Git Push vs Git Rebase: Understanding the Difference

Catch who is modifying "your files" before merge conflicts happen with 'git overlap'! Recently, I started working on a highly active project with over 65 open Pull Requests. As I looked at the repository, two major doubts stopped me: 1. What if I start building a fix/feature that someone else is already working on? 2. What if, after spending hours on a fix, I realize the merge conflicts are too massive to resolve? I needed a simple way to see who was touching 'my' files in real-time. Guess what? I couldn't find an automated solution... so I decided to build one! 🛠️ git overlap is the bash command I designed to catch file collisions before they happen! You can check out the utility and the code in the git-overlap open-source repository on GitHub: https://lnkd.in/ddYpE594 What does it do? It scans your local changes and the active PRs on your repository, to detect if multiple people are touching the same files. It gives you the heads-up you need to coordinate with your team before you even write your first line of code! How can you use it? 1. Follow the Setup Guidelines on the git-overlap main page (https://lnkd.in/ddYpE594). 2. After setup, open a new terminal in your local git project. 3. Run 'git overlap' and see magic happen! Current Features: ✅ Full overlap detection for GitHub and Bitbucket PRs. ✅ Simple terminal output for quick checks. ✅ Open Source and ready for your feedback. And yes, of course it's free to use! GitLab support is currently in the works! I’d love for you to try it out on your current project and let me know if it saves you some time! If you find a bug or have a feature request (like GitLab support!), please drop it in the Issues tab on GitHub. #GitOverlap #Git #OpenSource #DevTools #Programming #SoftwareEngineering

🚀 Git Cheatsheet Every Developer Needs Git mastery = career game changer. Here's the essential commands you'll use 80% of the time: 💫 BASIC COMMANDS git init → Initialize repo git clone <url> → Clone repo git add . → Stage files git commit -m "msg" → Commit git push → Push to remote git pull → Pull changes git status → Check status 🎉 BRANCHING git branch <name> → Create branch git checkout <branch> → Switch branch git merge <branch> → Merge branches ➡️ UNDO MISTAKES git reset <file> → Unstage git revert <commit> → Undo commit 🚀 ADVANCED git stash → Save work temporarily git rebase <branch> → Clean history git log --oneline → View commits 💡 Pro Tips: ✅ Commit often with clear messages ✅ Always create feature branches ✅ Pull before push ✅ Never force push to shared branches ✅ Use .gitignore for unnecessary files Master these commands and you'll never sweat version control again. Save this. Share it. #Git #GitHub #VersionControl #DeveloperTools #CodingTips #WebDevelopment #Backend #TechSkills #SoftwareEngineering #DevOps #Collaboration #OpenSource #GitFlow #CodeReview #CareerGrowth #LearningPath #DeveloperCommunity #ProTips #SoftwareDevelopment #Version-Control #TeamWork #Programming #Coding

Ever wondered why version control systems like Git are not optional anymore? 🤔 I just published a blog on Hashnode where I explore the chaos of the “Pendrive Problem” the struggles developers faced before Git existed. From lost files to overwritten code, no history, and endless confusion, this post tells the story of how humans created a problem that technology eventually solved. 🔗 Read the full story here: https://lnkd.in/gyjE7c4z In this post, you’ll learn: Why sharing code with pendrives caused endless headaches How lost versions and overwrites slowed down collaboration Why version control became mandatory in modern software development 💡 Whether you’re a beginner trying to understand Git, or an experienced developer reflecting on how far collaboration has come, this story is for you. #SoftwareDevelopment #VersionControl #Git #CodingLife #DeveloperStory #ProgrammingTips #Hashnode

Today I revised some important Git & GitHub concepts that are commonly used while working in teams. 🔹 Pull Request (PR) Learned how to create a pull request and understood its main purpose: to review code, discuss changes, and safely merge updates into the main branch. 🔹 Git Fetch Revised the purpose of git fetch — it downloads the latest updates from the remote repository without merging them, allowing us to review changes before applying them locally. 🔹 Git Revert Learned how git revert works and how it helps in safely undoing changes without deleting commit history. It creates a new commit that reverses the changes made by a previous commit. 🛠️ Git Commands I revised: 1.git fetch – Fetch latest changes from remote without merging 2.git pull – Fetch + merge changes 3.git revert <commit-hash> – Revert a specific commit 4.git log / git log --oneline – Find commit hash 5.git status – Check working tree status 6.git push origin <branch-name> – Push reverted changes to remote Using git revert, we can remove or restore content safely, especially in shared repositories, without affecting other developers’ work. Grateful for the learning experience at Sheryians Coding School🙏 Thanks to Anshu Pandey for explaining Git workflows so clearly. Still learning. Still improving 🚀 #Git #GitHub #PullRequest #GitRevert #VersionControl #WebDevelopment #LearningInPublic #DeveloperJourney #SheryiansCodingSchool #AnshuPandey #HarshVardhanSharma

