skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)#14660

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Merged
os-zhuang merged 2 commits into from
Sep 2, 2026
+148 −133
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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21) #14660

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da02d0c
skills(pm-dispatch): PMD-B-01 — move the developer-agent template to …
claude Sep 2, 2026
fef3b44
skills(pm-dispatch): sync the two #14229 deltas into the developer-ag…
claude Sep 2, 2026
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13 changes: 12 additions & 1 deletion scripts/check-skills-token-ratchet.mjs
View file
Open in desktop
Original file line numberDiff line numberDiff line change
Expand Up@@ -350,7 +350,12 @@ export const CEILINGS = new Map([
// zero of each), so the verbatim ruling lives in the internal copies and in
// the raising PR's body. No genuine deletion was available: the rule makes no
// existing sentence redundant, and a re-wrap moves no tokens and pays nothing.
['skills/objectstack-pm-dispatch/SKILL.md', 14549],
// 14549 -> 9708: re-locked at the landed count after the #14296 item-4 split —
// the developer-agent operating template moved to `rules/dev-template.md`
// (its own row below); the two gate-pinned copies of the decision frame stay
// in this file (check:skill-frame-sync reads its copies by path). Lowered,
// not raised: shrink-only, no ruling needed for this direction.
['skills/objectstack-pm-dispatch/SKILL.md', 9708],
['skills/objectstack-query/SKILL.md', 5552], // -17 (was 5569)
// 25125 -> 25143: the CRM UI Blueprint — the catalog's module-completeness
// list, and the only place an agent is told what a finished module contains —
Expand DownExpand Up@@ -430,6 +435,12 @@ export const CEILINGS = new Map([
// objectstack-automation
['skills/objectstack-automation/evals/approvals/test-revise-loop.md', 1329],

// objectstack-pm-dispatch — the #14296 item-1/item-4 split (2026-09-02, maintainer
// ruling 「其他同意」 adopting 1A/4A): the developer-agent operating template
// moved out of SKILL.md verbatim, minus the decision-frame block the frame
// gate pins to the entry. Pinned AT its landed count, zero headroom.
['skills/objectstack-pm-dispatch/rules/dev-template.md', 1838],

// objectstack-ui — the two authored eval files; its `references/react-blocks.md`
// and `contracts/react-blocks.contract.json` are generator-owned and carry no
// row here on purpose (see the boundary section).
Expand Down
138 changes: 6 additions & 132 deletions skills/objectstack-pm-dispatch/SKILL.md
View file
Open in desktop
Original file line numberDiff line numberDiff line change
Expand Up@@ -378,13 +378,7 @@ PREVIOUS ATTEMPT REVIEW — fix all of these before returning:
Non-negotiables for this dispatch:
- Work in {target_repo}: branch claude/issue-{n}-{slug} off origin/{default_branch},
in a DEDICATED worktree of that repository.
- {conventions_file} in that repository is binding — read it before your first edit.
- The issue is already claimed; do not touch its assignee.
- Deliver a DRAFT PR in {target_repo}. Never merge anything.
- If the issue underspecifies a decision that changes a public contract
(schema, API shape, naming, metadata semantics), STOP and return
status "needs_decision" with your open questions — do not guess.
Return ONLY the JSON report defined in the operating procedure.
- Deliver a DRAFT PR in {target_repo}.
```

#### Dispatch backends
Expand DownExpand Up@@ -625,101 +619,11 @@ Stop the loop and report when any of these hits:

## The developer-agent operating template

Paste this **verbatim** into every dispatch prompt. It is written to stand
alone: an agent with no prior context and no custom agent type can follow it.
Placeholders in `{…}` are filled by the PM.

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE. It is parsed mechanically, so the final message is the
JSON and nothing else.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
then cd there and install dependencies. Never edit a shared checkout —
other agents switch its HEAD under you. One worktree PER REPOSITORY if the
change spans siblings. Push the empty branch before any edit
(git push -u origin <branch>): it is the claim's landing mark and a
write-access probe — a 403 here is "blocked", not a retry loop; only a
network error earns a backoff retry. Never `git stash`: the stash stack
lives in the common .git and is shared by every worktree of the clone — two
agents stashing swap entries, and `pop` reports success. Park work as a
`wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
duplicates or conflicts with someone else's in-flight work, stop and report
"blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
this PR.
4. Never force-push, never push the default branch, never merge anything.
Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
origin/{default_branch} before your first edit — named files move,
attributions are wrong, capabilities already exist. A report with
premise_still_valid: false, evidence, and NO PR is a first-class delivery;
a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
not — every one goes through the ONE container-wide verification lock the
host project provides (its wrapper, lock path and budget live in the
conventions file), so memory peaks never stack. Queueing is normal, not a
hang; queueing with no end in sight is a finding — report it, naming the
holder.
2. Cap the heap: prefix heavy commands with
NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
repository, unless the task requires a full pass. Cap test parallelism
(e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
then remove the worktree. Leftover dependency trees exhaust the container's
disk, which fails as confusingly as running out of memory. Do NOT force the
removal as the opening move: with dependencies already deleted, a refusal
to remove means something in there is uncommitted — your own unpushed work,
or another agent's tree if the path was mistyped — and that refusal is the
container's only guard for it. Read the refusal first; force only after the
answer is genuinely "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
down a parallel agent's run. Record the PID of what you start and operate on
that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
{backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.
Paste [`rules/dev-template.md`](./rules/dev-template.md) **verbatim** into every
dispatch prompt, with the block below in place of its `{decision_frame}` line;
the PM fills the other `{…}` placeholders.

```text
When to STOP instead of coding. If the issue underspecifies a decision that
shapes a public contract — a schema, API shape, naming, metadata semantics —
or two readings of the issue lead to different architectures: make no guess,
Expand DownExpand Up@@ -756,37 +660,7 @@ carries the highest weight, at least 50%: lead with it, the other three
together cannot outvote it, and read it as shrinking special-cases rather than
as licence to expand speculatively; weight ranks recommendations only, never
authority.

