The original implementation tried to integrate `--set` with the prompt /
result-template / schema-strict-partition system: pre-seeding answers,
filtering questions, evaluating function defaults, tracking override
keys for partition exemption, mirroring carry-forward in two collection
helpers, threading state through Config + ui.js + collection helpers +
manifest writer. ~900 lines spawned across 4 review rounds, with bugs
the bots kept finding because every change touched a different layer.
The simpler model: `--set` is a post-install patch. The installer runs
its normal flow untouched, then `applySetOverrides` upserts each value
into `_bmad/config.toml` (team scope) or `_bmad/config.user.toml` (user
scope) AND into `_bmad/<module>/config.yaml` so declared keys carry
forward via the existingValue path on the next install.
What gets ripped out
- All `setOverrides` plumbing through OfficialModules (constructor
field, applyOverridesAfterSeeding, _trackUnknownKeysAsOverrides,
declaredResultKeys, override classification + pre-write +
question-filter + two-pass function-defaults + carry-forward in
collectModuleConfig, _trackUnknownKeysAsOverrides calls in
collectModuleConfigQuick, headless-branch additions in
Installer.build). official-modules.js reset to its pre-#1663 baseline
(commit 48a7ec8b).
- `setOverrideKeys` field on Config, threading from ui.js, partition
exemption parameter on `manifest-generator.writeCentralConfig`.
- The "ignored under quick-update" warning in install.js — `--set` is
now a uniform post-install patch, so it works the same way for
quick-update as for a regular install.
What stays
- `tools/installer/set-overrides.js` parser with the prototype-pollution
guard, prefixed by the new `applySetOverrides` / `upsertTomlKey` /
`tomlString` / `tomlHasKey` helpers.
- `tools/installer/list-options.js` — small standalone discovery
helper, untouched.
- The `--set` and `--list-options` CLI flag registration in
`commands/install.js`.
- ui.js `collectModuleConfigs` retains the early-feedback warning for
overrides targeting modules not in the install set (and now also
filters them out of `setOverrides` before threading).
Routing rules (post-install patch)
- If `_bmad/config.user.toml` already has `[section] key`, update it
there (so user-scope keys like `core.user_name` and
`bmm.user_skill_level` keep their proper file).
- Otherwise update `_bmad/config.toml` (team scope, default).
- A module without `_bmad/<module>/config.yaml` (i.e. not installed)
is skipped silently — no orphan `[modules.notamodule]` sections.
Tradeoffs documented in `docs/how-to/install-bmad.md`
- Values are written verbatim — no `result:` template rendering. Pass
`--set bmm.project_knowledge='{project-root}/research'` if you want
the rendered form.
- Carry-forward is automatic for declared schema keys (per-module yaml
→ existingValue → prompt default → accepted under --yes). For keys
outside any module's schema, the value lands in `config.toml` for
the current install but won't be re-emitted on the next install.
Re-pass `--set` if you need it sticky.
- No "key not in schema" validation — whatever you assert is written.
Tests: Suite 44 rewritten. 355 passing (was 351). Coverage now focused
on what matters: parser + pollution guard, tomlString escaping,
upsertTomlKey across insert/replace/missing-section/empty-file/
preserved-newline cases, applySetOverrides happy path + uninstalled-
module skip + missing-user-toml-creation + empty-input no-op,
discoverOfficialModuleYamls / formatOptionsList sanity.
E2E smoke verified across all 6 scenarios:
1. fresh install with mixed declared + undeclared --set → correct files
2. quick-update no --set → declared keys persist via per-module yaml
3. quick-update WITH --set → applies (used to be warned + dropped)
4. --set for unselected module → warned, no orphan section
5. prototype pollution → exit 1
6. --list-options bmm exit 0, --list-options nope exit 1
Net: -158 lines vs HEAD. The complex integration was load-bearing for
edge cases nobody actually needed; the simple post-install patch
covers the real use case (script a config value from CI) without the
schema gymnastics.
Found via end-to-end smoke test, not flagged by either bot review:
`--set bmm.future_thing=x` was persisted to config.toml on install #1
but silently dropped on the next quick-update reinstall, even though
the per-module _bmad/bmm/config.yaml retained it. The central
manifest's schema-strict partition stripped it because
collectModuleConfigQuick (the quick-update helper) never populated
setOverrideKeys for carried-forward unknown keys, and quickUpdate's
installConfig didn't thread setOverrideKeys into the install call.
This is the same bug class as the round-1 fix to collectModuleConfig
(CodeRabbit major #3155145084) but for the quick-update code path,
which has a separate collection helper.
Fix:
- Add OfficialModules._trackUnknownKeysAsOverrides(moduleName, schema)
helper that walks collectedConfig[moduleName] and adds any non-schema
key to setOverrideKeys[moduleName]. Without a schema, every key is
treated as unknown (safe fallback for modules with no module.yaml).
- Call it from all four return paths in collectModuleConfigQuick:
no-schema, parse-failed, hasNoConfig+subheader, silent+no-new-keys,
and the regular end-of-method.
- Mirror ui.collectModuleConfigs's setOverrideKeys conversion in
installer.quickUpdate so the Set→array round-trip lands in
Config.build, and writeCentralConfig sees the exemption list.
Tests: +4 cases — collectModuleConfigQuick carry-forward of unknown
key, declared-key non-tracking under quick-update, and
_trackUnknownKeysAsOverrides no-schema fallback. Total 351 passing.
E2E smoke verified: --set <unknown>=x survives install→quick-update,
install→regular-update, and install→quick-update→regular-update with
a new --set added.
(1) Use process.exitCode instead of process.exit() after --list-options
write (CodeRabbit major). process.exit() forces immediate termination
even with pending I/O, which can truncate buffered writes when stdout
is piped or captured by CI. Await the write callback, set exitCode,
and return so the event loop drains naturally.
(2) Thread setOverrides through Config → OfficialModules.build for
headless callers (CodeRabbit major). Non-UI entry points (direct
installer.install({...}) without going through ui.collectModuleConfigs)
previously got an empty override map. Config now carries setOverrides
and the headless branch of OfficialModules.build also runs
loadExistingConfig + applyOverridesAfterSeeding('core') to mirror the
UI path's semantics. The UI path is unaffected because it takes the
moduleConfigs early-return.
(3) Evaluate function defaults under skipPrompts and accept-defaults
paths (CodeRabbit major). Both branches were dropping function defaults
silently, so any same-module dynamic default (`{other_key}` placeholder
in default:) disappeared under --yes. Two-pass: write non-function
defaults first so the answer bag is populated, then call function
defaults with that bag. Try/catch around the call surfaces resolution
failures as warnings instead of crashing the install.
