l0928 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0928 ... ok
> test_l0930 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``c_float64``.test_l0930 ... ok
> test_l0932 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arctan(c_float64) < func_bound``.test_l0932 ... ok
> test_l0934 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arctan(c_float64) == func_bound``.test_l0934 ... ok
> test_l0935 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``arctan(c_float64) != func_bound``.test_l0935 ... ok
> test_l0938 (tables.tests.test_queries.SIMO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0938 ... ok
> test_l0000 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_bool``.test_l0000 ... ok
> test_l0001 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool) & ((c_extra + 1) < 0)``.test_l0001 ... ok
> test_l0002 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool) | (c_idxextra > 0)``.test_l0002 ... ok
> test_l0003 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0003 ... ok
> test_l0008 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_bool < True``.test_l0008 ... ok
> test_l0009 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool < True) & ((c_extra + 1) < 0)``.test_l0009 ... ok
> test_l0010 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool < True) | (c_idxextra > 0)``.test_l0010 ... ok
> test_l0011 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool < True) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0011 ... ok
> test_l0016 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_bool == bound``.test_l0016 ... ok
> test_l0017 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool == bound) & ((c_extra + 1) < 0)``.test_l0017 ... ok
> test_l0018 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool == bound) | (c_idxextra > 0)``.test_l0018 ... ok
> test_l0019 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0019 ... ok
> test_l0020 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_bool != bound``.test_l0020 ... ok
> test_l0021 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool != bound) & ((c_extra + 1) < 0)``.test_l0021 ... ok
> test_l0022 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool != bound) | (c_idxextra > 0)``.test_l0022 ... ok
> test_l0023 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_bool != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0023 ... ok
> test_l0032 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_bool) & (c_bool <= rbound)``.test_l0032 ... ok
> test_l0033 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) & ((c_extra + 1) < 0)``.test_l0033 ... ok
> test_l0034 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | (c_idxextra > 0)``.test_l0034 ... ok
> test_l0035 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_bool) & (c_bool <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0035 ... ok
> test_l0040 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int8``.test_l0040 ... ok
> test_l0041 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8) & ((c_extra + 1) < 0)``.test_l0041 ... ok
> test_l0042 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8) | (c_idxextra > 0)``.test_l0042 ... ok
> test_l0043 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0043 ... ok
> test_l0048 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int8 < 37``.test_l0048 ... ok
> test_l0049 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 < 37) & ((c_extra + 1) < 0)``.test_l0049 ... ok
> test_l0050 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 < 37) | (c_idxextra > 0)``.test_l0050 ... ok
> test_l0051 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0051 ... ok
> test_l0056 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int8 == bound``.test_l0056 ... ok
> test_l0057 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 == bound) & ((c_extra + 1) < 0)``.test_l0057 ... ok
> test_l0058 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 == bound) | (c_idxextra > 0)``.test_l0058 ... ok
> test_l0059 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0059 ... ok
> test_l0060 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int8 != bound``.test_l0060 ... ok
> test_l0061 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 != bound) & ((c_extra + 1) < 0)``.test_l0061 ... ok
> test_l0062 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 != bound) | (c_idxextra > 0)``.test_l0062 ... ok
> test_l0063 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int8 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0063 ... ok
> test_l0072 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_int8) & (c_int8 <= rbound)``.test_l0072 ... ok
> test_l0073 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) & ((c_extra + 1) < 0)``.test_l0073 ... ok
> test_l0074 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | (c_idxextra > 0)``.test_l0074 ... ok
> test_l0075 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int8) & (c_int8 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0075 ... ok
> test_l0200 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int32``.test_l0200 ... ok
> test_l0201 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32) & ((c_extra + 1) < 0)``.test_l0201 ... ok
> test_l0202 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32) | (c_idxextra > 0)``.test_l0202 ... ok
> test_l0203 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0203 ... ok
> test_l0208 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int32 < 37``.test_l0208 ... ok
> test_l0209 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 < 37) & ((c_extra + 1) < 0)``.test_l0209 ... ok
> test_l0210 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 < 37) | (c_idxextra > 0)``.test_l0210 ... ok
> test_l0211 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0211 ... ok
> test_l0216 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int32 == bound``.test_l0216 ... ok
> test_l0217 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 == bound) & ((c_extra + 1) < 0)``.test_l0217 ... ok
> test_l0218 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 == bound) | (c_idxextra > 0)``.test_l0218 ... ok
> test_l0219 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0219 ... ok
> test_l0220 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int32 != bound``.test_l0220 ... ok
> test_l0221 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 != bound) & ((c_extra + 1) < 0)``.test_l0221 ... ok
> test_l0222 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 != bound) | (c_idxextra > 0)``.test_l0222 ... ok
> test_l0223 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0223 ... ok
> test_l0232 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_int32) & (c_int32 <= rbound)``.test_l0232 ... ok
> test_l0233 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0233 ... ok
> test_l0234 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | (c_idxextra > 0)``.test_l0234 ... ok
> test_l0235 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int32) & (c_int32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0235 ... ok
> test_l0240 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_uint32``.test_l0240 ... ok
> test_l0241 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32) & ((c_extra + 1) < 0)``.test_l0241 ... ok
> test_l0242 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32) | (c_idxextra > 0)``.test_l0242 ... ok
> test_l0243 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0243 ... ok
> test_l0248 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_uint32 < 37``.test_l0248 ... ok
> test_l0249 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 < 37) & ((c_extra + 1) < 0)``.test_l0249 ... ok
> test_l0250 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 < 37) | (c_idxextra > 0)``.test_l0250 ... ok
> test_l0251 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0251 ... ok
> test_l0256 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_uint32 == bound``.test_l0256 ... ok
> test_l0257 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 == bound) & ((c_extra + 1) < 0)``.test_l0257 ... ok
> test_l0258 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 == bound) | (c_idxextra > 0)``.test_l0258 ... ok
> test_l0259 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0259 ... ok
> test_l0260 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_uint32 != bound``.test_l0260 ... ok
> test_l0261 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 != bound) & ((c_extra + 1) < 0)``.test_l0261 ... ok
> test_l0262 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 != bound) | (c_idxextra > 0)``.test_l0262 ... ok
> test_l0263 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0263 ... ok
> test_l0272 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_uint32) & (c_uint32 <= rbound)``.test_l0272 ... ok
> test_l0273 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0273 ... ok
> test_l0274 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | (c_idxextra > 0)``.test_l0274 ... ok
> test_l0275 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_uint32) & (c_uint32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0275 ... ok
> test_l0280 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int64``.test_l0280 ... ok
> test_l0281 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64) & ((c_extra + 1) < 0)``.test_l0281 ... ok
> test_l0282 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64) | (c_idxextra > 0)``.test_l0282 ... ok
> test_l0283 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0283 ... ok
> test_l0288 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int64 < 37``.test_l0288 ... ok
> test_l0289 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 < 37) & ((c_extra + 1) < 0)``.test_l0289 ... ok
> test_l0290 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 < 37) | (c_idxextra > 0)``.test_l0290 ... ok
> test_l0291 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0291 ... ok
> test_l0296 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int64 == bound``.test_l0296 ... ok
> test_l0297 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 == bound) & ((c_extra + 1) < 0)``.test_l0297 ... ok
> test_l0298 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 == bound) | (c_idxextra > 0)``.test_l0298 ... ok
> test_l0299 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0299 ... ok
> test_l0300 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_int64 != bound``.test_l0300 ... ok
> test_l0301 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 != bound) & ((c_extra + 1) < 0)``.test_l0301 ... ok
> test_l0302 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 != bound) | (c_idxextra > 0)``.test_l0302 ... ok
> test_l0303 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_int64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0303 ... ok
> test_l0312 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_int64) & (c_int64 <= rbound)``.test_l0312 ... ok
> test_l0313 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0313 ... ok
> test_l0314 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | (c_idxextra > 0)``.test_l0314 ... ok
> test_l0315 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_int64) & (c_int64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0315 ... ok
> test_l0320 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_uint64``.test_l0320 ... ok
> test_l0321 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64) & ((c_extra + 1) < 0)``.test_l0321 ... ok
