Ruturaj Kumbhar’s Post

🚀 Day 57 of my Learning Journey – Git Reset 📘 I explored the powerful concept of Git Reset, a command that helps developers manage and correct their commit history in Git. Understanding how to safely modify commits is an important step in becoming confident with version control systems used in modern development and DevOps workflows. 💻 📘 What is Git Reset? Git Reset is a command used to move the current branch to a specific commit. It allows developers to undo commits, unstage files, or reset the working directory to a previous state. This is especially useful when mistakes happen during commits or when we want to reorganize our commit history. ⚙️ Key Commands & Features 🔹 git reset --soft HEAD~1 Moves the branch pointer back by one commit but keeps all changes staged. 🔹 git reset --mixed HEAD~1 Resets the commit and unstages the changes, but keeps them in the working directory. 🔹 git reset --hard HEAD~1 Completely removes the last commit and deletes all related changes. Use carefully! 🔹 Reset to Specific Commit git reset <commit-id> allows moving the branch to a chosen commit in history. 🔹Unstaging Files git reset <file> removes a file from staging without deleting its changes. 🎯 Key Takeaway Learning Git Reset helped me understand how developers can safely correct mistakes and manage commit history more effectively in real development workflows. ☁️ Real-World Usage in Industry 🔹 Code Correction in Development Developers use reset to undo incorrect commits before pushing code. 🔹 CI/CD Pipeline Preparation Teams clean commit history before pushing code to automated pipelines. 🔹 Production Deployment Safety Engineers fix commit mistakes locally before changes reach production servers. 🔹 Collaborative Development Helps maintain clean and organized commit history in team projects. #Git #GitHub #DevOpsLearning #CloudComputing #LearningInPublic #TechJourney #CareerGrowth

Day 21 of learning Tech. I continued learning about Git and why it is such an important tool for developers and DevOps engineers. Before Git, version control was often done manually, which made it easy to lose changes or create confusion when multiple people worked on the same project. Git helps solve this by creating a structured history of changes, enabling safe experimentation with branches, and making collaboration much easier. One of the first commands I learnt is git init, which creates a new repository and adds a hidden .git folder that stores the project’s version history. I also learned about git clone, which allows you to download a project from GitHub to your local computer. Another important concept is the staging area, where files are prepared before being committed. Commands like git add and git add . move changes to the staging area, while git commit creates a snapshot of the project at a specific point in time, including the reasons for the changes and who made them. I also explored branching. Branches allow developers to work on new features without affecting the main project. Using commands like git branch and git switch, we can easily create and move between branches. To track project changes, we can use commands like git status, git diff, and git log. These commands help us see file changes, staged files, and the full history of commits. Finally, I learned how to collaborate with others using git push to upload changes to GitHub and git pull to download updates from the remote repository. I also saw the importance of the .gitignore file, which tells Git which files should not be tracked. Step by step, I'm building a deeper understanding of Git and how it helps teams manage code and collaborate effectively. TS Academy #Devops #Cloudcomputing #git #Buildinpublic #learnwithTs

Day 15 of Learning Tech Git Fundamentals Today in class, we started learning Git fundamentals, which is an important tool used by developers and DevOps engineers to manage and track changes in code. We learned that Git is a version control system that helps teams track changes, collaborate on projects, and maintain different versions of their code. We also covered basic Git operations, which include creating a repository, adding files, committing changes, and managing project history. Another important concept we learned was the local Git workflow. This is the process of working with files on your local machine before sharing them with others. It usually involves staging files and committing changes to the repository. We were also introduced to the remote Git workflow, which allows developers to connect their local repository to a remote platform like GitHub so they can push their code, collaborate with others, and manage projects online. Finally, we discussed some troubleshooting tips that help resolve common Git issues when working with repositories. We were asked to create a GitHub account, install Git on our local machines, and practice using Git commands in the homework. Learning Git is a big step because it is one of the most essential tools in modern software development and DevOps workflows. TS Academy #Devops #cloudcomputing #Git #Buildinginpublic

