With one 《 Hogwarts ： A school history 》 Style of big characters （ Uh , This word doesn't seem to be big ……） The appearance of the title , Boring I have nothing to do , It's starting to work again ~
The program I did before , One is used Tkinter library , One is Pygame, In a word, it has a graphical interface . But as a lazy man , I am naturally lazy （ I know this very well ）, This time, , I will come to a simple program without graphical interface .
This is an alarm clock , An alarm clock that can set the time （ Although the operation interface is a little crude , But it doesn't affect its powerful function ）.
First , We will program the alarm clock to ring .
Let's create a new file , Suffix is “.pyw”（ This can ensure that the program will not pop up a Python Its own window ）.
First , Old rules , The first line must be ：
#coding:utf-8
then , We need to import the required modules ：
import datetime import pygame import os import time import random from pynput.keyboard import Key,Listener
Not many modules are required this time , Because I installed them originally , So I'm not sure if they should use pip install . Of course , Use PyCharm Programming can automatically install the uninstalled modules you use .
all_songs=[]
all_songs_dict={}
for root, dirs, names in os.walk("d:/Users/{}/Music".format(os.getlogin())):
for filename in names:
if os.path.join(root, filename)[-4:] == ".mp3" or os.path.join(root, filename)[-4:] == ".ogg":
all_songs.append(os.path.join(root, filename)[os.path.join(root, filename).find("\\") + 1:-4])
all_songs_dict[
os.path.join(root, filename)[os.path.join(root, filename).find("\\") + 1:-4]] = os.path.join(root,
filename).replace(
"\\", "/")First , We need to get music from the computer . We use it os.walk obtain Music All in folder ogg and mp3 file （ This is because I play music using Pygame, It seems that it only supports the music of these two files ）. meanwhile , Through word processing of path string , Extract the music name and store it in the list all_songs, And store it in the dictionary corresponding to the original path all_songs_dict. At this time, the music information stored in these two variables is equivalent to an insurance mechanism , It can ensure that there is an alternate ringtone available when the ringtone file cannot be found （ Of course , If your music folder is empty , Of course it doesn't work ; But I don't think there will be no music in your folder ）.
finding = open("alarm_list.txt", "a")
finding.close()
finding = open("alarm_list.txt", "r")
alarm_list_undone = finding.readlines()
finding.close()
alarm_list = []
for i in alarm_list_undone:
alarm_list.append(i.replace("\n", ""))Of course, our alarm clock time needs to be stored in a file , This can prevent this information from being lost . therefore , We opened a “alarm_list.txt” file （ To prevent the file from nonexistence , We need to open the file in write mode first , This allows you to create when the file does not exist ; At the same time, to prevent this operation, empty the file , We have to write in addition “a” instead of “w”）. We will read the contents of the file , And delete the line feed and save it into alarm_list. We don't have to worry about the unrecognized contents in the document , Because the file is written by another editor , That program will ensure that the contents of the file are recognized by this program .
finding = open("dates_one.txt", "a")
finding.close()
finding = open("dates_one.txt", "r")
dates_undone_one = finding.readlines()
finding.close()
finding = open("dates_two.txt", "a")
finding.close()
finding = open("dates_two.txt", "r")
dates_undone_two = finding.readlines()
finding.close()
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] =eval( dates_undone_two[i].replace("\n", ""))Empathy , Yes “dates_one.txt” and “dates_two.txt” A similar process is required . Of course , Because there are tables stored in the file , We need to use eval() Function returns its table type . The second difference is that the contents of the two files are stored in a dictionary , Not tables .
finding = open("songs_one.txt", "a")
finding.close()
finding = open("songs_one.txt", "r")
songs_undone_one = finding.readlines()
finding.close()
finding = open("songs_two.txt", "a")
finding.close()
finding = open("songs_two.txt", "r")
songs_undone_two = finding.readlines()
finding.close()
songs = {}
for i in range(len(songs_undone_two)):
try:
open(songs_undone_two[i].replace("\n", ""),"r")
except:
songs_undone_two[i]=all_songs_dict[all_songs[random.randint(0,len(all_songs)-1)]]+"\n"
with open("songs_two.txt", "w")as finding:
finding.writelines(songs_undone_two)
for i in range(len(songs_undone_one)):
songs[songs_undone_one[i].replace("\n", "")] = songs_undone_two[i].replace("\n", "")In the face of “songs_one.txt” and “songs_two.txt” In the process of , We need to use tables all_songs 了 . To ensure that music exists , It will try to open the file that the path points to . If you can't find the file , It will change the music to all_songs A random music recorded in （ It can be improved here ： Add one more if Judge , If the file suffix pointed to by the path is not “.mp3” or “.ogg”, You also have to modify the music . Readers interested in this job can add , I won't give you any more code here —— This is mainly because when I explain my program code, even if I find something unreasonable , As long as it's not a big problem , I don't want to change my habit ）.
