Adds pass-rate to the CLI README's subcommand block. Updates CLAUDE.md
to note the new /pass-rate endpoint alongside the existing brain
HTTP REST API surface. Updates the session_log MCP tool's
final_status description to reflect the new pass|fail|skip vocabulary
introduced by Plan 5's SKILL.md instrumentation; the aggregator
still accepts legacy ok|error|skipped values for backwards compat.
Adds 'hyperguild brain pass-rate <skill> [--window 7d] [--json]'
calling the new /pass-rate endpoint. Human output:
tdd: 47 / 50 = 94% (window: 7d)
or 'no data (window: 7d)' when pass_rate is null.
PassRateResult mirrors the response envelope; PassRate is *float64
so null is preserved across decode.
Adds the route entry alongside the existing POST routes. Note: this
is the brain HTTP REST API's first GET endpoint — it follows REST
semantics for pure reads, while the legacy POST routes (query, write,
ingest, etc.) all take JSON bodies. Future read endpoints SHOULD use
GET; future write endpoints continue with POST.
Adds a new HTTP GET handler at the ingestion pod that walks
brain/sessions/*.jsonl, filters by skill name and timestamp window
(default 7d, accepts Nh and Nd), normalizes legacy status vocabulary
(ok->pass, error->fail, skipped->skip), and returns aggregated counts
plus pass_rate.
Pass rate is null when pass+fail == 0, distinguishing 'no data' from
'always passes'. Plan 6 routing pod will check for null before
making decisions.
Route registration in cmd/server/main.go lands in a follow-up commit.
Seven-task plan spanning two worktrees: Phase 1 (local-dev) for
SKILL.md instrumentation (pilot tdd, then rollout to 6 binary-outcome
skills), Phase 2 (hyperguild) for the /pass-rate endpoint + CLI
subcommand. Uses GET for the pure-read endpoint (REST semantics)
despite the brain API's POST-everywhere precedent for legacy
endpoints.
Pilot-then-rollout structure: tdd SKILL.md lands first; the
endpoint TDD task naturally exercises the new logging contract
as the dogfood validation step before the other 6 skills get
instrumented.
Skill instrumentation pattern, brain /pass-rate HTTP endpoint, and
optional hyperguild CLI subcommand for shell access. Pilot with tdd
SKILL.md, then roll out to 6 binary-outcome skills (code-review,
debug, feature-spec, session-retrospective, trainer, spec-driven-dev).
Decisions: SKILL.md as source of truth for the logging contract;
on-demand aggregation from JSONL (no materialized counters until
proven necessary); pass|fail|skip vocabulary forward, with
ok|error|skipped accepted by the read-side aggregator for backwards
compat.
Seven success criteria, ten out-of-scope items, six risks.
A small Go binary at cmd/hyperguild/ providing four subcommands:
- tier probe Anthropic + LiteLLM, print operating tier
- brain query BM25 search the brain via HTTP REST
- brain write write a knowledge entry from stdin
- mode <name> bootstrap .mcp.json (cloud|client-local|sovereign)
Reuses internal/tier verbatim. Brain access uses the HTTP REST API
at ${BRAIN_URL:-http://koala:30330} with POST /query and POST /write.
Mode templates include a Plan 6 routing-pod placeholder (client-local)
and a Crush-fallback note (sovereign).
Stdlib only — flag, net/http, encoding/json. 32 unit tests via
httptest.Server fakes; smoke-tested end-to-end against the live brain.
Replaces the supervisor's tier MCP. Plans 5 (pass-rate logging) and 6
(routing pod) build on the brain client and tier subcommand.
Plan: docs/superpowers/plans/2026-05-03-hyperguild-cli.md
Spec: docs/superpowers/specs/2026-05-03-hyperguild-cli-design.md
dispatch() already prefixes errors with 'hyperguild <subcmd>: ', so
handlers re-prefixing with their own name produced stuttered output
like 'hyperguild brain: brain query: topic required'. Strip the
redundant prefixes from the seven affected errors.New / fmt.Errorf
calls in brain.go and mode.go.