📌 Top 10 Git Commands for Real Projects Master Git for development → https://lnkd.in/dTaEN95W Git helps you manage code in real projects, no matter the size. Here’s a quick list of the most important commands every dev should know. ⬇️ 1. git clone Clone a remote repository to your machine ⬇️ 2. git status See what’s changed before committing ⬇️ 3. git pull Fetch and merge changes from the remote ⬇️ 4. git checkout -b Create a new feature branch ⬇️ 5. git add -p Stage selected chunks of changes ⬇️ 6. git commit -m Save changes with a message ⬇️ 7. git push origin branch-name Upload changes to the remote repo ⬇️ 8. git fetch + git merge Update manually and resolve conflicts ⬇️ 9. git rebase Rework commits into a cleaner history ⬇️ 10. git stash Temporarily save uncommitted changes Save this list for smoother Git workflows. ♻️ Share with anyone working on Git-based projects. #Git #ProgrammingValley #VersionControl #SoftwareDevelopment #GitCommands #LearnGit #Coding

We use Git every day. But most of us don’t really understand how it works. In Part 1, I talked about the chaos before Git— copy-paste backups, overwritten files, and lost changes etc. In this new article, I try to think like Linus Torvalds. How might he have approached the problem while building Git? Instead of commands, I design a simple version control system from scratch—using the same core problems Git had to solve. I call this learning system .bit. No commands!! No magic!! Just architecture, reasoning, and aha! moments. If Git has ever felt confusing or scary, this series is for you. We’re not memorizing Git, we’re understanding it. Let’s learn Git the right way. 🚀 #Git #VersionControl #SoftwareEngineering #LearningInPublic #DeveloperJourney #GitInternals

🚀 Git mastery in one image — Beginner to Advanced. Whether you’re just starting out or deep into version control workflows, this Git cheatsheet covers the essentials: 🟢 Beginner • Initialize, clone, stage, commit, and check status • Understand the flow of changes and history 🟡 Intermediate • Branching, merging, stashing, resetting • Push/pull workflows and undo strategies 🔴 Advanced • Rebase, cherry-pick, revert, bisect, blame, and tagging • Debug like a pro and track every action with `reflog` 💡 Pro tip: Use `git stash` before switching branches to avoid losing uncommitted work. Use `git bisect` to pinpoint bugs fast in large codebases. This visual is perfect for your desktop, onboarding docs, or team Slack. Save it. Share it. Git better. #git #versioncontrol #webdevelopment #frontend #devtools #react #github #devtips #freelancewebdeveloper #workflow

🚀 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

📌 Top 10 Git Commands for Real Projects Master Git for development Git helps you manage code in real projects, no matter the size. Here’s a quick list of the most important commands every dev should know. ⬇️ 1. git clone Clone a remote repository to your machine ⬇️ 2. git status See what’s changed before committing ⬇️ 3. git pull Fetch and merge changes from the remote ⬇️ 4. git checkout -b Create a new feature branch ⬇️ 5. git add -p Stage selected chunks of changes ⬇️ 6. git commit -m Save changes with a message ⬇️ 7. git push origin branch-name Upload changes to the remote repo ⬇️ 8. git fetch + git merge Update manually and resolve conflicts ⬇️ 9. git rebase Rework commits into a cleaner history ⬇️ 10. git stash Temporarily save uncommitted changes Save this list for smoother Git workflows. ♻️ Share with anyone working on Git-based projects. hashtag #Git hashtag #ProgrammingValley hashtag #VersionControl hashtag #SoftwareDevelopment hashtag #GitCommands hashtag #LearnGit hashtag #Coding

🔍 Inside Git: How It Works and the Role of the .git Folder Most of us use Git every day—git add, git commit, git push— but very few truly understand what happens behind the scenes. Git isn’t just a set of commands. It’s a content-addressable database of snapshots. In my latest blog, I break down: ✅ What the .git folder really is (and why it exists) ✅ How Git stores data using blobs, trees, and commits ✅ What actually happens during git add and git commit ✅ How hashes guarantee data integrity ✅ How to build a mental model of Git instead of memorizing commands Once you understand Git internals, you: 🚀 Debug faster 🚀 Use Git more confidently 🚀 Stop fearing history rewrites and conflicts 👉 Read here: Inside Git: https://lnkd.in/gn9uEf5Y If Git ever felt like “magic,” this will make it predictable and powerful. Would love to know— At what stage in your career did Git finally start making sense to you? 👇 #Git #GitInternals #SoftwareEngineering #DeveloperLearning #TechBlog #VersionControl #Programming #OpenSource