def google(message):
'''
得到用户输入的内容，将google api 返回的结果发送给用户
'''
google_rs_message = ''
rs = google_api(message)['responseData']['results']
for _ in rs[:1]:
google_rs_message += "{}\n{}".format(_['url'].encode('utf-8'), _['content'].encode('utf-8'))
sendMessage(chat_id, str(google_rs_message))
def nasa_pic(message):
'''
同上
'''
rs = nasa_api(message)
if 'error' in rs:
sendMessage(chat_id, rs['error'])
else:
nasa_pic_and_explanation = "{}".format(rs['url'])
sendMessage(chat_id, nasa_pic_and_explanation)
def chore_switch():
members = getMembers()
conn = create_conn()
cur = conn.cursor()
query = "SELECT name FROM chore_assignment"
cur.execute(query)
past_assignment = cur.fetchall()
query = "SELECT name, num_helper FROM chores"
cur.execute(query)
chore_list = cur.fetchall()
if past_assignment:
# if a member from the previous week's assignment is still in the chat, add that member to curMembers
curMembers = []
for person in past_assignment:
if person[0] in members:
curMembers.append(person[0])
# remove duplicates
members = []
for person in curMembers:
if person not in members:
members.append(person)
# reorder curMember list
member = members[0]
members.remove(member)
members.append(member)
query = "DELETE FROM chore_assignment"
cur.execute(query)
conn.commit()
index = 0
count = 0
for chore in chore_list:
name = chore[0]
num_helper = int(chore[1])
count += num_helper
while num_helper > 0:
query = "INSERT INTO chore_assignment(name, chore) VALUES('" + members[
index] + "', '" + name + "')"
cur.execute(query)
conn.commit()
index = increment(index, len(members))
num_helper -= 1
while count % len(members):
query = "INSERT INTO chore_assignment(name, chore) VALUES('" + members[
index] + "', 'NULL')"
cur.execute(query)
conn.commit()
index = increment(index, len(members))
count += 1
message = ''
for member in members:
query = "SELECT chore FROM chore_assignment WHERE name = '" + member + "'"
cur.execute(query)
results = cur.fetchall()
message += member + ': '
for chore in results:
message += chore[0] + '\n'
sendMessage("The chore assignment for this week is as below:\n" + message)
conn.close()
def webhook():
data = request.get_json()
text = data['text'].split(' ')
command = text[0]
if command == '/add':
num_helper = text[len(text) - 1]
if len(text) == 3:
chore = text[1]
else:
chore = ' '.join(text[1:len(text) - 1])
conn = create_conn()
cur = conn.cursor()
query = "INSERT INTO chores(name, num_helper) VALUES('" + chore + "', '" + num_helper + "')"
cur.execute(query)
conn.commit()
conn.close()
sendMessage(chore.upper() + " with " + num_helper +
" helper(s) has been added to your chore list.")
elif data['text'] == '/show chore list':
conn = create_conn()
cur = conn.cursor()
query = "SELECT id, name, num_helper FROM chores"
cur.execute(query)
results = cur.fetchall()
conn.close()
if not results:
sendMessage("Chore list is empty.")
else:
message = ''
for entry in results:
message += str(entry[0]) + '. ' + entry[1].upper(
) + '\nNumber of helpers: ' + str(entry[2]) + '\n'
sendMessage(message)
elif command == '/delete':
conn = create_conn()
cur = conn.cursor()
query = "SELECT name FROM chores WHERE id = " + text[1]
cur.execute(query)
results = cur.fetchall()
if not results:
sendMessage("Oops! chore does not exist.")
else:
chore = results[0][0]
query = "DELETE FROM chores WHERE id = " + text[1]
cur.execute(query)
query = "DELETE FROM chore_assignment WHERE chore = '" + chore + "'"
cur.execute(query)
conn.commit()
conn.close()
message = chore.upper() + " has been removed from the chore list."
sendMessage(message)
elif command == '/reset':
id = text[1]
new_num = text[2]
conn = create_conn()
cur = conn.cursor()
query = "SELECT name FROM chores WHERE id = " + id
cur.execute(query)
results = cur.fetchall()
if not results:
sendMessage("Oops! Chore does not exist.")
else:
chore = results[0][0]
query = "UPDATE chores SET num_helper = " + new_num + " WHERE id = " + id
cur.execute(query)
conn.commit()
conn.close()
message = chore.upper(
) + " will need " + new_num + " helper(s) from now on!"
sendMessage(message)
elif data['text'] == '/our chores':
conn = create_conn()
cur = conn.cursor()
members = getMembers()
message = ''
for member in members:
query = "SELECT chore FROM chore_assignment WHERE name = '" + member + "'"
cur.execute(query)
results = cur.fetchall()
if not results:
sendMessage("No chores have been assigned yet.")
break
else:
message += member + ': '
for chore in results:
message += chore[0] + '\n'
sendMessage("The chore assignment for this week is as below:\n" +
message)
elif data['text'] == '/my chore':
conn = create_conn()
cur = conn.cursor()
query = "SELECT chore FROM chore_assignment WHERE name = '" + data[
'name'] + "'"
cur.execute(query)
results = cur.fetchall()
if not results:
sendMessage("No chores have been assigned to you yet.")
