Record a journey once, re-verify it forever
Exploring an app to find a journey is the expensive part, and re-driving it with a model pays that cost again on every change. Reticle flows pay it once: the journey is saved with semantic anchors and replayed deterministically afterwards.
Needs Reticle wired in the project. Not there? RETICLE_INSTALL_SOURCE=npx_skill npx @reticlehq/server@latest init, then the install-and-verify skill.
Record
You do not have to ask. A drive is saved as a flow automatically when the session ends, written to .reticle/flows/. Commit it: any agent on the repo can then replay it.
What decides whether it is worth committing is how you drove it. A step keeps a consequence only when you declared one, so drive the golden path like this:
reticle_act_and_wait({ sessionId, ref, action: "click", until: { kind: "signal", name: "task:created" } })
That step replays as a test. A bare reticle_act saves a click with nothing to prove, and replays green through any regression.
To name a flow deliberately rather than take the automatic one, reticle_record and reticle_flow_save do it through reticle_run { tool, args }. Neither is advertised, and neither needs to be: reticle_run is on the default surface and dispatches to any registered tool by name. RETICLE_ADVERTISE_ALL_TOOLS=1 advertises them outright instead, which suits a suite that calls by name rather than a running agent.
Annotate the business outcome, not just the clicks, so a replay proves the journey achieved something. Extended surface, like the two above:
reticle_run({ tool: "reticle_annotate", sessionId, args: { flow: "create-task", kind: "intent", text: "create a task and see it in the list" } })
reticle_run({ tool: "reticle_annotate", sessionId, args: { flow: "create-task", kind: "success-state", signal: "task:created" } })
You do not need to add data-testid first. A step whose element has no testid is anchored on its component and source location automatically, and a testid-preserving refactor still replays green.
Replay
reticle_verify({ sessionId, action: "change", files: ["src/tasks/TaskList.tsx"] })
That replays the flows covering those files. To replay one named flow directly, reticle_flow_replay is reached through reticle_run.
Three statuses, and the failures are legible rather than blind:
| status | means | next |
|---|
ok | every anchor resolved, every expectation held | done |
drift | an anchor missed: a renamed testid, a signal that never fired | read decision.nextAction; it names the file:line and the closest surviving anchor |
error | the flow file is missing or invalid, or a step failed at runtime | fix from the error envelope's failed step |
On drift, reticle_verify { action: "heal" } proposes the nearest-match rebind so flows do not rot. Apply it when the rename was intentional; treat it as a finding when it was not.
Re-verify the whole suite after any change
reticle_verify({ sessionId, action: "flows" })
// → { status, total, passed, failed, failures: [{ flow, verdict, whatChanged, whereInSource, nextAction }] }
One call, every saved flow, no model per flow. Only failures carry detail, so a green suite is cheap to check. Build → flow_verify → fix from each nextAction → repeat is the regression loop, and it is the point of recording in the first place.
Only the flows your change could have broken
On a large suite, replaying everything after a one-file edit is waste. Hand it the diff instead:
reticle_verify({ sessionId, action: "change", since: "HEAD~1" })
It works out which saved flows cover the files you edited and replays only those. Give it a git ref or the file list. Use this in the inner loop and flow_verify before you ship: the narrow one is fast, the whole one is the guarantee.
Which of your flows actually prove anything
reticle_run({ tool: "reticle_domain", sessionId }) // not advertised, one hop away
// → { flowCount, coverage: { asserted, presenceOnly, assertionFree }, gaps: { declaredUntestedSignals, … } }
A recorded flow that asserts nothing replays green through any regression: it proves the clicks still resolve, not that the app still works. Check this after a recording session: anything landing in assertionFree needs an annotate pass with a success-state, or it is decoration.
When NOT to record
A journey you will run once is cheaper to drive with reticle_act_and_wait and forget. Record the flows that define the product (the ones a regression in would be a bad day) and leave exploratory drives unsaved. A suite of forty half-meant flows costs more attention than it returns.
Honesty
A replay reports what happened. drift is not a pass, and healing a flow to make it green when the app genuinely broke is the one thing that makes the whole suite worthless. If the rename was not intentional, the drift is the finding: report it with the whereInSource pointer.
Full flow reference, one page: curl https://docs.reticle.sh/flows.md. Index of everything: curl https://docs.reticle.sh/llms.txt.