> test_l0322 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64) | (c_idxextra > 0)``.test_l0322 ... ok
> test_l0323 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0323 ... ok
> test_l0328 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_uint64 < 37``.test_l0328 ... ok
> test_l0329 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 < 37) & ((c_extra + 1) < 0)``.test_l0329 ... ok
> test_l0330 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 < 37) | (c_idxextra > 0)``.test_l0330 ... ok
> test_l0331 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0331 ... ok
> test_l0336 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_uint64 == bound``.test_l0336 ... ok
> test_l0337 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 == bound) & ((c_extra + 1) < 0)``.test_l0337 ... ok
> test_l0338 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 == bound) | (c_idxextra > 0)``.test_l0338 ... ok
> test_l0339 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0339 ... ok
> test_l0340 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_uint64 != bound``.test_l0340 ... ok
> test_l0341 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 != bound) & ((c_extra + 1) < 0)``.test_l0341 ... ok
> test_l0342 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 != bound) | (c_idxextra > 0)``.test_l0342 ... ok
> test_l0343 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_uint64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0343 ... ok
> test_l0352 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_uint64) & (c_uint64 <= rbound)``.test_l0352 ... ok
> test_l0353 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0353 ... ok
> test_l0354 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | (c_idxextra > 0)``.test_l0354 ... ok
> test_l0355 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_uint64) & (c_uint64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0355 ... ok
> test_l0400 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0400 ... ok
> test_l0401 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64) & ((c_extra + 1) < 0)``.test_l0401 ... ok
> test_l0402 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64) | (c_idxextra > 0)``.test_l0402 ... ok
> test_l0403 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0403 ... ok
> test_l0408 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64 < 37.0``.test_l0408 ... ok
> test_l0409 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 < 37.0) & ((c_extra + 1) < 0)``.test_l0409 ... ok
> test_l0410 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 < 37.0) | (c_idxextra > 0)``.test_l0410 ... ok
> test_l0411 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0411 ... ok
> test_l0416 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64 == bound``.test_l0416 ... ok
> test_l0417 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 == bound) & ((c_extra + 1) < 0)``.test_l0417 ... ok
> test_l0418 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 == bound) | (c_idxextra > 0)``.test_l0418 ... ok
> test_l0419 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0419 ... ok
> test_l0420 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64 != bound``.test_l0420 ... ok
> test_l0421 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 != bound) & ((c_extra + 1) < 0)``.test_l0421 ... ok
> test_l0422 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 != bound) | (c_idxextra > 0)``.test_l0422 ... ok
> test_l0423 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0423 ... ok
> test_l0432 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0432 ... ok
> test_l0433 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0433 ... ok
> test_l0434 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | (c_idxextra > 0)``.test_l0434 ... ok
> test_l0435 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_float64) & (c_float64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0435 ... ok
> test_l0480 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_complex128``.test_l0480 ... ok
> test_l0481 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128) & ((c_extra + 1) < 0)``.test_l0481 ... ok
> test_l0482 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128) | (c_idxextra > 0)``.test_l0482 ... ok
> test_l0483 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0483 ... ok
> test_l0488 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_complex128 < (37+0j)``.test_l0488 ... ok
> test_l0489 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) & ((c_extra + 1) < 0)``.test_l0489 ... ok
> test_l0490 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) | (c_idxextra > 0)``.test_l0490 ... ok
> test_l0491 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 < (37+0j)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0491 ... ok
> test_l0496 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_complex128 == bound``.test_l0496 ... ok
> test_l0497 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 == bound) & ((c_extra + 1) < 0)``.test_l0497 ... ok
> test_l0498 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 == bound) | (c_idxextra > 0)``.test_l0498 ... ok
> test_l0499 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0499 ... ok
> test_l0500 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_complex128 != bound``.test_l0500 ... ok
> test_l0501 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 != bound) & ((c_extra + 1) < 0)``.test_l0501 ... ok
> test_l0502 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 != bound) | (c_idxextra > 0)``.test_l0502 ... ok
> test_l0503 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_complex128 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0503 ... ok
> test_l0512 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_complex128) & (c_complex128 <= rbound)``.test_l0512 ... ok
> test_l0513 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) & ((c_extra + 1) < 0)``.test_l0513 ... ok
> test_l0514 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | (c_idxextra > 0)``.test_l0514 ... ok
> test_l0515 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_complex128) & (c_complex128 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0515 ... ok
> test_l0520 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_time32``.test_l0520 ... ok
> test_l0521 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32) & ((c_extra + 1) < 0)``.test_l0521 ... ok
> test_l0522 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32) | (c_idxextra > 0)``.test_l0522 ... ok
> test_l0523 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0523 ... ok
> test_l0528 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_time32 < 37``.test_l0528 ... ok
> test_l0529 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 < 37) & ((c_extra + 1) < 0)``.test_l0529 ... ok
> test_l0530 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 < 37) | (c_idxextra > 0)``.test_l0530 ... ok
> test_l0531 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0531 ... ok
> test_l0536 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_time32 == bound``.test_l0536 ... ok
> test_l0537 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 == bound) & ((c_extra + 1) < 0)``.test_l0537 ... ok
> test_l0538 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 == bound) | (c_idxextra > 0)``.test_l0538 ... ok
> test_l0539 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0539 ... ok
> test_l0540 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_time32 != bound``.test_l0540 ... ok
> test_l0541 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 != bound) & ((c_extra + 1) < 0)``.test_l0541 ... ok
> test_l0542 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 != bound) | (c_idxextra > 0)``.test_l0542 ... ok
> test_l0543 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time32 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0543 ... ok
> test_l0552 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_time32) & (c_time32 <= rbound)``.test_l0552 ... ok
> test_l0553 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) & ((c_extra + 1) < 0)``.test_l0553 ... ok
> test_l0554 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | (c_idxextra > 0)``.test_l0554 ... ok
> test_l0555 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_time32) & (c_time32 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0555 ... ok
> test_l0560 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_time64``.test_l0560 ... ok
> test_l0561 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64) & ((c_extra + 1) < 0)``.test_l0561 ... ok
> test_l0562 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64) | (c_idxextra > 0)``.test_l0562 ... ok
> test_l0563 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0563 ... ok
> test_l0568 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_time64 < 37.0``.test_l0568 ... ok
> test_l0569 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 < 37.0) & ((c_extra + 1) < 0)``.test_l0569 ... ok
> test_l0570 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 < 37.0) | (c_idxextra > 0)``.test_l0570 ... ok
> test_l0571 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0571 ... ok
> test_l0576 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_time64 == bound``.test_l0576 ... ok
> test_l0577 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 == bound) & ((c_extra + 1) < 0)``.test_l0577 ... ok
> test_l0578 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 == bound) | (c_idxextra > 0)``.test_l0578 ... ok
> test_l0579 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0579 ... ok
> test_l0580 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_time64 != bound``.test_l0580 ... ok
> test_l0581 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 != bound) & ((c_extra + 1) < 0)``.test_l0581 ... ok
> test_l0582 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 != bound) | (c_idxextra > 0)``.test_l0582 ... ok
> test_l0583 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_time64 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0583 ... ok
> test_l0592 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_time64) & (c_time64 <= rbound)``.test_l0592 ... ok
> test_l0593 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) & ((c_extra + 1) < 0)``.test_l0593 ... ok
> test_l0594 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | (c_idxextra > 0)``.test_l0594 ... ok
> test_l0595 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_time64) & (c_time64 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0595 ... ok
> test_l0600 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_enum``.test_l0600 ... ok
> test_l0601 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum) & ((c_extra + 1) < 0)``.test_l0601 ... ok
> test_l0602 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum) | (c_idxextra > 0)``.test_l0602 ... ok
> test_l0603 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0603 ... ok
> test_l0608 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_enum < 37``.test_l0608 ... ok
> test_l0609 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum < 37) & ((c_extra + 1) < 0)``.test_l0609 ... ok
> test_l0610 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum < 37) | (c_idxextra > 0)``.test_l0610 ... ok
> test_l0611 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum < 37) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0611 ... ok
> test_l0616 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_enum == bound``.test_l0616 ... ok