(4) Track result-only schema keys as declared (Augment medium). A
schema entry with `result:` and no `prompt:` was being classified as
"unknown" when targeted by --set, producing a wrong warning and
overwriting the computed template output with the raw value. Added
declaredResultKeys parallel to declaredPromptKeys; an override on
either is now seeded as the answer so the result template still
renders ({value} substitution preserved). Carry-forward block
refactored to consume the same set.
(5) Diagnose non-object module.yaml under --list-options (Augment low).
The non-object branch silently flipped moduleScopedFailure with no
output. Now emits "module.yaml is not a valid object (got <type>)"
mirroring the catch branch, and the type guard also catches arrays
which typeof reports as 'object'.
(6) Reword --list-options doc cache scope (CodeRabbit minor).
"Installed at least once on this machine" → "currently cached official
modules" with a note that cache can be cleared or absent on ephemeral
CI workers — accurately reflects what the command can discover.
Tests: +4 cases — Config.build setOverrides threading and default,
formatOptionsList non-object yaml diagnostic and ok:false. Total 347
passing.
`--set <module>.<key>=<value>` (repeatable) sets any module config option
non-interactively. Scales to every module without growing the CLI surface
per option, and persists into _bmad/config.toml so values survive upgrades.
`--list-options [module]` prints every available --set key for built-in
and locally-cached official modules (community/custom users read their own
module.yaml). Pass a module code to scope the listing.
Validation rules, all non-fatal:
- Module not in --modules → warn and drop the value.
- Key not declared in module.yaml → warn but persist (forward-compat).
The manifest writer's schema-strict partition exempts these so they
survive into config.toml even though the schema doesn't know them.
- Malformed --set syntax → exit non-zero up front.
The legacy core shortcuts (--user-name, --output-folder, etc.) remain
supported as aliases for `--set core.<key>=<value>`. --set with
--action quick-update is ignored with a warning since quick-update
preserves the existing answers by design.
Files:
- tools/installer/set-overrides.js (new): parser
- tools/installer/list-options.js (new): discovery + formatter
- tools/installer/commands/install.js: flags + early validation
- tools/installer/ui.js: parse, warn-on-unselected, thread to OfficialModules
- tools/installer/modules/official-modules.js: pre-fill answers, persist unknowns
- tools/installer/core/config.js + installer.js: carry setOverrideKeys through
- tools/installer/core/manifest-generator.js: partition exempts override keys
- test/test-installation-components.js: +15 cases (Suite 44)
- docs/how-to/install-bmad.md, README.md: --set as preferred non-interactive path
Closes#1663
* fix(installer): preserve module-help.csv schema in merged bmad-help.csv (#2278)
The installer's mergeModuleHelpCatalogs was rewriting the merged catalog
under a different schema (module,phase,name,code,sequence,workflow-file,...)
than the documented source schema in every module's module-help.csv
(module,skill,display-name,menu-code,description,action,args,phase,...).
Worse, the parsing assumed the wrong source column order, so column data
was scrambled in the merged output. SKILL.md docs the source schema, so
the bmad-help skill was navigating a catalog whose actual columns no
longer matched its mental model.
Drop the transformation and the agent enrichment columns (which had no
consumers anywhere in the codebase). Emit rows verbatim in the source
schema, padding short rows and filling empty module fields. Sort by
module then phase, stable within phase to preserve authored order.
Closes#2278
* fix(catalog): normalize module-help.csv rows to documented 13-column schema
Many rows in core-skills/module-help.csv and bmm-skills/module-help.csv
were missing one column between description and phase, leaving them at
12 fields instead of 13. CSV consumers that read by header position
were silently mapping data into the wrong columns (description into
action, phase into args, required into before, etc).
Inserted an empty cell at column index 5 across all 31 affected rows
to restore alignment with the documented header
(module,skill,display-name,menu-code,description,action,args,phase,
after,before,required,output-location,outputs).
- resolveInstalledModuleYaml: fall back to CustomModuleManager._resolutionCache for local
custom-source modules (external cache path doesn't exist for these); refactor candidate-path
search into shared searchRoot() helper; add *-setup/assets/module.yaml BMB standard path
- manifest-generator: use module code field (not display name) as TOML section key [modules.X]
Co-authored-by: cidemaxio <cidemaxio@users.noreply.github.com>
* refactor(installer): replace legacy_targets auto-cleanup with upgrade warnings
Removes the legacy_targets YAML field and its install-time auto-migration
of pre-v6.1.0 directories (.claude/commands, .opencode/agents, etc.). On
install, surface a warning instead: read manifest version and scan 24
known legacy paths, then print rm -rf commands the user can run themselves.
Also deletes orphan tools/platform-codes.yaml (never loaded by any code)
and fixes a stale URL in the cs translation.
* feat(installer): consolidate to .agents/skills and add global_target_dir for all platforms
Updates platform-codes.yaml against verified primary docs for all 24 supported
platforms. 14 platforms (auggie, codex, crush, cursor, gemini, github-copilot,
kilo, kimi-code, opencode, pi, roo, rovo-dev, windsurf) move their project
target_dir to the cross-tool .agents/skills/ standard. Junie moves from the
broken .agents/skills/ to its own .junie/skills/ per JetBrains docs.
Adds global_target_dir to every platform: 11 share ~/.agents/skills/, Crush
uses XDG ~/.config/agents/skills/, Codex global stays ~/.codex/skills/, the
rest are tool-specific. Ona and Trae omit global (no documented home path).
Note: installer logic does not yet dedupe writes for platforms sharing a
target_dir — users installing multiple .agents/skills/ tools together will
overwrite the same files (harmless on install, but uninstalling one clears
the dir for the others). Coordination logic is the next step.
* feat(installer): add 18 new platforms, dedup shared target_dir, ownership-aware cleanup
Adds 18 platforms from the verified Vercel list (adal, amp, bob, command-code,
cortex, droid, firebender, goose, kode, mistral-vibe, mux, neovate, openclaw,
openhands, pochi, replit, warp, zencoder). Marks codex and github-copilot as
preferred alongside claude-code and cursor.
Coordination for platforms sharing a target_dir:
- IdeManager.setupBatch dedups skill writes when multiple selected platforms
point at the same target_dir (e.g. .agents/skills/). The first platform
writes, peers skip the redundant wipe-and-rewrite. Result reports the same
count and target dir for every member so the install summary is consistent.
- IdeManager.cleanupByList accepts remainingIdes; when removing one platform
from a shared dir while another co-installed platform still owns it, the
target_dir wipe is skipped. Platform-specific hooks (copilot markers, kilo
modes, rovodev prompts) still run.