finding = open("alarm_list.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("alarm_list.txt", "w") as finding:
finding.write(finder)
finding = open("dates_one.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("dates_one.txt", "w") as finding:
finding.write(finder)
finding = open("dates_two.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("dates_two.txt", "w") as finding:
finding.write(finder)
finding = open("songs_one.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("songs_one.txt", "w") as finding:
finding.write(finder)
finding = open("songs_two.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("songs_two.txt", "w") as finding:
finding.write(finder)I do not know why to delete the program fragment of the alarm clock , There have been some BUG, It will leave a blank line when deleting the alarm clock at the end （ This will cause the program to run incorrectly ）. therefore , It is necessary for us to do something about the consequences ： Delete the newline character at the end of each file . And this program does such a job .
def delete(i):
global all_songs, all_songs_dict, alarm_list, dates, songs,alarm_list_undone,dates_undone_one,dates_undone_two,songs_undone_one,songs_undone_two
try:
try:
alarm_list_undone.remove(i)
alarm_list[-1] = alarm_list[-1].replace("\n", "")
except:
alarm_list_undone.remove(i + "\n")
except:
if False:
print()
alarm_list.remove(i)
with open("alarm_list.txt", "w") as finding:
finding.writelines(alarm_list_undone)
for j in range(len(songs_undone_one)):
if songs_undone_one[j] == i or songs_undone_one[j] == i + "\n":
songs_undone_one.pop(j)
songs_undone_two.pop(j)
try:
songs_undone_one[-1]=songs_undone_one[-1].replace("\n", "")
songs_undone_two[-1]=songs_undone_two[-1].replace("\n", "")
except:
if False:
print()
songs = {}
for j in range(len(songs_undone_one)):
songs[songs_undone_one[j].replace("\n", "")] = songs_undone_two[j].replace("\n", "")
with open("songs_one.txt", "w") as finding:
finding.writelines(songs_undone_one)
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
for j in range(len(dates_undone_one)):
if dates_undone_one[j] == i or dates_undone_one[j] == i + "\n":
dates_undone_one.pop(j)
dates_undone_two.pop(j)
try:
dates_undone_one[-1]=dates_undone_one[-1].replace("\n", "")
dates_undone_two[-1]=dates_undone_two[-1].replace("\n", "")
except:
if False:
print()
dates = {}
for j in range(len(dates_undone_one)):
dates[dates_undone_one[j].replace("\n", "")] = dates_undone_two[j].replace("\n", "")
with open("dates_one.txt", "w") as finding:
finding.writelines(dates_undone_one)
with open("dates_two.txt", "w") as finding:
finding.writelines(dates_undone_two)This is what I just mentioned BUG Delete program for . Here's the i It's the time of the alarm clock （ In this program , The alarm clock time is unique , One time only corresponds to one alarm clock ）. This program attempts to delete i All corresponding information , however , For alarm clocks at the end of files and tables , It does not deal effectively with . I tried to get him to remove the line break at the end of the previous entry , But clearly something went wrong . I had to add another line of code to make up for the consequences .
def play_it(url): global Listener pygame.mixer.init() t = pygame.mixer.music.load(url) pygame.mixer.music.play() def on_release(key): if key == Key.space: pygame.mixer.music.stop() with Listener(on_release=on_release) as Listener: Listener.join()
Player , Used to play music when the time is up . Not only does it use Pygame The music of , Also used. Pynput The keyboard monitor , This turns off the music when you press the space （ Of course , Sometimes I may turn off the alarm clock by mistake while typing , But it doesn't matter —— You can set another button that you don't usually use to turn off the alarm clock ）.
