def __init__(self):
super(Ui_MainWindow, self).__init__()
self.userinfo = UserInfo("userinfo.txt")
self.figure = Figure()
self.stack1 = QWidget()
self.stack2 = QWidget()
self.stack3 = QWidget()
self.init_main_window()
self.init_parameter_window()
self.init_egram_window()
self.Stack = QStackedWidget(self)
self.Stack.addWidget(self.stack1)
self.Stack.addWidget(self.stack2)
self.Stack.addWidget(self.stack3)
hbox = QHBoxLayout(self)
hbox.addWidget(self.Stack)
self.setLayout(hbox)
self.setGeometry(300, 50, 750, 400)
self.setWindowTitle('Pacemaker DCM')
self.show()
def __init__(self, userInfo):
if userInfo.__class__ == UserInfo:
self.userInfo = userInfo
else:
self.userInfo = UserInfo(userInfo)
self.data = []
def __init__(self, userInfo):
if userInfo.__class__ != UserInfo:
userInfo = UserInfo(userInfo)
self.ids = userInfo.getID()
self.foldersData = []
def checkRainbow(self):
changed = False
if self.globals['rainbow'] == 'rainbow':
# check if any moderators are still in the room; count visible users
cancel = True
num_users = 0
for user_info in self.globals['users'].values():
if user_info.moderator:
cancel = False
if user_info.visible:
num_users += 1
if cancel:
self.globals['rainbow'] = None
self.resetColors()
return
index = 0
for user_info in sorted(self.globals['users'].values()):
if not user_info.visible:
continue
color1 = UserInfo.rainbow_for_pos(index, num_users)
color2 = UserInfo.rainbow_for_pos(index + 1, num_users)
if user_info.player_info.player_color != color1:
user_info.player_info.player_color = color1
changed = True
if user_info.player_info.team_color != color2:
user_info.player_info.team_color = color2
changed = True
index += 1
if changed:
self.sendPlayerList(0, 0, self.VERB_CHANGE)
def userSignup():
if request.method == 'POST':
user = UserInfo(request)
result = user.insertUser()
if (result == '201'):
user_id = user.get_user_id()
return jsonify({'response': user_id}), 201
return result, 400 #here the result is not json , not sure how to return the response here (should it be json?)
def printDB():
print("-----------------------------------------------------")
keys = db.keys()
for key in keys:
userJsonFromDB = json.loads(db[key])
userInfo = UserInfo(**userJsonFromDB)
userInfo.printUserInfo()
print("-----------------------------------------------------")
async def handlePicturePost(message):
author = message.author
if author.name in db.keys():
userJsonFromDB = json.loads(db[author.name])
userInfo = UserInfo(**userJsonFromDB)
if (userInfo.postedToday() == True):
await warn_user_daily_post(message.author)
await message.delete()
else:
print("\n" + author.name + " posted a picture\n")
userInfo.addPost()
userJSON = json.dumps(userInfo.__dict__)
db[author.name] = userJSON
await changeServerIcon(message)
await author.create_dm()
await author.dm_channel.send("Great job! See you again tomorrow :smiley:")
else:
print("\n" + author.name + " posted a picture\n")
userInfo = UserInfo(author.name, int(datetime.now().timestamp()), 0, 0, 0, 0, 0)
userInfo.addPost()
userJSON = json.dumps(userInfo.__dict__)
db[author.name] = userJSON
await changeServerIcon(message)
await author.create_dm()
await author.dm_channel.send("Great job! See you again tomorrow :smiley:")
def userLogin():
if request.method == 'POST':
user = UserInfo(request)
result = user.loginUser()
if (result == 'fail'):
return jsonify({'user': '******'
}), 500 #(is this right?)
elif (result == "true"):
return jsonify({'response': 'ok'})
else:
return jsonify({'response':
'user name or password incorrect'}), 401
def getAllUser(self):
userList = list()
rows = self.__conn.execute("SELECT * FROM user")
for row in rows:
nickname, homedir, mail, fullname = row
userInfo = UserInfo()
userInfo.nickname = nickname
userInfo.homedir = homedir
userInfo.mail = mail
userInfo.fullname = fullname
userList.append(userInfo)
return userList
def getUser(self, nickname):
userList = list()
rows = self.__conn.execute("SELECT * FROM user WHERE nickname='" + nickname + "';")
for row in rows:
nickname, homedir, mail, fullname = row
userInfo = UserInfo()
userInfo.nickname = nickname
userInfo.homedir = homedir
userInfo.mail = mail
userInfo.fullname = fullname
userList.append(userInfo)
if len(userList) < 1:
return -1
else:
return userList[0]
def main(*args, **kwargs):
win = visual.Window(fullscr=False, size=(1200, 800), color=(-1, -1, -1))
user_info = UserInfo()
##测试1
practice_1 = Practice_1(user_info, win, max_correct=2, max_total=5)
practice_1.process()
##测试2
practice_2 = Practice_2(user_info,
win,
go_trail_number=3,
stop_trail_number=1)
practice_2.process()
##正式实验
formal_experiment = Formal_Experiment(user_info,
win,
go_trail_number=3,
stop_trail_number=1)
formal_experiment.process()
formal_experiment.process()
formal_experiment.process()
win.close()
return True
def RebuildList():
lock = Utmp.Lock()
try:
entries = []
hashes = {}
active = set()
for i in xrange(Config.USHM_SIZE):
userinfo = UserInfo(i + 1)
if userinfo.active == 1:
entries.append((i, userinfo.userid))
hash = Utmp.Hash(userinfo.userid)
hashes[hash] = hashes.get(hash, []) + [i]
active.add(i)
if entries == []:
Log.info("NO USER! RESET!")
