def POST(self):
input = web.input(team_id = None)
if input.team_id == None:
return output(110)
try:
input.team_id = int(input.team_id)
except:
return output(111)
db = getDb()
team_info = db.select('team', vars = {'id':input.team_id}, where = "team_id=$id")
if len(team_info) == 0:
return output(464)
team = team_info[0]
team_info = db.select('teaminfo', vars = {'id':input.team_id}, where = "team_id=$id")
if len(team_info) == 0:
description = None
project_desc = None
logo_base64 = None
else:
team_info = team_info[0]
description = team_info.description
project_desc = team_info.project_desc
logo_base64 = team_info.logo_base64
return output(200, {'team_id':team.team_id, 'team_name':team.team_name,
'description':description,
'project_description':project_desc,
'logo_base64':logo_base64})
def getTeamApplyList():
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] != 0:
return output(410)
db = getDb()
results = db.select('application', where = "status='ongoing'",
order = "application_id desc")
app_list = []
for i in results:
if i.status == 'ongoing':
status = 0
elif i.status == 'accepted':
status = 1
else:
status = 2
app_list.append({'application_id':i.application_id, 'user_id':i.user_id,
'new_team_name':i.new_team_name, 'add_time':i.add_time,
'status': status})
for i in app_list:
userinfo = db.select('userinfo', vars = {'id':i['user_id']},
where = "user_id=$id", what = "name, phone")[0]
i['phone'] = userinfo.phone
i['name'] = userinfo.name
return output(200, app_list)
def main():
screen.fill(BackColor)
output.output("开发：周其星(Error_666)", 350, 20)
output.output("w为进入曲库，e为管理曲库，ESC为退出程序", 350, 200)
output.output("请按下相应键", 350, 300)
running = 1
while running:
i = pygame.event.wait()
if i.type == KEYDOWN:
sta = 0
if i.key == K_w: sta = musicList()
elif i.key == K_e: sta = musicUpd()
elif i.key == K_ESCAPE: running = 0
if sta == -1:
screen.fill(BackColor)
output.output("w为进入曲库，e为管理曲库，ESC为退出程序", 350, 200)
output.output("请按下相应键", 350, 300)
elif sta == -2:
running = 0
def run(self):
output("Button thread started")
while self.isRunning:
# Die Überprüfung des Zustandes findet alle 0.5s statt
time.sleep(0.1)
# Der letzte Zustand des GPIO wird protokolliert, hier zurückgesetzt.
# Der Zustand HIGH zeigt, dass der Taster nicht gedrückt ist.
if (GPIO.input(self.pin) == GPIO.HIGH):
self.lastState = GPIO.HIGH
# Wenn der Zustand auf LOW wechselt, wurde der Taster gedrückt; die Routine
# zum Behandeln des Ereignisses wird aufgerufen
if (GPIO.input(self.pin) == GPIO.LOW
and self.lastState == GPIO.HIGH):
self.lastState = GPIO.LOW
# Aufrufen der Ereignis-Verarbeitung
self.eventHandler()
# Kurze Pause, bis die nächste Zustandsänderung abgeprüft wird
time.sleep(1)
output("Button thread ended")
def __(*args, **kwargs):
reading_json = request.get_json(force=True, silent=True)
logging.debug('reading_json type=%s' % type(reading_json))
r_id = reading_json.get('reading_id')
edit_user_id = kwargs.get('id', 0)
user_list = Reading.query.filter_by(id=r_id).all()
if edit_user_id in user_list:
return func(*args, **kwargs)
else:
return output()
def bfsFindPath(initialState):
startTime = time.time()
exploredSet = set()
fringeSet = set([initialState])
visitedByDict = {}
frontierQueue = Queue()
frontierQueue.put((initialState, 0))
maxFringeSize = 0
maxSearchDepth = 0
while not frontierQueue.empty():
currentState, searchDepth = frontierQueue.get()
if currentState in fringeSet:
fringeSet.remove(currentState)
if maxSearchDepth < searchDepth:
maxSearchDepth = searchDepth
if currentState.isGoalState():
endTime = time.time()
output(visitedByDict, initialState, currentState, len(exploredSet),
len(fringeSet), maxFringeSize, searchDepth, maxSearchDepth,
(endTime - startTime))
return
exploredSet.add(currentState)
connectedStates = currentState.getConnectedStates()
for connectedState in connectedStates:
if connectedState[0] not in fringeSet and connectedState[
0] not in exploredSet:
fringeSet.add(connectedState[0])
