Mistakes happen - no matter how experienced you are. Using Git as your version control system, however, you have a safety net that helps you if it comes to the worst. Learn how to undo, roll back, and recover from mistakes.
The document provides good practices for using Git, including forking repositories, cloning, adding remote repositories, fetching from remotes, committing changes locally, rebasing, and pushing changes to remote repositories. It also discusses the differences between rebasing and pulling from a remote when integrating changes.
Git rebase rewrites commit history by cutting commits from one branch and applying them to another branch, changing the commit IDs. This cleans up history but can cause issues if commits are pushed. Git merge keeps the original commits and adds a merge commit, keeping full history but potentially cluttering it. Rebase is best for local branches before pushing, while merge is better for integrating public branches to avoid rewriting shared history.
This document provides an introduction to using Git. Some key points:
- Git is a distributed version control system that is different from CVS/SVN in that nearly every operation is local and Git stores snapshots of files rather than differences.
- The basics of using Git involve recording changes by checking status, adding files, committing changes, and working with remotes like origin.
- Additional topics covered include undoing changes, working with others through branching and merging, tagging versions, and using tools like interactive mode and stashing.
This document provides a cheat sheet of common Git commands organized into categories like setup, initialization, branching, sharing/updating, tracking changes, and rewriting history. It summarizes the purpose and basic usage of commands like git init, git add, git commit, git branch, git fetch, git merge, git push, and git log. The cheat sheet is intended to serve as a quick reference guide for the most important and frequently used Git commands.
The document discusses the three main states that code can be in with Git: unmodified, staged, and committed. It explains how to use commands like git add, git commit, git status, and git diff to transition code between these states and view changes. It also covers branching, merging, rebasing and rewriting history with commands like git branch, git merge, git rebase and git reset.
This document provides an overview of version control systems and demonstrates how to use the version control system Git. It begins by explaining why version control is useful, especially for software projects. It then demonstrates the basic commands and workflows for initializing a Git repository, tracking files, committing changes, and pushing commits to a remote repository like GitHub. The document also covers branching, merging, resolving conflicts, and undoing changes. It provides explanations for various Git commands like add, commit, status, log, diff, reset, checkout, revert, fetch and more.
The document provides an overview of common Git commands for initializing and cloning repositories, tracking changes, viewing history, branching and merging, and working with remote repositories. It introduces commands for initializing and cloning repositories (git init, git clone), making and viewing changes (git add, git commit, git status, git diff), viewing history (git log), branching and merging (git branch, git checkout, git merge), and interacting with remote repositories (git remote, git fetch, git pull, git push).
This document provides instructions for using git-flow, an extension to Git that supports a branching model for managing releases and maintaining multiple branches in parallel. It describes how to set up git-flow on OSX, Linux, and Windows systems and provides a basic overview of common git-flow commands for starting and finishing features, releases, and hotfixes.
Excerpt from slides used in undergraduate software engineering lectures.
Our favorite git tricks, git commands and utilities that make working with git easier.
Updated June 2015.
This document introduces Git Flow, a branching model for Git that supports parallel development and release management of projects. It recommends using separate branches for features, releases, hotfixes and support. The key branches are develop, which always holds the complete history and is used for integration, and master, which holds production-ready code. Feature branches are used for new development and merged into develop when ready. Release branches are used to prepare releases and merged into both develop and master. Hotfix branches address issues in master and merged into both. Visual diagrams and step-by-step examples are provided to demonstrate how to set up and use Git Flow for parallel development and releases.
A Beginner's Guide to Git and GitHub, CLI version.
What is Git?
What is Github
Basic commands
Difference between Central and Distributed Version Controlling System
This document provides an overview of Git and Git Flow for version control. It defines key Git concepts like version control systems, distributed version control, and the benefits of Git over centralized systems. It also explains the branches and workflow in Git Flow, including features, releases, hotfixes and using branches to independently develop features before merging into develop or master. The document concludes with some advanced Git techniques like bisecting to find broken commits, cherry-picking commits, using .gitignore files, and blame to identify who last changed a file.
