def getRiderWorkDays(self):
# 이 부분은 배달원의 업무 현황으로 사용될 수 있다
rdic = {}
for r in self.order_df['DelivererID'].unique():
dftm = self.order_df[self.order_df['DelivererID'] == r]
rdic[r] = dftm['Date'].unique()
fig = plt.figure(figsize=(20, 15))
ax = fig.add_subplot(111)
ax.grid(which='minor', axis='y')
rlabel = []
rloop = 0
for r in rdic:
ax.scatter(rdic[r], [rloop for i in range(len(rdic[r]))],
label=r,
marker='s',
c='gray')
rloop += 1
rlabel.append(r)
ax.set_yticks([i for i in range(len(rdic))], minor=True)
ax.set_yticklabels(rlabel, minor=True)
ax.set_xlim(utils.parseDate('2015-06-15 00:00'),
utils.parseDate('2015-11-02 00:00'))
ax.set_ylim(-1, len(rdic))
ax.set_xlabel('Date')
ax.set_ylabel('Deliverer ID')
return ax
def radarRead(path=None):
"""Reads radar.dat file
**Args**:
* [**path**] (str): path to radar.dat file; defaults to RST environment variable SD_RADAR
**Returns**:
* A dictionary with keys matching the radar.dat variables each containing values of length #radars.
**Example**:
::
radars = pydarn.radar.radarRead()
written by Sebastien, 2012-09
"""
import shlex
import os, sys
from datetime import datetime
from utils import parseDate
# Read file
try:
if path: pathOpen = os.path.join(path, 'radar.dat')
else: pathOpen = os.environ['SD_RADAR']
file_net = open(pathOpen, 'r')
data = file_net.readlines()
file_net.close()
except:
print 'radarRead: cannot read {}: {}'.format(pathOpen,
sys.exc_info()[0])
return None
# Initialize placeholder dictionary of lists
radarF = {}
radarF['id'] = []
radarF['status'] = []
radarF['stTime'] = []
radarF['edTime'] = []
radarF['name'] = []
radarF['operator'] = []
radarF['hdwfname'] = []
radarF['code'] = []
radarF['cnum'] = []
# Fill dictionary with each radar.dat lines
for ldat in data:
ldat = shlex.split(ldat)
if len(ldat) == 0: continue
radarF['id'].append( int(ldat[0]) )
radarF['status'].append( int(ldat[1]) )
tmpDate = parseDate( int(ldat[2]) )
radarF['stTime'].append( datetime(tmpDate[0], tmpDate[1], tmpDate[2]) )
tmpDate = parseDate( int(ldat[3]) )
radarF['edTime'].append( datetime(tmpDate[0], tmpDate[1], tmpDate[2]) )
radarF['name'].append( ldat[4] )
radarF['operator'].append( ldat[5] )
radarF['hdwfname'].append( ldat[6] )
radarF['code'].append( ldat[7:] )
radarF['cnum'].append( len(ldat[7:]) )
# Return
return radarF
def generate_psd_rows_for_batch(start_time, end_time):
start_datetime = parseDate(start_time, SENSOR_DATE_TIME_FORMAT)
end_datetime = parseDate(end_time, SENSOR_DATE_TIME_FORMAT)
start = start_datetime
while start <= end_datetime:
end = start + timedelta(seconds=REFRESH_INTERVAL_SEC)
psd_rows = generate_psd_rows(start, end)
start = end
yield psd_rows
def __init__(self):
prm = param.params()
df = pd.read_csv('ORDER_DATA_2.csv', header=None)
df['Date'] = df[0].apply(lambda x: utils.parseDate(x.split(' ')[0]))
df['UpTS'] = df.apply(
lambda x: utils.putTimeinDate(x['Date'], utils.parseDate(x[4])),
axis=1)
df['CatchTS'] = df.apply(
lambda x: utils.putTimeinDate(x['Date'], utils.parseDate(x[8])),
axis=1)
df['PikupTS'] = df.apply(
lambda x: utils.putTimeinDate(x['Date'], utils.parseDate(x[9])),
axis=1)
df['DeliverTS'] = df.apply(
lambda x: utils.putTimeinDate(x['Date'], utils.parseDate(x[10])),
axis=1)
df = df.drop([0, 4, 8, 9, 10], axis=1)
df.columns = [
'OrderID', 'pLon', 'pLat', 'dLon', 'dLat', 'DelivererID', 'Date',
'UpTS', 'CatchTS', 'PickUpTS', 'DeliverTS'