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
"issue": <n>,
"status": "done | rework | blocked | needs_decision",
"branch": "claude/issue-<n>-<slug>",
"pr": "<url or null>",
"premise_still_valid": true,
"summary": "what was implemented, 2-4 sentences",
"tests": "commands run + pass/fail evidence (real output excerpts)",
"open_questions": [
{ "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
],
"out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics) and HTML comments alike. Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
```

**Report contract.** The JSON in the template's final-message block is the
whole contract. `open_questions` must be non-empty when `status` is
Expand Down
130 changes: 130 additions & 0 deletions skills/objectstack-pm-dispatch/rules/dev-template.md
View file
Open in desktop
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,130 @@
# The developer-agent operating template

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
then cd there and install dependencies. Never edit a shared checkout —
other agents switch its HEAD under you. One worktree PER REPOSITORY if the
change spans siblings. Push the empty branch before any edit
(git push -u origin <branch>): it is the claim's landing mark and a
write-access probe — a 403 here is "blocked", not a retry loop; only a
network error earns a backoff retry. Never `git stash`: the stash stack
lives in the common .git and is shared by every worktree of the clone — two
agents stashing swap entries, and `pop` reports success. Park work as a
`wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
duplicates or conflicts with someone else's in-flight work, stop and report
"blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
this PR.
4. Never force-push, never push the default branch, never merge anything.
Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
origin/{default_branch} before your first edit — named files move,
attributions are wrong, capabilities already exist. A report with
premise_still_valid: false, evidence, and NO PR is a first-class delivery;
a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
not — every one goes through the ONE container-wide verification lock the
host project provides (its wrapper, lock path and budget live in the
conventions file), so memory peaks never stack. The lock does not promise
an idle machine: it excludes only work routed through it (gate runs,
installs and dev servers are not), so wall-clock readings taken under a
hold are shared-box readings. Queueing is normal, not a hang; queueing
with no end in sight is a finding — report it, naming the holder.
2. Cap the heap: prefix heavy commands with
NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
repository, unless the task requires a full pass. Cap test parallelism
(e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
then remove the worktree. Do NOT force the removal as the opening move:
with dependencies already deleted, a refusal to remove means something in
there is uncommitted — your own unpushed work, or another agent's tree if
the path was mistyped — and that refusal is the container's only guard for
it. Read the refusal first; force only after the answer is genuinely
"nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
down a parallel agent's run. Record the PID of what you start and operate on
that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
{backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

A size ratchet the project enforces (a line or token ceiling on a file) is
paid only by deleting content: a re-wrap is not payment (densifying that adds
no content is a repair, not a purchase), and a ceiling is raised only by the
maintainer — nothing left to delete ⇒ report "blocked".

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.

{decision_frame}

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
"issue": <n>,
"status": "done | rework | blocked | needs_decision",
"branch": "claude/issue-<n>-<slug>",
"pr": "<url or null>",
"premise_still_valid": true,
"summary": "what was implemented, 2-4 sentences",
"tests": "commands run + pass/fail evidence (real output excerpts)",
"open_questions": [
{ "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
],
"out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics). Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
Loading
, 'i'); if (__m === '*' || __re.test(location.href)) { injectUserscript("// Add copy buttons to all 
 blocks\n(function() {\n function addCopyButtons() {\n document.querySelectorAll('pre code').forEach(function(codeBlock) {\n if (codeBlock.parentElement.hasAttribute('data-copy-added')) return;\n codeBlock.parentElement.setAttribute('data-copy-added', 'true');\n \n var btn = document.createElement('button');\n btn.textContent = 'Copy';\n btn.style.cssText = 'position:absolute;top:4px;right:4px;padding:2px 8px;font-size:11px;background:#4ecdc4;border:none;border-radius:4px;color:#1a1a2e;cursor:pointer;opacity:0.7;transition:opacity 0.2s;';\n btn.onmouseover = function() { this.style.opacity = '1'; };\n btn.onmouseout = function() { this.style.opacity = '0.7'; };\n btn.onclick = function() {\n navigator.clipboard.writeText(codeBlock.textContent).then(function() {\n btn.textContent = 'Copied!';\n setTimeout(function() { btn.textContent = 'Copy'; }, 1500);\n });\n };\n codeBlock.parentElement.style.position = 'relative';\n codeBlock.parentElement.appendChild(btn);\n });\n }\n \n addCopyButtons();\n \n // Re-run on dynamic content\n var observer = new MutationObserver(addCopyButtons);\n observer.observe(document.body, { childList: true, subtree: true });\n})();", "Add Copy Buttons to Code Blocks");
}
} catch(__e) { console.warn('[Userscript:Add Copy Buttons to Code Blocks]', __e); }
})();
(function(){
try {
var __m = "github.com";
var __re = new RegExp('^' + "github\\.com" + '

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)#14660

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 Merged

os-zhuang
merged 2 commits into

from

Sep 2, 2026

+148

−133

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)
#14660
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da02d0c

skills(pm-dispatch): PMD-B-01 — move the developer-agent template to …


claude Sep 2, 2026
fef3b44

skills(pm-dispatch): sync the two #14229 deltas into the developer-ag…


claude Sep 2, 2026

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13 changes: 12 additions & 1 deletion
scripts/check-skills-token-ratchet.mjs

View file


Open in desktop

Original file line numberDiff line numberDiff line change
Expand Up@@ -350,7 +350,12 @@ export const CEILINGS = new Map([
 // zero of each), so the verbatim ruling lives in the internal copies and in
 // the raising PR's body. No genuine deletion was available: the rule makes no
 // existing sentence redundant, and a re-wrap moves no tokens and pays nothing.
 ['skills/objectstack-pm-dispatch/SKILL.md', 14549],
 // 14549 -> 9708: re-locked at the landed count after the #14296 item-4 split —
 // the developer-agent operating template moved to `rules/dev-template.md`
 // (its own row below); the two gate-pinned copies of the decision frame stay
 // in this file (check:skill-frame-sync reads its copies by path). Lowered,
 // not raised: shrink-only, no ruling needed for this direction.
 ['skills/objectstack-pm-dispatch/SKILL.md', 9708],
 ['skills/objectstack-query/SKILL.md', 5552], // -17 (was 5569)
 // 25125 -> 25143: the CRM UI Blueprint — the catalog's module-completeness
 // list, and the only place an agent is told what a finished module contains —
Expand DownExpand Up@@ -430,6 +435,12 @@ export const CEILINGS = new Map([
 // objectstack-automation
 ['skills/objectstack-automation/evals/approvals/test-revise-loop.md', 1329],

 // objectstack-pm-dispatch — the #14296 item-1/item-4 split (2026-09-02, maintainer
 // ruling 「其他同意」 adopting 1A/4A): the developer-agent operating template
 // moved out of SKILL.md verbatim, minus the decision-frame block the frame
 // gate pins to the entry. Pinned AT its landed count, zero headroom.
 ['skills/objectstack-pm-dispatch/rules/dev-template.md', 1838],

 // objectstack-ui — the two authored eval files; its `references/react-blocks.md`
 // and `contracts/react-blocks.contract.json` are generator-owned and carry no
 // row here on purpose (see the boundary section).
Expand Down

138 changes: 6 additions & 132 deletions
skills/objectstack-pm-dispatch/SKILL.md

View file


Open in desktop

Original file line numberDiff line numberDiff line change
Expand Up@@ -378,13 +378,7 @@ PREVIOUS ATTEMPT REVIEW — fix all of these before returning:
Non-negotiables for this dispatch:
- Work in {target_repo}: branch claude/issue-{n}-{slug} off origin/{default_branch},
 in a DEDICATED worktree of that repository.
- {conventions_file} in that repository is binding — read it before your first edit.
- The issue is already claimed; do not touch its assignee.
- Deliver a DRAFT PR in {target_repo}. Never merge anything.
- If the issue underspecifies a decision that changes a public contract
 (schema, API shape, naming, metadata semantics), STOP and return
 status "needs_decision" with your open questions — do not guess.
Return ONLY the JSON report defined in the operating procedure.
- Deliver a DRAFT PR in {target_repo}.
```

#### Dispatch backends
Expand DownExpand Up@@ -625,101 +619,11 @@ Stop the loop and report when any of these hits:

## The developer-agent operating template

Paste this **verbatim** into every dispatch prompt. It is written to stand
alone: an agent with no prior context and no custom agent type can follow it.
Placeholders in `{…}` are filled by the PM.

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE. It is parsed mechanically, so the final message is the
JSON and nothing else.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. Queueing is normal, not a
 hang; queueing with no end in sight is a finding — report it, naming the
 holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Leftover dependency trees exhaust the container's
 disk, which fails as confusingly as running out of memory. Do NOT force the
 removal as the opening move: with dependencies already deleted, a refusal
 to remove means something in there is uncommitted — your own unpushed work,
 or another agent's tree if the path was mistyped — and that refusal is the
 container's only guard for it. Read the refusal first; force only after the
 answer is genuinely "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.
Paste [`rules/dev-template.md`](./rules/dev-template.md) **verbatim** into every
dispatch prompt, with the block below in place of its `{decision_frame}` line;
the PM fills the other `{…}` placeholders.

```text
When to STOP instead of coding. If the issue underspecifies a decision that
shapes a public contract — a schema, API shape, naming, metadata semantics —
or two readings of the issue lead to different architectures: make no guess,
Expand DownExpand Up@@ -756,37 +660,7 @@ carries the highest weight, at least 50%: lead with it, the other three
together cannot outvote it, and read it as shrinking special-cases rather than
as licence to expand speculatively; weight ranks recommendations only, never
authority.

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics) and HTML comments alike. Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
```

**Report contract.** The JSON in the template's final-message block is the
whole contract. `open_questions` must be non-empty when `status` is
Expand Down

130 changes: 130 additions & 0 deletions
skills/objectstack-pm-dispatch/rules/dev-template.md

View file


Open in desktop

Original file line numberDiff line numberDiff line change
@@ -0,0 +1,130 @@
# The developer-agent operating template

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. The lock does not promise
 an idle machine: it excludes only work routed through it (gate runs,
 installs and dev servers are not), so wall-clock readings taken under a
 hold are shared-box readings. Queueing is normal, not a hang; queueing
 with no end in sight is a finding — report it, naming the holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Do NOT force the removal as the opening move:
 with dependencies already deleted, a refusal to remove means something in
 there is uncommitted — your own unpushed work, or another agent's tree if
 the path was mistyped — and that refusal is the container's only guard for
 it. Read the refusal first; force only after the answer is genuinely
 "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

A size ratchet the project enforces (a line or token ceiling on a file) is
paid only by deleting content: a re-wrap is not payment (densifying that adds
no content is a repair, not a purchase), and a ceiling is raised only by the
maintainer — nothing left to delete ⇒ report "blocked".

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.