Utmp.ResetUtmp(locked=True)
else:
cnt = len(entries)
Log.info("Rebuild Utmp with %d entries" % cnt)
entries.sort(key=lambda entry: entry[1])
UtmpHead.SetReadOnly(0)
# rebuild list
UtmpHead.SetListHead(entries[0][0] + 1)
for i in xrange(len(entries)):
pos = entries[i][0]
next = entries[(i + 1) % cnt][0]
prev = entries[(i - 1 + cnt) % cnt][0]
UtmpHead.SetListNext(pos, next + 1)
UtmpHead.SetListPrev(pos, prev + 1)
print pos, "prev", prev, "next", next
# rebuild hash
for hash in hashes:
cnt = len(hashes[hash])
UtmpHead.SetHashHead(hash, hashes[hash][0] + 1)
print "hash", hash, "head", hashes[hash][0]
for i in xrange(cnt):
pos = hashes[hash][i]
if i < cnt - 1:
next = hashes[hash][i + 1]
else:
next = -1
UtmpHead.SetNext(pos, next + 1)
print "next", pos, next
for i in xrange(Config.UTMP_HASHSIZE):
if i != 0 and UtmpHead.GetHashHead(i) != 0 and not i in hashes:
UtmpHead.SetHashHead(i, 0)
print "reset", i
# TODO: rebuild free list at hash[0]
#if min(active) > 0:
# UtmpHead.SetHashHead(0, 1)
UtmpHead.SetReadOnly(1)
finally:
Utmp.Unlock(lock)
def Clear2(uent):
userinfo = UserInfo(uent)
# Log.debug("clearing user %s uid %d loginid %d" % (userinfo.userid, userinfo.uid, uent))
user = UCache.GetUserByUid(userinfo.uid)
UCache.DoAfterLogout(user, userinfo, uent, 0)
login = Login.Login(uent)
login.hash_remove()
login.list_remove()
if userinfo.active:
UtmpHead.DecNumber()
zeroinfo = UserInfo()
zeroinfo.SetIndex(uent)
zeroinfo.save()
def get_userlist(self, filename):
'''
Read the user's id and password from a file
'''
with open(filename, 'r') as f:
# read data
for line in f.readlines():
# remove '\n' and use ' ' split string, to get userid and password
userid, password = line.replace('\n', '').split(' ')
# store in the dict
self.userlist[userid] = password
self.userstatus[userid] = UserInfo(userid, '', '', '', STATUS_OFFLINT)
def getAllUser(self):
userList = list()
rows = self.__conn.execute("SELECT * FROM user")
for row in rows:
nickname, homedir, mail, fullname = row
userInfo = UserInfo()
userInfo.nickname = nickname
userInfo.homedir = homedir
userInfo.mail = mail
userInfo.fullname = fullname
userList.append(userInfo)
return userList
def extract_user_info(self, html):
user_info_list = list()
# get json
reg = re.compile(
r'<script>STK && STK\.pageletM && STK\.pageletM\.view\((\{"pid":"pl_user_feedList".+?)\)</script>',
re.I)
match = reg.search(html)
if (match):
m = match.group(1)
header_json = json.loads(m)
if (type(header_json) == types.DictType):
soup = BeautifulSoup(header_json['html'])
# 获取微博用户列表
user_list = soup.find_all("div", class_="person_detail")
if (type(user_list) == types.NoneType):
return None
for user in user_list:
user_info = UserInfo()
# 获取用户的微博名称、ID、和博客地址
# 获取微博用户认证类型
p_tag = user.find("p", class_="person_name")
self.extract_name_id_url_type(user_info, p_tag)
#获取微博用户性别、地区
p_tag = user.find("p", class_="person_addr")
self.extract_gender_location(user_info, p_tag)
# 获取微博用户关注数、粉丝数和微博数
p_tag = user.find("p", class_="person_num")
self.extract_friend_follower_wb_count(user_info, p_tag)
# 获取微博用户简介
div_tag = user.find("div", class_="person_info")
self.extract_user_description(user_info, div_tag)
# 获取用户标签、教育信息、职业信息
p_tag = user.find_all("p", class_="person_label")
self.extract_labels(user_info, p_tag)
user_info_list.append(user_info)
else:
print "extract_user_info:get error"
return user_info_list
def getUser(self, nickname):
userList = list()
rows = self.__conn.execute("SELECT * FROM user WHERE nickname='" +
nickname + "';")
for row in rows:
nickname, homedir, mail, fullname = row
userInfo = UserInfo()
userInfo.nickname = nickname
userInfo.homedir = homedir
userInfo.mail = mail
userInfo.fullname = fullname
userList.append(userInfo)
if len(userList) < 1:
return -1
else:
return userList[0]
def Clear2(uent):
userinfo = UserInfo(uent)
Log.debug("clearing user %s uid %d loginid %d" % (userinfo.userid, userinfo.uid, uent))
user = UCache.UCache.GetUserByUid(userinfo.uid)
UCache.UCache.DoAfterLogout(user, userinfo, uent, 0)