> test_l0617 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum == bound) & ((c_extra + 1) < 0)``.test_l0617 ... ok
> test_l0618 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum == bound) | (c_idxextra > 0)``.test_l0618 ... ok
> test_l0619 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0619 ... ok
> test_l0620 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_enum != bound``.test_l0620 ... ok
> test_l0621 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum != bound) & ((c_extra + 1) < 0)``.test_l0621 ... ok
> test_l0622 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum != bound) | (c_idxextra > 0)``.test_l0622 ... ok
> test_l0623 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_enum != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0623 ... ok
> test_l0632 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_enum) & (c_enum <= rbound)``.test_l0632 ... ok
> test_l0633 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) & ((c_extra + 1) < 0)``.test_l0633 ... ok
> test_l0634 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | (c_idxextra > 0)``.test_l0634 ... ok
> test_l0635 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_enum) & (c_enum <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0635 ... ok
> test_l0640 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_string``.test_l0640 ... ok
> test_l0641 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string) & ((c_extra + 1) < 0)``.test_l0641 ... ok
> test_l0642 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string) | (c_idxextra > 0)``.test_l0642 ... ok
> test_l0643 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0643 ... ok
> test_l0648 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_string < b'37'``.test_l0648 ... ok
> test_l0649 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string < b'37') & ((c_extra + 1) < 0)``.test_l0649 ... ok
> test_l0650 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string < b'37') | (c_idxextra > 0)``.test_l0650 ... ok
> test_l0651 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string < b'37') | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0651 ... ok
> test_l0656 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_string == bound``.test_l0656 ... ok
> test_l0657 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string == bound) & ((c_extra + 1) < 0)``.test_l0657 ... ok
> test_l0658 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string == bound) | (c_idxextra > 0)``.test_l0658 ... ok
> test_l0659 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0659 ... ok
> test_l0660 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_string != bound``.test_l0660 ... ok
> test_l0661 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string != bound) & ((c_extra + 1) < 0)``.test_l0661 ... ok
> test_l0662 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string != bound) | (c_idxextra > 0)``.test_l0662 ... ok
> test_l0663 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_string != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0663 ... ok
> test_l0672 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_string) & (c_string <= rbound)``.test_l0672 ... ok
> test_l0673 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) & ((c_extra + 1) < 0)``.test_l0673 ... ok
> test_l0674 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | (c_idxextra > 0)``.test_l0674 ... ok
> test_l0675 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_string) & (c_string <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0675 ... ok
> test_l0680 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float16``.test_l0680 ... ok
> test_l0681 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16) & ((c_extra + 1) < 0)``.test_l0681 ... ok
> test_l0682 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16) | (c_idxextra > 0)``.test_l0682 ... ok
> test_l0683 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0683 ... ok
> test_l0688 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float16 < 37.0``.test_l0688 ... ok
> test_l0689 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 < 37.0) & ((c_extra + 1) < 0)``.test_l0689 ... ok
> test_l0690 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 < 37.0) | (c_idxextra > 0)``.test_l0690 ... ok
> test_l0691 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 < 37.0) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0691 ... ok
> test_l0696 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float16 == bound``.test_l0696 ... ok
> test_l0697 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 == bound) & ((c_extra + 1) < 0)``.test_l0697 ... ok
> test_l0698 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 == bound) | (c_idxextra > 0)``.test_l0698 ... ok
> test_l0699 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 == bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0699 ... ok
> test_l0700 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float16 != bound``.test_l0700 ... ok
> test_l0701 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 != bound) & ((c_extra + 1) < 0)``.test_l0701 ... ok
> test_l0702 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 != bound) | (c_idxextra > 0)``.test_l0702 ... ok
> test_l0703 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(c_float16 != bound) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0703 ... ok
> test_l0712 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float16) & (c_float16 <= rbound)``.test_l0712 ... ok
> test_l0713 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) & ((c_extra + 1) < 0)``.test_l0713 ... ok
> test_l0714 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | (c_idxextra > 0)``.test_l0714 ... ok
> test_l0715 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``((lbound < c_float16) & (c_float16 <= rbound)) | ((c_idxextra > 0) | ((c_extra + 1) > 0))``.test_l0715 ... ok
> test_l0830 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0830 ... ok
> test_l0832 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``log10(c_float64) < func_bound``.test_l0832 ... ok
> test_l0834 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``log10(c_float64) == func_bound``.test_l0834 ... ok
> test_l0835 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``log10(c_float64) != func_bound``.test_l0835 ... ok
> test_l0838 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0838 ... ok
> test_l0840 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0840 ... ok
> test_l0842 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``log(c_float64) < func_bound``.test_l0842 ... ok
> test_l0844 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``log(c_float64) == func_bound``.test_l0844 ... ok
> test_l0845 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``log(c_float64) != func_bound``.test_l0845 ... ok
> test_l0848 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0848 ... ok
> test_l0850 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0850 ... ok
> test_l0852 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``exp(c_float64) < func_bound``.test_l0852 ... ok
> test_l0854 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``exp(c_float64) == func_bound``.test_l0854 ... ok
> test_l0855 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``exp(c_float64) != func_bound``.test_l0855 ... ok
> test_l0858 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0858 ... ok
> test_l0860 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0860 ... ok
> test_l0862 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``abs(c_float64) < func_bound``.test_l0862 ... ok
> test_l0864 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``abs(c_float64) == func_bound``.test_l0864 ... ok
> test_l0865 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``abs(c_float64) != func_bound``.test_l0865 ... ok
> test_l0868 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0868 ... ok
> test_l0870 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0870 ... ok
> test_l0872 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``sqrt(c_float64) < func_bound``.test_l0872 ... ok
> test_l0874 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``sqrt(c_float64) == func_bound``.test_l0874 ... ok
> test_l0875 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``sqrt(c_float64) != func_bound``.test_l0875 ... ok
> test_l0878 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0878 ... ok
> test_l0880 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0880 ... ok
> test_l0882 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``sin(c_float64) < func_bound``.test_l0882 ... ok
> test_l0884 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``sin(c_float64) == func_bound``.test_l0884 ... ok
> test_l0885 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``sin(c_float64) != func_bound``.test_l0885 ... ok
> test_l0888 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0888 ... ok
> test_l0890 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0890 ... ok
> test_l0892 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``cos(c_float64) < func_bound``.test_l0892 ... ok
> test_l0894 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``cos(c_float64) == func_bound``.test_l0894 ... ok
> test_l0895 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``cos(c_float64) != func_bound``.test_l0895 ... ok
> test_l0898 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0898 ... ok
> test_l0900 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0900 ... ok
> test_l0902 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``tan(c_float64) < func_bound``.test_l0902 ... ok
> test_l0904 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``tan(c_float64) == func_bound``.test_l0904 ... ok
> test_l0905 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``tan(c_float64) != func_bound``.test_l0905 ... ok
> test_l0908 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0908 ... ok
> test_l0910 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0910 ... ok
> test_l0912 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arcsin(c_float64) < func_bound``.test_l0912 ... ok
> test_l0914 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arcsin(c_float64) == func_bound``.test_l0914 ... ok
> test_l0915 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arcsin(c_float64) != func_bound``.test_l0915 ... ok
> test_l0918 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0918 ... ok
> test_l0920 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0920 ... ok
> test_l0922 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arccos(c_float64) < func_bound``.test_l0922 ... ok
> test_l0924 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arccos(c_float64) == func_bound``.test_l0924 ... ok
> test_l0925 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arccos(c_float64) != func_bound``.test_l0925 ... ok
> test_l0928 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0928 ... ok
> test_l0930 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``c_float64``.test_l0930 ... ok
> test_l0932 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arctan(c_float64) < func_bound``.test_l0932 ... ok
> test_l0934 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arctan(c_float64) == func_bound``.test_l0934 ... ok
> test_l0935 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``arctan(c_float64) != func_bound``.test_l0935 ... ok
> test_l0938 (tables.tests.test_queries.SIFO3TDTestCase)
