return self.arrayType.asArray( arg )
class AsArrayTypedSize( converters.CConverter ):
"""Given arrayName and arrayType, determine size of arrayName
"""
argNames = ( 'arrayName','arrayType' )
indexLookups = (
('arrayIndex', 'arrayName','pyArgIndex'),
)
def __init__( self, arrayName='pointer', arrayType=None ):
self.arrayName = arrayName
self.arrayType = arrayType
def __call__( self, pyArgs, index, wrappedOperation ):
"""Get the arg as an array of the appropriate type"""
return self.arrayType.arraySize( pyArgs[self.arrayIndex ] )
else:
returnPointer = returnPyArgumentIndex( 0 )
if not _configflags.ERROR_ON_COPY:
def asArrayType( typ, size=None ):
"""Create PyConverter to get first argument as array of type"""
return converters.CallFuncPyConverter( typ.asArray )
else:
def asArrayType( typ, size=None ):
"""No converter required"""
return None
if not _configflags.ARRAY_SIZE_CHECKING:
asArrayTypeSize = asArrayType
else:
class AsArrayTypedSize(converters.CConverter):
"""Given arrayName and arrayType, determine size of arrayName
"""
argNames = ('arrayName', 'arrayType')
indexLookups = (('arrayIndex', 'arrayName', 'pyArgIndex'), )
def __init__(self, arrayName='pointer', arrayType=None):
self.arrayName = arrayName
self.arrayType = arrayType
def __call__(self, pyArgs, index, wrappedOperation):
"""Get the arg as an array of the appropriate type"""
return self.arrayType.arraySize(pyArgs[self.arrayIndex])
else:
returnPointer = returnPyArgumentIndex(0)
if not _configflags.ERROR_ON_COPY:
def asArrayType(typ, size=None):
"""Create PyConverter to get first argument as array of type"""
return converters.CallFuncPyConverter(typ.asArray)
else:
def asArrayType(typ, size=None):
"""No converter required"""
return None
if not _configflags.ARRAY_SIZE_CHECKING:
asArrayTypeSize = asArrayType