class FullDictionaryTest(DictionaryTest):
"""Base class for testing a full database instance."""
def setUp(self):
DictionaryTest.setUp(self)
# build dictionary
dataPath = [util.getDataPath(), os.path.join('.', 'test'),
os.path.join('.', 'test', 'downloads')]
self.builder = DatabaseBuilder(quiet=True, dbConnectInst=self.db,
dataPath=dataPath, rebuildExisting=True, noFail=False)
self.builder.build(self.DICTIONARY)
self.dictionary = self.dictionaryClass(dbConnectInst=self.db)
def tearDown(self):
self.builder.remove(self.DICTIONARY)
def setUp(self):
DictionaryTest.setUp(self)
# build dictionary
dataPath = [
util.getDataPath(),
os.path.join('.', 'test'),
os.path.join('.', 'test', 'downloads')
]
self.builder = DatabaseBuilder(quiet=True,
dbConnectInst=self.db,
dataPath=dataPath,
rebuildExisting=True,
noFail=False)
self.builder.build(self.DICTIONARY)
self.dictionary = self.dictionaryClass(dbConnectInst=self.db)
def setUp(self):
DictionaryTest.setUp(self)
builderClasses = DatabaseBuilder.getTableBuilderClasses(quiet=True)
dictionaryBuilder = [cls for cls in builderClasses
if cls.PROVIDES == self.table][0]
contentBuilder = types.ClassType("SimpleDictBuilder",
(DictionaryResultTest._ContentGenerator, dictionaryBuilder),
{'content': self.INSTALL_CONTENT})
self.builder = DatabaseBuilder(quiet=True, dbConnectInst=self.db,
additionalBuilders=[contentBuilder], prefer=["SimpleDictBuilder"],
rebuildExisting=True, noFail=False)
self.builder.build(self.DICTIONARY)
assert self.db.mainHasTable(self.DICTIONARY)
self.dictionary = self.dictionaryClass(dbConnectInst=self.db,
**self.DICTIONARY_OPTIONS)
def setUp(self):
DictionaryTest.setUp(self)
# build dictionary
dataPath = [util.getDataPath(), os.path.join('.', 'test'),
os.path.join('.', 'test', 'downloads')]
self.builder = DatabaseBuilder(quiet=True, dbConnectInst=self.db,
dataPath=dataPath, rebuildExisting=True, noFail=False)
self.builder.build(self.DICTIONARY)
self.dictionary = self.dictionaryClass(dbConnectInst=self.db)
class FullDictionaryTest(DictionaryTest):
"""Base class for testing a full database instance."""
def setUp(self):
DictionaryTest.setUp(self)
# build dictionary
dataPath = [
util.getDataPath(),
os.path.join('.', 'test'),
os.path.join('.', 'test', 'downloads')
]
self.builder = DatabaseBuilder(quiet=True,
dbConnectInst=self.db,
dataPath=dataPath,
rebuildExisting=True,
noFail=False)
self.builder.build(self.DICTIONARY)
self.dictionary = self.dictionaryClass(dbConnectInst=self.db)
def tearDown(self):
self.builder.remove(self.DICTIONARY)
def setUp(self):
DictionaryTest.setUp(self)
builderClasses = DatabaseBuilder.getTableBuilderClasses(quiet=True)
dictionaryBuilder = [
cls for cls in builderClasses if cls.PROVIDES == self.table
][0]
contentBuilder = new.classobj(
"SimpleDictBuilder",
(DictionaryResultTest._ContentGenerator, dictionaryBuilder),
{'content': self.INSTALL_CONTENT})
self.builder = DatabaseBuilder(quiet=True,
dbConnectInst=self.db,
additionalBuilders=[contentBuilder],
prefer=["SimpleDictBuilder"],
rebuildExisting=True,
noFail=False)
self.builder.build(self.DICTIONARY)
assert self.db.mainHasTable(self.DICTIONARY)
self.dictionary = self.dictionaryClass(dbConnectInst=self.db,
**self.DICTIONARY_OPTIONS)
def setUp(self):