visitedByDict[connectedState[0]] = (currentState,
connectedState[1])
frontierQueue.put((connectedState[0], searchDepth + 1))
if maxFringeSize < len(fringeSet):
maxFringeSize = len(fringeSet)
# if we reach this far in execution, the goal state is unobtainable
print "unobtainable goal state"
def POST(self):
input = web.input(team_id=None)
session = web.ctx.session
if session.has_key('user_id'):
if input.team_id == None and session['user_type'] in (2, 3, 4):
input.team_id = session['team_id']
if input.team_id == None:
return output(110)
try:
input.team_id = int(input.team_id)
except:
return output(111)
db = getDb()
team_info = db.select('team',
vars={'id': input.team_id},
where="team_id=$id")
if len(team_info) == 0:
return output(464)
team = team_info[0]
team_info = db.select('teaminfo',
vars={'id': input.team_id},
where="team_id=$id")
if len(team_info) == 0:
description = None
project_desc = None
logo_base64 = None
else:
team_info = team_info[0]
description = team_info.description
project_desc = team_info.project_desc
logo_base64 = team_info.logo_base64
return output(
200, {
'team_id': team.team_id,
'team_name': team.team_name,
'description': description,
'project_description': project_desc,
'logo_base64': logo_base64
})
def test_output(self):
logger = mock.Mock()
with mock.patch('sys.stdout') as mock_print:
output(logger, TEST_NEWS_LIST)
mock_print.assert_has_calls(
[
mock.call.write('--------------------------------------------------------'),
mock.call.write('\n'),
mock.call.write("Title: Some title"),
mock.call.write('\n'),
mock.call.write("Date: Sun, 17 Nov 2019 15:35:00 -0500"),
mock.call.write('\n'),
mock.call.write("Link: link"),
mock.call.write('\n'),
mock.call.write("Summary: Test text"),
mock.call.write('\n'),
mock.call.write("Source of image: img_link"),
mock.call.write('\n'),
]
)
def POST(self):
input = web.input(payment_type_list=None)
if input.payment_type_list == None:
return output(110)
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] not in (0, 1):
return output(410)
db = getDb()
try:
db.update('payment_type',
vars={'id': 1},
where="id=$id",
data=input.payment_type_list)
except:
return output(700)
return output(200)
def print_rating(a, t, tokens_lists, blacklist=set(), rating_limit=20):
"""Returns three numbers:
1) count of all types of tokens,
2) count of all real words in dictionary,
3) count of 'whitelisted' words."""
words = {}
for i, _list in enumerate(tokens_lists):
for j, token in enumerate(_list):
if token in words:
words[token] = words[token] + 1
else:
words[token] = 1
nominees = sorted(words.keys(), key=lambda v: words[v], reverse=True)
real_words = filter(lambda v: lexem_type(v[0]) == 'L', nominees)
whitelist = filter(lambda v: v not in blacklist, real_words)
for i, word in enumerate(whitelist):
if i >= rating_limit:
break
place = i + 1
output(a, t, u"""{:5} {:5} {}""".format(place, words[word], word))
return len(words), len(real_words), len(whitelist)
def GET(self):
input = web.input(application_id=None)
if input.application_id == None:
return output(110)
try:
input.application_id = int(input.application_id)
except:
return output(111)
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] not in (0, 1):
return output(410)
db = getDb()
results = db.select('application',
vars={'id': input.application_id},
where="application_id=$id",
what="excel_file")
if len(results) == 0:
return output(469)
return output(200, {'content': results[0].excel_file})
def getApplyList():
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
db = getDb()
apply_list = []
if session['user_type'] in (0, 1):
results = db.select('room_apply',
where="status='ongoing'",
order='add_time desc, room_apply_id desc')
else:
results = db.select('room_apply',
order='add_time desc, room_apply_id desc')
for i in results:
if i.status == 'ongoing':
status = 0
elif i.status == 'approved':
status = 1
else:
status = 2
apply_list.append({
'room_apply_id': i.room_apply_id,
'team_name': i.team_name,
'user_id': i.user_id,
