def __get_packet_base(self, tc, pktspec):
if pktspec.clone:
if objects.IsReference(self.pktspec.clone):
basepkt = self.pktspec.clone.Get(tc)
elif objects.IsCallback(self.pktspec.clone):
basepkt = self.pktspec.clone.call(tc, self)
self.Clone(basepkt)
if pktspec.paddingsize != 0:
self.pktspec.paddingsize = pktspec.paddingsize
if objects.IsCallback(self.pktspec.paddingsize):
self.pktspec.paddingsize = self.pktspec.paddingsize.call(
tc, self)
if objects.IsReference(self.pktspec.paddingsize):
self.pktspec.paddingsize = self.pktspec.paddingsize.Get(tc)
self.basepkt = basepkt
# Special handling for ICRC inheritance.
# ICRC is not carried in the hdrsorder metadata,
# hence it must be explicitly inherited. Current 'icrc'
# knob is used to calculate new icrc for this packet.
# Hence adding a new knob for inherit case.
self.inherit_icrc = False
if self.basepkt.icrc is True and pktspec.icrc is False:
self.inherit_icrc = True
self.icrc = pktspec.icrc
return
if objects.IsReference(self.pktspec.paddingsize):
self.pktspec.paddingsize = self.pktspec.paddingsize.Get(tc)
if objects.IsCallback(self.pktspec.paddingsize):
self.pktspec.paddingsize = self.pktspec.paddingsize.call(tc, self)
if pktspec.template == None:
logger.error("No Template or Clone specified for packet.")
return None
if objects.IsReference(pktspec.template):
self.template = pktspec.template.Get(FactoryStore)
elif objects.IsCallback(pktspec.template):
self.template = pktspec.template.call(tc, self)
else:
assert (0)
if self.template == None:
logger.error("Template NOT FOUND for ID:%s" %\
self.spec.template.GetInstID())
assert (self.template != None)
return
def __resolve(self, obj, attr, default):
curr = getattr(obj, attr, None)
value = curr
if curr is None:
value = default
elif objects.IsReference(curr):
value = curr.Get(self)
elif objects.IsCallback(curr):
value = self.__resolve_by_callback(curr, default)
value = value & 0xffffffff
setattr(obj, attr, value)
return
def __get_packet_encaps(self, tc, pktspec):
if pktspec.encaps == None:
return
if objects.IsCallback(pktspec.encaps):
self.encaps = pktspec.encaps.call(tc, self)
return
for encspec in pktspec.encaps:
encap = encspec.Get(FactoryStore)
self.encaps.append(encap)
return
def __build(self, obj, testcase, packet):
for key, data in obj.__dict__.items():
if objects.IsReference(data):
if data.GetRootID() == defs.ref_roots.TESTCASE:
obj.__dict__[key] = data.Get(testcase)
elif data.GetRootID() == defs.ref_roots.FACTORY:
obj.__dict__[key] = data.Get(FactoryStore)
elif objects.IsCallback(data):
retval = data.call(testcase, packet)
obj.__dict__[key] = obj.__get_field_value(retval)
elif isinstance(data, list):
self.__build_list(data, testcase, packet)
return
def __scale_up(self):
scale_factor = getattr(self, 'scale_factor', None)
if objects.IsCallback(scale_factor):
scale_factor = scale_factor.call()
if scale_factor is None:
return
self.scale_factor = scale_factor
self.__scale_up_objects_section()
self.__scale_up_trig_exp_section(self.trigger)
self.__scale_up_trig_exp_section(self.expect)
return
def __verify_descriptors(self, step, tc):
final_status = defs.status.SUCCESS
for dsp in step.expect.descriptors:
negtest_obj = dsp.descriptor.negtest
if objects.IsCallback(negtest_obj):
negtest = negtest_obj.call(tc)
else:
negtest = negtest_obj
edescr = dsp.descriptor.object
adescr = self.__consume_descriptor(edescr, negtest,
dsp.descriptor.ring, tc)
status = self.__verify_one_descriptor(edescr, adescr, negtest, tc)
if status == defs.status.ERROR:
final_status = status
return final_status
def __get_field_value(self, data):
if not objects.IsFrameworkFieldObject(data):
return data
if IsVariableSizedField(data):
return data
if objects.IsAutoField(data):
return None
if objects.IsReference(data):
# This will be resolved in 2nd phase.
return data
if objects.IsCallback(data):
# This will be resolved in 2nd phase.
return data
return data.get()
def __resolve_refs_obj(obj, tc):
if obj is None:
return
for a, v in obj.__dict__.items():
if objects.IsReference(v):
val = v.Get(tc)
logger.info("Resolving spec.fields.%s = " % a, val)
obj.__dict__[a] = val
elif objects.IsCallback(v):
val = v.call(tc, obj)
logger.info("Resolving spec.fields.%s = " % a, val)
obj.__dict__[a] = val
elif isinstance(v, list):
__resolve_refs_list(v, tc)
elif objects.IsFrameworkTemplateObject(v):
__resolve_refs_obj(v, tc)
else:
# Native types
continue
return
def __get_payload_size(self, tc):
if self.spec.payloadsize == None:
return
size = 0
spec_size = self.spec.payloadsize
if objects.IsReference(spec_size):
if spec_size.GetRootID() == defs.ref_roots.FACTORY:
size = spec_size.Get(FactoryStore)
elif spec_size.GetRootID() == defs.ref_roots.TESTCASE:
size = spec_size.Get(tc)
else:
assert (0)
elif objects.IsCallback(spec_size):
size = spec_size.call(tc, self)
elif objects.IsFrameworkFieldObject(spec_size):
size = spec_size.get()
else:
size = spec_size
self.payloadsize = size
return
def __add_payload(self, tc):
if getattr(self.headers, 'payload', None) is None:
self.payloadsize = 0
return
if self.GetPcap():
self.payloadsize = 0
return
self.headers.payload.meta.size = self.payloadsize
if self.headers.payload.fields.data is None:
self.headers.payload.fields.data =\
self.headers.payload.meta.pattern.get(self.payloadsize)
elif objects.IsCallback(self.headers.payload.fields.data):
cb = self.headers.payload.fields.data
self.headers.payload.fields.data = cb.call(tc, self)
self.__fixup_payload(tc)
elif objects.IsReference(self.headers.payload.fields.data):
ref = self.headers.payload.fields.data
if ref.GetRootID() == defs.ref_roots.FACTORY:
data = ref.Get(FactoryStore)
elif ref.GetRootID() == defs.ref_roots.TESTCASE:
data = ref.Get(tc)
else:
assert (0)
self.headers.payload.fields.data = list(data)
self.__fixup_payload(tc)
elif isinstance(self.headers.payload.fields.data, str):
self.headers.payload.fields.data =\
utils.ParseIntegerList(self.headers.payload.fields.data)
elif objects.IsFrameworkFieldObject(self.headers.payload.fields.data):
self.headers.payload.fields.data =\
self.headers.payload.fields.data.get(self.payloadsize)
self.__fixup_payload(tc)
else:
self.__fixup_payload(tc)
logger.info("- Added Payload of Size = %d" % self.payloadsize)
return