login = Login.Login(uent)
login.hash_remove()
login.list_remove()
if (userinfo.active):
UtmpHead.DecNumber()
Log.debug("zeroing utmp %d" % uent)
zeroinfo = UserInfo()
zeroinfo.SetIndex(uent)
zeroinfo.save()
def stat():
conn = db.connect_torndb()
result = conn.query('select distinct(u.id) from deal_note dn '
'left join user u on dn.userId = u.id '
'where dn.iom = %s and dn.createTime > %s', 'Y', '2016-05-01')
list = []
for item in result:
info = conn.get("select * from user u "
"left join user_organization_rel uor on u.id = uor.userId "
"left join organization o on o.id = uor.organizationId"
" where u.id =%s ", item['id'])
count = conn.get('select count(*) as count from deal_note '
'where userId=%s and createTime > %s', item['id'], '2016-05-01')
listItem = UserInfo(info['username'], info['name'], info['email'], count['count'])
list.append(listItem)
result = sorted(list, key=getCount, reverse=True)
id =0
for item in result:
id += 1
print id, item.username, item.orgName, item.email, item.count
conn.close()
def getUserInfo(self):
userinfoprocessor = UserInfo(self.userinfofilename)
self.userInfo = userinfoprocessor.readUserInfoFile()
class Ui_MainWindow(QWidget):
def __init__(self):
super(Ui_MainWindow, self).__init__()
self.userinfo = UserInfo("userinfo.txt")
self.figure = Figure()
self.stack1 = QWidget()
self.stack2 = QWidget()
self.stack3 = QWidget()
self.main_window()
self.parameter_window()
self.egram_window()
self.Stack = QStackedWidget(self)
self.Stack.addWidget(self.stack1)
self.Stack.addWidget(self.stack2)
self.Stack.addWidget(self.stack3)
hbox = QHBoxLayout(self)
hbox.addWidget(self.Stack)
self.setLayout(hbox)
self.setGeometry(300, 50, 10, 10)
self.setWindowTitle('Pacemaker DCM')
self.show()
def main_window(self):
layout = QFormLayout()
layout.setContentsMargins(100, 50, 100, 50)
# Textboxes
self.t_username, self.t_password = QLineEdit(), QLineEdit()
self.t_password.setEchoMode(QLineEdit.Password)
layout.addRow("Username:"******"Password:"******"Login"), QPushButton("Register")
layout.addRow(b_login, b_register)
b_login.clicked.connect(self.login)
b_register.clicked.connect(self.register)
# Label
self.l_message = QLabel(" ")
self.l_message.setStyleSheet("font-weight:bold;color:red")
layout.addRow(self.l_message)
self.stack1.setLayout(layout)
def parameter_window(self):
layout = QFormLayout()
layout.setContentsMargins(100, 50, 100, 50)
# Textboxes
self.t_pulsewidth, self.t_pulseamplitude, self.t_heartrate, self.t_chambertopace = QLineEdit(
), QLineEdit(), QLineEdit(), QLineEdit()
layout.addRow("Pulse Width:", self.t_pulsewidth)
layout.addRow("Pulse Amplitude:", self.t_pulseamplitude)
layout.addRow("Heart Rate:", self.t_heartrate)
layout.addRow("Chamber to Pace:", self.t_chambertopace)
# Buttons
b_logout, b_update = QPushButton("Logout"), QPushButton("Update")
layout.addRow(b_logout, b_update)
b_logout.clicked.connect(self.logout)
b_update.clicked.connect(self.update)
self.stack2.setLayout(layout)
def egram_window(self):
layout = QFormLayout()
layout.setContentsMargins(100, 50, 100, 50)
# matplotlib Figure()
canvas = FigureCanvas(self.figure)
toolbar = NavigationToolbar(canvas, self.stack3)
layout.addWidget(canvas)
self.stack3.setLayout(layout)
# Button functions
def login(self):
user, password = self.t_username.text(), self.t_password.text()
message = self.userinfo.login(user, password)
if message == "Login successful.":
self.Stack.setCurrentIndex(1)
else:
self.l_message.setText(message)
def register(self):
user, password = self.t_username.text(), self.t_password.text()
message = self.userinfo.register(user, password)
self.l_message.setText(message)
def logout(self):
self.Stack.setCurrentIndex(0)
self.t_username.setText("")
self.t_password.setText("")
self.l_message.setText("")
def update(self):
pass
def getUserInfo(self):
userinfoprocessor = UserInfo(self.userinfofilename)
self.userInfo = userinfoprocessor.readUserInfoFile()
class UserVotesData:
'''UserVotesData.
