使用Python来开发微信功能

#自动回复开关
SWITCH_REPLY=True
#延迟回复开关
SWITCH_DELAY=False
#延迟时间
DELAY_TIME=120
#消息前缀开关
SWITCH_PREFIX=True
#消息前缀内容
PREFIX_CONTENT="[自动回复]"
#回复内容字典
REPLY_DICT={}
#延迟回复字典
DELAY_REPLY_DICT={}

#获取发送消息的朋友的信息
  target_friend=itchat.search_friends(userName = msg['FromUserName'])
  if target_friend:
   #获取ta的昵称
   nickName=target_friend['NickName']
   if not REPLY_DICT.__contains__(nickName):
    #设置默认回复
    REPLY_DICT[nickName]="抱歉我有事暂未看到消息，稍后回复，若有急事可以电话联系(•ω•`)"
   
   reply_content=REPLY_DICT[nickName]
   #判断自动回复开关
   if SWITCH_REPLY:
    #判断延时回复开关
    if SWITCH_DELAY:
     localtime = time.time()
     DELAY_REPLY_DICT[nickName]=[localtime,msg['FromUserName']]
     print (DELAY_REPLY_DICT)
     
    if not SWITCH_DELAY:
     #判断消息前缀开关
     if SWITCH_PREFIX:
      reply_content = PREFIX_CONTENT + REPLY_DICT[nickName]
     else:
      reply_content = REPLY_DICT[nickName]
     #发送消息
     itchat.send(reply_content, toUserName=msg['FromUserName'])

#延迟发送消息的函数
def delay_reply():
 #print("开始执行")
 global DELAY_REPLY_DICT
 if SWITCH_DELAY:
  while len(DELAY_REPLY_DICT)>0:
   localtime = time.time()
   # print (localtime)
   # print (DELAY_REPLY_DICT[item][0])
   # print (int(DELAY_TIME))
   for item in list(DELAY_REPLY_DICT.keys()):
    if SWITCH_REPLY:
     reply_content = item + "," + str(round(int(DELAY_TIME) / 60, 1)) + "分钟过去了，" + REPLY_DICT[item]
     itchat.send(reply_content, toUserName=DELAY_REPLY_DICT[item][1])
     # print ("发送消息")
     del DELAY_REPLY_DICT[item]
   print (DELAY_REPLY_DICT)

 global timer1
 timer1=threading.Timer(DELAY_TIME,delay_reply)
 timer1.start()

def keep_alive():
 text="保持登录"
 itchat.send(text, toUserName="filehelper")
 global timer2
 timer2 = threading.Timer(60*60,keep_alive)
 timer2.start()

def get_sex():
 # 获取好友数据
 my_friends = itchat.get_friends(update=True)[0:]
 sex = {"male": 0, "female": 0, "other": 0}
 for item in my_friends[1:]:
  s = item["Sex"]
  if s == 1:
   sex["male"] += 1
  elif s == 2:
   sex["female"] += 1
  else:
   sex["other"] += 1
 total = len(my_friends[1:])

def get_data(type):
 result=[]
 my_friends = itchat.get_friends(update=True)[0:]
 for item in my_friends:
  result.append(item[type])
 return result
def friends_province():
 # 获取好友省份
 province= get_data("Province")
 # 分类
 province_distribution = {}
 for item in province:
  #删除英文省份，因为中国地图表中没有
  if bool(re.search('[a-z]',item)):
   continue
  elif not province_distribution.__contains__(item):
   province_distribution[item] = 1
  else:
   province_distribution[item] += 1
 #将省份名为空的删除
 province_distribution.pop('')
 #提取地图接口需要的数据格式
 province_keys=province_distribution.keys()
 province_values=province_distribution.values()
 return province_keys,province_values
if __name__ == '__main__':
 itchat.auto_login(True)
 微信好友省份分布
 attr,value=friends_province()
 map = Map("我的微信好友分布", "@寒食君",width=1200, height=600)
 map.add("", attr, value, maptype='china', is_visualmap=True,
   visual_text_color='#000')
 map.render()

def friends_jiangsu():
 # 获取好友城市
 city_distribution={}
 city = get_data("City")
 jiangsu_city=["南通市","常州市","淮安市","连云港市","南京市","苏州市","宿迁市","泰州市","无锡市","徐州市","盐城市","扬州市","镇江市"]
 for item in city:
  item=item+"市"
  if item in jiangsu_city:
   if not city_distribution.__contains__(item):
    city_distribution[item]=1
   else:
    city_distribution[item]+=1
 # 提取地图接口需要的数据格式
 city_keys=city_distribution.keys()
 city_values=city_distribution.values()
 return city_keys,city_values
if __name__ == '__main__':
 itchat.auto_login(True)
 微信江苏好友分布
 attr,value=friends_jiangsu()
 map = Map("江苏好友分布","@寒食君", width=1200, height=600)
 map.add("", attr, value, maptype='江苏', is_visualmap=True,
   visual_text_color='#000')
 map.render()

def friends_signature():
 signature = get_data("Signature")
 wash_signature=[]
 for item in signature:
  #去除emoji表情等非文字
  if "emoji" in item:
   continue
  rep = re.compile("1f\d+\w*|[<>/=【】『』♂ω]")
  item=rep.sub("", item)
  wash_signature.append(item)
 words="".join(wash_signature)
 wordlist = jieba.cut(words, cut_all=True)
 word_space_split = " ".join(wordlist)
 coloring = np.array(Image.open("C:/Users/casua/Desktop/test1.JPG"))
 my_wordcloud = WordCloud(background_color="white", max_words=800,
        mask=coloring, max_font_size=80, random_state=30, scale=2,font_path="C:/Windows/Fonts/STKAITI.ttf").generate(word_space_split)
 image_colors = ImageColorGenerator(coloring)
 plt.imshow(my_wordcloud.recolor(color_func=image_colors))
 plt.imshow(my_wordcloud)
 plt.axis("off")
 plt.show()