Address #2921 and complete the segment-anchoring direction in #2979. Preserve explicit absolute exemptions while denying accidental matches in unrelated projects.
Addresses Greptile's review on #2994:
- missing-dependency.js no longer hardcodes a second copy of the four
runtime dependency versions; it reads them from package.json's
dependencies field instead, so the two can't silently drift apart.
describeMissingDependencyError() still recognizes a tracked
dependency even if package.json can't be read for some reason,
just without a version-pinned install command in that case.
- The regression test now asserts no ancestor directory of its
temp fixture has a node_modules, so a stray one wouldn't let
Node resolve ajv/sql.js from there and mask what the test is
actually meant to exercise. Also copies package.json into the
fixture, matching a real plugin-marketplace git clone and what
the version-lookup above now needs.
install-plan.js and install-apply.js both require ./lib/install/config at
load time, and that module required ajv unconditionally at the top of the
file even though ajv is only actually used when validating an
ecc-install.json. When ECC is installed via the Claude Code plugin
marketplace, the marketplace directory is a bare git clone with no
node_modules, so requiring ajv crashes commands like --list-profiles that
never touch install-config validation at all.
Same root cause in scripts/lib/control-pane/state.js: sql.js and
@iarna/toml were required at module scope even though they are only used
inside openSqlDatabase() and readTomlConfig(), so control-pane.js --help
crashed too.
Make both requires lazy so they only load when the feature that actually
needs them runs. For the case where ajv/sql.js/js-yaml/@iarna-toml is
genuinely needed and still missing, add a small helper that turns the raw
MODULE_NOT_FOUND into an actionable message naming the package and the
install command, instead of a stack trace (install-apply.js) or, worse, an
unhandled crash with a usage banner tacked on that reads like a bad
argument (install-plan.js, control-pane.js). Applied the same helper to
memory-mcp.mjs, where ajv is genuinely load-bearing (it compiles every MCP
tool's JSON schema up front) so it can't be made lazy the same way.
Added a regression test that copies just scripts/, schemas/, and
manifests/ into a directory with no node_modules anywhere above it in the
filesystem, which reproduces the plugin-marketplace install exactly, and
asserts install-plan.js and control-pane.js still work.
Forward-port #2925 for #2924 and verify ASCII and multibyte over-limit input suppression. Supersedes the overlapping direct-entrypoint fix in #2978.
Co-authored-by: jackie-cqz <2557911191@qq.com>
The guided installer asks how ECC hooks should run, but that consent
lived only in the wizard path. Running install-apply directly with a
profile that includes hooks-runtime still materialized the hook runtime
with no disclosure and no decision.
Gate the apply layer instead, so every entry point is covered:
- disclose the six hook capability groups when a plan would materialize
the hook runtime, and refuse to apply until the caller decides
- --enable-hooks confirms the hook runtime; --no-hooks installs the rest
of the selection without it and records the reduced module closure in
install-state
- surface the pending decision as a dry-run warning
- show the same capability disclosure in the guided installer's plan
preview, so the wizard's hook question states what it is asking about
Plans that never materialize hooks (Kimi, --profile minimal,
--without baseline:hooks) are unaffected and need no flag. Repair and
uninstall operate on already-recorded state and stay unchanged.
The capability taxonomy and the held-materialization behavior come from
Samarjeet Singh Tomar's PR #2634, reworked to fit the single-decision
consent model that shipped with the guided installer in #2649.
Co-Authored-By: Samarjeet Singh Tomar <samar_tomar@hotmail.com>
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Extends scripts/ci/validate-skills.js to also scan docs/{locale}/skills/
translated mirrors, not just curated skills/. Adds detection for the
YAML defect classes from #2630 without a parser dependency: unquoted
values containing ": " (glued next key / dropped quoting), values
starting with the reserved '@'/'`' indicators, and missing frontmatter
blocks entirely (required only for docs mirrors; curated skills/ keeps
its existing tolerant behavior).
The context signal always rendered "N% of <window> window", including when
the window size was the assumed 200k default rather than a detected value.
On a 1M session whose transcript carries no [1m] marker, that produced
lines like:
[StrategicCompact] Context ~194k tokens (97% of 200k window)
while actual usage was ~19%. The user compacts on a false alarm, loses
context, and the resulting quality drop reads as a model regression.
The gap is structural: the context threshold defaults to 80% of the
window (160k on 200k), so the signal fires precisely in the 160k-200k
band where the size cannot be determined — above 200k the observed-tokens
fallback correctly infers 1M, and below 160k nothing fires.
Model id alone cannot close this. A tier may ship both a 200k and a 1M
variant under one id, so neither the known-family table nor a new entry
can distinguish them, and the transcript records no window field.
So stop asserting what isn't known: resolveContextWindow() now reports
whether the size was detected (env override, [1m] marker, known family,
or observed tokens > 200k) or assumed, and the hook omits the percentage
and window label when it was assumed. The token count, threshold, and
firing behaviour are unchanged.
resolveContextWindowTokens() keeps its existing signature and semantics.
Note: 3 pre-existing failures in tests/hooks/suggest-compact.test.js
reproduce identically on unmodified main and are untouched here.
Following the hermes/openclaw (#2433) and kimi (#2441) adapter recipe.
What's included (adal-project adapter, project kind, ./.adal root, same
shape as kimi-project/joycode-project):
- scripts/lib/install-targets/adal-project.js — 10-line project-kind
adapter targeting ./.adal
- Registry + helpers platform-ownership wiring
- adal target on the 5 shared modules (rules-core, agents-core,
commands-core, platform-configs, workflow-quality) +
SUPPORTED_INSTALL_TARGETS + legacy-compat module
- .adal in platform-configs paths
- Both schema enums (install-modules, ecc-install-config), npm files
allowlist, installer help text, .adal/README.md stub
AdaL (adalagent.ai) is a terminal-based AI coding agent (by SylphAI)
built on AdalFlow, with native MCP support and project-scoped config
under ./.adal/ (skills, custom tools, memory) plus a root-level
AGENTS.md instructions file — matching the shape ECC already installs
into other AGENTS.md-based harnesses (Codex, OpenCode, Kimi).
Verified: full suite matches main's baseline (3334 passed, same
pre-existing failures unrelated to this change — OpenCode build/npm-pack
surface tests requiring build tooling not present in this sandbox);
catalog check passes (67 agents / 94 commands / 281 skills); dry-run
resolves Target: adal / Adapter: adal-project / root ./.adal with all 5
modules planned; doctor reports OK after a real install; uninstall
cleanly reverses all 458 operations.
Co-Authored-By: AdaL <adal@sylph.ai>
Remove the redundant JSON-RPC initialize fallback from the consolidated MCP health-check batch. A routed 404 already proves the endpoint is reachable, and the real authenticated MCP call remains authoritative. Avoiding the fallback also prevents a stalled GET plus stalled POST from consuming twice the configured hook timeout.
haelyra