def alarm(): global all_songs,all_songs_dict,alarm_list,dates,songs while True: try:
without doubt , After the code , It follows the core code of the program . But the next paragraph is undoubtedly disappointing ：
e = time.time()
finding = open("alarm_list.txt", "a")
finding.close()
finding = open("alarm_list.txt", "r")
alarm_list_undone = finding.readlines()
finding.close()
alarm_list = []
for i in alarm_list_undone:
alarm_list.append(i.replace("\n", ""))
finding = open("dates_one.txt", "a")
finding.close()
finding = open("dates_one.txt", "r")
dates_undone_one = finding.readlines()
finding.close()
finding = open("dates_two.txt", "a")
finding.close()
finding = open("dates_two.txt", "r")
dates_undone_two = finding.readlines()
finding.close()
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] = eval(dates_undone_two[i].replace("\n", ""))
finding = open("songs_one.txt", "a")
finding.close()
finding = open("songs_one.txt", "r")
songs_undone_one = finding.readlines()
finding.close()
finding = open("songs_two.txt", "a")
finding.close()
finding = open("songs_two.txt", "r")
songs_undone_two = finding.readlines()
finding.close()
songs = {}
for i in range(len(songs_undone_two)):
try:
open(songs_undone_two[i].replace("\n", ""), "r")
except:
songs_undone_two[i] = all_songs_dict[all_songs[random.randint(0, len(all_songs) - 1)]] + "\n"
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
for i in range(len(songs_undone_one)):
songs[songs_undone_one[i].replace("\n", "")] = songs_undone_two[i].replace("\n", "")
finding = open("alarm_list.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("alarm_list.txt", "w") as finding:
finding.write(finder)
finding = open("dates_one.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("dates_one.txt", "w") as finding:
finding.write(finder)
finding = open("dates_two.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("dates_two.txt", "w") as finding:
finding.write(finder)
finding = open("songs_one.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("songs_one.txt", "w") as finding:
finding.write(finder)
finding = open("songs_two.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("songs_two.txt", "w") as finding:
finding.write(finder)you 're right , This is the previously stored loaded code . This is to refresh the reading of the file , After all , You will probably change the alarm clock while the program is running .
for i in alarm_list:
if str(datetime.datetime.now())[11:16] == i:
if time.strftime("%w", time.localtime()) in dates.get(i):
url = songs.get(i)
True_False=int(time.strftime("%Y", time.localtime())) < int(dates.get(i)[-1][4:8]) or (int(time.strftime("%Y", time.localtime())) == int(dates.get(i)[-1][4:8]) and int(time.strftime("%j", time.localtime())) <= int(dates.get(i)[-1][9:]))
if int(time.strftime("%Y", time.localtime())) > int(dates.get(i)[-1][4:8]) or (
int(time.strftime("%Y", time.localtime())) == int(dates.get(i)[-1][4:8]) and int(
time.strftime("%j", time.localtime())) >= int(dates.get(i)[-1][9:])):
delete(i)
if True_False:
play_it(url)
else:
if int(time.strftime("%Y", time.localtime())) > int(dates.get(i)[-1][4:8]) or (
int(time.strftime("%Y", time.localtime())) == int(dates.get(i)[-1][4:8]) and int(
time.strftime("%j", time.localtime())) > int(dates.get(i)[-1][9:])):
delete(i)
if int(time.strftime("%Y", time.localtime())) == int(dates.get(i)[-1][4:8]) and int(time.strftime("%j", time.localtime())) == int(dates.get(i)[-1][9:]) and int(str(datetime.datetime.now())[11:13])*60+int(str(datetime.datetime.now())[14:16]) > int(i[:2])*60+int(i[3:]):
delete(i)This is the core code you expect （ Although the function is very core , But it is still very simple ） We will traverse the alarm list , Compare the time with the time set by the alarm clock , If this is the time set by an alarm clock , At the same time, the position of the current date in the week （ Let's put it this way , I suddenly found something like “ Monday ” Such words seem to …… There is no general designation ） Also exists in the corresponding table , At the same time, the current date has not exceeded the deadline of the alarm clock , We will ring the bell （ The ringing tone will follow the setting of the alarm clock ）. meanwhile , For the alarm clock that has expired , It will be deleted .
such , The procedure of ringing the bell has been preliminarily completed . however , In order that the program does not occupy the process （ This is true of many alarm programs ）, We still need to add this code ：
time.sleep(1 - (time.time() - e)) except: time.sleep(1 - (time.time() - e))
Of course, you have to run the function finally ：
alarm()
such , We finished the alarm clock program .