{decision_frame}

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics). Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
Loading

, 'i');
if (__m === '*' || __re.test(location.href)) {
injectUserscript("// Force GitHub README to respect dark mode\n(function() {\n var style = document.createElement('style');\n style.textContent = '\n .markdown-body {\n color-scheme: dark light;\n }\n .markdown-body pre { background: #161b22 !important; }\n .markdown-body code { background: rgba(110, 118, 129, 0.4) !important; }\n .markdown-body table th, .markdown-body table td { border-color: #30363d !important; }\n .markdown-body img { background: #0d1117; }\n .markdown-body blockquote { border-left-color: #8b949e; }\n .markdown-body hr { border-color: #30363d; }\n ';\n document.head.appendChild(style);\n})();", "GitHub Dark Mode README Fix");
}
} catch(__e) { console.warn('[Userscript:GitHub Dark Mode README Fix]', __e); }
})();
(function(){
try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)
#14660
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13 changes: 12 additions & 1 deletion
scripts/check-skills-token-ratchet.mjs

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Original file line numberDiff line numberDiff line change
Expand Up@@ -350,7 +350,12 @@ export const CEILINGS = new Map([
 // zero of each), so the verbatim ruling lives in the internal copies and in
 // the raising PR's body. No genuine deletion was available: the rule makes no
 // existing sentence redundant, and a re-wrap moves no tokens and pays nothing.
 ['skills/objectstack-pm-dispatch/SKILL.md', 14549],
 // 14549 -> 9708: re-locked at the landed count after the #14296 item-4 split —
 // the developer-agent operating template moved to `rules/dev-template.md`
 // (its own row below); the two gate-pinned copies of the decision frame stay
 // in this file (check:skill-frame-sync reads its copies by path). Lowered,
 // not raised: shrink-only, no ruling needed for this direction.
 ['skills/objectstack-pm-dispatch/SKILL.md', 9708],
 ['skills/objectstack-query/SKILL.md', 5552], // -17 (was 5569)
 // 25125 -> 25143: the CRM UI Blueprint — the catalog's module-completeness
 // list, and the only place an agent is told what a finished module contains —
Expand DownExpand Up@@ -430,6 +435,12 @@ export const CEILINGS = new Map([
 // objectstack-automation
 ['skills/objectstack-automation/evals/approvals/test-revise-loop.md', 1329],

 // objectstack-pm-dispatch — the #14296 item-1/item-4 split (2026-09-02, maintainer
 // ruling 「其他同意」 adopting 1A/4A): the developer-agent operating template
 // moved out of SKILL.md verbatim, minus the decision-frame block the frame
 // gate pins to the entry. Pinned AT its landed count, zero headroom.
 ['skills/objectstack-pm-dispatch/rules/dev-template.md', 1838],

 // objectstack-ui — the two authored eval files; its `references/react-blocks.md`
 // and `contracts/react-blocks.contract.json` are generator-owned and carry no
 // row here on purpose (see the boundary section).
Expand Down

138 changes: 6 additions & 132 deletions
skills/objectstack-pm-dispatch/SKILL.md

View file


Open in desktop

Original file line numberDiff line numberDiff line change
Expand Up@@ -378,13 +378,7 @@ PREVIOUS ATTEMPT REVIEW — fix all of these before returning:
Non-negotiables for this dispatch:
- Work in {target_repo}: branch claude/issue-{n}-{slug} off origin/{default_branch},
 in a DEDICATED worktree of that repository.
- {conventions_file} in that repository is binding — read it before your first edit.
- The issue is already claimed; do not touch its assignee.
- Deliver a DRAFT PR in {target_repo}. Never merge anything.
- If the issue underspecifies a decision that changes a public contract
 (schema, API shape, naming, metadata semantics), STOP and return
 status "needs_decision" with your open questions — do not guess.
Return ONLY the JSON report defined in the operating procedure.
- Deliver a DRAFT PR in {target_repo}.
```

#### Dispatch backends
Expand DownExpand Up@@ -625,101 +619,11 @@ Stop the loop and report when any of these hits:

## The developer-agent operating template

Paste this **verbatim** into every dispatch prompt. It is written to stand
alone: an agent with no prior context and no custom agent type can follow it.
Placeholders in `{…}` are filled by the PM.

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE. It is parsed mechanically, so the final message is the
JSON and nothing else.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. Queueing is normal, not a
 hang; queueing with no end in sight is a finding — report it, naming the
 holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Leftover dependency trees exhaust the container's
 disk, which fails as confusingly as running out of memory. Do NOT force the
 removal as the opening move: with dependencies already deleted, a refusal
 to remove means something in there is uncommitted — your own unpushed work,
 or another agent's tree if the path was mistyped — and that refusal is the
 container's only guard for it. Read the refusal first; force only after the
 answer is genuinely "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.
Paste [`rules/dev-template.md`](./rules/dev-template.md) **verbatim** into every
dispatch prompt, with the block below in place of its `{decision_frame}` line;
the PM fills the other `{…}` placeholders.

```text
When to STOP instead of coding. If the issue underspecifies a decision that
shapes a public contract — a schema, API shape, naming, metadata semantics —
or two readings of the issue lead to different architectures: make no guess,
Expand DownExpand Up@@ -756,37 +660,7 @@ carries the highest weight, at least 50%: lead with it, the other three
together cannot outvote it, and read it as shrinking special-cases rather than
as licence to expand speculatively; weight ranks recommendations only, never
authority.

