# -*- coding:utf-8 -*-
import os
import sys
import time
import json
from baseClient import BaseClient
import numpy as np

class C22293Manager(BaseClient):
    def __init__(self):
        BaseClient.__init__(self)  # python 继承方式  
        self.device_name = "Chroma22293" 

    def __parse__(self, result, params = 1):
        if result is None:
            return False
        
        if params == 1:
            if result['device_cmd_result'] == u'ok;\r\n':
                return True
        
        if params == 2:
            if result['device_cmd_result'] == u'ok;\r\nok;\r\n':
                return True
        
        return False

    def setPattern(self, pattern, device=''):
        self.device_id = 1
        self.device_cmd = 'run ptn %s;\r' % pattern
        return self.__parse__(self.sendmsg())

    def setTiming(self, timing, device=''):
        self.device_id = 1
        self.device_cmd = 'run tim %s;\r' % timing
        return self.__parse__(self.sendmsg())

    def setTimingPattern(self, timing, pattern, device=''):
        self.device_id = 1
        self.device_cmd = 'run tim %s;run ptn %s;\r' % (timing, pattern)
        return self.__parse__(self.sendmsg(), 2)

    def getDeviceName(self, device=''):
        self.device_id = 1
        self.device_cmd = 'report model;\r'
        result = self.sendmsg()
        if result is None:
            return None
        return result['device_cmd_result']

    def getDeviceSoft(self, device=''):
        self.device_id = 1
        self.device_cmd = 'report ver;\r'
        result = self.sendmsg()
        if result is None:
            return None
        return result['device_cmd_result']

    def getStatus(self, device=''):
        self.device_id = 1
        self.device_cmd = 'dummy;\r'
        return self.__parse__(self.sendmsg())

    def setBlueOFF(self, device=''):
        self.device_id = 1
        self.device_cmd = 'b off;\r'
        return self.__parse__(self.sendmsg())

    def setBlueON(self, device=''):
        self.device_id = 1
        self.device_cmd = 'b on;\r'
        return self.__parse__(self.sendmsg())

    def setGreenOFF(self, device=''):
        self.device_id = 1
        self.device_cmd = 'g off;\r'
        return self.__parse__(self.sendmsg())

    def setGreenON(self, device=''):
        self.device_id = 1
        self.device_cmd = 'g on;\r'
        return self.__parse__(self.sendmsg())

    def setRedOFF(self, device=''):
        self.device_id = 1
        self.device_cmd = 'r off;\r'
        return self.__parse__(self.sendmsg())

    def setRedON(self, device=''):
        self.device_id = 1
        self.device_cmd = 'r on;\r'
        return self.__parse__(self.sendmsg())

    def setKeyBoardLock(self, device=''):
        self.device_id = 1
        self.device_cmd = 'kb lock on;\r'
        return self.__parse__(self.sendmsg())

    def setKeyBoardUnLock(self, device=''):
        self.device_id = 1
        self.device_cmd = 'kb lock off;\r'
        return self.__parse__(self.sendmsg())

if __name__ == "__main__":
    print u'测试开始\n'
    c2 = C22293Manager()
    print c2.getDeviceName()
    print c2.getDeviceSoft()
    print c2.getStatus()

    print c2.setPattern(11)
    print c2.setTiming(11)
    print c2.setTimingPattern(11,11)

    print c2.setBlueOFF()
    print c2.setBlueON()
    
    print c2.setGreenOFF()
    print c2.setGreenON()

    print c2.setRedOFF()
    print c2.setRedON()

    print c2.setKeyBoardLock()
    print c2.setKeyBoardUnLock()

    print u'测试结束\n'