> Testing ``(lbound < c_float64) & (c_float64 <= rbound)``.test_l0938 ... ok
> test_condition_vars (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using condition variables in conditions. ... ok
> test_empty_condition (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using an empty condition. ... ok
> test_foreign_column (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using a condition with a column from other table. ... ok
> test_implicit_col (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using implicit column names in conditions. ... ok
> test_nested_col (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using a condition with nested columns. ... ok
> test_no_column (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using a condition with no participating columns. ... ok
> test_not_boolean (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using a non-boolean condition. ... ok
> test_scopes (tables.tests.test_queries.ScalarTableUsageTestCase)
> Looking up different scopes for variables. ... ok
> test_syntax_error (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using a condition with a syntax error. ... ok
> test_unsupported_object (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using a condition with an unsupported object. ... ok
> test_unsupported_op (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using a condition with unsupported operations on types. ... ok
> test_unsupported_syntax (tables.tests.test_queries.ScalarTableUsageTestCase)
> Using a condition with unsupported syntax. ... ok
> test (tables.tests.test_queries.MDTableUsageTestCase)
> Using a condition on a multidimensional table. ... ok
> test (tables.tests.test_queries.IndexedTableUsage1) ... ok
> test (tables.tests.test_queries.IndexedTableUsage2) ... ok
> test (tables.tests.test_queries.IndexedTableUsage3) ... ok
> test (tables.tests.test_queries.IndexedTableUsage4) ... ok
> test (tables.tests.test_queries.IndexedTableUsage5) ... ok
> test (tables.tests.test_queries.IndexedTableUsage6) ... ok
> test (tables.tests.test_queries.IndexedTableUsage7) ... ok
> test (tables.tests.test_queries.IndexedTableUsage8) ... ok
> test (tables.tests.test_queries.IndexedTableUsage9) ... ok
> test (tables.tests.test_queries.IndexedTableUsage10) ... ok
> test (tables.tests.test_queries.IndexedTableUsage11) ... ok
> test (tables.tests.test_queries.IndexedTableUsage12) ... ok
> test (tables.tests.test_queries.IndexedTableUsage13) ... ok
> test (tables.tests.test_queries.IndexedTableUsage14) ... ok
> test (tables.tests.test_queries.IndexedTableUsage15) ... ok
> test (tables.tests.test_queries.IndexedTableUsage16) ... ok
> test (tables.tests.test_queries.IndexedTableUsage17) ... ok
> test (tables.tests.test_queries.IndexedTableUsage18) ... ok
> test (tables.tests.test_queries.IndexedTableUsage19) ... ok
> test (tables.tests.test_queries.IndexedTableUsage20) ... ok
> test (tables.tests.test_queries.IndexedTableUsage21) ... ok
> test (tables.tests.test_queries.IndexedTableUsage22) ... ok
> test (tables.tests.test_queries.IndexedTableUsage23) ... ok
> test (tables.tests.test_queries.IndexedTableUsage24) ... ok
> test (tables.tests.test_queries.IndexedTableUsage25) ... ok
> test (tables.tests.test_queries.IndexedTableUsage26) ... ok
> test (tables.tests.test_queries.IndexedTableUsage27) ... ok
> test (tables.tests.test_queries.IndexedTableUsage28) ... ok
> test (tables.tests.test_queries.IndexedTableUsage29) ... ok
> test (tables.tests.test_queries.IndexedTableUsage30) ... ok
> test (tables.tests.test_queries.IndexedTableUsage31) ... ok
> test (tables.tests.test_queries.IndexedTableUsage32) ... ok
> test00_simple (tables.tests.test_expression.ExprNumPy)
> Checking that expression is correctly evaluated. ... ok
> test01_out (tables.tests.test_expression.ExprNumPy)
> Checking that expression is correctly evaluated (`out` param) ... ok
> test02_out (tables.tests.test_expression.ExprNumPy)
> Checking that expression is correctly evaluated when slice is ... ok
> test00_simple (tables.tests.test_expression.ExprArray)
> Checking that expression is correctly evaluated. ... ok
> test01_out (tables.tests.test_expression.ExprArray)
> Checking that expression is correctly evaluated (`out` param) ... ok
> test02_out (tables.tests.test_expression.ExprArray)
> Checking that expression is correctly evaluated when slice is ... ok
> test00_simple (tables.tests.test_expression.ExprCArray)
> Checking that expression is correctly evaluated. ... ok
> test01_out (tables.tests.test_expression.ExprCArray)
> Checking that expression is correctly evaluated (`out` param) ... ok
> test02_out (tables.tests.test_expression.ExprCArray)
> Checking that expression is correctly evaluated when slice is ... ok
> test00_simple (tables.tests.test_expression.ExprEArray)
> Checking that expression is correctly evaluated. ... ok
> test01_out (tables.tests.test_expression.ExprEArray)
> Checking that expression is correctly evaluated (`out` param) ... ok
> test02_out (tables.tests.test_expression.ExprEArray)
> Checking that expression is correctly evaluated when slice is ... ok
> test00_simple (tables.tests.test_expression.ExprColumn)
> Checking that expression is correctly evaluated. ... ok
> test01_out (tables.tests.test_expression.ExprColumn)
> Checking that expression is correctly evaluated (`out` param) ... ok
> test02_out (tables.tests.test_expression.ExprColumn)
> Checking that expression is correctly evaluated when slice is ... ok
> test00a_simple (tables.tests.test_expression.MixedContainers0)
> Checking expressions with mixed objects. ... ok
> test00b_simple_scalars (tables.tests.test_expression.MixedContainers0)
> Checking that scalars in expression evaluate correctly. ... ok
> test01a_out (tables.tests.test_expression.MixedContainers0)
> Checking expressions with mixed objects (`out` param) ... ok
> test01b_out_scalars (tables.tests.test_expression.MixedContainers0)
> Checking expressions with mixed objects (`out` param, scalars) ... ok
> test02a_sss (tables.tests.test_expression.MixedContainers0)
> Checking mixed objects and start, stop, step (I) ... ok
> test02b_sss (tables.tests.test_expression.MixedContainers0)
> Checking mixed objects and start, stop, step (II) ... ok
> test02c_sss (tables.tests.test_expression.MixedContainers0)
> Checking mixed objects and start, stop, step (III) ... ok
> test03_sss (tables.tests.test_expression.MixedContainers0)
> Checking start, stop, step as numpy.int64. ... ok
> test00a_simple (tables.tests.test_expression.MixedContainers1)
> Checking expressions with mixed objects. ... ok
> test00b_simple_scalars (tables.tests.test_expression.MixedContainers1)
> Checking that scalars in expression evaluate correctly. ... ok
> test01a_out (tables.tests.test_expression.MixedContainers1)
> Checking expressions with mixed objects (`out` param) ... ok
> test01b_out_scalars (tables.tests.test_expression.MixedContainers1)
> Checking expressions with mixed objects (`out` param, scalars) ... ok
> test02a_sss (tables.tests.test_expression.MixedContainers1)
> Checking mixed objects and start, stop, step (I) ... ok
> test02b_sss (tables.tests.test_expression.MixedContainers1)
> Checking mixed objects and start, stop, step (II) ... ok
> test02c_sss (tables.tests.test_expression.MixedContainers1)
> Checking mixed objects and start, stop, step (III) ... ok
> test03_sss (tables.tests.test_expression.MixedContainers1)
> Checking start, stop, step as numpy.int64. ... ok
> test00a_simple (tables.tests.test_expression.MixedContainers2)
> Checking expressions with mixed objects. ... ok
> test00b_simple_scalars (tables.tests.test_expression.MixedContainers2)
> Checking that scalars in expression evaluate correctly. ... ok
> test01a_out (tables.tests.test_expression.MixedContainers2)
> Checking expressions with mixed objects (`out` param) ... ok
> test01b_out_scalars (tables.tests.test_expression.MixedContainers2)
> Checking expressions with mixed objects (`out` param, scalars) ... ok
> test02a_sss (tables.tests.test_expression.MixedContainers2)
> Checking mixed objects and start, stop, step (I) ... ok
> test02b_sss (tables.tests.test_expression.MixedContainers2)
> Checking mixed objects and start, stop, step (II) ... ok
> test02c_sss (tables.tests.test_expression.MixedContainers2)
> Checking mixed objects and start, stop, step (III) ... ok
> test03_sss (tables.tests.test_expression.MixedContainers2)
> Checking start, stop, step as numpy.int64. ... ok
> test00a_simple (tables.tests.test_expression.MixedContainers3)
> Checking expressions with mixed objects. ... ok
> test00b_simple_scalars (tables.tests.test_expression.MixedContainers3)
> Checking that scalars in expression evaluate correctly. ... ok
> test01a_out (tables.tests.test_expression.MixedContainers3)
> Checking expressions with mixed objects (`out` param) ... ok
> test01b_out_scalars (tables.tests.test_expression.MixedContainers3)
> Checking expressions with mixed objects (`out` param, scalars) ... ok
> test02a_sss (tables.tests.test_expression.MixedContainers3)
> Checking mixed objects and start, stop, step (I) ... ok
> test02b_sss (tables.tests.test_expression.MixedContainers3)
> Checking mixed objects and start, stop, step (II) ... ok
> test02c_sss (tables.tests.test_expression.MixedContainers3)
> Checking mixed objects and start, stop, step (III) ... ok
> test03_sss (tables.tests.test_expression.MixedContainers3)
> Checking start, stop, step as numpy.int64. ... ok
> test00_simple (tables.tests.test_expression.UnalignedObject)
> Checking expressions with unaligned objects. ... ok
> test01_md (tables.tests.test_expression.UnalignedObject)
> Checking expressions with unaligned objects (MD version) ... ok
> test00_simple (tables.tests.test_expression.NonContiguousObject)
> Checking expressions with non-contiguous objects ... ok
> test01a_md (tables.tests.test_expression.NonContiguousObject)
> Checking expressions with non-contiguous objects (MD version, I) ... ok
> test01b_md (tables.tests.test_expression.NonContiguousObject)
> Checking expressions with non-contiguous objects (MD version, II) ... ok
> test02_uint64 (tables.tests.test_expression.ExprError)
> Checking that uint64 arrays in expression are detected. ... ok
> test03_table (tables.tests.test_expression.ExprError)
> Checking that tables in expression are detected. ... ok
> test04_nestedcols (tables.tests.test_expression.ExprError)
> Checking that nested cols in expression are detected. ... ok
> test05_vlarray (tables.tests.test_expression.ExprError)
> Checking that VLArrays in expression are detected. ... ok
> test00_simple (tables.tests.test_expression.Broadcast0)
> Checking broadcast in expression. ... ok
> test00_simple (tables.tests.test_expression.Broadcast1)
> Checking broadcast in expression. ... ok
> test00_simple (tables.tests.test_expression.Broadcast2)
> Checking broadcast in expression. ... ok
> test00_simple (tables.tests.test_expression.Broadcast3)
> Checking broadcast in expression. ... ok
> test00_simple (tables.tests.test_expression.Broadcast4)
> Checking broadcast in expression. ... ok
> test00_simple (tables.tests.test_expression.Broadcast5)
> Checking broadcast in expression. ... ok
> test00_simple (tables.tests.test_expression.DiffLength0)
> Checking different length inputs in expression. ... ok
> test00_simple (tables.tests.test_expression.DiffLength1)
> Checking different length inputs in expression. ... ok
> test00_simple (tables.tests.test_expression.DiffLength2)
> Checking different length inputs in expression. ... ok