Используется для хранения и загрузки данных об оценках пользователя.
Может принимать в конструкторе:
1. id пользователя (как число или строку);
2. Объект UserInfo.
Имеет методы:
getUserInfo()
getData()
loadData()
loadDataFromSite()
loadDataFromFolder(folder)
loadDataFromTable(sheet)'''
eye = 0
fields = ['nameRus', 'nameEng', 'filmId', 'link', 'vote', 'date']
def __init__(self, userInfo):
if userInfo.__class__ == UserInfo:
self.userInfo = userInfo
else:
self.userInfo = UserInfo(userInfo)
self.data = []
def getData(self):
'''Метод getData().
Возвращает данные об оценках пользователя.'''
if self.data == []:
print 'Данные ещё не загружены'
return self.data
def getUserInfo(self):
'''Метод getUserInfo().
Возвращает информацию о пользователе (класс UserInfo).'''
return self.userInfo
def __loadDataInterface(self, offline=None, folder=None, isPrint=True):
if offline == None:
offline = settings.getMode()
def getDataFromPage(page):
def getDataAboutFilm(divItem):
if divItem.find('div', UserVotesData.fields[0]) == None:
return None
sz = divItem.find('a')['href'].find('film/') + len('film/')
film_id = divItem.find('a')['href'][sz:-1]
film_link = settings.getMainLink() + 'film/' + str(
film_id) + '/'
return {
UserVotesData.fields[0]:
divItem.find('div', UserVotesData.fields[0]).text,
UserVotesData.fields[1]:
divItem.find('div', UserVotesData.fields[1]).text,
UserVotesData.fields[2]:
film_id,
UserVotesData.fields[3]:
film_link,
UserVotesData.fields[4]:
divItem.find('div', UserVotesData.fields[4]).text
if divItem.find('div', UserVotesData.fields[4]).text != ''
else str(UserVotesData.eye),
UserVotesData.fields[5]:
divItem.find('div', UserVotesData.fields[5]).text
}
userFilms = bs4.BeautifulSoup(page, 'lxml').find_all('div', 'item')
return [getDataAboutFilm(film) for film in userFilms]
pageNumber = 1
userVotesData = []
if isPrint:
print 'Get user data:', self.userInfo.getNick()
link = ''
files = []
page = ''
if offline:
all_files = os.listdir(folder)
for f in all_files:
if 'htm' in f:
files.append(f)
file_r = open(os.path.join(folder, files[0]))
page = file_r.read()
file_r.close()
else:
link = self.userInfo.getLink() + '/votes/list/ord/date/page/'
page = settings.getSession().get(link).text
numberOfFilms = bs4.BeautifulSoup(page, 'lxml').find_all(
'h2', {'class': 'main_title'})[0].string
numberOfFilms = int(numberOfFilms[numberOfFilms.index('(') +
1:numberOfFilms.index(')')])
ts = time.time()
t1 = ts
while True:
page = ''
if offline:
if pageNumber <= len(files):
file_r = open(os.path.join(folder, files[pageNumber - 1]))
page = file_r.read()
file_r.close()
else:
page = ''
else:
page = settings.getSession().get(link + str(pageNumber)).text
data = getDataFromPage(page)
while True:
try:
data.remove(None)
except:
break
userVotesData += data
pageNumber += 1
t2 = time.time()
if isPrint:
print 'Load', str(
(len(userVotesData) * 100.0) / numberOfFilms) + '%...'
print 'Time:', (t2 - t1), 'seconds'
t1 = t2
if len(userVotesData) == numberOfFilms:
if isPrint:
print 'Load done'
print 'Time:', (t2 - ts), 'seconds'
break
self.data = userVotesData
return self
def loadDataFromFolder(self, folder=None, isPrint=True):
'''Метод loadDataFromSite(folder).