Version Control Systems with git (and github) as an exampleGaurav Kumar Garg
Version control systems are programs or software to manage the source code of computer programs. Most of the open source projects are now hosted on github. So learning about git and github is very much necessary to learning and start contributing to the open source projects. In this presentation I hope to get the audience introduced to the basics of version control systems and learn the basics of git.
http://shdlr.com/conferences/talk/20332
Git allows creating snapshots of project files called commits. Users can create branches to develop features independently and then merge them together. Common commands include commit to save snapshots, checkout to switch branches, merge to combine work, and push/pull to share commits between remote repositories. Advanced techniques involve rebasing to clean up commit histories and resolving merge conflicts when branches diverge.
The document provides an overview of using Git for version control and collaboration. It covers Git basics like setting up a repository, tracking and committing files, branching and merging, and collaborating using remotes on services like GitHub. The typical workflow involves creating a local Git repository, making commits on branches, merging branches together, and pushing/pulling changes to/from a shared remote repository.
The document discusses Git and GitHub workflows. It begins by describing Git as a distributed version control system designed for speed, integrity and distributed workflows. It then explains Git's branching model including features, releases, hotfixes and how GitHub is used to collaborate through forking repositories and pull requests.
This document provides an overview of using Git for version control, including setting up a local Git repository, tracking and committing changes, branching and merging, and collaborating remotely by adding and pushing to a GitHub repository. Key Git commands and concepts covered include init, add, commit, status, branch, checkout, merge, push, pull and remote for working with local and remote repositories.
Git introduces the concept of a local repository where the entire project history is stored locally, unlike SVN which routes all changes through a remote repository. With Git, changes are committed as changesets rather than whole file versions, and branching/tagging are inherent parts of distributed version control. Pull requests allow sharing and merging changes between remote and local repositories through fetch, merge, and rebase operations.
GIT is a distributed version control system that allows for collaboration by keeping track of changes made to source code over time. It keeps snapshots of files and allows users to work offline or disconnected from servers. Unlike centralized systems, GIT considers data as snapshots of files rather than file-based changes, and each user has a full copy of the repository. Users can commit changes to their local repository and then push them to remote repositories. Common commands include add, commit, push, pull, branch, merge, and status.
This document provides an overview of Git and how to use it. It discusses version control systems and how distributed version control systems like Git work. It explains how Git was created by Linus Torvalds for Linux kernel development and why it gained popularity due to its speed and efficiency. The document then covers Git basics like setup, commits, branches and workflows. It also introduces tools for using Git in Eclipse and GitLab for code hosting and collaboration.
Git is a version control system for tracking changes in computer files and coordinating work on those files among multiple people.
This PPT describes most used commands.
The document provides an overview of common Git commands and concepts for collaboration. It discusses forking repositories to make changes without affecting the original, using pull requests to submit changes for review, and managing remote repositories. It also covers merging and rebasing branches, as well as more advanced commands like reset, checkout, and revert for undoing changes or moving between commits. Additional topics include reflogs for viewing history, logging commits, stashing work in progress, and enabling Git autocomplete in Bash.
Git is a distributed version control system that allows users to track changes to files and collaborate with others. It maintains a database of snapshots of files and allows users to commit changes, compare changes between versions, and collaborate through a remote server. Some key aspects of Git include its use of snapshots rather than file differences, its local operations that add data, and its three stages of files - the working directory, staging area, and Git directory.
This document provides a summary of common Git commands for setting up and working with repositories, saving changes, inspecting history, undoing changes, rewriting history, syncing with remote repositories, branching, and merging. It discusses initializing and cloning repositories, adding and committing changes, viewing logs and checking out commits, reverting and resetting changes, amending commits and rebasing, fetching and pushing to remote repositories, branching, and merging branches. It also cautions against amending shared commits or force pushing to avoid overwriting others' work.
This document provides an overview of Git basics including why Git is useful, how it works, common workflows, branching, merging, rebasing, tagging, bisecting, and using remote repositories on services like GitHub. It explains key Git concepts and commands in an accessible way for those new to version control.
Nicola Iarocci - Git stories from the front line - Codemotion Milan 2017Codemotion
This document provides numerous examples of Git aliases that can help streamline workflows. It begins by demonstrating aliases for common commands like status, last commit, checkout, add, commit, reset, and grep. It then shows more advanced aliases for managing branches, commits, and reflogs. Throughout, it emphasizes that aliases can make workflows more efficient by avoiding repetitive tasks and that teams should consider sharing standardized aliases. It concludes by encouraging readers to continually learn Git, customize workflows for their needs, and view themselves as craftspeople improving their skills.
