How to Install and Run Python 3.7 Compiler?

Install Python 3.7 Compiler:

 Step 1:

Find the location where you have downloaded "Python 3.7.exe" file.

Step 2:

Double Click on  "Python 3.7.exe" file.

Step 3:

Click any option where you want to install.

 Your installation will start automatically.

 

 

How to Run Python 3.7 Compiler?

After installing Python 3.7 compiler this will form at your computer.

 Double click on it to Run the file.

 Comment for your feedback!

Comments

  1. MS Dynamics30 June 2020 at 14:26

    This comment has been removed by a blog administrator.

    ReplyDelete
  2. MS Dynamics8 July 2020 at 16:33

    This comment has been removed by a blog administrator.

    ReplyDelete

Post a Comment

Give your feedback!
DO NOT SPAM !!
NO THIRD PARTY PROMOTIONAL LINK !!!! (else comment will be deleted.)

Popular posts from this blog

Print name in a pattern | name as abbreviation | C-Program

Image
Write a c program to display the name in the following pattern. If the name is Rahul Das than it should display R.Das . Print abbreviation name: Tips:- Use character array to store stuff given by user. You need to use strlen function which is present in the string.h header file to find the length. Code:- #include<stdio.h> #include<string.h> //for strlen() funtion. void main() { char name[20]; int var=0,n=0; printf("Enter Your name :- "); gets(name); var=strlen(name); for(int i=0;i<=var;i++) { if(name[i]==' ') { n=i+1; } } printf("\nYour attribute is :- "); printf("%c.",name[0]); for(int j=n;j<var;j++) { printf("%c",name[j]); } printf("\n\n"); } Output:-
Read more

C program of Cyclic Redundancy Check

Image
C program of Cyclic Redundancy Check    Program #include <stdio.h> // shorthand for loops #define forn(i,e) for(int i = 0; i < e; i++) #define forsn(i,s,e) for(int i = s; i < e; i++) int validate_data( int len_data, int data[], int len_divisor, int divisor[]){ // Returns 1, if the data is correct // Returns 0, if the data is incorrect/corrupted. int current_bits[len_divisor]; forn(i, len_divisor) { current_bits[i] = data[i]; } // the logic is same as generating the crc. forn(i, len_data) { if (!current_bits[ 0 ]) { forn(j, len_divisor- 1 ) { current_bits[j] = current_bits[j+ 1 ]; } current_bits[len_divisor- 1 ] = data[i+len_divisor]; } else { forn(j, len_divisor) { current_bits[j] = current_bits[j]^divisor[j]; } forn(j, len_divisor- 1 ) { current_bits[j] = current_bits[j+ 1 ]; } current_bits[len_divisor- 1 ]
Read more