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Even seasoned developers get in trouble with Git, and fixing a botched branch/PR seems to require a deep understanding of Git's numerous concepts—a lot of theory just to get things done. This talk (originally presented at RubyConf Brazil 2016, then at Shopify) re-introduces Git (and GitHub) from the point of view of a pull request, going through tricky spots that show up time and time again, focusing on what we should know in order to avoid those problems—or at least to control the damage.
This document provides an overview of various Git commands, workflows, and best practices. It covers the basics of initializing repositories, committing, branching, merging, tagging, undoing changes, and working with remotes. It also summarizes several common Git workflows including centralized, feature branching, Gitflow, and forking models. Best practices around aliases, ignoring files, log formatting, and branching strategies are also outlined.
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This document provides an overview of open source collaboration using Git and GitHub. It discusses the history and goals of Git, how it works internally with blobs, trees and commits, and how it supports distributed and multiple workflows like centralized, integration manager and benevolent dictator models. It also provides instructions on how to contribute to open source projects by forking repositories on GitHub, making changes locally, pushing to your fork and submitting a pull request.
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This document provides an overview of using Git and GUI tools for Git. It discusses initializing and committing to a local repository, adding a remote repository, resolving conflicts, branching models like master/develop/feature branches, writing commit messages, generating SSH keys, ignoring files, and migrating from SVN to Git. Links are provided to resources on GitBook, branching models, SSH keys, writing commit messages, hosted version control services and more.
This document discusses Git flow and workflows for features, releases, and hotfixes. It explains how to start and finish these branches using git flow commands or equivalent Git commands. It also provides tips for publishing remote branches, dealing with obsolete branches, and fixing common mistakes like amending commits, resetting files, and recovering deleted local branches.
Git Flow and Coding Style discusses Git merge vs Git rebase and JavaScript coding style. It explains how Git merge creates a new commit when merging branches while Git rebase replays commits from one branch onto another branch without creating additional merge commits. It recommends rebasing the master branch and testing before creating a pull request. It also discusses the Airbnb JavaScript style guide as a good reference for code examples and styles including ES6 standards. Yoda conditions are mentioned as a style to avoid assignment errors in conditional statements. Writing unit tests is suggested to prevent coding errors.
Git is a distributed version control system created by Linus Torvalds that allows for non-linear development with features like very fast branching and merging. The document provides an overview of basic Git commands and concepts including initializing a repository, making commits, branching, merging, tagging, stashing, resolving conflicts, and using Git with Subversion. It also discusses the distributed nature of Git and how it works with local repositories that can be pushed to and pulled from remote repositories.
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Git is a version control system that is better than SVN for several reasons:
1. Git allows for cheap and easy local branching so developers can work independently without affecting others.
2. With Git, the entire codebase history is downloaded when cloning a repository, enabling highly responsive local operations and distribution of work.
3. Common Git workflows like the Git Flow process support integration manager and dictator/lieutenant models for code collaboration on GitHub repositories.
This presentation from the University of Portland covers using GitLab for version control. It discusses creating a GitLab account, making a new project, and using GitLab on both Windows and Linux. On Windows, users can install GitHub desktop and drag project URLs to clone repositories. On Linux, commands like git clone, git add, and git push are used to clone repositories from GitLab and push new files. The presentation provides several online resources for learning more about Git and GitLab.
Git Flow is a branching model for Git that provides guidelines for managing feature branches, release branches, and hotfix branches. The main branches are master, which always reflects a production-ready state, and develop, which contains testable code without incomplete features. Supporting branches like feature, release, and hotfix branches have a limited lifetime and are used for parallel development, preparing releases, and quickly fixing production issues. Feature branches branch off develop and must merge back into it, release branches branch off develop and must merge back into both develop and master, and hotfix branches may branch off master and must merge into both master and develop.
Gitea is a painless self-hosted Git service. It is similar to GitHub, Bitbucket or Gitlab. The initial development have been done on Gogs but we have forked it and named it Gitea. If you want to read more about the reasons why we have done that please read this blog post.
https://docs.gitea.io/en-us/
Git-flow is a Git workflow that advocates using separate branches for features, releases, and hotfixes. It uses a master branch for production-ready code and a develop branch as the main branch where features are integrated. Feature branches are created from develop and merged back after completion. Release branches are created from develop for final testing before merging to both master and develop. Hotfix branches are directly created from master to quickly patch production releases. Pull requests are recommended to communicate changes between branches.