'place_name': i.place_name,
'begin_time': i.begin_time,
'end_time': i.end_time,
'add_time': i.add_time,
'status': status
})
for i in apply_list:
name = db.select('userinfo',
vars={'id': i['user_id']},
where='user_id=$id',
what='name')[0].name
i['name'] = name
return output(200, apply_list)
def getTeamApplyDetailGet():
input = web.input(application_id=None)
if input.application_id == None:
return output(110)
try:
input.application_id = int(input.application_id)
except:
return output(111)
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] != 0:
return output(410)
db = getDb()
results = db.select('application',
vars={'id': input.application_id},
where="application_id=$id",
what="materials")
if len(results) == 0:
return output(469)
return output(200, {'content': results[0].materials})
def run_matches(db_path, hlt_path, output_dir, map_dimensions, iterations):
flags = []
if output_dir:
abs_output_dir = os.path.abspath(output_dir)
os.makedirs(abs_output_dir, exist_ok=True)
flags = ['-i', abs_output_dir]
for i in range(iterations):
map_size = random.choice(map_dimensions)
with connect(db_path) as conn:
all_bots = list_bots(conn)
num_players = random.choice((2, 4))
if len(all_bots) < MIN_PLAYERS:
output.error('Need at least {} bots registered to play.'.format(MIN_PLAYERS))
sys.exit(1)
elif len(all_bots) < num_players:
num_players = MIN_PLAYERS
random.shuffle(all_bots)
bots = all_bots[:num_players]
overrides = []
for bot in bots:
overrides.append('-o')
overrides.append(bot['name'])
raw_results = compare_bots._play_game(hlt_path,
map_size[0], map_size[1],
[bot['path'] for bot in bots],
flags + overrides)
results = json.loads(raw_results)
with connect(db_path) as conn:
add_match(conn, bots, results)
output.output('Played {}/{} matches...'.format(i + 1, iterations),
progress=i + 1,
iterations=iterations,
results=results,
participants=bots)
output.output('Done playing games.', progress=iterations, iterations=iterations)
def addUkn(cls, conf):
"""check if the outputer is known
"""
# create a fake object for checking method name
o = output.output()
if not o.checkMethodName(conf['engine']):
logging.error(
"unknown output method name '{}', possible values are : {}".
format(conf['engine'], ", ".join(o.getMethodName())))
assert False, "bad output name"
def POST(self):
input = web.input(goods_id = None, goods_name = None, goods_price = None)
if input.goods_id == None or (input.goods_name == None and input.goods_price == None):
return output(110)
try:
input.goods_id = int(input.goods_id)
if input.goods_price != None:
input.goods_price = float(input.goods_price)
except:
return output(111)
if input.goods_price != None and input.goods_price <= 0:
return output(112)
if input.goods_name != None:
input.goods_name = input.goods_name.strip()
length = len(input.goods_name)
if length > 20 or length < 1:
return output(112)
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] not in (0, 1):
return output(410)
db = getDb()
try:
vars = {'id':input.goods_id}
where = "good_id=$id"
if len(db.select('goods', vars = vars, where = where)) == 0:
return output(472)
if input.goods_name == None:
db.update('goods', vars = vars, where = where, price = input.goods_price)
elif input.goods_price == None:
db.update('goods', vars = vars, where = where, good_name = input.goods_name)
else:
db.update('goods', vars = vars, where = where, good_name = input.goods_name, price = input.goods_price)
except:
return output(700)
return output(200)
def prevSong(self):
output("Prev-Button - prev song")
self.last_interaction_time = datetime.datetime.now()
if self.current_album in self.songs:
album = self.songs[self.current_album]
if self.current_song_index > 0:
self.current_song_index = self.current_song_index - 1
output('{}{}'.format("Playing prev song with index ",
self.current_song_index))
self.player.stop()
self.player.play(album.titelliste[self.current_song_index])
self.printCurrentSong()
else:
output("Reached first song of album!")
