Module radio 

High-level async API for controlling a Kenwood TH-D75 transceiver.

The Radio struct provides ergonomic methods for all radio operations, organized by subsystem: frequency control, channel memory, audio settings, APRS (Automatic Packet Reporting System), D-STAR (Digital Smart Technologies for Amateur Radio), GPS, scanning, and system configuration.

Generic over Transport, allowing use with USB serial, Bluetooth SPP, or mock transports for testing.

Modules

aprs

APRS (Automatic Packet Reporting System) subsystem methods.

audio

Audio control methods.

dstar

D-STAR (Digital Smart Technologies for Amateur Radio) subsystem methods.

freq

Core radio methods: frequency, mode, power, squelch, S-meter, TX/RX, firmware, power status, ID, band control, VFO/memory mode, FM radio, fine step, function type, and filter width.

gps

GPS subsystem methods.

kiss_session

KISS TNC session management for the TH-D75.

memory

Memory channel read/write methods.

mmdvm_session

MMDVM session management for the TH-D75.

programming

Programming mode access for full radio memory read/write.

scan

Scan-related radio methods: scan resume (SR write-only), step size (SF), band scope (BS).

service

Factory service mode commands for calibration, testing, and diagnostics.

system

System-level radio methods: battery level, beep, lock, dual-band, frequency step, bluetooth, attenuator, auto-info.

tuning

Safe high-level tuning APIs with automatic mode management.

Structs

Radio

High-level async API for controlling a Kenwood TH-D75.

RadioInfo

Information returned by Radio::identify.

Enums

RadioMode

VFO/Memory mode state for a band.