Diapositivas de la charla dada por la gente de uno21.com.ar (@luke_ar y @matitanio) en la UP, el día 21/08/2012. Próximamente en otras universidades :)
Excerpt from slides used in undergraduate software engineering lectures.
Our favorite git tricks, git commands and utilities that make working with git easier.
Updated June 2015.
This document introduces Git Flow, a branching model for Git that supports parallel development and release management of projects. It recommends using separate branches for features, releases, hotfixes and support. The key branches are develop, which always holds the complete history and is used for integration, and master, which holds production-ready code. Feature branches are used for new development and merged into develop when ready. Release branches are used to prepare releases and merged into both develop and master. Hotfix branches address issues in master and merged into both. Visual diagrams and step-by-step examples are provided to demonstrate how to set up and use Git Flow for parallel development and releases.
A Beginner's Guide to Git and GitHub, CLI version.
What is Git?
What is Github
Basic commands
Difference between Central and Distributed Version Controlling System
This document provides an overview of Git and Git Flow for version control. It defines key Git concepts like version control systems, distributed version control, and the benefits of Git over centralized systems. It also explains the branches and workflow in Git Flow, including features, releases, hotfixes and using branches to independently develop features before merging into develop or master. The document concludes with some advanced Git techniques like bisecting to find broken commits, cherry-picking commits, using .gitignore files, and blame to identify who last changed a file.
Version Control Systems with git (and github) as an exampleGaurav Kumar Garg
Version control systems are programs or software to manage the source code of computer programs. Most of the open source projects are now hosted on github. So learning about git and github is very much necessary to learning and start contributing to the open source projects. In this presentation I hope to get the audience introduced to the basics of version control systems and learn the basics of git.
http://shdlr.com/conferences/talk/20332
Git allows creating snapshots of project files called commits. Users can create branches to develop features independently and then merge them together. Common commands include commit to save snapshots, checkout to switch branches, merge to combine work, and push/pull to share commits between remote repositories. Advanced techniques involve rebasing to clean up commit histories and resolving merge conflicts when branches diverge.
The document provides an overview of using Git for version control and collaboration. It covers Git basics like setting up a repository, tracking and committing files, branching and merging, and collaborating using remotes on services like GitHub. The typical workflow involves creating a local Git repository, making commits on branches, merging branches together, and pushing/pulling changes to/from a shared remote repository.
The document discusses Git and GitHub workflows. It begins by describing Git as a distributed version control system designed for speed, integrity and distributed workflows. It then explains Git's branching model including features, releases, hotfixes and how GitHub is used to collaborate through forking repositories and pull requests.
This document provides an overview of using Git for version control, including setting up a local Git repository, tracking and committing changes, branching and merging, and collaborating remotely by adding and pushing to a GitHub repository. Key Git commands and concepts covered include init, add, commit, status, branch, checkout, merge, push, pull and remote for working with local and remote repositories.
Git introduces the concept of a local repository where the entire project history is stored locally, unlike SVN which routes all changes through a remote repository. With Git, changes are committed as changesets rather than whole file versions, and branching/tagging are inherent parts of distributed version control. Pull requests allow sharing and merging changes between remote and local repositories through fetch, merge, and rebase operations.
GIT is a distributed version control system that allows for collaboration by keeping track of changes made to source code over time. It keeps snapshots of files and allows users to work offline or disconnected from servers. Unlike centralized systems, GIT considers data as snapshots of files rather than file-based changes, and each user has a full copy of the repository. Users can commit changes to their local repository and then push them to remote repositories. Common commands include add, commit, push, pull, branch, merge, and status.
This document provides an overview of Git and how to use it. It discusses version control systems and how distributed version control systems like Git work. It explains how Git was created by Linus Torvalds for Linux kernel development and why it gained popularity due to its speed and efficiency. The document then covers Git basics like setup, commits, branches and workflows. It also introduces tools for using Git in Eclipse and GitLab for code hosting and collaboration.
Git is a version control system for tracking changes in computer files and coordinating work on those files among multiple people.
This PPT describes most used commands.
The document provides an overview of common Git commands and concepts for collaboration. It discusses forking repositories to make changes without affecting the original, using pull requests to submit changes for review, and managing remote repositories. It also covers merging and rebasing branches, as well as more advanced commands like reset, checkout, and revert for undoing changes or moving between commits. Additional topics include reflogs for viewing history, logging commits, stashing work in progress, and enabling Git autocomplete in Bash.
