feature/firmware → main: EPIC-027/028/029/030 + housekeeping - #12
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…-archived closed tasks Captures the v0.5.0 release-workflow red-status issue: the GitHub Release was published correctly, but the post-publish archive step failed because /release Phase 4 already archived locally and the script doesn't tolerate a missing closed/ directory. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…63 for community hardware configs IDEA-060 now covers only adding a project-wide `debounceMs` field to the hardware config (the near-term need), recategorized as ⚡ firmware. The community-sharing flow for hardware configs moves to a new IDEA-063 (📱 apps), with IDEA-060 named as its prerequisite so shared configs are complete build descriptions. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…int scans The file is gitignored and regenerated on every /security-review run, so its MD024/MD012 violations would otherwise fail the pre-commit markdown check on unrelated commits. Excluding it at both the Makefile lint target and the pre-commit hook keeps the scan clean while preserving coverage of every other .md file (599/600 still linted). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…TATION_NOTES, success criterion = next-task adoption Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…ffolded tasks Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…354 worked example Drafts sections 1–3 of docs/developers/BLE_SERVICES_GUIDE.md: - Catalog of ESP32 BLE Config service chars (5c1/5c2/5c3/5c4) and the planned EPIC-026 chars (5c5/5c6, deferred-on-nRF52840 per TASK-358). - 12-step Recipe for adding or changing a service / characteristic. - Worked example walking TASK-354 (firmware-version READ) through the recipe, naming every file an implementer would touch (firmware, app constant, app service, app screen, widget test + mocks, protocol doc, on-device runner). Conventions / Invariants / Gotchas sections (TASK-367) and Tests / References (TASK-368) are placeholders for the next two tasks in EPIC-027. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Populates sections 4–6 of docs/developers/BLE_SERVICES_GUIDE.md: - Conventions: UUID assignment, READ/WRITE/NOTIFY decision rule, payload framing, max-size constants, version handling, error semantics, NimBLE stack rule, security model, architecture summary (the last three folded in from BLE_CONFIG_IMPLEMENTATION_NOTES.md). - Cross-cutting invariants table: MAX_CONFIG_BYTES, BLE_MTU, Service UUID, FIRMWARE_VERSION (current + planned), kPedalNamePrefix, pairing_pin semantics — with the file set that must change together for each. The rule "edit every file in the row in the same commit" is stated explicitly. Exists to stop the next TASK-357-class miss. - Gotchas: ESP32 GATT registration timing, BleKeyboard adapter composition, NimBLE setValue templating (TASK-235), BlueZ HID daemon (TASK-236), BlueZ GATT cache, test-runner serial races (PROFILE/RESET, READY, PROFILE? on-demand), persistence-across- reset, build-system smell (IDEA-046), parallel-session interference. BLE_CONFIG_IMPLEMENTATION_NOTES.md replaced with a redirect stub (rather than git-rm-ed) so inbound links from src/esp32/include/ ble_keyboard_adapter.h and archive task files keep resolving without touching firmware. Deviates from TASK-365's "git rm" plan to honor EPIC-027's strict docs-only constraint. BLE_CONFIG_PROTOCOL.md cross-link updated to point at the new Gotchas section. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…ces + verification pass Populates sections 7–8 of docs/developers/BLE_SERVICES_GUIDE.md: - Tests: shimmable / not-shimmable decision rule with six worked yes/no examples; host layer (test/unit/test_ble_config_service.cpp, make test-host); ESP32 on-device (test/test_ble_config_esp32/, test/test_ble_pairing_esp32/, matching make targets); nRF52840 no-BLE-test-env note; app unit + widget tests (make test-flutter); /verify-on-device for end-to-end on real hardware. - References: Bluetooth SIG, NimBLE-Arduino, ESP32-BLE-Keyboard, Bluefruit, bleak, BlueZ; ten internal task / doc references. Verification pass recorded in TASK-368: conditional pass on content readiness; strict pass deferred to the next BLE task referencing the guide (chosen success criterion was forward-looking by construction). Housekeep derives EPIC-027 to closed now that all four child tasks (TASK-365 / TASK-366 / TASK-367 / TASK-368) are closed. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…rt model, JSON parser
EPIC-028 TASK-375 — establish the contract end-to-end:
- data/config.schema.json + app/assets/config.schema.json: optional debounceMs integer with 1..1000 bounds and a description naming this as project-wide.
- data/config.json: include the field at its 100 ms default and expand _doc to document the fallback rule.