> test00_simple (tables.tests.test_expression.DiffLength3)
> Checking different length inputs in expression. ... ok
> test00_simple (tables.tests.test_expression.DiffLength4)
> Checking different length inputs in expression. ... ok
> test00_bool (tables.tests.test_expression.TypesTestCase)
> Checking booleans in expression. ... ok
> test01_shortint (tables.tests.test_expression.TypesTestCase)
> Checking int8,uint8,int16,uint16 and int32 in expression. ... ok
> test02_longint (tables.tests.test_expression.TypesTestCase)
> Checking uint32 and int64 in expression. ... ok
> test03_float (tables.tests.test_expression.TypesTestCase)
> Checking float32 and float64 in expression. ... ok
> test04_complex (tables.tests.test_expression.TypesTestCase)
> Checking complex64 and complex128 in expression. ... ok
> test05_string (tables.tests.test_expression.TypesTestCase)
> Checking strings in expression. ... ok
> test00_simple (tables.tests.test_expression.FunctionsTestCase)
> Checking some math functions in expression. ... ok
> test00_simple (tables.tests.test_expression.Maindim0)
> Checking other dimensions than 0 as main dimension. ... ok
> test01_out (tables.tests.test_expression.Maindim0)
> Checking other dimensions than 0 as main dimension (out) ... ok
> test02_diff_in_maindims (tables.tests.test_expression.Maindim0)
> Checking different main dimensions in inputs. ... ok
> test03_diff_in_out_maindims (tables.tests.test_expression.Maindim0)
> Checking different maindims in inputs and output. ... ok
> test04_diff_in_out_maindims_lengths (tables.tests.test_expression.Maindim0)
> Checking different maindims and lengths in inputs and output. ... ok
> test00_simple (tables.tests.test_expression.Maindim1)
> Checking other dimensions than 0 as main dimension. ... ok
> test01_out (tables.tests.test_expression.Maindim1)
> Checking other dimensions than 0 as main dimension (out) ... ok
> test02_diff_in_maindims (tables.tests.test_expression.Maindim1)
> Checking different main dimensions in inputs. ... ok
> test03_diff_in_out_maindims (tables.tests.test_expression.Maindim1)
> Checking different maindims in inputs and output. ... ok
> test04_diff_in_out_maindims_lengths (tables.tests.test_expression.Maindim1)
> Checking different maindims and lengths in inputs and output. ... ok
> test00_simple (tables.tests.test_expression.Maindim2)
> Checking other dimensions than 0 as main dimension. ... ok
> test01_out (tables.tests.test_expression.Maindim2)
> Checking other dimensions than 0 as main dimension (out) ... ok
> test02_diff_in_maindims (tables.tests.test_expression.Maindim2)
> Checking different main dimensions in inputs. ... ok
> test03_diff_in_out_maindims (tables.tests.test_expression.Maindim2)
> Checking different maindims in inputs and output. ... ok
> test04_diff_in_out_maindims_lengths (tables.tests.test_expression.Maindim2)
> Checking different maindims and lengths in inputs and output. ... ok
> test00_simple (tables.tests.test_expression.Maindim3)
> Checking other dimensions than 0 as main dimension. ... ok
> test01_out (tables.tests.test_expression.Maindim3)
> Checking other dimensions than 0 as main dimension (out) ... ok
> test02_diff_in_maindims (tables.tests.test_expression.Maindim3)
> Checking different main dimensions in inputs. ... ok
> test03_diff_in_out_maindims (tables.tests.test_expression.Maindim3)
> Checking different maindims in inputs and output. ... ok
> test04_diff_in_out_maindims_lengths (tables.tests.test_expression.Maindim3)
> Checking different maindims and lengths in inputs and output. ... ok
> test01_append (tables.tests.test_expression.AppendModeTrue)
> Checking append mode in `set_output()` ... ok
> test01_append (tables.tests.test_expression.AppendModeFalse)
> Checking append mode in `set_output()` ... ok
> test00_iter (tables.tests.test_expression.iter0)
> Checking the __iter__ iterator. ... ok
> test01a_sss (tables.tests.test_expression.iter0)
> Checking the __iter__ iterator (with ranges, I) ... ok
> test01b_sss (tables.tests.test_expression.iter0)
> Checking the __iter__ iterator (with ranges, II) ... ok
> test01c_sss (tables.tests.test_expression.iter0)
> Checking the __iter__ iterator (with ranges, III) ... ok
> test00_iter (tables.tests.test_expression.iter1)
> Checking the __iter__ iterator. ... ok
> test01a_sss (tables.tests.test_expression.iter1)
> Checking the __iter__ iterator (with ranges, I) ... ok
> test01b_sss (tables.tests.test_expression.iter1)
> Checking the __iter__ iterator (with ranges, II) ... ok
> test01c_sss (tables.tests.test_expression.iter1)
> Checking the __iter__ iterator (with ranges, III) ... ok
> test00_iter (tables.tests.test_expression.iter2)
> Checking the __iter__ iterator. ... ok
> test01a_sss (tables.tests.test_expression.iter2)
> Checking the __iter__ iterator (with ranges, I) ... ok
> test01b_sss (tables.tests.test_expression.iter2)
> Checking the __iter__ iterator (with ranges, II) ... ok
> test01c_sss (tables.tests.test_expression.iter2)
> Checking the __iter__ iterator (with ranges, III) ... ok
> test00_iter (tables.tests.test_expression.iter3)
> Checking the __iter__ iterator. ... ok
> test01a_sss (tables.tests.test_expression.iter3)
> Checking the __iter__ iterator (with ranges, I) ... ok
> test01b_sss (tables.tests.test_expression.iter3)
> Checking the __iter__ iterator (with ranges, II) ... ok
> test01c_sss (tables.tests.test_expression.iter3)
> Checking the __iter__ iterator (with ranges, III) ... ok
> test00_iter (tables.tests.test_expression.iter4)
> Checking the __iter__ iterator. ... ok
> test01a_sss (tables.tests.test_expression.iter4)
> Checking the __iter__ iterator (with ranges, I) ... ok
> test01b_sss (tables.tests.test_expression.iter4)
> Checking the __iter__ iterator (with ranges, II) ... ok
> test01c_sss (tables.tests.test_expression.iter4)
> Checking the __iter__ iterator (with ranges, III) ... ok
> test00_iter (tables.tests.test_expression.iter5)
> Checking the __iter__ iterator. ... ok
> test01a_sss (tables.tests.test_expression.iter5)
> Checking the __iter__ iterator (with ranges, I) ... ok
> test01b_sss (tables.tests.test_expression.iter5)
> Checking the __iter__ iterator (with ranges, II) ... ok
> test01c_sss (tables.tests.test_expression.iter5)
> Checking the __iter__ iterator (with ranges, III) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange0)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange0)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange1)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange1)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange2)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange2)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange3)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange3)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange4)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange4)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange5)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange5)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange6)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange6)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange7)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange7)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange8)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange8)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.setOutputRange9)
> Checking the range selection for output. ... ok
> test01_maindim (tables.tests.test_expression.setOutputRange9)
> Checking the range selection for output (maindim > 0) ... ok
> test00_simple (tables.tests.test_expression.VeryLargeInputs1)
> Checking very large inputs. ... ok
> test01_iter (tables.tests.test_expression.VeryLargeInputs1)
> Checking very large inputs (__iter__ version) ... ok
> test00_create (tables.tests.test_links.HardLinkTestCase)
> Creating hard links. ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test01_open (tables.tests.test_links.HardLinkTestCase)
> Opening a file with hard links. ... ok
> test02_removeLeaf (tables.tests.test_links.HardLinkTestCase)
> Removing a hard link to a Leaf. ... ok
> test03_removeGroup (tables.tests.test_links.HardLinkTestCase)
> Removing a hard link to a Group. ... ok
> test00_create (tables.tests.test_links.SoftLinkTestCase)
> Creating soft links. ... ok
> test01_open (tables.tests.test_links.SoftLinkTestCase)
> Opening a file with soft links. ... ok
> test02_remove (tables.tests.test_links.SoftLinkTestCase)
> Removing a soft link. ... ok
> test03_copy (tables.tests.test_links.SoftLinkTestCase)
> Copying a soft link. ... ok
> test03_overwrite (tables.tests.test_links.SoftLinkTestCase)
> Overwrite a soft link. ... ok
> test04_move (tables.tests.test_links.SoftLinkTestCase)
> Moving a soft link. ... ok
> test05_rename (tables.tests.test_links.SoftLinkTestCase)
> Renaming a soft link. ... ok
> test06a_relative_path (tables.tests.test_links.SoftLinkTestCase)
> Using soft links with relative paths. ... ok
> test06b_relative_path (tables.tests.test_links.SoftLinkTestCase)
> Using soft links with relative paths (./ version) ... ok
> test07_walkNodes (tables.tests.test_links.SoftLinkTestCase)
> Checking `walk_nodes` with `classname` option. ... ok
> test08__v_links (tables.tests.test_links.SoftLinkTestCase)
> Checking `Group._v_links`. ... ok
> test09_link_to_link (tables.tests.test_links.SoftLinkTestCase)
> Checking linked links. ... ok
> test10_copy_link_to_file (tables.tests.test_links.SoftLinkTestCase)
> Checking copying a link to another file. ... ok
> test11_direct_attribute_access (tables.tests.test_links.SoftLinkTestCase)
> Check direct get/set attributes via link-->target.attribute ... ok
> test12_access_child_node_attributes (tables.tests.test_links.SoftLinkTestCase)
> Check get/set attributes via link-->target.child.attribute ... ok
> test13_direct_attribute_access_via_chained_softlinks (tables.tests.test_links.SoftLinkTestCase)
> Check get/set access via link2-->link1-->target.child.attribute ... ok
> test14_child_of_softlink_to_group (tables.tests.test_links.SoftLinkTestCase)
> Create an array whose parent is a softlink to another group ... ok
> test_str (tables.tests.test_links.SoftLinkTestCase) ... ok
> test_str_with_dangling_link (tables.tests.test_links.SoftLinkTestCase) ... ok
> test00_create (tables.tests.test_links.ExternalLinkTestCase)
> Creating soft links. ... ok
> test01_open (tables.tests.test_links.ExternalLinkTestCase)
> Opening a file with soft links. ... ok
> test02_remove (tables.tests.test_links.ExternalLinkTestCase)
> Removing an external link. ... ok
> test03_copy (tables.tests.test_links.ExternalLinkTestCase)
> Copying an external link. ... ok
> test03_overwrite (tables.tests.test_links.ExternalLinkTestCase)
> Overwrite an external link. ... ok
> test04_move (tables.tests.test_links.ExternalLinkTestCase)
> Moving an external link. ... ok
> test05_rename (tables.tests.test_links.ExternalLinkTestCase)
> Renaming an external link. ... ok
> test07_walkNodes (tables.tests.test_links.ExternalLinkTestCase)
> Checking `walk_nodes` with `classname` option. ... ok
> test08__v_links (tables.tests.test_links.ExternalLinkTestCase)
> Checking `Group._v_links`. ... ok
> test09_umount (tables.tests.test_links.ExternalLinkTestCase)
> Checking `umount()` method. ... ok
> test10_copy_link_to_file (tables.tests.test_links.ExternalLinkTestCase)
> Checking copying a link to another file. ... ok