Also fix the LITELLM_BASE_URL usage text — it's optional (empty
falls through to airplane tier), not required, matching the
README.
The brain HTTP REST /query endpoint accepts POST with JSON body
{query, limit}, not GET with URL query string. Surfaced empirically
during Plan 4 Task 7 smoke testing. Spec text now matches the
implementation.
The brain HTTP REST /query endpoint accepts POST with JSON
{query, limit}, not GET with URL query string. Surfaced by
Task 7 smoke testing — GET returned 405 Method Not Allowed.
The response shape ({results:[...]}) is unchanged; only the
request side flips to POST + JSON body. brainClient.Write was
already using POST + JSON body and is unaffected.
Tests updated to assert POST + JSON body on the Query path.
Adds cmd/hyperguild/README.md (subcommands, env vars, install path)
and three Taskfile targets:
task hyperguild:dev — go run from source
task hyperguild:build — build into ./bin/hyperguild
task hyperguild:install — go install into $GOBIN
Concludes Plan 4 of the hyperguild migration. The binary replaces
the supervisor's tier MCP and surfaces brain HTTP REST access plus
mode bootstrap to shell pipelines and ad-hoc agent prompts.
'hyperguild mode <cloud|client-local|sovereign>' writes a per-mode
.mcp.json template:
- cloud: brain MCP only
- client-local: brain + routing placeholder with _routing_pending
pointer to Plan 6
- sovereign: brain only + top-level _mode_note explaining Crush
is primary; .mcp.json is Claude Code fallback
Default output is ./.mcp.json; --out overrides; --force overwrites.
Brain URL sourced from BRAIN_URL (default http://koala:30330) so the
template stays in lockstep with the user's brain host.
All three subcommands now wired; notYet/errNotImplemented removed
from main.go.
Reads markdown from stdin, POSTs to the brain's /write endpoint with
type + slug, prints the resulting path. Pairs with 'brain query' for
shell-friendly read/write access to the brain HTTP REST API.
Tests cover success, missing args, backend error propagation, and
empty stdin (which produces an empty content payload — the brain
server's responsibility to validate).
Adds 'hyperguild brain query <topic>' against the brain HTTP REST
/query endpoint. Default human output prints path + score + title;
--json passes through the response envelope. --limit overrides the
default 5-result cap.
runBrainWrite remains a stub for Task 5.
Adds brainClient with Query and Write methods against the brain's
HTTP REST endpoints (/query, /write). Constructor reads BRAIN_URL env
var, defaulting to http://koala:30330 — the Tailscale-exposed
NodePort that serves both MCP and REST.
Tests cover success, transport error, and non-200 cases via
httptest fakes; URL override is verified via t.Setenv.
Adds the tier subcommand to the hyperguild CLI. Reuses
internal/tier.Detect verbatim, sources probe URLs from
ANTHROPIC_PROBE_URL (default https://api.anthropic.com) and
LITELLM_BASE_URL (no default — empty triggers airplane).
Human-readable output by default; --json emits the same Info struct
as the supervisor's tier MCP returns. Tests cover all three tier
states via httptest fakes.
Lays down the cmd/hyperguild/ entry point. Defines the subcommand
contract (ctx, args, stdin, stdout, stderr) error, the dispatch()
function that's testable without os.Exit, and stubs for tier / brain /
mode that return errNotImplemented. Subsequent commits replace each
stub.
Part of Plan 4 (hyperguild CLI) of the hyperguild migration.
Implementation-level spec for the hyperguild CLI: a stdlib Go binary
at cmd/hyperguild/ with subcommands tier, brain query/write, and mode
(cloud|client-local|sovereign). Replaces the supervisor's tier MCP and
provides shell-friendly access to the brain HTTP REST API.
Six measurable success criteria, seven out-of-scope items, six risks.
Decisions logged: stdlib flag + inline router (no cobra), reuse
internal/tier verbatim, BRAIN_URL env override, mode subcommand writes
.mcp.json with per-mode template plus placeholder for the Plan 6
routing pod.
