Curriculum
Git for Salesforce is one of the most important skills for modern Salesforce developers because it enables efficient version control, team collaboration, source code management, and DevOps practices. Understanding Git for Salesforce helps developers manage metadata, track project history, collaborate with teams, and support enterprise deployment workflows.
Git is the most widely used distributed version control system in the software industry. In Salesforce projects, Git helps manage Apex classes, triggers, Lightning Web Components, Flows, custom objects, permission sets, and other metadata components.
Mastering Git for Salesforce is essential for professional Salesforce development, CI/CD pipelines, DevOps automation, and enterprise-scale projects.
Git is a distributed version control system used to track changes in source code and project files.
Git allows developers to:
Git maintains complete project history.
Without Git:
Developer A
↓
Local Files
↓
Developer B
↓
ConfusionWith Git:
Developer A
↓
Git Repository
↑
Developer B
↓
Managed CollaborationDevelopment becomes organized.
Monitor all changes.
Support multiple developers.
Restore previous versions.
Manage releases effectively.
Enable automation.
These benefits make Git essential.
Salesforce projects contain:
Git manages all these assets.
Developer
↓
Local Repository
↓
Remote Repository
↓
Team CollaborationRepositories store project history.
A Git Repository stores:
It acts as the central project storage.
Git uses:
Both are important.
Stored on a developer’s machine.
Purpose:
Developers work locally.
Stored on a shared server.
Examples:
Teams collaborate through remote repositories.
Modify Files
↓
Stage Changes
↓
Commit
↓
Push
↓
Remote RepositoryThis is the standard Git workflow.
Developers install:
Giton their systems.
Verification:
git --versionThis confirms installation.
Command:
git initA new repository is created.
Cloning copies an existing repository.
Command:
git clone repository-urlThe project is downloaded locally.
Command:
git statusDevelopers view current changes.
Staging prepares files for commit.
Command:
git add .Files move to the staging area.
A Commit records changes permanently.
Command:
git commit -m
"Added Student Portal"History is updated.
Command:
git logDevelopers review previous commits.
A Branch allows independent development.
Example:
Main Branch
↓
Feature BranchFeatures are developed separately.
Command:
git branch
student-featureA new branch is created.
Command:
git checkout
student-featureThe developer changes branches.
Command:
git checkout -b
student-featureBoth actions occur together.
Main
↓
Feature Branch
↓
Development
↓
MergeThe feature is isolated until completion.
A Merge combines changes.
Command:
git merge
student-featureChanges move into the target branch.
Feature Branch
↓
Merge
↓
Main BranchThe feature becomes part of the project.
Conflicts occur when:
Two Developers
↓
Modify Same FileManual resolution is required.
GitHub is commonly used for:
GitHub supports Salesforce DevOps.
Metadata examples:
Git tracks all changes.
Modern Salesforce development uses:
Salesforce DX
+
GitThis improves source-driven development.
Workflow:
Development
↓
Git Repository
↓
Testing
↓
DeploymentGit supports release management.
Common strategies include:
These improve organization.
Main
↓
Development
↓
Feature BranchesLarge teams frequently use this model.
Workflow:
Developer A
↓
Repository
↑
Developer B
↓
Developer CCollaboration becomes efficient.
Developers retrieve updates.
Command:
git pullThe local repository is updated.
Developers upload commits.
Command:
git pushChanges become available to the team.
Git supports:
Modern DevOps relies on Git.
A software training institute develops a Student Portal.
Workflow:
Development
↓
Git Repository
↓
Testing
↓
ProductionAll changes are tracked.
A company develops CRM enhancements.
Process:
Developers
↓
Git
↓
QA
↓
UAT
↓
ProductionGit supports the entire lifecycle.
These practices improve project quality.
Developers should avoid these issues.
These advantages make Git essential.
Understanding Git for Salesforce helps professionals:
Git is one of the most important Salesforce development skills.
Git for Salesforce enables developers to track changes, manage repositories, collaborate with teams, create branches, merge features, and support deployment workflows. Through commits, repositories, GitHub integration, Salesforce DX support, and DevOps practices, Git has become the standard version control solution for Salesforce development. Mastering Git for Salesforce is essential for modern enterprise projects and professional software development.
Git is a distributed version control system used to track project changes.
It improves collaboration, deployment management, and source code tracking.
A Git Repository stores source code, metadata, and version history.
A Commit records changes in a repository.
A Branch allows independent feature development.
Git is essential for DevOps, version control, collaboration, and enterprise Salesforce development.
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