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radio1

dev.hardware.settings_home.radio_settings_2 - wire path h\s\t - generated from fwMenuRadioSettings.

frequency_mhz​

FrequencyMhz. basic frequency calculated automatically (default = 433.92). The cc1101 can: 300-348 MHZ, 387-464MHZ and 779-928MHZ

Wire command: h\s\t\f

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.frequency_mhz(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_frequency_mhz(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().frequency_mhz(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.frequency_mhz(value)   # check dev.ok

modulation​

Modulation. set modulation mode. 0 = 2-FSK, 1 = GFSK, 2 = ASK/OOK, 3 = 4-FSK, 4 = MSK

Wire command: h\s\t\m

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.modulation(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_modulation(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().modulation(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.modulation(value)   # check dev.ok

devation​

Devation. Frequency deviation in kHz. Value from 1.58 to 380.85. Default is 47.60 kHz.

Wire command: h\s\t\a

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.devation(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_devation(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().devation(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.devation(value)   # check dev.ok

channel​

Channel. Channelnumber from 0 to 255. Default is channel 0

Wire command: h\s\t\b

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.channel(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_channel(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().channel(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.channel(value)   # check dev.ok

channel_spacing​

ChannelSpacing. channel spacing is multiplied by the channel number CHAN and added to the base frequency in kHz. Value from 25.39 to 405.45. Default is 199.95 kHz.

Wire command: h\s\t\c

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.channel_spacing(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_channel_spacing(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().channel_spacing(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.channel_spacing(value)   # check dev.ok

rx_bandwidth​

RxBandwidth. Receive Bandwidth in kHz. Value from 58.03 to 812.50. Default is 812.50 kHz.

Wire command: h\s\t\y

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.rx_bandwidth(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_rx_bandwidth(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().rx_bandwidth(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.rx_bandwidth(value)   # check dev.ok

data_rate​

DataRate. Data Rate in kBaud. Value from 0.02 to 1621.83. Default is 99.97 kBaud

Wire command: h\s\t\e

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.data_rate(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_data_rate(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().data_rate(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.data_rate(value)   # check dev.ok

power_amp​

PowerAmp. TxPower. The following settings are possible depending on the frequency band. (-30 -20 -15 -10 -6 0 5 7 10 11 12) Default is max

Wire command: h\s\t\g

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.power_amp(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_power_amp(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().power_amp(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.power_amp(value)   # check dev.ok

sync_mode​

SyncMode. Combined sync-word qualifier mode. 0 = No preamble/sync. 1 = 16 sync word bits detected. 2 = 16/16 sync word bits detected. 3 = 30/32 sync word bits detected. 4 = No preamble/sync- carrier-sense above threshold. 5 = 15/16 + carrier-sense above threshold. 6 = 16/16 + carrier-sense above threshold. 7 = 30/32 + carrier-sense above threshold.

Wire command: h\s\t\1

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.sync_mode(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_sync_mode(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().sync_mode(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.sync_mode(value)   # check dev.ok

sync_word​

SyncWord. sync word. Must be the same for the transmitter and receiver. (Syncword high, Syncword low)

Wire command: h\s\t\i

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.sync_word(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_sync_word(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().sync_word(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.sync_word(value)   # check dev.ok

addr_check​

AddrCheck. Controls address check configuration of received packages. 0 = No address check. 1 = Address check, no broadcast. 2 = Address check and 0 (0x00) broadcast. 3 = Address check and 0 (0x00) and 255 (0xFF) broadcast.

Wire command: h\s\t\j

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.addr_check(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_addr_check(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().addr_check(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.addr_check(value)   # check dev.ok

address​

Address. Address used for packet filtration. Optional broadcast addresses are 0 (0x00) and 255 (0xFF).

Wire command: h\s\t\k

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.address(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_address(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().address(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.address(value)   # check dev.ok

white_data​

WhiteData. Turn data whitening on / off. 0 = Whitening off. 1 = Whitening on.

Wire command: h\s\t\l

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.white_data() -> Result
ow_status ow_hardware_settings_home_radio_settings_2_white_data(ow_device* dev);
dev.hardware().settings_home().radio_settings_2().white_data() -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.white_data()   # check dev.ok

packet_format​

PacketFormat. Format of RX and TX data. 0 = Normal mode, use FIFOs for RX and TX. 1 = Synchronous serial mode, Data in on GDO0 and data out on either of the GDOx pins. 2 = Random TX mode; sends random data using PN9 generator. Used for test. Works as normal mode, setting 0 (00), in RX. 3 = Asynchronous serial mode, Data in on GDO0 and data out on either of the GDOx pins.

