Skip to main content

How to delete multiple Git branches using pattern Matching

By

https://upload.wikimedia.org/wikipedia/commons/thumb/e/e0/Git-logo.svg/1280px-Git-logo.svg.png

To delete multiple branches using Git with pattern matching, you can use a combination of Git commands and shell scripting. Here's an example of how you can achieve this: 

1. Open a terminal or command prompt. 

2. Navigate to your Git repository directory. 

3. Use the following command to list all branches matching a specific pattern: 


        
nginx

        

            
        

     
	
git branch | grep "<pattern>"

Replace <pattern> with the pattern you want to match. For example, if you want to delete all branches starting with "feature/", you can use feature/* as the pattern.

 This command lists all branches that match the specified pattern. 

4. Review the branch names listed and make sure they are the ones you want to delete. 

5. Once you're sure, you can use the following command to delete the branches: 


        
nginx

        

            
        

     

git branch | grep "<pattern>" | xargs git branch -D
This command combines the previous `git branch` and `grep` commands to find the branches matching the pattern, and then uses `xargs` to pass the branch names to `git branch -D` for deletion. Note that the `-D` option is used instead of `-d` to force delete the branches, even if they have unmerged changes. Be cautious while using the force delete option. 

6. After executing the command, Git will delete the branches matching the pattern. Remember to exercise caution when deleting branches, as the process cannot be undone. Always double-check the branch names before proceeding.

 

Labels

Labels:

Comments

Post a Comment

Popular Posts

How to use terminal within the Sublime Text editor?

By
Sublime Text is primarily a text editor and does not have a built-in terminal like some other integrated development environments (IDEs) do. However, you can use the terminal from within Sublime Text by installing a package called Terminal and Terminus . To use the terminal in Sublime Text using Terminal package, follow these steps: Install Package Control (if you haven't already): Open Sublime Text. Press Ctrl + (backtick) to open the Sublime Text console. Copy and paste the installation code for Package Control from the official website: https://packagecontrol.io/installation Press Enter to execute the code. Wait for Package Control to install. Install the "Terminal" package: Press Ctrl + Shift + P (Windows/Linux) or Cmd + Shift + P (Mac) to open the command palette. Type "Package Control: Install Package" and select it from the command palette. In the package list, type "Terminal" and select the "Terminal" package to install it. Open t...
Post a Comment
Read more

How to take user input from terminal(stdin) in Rust?

By
In Rust, you can use the std::io module from the standard library to read input from the user. Here's an example that demonstrates how to get input from the user: use std::io; fn main() { // Create a new instance of `std::io::stdin` for reading user input let mut input = String::new(); // Prompt the user for input println!("Enter your name:"); // Read input from the user io::stdin() .read_line(&mut input) .expect("Failed to read line"); // Trim any trailing whitespace or newlines from the input let name = input.trim(); // Display the user's input println!("Hello, {}!", name); } In this example, we create a mutable String variable named input to store the user's input. We then use the std::io::stdin() function to obtain a handle to the standard input stream. Next, we call the read_line() method on the input stream, passing a mutable reference to the input variable. The r...
Post a Comment
Read more

Different types of variables in Python with examples.

By
In Python, instance variables, static variables, and local variables are all different types of variables that serve different purposes within a program. Instance Variables: Instance variables are unique to each instance of a class. They are defined within a class's methods or the __init__ method and are accessed using the self keyword. Each instance of a class maintains its own copy of instance variables. These variables hold data specific to each object and can have different values for each instance of the class. Here's an example that demonstrates instance variables: class Person: def __init__(self, name, age): self.name = name # instance variable self.age = age # instance variable person1 = Person("Alice", 25) person2 = Person("Bob", 30) print(person1.name) # Output: Alice print(person2.name) # Output: Bob print(person1.age) # Output: 25 print(person2.age) # Output: 30  In the example above, name and a...
Post a Comment
Read more