neuron-explorer
Steering-first neuron explorer for Qwen3.5-4B: push every MLP neuron, keep every rollout, browse the results
Build reliable background jobs, workflows, and AI agents without extra infrastructure. Automatic retries, flow control, and step-level observability.
Developer toolsTypeScript · MDXGitHub @inngestOnlineOwner unconfirmed
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Website and Documentation for Inngest
Taken from the repository README
Loading the full README. The saved excerpt is shown below.
The Inngest website contains marketing, documentation, and blog content.
Before being able to run the app for the first time, you need to follow the steps below:
• Git
• Node.js 22
• Optional\* - Join the team on Vercel with your GitHub account.
1. Clone this repository
2. Install pnpm with
Corepack by running
corepack enable; corepack prepare
3. Install dependencies by running pnpm install
4. Optional\* - Link local project to its Vercel project by running pnpm vercel link
5. Optional\* - Download environment variables by running pnpm env:pullRead the full README ↗The Inngest website contains marketing, documentation, and blog content.
Before being able to run the app for the first time, you need to follow the steps below:
pnpm with
Corepack by running
corepack enable; corepack preparepnpm installpnpm vercel linkpnpm env:pull* Running the website is possible with the default environment variables available in .env.development. Fetching other environment variables is only necessary if working on features that require them.
To start the app in development mode, run the following command:
$ pnpm dev
This will start a local server that will automatically rebuild the app and refresh the page when you make changes to the code. The app will be available at http://localhost:3001.
This is how you will run the app most of the time.
To run the app in production mode, run the following commands in order:
# Build the app for production usage
$ pnpm build
# Start the app in production mode
$ pnpm start
This can be useful for testing the app in production mode locally.
Videos embedded in blog posts should be served as HLS (adaptive bitrate) rather than a single large file. HLS starts playback quickly and adapts the quality to the viewer's connection, so a slow network gets a lower-resolution stream instead of a stalled video.
Prerequisite: ffmpeg (which includes ffprobe):
$ brew install ffmpeg
Transcode a source video into an HLS ladder (1080p / 720p / 480p) with:
# Writes ./hls/<name>/{master.m3u8,stream_0,stream_1,stream_2}
$ pnpm video:hls ./durable-agent-in-8-minutes.mov
# Optionally set a custom output directory
$ pnpm video:hls ./demo.mp4 ./dist/demo
Then:
Upload the entire output folder to the CDN, preserving its structure
(e.g. cdn.inngest.com/videos/<name>/). The playlists reference segments by
relative path, so the folder layout must be kept intact.
Reference the master playlist as the video src in your MDX:
<AutoplayVideo src="https://cdn.inngest.com/videos/<name>/master.m3u8" poster="..." />
The AutoplayVideo component detects .m3u8 sources automatically: Safari/iOS
play HLS natively, and other browsers use a lazy-loaded hls.js shim. Non-HLS
sources (.mp4, .mov) continue to work unchanged. The source video and local
hls/ output are build artifacts — don't commit them.
Environment variables are managed with the Vercel CLI. Use the following commands to manage them:
# Download the latest development environment variables
$ pnpm env:pull
# Add a new environment variable
$ pnpm env:add
# Remove an environment variable
$ pnpm env:rm
Check the Vercel documentation for more information.
You should never commit environment variables to the repository. If you need to add a new
environment variable, add it with the pnpm env:add command and then download it with the
pnpm env:pull command.