Attach complete code ：
#coding:utf-8
import datetime
import pygame
import os
import time
import random
from pynput.keyboard import Key,Listener
all_songs=[]
all_songs_dict={}
for root, dirs, names in os.walk("d:/Users/{}/Music".format(os.getlogin())):
for filename in names:
if os.path.join(root, filename)[-4:] == ".mp3" or os.path.join(root, filename)[-4:] == ".ogg":
all_songs.append(os.path.join(root, filename)[os.path.join(root, filename).find("\\") + 1:-4])
all_songs_dict[
os.path.join(root, filename)[os.path.join(root, filename).find("\\") + 1:-4]] = os.path.join(root,
filename).replace(
"\\", "/")
finding = open("alarm_list.txt", "a")
finding.close()
finding = open("alarm_list.txt", "r")
alarm_list_undone = finding.readlines()
finding.close()
alarm_list = []
for i in alarm_list_undone:
alarm_list.append(i.replace("\n", ""))
finding = open("dates_one.txt", "a")
finding.close()
finding = open("dates_one.txt", "r")
dates_undone_one = finding.readlines()
finding.close()
finding = open("dates_two.txt", "a")
finding.close()
finding = open("dates_two.txt", "r")
dates_undone_two = finding.readlines()
finding.close()
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] =eval( dates_undone_two[i].replace("\n", ""))
finding = open("songs_one.txt", "a")
finding.close()
finding = open("songs_one.txt", "r")
songs_undone_one = finding.readlines()
finding.close()
finding = open("songs_two.txt", "a")
finding.close()
finding = open("songs_two.txt", "r")
songs_undone_two = finding.readlines()
finding.close()
songs = {}
for i in range(len(songs_undone_two)):
try:
open(songs_undone_two[i].replace("\n", ""),"r")
except:
songs_undone_two[i]=all_songs_dict[all_songs[random.randint(0,len(all_songs)-1)]]+"\n"
with open("songs_two.txt", "w")as finding:
finding.writelines(songs_undone_two)
for i in range(len(songs_undone_one)):
songs[songs_undone_one[i].replace("\n", "")] = songs_undone_two[i].replace("\n", "")
finding = open("alarm_list.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("alarm_list.txt", "w") as finding:
finding.write(finder)
finding = open("dates_one.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("dates_one.txt", "w") as finding:
finding.write(finder)
finding = open("dates_two.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("dates_two.txt", "w") as finding:
finding.write(finder)
finding = open("songs_one.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("songs_one.txt", "w") as finding:
finding.write(finder)
finding = open("songs_two.txt", "r")
finder=finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("songs_two.txt", "w") as finding:
finding.write(finder)
def delete(i):
global all_songs, all_songs_dict, alarm_list, dates, songs,alarm_list_undone,dates_undone_one,dates_undone_two,songs_undone_one,songs_undone_two
try:
try:
alarm_list_undone.remove(i)
alarm_list[-1] = alarm_list[-1].replace("\n", "")
except:
alarm_list_undone.remove(i + "\n")
except:
if False:
print()
alarm_list.remove(i)
with open("alarm_list.txt", "w") as finding:
finding.writelines(alarm_list_undone)
for j in range(len(songs_undone_one)):
if songs_undone_one[j] == i or songs_undone_one[j] == i + "\n":
songs_undone_one.pop(j)
songs_undone_two.pop(j)
try:
songs_undone_one[-1]=songs_undone_one[-1].replace("\n", "")
songs_undone_two[-1]=songs_undone_two[-1].replace("\n", "")
except:
if False:
print()
songs = {}
for j in range(len(songs_undone_one)):
songs[songs_undone_one[j].replace("\n", "")] = songs_undone_two[j].replace("\n", "")
with open("songs_one.txt", "w") as finding:
finding.writelines(songs_undone_one)
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
for j in range(len(dates_undone_one)):
if dates_undone_one[j] == i or dates_undone_one[j] == i + "\n":
dates_undone_one.pop(j)
dates_undone_two.pop(j)
try:
dates_undone_one[-1]=dates_undone_one[-1].replace("\n", "")
dates_undone_two[-1]=dates_undone_two[-1].replace("\n", "")
except:
if False:
print()
dates = {}
for j in range(len(dates_undone_one)):
