- 26 Jun, 2018 5 commits
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Since the function testBehaviourWhenHugeBioReader in testFilter was using pair and not Filter object, it now use the filter object getter for the pair. For more informations, see #3283.
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Since the function testExAequoKmersWhenSignificantParameter in testFilter was using pair and not Filter object, it now use the filter object getter for the pair. For more informations, see #3283.
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Cyprien Borée authored
Since the function testGetNSignificativeKmers in testFilter was using pair and not Filter object, it now use the filter object getter for the pair. For more informations, see #3283.
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Cyprien Borée authored
Since the function testFilterBioReaderWithACAutomaton in testFilter was using pair and not Filter object, it now use the filter object getter for the pair. For more informations see #3283.
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Cyprien Borée authored
Since the function testAutomatonBuilderFilteringBioReader in testFilter was using pair and not Filter object, it now use the filter object getter for the pair. For more informations, see #3283.
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- 15 Jun, 2018 4 commits
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Cyprien Borée authored
The second part of the test now verify that previous sequences are still in the filtered BioReader even though a new ex-aequo has been found. For more informations see #3284
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Cyprien Borée authored
This reverts commit 53b44e2c.
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Cyprien Borée authored
In the second part of the test, the program verify that previous filtered sequences are still in the BioReader when there is one more ex-aequo found. For more informations about it, see #3279.
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In order to be sure that the filter function returns the accurates sequences, every sequences is checked and also the size of them.
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- 13 Jun, 2018 10 commits
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Since a new parameter has been added, even the germline constructor call in the test need to use it to use the automaton. For more informations see #3268.
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Since in the future there might be another automaton (automaton_3), the pair_automaton variable has been changed to automaton_5 in many files. see #3267 and #3267 (comment 96152)
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For more informations see #3217
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This test assure that when a sequence is used to filter a BioReader, we find the sequence back in the result when we provide '1' as the most significant K-mer. Also it assures that the final BioReader has a size less than the original one. For more informations see #3217
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(squashed from earlier commits)
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