- _setupIdes uses setupBatch; _removeDeselectedIdes passes remainingIdes so
partial reconfigure preserves shared skills.
Skill ownership now uses skill-manifest.csv canonicalIds, not the bmad- prefix.
This unblocks custom modules that ship skills with non-bmad names (e.g.
fred-cool-skill). Affected sites:
- _config-driven.detect: reads canonicalIds from the project's bmadDir
- _config-driven.findAncestorConflict: reads canonicalIds from the ancestor's
own bmadDir, falling back to the prefix only when no manifest exists
- legacy-warnings.findStaleLegacyDirs: same canonicalId-based detection
Migration warnings: LEGACY_SKILL_PATHS adds 12 skill dirs that moved to the
.agents/skills/ standard (cursor, gemini, github-copilot, kimi, opencode, pi,
roo, rovodev, windsurf, plus their globals). Users with stale skills in those
locations get a one-line warning with the rm command per dir.
New shared helper tools/installer/ide/shared/installed-skills.js exposes
getInstalledCanonicalIds(bmadDir) and isBmadOwnedEntry(entry, canonicalIds).
Tests: 9 new assertions across two suites covering dedup, partial uninstall
preservation, and custom-module skill detection. All 286 tests pass.
* fix(installer): setupBatch must not claim a shared target_dir on failure
If the first platform's setup throws or returns success: false, the dedup map
previously still recorded the claim with skillCount: 0, causing every peer
sharing the target_dir to skip its install — leaving the dir empty/broken
behind a cascade of misleading "shares with X" rows.
Now the claim is only recorded when the install succeeded and wrote skills.
On failure, the next peer becomes the new first writer and recovers.
Adds Suite 40b regression test that monkey-patches cursor.setup to throw
and verifies gemini still populates the shared dir.
* fix(installer): address PR #2313 review findings
Three issues raised by augmentcode and coderabbit bot reviewers:
1. _removeDeselectedIdes silently swallowed cleanup failures after the
refactor to cleanupByList. The old per-IDE try/catch logged a warning;
the new path discarded the result array. Now logs a warning per failed
ide so failures stay visible.
2. The legacy-dir cleanup hint printed `rm -rf "<path>"/bmad*` which both
matched bmad-os-* utility skills the user should keep AND missed the
custom-module skills (e.g. fred-cool-skill) that the new canonical-id
detection now finds. Findings now carry the exact entry names from the
scan, and the warning prints one precise rm line per entry.
3. warnPreNativeSkillsLegacy did unguarded fs reads at install start. A
permission/IO error would have aborted the whole install. Wrapped the
call site in try/catch so legacy-scan failures only emit a warning.
* feat(installer): channel-based version resolution for external modules
Adds stable/next/pinned channel resolution so external/community modules
install at released git tags by default instead of tracking main HEAD.
Manifest now records channel, resolved version, and SHA per module for
reproducible installs.
CLI flags: --channel, --all-stable, --all-next, --next=CODE (repeatable),
--pin CODE=TAG (repeatable). Precedence: pin > next > channel > registry
default > stable. --yes accepts patch/minor upgrades but refuses majors.
Interactive "Ready to install (all stable)?" gate with a per-module
picker (stable/next/pin) when declined. Re-install prompts classify tag
diffs as patch/minor/major with semver-class-dependent defaults.
Legacy version:null manifests get a one-time migration prompt.
Custom modules gain an optional @<ref> URL suffix for pinning (https,
ssh, /tree/<ref>/subdir forms supported; local paths rejected).
Community modules honor --next/--pin overrides with a curator-bypass
warning; default path still enforces the approved SHA.
Quick-update now reads the manifest's recorded channel per module so
pinned installs don't silently roll forward.
* feat(installer): interactive channel switch, upgrade refusal, unified docs
Builds on the channel-resolution foundation. The installer now lets users
flip a module between stable, next, and pinned after install — either
interactively via a "Review channel assignments?" gate, or by flag. Quick
and modify re-installs classify stable upgrades; under non-interactive
flows, patches and minors apply automatically but majors are refused with
a pointer to --pin.
Fallback behavior for GitHub rate-limit / network failures is now cache-
aware: re-installs reuse the recorded ref silently; fresh installs abort
with actionable guidance (set GITHUB_TOKEN or use --next/--pin). Bundled
modules (core, bmm) warn when targeted by --pin or --next so users aren't
left wondering why the flag had no effect.
Install summary labels no longer mangle "main" into "vmain"; next-channel
entries render as "main @ <short-sha>" instead. Bundled modules are now
correctly skipped from all channel prompts and tag-API lookups.
Docs consolidated into a single how-to. install-bmad.md now covers the
interactive flow, the channel model (stable/next/pinned plus the npm
dist-tag axis for core/bmm), the re-install upgrade prompts, the full
flag reference, copy-paste recipes, and troubleshooting. The old
non-interactive-installation.md is reduced to a redirect stub.
* fix(installer): review fixes + unit tests for channel resolution
- ui.js: import parseGitHubRepo; fixes ReferenceError in the
interactive channel picker's stable-tag pre-resolve path.
- community-manager: pinned modules now fetch+checkout the pin tag
on cache refresh instead of resetting to origin/HEAD (was silently
drifting to main on re-install).
- channel-plan: parseChannelOptions returns acceptBypass so --yes
auto-confirms the curator-bypass prompt; headless --next/--pin
installs of community modules no longer hang.
- community-manager: simplify recordedVersion (dead ternary branch).
- custom-module-manager: drop "or sha" from the @<ref> comment
(git clone --branch rejects raw SHAs); update-path fetches
origin <ref> so /tree/<branch>/ URLs work too.
- install-bmad.md: rename "Headless / CI installs" to "Headless CI
installs" so the stub's #headless-ci-installs anchor resolves.
- test/test-installer-channels.js: 83 unit tests for channel-plan
and channel-resolver pure modules; wired into npm test as
test:channels.
* fix(installer): address CodeRabbit review findings
- ui.js: skip stable-channel upgrade classification when the user has
already declared intent via --pin/--next=/--channel or the review
gate. Prevents the decline / major-refused / fetch-error branches
from silently overwriting an explicit pin with prev.version.
- external-manager.js: short-circuit cloneExternalModule when the
requested plan matches an existing in-process resolution and the
cache is valid. Avoids redundant resolveChannel() + git fetch on
every same-plan lookup in a single install.
- installer.js: fall back to CommunityModuleManager.getResolution()
when no external resolution exists, so community module result
rows carry newChannel/newSha instead of null under --next/--pin.
- installer.js: don't label a module as "no change" when its version
string is 'main'/'HEAD' — the SHA may have moved and preVersions
doesn't track the prior SHA. Show "(refreshed)" instead.