]
df['CatchDelay'] = (df['CatchTS'] -
df['UpTS']).apply(lambda x: x.seconds)
df['PickupTravelTime'] = (df['PickUpTS'] -
df['CatchTS']).apply(lambda x: x.seconds)
df['DeliverTravelTime'] = (df['DeliverTS'] -
df['PickUpTS']).apply(lambda x: x.seconds)
df['TotalTravelTime'] = (df['DeliverTS'] -
df['CatchTS']).apply(lambda x: x.seconds)
df['p-dDistance'] = df.apply(lambda x: utils.lonlatDist(
x['pLon'], x['pLat'], x['dLon'], x['dLat']),
axis=1)
df['TimeSlot1'] = df['UpTS'].apply(
lambda x: utils.getTimeSlot(x, prm.MINS))
df['TimeSlot2'] = df['CatchTS'].apply(
lambda x: utils.getTimeSlot(x, prm.MINS))
df['TimeSlot3'] = df['PickUpTS'].apply(
lambda x: utils.getTimeSlot(x, prm.MINS))
df['TimeSlot4'] = df['DeliverTS'].apply(
lambda x: utils.getTimeSlot(x, prm.MINS))
df = df[df['PickupTravelTime'] > 59]
df = df[df['DeliverTravelTime'] > 59]
df['pxInd'] = df['pLon'].apply(
lambda x: utils.toInd(x, prm.lonMin, prm.lonTick))
df['pyInd'] = df['pLat'].apply(
lambda x: utils.toInd(x, prm.latMin, prm.latTick))
df['dxInd'] = df['dLon'].apply(
lambda x: utils.toInd(x, prm.lonMin, prm.lonTick))
df['dyInd'] = df['dLat'].apply(
lambda x: utils.toInd(x, prm.latMin, prm.latTick))
self.order_df = df
def get_sensor_data_in_time_range(start_time, end_time):
st = parseDate(start_time, SENSOR_DATE_TIME_FORMAT)
et = parseDate(end_time, SENSOR_DATE_TIME_FORMAT)
cursor = db.cursor()
cursor.execute(
"""SELECT daq_id,value FROM sensor_data
WHERE timestamp>=%s and timestamp<=%s order by timestamp""",
(st, et))
resp = cursor.fetchall()
cursor.close()
return resp
def get_psd_data_in_time_range(start_time, end_time):
st = parseDate(start_time, SENSOR_DATE_TIME_FORMAT)
et = parseDate(end_time, SENSOR_DATE_TIME_FORMAT)
cursor = db.cursor()
cursor.execute(
"""SELECT daq_id, average_power, freqs, power_spectrum FROM psd
WHERE timestamp>=%s and timestamp<=%s order by timestamp""",
(st, et))
resp = cursor.fetchall()
cursor.close()
return resp
def channel(channelID, source):
import json
channelIDs = channelID.split(':')
responses = {}
image = None
for channelID in channelIDs:
url = source + '/Channels/' + channelID + '/Episodes'
html = utils.GetHTML(url)
response = json.loads(html)
responses[channelID] = response
for channelID in responses:
response = responses[channelID]
for item in response:
try: image = item['ImageFile']
except: pass
if image:
thumb = THUMBPATTERN % image
fanart = FANARTPATTERN % image
else:
thumb = ICON
fanart = FANART
ordered = []
download = GETTEXT(30042)
for channelID in responses:
response = responses[channelID]
for item in response:
name = item['Name']
desc = item['Description']
link = item['MediaFiles'][0]['Filename']
start = utils.parseDate(item['StartDate'])
ordered.append([start, [name, desc, link]])
ordered.sort()
for item in ordered:
name = item[1][0]
desc = item[1][1]
link = item[1][2]
menu = []
menu.append((download, 'XBMC.RunPlugin(%s?mode=%d&url=%s&name=%s)' % (sys.argv[0], _DOWNLOAD, link, urllib.quote_plus(name))))
addDirectoryItem(name, url=link, mode=_EPISODE, thumbnail=thumb, fanart=fanart, isFolder=False, isPlayable=True, menu=menu)
def radarRead(path=None):
"""Reads radar.dat file
**Args**:
* [**path**] (str): path to radar.dat file; defaults to RST environment variable SD_RADAR
**Returns**:
* A dictionary with keys matching the radar.dat variables each containing values of length #radars.