else:
output("Invalid album: " + self.current_album)
def add():
screen.fill(BackColor)
file_path = filedialog.askopenfilenames()
flag = 0
for f in file_path:
shutil.copy(f, "music")
f1 = f[::-1]
f2 = ""
for c in f1:
if c == '/': break
f2 = f2 + c
f2 = f2[::-1]
f2 = f2[:-4]
id = f2
content = open("txt/id.txt", "a", encoding="utf-8")
tot = getLine() + 1
if tot == 1: content.write("1: " + id)
else: content.write('\n' + str(tot) + ": " + id)
content.close()
flag = 1
if flag == 1:
output.output("添加成功！", 350, 200)
time.sleep(3)
def POST(self):
input = web.input(login_name=None, password=None)
if input.login_name == None or input.password == None:
return output(110)
db = getDb()
results = db.select('user',
vars={'login_name': input.login_name},
where="login_name=$login_name")
if len(results) == 0:
return output(422)
user = results[0]
if user.type == '2':
return output(422)
if user.password != encrypt(input.password):
return output(430)
session = web.ctx.session
session['user_id'] = user.user_id
session['login_name'] = user.login_name
session['user_type'] = int(user.type)
return output(200, {'type': int(user.type)})
def play(fl, tag):
if fl == "error": return -1
screen.fill(BackColor)
global val, tim
if tag == -1:
val = music.get_volume()
tim = 1
else:
val = 0.5
tim = 1
music.load(fl)
music.play()
music.set_volume(val)
name = erase.getName(fl)
output.output(name, 350, 100)
output.output("音量：%d" % int(val * 100) + '%', 350, 200)
output.output("空格为暂停/播放，↑↓键调节音量", 350, 350)
output.output("s为上一首，d为下一首", 350, 380)
output.output("w回到曲库，ESC退出程序", 350, 410)
while True:
if music.get_busy() == 0: return fl
i = pygame.event.wait()
if i.type == KEYDOWN:
volUpd(i.key, name)
sta = staUpd(i.key)
if sta == -1: return fl
if sta == -2: return "exit^"
if i.key == K_s:
id = erase.getId(fl)
if add.getLine() == id: id = 1
else: id = id + 1
return str(id)
elif i.key == K_d:
id = erase.getId(fl)
if id == 1: id = add.getLine()
else: id = id - 1
return str(id)
def get_topics():
unique_n = np.random.randint(10000000000)
user_data = request.json
input_topics = np.where(user_data['topics'])[0]
tour_io, _, tour, map_ = output(input_topics, unique_n)
#results = {'tour_results' : tour_io.getvalue(), 'map_results' : map_io.getvalue()}
#return jsonify(results)
#return map_io.getvalue(), 200, {'Content-Type':'image/png'}
tour_table = tour_io.getvalue()
return render_template('results.html',
map_url="static/img/map{}.png".format(unique_n),
tour_html=tour_table)
def nextSong(self):
output("Next-Button - next song")
self.last_interaction_time = datetime.datetime.now()
if self.current_album in self.songs:
album = self.songs[self.current_album]
if len(album.titelliste) > self.current_song_index + 1:
self.current_song_index = self.current_song_index + 1
output('{}{}'.format("Playing next song with index ",
self.current_song_index))
self.player.stop()
self.player.play(album.titelliste[self.current_song_index])
self.printCurrentSong()
else:
output("Album has no more songs!")