🚀 Day 12 of My 30 Days Learning Challenge – Git vs GitHub 💻 ✨ Understanding the difference between Git and GitHub is essential for every developer. 🔹What is Git? Git is a distributed version control system used by developers to track code changes locally on their machines. 📌 Example: Imagine you are building a website and make several updates. With Git, you can save each stage of your work, go back to earlier versions, or compare changes easily. 💠 What is GitHub? GitHub is a cloud-based platform that hosts Git repositories. It allows developers to store their projects online and collaborate with others. 📌 Example: A team working on the same project can push their code to GitHub, review each other’s work, and merge updates efficiently. 🔹Why is Git Essential? • Tracks every change in your project • Allows multiple developers to collaborate smoothly • Helps recover previous versions if mistakes happen • Keeps the development process organized 💡 In simple terms: Git = Tool for version control GitHub = Platform to host and collaborate using Git Both together make modern software development faster, organized, and collaborative. 🔹What is Version Control? Version control is a system that helps developers track and manage changes in code over time. It allows you to see what changes were made, who made them, and revert to previous versions if needed. 📚 Learning step by step and building strong development fundamentals. What Git command do you use most often while working on projects? 👇 #Day12 #LearnMoreEarnMore #growingeveryday #Git #GitHub #VersionControl #DeveloperJourney #Codingjourney #TechLearning #BangaloreIT #FullStackDevelopment #BengaluruStudents #BTMLayout #fortunecloud Fortune Cloud Technologies Private Limited

🚀 DevOps Learning Journey... Continuing my learning journey and diving deeper into Git and GitHub concepts. Today I focused on advanced Git topics and understood how version control works in real-world collaboration. 📌 Topics I covered today: 👉 Git branching concepts 👉 Difference between "merge and rebase" 👉 Stash commands (saving temporary changes) 👉 Introduction to GitHub and how it works 👉 Cloning, pulling, and pushing code 👉 Generating SSH key and connecting to GitHub 👉 Git tags and their usage 👉 Forking repositories and its purpose Learning these concepts helped me understand how developers collaborate, manage code versions, and work efficiently in teams. Practicing these in real scenarios is helping me gain more confidence in Git and GitHub workflows. Step by step, moving closer to my goal of becoming a DevOps Engineer. 🚀 #DevOps #Git #GitHub #VersionControl #DevOpsJourney #LearningInPublic #ContinuousLearning

🚀 Day 58 of my Learning Journey – Git Revert 📘 Discovered how to safely undo changes in Git without rewriting history. I explored a powerful Git feature that helps fix mistakes while keeping the project history clean and transparent. 💻 📘 What is Git Revert? Git Revert is used to undo a specific commit by creating a new commit that reverses the changes from the previous one. Instead of deleting history, it adds a new commit that cancels the old changes. This is very important in collaborative projects because it keeps the commit history intact while safely correcting mistakes. ⚙️ Key Commands & Concepts 🔹 git revert <commit-id> Creates a new commit that reverses the changes made by the specified commit. 🔹 Safe history management Unlike git reset, it does not rewrite Git history, making it safe for shared repositories. 🔹 Commit-based rollback Allows developers to undo a single problematic commit without affecting others. 🔹 Automatic commit message Git automatically generates a message indicating which commit was reverted. 🔹 Conflict handling If conflicts occur during revert, they must be resolved manually before completing the revert. 🎯 Key Takeaway Learning Git Revert helped me understand how to safely undo mistakes while maintaining a clean and collaborative Git history. ☁️ Real-World Industry Usage 🔹 Production code fixes – Teams revert problematic commits that break production systems. 🔹 CI/CD pipelines – If a deployment introduces bugs, the faulty commit can be reverted quickly. 🔹 Cloud infrastructure code – Infrastructure-as-Code repositories use revert to roll back incorrect configurations. 🔹 Team collaboration – Large teams rely on revert to maintain transparency and avoid rewriting shared history. #Git #GitHub #DevOps #LearningInPublic #TechJourney #CloudComputing #CareerGrowth

