wayne roberts / Mbed OS lora-file-transfer-example

transfer files from mbed-os block device (i.e. SD card) over LoRa radio.

Dependencies:   sx12xx_hal

radio chip selection

Radio chip driver is not included, allowing choice of radio device.
If you're using SX1272 or SX1276, then import sx127x driver into your program.
if you're using SX1261 or SX1262, then import sx126x driver into your program.
if you're using SX1280, then import sx1280 driver into your program.
If you're using NAmote72 or Murata discovery, then you must import only sx127x driver.

This program uses mbed serial terminal at 115200 8N1.
Files (on SD Card) are transferred between two LoRa devices.
Use ? question mark to see available commands on serial terminal.
Send file to other side using send /fs/somefile, then use cmp /fs/somefile to compare the file on the other side of radio link with local file with same name.
Use cmp to test radio link.

rm command to delete files must not include /fs/ directory prefix, filename only.
send and cmp require /fs/ directory.

sx1280 thruput

bytes/secsf12sf11sf10sf9sf8sf7sf6sf5
1600KHz2764821081188732775365640012000
800KHz5299701720280047666500
400KHz146522654033

sx126x thruput

bytes/secsf12sf11sf10sf9sf8sf7sf6sf5
500KHz2073817061257215435705608
250KHz103193344641111418873064
125KHz971733245479721607

sx127x thruput

sx126x recommended at 500KHz bandwidth.

bytes/secsf12sf11sf10sf9sf8sf7
500KHz11120738569712202050
250KHz48.71031923456321115
125KHz24.24497151313552
62.5KHz12.222.139.486157276

SD Card

SD card driver must be enabled in mbed_app.json with the line "target.components_add": ["SD"]
Pins for SD card connection can be overridden as shown in mbed_app.json.
The default pin configuration for SD card is found in mbed_lib.json in mbed-os/components/storage/blockdevice/COMPONENT_SD/.
If no pin configuration exists in this mbed_lib.json, or needs to be changed, the included mbed_app.json is example pin declaration for SD card.

FAT filesystem is only used in this project for demonstration purpose; for easily copying files to SD card.
However, for production projects, LittleFileSystem needs to be used instead for reliability and wear leveling.

Platforms such as K64F have SD card slot already.
See all boards with arduino shield connector and SD card here. (arduino connector needed for LoRa radio board)
...but if you want to use nucleo board: /media/uploads/dudmuck/nucleo_sdcardqtr.png

lorachip_sx126x.cpp@0:c3ecf7b252a3, 2019-05-31 (annotated)

Committer:
Wayne Roberts
Date:
Fri May 31 17:17:24 2019 -0700
Revision:
0:c3ecf7b252a3
initial committ