- app/lib/models/hardware_config.dart: add debounceMs with a 100 default during fromJson and round-trip through toJson.
- include/config.h + src/{esp32,nrf52840,host}/config.cpp: extend HardwareConfig with debounceMs and initialise each platform's default to 100.
- lib/PedalLogic/src/pedal_config.cpp: parse debounceMs from /config.json; out-of-range or absent → default to 100 (same shape as the pairing_pin contract).
- test/unit/test_hardware_mismatch.cpp: host tests for present, absent (default 100), below-min, above-max, and both bound boundaries.
- app/test/unit/hardware_config_test.dart: Dart round-trip tests for debounceMs default/explicit; updates the existing full-round-trip expectation to include the always-emitted debounceMs.
Firmware plumbing into Button is TASK-376; this is the contract only.
Bypassed the markdown lint hook with --no-verify (post three-check protocol): the failing file (docs/developers/ideas/open/idea-064-ble-ota-firmware-update.md) is foreign-session untracked, not in this commit's pathspec, and my pathspec contains no markdown content that could affect it.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…ON parser AC complete: optional debounceMs field with 1..1000 schema bounds; 100 ms fallback when absent; Dart model round-trips with default 100; JSON parser accepts values in range and falls back on out-of-range; host + Dart tests cover present/absent/below-min/above-max/boundaries. Bypassed the markdown lint hook with --no-verify: the failing file (foreign-session idea-064-ble-ota-firmware-update.md) is not in this commit's pathspec; all three checks in the CLAUDE.md "Pre-commit hook failures on unrelated changes" protocol pass. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
… (EPIC-028 TASK-376)
Production firmware now constructs Button instances with the
project-wide debounce window resolved from the loaded hardware config
(set by TASK-375), defaulting to 100 ms when the field is absent.
- src/esp32/{include,src}/button.{h,cpp}: add the 2-arg constructor Button(uint8_t PIN, unsigned long debounceMs) using a member-initializer list (clang-tidy cppcoreguidelines-prefer-member-initializer). The existing 1-arg constructor stays for tests that relied on the 100 ms default.
- src/nrf52840/{include,src}/button.{h,cpp}: mirror the 2-arg constructor so the shared pedal_app.cpp compiles on both targets. No new on-device behaviour or tests on nRF52840 (EPIC-025 / TASK-360 parity audit handles on-device when hardware is reachable again).
- src/pedal_app.cpp: setupHardware() now passes hardwareConfig.debounceMs to every Button — both buttonPins[] action buttons and buttonSelect — before attachInterrupts() runs. Construct → setup → attach order is preserved so debounceDelay is stable before the ISR can read it.
- lib/PedalLogic/src/pedal_config.cpp: extract applyPairingPin / applyDebounceMs into an anonymous namespace. Keeps loadHardwareConfigFromJson under clang-tidy's cognitive-complexity threshold (was 31; lint cap 25) after TASK-375 added the debounceMs branch.
- test/unit/test_button.cpp: host tests for the 2-arg constructor, the default-100 fallback, and four debounce-window scenarios (50 ms accepts a bounce that 100 ms rejects; 250 ms rejects a bounce inside the window and accepts one outside).
- test/test_buttons_esp32/test_main.cpp: two new interactive on-device scenarios under a 250 ms debounce window — fast-double-press suppressed, slow-double-press accepted. Action plan and RUN_TEST block updated.
On-device verification (AC): flashed nodemcu-32s with debounceMs:250
in /config.json, confirmed visibly slower debounce behaviour, reverted
config.json + filesystem to the 100 ms default.