- official-modules.js: match versionInfo.version to the manifest's
cloneRef || (hasGitClone ? 'main' : version) expression so summary
lines report the cloned ref for git-backed custom installs.
- install-bmad.md: clarify that sha is only written for git-backed
modules and that rerunning the same --modules on another machine
does not reproduce stable-channel installs — convert recorded tags
into explicit --pin flags for cross-machine reproducibility.
External official modules (bmb, cis, gds, tea, wds) are cloned to
~/.bmad/cache/external-modules/<name>/ and never copied into src/modules/,
so collectAgentsFromModuleYaml silently skipped them and their agents
never reached config.toml. Swap the hardcoded src/modules lookup for a
resolveInstalledModuleYaml() helper that also searches the external cache
(handling src/, skills/, nested, and root layouts) and warns instead of
silently skipping when a module.yaml can't be found.
* refactor: remove bmad-skill-manifest yaml; introduce four-layer central config.toml
- Agent essence moves from per-skill bmad-skill-manifest.yaml files
into each module.yaml's `agents:` block (code, name, title, icon,
description). Per-agent customize.toml remains the deep-behavior
source of truth.
- Installer emits four TOML files:
_bmad/config.toml team install answers + agent roster
_bmad/config.user.toml user install answers
_bmad/custom/config.toml team overrides stub
_bmad/custom/config.user.toml personal overrides stub
Prompts declare scope: user to route answers to config.user.toml.
- resolve_config.py merges four layers: base-team -> base-user ->
custom-team -> custom-user.
- Three consumer skills (party-mode, advanced-elicitation,
retrospective) switched from agent-manifest.csv to the resolver.
- installer.js mergeModuleHelpCatalogs now takes the in-memory
agent list from ManifestGenerator -- no CSV roundtrip.
- Deleted: 6 bmad-skill-manifest.yaml files, agent-manifest.csv
emission, collectAgents/getAgentsFromDirRecursive,
paths.agentManifest().
* fix(installer): strip core-key pollution from [modules.*]; soften config headers
- writeCentralConfig now always strips core-module keys from every
[modules.<code>] bucket, even when the module's schema is not
available in src/ (external / marketplace modules like cis, bmb).
Core values belong in [core] only; workflows read them directly.
- When the module's own schema IS available (built-in modules),
also drop any key it does not declare as a prompt — same
spread-pollution filter as before, now layered on top.
- Section-aware headers on both _bmad/config.toml and
_bmad/config.user.toml: [core] / [modules.*] values are
editable (installer reads them as defaults on next install);
[agents.*] is regenerated from module.yaml and will be wiped —
overrides for agents go in _bmad/custom/config*.toml instead.
* docs: cover central config.toml + Diataxis prose pass across three files
Document the new four-file central configuration surface (_bmad/config.toml,
config.user.toml, and custom/ overrides) alongside the existing per-skill
customize.toml. Make editing rules, scope partitioning, and when-to-use-which
guidance explicit.
- customize-bmad.md: new "Central Configuration" section with editing rules,
three worked examples (rebrand, fictional agent, module settings override),
and a "when to use which surface" table. Converted five h4 headers to
bold paragraph intros per style guide.
- expand-bmad-for-your-org.md: two-layer mental model extended to three;
new Recipe 5 with three variants (rebrand, custom crew, pinned team
settings); reinforcement table extended.
- named-agents.md: noted the dual customization surface — per-skill shapes
behavior, central config shapes roster identity.
Diataxis prose pass applied across all three files: banned vocabulary
check, em-dash cap, hypophora / metanoia / amplificatio / stakes-inflation
cleanup, rhythm and burstiness fixes. Structural conformance verified;
markdownlint and prettier clean.
* test+docs: add central config unit tests; fix stale recipe count
- test: two new suites (35 + 36) covering writeCentralConfig and
ensureCustomConfigStubs. Verifies scope partitioning (user_name
lands only in config.user.toml), core-key pollution stripping
from [modules.*], unknown-schema fallthrough (external modules
survive without schema), agent roster baked into config.toml
[agents.*] only, stub-preservation on re-install. 44 new
assertions.
- docs: fixed four stale "four recipes" references to say "five"
after Recipe 5 (Customize the Agent Roster) was added. Touches
frontmatter, opening paragraph, Combining Recipes paragraph,
and the named-agents cross-link blurb.
* fix: address PR review feedback on central config
- resolve_config.py argparse: three-layer → four-layer description
- SKILL/workflow/explanation docs: document all four layers including
_bmad/config.user.toml (was missing from merge-stack descriptions)
- customize-bmad.md + installer headers: drop the false "direct edits to
config.toml persist" claim; installer reads from per-module config.yaml,
not central TOML, so direct edits get clobbered. Route users to
_bmad/custom/config.toml for durable overrides
- writeCentralConfig: warn loudly when a module.yaml can't be parsed
(previously silent — user-scoped keys could mis-file into team config)
- writeCentralConfig: preserve [agents.*] blocks for modules that didn't
contribute fresh agents this run (e.g. quickUpdate skipping modules
whose source is unavailable) so the roster doesn't silently shrink
- add extractAgentBlocks helper + Test Suite 37 covering preservation
Addresses comments from augmentcode and coderabbitai on PR #2285.
* feat(skills): TOML-based agent customization with stdlib Python resolver
Re-applies PR #2282's three-layer customization model (skill defaults →
team → user) but swaps YAML for TOML and uv for stdlib tomllib. Users
no longer need uv, pip, or a virtualenv — plain python3 (3.11+) is
sufficient, since tomllib shipped in the standard library.
## Schema changes vs PR #2282
- Flat agent schema: fields live directly under [agent], no nested
metadata/persona sub-tables. Easier to author, less indentation.
- Non-configurable identity: name and title are declared in
customize.toml as source-of-truth metadata (for future skill-manifest
generation) but SKILL.md ignores overrides there — identity is
hardcoded to preserve brand recognition.
- role redefined: now describes what the skill does for the user
within its module phase, not a restatement of the title.
- persistent_facts replaces the activation-time file-context load AND
the old memories concept. Entries can be literal sentences or
file: prefixed paths/globs; avoids collision with the upcoming
runtime memory sidecar.
- activation_steps_prepend / activation_steps_append harmonized across
agents and workflows (replaces agent-specific critical_actions).
- [workflow] namespace mirrors [agent] for workflow customization.
Same four structural rules, same field vocabulary.