**Example**:
::
radars = pydarn.radar.radarRead()
Written by Sebastien, 2012-09
"""
import shlex
import os, sys
from datetime import datetime
from utils import parseDate
# Read file
try:
if path: pathOpen = os.path.join(path, 'radar.dat')
else: pathOpen = os.environ['SD_RADAR']
file_net = open(pathOpen, 'r')
data = file_net.readlines()
file_net.close()
except:
print 'radarRead: cannot read {}: {}'.format(pathOpen,
sys.exc_info()[0])
return None
# Initialize placeholder dictionary of lists
radarF = {}
radarF['id'] = []
radarF['status'] = []
radarF['stTime'] = []
radarF['edTime'] = []
radarF['name'] = []
radarF['operator'] = []
radarF['hdwfname'] = []
radarF['code'] = []
radarF['cnum'] = []
# Fill dictionary with each radar.dat lines
for ldat in data:
ldat = shlex.split(ldat)
if len(ldat) == 0: continue
radarF['id'].append( int(ldat[0]) )
radarF['status'].append( int(ldat[1]) )
tmpDate = parseDate( int(ldat[2]) )
radarF['stTime'].append( datetime(tmpDate[0], tmpDate[1], tmpDate[2]) )
tmpDate = parseDate( int(ldat[3]) )
radarF['edTime'].append( datetime(tmpDate[0], tmpDate[1], tmpDate[2]) )
radarF['name'].append( ldat[4] )
radarF['operator'].append( ldat[5] )
radarF['hdwfname'].append( ldat[6] )
radarF['code'].append( ldat[7:] )
radarF['cnum'].append( len(ldat[7:]) )
# Return
return radarF
def judge(message, qid, name, group):
if message.strip()[:2].lower() != 'ns': # 如果开头不是ns那么一切免谈，无事发生
return
############## Main ###################
command = message.strip()[2:].strip() # 把ns去掉后面开始分割这个指令
commandPart = command.split() # 按照空格进行分割，但是后续要看看是不是加入更多的防傻判断
servername = init.SERVER
try:
entrance = commandPart[0].strip()
except:
entrance = ''
if entrance in keyNewTeam:
try: # 尝试解析参数，如果出错说明输入参数有误
date = parseDate(commandPart[1].strip())
time = parseTime(commandPart[2].strip())
dungeon = commandPart[3].strip()
comment = commandPart[4].strip()
assert (date != -1)
assert (time != -1)
except:
mirai.throwError(target=group, errCode=100)
return
try: # 尝试解析是否指定了黑名单
useBlackList = commandPart[5].strip()
except:
useBlackList = 0
leader = sql.hasLeader(qid)
if leader == -1:
msg = '权限错误，请先申请成为团长'
else:
res = sql.createNewTeam(date, time, dungeon, comment, leader,
useBlackList)
if res == -1:
msg = '数据库错误！请联系管理员'
else:
msg = '开团成功，{}，团队ID为{}, 集合时间{} {} {}'.format(
dungeon, res, date, parseWeekday(date), time)
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
elif entrance in keyShowall:
res = sql.getTeam()
if not res:
msg = '当前没有在开团队'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT")
return
else:
msg = ''
for i in range(len(res)):
g = res[i]
msg += '{}. ID：{} {} {} {} {} {} \n'.format(
str(i + 1), g['teamID'], g['leaderName'], g['dungeon'],
g['startTime'], parseWeekday(g['startTime']), g['comment'])
msg += '------------------- \n'
mirai.sendGroupMessage(target=group,
content="在开团队已经通过临时会话发给您了~如果没收到请加机器人好友",
messageType="TEXT",
needAT=True,
ATQQ=qid)
mirai.sendTempMessage(target=group,
QQ=qid,
content=msg,
messageType="TEXT")
elif entrance in keyQuery:
try:
teamNumber = int(commandPart[1].strip())
res = sql.getInfo(teamNumber)
except:
res = []
teamNumber = None