prefer = [self.BUILDER]
prefer.extend(self.PREFER_BUILDERS)
self.dataPath = self.EXTERNAL_DATA_PATHS[:]
self.dataPath.append(util.getDataPath())
self.dataPath.append(os.path.join('.', 'test'))
self.dataPath.append(os.path.join('.', 'test', 'downloads'))
self.dbInstances = {}
for databasePath in self.DATABASES:
self.dbInstances[databasePath] = DatabaseBuilder(quiet=True,
databaseUrl=databasePath, dataPath=self.dataPath, prefer=prefer,
rebuildExisting=True, noFail=False)
# make sure we don't get a production db instance
tables = self.dbInstances[databasePath].db.engine.table_names()
assert len(tables) == 0, "Database is not empty: '%s'" \
% "', '".join(tables)
BUILDER = builder.CEDICTBuilder
OPTIONS = [{'enableFTS3': False},
{'filePath': './test/downloads/CEDICT', 'fileType': '.gz'}]
class CEDICTGRBuilderTest(TableBuilderTest, unittest.TestCase):
BUILDER = builder.CEDICTGRBuilder
OPTIONS = [{'enableFTS3': False},
{'filePath': './test/downloads/CEDICTGR', 'fileType': '.zip'}]
class HanDeDictBuilderTest(TableBuilderTest, unittest.TestCase):
BUILDER = builder.HanDeDictBuilder
OPTIONS = [{'enableFTS3': False},
{'filePath': './test/downloads/HanDeDict', 'fileType': '.tar.bz2'}]
class CFDICTBuilderTest(TableBuilderTest, unittest.TestCase):
BUILDER = builder.CFDICTBuilder
OPTIONS = [{'enableFTS3': False},
{'filePath': './test/downloads/CFDICT', 'fileType': '.zip'}]
# Generate default test classes for TableBuilder without special definitions
for builderClass in DatabaseBuilder.getTableBuilderClasses(
resolveConflicts=False):
testClassName = '%sTest' % builderClass.__name__
if testClassName not in globals():
globals()[testClassName] = types.ClassType(testClassName,
(TableBuilderTest, unittest.TestCase), {'BUILDER': builderClass})
del testClassName
BUILDER = builder.CEDICTBuilder
OPTIONS = [{'enableFTS3': False},
{'filePath': './test/downloads/CEDICT', 'fileType': '.gz'}]
class CEDICTGRBuilderTest(TableBuilderTest, unittest.TestCase):
BUILDER = builder.CEDICTGRBuilder
OPTIONS = [{'enableFTS3': False},
{'filePath': './test/downloads/CEDICTGR', 'fileType': '.zip'}]
class HanDeDictBuilderTest(TableBuilderTest, unittest.TestCase):
BUILDER = builder.HanDeDictBuilder
OPTIONS = [{'enableFTS3': False},
{'filePath': './test/downloads/HanDeDict', 'fileType': '.tar.bz2'}]
class CFDICTBuilderTest(TableBuilderTest, unittest.TestCase):
BUILDER = builder.CFDICTBuilder
OPTIONS = [{'enableFTS3': False},
{'filePath': './test/downloads/CFDICT', 'fileType': '.zip'}]
# Generate default test classes for TableBuilder without special definitions
for builderClass in DatabaseBuilder.getTableBuilderClasses(
resolveConflicts=False):
testClassName = '%sTest' % builderClass.__name__
if testClassName not in globals():
globals()[testClassName] = types.ClassType(testClassName,
(TableBuilderTest, unittest.TestCase), {'BUILDER': builderClass})
del testClassName
class DictionaryResultTest(DictionaryTest):
"""Base class for testing of dictionary return values."""
INSTALL_CONTENT = None
"""
Content the dictionary mock will include. Should follow the dictionary's
actual format.
"""
ACCESS_RESULTS = []
"""List of query/result tuples."""
DICTIONARY_OPTIONS = {}
"""Options for the dictionary instance passed when constructing object."""