> test00_flushLastRow (tables.tests.test_indexes.BasicReadTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.BasicReadTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.BasicReadTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.BasicReadTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.BasicReadTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.BasicReadTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.BasicReadTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.BasicReadTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.ZlibReadTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.ZlibReadTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.ZlibReadTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.ZlibReadTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.ZlibReadTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.ZlibReadTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.ZlibReadTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.ZlibReadTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.BloscReadTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.BloscReadTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.BloscReadTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.BloscReadTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.BloscReadTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.BloscReadTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.BloscReadTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.BloscReadTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.LZOReadTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.LZOReadTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.LZOReadTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.LZOReadTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.LZOReadTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.LZOReadTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.LZOReadTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.LZOReadTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.Bzip2ReadTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.Bzip2ReadTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.ShuffleReadTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.ShuffleReadTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.Fletcher32ReadTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.Fletcher32ReadTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.ShuffleFletcher32ReadTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.OneHalfTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.OneHalfTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.OneHalfTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.OneHalfTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.OneHalfTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.OneHalfTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.OneHalfTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.OneHalfTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.UpperBoundTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.UpperBoundTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.UpperBoundTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.UpperBoundTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.UpperBoundTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.UpperBoundTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.UpperBoundTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.UpperBoundTestCase) ... ok
> test00_flushLastRow (tables.tests.test_indexes.LowerBoundTestCase)
> Checking flushing an Index incrementing only the last row. ... ok
> test00_update (tables.tests.test_indexes.LowerBoundTestCase)
> Checking automatic re-indexing after an update operation. ... ok
> test01_readIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking reading an Index (string flavor) ... ok
> test02_readIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking reading an Index (bool flavor) ... ok
> test03_readIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking reading an Index (int flavor) ... ok
> test04_readIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking reading an Index (float flavor) ... ok
> test05_getWhereList (tables.tests.test_indexes.LowerBoundTestCase)
> Checking reading an Index with get_where_list (string flavor) ... ok
> test06_getWhereList (tables.tests.test_indexes.LowerBoundTestCase)
> Checking reading an Index with get_where_list (bool flavor) ... ok
> test07_getWhereList (tables.tests.test_indexes.LowerBoundTestCase)
> Checking reading an Index with get_where_list (int flavor) ... ok
> test08_getWhereList (tables.tests.test_indexes.LowerBoundTestCase)
> Checking reading an Index with get_where_list (float flavor) ... ok
> test09a_removeIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking removing an index. ... ok
> test09b_removeIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking removing an index (persistent version) ... ok
> test10a_moveIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking moving a table with an index. ... ok
> test10b_moveIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking moving a table with an index (persistent version) ... ok
> test10c_moveIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking moving a table with an index (small node cache). ... ok
> test10d_moveIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking moving a table with an index (no node cache). ... ok
> test11a_removeTableWithIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking removing a table with indexes. ... ok
> test11b_removeTableWithIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking removing a table with indexes (persistent version 2) ... ok
> test11c_removeTableWithIndex (tables.tests.test_indexes.LowerBoundTestCase)
> Checking removing a table with indexes (persistent version 3) ... ok
> test12_doubleIterate (tables.tests.test_indexes.LowerBoundTestCase) ... ok
> test01_attrs (tables.tests.test_indexes.AI1TestCase)
> Checking indexing attributes (part1) ... ok
> test02_attrs (tables.tests.test_indexes.AI1TestCase)
> Checking indexing attributes (part2) ... ok
> test03_counters (tables.tests.test_indexes.AI1TestCase)
> Checking indexing counters ... ok
> test04_noauto (tables.tests.test_indexes.AI1TestCase)
> Checking indexing counters (non-automatic mode) ... ok
> test05_icounters (tables.tests.test_indexes.AI1TestCase)
> Checking indexing counters (remove_rows) ... ok
> test06_dirty (tables.tests.test_indexes.AI1TestCase)
> Checking dirty flags (remove_rows action) ... ok
> test07_noauto (tables.tests.test_indexes.AI1TestCase)
> Checking indexing counters (modify_rows, no-auto mode) ... ok
> test07b_noauto (tables.tests.test_indexes.AI1TestCase)
> Checking indexing queries (modify in iterator, no-auto mode) ... ok
> test07c_noauto (tables.tests.test_indexes.AI1TestCase)
> Checking indexing queries (append, no-auto mode) ... ok
> test08_dirty (tables.tests.test_indexes.AI1TestCase)
> Checking dirty flags (modify_columns) ... ok
> test09a_propIndex (tables.tests.test_indexes.AI1TestCase)
> Checking propagate Index feature in Table.copy() (attrs) ... ok
> test09b_propIndex (tables.tests.test_indexes.AI1TestCase)
> Checking that propindexes=False works ... ok
> test10_propIndex (tables.tests.test_indexes.AI1TestCase)
> Checking propagate Index feature in Table.copy() (values) ... ok
> test11_propIndex (tables.tests.test_indexes.AI1TestCase)
> Checking propagate Index feature in Table.copy() (dirty flags) ... ok
> test01_attrs (tables.tests.test_indexes.AI2TestCase)
> Checking indexing attributes (part1) ... ok
> test02_attrs (tables.tests.test_indexes.AI2TestCase)
> Checking indexing attributes (part2) ... ok
> test03_counters (tables.tests.test_indexes.AI2TestCase)
> Checking indexing counters ... ok
> test04_noauto (tables.tests.test_indexes.AI2TestCase)
> Checking indexing counters (non-automatic mode) ... ok
> test05_icounters (tables.tests.test_indexes.AI2TestCase)
> Checking indexing counters (remove_rows) ... ok
> test06_dirty (tables.tests.test_indexes.AI2TestCase)
> Checking dirty flags (remove_rows action) ... ok
> test07_noauto (tables.tests.test_indexes.AI2TestCase)
> Checking indexing counters (modify_rows, no-auto mode) ... ok
> test07b_noauto (tables.tests.test_indexes.AI2TestCase)
> Checking indexing queries (modify in iterator, no-auto mode) ... ok
> test07c_noauto (tables.tests.test_indexes.AI2TestCase)
> Checking indexing queries (append, no-auto mode) ... ok
> test08_dirty (tables.tests.test_indexes.AI2TestCase)
> Checking dirty flags (modify_columns) ... ok
> test09a_propIndex (tables.tests.test_indexes.AI2TestCase)
> Checking propagate Index feature in Table.copy() (attrs) ... ok
> test09b_propIndex (tables.tests.test_indexes.AI2TestCase)
> Checking that propindexes=False works ... ok
> test10_propIndex (tables.tests.test_indexes.AI2TestCase)
> Checking propagate Index feature in Table.copy() (values) ... ok
> test11_propIndex (tables.tests.test_indexes.AI2TestCase)
> Checking propagate Index feature in Table.copy() (dirty flags) ... ok
> test01_attrs (tables.tests.test_indexes.AI9TestCase)
> Checking indexing attributes (part1) ... ok
> test02_attrs (tables.tests.test_indexes.AI9TestCase)
> Checking indexing attributes (part2) ... ok
> test03_counters (tables.tests.test_indexes.AI9TestCase)
> Checking indexing counters ... ok
> test04_noauto (tables.tests.test_indexes.AI9TestCase)
> Checking indexing counters (non-automatic mode) ... ok
> test05_icounters (tables.tests.test_indexes.AI9TestCase)
> Checking indexing counters (remove_rows) ... ok
> test06_dirty (tables.tests.test_indexes.AI9TestCase)
> Checking dirty flags (remove_rows action) ... ok
> test07_noauto (tables.tests.test_indexes.AI9TestCase)
> Checking indexing counters (modify_rows, no-auto mode) ... ok
> test07b_noauto (tables.tests.test_indexes.AI9TestCase)
> Checking indexing queries (modify in iterator, no-auto mode) ... ok
> test07c_noauto (tables.tests.test_indexes.AI9TestCase)
> Checking indexing queries (append, no-auto mode) ... ok
> test08_dirty (tables.tests.test_indexes.AI9TestCase)
> Checking dirty flags (modify_columns) ... ok
> test09a_propIndex (tables.tests.test_indexes.AI9TestCase)
> Checking propagate Index feature in Table.copy() (attrs) ... ok
> test09b_propIndex (tables.tests.test_indexes.AI9TestCase)
> Checking that propindexes=False works ... ok
> test10_propIndex (tables.tests.test_indexes.AI9TestCase)
> Checking propagate Index feature in Table.copy() (values) ... ok
> test11_propIndex (tables.tests.test_indexes.AI9TestCase)
> Checking propagate Index feature in Table.copy() (dirty flags) ... ok
> test01 (tables.tests.test_indexes.DeepTableIndexTestCase)
> Checking the indexing of a table in a 2nd level hierarchy ... ok
> test01b (tables.tests.test_indexes.DeepTableIndexTestCase)
> Checking the indexing of a table in 2nd level ... ok
> test02 (tables.tests.test_indexes.DeepTableIndexTestCase)
> Checking the indexing of a table in a 4th level hierarchy ... ok
> test02b (tables.tests.test_indexes.DeepTableIndexTestCase)
> Checking the indexing of a table in a 4th level ... ok
> test03 (tables.tests.test_indexes.DeepTableIndexTestCase)
> Checking the indexing of a table in a 100th level hierarchy ... ok
> test_attributes (tables.tests.test_indexes.IndexPropsChangeTestCase)
> Storing index properties as table attributes. ... ok
> test_copyattrs (tables.tests.test_indexes.IndexPropsChangeTestCase)
> Copying index properties attributes. ... ok
