def get_lessons(self, time_and_location_texts):
lessons = []
for i in range(0, len(time_and_location_texts) / 3):
j = i * 3
week_num = re.findall("\d{1,2}", str(time_and_location_texts[j]))
weeks = [i for i in range(int(week_num[1]), int(week_num[2]) + 1)]
weekday = re.search("星期(.+),",
str(time_and_location_texts[j + 1])).group(1)
number = re.findall("\d{1,2}", str(time_and_location_texts[j + 1]))
location = str(time_and_location_texts[j + 2]).replace(
'<tagbr> ', '')
location = location.replace('</tagbr>', '')
location = location.replace(',', ' ')
weeks_display_text = str(time_and_location_texts[j]).decode('utf8')
weeks_raw = weeks_display_text[weeks_display_text.find(u'：') +
1:weeks_display_text.
find(u' ')].replace(u'～', u'-')
weeks_display = re.sub(r'0([0-9])', r'\1', weeks_raw)
lessons.append({
'day': chinese_weekdays[weekday.decode('utf8')],
'start': int(number[0]),
'end': int(number[-1]),
'weeks': list_to_comma_separated(weeks),
'weeks_display': weeks_display,
'weeks_raw': weeks_raw,
'location': location,
})
return lessons
def get_lessons(self, time_and_location_texts):
lessons = []
for i in range(0, len(time_and_location_texts) / 3):
j = i * 3
week_num = re.findall("\d{1,2}", str(time_and_location_texts[j]))
weeks = [i for i in range(int(week_num[1]), int(week_num[2]) + 1)]
weekday = re.search("星期(.+),", str(time_and_location_texts[j+1])).group(1)
number = re.findall("\d{1,2}", str(time_and_location_texts[j+1]))
location = str(time_and_location_texts[j+2]).replace('<tagbr> ', '')
location = location.replace('</tagbr>', '')
location = location.replace(',', ' ')
weeks_display_text = str(time_and_location_texts[j]).decode('utf8')
weeks_raw = weeks_display_text[weeks_display_text.find(u'：')+1:weeks_display_text.find(u' ')].replace(u'～', u'-')
weeks_display = re.sub(r'0([0-9])', r'\1', weeks_raw)
lessons.append({
'day': chinese_weekdays[weekday.decode('utf8')],
'start': int(number[0]),
'end': int(number[-1]),
'weeks': list_to_comma_separated(weeks),
'weeks_display': weeks_display,
'weeks_raw': weeks_raw,
'location': location,
})
return lessons
def get_lesson(weeks_text, day_text, start_end_text, location):
if location == ' ':
location = None
if day_text == '':
day_text = None
else:
day_text = int(day_text)
# week_num = re.findall("\d{1,2}", week_text)
# try:
# weeks = [i for i in range(int(week_num[0]), int(week_num[1]) + 1)]
# except:
# weeks = []
# try:
# weeks = weeks + [i for i in range(int(week_num[2]), int(week_num[3]) + 1)]
# except:
# pass
# if weeks == []:
# if week_num == []:
# weeks = None
# else:
# weeks = [week_num[0]]
# weeks = list_to_comma_separated(weeks)
# weeks = []
# week_num = week_text.split(',')
# for col in week_num:
# wkno = re.findall("\d{1,2}", col)
# print wkno
# if len(wkno) == 2:
# weeks = weeks + range(int(wkno[0]), int(wkno[1]) + 1)
# else:
# weeks.append(wkno[0])
# weeks = list_to_comma_separated(weeks)
weeks = []
weeks_show = '第'
for col in week_text.split(','):
if not col:
pass
elif '-' in col:
tmp = re.findall("\d{1,2}", str(re.findall("\d{1,2}-\d{1,2}",
col)))
weeks += range(int(tmp[0]), int(tmp[1]) + 1)
weeks_show += tmp[0] + '-' + tmp[1] + ' '
else:
wkno = re.findall("\d{1,2}", col)
if not wkno:
pass
elif len(wkno) == 1:
weeks.append(int(wkno[0]))
weeks_show += wkno[0] + ' '
else:
print week_text
raise AssertionError
weeks_show = weeks_show.rstrip()
weeks_show += '周'
weeks = list_to_comma_separated(weeks)
number = re.findall("\d{1,2}", start_end_text)
if number == []:
number = [None, None]
else:
number[0] = int(number[0])
if not day_text or not start_end_text or not week_text:
return None
lesson = {
'day': day_text,
'start': number[0],
'end': number[0],
'weeks': weeks,
'weeks_raw': weeks_text,
'weeks_display': weeks_show,
