def __init__(self, alg_calls):
if False: # pylint: disable=using-constant-test
self._0_to_n = GOInvoke(None, None) # for pyreverse
Invokes.__init__(self, alg_calls, GOInvoke)
index_offsets = []
# Loop over all of the kernels in all of the invoke() calls
# and check that they work on compatible grid-index offsets.
# Strictly speaking this check should be done in the parsing
# code since it is a check on the correctness of the meta-data.
# However, that would require a fundamental change to the parsing
# code since it requires information on all of the invokes and
# kernels in an application. Therefore it is much simpler to
# do it here where we have easy access to that information.
for invoke in self.invoke_list:
for kern_call in invoke.schedule.kern_calls():
# We only care if the index offset is not offset_any (since
# that is compatible with any other offset)
if kern_call.index_offset != "offset_any":
# Loop over the offsets we've seen so far
for offset in index_offsets:
if offset != kern_call.index_offset:
raise GenerationError(
"Meta-data error in kernel {0}: "
"INDEX_OFFSET of '{1}' does not match that "
"({2}) of other kernels. This is not "
"supported.".format(kern_call.name,
kern_call.index_offset,
offset))
# Append the index-offset of this kernel to the list of
# those seen so far
index_offsets.append(kern_call.index_offset)
def __init__(self, alg_calls):
# pylint: disable=using-constant-test
if False:
self._0_to_n = GOInvoke(None, None) # for pyreverse
Invokes.__init__(self, alg_calls, GOInvoke)
def __init__(self, alg_calls, psy):
self._0_to_n = GOInvoke(None, None, None) # for pyreverse
Invokes.__init__(self, alg_calls, GOInvoke, psy)
def __init__(self, alg_calls):
if False:
self._0_to_n = DynInvoke(None, None) # for pyreverse
Invokes.__init__(self, alg_calls, DynInvoke)