def get_procedure(self):
isEmpty = self.get_isempty_From_non_vector_method()
argumentList = self.get_argumentList()
content = self.get_self_args()
content += self.get_internal_connections()
members = self.obj.getMember(self.InOut_Filter)
args = "clk => clk, "
args += join_str(content + [
str(x["name"]) + " => " + str(x["name"] + "(i)") for x in members
],
Delimeter=", ",
IgnoreIfEmpty=True)
ret = ah_func.v_procedure(name=self.procedureName,
argumentList=argumentList,
body='''
for i in 0 to self'length - 1 loop
{PushPull}( {args});
end loop;
'''.format(PushPull=self.PushPull, args=args),
isFreeFunction=True,
IsEmpty=isEmpty)
return ret
def __str__(self):
if self.obj.__v_classType__ == v_classType_t.Record_t:
return ""
pushpull = "pull" if self.Inout == InOut_t.input_t else "push"
if not hdl.Has_pushpull_function(self.obj, pushpull):
return ""
content = self.get_clock_connection()
content += self.get_selfHandles()
content += self.getConnections()
ret = join_str(content,
start=" " + pushpull + "( ",
end=");\n",
Delimeter=", ")
return ret
def __str__(self):
members_args = self.get_Self()
members = self.obj.getMember(self.InOut_Filter)
for i in members:
n_connector = _get_connector(i["symbol"])
xs = i["symbol"].__hdl_converter__.extract_conversion_types(
i["symbol"],
exclude_class_type=v_classType_t.transition_t,
filter_inout=self.InOut_Filter)
for x in xs:
varsig = " "
if n_connector._varSigConst == varSig.signal_t:
varsig = " signal "
type_name = hdl.get_type_simple(x["symbol"])
members_args.append(varsig + i["name"] + " : " + self.InOut +
" " + type_name + self.suffix)
ret = join_str(members_args, Delimeter="; ")
return ret