## Resolver (src/scripts/resolve_customization.py)
Four purely structural merge rules, zero field-name hardcoding:
- Scalars: override wins
- Tables: deep merge
- Arrays of tables where every item has `code` or `id`: merge by
that key (matching keys replace, new keys append)
- Any other array: append
No removal mechanism — overrides cannot delete base items. Fork the
skill or override by code with a no-op value to suppress defaults.
## Agents ported (6)
All six BMad agents now ship customize.toml + rewritten SKILL.md:
analyst (Mary), tech-writer (Paige), pm (John), ux-designer (Sally),
architect (Winston), dev (Amelia). Each uses the same 8-step
activation template: resolve → execute prepend → adopt persona →
load persistent facts → load config → greet (with {agent.icon}) →
execute append → dispatch or present menu.
Step 8 supports fast-path invocation: "hey Mary, let's brainstorm"
dispatches the matching menu item directly after greeting, skipping
the menu render when intent is clear. Chat, clarifying questions,
and bmad-help remain available when nothing on the menu fits.
## Installer + tooling
- _bmad/scripts/ provisioned on install (copies src/scripts/)
- _bmad/custom/ seeded with .gitignore for *.user.toml on fresh install
- Non-module-dir filter extended to skip _memory, memory, docs,
scripts, and custom when scanning for modules
- Dead _config/agents/ directory no longer created
- metadata.capabilities removed from agent-manifest.csv and schema
- eslint config extended to cover src/scripts/**
- validate-file-refs.js knows about custom/ as install-only
## Deferred for follow-up
- bmad-product-brief workflow port (the pilot that demonstrates
[workflow] + on_complete)
- Translated docs (cs/fr/vi-vn/zh-cn) — regenerate from English
* feat(skills): port bmad-product-brief to TOML workflow customization
Completes the customization surface rollout by giving the product-brief
workflow the same override model as the six BMad agents, under the
[workflow] namespace instead of [agent].
## customize.toml
Mirrors the agent shape under [workflow] with:
- activation_steps_prepend / activation_steps_append (harmonized across
agents and workflows — same field names, same append semantics)
- persistent_facts with the file: convention, seeded with
file:{project-root}/**/project-context.md
- on_complete scalar (renamed from PR #2282's skill_end for clarity —
reads cleaner as "what runs when the workflow completes")
## SKILL.md
7-step workflow activation:
1. Resolve workflow block
2. Execute prepend steps
3. Load persistent facts (file: or literal)
4. Load config
5. Greet if not already
6. Execute append steps
7. Stage 1 — Understand Intent
python3 + stdlib tomllib invocation; no uv required.
## Prompt file changes
- Path normalization: ../agents/ → agents/, ../resources/ → resources/,
bare foo.md → prompts/foo.md. All references now resolve from the
skill root (matches the convention documented in SKILL.md).
- Paths: meta-line added to each of the 4 prompt files that reference
other files, reinforcing "bare paths resolve from skill root" so the
LLM doesn't lose the convention when operating two hops into a
prompt chain.
- finalize.md terminal stage now calls the resolver for
workflow.on_complete — non-empty values run as the final step.
## Validation
- Resolver output verified: 4 workflow fields returned cleanly.
- validate-file-refs.js: 254 files scanned, 139 refs checked, 0 broken.
- test:refs: passing.
* docs(skills): enterprise customization recipes + workflow template variable
Three independent improvements bundled because they share the same
surface (workflow/agent customization) and landed from the same design
discussion:
## Fallback sentence disambiguated (7 SKILL.md files)
The "if the script fails" fallback used to say `{project-root}/_bmad/
custom/{skill-name}.toml` for the team override and then just `{skill-
name}.user.toml` for the user override, leaving the user file's
location implicit. LLMs could reasonably guess skill root or project
root instead. Replaced with an unambiguous numbered list that spells
out the full path for every file in the merge chain.
## Product-brief: stage promotion + brief_template variable
- Promoted `## Stage 1: Understand Intent` from a nested step inside
"On Activation" to a top-level section. The previous "Step 7: Stage
1 — Understand Intent → Proceed to Stage 1 below" was mechanical
numbering pretending to be a step. Activation now ends cleanly at
Step 6; Stage 1 is a peer section.
- Added `brief_template` as a workflow-level scalar customization
defaulting to `resources/brief-template.md`. Stage 4 reads
`{workflow.brief_template}` instead of the hardcoded path, so orgs
can point at their own template under `{project-root}/...` without
forking the skill.
## New doc: docs/how-to/extend-bmad-for-your-org.md
Four worked recipes that together cover most enterprise scenarios:
1. Shape an agent across every workflow it dispatches (dev agent +
Context7 MCP + Linear search — the highest-leverage pattern)
2. Enforce org conventions inside a specific workflow (product-brief
+ compliance-field persistent_facts)
3. Publish completed outputs to external systems (product-brief +
Confluence + Jira via MCP, gated on user confirmation for Jira)
4. Swap in your own output template (product-brief + brief_template
variable swap)
Opens with the two-layer mental model (agent spans workflows,
workflow is local) so readers pick the right granularity before
reading any recipe. Closes with a "Combining Recipes" section
showing all four composed. Cross-linked from customize-bmad.md.
## Validation
- Resolver: workflow.brief_template returns the default cleanly.
- validate-file-refs.js: 254 files scanned, 146 refs checked
(+7 from this commit), 0 broken.
* docs(skills): encourage CLAUDE.md/AGENTS.md reinforcement of critical rules
Added a "Reinforce Global Rules in Your IDE's Session File" section to
extend-bmad-for-your-org.md. BMad customizations only load when a
skill activates, but IDE session files (CLAUDE.md, AGENTS.md, cursor
rules, copilot-instructions) load every turn — worth restating the
most critical rules there too so they survive ad-hoc chat outside a
BMad skill.
Includes a one-line example reinforcing the Recipe 1 Context7 rule,
plus a scope table that clarifies what each layer is for:
- IDE session file: universal, every session, keep succinct
- Agent customization: persona-specific, every dispatched workflow
- Workflow customization: one workflow run
Emphasizes brevity — noise in the session file crowds out signal.
* docs(skills): add Named Agents explanation doc
New docs/explanation/named-agents.md walking through the three-legged
stool (skills + named agents + customization) with the "Hey Mary,
let's brainstorm" activation flow as the narrative thread.
Covers:
- Why named agents vs menu-driven or prompt-driven alternatives
- The 8-step activation flow and what each step contributes
- How customization scales the model beyond a single developer
- Cross-links to the how-to docs for implementation details
Sits alongside brainstorming.md, quick-dev.md, party-mode.md in the
explanation folder — feature narratives for users who want to
understand why BMad is designed the way it is, not just how to use it.
