Create a GitHub issue

flurryport:github-create-issuedeliveryv3first-partysha256:55ee8ee178e3Needs: read/write agent token

Let your AI file GitHub issues with a fine-grained PAT it never touches.

Open an issue in a fixed repository through a signed pipe. The fine-grained PAT is scoped to that one repo and lives server-side. Creating is the one operation in this suite that duplicates on retry, which is why it is its own pipe rather than a mode of the update rung: a fire whose receipt you could not read needs a human decision, not an automatic resend. It also asks only for owner and repo, where the GraphQL rungs want an opaque repository node id you would have to look up first. Only title is required; body and labels are optional and may be omitted entirely. One diagnostic worth carrying: GitHub answers a repository the token cannot see with 404 rather than 403, deliberately, so a scope problem and a typo in the repo name look identical in the receipt. Check the PAT's repository access before hunting for a misspelling.

The credential never enters the model context: it lives in the FlurryPORT secret store, deliveries are signed server-side, and every send returns a receipt your agent can quote.

What this is

Your AI files GitHub issues in one fixed repository through a pipe whose fine-grained PAT it never touches. The AI sends a title and body; FlurryPORT adds the credential server-side and returns GitHub's answer as a receipt.

Setup in two steps

  1. GitHub side. Settings, Developer settings, Fine-grained tokens: generate a token for ONLY the target repository with Issues read and write. Nothing broader; the pipe needs nothing broader.
  2. FlurryPORT side. Your AI requests secret setup and FlurryPORT emails you a secure page. Paste the token there and the pipe goes live.

Credential custody

The PAT is stored encrypted, added at delivery, and scrubbed from stored responses. Scoping it to a single repository means even a fully compromised pipe could only ever file issues in that one place.

What to expect

Receipts carry GitHub's response, with one famous quirk: a 404 usually means the token is not granted to the repository, because GitHub hides existence rather than admitting permission trouble. Fix the token's repository access and the same call succeeds.
Pairs naturally with git activity: an AI that flagged a push can file the follow-up issue through this pipe when its human says go.

Install with your agent

npx flurryport mcp

Point your agent at the FlurryPORT MCP server (npx flurryport mcp) and ask it for the flurryport:github-create-issue recipe. Works from AI clients that can run a local process: desktop apps and terminal agents. Web-only chat clients cannot reach a local MCP server; open a desktop client instead.

Tools your agent gains

flry_github_create_issue
Create an issue in the configured repository. Input: title (required), body, labels[].

Setup walkthrough

  1. GITHUB_PAT: GitHub Settings, Developer settings, Fine-grained tokens: generate for ONLY the target repository with Issues read and write. Paste it in the FlurryPORT secret page.

Intent schema

{
  "type": "object",
  "required": [
    "title"
  ],
  "properties": {
    "title": {
      "type": "string",
      "maxLength": 256
    },
    "body": {
      "type": "string"
    },
    "labels": {
      "type": "array",
      "items": {
        "type": "string"
      }
    }
  }
}

Install-time parameters

owner
install-time: Repository owner (org or user).
repo
install-time: Repository name.

Transformation

{ "title": $body.title, "body": ($exists($body.body) ? $body.body : ""), "labels": ($exists($body.labels) ? $body.labels : []) }

Delivery target

POST https://api.github.com/repos/$install.owner/$install.repo/issues

Placeholders like $secrets.NAME resolve server-side at delivery, never in the agent.

Gotchas

Where this fits

Related recipes

flurryport:github-search-issuesdelivery

Search GitHub issues and read whole threads back, without your AI ever holding the PAT.

flurryport:github-update-issuesdelivery

Update, close and reopen GitHub issues in batches, with the PAT held server-side.

flurryport:azure-devops-managedelivery

Create and update Azure DevOps work items in one batched pipe: priority, state, tags, and sprint included.

flurryport:azure-devops-querydelivery

Query Azure DevOps work items with WIQL and read the matching ids back, without your AI ever holding the PAT.

flurryport:azure-devops-readdelivery

Read fields for a batch of Azure DevOps work items by id: title, state, tags, priority, iteration.

flurryport:azure-devops-workitemdelivery

Let your AI file Azure DevOps work items (bugs, tasks) the model never holds credentials for.