Utility to set the remote "upstream" on forked repository
Synchronize git templates generated by GitHub as if they were forks
Provides access to the system's UI for selecting images and videos from the phone's library or taking a photo with the camera.
Executes git commands gracefully. Retries them on errors
Get notified when one or more local git repos diverge from the upstream tracking branch
Install missing TypeScript typings for your dependencies. (Moderne fork)
A fork of npm-check.
GraphQL IDE for better development workflows (GraphQL Subscriptions, interactive docs & collaboration).
The Guacamole javascript client
A Cloudflare Workers-native fork of isomorphic-git
Node.js implementation of a proxy server (think Squid) with support for SSL, authentication, upstream proxy chaining, and protocol tunneling.
##### Updated on 12 January 2022
The official JavaScript client for the Phoenix web framework.
A HTML parser extracted from Angular with some modifications
Custom Speedscope fork with exported internals
middleware of FLOWFACT to interact between frontend and backend
Fork of facebookincubator/create-react-app@5.0.1 with some additional features. This is a major version update to CRA
Module resolution utilities based on Node.js upstream implementation.
Provides metadata and conversions from repository urls for GitHub, Bitbucket and GitLab
Prebuilt linux-x64 binaries for @jitl/opentui-core
SQLite3 Multiple Ciphers v2.2.4 (based on SQLite 3.50.4) packaged as a WASM module.
A light-weight module that brings Fetch API to node.js
React renderer for building terminal user interfaces using OpenTUI core
Visual Git Client (Ungit) — reverse-proxied through the VibeControls agent
Help to sync fork from upstream by extending git command
upstreamwatchr makes it easy to keep track of changes in the upstream repositories of your forks by comparing two git remotes and creating an issue on your fork if it is out of sync.
Interactively manage chains or trees of dependent git branches. Merge or rebase to iteratively incorporate new changes from upstream or intermediate modifications. View your current place within the tree.
- xcsims: Delete all simulators and recreate one for each compatible platform and device type pairing. - sync-git-remotes: Make sure all your GitHub repos are cloned into a given directory and keep them synced with upstream. Forks are maintained with a remote for both the fork and upstream, both remotes' default branches are tracked in local counterparts, and the upstream default branch is also pushed to the fork. - changetag: Extract changelog entries to write into git tag annotation messages. - prerelease-podspec: Branch and create/push a release candidate tag, modify the podspec to use that version tag, and try linting it. - release-podspec: Create a tag with the version and push it to repo origin, push podspec to CocoaPods trunk. - revert-failed-release-tag: In case `release-podspec` fails, make sure the tag it may have created/pushed is destroyed before trying to run it again after fixing, so it doesn't break due to the tag already existing the second time around. - bumpr: Increment the desired part of a version number (major/minor/patch/build) and write the change to a git commit. - clean-rc-tags: deletes any release candidate tags leftover after prerelease testing. - migrate-changelog: for a changelog adhering to [Keep a Changelog](https://keepachangelog.com/en/1.0.0/), move any contents under Unreleased to a new section for a new version with the current date.
RuboCop CLI that only lints and auto-fixes code you committed by utilizing `git-log` and `git-diff`. Rfix CLI makes it possible to lint (`rfix lint`) and auto-fix (`rfix local|origin|branch`) code changes since a certain point in history. You can auto-fix code committed since creating the current branch (`rfix origin`) or since pushing to upstream (`rfix local`). Includes a RuboCop formatter with syntax highlighting and build in hyperlinks for offense documentation. Holds the same CLI arguments as RuboCop. Run `rfix --help` for a complete list or `rfix` for supported commands.
Faster, safer git branching.
Caperoma automates many decisions related to the programming that you often don't realize, and which you can forget hundreds of times during the time of working on the project: pulling the latest code from upstream before you start working, remembering from which branch you started the feature to later make a pull request into it, creating & starting tasks in Jira, creating & starting tasks in Pivotal, naming branches, adding Jira ID into the branch name, style guide checks, commits, naming commits, adding Jira ID into commit name, adding Pivotal ID into commit name, git pushes, pull requests into correct branches, stopping tasks in Jira, stopping tasks in Pivotal, tracking time, logging time to Jira, switching back into the original branch and much more.