Git Commands Every Engineer Should Understand

Most developers use Git every day. But very few pause to think about what existed before version control or how Git actually works internally. I wrote two short, easy to read blogs exploring these ideas without diving into heavy jargon: • What existed before version control • Inside Git: how Git really works Sharing here in case they spark curiosity or offer a clearer mental model of Git. 🔗 https://lnkd.in/gxErgnyh 🔗 https://lnkd.in/gSgHKke9 #git #softwaredevelopment #engineering #versioncontrol #webdevelopment

WHEN SHOULD I USE THESE GIT COMMANDS? GIT COMMANDS CHEAT SHEET FOR BEGINNERS 1. git init • Start a new local Git repository 2. git clone <url> • Copy an existing remote repository to your computer 3. git add <file> or git add . • Stage changes (tell Git which files to include in the next commit) 4. git commit -m "Your message" • Save a snapshot of your staged changes with a message 5. git branch • List, create, or delete branches 6. git checkout -b <branch-name> or git switch -c <branch-name> • Create and switch to a new branch 7. git checkout <branch-name> or git switch <branch-name> • Switch between branches 8. git merge <branch-name> • Combine changes from one branch into your current branch 9. git push origin <branch-name> • Upload your local commits to the remote repository 10. git pull • Fetch latest changes from remote and merge them into your current branch 11. git status • Show what files are changed, staged, or untracked 12. git log • View commit history Quick Workflow Most Teams Use Daily: 1. git pull origin main Get latest code 2. git checkout -b feature/new-login Start your work 3. (code, code, code...) 4. git add . Stage everything 5. git commit -m "Add login page" Save your work 6. git push origin feature/new-login Share it 7. Create Pull Request on GitHub/GitLab 8. After review & approval merge into main Happy coding,! 🚀 #Git #DevOps #90DaysOfDevOps

🚀 Git Commands Every Developer Must Know Most beginners use git init and git clone interchangeably. 1. Git init Used when you want to create a brand-new Git repository. Command : git init What it does: 1. Creates a .git/ directory 2. Starts tracking the current folder 3. No remote repo attached by default Common use case: ✔️ New project from scratch ✔️ Local-only project ✔️ When you’ll connect a remote later Commands to know : 1. git init 2. git init folder_name 3. git init --initial-branch=main/master 4. git init --quiet 2. Git Clone Used when a repository already exists remotely (GitHub / GitLab / Bitbucket). Command : git clone <repo_url> What it does: 1. Downloads the entire repository 2. Includes full commit history 3. Automatically sets the remote (origin) 4. Ready to work immediately Common use case: ✔️ Team projects ✔️ Open-source contributions ✔️ Existing production codebases 📌 When to Use What? 👉 Use git init When starting a new project from scratch 👉 Use git clone When working on an existing repository #Git #GitCommands #VersionControl #Developer #SoftwareEngineering #DevOps #Coding #LearningJourney #TechSkills #CareerGrowth

Most beginners learn Git by memorizing commands. But the moment you visualize what Git is storing and where, everything starts to click.

If your Git & GitHub workflow feels chaotic, this is how you fix it. Here’s a simple, production-ready setup that gives you real results, not just rules: ✅ Cleaner commit history So you instantly understand what changed and why — even months later. ✅ Fewer bugs reaching production Because nothing goes to main without a pull request and automated checks. ✅ Faster code reviews Clear PR templates + labels = less back-and-forth, more signal. ✅ Confidence while deploying You always know what’s in main and what’s still in progress. The core setup (easy to follow) • main → production-ready • develop → active work • feature/*, bugfix/*, hotfix/* Commit messages that actually help Instead of: ❌ “fix bug” Use: ✔ fix(cart): correct total price calculation ✔ feat(auth): add OTP login Labels that save time (not waste it) • type: bug / feature / refactor • priority: high / medium / low • status: in-progress / blocked / ready Now issues tell a story at a glance. Automation that protects you Every pull request automatically: • installs dependencies • runs tests • blocks broken code from merging No memory. No reminders. Just safety. Works for everyone Solo developer? You get clarity, safety, and future-proof history. Team developer? You get predictable reviews, fewer conflicts, and calmer releases. This is the kind of Git setup that disappears into the background and lets you focus on building. If your current workflow causes: • stress before merges • fear of breaking production • confusion in Git history It’s time to simplify. How do you currently manage Git in your projects? #Git #GitHub #SoftwareEngineering #DeveloperProductivity #WebDevelopment Read full blog post here: https://lnkd.in/gSthbtmg