* docs(skills): clarify that keyed-merge requires a single identifier key per array
Review feedback (PR #2284) flagged that the merge-rules wording was
ambiguous: "every item has a `code` or `id` field" could reasonably
be read as "each item individually has at least one of the two",
allowing arrays to mix `code` and `id` across items.
The resolver has always required all items share the *same* identifier
key (all `code`, or all `id`). Mixed arrays fall through to append —
intentional, because mixing identifier keys within one array is a
schema smell and any guess about which key should merge creates a
worse trap than the append-fallback.
Clarified in three places:
- Merge-rules table in customize-bmad.md: "every item shares the
**same** identifier field"
- `code`/`id` convention paragraph: "pick **one** convention ... and
stick with it across the whole array"
- Resolver docstring and `_detect_keyed_merge_field` docstring:
explicit note that mixed arrays fall through with rationale
No behavior change.
* docs(skills): address CodeRabbit review — fallback rules, OS claim, headless greeting
Three fixes from PR #2284 review feedback:
## 1. Fallback merge wording (7 SKILL.md files)
Every SKILL.md told the LLM to merge the three customization files
"in priority order (later wins)" when the resolver fails. That reads
as shallow last-write-wins — but the resolver does structural merge
(scalars override, tables deep-merge, code/id-keyed arrays merge by
key, other arrays append). Following the old wording manually would
have silently stripped base `principles`, `persistent_facts`, and
`menu` items whenever a team override was present.
Expanded the fallback sentence to restate the four structural rules
explicitly, matching the resolver's behavior.
Applied to all 6 agents + bmad-product-brief workflow.
## 2. Python 3.11 / OS shipping claim (customize-bmad.md)
The docs claimed "macOS 13+, Ubuntu 22.04+, Debian 12+, Fedora 37+
all ship 3.11 or newer." Inaccurate — Ubuntu 22.04 defaults `python3`
to 3.10.6 (3.11 is a separate package), and macOS doesn't really
ship Python by default anymore.
Replaced with honest guidance: check `python3 --version` and note
that macOS without Homebrew and Ubuntu 22.04 default to 3.10 or
earlier.
## 3. Autonomous mode greeting gate (bmad-product-brief)
Product-brief's activation-mode detection documents autonomous mode
as "produce complete brief without interaction" — but Step 5 greeted
unconditionally, adding conversational output before the headless
artifact. Gated the greeting on `{mode}` != `autonomous`.
## Dismissed (replied on thread)
- `.gitignore` migration from *.user.yaml to *.user.toml: YAML
installer code was in reverted #2282, never released. No users
affected. Same rationale as Augment's earlier thread.
Validated: 254 files, 146 refs, 0 broken. test:refs 7/7,
test:install 242/242.
* docs: rename Extend to Expand throughout customization docs
Three-layer customization (skill defaults → team → user) for BMad agents
and any skill that opts in. Users edit `_bmad/custom/{skill-name}.yaml`
(team, committed) or `{skill-name}.user.yaml` (personal, gitignored);
customizations survive updates.
Resolver is a Python script using PEP 723 inline metadata, invoked via
`uv run` so deps auto-install into a cached isolated env on first call.
This aligns with Anthropic's Agent Skills spec and BMB conventions, and
keeps the dependency declared (scannable by pip-audit/Dependabot) rather
than vendored.
## Design choices
- **Agent identity is hardcoded** in SKILL.md (name, title, Overview prose)
so skills can be invoked reliably by role *or* default name. Brand
recognition is preserved; customization shapes behavior, not identity.
- **Luminary-anchored personas** (e.g. "Channels Martin Fowler's
pragmatism and Werner Vogels's cloud-scale realism") deliver ~55%
token savings per agent while preserving distinctive voice beats.
- **Universal per-field merge rules** with v6.1-compatible agent
semantics: metadata shallow-merge, persona replace, critical_actions
and memories append, menu merge-by-code, all else deep-merge.
- **Workflow customization** shares the same surface — `bmad-product-brief`
pilots `activation_steps_prepend`, `activation_steps_append`, and
`skill_end` hooks that any workflow-style skill can adopt.
## Infrastructure
- `_bmad/scripts/` houses shared Python scripts (resolver + future).
- `_bmad/custom/` is provisioned empty with a seeded `.gitignore` for
`*.user.yaml` on fresh installs.
- Installer filters ensure `scripts/`, `custom/`, and sidecar-generated
`memory/` directories are never treated as modules.
- Dead v6.1 code cleaned up: `_config/agents/` no longer created,
`metadata.capabilities` removed from schema and CSV manifest.
Skills don't nest. Once the manifest generator finds a valid SKILL.md
in a directory, it should not recurse into that skill's subdirectories
looking for more skills. Template files (like bmb's setup-skill-template)
inside a skill's assets/ would be incorrectly scanned and produce
spurious errors.
fs-extra routes all operations through graceful-fs, which globally
monkey-patches node:fs with a deferred retry queue. During multi-module
installs (~500+ file ops), retried unlink operations from one module's
remove phase can fire after the next module's copy phase has written
files, silently deleting them non-deterministically.
Replace fs-extra with a thin fs-native.js wrapper over node:fs/promises
and node:fs. All 21 consumers now use native APIs with no global
monkey-patching, eliminating the retry-queue race condition entirely.
Closes#1779
* chore(installer): remove dead code across installer modules
Delete 3 entirely dead files (agent-command-generator, bmad-artifacts,
module-injections) and remove ~50 unused exports from manifest.js,
cli-utils.js, prompts.js, path-utils.js, official-modules.js,
external-manager.js, custom-module-manager.js, and registry-client.js.
Removes corresponding dead tests.
* fix(installer): restore currentProjectDir writes for placeholder expansion
The previous commit removed the three assignments to
OfficialModules.currentProjectDir as dead code, but buildQuestion()
still reads the property to resolve {directory_name} placeholders in
module config defaults during interactive collection. Without the
writes, any module default containing {directory_name} would surface
the literal placeholder to users.
* feat(installer): add plugin resolution strategies for custom URL installs
When installing from a custom GitHub URL, the installer now analyzes
marketplace.json plugin structures to determine how to locate module
registration files (module.yaml, module-help.csv). Five strategies
are tried in cascade:
1. Root module files at the common parent of listed skills
2. A -setup skill with registration files in its assets/
3. Single standalone skill with registration files in assets/
4. Multiple standalone skills, each with their own registration files
5. Fallback: synthesize registration from marketplace.json metadata
and SKILL.md frontmatter
Also changes the custom URL flow from confirm-all to multiselect,
letting users pick which plugins to install. Already-installed modules
are pre-checked for update; new modules are unchecked for opt-in.