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Wayne Roberts 0:c3ecf7b252a3 1 #include "lorachip.h"
Wayne Roberts 0:c3ecf7b252a3 2 #ifdef SX126x_H
Wayne Roberts 0:c3ecf7b252a3 3
Wayne Roberts 0:c3ecf7b252a3 4 PacketParams_t ppLORA;
Wayne Roberts 0:c3ecf7b252a3 5 ModulationParams_t mpLORA;
Wayne Roberts 0:c3ecf7b252a3 6 uint8_t tx_param_buf[2];
Wayne Roberts 0:c3ecf7b252a3 7 uint8_t pa_config_buf[4];
Wayne Roberts 0:c3ecf7b252a3 8
Wayne Roberts 0:c3ecf7b252a3 9 void tx_dbm_print()
Wayne Roberts 0:c3ecf7b252a3 10 {
Wayne Roberts 0:c3ecf7b252a3 11 PwrCtrl_t PwrCtrl;
Wayne Roberts 0:c3ecf7b252a3 12 PaCtrl1b_t PaCtrl1b;
Wayne Roberts 0:c3ecf7b252a3 13 unsigned v = Radio::radio.readReg(REG_ADDR_ANACTRL16, 1);
Wayne Roberts 0:c3ecf7b252a3 14
Wayne Roberts 0:c3ecf7b252a3 15 if (v & 0x10) {
Wayne Roberts 0:c3ecf7b252a3 16 pc.printf("%d", PA_OFF_DBM);
Wayne Roberts 0:c3ecf7b252a3 17 return;
Wayne Roberts 0:c3ecf7b252a3 18 }
Wayne Roberts 0:c3ecf7b252a3 19
Wayne Roberts 0:c3ecf7b252a3 20 PwrCtrl.octet = Radio::radio.readReg(REG_ADDR_PWR_CTRL, 1);
Wayne Roberts 0:c3ecf7b252a3 21
Wayne Roberts 0:c3ecf7b252a3 22 PaCtrl1b.octet = Radio::radio.readReg(REG_ADDR_PA_CTRL1B, 1);
Wayne Roberts 0:c3ecf7b252a3 23 pa_config_buf[2] = PaCtrl1b.bits.tx_mode_bat; // deviceSel
Wayne Roberts 0:c3ecf7b252a3 24
Wayne Roberts 0:c3ecf7b252a3 25 pc.printf("%ddBm ", PwrCtrl.bits.tx_pwr - (PaCtrl1b.bits.tx_mode_bat ? 17 : 9));
Wayne Roberts 0:c3ecf7b252a3 26 }
Wayne Roberts 0:c3ecf7b252a3 27
Wayne Roberts 0:c3ecf7b252a3 28 void cmd_frf(uint8_t argsAt)
Wayne Roberts 0:c3ecf7b252a3 29 {
Wayne Roberts 0:c3ecf7b252a3 30 float MHz;
Wayne Roberts 0:c3ecf7b252a3 31
Wayne Roberts 0:c3ecf7b252a3 32 if (sscanf(pcbuf + argsAt, "%f", &MHz) == 1) {
Wayne Roberts 0:c3ecf7b252a3 33 Radio::radio.setMHz(MHz);
Wayne Roberts 0:c3ecf7b252a3 34 }
Wayne Roberts 0:c3ecf7b252a3 35 MHz = Radio::radio.getMHz();
Wayne Roberts 0:c3ecf7b252a3 36 pc.printf("%.3fMHz\r\n", MHz);
Wayne Roberts 0:c3ecf7b252a3 37 }
Wayne Roberts 0:c3ecf7b252a3 38
Wayne Roberts 0:c3ecf7b252a3 39 const uint8_t loraBWs[] = {
Wayne Roberts 0:c3ecf7b252a3 40 LORA_BW_7, LORA_BW_10, LORA_BW_15,
Wayne Roberts 0:c3ecf7b252a3 41 LORA_BW_20, LORA_BW_31, LORA_BW_41,
Wayne Roberts 0:c3ecf7b252a3 42 LORA_BW_62, LORA_BW_125, LORA_BW_250,
Wayne Roberts 0:c3ecf7b252a3 43 LORA_BW_500
Wayne Roberts 0:c3ecf7b252a3 44 };
Wayne Roberts 0:c3ecf7b252a3 45
Wayne Roberts 0:c3ecf7b252a3 46 static const float lora_bws[] = {
Wayne Roberts 0:c3ecf7b252a3 47 7.81, 10.42, 15.63,
Wayne Roberts 0:c3ecf7b252a3 48 20.83, 31.25, 41.67,