- README architecture diagram now shows two MCP servers (supervisor +
brain) with the brain hosted by ingestion directly.
- Connect-a-project example includes both servers.
- .context/PROJECT.md replaces the boilerplate "Knowledge base access"
block with the actual hyperguild MCP endpoints.
- Adapters regenerated via task context:sync.
Captures the transitional state where two MCPs coexist; the supervisor
MCP will shrink as skill workers move to SKILL.md.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The brain MCP at koala:30330 hosts the brain_* and session_log tools
formerly on supervisor. Supervisor stays connected during the
transition; its skill workers and the brain duplication will be
removed in a later plan.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
In CI's clean checkout the tree-walk for ~/dev/.context/AGENT.md
finds nothing, leaving ROOT_CONTEXT empty. The script previously
proceeded to regenerate AGENTS.md, .cursorrules,
.aider.conventions.md, and .context/system-prompt.txt as
project-only — but the committed versions are root+project, so
the drift gate added in cc401d9 fails CI on every push.
When no root context is reachable, only regenerate CLAUDE.md
(which is project-only by design — Claude Code walks up the tree
itself to find the root). The root-bearing adapters are left
untouched, eliminating the false-positive drift.
Local runs (with root context reachable) are unchanged.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Slice 1 of the larger SKILL.md + routing-MCP architecture migration.
Adds an MCP HTTP handler to the ingestion service at POST /mcp,
exposing 5 tools (brain_query, brain_write, brain_ingest_raw,
brain_ingest, session_log). Plan and 9 implementation commits
preserved on the feat/brain-mcp-migration branch.
NodePort 30330 wired in infra repo separately (commit 008548e).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The ingestion server now exposes both REST and MCP on the same port
(3300). MCP shares brainDir, pipeline config, and LLM client with the
REST handlers — single source of process state.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Appends a JSON line to brainDir/sessions/<session_id>.jsonl using the
session package copied in Task 2. Required for upcoming pass-rate
logging.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Wraps pipeline.Run with the existing LLM client. Mirrors the HTTP
/ingest and /ingest-path semantics — accepts either path or
content+source, validates mutual exclusion, surfaces an explicit error
when the LLM client is not configured (test-mode).
ctx is threaded through to pipeline.Run for cancellation.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Wraps pipeline.RunRaw directly. Same dry-run semantics as the HTTP
/ingest-raw endpoint. Test exercises a single concept page; asserts
returned path and that no file is written under dry_run.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
api.WriteNote captures the file-write logic that was previously inline
in Handler.Write. The existing HTTP endpoint now delegates to it; the
new MCP brain_write tool reuses the same function. Path-traversal
guard is strengthened to explicitly reject filenames containing path
separators or "..", so the rejection is surfaced before filepath.Base
strips the suspicious component (the previous defense-in-depth prefix
check became unreachable for these inputs after Base normalisation).
HTTP error code for caller-input errors shifts from 500 to 400, which
is semantically correct and not exercised by any existing test.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Wraps the existing search.Query function. Same BM25 over
brain/knowledge/ and brain/wiki/ that the HTTP /query endpoint serves.
Plan note: handleCall switch replaces the single-line stub from Task 1
— no unknownToolError type to remove since Task 1 inlined the error.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Copy of internal/session from the supervisor module — the ingestion
service needs it for the upcoming session_log MCP tool. The supervisor
copy will be removed in the supervisor-retirement plan; until then
the two packages are intentionally identical and pinned (no edits).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Adds an MCP HTTP handler under ingestion/internal/mcp. Implements
initialize, tools/list, and the JSON-RPC notification skip from prior
work. Tool dispatch is stubbed (returns unknown-tool error) and will be
filled in by subsequent tasks.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
13 TDD-disciplined tasks moving brain_* and session_log out of the
supervisor pod and into the ingestion pod's MCP handler. Slice 1 of
the larger SKILL.md + routing-MCP architecture migration.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Task's sources: declaration cached the regeneration on the assumption
that adapter outputs depend only on .context/AGENT.md (or PROJECT.md +
.skills/). The cache occasionally skipped legitimate runs after manual
edits to root or template content not detectable from those source paths.
context-sync.sh is idempotent and cheap; running it on every invocation
is the right default. The freshness gate (git status --porcelain) is
unaffected — it always checked the actual git tree state.