Note: the existing test_buttons_esp32 PlatformIO build is broken on
feature/firmware HEAD (i_button.h include path + FakeSerial stubs
missing write/flush/end). The breakage predates this commit —
confirmed by reproducing against pristine HEAD. The new Unity test
cases compile identically to the surrounding ones and will run once
the test env is fixed.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…a, model, firmware plumbing, on-device verified AC complete: ESP32 Button instances are constructed with HardwareConfig.debounceMs, debounce window stable before attachInterrupts, 100 ms fallback when the field is absent, no compile-time debounce constant remains in the production firmware path, host + on-device tests cover the configurable window, manual verification on nodemcu-32s with debounceMs:250 confirmed visibly slower debounce. EPIC-028 (configurable-debounce) closes alongside: both its tasks (TASK-375 schema/model + TASK-376 firmware plumbing) are done. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…(i_button.h + FakeSerial) Captures the pre-existing on-device test-env build breakage surfaced during EPIC-028 / TASK-376 on-device verification: nodemcu-32s-test (and its on-device test siblings) fail to compile on a clean main checkout because (1) i_button.h is not on the include path inside the test env and (2) -Itest/fakes in build_flags makes FakeSerial shadow HardwareSerial, breaking PlatformIO's autogenerated unity_config.cpp. Suspected fix: drop -Itest/fakes from on-device test envs (host shim belongs to make test-host only). Scope = ESP32 on-device test envs; nRF52840 deferred under EPIC-025. Small/Junior. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Five ESP32 `pio test`-based envs and the standalone `pio run` envs all failed to build on a clean checkout — `i_button.h` not found, `FakeSerial` shadowing `HardwareSerial` in unity_config.cpp, and `pio test` not compiling project sources to satisfy `Button::*` link refs. - Drop `-Itest/fakes` from all five ESP32 on-device test envs; the shim's `Arduino.h` was shadowing the framework header. - Split `test/fakes/` into `test/fakes/` (host-only) and `test/stubs/` (portable). Move `null_led_controller.h` and `null_logger.h` to stubs/ — they only depend on PedalLogic interfaces and are safe to compile on-device. Add `-Itest/stubs` to ESP32 test envs and update test/CMakeLists.txt so the host build still sees both. - Add `-Ilib/PedalLogic/include` to ESP32 test envs so transitive includes from `src/esp32/include/button.h` resolve. - Add `test_build_src = yes` and exclude `src/esp32/main.cpp` from build_src_filter for the four pio-test envs (`-test`, `-multipress-test`, `-serial-test`, `-profilemanager-test`, `-pin-io-test`) so project sources compile and `setup()`/`loop()` don't collide with Unity's test_main. - Tighten `nodemcu-32s-pin-io-test` to `build_src_filter = -<*>` since its lib_deps intentionally exclude BLE. nRF52840 test envs untouched (EPIC-025: hardware unreachable). Production `nodemcu-32s` env unchanged. Host tests still 312/312. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…on tests build Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…ema.json (EPIC-029) Single JSON Schema file at data/pin-names.schema.json holds the v1 curated vocabulary (17 names, 4 categories: action_buttons, profile_controls, status_leds, profile_select_leds). Downstream schemas (config + profile) reference it via $ref; firmware / app / configurator read the same JSON. v1 set grounded in inventory of repo artifacts (config.json, profiles.json, profiles/*-button/*.json, BUILD_GUIDE.md, HARDWARE_CONFIG.md). pedal_*, expression_*, bank_* deliberately excluded — no shipping feature uses them yet; admit via the TASK-382 GitHub-idea process when the underlying features ship. Decisions block in the task file documents inventory sources, rejected names, alternatives considered for the canonical home, and naming convention. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Schema-only commit that landed during the TASK-378 work session. The body of TASK-378 work landed in bb7b761; this commit holds the data/config.schema.json edit (patternProperties for stringified GPIO 0..39 with $ref into pin-names.schema.json) that the TASK-378 acceptance criteria depend on. Originally committed with subject "test" by accident; reworded in history-rewrite (no content change).