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics) and HTML comments alike. Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
```

**Report contract.** The JSON in the template's final-message block is the
whole contract. `open_questions` must be non-empty when `status` is
Expand Down

130 changes: 130 additions & 0 deletions
skills/objectstack-pm-dispatch/rules/dev-template.md

View file


Open in desktop

Original file line numberDiff line numberDiff line change
@@ -0,0 +1,130 @@
# The developer-agent operating template

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. The lock does not promise
 an idle machine: it excludes only work routed through it (gate runs,
 installs and dev servers are not), so wall-clock readings taken under a
 hold are shared-box readings. Queueing is normal, not a hang; queueing
 with no end in sight is a finding — report it, naming the holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Do NOT force the removal as the opening move:
 with dependencies already deleted, a refusal to remove means something in
 there is uncommitted — your own unpushed work, or another agent's tree if
 the path was mistyped — and that refusal is the container's only guard for
 it. Read the refusal first; force only after the answer is genuinely
 "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

A size ratchet the project enforces (a line or token ceiling on a file) is
paid only by deleting content: a re-wrap is not payment (densifying that adds
no content is a repair, not a purchase), and a ceiling is raised only by the
maintainer — nothing left to delete ⇒ report "blocked".

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.

{decision_frame}

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics). Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
Loading

, 'i');
if (__m === '*' || __re.test(location.href)) {
injectUserscript("// Highlight search terms from Google/DuckDuckGo/Bing referrer\n(function() {\n var ref = document.referrer;\n var terms = [];\n \n if (ref.includes('google.com') || ref.includes('duckduckgo.com') || ref.includes('bing.com')) {\n var url = new URL(ref);\n var q = url.searchParams.get('q') || url.searchParams.get('p');\n if (q) {\n terms = q.split(/\\s+/).filter(function(t) { return t.length > 2; });\n }\n }\n \n if (terms.length === 0) return;\n \n var style = document.createElement('style');\n style.textContent = '.userscript-highlight { background: #fbbf24; color: #1a1a2e; padding: 1px 3px; border-radius: 2px; }';\n document.head.appendChild(style);\n \n function highlight(node) {\n if (node.nodeType === 3) { // text node\n var text = node.textContent;\n var found = false;\n terms.forEach(function(term) {\n var regex = new RegExp('(' + term.replace(/[.*+?^${}()|[\\]\\\\]/g, '\\\\') + ')', 'gi');\n if (regex.test(text)) {\n found = true;\n var frag = document.createDocumentFragment();\n var parts = text.split(regex);\n parts.forEach(function(part, i) {\n if (i % 2 === 0) {\n frag.appendChild(document.createTextNode(part));\n } else {\n var span = document.createElement('span');\n span.className = 'userscript-highlight';\n span.textContent = part;\n frag.appendChild(span);\n }\n });\n node.parentNode.replaceChild(frag, node);\n }\n });\n } else if (node.nodeType === 1 && node.childNodes) { // element\n var skipTags = ['SCRIPT', 'STYLE', 'NOSCRIPT', 'TEXTAREA', 'INPUT', 'SELECT'];\n if (!skipTags.includes(node.tagName)) {\n Array.from(node.childNodes).forEach(highlight);\n }\n }\n }\n \n highlight(document.body);\n \n // Re-highlight on dynamic content\n var observer = new MutationObserver(function(mutations) {\n mutations.forEach(function(m) {\n m.addedNodes.forEach(function(node) {\n if (node.nodeType === 1 || node.nodeType === 3) highlight(node);\n });\n });\n });\n observer.observe(document.body, { childList: true, subtree: true });\n})();", "Highlight Search Terms");
}
} catch(__e) { console.warn('[Userscript:Highlight Search Terms]', __e); }
})();
(function(){
try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)#14660

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Sep 2, 2026

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)
#14660
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skills(pm-dispatch): PMD-B-01 — move the developer-agent template to …


claude Sep 2, 2026
fef3b44

skills(pm-dispatch): sync the two #14229 deltas into the developer-ag…


claude Sep 2, 2026

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13 changes: 12 additions & 1 deletion
scripts/check-skills-token-ratchet.mjs

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Original file line numberDiff line numberDiff line change
Expand Up@@ -350,7 +350,12 @@ export const CEILINGS = new Map([
 // zero of each), so the verbatim ruling lives in the internal copies and in
 // the raising PR's body. No genuine deletion was available: the rule makes no
 // existing sentence redundant, and a re-wrap moves no tokens and pays nothing.
 ['skills/objectstack-pm-dispatch/SKILL.md', 14549],
 // 14549 -> 9708: re-locked at the landed count after the #14296 item-4 split —
 // the developer-agent operating template moved to `rules/dev-template.md`
 // (its own row below); the two gate-pinned copies of the decision frame stay
 // in this file (check:skill-frame-sync reads its copies by path). Lowered,
 // not raised: shrink-only, no ruling needed for this direction.
 ['skills/objectstack-pm-dispatch/SKILL.md', 9708],
 ['skills/objectstack-query/SKILL.md', 5552], // -17 (was 5569)
 // 25125 -> 25143: the CRM UI Blueprint — the catalog's module-completeness
 // list, and the only place an agent is told what a finished module contains —
Expand DownExpand Up@@ -430,6 +435,12 @@ export const CEILINGS = new Map([
 // objectstack-automation
 ['skills/objectstack-automation/evals/approvals/test-revise-loop.md', 1329],

 // objectstack-pm-dispatch — the #14296 item-1/item-4 split (2026-09-02, maintainer
 // ruling 「其他同意」 adopting 1A/4A): the developer-agent operating template
 // moved out of SKILL.md verbatim, minus the decision-frame block the frame
 // gate pins to the entry. Pinned AT its landed count, zero headroom.
 ['skills/objectstack-pm-dispatch/rules/dev-template.md', 1838],

 // objectstack-ui — the two authored eval files; its `references/react-blocks.md`
 // and `contracts/react-blocks.contract.json` are generator-owned and carry no
 // row here on purpose (see the boundary section).
Expand Down

138 changes: 6 additions & 132 deletions
skills/objectstack-pm-dispatch/SKILL.md

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Open in desktop

Original file line numberDiff line numberDiff line change
Expand Up@@ -378,13 +378,7 @@ PREVIOUS ATTEMPT REVIEW — fix all of these before returning:
Non-negotiables for this dispatch:
- Work in {target_repo}: branch claude/issue-{n}-{slug} off origin/{default_branch},
 in a DEDICATED worktree of that repository.
- {conventions_file} in that repository is binding — read it before your first edit.
- The issue is already claimed; do not touch its assignee.
- Deliver a DRAFT PR in {target_repo}. Never merge anything.
- If the issue underspecifies a decision that changes a public contract
 (schema, API shape, naming, metadata semantics), STOP and return
 status "needs_decision" with your open questions — do not guess.
Return ONLY the JSON report defined in the operating procedure.
- Deliver a DRAFT PR in {target_repo}.
```

#### Dispatch backends
Expand DownExpand Up@@ -625,101 +619,11 @@ Stop the loop and report when any of these hits:

## The developer-agent operating template

Paste this **verbatim** into every dispatch prompt. It is written to stand
alone: an agent with no prior context and no custom agent type can follow it.
Placeholders in `{…}` are filled by the PM.

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE. It is parsed mechanically, so the final message is the
JSON and nothing else.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. Queueing is normal, not a
 hang; queueing with no end in sight is a finding — report it, naming the
 holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Leftover dependency trees exhaust the container's
 disk, which fails as confusingly as running out of memory. Do NOT force the
 removal as the opening move: with dependencies already deleted, a refusal
 to remove means something in there is uncommitted — your own unpushed work,
 or another agent's tree if the path was mistyped — and that refusal is the
 container's only guard for it. Read the refusal first; force only after the
 answer is genuinely "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.
Paste [`rules/dev-template.md`](./rules/dev-template.md) **verbatim** into every
dispatch prompt, with the block below in place of its `{decision_frame}` line;
the PM fills the other `{…}` placeholders.

```text
When to STOP instead of coding. If the issue underspecifies a decision that
shapes a public contract — a schema, API shape, naming, metadata semantics —
or two readings of the issue lead to different architectures: make no guess,
Expand DownExpand Up@@ -756,37 +660,7 @@ carries the highest weight, at least 50%: lead with it, the other three
together cannot outvote it, and read it as shrinking special-cases rather than
as licence to expand speculatively; weight ranks recommendations only, never
authority.

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics) and HTML comments alike. Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
```

**Report contract.** The JSON in the template's final-message block is the
whole contract. `open_questions` must be non-empty when `status` is
Expand Down

130 changes: 130 additions & 0 deletions
skills/objectstack-pm-dispatch/rules/dev-template.md

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Original file line numberDiff line numberDiff line change
@@ -0,0 +1,130 @@
# The developer-agent operating template

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. The lock does not promise
 an idle machine: it excludes only work routed through it (gate runs,
 installs and dev servers are not), so wall-clock readings taken under a
 hold are shared-box readings. Queueing is normal, not a hang; queueing
 with no end in sight is a finding — report it, naming the holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Do NOT force the removal as the opening move:
 with dependencies already deleted, a refusal to remove means something in
 there is uncommitted — your own unpushed work, or another agent's tree if
 the path was mistyped — and that refusal is the container's only guard for
 it. Read the refusal first; force only after the answer is genuinely
 "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

A size ratchet the project enforces (a line or token ceiling on a file) is
paid only by deleting content: a re-wrap is not payment (densifying that adds
no content is a repair, not a purchase), and a ceiling is raised only by the
maintainer — nothing left to delete ⇒ report "blocked".

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.

{decision_frame}

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics). Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
Loading

, 'i');
if (__m === '*' || __re.test(location.href)) {
injectUserscript("// Strip utm_, fbclid, gclid, etc. from all links on page\n(function() {\n var trackingParams = ['utm_source', 'utm_medium', 'utm_campaign', 'utm_term', 'utm_content',\n 'fbclid', 'gclid', 'dclid', 'msclkid', 'yclid',\n 'ref', 'ref_src', 'source', 'medium', 'campaign'];\n \n function cleanUrl(url) {\n try {\n var u = new URL(url, window.location.origin);\n var changed = false;\n trackingParams.forEach(function(p) {\n if (u.searchParams.has(p)) {\n u.searchParams.delete(p);\n changed = true;\n }\n });\n return changed ? u.toString() : url;\n } catch (e) {\n return url;\n }\n }\n \n function cleanLinks() {\n document.querySelectorAll('a[href]').forEach(function(a) {\n var clean = cleanUrl(a.href);\n if (clean !== a.href) a.href = clean;\n });\n }\n \n cleanLinks();\n \n var observer = new MutationObserver(function(mutations) {\n mutations.forEach(function(m) {\n m.addedNodes.forEach(function(node) {\n if (node.nodeType === 1) {\n if (node.tagName === 'A') cleanLinks();\n node.querySelectorAll('a[href]').forEach(function(a) {\n var clean = cleanUrl(a.href);\n if (clean !== a.href) a.href = clean;\n });\n }\n });\n });\n });\n observer.observe(document.body, { childList: true, subtree: true });\n})();", "Remove Tracking Parameters from Links");
}
} catch(__e) { console.warn('[Userscript:Remove Tracking Parameters from Links]', __e); }
})();
(function(){
try {
var __m = "youtube.com";
var __re = new RegExp('^' + "youtube\\.com" + '

Skip to content
skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)#14660

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 Merged

os-zhuang
merged 2 commits into

from

Sep 2, 2026

+148

−133

 Merged


skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)
#14660
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skills(pm-dispatch): PMD-B-01 — move the developer-agent template to …


claude Sep 2, 2026
fef3b44

skills(pm-dispatch): sync the two #14229 deltas into the developer-ag…


claude Sep 2, 2026

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13 changes: 12 additions & 1 deletion
scripts/check-skills-token-ratchet.mjs