Git is a distributed version control system that allows users to track changes to files and collaborate with others. It maintains a database of snapshots of files and allows users to commit changes, compare changes between versions, and collaborate through a remote server. Some key aspects of Git include its use of snapshots rather than file differences, its local operations that add data, and its three stages of files - the working directory, staging area, and Git directory.
This document provides a summary of common Git commands for setting up and working with repositories, saving changes, inspecting history, undoing changes, rewriting history, syncing with remote repositories, branching, and merging. It discusses initializing and cloning repositories, adding and committing changes, viewing logs and checking out commits, reverting and resetting changes, amending commits and rebasing, fetching and pushing to remote repositories, branching, and merging branches. It also cautions against amending shared commits or force pushing to avoid overwriting others' work.
This document provides an overview of Git basics including why Git is useful, how it works, common workflows, branching, merging, rebasing, tagging, bisecting, and using remote repositories on services like GitHub. It explains key Git concepts and commands in an accessible way for those new to version control.
Nicola Iarocci - Git stories from the front line - Codemotion Milan 2017Codemotion
This document provides numerous examples of Git aliases that can help streamline workflows. It begins by demonstrating aliases for common commands like status, last commit, checkout, add, commit, reset, and grep. It then shows more advanced aliases for managing branches, commits, and reflogs. Throughout, it emphasizes that aliases can make workflows more efficient by avoiding repetitive tasks and that teams should consider sharing standardized aliases. It concludes by encouraging readers to continually learn Git, customize workflows for their needs, and view themselves as craftspeople improving their skills.
Diapositivas de la charla dada por la gente de uno21.com.ar (@luke_ar y @matitanio) en la UP, el día 21/08/2012. Próximamente en otras universidades :)
Working with Git – a simple introduction for those used to working with a VCS like Subversion. Explains concepts and shows examples. Feel free to steal slides for your own purposes.
This document provides an overview of Git commands and workflows:
- It introduces basic Git commands for setting up a local repository, adding and committing files, viewing the status and differences between commits, ignoring files, and more.
- Common workflows are demonstrated including cloning a repository, making changes and committing them locally, and pushing changes to a remote repository.
- More advanced topics are covered like branching, merging, rebasing, resolving conflicts, and using tools to help with these processes.
- Configuration options and tips are provided to customize Git behavior and inspect repositories.
The document provides an outline on installing and configuring Git, introduces common Git concepts and commands, discusses various Git workflows and hosting options on GitHub and Bitbucket, and includes examples of using Git in case studies. It covers topics such as setting up a local and global Git configuration, interacting with the staging area and working directory, branching and merging, and resolving conflicts. The document is intended to teach users the basics of using the popular version control system Git.
Git is a distributed version control system that allows developers to work on codebases simultaneously and merge changes easily. It uses a local repository that can be synced to remote repositories hosted on services like GitHub. Developers clone repositories, make changes on branches, commit locally, and push updates to the remote. Git addresses issues like file locking and enables features like easy merging and reverting changes. Stashing is used to temporarily store uncommitted changes when switching branches. GUI clients and documentation on sites like GitHub help users learn and use Git's powerful capabilities for collaboration.
This document provides instructions on installing and using basic version control functionality with Git. It covers downloading and verifying Git installation, initializing and committing to a Git repository, viewing commit history and file status, staging and unstaging files, reverting and resetting commits, and tagging commits. The key points are initializing a Git repository, making commits to track changes over time, and various commands to move between commits, view history, and recover from mistakes.
This document provides an introduction to Git basics and concepts. It covers version control systems and why distributed version control is useful. It then discusses how Git originated from the Linux kernel project. The document reviews basic Git commands and workflows for setting up a repository, tracking and committing changes. It also covers viewing differences between commits, staging files, and undoing or amending commits. Finally, it discusses sharing repositories remotely including adding remotes, pushing and pulling from remote repositories, and cloning repositories from remote URLs.
This document provides an introduction to Git basics and concepts. It covers version control systems and why distributed version control is useful. It then discusses how Git originated from the Linux Kernel project. The document reviews basic Git commands and workflows for setting up a repository, tracking and committing changes. It also covers viewing differences between commits, staging files, and undoing or amending commits. Finally, it discusses sharing repositories remotely including adding remotes, pushing and pulling from remote repositories, and cloning repositories from remote URLs.