self.printCurrentSong()
else:
output("Invalid album: " + self.current_album)
def POST(self):
session = web.ctx.session
if not session.have_key('user_id'):
return output(411)
if session['user_type'] == '0':
return output(410)
db = getDb()
user={'id':session['user_id']}
result = db.select('mate',user,
where = 'user_id=$id',
what = 'mate_id')
res = result[0]
t = db.transaction()
try:
db.update('userinfo',user,
where = 'user_id=$id',have_connect= '0')
db.update('userinfo',var={'id':res.mate_id},
where = 'user_id=$id',have_connect = '0')
t.commit()
except:
t.rollback()
return output(700)
return output(200)
def run(self):
head = ["id", "Accuracy", "Predicted"]
rsl = []
files = listdir(self.path)
reader = InputData(self.dataset_type, self.path)
for filename in files:
question = reader.read(filename)
references = [
parsers.stem(r["text"]) for r in question["references"]
]
# create the grading model
g = grading(references)
for answer in question["student_answers"]:
# get points for an anser
points = g.grade(answer["text"])
# convert point based result to test based grade
predicted = self.predict(points)
rsl.append({
"id": answer["id"],
"Accuracy": answer["accuracy"],
"Predicted": predicted
})
output(self.output_filename, head, rsl)
return
def on_btn_sure_clicked(self): #7
global j
if name02 == name03 != "":
recognition_result = [{
'Name': name02,
'Recognition_status': 'Success'
}]
output.output().PushResult(recognition_result)
for i in range(0, 4):
if i == 0:
item = QTableWidgetItem()
item.setText(name02)
self.ui.tableWidget.setItem(j, 0, item)
if i == 1:
item = QTableWidgetItem()
item.setText("计算机科学与技术")
self.ui.tableWidget.setItem(j, 1, item)
if i == 2:
item = QTableWidgetItem()
item.setText("17级")
self.ui.tableWidget.setItem(j, 2, item)
if i == 3:
item = QTableWidgetItem()
item.setText(s)
self.ui.tableWidget.setItem(j, 3, item)
j = j + 1
self.ui.Videoshow.setText("")
QApplication.processEvents()
else:
dialog = QDialog()
label = QLabel('不是同一个人', dialog)
label.move(50, 50)
dialog.setWindowTitle('别想蒙混过关')
dialog.setWindowModality(Qt.ApplicationModal)
dialog.exec() # 显示对话框
def POST(self):
input = web.input(is_refresh=None, flow_count=10, last_flow_id=None)
try:
input.is_refresh = int(input.is_refresh)
input.flow_count = int(input.flow_count)
if input.last_flow_id != None:
input.last_flow_id = int(input.last_flow_id)
except:
#返回类型错误 状态码
return output(111)
if input.is_refresh == 0 and input.last_flow_id == None:
#返回缺少必填参数 状态码
return output(110)
if input.flow_count <= 0:
#返回参数值非法 状态码
return output(112)
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] not in (2, 3, 4):
return output(410)
db = getDb()
flow_list = []
order = "add_time desc, flow_id desc"
limit = '0,$count'
if input.is_refresh == 0:
vars = {
'id': session['team_id'],
'count': input.flow_count,
'last_id': input.last_flow_id
}
where = 'team_id=$id and flow_id<$last_id'
results = db.select('flow', vars=vars, where=where, order=order)
else:
vars = {'id': session['team_id'], 'count': input.flow_count}
where = 'team_id=$id'
results = db.select('flow', vars=vars, where=where, order=order)
for i in results:
flow_list.append({
'flow_id': i.flow_id,
'description': i.description,
'amount': i.amount,
'operator_name': i.operator_name,
'add_time': i.add_time,
'payment_type_name': i.payment_type_name
})
return output(200, flow_list)
def POST(self):
input = web.input(team_id=None)
if input.team_id == None:
return output(110)
try:
input.team_id = int(input.team_id)
except:
return output(111)
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] != 0:
return output(410)
db = getDb()
if len(
db.select('team',
vars={'id': input.team_id},
where="team_id=$id")) == 0:
return output(464)
recruit_id_list = []
for i in db.select('recruit',
vars={'id': input.team_id},
where="team_id=$id",
what="recruit_id"):
recruit_id_list.append(i.recruit_id)
t = db.trasaction()
try:
myvars = {'id': input.team_id}
db.delete('team', vars=myvars, where="team_id=$id")
db.delete('recruit', vars=myvars, where="team_id=$id")
for i in recruit_id_list:
db.delete('request', vars={'id': i}, where="recruit_id=$id")
db.update('user',
vars=myvars,
