def virtual_members(self):
virtual_members = []
if self.ir_class.is_subclassof("of_oxm"):
value_member = find(lambda m: m.name, self.ir_model_members)
if value_member:
oxm_entry = model.oxm_map[self.interface.name]
virtual_members += [
JavaVirtualMember(self, "matchField", java_type.make_match_field_jtype(value_member.java_type.public_type), "MatchField.%s" % oxm_entry.value),
JavaVirtualMember(self, "masked", java_type.boolean, "true" if oxm_entry.masked else "false"),
]
else:
virtual_members += [
JavaVirtualMember(self, "matchField", java_type.make_match_field_jtype(), "null"),
JavaVirtualMember(self, "masked", java_type.boolean, "false"),
]
elif self.ir_class.is_subclassof("of_oxs"):
value_member = find(lambda m: m.name, self.ir_model_members)
if value_member:
oxs_entry = model.oxs_map[self.interface.name]
virtual_members += [
JavaVirtualMember(self, "statField", java_type.make_stat_field_jtype(value_member.java_type.public_type), "StatField.%s" % oxs_entry.value),
JavaVirtualMember(self, "masked", java_type.boolean, "true" if oxs_entry.masked else "false"),
]
else:
virtual_members += [
JavaVirtualMember(self, "statField", java_type.make_stat_field_jtype(), "null"),
JavaVirtualMember(self, "masked", java_type.boolean, "false"),
]
if not find(lambda m: m.name == "version", self.ir_model_members):
virtual_members.append(JavaVirtualMember(self, "version", java_type.of_version, "OFVersion.%s" % self.version.constant_version))
return tuple(virtual_members)
def virtual_members(self):
virtual_members = []
if self.name == "OFOxm":
virtual_members += [
JavaVirtualMember(self, "value", java_type.generic_t),
JavaVirtualMember(self, "mask", java_type.generic_t),
JavaVirtualMember(self, "matchField", java_type.make_match_field_jtype("T")),
JavaVirtualMember(self, "masked", java_type.boolean),
JavaVirtualMember(self, "canonical", java_type.make_oxm_jtype("T"))
]
elif self.name == "OFOxs":
virtual_members += [
JavaVirtualMember(self, "value", java_type.generic_t),
JavaVirtualMember(self, "statField", java_type.make_stat_field_jtype("T")),
]
elif self.ir_class.is_subclassof("of_oxm"):
value = find(lambda m: m.name=="value", self.ir_model_members)
if value:
field_type = java_type.make_match_field_jtype(value.java_type.public_type)
else:
field_type = java_type.make_match_field_jtype()
virtual_members += [
JavaVirtualMember(self, "matchField", field_type),
JavaVirtualMember(self, "masked", java_type.boolean),
JavaVirtualMember(self, "canonical", java_type.make_oxm_jtype(value.java_type.public_type),
custom_template=lambda builder: "OFOxm{}_getCanonical.java".format(".Builder" if builder else "")),
]
if not find(lambda x: x.name == "mask", self.ir_model_members):
virtual_members.append(
JavaVirtualMember(self, "mask", find(lambda x: x.name == "value", self.ir_model_members).java_type))
elif self.ir_class.is_subclassof("of_oxs"):
value = find(lambda m: m.name=="value", self.ir_model_members)
if value:
field_type = java_type.make_stat_field_jtype(value.java_type.public_type)
else:
field_type = java_type.make_stat_field_jtype()
virtual_members += [
JavaVirtualMember(self, "statField", field_type),
JavaVirtualMember(self, "masked", java_type.boolean),
JavaVirtualMember(self, "canonical", java_type.make_oxs_jtype(value.java_type.public_type),
custom_template=lambda builder: "OFOxs{}_getCanonical.java".format(".Builder" if builder else "")),
]
if not find(lambda x: x.name == "mask", self.ir_model_members):
virtual_members.append(
JavaVirtualMember(self, "mask", find(lambda x: x.name == "value", self.ir_model_members).java_type))
elif self.name =="OFErrorMsg":
virtual_members += [ JavaVirtualMember(self, "data", java_type.error_cause_data) ]
if not find(lambda m: m.name == "version", self.ir_model_members):
virtual_members.append(JavaVirtualMember(self, "version", java_type.of_version))
return tuple(virtual_members)
