Decode (a, b) bytes into a dict of (mode, temp, fan, power) fields. Returns a dict of recognized fields plus, for unrecognized bit patterns,

Decode a 48-bit Midea AC packet (with one repetition). Returns "a=0xXX,b=0xYY" on success. Raises ValueError if the signal does not match the

Encode a Midea AC command. Three mutually-exclusive parameter forms: Byte-level: pass `a` and `b` (raw payload bytes). Field-le

Create a mock FlipperProtocol.

Create a mock transport.

Set a callback to be called when the connection is lost.

For Gorenje/MDV-style packets (vendor != 0xB2), midea must be skipped and `ac` should still pick them up.

rc_auto_decode should pick midea (not ac) for a 0xB2-vendor packet.

rc_auto_encode("midea:a=0xXX,b=0xYY") must produce a signal that rc_auto_decode reads back as the same midea string.

Each named button encodes to a 199-element signal whose payload matches the captured reference values.

For every (mode, temp, fan) combo we know how to encode, the bytes decoded back must yield the same fields.

Tamper with B3 so the inverse-pair invariant fails.

A pure Gorenje/MDV packet (no 0xB2 vendor byte) must NOT decode as Midea.

A 0xB5-vendor packet whose bytes match a known button decodes as `button=name`.

A 0xB5-vendor packet whose bytes don't match any known button falls back to `button=unknown,a=...,b=...`.

If all 3 packets are identical (no preamble), no `pa`/`pb` annotation.

A 3-packet signal (preamble + command + command) decodes both bytes of the actual command and exposes the preamble as `pa`/`pb`.

Encoding the real Power off payload should produce a packet that decodes back to the same bytes.

Defaults: mode=cool, temp=22, fan=auto, power=on.

midea:mode=cool,temp=22,fan=auto,power=on must produce bytes identical to midea:a=0xBF,b=0x70.

midea:mode=cool,sleep=on must equal midea:a=...,b=...,pa=0xE0,pb=0x03.

rc_auto_encode threads `button=turbo` to midea_encode and the signal round-trips.

Swing toggle uses the regular state-command vendor (0xB2), so its encoded bytes must match the byte-level form `a=0x6B,b=0xE0`.

rc_auto_encode must accept field-level midea strings and produce a signal that decodes to the matching a/b bytes.

rc_auto_encode must thread the `sleep=on` string through to midea_encode and produce the 3-frame signal with the standard preamble.

The real raw signal captured for the Turbo button on the EAS Electric remote must now decode as `button=turbo` (previously it decoded as `ac:a