def init_tasks():
for task_name, task_info in tasks.items():
task_module, task_time, task_interval, task_ttl = task_info
log("TASK", "Starting up [" + task_name + "]")
libsigma.safe_mode(task_module.task_init)
tasks[task_name] = (task_module, time.time(), task_interval, task_ttl)
def run_tasks():
for task_name, task_info in tasks.items():
task_module, task_time, task_interval, task_ttl = task_info
if time.time() >= (task_time + task_interval):
libsigma.safe_mode(task_module.task_execute)
if task_ttl > 1:
tasks[task_name] = (task_module, time.time(), task_interval, task_ttl - 1)
elif task_ttl == 1:
del tasks[task_name]
else:
tasks[task_name] = (task_module, time.time(), task_interval, -1)
def run_command(speaker, message):
reduced = message.lstrip()
if reduced:
if reduced[0] == "'" and handler.specials["apostrophe"]:
message = handler.specials["apostrophe"] + " " + reduced[1:]
elif reduced[0] == ',' and handler.specials["comma"]:
message = handler.specials["comma"] + " " + reduced[1:]
elif reduced[0] == ':' and handler.specials["colon"]:
message = handler.specials["colon"] + " " + reduced[1:]
elif reduced[0] == '.' and handler.specials["period"]:
message = handler.specials["period"] + " " + reduced[1:]
else:
return True
try:
tokens = message.lower().split()
except:
return False
tail = message[(message.lower().find(tokens[0]) +
len(tokens[0])):].lstrip()
if len(tokens):
for (command, function) in handler.mappings:
if command.startswith(tokens[0]):
x = speaker.has_waits(function.priority)
if not x:
libsigma.safe_mode(
function, {
"speaker": speaker,
"args": tokens,
"message": message,
"tail": tail,
"mapped": command
})
else:
speaker.send_line("Please wait %d second%s." %
(x, "s" if x != 1 else ""))
return True
return False
else:
return True
def run_command(speaker, message):
reduced = message.lstrip()
if reduced:
if reduced[0] == "'" and handler.specials["apostrophe"]:
message = handler.specials["apostrophe"] + " " + reduced[1:]
elif reduced[0] == ',' and handler.specials["comma"]:
message = handler.specials["comma"] + " " + reduced[1:]
elif reduced[0] == ':' and handler.specials["colon"]:
message = handler.specials["colon"] + " " + reduced[1:]
elif reduced[0] == '.' and handler.specials["period"]:
message = handler.specials["period"] + " " + reduced[1:]
else:
return True
try:
tokens = message.lower().split()
except:
return False
tail = message[(message.lower().find(tokens[0]) + len(tokens[0])):].lstrip()
if len(tokens):
for (command, function) in handler.mappings:
if command.startswith(tokens[0]):
x = speaker.has_waits(function.priority)
if not x:
libsigma.safe_mode(function, {
"speaker" : speaker,
"args" : tokens,
"message" : message,
"tail" : tail,
"mapped" : command
})
else:
speaker.send_line("Please wait %d second%s." % (x, "s" if x!=1 else ""))
return True
return False
else:
return True
def load_handlers():
handler_modules = glob(os.path.join(directories["handlers_root"], "*.py"))
for handler_file in handler_modules:
n = len(functions)
source = os.path.basename(handler_file)
module_name = 'handler_' + os.path.splitext(source)[0]
h = libsigma.safe_mode(imp.load_source, module_name, handler_file)
if h:
log("HANDLER", "Loaded %d handler(s) from [%s]" % (len(functions) - n, source))
else:
log("HANDLER", "Handler module [%s] is not functional" % source, problem=True)
continue
def load_tasks():
task_modules = glob.glob(os.path.join(directories["tasks_root"], "*.py"))
for task_file in task_modules:
source = os.path.basename(task_file)
module_name = 'task_' + os.path.splitext(source)[0]
t = libsigma.safe_mode(imp.load_source, module_name, task_file)
if not t:
log('TASK', 'Not loading [%s]: errors detected' % source, problem=True)
continue
try:
task_name = t.name
task_interval = t.interval
f_init = t.task_init
f_execute = t.task_execute
f_deinit = t.task_deinit
except AttributeError:
log("TASK", "Task module [%s] is missing one or more required members" % source, problem=True)
else:
tasks[task_name] = (t, 0, task_interval, -1)
log("TASK", "Loaded task [%s]" % task_name)
def deinit_tasks():
for task_name, task_info in tasks.items():
task_module, task_time, task_interval, task_ttl = task_info
log("TASK", "Shutting down [" + task_name + "]")
libsigma.safe_mode(task_module.task_deinit)