Загружает оценки пользователя из папки, название которой -- id пользователя.
Параметр folder позволяет выбрать папку, в которой находится папка с данными. По умолчанию папка ищется в директории, откуда вызывается программа.
Параметр isPrint отвечает за вывод вспомогательной информации о загрузке.'''
if folder == None:
folder = os.path.join('.', self.userInfo.getID())
return self.__loadDataInterface(offline=True,
folder=folder,
isPrint=isPrint)
def loadDataFromSite(self, isPrint=True):
'''Метод loadDataFromSite().
Загружает оценки пользователя с сайта.
Параметр isPrint отвечает за вывод вспомогательной информации о загрузке.'''
return self.__loadDataInterface(offline=False, isPrint=isPrint)
def loadData(self, isPrint=True):
'''Метод loadData().
Загружает оценки пользователя в соответствии со значением переменной settings.OFFLINE_MODE.
Параметр isPrint отвечает за вывод вспомогательной информации о загрузке.'''
if settings.getMode():
return self.loadDataFromFolder(isPrint=isPrint)
else:
return self.loadDataFromSite(isPrint=isPrint)
def loadDataFromTable(self, sheet):
'''Метод loadDataFromTable(sheet).
Загружает оценки пользователя из .xls-таблицы. Подробнее смотри класс DataVotesTablesLoader.'''
row = sheet.row_values(0)
usedFields = {}
for idx in xrange(len(row)):
usedFields[idx] = row[idx]
self.data = []
sz = len(settings.getMainLink() + 'film/') + 1
for idx in range(1, sheet.nrows):
row = sheet.row_values(idx)
dataAboutFilm = {}
for jdx in xrange(len(row)):
dataAboutFilm[usedFields[jdx]] = row[jdx]
dataAboutFilm['filmId'] = dataAboutFilm['link'][sz:-1]
self.data += [dataAboutFilm]
return self
def getUser(userKey):
userJsonFromDB = json.loads(db[userKey])
return UserInfo(**userJsonFromDB)
from UserInfo import UserInfo from UserTopics import UserTopics from UserAsk import UserAsk from AskTopics import AskTopics from UserAnswer import UserAnswer UserInfo(1) # UserTopics(1) # UserAsk(1) # AskTopics(1) # UserAnswer(1)
def InitNewUserInfo(self):
userinfo = UserInfo()
userinfo.active = 1
userinfo.pid = os.getpid()
if ((self.user.HasPerm(User.PERM_CHATCLOAK)
or self.user.HasPerm(User.PERM_CLOAK))
and (self.user.HasFlag(User.CLOAK_FLAG))):
userinfo.invisible = 1
userinfo.mode = modes.XMPP
userinfo.pager = 0
if (self.user.Defined(User.DEF_FRIENDCALL)):
userinfo.pager |= User.FRIEND_PAGER
if (self.user.HasFlag(User.PAGER_FLAG)):
userinfo.pager |= User.ALL_PAGER
userinfo.pager |= User.FRIEND_PAGER
if (self.user.Defined(User.DEF_FRIENDMSG)):
userinfo.pager |= User.FRIENDMSG_PAGER
if (self.user.Defined(User.DEF_ALLMSG)):
userinfo.pager |= User.ALLMSG_PAGER
userinfo.pager |= User.FRIENDMSG_PAGER
userinfo.uid = self.uid
setattr(userinfo, 'from', self._fromip)
userinfo.freshtime = int(time.time())
userinfo.userid = self.username
userinfo.realname = 'ANONYMOUS' # XXX: fix later
userinfo.username = self.user.userec.username
return userinfo
class Ui_MainWindow(QWidget):
def __init__(self):
super(Ui_MainWindow, self).__init__()
self.userinfo = UserInfo("userinfo.txt")
self.figure = Figure()
self.stack1 = QWidget()
self.stack2 = QWidget()
self.stack3 = QWidget()
self.init_main_window()
self.init_parameter_window()
self.init_egram_window()
self.Stack = QStackedWidget(self)
self.Stack.addWidget(self.stack1)
self.Stack.addWidget(self.stack2)
self.Stack.addWidget(self.stack3)
hbox = QHBoxLayout(self)
hbox.addWidget(self.Stack)
self.setLayout(hbox)
self.setGeometry(300, 50, 750, 400)
self.setWindowTitle('Pacemaker DCM')
self.show()
# ---- Init Functions
def init_main_window(self):
layout = QFormLayout()
layout.setContentsMargins(300, 150, 300, 150) # left,top,right,bottom
# - Textboxes
self.t_username, self.t_password = QLineEdit("test_user"), QLineEdit(
"pass")
self.t_password.setEchoMode(QLineEdit.Password)
layout.addRow("Username:"******"Password:"******"Login"), QPushButton("Register")
layout.addRow(b_login, b_register)
b_login.clicked.connect(self.login)
b_register.clicked.connect(self.register)
# - Label
self.l_message = QLabel(" ")