'location': location,
}
return lesson
def get_lesson(weeks_text, day_text, start_end_text, location):
if location == ' ':
location = None
if day_text == '':
day_text = None
else:
day_text = int(day_text)
# week_num = re.findall("\d{1,2}", week_text)
# try:
# weeks = [i for i in range(int(week_num[0]), int(week_num[1]) + 1)]
# except:
# weeks = []
# try:
# weeks = weeks + [i for i in range(int(week_num[2]), int(week_num[3]) + 1)]
# except:
# pass
# if weeks == []:
# if week_num == []:
# weeks = None
# else:
# weeks = [week_num[0]]
# weeks = list_to_comma_separated(weeks)
# weeks = []
# week_num = week_text.split(',')
# for col in week_num:
# wkno = re.findall("\d{1,2}", col)
# print wkno
# if len(wkno) == 2:
# weeks = weeks + range(int(wkno[0]), int(wkno[1]) + 1)
# else:
# weeks.append(wkno[0])
# weeks = list_to_comma_separated(weeks)
weeks = []
weeks_show = '第'
for col in week_text.split(','):
if not col:
pass
elif '-' in col:
tmp = re.findall("\d{1,2}", str(re.findall("\d{1,2}-\d{1,2}", col)))
weeks += range(int(tmp[0]), int(tmp[1]) + 1)
weeks_show += tmp[0] + '-' + tmp[1] + ' '
else:
wkno = re.findall("\d{1,2}", col)
if not wkno:
pass
elif len(wkno) == 1:
weeks.append(int(wkno[0]))
weeks_show += wkno[0] + ' '
else:
print week_text
raise AssertionError
weeks_show = weeks_show.rstrip()
weeks_show += '周'
weeks = list_to_comma_separated(weeks)
number = re.findall("\d{1,2}", start_end_text)
if number == []:
number = [None, None]
else:
number[0] = int(number[0])
if not day_text or not start_end_text or not week_text:
return None
lesson = {
'day': day_text,
'start': number[0],
'end': number[0],
'weeks': weeks,
'weeks_raw': weeks_text,
'weeks_display': weeks_show,
'location': location,
}
return lesson
def get_lessons(self, weeks_text, day_text, start_end_text, location):
lessons = []
if location == ' ':
location = None
if day_text == '':
day_text = None
else:
day_text = int(day_text)
weeks = []
weeks_display = u'第'
slices = weeks_text.split(',')
if slices[0] == weeks_text:
slices = weeks_text.split(u'、')
if slices[0] == weeks_text:
slices = weeks_text.split(u'，')
for mouse in slices:
res = []
baidu = re.search('\d+-\d+', mouse)
if baidu:
data = re.findall('\d+', baidu.group(0))
res = range(int(data[0]), int(data[1]) + 1)
weeks_display = weeks_display + '{0}-{1}'.format(data[0], data[1])
if u'单周' in mouse:
pos = weeks_display.rfind(u' ')
if pos != -1:
weeks_display = weeks_display[:pos] + u'周 '
weeks_display = weeks_display + u'第{0}-{1}'.format(data[0], data[1])
weeks_display = weeks_display + u'单周'
res = [i for i in res if i % 2 == 1]
elif u'双周' in mouse:
pos = weeks_display.rfind(u' ')
if pos != -1:
weeks_display = weeks_display[:pos] + u'周 '
weeks_display = weeks_display + u'第{0}-{1}'.format(data[0], data[1])
weeks_display = weeks_display + u'双周'
res = [i for i in res if i % 2 == 0]
else:
google = re.search('\d+', mouse)
if google:
data = re.findall('\d+', google.group(0))
res = [int(data[0])]
weeks_display = weeks_display + '{0}'.format(data[0])
weeks.extend(res)
weeks_display = weeks_display + ' '
weeks_display = weeks_display[:-1]
if weeks_display[-1] != u'周':
weeks_display = weeks_display + u'周'
weeks.sort()
weeks = list_to_comma_separated(weeks)
if weeks == '':
weeks = None
weeks_display = None
number = re.findall("\d{1,2}", start_end_text)
if number == []:
number = [None, None]
else:
number[0] = int(number[0])
number[1] = int(number[1])
if day_text == None and location == None and weeks == None and number[0] == None and number[1] == None:
return lessons
lessons.append({
'day': day_text,
'start': number[0],
'end': number[1],
'weeks': weeks,
'weeks_raw': weeks_text,
'weeks_display': weeks_display,
'location': location,
})
return lessons