where="team_id=$id",
team_id=None,
type='5')
t.commit()
except:
t.rollback()
return output(700)
return output(200)
def POST(self):
input = web.input(request_id=None)
if input.request_id == None:
return output(110)
try:
input.request_id = int(input.request_id)
except:
return output(111)
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] not in (2, 3):
return output(410)
db = getDb()
vars = {'id': input.request_id}
where = "request_id=$id"
result = db.select('request',
vars=vars,
where=where,
what='user_id,recruit_id')
if len(result) == 0:
return output(471)
t = db.transaction()
try:
result = result[0]
team_id = db.select('recruit',
vars={'id': result.recruit_id},
where='recruit_id=$id',
what='team_id')[0].team_id
user_id = result.user_id
db.update('request', vars=vars, where=where, status='approved')
db.update('user',
vars={'id': user_id},
where="user_id=$id",
team_id=team_id,
type='4')
db.delete('request',
vars={'id': user_id},
where="user_id=$id and status='ongoing'")
t.commit()
except:
t.rollback()
return output(700)
return output(200)
def POST(self):
input = web.input(title=None, content=None, type=None)
if input.title == None or input.content == None or input.type == None:
return output(110)
try:
input.type = int(input.type)
except:
return output(111)
if input.type not in (0, 1, 2):
return output(112)
if input.type == 0:
input.type = 'base'
elif input.type == 1:
input.type = 'match'
else:
input.type = 'activity'
input.title = input.title.strip()
if len(input.title) == 0:
return output(112)
session = web.ctx.session
if not session.has_key('user_id'):
return output(411)
if session['user_type'] not in (0, 1):
return output(410)
db = getDb()
try:
db.insert('notice',
title=input.title,
content=input.content,
type=input.type,
add_time=int(time.mktime(time.localtime())))
except:
return output(700)
return output(200)
def run(self):
output("Started Register thread.")
self.display.clear()
self.display.printCentered("Willkommen bei", 1)
self.display.printCentered("der Kinderkasse", 2)
self.buttonQuit.start()
self.buttonOne.start()
self.buttonTwo.start()
self.buttonThree.start()
self.buttonFour.start()
self.buttonFive.start()
self.buttonSix.start()
self.buttonSeven.start()
self.buttonEight.start()
self.buttonNine.start()
self.buttonZero.start()
self.buttonAccept.start()
while self.isRunning:
symbol = self.qrcodescanner.pullSymbol()
# Spezialfall: Übergang zur MusicBox-App
if symbol == "startmusicbox":
self.running = False
break
product = self.getProductForSymbol(symbol)
if product != -1:
self.addProductToCart(product)
self.printProductState(product)
output("Quitting Register application")
self.display.clear()
self.display.printCentered("Tschuess", 1)
self.buttonQuit.stop()
self.buttonOne.stop()
self.buttonTwo.stop()
self.buttonThree.stop()
self.buttonFour.stop()
self.buttonFive.stop()
self.buttonSix.stop()
self.buttonSeven.stop()
self.buttonEight.stop()
self.buttonNine.stop()
self.buttonZero.stop()
self.buttonAccept.stop()
# Diese Zeile auskommentieren, wenn man beim Beenden nicht den Pi ausschalten will
#self.shutdown()
output("Register application ended")
def main():
args = parser.parse_args()
courses, ln, season, year, format_ = args.courses, args.last_name, \
args.semester[0], args.semester[1:], args.format
if season.upper() not in ('W', 'F') or not year.isnumeric():
print('Unexpected semester argument (run -h for details).')
return
date = ('apr' if season == 'W' else 'dec') + year
exam_data = scrape(BASE_URL.format(date))
if exam_data is not None:
user_exams = search(exam_data, courses, ln)
if user_exams is not None:
return output(user_exams, format_, '{}-exams'.format(ln) + '.{}')
else:
print('Couldn\'t find exam information for given courses.')
return
else:
print('Couldn\'t find exam information for given semester.')
return
def get_serie(self):
# main function
self.output = output(self.gui)
self.output.ready("...")
# Chrome Session erstellen
self.create_session()
# Seite Aufrufen
self.get_site()
# Erstellt einen Array mit den einzelnen Folgen
self.get_episode()
self.output.ready("ok")
# Downloaded alle Folgen
self.download()
self.browser.quit()