Wire command: h\s\t\n

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.packet_format(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_packet_format(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().packet_format(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.packet_format(value)   # check dev.ok

length_config​

LengthConfig. 0 = Fixed packet length mode. 1 = Variable packet length mode. 2 = Infinite packet length mode. 3 = Reserved

Wire command: h\s\t\o

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.length_config(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_length_config(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().length_config(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.length_config(value)   # check dev.ok

packet_length​

PacketLength. Indicates the packet length when fixed packet length mode is enabled. If variable packet length mode is used, this value indicates the maximum packet length allowed.

Wire command: h\s\t\p

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.packet_length(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_packet_length(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().packet_length(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.packet_length(value)   # check dev.ok

c_rc_enabled​

CRCEnabled. 1 = CRC calculation in TX and CRC check in RX enabled. 0 = CRC disabled for TX and RX.

Wire command: h\s\t\x

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.c_rc_enabled() -> Result
ow_status ow_hardware_settings_home_radio_settings_2_c_rc_enabled(ow_device* dev);
dev.hardware().settings_home().radio_settings_2().c_rc_enabled() -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.c_rc_enabled()   # check dev.ok

c_rc_auto_flush​

CRCAutoFlush. Enable automatic flush of RX FIFO when CRC is not OK. This requires that only one packet is in the RXIFIFO and that packet length is limited to the RX FIFO size.

Wire command: h\s\t\0

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.c_rc_auto_flush() -> Result
ow_status ow_hardware_settings_home_radio_settings_2_c_rc_auto_flush(ow_device* dev);
dev.hardware().settings_home().radio_settings_2().c_rc_auto_flush() -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.c_rc_auto_flush()   # check dev.ok

d_c_blocking_filter​

DCBlockingFilter. Disable digital DC blocking filter before demodulator. Only for data rates <= 250 kBaud The recommended IF frequency changes when the DC blocking is disabled. 1 = Disable (current optimized). 0 = Enable (better sensitivity).

Wire command: h\s\t\r

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.d_c_blocking_filter() -> Result
ow_status ow_hardware_settings_home_radio_settings_2_d_c_blocking_filter(ow_device* dev);
dev.hardware().settings_home().radio_settings_2().d_c_blocking_filter() -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.d_c_blocking_filter()   # check dev.ok

manchester​

Manchester. Enables Manchester encoding/decoding. 0 = Disable. 1 = Enable.

Wire command: h\s\t\s

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.manchester() -> Result
ow_status ow_hardware_settings_home_radio_settings_2_manchester(ow_device* dev);
dev.hardware().settings_home().radio_settings_2().manchester() -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.manchester()   # check dev.ok

forword_error_correction​

ForwordErrorCorrection. Enable Forward Error Correction (FEC) with interleaving for packet payload (Only supported for fixed packet length mode. 0 = Disable. 1 = Enable.

Wire command: h\s\t\t

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.forword_error_correction() -> Result
ow_status ow_hardware_settings_home_radio_settings_2_forword_error_correction(ow_device* dev);
dev.hardware().settings_home().radio_settings_2().forword_error_correction() -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.forword_error_correction()   # check dev.ok

preamble_bytes​

PreambleBytes. Sets the minimum number of preamble bytes to be transmitted. Values: 0 : 2, 1 : 3, 2 : 4, 3 : 6, 4 : 8, 5 : 12, 6 : 16, 7 : 24

Wire command: h\s\t\u

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.preamble_bytes(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_preamble_bytes(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().preamble_bytes(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.preamble_bytes(value)   # check dev.ok

p_qt​

PQT. Preamble quality estimator threshold. The preamble quality estimator increases an internal counter by one each time a bit is received that is different from the previous bit, and decreases the counter by 8 each time a bit is received that is the same as the last bit. A threshold of 4-PQT for this counter is used to gate sync word detection. When PQT=0 a sync word is always accepted.

Wire command: h\s\t\v

ArgWire type
value

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.p_qt(value: int) -> Result
ow_status ow_hardware_settings_home_radio_settings_2_p_qt(ow_device* dev, int32_t value);
dev.hardware().settings_home().radio_settings_2().p_qt(value: i32) -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.p_qt(value)   # check dev.ok

append_status​

AppendStatus. When enabled, two status bytes will be appended to the payload of the packet. The status bytes contain RSSI and LQI values, as well as CRC OK.

Wire command: h\s\t\w

Returns: none (Ok/Err only)

dev.hardware.settings_home.radio_settings_2.append_status() -> Result
ow_status ow_hardware_settings_home_radio_settings_2_append_status(ow_device* dev);
dev.hardware().settings_home().radio_settings_2().append_status() -> Result<(), OwError>

The C and Rust signatures above are also the WASM guest signatures - the device API surface is identical; only the transport differs (ow_open_wasm(&dev) in C, OneWili::open() in Rust).

dev.hardware.settings_home.radio_settings_2.append_status()   # check dev.ok