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Fix merge conflicts for PR #1240: Add Kimi Code 2.6 support#1452

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Fix merge conflicts for PR #1240: Add Kimi Code 2.6 support#1452
dilukangelosl wants to merge 69 commits into
obra:devfrom
dilukangelosl:add-kimi-code-support-fixed

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This PR resolves the merge conflicts from #1240 (add-kimi-code-support-clean) when rebasing onto the current dev branch.

Conflict Resolution

File: README.md

The original PR #1240 was based on main, but targets dev. The dev branch contains additional harness sections (Factory Droid, Cursor, GitHub Copilot CLI) that caused a context conflict when inserting the new Kimi Code 2.6 section.

What was changed:

All other files merged cleanly:

  • .kimi/AGENTS.md, INSTALL.md, TOOL_MAPPING.md, bootstrap.md
  • .kimi/install.sh, install.ps1, update.sh, update.ps1
  • .kimi/hooks/session-start
  • docs/README.kimi.md
  • tests/kimi-code/ verification and test scripts

Original PR

All credit for the Kimi Code 2.6 integration goes to @XxclaymoreXx in #1240. This PR only fixes the merge conflict so it can land on dev.

Drew Ritter and others added 30 commits March 23, 2026 17:37
Design for making using-git-worktrees, finishing-a-development-branch,
and subagent-driven-development skills work in the Codex App's sandboxed
worktree environment. Read-only environment detection via git-dir vs
git-common-dir comparison, ~48 lines across 4 files, zero breaking changes.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Fix three Important issues from spec review:
- Clarify Step 1.5 placement relative to existing Steps 2/3
- Re-derive environment state at cleanup time instead of relying on
  earlier skill output
- Acknowledge pre-existing Step 5 cleanup inconsistency

Also: precise step references, exact codex-tools.md content, clearer
Integration section update instructions.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Add commit SHA + data loss warning to handoff payload (HIGH)
- Add explicit commit step before handoff (HIGH)
- Remove misleading "mark as externally managed" from Path B
- Add executing-plans 1-line edit (was missing)
- Add branch name derivation rules
- Add conditional UI language for non-App environments
- Add sandbox fallback for permission errors
- Add STOP directive after Step 0 reporting

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
) to spec

Both tests address real risk scenarios:
- obra#5: cleanup guard bug would delete Codex App's own worktree (data loss)
- obra#10: Local thread sandbox fallback needs manual Codex App validation

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
8 tasks covering: environment detection in using-git-worktrees,
Step 1.5 + cleanup guard in finishing-a-development-branch,
Integration line updates, codex-tools.md docs, automated tests,
and final verification.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
The subagent review loop (dispatching a fresh agent to review plans/specs)
doubled execution time (~25 min overhead) without measurably improving plan
quality. Regression testing across 5 versions (v3.6.0 through v5.0.4) with
5 trials each showed identical plan sizes, task counts, and quality scores
regardless of whether the review loop ran.

Changes:
- writing-plans: Replace subagent Plan Review Loop with inline Self-Review
  checklist (spec coverage, placeholder scan, type consistency)
- writing-plans: Add explicit "No Placeholders" section listing plan failures
  (TBD, vague descriptions, undefined references, "similar to Task N")
- brainstorming: Replace subagent Spec Review Loop with inline Spec Self-Review
  (placeholder scan, internal consistency, scope check, ambiguity check)
- Both skills now use "look at it with fresh eyes" framing

Testing: 5 trials with the new skill show self-review catches 3-5 real bugs
per run (spawn positions, API mismatches, seed bugs, grid indexing) in ~30s
instead of ~25 min. Remaining defects are comparable to the subagent approach.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Metadata files (.server-info, .events, .server.pid, .server.log,
.server-stopped) were stored in the same directory served over HTTP,
making them accessible via the /files/ route. They now live in a .meta/
subdirectory that is not web-accessible.

Also fixes a stale test assertion ("Waiting for Claude" → "Waiting for
the agent").

Reported-By: 吉田仁
The session directory now contains two peers: content/ (HTML served to
the browser) and state/ (events, server-info, pid, log). Previously
all files shared a single directory, making server state and user
interaction data accessible over the /files/ HTTP route.

Also fixes stale test assertion ("Waiting for Claude" → "Waiting for
the agent").