> test_createIndex (tables.tests.test_indexes.IndexFiltersTestCase)
> Checking input parameters in new indexes. ... ok
> test_reindex (tables.tests.test_indexes.IndexFiltersTestCase)
> Checking input parameters in recomputed indexes. ... ok
> test1_x (tables.tests.test_indexes.OldIndexTestCase)
> Check that files with 1.x indexes are recognized and warned. ... ok
> test00_isCompletelySortedIndex (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Column.is_csi property. ... ok
> test01_readSorted1 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_sorted() method with no arguments. ... ok
> test01_readSorted2 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_sorted() method with arguments (I). ... ok
> test01_readSorted3 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_sorted() method with arguments (II). ... ok
> test02_readIndices1 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_indices() method with no arguments. ... ok
> test02_readIndices2 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_indices() method with arguments (I). ... ok
> test02_readIndices3 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_indices() method with arguments (II). ... ok
> test02_readIndices4 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_indices() method with arguments (III). ... ok
> test02_readIndices5 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_indices() method with arguments (IV). ... ok
> test02_readIndices6 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.read_indices() method with step only. ... ok
> test03_getitem1 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.__getitem__() method with no arguments. ... ok
> test03_getitem2 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.__getitem__() method with start. ... ok
> test03_getitem3 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Index.__getitem__() method with start, stop. ... ok
> test04_itersorted1 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with no arguments. ... ok
> test04_itersorted2 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with a start. ... ok
> test04_itersorted3 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with a stop. ... ok
> test04_itersorted4 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with a start and stop. ... ok
> test04_itersorted5 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with a start, stop and ... ok
> test04_itersorted6 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with a start, stop and ... ok
> test04_itersorted7 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with checkCSI=True. ... ok
> test04_itersorted8 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with a start, stop and ... ok
> test04_itersorted9 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.itersorted() method with a negative step. ... ok
> test05_readSorted1 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with no arguments. ... ok
> test05_readSorted10 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with negative step (V)). ... ok
> test05_readSorted11 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with start > stop. ... ok
> test05_readSorted2 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with a start. ... ok
> test05_readSorted3 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with a start and stop. ... ok
> test05_readSorted4 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with a start, stop and ... ok
> test05_readSorted5 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with only a step. ... ok
> test05_readSorted6 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with negative step. ... ok
> test05_readSorted7 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with negative step (II). ... ok
> test05_readSorted8 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with negative step (III)). ... ok
> test05_readSorted9 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with negative step (IV)). ... ok
> test05a_readSorted12 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with checkCSI (I). ... ok
> test05b_readSorted12 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.read_sorted() method with checkCSI (II). ... ok
> test06_copy_sorted1 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.copy(sortby) method with no arguments. ... ok
> test06_copy_sorted2 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.copy(sortby) method with step=-1. ... ok
> test06_copy_sorted3 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.copy(sortby) method with only a start. ... ok
> test06_copy_sorted4 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.copy(sortby) method with start, stop. ... ok
> test06_copy_sorted5 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.copy(sortby) method with start, stop, step. ... ok
> test06_copy_sorted6 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the Table.copy(sortby) method after table re-opening. ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> ok
> test06_copy_sorted7 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the `checkCSI` parameter of Table.copy() (I). ... ok
> test06_copy_sorted8 (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the `checkCSI` parameter of Table.copy() (II). ... ok
> test07_isCSI_noelements (tables.tests.test_indexes.CompletelySortedIndexTestCase)
> Testing the representation of an index with no elements. ... ok
> test00 (tables.tests.test_indexes.ManyNodesTestCase)
> Indexing many nodes in one single session (based on bug #26) ... ok
> test01_readSorted1 (tables.tests.test_indexes.ReadSortedIndex0)
> Testing the Table.read_sorted() method with no arguments. ... ok
> test01_readSorted2 (tables.tests.test_indexes.ReadSortedIndex0)
> Testing the Table.read_sorted() method with no arguments ... ok
> test02_copy_sorted1 (tables.tests.test_indexes.ReadSortedIndex0)
> Testing the Table.copy(sortby) method. ... ok
> test02_copy_sorted2 (tables.tests.test_indexes.ReadSortedIndex0)
> Testing the Table.copy(sortby) method after table re-opening. ... ok
> test01_readSorted1 (tables.tests.test_indexes.ReadSortedIndex3)
> Testing the Table.read_sorted() method with no arguments. ... ok
> test01_readSorted2 (tables.tests.test_indexes.ReadSortedIndex3)
> Testing the Table.read_sorted() method with no arguments ... ok
> test02_copy_sorted1 (tables.tests.test_indexes.ReadSortedIndex3)
> Testing the Table.copy(sortby) method. ... ok
> test02_copy_sorted2 (tables.tests.test_indexes.ReadSortedIndex3)
> Testing the Table.copy(sortby) method after table re-opening. ... ok
> test01_readSorted1 (tables.tests.test_indexes.ReadSortedIndex6)
> Testing the Table.read_sorted() method with no arguments. ... ok
> test01_readSorted2 (tables.tests.test_indexes.ReadSortedIndex6)
> Testing the Table.read_sorted() method with no arguments ... ok
> test02_copy_sorted1 (tables.tests.test_indexes.ReadSortedIndex6)
> Testing the Table.copy(sortby) method. ... ok
> test02_copy_sorted2 (tables.tests.test_indexes.ReadSortedIndex6)
> Testing the Table.copy(sortby) method after table re-opening. ... ok
> test01_readSorted1 (tables.tests.test_indexes.ReadSortedIndex9)
> Testing the Table.read_sorted() method with no arguments. ... ok
> test01_readSorted2 (tables.tests.test_indexes.ReadSortedIndex9)
> Testing the Table.read_sorted() method with no arguments ... ok
> test02_copy_sorted1 (tables.tests.test_indexes.ReadSortedIndex9)
> Testing the Table.copy(sortby) method. ... ok
> test02_copy_sorted2 (tables.tests.test_indexes.ReadSortedIndex9)
> Testing the Table.copy(sortby) method after table re-opening. ... ok
> test_copysort (tables.tests.test_indexes.Issue156TestCase01) ... ok
> test_copysort (tables.tests.test_indexes.Issue156TestCase02) ... ok
> test_timecol_issue (tables.tests.test_indexes.Issue119Time32ColTestCase) ... ok
> test_timecol_issue (tables.tests.test_indexes.Issue119Time64ColTestCase) ... ok
> test_csindex_nans (tables.tests.test_indexes.TestIndexingNans) ... ok
> test_issue_282 (tables.tests.test_indexes.TestIndexingNans) ... ok
> test_issue_327 (tables.tests.test_indexes.TestIndexingNans) ... ok
> test_issue_327_b (tables.tests.test_indexes.TestIndexingNans) ... ok
> test01a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.UINSV1aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.UINSV1aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.UINSV2aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.UINSV2aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.UINSV3aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.UINSV3aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.LINSV1aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.LINSV1aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.LINSV2aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.LINSV2aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.LINSV3aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.LINSV3aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.MINSV1aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.MINSV1aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.MINSV2aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.MINSV2aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.MINSV3aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.MINSV3aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.FINSV1aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.FINSV1aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.FINSV2aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.FINSV2aTestCase)
> Checking repeated queries, with different limits. ... ok
> test01a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test01b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (string flavor) ... ok
> test02a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test02b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (bool flavor) ... ok
> test03a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (int flavor) ... ok
> test03c (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (long flavor) ... ok
> test03d (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (long and int flavor) ... ok
> test04a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test04b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index (float flavor) ... ok
> test05a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking get_where_list & itersequence (string, python flavor) ... ok
> test05b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking get_where_list & itersequence (numpy string lims & python ... ok
> test06a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking get_where_list & itersequence (bool flavor) ... ok
> test06b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking get_where_list & itersequence (numpy bool limits & ... ok
> test07a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking get_where_list & itersequence (int flavor) ... ok
> test07b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking get_where_list & itersequence (numpy int limits & ... ok
> test08a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking get_where_list & itersequence (float flavor) ... ok
> test08b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking get_where_list & itersequence (numpy float limits & ... ok
> test09a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking non-indexed where() (string flavor) ... ok
> test09b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking non-indexed where() (float flavor) ... ok
> test09c (tables.tests.test_indexvalues.FINSV3aTestCase)