Git is not a tool for developers only. It’s how analysts work safely with code and data. At some point, analysis stops being just notebooks and formulas. You start working with scripts, repositories, teammates, and history. That’s where CLI and Git fundamentals become essential 👇 🔹 The terminal is not scary — it’s precise Every action is explicit: create, move, copy, delete. Once you understand commands, you gain speed and control. 🔹 Servers don’t have a UI Most real analytics runs on Linux servers. Knowing the command line is often the only way to interact with data and code. 🔹 Git is a time machine Commits are checkpoints. You can always go back, compare versions, and understand how results evolved. 🔹 Branches protect your work Experiment freely without breaking the main version. This is critical for analysis, experiments, and feature work. 🔹 Commits are communication A good commit message explains why a change was made — not just what changed. 🔹 Merge requests create quality Code review, discussions, and conflict resolution turn individual work into a reliable team result. 🔹 Git + notebooks + scripts = real workflow Analysis is not only about results — it’s about reproducibility and collaboration. 💡 Key takeaway: Git is not about commands. It’s about discipline, transparency, and confidence in your work. For analysts, Git is not optional — it’s part of professional maturity. #Git #CLI #DataAnalytics #AnalyticsWorkflow #VersionControl #LearningInPublic #DataMindset

Just wanted to share this  I keep reminding myself of these Git commands again and again, so I thought I’d put them in one place. Might be handy for you too. You don’t need to know every Git command. But if you master the essentials, you can get out of almost any situation. Here are 22 Git commands every engineer should be comfortable with 👇  𝗕𝗮𝘀𝗶𝗰 𝗢𝗽𝗲𝗿𝗮𝘁𝗶𝗼𝗻𝘀 • git init – start a new repo • git clone – copy an existing repo • git status – check what’s going on • git log – view commit history 𝗪𝗼𝗿𝗸𝗶𝗻𝗴 𝘄𝗶𝘁𝗵 𝗕𝗿𝗮𝗻𝗰𝗵𝗲𝘀 • git branch – create/list branches • git checkout / git switch – move between branches • git merge – merge changes safely 𝗦𝘁𝗮𝗴𝗶𝗻𝗴 & 𝗖𝗼𝗺𝗺𝗶𝘁𝘁𝗶𝗻𝗴 • git add – stage changes • git commit – save progress • git stash – temporarily park work • git reset – undo mistakes 𝗧𝗲𝗮𝗺 𝗖𝗼𝗹𝗹𝗮𝗯𝗼𝗿𝗮𝘁𝗶𝗼𝗻 • git push – send changes • git pull – sync updates • git remote – manage remotes • git tag – mark important versions 𝗔𝗱𝘃𝗮𝗻𝗰𝗲𝗱 (𝗯𝘂𝘁 𝘀𝘂𝗽𝗲𝗿 𝘂𝘀𝗲𝗳𝘂𝗹) • git diff – see what changed • git blame – track code ownership • git bisect – find bugs faster These are the commands I rely on most while working with teams and managing real projects. If you want a clear explanation of Git vs GitHub, this post by Madhan Vadlamudi worth checking out 👇 https://lnkd.in/eTAvsz_4 Hope this helps someone today  Feel free to save it or add your go-to Git command in the comments. #git #developer #programming #softwareengineering #machinelearning #ai

