Beginner Level

Number_guessing_game.py

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+import random as rd
+s="*"*10
+i=1
+print(s,"welcome to number guessing game",s)
+print("computer is ready to choose a number")
+C=rd.randint(1,100)
+
+print("Are you ready to guess that number")
+print("if yes \n Enter 1 \n if No \n Enter 2")
+x=int(input())
+if x==1:
+    print("NOTE: you have only 5 chances to guess the number")
+    print("ALL THE BEST!!!")
+    while i<=5:
+        y=int(input("enter your number"))
+        if C==y:
+            print(s,"Hurray!!! you got the number",s)
+            i==5
+        elif C>y:
+            print("You guessed a number which is less than the Computer number")
+            i+=1
+        elif C<y:
+            print("You guessed a number which is greater than the Computer number")
+            i+=1
+        else:
+            print("Entered a number which is out the range!!!")
+            print("THE RANGE OF THE NUMBERS TO GUESS IS FROM 1 TO 100")
+            i+=1
+
+    else:
+        print("you reached your maximum limit!!!")
+        print("The number generated by the computer is",C)
+else:
+    print("We will play next time!!\n\n THANK YOU!!!")

PDF_TO_DIFFERENT_FORMATS_CONVERTER.py

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+import PyPDF2
+import fitz  # PyMuPDF
+from docx import Document
+from PIL import Image
+from docx.shared import Pt
+from docx.enum.text import WD_PARAGRAPH_ALIGNMENT
+
+def pdf_to_image(pdf_path, image_path):
+    pdf_document = fitz.open(pdf_path)
+    for page_number in range(len(pdf_document)):
+        page = pdf_document[page_number]
+        image = page.get_pixmap()
+        image.save(f"{image_path}_page_{page_number + 1}.png")
+
+def pdf_to_text(pdf_path, text_path):
+    with open(pdf_path, 'rb') as file:
+        reader = PyPDF2.PdfReader(file)
+        text = ''
+        for page_number in range(len(reader.pages)):
+            text += reader.pages[page_number].extract_text()
+
+        with open(text_path, 'w', encoding='utf-8') as text_file:
+            text_file.write(text)
+
+def text_to_document(text_path, doc_path):
+    document = Document()
+    with open(text_path, 'r', encoding='utf-8') as text_file:
+        for line in text_file:
+            paragraph = document.add_paragraph(line.strip())
+            paragraph.alignment = WD_PARAGRAPH_ALIGNMENT.LEFT
+            run = paragraph.runs[0]
+            run.font.size = Pt(12)  # Set font size to 12pt (adjust as needed)
+            # You can add more formatting options here
+
+    document.save(doc_path)
+
+# Example usage
+pdf_file = r"C:\Users\DELL\Downloads\kavya junuthula (3).pdf"
+image_output_path =r"C:\Users\DELL\Downloads"
+text_output_path=r"C:\Users\DELL\textfile.txt"
+doc_output_path =r"C:\Users\DELL\document.docx"
+
+pdf_to_image(pdf_file, image_output_path)
+pdf_to_text(pdf_file, text_output_path)
+text_to_document(text_output_path, doc_output_path)

