richandClaude Opus 5.5
f88c6c64e5
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local_build.sh wraps build.sh with the Hazelwood defaults (919.5 MHz / BW500 / SF10 / CR5, BLE PIN 123456, target radio preset, default settings profile), builds into out/<timestamp> so build.sh cannot wipe other files, and sets up the macOS GNU tool PATH. local_version.py labels firmware "hazelwood_<role> v<fork version> (core v<upstream>)" (companions version-first for the app's 19-character field). The version is the highest vX.Y.Z.W tag reachable from HEAD; commits not in upstream/keymindCascade add -hz.N and uncommitted edits add .dirty. platformio.local.ini adds Heltec_v3_companion_radio_full_nomqtt: the V3 Full Companion without the MQTT bridge, which otherwise fails the runtime RAM check (198 KB needed, 181 KB available), with the 100-contact limit build.sh applies only to the exact stock env name. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01C6JeNqcQRUMo2vt6vFBmhk
72 lines
2.6 KiB
Python
72 lines
2.6 KiB
Python
# Hazelwood PlatformIO pre-script (personal branch, not in the upstream fork). Injected by
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# ./local_build.sh through PLATFORMIO_EXTRA_SCRIPTS; rewrites FIRMWARE_VERSION
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# to the Hazelwood display label before PlatformIO parses the build flags.
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#
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# repeater/room/sensor: hazelwood_repeater v1.17.1.10 (core v1.17.1)
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# companion: v1.17.1.10 hazelwood (core v1.17.1)
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# with local code changes the version gains -hz.N and/or .dirty (local_build.sh)
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#
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# Companions keep the version first because the app's device-info frame
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# carries only the first 19 characters (companion MyMesh.cpp strzcpy(..., 20)).
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# LoRa OTA (EndF trailer, ota self, lora_ota.py) packs the first X.Y.Z[.W] in
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# the string, so it sees v1.17.1.10; the local identifier is display-only.
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#
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# Observer targets are left untouched: their HTTP pull-OTA parses the commit
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# hash after the last '-' of FIRMWARE_VERSION.
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import os
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import re
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Import("env") # noqa: F821
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version = os.environ.get("LOCAL_FW_VERSION", "").strip()
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core = os.environ.get("LOCAL_FW_CORE_VERSION", "").strip()
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name = os.environ.get("LOCAL_FW_NAME", "hazelwood").strip()
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pioenv = env["PIOENV"].lower() # noqa: F821
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ROLES = (
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("companion_radio", "companion"),
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("observer", None),
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("room_server", "room_server"),
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("repeater", "repeater"),
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("sensor", "sensor"),
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("kiss", "kiss_modem"),
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)
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def role_for(env_name):
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for token, role in ROLES:
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if token in env_name:
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return role
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return "firmware"
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role = role_for(pioenv)
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if version and core and role is not None:
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if role == "companion":
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label = f"{version} {name} (core v{core})"
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else:
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label = f"{name}_{role} {version} (core v{core})"
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# Plain quotes: PlatformIO escapes them and SCons wraps the spaced value.
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define = "-DFIRMWARE_VERSION='\"" + label + "\"'"
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pattern = re.compile(r"""-D\s?FIRMWARE_VERSION=(?:'[^']*'|"[^"]*"|\S+)""")
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flags = env.get("BUILD_FLAGS", []) # noqa: F821
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if isinstance(flags, str):
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flags = [flags]
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replaced = False
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new_flags = []
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for flag in flags:
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updated, count = pattern.subn(lambda _m: define, str(flag))
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replaced = replaced or count > 0
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new_flags.append(updated)
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if not replaced:
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new_flags.append(define)
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env.Replace(BUILD_FLAGS=new_flags) # noqa: F821
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# deduplicate_full_build_flags.py (ESP32 FULL) re-reads this overlay; keep
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# it identical so the label is not treated as a foreign flag.
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overlay = os.environ.get("PLATFORMIO_BUILD_FLAGS", "")
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if overlay:
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os.environ["PLATFORMIO_BUILD_FLAGS"] = pattern.sub(lambda _m: define, overlay)
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print(f"Local firmware label: {label}")
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