typing - IRObjectdict args definiton

[dromer]

The following list of potential args should be put into the type checker.
Many are likely optional and depending on the object type:

• local
• label
• seed
• name
• index
• length
• cases
• table_id
• k
• reverse
• var_id

[dromer]

hvcc/hvcc/generators/ir2c$ grep -r "args\[" *
ControlBinop.py:                    float(args["k"]),
ControlDelay.py:                float(args["delay"]))
ControlIf.py:                "true" if float(args["k"]) != 0.0 else "false"
ControlMessage.py:        if len(objects[obj_id].args["local"]) > 0:
ControlMessage.py:        for m in objects[obj_id].args["local"]:
ControlPack.py:                len(args["values"]),
ControlPack.py:                ", ".join(["{0}f".format(float(x)) for x in args["values"]]))
ControlPrint.py:        return [f"cPrint_onMessage(_c, m, \"{args['label']}\");"]
ControlRandom.py:                cls.preamble, obj_id, int(args["seed"]))
ControlSend.py:            send_name = objects[obj_id].args["name"]
ControlSlice.py:                int(args["index"]),
ControlSlice.py:                int(args["length"]))]
ControlSwitchcase.py:        cases = objects[obj_id].args["cases"]
ControlTabhead.py:        return [f"cTabhead_init(&cTabhead_{obj_id}, &hTable_{args['table_id']});"]
ControlTabread.py:                args["table_id"],
ControlTabread.py:                args["table"])
ControlTabwrite.py:                args["table_id"],
ControlTabwrite.py:                args["table"])
ControlVar.py:        if isinstance(args["k"], str):
ControlVar.py:                    args["k"])]
ControlVar.py:                    float(args["k"]))]
HeavyTable.py:                    len(args["values"]),
HeavyTable.py:                    ", ".join([f"{float(v)}f" for v in args["values"]]))]
HeavyTable.py:                    len(args["values"]))]
SignalBiquad.py:                float(args["ff0"]),
SignalBiquad.py:                float(args["ff1"]),
SignalBiquad.py:                float(args["ff2"]),
SignalBiquad.py:                float(args["fb1"]),
SignalBiquad.py:                float(args["fb2"]))]
SignalConvolution.py:                args["table_id"],
SignalConvolution.py:                int(args["size"]))
SignalEnvelope.py:                int(args["windowSize"]),
SignalEnvelope.py:                int(args["period"]))
SignalLorenz.py:                float(args["x"]),
SignalLorenz.py:                float(args["y"]),
SignalLorenz.py:                float(args["z"]))
SignalPhasor.py:            return [f"sPhasor_k_init(&sPhasor_{obj_id}, {args['frequency']}f, sampleRate);"]
SignalTabhead.py:        return [f"sTabhead_init(&sTabhead_{obj_id}, &hTable_{args['table_id']});"]
SignalTabread.py:                args["table_id"],
SignalTabwrite.py:        return [f"sTabwrite_init(&sTabwrite_{obj_id}, &hTable_{args['table_id']});"]
SignalVar.py:                f"{float(args['k'])}f" if obj_type.endswith("f") else int(args["k"]),
SignalVar.py:                f"{float(args['step'])}f" if obj_type.endswith("f") else int(args["step"]),
SignalVar.py:                "true" if args["reverse"] else "false")]
SignalVar.py:                    args["var_id"],
SignalVar.py:            if args["k"] == 0.0 and args.get("step", 0.0) == 0.0:
SignalVar.py:                c = [float(args["k"] + i * args.get("step", 0.0)) for i in range(8)]
SignalVar.py:                    args["var_id"],

[dromer]