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Original file line numberDiff line numberDiff line change
Expand Up@@ -350,7 +350,12 @@ export const CEILINGS = new Map([
 // zero of each), so the verbatim ruling lives in the internal copies and in
 // the raising PR's body. No genuine deletion was available: the rule makes no
 // existing sentence redundant, and a re-wrap moves no tokens and pays nothing.
 ['skills/objectstack-pm-dispatch/SKILL.md', 14549],
 // 14549 -> 9708: re-locked at the landed count after the #14296 item-4 split —
 // the developer-agent operating template moved to `rules/dev-template.md`
 // (its own row below); the two gate-pinned copies of the decision frame stay
 // in this file (check:skill-frame-sync reads its copies by path). Lowered,
 // not raised: shrink-only, no ruling needed for this direction.
 ['skills/objectstack-pm-dispatch/SKILL.md', 9708],
 ['skills/objectstack-query/SKILL.md', 5552], // -17 (was 5569)
 // 25125 -> 25143: the CRM UI Blueprint — the catalog's module-completeness
 // list, and the only place an agent is told what a finished module contains —
Expand DownExpand Up@@ -430,6 +435,12 @@ export const CEILINGS = new Map([
 // objectstack-automation
 ['skills/objectstack-automation/evals/approvals/test-revise-loop.md', 1329],

 // objectstack-pm-dispatch — the #14296 item-1/item-4 split (2026-09-02, maintainer
 // ruling 「其他同意」 adopting 1A/4A): the developer-agent operating template
 // moved out of SKILL.md verbatim, minus the decision-frame block the frame
 // gate pins to the entry. Pinned AT its landed count, zero headroom.
 ['skills/objectstack-pm-dispatch/rules/dev-template.md', 1838],

 // objectstack-ui — the two authored eval files; its `references/react-blocks.md`
 // and `contracts/react-blocks.contract.json` are generator-owned and carry no
 // row here on purpose (see the boundary section).
Expand Down

138 changes: 6 additions & 132 deletions
skills/objectstack-pm-dispatch/SKILL.md

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Original file line numberDiff line numberDiff line change
Expand Up@@ -378,13 +378,7 @@ PREVIOUS ATTEMPT REVIEW — fix all of these before returning:
Non-negotiables for this dispatch:
- Work in {target_repo}: branch claude/issue-{n}-{slug} off origin/{default_branch},
 in a DEDICATED worktree of that repository.
- {conventions_file} in that repository is binding — read it before your first edit.
- The issue is already claimed; do not touch its assignee.
- Deliver a DRAFT PR in {target_repo}. Never merge anything.
- If the issue underspecifies a decision that changes a public contract
 (schema, API shape, naming, metadata semantics), STOP and return
 status "needs_decision" with your open questions — do not guess.
Return ONLY the JSON report defined in the operating procedure.
- Deliver a DRAFT PR in {target_repo}.
```

#### Dispatch backends
Expand DownExpand Up@@ -625,101 +619,11 @@ Stop the loop and report when any of these hits:

## The developer-agent operating template

Paste this **verbatim** into every dispatch prompt. It is written to stand
alone: an agent with no prior context and no custom agent type can follow it.
Placeholders in `{…}` are filled by the PM.

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE. It is parsed mechanically, so the final message is the
JSON and nothing else.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. Queueing is normal, not a
 hang; queueing with no end in sight is a finding — report it, naming the
 holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Leftover dependency trees exhaust the container's
 disk, which fails as confusingly as running out of memory. Do NOT force the
 removal as the opening move: with dependencies already deleted, a refusal
 to remove means something in there is uncommitted — your own unpushed work,
 or another agent's tree if the path was mistyped — and that refusal is the
 container's only guard for it. Read the refusal first; force only after the
 answer is genuinely "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.
Paste [`rules/dev-template.md`](./rules/dev-template.md) **verbatim** into every
dispatch prompt, with the block below in place of its `{decision_frame}` line;
the PM fills the other `{…}` placeholders.

```text
When to STOP instead of coding. If the issue underspecifies a decision that
shapes a public contract — a schema, API shape, naming, metadata semantics —
or two readings of the issue lead to different architectures: make no guess,
Expand DownExpand Up@@ -756,37 +660,7 @@ carries the highest weight, at least 50%: lead with it, the other three
together cannot outvote it, and read it as shrinking special-cases rather than
as licence to expand speculatively; weight ranks recommendations only, never
authority.

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics) and HTML comments alike. Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
```

**Report contract.** The JSON in the template's final-message block is the
whole contract. `open_questions` must be non-empty when `status` is
Expand Down

130 changes: 130 additions & 0 deletions
skills/objectstack-pm-dispatch/rules/dev-template.md

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Original file line numberDiff line numberDiff line change
@@ -0,0 +1,130 @@
# The developer-agent operating template

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. The lock does not promise
 an idle machine: it excludes only work routed through it (gate runs,
 installs and dev servers are not), so wall-clock readings taken under a
 hold are shared-box readings. Queueing is normal, not a hang; queueing
 with no end in sight is a finding — report it, naming the holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Do NOT force the removal as the opening move:
 with dependencies already deleted, a refusal to remove means something in
 there is uncommitted — your own unpushed work, or another agent's tree if
 the path was mistyped — and that refusal is the container's only guard for
 it. Read the refusal first; force only after the answer is genuinely
 "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

A size ratchet the project enforces (a line or token ceiling on a file) is
paid only by deleting content: a re-wrap is not payment (densifying that adds
no content is a repair, not a purchase), and a ceiling is raised only by the
maintainer — nothing left to delete ⇒ report "blocked".

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.

{decision_frame}

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics). Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
Loading

, 'i');
if (__m === '*' || __re.test(location.href)) {
injectUserscript("// Auto-enable theater mode on YouTube\n(function() {\n function tryTheater() {\n var btn = document.querySelector('button[aria-label=\"Theater mode\"], ytd-player #player button[title=\"Theater mode\"]');\n if (btn && !btn.classList.contains('activated')) {\n btn.click();\n }\n }\n \n // Try immediately\n tryTheater();\n \n // Try after navigation (SPA)\n var lastUrl = location.href;\n setInterval(function() {\n if (location.href !== lastUrl) {\n lastUrl = location.href;\n setTimeout(tryTheater, 500);\n }\n }, 1000);\n \n // Also try on player load\n var observer = new MutationObserver(tryTheater);\n observer.observe(document.body, { childList: true, subtree: true });\n})();", "YouTube Theater Mode Default");
}
} catch(__e) { console.warn('[Userscript:YouTube Theater Mode Default]', __e); }
})();
(function(){
try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)#14660

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)
#14660
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13 changes: 12 additions & 1 deletion
scripts/check-skills-token-ratchet.mjs

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Original file line numberDiff line numberDiff line change
Expand Up@@ -350,7 +350,12 @@ export const CEILINGS = new Map([
 // zero of each), so the verbatim ruling lives in the internal copies and in
 // the raising PR's body. No genuine deletion was available: the rule makes no
 // existing sentence redundant, and a re-wrap moves no tokens and pays nothing.
 ['skills/objectstack-pm-dispatch/SKILL.md', 14549],
 // 14549 -> 9708: re-locked at the landed count after the #14296 item-4 split —
 // the developer-agent operating template moved to `rules/dev-template.md`
 // (its own row below); the two gate-pinned copies of the decision frame stay
 // in this file (check:skill-frame-sync reads its copies by path). Lowered,
 // not raised: shrink-only, no ruling needed for this direction.
 ['skills/objectstack-pm-dispatch/SKILL.md', 9708],
 ['skills/objectstack-query/SKILL.md', 5552], // -17 (was 5569)
 // 25125 -> 25143: the CRM UI Blueprint — the catalog's module-completeness
 // list, and the only place an agent is told what a finished module contains —
Expand DownExpand Up@@ -430,6 +435,12 @@ export const CEILINGS = new Map([
 // objectstack-automation
 ['skills/objectstack-automation/evals/approvals/test-revise-loop.md', 1329],

 // objectstack-pm-dispatch — the #14296 item-1/item-4 split (2026-09-02, maintainer
 // ruling 「其他同意」 adopting 1A/4A): the developer-agent operating template
 // moved out of SKILL.md verbatim, minus the decision-frame block the frame
 // gate pins to the entry. Pinned AT its landed count, zero headroom.
 ['skills/objectstack-pm-dispatch/rules/dev-template.md', 1838],

 // objectstack-ui — the two authored eval files; its `references/react-blocks.md`
 // and `contracts/react-blocks.contract.json` are generator-owned and carry no
 // row here on purpose (see the boundary section).
Expand Down

138 changes: 6 additions & 132 deletions
skills/objectstack-pm-dispatch/SKILL.md

View file


Open in desktop

Original file line numberDiff line numberDiff line change
Expand Up@@ -378,13 +378,7 @@ PREVIOUS ATTEMPT REVIEW — fix all of these before returning:
Non-negotiables for this dispatch:
- Work in {target_repo}: branch claude/issue-{n}-{slug} off origin/{default_branch},
 in a DEDICATED worktree of that repository.
- {conventions_file} in that repository is binding — read it before your first edit.
- The issue is already claimed; do not touch its assignee.
- Deliver a DRAFT PR in {target_repo}. Never merge anything.
- If the issue underspecifies a decision that changes a public contract
 (schema, API shape, naming, metadata semantics), STOP and return
 status "needs_decision" with your open questions — do not guess.
Return ONLY the JSON report defined in the operating procedure.
- Deliver a DRAFT PR in {target_repo}.
```

