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feat(#2631): planner emits estimate and plan-checker surfaces the over-budget flag (#2670)

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* test(#2631): failing-first planner estimate emission and over-budget surfacing

* feat(#2631): emit plan estimate and surface the over-budget split recommendation

* fix(#2631): extract sizing prose to references to fit planner and plan-phase caps

* fix(#2631): move estimate check to plan-checker; fix template regex and caps

* fix(#2631): restore ALWAYS split literal and keep gsd_run after the launcher preamble

* fix(#2631): invoke estimate-check after the launcher preamble in plan-checker

* fix(#2631): stop double-applying calibration; repair COMMANDS table and stale reference

* chore(#2631): backfill changeset pr to 2670

* chore(#2631): backfill changeset pr to 2670
This commit is contained in:
Tom Boucher
2026-07-26 14:29:02 -04:00
committed by GitHub
parent 115433bba6
commit 89b673e40d
29 changed files with 371 additions and 85 deletions
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19
src/estimate-cli.cts
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@@ -89,7 +89,7 @@ export function readCalibrationSamples(cwd: string): ReturnType<typeof estimatio
export function parseTokensFlag(args: string[]): number {
const idx = args.indexOf('--tokens');
if (idx === -1) {
error('Usage: estimate-check --tokens <positive integer>', ERROR_REASON.USAGE);
error('Usage: estimate-check --tokens <positive integer> [--calibrated]', ERROR_REASON.USAGE);
}
const value = args[idx + 1];
@@ -119,15 +119,26 @@ export function parseTokensFlag(args: string[]): number {
* in the payload is the signal.
*/
export function cmdEstimateCheck(cwd: string, args: string[], raw: boolean): void {
const rawTokens = parseTokensFlag(args);
const inputTokens = parseTokensFlag(args);
const preCalibrated = args.includes('--calibrated');
const budget = readSmartZoneBudget(cwd);
const calibration = estimation.computeCalibration(readCalibrationSamples(cwd));
const calibratedTokens = estimation.applyCalibration(rawTokens, calibration.factor);
// `--calibrated` says the caller already applied the factor. Without it we
// would apply the correction a SECOND time and compare factor^2 against the
// budget — with the [0.5, 3.0] clamp that is anywhere from 4x under to 9x
// over, and it is invisible until a project reaches 3 samples (below that
// factor === 1, and 1^2 === 1). A plan's recorded `estimate.tokens` is
// calibrated at emission time per ADR-2629 Decision 1, so the plan-checker
// MUST pass this flag.
const calibratedTokens = preCalibrated
? inputTokens
: estimation.applyCalibration(inputTokens, calibration.factor);
const classification = estimation.classifyAgainstBudget(calibratedTokens, budget);
output({
raw_tokens: rawTokens,
raw_tokens: inputTokens,
calibrated_tokens: calibratedTokens,
pre_calibrated: preCalibrated,
budget,
over_budget: classification.overBudget,
budget_valid: classification.budgetValid,