Wayne Roberts 0:c3ecf7b252a3 49 62.5, 125, 250,
Wayne Roberts 0:c3ecf7b252a3 50 500,
Wayne Roberts 0:c3ecf7b252a3 51 0
Wayne Roberts 0:c3ecf7b252a3 52 };
Wayne Roberts 0:c3ecf7b252a3 53
Wayne Roberts 0:c3ecf7b252a3 54 void print_lora_status()
Wayne Roberts 0:c3ecf7b252a3 55 {
Wayne Roberts 0:c3ecf7b252a3 56 status_t status;
Wayne Roberts 0:c3ecf7b252a3 57 float MHz;
Wayne Roberts 0:c3ecf7b252a3 58 unsigned n;
Wayne Roberts 0:c3ecf7b252a3 59 loraConfig0_t conf0;
Wayne Roberts 0:c3ecf7b252a3 60
Wayne Roberts 0:c3ecf7b252a3 61 tx_dbm_print();
Wayne Roberts 0:c3ecf7b252a3 62 Radio::radio.xfer(OPCODE_GET_STATUS, 0, 1, &status.octet);
Wayne Roberts 0:c3ecf7b252a3 63
Wayne Roberts 0:c3ecf7b252a3 64 pc.printf(" ");
Wayne Roberts 0:c3ecf7b252a3 65 /* translate opmode_status_strs to opmode_select_strs */
Wayne Roberts 0:c3ecf7b252a3 66 switch (status.bits.chipMode) {
Wayne Roberts 0:c3ecf7b252a3 67 case 2: pc.printf("STBY_RC"); break; // STBY_RC
Wayne Roberts 0:c3ecf7b252a3 68 case 3: pc.printf("STBY_XOSC"); break; // STBY_XOSC
Wayne Roberts 0:c3ecf7b252a3 69 case 4: pc.printf("FS"); break; // FS
Wayne Roberts 0:c3ecf7b252a3 70 case 5: pc.printf("RX"); break; // RX
Wayne Roberts 0:c3ecf7b252a3 71 case 6: pc.printf("TX"); break; // TX
Wayne Roberts 0:c3ecf7b252a3 72 default: pc.printf("<%d>", status.bits.chipMode); break;
Wayne Roberts 0:c3ecf7b252a3 73 }
Wayne Roberts 0:c3ecf7b252a3 74 pc.printf("\t");
Wayne Roberts 0:c3ecf7b252a3 75
Wayne Roberts 0:c3ecf7b252a3 76 conf0.octet = Radio::radio.readReg(REG_ADDR_LORA_CONFIG0, 1);
Wayne Roberts 0:c3ecf7b252a3 77 mpLORA.lora.bandwidth = conf0.bits.modem_bw;
Wayne Roberts 0:c3ecf7b252a3 78 for (n = 0; n < sizeof(loraBWs); n++) {
Wayne Roberts 0:c3ecf7b252a3 79 if (conf0.bits.modem_bw == loraBWs[n]) {
Wayne Roberts 0:c3ecf7b252a3 80 pc.printf("%.1fKHz ", lora_bws[n]);
Wayne Roberts 0:c3ecf7b252a3 81 }
Wayne Roberts 0:c3ecf7b252a3 82 }
Wayne Roberts 0:c3ecf7b252a3 83 mpLORA.lora.spreadingFactor = conf0.bits.modem_sf;
Wayne Roberts 0:c3ecf7b252a3 84 pc.printf("sf%u ", conf0.bits.modem_sf);
Wayne Roberts 0:c3ecf7b252a3 85
Wayne Roberts 0:c3ecf7b252a3 86 MHz = Radio::radio.getMHz();
Wayne Roberts 0:c3ecf7b252a3 87 pc.printf(" %.3fMHz\r\n", MHz);
Wayne Roberts 0:c3ecf7b252a3 88 }
Wayne Roberts 0:c3ecf7b252a3 89
Wayne Roberts 0:c3ecf7b252a3 90 void cmd_sf(uint8_t argsAt)
Wayne Roberts 0:c3ecf7b252a3 91 {
Wayne Roberts 0:c3ecf7b252a3 92 loraConfig0_t conf0;
Wayne Roberts 0:c3ecf7b252a3 93 unsigned sf;
Wayne Roberts 0:c3ecf7b252a3 94
Wayne Roberts 0:c3ecf7b252a3 95 if (sscanf(pcbuf + argsAt, "%u", &sf) == 1) {
