mirror of
https://github.com/tinygo-org/drivers.git
synced 2026-07-26 10:38:41 +00:00
Joel Wetzell
62663c1832
* add SPI driver for semtech sx128x chips Co-authored-by: Copilot <copilot@github.com> * handle busy loop better * switch to time based busy timeout Co-authored-by: Copilot <copilot@github.com> * comment functions * start on using types for function inputs * use types where applicable and align with datasheet more Co-authored-by: Copilot <copilot@github.com> * work on exporting less constants * only export "actionable" errors * combine identical constants * add crude lora rx and tx examples * change from type aliases to local types --------- Co-authored-by: Copilot <copilot@github.com>
70 lines
3.2 KiB
Go
70 lines
3.2 KiB
Go
package sx128x
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const (
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// SX128X register map
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REG_FIRMWARE_VERSIONS = uint16(0x153)
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REG_RX_GAIN = uint16(0x891)
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REG_MANUAL_GAIN_SETTING = uint16(0x895)
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REG_LNA_GAIN_VALUE = uint16(0x89E)
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REG_LNA_GAIN_CONTROL = uint16(0x89F)
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REG_SYNCH_PEAK_ATTENUATION = uint16(0x8C2)
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REG_PAYLOAD_LENGTH = uint16(0x901)
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REG_LORA_HEADER_MODE = uint16(0x903)
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REG_RANGING_REQUEST_ADDRESS_BYTE_3 = uint16(0x912)
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REG_RANGING_REQUEST_ADDRESS_BYTE_2 = uint16(0x913)
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REG_RANGING_REQUEST_ADDRESS_BYTE_1 = uint16(0x914)
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REG_RANGING_REQUEST_ADDRESS_BYTE_0 = uint16(0x915)
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REG_RANGING_DEVICE_ADDRESS_BYTE_3 = uint16(0x916)
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REG_RANGING_DEVICE_ADDRESS_BYTE_2 = uint16(0x917)
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REG_RANGING_DEVICE_ADDRESS_BYTE_1 = uint16(0x918)
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REG_RANGING_DEVICE_ADDRESS_BYTE_0 = uint16(0x919)
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REG_RANGING_FILTER_WINDOW_SIZE = uint16(0x91E)
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REG_RESET_RANGING_FILTER = uint16(0x923)
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REG_RANGING_RESULT_MUX = uint16(0x924)
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REG_SF_ADDITIONAL_CONFIGURATION = uint16(0x925)
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REG_RANGING_CALIBRATION_BYTE_2 = uint16(0x92B)
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REG_RANGING_CALIBRATION_BYTE_1 = uint16(0x92C)
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REG_RANGING_CALIBRATION_BYTE_0 = uint16(0x92D)
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REG_RANGING_ID_CHECK_LENGTH = uint16(0x931)
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REG_FREQUENCY_ERROR_CORRECTION = uint16(0x93C)
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REG_CAD_DETECT_PEAK = uint16(0x942)
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REG_LORA_SYNC_WORD_MSB = uint16(0x944)
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REG_LORA_SYNC_WORD_LSB = uint16(0x945)
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REG_HEADER_CRC = uint16(0x954)
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REG_CODING_RATE = uint16(0x950)
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REG_FEI_BYTE_2 = uint16(0x954)
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REG_FEI_BYTE_1 = uint16(0x955)
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REG_FEI_BYTE_0 = uint16(0x956)
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REG_RANGING_RESULT_BYTE_2 = uint16(0x961)
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REG_RANGING_RESULT_BYTE_1 = uint16(0x962)
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REG_RANGING_RESULT_BYTE_0 = uint16(0x963)
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REG_RANGING_RSSI = uint16(0x964)
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REG_FREEZE_RANGING_RESULT = uint16(0x97F)
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REG_PACKET_PREAMBLE_SETTINGS = uint16(0x9C1)
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REG_WHITENING_INITIAL_VALUE = uint16(0x9C5)
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REG_CRC_POLYNOMIAL_DEFINITION_MSB = uint16(0x9C6)
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REG_CRC_POLYNOMIAL_DEFINITION_LSB = uint16(0x9C7)
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REG_CRC_POLYNOMIAL_SEED_BYTE_2 = uint16(0x9C7)
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REG_CRC_POLYNOMIAL_SEED_BYTE_1 = uint16(0x9C8)
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REG_CRC_POLYNOMIAL_SEED_BYTE_0 = uint16(0x9C9)
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REG_CRC_MSB_INITIAL_VALUE = uint16(0x9C8)
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REG_CRC_LSB_INITIAL_VALUE = uint16(0x9C9)
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REG_SYNC_ADDRESS_CONTROL = uint16(0x9CD)
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REG_SYNC_ADDRESS_1_BYTE_4 = uint16(0x9CE)
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REG_SYNC_ADDRESS_1_BYTE_3 = uint16(0x9CF)
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REG_SYNC_ADDRESS_1_BYTE_2 = uint16(0x9D0)
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REG_SYNC_ADDRESS_1_BYTE_1 = uint16(0x9D1)
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REG_SYNC_ADDRESS_1_BYTE_0 = uint16(0x9D2)
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REG_SYNC_ADDRESS_2_BYTE_4 = uint16(0x9D3)
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REG_SYNC_ADDRESS_2_BYTE_3 = uint16(0x9D4)
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REG_SYNC_ADDRESS_2_BYTE_2 = uint16(0x9D5)
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REG_SYNC_ADDRESS_2_BYTE_1 = uint16(0x9D6)
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REG_SYNC_ADDRESS_2_BYTE_0 = uint16(0x9D7)
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REG_SYNC_ADDRESS_3_BYTE_4 = uint16(0x9D8)
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REG_SYNC_ADDRESS_3_BYTE_3 = uint16(0x9D9)
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REG_SYNC_ADDRESS_3_BYTE_2 = uint16(0x9DA)
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REG_SYNC_ADDRESS_3_BYTE_1 = uint16(0x9DB)
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REG_SYNC_ADDRESS_3_BYTE_0 = uint16(0x9DC)
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)
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