if teamNumber is None or not res:
msg = '输入的团队ID不存在'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT")
else:
image = img.GetImg(teamNumber)
if image == -1:
msg = '此团队目前没有人报名'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT")
else:
mirai.sendGroupMessage(target=group,
content=image,
messageType="Image")
elif entrance in keyEnroll:
msg = ''
try:
teamNumber = int(commandPart[1].strip())
except:
msg += '缺少团队ID '
try:
vocation = commandPart[2].strip()
mental = sql.getMental(vocation)
assert (mental != -1) # 检查心法是否存在
except:
msg += '缺少角色心法或心法不存在 '
try:
memberName = commandPart[3].strip()
except:
msg += '缺少角色名称 '
try:
syana = int(commandPart[4].strip())
assert (syana == 1 or syana == 0)
except:
syana = 0
if msg == '':
res = sql.addMember(teamNumber, qid, memberName, mental, syana)
if res == 0:
team = sql.getInfo(teamNumber)
msg = '已成功报名 {} {}团长 {} {}-{}'.format(team['startTime'],
team['leaderName'],
team['dungeon'],
vocation, memberName)
elif res == -1:
msg = '已经在此团队中'
elif res == -3:
msg = '团队不存在或已过期'
else:
msg = '数据库错误！请联系管理员'
else:
msg += '\n报团格式：ns报团 团队ID 心法 角色名\n双修心法请在报团命令最后额外加空格加1'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
elif entrance in keyDisenroll:
msg = ''
try:
teamNumber = int(commandPart[1].strip())
except:
msg += '缺少团队ID'
if msg == '':
res = sql.delMember(teamNumber, qid)
if res == 0:
team = sql.getInfo(teamNumber)
msg = '已成功取消报名 {} {}团长'.format(team['startTime'],
team['leaderName'])
elif res == -1:
msg = '不在此团队中'
elif res == -3:
msg = '团队不存在或已过期'
else:
msg = '数据库错误！请联系管理员'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
elif entrance in keyDeleteTeam:
msg = ''
try:
teamNumber = int(commandPart[1].strip())
except:
msg = '缺少团队ID'
if msg == '':
leader = sql.hasLeader(qid)
if leader == -1:
msg = '权限错误，请先申请成为团长'
else:
res = sql.delTeam(teamNumber, leader)
if res == 0:
msg = '团队{}已经取消'.format(teamNumber)
elif res == -1:
msg = '此团队不存在'
elif res == -2:
msg = '取消开团失败，没有该权限'
else:
msg = '数据库错误！请联系管理员'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
elif entrance in keyMacro:
msg = ''
try:
mental = sql.getMental(commandPart[1].strip())
assert (mental != -1) # 检查心法是否存在
except:
msg += '缺少心法名称或心法不存在'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
if msg == '':
try:
with open(init.MACRO_PATH + str(mental), 'r') as f:
lines = f.readlines()
msg = ''.join(lines)
except:
msg = '心法文件错误！请联系管理员'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
mirai.sendGroupMessage(target=group,
content='宏命令已经通过临时会话私发给您了，如果没收到请加机器人好友',
messageType="TEXT",
needAT=True,
ATQQ=qid)
mirai.sendTempMessage(target=group,
QQ=qid,
content=msg,
messageType="TEXT")
elif entrance in keyHelp:
msg = '在线用户手册： \nhttps://www.nsrobot.life/userguide/'
mirai.sendGroupMessage(target=group, content=msg, messageType="TEXT")
elif entrance in keyAuthor:
msg = '致谢与授权说明： \nhttps://github.com/Hallows/nsRobot/blob/main/README.md'
mirai.sendGroupMessage(target=group, content=msg, messageType="TEXT")
elif entrance in keyFormation:
try:
mentalName = str(commandPart[1].strip())
except:
msg = '通用阵眼：田螺(会会+无视防御)\n常用外功阵眼:\n凌雪(攻会会) 鲸鱼(破无会) 剑纯(会会无)\n常用内功阵眼:\n莫问(攻会无) 大师(攻破无) 气纯(会会无) \n花间(回蓝破防) 毒经(破会会)'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT")
return
mentalID = sql.getMental(mentalName=mentalName)
if mentalID != -1:
try:
image = jx3api.getFormation(mentalID)
mirai.sendGroupMessage(target=group,
content=image,
messageType="Image")
return
except:
msg = '无法获得心法名称，请检查名称'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT")
elif entrance in keyDaily:
if len(commandPart) > 1:
servername = str(commandPart[1].strip())
msg = jx3api.getDaily(servername)
if msg == 'error':
mirai.sendGroupMessage(target=group,
content='日常查询错误！请联系管理员',
messageType="TEXT")
else:
mirai.sendGroupMessage(target=group,
content=msg,
messageType="Image")
elif entrance in keyGold:
if len(commandPart) > 1:
servername = str(commandPart[1].strip())
msg = jx3api.getGold(servername)
if msg == 'error':
mirai.sendGroupMessage(target=group,
content='金价查询错误！请联系管理员',
messageType="TEXT")
else:
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT")
elif entrance in keyServer:
if len(commandPart) > 1:
servername = str(commandPart[1].strip())
msg = jx3api.getServer(servername)
if msg == 'error':
mirai.sendGroupMessage(target=group,
content='服务器状态查询错误！请联系管理员',
messageType="TEXT")
elif msg == 'UncertainServer':
mirai.sendGroupMessage(target=group,
content='请输入正确的区服名！',
messageType="TEXT")
else:
mirai.sendGroupMessage(target=group,
content=msg,
messageType="Image")
elif entrance in keyMethod:
name = ''
if len(commandPart) > 1:
name = str(commandPart[1].strip())
msg = jx3api.getMethod(name)
if msg == 'error':
mirai.sendGroupMessage(target=group,
content='参数错误！或者联系管理员',
messageType="TEXT")
else:
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT")
elif entrance in keyFlower:
name = ''
if len(commandPart) > 1:
name = str(commandPart[1].strip())
if len(commandPart) > 2:
servername = str(commandPart[2].strip())
if name == '':
mirai.sendGroupMessage(target=group,
content='查询口令请增加具体花类',
messageType="TEXT")
return
msg = jx3api.getFlower(name, servername)
if msg == 'error':
mirai.sendGroupMessage(target=group,
content='花价查询错误！请联系管理员',
messageType="TEXT")
else:
mirai.sendGroupMessage(target=group,
content=msg,
messageType="Image")
elif entrance in keyExam:
subject = ''
if len(commandPart) > 1:
subject = str(commandPart[1].strip())
msg = jx3api.getExam(subject)
if msg == 'error':
mirai.sendGroupMessage(target=group,
content='科举查询错误！请联系管理员',
messageType="TEXT")
else:
mirai.sendGroupMessage(target=group,
content=msg,
messageType="Image")
elif entrance in keyMedicine:
if len(commandPart) == 0:
msg = jx3api.GetMedicine()
else:
msg = jx3api.GetMedicine(commandPart[1].strip())
if msg == -1:
mirai.sendGroupMessage(target=group,
content="小药查询错误，请检查心法名称",
messageType="TEXT")
else:
mirai.sendGroupMessage(target=group,
content=msg,
messageType="Image")
elif entrance in keyBroadcast:
try:
teamID = commandPart[1].strip()
broadMsg = commandPart[2].strip()
except:
mirai.throwError(target=group, errCode=100)
return
teamInfo = sql.getInfo(teamID=teamID)
if teamInfo == []:
mirai.sendGroupMessage(target=group,
content="输入的团队ID不存在",
messageType="TEXT")
return