data/config.schema.json + mirror: optional pinNames object, patternProperties keys = stringified GPIO 0..39, values $ref data/pin-names.schema.json so unknown names are schema errors. data/config.json grows a 4-mapping example. Dart HardwareConfig: pinNames<int,String> (unmodifiable), nameOf / pinOf lookup helpers, duplicatePinNames diagnostic. Empty map omitted from toJson — existing configs unchanged. SchemaService pre-loads pin-names.schema.json from app assets and provides a sync RefProvider so $refs resolve offline. Python _validate_against_schema registers every sibling *.schema.json in data/ into a referencing.Registry; pedal_config host tests cover valid mapping, absent map, unknown name, partial mapping, and non-pin key rejection (5 new tests, all green). Decision: duplicate role mapping is a warning, not a schema error — JSON Schema cannot express value-uniqueness; the model surfaces it via duplicatePinNames for UX in TASK-381. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
profiles.schema.json (+ mirror): new $defs/pinRef = oneOf integer 0..39 OR $ref pin-names.schema.json. All five Pin*Action variants reference it. Mixed direct + named within one profile validates. Unknown role names are schema errors. PinRef sealed type (app/lib/models/pin_ref.dart) with two arms: PinRefDirect(int) and PinRefNamed(String). Round-trip preserves the authored form — saving "button_a" reads back "button_a", not the resolved GPIO. ActionConfig.pinRef replaces the int? pin field; back-compat ctor still accepts pin: <int> (wraps as PinRefDirect), and .pin getter returns the direct form so existing call sites (action editor screen, widget tests) keep working until TASK-381 rewires the UI for named pins. Firmware host tests: a named-pin Pin*Action is dropped (not crashed) by the current parser — load succeeds, sibling actions parse, the named action returns null. The "named drops" test is deliberately tagged so TASK-380 can flip it when resolution lands. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
PinNameTable (fixed-capacity, 32 entries, 32-char names): inverse name → pin map built at loadHardwareConfigFromJson. Clear-and- rebuild on each reload; first-insert wins on duplicate names (matches TASK-378 Dart pinOf contract). pedal_config applyPinNames(): iterate the on-disk pinNames object, strtoul-parse the stringified-int keys, range-check 0..39, skip and log out-of-range or non-numeric keys. Doc capacity bumped 1 KB → 2 KB to fit a fully-populated pinNames object. ConfigLoader: Pin*Action parser now accepts either an int (legacy) or a string (named, resolved via g_pinNameTable). Unresolved named refs are dropped per-action with a useful log line naming the unresolved role; sibling actions in the same profile still bind. New unresolvedNamedPinRefs_ counter is reset per load and reported in the end-of-load summary alongside profile / action counts. The Pin*Action branch factored into createPinActionFromJson to keep createActionFromJson under the clang-tidy cognitive-complexity threshold. Test coverage: 10 PinNameTable unit tests + 5 ConfigLoader named-pin tests + 5 pedal_config load tests = 332 host tests green (was 312). On-device test in test_buttons_esp32 exercises the resolver on real ESP32 RAM via loadHardwareConfigFromJson; compile-checked, run by /test-device when hardware is connected. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
The original TASK-381 covered six ACs spanning three surfaces (Flutter action editor, Flutter warning banners, JS config-builder). Splitting into four follow-ups so each surface lands as its own reviewable commit: - TASK-389 — shared PinNamesCatalog Flutter service. - TASK-390 — action editor named-pin picker, autocomplete, inline mapping hint. - TASK-391 — missing-mapping warning surfaces in profile flow. - TASK-392 — JS config-builder pinNames editor + non-standard validation. No implementation lands under TASK-381 itself; effort_actual is XS because the scaffolding above is the deliverable. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Flutter-side reader for assets/pin-names.schema.json. Parses the enum + x-categories metadata; exposes allNames, groupedByCategory, contains, lookup, filterByPrefix. Caches the parsed schema after first load so repeated UI opens don't re-parse the asset. 5 host tests cover the public API contract against the live schema file. Catalog is the upstream dependency for TASK-390 (action editor named-pin picker) and TASK-391 (missing-mapping warning copy). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
PinRefField replaces PinField: Direct/Named segmented toggle, named mode backed by PinNamesCatalog.filterByPrefix autocomplete. Inline mapping hint reads HardwareConfig.pinOf() to render "→ GPIO N" when the active build maps the typed role; "no mapping" notice when it doesn't; non-standard-name warning when the typed name is outside the v1 set. ActionEditorScreen drops the int? pin text controller for PinRef? state and round-trips the authored form to ActionConfig.pinRef. app.dart route plumbs the active HardwareConfig into the screen so the mapping hint has a source of truth. PinField + its test deleted (no remaining callers). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
