def make_constructor(self,obj,name,parent=None,InOut_Filter=None, VaribleSignalFilter = None ):
primary = hdl.get_primary_object(obj)
TypeName = hdl.get_type_simple(primary)
member = primary.getMember()
VariableList = " variable ret : " + TypeName+ " := " + TypeName +"_null;"
name = TypeName +"_ctr"
fl = flat_member_list(primary, [])
Constructor_Default_arguments=self.get_constroctor_default_list(obj)
argList = [
join_str(x["name"],Delimeter="_") + " : integer := " + str(value(x["symbol"]))
for x in Constructor_Default_arguments
]
Argliststr = join_str(argList,Delimeter="; ",IgnoreIfEmpty=True)
body= [
" ret." + join_str(x["name"],Delimeter=".") + " := "+ hdl.get_type_simple(x["symbol"]) + "_ctr(" + join_str(x["name"],Delimeter="_") +");\n"
for x in Constructor_Default_arguments
]
body = join_str(body,IgnoreIfEmpty=True)
body += " return ret;\n"
func = v_function(body=body, returnType=TypeName, argumentList=Argliststr,VariableList=VariableList,name=name,IsEmpty=False,isFreeFunction=True)
setattr(parent, name, func)
def _vhdl__call_member_func(self, obj, name, args, astParser=None):
primary = hdl.get_primary_object(obj)
obj.__hdl_converter__ = primary.__hdl_converter__
call_obj = hdl.get_get_call_member_function(obj, name, args)
ret = call_obj.HDL_Call(astParser, args, obj)
return ret
def prepare_for_conversion(self,obj):
primary = hdl.get_primary_object(obj)
obj.__hdl_converter__ = primary.__hdl_converter__
if not primary.__hdl_converter__.extractedTypes:
primary.__hdl_converter__.extractedTypes += vc_helper.extract_components(primary)
members = obj.getMember()
for m in members:
hdl.prepare_for_conversion(m["symbol"])
def impl_architecture_body(self, obj):
primary = hdl.get_primary_object(obj)
obj.__hdl_converter__ = primary.__hdl_converter__
ret = []
for x in obj.__hdl_converter__.archetecture_list:
ret.append(hdl.impl_architecture_body(x["symbol"]))
ret = join_str(ret, LineBeginning=" ")
ret = ret.replace("!!SELF!!", str(obj.__hdl_name__))
return ret
def get_constroctor_default_list(self, obj):
primary = hdl.get_primary_object(obj)
if primary.__hdl_converter__.Constructor_Default_arguments:
return primary.__hdl_converter__.Constructor_Default_arguments
fl = flat_member_list(primary, [])
primary.__hdl_converter__.Constructor_Default_arguments = [
x for x in fl
if not x["symbol"].__abstract_type_info__.UseDefaultCtr
]
return primary.__hdl_converter__.Constructor_Default_arguments
def get_functions(self):
primary = hdl.get_primary_object(self.freeFunction)
self.freeFunction.__hdl_converter__ = primary.__hdl_converter__
self.freeFunction.__hdl_converter__.MissingTemplate = False
print_cnvt(str(gTemplateIndent) +'<processing name="' + self.freeFunction.FuncName +'" MemfunctionCalls="' +str(len(self.freeFunction.__hdl_converter__.MemfunctionCalls)) +'">')
self.__request_function_with_default_arguments__()
print_cnvt(str(gTemplateIndent)+'</processing>')
fun_ret = self.__implement_requested_functions__()
return fun_ret
def impl_get_init_values(self,
obj,
parent=None,
InOut_Filter=None,
VaribleSignalFilter=None,
ForceExpand=False):
primary = hdl.get_primary_object(obj)
if ForceExpand:
member = obj.getMember()
Content = [
hdl.def_record_Member_Default(x["symbol"], x["name"],
obj.getMember(name=x["name"]),
InOut_Filter) for x in member
]
start = "(\n"
ret = join_str(Content,
start=start,
end="\n )",
Delimeter=",\n",
LineBeginning=" ",
IgnoreIfEmpty=True)
return ret
TypeName = hdl.get_type_simple(parent)
name = TypeName + "_ctr"
Constructor_Default_arguments = self.get_constroctor_default_list(obj)
fl = flat_member_list(obj, [])
# print(name, Constructor_Default_arguments, fl)
argList = [
join_str(x["name"], Delimeter="_") + " => " +
str(value(x["symbol"])) for i, x in enumerate(fl)
if not x["symbol"].__abstract_type_info__.UseDefaultCtr
if len(Constructor_Default_arguments) > i and value(x["symbol"]) !=
value(Constructor_Default_arguments[i]["symbol"])
]
Argliststr = join_str(argList,
Delimeter=", ",
IgnoreIfEmpty=True,
start="(",
end=")")
ret = name + Argliststr
return ret
def reset_TemplateMissing(self, obj):
primary = hdl.get_primary_object(obj)
primary.__hdl_converter__.MissingTemplate = False
def FlagFor_TemplateMissing(self, obj):
obj.__hdl_converter__.MissingTemplate = True
primary = hdl.get_primary_object(obj)
primary.__hdl_converter__.MissingTemplate = True
def get_MemfunctionCalls(self,obj):
primary = hdl.get_primary_object(obj)
return primary.__hdl_converter__.MemfunctionCalls
def isTemplateMissing(self,obj):
primary = hdl.get_primary_object(obj)
return primary.__hdl_converter__.MissingTemplate