python projects

1# I understand that this isn't Grepper's primary use but here are some 
2# fun little projects that I've found (self taught) to be really fun and
3# educational!
4
5def beginner():
6  # Beginner Projects
7  
8  beginner_proj ="""
9  Everyone has to start somewhere!
10  
11  Understand functions with a simple math function
12  - Takes in an input, makes it an integer, multiplies it by 2, returns/prints result
13  
14  Same string checker
15  - Takes in two strings and compares them. If they're the same, print("Same!")
16  
17  String character counter
18  - Takes in a string and outputs the length of the string
19  -- Bonus points if you can make it not count spaces!
20  
21  Coinflipper
22  - Use Python's random module to select a random num between 0-1. If it's 0, it's tails else it's heads
23  -- Bonus points if you can take in a user input of heads/tails and compare that to
24  -- the flip, letting them know if they won or not
25  
26  Test percentage calculator
27  - Take in test result and total test score then do simple maths to find the percentage
28  -- Bonus points if you can find out how to round the percentage
29  
30  Number guessing game
31  - Generate number from 0-100 and ask the user to guess the number
32  -- Many bonus points if you can create a points system!
33  
34  Make a random person picker for a party game
35  - Using Python's random module, choose a random person from a list of names
36  -- Bonus points if you make a menu at the beginning of the game
37  -- which allows users to add many names 
38  """
39  print(beginner_proj)
40  
41
42def intermediate():
43  # Intermediate Projects
44  
45  intermediate_proj ="""
46  Well done, you're doing well!
47  
48  Create a quadratic equation solver
49  - Sounds difficult but just google quadratic equation and take in the values a, b and c
50  - This will teach you about Python's math module
51  
52  Make a benchmark
53  - Using pythons time module, start a timer on the first line, make the program do many complex
54  - calculations (e.g multiply all numbers from 0-1mil by 2) and when finished, stop the timer.
55  - print out the time taken
56  
57  Make a morse code translator
58  - Test your knowledge of dictionaries with a dictionary that compares
59  - {"letter":"more_code"}. Then loop through an inputted string and convert it into morse
60  
61  Make your first API call
62  - Using the Requests module, send a request to "https://api.genderize.io/?name=your_name"
63  - and by using formatted strings, replace your_name with an inputted name! Output the guessed gender.
64  
65  Make an information generator
66  - Make a program that will generate a: name, email, address, tel num, height, ethnicity, eye colour etc.
67  -- Bonus points if you can store the generated person in a dictionary so that you can access information about
68  -- them at any time
69  
70  Make a complete casino
71  - Coinflip, roulette, slots etc.
72  -- Bonus points if you can integrate a deposit money feature (Obviously fake money!)
73 """
74  
75  print(intermediate_proj)
76  
77def expert():
78  # Expert projects
79  
80  expert_proj = """
81  Ah, I see you're bored and want some ideas on what to do next
82  
83  Create a Discord bot using discord.py
84  - The community is incredibly supportive and it's something that can be quite fun!
85  - Make a bot that can: ban, kick, warn, say anything, change nicknames etc.
86  
87  Create your own PYPI package
88  - Making a python module is an impressive feat, why not try it out?
89  - Think it's too hard? I managed to make mine when I was just 16 and trust me, I just followed
90  - the official documentation line by line!
91  
92  Make a text based game
93  - Include minigames and an interesting story
94  
95  Make an edge detection algorithm
96  - This one is quite tough but I'm 17 and have managed so I'm sure you can too!
97  - An edge is detected by getting the average of the neighbouring pixels to a pixel
98  - and then finding the average of those pixels. Subtract that average from the current pixel.
99  -- For a solution visit my method (Definitely not the best way of doing it)
100  -- https://github.com/pTinosq/Edge-Detection-Algorithm
101  
102  Make a noise reduction algorithm
103  - Also quite difficult but possible
104  - Noise is reduced in a very similar way but instead of subtracting the mean, you replace the 
105  - current pixel with the mean you just calculated
106  -- Answer also available at https://github.com/pTinosq/Noise-Reduction-Algorithm
107  
108  I know you won't particularly like this one but, try something new!
109  If you think you've mastered python well enough, try and expand your horizons.
110  Here are some languages you might consider:
111  Javascript, HTML/CSS, LUA, C#, Kotlin, Rust, GO, Swift
112  
113  """
114  
115  print(expert_proj)
116  
117
118def final_notes():
119  thank_you = """
120  Thanks for taking the time to read this, I hope it gave some of you some good ideas to work with!
121  If you're interested in seeing some of the projects being put to use, check out my Github
122  https://github.com/pTinosq where I will post most of my new projects (Unless they're private).
123  
124  """
125  
126  print(thank_you)

1-Guess The Number. Write a programme
2 where the computer randomly generates
3 a number between 0 and 20
4-Rock, Paper, Scissors Game
5-Tic Tac Toe
6-Password Generator
7-Hangman
8-Binary Search Algorithm

1- Make a calculator
2- Automating stuff Eg: Parsing thorugh a directory and find a particular file. 
3- Making your own website using flask or django etc

1python projects
2(1)rock paper sissor
3(2)hang man
4(3)tic tac toe
5(4)password generator
6(5)number gussing game

1# Python rogram to find the SHA-1 message digest of a file
2
3# importing the hashlib module
4import hashlib
5
6def hash_file(filename):
7   """"This function returns the SHA-1 hash
8   of the file passed into it"""
9
10   # make a hash object
11   h = hashlib.sha1()
12
13   # open file for reading in binary mode
14   with open(filename,'rb') as file:
15
16       # loop till the end of the file
17       chunk = 0
18       while chunk != b'':
19           # read only 1024 bytes at a time
20           chunk = file.read(1024)
21           h.update(chunk)
22
23   # return the hex representation of digest
24   return h.hexdigest()
25
26message = hash_file("track1.mp3")
27print(message)
28