self.l_message.setStyleSheet("font-weight:bold;color:red")
layout.addRow(self.l_message)
self.stack1.setLayout(layout)
def init_parameter_window(self):
layout = QFormLayout()
layout.setContentsMargins(300, 150, 300, 150) # left,top,right,bottom
# - Parameters
# heart rate
self.sb_heartrate = QSpinBox()
self.sb_heartrate.setRange(30, 175)
container = Wrapper((self.sb_heartrate, QLabel(("(bpm)"))))
layout.addRow("Heart Rate:", container)
# chamber to pulse
rbg_chambertopulse = QButtonGroup()
self.rb_ctp_A = QRadioButton("A")
rbg_chambertopulse.addButton(self.rb_ctp_A)
self.rb_ctp_V = QRadioButton("V")
rbg_chambertopulse.addButton(self.rb_ctp_V)
container = Wrapper((self.rb_ctp_A, self.rb_ctp_V))
layout.addRow("Chamber to Pulse: ", container)
# pulse width
self.sb_pulsewidth = QDoubleSpinBox()
self.sb_pulsewidth.setRange(0.1, 1.9)
self.sb_pulsewidth.setDecimals(1)
self.sb_pulsewidth.setSingleStep(0.1)
container = Wrapper((self.sb_pulsewidth, QLabel(("(msec)"))))
layout.addRow("Pulse Width:", container)
# pulse amplitude
self.sb_pulseamplitude = QDoubleSpinBox()
self.sb_pulseamplitude.setRange(0.5, 7.0)
self.sb_pulseamplitude.setDecimals(1)
self.sb_pulseamplitude.setSingleStep(0.1)
container = Wrapper((self.sb_pulseamplitude, QLabel(("(V)"))))
layout.addRow("Pulse Amplitude:", container)
# chamber to sense
rbg_chambertosense = QButtonGroup()
self.rb_cts_A = QRadioButton("A")
rbg_chambertosense.addButton(self.rb_cts_A)
self.rb_cts_V = QRadioButton("V")
rbg_chambertosense.addButton(self.rb_cts_V)
self.rb_cts_none = QRadioButton("None")
rbg_chambertosense.addButton(self.rb_cts_none)
container = Wrapper((self.rb_cts_A, self.rb_cts_V, self.rb_cts_none))
layout.addRow("Chamber to Sense: ", container)
# ventricular sensitivity
self.sb_ventricularsensitivity = QDoubleSpinBox()
self.sb_ventricularsensitivity.setRange(1, 10)
self.sb_ventricularsensitivity.setDecimals(1)
self.sb_ventricularsensitivity.setSingleStep(0.1)
container = Wrapper((self.sb_ventricularsensitivity, QLabel(("(mV)"))))
layout.addRow("Ventricular Sensitivity: ", container)
# atrial sensitivity
rbg_atrialsensitivity = QButtonGroup()
self.rb_as_25 = QRadioButton("0.25")
rbg_atrialsensitivity.addButton(self.rb_as_25)
self.rb_as_50 = QRadioButton("0.50")
rbg_atrialsensitivity.addButton(self.rb_as_50)
self.rb_as_75 = QRadioButton("0.75")
rbg_atrialsensitivity.addButton(self.rb_as_75)
container = Wrapper(
(self.rb_as_25, self.rb_as_50, self.rb_as_75, QLabel("(mV)")))
layout.addRow("Atrial Sensitivity: ", container)
# rate adaption
rbg_rateadaption = QButtonGroup()
self.rb_ra_on = QRadioButton("On")
rbg_rateadaption.addButton(self.rb_ra_on)
self.rb_ra_off = QRadioButton("Off")
rbg_rateadaption.addButton(self.rb_ra_off)
container = Wrapper((self.rb_ra_on, self.rb_ra_off))
layout.addRow("Rate Adaption: ", container)
# Medium Activity Threshold
self.sb_mediumactivitythreshold = QSpinBox()
self.sb_mediumactivitythreshold.setRange(0, 500)
container = Wrapper((self.sb_mediumactivitythreshold, ))
layout.addRow("Medium Activity Threshold: ", container)
# High Activity Threshold
self.sb_highactivitythreshold = QSpinBox()
self.sb_highactivitythreshold.setRange(0, 500)
container = Wrapper((self.sb_highactivitythreshold, ))
layout.addRow("High Activity Interval: ", container)
# Reaction Time
self.sb_reactiontime = QSpinBox()
self.sb_reactiontime.setRange(10, 50)
container = Wrapper((self.sb_reactiontime, QLabel("(s)")))
layout.addRow("Reaction Time: ", container)
# Recovery Time
self.sb_recoverytime = QSpinBox()
self.sb_recoverytime.setRange(2, 16)
container = Wrapper((self.sb_recoverytime, QLabel("(min)")))
layout.addRow("Recovery Time: ", container)
# hysterisis
rbg_hysteris = QButtonGroup()
self.rb_h_on = QRadioButton("On")
rbg_hysteris.addButton(self.rb_ra_on)
self.rb_h_off = QRadioButton("Off")
rbg_hysteris.addButton(self.rb_ra_off)
container = Wrapper((self.rb_h_on, self.rb_h_off))
layout.addRow("Hysterisis: ", container)
# hysterisis interval
self.sb_hysterisisinterval = QSpinBox()