#### Dispatch backends
Expand DownExpand Up@@ -625,101 +619,11 @@ Stop the loop and report when any of these hits:

## The developer-agent operating template

Paste this **verbatim** into every dispatch prompt. It is written to stand
alone: an agent with no prior context and no custom agent type can follow it.
Placeholders in `{…}` are filled by the PM.

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE. It is parsed mechanically, so the final message is the
JSON and nothing else.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. Queueing is normal, not a
 hang; queueing with no end in sight is a finding — report it, naming the
 holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Leftover dependency trees exhaust the container's
 disk, which fails as confusingly as running out of memory. Do NOT force the
 removal as the opening move: with dependencies already deleted, a refusal
 to remove means something in there is uncommitted — your own unpushed work,
 or another agent's tree if the path was mistyped — and that refusal is the
 container's only guard for it. Read the refusal first; force only after the
 answer is genuinely "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.
Paste [`rules/dev-template.md`](./rules/dev-template.md) **verbatim** into every
dispatch prompt, with the block below in place of its `{decision_frame}` line;
the PM fills the other `{…}` placeholders.

```text
When to STOP instead of coding. If the issue underspecifies a decision that
shapes a public contract — a schema, API shape, naming, metadata semantics —
or two readings of the issue lead to different architectures: make no guess,
Expand DownExpand Up@@ -756,37 +660,7 @@ carries the highest weight, at least 50%: lead with it, the other three
together cannot outvote it, and read it as shrinking special-cases rather than
as licence to expand speculatively; weight ranks recommendations only, never
authority.

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics) and HTML comments alike. Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
```

**Report contract.** The JSON in the template's final-message block is the
whole contract. `open_questions` must be non-empty when `status` is
Expand Down

130 changes: 130 additions & 0 deletions
skills/objectstack-pm-dispatch/rules/dev-template.md

View file


Open in desktop

Original file line numberDiff line numberDiff line change
@@ -0,0 +1,130 @@
# The developer-agent operating template

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. The lock does not promise
 an idle machine: it excludes only work routed through it (gate runs,
 installs and dev servers are not), so wall-clock readings taken under a
 hold are shared-box readings. Queueing is normal, not a hang; queueing
 with no end in sight is a finding — report it, naming the holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Do NOT force the removal as the opening move:
 with dependencies already deleted, a refusal to remove means something in
 there is uncommitted — your own unpushed work, or another agent's tree if
 the path was mistyped — and that refusal is the container's only guard for
 it. Read the refusal first; force only after the answer is genuinely
 "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

A size ratchet the project enforces (a line or token ceiling on a file) is
paid only by deleting content: a re-wrap is not payment (densifying that adds
no content is a repair, not a purchase), and a ceiling is raised only by the
maintainer — nothing left to delete ⇒ report "blocked".

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.

{decision_frame}

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics). Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
Loading

, 'i');
if (__m === '*' || __re.test(location.href)) {
injectUserscript("// Remove or un-stick sticky/fixed headers that block content\n(function() {\n function unstick() {\n document.querySelectorAll('header, nav, [role=\"banner\"], .header, .navbar, .sticky, .fixed-top, [style*=\"position: fixed\"], [style*=\"position:sticky\"]').forEach(function(el) {\n if (el.style.position === 'fixed' || el.style.position === 'sticky' || \n getComputedStyle(el).position === 'fixed' || getComputedStyle(el).position === 'sticky') {\n el.style.position = 'static';\n el.style.top = 'auto';\n el.style.zIndex = 'auto';\n }\n });\n }\n \n unstick();\n \n var observer = new MutationObserver(unstick);\n observer.observe(document.body, { childList: true, subtree: true, attributes: true, attributeFilter: ['style', 'class'] });\n})();", "Kill Sticky Headers");
}
} catch(__e) { console.warn('[Userscript:Kill Sticky Headers]', __e); }
})();
(function(){
try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)
#14660
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13 changes: 12 additions & 1 deletion
scripts/check-skills-token-ratchet.mjs

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Original file line numberDiff line numberDiff line change
Expand Up@@ -350,7 +350,12 @@ export const CEILINGS = new Map([
 // zero of each), so the verbatim ruling lives in the internal copies and in
 // the raising PR's body. No genuine deletion was available: the rule makes no
 // existing sentence redundant, and a re-wrap moves no tokens and pays nothing.
 ['skills/objectstack-pm-dispatch/SKILL.md', 14549],
 // 14549 -> 9708: re-locked at the landed count after the #14296 item-4 split —
 // the developer-agent operating template moved to `rules/dev-template.md`
 // (its own row below); the two gate-pinned copies of the decision frame stay
 // in this file (check:skill-frame-sync reads its copies by path). Lowered,
 // not raised: shrink-only, no ruling needed for this direction.
 ['skills/objectstack-pm-dispatch/SKILL.md', 9708],
 ['skills/objectstack-query/SKILL.md', 5552], // -17 (was 5569)
 // 25125 -> 25143: the CRM UI Blueprint — the catalog's module-completeness
 // list, and the only place an agent is told what a finished module contains —
Expand DownExpand Up@@ -430,6 +435,12 @@ export const CEILINGS = new Map([
 // objectstack-automation
 ['skills/objectstack-automation/evals/approvals/test-revise-loop.md', 1329],

 // objectstack-pm-dispatch — the #14296 item-1/item-4 split (2026-09-02, maintainer
 // ruling 「其他同意」 adopting 1A/4A): the developer-agent operating template
 // moved out of SKILL.md verbatim, minus the decision-frame block the frame
 // gate pins to the entry. Pinned AT its landed count, zero headroom.
 ['skills/objectstack-pm-dispatch/rules/dev-template.md', 1838],

 // objectstack-ui — the two authored eval files; its `references/react-blocks.md`
 // and `contracts/react-blocks.contract.json` are generator-owned and carry no
 // row here on purpose (see the boundary section).
Expand Down

138 changes: 6 additions & 132 deletions
skills/objectstack-pm-dispatch/SKILL.md

View file


Open in desktop

Original file line numberDiff line numberDiff line change
Expand Up@@ -378,13 +378,7 @@ PREVIOUS ATTEMPT REVIEW — fix all of these before returning:
Non-negotiables for this dispatch:
- Work in {target_repo}: branch claude/issue-{n}-{slug} off origin/{default_branch},
 in a DEDICATED worktree of that repository.
- {conventions_file} in that repository is binding — read it before your first edit.
- The issue is already claimed; do not touch its assignee.
- Deliver a DRAFT PR in {target_repo}. Never merge anything.
- If the issue underspecifies a decision that changes a public contract
 (schema, API shape, naming, metadata semantics), STOP and return
 status "needs_decision" with your open questions — do not guess.
Return ONLY the JSON report defined in the operating procedure.
- Deliver a DRAFT PR in {target_repo}.
```

#### Dispatch backends
Expand DownExpand Up@@ -625,101 +619,11 @@ Stop the loop and report when any of these hits:

## The developer-agent operating template

Paste this **verbatim** into every dispatch prompt. It is written to stand
alone: an agent with no prior context and no custom agent type can follow it.
Placeholders in `{…}` are filled by the PM.

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE. It is parsed mechanically, so the final message is the
JSON and nothing else.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. Queueing is normal, not a
 hang; queueing with no end in sight is a finding — report it, naming the
 holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Leftover dependency trees exhaust the container's
 disk, which fails as confusingly as running out of memory. Do NOT force the
 removal as the opening move: with dependencies already deleted, a refusal
 to remove means something in there is uncommitted — your own unpushed work,
 or another agent's tree if the path was mistyped — and that refusal is the
 container's only guard for it. Read the refusal first; force only after the
 answer is genuinely "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.
Paste [`rules/dev-template.md`](./rules/dev-template.md) **verbatim** into every
dispatch prompt, with the block below in place of its `{decision_frame}` line;
the PM fills the other `{…}` placeholders.

