FileSequence is an cross platform application which uses a static code analysis tool to create relationships between your codebase files so we can show how and which files depends upon each other. For now we support JavaScript and we are also capable of categorising types of dependencies, for example third party ones that are from npm packages, NodeJs native modules, require and import statements. We also integrate with GitLab and GitHub to visualize a merge request/pull request visually, so we can show how the new files depend on each other or what other files of the codebase they are using, we also detect new npm dependencies. We plan to eventually support Go, Python and a few other languages.
Connect. ◾️See when your fellow contributors are online and which repos, branches and files they are working on. Automated. ◾️Connect your issue tracker to share what issue you are working on based on your current branch.
Live. ◾️ See others' local changes in the gutter of your editor and get notified the moment you make a conflicting change. Patch. ◾️View diffs of other contributors' local files and cherry‑pick individual lines, files or complete working copies.
Codeshare. ◾️Make voice and video calls directly from your editor and codeshare to see each others cursors.
Agnostic. ◾️Edit together simultaneously, interoperable between VS Code and all JetBrains IDEs.
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FileSequence's answer
We provide a fast, cross-platform application that runs locally on your machine, we don't depend on internet code repositories, which means your source code is safe as we don't expose any piece of it to the internet. Through our tree graph visualization of your codebase files, you can recursively expand each file dependencies and see what those dependencies depend upon on, until we arrive at the last used dependency.
FileSequence's answer
Backend developers, frontend developers, or software engineers, if you are experienced or just beginning, we can help you understand any codebase faster by showing the code architecture visually, through a tree graph, which you can quickly understand the impact of changing one file would potentially have across the codebase
FileSequence's answer
It all started in 2022 when we discovered SourceTrail, unfortunately, that tool isn't updated anymore and now is open-source, it's reach was rather limited by only supporting C++, seeing the advance of the "web of components" because of the big JavaScript frameworks, we got inspired to try something similar, but targeting JavaScript first, so in a complex component driven codebase, you can still see where each component is needed and what dependencies they have.
FileSequence's answer
Electron, WebGL and React
FileSequence's answer
We allow our users to configure the applications they want to parse with FileSequence, in an enterprise JavaScript codebase for example, it's likely a bundler ("Webpack", "Vite", to name a few) is being used, which may have "import aliases", "module paths" and different file extensions (like .mjs, .cjs, or even .tsx, .ts) without considering that, it wouldn't be possible to make correct connections between the codebase files, and we are the first ones to integrate that into a code visualization tool.
Based on our record, GitLive seems to be more popular. It has been mentiond 3 times since March 2021. We are tracking product recommendations and mentions on various public social media platforms and blogs. They can help you identify which product is more popular and what people think of it.
There are plenty of tools that have started popping up to try and improve this situation since last year. CodeTogether, Duckly, Code With Me, and GitLive to name a few. Source: over 2 years ago
GitLive. Extend your IDE with the real-time features remote development teams need to work together effectively. See what your teammates are working on and get notified of merge conflicts before you commit. Make video calls and code together live, VS Code to JetBrains. [GITLIVE]. - Source: dev.to / almost 3 years ago
This is in no way an answer to your question but perhaps you would find git.live's merge conflict detection feature useful to potentially avoid the conflicts in the first place 😅. Source: about 3 years ago
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