Question
Answer
import time
from datetime import datetime
class Time:
# Problem1
def __init__(self, hour, min, sec):
self.hour = int(hour)
self.min = int(min)
self.sec = int(sec)
self.time = [0,0,0]
if (0 <= self.hour) and (self.hour < 24):
self.time[0] = self.hour
if (0 <= self.min) and (self.min < 60):
self.time[1] = self.min
if (0 <= self.sec) and (self.sec < 60):
self.time[2] = self.sec
self.orginalTime = self.time
# Problem2
def getTimeTuple(self):
return tuple(self.time)
# Problem3
def getTimeString (self):
self.strtime = ['0','0','0']
if self.time[0] < 10 :
self.strtime[0] = self.strtime[0] + str(self.time[0])
else:
self.strtime[0] = str(self.time[0])
if self.time[1] < 10 :
self.strtime[1] = self.strtime[1] + str(self.time[1])
else:
self.strtime[1] = str(self.time[1])
if self.time[2] < 10 :
self.strtime[2] = self.strtime[2] + str(self.time[2])
else:
self.strtime[2] = str(self.time[2])
self.strstr = f"{self.strtime[0]}:{self.strtime[1]}:{self.strtime[2]}"
return self.strstr
# Problem4
class Time_24_View (Time):
def getViewString(self):
return self.getTimeString()
# Problem5
def getTimeString (self):
super().getTimeString()
return self.strstr
# Problem6
class Time_12_View (Time):
def getViewString(self):
self.strtime = ['0','0','0']
self.q6AMPM = ""
if self.time[0] < 10 :
self.strtime[0] = self.strtime[0] + str(self.time[0])
else:
self.strtime[0] = str(self.time[0])
if self.time[1] < 10 :
self.strtime[1] = self.strtime[1] + str(self.time[1])
else:
self.strtime[1] = str(self.time[1])
if self.time[2] < 10 :
self.strtime[2] = self.strtime[2] + str(self.time[2])
else:
self.strtime[2] = str(self.time[2])
if int(self.strtime[0]) > 12:
a = str(int(self.strtime[0])- 12)
if int(a) < 11:
a = "0" + a
self.strtime[0] = a
self.strstr = f"{self.strtime[0]}:{self.strtime[1]}:{self.strtime[2]}"
self.q6AMPM = self.strstr + " PM"
else:
self.strstr = f"{self.strtime[0]}:{self.strtime[1]}:{self.strtime[2]}"
self.q6AMPM = self.strstr + " AM"
return self.q6AMPM
# Problem7
def getTimeString (self):
super().getTimeString()
strTime = self.strstr
self.amPm = ""
if int(self.strstr[0] + self.strstr[1]) < 13:
self.amPm = str(self.strstr) + " AM"
else:
k = int(self.strstr[0] + self.strstr[1])-12
self.strstr = f"{k}:{self.strstr[3:]}"
self.amPm = str(self.strstr) + " PM"
return self.amPm
# Problem8
class Clock:
def __init__(self, objct):
self.alarmTime = [] # 이게 init에 없고 12번 문제 메서드 안에 있어서 문제가 안 풀렸음!!
self.remainTime = []
self.objct = objct
kk = Time_12_View(2,3,4)
vv = Time_24_View(5,6,7)
if not (type(self.objct) == type(kk) or type(self.objct) == type(vv)):
self.objct = Time_24_View(0,0,0)
# Problem9
def getClockTime(self):
if type(self.objct) == type(Time_12_View(2,3,4)):
a = self.objct.getViewString()
elif type(self.objct) == type(Time_24_View(5,6,7)):
a = self.objct.getViewString()
return a
# Problem10
def changeClockTimeMode(self):
if type(self.objct) == type(Time_12_View(2,3,4)):
h = self.objct.hour
m = self.objct.min
s = self.objct.sec
self.objct = Time_24_View(h,m,s)
return self.objct.getViewString()
elif type(self.objct) == type(Time_24_View(5,6,7)):
h = self.objct.hour
m = self.objct.min
s = self.objct.sec
self.objct = Time_12_View(h,m,s)
return self.objct.getViewString()
# Problem11
def setClockTime(self,strring):
self.strring = strring
if len(self.strring) == 11:
h = self.strring[0:2]
m = self.strring[3:5]
s = self.strring[6:8]
self.objct = Time_24_View(h,m,s)
elif len(self.strring) == 8:
h = self.strring[0:2]
m = self.strring[3:5]
s = self.strring[6:8]
self.objct = Time_12_View(h,m,s)
return self.objct.getViewString()
# Problem12
def addAlarm(self, obj):
self.obj = obj
kk = Time_12_View(2,3,4)
vv = Time_24_View(5,6,7)
if not (type(self.obj) == type(kk) or type(self.obj) == type(vv)):
pass
else:
lstt = []
h = int(self.obj.hour)
m = int(self.obj.min)
s = int(self.obj.sec)
lstt.append(h)
lstt.append(m)
lstt.append(s)
self.alarmTime.append(lstt)
return len(self.alarmTime)
# Problem13
def getAlarmRemainsInSecondList(self):
now = datetime.now() # datetime.datetime.now()..?
strNow = str(now)
hour = strNow[11:13]
min = strNow[14:16]
sec = strNow[17:19]
for i in self.alarmTime:
alarmSec = (3600 * int(i[0])) + (60 * int(i[1])) + (1 * int(i[2]))
nowSec = (3600 * int(hour)) + (60 * int(min)) + (1 * int(sec))
if alarmSec < nowSec:
reslt = (24 *3600) - nowSec + alarmSec
self.remainTime.append(reslt)
elif alarmSec == nowSec:
reslt = 0
self.remainTime.append(reslt)
else:
reslt = alarmSec - nowSec
self.remainTime.append(reslt)
return self.remainTime확인 코드
print("# 1")
aa = Time(2,13,25)
print(aa.time)
print("# 2")
print(aa.getTimeTuple())
print("# 3")
print(aa.getTimeString())
print("# 4")
bb = Time_24_View(15,35,46)
print(bb.getViewString())
print("# 5")
print(bb.getTimeString())
print("# 6")
cc = Time_12_View(23,41,53)
print(cc.getViewString())
print("# 7")
print("cc.getTimeString()")
print("# 8")
dd = Time_12_View(15,23,6)
ee = Clock(dd)
ff = Time_24_View(3,3,6)
pp = Time_12_View(1,37,36)
qq = Time_24_View(23,47,58)
gg = Clock(ff)
hh = 'any string'
ii = Clock(hh)
print("#9")
print(ee.getClockTime())
print(gg.getClockTime())
print(ii.getClockTime())
print("#10")
print(ee.changeClockTimeMode())
print(gg.changeClockTimeMode())
print(ii.changeClockTimeMode())
print("#11")
print(ee.setClockTime("02:11:25"))
print("#12")
print(ee.addAlarm(bb))
print(ee.addAlarm(cc))
print(ee.addAlarm(pp))
print(ee.addAlarm(qq))
print("#13")
print(ee.getAlarmRemainsInSecondList())
"""
# 1
[2, 13, 25]
# 2
(2, 13, 25)
# 3
02:13:25
# 4
15:35:46
# 5
15:35:46
# 6
11:41:53 PM
# 7
cc.getTimeString()
# 8
#9
03:23:06 PM
03:03:06
00:00:00
#10
15:23:06
03:03:06 AM
00:00:00 AM
#11
02:11:25 AM
#12
1
2
3
4
#13
[14355, 43522, 50465, 43887]
"""
Kyunghee univ. IE 21