hvcc/hvcc/core/hv2ir$ grep -r "args\[" *
HeavyGraph.py:                                value = self.args[k]  # maintain the original data type
HeavyGraph.py:                                value = value.replace(dollar_key, str(self.args[k]))
HeavyGraph.py:                        args[key] = value
HeavyGraph.py:                self.inlet_objs.sort(key=lambda o: o.args["index"])
HeavyGraph.py:                self.outlet_objs.sort(key=lambda o: o.args["index"])
HeavyGraph.py:                self.input_channel_set.update(obj.args["channels"])
HeavyGraph.py:                self.output_channel_set.update(obj.args["channels"])
HeavyGraph.py:            extern = list(set([r.args["extern"] for r in receivers]) - set([None]))
HeavyGraph.py:            attributes = [r.args["attributes"] for r in receivers if len(r.args["attributes"]) > 0]
HeavyGraph.py:            receivers.sort(key=lambda x: x.args["priority"], reverse=True)
HeavyGraph.py:            any(o.args["index"] > 127 for o in self.inlet_objs)
HeavyGraph.py:                    extern=v[0].args["extern"]
HeavyGraph.py:            extern=v[0].args["extern"],
HeavyGraph.py:            attributes=v[0].args["attributes"],
HeavyIrObject.py:                        self.args[arg.name] = arg.default
HeavyIrObject.py:                        self.args[arg.name] = HeavyLangObject.force_arg_type(
HeavyIrObject.py:                            self.args[arg.name],
HeavyLangObject.py:        return self._obj_desc.args[index].name
HeavyLangObject.py:                        self.args[arg.name] = arg.default
HeavyLangObject.py:                    self.args[arg.name] = HeavyLangObject.force_arg_type(
HeavyLangObject.py:                        self.args[arg.name],
HeavyParser.py:                    graph_args[a["name"]] = a["default"]
HeavyParser.py:                graph_args[a["name"]] = HeavyLangObject.force_arg_type(
HeavyParser.py:                    graph_args[a["name"]],
HIrConvolution.py:                self.args["table"],
HIrConvolution.py:                self.args["table_id"] = table_obj.id
HIrConvolution.py:                self.add_error(f"Cannot find table named \"{self.args['table']}\" for object {self}.")
HIrInlet.py:            connections = self.graph.inlet_connections[self.args["index"]]
HIrOutlet.py:            for c in self.graph.outlet_connections[self.args["index"]]:
HIrPack.py:            num_inlets = len(args["values"])
HIrReceive.py:        if args is not None and args["extern"]:
HIrReceive.py:            if re.search(r"\W", args["name"]):
HIrReceive.py:                                alphanumeric characters or underscore: '{args['name']}'")
HIrSend.py:        if args is not None and args["extern"]:
HIrSend.py:            if re.search(r"\W", args["name"]):
HIrSend.py:                                alphanumeric characters or underscore: '{args['name']}'")
HIrSend.py:                extern=self.args["extern"],
HIrSend.py:                attributes=self.args["attributes"],
HIrSend.py:                hash=self.args["hash"],
HIrSend.py:                display=self.args["name"],
HIrSend.py:                name=((f"_{self.args['name']}") if re.match(r"\d", self.args["name"]) else self.args["name"])
HIrSwitchcase.py:            num_cases = len(args["cases"])
HIrTabhead.py:                self.args["table"],
HIrTabhead.py:                self.args["table_id"] = table_obj.id
HIrTabhead.py:                self.add_error(f"Can't find table with name \"{self.args['table']}\".")
HIrTabread.py:                self.args["table"],
HIrTabread.py:                self.args["table_id"] = table_obj.id
HIrTabread.py:                self.add_error(f"Cannot find table named \"{self.args['table']}\" for object {self}.")
HIrTabwrite.py:                self.args["table"],
HIrTabwrite.py:                self.args["table_id"] = table_obj.id
HIrTabwrite.py:                self.add_error(f"Can't find table with name \"{self.args['table']}\".")
HLangAdc.py:                         num_outlets=len(args[self._HEAVY_LANG_DICT[obj_type].args[0].name]),
HLangAdc.py:        for i, channel_index in enumerate(self.args["channels"]):
HLangBinop.py:            y = HeavyIrObject("__var~f", {"k": self.args[self.name_for_arg()]})
HLangBinop.py:            if (self.type == "+" and self.args["k"] == 0.0) or \
HLangBinop.py:                    (self.type == "-" and self.args["k"] == 0.0) or \
HLangBinop.py:                    (self.type == "*" and self.args["k"] == 1.0) or \
HLangBinop.py:                    (self.type == "/" and self.args["k"] == 1.0):
HLangBinop.py:                # self.args["k"] == 1.0 case handled above
HLangBinop.py:                if self.args["k"] == 0.0:
HLangBinop.py:                if self.args["k"] == -1.0:
HLangBinop.py:                args={"k": self.args[self.name_for_arg()]})
HLangBinop.py:            y = HeavyIrObject("__var~i", {"k": self.args[self.name_for_arg()]})
HLangBinop.py:                args={"k": self.args[self.name_for_arg()]})
HLangBinop.py:            args = {"k": self.args[self.name_for_arg()]}
HLangBinop.py:            args = {"k": self.args[self.name_for_arg()]}
HLangDac.py:                         num_inlets=len(args[self._HEAVY_LANG_DICT[obj_type].args[0].name]),
HLangDac.py:        for i, channel_index in enumerate(self.args["channels"]):
HLangRandom.py:        self.args["seed"] = int(random.uniform(-2147483647, 2147483648))
HLangSend.py:            ir_args["hash"] = f"0x{HeavyLangObject.get_hash(ir_args['name']):X}"
HLangSequence.py:        num_outlets = len(args[self._HEAVY_LANG_DICT[obj_type].args[0].name])
HLangSequence.py:        for a in self.args[self.name_for_arg()]:
HLangTable.py:            self.args["size"] = len(self.args["values"])
HLangTable.py:        if self.args["extern"]:
HLangTable.py:            if re.search(r"\W", args["name"]):
HLangTable.py:                                or underscore: '{args['name']}'")