dates[dates_undone_one[j].replace("\n", "")] = dates_undone_two[j].replace("\n", "")
with open("dates_one.txt", "w") as finding:
finding.writelines(dates_undone_one)
with open("dates_two.txt", "w") as finding:
finding.writelines(dates_undone_two)
def play_it(url):
global Listener
pygame.mixer.init()
t = pygame.mixer.music.load(url)
pygame.mixer.music.play()
def on_release(key):
if key == Key.space:
pygame.mixer.music.stop()
with Listener(on_release=on_release) as Listener:
Listener.join()
def alarm():
global all_songs,all_songs_dict,alarm_list,dates,songs
while True:
try:
e = time.time()
finding = open("alarm_list.txt", "a")
finding.close()
finding = open("alarm_list.txt", "r")
alarm_list_undone = finding.readlines()
finding.close()
alarm_list = []
for i in alarm_list_undone:
alarm_list.append(i.replace("\n", ""))
finding = open("dates_one.txt", "a")
finding.close()
finding = open("dates_one.txt", "r")
dates_undone_one = finding.readlines()
finding.close()
finding = open("dates_two.txt", "a")
finding.close()
finding = open("dates_two.txt", "r")
dates_undone_two = finding.readlines()
finding.close()
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] = eval(dates_undone_two[i].replace("\n", ""))
finding = open("songs_one.txt", "a")
finding.close()
finding = open("songs_one.txt", "r")
songs_undone_one = finding.readlines()
finding.close()
finding = open("songs_two.txt", "a")
finding.close()
finding = open("songs_two.txt", "r")
songs_undone_two = finding.readlines()
finding.close()
songs = {}
for i in range(len(songs_undone_two)):
try:
open(songs_undone_two[i].replace("\n", ""), "r")
except:
songs_undone_two[i] = all_songs_dict[all_songs[random.randint(0, len(all_songs) - 1)]] + "\n"
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
for i in range(len(songs_undone_one)):
songs[songs_undone_one[i].replace("\n", "")] = songs_undone_two[i].replace("\n", "")
finding = open("alarm_list.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("alarm_list.txt", "w") as finding:
finding.write(finder)
finding = open("dates_one.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("dates_one.txt", "w") as finding:
finding.write(finder)
finding = open("dates_two.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("dates_two.txt", "w") as finding:
finding.write(finder)
finding = open("songs_one.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("songs_one.txt", "w") as finding:
finding.write(finder)
finding = open("songs_two.txt", "r")
finder = finding.read()
while finder[-1] == "\n":
finder = finder[:-1]
with open("songs_two.txt", "w") as finding:
finding.write(finder)
for i in alarm_list:
if str(datetime.datetime.now())[11:16] == i:
if time.strftime("%w", time.localtime()) in dates.get(i):
url = songs.get(i)
True_False=int(time.strftime("%Y", time.localtime())) < int(dates.get(i)[-1][4:8]) or (int(time.strftime("%Y", time.localtime())) == int(dates.get(i)[-1][4:8]) and int(time.strftime("%j", time.localtime())) <= int(dates.get(i)[-1][9:]))
if int(time.strftime("%Y", time.localtime())) > int(dates.get(i)[-1][4:8]) or (
int(time.strftime("%Y", time.localtime())) == int(dates.get(i)[-1][4:8]) and int(
time.strftime("%j", time.localtime())) >= int(dates.get(i)[-1][9:])):
delete(i)
if True_False:
play_it(url)
else:
if int(time.strftime("%Y", time.localtime())) > int(dates.get(i)[-1][4:8]) or (
int(time.strftime("%Y", time.localtime())) == int(dates.get(i)[-1][4:8]) and int(
time.strftime("%j", time.localtime())) > int(dates.get(i)[-1][9:])):
delete(i)
if int(time.strftime("%Y", time.localtime())) == int(dates.get(i)[-1][4:8]) and int(time.strftime("%j", time.localtime())) == int(dates.get(i)[-1][9:]) and int(str(datetime.datetime.now())[11:13])*60+int(str(datetime.datetime.now())[14:16]) > int(i[:2])*60+int(i[3:]):
delete(i)
time.sleep(1 - (time.time() - e))
except:
time.sleep(1 - (time.time() - e))
print(all_songs)
print(all_songs_dict)
print(alarm_list)
print(dates)
print(songs)
alarm()Are you wondering ： How do we set the alarm clock ？ What follows , Let's settle this matter .