else:
message = ''
for chore in results:
message += chore[0] + '\n'
sendMessage("This week you are responsible for " + message)
return data['text']
def main():
'''
用getUpdate方法，获取bot的消息列表
'''
updates = getUpdates()
rs = updates["result"]
global update_id_deque
'''
update_id_deque每次都append，消息列表中最后一条信息的update_id，其中update_id是
自增长的，bot每收到一条消息，update_id都会加1，如果没有收到新消息，则update_id不变，
将update_id放入update_id_deque的目的是，通过计算update_id_deque[0]和update_id_deque[1]
的差，可以知道是否收到了新消息。
'''
update_id_deque.append(rs[-1]['update_id'])
'''
update_id_deque长度为1时不做任何处理，这中情况出现在程序刚运行时
'''
if len(update_id_deque) == 1:
pass
'''
update_id_deque长度为2时，求出这个[1]与[0]之差
若差是0，这说明没有收到新的消息，
若差不是0，这说明收到了新的消息，由于我是间隔一定时间运行一次main函数，在这间隔期间
有可能收到不止一条消息。
:param delta: 则告诉你期间一共收到多少条消息
:param message_text: 接收到的消息
如果收到的消息以
/g开头，则执行google函数，返回json
/trans开头，则执行translate函数，返回json
/nasa开头，则执行nasa_pic函数，返回json
/help开头，则直接发送消息给用户
'''
if len(update_id_deque) == 2:
print("len is 2")
delta = update_id_deque[1] - update_id_deque[0]
if delta != 0:
for _ in rs[-delta:]:
message_text = _['message']['text']
if message_text.startswith('/g'):
global chat_id
chat_id = _['message']['chat']['id']
google(message_text[3:])
update_id_deque.append(rs[-1]['update_id'])
elif message_text.startswith('/trans'):
chat_id = _['message']['chat']['id']
translate(message_text[7:])
update_id_deque.append(rs[-1]['update_id'])
elif message_text.startswith('/nasa'):
chat_id = _['message']['chat']['id']
if len(message_text.strip()) == 5:
nasa_pic(message=None)
else:
nasa_pic(message_text[6:])
update_id_deque.append(rs[-1]['update_id'])
elif message_text.startswith('/help'):
chat_id = _['message']['chat']['id']
help_message = str("命令列表：\n \
* /g <关键词> google搜索 \n \
* /trans <翻译的内容> \n \
* /nasa [日期(若不填，默认为美国时间当日, 格式如2015-08-03)]")
sendMessage(chat_id, help_message)
def translate(message):
'''
同上，不同的api，返回结果不同，如何处理需要查看它返回的json格式
'''
rs = youdao_api(message)
if rs['errorCode'] == 0:
if 'basic' in rs:
translate_rs_message = "{}\n{}".format(rs['translation'][0].encode('utf-8'), rs['basic']['explains'][0].encode('utf-8'))
else:
translate_rs_message = "{}".format(rs['translation'][0].encode('utf-8'))
sendMessage(chat_id, str(translate_rs_message))
elif rs['errorCode'] == 20:
sendMessage(chat_id, u"要翻译的文本过长")
elif rs['errorCode'] == 30:
sendMessage(chat_id, u"无法进行有效的翻译")
elif rs['errorCode'] == 40:
sendMessage(chat_id, u"不支持的语言类型")
elif rs['errorCode'] == 50:
sendMessage(chat_id, u"无效的key")
elif rs['errorCode'] == 60:
sendMessage(chat_id, u"无词典结果，仅在获取词典结果生效")
import argparse
import time
from helper import validMessage, sendMessage, getScores, generateMessageData
parser = argparse.ArgumentParser()
parser.add_argument('--id',
'-id',
default=2730,
help='enter the series id/match id')
args = parser.parse_args()
while (True):
time.sleep(5)
venue, status, summary, scores = generateMessageData(args)
test = sendMessage(venue)
time.sleep(1)
test = sendMessage(status)
time.sleep(1)
test = sendMessage(summary)
time.sleep(1)
message = getScores(scores)
test = sendMessage(validMessage(message))
#test_id = 49839, 2730
#test_id_3rd_T20 = 49844, 2731
#1 Print scores^
#2 Isolate the functions; this main.py should call other functions^
#3 make another function to send the notifs: shouldn't be happening in while loop*
#4 more functionalities
import argparse
import time
from helper import trialMatch3rdT20, sendMessage, scorecardDetails
parser = argparse.ArgumentParser()
parser.add_argument('--seriesId',
'-seriesId',
default=2731,
help='enter the series id')
parser.add_argument('--matchId',
'-matchId',
default=49845,
help='enter the match id')
args = parser.parse_args()
while (True):
time.sleep(5)
summary = trialMatch3rdT20(args)
batsmen, bowler, MOTM = scorecardDetails(args)
test = sendMessage(summary)
test = sendMessage(
"Best Batsmen: {} \nBest Bowler: {} \nMan ff The Match: {}".format(
batsmen, bowler, MOTM))
time.sleep(1)
#test_id = 49839, 2730
#test_id_3rd_T20 = 49844, 2731