This document provides an introduction to using Git. It covers getting Git, creating repositories, staging and committing files, branching, merging, and pushing and pulling changes. The presenter provides exercises for attendees to practice the basic Git commands and workflows. They discuss normal repositories, bare repositories, cloning repositories, viewing logs and commits, configuring user information, amending commits, removing files, branching, merging, pushing changes to a remote repository, and pulling changes from remote.
Git is a version control system that allows developers to track changes to code over time. This document provides a cheat sheet on common Git commands for creating repositories, tracking changes, branching, merging, and more. It also offers best practices for using Git such as writing good commit messages and avoiding half-done work.
Git is a version control system that allows for branching and merging of code. GitHub is a hosting service for Git repositories that enables collaboration through features like forking and pull requests. Heroku is a cloud platform that supports various programming languages and allows applications to be deployed through Git pushes. The cheat sheet outlines common Git commands for configuration, branching, merging, staging changes, viewing history and comparing differences. It also provides examples of workflows for contributing to GitHub projects and deploying applications to Heroku.
This document provides a summary of common Git commands organized into categories including setup & init, stage & snapshot, branch & merge, inspect & compare, tracking path changes, ignoring patterns, share & update, rewrite history, and temporary commits. It explains what each command does and provides examples of basic workflows and interactions between commands.
Git Survival Tips: How to Undo and Recover from Your MistakesPerforce
We can’t avoid mistakes altogether, but the right tools can make sure they don't hurt us too much. Git offers many ways to undo, revert, recover and fix your mistakes. In this session, we'll look at the bad things that can happen to you—and how Git can save your neck. If you’d like to gain more confidence in your day-to-day operations when working with code, I’ll show you how to deal with mistakes in real-world scenarios with Git's various “undo features,” using both the command line and the popular GUI, Tower.
The everyday developer's guide to version control with GitE Carter
Git is a distributed version control system that allows developers to track changes in source code. It provides tools to commit changes locally, branch code for parallel development, and collaborate remotely by pushing and pulling changes from a shared repository. Common Git commands include init to create a repository, add and commit to save changes locally, checkout to switch branches, pull to retrieve remote changes, and push to upload local changes. Git helps developers work efficiently by enabling features like branching, undoing mistakes, and viewing the revision history.
This presentation explores code comprehension challenges in scientific programming based on a survey of 57 research scientists. It reveals that 57.9% of scientists have no formal training in writing readable code. Key findings highlight a "documentation paradox" where documentation is both the most common readability practice and the biggest challenge scientists face. The study identifies critical issues with naming conventions and code organization, noting that 100% of scientists agree readable code is essential for reproducible research. The research concludes with four key recommendations: expanding programming education for scientists, conducting targeted research on scientific code quality, developing specialized tools, and establishing clearer documentation guidelines for scientific software.
Presented at: The 33rd International Conference on Program Comprehension (ICPC '25)
Date of Conference: April 2025
Conference Location: Ottawa, Ontario, Canada
Preprint: https://arxiv.org/abs/2501.10037
AgentExchange is Salesforce’s latest innovation, expanding upon the foundation of AppExchange by offering a centralized marketplace for AI-powered digital labor. Designed for Agentblazers, developers, and Salesforce admins, this platform enables the rapid development and deployment of AI agents across industries.
Email: [email protected]
Phone: +1(630) 349 2411
Website: https://www.fexle.com/blogs/agentexchange-an-ultimate-guide-for-salesforce-consultants-businesses/?utm_source=slideshare&utm_medium=pptNg
Who Watches the Watchmen (SciFiDevCon 2025)Allon Mureinik
Tests, especially unit tests, are the developers’ superheroes. They allow us to mess around with our code and keep us safe.
We often trust them with the safety of our codebase, but how do we know that we should? How do we know that this trust is well-deserved?
Enter mutation testing – by intentionally injecting harmful mutations into our code and seeing if they are caught by the tests, we can evaluate the quality of the safety net they provide. By watching the watchmen, we can make sure our tests really protect us, and we aren’t just green-washing our IDEs to a false sense of security.