self.sb_hysterisisinterval.setRange(200, 500)
container = Wrapper((self.sb_hysterisisinterval, QLabel(("(msec)"))))
layout.addRow("Hysterisis Interval: ", container)
# vrp
self.sb_vrp = QSpinBox()
self.sb_vrp.setRange(150, 500)
container = Wrapper((self.sb_vrp, QLabel("(msec)")))
layout.addRow("VRP: ", container)
# arp
self.sb_arp = QSpinBox()
self.sb_arp.setRange(150, 500)
container = Wrapper((self.sb_arp, QLabel("(msec)")))
layout.addRow("ARP: ", container)
# - Set default parameter values
self.param_set_default()
# - Buttons
b_logout, b_update, b_egram = QPushButton("Logout"), QPushButton(
"Update"), QPushButton("Show Electrogram")
container = Wrapper((b_logout, b_update, b_egram))
layout.addRow(container)
b_logout.clicked.connect(self.logout)
b_update.clicked.connect(self.update)
b_egram.clicked.connect(self.show_egram)
self.rb_ctp_A.clicked.connect(self.check_chamber_pulse)
self.rb_ctp_V.clicked.connect(self.check_chamber_pulse)
self.rb_cts_A.clicked.connect(self.check_chamber_sense)
self.rb_cts_V.clicked.connect(self.check_chamber_sense)
self.stack2.setLayout(layout)
def param_set_default(self):
self.sb_heartrate.setValue(60)
self.rb_ctp_V.setChecked(True)
self.sb_pulsewidth.setValue(0.4)
self.sb_pulseamplitude.setValue(3.5)
self.rb_cts_none.setChecked(True)
self.sb_ventricularsensitivity.setValue(2.5)
self.rb_as_75.setChecked(True)
self.rb_ra_off.setChecked(True)
self.sb_mediumactivitythreshold.setValue(0)
self.sb_highactivitythreshold.setValue(0)
self.sb_reactiontime.setValue(10)
self.sb_recoverytime.setValue(2)
self.rb_h_off.setChecked(True)
self.sb_hysterisisinterval.setValue(300)
self.sb_vrp.setValue(320)
self.sb_arp.setValue(250)
def init_egram_window(self):
layout = QFormLayout()
layout.setContentsMargins(30, 30, 30, 30) # left,top,right,bottom
# matplotlib figure
self.figure = CustomFigCanvas((0, 175), (-2, 4), 5, 5, 75)
layout.addRow(self.figure)
# - Buttons
back, start = QPushButton("Back"), QPushButton("Start")
layout.addRow(back, start)
back.clicked.connect(self.back)
start.clicked.connect(self.start)
self.stack3.setLayout(layout)
# ---- Get Functions
# Returns a list of parameters if all parameters are within acceptable range
# Returns an error message if not
def get_parameters(self):
# Read values
heartrate = int(self.sb_heartrate.value())
chambertopulse = 0 if self.rb_ctp_A.isChecked() else (\
1 if self.rb_ctp_V.isChecked() else 'P')
pulsewidth = int(self.sb_pulsewidth.value() * 10)
pulseamplitude = int(self.sb_pulseamplitude.value() * 10)
chambertosense = 0 if self.rb_cts_none.isChecked() else (\
1 if self.rb_cts_V.isChecked() else (\
2 if self.rb_cts_A.isChecked() else 'S'))
ventricularsensitivity = int(self.sb_ventricularsensitivity.value() *
10)
atrialsensitivity = 25 if self.rb_cts_A.isChecked() else (\
50 if self.rb_cts_V.isChecked() else (\
75 if self.rb_cts_none.isChecked() else ''))
rateadaptation = 1 if self.rb_ra_on.isChecked() else (\
0 if self.rb_ra_off.isChecked() else '')
mediumthreshold = self.sb_mediumactivitythreshold.value()
highthreshold = self.sb_highactivitythreshold.value()
reactiontime = self.sb_reactiontime.value()
recoverytime = self.sb_recoverytime.value()
hysterisis = 1 if self.rb_h_on.isChecked() else (\
0 if self.rb_h_off.isChecked() else 'H')
hysterisisinterval = self.sb_hysterisisinterval.value() // 2
vrp = self.sb_vrp.value() // 2
arp = self.sb_arp.value() // 2
return [
22,
85,
0,
heartrate, # byte 4
chambertopulse, # byte 5
pulsewidth, # byte 6
mediumthreshold, # byte 7
pulseamplitude, # byte 8
highthreshold, # byte 9
chambertosense, # byte 10
ventricularsensitivity, # byte 11
0, # byte 12 (free)
atrialsensitivity, # byte 13
rateadaptation, # byte 14
hysterisis, # byte 15
hysterisisinterval, # byte 16
reactiontime, # byte 17
vrp, # byte 18
recoverytime, # byte 19
arp
] # byte 20
# ---- Button Functions
def login(self):
user, password = self.t_username.text(), self.t_password.text()
if user == '' or password == '':
message = "The fields cannot be empty."