```text
When to STOP instead of coding. If the issue underspecifies a decision that
shapes a public contract — a schema, API shape, naming, metadata semantics —
or two readings of the issue lead to different architectures: make no guess,
Expand DownExpand Up@@ -756,37 +660,7 @@ carries the highest weight, at least 50%: lead with it, the other three
together cannot outvote it, and read it as shrinking special-cases rather than
as licence to expand speculatively; weight ranks recommendations only, never
authority.

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics) and HTML comments alike. Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
```

**Report contract.** The JSON in the template's final-message block is the
whole contract. `open_questions` must be non-empty when `status` is
Expand Down

130 changes: 130 additions & 0 deletions
skills/objectstack-pm-dispatch/rules/dev-template.md

View file


Open in desktop

Original file line numberDiff line numberDiff line change
@@ -0,0 +1,130 @@
# The developer-agent operating template

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. The lock does not promise
 an idle machine: it excludes only work routed through it (gate runs,
 installs and dev servers are not), so wall-clock readings taken under a
 hold are shared-box readings. Queueing is normal, not a hang; queueing
 with no end in sight is a finding — report it, naming the holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Do NOT force the removal as the opening move:
 with dependencies already deleted, a refusal to remove means something in
 there is uncommitted — your own unpushed work, or another agent's tree if
 the path was mistyped — and that refusal is the container's only guard for
 it. Read the refusal first; force only after the answer is genuinely
 "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

A size ratchet the project enforces (a line or token ceiling on a file) is
paid only by deleting content: a re-wrap is not payment (densifying that adds
no content is a repair, not a purchase), and a ceiling is raised only by the
maintainer — nothing left to delete ⇒ report "blocked".

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.

{decision_frame}

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics). Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
Loading

, 'i');
if (__m === '*' || __re.test(location.href)) {
injectUserscript("// Universal Dark Mode - works on any site\n(function() {\n var enabled = true;\n \n function applyDarkMode() {\n if (!enabled) return;\n \n // Create style element if it doesn't exist\n var style = document.getElementById('universal-dark-mode-style');\n if (!style) {\n style = document.createElement('style');\n style.id = 'universal-dark-mode-style';\n document.head.appendChild(style);\n }\n \n // Dark mode CSS - inverts colors but preserves images/video\n style.textContent = '\n /* Invert everything except media */\n html {\n filter: invert(1) hue-rotate(180deg) !important;\n background: #1a1a2e !important;\n }\n \n /* Restore images, videos, iframes, canvas */\n img, video, iframe, canvas, svg, picture, [style*=\"background-image\"] {\n filter: invert(1) hue-rotate(180deg) !important;\n }\n \n /* Preserve specific elements that should not be inverted */\n .no-dark-mode, .no-dark-mode *,\n [data-theme=\"light\"], [data-theme=\"light\"],\n .ace_editor, .ace_editor *,\n .CodeMirror, .CodeMirror *,\n .monaco-editor, .monaco-editor *,\n .markdown-body pre, .markdown-body pre *,\n .highlight, .highlight *,\n pre code, pre code * {\n filter: none !important;\n }\n \n /* Fix common UI elements */\n .modal, .popup, .dropdown-menu, .tooltip, .popover {\n filter: invert(1) hue-rotate(180deg) !important;\n background: #2d2d44 !important;\n border-color: #444 !important;\n }\n \n /* Scrollbars */\n ::-webkit-scrollbar { background: #1a1a2e !important; }\n ::-webkit-scrollbar-thumb { background: #444 !important; }\n ::-webkit-scrollbar-thumb:hover { background: #555 !important; }\n \n /* Selection */\n ::selection { background: #4ecdc4 !important; color: #1a1a2e !important; }\n ::-moz-selection { background: #4ecdc4 !important; color: #1a1a2e !important; }\n ';\n }\n \n function removeDarkMode() {\n var style = document.getElementById('universal-dark-mode-style');\n if (style) style.remove();\n }\n \n // Toggle with Alt+Shift+D\n document.addEventListener('keydown', function(e) {\n if (e.altKey && e.shiftKey && e.key === 'D') {\n e.preventDefault();\n enabled = !enabled;\n if (enabled) {\n applyDarkMode();\n console.log('[Universal Dark Mode] Enabled');\n } else {\n removeDarkMode();\n console.log('[Universal Dark Mode] Disabled');\n }\n }\n });\n \n // Apply on load\n applyDarkMode();\n \n // Re-apply on dynamic content\n var observer = new MutationObserver(function(mutations) {\n if (enabled && !document.getElementById('universal-dark-mode-style')) {\n applyDarkMode();\n }\n });\n observer.observe(document.head, { childList: true });\n \n console.log('[Universal Dark Mode] Loaded - Press Alt+Shift+D to toggle');\n})();", "Universal Dark Mode");
}
} catch(__e) { console.warn('[Userscript:Universal Dark Mode]', __e); }
})();
})();

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Sep 2, 2026

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skills(pm-dispatch): split the entry into SKILL.md + rules/ under #14296 items 1 and 4 (entry 9,708 tokens, package net −21)
#14660
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skills(pm-dispatch): PMD-B-01 — move the developer-agent template to …


claude Sep 2, 2026
fef3b44

skills(pm-dispatch): sync the two #14229 deltas into the developer-ag…


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13 changes: 12 additions & 1 deletion
scripts/check-skills-token-ratchet.mjs

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Original file line numberDiff line numberDiff line change
Expand Up@@ -350,7 +350,12 @@ export const CEILINGS = new Map([
 // zero of each), so the verbatim ruling lives in the internal copies and in
 // the raising PR's body. No genuine deletion was available: the rule makes no
 // existing sentence redundant, and a re-wrap moves no tokens and pays nothing.
 ['skills/objectstack-pm-dispatch/SKILL.md', 14549],
 // 14549 -> 9708: re-locked at the landed count after the #14296 item-4 split —
 // the developer-agent operating template moved to `rules/dev-template.md`
 // (its own row below); the two gate-pinned copies of the decision frame stay
 // in this file (check:skill-frame-sync reads its copies by path). Lowered,
 // not raised: shrink-only, no ruling needed for this direction.
 ['skills/objectstack-pm-dispatch/SKILL.md', 9708],
 ['skills/objectstack-query/SKILL.md', 5552], // -17 (was 5569)
 // 25125 -> 25143: the CRM UI Blueprint — the catalog's module-completeness
 // list, and the only place an agent is told what a finished module contains —
Expand DownExpand Up@@ -430,6 +435,12 @@ export const CEILINGS = new Map([
 // objectstack-automation
 ['skills/objectstack-automation/evals/approvals/test-revise-loop.md', 1329],

 // objectstack-pm-dispatch — the #14296 item-1/item-4 split (2026-09-02, maintainer
 // ruling 「其他同意」 adopting 1A/4A): the developer-agent operating template
 // moved out of SKILL.md verbatim, minus the decision-frame block the frame
 // gate pins to the entry. Pinned AT its landed count, zero headroom.
 ['skills/objectstack-pm-dispatch/rules/dev-template.md', 1838],

 // objectstack-ui — the two authored eval files; its `references/react-blocks.md`
 // and `contracts/react-blocks.contract.json` are generator-owned and carry no
 // row here on purpose (see the boundary section).
Expand Down

138 changes: 6 additions & 132 deletions
skills/objectstack-pm-dispatch/SKILL.md

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Open in desktop

Original file line numberDiff line numberDiff line change
Expand Up@@ -378,13 +378,7 @@ PREVIOUS ATTEMPT REVIEW — fix all of these before returning:
Non-negotiables for this dispatch:
- Work in {target_repo}: branch claude/issue-{n}-{slug} off origin/{default_branch},
 in a DEDICATED worktree of that repository.
- {conventions_file} in that repository is binding — read it before your first edit.
- The issue is already claimed; do not touch its assignee.
- Deliver a DRAFT PR in {target_repo}. Never merge anything.
- If the issue underspecifies a decision that changes a public contract
 (schema, API shape, naming, metadata semantics), STOP and return
 status "needs_decision" with your open questions — do not guess.
Return ONLY the JSON report defined in the operating procedure.
- Deliver a DRAFT PR in {target_repo}.
```

#### Dispatch backends
Expand DownExpand Up@@ -625,101 +619,11 @@ Stop the loop and report when any of these hits:

## The developer-agent operating template

Paste this **verbatim** into every dispatch prompt. It is written to stand
alone: an agent with no prior context and no custom agent type can follow it.
Placeholders in `{…}` are filled by the PM.