Git is a distributed version control system created by Linus Torvalds to manage changes to the Linux kernel. It allows developers to work independently and merge changes later. Git uses local repositories that can act as both clients and servers, avoiding the need to be connected to a central server. The basic Git workflow involves modifying files in the working directory, staging changes, and committing snapshots of the staged changes to the local repository. Common Git commands are used to add, commit, push, pull, branch, merge, and more. Key features of Git include being open source, distributed, providing security and speed, supporting non-linear development with branching and merging, and assuring data integrity.
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This document introduces Git Flow, a Git branching model that provides high-level repository operations. It outlines the main branches - master for production, develop for development, and supporting branches like feature, release, and hotfix. Git Flow is a collection of Git extensions that help initialize and manage branches through commands like git flow feature and git flow release. The model forms an easy to understand mental model for teams to share in their branching and releasing processes.
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This document provides an overview of using Git for version control. It begins with cloning a project from the internet and creating a local Git project. It then covers committing changes, pushing commits to a remote repository on GitHub, and pulling updates. The document also discusses branching, forking projects on GitHub, and sending pull requests to contribute changes back to the original project.
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Gitflow Workflow is a Git workflow design that was first published and made popular by Vincent Driessen (Software Engineer from the Netherlands). The Gitflow Workflow defines a strict branching model designed around the project release. This provides a robust framework for managing larger projects.
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.
XPDDS19: Will Robots Automate Your Job Away? Streamlining Xen Project Contrib...The Linux Foundation
Doug has long advocated for more CI/CD (Continuous Integration / Continuous Delivery) processes to be adopted by the Xen Project from the use of Travis CI and now GitLab CI. This talk aims to propose ideas for building upon the existing process and transforming the development process to provide users a higher quality with each release by the Xen Project.
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Building a CI/CD System with GitHub Actions
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Intro to Continuous Integration (CI), Continuous Delivery (CD), Continuous Deployment (CD), and CI/CD Pipelines
Intro to GitHub Actions
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Building CD workflow
Live Demo: Build CI System for JS and .NET Apps
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Git is a distributed version control system created by Linus Torvalds that allows for non-linear development with features like very fast branching and merging. The document provides an overview of basic Git commands and concepts including initializing a repository, making commits, branching, merging, tagging, stashing, resolving conflicts, and using Git with Subversion. It also discusses the distributed nature of Git and how it works with local repositories that can be pushed to and pulled from remote repositories.
How to use any static site generator with GitLab Pages. Ivan Nemytchenko
It is possible to delegate all the routine work of static site generation to GitLab Pages. It is possible because of built-in CI service.
March, 19 2016, Kiev, Ruby Meditation
Git is a version control system that is better than SVN for several reasons:
1. Git allows for cheap and easy local branching so developers can work independently without affecting others.
2. With Git, the entire codebase history is downloaded when cloning a repository, enabling highly responsive local operations and distribution of work.
3. Common Git workflows like the Git Flow process support integration manager and dictator/lieutenant models for code collaboration on GitHub repositories.
This presentation from the University of Portland covers using GitLab for version control. It discusses creating a GitLab account, making a new project, and using GitLab on both Windows and Linux. On Windows, users can install GitHub desktop and drag project URLs to clone repositories. On Linux, commands like git clone, git add, and git push are used to clone repositories from GitLab and push new files. The presentation provides several online resources for learning more about Git and GitLab.
Git Flow is a branching model for Git that provides guidelines for managing feature branches, release branches, and hotfix branches. The main branches are master, which always reflects a production-ready state, and develop, which contains testable code without incomplete features. Supporting branches like feature, release, and hotfix branches have a limited lifetime and are used for parallel development, preparing releases, and quickly fixing production issues. Feature branches branch off develop and must merge back into it, release branches branch off develop and must merge back into both develop and master, and hotfix branches may branch off master and must merge into both master and develop.
Gitea is a painless self-hosted Git service. It is similar to GitHub, Bitbucket or Gitlab. The initial development have been done on Gogs but we have forked it and named it Gitea. If you want to read more about the reasons why we have done that please read this blog post.
https://docs.gitea.io/en-us/
Git-flow is a Git workflow that advocates using separate branches for features, releases, and hotfixes. It uses a master branch for production-ready code and a develop branch as the main branch where features are integrated. Feature branches are created from develop and merged back after completion. Release branches are created from develop for final testing before merging to both master and develop. Hotfix branches are directly created from master to quickly patch production releases. Pull requests are recommended to communicate changes between branches.
