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forks-tracker

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Aktualisiert24. Juli 2026 um 04:31

Public forks tracker (Monstatek, bedge117, sincere360, dagnazty and others) and the upstream merge policy explaining why Hapax does not merge from Monstatek. Load when auditing upstream/forks, comparing implementations, or deciding whether to cherry-pick a change.

Installation

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hapaxx11

hapaxx11/M1

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Verwandte BerufeSOC

Basierend auf der SOC-Berufsklassifikation

SoftwareentwicklerInformatik- und Mathematikberufe·SOC 15-1252

SKILL.md

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docs-changelog

hapaxx11/M1

Documentation update rules: the mandatory changelog-fragment workflow (.changelog/*.md), and the doc-update matrix (README, ARCHITECTURE, DEVELOPMENT, flipper_import_agent, font inventory) that must be kept in sync with code changes. Load for any change that needs a changelog entry or documentation update.

2026-07-2420

esp32-coprocessor

hapaxx11/M1

ESP32-C6 coprocessor reference: AT vs binary-SPI firmware variants, SPI transport, capability probing, memory footprint, and how to build/flash the ESP32 firmware. Load for any WiFi, Bluetooth, BLE, 802.15.4, or ESP32 AT-command work. Deep firmware detail lives in documentation/esp32_firmware.md.

2026-07-2420

ui-scene-architecture

hapaxx11/M1

M1 UI and scene-manager standards: the font inventory and maintenance rules, user-configurable menu font size, saved-item action pattern, post-connection navigation pattern, Momentum-style button bars/headers, and scene-based application architecture. Load for any scene, menu, button bar, font, or saved-file UI work.

2026-07-2420

subghz-protocols

hapaxx11/M1

Sub-GHz protocol reference: the four file-format types and two replay paths (.sub/.sgh taxonomy), rolling-code replay philosophy and feasibility registry, the Bind New Remote wizard rules, the 10-item Sub-GHz menu structure (with the Analyzer sub-menu), and the remaining Momentum-parity work. Load for any Sub-GHz protocol, replay, emulation, freq-preset, or bind-wizard work.

2026-07-2220

firmware-testing

hapaxx11/M1

Host-side unit testing, pure-logic extraction/modularization patterns, the phase-checklist workflow, and firmware-wide modularization rules for the M1 firmware. Load when adding tests, extracting logic into testable modules, refactoring, or planning moderate-to-complex changes.

2026-07-1620

flipper-import

hapaxx11/M1

How to import Flipper Zero protocol/file formats into the M1 firmware (Sub-GHz, LF-RFID, NFC, IR), including the file inventory tables, category subtotals, and the adoption policy. Load whenever adding or modifying anything under lfrfid/, Sub_Ghz/protocols/, m1_csrc/flipper_*.c/h, or when porting a Flipper file parser.

2026-07-1620

name	forks-tracker
description	Public forks tracker (Monstatek, bedge117, sincere360, dagnazty and others) and the upstream merge policy explaining why Hapax does not merge from Monstatek. Load when auditing upstream/forks, comparing implementations, or deciding whether to cherry-pick a change.

Forks Tracker & Upstream Merge Policy

Extracted from CLAUDE.md. Load when auditing forks or evaluating an upstream cherry-pick.

Upstream Merge Policy — Why We Don't Merge Monstatek

As of April 2026, we do not merge from Monstatek/M1 upstream. Reasons:

Upstream is stale. Monstatek/M1 has been at v0.8.0.0 since mid-2024 with no public commits. There is nothing new to merge.
Divergence is too large. Hapax has rewritten the build system (CMake + Ninja replacing STM32CubeIDE managed makefiles), added 60+ Sub-GHz protocols, a Flipper file compatibility layer (lib/furi/), CAN bus support, ESP32-C6 SPI AT integration, LF-RFID / NFC / IR Flipper import, and a full CI/CD pipeline. A blind merge would produce hundreds of conflicts with no benefit.
Version scheme divergence. Hapax owns FW_VERSION_MINOR (9) and FW_VERSION_RC. Monstatek's version numbering assumptions no longer apply.
Cherry-pick, don't merge. If Monstatek ever pushes a meaningful update, the correct approach is to review the diff, cherry-pick relevant changes, and adapt them to the Hapax codebase — not to merge the branch wholesale.

If Monstatek publishes a new release in the future, re-evaluate this policy by:

Fetching monstatek/main and inspecting the diff against our main
Cherry-picking any bug fixes or HAL updates that apply
Bumping FW_VERSION_MAJOR only if upstream introduces a breaking API change

Public Forks Tracker

Track all known public forks of Monstatek/M1 so agents can determine whether a fresh analysis is warranted. All timestamps are UTC.