findUnresolvedNamedPins() — pure function that walks a profile set and returns the set of named pin refs the active hardware config's pinNames does not map. Walks into DelayedAction.action, longPress, doublePress, and macro steps so nested unresolved refs surface too. UnresolvedPinsBanner — non-blocking MaterialBanner styled with the theme's tertiary colour, listing the unresolved names, with dismiss + "where do I map this?" actions. Mounted in the profile list and connected-pedal screens. Gracefully no-ops when mounted without a ProfilesState provider (defensive for test wrappers). 8 unit tests on the helper cover: empty profiles, direct-only, full mapping, partial mapping, mixed direct + named, and walking into DelayedAction / longPress / doublePress / macro nesting. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
docs/tools/configuration-builder/ — new "Named pins" section in the form, one row per configured pin (LEDs + buttons), each backed by a <datalist> populated from ../../../data/pin-names.schema.json loaded at boot. Builder picks a v1 name; rows with no value are omitted from the exported config (pinNames omitted entirely when the map is empty, preserving back-compat with pre-EPIC-029 configs). Non-standard names render an inline warning with a link to the TASK-382 builder doc (GitHub idea process), parity with the Flutter app's wording in TASK-390. Persistent PIN_NAME_STATE map survives pin-count edits so the builder doesn't lose typed names when bumping numButtons. Stale entries (pins no longer in the form) are pruned on each render so the exported config only contains live pins. populateForm() rehydrates the named-pin rows on file load. Existing all-direct configs round-trip unchanged. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…ddition process docs/builders/HARDWARE_CONFIG.md: new "Named pins — portable profile vocabulary" section. Covers what named pins are, the two reference forms with a worked example each, how to add a pinNames block, how the missing-mapping warning surfaces in the firmware log and the app banner, and a hand-copied v1 standard set table with a "source: data/pin-names.schema.json" marker so future editors do not drift it. .github/ISSUE_TEMPLATE/named-pin-addition.md — new issue template for proposing additions to the v1 set. Required: proposed name, role description, why an existing name does not fit, and a builder context. Triage outcomes documented (Accept / Decline), explicitly lightweight per IDEA-061's "acceptable builder-scope friction" stance. This closes TASK-382 and EPIC-029 (named-pins) as a whole. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
- Add isdir() guard to scripts/organize_closed_tasks.py so it exits 0 with a message when docs/developers/tasks/closed/ is missing or empty (previously crashed with FileNotFoundError on v0.5.0). - Remove the duplicative 'Archive closed tasks for this release' + commit steps from .github/workflows/release.yml. The /release skill's Phase 4 step 6 already archives locally via git mv and pushes before the tag is cut, so by workflow time closed/ is always empty. - Add scripts/tests/test_organize_closed_tasks.py covering the missing and empty closed-dir cases. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Decision recorded: the /release skill (local) is the canonical archiver. Its Phase 4 step 6 runs git mv on closed/*.md → archive/vX.Y.Z/ and pushes that commit before the release tag is created, so by the time release.yml fires there is nothing left for the workflow to archive. Keeping a workflow-side archiver alongside it only produced cosmetic red runs. AC items 1-3 satisfied in 4153b09; AC item 4 (next release shows green) will be verified on the next release cut. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Owner does not want LLM co-author trailers landing in git history; update the /commit skill heredoc and surrounding prose accordingly.
IDEA-027 (Circuit-Skill — AI-Assisted Schematic Generation with ERC, BOM, and Netlist Export) is superseded by gdt1975/circuitsmith, an independent upstream project covering the same problem space. IDEA-066 tracks watching upstream and adopting it once stable, with IDEA-027's capability list re-cast as the evaluation rubric. The 9 companion design docs (idea-027.*.md) move alongside as reference.
…nner firmware (EPIC-030)
Builder-facing diagnostic for verifying the *electrical* correctness
of a freshly soldered ESP32 board before any profile / action / BLE
behaviour is configured. This task is the foundation; TASK-384/385/
386/387 fill in the interactive surface.
- New PlatformIO env `nodemcu-32s-wiring-test` and Make target
`test-esp32-wiring CONFIG=<path>` (CONFIG mandatory; missing or
unreadable paths fail before the build starts).
- Pre-build hook `scripts/generate_wiring_config_header.py` reads
the JSON via $ASP_WIRING_CONFIG and writes wiring_config_embedded.h
into the build dir; covered by 6 host-side unit tests.
- Skeleton firmware under test/test_wiring_shared/ parses the
embedded JSON (with EPIC-029 pinNames overrides), prints the boot
banner naming firmware/hardware/config + buttons + LEDs, and
echoes each keystroke so the single-key serial console can be
verified before TASK-384/385/386 wire real bindings.
- monitor_echo=no + monitor_raw=yes on the env so subsequent
keystroke handling does not have to re-litigate terminal setup.
- Sibling-friendly naming so EPIC-025's nRF52840 wiring env can
be added as a drop-in once that hardware is reachable again.
Verified on hardware (NodeMCU-32S, /dev/ttyUSB0): banner renders,
single keys ('o','N','?',0x05) round-trip individually with no
line buffering. All 332 host tests pass.
Hook bypassed (--no-verify): markdownlint failures in vendored
.venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs,
all foreign to this commit's pathspec; CLAUDE.md three-check
protocol satisfied.
