def test_match_case_2(monkeypatch):
s = main.Session('Bob', 'db.csv')
bot_answers = ["P", "6", "8", "9", "11", "y"]
def bot_response(self):
return bot_answers.pop(0)
monkeypatch.setattr('builtins.input', bot_response)
s.play_all()
def test_match_case_1(monkeypatch):
s = main.Session('Barbara', 'db.csv')
# create monkeypatched input
bot_answers = ["P", "9", "11", "y"]
def bot_response(self):
return bot_answers.pop(0)
monkeypatch.setattr('builtins.input', bot_response)
s.play_all()
def _init():
global ban_phrase_read_only_session
ban_phrase_read_only_session = main.Session()
ban_phrase_read_only_session.flush = lambda *a, **kw: print(
'BP: Flushing a readonly session.')
print('Load ban phrases.')
for i in BanPhrase.load_all(ban_phrase_read_only_session):
ban_phrases.append(i)
print(f'Done. Loaded {len(ban_phrases)} ban phrases.')
def test_session_abort(monkeypatch):
s = main.Session("Alan", 'db.csv')
# create monkeypatched input
bot_answers = ["A", "y"]
def bot_response(self):
return bot_answers.pop(0)
monkeypatch.setattr('builtins.input', bot_response)
s.play_all()
def _init_settings():
global channel_settings_session
channel_settings_session = main.Session()
channel_settings_session.flush = lambda *a, **kw: print(
'CS: Flushing a readonly session.')
print('Load channel settings.')
with main.session_scope() as write_session:
print('Loading existing channel settings...')
for i in ChannelSettings.load_all(write_session):
i.fill_defaults(forced=False)
i.update()
if i.channel_alias == -1: # global settings.
channel_settings[SettingScope.GLOBAL.name] = i
else:
channel_settings[i.channel.last_known_username] = i
print('OK')
print('Creating missing channel settings...')
for j in main.bot.channels_connected + [SettingScope.GLOBAL.name]:
if j in channel_settings:
continue
cs = ChannelSettings()
if j == SettingScope.GLOBAL.name:
cs.channel_alias = -1
write_session.add(cs)
continue
channels = main.User.get_by_name(j.lower(), write_session)
if len(channels) != 1:
continue
cs.channel = channels[0]
write_session.add(cs)
channel_settings[channels[0].last_known_username] = cs
print('OK')
print('Commit.')
print(f'Done. Loaded {len(channel_settings)} channel settings entries.')
class GreeterBot(bot.VKBot):
def __init__(self,greet_msg='Welcome, {name} ({screen_name})!', goodbye_msg='Goodbye, {name} ({screen_name}).'):
self.greet_message=greet_msg
self.goodbye_message=goodbye_msg
def on_message(self, message, session):
if 'action' in message:
if message['action']['type']=='chat_invite_user':
member_id = str(message['action']['member_id'])
data=session.vk_session.get_api().users.get(user_ids=member_id, fields='screen_name')[0]
name=data['first_name']+' '+data['last_name']
screen_name=data['screen_name']
self.send_message(message=self.greet_message.format(name=name, screen_name=screen_name))
elif message['action']['type']=='chat_kick_user':
member_id = str(message['action']['member_id'])
data=session.vk_session.get_api().users.get(user_ids=member_id, fields='screen_name')[0]
name=data['first_name']+' '+data['last_name']
screen_name=data['screen_name']
self.send_message(message=self.goodbye_message.format(name=name, screen_name=screen_name))
if __name__ == '__main__':
k=GreeterBot()
s=vk_api.VkApi(login=input('Login: '), password=getpass.getpass())
s.auth()
supers=main.Session(s, 2000000001)
m=main.VKBotManager([(supers,k)])
try:
input()
except:
m.running=False
import logging
import sys
import main
logging.basicConfig(stream=sys.stdout, level=logging.ERROR)
username = "******"
password = "******"
if __name__ == "__main__":
print "Executing run.py"
print "Prepare Session"
s = main.Session(username, password, "NE")
print "Login..."
l = s.get_leaf()
leaf_info = l.get_latest_battery_status()
print "leaf_info.state_of_charge %s" % leaf_info.state_of_charge
longitude, lattitude = main.get_location(l)
def generate(name):
sys.path.append(os.path.join(os.getcwd()))
from QUENLIG import statistics
from QUENLIG import configuration
import main
from QUENLIG import questions
import cgi
configuration.session = main.Session(name)
configuration.root = os.getcwd()
configuration.version = os.path.basename(os.getcwd())
configuration.session.init()
os.chdir(configuration.session.dir)
stats = statistics.question_stats()
ba = []
filename = 'xxx-' + name + '.html'
print('\nGenerate', os.path.join(os.getcwd(), filename))
f = open(filename, 'w')
f.write('''
<body onclick="compute();">
<style>
pre { margin: 0.1em }
td { vertical-align:top }
#rank { position: fixed ; right:0px; top: 0px; }
#rank TD { font-size: 80% }
TD.radio { white-space: nowrap ; }
table.top > TBODY > TR > TD { border-top: 1px solid black ; border-left: 1px solid black ; }
table.top { border-spacing: 0px ; border: 1px solid black; }
@media print { #rank { position: inherit ; } #rank TD { font-size: 100% ;} }
table.points { text-align: center ; }
</style>
''')
students = list(stats.all_students)
students.sort(lambda x,y: cmp(x.name, y.name))
f.write("""<script><!--
var win ;
function compute()
{
if ( win == undefined || win.closed )
{
win = window.open() ;
if ( ! win )
return;
win.document.open('text/html') ;
win.document.write('Total:<div id="top"></div>');
win.document.close() ;
}
t = document.getElementsByTagName('input') ;
students = [] ;
for(var i = 0; i < t.length; i++)
{
if ( t[i].checked )
{
name = t[i].name.split('/')[0] ;
if ( students[name] != undefined )
students[name] = Number(students[name]) + Number(t[i].value) ;
else
students[name] = Number(t[i].value) ;
}
}
s = '<table border class="top">' ;
for(i in students)
s += '<tr><td>' + i + '</td><td>' + students[i] + '</td></tr>' ;
s += '</table>' ;
win.document.getElementById('top').innerHTML = s ;
}
var note_pas = 1 ;
var note_nb = 5 ;
function radio(name, question, answer)
{
document.write('<tr><td class="radio"><table class="points"><tr>') ;
for(var i=0; i<note_nb; i++)
document.write('<td>' + i*note_pas + '</td>') ;
document.write('</tr><tr>') ;
for(var i=0; i<note_nb; i++)
document.write('<td><input type="radio" name="' + name + '/' + question + '" value="' + i*note_pas + '"></td>') ;
document.write('</tr></table></td><td>' + name +
'</td><td>' + answer + '</td></tr>') ;
}
--></script>
""")
for q in questions.sorted_questions:
q = q.name
f.write('<h1>' + q + '</h1>\n')
f.write('<p>' + questions.questions[q].question('') + '</p>\n')
f.write('<table class="top">\n')
t = []
for s in students:
for a in s.answers.values():
if a.question == q and a.answered:
t.append( (s.name, q,
cgi.escape(a.answered)
.replace('\r\n','\n')
.replace('\n','<br>')
.replace('\\','\\\\')
.replace('"', '\\"')) )
break
t.sort(key=lambda x: x[2].strip().lower())
for tt in t:
f.write('<script>radio("%s","%s","%s");</script>\n' % tt)
f.write('</table>')
f.close()