New file: tools/installer/modules/plugin-resolver.js
Modified: custom-module-manager.js, official-modules.js, ui.js
* fix(installer): address PR review findings for plugin resolver
- Guard against path traversal in plugin-resolver.js: skill paths from
unverified marketplace.json are now constrained to the repo root using
path.resolve() + startsWith check
- Skip npm install during browsing phase: cloneRepo() accepts
skipInstall option, used in ui.js before user confirms selection,
preventing arbitrary lifecycle script execution from untrusted repos
- Add createModuleDirectories() call to installFromResolution() so
modules with declarative directory config are fully set up
- Fix ESLint: use replaceAll instead of replace with global regex
* fix(installer): pass version and repoUrl to manifest for custom plugins
installFromResolution was passing empty strings for version and repoUrl,
which the manifest stores as null. Now threads the repo URL from ui.js
through resolvePlugin into each ResolvedModule, and passes the plugin
version and URL to the manifest correctly.
* fix(installer): manifest-generator overwrites custom module version/repoUrl
ManifestGenerator rebuilds the entire manifest via getModuleVersionInfo
for every module. For custom modules, this returned null for version and
repoUrl because it only checked _readMarketplaceVersion (which searches
for marketplace.json on disk) and hardcoded repoUrl to null. Now checks
the resolution cache first to get the correct version and repo URL.
* fix(installer): resolve custom modules from disk cache on quick update
When the resolution cache is empty (fresh CLI process, e.g. quick
update), findModuleSourceByCode only matched plugin.name against the
module code. This failed for modules like "sam" and "dw" where the
code comes from module.yaml inside a setup/standalone skill, not from
the plugin name in marketplace.json.
Now runs the PluginResolver on cached repos when the direct name match
fails, finding the correct module source and re-populating the cache
for the install pipeline.
* feat(installer): universal source support for custom modules
Replace GitHub-only custom module installation with support for any Git
host (GitHub, GitLab, Bitbucket, self-hosted) and local file paths.
- Add parseSource() universal input parser (local paths, SSH, HTTPS with
deep path/subdir extraction for GitHub, GitLab, Gitea)
- Add resolveSource() coordinator: parse -> clone if URL -> detect
discovery vs direct mode (marketplace.json present or not)
- Clone-first approach eliminates host-specific raw URL fetching
- 3-level cache structure (host/owner/repo) with .bmad-source.json
metadata for URL reconstruction
- Local paths install directly without caching; localPath persisted in
manifest for quick-update source lookup
- Direct mode scans target directory for SKILL.md when no marketplace.json
- Fix version display bug where walk-up found parent repo marketplace.json
and reported wrong version for custom modules
* fix(installer): harden readMarketplaceJsonFromDisk and hoist require
- Add try/catch to readMarketplaceJsonFromDisk so malformed JSON returns
null instead of throwing an unhandled parse error
- Hoist CustomModuleManager require outside the per-module loop in
_installOfficialModules
* fix(installer): restore validateGitHubUrl strictness and fix prettier
- Restore original GitHub-only regex in deprecated validateGitHubUrl
wrapper so existing tests pass (rejects non-GitHub URLs, trailing
slashes)
- Run prettier to fix formatting in custom-module-manager.js
* feat(installer): add --custom-source CLI flag for non-interactive installs
Allows installing custom modules from Git URLs or local paths directly
from the command line without interactive prompts:
npx bmad-method install --custom-source /path/to/module
npx bmad-method install --custom-source https://gitlab.com/org/repo
npx bmad-method install --custom-source /path/one,https://host/org/repo
Works alongside --modules and --yes flags. All discovered modules from
each source are auto-selected.
* docs: add custom and community module installation guide
New how-to page covering community module browsing, custom sources (any
Git host, local paths), discovery vs direct mode, local development
workflow, and the --custom-source CLI flag. Clarifies that
.claude-plugin/ is a cross-tool convention, not Claude-specific.
Also updates non-interactive installation docs with the new flag and
examples, bumps sidebar ordering, and fixes --custom-source to install
only core + custom modules when --modules is not specified.
* feat(bmad-help): add _meta rows and llms.txt support for general questions
Register llms.txt URLs in module-help.csv via _meta rows so bmad-help
can fetch module documentation when users ask questions that don't map
to a specific skill.
* refactor(bmad-help): streamline llms.txt docs into existing skill sections
* feat(installer): add community module browser and custom URL support
Three-tier module selection: official, community (category drill-down
with featured/search), and custom GitHub URL.
- Add RegistryClient shared fetch utility
- Add CommunityModuleManager with SHA-pinned cloning (refuses install
if approved SHA cannot be reached; uses HEAD when no SHA set)
- Add CustomModuleManager for arbitrary GitHub repo installation
- Extend findModuleSource chain with community and custom fallthrough
- Extend manifest to detect community and custom source types
- Add Config.customModulesMeta for custom module metadata
* fix: resolve review findings for community/custom module support
- Remove redundant CommunityModuleManager instantiation in UI display
- Remove dead customModulesMeta field from Config (never populated)
- Add 35 unit tests for CustomModuleManager and CommunityModuleManager
pure functions: URL validation, normalization, search, featured, categories
* fix: preserve installed community/custom modules in modify flow
When a user does "Modify Installation" and declines to browse community
modules, previously installed community/custom modules are now auto-kept.
If the user does browse, their selections are trusted (they can deselect).
Also fix stale docs: class doc for SHA pinning, JSDoc return type.
* fix: include community and custom modules in quick update
Quick update now checks community registry and custom cache so installed
community/custom modules are updated instead of skipped.
* fix: use defaults for new config fields during quick update
When quick update encounters new config fields (e.g., from a newly
supported community module), use schema defaults silently instead of
prompting the user. Quick update should be non-interactive.
* test: add unit tests for SHA pinning, category filtering, and URL edge cases
Cover SHA normalization (set vs null/trusted), listByCategory,
getModuleByCode, and URL validation edge cases (HTTP, trailing slash,
SSH without .git). Total: 243 tests.
* refactor(installer): remove custom content installation feature
Remove the entire local filesystem custom content feature from the
installer to make way for marketplace-based plugin installation.
Deleted: custom-handler.js, custom-module-cache.js, custom-modules.js
Removed: --custom-content CLI flag, interactive custom content prompts,
custom module caching, manifest tracking, missing-source resolution,
and related test suites. Updated docs across all translations.
* fix: address review findings from Augment
Fix admonition syntax (remove accidental space in :::note) across 4
translated docs files, and update stale JSDoc on listAvailable().
* chore(install): stop copying skill prompts to _bmad by default
Flip install_to_bmad default from true to false so skill directories
are cleaned from _bmad/ after IDE install. Skills are self-contained
in their IDE directories (.claude/skills/, etc.) and no longer need
duplicate copies in _bmad/.