🚀 Mastering Git: From Working Directory to Staging Area to Local Repository. ->Git is mainly used to track changes in files and keep a record of who changed what and when. ->Today I practiced the complete Git workflow and explored how code moves through each stage. Here’s a simple breakdown 👇 🔁 Git Stages 1️⃣ Working Directory – where we write/modify code 2️⃣ Staging Area – where we track selected changes 3️⃣ Local Repository – where we commit and store history ->git init      # Start a new Git repository ->git status     # Check file status (tracked / untracked) ->git add index.html    # Move file to staging area ->git add .        # Add all files ->git commit -m "msg"  # Save code to local repository 🔹 View History ->git log         # Show all commits ->git log --oneline   # Short commit history ->git show         # Show last commit changes 🔹 Compare Changes ->git diff         # Working → Staging ->git diff --staged    # Staging → Repo ->git diff HEAD      # Working → Last Commit 🔹 Check Who Changed Code ->git blame index.html  # Show who changed each line 🔹 Fix Last Commit ->git commit --amend   # Edit last commit message or add missing file 💡 Git Flow: Working → Staging → Local Repo #Git #DevOps #Learning #AWS #Linux #Software #Beginner #LinkedIn

🚀 Advanced Git Commands Every Pro Developer Uses Once you know the basics, advanced Git commands help you keep history clean, debug faster, and collaborate like a pro 👇 🔹 History & Cleanup git rebase -i HEAD~n – Rewrite commit history interactively git commit --amend – Modify the last commit git reflog – Recover lost commits (lifesaver 🚑) 🔹 Selective Changes git cherry-pick <commit> – Apply a specific commit git restore --staged <file> – Unstage files safely git reset --soft HEAD~1 – Undo commit, keep changes 🔹 Debugging & Analysis git blame <file> – See who changed what & why git bisect – Find the exact commit that introduced a bug git diff branch1..branch2 – Compare branches 🔹 Collaboration Power git fetch --prune – Clean deleted remote branches git rebase origin/main – Keep feature branch updated git push --force-with-lease – Safer force push 💡 Pro Tip: Clean Git history reflects clean engineering mindset. Used daily with platforms like GitHub to ship reliable software. #Git #AdvancedGit #SoftwareEngineering #GitHub #CleanCode #DeveloperTools #Programming

You're Googling Git commands every single day. And it's killing your momentum. The Git commands I actually use daily: 1. Setup & Config git config --global user.name "Your Name" git config --global user.email "you@email.com" 2. Start Fresh git init → New repo git clone <url> → Copy existing repo 3. Daily Workflow git status → What changed? git add . → Stage everything git commit -m "message" → Lock it in git push → Send to remote git pull → Get latest changes 4. Branching (the lifesaver) git branch → List branches git branch <name> → Create branch git checkout <name> → Switch branch git checkout -b <name> → Create + 5. Switch git merge <branch> → Combine branches 6. Undo Mistakes git reset HEAD~1 → Undo last commit git checkout -- <file> → Discard changes git stash → Save work for later git stash pop → Bring it back 7. Check History git log → See commit history git diff → What changed? ⏩ The ones that saved me multiple times: git stash → When you need to switch tasks NOW git reset --soft HEAD~1 → Fix that bad commit message git checkout -b → Stop working on main by accident 📌 What I wish I knew earlier: You don't need to memorize 100 commands. Master these 15 and you're 90% there. Git isn't scary. It's just poorly explained. Learn the core workflow. Reference the rest when needed. 📄 Here is a complete Git cheatsheet with commands organized by use case... setup, daily workflow, branching, fixing mistakes, and advanced operations. Comment "GIT" and I'll send it over. 🔁 Repost if someone on your timeline needs to stop Googling Git commands ➕ Follow Arijit Ghosh for more #Git #GitHub #VersionControl #DevTools #Programming #Coding #SoftwareDevelopment #TechTips