class _ContentGenerator(object):
def getGenerator(self):
for line in self.content:
yield line
def setUp(self):
DictionaryTest.setUp(self)
builderClasses = DatabaseBuilder.getTableBuilderClasses(quiet=True)
dictionaryBuilder = [
cls for cls in builderClasses if cls.PROVIDES == self.table
][0]
contentBuilder = new.classobj(
"SimpleDictBuilder",
(DictionaryResultTest._ContentGenerator, dictionaryBuilder),
{'content': self.INSTALL_CONTENT})
self.builder = DatabaseBuilder(quiet=True,
dbConnectInst=self.db,
additionalBuilders=[contentBuilder],
prefer=["SimpleDictBuilder"],
rebuildExisting=True,
noFail=False)
self.builder.build(self.DICTIONARY)
assert self.db.mainHasTable(self.DICTIONARY)
self.dictionary = self.dictionaryClass(dbConnectInst=self.db,
**self.DICTIONARY_OPTIONS)
def tearDown(self):
self.builder.remove(self.DICTIONARY)
assert not self.db.mainHasTable(self.DICTIONARY)
@util.cachedproperty
def resultIndexMap(self):
content = self.INSTALL_CONTENT[:]
content = map(list, content)
for strategy in self.dictionary._formatStrategies:
content = map(strategy.format, content)
content = map(tuple, content)
return dict((row, idx) for idx, row in enumerate(content))
def testResults(self):
"""Test results for access methods ``getFor...``."""
def resultPrettyPrint(indices):
return '[' + "\n".join(
repr(self.INSTALL_CONTENT[index])
for index in sorted(indices)) + ']'
for methodName, options, requests in self.ACCESS_RESULTS:
options = dict(options) or {}
method = getattr(self.dictionary, methodName)
for request, targetResultIndices in requests:
results = method(request, **options)
resultIndices = [
self.resultIndexMap[tuple(e)] for e in results
]
self.assertEquals(
set(resultIndices), set(targetResultIndices),
("Mismatch for method %s and string %s (options %s)\n" %
(repr(methodName), repr(request), repr(options)) +
"Should be\n%s\nbut is\n%s\n" %
(resultPrettyPrint(targetResultIndices),
resultPrettyPrint(resultIndices))))
class DictionaryResultTest(DictionaryTest):
"""Base class for testing of dictionary return values."""
INSTALL_CONTENT = None
"""
Content the dictionary mock will include. Should follow the dictionary's
actual format.
"""
ACCESS_RESULTS = []
"""List of query/result tuples."""
DICTIONARY_OPTIONS = {}
"""Options for the dictionary instance passed when constructing object."""
class _ContentGenerator(object):
def getGenerator(self):
for line in self.content:
yield line
def setUp(self):
DictionaryTest.setUp(self)
builderClasses = DatabaseBuilder.getTableBuilderClasses(quiet=True)
dictionaryBuilder = [cls for cls in builderClasses
if cls.PROVIDES == self.table][0]
contentBuilder = types.ClassType("SimpleDictBuilder",
(DictionaryResultTest._ContentGenerator, dictionaryBuilder),
{'content': self.INSTALL_CONTENT})
self.builder = DatabaseBuilder(quiet=True, dbConnectInst=self.db,
additionalBuilders=[contentBuilder], prefer=["SimpleDictBuilder"],
rebuildExisting=True, noFail=False)
self.builder.build(self.DICTIONARY)
assert self.db.mainHasTable(self.DICTIONARY)
self.dictionary = self.dictionaryClass(dbConnectInst=self.db,
**self.DICTIONARY_OPTIONS)
def tearDown(self):
self.builder.remove(self.DICTIONARY)
assert not self.db.mainHasTable(self.DICTIONARY)
@util.cachedproperty
def resultIndexMap(self):
content = self.INSTALL_CONTENT[:]
content = map(list, content)
for strategy in self.dictionary._formatStrategies:
content = map(strategy.format, content)
content = map(tuple, content)
return dict((row, idx) for idx, row in enumerate(content))
def testResults(self):
"""Test results for access methods ``getFor...``."""
def resultPrettyPrint(indices):
return '[' + "\n".join(repr(self.INSTALL_CONTENT[index])
for index in sorted(indices)) + ']'
for methodName, options, requests in self.ACCESS_RESULTS:
options = dict(options) or {}
method = getattr(self.dictionary, methodName)
for request, targetResultIndices in requests:
results = method(request, **options)
resultIndices = [self.resultIndexMap[tuple(e)] for e in results]
self.assertEquals(set(resultIndices), set(targetResultIndices),
("Mismatch for method %s and string %s (options %s)\n"
% (repr(methodName), repr(request), repr(options))
+ "Should be\n%s\nbut is\n%s\n"
% (resultPrettyPrint(targetResultIndices),
resultPrettyPrint(resultIndices))))