The easiest way , Of course, manually input the alarm clock into the file .“alarm_list.txt” You need to enter the time of the alarm clock in , Format “00:00”;“dates_one.txt” and “songs_one.txt” In fact, this content is stored in .“songs_two.txt” Is the path of music , It's okay ; most important of all “dates_two.txt”. Let's take an example .“['1', '2', '3', '4', '5', 'kill9999&99']”, What's the meaning of this? ？“1”“2”“3”“4”“5” The week when the bell rings , among “0” On behalf of the Sunday ,“1” On behalf of the Monday , And so on .“kill9999&99” Is the alarm clock due date , Or the expiration date ,“9999” is ,“99” Is the number of days in the year ,“kill9999&99” Meaning for “ Valid until 9999 Year of 4 month 9 Japan ”, Here we can simply and rudely think of it as never stopping （ Because generally speaking , This program will never run until that day ）. in other words “['1', '2', '3', '4', '5', 'kill9999&99']” It means , The bell rings every weekday , Always effective .
Of course , It would actually be more tedious , So I went through a series of more tedious steps , Made an alarm clock setting program （ Only the code is given here , Because it mainly contains simple but repeated contents ）：
#coding:utf-8
import random
import os
import datetime
import time
try:
all_songs = []
all_songs_dict = {}
for root, dirs, names in os.walk("d:/Users/{}/Music".format(os.getlogin())):
for filename in names:
if os.path.join(root, filename)[-4:] == ".mp3" or os.path.join(root, filename)[-4:] == ".ogg":
all_songs.append(os.path.join(root, filename)[os.path.join(root, filename).find("\\") + 1:-4])
all_songs_dict[
os.path.join(root, filename)[os.path.join(root, filename).find("\\") + 1:-4]] = os.path.join(root,
filename).replace(
"\\", "/")
finding = open("alarm_list.txt", "a")
finding.close()
finding = open("alarm_list.txt", "r")
alarm_list_undone = finding.readlines()
finding.close()
alarm_list = []
for i in alarm_list_undone:
alarm_list.append(i.replace("\n", ""))
finding = open("dates_one.txt", "a")
finding.close()
finding = open("dates_one.txt", "r")
dates_undone_one = finding.readlines()
finding.close()
finding = open("dates_two.txt", "a")
finding.close()
finding = open("dates_two.txt", "r")
dates_undone_two = finding.readlines()
finding.close()
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] = eval(dates_undone_two[i].replace("\n", ""))
finding = open("songs_one.txt", "a")
finding.close()
finding = open("songs_one.txt", "r")
songs_undone_one = finding.readlines()
finding.close()
finding = open("songs_two.txt", "a")
finding.close()
finding = open("songs_two.txt", "r")
songs_undone_two = finding.readlines()
finding.close()
songs = {}
for i in range(len(songs_undone_two)):
try:
open(songs_undone_two[i].replace("\n", ""), "r")
except:
songs_undone_two[i] = all_songs_dict[all_songs[random.randint(0, len(all_songs) - 1)]] + "\n"
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
for i in range(len(songs_undone_one)):
songs[songs_undone_one[i].replace("\n", "")] = songs_undone_two[i].replace("\n", "")
finding = open("alarm_list.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("alarm_list.txt", "w") as finding:
finding.write(finder)
finding = open("dates_one.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("dates_one.txt", "w") as finding:
finding.write(finder)
finding = open("dates_two.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("dates_two.txt", "w") as finding:
finding.write(finder)
finding = open("songs_one.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("songs_one.txt", "w") as finding:
finding.write(finder)
finding = open("songs_two.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("songs_two.txt", "w") as finding:
finding.write(finder)
print(" Please select service ：")
print()
print("1: New alarm clock ")
print("2: Manage alarm clock ")
print()
top = input(" Your choice ：")
if top == "1":
print()
set_time = input(" Please enter the alarm time （ Format ：00:00）：")
have_it = False
for i in alarm_list:
if i == set_time:
have_it = True
try:
alarm_list_undone[-1] += "\n"
except:
if False:
print()
alarm_list_undone.append(set_time)
alarm_list = []
for i in alarm_list_undone:
alarm_list.append(i.replace("\n", ""))
with open("alarm_list.txt", "w") as finding:
finding.writelines(alarm_list_undone)
print()
print(" Please select the number of rings ：")
print()
print(" 1: Only once ")
print(" 2: Every day ")
print(" 3: Working day ")
print(" 4: Customize ")
print()
set_date = input(" Your choice ：")
if set_date == "1":
if int(set_time[:set_time.find(":")]) * 60 + int(set_time[set_time.find(":") + 1:]) <= int(
str(datetime.datetime.now())[11:16][:str(datetime.datetime.now())[11:16].find(":")]) * 60 + int(