> Check non-indexed where() w/ ranges, changing step ... ok
> test09d (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking non-indexed where() w/ ranges, changing step ... ok
> test10a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking indexed where() with ranges (string flavor) ... ok
> test10b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking indexed where() with ranges (int flavor) ... ok
> test10c (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking indexed where() with ranges, changing step (string ... ok
> test10d (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking indexed where() with ranges, changing step (int flavor) ... ok
> test11a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values from an Index via read_coordinates() ... ok
> test12a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking selecting values after a Table.append() operation. ... ok
> test13a (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking repeated queries (checking caches) ... ok
> test13b (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking repeated queries, varying step (checking caches) ... ok
> test13c (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking repeated queries, varying start, stop, step. ... ok
> test13d (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking repeated queries, varying start, stop, step (another ... ok
> test13e (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13f (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking repeated queries, with varying condition. ... ok
> test13g (tables.tests.test_indexvalues.FINSV3aTestCase)
> Checking repeated queries, with different limits. ... ok
> test00_lrucache (tables.tests.test_indexvalues.LastRowReuseBuffers) ... ok
> test01_nocache (tables.tests.test_indexvalues.LastRowReuseBuffers) ... ok
> test02_dictcache (tables.tests.test_indexvalues.LastRowReuseBuffers) ... ok
> test01 (tables.tests.test_indexvalues.BuffersizeMultipleChunksize) ... ok
> test01 (tables.tests.test_indexvalues.SideEffectNumPyQuicksort) ... ok
> test00_version (tables.tests.test_index_backcompat.Indexes2_0TestCase)
> Checking index version. ... ok
> test01_string (tables.tests.test_index_backcompat.Indexes2_0TestCase)
> Checking string indexes. ... ok
> test02_bool (tables.tests.test_index_backcompat.Indexes2_0TestCase)
> Checking bool indexes. ... ok
> test03_int (tables.tests.test_index_backcompat.Indexes2_0TestCase)
> Checking int indexes. ... ok
> test04_float (tables.tests.test_index_backcompat.Indexes2_0TestCase)
> Checking float indexes. ... ok
> test00_version (tables.tests.test_index_backcompat.Indexes2_1TestCase)
> Checking index version. ... ok
> test01_string (tables.tests.test_index_backcompat.Indexes2_1TestCase)
> Checking string indexes. ... ok
> test02_bool (tables.tests.test_index_backcompat.Indexes2_1TestCase)
> Checking bool indexes. ... ok
> test03_int (tables.tests.test_index_backcompat.Indexes2_1TestCase)
> Checking int indexes. ... ok
> test04_float (tables.tests.test_index_backcompat.Indexes2_1TestCase)
> Checking float indexes. ... ok
> test_keysort (tables.tests.test_aux.TestAuxiliaryFunctions) ... ok
> test_paths_windows (tables.tests.test_utils.ptrepackTestCase)
> Checking handling of windows filenames: test gh-616 ... ok
> test_paths_windows (tables.tests.test_utils.ptdumpTestCase)
> Checking handling of windows filenames: test gh-616 ... ok
> test_paths_windows (tables.tests.test_utils.pttreeTestCase)
> Checking handling of windows filenames: test gh-616 ... ok
> test00_NewFile (tables.nodes.tests.test_filenode.NewFileTestCase)
> Creation of a brand new file node. ... ok
> test01_NewFileTooFewArgs (tables.nodes.tests.test_filenode.NewFileTestCase)
> Creation of a new file node without arguments for node creation. ... ok
> test02_NewFileWithExpectedSize (tables.nodes.tests.test_filenode.NewFileTestCase)
> Creation of a new file node with 'expectedsize' argument. ... ok
> test03_NewFileWithExpectedRows (tables.nodes.tests.test_filenode.NewFileTestCase)
> Creation of a new file node with illegal 'expectedrows' argument. ... ok
> test00_Close (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Closing a closed file. ... ok
> test01_Flush (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Flushing a closed file. ... ok
> test02_Next (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Getting the next line of a closed file. ... ok
> test03_Read (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Reading a closed file. ... ok
> test04_Readline (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Reading a line from a closed file. ... ok
> test05_Readlines (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Reading lines from a closed file. ... ok
> test06_Seek (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Seeking a closed file. ... ok
> test07_Tell (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Getting the pointer position in a closed file. ... ok
> test08_Truncate (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Truncating a closed file. ... ok
> test09_Write (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Writing a closed file. ... ok
> test10_Writelines (tables.nodes.tests.test_filenode.ClosedFileTestCase)
> Writing lines to a closed file. ... ok
> test00_WriteFile (tables.nodes.tests.test_filenode.WriteFileTestCase)
> Writing a whole file node. ... ok
> test01_SeekFile (tables.nodes.tests.test_filenode.WriteFileTestCase)
> Seeking and writing file node. ... /<<PKGBUILDDIR>>/tables/nodes/filenode.py:258: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   b[:n] = self._node.read(start, stop).tostring()
> ok
> test02_TruncateFile (tables.nodes.tests.test_filenode.WriteFileTestCase)
> Truncating a file node. ... ok
> test00_OpenFileRead (tables.nodes.tests.test_filenode.OpenFileTestCase)
> Opening an existing file node for reading. ... ok
> test01_OpenFileReadAppend (tables.nodes.tests.test_filenode.OpenFileTestCase)
> Opening an existing file node for reading and appending. ... ok
> test02_OpenFileInvalidMode (tables.nodes.tests.test_filenode.OpenFileTestCase)
> Opening an existing file node with an invalid mode. ... ok
> test00_CompareFile (tables.nodes.tests.test_filenode.ReadFileTestCase)
> Reading and comparing a whole file node. ... ok
> test01_Write (tables.nodes.tests.test_filenode.ReadFileTestCase)
> Writing on a read-only file. ... ok
> test02_UseAsImageFile (tables.nodes.tests.test_filenode.ReadFileTestCase)
> Using a file node with Python Imaging Library. ... ok
> test00_Readline (tables.nodes.tests.test_filenode.MonoReadlineTestCase)
> Reading individual lines. ... ok
> test01_ReadlineSeek (tables.nodes.tests.test_filenode.MonoReadlineTestCase)
> Reading individual lines and seeking back and forth. ... ok
> test02_Iterate (tables.nodes.tests.test_filenode.MonoReadlineTestCase)
> Iterating over the lines. ... ok
> test03_Readlines (tables.nodes.tests.test_filenode.MonoReadlineTestCase)
> Reading a list of lines. ... ok
> test04_ReadlineSize (tables.nodes.tests.test_filenode.MonoReadlineTestCase)
> Reading individual lines of limited size. ... ok
> test05_ReadlinesSize (tables.nodes.tests.test_filenode.MonoReadlineTestCase)
> Reading a list of lines with a limited size. ... ok
> test00_MangleTypeAttrs (tables.nodes.tests.test_filenode.AttrsTestCase)
> Mangling the type attributes on a file node. ... ok
> test02_SetGetDelUserAttr (tables.nodes.tests.test_filenode.AttrsTestCase)
> Setting a user attribute on a file node. ... ok
> test03_AttrsOnClosedFile (tables.nodes.tests.test_filenode.AttrsTestCase)
> Accessing attributes on a closed file node. ... ok
> test00_Write (tables.nodes.tests.test_filenode.ClosedH5FileTestCase)
> Writing to a file node in a closed PyTables file. ... ok
> test01_Attrs (tables.nodes.tests.test_filenode.ClosedH5FileTestCase)
> Accessing the attributes of a file node in a closed ... ok
> test01_WriteToFilename (tables.nodes.tests.test_filenode.DirectReadWriteTestCase) ... /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> /<<PKGBUILDDIR>>/tables/nodes/filenode.py:258: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   b[:n] = self._node.read(start, stop).tostring()
> /<<PKGBUILDDIR>>/tables/array.py:241: DeprecationWarning: `np.object` is a deprecated alias for the builtin `object`. To silence this warning, use `object` by itself. Doing this will not modify any behavior and is safe. 
> Deprecated in NumPy 1.20; for more details and guidance: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations
>   (oid, self.atom, self.shape, self._v_chunkshape) = self._open_array()
> /<<PKGBUILDDIR>>/tables/nodes/filenode.py:258: DeprecationWarning: tostring() is deprecated. Use tobytes() instead.
>   b[:n] = self._node.read(start, stop).tostring()
> ok
> test02_WriteToHDF5File (tables.nodes.tests.test_filenode.DirectReadWriteTestCase) ... ok
> test03_AutomaticNameGuessing (tables.nodes.tests.test_filenode.DirectReadWriteTestCase) ... ok
> test04_AutomaticNameGuessingWithFilenameAttribute (tables.nodes.tests.test_filenode.DirectReadWriteTestCase) ... ok
> test05_ReadFromNonexistingNodeRaises (tables.nodes.tests.test_filenode.DirectReadWriteTestCase) ... ok
> test00 (tables.tests.test_garbage.GarbageTestCase)
> Checking for uncollectable garbage. ... ok
> 
> ======================================================================
> FAIL: from_sctype (tables.atom.Atom)
> Doctest: tables.atom.Atom.from_sctype
> ----------------------------------------------------------------------
> Traceback (most recent call last):
>   File "/usr/lib/python3.9/doctest.py", line 2204, in runTest
>     raise self.failureException(self.format_failure(new.getvalue()))
> AssertionError: Failed doctest test for tables.atom.Atom.from_sctype
>   File "/<<PKGBUILDDIR>>/tables/atom.py", line 326, in from_sctype
> 
> ----------------------------------------------------------------------
> File "/<<PKGBUILDDIR>>/tables/atom.py", line 341, in tables.atom.Atom.from_sctype
> Failed example:
>     Atom.from_sctype('Float64')
> Exception raised:
>     Traceback (most recent call last):
>       File "/usr/lib/python3.9/doctest.py", line 1336, in __run
>         exec(compile(example.source, filename, "single",
>       File "<doctest tables.atom.Atom.from_sctype[3]>", line 1, in <module>
>         Atom.from_sctype('Float64')
>       File "/<<PKGBUILDDIR>>/tables/atom.py", line 348, in from_sctype
>         raise ValueError("unknown NumPy scalar type: %r" % (sctype,))
>     ValueError: unknown NumPy scalar type: 'Float64'
> 
> 
> ----------------------------------------------------------------------
> Ran 6343 tests in 128.838s
> 
> FAILED (failures=1, skipped=13)
> Test failed: <unittest.runner.TextTestResult run=6343 errors=0 failures=1>
> error: Test failed: <unittest.runner.TextTestResult run=6343 errors=0 failures=1>
> E: pybuild pybuild:354: test: plugin distutils failed with: exit code=1: python3.9 setup.py test 
> dh_auto_test: error: pybuild --test -i python{version} -p 3.9 returned exit code 13


The full build log is available from:
http://qa-logs.debian.net/2021/11/numpy-matplotlib/numpy-exp/pytables_3.6.1-5_unstable_numpy-exp.log

If you reassign this bug to another package, please marking it as 'affects'-ing
this package. See https://www.debian.org/Bugs/server-control#affects

If you fail to reproduce this, please provide a build log and diff it with mine
so that we can identify if something relevant changed in the meantime.