Two skills (bmad-create-prd, bmad-validate-prd) opt back in via
explicit manifests because bmad-edit-prd cross-references their data
files. Also fixes broken bmm-skills/ path references and corrects
the file-ref validator module-to-source mapping.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
* refactor(install): make edit-prd self-contained and remove install_to_bmad
Give bmad-edit-prd its own copy of prd-purpose.md and replace the
cross-skill validation workflow reference with a skill invocation, so
all three PRD skills are fully self-contained. With no remaining
consumers, remove the install_to_bmad flag from manifests, CSV output,
the post-install cleanup loop, and the dedicated test file.
* feat(install): clean up skill directories from _bmad after IDE install
Skills are self-contained in IDE directories, so _bmad/ only needs
module-level files (config.yaml, _config/). After all IDE setups
complete, remove skill directories from _bmad/ via skill-manifest.csv.
Also cleans up skill dirs left by older installer versions.
* test(install): drop stale install_to_bmad column from suite 27 CSV row
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
* feat(installer): overhaul branding, versioning, and skill cleanup
Logo and branding:
- Responsive logo: full "BMAD METHOD" at >=95 cols, "BMAD" for narrower terminals
- Color scheme updated from yellow to blue (matching bmadcode.com brand)
- Added copyright notice and tagline in white for contrast
- Removed version number from logo (individual module versions shown in summary)
- Added ™ to both wide and narrow logo variants
Installer start message:
- Replaced outdated V6 launch announcement with clean welcome
- Consolidated redundant module/platform messaging into single intro
- Tightened open source manifesto (same spirit, fewer words)
- Merged speaking/media into support section with contact email
- Added full social links: Website, Discord, YouTube, X, Facebook
- Replaced docs.bmad-method.org and changelog links with bmadcode.com hub
Install summary improvements:
- Module names now show full display names from module.yaml (not abbreviations)
- All module versions sourced from .claude-plugin/marketplace.json exclusively
- Summary shows version transitions: "v6.2.2 -> v6.3.0", "v6.3.0, no change",
or "v6.3.0, installed" for fresh installs
- Switched summary from clack note() to box() for full-brightness text
- Removed dim/gray styling that was hard to read on dark terminals
- Links styled with color.blue instead of color.dim
- Get started section leads with actionable steps (launch agent, run bmad-help)
- Removed redundant social links (already shown in start message)
Version source unification:
- All module versions now come from .claude-plugin/marketplace.json only
- Removed package.json as version source for core/bmm modules
- Updated manifest.js getModuleVersionInfo() to use marketplace.json
- Updated installer.js _getMarketplaceVersion() helper
- Updated ui.js getMarketplaceVersion() for module selection display
- Quick Update menu no longer shows misleading version (was using package.json)
- Module selection list now shows versions next to each module name
Skill cleanup overhaul:
- Replaced blunt-force bmad-* prefix deletion with surgical removal system
- Added removals.txt support: optional per-project file listing skills to remove
- Created initial removals.txt with all skills removed since v6.2.0
- Install/update: captures previously installed skill IDs from skill-manifest.csv
before manifest regeneration, then removes those + removals.txt entries
- Uninstall: removes all installed skills via skill-manifest.csv + removals.txt
- Deselecting modules now correctly removes their skills from IDE directories
- User-created bmad-* skills in IDE directories are no longer destroyed
- Legacy directory cleanup retains prefix matching (those dirs are abandoned)
Bug fixes:
- Fixed duplicate "CORE module already up to date" during quick update
- Fixed version display showing package.json version instead of actual module version
- Updated test fixture for bmad-os-* preservation test to use skill-manifest.csv
* fix(installer): address Augment review findings
- Fix plugins[0] fragility: extract highest version across all plugins
in marketplace.json instead of assuming first entry (ui.js, installer.js,
manifest.js)
- Fix _readMarketplaceVersion ignoring moduleSourcePath: custom modules
can now source their own marketplace.json by walking up from source path
- Hard-exclude bmad-os-* utility skills in both surgical and legacy cleanup
modes, preventing accidental deletion if tracked in manifests
- Distinguish missing file vs parse error in skill-manifest.csv reading:
warn on corrupt CSV instead of silently skipping cleanup
* fix(installer): resolve module source before reading marketplace version
Move _readMarketplaceVersion call after source type resolution so custom
modules use their own source path instead of falling back to the external
module cache, which could match a different module with the same code.
* fix: preserve local custom module sources during quick update
Keep customModules in the generated main manifest so local custom
module source paths survive update runs. Load those preserved source
paths during stock quick update before falling back to the custom
cache directory.
This fixes the case where BMAD would drop customModules, lose the
original source path for a local module, and then skip the module or
try to re-cache from _bmad/_config/custom/<module>, which could fail
with ENOENT after the cache directory was removed.
Also adds an installation component regression test to verify
customModules and sourcePath are preserved in manifest generation.
Fixes#1582
* fix: ensure consistent formatting
* refactor: extract quick update custom source assembly
Move quick-update custom module source collection out of Installer and into
CustomModules as assembleQuickUpdateSources(). This keeps discoverPaths() focused on consuming prepared install inputs while
making the quick-update source assembly step explicit and easier to evolve.
Also:
- preserve customModules metadata in manifest regeneration for installed modules
- drop stale customModules entries when modules are no longer installed
- cover manifest preservation and manifest-backed quick-update sources in tests
* refactor(installer): restructure installer with clean separation of concerns
Move tools/cli/ to tools/installer/ with major structural cleanup:
- InstallPaths async factory for path resolution and directory creation
- Config value object (frozen) replaces mutable config bag
- ExistingInstall value object replaces stateful Detector class
- OfficialModules + CustomModules + ExternalModuleManager replace monolithic ModuleManager
- install() is prompt-free; all user interaction in ui.js
- Update state returned explicitly instead of mutating customConfig
- Delete dead code: dependency-resolver, _base-ide, IdeConfigManager,
platform-codes helpers, npx wrapper, xml-utils
- Flatten directory structure: custom/handler → custom-handler,
tools/cli/ → tools/installer/, lib/ directories removed
- Update all path references in package.json, tests, CI, and docs
* fix(installer): guard ExistingInstall.version and surface module.yaml errors
Guard ExistingInstall.version access with .installed check in
uninstall.js, ui.js, and installer.js to prevent throwing on
empty/partial _bmad dirs. Surface invalid module.yaml parse errors
as warnings instead of silently returning empty results.
Brian Madison
Curtis Ide
Murat K Ozcan
Alex Verkhovsky
Taras Romaniv