Known Forks

Naming note: "C3"/"C3.12" below refers exclusively to bedge117's STM32 firmware fork (bedge117/M1). It is unrelated to the ESP32-C6 coprocessor firmwares also authored by bedge117 — those are tracked and named separately as CD3-AT (bedge117/esp32-at-monstatek-m1, AT-command based) and CD3 (bedge117/m1-esp32-brain, native binary RPC); see documentation/esp32_firmware.md and the esp32-coprocessor skill.

Fork	Owner	Activity	Latest Commit (SHA)	Latest Commit Date (UTC)	Last Reviewed by Hapax	Notes
Monstatek/M1	Monstatek	Active (upstream)	`4c77bb86`	2026-06-05 06:30	2026-07-21 00:30	Original upstream. v0.8.0.2 (2026-05-08): added Universal Remote (inferior to Hapax's) and Flipper IR flat database (inferior to Hapax's ir_database). `battery_log.c` diagnostic CSV logger is worth cherry-picking. `bq27421_golden_image.h` constants are additive. irmp/irsnd updated but Hapax version appears newer. Cherry-pick `battery_log.c`. 2026-07-21 review: only new commit since is PR #11 (`4c77bb86`, macOS build support — CMake toolchain tweaks + `setup_macos.sh`); low value for the Hapax Linux/Windows workflow, not imported.
bedge117/M1	bedge117	Active	`dda12722`	2026-07-23 20:53	2026-07-24 04:12	C3 enhanced firmware, now C3.125. 2026-07-24 review (spans C3.13-C3.125, ~30 commits since C3.12): most headline items already present in Hapax (100+ Sub-GHz protocols incl. all newly-named decoders, PicoPass, cc1101 FEC, Field Detector, standard game set, RTC/NTP, BadUSB forced type, custom encryption, choice dialogs). Bad-USB typing speedup (poll-gated per-key timing, removes redundant fixed delays) cherry-picked 2026-07-24 (`m1_csrc/m1_badusb.c`, `tests/test_badusb_typing_speed.c`). Outstanding candidates not yet imported: (1) Recovery FW build variant (`-DRECOVERY=ON`, C3.1.0 line) — stripped-down USB-CDC+RPC-only recovery image; (2) SWD peer-recovery tool ("Tools > Recover Peer") — bit-bang SWD over header pins to reflash a bricked peer M1, depends on (1); (3) external-app GPIO (12 header pins) + 1-Wire (`m1_ow_*`) API for `.m1app` apps — no equivalent in Hapax `m1_app_api.c`/`m1_gpio.h` today; (4) Amiibo master-key re-signing (nfc3d/amiitool AES/HMAC/DRBG stack) — needs license/provenance review; (5) new games (Flappy, Coin Flip, Rock-Paper-Scissors, Tamagotchi) — low-priority additive content. Rejected/deferred: ESP32 "SPI-slave brain" architecture + ESP-NOW peer link (Hapax owns a divergent, actively-maintained ESP32 integration — see `esp32-coprocessor` skill; a blind port would conflict badly); Sub-GHz "full scene engine" (Hapax already has its own, see `subghz-protocols` skill); portrait/90° orientation mode (large cross-cutting UI rewrite, treat as its own scoped feature if wanted — see `ui-scene-architecture` skill); CDC transmit NULL class-data guard (already present in Hapax `usbd_cdc.c`).
sincere360/M1_SiN360	sincere360	Active	`786b7c21`	2026-05-09 03:29	2026-05-21 02:14	v0.9 lineage — LCD settings, IR remote, screen orientation. Hapax version scheme derived from SiN360. v0.9.0.5 NFC Amiibo/Switch HALT fix cherry-picked. v0.9.0.6/0.7 binary SPI WiFi/BLE subsystem (`m1_esp32_cmd`, new `m1_wifi.c`, new `m1_bt.c`, SiN360 ESP32 firmware) integrated 2026-05-01. v0.9.0.8 Google Fast Pair BLE spam cherry-picked 2026-05-21. v0.9.1.0 added BLE HID via CMD_BLE_HID_START/STOP/STATUS/REPORT (0x2E/0x2F/0x61/0x60) — m1_badbt.c updated to detect and use binary SPI path 2026-05-21. v0.9.1.0 m1_apps.c (ELF loader) not integrated — Hapax has superior m1_app_manager.c + m1_elf_loader.c. ble_gatt_discovery() imported as a Bluetooth scene (`BtSceneGattDiscovery`) with `M1_ESP32_CAP_BLE_GATT` capability gate 2026-05-21. lfrfid_protocol_extra.c not needed — all protocols exist as individual files.