Git is a distributed version control system created by Linus Torvalds to manage changes to the Linux kernel. It allows developers to work independently and merge changes later. Git uses local repositories that can act as both clients and servers, avoiding the need to be connected to a central server. The basic Git workflow involves modifying files in the working directory, staging changes, and committing snapshots of the staged changes to the local repository. Common Git commands are used to add, commit, push, pull, branch, merge, and more. Key features of Git include being open source, distributed, providing security and speed, supporting non-linear development with branching and merging, and assuring data integrity.
The document discusses Git workflows and best practices for managing source code versions. It recommends using small, focused branches for new features or bug fixes, then pushing branches to the remote repository for review and merging. It also recommends forking repositories for outside contributions, where others can submit pull requests to merge changes into the main repository. Following these practices helps keep code organized, allows for easy integration of new changes, and facilitates collaboration.
This document introduces Git Flow, a Git branching model that provides high-level repository operations. It outlines the main branches - master for production, develop for development, and supporting branches like feature, release, and hotfix. Git Flow is a collection of Git extensions that help initialize and manage branches through commands like git flow feature and git flow release. The model forms an easy to understand mental model for teams to share in their branching and releasing processes.
This document provides an overview of Git workflow in agile development. It introduces basic Git commands like git init, git add, git commit, git branch, git checkout, and git merge. It then demonstrates how these commands can be used in a typical workflow involving feature branches, hotfix branches, and merging changes back into the master branch for deployment. Key steps shown include creating feature branches off of develop, pushing changes to those branches, merging the feature branches back into develop once complete, creating hotfix branches off of master as needed, and merging those hotfixes back to both master and develop.
The document discusses different types of Git workflows including centralized, feature branch, and forking workflows. It mentions the centralized workflow allows developers comfortable with Subversion to experience Git benefits without entirely new processes, serving as a friendly transition. Feature branches are developed independently then merged into the main branch, while forking lets anyone contribute by making changes on their personal fork then submitting a pull request.
This document provides an overview of using Git for version control. It begins with cloning a project from the internet and creating a local Git project. It then covers committing changes, pushing commits to a remote repository on GitHub, and pulling updates. The document also discusses branching, forking projects on GitHub, and sending pull requests to contribute changes back to the original project.
The document discusses a tool called Versions that checks for new releases of projects. It started as a hardcoded script but was refactored to use a YAML configuration file to make it more flexible and maintainable. The tool supports checking versions from many sites by parsing release notes with regex. While versioning schemes vary, the tool handles irregularities through configuration. Feedback from users helped improve the tool's capabilities and identify bugs.
This document provides an overview of using Git and GitHub. It demonstrates how to initialize a Git repository, stage and commit changes, create a remote GitHub repository, and push code to it. It also covers creating branches and merging them, using .gitignore files, and undoing staged changes. The goal is to teach best practices for version control of code and collaborating via GitHub repositories.
Gitflow. A successful Git branching model.documarezc
Gitflow Workflow is a Git workflow design that was first published and made popular by Vincent Driessen (Software Engineer from the Netherlands). The Gitflow Workflow defines a strict branching model designed around the project release. This provides a robust framework for managing larger projects.
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.
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Building a CI/CD System with GitHub Actions
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Intro to GitHub Actions
Building CI workflow
Building CD workflow
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Eclipse Che is an open source cloud IDE that allows developers to contribute to projects from anywhere at any time without needing to install anything locally. It provides pre-configured developer workspaces that include necessary tools and can be accessed via a web browser. Che uses a plug-in architecture that allows customizing the IDE, servers, and workspaces. Developers can get started with Che by cloning its source code from GitHub and installing or creating their own plug-ins.
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Explore seamless development with Continuous Integration using Jenkins and Python. Learn the essentials of integrating Jenkins with Python for efficient software deployment and management.
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Running jenkins in a public cloud - common issues and some solutionsAndrey Devyatkin
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Jenkins, Bhyve, and Webdriver: Continuous Integration testing on FreeNAS by C...iXsystems
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This document discusses using Jenkins and Docker together for continuous integration and continuous delivery (CI/CD) workflows. It provides an overview of continuous integration, continuous delivery, Jenkins, and Docker. It then demonstrates setting up a CI/CD pipeline using Jenkins and Docker to build, test, and deploy a sample voting application across multiple Docker nodes. The pipeline includes building Docker images from source code in Jenkins, running builds and tests on commits, and deploying updated images to a Docker swarm cluster.
Increase the Velocity of Your Software Releases Using GitHub and DeployHubDevOps.com
Increase the velocity of your software releases by using continuous deployment driven by continuous delivery pipeline. After all, the goal of agile is to get code updates into the hands of your users fast and on a high frequency basis. This means installing all the way to production, not just staged for productio.