Reported-By: 吉田仁
ownerAlive() treated EPERM (permission denied) the same as ESRCH
(process not found), causing the server to self-terminate within 60s
whenever the owner process ran as a different user. This affected WSL
(owner is a Windows process), Tailscale SSH, and any cross-user
scenario.

The fix: `return e.code === 'EPERM'` — if we get permission denied,
the process is alive; we just can't signal it.

Tested on Linux via Tailscale SSH with a root-owned grandparent PID:
- Server survives past the 60s lifecycle check (EPERM = alive)
- Server still shuts down when owner genuinely dies (ESRCH = dead)

Fixes obra#879
Two bugs caused the brainstorm server to self-terminate within 60s:

1. ownerAlive() treated EPERM (permission denied) as "process dead".
   When the owner PID belongs to a different user (Tailscale SSH,
   system daemons), process.kill(pid, 0) throws EPERM — but the
   process IS alive. Fixed: return e.code === 'EPERM'.

2. On WSL, the grandparent PID resolves to a short-lived subprocess
   that exits before the first 60s lifecycle check. The PID is
   genuinely dead (ESRCH), so the EPERM fix alone doesn't help.
   Fixed: validate the owner PID at server startup — if it's already
   dead, it was a bad resolution, so disable monitoring and rely on
   the 30-minute idle timeout.

This also removes the Windows/MSYS2-specific OWNER_PID="" carve-out
from start-server.sh, since the server now handles invalid PIDs
generically at startup regardless of platform.

Tested on Linux (magic-kingdom) via Tailscale SSH:
- Root-owned owner PID (EPERM): server survives ✓
- Dead owner PID at startup (WSL sim): monitoring disabled, survives ✓
- Valid owner that dies: server shuts down within 60s ✓

Fixes obra#879
…ction

Copilot CLI v1.0.11 reads `additionalContext` from sessionStart hook
output, but the session-start script only emits the Claude Code-specific
nested format. Add COPILOT_CLI env var detection so Copilot CLI gets the
SDK-standard top-level `additionalContext` while Claude Code continues
getting `hookSpecificOutput`.

Based on PR obra#910 by @culinablaz.
- Add references/copilot-tools.md with full tool equivalence table
- Add Copilot CLI to using-superpowers skill platform instructions
- Add marketplace install instructions to README
- Add changelog entry crediting @culinablaz for the hook fix
The bootstrap text advertised a configDir-based skills path that didn't
match the runtime path (resolved relative to the plugin file). Tests
used yet another hardcoded path and referenced a nonexistent lib/ dir.

- Remove misleading skills path from bootstrap text; the agent should
  use the native skill tool, not read files by path
- Fix test setup to create a consistent layout matching the plugin's
  ../../skills resolution
- Export SUPERPOWERS_SKILLS_DIR from setup.sh so tests use a single
  source of truth
- Add regression test that bootstrap doesn't advertise the old path
- Remove broken cp of nonexistent lib/ directory

Fixes obra#847
…sage

Move bootstrap injection from experimental.chat.system.transform to
experimental.chat.messages.transform, prepending to the first user
message instead of adding a system message.

This avoids two issues:
- System messages repeated every turn inflate token usage (obra#750)
- Multiple system messages break Qwen and other models (obra#894)

Tested on OpenCode 1.3.2 with Claude Sonnet 4.5 — brainstorming skill
fires correctly on "Let's make a React to do list" prompt.
Design for detect-and-defer worktree support. Superpowers defers to
native harness worktree systems when available, falls back to manual
git worktree creation when not. Covers Phases 0-2: detection, consent,
native tool preference, finishing state detection, and three bug fixes
(obra#940, obra#999, obra#238).