else:
message = self.userinfo.login(user, password)
if message == "Login successful.":
self.Stack.setCurrentIndex(1)
else:
self.l_message.setText(message)
def register(self):
user, password = self.t_username.text(), self.t_password.text()
if user == '' or password == '':
message = "The fields cannot be empty."
else:
message = self.userinfo.register(user, password)
self.param_set_default()
self.l_message.setText(message)
def logout(self):
self.Stack.setCurrentIndex(0)
self.t_username.setText("")
self.t_password.setText("")
self.l_message.setText("")
def update(self):
global bpm
bpm = int(self.sb_heartrate.value())
par = self.get_parameters()
print("Sent:\t", bytearray(par))
serial(bytearray(par))
a = bytearray(par)
print([i for i in a])
def show_egram(self):
self.Stack.setCurrentIndex(2)
def back(self):
global stop, start
if start:
stop = True # kills thread
start = False
self.t1.join()
self.figure.y = self.figure.n * 0.0
self.Stack.setCurrentIndex(1)
def start(self):
global stop, start
if start:
print("Cannot start multiple threads.")
return
stop = False
start = True
self.t1 = threading.Thread(
target=dataSendLoop, daemon=True, args=(self.addData_callback, )
) # setting daemon to True kills the thread when the main thread exits.
self.t1.start()
# ensures that pulse and sense are in the same mode at all times
def check_chamber_pulse(self):
if self.rb_cts_none.isChecked():
return
if (self.rb_ctp_A.isChecked()):
self.rb_cts_A.setChecked(True)
elif (self.rb_ctp_V.isChecked()):
self.rb_cts_V.setChecked(True)
def check_chamber_sense(self):
if (self.rb_cts_A.isChecked()):
self.rb_ctp_A.setChecked(True)
elif (self.rb_cts_V.isChecked()):
self.rb_ctp_V.setChecked(True)
# ---- For egram multithreading
def addData_callback(self, val):
self.figure.add_data(val)
def InitNewUserInfo(self):
userinfo = UserInfo()
userinfo.active = 1
userinfo.pid = os.getpid()
if ((self.user.HasPerm(User.PERM_CHATCLOAK) or self.user.HasPerm(User.PERM_CLOAK)) and (self.user.HasFlag(User.CLOAK_FLAG))):
userinfo.invisible = 1
userinfo.mode = modes.XMPP
userinfo.pager = 0
if (self.user.Defined(User.DEF_FRIENDCALL)):
userinfo.pager |= User.FRIEND_PAGER
if (self.user.HasFlag(User.PAGER_FLAG)):
userinfo.pager |= User.ALL_PAGER
userinfo.pager |= User.FRIEND_PAGER
if (self.user.Defined(User.DEF_FRIENDMSG)):
userinfo.pager |= User.FRIENDMSG_PAGER
if (self.user.Defined(User.DEF_ALLMSG)):
userinfo.pager |= User.ALLMSG_PAGER
userinfo.pager |= User.FRIENDMSG_PAGER
userinfo.uid = self.uid
setattr(userinfo, 'from', self._fromip)
userinfo.freshtime = int(time.time())
userinfo.userid = self.username
userinfo.realname = 'ANONYMOUS' # XXX: fix later
userinfo.username = self.user.userec.username
return userinfo
def dump_userinfo(i):
userinfo = UserInfo(i)
print vars(userinfo)