leader = sql.hasLeader(qid)
if leader == -1:
mirai.sendGroupMessage(target=group,
content="你还不是团长，请联系管理员",
messageType="TEXT",
needAT=True,
ATQQ=qid)
teamInfo = sql.getMember(teamID=teamID)
if teamInfo == []:
mirai.sendGroupMessage(target=group,
content="此团队暂时无人报名",
messageType="TEXT")
return
mirai.sendGroupMessage(target=group,
content="信息开始私聊给指定团队，根据人数机器人可能无响应数分钟",
messageType="TEXT")
for key in teamInfo:
QQ = key['QQNumber']
print('sending to {}'.format(QQ))
mirai.sendTempMessage(target=group,
QQ=QQ,
content=broadMsg,
messageType="TEXT")
Lib_Time.sleep(5)
return
elif entrance in keyApplyLeader:
try:
nickName = commandPart[1].strip()
activeTime = commandPart[2].strip()
except:
mirai.throwError(target=group, errCode=100)
return
result = sql.newLeader(QQ=qid,
nickName=nickName,
activeTime=activeTime)
if result['result'] == -1:
msg = '你已经申请过了，你的团长ID是{},请等待审核'.format(result['id'])
elif result['result'] == -2:
msg = '你已经是团长了，别闹'
else:
msg = '申请成功！你的团长ID是{}请联系管理审批！'.format(result['id'])
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
elif entrance in keyAcceptLeader:
try:
leaderID = commandPart[1].strip()
except:
mirai.throwError(target=group, errCode=100)
return
if qid not in init.managerQQ:
msg = '你不是管理员，无权批准，请检查init.py文件中的managerQQ字段确认管理员QQ号'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
result = sql.acceptLeader(leaderID=leaderID)
if result == -1:
msg = '团长ID不存在或已通过申请'
else:
msg = '批准成功！'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
elif entrance in keyMyteam:
try:
res = sql.inTeam(qid)
except:
mirai.throwError(target=group, errCode=500)
return
if res:
msg = ''
for i in range(len(res)):
g = res[i]
msg += '{}. ID：{} 团长:{},{} {} {} {} \n'.format(
str(i + 1), g['teamID'], g['leaderName'], g['dungeon'],
g['startTime'], parseWeekday(g['startTime']), g['comment'])
msg += '------------------- \n'
print(msg)
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
else:
msg = '目前您未报名任何团队！'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
elif entrance in keyMyleader:
try:
teams = []
leaderID = sql.hasLeader(qid)
if leaderID != -1:
leadername = sql.getLeader(leaderID)
teams = sql.getTeam()
except:
mirai.throwError(target=group, errCode=500)
return
myteams = []
if teams and leaderID != -1:
for team in teams:
if team['leaderName'] == leadername:
myteams.append(team)
if myteams:
msg = "团长{}，您当前的在开团队有：\n".format(leadername)
for myteam in myteams:
msg += "在{}的{}，id为：{}\n".format(myteam['startTime'],
myteam['dungeon'],
myteam['teamID'])
print(msg)
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
else:
msg = "团长{},您目前没有在开团队，——干点正事吧！{}!——".format(
leadername, leadername)
print(msg)
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
elif leaderID == -1:
msg = "别闹，你还不是团长"
print(msg)
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
else:
msg = "当前没有在开团队"
print(msg)
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
return
else:
msg = '未知指令，请通过 ns帮助 进行查看'
mirai.sendGroupMessage(target=group,
content=msg,
messageType="TEXT",
needAT=True,
ATQQ=qid)
def parseStartDateTime(h5name):
return parseDate(h5name.split('/')[-1].split('.')[0])