str(datetime.datetime.now())[11:16][str(datetime.datetime.now())[11:16].find(":") + 1:]):
try:
dates_undone_one[-1] += "\n"
except:
if False:
print()
dates_undone_one.append(set_time)
try:
dates_undone_two[-1] += "\n"
except:
if False:
print()
dates_undone_two.append(str([(datetime.datetime.now() + datetime.timedelta(days=1)).strftime("%w"),
"kill{}&{}".format(
(datetime.datetime.now() + datetime.timedelta(days=1)).strftime("%Y"),
(datetime.datetime.now() + datetime.timedelta(days=1)).strftime(
"%j"))]))
else:
try:
dates_undone_one[-1] += "\n"
except:
if False:
print()
dates_undone_one.append(set_time)
try:
dates_undone_two[-1] += "\n"
except:
if False:
print()
dates_undone_two.append(str([(datetime.datetime.now()).strftime("%w"),
"kill{}&{}".format((datetime.datetime.now()).strftime("%Y"),
(datetime.datetime.now()).strftime("%j"))]))
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] = eval(dates_undone_two[i].replace("\n", ""))
with open("dates_one.txt", "w") as finding:
finding.writelines(dates_undone_one)
with open("dates_two.txt", "w") as finding:
finding.writelines(dates_undone_two)
if set_date == "2":
try:
dates_undone_one[-1] += "\n"
except:
if False:
print()
dates_undone_one.append(set_time)
try:
dates_undone_two[-1] += "\n"
except:
if False:
print()
dates_undone_two.append(str(["1", "2", "3", "4", "5", "6", "0", "kill9999&99"]))
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] = eval(dates_undone_two[i].replace("\n", ""))
with open("dates_one.txt", "w") as finding:
finding.writelines(dates_undone_one)
with open("dates_two.txt", "w") as finding:
finding.writelines(dates_undone_two)
if set_date == "3":
try:
dates_undone_one[-1] += "\n"
except:
if False:
print()
dates_undone_one.append(set_time)
try:
dates_undone_two[-1] += "\n"
except:
if False:
print()
dates_undone_two.append(str(["1", "2", "3", "4", "5", "kill9999&99"]))
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] = eval(dates_undone_two[i].replace("\n", ""))
with open("dates_one.txt", "w") as finding:
finding.writelines(dates_undone_one)
with open("dates_two.txt", "w") as finding:
finding.writelines(dates_undone_two)
if set_date == "4":
list_one = []
math_to_week = {0: " Sunday ", 1: " Monday ", 2: " Tuesday ", 3: " Wednesday ", 4: " Thursday ", 5: " Friday ", 6: " Saturday "}
for i in range(7):
print()
yes_no = input(" {} Do you want to ring （ It's input “1”, No input “0”）：".format(math_to_week.get(i)))
if yes_no == "1":
list_one.append(str(i))
list_one.append("kill9999&99")
try:
dates_undone_one[-1] += "\n"
except:
if False:
print()
dates_undone_one.append(set_time)
try:
dates_undone_two[-1] += "\n"
except:
if False:
print()
dates_undone_two.append(str(list_one))
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] = eval(dates_undone_two[i].replace("\n", ""))
with open("dates_one.txt", "w") as finding:
finding.writelines(dates_undone_one)
with open("dates_two.txt", "w") as finding:
finding.writelines(dates_undone_two)
print()
print(" Please select ringing tone ：")
print()
num = 0
for i in all_songs:
num += 1
print(" " + str(num) + ":《" + i + "》")
num += 1
print(" " + str(num) + ": Optional ")
print()
set_song = input(" Your choice ：")
if not set_song == str(num):
song = all_songs_dict[all_songs[int(set_song) - 1]]
else:
print()
song = input(" Please enter the path ：")
try:
songs_undone_one[-1] += "\n"
except:
if False:
print()
songs_undone_one.append(set_time)
try:
songs_undone_two[-1] += "\n"
except:
if False:
print()
songs_undone_two.append(song)
songs = {}
for i in range(len(songs_undone_two)):
try:
open(songs_undone_two[i].replace("\n", ""), "r")
except:
songs_undone_two[i] = all_songs_dict[all_songs[random.randint(0, len(all_songs) - 1)]] + "\n"
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
for i in range(len(songs_undone_one)):
songs[songs_undone_one[i].replace("\n", "")] = songs_undone_two[i].replace("\n", "")
with open("songs_one.txt", "w") as finding:
finding.writelines(songs_undone_one)
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
else:
print()
print(" Please select the alarm clock to delete ：")
print()
for i in range(len(alarm_list)):
if dates[alarm_list[i]][-1] != "kill9999&99":
date_type = " Only once "
elif dates[alarm_list[i]] == ["1", "2", "3", "4", "5", "6", "0", "kill9999&99"]:
date_type = " Every day "
elif dates[alarm_list[i]] == ["1", "2", "3", "4", "5", "kill9999&99"]:
date_type = " Working day "
else:
date_type = " Customize "
print(" {}: Time ：{}; Number of rings ：{}; music ：《{}》;".format(i + 1, alarm_list[i], date_type, songs[alarm_list[i]][
songs[alarm_list[i]].rfind(
"/") + 1:songs[
alarm_list[i]].rfind(".")]))
