def netlist_from_config(cls, config):
for compname, compconfig in config.items():
modname = "components." + compname
classname = "".join(word[0].upper() + word[1:] for word in compname.split("_"))
#output heading for each part type in blue
ct.print_heading("Initializing component: {} (import {} from {})".format(compname, classname, modname))
if compconfig is None:
ct.print_warning("Component list for {} is empty".format(compname))
continue
try:
imported = __import__("components." + compname, globals(), locals(), [classname])
except Exception as e:
ct.format_exception(e, "Import failed")
continue
try:
cls = getattr(imported, classname)
except Exception as e:
ct.format_exception(e, "getattr failed:")
continue
try:
cls.boot(compconfig)
ct.print_info("booted {}".format(cls.__name__))
except Exception as e:
ct.format_exception(e, "Class boot failed:")
raise e
continue
cls.first_eval_all()
def __init__(self, board, network, scheduler):
self.board = board
self.scheduler = scheduler
self.parts_initialized = False
self.mac = network.mac
self.data = {}
self.mine = None
self.version = "0.8.0"
self.listeners = []
self.read_cache()
# if (type(self.mine) is dict and "parts" in self.mine):
# ct.print_heading("initializing from cache")
# Part.init_parts(board, scheduler, self.mine["parts"])
Component.setup_services(board, scheduler)
if (type(self.mine) is dict and "components" in self.mine):
ct.print_heading("initializing from cache")
Component.netlist_from_config(self.mine["components"])
Component.print_netlist()
MQTT.subscribe(config_topic_base + self.mac + "/config", self.on_mqtt)
def print_signals(cls):
for sig in Signal.by_name.values():
ct.print_heading(str(sig))
for fanout in sig.fanouts:
ct.print_info(fanout.name)
def print_components(cls):
for name, comp in Component.by_name.items():
ct.print_heading("component {} of type {}".format(name, type(comp)))
ct.print_info(str(comp))