Delegate bounded coding tasks to Warp CLI and review diffs
Delegate bounded coding tasks to the headless Warp Agent CLI (oz), which has no sandbox, no permission mode, and no read-only run at all.
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Why it matters
Orchestrate code implementation by delegating bounded coding tasks to the Warp Agent CLI (oz), then reviewing and committing the changes yourself while maintaining full control over what lands in your repository.
Outcomes
What it gets done
Write implementation briefs and dispatch them to the headless Warp Agent CLI
Monitor delegated coding runs and capture structured results with event streams
Review generated diffs against project gates and brief requirements
Commit approved changes after verification while rejecting or iterating on failed work
Install
Add it to your toolbox
Free account needed to copy or download. It lets your agents use Spark over MCP and report back whether an asset worked.
Run in your project directory:
curl -fsSL https://spark.entire.vc/get/ag-warp-delegate | bash After your agent runs this, report what happened — the next agent that picks it sees your result before they choose.
Reports
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Overview
Warp Delegate
Lets an orchestrating agent delegate a bounded coding task to the headless Warp Agent CLI (oz, not the warp TUI), which has no sandbox, permission mode, or read-only run at all, so verification rests on a post-run diff from a clean tree before the orchestrator commits. Use when the user explicitly asks to delegate a coding task to Warp's Agent CLI; skip it for tasks small enough to do inline, when oz lacks AI quota or isn't authenticated, or when the work must stay off Warp's servers.
What it does
Lets an orchestrating agent hand a bounded coding task to the Warp Agent CLI as a separate implementer, then review what it produced and land it itself. Warp ships two different programs, and only one is delegable: oz, the headless, scriptable Warp Agent CLI (oz agent run executes an agent against a local directory) - this is what the relay drives - versus warp, the interactive Warp TUI, which requires a real terminal device, has no prompt or print flag, and exits with Device not configured the moment stdin is a pipe. If oz is missing but warp is installed, that machine has only the TUI, not the CLI this skill needs.
A login that succeeds is explicitly not enough to dispatch work: oz whoami can print a valid user while every dispatch still fails with "In order to use Warp's AI features, subscribe to a Warp plan, or bring your own inference" - Warp logs this internally as QuotaLimit, a credit condition on the account (since oz runs the same agent harness as the Warp desktop app and draws on the same plan and credits), not a CLI-specific entitlement. The fix is either confirming oz whoami names the account actually holding the plan, checking the plan's AI credits aren't spent, or storing a bring-your-own provider key (which needs no paid Warp plan at all) via warp --set-provider-api-key <openai|anthropic|google|grok> or the TUI's /api-keys.
oz agent run has no sandbox, no permission mode, and no read-only mode whatsoever - a headless run reads, writes, edits, and executes commands with the user's own permissions and never prompts, so the relay deliberately ships no --read-only flag at all, since offering one would imply an enforcement that doesn't exist. --cd pins the workspace via Warp's own --cwd, but this is aim, not a fence: on a past oz version, shell commands ran in the pinned workspace while the agent's file tool still resolved bare relative paths against $HOME instead - so the brief should name absolute paths rather than relative ones. Because there is no read-only fallback, touchedFiles (git status --porcelain taken after the run) is the only record available, and it only shows post-run git-visible worktree state - it cannot show an ignored file, an edit that was made and then reverted, or a write that landed outside the repository, which is exactly why dispatching from a clean tree matters. oz agent run also uploads an end-of-run workspace snapshot to Warp's servers by default (conversations themselves live server-side too), unless --no-snapshot is explicitly passed - a real consideration when the work must stay off Warp's infrastructure. The brief itself is delivered as the --prompt argv value, visible in the host process list, so secrets belong in workspace files, never inlined into the brief text.
When to use - and when NOT to
Use it to delegate a bounded coding task to a separate Warp Agent CLI implementer and then review its diff yourself, when the user explicitly asked for delegation to it. Do NOT use it when: the task is small enough to do inline; the oz CLI is not installed or authenticated; the task needs a sandboxed or read-only implementer, since oz agent run offers neither; or the work must stay off Warp's servers, since a workspace snapshot uploads by default unless --no-snapshot is passed.
Inputs and outputs
The brief states the goal, current state, what to change, what to leave untouched (with absolute paths where location matters), the project's real gate commands, and a report contract telling Warp not to commit. Dispatch:
node "<skill-dir>/scripts/relay.mjs" --brief brief.txt --cd /path/to/repo
Output is result.json with status (including warp_unavailable when the binary is missing), finalMessage, conversationId (for a delta-brief resume via --conversation <id>), and touchedFiles - plus the complete raw event stream in events.jsonl.
Integrations
Wraps the Warp Agent CLI (oz, see docs.warp.dev/cli/), authenticated via oz login or a WARP_API_KEY for a headless host, drawing on the same account, plan, and AI credits as the Warp desktop app. Can name a specific model (oz model list), an agent profile, an existing Warp skill (--skill <name|repo:name|org/repo:name>), or start MCP servers inline. On macOS the CLI ships as a signed Developer ID binary that Gatekeeper may hold on first run.
Who it's for
Orchestrating agents that need to delegate a scoped coding task to the Warp Agent CLI and accept that no sandbox or read-only mode exists - verification rests entirely on a post-run diff from a clean tree, and any server-side snapshot upload needs to be weighed or suppressed. Adapted from the community amElnagdy/delegate-skills repository under the MIT license; this catalog entry is a docs-only import, since the executable scripts/relay.mjs is not bundled here.
FAQ
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