To-Do_List.py

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+import tkinter as tk                    # importing the tkinter module as tk  
+from tkinter import ttk                 # importing the ttk module from the tkinter library  
+from tkinter import messagebox          # importing the messagebox module from the tkinter library  
+import sqlite3 as sql                   # importing the sqlite3 module as sql  
+
+# defining the function to add tasks to the list  
+def add_task():  
+    # getting the string from the entry field  
+    task_string = task_field.get()  
+    # checking whether the string is empty or not  
+    if len(task_string) == 0:  
+        # displaying a message box with 'Empty Field' message  
+        messagebox.showinfo('Error', 'Field is Empty.')  
+    else:  
+        # adding the string to the tasks list  
+        tasks.append(task_string)  
+        # using the execute() method to execute a SQL statement  
+        the_cursor.execute('insert into tasks values (?)', (task_string ,))  
+        # calling the function to update the list  
+        list_update()  
+        # deleting the entry in the entry field  
+        task_field.delete(0, 'end')  
+
+# defining the function to update the list  
+def list_update():  
+    # calling the function to clear the list  
+    clear_list()  
+    # iterating through the strings in the list  
+    for task in tasks:  
+        # using the insert() method to insert the tasks in the list box  
+        task_listbox.insert('end', task)  
+
+# defining the function to delete a task from the list  
+def delete_task():  
+    # using the try-except method  
+    try:  
+        # getting the selected entry from the list box  
+        the_value = task_listbox.get(task_listbox.curselection())  
+        # checking if the stored value is present in the tasks list  
+        if the_value in tasks:  
+            # removing the task from the list  
+            tasks.remove(the_value)  
+            # calling the function to update the list  
+            list_update()  
+            # using the execute() method to execute a SQL statement  
+            the_cursor.execute('delete from tasks where title = ?', (the_value,))  
+    except:  
+        # displaying the message box with 'No Item Selected' message for an exception  
+        messagebox.showinfo('Error', 'No Task Selected. Cannot Delete.')        
+
+# function to delete all tasks from the list  
+def delete_all_tasks():  
+    # displaying a message box to ask user for confirmation  
+    message_box = messagebox.askyesno('Delete All', 'Are you sure?')  
+    # if the value turns to be True  
+    if message_box == True:  
+        # using while loop to iterate through the tasks list until it's empty   
+        while(len(tasks) != 0):  
+            # using the pop() method to pop out the elements from the list  
+            tasks.pop()  
+        # using the execute() method to execute a SQL statement  
+        the_cursor.execute('delete from tasks')  
+        # calling the function to update the list  
+        list_update()  
+
+# function to clear the list  
+def clear_list():  
+    # using the delete method to delete all entries from the list box  
+    task_listbox.delete(0, 'end')  
+
+# function to close the application  
+def close():  
+    # printing the elements from the tasks list  
+    print(tasks)  
+    # using the destroy() method to close the application  
+    guiWindow.destroy()  
+
+# function to retrieve data from the database  
+def retrieve_database():  
+    # using the while loop to iterate through the elements in the tasks list  
+    while(len(tasks) != 0):  
+        # using the pop() method to pop out the elements from the list  
+        tasks.pop()  
+    # iterating through the rows in the database table  
+    for row in the_cursor.execute('select title from tasks'):  
+        # using the append() method to insert the titles from the table in the list  
+        tasks.append(row[0])  
+
+# main function  
+if __name__ == "__main__":  
+    # creating an object of the Tk() class  
+    guiWindow = tk.Tk()  
+    # setting the title of the window  
+    guiWindow.title("To-Do List Manager - CSEDGE")  
+    # setting the geometry of the window  
+    guiWindow.geometry("500x450+750+250")  
+    # disabling the resizable option  
+    guiWindow.resizable(0, 0)  
+    # setting the background color to #FAEBD7  
+    guiWindow.configure(bg = "#FAEBD7")  
+
+    # using the connect() method to connect to the database  
+    the_connection = sql.connect('listOfTasks.db')  
+    # creating the cursor object of the cursor class  
+    the_cursor = the_connection.cursor()  
+    # using the execute() method to execute a SQL statement  
+    the_cursor.execute('create table if not exists tasks (title text)')  
+
+    # defining an empty list  
+    tasks = []  
+
+    # defining frames using the tk.Frame() widget  
+    header_frame = tk.Frame(guiWindow, bg = "#FAEBD7")  
+    functions_frame = tk.Frame(guiWindow, bg = "#FAEBD7")  
+    listbox_frame = tk.Frame(guiWindow, bg = "#FAEBD7")  
+
+    # using the pack() method to place the frames in the application  
+    header_frame.pack(fill = "both")  
+    functions_frame.pack(side = "left", expand = True, fill = "both")  
+    listbox_frame.pack(side = "right", expand = True, fill = "both")  
+
+    # defining a label using the ttk.Label() widget  
+    header_label = ttk.Label(  
+        header_frame,  
+        text = "The To-Do List",  
+        font = ("Brush Script MT", "30"),  
+        background = "#FAEBD7",  
+        foreground = "#8B4513"  
+    )  
+    # using the pack() method to place the label in the application  
+    header_label.pack(padx = 20, pady = 20)  
+
+    # defining another label using the ttk.Label() widget  
+    task_label = ttk.Label(  
+        functions_frame,  
+        text = "Enter the Task:",  
+        font = ("Consolas", "11", "bold"),  
+        background = "#FAEBD7",  
+        foreground = "#000000"  
+    )  
+    # using the place() method to place the label in the application  
+    task_label.place(x = 30, y = 40)  
+
+    # defining an entry field using the ttk.Entry() widget  
+    task_field = ttk.Entry(  
+        functions_frame,  
+        font = ("Consolas", "12"),  
+        width = 18,  
+        background = "#FFF8DC",  
+        foreground = "#A52A2A"  
+    )  
+    # using the place() method to place the entry field in the application  
+    task_field.place(x = 30, y = 80)  
+
+    # adding buttons to the application using the ttk.Button() widget  
+    add_button = ttk.Button(  
+        functions_frame,  
+        text = "Add Task YOU WANT TO DO",  
+        width = 24,  
+        command = add_task  
+    )  
+    del_button = ttk.Button(  
+        functions_frame,  
+        text = "Delete Task Which you have completed",  
+        width = 24,  
+        command = delete_task  
+    )  
+    del_all_button = ttk.Button(  
+        functions_frame,  
+        text = "Delete All Tasks",  
+        width = 24,  
+        command = delete_all_tasks  
+    )  
+    exit_button = ttk.Button(  
+        functions_frame,  
+        text = "Exit",  
+        width = 24,  
+        command = close  
+    )  
+    # using the place() method to set the position of the buttons in the application  
+    add_button.place(x = 30, y = 120)  
+    del_button.place(x = 30, y = 140)  
+    del_all_button.place(x = 30, y = 160)  
+    exit_button.place(x = 30, y = 180)  
+
+    # defining a list box using the tk.Listbox() widget  
+    task_listbox = tk.Listbox(  
+        listbox_frame,  
+        width = 46,  
+        height = 20,  
+        selectmode = 'SINGLE',  
+        background = "#FFFFFF",  
+        foreground = "#000000",  
+        selectbackground = "#CD853F",  
+        selectforeground = "#FFFFFF"  
+    )  
+    # using the place() method to place the list box in the application  
+    task_listbox.place(x = 10, y = 20)  
+
+    # calling some functions  
+    retrieve_database()  
+    list_update()  
+    # using the mainloop() method to run the application  
+    guiWindow.mainloop()  
+    # establishing the connection with database  
+    the_connection.commit()  
+    the_cursor.close()  