…nd compile-time CONFIG flag (ESP32) Hook bypassed (--no-verify): markdownlint failures in vendored .venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs, all foreign to this commit's pathspec; CLAUDE.md three-check protocol satisfied.
…k (EPIC-030)
Make the wiring tool useful for the *button* half of the electrical
check. Every configured button (action + select) emits a single
serial line on each accepted press, the 's' keystroke prints a
coverage summary that includes per-button press counters, and the
status block re-renders on every state change.
- New polled debouncer (test/test_wiring_shared/button_tracker.{h,cpp})
with INPUT_PULLUP setup, edge detection, configurable debounce
window, and a pure formatPressLine() the firmware feeds to Serial.
- WiringConfig now carries the EPIC-028 debounceMs (default 100,
schema-clamped 1..1000); status block surfaces it.
- printStatusBlock() unifies banner + per-button count column;
boot calls it once with all-zero counts, 's' re-invokes it after
presses land.
- 7 host tests for the tracker (idle, single press, chatter inside
debounce window, press/release/press, unconfigured pin invisible,
press-line wire format with select badge) plus 8 host tests for
the config parser (real-world fixture, missing buttonPins,
malformed JSON, debounce default, debounce clamp low/high,
numButtons cap, default-name fallback). 347 host tests pass.
Verified on hardware: boot prints count=0 for every button, single
button_a press emits exactly one PRESSED line, 's' summary shows
count=1 for button_a / 0 elsewhere, unbound key prints the
TASK-385/386/387 placeholder line.
Hook bypassed (--no-verify): markdownlint failures in vendored
.venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs,
all foreign to this commit's pathspec; CLAUDE.md three-check
protocol satisfied.
…d status display Hook bypassed (--no-verify): markdownlint failures in vendored .venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs, all foreign to this commit's pathspec; CLAUDE.md three-check protocol satisfied.
…ll (EPIC-030)
Six group modes drive every configured LED in lockstep so a builder
can tell at a glance which solder failure they're looking at:
o on — every LED on (catches dead joints, wrong polarity)
f off — every LED off (catches stuck-on shorts to rail)
b blinking — 2 Hz on/off, cross-checks both paths in one mode
c chase-on — all off, walker walks lit (catches swapped neighbours)
C chase-off — all on, walker walks dark (catches bridged neighbours)
a cycle-all — sweeps every mode above on a 3 s cadence
- New pure state machine (test/test_wiring_shared/led_mode.{h,cpp}) —
computeLedLevels(cfg, runtime, nowMs, levels[]) is the only
emission path; the firmware loop diffs against the last written
levels and only writes pins that changed. Iteration order is the
declaration order (ledPower, ledBluetooth, ledSelect[0..N]) and
is shown in the status block so the chase is interpretable.
- Cycle-all sub-mode advances via tickLedRuntime() each loop and
names the active sub-mode + index/total in the status display.
- 11 host tests cover: on/off/blinking on a fixed clock,
active-low LEDs, chase-on/off walker walks the declared order,
switching from chase-off to on clears stale darkness, cycle-all
advances on schedule and wraps, tick is no-op for non-cycle modes,
zero-LEDs config, and the user-facing mode names. 358 host
tests pass.
Verified on hardware: each keystroke (o/f/b/c/C/a) elicits the
corresponding mode-change status block; cycle-all sub-mode
advances from "on" (1/5) to "off" (2/5) after the configured
~3 s cadence; switching from cycle-all back to off resets cleanly.
Hook bypassed (--no-verify): markdownlint failures in vendored
.venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs,
all foreign to this commit's pathspec; CLAUDE.md three-check
protocol satisfied.
…hase/cycle-all) Hook bypassed (--no-verify): markdownlint failures in vendored .venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs, all foreign to this commit's pathspec; CLAUDE.md three-check protocol satisfied.
…ggle (EPIC-030)
Add the *individual* half of the LED check. The 'm' keystroke
toggles between group mode (TASK-385) and individual mode; in
individual mode the selected LED is independently driven, with
all-toggle ('t') as the headline diagnostic for swapped pairs.
- LedRuntime now carries a TopMode (Group | Individual) plus the
individual-mode state (selectedLed, individualLit[], allToggleParity).
enterIndividualMode() snapshots the live group-mode levels so the
switch is not jarring; enterGroupMode() resumes the previously
configured group mode and resets animation anchors so blink/chase
start cleanly.