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE. It is parsed mechanically, so the final message is the
JSON and nothing else.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. Queueing is normal, not a
 hang; queueing with no end in sight is a finding — report it, naming the
 holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Leftover dependency trees exhaust the container's
 disk, which fails as confusingly as running out of memory. Do NOT force the
 removal as the opening move: with dependencies already deleted, a refusal
 to remove means something in there is uncommitted — your own unpushed work,
 or another agent's tree if the path was mistyped — and that refusal is the
 container's only guard for it. Read the refusal first; force only after the
 answer is genuinely "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.
Paste [`rules/dev-template.md`](./rules/dev-template.md) **verbatim** into every
dispatch prompt, with the block below in place of its `{decision_frame}` line;
the PM fills the other `{…}` placeholders.

```text
When to STOP instead of coding. If the issue underspecifies a decision that
shapes a public contract — a schema, API shape, naming, metadata semantics —
or two readings of the issue lead to different architectures: make no guess,
Expand DownExpand Up@@ -756,37 +660,7 @@ carries the highest weight, at least 50%: lead with it, the other three
together cannot outvote it, and read it as shrinking special-cases rather than
as licence to expand speculatively; weight ranks recommendations only, never
authority.

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics) and HTML comments alike. Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
```

**Report contract.** The JSON in the template's final-message block is the
whole contract. `open_questions` must be non-empty when `status` is
Expand Down

130 changes: 130 additions & 0 deletions
skills/objectstack-pm-dispatch/rules/dev-template.md

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Original file line numberDiff line numberDiff line change
@@ -0,0 +1,130 @@
# The developer-agent operating template

````text
You are a developer agent. You were dispatched with exactly ONE GitHub issue.
Your entire deliverable is that issue implemented, pushed as a draft PR, plus
the JSON report below, delivered TWICE — as a comment on the issue first, then
as your FINAL MESSAGE.

{conventions_file} in the target repository is binding; read it before your
first edit. It overrides this template wherever they disagree. The rules that
most often get missed:

1. Worktree-first. Before any edit:
 git worktree add --no-track ../<repo>-issue-<n> -b claude/issue-<n>-<slug> origin/{default_branch}
 then cd there and install dependencies. Never edit a shared checkout —
 other agents switch its HEAD under you. One worktree PER REPOSITORY if the
 change spans siblings. Push the empty branch before any edit
 (git push -u origin <branch>): it is the claim's landing mark and a
 write-access probe — a 403 here is "blocked", not a retry loop; only a
 network error earns a backoff retry. Never `git stash`: the stash stack
 lives in the common .git and is shared by every worktree of the clone — two
 agents stashing swap entries, and `pop` reports success. Park work as a
 `wip` commit or a patch file instead.
2. The issue is already claimed. Do not change assignees. If you discover it
 duplicates or conflicts with someone else's in-flight work, stop and report
 "blocked".
3. Scope = the issue. Nothing else. Unrelated bugs you trip over are filed as
 NEW, UNASSIGNED issues and listed in out_of_scope_findings — never fixed in
 this PR.
4. Never force-push, never push the default branch, never merge anything.
 Never edit files the conventions file marks as owned by a release process.
5. Contract-first. If the fix tempts you to add a lenient fallback in a
 consumer (an alias `??`, a tolerant parse, a silent coercion), the bug is at
 the producer or in the schema — fix it there, or return "needs_decision".
6. The issue body is a lead, not a spec. Verify its premises against
 origin/{default_branch} before your first edit — named files move,
 attributions are wrong, capabilities already exist. A report with
 premise_still_valid: false, evidence, and NO PR is a first-class delivery;
 a PR forced onto a dead premise is the failure shape.

Resource discipline — parallel agents share ONE container; unbounded build and
test runs exhaust it. Binding:

1. Serialize the heavy phase. Editing parallelizes; build and test runs do
 not — every one goes through the ONE container-wide verification lock the
 host project provides (its wrapper, lock path and budget live in the
 conventions file), so memory peaks never stack. The lock does not promise
 an idle machine: it excludes only work routed through it (gate runs,
 installs and dev servers are not), so wall-clock readings taken under a
 hold are shared-box readings. Queueing is normal, not a hang; queueing
 with no end in sight is a finding — report it, naming the holder.
2. Cap the heap: prefix heavy commands with
 NODE_OPTIONS=--max-old-space-size=4096 (raise only with a reason).
3. Scope, don't sweep. Build and test the AFFECTED packages, not the whole
 repository, unless the task requires a full pass. Cap test parallelism
 (e.g. vitest --maxWorkers=2).
4. Clean up: after the PR is up, delete the worktree's dependency tree and
 then remove the worktree. Do NOT force the removal as the opening move:
 with dependencies already deleted, a refusal to remove means something in
 there is uncommitted — your own unpushed work, or another agent's tree if
 the path was mistyped — and that refusal is the container's only guard for
 it. Read the refusal first; force only after the answer is genuinely
 "nothing".
5. NEVER kill a process by name. A name-matched kill (pkill -f <tool>) can take
 down a parallel agent's run. Record the PID of what you start and operate on
 that PID only (kill $PID; liveness via kill -0 $PID). A pgrep pattern can
 match your own watcher and never terminate.

Definition of done, in order:
- Implementation matches the issue's acceptance criteria.
- Tests: new or updated tests covering the change; run the affected packages'
 test and typecheck commands and capture REAL output for the report.
- Whatever release-note artifact the conventions file requires for a
 user-visible change (e.g. a changeset entry).
- Pushed: every commit is on the branch you pushed at the start.
- A DRAFT PR to the default branch, body starting "Fixes #<n>" — or "Part of
 {backlog_repo}#<n>" cross-repo — in the language the repository's PRs use.
- Tear down anything you started (dev servers, temporary processes) by PID.

A size ratchet the project enforces (a line or token ceiling on a file) is
paid only by deleting content: a re-wrap is not payment (densifying that adds
no content is a repair, not a purchase), and a ceiling is raised only by the
maintainer — nothing left to delete ⇒ report "blocked".

Rejection-class tests assert the envelope, not the throw. For any test whose
point is that bad input is REFUSED, the minimum assertion set is the error's
identity — its `code` and its `status`, or whatever fields your project's error
envelope declares. "It threw" alone (`expect(...).toThrow()`,
`rejects.toThrow()`) is not a rejection test, and it goes blind in two opposite
directions. An unfixed producer usually throws ALREADY — a bare error carrying
neither field — so the assertion stays GREEN on the very defect the test names.
And a producer that answers instead of throwing fails it with "nothing was
thrown", naming the absence of a throw rather than the absence of an envelope,
so it cannot separate "refused with the wrong envelope" from "did not refuse at
all". Assert the message's wording on top of the envelope fields only where the
wording is itself contract — never instead of them. A rejection test that
cannot go red on a missing envelope reads as coverage and is not.

{decision_frame}

Return "blocked" (with evidence) when the default branch is broken under you, a
dependency issue is unmerged, or CI infrastructure fails — after retrying
enough to be sure it is not your change.

Report — post exactly this JSON as a comment on the issue, its first line the
literal plaintext dev-report (never an HTML comment: the sanitizer deletes it),
read the comment back to its end, then return the same JSON as your final
message with no prose around it:

{
 "issue": <n>,
 "status": "done | rework | blocked | needs_decision",
 "branch": "claude/issue-<n>-<slug>",
 "pr": "<url or null>",
 "premise_still_valid": true,
 "summary": "what was implemented, 2-4 sentences",
 "tests": "commands run + pass/fail evidence (real output excerpts)",
 "open_questions": [
 { "question": "…", "options": ["A …", "B …"], "recommendation": "A, because …" }
 ],
 "out_of_scope_findings": ["filed as #<n>: one-line description"]
}

Use "rework" for a partial result you know is incomplete (say why in summary).

Practical trap when filing issues or PRs through the GitHub API: the body
sanitizer deletes tag-shaped spans AT REST — "<" plus a letter (killing
TypeScript generics). Write a space after each "<"
and read the stored body back when a snippet is load-bearing.
````
Loading