def __init__(self):
'''
Constructor
'''
self.week = {}
# self.fill_week()
for i in range(5):
day = timenode([time(7, 0), time(22, 0)])
self.week[i + 1] = day
self.courses = set()
self.count = 0
self.credit = 0
def __init__(self, title, length=None, year=0):
self.title = title
if length == None:
self.length = mytime.time()
else:
self.length = length
self.year = year
def process_time(t):
tags_dict = dict()
a = t.replace("\xa0", " ")
w = a.find(" ")
tags_dict["days"] = a[:w]
a = a[w + 1:]
ti = a[:a.find(" ")]
middle = a.find("-")
bt = a[:middle]
et = a[middle + 1:]
if "PM" in bt:
tags_dict["b_t"] = time(int(bt[:2]) + 12, int(bt[3:5]))
else:
tags_dict["b_t"] = time(int(bt[:2]) + 12, int(bt[3:5]))
if "PM" in et:
tags_dict["e_t"] = time(int(et[:2]) + 12, int(et[3:5]))
else:
tags_dict["e_t"] = time(int(et[:2]) + 12, int(et[3:5]))
return tags_dict
def timing_monthly_run(day_in_months: list, function, *args):
days = [] # 存放转换成时间戳的day_in_months
datetime_run = 0 # 下一个要运行的时间
for day_in_month in day_in_months:
days.append(
mytime.mktime(mytime.strptime(day_in_month, "%Y-%m-%d %H:%M:%S")))
while True:
current_time = mytime.time()
for i in range(len(day_in_months)):
if current_time == days[i]:
datetime_run = current_time + 1 # 推迟1秒
elif days[1] < current_time < days[i + 1]:
datetime_run = days[i + 1] + 1 # 推迟1秒
else:
pass
while mytime.time() < datetime_run:
mytime.sleep(1)
else:
function(*args)
def __init__(self, bt, et, days, res, ures, wait, t, title, course_id, class_id, credit=0, instructor="Unknown", classroom="TBA", type="Unknown", recitation=False):
'''
Constructor
'''
self.b_t = time(bt[0], bt[1])
self.e_t = time(et[0], et[1])
self.res = int(res)
self.ures = int(ures)
self.wait = int(wait)
self.type = str(t)
self.days = set()
self.process_days(days)
self.b_g = self.b_t - 15
self.e_g = self.b_t + 15
self.class_id = class_id
self.course_id = course_id
self.credit = credit
self.instructor = instructor
self.classroom = classroom
self.type = type
self.recitation = recitation
self.title = title
self.t = t
def process_class(tbody):
trs = tbody.find_all("tr")
# tags = []
tags_dict = dict()
tds = trs[0].find_all("td")
t = tds[0].get_text()
print(t)
tags_dict["course_id"] = str(t)
t = tds[1].get_text()
print(t)
tags_dict["title"] = str(t)
t = tds[3].get_text()
print(t)
tags_dict["credit"] = int(t[0])
trs.pop(0)
for tr in trs:
tds = tr.find_all("td")
t = tds[0].get_text()
print(type(t))
print(t)
tags_dict["class_id"] = t
t = tds[1].get_text()
print(t)
tags_dict["type"] = t
t = tds[2].get_text()
print(t)
try:
tags_dict = dict(list(process_time(t).items()) + list(tags_dict.items()))
except:
print("failed to convert to object" + str(tags_dict))
t = tds[3].get_text()
print(t)
t = tds[4].get_text()
print(t)
t = tds[5].get_text()
print(t)
t = tds[6].get_text()
print(t)
t = tds[7].get_text()
print(t)
s = tds[8].get_text()[13:]
try:
tags_dict["res"] = int(t[s:])
except:
tags_dict["res"] = 0
if not "res" in tags_dict:
tags_dict["res"] = 0
try :
c = PittClass(
time(12, 40), # bt
time(20, 10), # et
"We", # days
tags_dict["res"],
0, # ures
0, # wait
"A&S", # t
tags_dict["title"], # title
tags_dict["course_id"], # course_id
tags_dict["class_id"], # class_id
tags_dict["credit"]
) # credit
print(c)
except:
print("failed to convert to object" + str(tags_dict))
print(num_16)
ss = str_16.decode('hex') # 16进制串转字符串
print(ss)
# IP地址匹配
import re
ipbook = "00044931.22.22.11_111d.df5.fd.d223.211.222.11111.44f.33.22.33aff333.32.22.__33931..22.22.11931.22333.22.11"
IP = re.findall("\d{1,3}(?:\.\d{1,3}){3}", ipbook)
IP2 = re.findall("[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}", ipbook)
IP3 = re.findall("(?:\d{1,3}\.){3}\d{1,3}", ipbook)
IP4 = re.findall("\d+(?:\.+\d+){1,3}", ipbook)
print(IP)
print(IP2)
print(IP3)
print(IP4)
import mytime
print(mytime.time()) # 时间戳
print(mytime.gmtime()) # 结构化
print(mytime.localtime()) # 结构化
print(mytime.strftime("%Y%m%d %H%M%S")) # 格式化
print(mytime.strftime("%Y-%m-%d %H:%M:%S")) # 格式化
print("")
print(mytime.strptime("2019-05-16 15:06:33",
"%Y-%m-%d %H:%M:%S")) # 格式化转成结构化
print(mytime.mktime(mytime.strptime("2019-05-16", "%Y-%m-%d"))) # 结构化转成时间戳
print(mytime.mktime(mytime.localtime())) # 结构化转成时间戳
def fill_week(self):
for i in range(5):
day = timenode([time(7, 0), time(22, 0)])
self.week[i + 1] = day