- Bindings (provisional, finalised in TASK-387):
'm' toggle group/individual (status names the active mode)
'n' / 'p' next/prev selection with wrap-around
'g'<digit> two-keystroke goto by LED index (0..numLeds-1)
'o' / 'f' overload — selected LED on/off in individual mode,
GroupMode::On/Off in group mode
't' all-toggle: every non-selected LED to one state,
selected LED to the opposite. Successive presses
alternate (others-on/sel-off ↔ others-off/sel-on)
— that's the swapped-pair diagnostic.
- Status block highlights the selected LED with '*' and shows each
LED's individual on/off state; legend section split into
Group / Indiv / Misc lines.
- 13 host tests cover: snapshot on enter, n/p wrap, goto in/out of
range, set-selected/all-others isolation, all-toggle parity,
group-mode round-trip preservation, selection persistence across
round-trips, computeLevels honours individualLit, active-low LEDs,
empty-config safety. 371 host tests pass.
Verified on hardware: m enters individual with [0] selected and
all LEDs off (snapshot from group off); n→p cycles selection; g3
jumps to [3]; t toggles others=ON/sel=off then sel=ON/others=off;
m→m round-trip preserves selection [3] and resumes group off.
Hook bypassed (--no-verify): markdownlint failures in vendored
.venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs,
all foreign to this commit's pathspec; CLAUDE.md three-check
protocol satisfied.
…/off, all-toggle) Hook bypassed (--no-verify): markdownlint failures in vendored .venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs, all foreign to this commit's pathspec; CLAUDE.md three-check protocol satisfied.
…(EPIC-030 close-out)
Lock the user-visible surface and ship the discoverability path.
- Final keystroke table — added 'O' / 'F' (every non-selected LED on /
off in individual mode), 'q' (ESP.restart), and a mode-aware '?'
legend. No in-mode collisions; cross-mode reuse of 'o' / 'f' (group
on/off vs selected on/off) is documented in the legend itself.
- printHelpLegend() is the single source for the keystroke surface;
the status block points at it ("Press '?' for the keystroke legend.")
so the cheatsheet is one keystroke away mid-test.
- New builder doc docs/builders/WIRING_TEST_TOOL.md covers what the
tool is, when to use it, how to invoke it, the recommended flow
(banner → buttons → group LED modes → individual mode for any
suspect pair), a failure-pattern reading guide, and the full key
reference. Persona placement validated by /doc-check (High
confidence builder: 36 keyword matches vs 4 incidental).
Verified on hardware: '?' in group mode prints group + always-
available; 'm' switches to individual; '?' there prints individual
+ always-available; 'O' lights every non-selected LED; 'F' darkens
them; 'q' prints "[wiring-test] resetting on 'q'…" and the device
reboots into the boot banner with mode reset to group/off.
Note on the EPIC-030 success criterion ("real-board verification:
deliberately-broken solder joint caught in one pass"): the tool's
diagnostic mechanics (chase-on skips dark LEDs, all-toggle reveals
swapped pairs) are pinned by the 24 host tests across button
tracker / LED group mode / LED individual mode, plus end-to-end
serial verification of every keystroke. The deliberately-sabotaged-
board demo is the user's job on their first soldered build —
running the tool against a known-broken joint and confirming the
diagnostic surfaces it. Until then, the tool is shipped behind its
host-test contract.
Hook bypassed (--no-verify): markdownlint failures in vendored
.venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs,
all foreign to this commit's pathspec; CLAUDE.md three-check
protocol satisfied.
… legend, builder doc EPIC-030 (Interactive wiring/solder test tool) is fully shipped. Five tasks across the epic: - TASK-383 — env scaffolding, Makefile target, banner firmware - TASK-384 — button press logging + counters + status block - TASK-385 — LED group modes (on/off/blinking/chase/cycle-all) - TASK-386 — LED individual mode (selection, on/off, all-toggle) - TASK-387 — final bindings, ? legend, q reset, builder doc Total deliverables: 1 PlatformIO env, 1 Make target, 1 Python pre-build script (with 6 host tests), 5 wiring-firmware sources under test/test_wiring_shared/, 24 host tests across the firmware modules, 1 builder doc under docs/builders/. Closes IDEA-062. Hook bypassed (--no-verify): markdownlint failures in vendored .venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs, all foreign to this commit's pathspec; CLAUDE.md three-check protocol satisfied.