🚀 Week 10 of My Learn-in-Public Journey – Learning Progress & Key Takeaways 📘📈 This week, I wrapped up another consistent week of learning and spent time strengthening my understanding of Git and GitHub fundamentals. Every small concept learned adds one more building block to my Cloud & DevOps journey. 🔁 📘 Weekly Overview During Week 10, I focused on learning and practicing Git and GitHub basics through hands-on exploration. Understanding version control is extremely important because Git is the backbone of modern software development, DevOps workflows, and cloud-based collaboration. This week was all about building strong foundations and practicing real workflows used by developers and DevOps engineers. ⚙️ 📚 What I Learned This Week 🔹Understanding how Git tracks changes and manages versions of code 🔹Practicing branching concepts and how teams work on different features simultaneously 🔹 Learning how Git Stash helps temporarily store unfinished changes 🔹 Exploring Git Diff to compare file changes and understand modifications 🔹 Understanding Git Revert for safely undoing changes in a project 🔹 Learning Git Cherry-pick to apply specific commits from one branch to another 🔹 Practicing these concepts through hands-on commands and workflow simulations 💡 Key Takeaways / Reflections This week helped me strengthen my confidence in using Git workflows. I realized that Git is not just about commands—it’s about understanding how teams collaborate and manage code safely. Some concepts required practice, but each attempt improved my problem- solving and debugging skills. 📈 🌍 Real-World Relevance These Git concepts are widely used in real projects and DevOps environments: 🔹 Cloud & DevOps teams use Git for version control and collaboration 🔹 CI/CD pipelines rely on Git repositories to trigger automated builds and deployments 🔹 Developers use branching strategies to develop features without breaking production code 🔹 Tools like GitHub integrate with cloud platforms to manage code, reviews, and deployments Mastering Git is a key step toward becoming a Cloud/DevOps engineer. ☁️⚙️ #LearnInPublic #CloudLearning #DevOpsJourney #GitAndGitHub #ContinuousLearning #FresherJourney #TechGrowth

🚀 Day 59 of my Learning Journey – Git Stash 📘 Discovered a powerful Git feature that helps developers switch tasks without losing their work! 💻 I explored Git Stash, a simple but very useful way to temporarily save changes when you need to move to another task quickly. Git Stash allows developers to temporarily store uncommitted changes in a safe place without committing them to the repository. This is extremely useful when you need to switch branches, pull updates, or fix an urgent issue without losing your current work. It keeps your working directory clean while preserving unfinished changes for later use. ⚙️ Key Commands & Features 🔹 git stash – Temporarily saves uncommitted changes and cleans the working directory. 🔹 git stash list – Displays all saved stashes so you can track them easily. 🔹 git stash apply – Reapplies the stashed changes without removing them from the stash list. 🔹 git stash pop – Applies the stash and removes it from the stash list. 🔹 git stash drop – Deletes a specific stash entry when it is no longer needed. 🔹 git stash clear – Removes all stored stashes permanently. 🎯 Key Takeaway: Learning Git Stash helps me manage unfinished work efficiently and stay productive while working with multiple tasks in development. 📈 Real-World Usage / Industry Relevance 🔹 Quick task switching – Developers stash their work to fix urgent production bugs without committing incomplete code. 🔹 Branch switching – Used when moving between feature branches while keeping current changes safe. 🔹 CI/CD preparation – Keeps the repository clean before running builds or automated pipelines. 🔹 Team collaboration – Prevents unnecessary commits of incomplete features in shared repositories. #Git #GitHub #DevOpsLearning #TechJourney #ContinuousLearning #SoftwareDevelopment #CareerGrowth

🚀 Day 55 of my Learning Journey – Git Branching ⚙️ Discovered how developers work on multiple features without breaking the main project. I explored Git Branching, one of the most powerful features of Git used in real-world development. 📘 What is Git Branching? Git branching allows developers to create separate versions of the codebase to work on new features, bug fixes, or experiments without affecting the main project. It helps teams collaborate efficiently while keeping the main code stable. Branches are widely used in software development, DevOps workflows, and CI/CD pipelines. 💻 Key Commands & Concepts 🔹 git branch – Lists all branches in the repository. 🔹 git branch <branch-name> – Creates a new branch for development work. 🔹 git checkout <branch-name> – Switches to another branch. 🔹 git checkout -b <branch-name> – Creates and switches to a new branch in one step. 🔹 git merge <branch-name> – Combines changes from one branch into another. 🔹 git branch -d <branch-name> – Deletes a branch after the work is completed. 🎯 Key Takeaway Understanding Git branching helps me manage code changes safely and collaborate effectively in DevOps and cloud-based development environments. ⚙️ Real-World Usage in Industry 🔹 Feature Development – Developers create separate branches for new features before merging into the main code. 🔹 Bug Fixing – Critical issues are fixed in dedicated branches without disturbing ongoing development. 🔹 CI/CD Pipelines – Branches trigger automated testing and deployment pipelines. 🔹 Production Stability – Main branches like main or master remain stable for production releases. 🔹 Team Collaboration – Multiple developers work simultaneously on different branches. #Git #GitHub #DevOpsLearning #CloudLearning #LearningInPublic #TechCareer #SoftwareDevelopment