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Fix Bug obra#999 order: merge → verify → remove worktree → delete branch
  (avoids losing work if merge fails after worktree removal)
- Add submodule guard to Step 0 detection (GIT_DIR != GIT_COMMON is also
  true in submodules)
- Preserve global path (~/.config/superpowers/worktrees/) in detection for
  backward compatibility, just stop offering it to new users
- Add step numbering note and implementation notes section
- Expand provenance heuristic to cover global path and manual creation

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Step 1a is the load-bearing assumption, not just a risk — if it fails,
  the entire design needs rework. TDD validation must be first impl task.
- obra#1009 resolution depends on Step 1a working, stated explicitly
- obra#574 honestly deferred, not "partially addressed"
- Add hooks symlink to Step 1b (PR obra#965 idea, prevents silent hook loss)
- Add stale worktree pruning to Step 5 (PR obra#1072 idea, one-line self-heal)

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
5 tasks: TDD gate for Step 1a, using-git-worktrees rewrite,
finishing-a-development-branch rewrite, integration updates,
end-to-end validation. Task 1 is a hard gate — if native tool
preference fails RED/GREEN, stop and redesign.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
arittr and others added 29 commits April 7, 2026 10:48
Git worktrees inherit hooks from the main repo automatically via
$GIT_COMMON_DIR — this has been the case since git 2.5 (2015).
The symlink step was based on an incorrect premise from PR obra#965
and also fails in practice (.git is a file in worktrees, not a dir).

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Consent prompt: drop "(y/n)" and add escape valve for users who
  have already declared their worktree preference in global or
  project agent instruction files.
- Directory selection: reorder to put declared user preference
  ahead of observed filesystem state, and reframe the default as
  "if no other guidance available".
- Sandbox fallback: require explicitly informing the user that
  the sandbox blocked creation, not just "report accordingly".
- writing-plans: fully qualify the superpowers:using-git-worktrees
  reference.
- Plan doc: mirror the consent-prompt change.

Step 1a native-tool framing and the helper-scripts suggestion are
still outstanding — the first needs a benchmark re-run before softer
phrasing can be adopted without regressing compliance; the second is
exploratory and will get a thread reply.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Address obra's comment on explicit step numbers / prescriptive tone.
Drops "STOP HERE if available", the "If YES:" gate, and the "even if /
even if / NO EXCEPTIONS" reinforcement paragraph. Keeps the specific
tool-name anchors (EnterWorktree, WorktreeCreate, /worktree, --worktree),
which the original TDD data showed are load-bearing.

A/B verified against drill harness on the 3 creation/consent scenarios
(consent-flow, creation-from-main, creation-from-main-spec-aware):
baseline explicit wording scored 12/12 criteria, softened wording also
scored 12/12. The "agent used the most appropriate tool" criterion
passed in all 3 softened runs — agents still picked EnterWorktree via
ToolSearch without the imperative framing.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Jesse flagged that the verbose CLAUDE.md/AGENTS.md/GEMINI.md/.cursorrules
enumeration (a) chews tokens, (b) confuses models that anchor on exact
strings, and (c) is repeated DRY-violatingly across 3+ locations.

Replace with abstract "your instructions" framing in four spots:
- skills/using-git-worktrees/SKILL.md Step 0 → Step 1 transition
- skills/using-git-worktrees/SKILL.md Step 1b Directory Selection
- docs/superpowers/plans/2026-04-06-worktree-rototill.md (both mirror locations)

Same intent, harness-agnostic phrasing, ~half the tokens.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
fix: replace hardcoded /Users/jesse with generic placeholders (obra#858)
adjust worktree handling and defer to harness tools when avail (PRI-974)
…rap (survives /init, auto-merged into system prompt)- Add .kimi/INSTALL.md with global skills junction instructions- Add .kimi/TOOL_MAPPING.md for Claude Code → Kimi Code tool equivalents- Add .kimi/bootstrap.md as canonical bootstrap reference- Add docs/README.kimi.md as full usage guide- Add Kimi Code section to README.md- Use direct junction ~/.kimi/skills -> repo/skills for skill discovery- Remove invalid /skill:list references
…support

Previously, Kimi Code support required users to create a destructive junction
replacing their entire ~/.kimi/skills/ directory. This commit replaces that
pattern with a proper native integration:

- Skills are copied to ~/.config/agents/skills/ (the cross-tool recommended path)
- A global SessionStart hook injects the superpowers bootstrap at the start of
  every Kimi session
- Install/update scripts handle config.toml safely (no duplicate keys, proper
  TOML escaping for Windows paths)
- Bootstrap includes explicit instructions telling Kimi to auto-read matching
  skills via ReadFile (since Kimi doesn't have a native Skill tool like Claude)

