time2.py

from time import localtime as func
print_num = 0
order = ["Year: ", "Month: ", "Day: ", "Hour: ", "Minute: ", "Second: ", "Day of Week: ", "Day of Year: ", "Daylight Savings: "]
b24_HOUR = False

def oneDigit(x):
    for i in range(9):
        if x == i:
            return "0"+str(x)
    return str(x)

def getMOY():
    moy = func()[1]
    MOYList = ["January", "Febuary", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"]
    for i in range(len(MOYList)):
        if moy == i + 1:
            return MOYList[i]

def getDOW():
    dow = func()[6]
    DOWList = ["Monday", "Tuesday", "Wendesday", "Thursday", "Friday", "Saturday", "Sunday"]
    for i in range(len(DOWList)):
        if dow == i:
            return DOWList[i]

def shortDate():
    num_SD = 0
    SDrString = ""
    sDList = [str(func()[1]), str(func()[2]), str(func()[0])]
    for i in sDList:
        if num_SD != 2:
            SDrString = SDrString + i + "/"
        else:
            SDrString = SDrString + i
        num_SD += 1
    return SDrString

def longDate():
    num_LD = 0
    LDrString = ""
    lDList = [str(getDOW()), str(getMOY()), str(func()[2]), str(func()[0])]
    for i in lDList:
        if num_LD != 1:
            LDrString = LDrString + i + ", "
        else:
            LDrString = LDrString + i + " "
        num_LD += 1
    return LDrString

def shortTime():
    num_ST = 0
    STrString = ""
    sTList = [func()[3], func()[4]]
    for i in sTList:
        if num_ST != 1:
            if f24_HOUR2() == True:
                STrString = STrString + str(i - 12) + ":"
            else:
                STrString = STrString + str(i) + ":"
        else:
            if f24_HOUR2() == True:
                STrString = STrString + oneDigit(i) + " " + "PM"
            else:
                STrString = STrString + oneDigit(i) + " " + "AM"
        num_ST += 1
    return STrString

def longTime(): #I ctrl+c + ctrl+v'd shortTime. Long time is nearly the same.
    num_LT = 0
    LTrString = ""
    lTList = [func()[3], func()[4], func()[5]]
    for i in lTList:
        if num_LT == 0:
            if f24_HOUR2() == True:
                LTrString = LTrString + str(i - 12) + ":"
            else:
                LTrString = LTrString + str(i) + ":"
        elif num_LT == 2:
            if f24_HOUR2() == True:
                LTrString = LTrString + oneDigit(i) + " " + "PM"
            else:
                LTrString = LTrString + oneDigit(i) + " " + "AM"
        else:
            LTrString = LTrString + oneDigit(i) + ":"
        num_LT += 1
    return LTrString

def f24_HOUR():
    if b24_HOUR == True:
        return str(func()[3])
    else:
        if func()[3] > 12:
            return str(func()[3] - 12) + "PM"
        else:
            return str(func()[3]) + "AM"

def f24_HOUR2():
    if b24_HOUR == True:
        return False
    else:
        if func()[3] > 12:
            return True #PM
        else:
            return False #AM

def getDST():
    DST = int(func()[len(order) - 1])
    if DST == 1:
        return "Yes"
    elif DST == 0:
        return "No"
    else:
        return "N/A"

for i in range(len(order)):
    if print_num == len(order) - 1:
        print(order[i]+getDST())
        print_num += 1
        continue
    elif print_num == 3:
        print(order[i]+f24_HOUR())
        print_num += 1
        continue
    elif print_num == len(order) - 3:
        print(order[i]+getDOW())
        print_num += 1
        continue
    print(order[i]+str(func()[i]))
    print_num += 1

print("\nShort date: " + shortDate())
print("Long date: " + longDate())
print("Short time: " + shortTime())
print("Long time: " + longTime())