Talk from SciFiDevCon 2025
https://www.scifidevcon.com/courses/2025-scifidevcon/contents/680efa43ae4f5
Designing AI-Powered APIs on Azure: Best Practices& ConsiderationsDinusha Kumarasiri
AI is transforming APIs, enabling smarter automation, enhanced decision-making, and seamless integrations. This presentation explores key design principles for AI-infused APIs on Azure, covering performance optimization, security best practices, scalability strategies, and responsible AI governance. Learn how to leverage Azure API Management, machine learning models, and cloud-native architectures to build robust, efficient, and intelligent API solutions
Microsoft AI Nonprofit Use Cases and Live Demo_2025.04.30.pdfTechSoup
In this webinar we will dive into the essentials of generative AI, address key AI concerns, and demonstrate how nonprofits can benefit from using Microsoft’s AI assistant, Copilot, to achieve their goals.
This event series to help nonprofits obtain Copilot skills is made possible by generous support from Microsoft.
What You’ll Learn in Part 2:
Explore real-world nonprofit use cases and success stories.
Participate in live demonstrations and a hands-on activity to see how you can use Microsoft 365 Copilot in your own work!
Explaining GitHub Actions Failures with Large Language Models Challenges, In...ssuserb14185
GitHub Actions (GA) has become the de facto tool that developers use to automate software workflows, seamlessly building, testing, and deploying code. Yet when GA fails, it disrupts development, causing delays and driving up costs. Diagnosing failures becomes especially challenging because error logs are often long, complex and unstructured. Given these difficulties, this study explores the potential of large language models (LLMs) to generate correct, clear, concise, and actionable contextual descriptions (or summaries) for GA failures, focusing on developers’ perceptions of their feasibility and usefulness. Our results show that over 80% of developers rated LLM explanations positively in terms of correctness for simpler/small logs. Overall, our findings suggest that LLMs can feasibly assist developers in understanding common GA errors, thus, potentially reducing manual analysis. However, we also found that improved reasoning abilities are needed to support more complex CI/CD scenarios. For instance, less experienced developers tend to be more positive on the described context, while seasoned developers prefer concise summaries. Overall, our work offers key insights for researchers enhancing LLM reasoning, particularly in adapting explanations to user expertise.
https://arxiv.org/abs/2501.16495
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EASEUS Partition Master Final with Crack and Key Download If you are looking for a powerful and easy-to-use disk partitioning software,
Adobe Lightroom Classic Crack FREE Latest link 2025kashifyounis067
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Adobe Lightroom Classic is a desktop-based software application for editing and managing digital photos. It focuses on providing users with a powerful and comprehensive set of tools for organizing, editing, and processing their images on their computer. Unlike the newer Lightroom, which is cloud-based, Lightroom Classic stores photos locally on your computer and offers a more traditional workflow for professional photographers.
Here's a more detailed breakdown:
Key Features and Functions:
Organization:
Lightroom Classic provides robust tools for organizing your photos, including creating collections, using keywords, flags, and color labels.
Editing:
It offers a wide range of editing tools for making adjustments to color, tone, and more.
Processing:
Lightroom Classic can process RAW files, allowing for significant adjustments and fine-tuning of images.
Desktop-Focused:
The application is designed to be used on a computer, with the original photos stored locally on the hard drive.
Non-Destructive Editing:
Edits are applied to the original photos in a non-destructive way, meaning the original files remain untouched.
Key Differences from Lightroom (Cloud-Based):
Storage Location:
Lightroom Classic stores photos locally on your computer, while Lightroom stores them in the cloud.
Workflow:
Lightroom Classic is designed for a desktop workflow, while Lightroom is designed for a cloud-based workflow.
Connectivity:
Lightroom Classic can be used offline, while Lightroom requires an internet connection to sync and access photos.
Organization:
Lightroom Classic offers more advanced organization features like Collections and Keywords.
Who is it for?
Professional Photographers:
PCMag notes that Lightroom Classic is a popular choice among professional photographers who need the flexibility and control of a desktop-based application.
Users with Large Collections:
Those with extensive photo collections may prefer Lightroom Classic's local storage and robust organization features.
Users who prefer a traditional workflow:
Users who prefer a more traditional desktop workflow, with their original photos stored on their computer, will find Lightroom Classic a good fit.