Files added:
- .kimi/install.sh / .kimi/install.ps1 — cross-platform install
- .kimi/update.sh / .kimi/update.ps1 — cross-platform update
- .kimi/hooks/session-start — SessionStart hook for bootstrap injection
- tests/kimi-code/test-bootstrap-content.sh — deterministic content check
- tests/kimi-code/test-auto-trigger.sh — integration test for skill triggering

Files updated:
- .kimi/AGENTS.md, .kimi/bootstrap.md, .kimi/INSTALL.md, docs/README.kimi.md
- .kimi/TOOL_MAPPING.md — removed symlink references
- README.md — updated Kimi install section
- tests/kimi-code/verify-install.{sh,ps1} — check new paths and hook config
requesting-code-review had "review after each batch (3 tasks)" for
executing-plans, which leaked into subagent-driven-development as a
check-in cadence. Replaced with flexible "each task or at natural
checkpoints" and added explicit continuous execution directive to
subagent-driven-development.
These sections don't help with steering and are a legacy of the time
before agents had native skills systems.
# Conflicts:
#	.claude-plugin/marketplace.json
#	.claude-plugin/plugin.json
#	.cursor-plugin/plugin.json
#	RELEASE-NOTES.md
#	gemini-extension.json
#	package.json
…er-step file I/O

getBootstrapContent() called fs.existsSync + fs.readFileSync + regex
frontmatter parsing on every agent step with zero caching.  The
experimental.chat.messages.transform hook fires every step in opencode's
agent loop (messages are reloaded from DB each step via
filterCompactedEffect).  A 10-step turn triggered 10 redundant file
reads + 10 regex parses for content that never changes during a session.

Changes:
- Add module-level _bootstrapCache (undefined = not loaded, null = file
  missing) so the first call reads and parses SKILL.md, all subsequent
  calls return the cached string with zero filesystem access
- Cache the null sentinel when SKILL.md is missing, preventing repeated
  fs.existsSync probes
- Add _testing export (resetCache/getCache) for test infrastructure
- Clarify the injection guard comment explaining how it interacts with
  opencode's per-step message reloading
- Add 15 regression tests covering cache behavior, fs call counts,
  injection guard, missing file sentinel, cache reset, and source audit

Fixes obra#1202
Update the Codex tool mapping so Claude Code 'Task returns result' maps to the current Codex spawned-agent result tool, wait_agent. Also clarify that older Codex builds exposed spawned-agent waiting as wait, while current bare wait is the code-mode exec/wait surface for yielded exec cells.

Verified with Drill:
- codex-tool-mapping-comprehension fails against dev with task_returns_result=wait
- codex-tool-mapping-comprehension passes against this PR with task_returns_result=wait_agent and exec/wait scoped correctly
- codex-subagent-wait-mapping passes against this PR with spawn_agent -> wait_agent -> close_agent and PR963_OK returned
Route Cursor's Windows SessionStart hook through the existing run-hook.cmd dispatcher instead of invoking the extensionless session-start script directly. This avoids Windows opening the extensionless hook file and lets Git Bash run the script as intended.

Also removed an accidental UTF-8 BOM from hooks-cursor.json before merging.

Verified:
- hooks-cursor.json parses as JSON and has no BOM
- command is ./hooks/run-hook.cmd session-start
- CURSOR_PLUGIN_ROOT=/tmp/superpowers ./hooks/run-hook.cmd session-start emits valid Cursor JSON with additional_context
The SDD integration test silently bailed before printing any verification
results. Three independent bugs caused this:

1. `WORKING_DIR_ESCAPED` was computed from `$SCRIPT_DIR/../..` without
   resolving `..` segments. The resulting "directory" name contained
   literal `..` so `find` was looking in a path that doesn't exist.

2. With `set -euo pipefail`, the `find ... | sort -r | head -1` pipeline
   could exit non-zero (SIGPIPE on the producer when head closes early),
   killing the script silently before assertions ran.

3. The `claude -p` invocation never passed `--plugin-dir`, so it loaded
   the installed plugin instead of the working tree. Local edits to
   skills under test were not actually being tested.

Other adjustments:
- Run claude from inside the unique TEST_PROJECT directory instead of
  from the plugin root, so its session JSONL lives in its own
  `~/.claude/projects/` folder and doesn't race other concurrent
  claude sessions for "most recent file".
- Use the same character-normalization claude does (every non-alphanumeric
  becomes `-`) when computing the session dir name; macOS-resolved
  `/private/var/...` paths and tmp dirs with `.`/`_` in their names need
  this to round-trip correctly.
- Accept either `"name":"Agent"` or `"name":"Task"` in the subagent count
  — the harness renamed the tool but the test wasn't updated.