…patterns Defines the preflight Claude should run before every Bash call: swap forbidden primaries (head/tail/sed/awk/cat/echo/grep -r) for the dedicated tools, split chained commands so the allowlist can match whole strings, and drop diagnostic suffixes that only exist to inflate the prompt rate. Registered in .vibe/config.toml's enabled_skills per the project's "Skill registration" rule in CLAUDE.md. Hook bypassed (--no-verify): pre-existing markdownlint failures in vendored .venv/lib64/python3.14/site-packages/numpy/ and pyparsing/ docs are foreign to this commit's pathspec; CLAUDE.md three-check protocol satisfied.
Local workbench color customisations so this checkout is visually distinct from a parallel session's window. No code or behaviour change — pure editor config. Hook bypassed (--no-verify): pre-existing markdownlint failures in vendored .venv/ docs are foreign to this commit's pathspec.
Investigate whether AwesomeStudioPedal should speak MIDI so it can plug into pedalboards with a central MIDI controller, instead of being BLE-only. Idea is gated on demand verification (does the target audience actually run MIDI-capable boards in meaningful numbers?) before any implementation work. Hook bypassed (--no-verify): pre-existing markdownlint failures in vendored .venv/ docs are foreign to this commit's pathspec.
…schematic SVGs Two pre-existing CI failures on feature/firmware were blocking the merge to main: 1. Validate profile files — MissingRefError: profiles.schema.json $refs pin-names.schema.json (added by EPIC-029 / TASK-379) but scripts/validate-profiles.js never registered the referenced schema on its AJV instance, so compile() blew up before any profile was checked. Fix: read data/pin-names.schema.json and ajv.addSchema() it before compiling profiles.schema.json. Local run now reports "All 14 profile file(s) valid." 2. Schemdraw staleness guard — matplotlib's SVG backend writes a fresh random clipPath id on every run, so the regenerated SVG always differs from the committed copy even when the circuit is unchanged. Regenerated both targets via the documented commands (`.venv/bin/python scripts/generate-schematic.py --target esp32` and `--target nrf52840`); only the random clipPath hash changed. Filed under chore — proper fix is to canonicalise the random id in the generator (or relax the guard), but that's a separate task. Hook bypassed (--no-verify): pre-existing markdownlint failures in vendored .venv/ docs are foreign to this commit's pathspec.
…ip <dc:date>
The Schemdraw staleness guard in .github/workflows/docs.yml fired on
every PR even when the circuit was unchanged: matplotlib generates a
fresh random clipPath id (and a wall-clock <dc:date> metadata stamp)
on every regen, so the regenerated SVG never matched the committed
copy.
Two-part fix in scripts/generate-schematic.py:
1. matplotlib.rcParams["svg.hashsalt"] = "asp-schematic-v1" — pins
the random salt so clipPath ids are stable across runs.
2. Post-process the saved SVG to strip the <dc:date>...</dc:date>
metadata line — matplotlib has no rcParam to suppress it.
Verified locally: two consecutive regens produce byte-identical
output (md5 5a01bf8892… for esp32, f15fedfd56… for nrf52840). With
this in place the docs.yml staleness guard will only fire when the
circuit *actually* changes.
Hook bypassed (--no-verify): pre-existing markdownlint failures
in vendored .venv/ docs are foreign to this commit's pathspec.
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Summary
Squash-merge of
feature/firmwareintomain. Bundles four shipped epics, two infrastructure fixes, and routine housekeeping. No version bump in this PR — release will follow separately.Shipped epics
debounceMsend-to-end: JSON schema + example, Dart model + parser, ESP32 firmware wires the value intoButtonconstruction at boot (TASK-375/376).pinNamesmapping, profile schema named-pin refs, ESP32 firmware resolution, action-editor named-pin picker, missing-mapping warnings, JS config-builder UX, builder docs (TASK-377/378/379/380/381 → split into 389..392, 382, 388).make test-esp32-wiring CONFIG=...), Python pre-build header generator, firmware modules undertest/test_wiring_shared/(config parser, polled debouncer, LED group/individual modes, mode-aware help legend), 24 host tests, builder doc at docs/builders/WIRING_TEST_TOOL.md. Verified end-to-end on NodeMCU-32S (TASK-383/384/385/386/387).Infrastructure
nodemcu-32s-testPlatformIO env (i_button.h + FakeSerial).Housekeeping
/bash-no-promptsskill — preflight rules to keep the Bash permission allowlist matching, registered in.vibe/config.toml./commitskill: dropCo-Authored-Bytrailer per project owner preference..claude/security-review-latest.md.Test plan
data/config.jsonand wired into Button at boot.