print()
delete = int(input(" Your choice ："))
alarm_list_undone.pop(delete - 1)
dates_undone_one.pop(delete - 1)
dates_undone_two.pop(delete - 1)
songs_undone_one.pop(delete - 1)
songs_undone_two.pop(delete - 1)
with open("alarm_list.txt", "w") as finding:
finding.writelines(alarm_list_undone)
with open("songs_one.txt", "w") as finding:
finding.writelines(songs_undone_one)
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
with open("dates_one.txt", "w") as finding:
finding.writelines(dates_undone_one)
with open("dates_two.txt", "w") as finding:
finding.writelines(dates_undone_two)
finding = open("alarm_list.txt", "a")
finding.close()
finding = open("alarm_list.txt", "r")
alarm_list_undone = finding.readlines()
finding.close()
alarm_list = []
for i in alarm_list_undone:
alarm_list.append(i.replace("\n", ""))
finding = open("dates_one.txt", "a")
finding.close()
finding = open("dates_one.txt", "r")
dates_undone_one = finding.readlines()
finding.close()
finding = open("dates_two.txt", "a")
finding.close()
finding = open("dates_two.txt", "r")
dates_undone_two = finding.readlines()
finding.close()
dates = {}
for i in range(len(dates_undone_one)):
dates[dates_undone_one[i].replace("\n", "")] = eval(dates_undone_two[i].replace("\n", ""))
finding = open("songs_one.txt", "a")
finding.close()
finding = open("songs_one.txt", "r")
songs_undone_one = finding.readlines()
finding.close()
finding = open("songs_two.txt", "a")
finding.close()
finding = open("songs_two.txt", "r")
songs_undone_two = finding.readlines()
finding.close()
songs = {}
for i in range(len(songs_undone_two)):
try:
open(songs_undone_two[i].replace("\n", ""), "r")
except:
songs_undone_two[i] = all_songs_dict[all_songs[random.randint(0, len(all_songs) - 1)]] + "\n"
with open("songs_two.txt", "w") as finding:
finding.writelines(songs_undone_two)
for i in range(len(songs_undone_one)):
songs[songs_undone_one[i].replace("\n", "")] = songs_undone_two[i].replace("\n", "")
finding = open("alarm_list.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("alarm_list.txt", "w") as finding:
finding.write(finder)
finding = open("dates_one.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("dates_one.txt", "w") as finding:
finding.write(finder)
finding = open("dates_two.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("dates_two.txt", "w") as finding:
finding.write(finder)
finding = open("songs_one.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("songs_one.txt", "w") as finding:
finding.write(finder)
finding = open("songs_two.txt", "r")
finder = finding.read()
try:
while finder[-1] == "\n":
finder = finder[:-1]
except:
while False:
print()
with open("songs_two.txt", "w") as finding:
finding.write(finder)
except:
while False:
print()
This program cannot be pyw file , And must be py（ Because it requires input and output ）. We need to put it in the same folder as the ring program just now , And create a shortcut for each of the two programs . then , We're going to put the ring program into “ start-up ” Folder （ stay C disc , The name is “StartUp”. Its path on my computer is “C:\ProgramData\Microsoft\Windows\Start Menu\Programs\StartUp”, The path may be slightly different on different computers , But search always finds it ）. And another one. , A shortcut to this setup program , You can put it on the table , Easy to open the program .