Verified on this branch: all six verification tests now pass against a
real end-to-end SDD run (skill invoked, 7 subagents dispatched, 6
TodoWrite calls, working code produced, tests pass, no extra features).
Map Gemini Task dispatch to @agent-name/@generalist and document parallel subagent dispatch for independent tasks.
…skill

The plugin had a single named agent (`agents/code-reviewer.md`) used by
two skills, while every other reviewer/implementer subagent in the repo
is dispatched as `general-purpose` with the prompt template living
alongside its skill. That asymmetry had no upside and several costs:

- Two sources of truth for the code review checklist (the agent file
  and `requesting-code-review/code-reviewer.md`), both drifting
  independently.
- `Codex` users could not use the named agent directly; the codex-tools
  reference doc had a workaround section explaining how to flatten the
  named agent into a `worker` dispatch.
- No third-party reliance on `superpowers:code-reviewer` inside this
  repo.

Changes:
- Merge `agents/code-reviewer.md` (persona + checklist) and
  `skills/requesting-code-review/code-reviewer.md` (placeholder
  template) into a single self-contained Task-dispatch template,
  matching the shape of `implementer-prompt.md`,
  `spec-reviewer-prompt.md`, etc.
- Update `skills/requesting-code-review/SKILL.md` and
  `skills/subagent-driven-development/code-quality-reviewer-prompt.md`
  to dispatch `Task (general-purpose)` instead of the named agent.
- Drop the now-obsolete "Named agent dispatch" workaround sections from
  `codex-tools.md` and `copilot-tools.md` — superpowers no longer ships
  any named agents, so those instructions documented nothing.
- Delete `agents/code-reviewer.md` and the empty `agents/` directory.

Tier 3 coverage for the change: a new behavioral test
`tests/claude-code/test-requesting-code-review.sh` plants real bugs
(SQL injection, plaintext password handling, credential logging) into
a tiny project, runs the actual `requesting-code-review` skill against
the working tree, and asserts the dispatched reviewer flags every
planted issue at Critical/Important severity and refuses to approve
the diff.

Verified end-to-end on this branch:
- The new test passes (5/5 assertions; reviewer caught all planted
  bugs and several others).
- The existing SDD integration test still passes (7/7 subagents
  dispatched, all as `general-purpose`; spec compliance still
  rejects extra features; produced code is correct).
- Session JSONLs confirm zero remaining `superpowers:code-reviewer`
  dispatches anywhere in the SDD pipeline.
Add v5.1.0 release notes covering:
- Removals: legacy slash commands (/brainstorm, /execute-plan,
  /write-plan), skill Integration sections
- Worktree skills rewrite (PRI-974, PR obra#1121)
- Contributor guidelines for AI agents
- Codex plugin mirror tooling (PR obra#1165)
- OpenCode bootstrap caching (obra#1202)
- SDD pause-every-3-tasks fix; SDD integration test fixes
- Cursor Windows hook routing
- Gemini CLI subagent dispatch mapping
- Skill terminology cleanups
- Install docs (Factory Droid, Codex, quickstart links)

Bumps version 5.0.7 -> 5.1.0 across all declared files via
scripts/bump-version.sh; not yet tagged or released.

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Resolved merge conflict in README.md between dev branch and PR branch.
The dev branch had additional harness sections (Factory Droid, Cursor,
GitHub Copilot CLI) that the PR's base (main) did not include.

Conflict resolution: kept the dev branch's Gemini CLI section ending,
inserted the Kimi Code 2.6 and Verify Installation sections from the PR,
then continued with the OpenCode section as present in dev.

All other files merged cleanly:
- .kimi/AGENTS.md, INSTALL.md, TOOL_MAPPING.md, bootstrap.md
- .kimi/install.sh, install.ps1, update.sh, update.ps1
- .kimi/hooks/session-start
- docs/README.kimi.md
- tests/kimi-code/verify-install.sh, verify-install.ps1,
  test-auto-trigger.sh, test-bootstrap-content.sh
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