dagnazty/M1_T-1000	dagnazty (dag)	Active	`1bf83f54`	2026-07-01 23:21	2026-07-21 00:30	STM32 fork (T-1000) built on top of bedge117/C3.12. Uses dag ESP32 AT firmware (dagnazty/esp32-at-monstatek-m1) with custom AT+M1* commands (AT+M1DEAUTH, AT+M1BEACON, AT+M1KARMA, AT+M1PMKID, AT+M1HSCAP, AT+M1EVILTWIN, AT+M1BLESPAM, AT+M1MONITOR, AT+M1PROBE, AT+M1WIFISTATS, AT+M1DEAUTHALL, AT+M1DEAUTHSTOP, AT+HIDKBINIT, AT+HIDKBSEND, AT+ZIGSNIFF). Protocol: SPI AT text commands (hapaxx11/M1-T-800 uses SPI AT transport matching Hapax's spi_AT_send_recv(); binary RPC layer in main/rpc/ is labeled "phase 1 dual-mode" and not yet the primary path). New STM32 features not in Hapax at time of review: 2.4G Channel Survey. All other features: deauth, beacon spam, karma, PMKID/EAPOL capture, probe sniff, evil portal, AP clone, station scan already in Hapax. Integrated: `wifi_survey_24g()` (2026-06-16), all 14 AT+M1* CAP mappings (Phase 1), T-800 discriminator profile (Phase 5), `wifi_pmkid_at()` PMKID Grab scene (Phase 6, 2026-06-17). See documentation/esp32_firmware.md for the full dag AT command table. 2026-07-21 review (v0.2.0/v0.2.1): mfkey32/mfc_crypto1/m1_diag already in Hapax; USB-UART bridge (`m1_gpio_uart.c`) and 2048 game (`game_2048.c`) already in Hapax; ESP32 SPI-AT re-init leak fix already present (`esp32_main_deinit` join barrier). ESP32-C6 idle auto power-off was MISSING (Hapax `m1_esp32_deinit` leaves EN high) → implemented as `m1_csrc/esp32_idle.c/h` + `m1_esp32_idle_poll()` (2026-07-21). GPIO Pin Map viewer + LF RFID ICFilter/write-from-saved tuning deferred (need hardware validation).
da-pingwing/M1_T-1000_RFID	da-pingwing	Active	`2d2aa2ca`	2026-06-24 17:04	2026-07-21 00:30	"Monstatek M1 RFID Patch" (GPL-3.0), patched on top of dag's T-1000. Source of dag's LF RFID diagnosis/fixes (m1_diag reset-cause/write-phase, T5577 write timing, TIM3/TIM5 clock-enable-before-deinit — the latter already in Hapax `lfrfid_read_hw_deinit`). Outstanding candidates (deferred, need hardware validation): TIM5 HW input-capture noise filter to stop read-hang on noisy cards (Hapax has `ICFilter = 0`); write-from-saved HardFault fix (drop forced IRQ flag) + release read lock on read-back timeout; soft-DFU bootloader entry over USB CDC (niche).
rgomez31UAQ/Monstatek-M1_STM32H573VIT6_Firmware	rgomez31UAQ	Inactive	`024b4c16`	2026-02-27 19:25	2026-04-02 03:21	Fork of stock + build doc PR. No custom firmware work.
steveAG/monstatek-m1	steveAG	Inactive	`2df97efc`	2026-02-20 21:22	2026-04-02 03:21	Mirror of stock at time of fork. No custom commits.
fengjuan0/Monstatek-M1	fengjuan0	Inactive	`2df97efc`	2026-02-24 03:45	2026-04-02 03:21	Mirror of stock at time of fork. No custom commits.

How to Update This Table

When to check: Before starting any task that involves porting features, comparing implementations, or auditing upstream changes. Also check periodically (roughly monthly) or when the user asks.
Discover new forks: Search GitHub for M1 in:name fork:true monstatek and for forks of related repos (bedge117/m1-sdk, bedge117/esp32-at-monstatek-m1). Add any new public fork to the table.
Update existing rows: For each Active fork, fetch the latest commit SHA and date. Compare with the "Latest Commit" column. If the SHA has changed, the fork has new work — update the SHA, date, and bump "Last Reviewed by Hapax" to the current UTC timestamp after reviewing.
Classify activity:
- Active — fork has custom commits beyond stock Monstatek and has been updated within the last 60 days.
- Inactive — no custom commits, or last update > 60 days ago.
Record cherry-picks: When a commit or feature is cherry-picked from a fork into Hapax, note it in the "Notes" column (e.g. "C3.4 crash fix cherry-picked").
Never remove rows — mark forks as Inactive instead, so agents know the fork was already evaluated.