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GIT Essentials

GIT Essentials

Collaborate more efficiently, track changes more easily, and deliver higher-quality code more quickly

Program Overview

Source Code Management (SCM), also known as version control, is a tool that is used to track modifications to a source code repository. The main need for a source code management tool is to allow multiple developers to work on the same codebase simultaneously while also providing a way to track and revert changes as necessary.

Git is primarily used for Source Code Management (SCM), with its robust feature set of initializing and tracking the changes during software development.

By learning Source Code Management with Git, your team can leverage the features of clear code reviews, asset version control, feedback loops, and powerful branching patterns to help your developers solve problems and ship value.

Uptut can bring that leverage to your team with industry leaders and domain experts as your trainers, set apart with a hands-on curriculum.

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(average)
Personalised training curriculum
100% Live Sessions
Lifetime access to recordings and material
Hands-on labs and assignments included
Consulting Support
Delivered by industry experts

Why Git for your business?

Allow developers to keep track of updates to their code over time
Allow developers to easily combine their code updates with previous updates or new updates made by other people
Is an incredibly effective way to collaborate on development projects
Automated Software Delivery
Continuous integration and delivery

Make Your Team Proficient

Training Objectives

Gain a Solid understanding of Git and its key concepts
Learn to set up Git
Learning basic Git commands
Learn how to create and manage branches in Git
Learning Collaborating with Git

Hands-on Experience with Tools

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Core Training Modules

1. Introduction to version control and Git
Understanding the basics of version control and Git.
2. Setting up Git and creating a repository
Installing and configuring Git, and creating a new repository.
3. Basic Git commands (init, add, commit, status, log, etc.):
Familiarizing with basic Git commands for managing and tracking changes in the repository.
4. Branching and merging in Git:
Creating and managing branches, and merging changes between them.
5. Resolving merge conflicts:
Handling merge conflicts that may occur when merging branches.
6. Using Git for Collaboration (pull, push, remote):
Sharing changes with others by pulling and pushing changes, and managing remote repositories.
7. Git workflows (centralized, feature branch, etc.):
Understanding different Git workflows and their advantages and disadvantages.
8. Git hooks and customizing Git's behaviour:
Customizing Git's behavior using hooks to automate tasks.
9. Advanced Git features (stashing, rebasing, etc.):
Utilizing advanced Git features like stashing and rebasing to manage changes efficiently.
10. Using Git with Github, GitLab, Bitbucket, etc:
Using Git with various popular Git hosting services like Github, GitLab, and Bitbucket.
11. Git troubleshooting and resolving common issues:
Troubleshooting common Git issues and resolving them.
12. Best practices for using Git in a team environment:
Following best practices to use Git efficiently in a team environment.
13. Using Git in a Continuous Integration/Continuous Deployment (CI/CD) Pipeline:
Integrating Git with a CI/CD pipeline to automate the deployment process.
14. Git history visualization and navigation tools:
Using tools to visualize and navigate through Git history.
15. Git submodules and subtrees:
Managing dependencies in a Git repository using submodules and subtrees.
16. Git bisect for debugging and identifying bugs in code:
Using Git bisect to identify the commit that introduced a bug.
17. Git stash and cherry-pick:
Stashing changes and applying changes from one branch to another using cherry-pick.
18. Git reflog and resetting commits:
Recovering lost commits using Git reflog and resetting changes to a previous commit.
19. Git blame and tracking changes:
Tracking changes in Git using Git blame to find out who made changes to a file and when.
20. Git rerere (reuse recorded resolutions):
Reusing recorded resolutions in Git to avoid resolving conflicts repeatedly.
21. Git filter-branch and rewrite history:
Rewriting Git history using filter-branch to modify commits or remove sensitive data.
22. Git notes and attach additional information to commits:
Attaching additional information to commits using Git notes.
23. Git sparse and scripting with Git plumbing commands:
Using Git sparse to work with partial checkouts and scripting with Git plumbing commands to automate tasks.
24. Git and distributed version control systems (DVCS):
Understanding the role of Git in a distributed version control system and how it differs from centralized systems.

How does personalized training work?

Analyzing skill gap and assessing business requirements

Customising curriculum with core and additional modules to fit objectives

Supporting learning implementation with consulting

Who will benefit from this training?

Developers
DevOps Engineers
Test Engineers
Project Managers
IT professionals
Data Scientists
System Administrators
QA Engineers

Is this training right for your team?

Frequently Asked Questions- Answered!

Upskill My Team

(average)
Personalised training curriculum
100% Live Sessions
Lifetime access to recordings and material
Hands-on labs and assignments included
Consulting Support
Delivered by industry experts