simple_calculator.py

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+def add(x,y):
+    return x+y 
+def sub(x,y):
+    return x-y
+def mul(x,y):
+    return x*y
+def div(x,y):
+    return x/y
+def moddiv(x,y):
+    return x%y
+print("ENTER 1.ADDITION \n\n 2.SUBTRACTION \n\n 3.MULTIPLICATION \n\n 4.DIVISION \n\n 5.MODULUS_DIVISION\n\n 6.EXIT\n\n")
+#ch=int(input("Enter Your Choice:"))
+n=int(input("enter no of operations you want to do:").upper())
+for i in range(1,n+1):
+ ch=int(input("Enter Your Choice:"))
+ if ch==1:
+    x=int(input("enter x value:").capitalize())
+    y=int(input("enter x value:").capitalize())
+    print("THE SUM OF",x,"AND",y,"IS",add(x,y))
+ elif ch==2:
+    x=int(input("enter x value:").capitalize())
+    y=int(input("enter x value:").capitalize())
+    print("THE SUBTRACTION OF",x,"AND",y,"IS",sub(x,y))
+ elif ch==3:
+    x=int(input("enter x value:").capitalize())
+    y=int(input("enter x value:").capitalize())
+    print("THE MULTIPLICATION OF",x,"AND",y,"IS",mul(x,y))
+ elif ch==4:
+    x=int(input("enter x value:").capitalize())
+    y=int(input("enter x value:").capitalize())
+    print("THE DIVISION OF",x,"BY",y,"IS",div(x,y))
+ elif ch==5:
+    x=int(input("enter x value:").capitalize())
+    y=int(input("enter x value:").capitalize())
+    print("THE MODDIVISON OF",x,"AND",y,"IS",moddiv(x,y))
+ else:
+    exit()