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GitHub and DeployHub work together to provide a complete DevOps process that results in a repeatable, consistent software releases process with a full continuous feedback loop.
Louisville Software Engineering Meet Up: Continuous Integration Using JenkinsJames Strong
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This document discusses using version control for Notes developers. It recommends using a version control system like Git or Subversion to track changes made during development. It describes how to set up Git for use with Domino Designer using the EGit plugin. It also discusses using a branching model like git-flow to manage features, releases, and bug fixes. Finally, it provides resources for learning more about version control systems and tools that can be integrated into the development workflow.
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1) The document describes how a PaaS provider implemented continuous integration as a service at scale for over 700 .NET repositories using a Cake-based approach with common scripts and interfaces.
2) Common Cake scripts were developed and stored in a master repository to enable centralized management of CI/CD processes and deployment of repositories on demand.
3) Additional features like static code analysis, Slack notifications, and custom dashboards were integrated to provide visibility and monitoring across all repositories.
4) While Cake covered around 30% of repositories initially, additional adoption of Jenkins pipelines increased coverage to 70% by automating more common processes.
5) The provider aims to further improve automation and hide complexity by never exposing
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UI5con 2024 - Bring Your Own Design SystemPeter Muessig
How do you combine the OpenUI5/SAPUI5 programming model with a design system that makes its controls available as Web Components? Since OpenUI5/SAPUI5 1.120, the framework supports the integration of any Web Components. This makes it possible, for example, to natively embed own Web Components of your design system which are created with Stencil. The integration embeds the Web Components in a way that they can be used naturally in XMLViews, like with standard UI5 controls, and can be bound with data binding. Learn how you can also make use of the Web Components base class in OpenUI5/SAPUI5 to also integrate your Web Components and get inspired by the solution to generate a custom UI5 library providing the Web Components control wrappers for the native ones.
Consistent toolbox talks are critical for maintaining workplace safety, as they provide regular opportunities to address specific hazards and reinforce safe practices.
These brief, focused sessions ensure that safety is a continual conversation rather than a one-time event, which helps keep safety protocols fresh in employees' minds. Studies have shown that shorter, more frequent training sessions are more effective for retention and behavior change compared to longer, infrequent sessions.
Engaging workers regularly, toolbox talks promote a culture of safety, empower employees to voice concerns, and ultimately reduce the likelihood of accidents and injuries on site.
The traditional method of conducting safety talks with paper documents and lengthy meetings is not only time-consuming but also less effective. Manual tracking of attendance and compliance is prone to errors and inconsistencies, leading to gaps in safety communication and potential non-compliance with OSHA regulations. Switching to a digital solution like Safelyio offers significant advantages.
Safelyio automates the delivery and documentation of safety talks, ensuring consistency and accessibility. The microlearning approach breaks down complex safety protocols into manageable, bite-sized pieces, making it easier for employees to absorb and retain information.
This method minimizes disruptions to work schedules, eliminates the hassle of paperwork, and ensures that all safety communications are tracked and recorded accurately. Ultimately, using a digital platform like Safelyio enhances engagement, compliance, and overall safety performance on site. https://safelyio.com/
Measures in SQL (SIGMOD 2024, Santiago, Chile)Julian Hyde
SQL has attained widespread adoption, but Business Intelligence tools still use their own higher level languages based upon a multidimensional paradigm. Composable calculations are what is missing from SQL, and we propose a new kind of column, called a measure, that attaches a calculation to a table. Like regular tables, tables with measures are composable and closed when used in queries.
SQL-with-measures has the power, conciseness and reusability of multidimensional languages but retains SQL semantics. Measure invocations can be expanded in place to simple, clear SQL.
To define the evaluation semantics for measures, we introduce context-sensitive expressions (a way to evaluate multidimensional expressions that is consistent with existing SQL semantics), a concept called evaluation context, and several operations for setting and modifying the evaluation context.
A talk at SIGMOD, June 9–15, 2024, Santiago, Chile
Authors: Julian Hyde (Google) and John Fremlin (Google)
https://doi.org/10.1145/3626246.3653374
2. Setting Up Your Own PaaS
and CI/CD Pipeline
http://tinyurl.com/jnxn8ln
3. We’re tasked with building
the deployment system for
the company’s blog
… exciting, I know
4. Pull Requests
● Run the build/tests/etc
● Stand up an actual instance of the blog in Deis (separate app per PR)
Production (master branch)
● Run the build/tests/etc
● Deploy new version of the blog in Deis (with no downtime)