Adobe Master Collection CC Crack Advance Version 2025kashifyounis067
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Adobe Master Collection CC (Creative Cloud) is a comprehensive subscription-based package that bundles virtually all of Adobe's creative software applications. It provides access to a wide range of tools for graphic design, video editing, web development, photography, and more. Essentially, it's a one-stop-shop for creatives needing a broad set of professional tools.
Key Features and Benefits:
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The Master Collection includes apps like Photoshop, Illustrator, InDesign, Premiere Pro, After Effects, Audition, and many others.
Subscription-based:
You pay a recurring fee for access to the latest versions of all the software, including new features and updates.
Comprehensive suite:
It offers tools for a wide variety of creative tasks, from photo editing and illustration to video editing and web development.
Cloud integration:
Creative Cloud provides cloud storage, asset sharing, and collaboration features.
Comparison to CS6:
While Adobe Creative Suite 6 (CS6) was a one-time purchase version of the software, Adobe Creative Cloud (CC) is a subscription service. CC offers access to the latest versions, regular updates, and cloud integration, while CS6 is no longer updated.
Examples of included software:
Adobe Photoshop: For image editing and manipulation.
Adobe Illustrator: For vector graphics and illustration.
Adobe InDesign: For page layout and desktop publishing.
Adobe Premiere Pro: For video editing and post-production.
Adobe After Effects: For visual effects and motion graphics.
Adobe Audition: For audio editing and mixing.
Why Orangescrum Is a Game Changer for Construction Companies in 2025Orangescrum
Orangescrum revolutionizes construction project management in 2025 with real-time collaboration, resource planning, task tracking, and workflow automation, boosting efficiency, transparency, and on-time project delivery.
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Wondershare Filmora is a video editing software and app designed for both beginners and experienced users. It's known for its user-friendly interface, drag-and-drop functionality, and a wide range of tools and features for creating and editing videos. Filmora is available on Windows, macOS, iOS (iPhone/iPad), and Android platforms.
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FL Studio is a Digital Audio Workstation (DAW) software used for music production. It's developed by the Belgian company Image-Line. FL Studio allows users to create and edit music using a graphical user interface with a pattern-based music sequencer.
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Avast Premium Security is a paid subscription service that provides comprehensive online security and privacy protection for multiple devices. It includes features like antivirus, firewall, ransomware protection, and website scanning, all designed to safeguard against a wide range of online threats, according to Avast.
Key features of Avast Premium Security:
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Email Guardian: Scans your emails for suspicious attachments and phishing attempts.
Multi-device protection: Covers up to 10 devices, including Windows, Mac, Android, and iOS, as stated by 2GO Software.
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In essence, Avast Premium Security provides a robust suite of tools to keep your devices and online activity safe and secure, according to Avast.
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2. Undoing Local Changes
$ git checkout -- file.ext
!
$ git reset --hard HEAD
discards all local changes in a
file since it was last committed
discards all local changes in your working
copy - resetting your project completely
to the last committed state
Discarding uncommitted local changes cannot be undone!
3. Fixing the Last Commit
$ git commit -m “Fix bug #300”
!
$ git add forgotten-change.txt
!
$ git commit --amend -m “Fix bug #299”
D’oh! Wrong bug number
and forgot to add a change…
simply add the change(s)
as usual…
…and commit using the
“--amend” option with
the correct message
“--amend” lets you fix (only) the very last commit very easily.
Since this rewrites history, never amend commits that have
already been pushed to a remote repository!
4. Reverting Commits
C1
$ git revert 8c1f20a
C3 C4
Modifies “index.html” in the “opposite” way:
(old) <div>About</div>
(new) <div>About This Project</div>
C2
Modified “index.html”:
(old) <div>About This Project</div>
(new) <div>About</div>
Reverting Commit
“git revert” creates a new commit (C4) that
reverts the effects of a specified commit (C2).
5. Resetting / Rolling Back
to a Commit
C1 C2 C3 C4 master HEAD
C1 C2 master HEAD
Before reset
After reset
$ git reset --hard 8c1f20a
“git reset” sets your HEAD pointer (and thereby also
your working copy) to an older revision. Commits
that came after this revision appear to be undone.
6. Revert & Reset in a Desktop App
in a desktop app like
Tower right-click on
a commit to access
“Reset” & “Revert”
7. Learn Git with our free online book on
www.git-tower.com/learn