Root AGENT.md dropped a stale paragraph; adapters that embed root
(AGENTS.md, .cursorrules, .aider.conventions.md, system-prompt.txt)
need to be regenerated to match. CLAUDE.md is project-only by design
and unchanged.
Nothing in the workspace uses the HANDROLLED escape hatch anymore — the
infra repo (its only consumer) was migrated to the standard pattern.
Removing the dead code: HANDROLLED_MARKER constant, skip_if_handrolled
function, and call sites in each generator. Sync output for any non-
HANDROLLED file (i.e., every file we have) is unchanged.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Phase 4 sweep updated .gitignore and Taskfile.yml but missed this
script. Copy the canonical from ~/dev/project-template/ so the
HANDROLLED escape hatch works in this project (a CLAUDE.md or
adapter file containing '<!-- HANDROLLED: do not regenerate -->'
near the top is now skipped on regeneration).
Adapters are now tracked so non-Mac hosts get full agent context after
a plain git pull. task check runs context:sync first and fails on drift
via git status --porcelain over the 5 adapter paths.
Claude Code now supports MCP servers over HTTP natively (type: "http"
in .mcp.json). The stdio↔HTTP bridge binary was a workaround for the
older stdio-only constraint and is no longer needed — the supervisor
NodePort on koala (30320) is reachable over Tailscale from any client
machine.
Removed:
- cmd/bridge/ (Go source, ~60 lines)
- bin/supervisor-bridge artifact
- Taskfile bridge:build target and the build aggregate's reference
- README "Build the bridge binary" instruction
Updated:
- .mcp.json switched to {type:"http", url:"http://koala:30320/mcp"}
- README architecture diagram and "Connect a project" section
Behavioural prerequisite for this change shipped in 7f7524c
(notifications fix). Verified end-to-end: tier tool call returns
{tier:2, label:"lan-only"} via direct HTTP, no shim.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The supervisor's MCP HTTP handler was answering every parsed request,
including notifications (messages with no id field). Per JSON-RPC 2.0,
notifications must not receive a response. The Apr-29 incident saw
Claude Code's MCP client receive a -32601 error for the standard
notifications/initialized handshake step and disconnect immediately
after a successful initialize.
Skip writing the response when req.ID == nil. Cover both the
known-method (notifications/initialized) and unknown-method paths
with tests.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Allows callers to provide pre-structured RawPage data directly, bypassing the
LLM extraction step. The pipeline still handles slug computation, frontmatter,
link canonicalization, source back-references, and dedup — only the extraction
is skipped. Useful when a more capable model or manual curation produces the
structured data.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Change prompt to reflect new output format: title, type, subtype, domain, content
- Remove slug/path generation responsibility from LLM — pipeline now handles it
- Wikilinks change from [[slug|Display Name]] to [[Display Name]] only
- LLM no longer includes frontmatter or paths in output
docs(schema): update LLM output format and wikilink convention for Level 3
- Specify JSON schema: title, type, subtype, domain, content fields
- Remove frontmatter requirements from schema output (handled by pipeline)
- Simplify wikilink format to [[Display Name]] — no slug or pipe
- Pipeline now responsible for slug generation and frontmatter construction
These changes shift slug/frontmatter generation from LLM to pipeline,
reducing cognitive load on the model and improving control over output.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Strips slug authority from the LLM. The new RawPage type carries only
{title, type, subtype, domain, content} — no paths or frontmatter.
Pipeline will derive slugs deterministically (Task 4).
pipeline.go gets a temporary bridge stub (TODO task4) to keep the
package compiling between tasks.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
