def start_section(learn):
result = learn.SetListeningResponseInformation('0', '0')
status = result['SetListeningResponseInformationResult']
if status == '1':
library.success('started section ' + learn.SectionID + ' successfully')
else:
library.fail('started section ' + learn.SectionID + ' failed')
exit()
return status
def update_unit(learn):
result = learn.SetListeningUnitLearnStaus('1')
status = result['SetListeningUnitLearnStausResult']
if status == '1':
library.success('update unit learn status success: unit ' +
learn.UnitID)
else:
library.fail('update unit learn status fail: unit ' + learn.UnitID)
exit()
return status
def login(learn):
result = learn.LoginListening()
status = result['LoginListeningResult']
if status == '1':
library.warning('user ' + learn.username + ' need activation')
exit()
elif status != '2':
library.fail('user ' + learn.username + ' login failed: ' +
result['ReturnMessage'])
exit()
else:
library.success('user ' + learn.username + ' login successfully')
return status
def end_section(learn, score):
result = learn.SetListeningResponseInformation("%.1f" % score, '1')
status = result['SetListeningResponseInformationResult']
if status == '1':
library.success('ended section ' + learn.SectionID +
' successfully: score ' + "%.1f" % score)
else:
library.fail('ended section ' + learn.SectionID + ' failed')
# Retry login
status = login(learn)
# Retry set response
result = learn.SetListeningResponseInformation("%.1f" % score, '1')
status = result['SetListeningResponseInformationResult']
if status == '1':
library.success('ended section ' + learn.SectionID +
' successfully: score ' + "%.1f" % score)
else:
library.fail('ended section ' + learn.SectionID + ' failed twice')
exit()
return status
def active(learn, SerialNumber, LicenseNumber, ActivationCode):
result = learn.LoginListening()
status = result['LoginListeningResult']
if status == '2':
library.warning('user ' + learn.username + ' have been actived')
return '1'
elif status != '1':
if result['ReturnMessage'].find('Activation') == -1:
library.fail('user ' + learn.username + ' login failed: ' +
result['ReturnMessage'])
exit()
result = learn.SetListeningUserActiveInfo(SerialNumber, LicenseNumber,
ActivationCode)
status = result['SetListeningUserActiveInfoResult']
if status == '1':
library.success('user ' + learn.username + ' active successfully')
else:
library.fail('user ' + learn.username + ' active failed: ' +
result['ReturnMessage'])
exit()
return status
def end_section(learn, score):
if int(score) == score:
score_str = "%d" % int(score)
else:
score_str = "%.1f" % score
result = learn.SetReadingResponseInformation(score_str, '1')
status = result['SetReadingResponseInformationResult']
if status == '1':
library.success('ended section ' + learn.SectionID +
' successfully: score ' + score_str)
else:
library.fail('ended section ' + learn.SectionID + ' failed')
# Retry login
status = login(learn)
# Retry set response
result = learn.SetReadingResponseInformation(score_str, '1')
status = result['SetReadingResponseInformationResult']
if status == '1':
library.success('ended section ' + learn.SectionID +
' successfully: score ' + score_str)
else:
library.fail('ended section ' + learn.SectionID + ' failed twice')
exit()
return status
if args.activation == False:
status = login(learn)
# Get Progress
status = get_progress(learn)
if status == '1':
fetch = library.fetch(var['type'], learn.level, learn.SectionID)
if fetch['next']['unit'] != learn.UnitID:
update_unit(learn)
learn.UnitID = fetch['next']['unit']
learn.SectionID = fetch['next']['section']
# Learn English
while True:
learn.GetServerTime()
library.success('learning ' + var['type'] + ': unit ' + learn.UnitID +
', section ' + learn.SectionID)
library.timer(random.randint(var['min-time'], var['max-time']))
library.success('finished ' + var['type'] + ': unit ' + learn.UnitID +
', section ' + learn.SectionID)
fetch = library.fetch(var['type'], learn.level, learn.SectionID)
if fetch['problem'] == 0:
score = 0
else:
# Get int in next two var
min_problem = int(var['min-mark'] * fetch['problem'] / 100) + 1
max_problem = int(var['max-mark'] * fetch['problem'] / 100)
if min_problem > max_problem:
min_problem = max_problem
score = random.randint(min_problem,
max_problem) * 100.0 / fetch['problem']
