def help():
out += 'Digital devices\n'
out += ' giveNames() - returns types of known devices\n'
out += ' printNames() - print types of known devices\n'
out += ' process(dtype, input set, output set) - simulate chip\n'
out += ' giveLogic(dtype) - shows help for given device type\n'
out += '\n'
notify.say(out)
def help():
out = ''
out += 'Wire module. Connects devices\n'
out += ' giveNames() - returnes wires\' names \n'
out += ' printNames() - prints wires\' names\n'
out += ' giveReport(name) - returns data for one wire\n'
out += ' printReport() - prints data for wires\n'
out += ' readV(name) - returns value of a wire\n'
out += ' setV(name, value) - set values for wire\n'
out += ' value is a list \n'
out += ' setBinary(name, value) - \n'
out += ' value can be an int (will be converted to binary)\n'
out += ' value can be a binary string, 1 - high, else - low\n'
out += ' connect(wire name, device name) - adds listener\n'
out += ' addBus(name, size) - adds new bus with given size\n'
notify.say(out)
def say():
return notify.say(flask.request.args)
def wakeup_time_say():
say("you need to wakeup for {}".format(
events.wakeup_time().strftime("%-I:%M %P")))
return wakeup_time()
def first_event_say():
say("your first event tomorrow is at {}".format(
events.first_event_time().strftime("%-I:%M %P")))
return first_event()
def printNames():
out = 'digital:\n'
for k in logic.keys():
out += ' ' + k + '\n'
notify.say(out)
def giveLogic(dtype):
notify.say(logic[dtype]['help'])
def addTask(command, target):
task.append((command, target))
if GLOB.notify_new_task:
notify.say('INFO new task: \'' + str(command) + '\' on \'' +
str(target) + '\'')
def printReport():
out = 'wires:\n'
for w in bus.keys():
out += giveReport(w, full=False)
notify.say(out)
def printNames():
out = 'wires:\n'
for w in bus.keys():
out += w + '\n'
notify.say(out)