def _simpleTest(self, contents, expected):
tested = savingiterator.SavingIterator()
contentsFile = self._tempfile(contents)
tested.process(contentsFile.name, includes=[self._gccCPPIncludeDir()])
if tested.saved != expected:
pprint.pprint(tested.saved)
pprint.pprint(expected)
self.assertEquals(tested.saved, expected)
def _simpleTest( self, contents, expected ):
tested = savingiterator.SavingIterator()
with tools.temporaryFile( contents ) as contentsFile:
tested.process( contentsFile )
if tested.saved != expected:
pprint.pprint( tested.saved )
pprint.pprint( expected )
self.assertEquals( tested.saved, expected )
def _testInclude(self, contents1, contents2, expected):
tested = savingiterator.SavingIterator()
contentsFile1 = self._tempfile(contents1)
contentsFile2 = self._tempfile('#include "%s"\n%s' %
(contentsFile1.name, contents2))
tested.process(contentsFile2.name)
if tested.saved != expected:
pprint.pprint(tested.saved)
pprint.pprint(expected)
self.assertEquals(tested.saved, expected)
def _parseError(self, contents):
tested = savingiterator.SavingIterator()
tested.printErrors = False
contentsFile = self._tempfile(contents)
try:
tested.process(contentsFile.name)
except:
return
else:
raise Exception("Expected parsing to fail")
def _simpleTest(self, contents, expected):
tested = savingiterator.SavingIterator()
contentsFile = self._tempfile(contents)
tested.process(contentsFile.name)
if tested.saved != expected:
pprint.pprint(tested.saved)
pprint.pprint(expected)
self.assertEquals(tested.saved, expected)
if platform.system() == "Windows":
os.remove(contentsFile.name)
def test_defines( self ):
contents = "DEFINESTRUCT name_of_struct;"
tested = savingiterator.SavingIterator()
with tools.temporaryFile( contents ) as contentsFile:
tested.process( contentsFile, defines = [ "DEFINESTRUCT=struct" ] )
expected = [ dict( callbackName = "structForwardDeclaration", name = "name_of_struct" ) ]
if tested.saved != expected:
pprint.pprint( tested.saved )
pprint.pprint( expected )
self.assertEquals( tested.saved, expected )
def _testInclude( self, contents1, contents2, expected ):
tested = savingiterator.SavingIterator()
with tools.temporaryFile( contents1 ) as contentsFile1:
contents2 = '#include "%s"\n%s' % ( contentsFile1, contents2 )
with tools.temporaryFile( contents2 ) as contentsFile2:
tested.process( contentsFile2 )
if tested.saved != expected:
pprint.pprint( tested.saved )
pprint.pprint( expected )
self.assertEquals( tested.saved, expected )
def _parseError( self, contents ):
tested = savingiterator.SavingIterator()
tested.printErrors = False
with tools.temporaryFile( contents ) as contentsFile:
try:
tested.process( contentsFile )
except:
return
else:
raise Exception( "Expected parsing to fail" )
def _testWithHeaders(self, headersContents, contents, expected):
tested = savingiterator.SavingIterator()
headersContentsFile = self._tempfile(headersContents)
contentsFile = self._tempfile(('#include "%s"\n' %
headersContentsFile.name) + contents)
tested.process(contentsFile.name, includes=[self._gccCPPIncludeDir()])
if tested.saved != expected:
pprint.pprint(tested.saved)
pprint.pprint(expected)
self.assertEquals(tested.saved, expected)
def _testWithHeaders( self, headersContents, contents, expected ):
tested = savingiterator.SavingIterator()
with tools.temporaryFile( headersContents ) as headersContentsFile:
fullContents = ( '#include "%s"\n' % headersContentsFile ) + contents
with tools.temporaryFile( fullContents ) as contentsFile:
tested.process( contentsFile )
if tested.saved != expected:
pprint.pprint( tested.saved )
pprint.pprint( expected )
self.assertEquals( tested.saved, expected )