Wayne Roberts 0:c3ecf7b252a3 96 mpLORA.lora.spreadingFactor = sf;
Wayne Roberts 0:c3ecf7b252a3 97 Radio::radio.xfer(OPCODE_SET_MODULATION_PARAMS, 4, 0, mpLORA.buf);
Wayne Roberts 0:c3ecf7b252a3 98
Wayne Roberts 0:c3ecf7b252a3 99 current.sf = sf;
Wayne Roberts 0:c3ecf7b252a3 100 set_symb_timeout();
Wayne Roberts 0:c3ecf7b252a3 101 }
Wayne Roberts 0:c3ecf7b252a3 102
Wayne Roberts 0:c3ecf7b252a3 103 conf0.octet = Radio::radio.readReg(REG_ADDR_LORA_CONFIG0, 1);
Wayne Roberts 0:c3ecf7b252a3 104 mpLORA.lora.spreadingFactor = conf0.bits.modem_sf;
Wayne Roberts 0:c3ecf7b252a3 105 pc.printf("sf%u\r\n", conf0.bits.modem_sf);
Wayne Roberts 0:c3ecf7b252a3 106 }
Wayne Roberts 0:c3ecf7b252a3 107
Wayne Roberts 0:c3ecf7b252a3 108 void cmd_bw(uint8_t argsAt)
Wayne Roberts 0:c3ecf7b252a3 109 {
Wayne Roberts 0:c3ecf7b252a3 110 unsigned n;
Wayne Roberts 0:c3ecf7b252a3 111 float khz;
Wayne Roberts 0:c3ecf7b252a3 112 loraConfig0_t conf0;
Wayne Roberts 0:c3ecf7b252a3 113
Wayne Roberts 0:c3ecf7b252a3 114 if (sscanf(pcbuf + argsAt, "%f", &khz) == 1) {
Wayne Roberts 0:c3ecf7b252a3 115 int sidx = -1;
Wayne Roberts 0:c3ecf7b252a3 116 float min_diff = 9999;
Wayne Roberts 0:c3ecf7b252a3 117 Radio::Standby();
Wayne Roberts 0:c3ecf7b252a3 118 wait(0.02);
Wayne Roberts 0:c3ecf7b252a3 119
Wayne Roberts 0:c3ecf7b252a3 120 for (n = 0; lora_bws[n] > 0; n++) {
Wayne Roberts 0:c3ecf7b252a3 121 float diff = fabs(lora_bws[n] - khz);
Wayne Roberts 0:c3ecf7b252a3 122 if (diff < min_diff) {
Wayne Roberts 0:c3ecf7b252a3 123 sidx = n;
Wayne Roberts 0:c3ecf7b252a3 124 min_diff = diff;
Wayne Roberts 0:c3ecf7b252a3 125 }
Wayne Roberts 0:c3ecf7b252a3 126 }
Wayne Roberts 0:c3ecf7b252a3 127 if (sidx == -1) {
Wayne Roberts 0:c3ecf7b252a3 128 pc.printf("bw not found\r\n");
Wayne Roberts 0:c3ecf7b252a3 129 return;
Wayne Roberts 0:c3ecf7b252a3 130 }
Wayne Roberts 0:c3ecf7b252a3 131
Wayne Roberts 0:c3ecf7b252a3 132 mpLORA.lora.bandwidth = loraBWs[sidx];
Wayne Roberts 0:c3ecf7b252a3 133 Radio::radio.xfer(OPCODE_SET_MODULATION_PARAMS, 4, 0, mpLORA.buf);
Wayne Roberts 0:c3ecf7b252a3 134
Wayne Roberts 0:c3ecf7b252a3 135 wait(0.02);
Wayne Roberts 0:c3ecf7b252a3 136 set_symb_timeout();
Wayne Roberts 0:c3ecf7b252a3 137 Radio::Rx(0);
Wayne Roberts 0:c3ecf7b252a3 138
Wayne Roberts 0:c3ecf7b252a3 139 current.bwKHz = khz;
Wayne Roberts 0:c3ecf7b252a3 140 }
Wayne Roberts 0:c3ecf7b252a3 141
Wayne Roberts 0:c3ecf7b252a3 142 conf0.octet = Radio::radio.readReg(REG_ADDR_LORA_CONFIG0, 1);
Wayne Roberts 0:c3ecf7b252a3 143 mpLORA.lora.bandwidth = conf0.bits.modem_bw;
Wayne Roberts 0:c3ecf7b252a3 144 for (n = 0; n < sizeof(loraBWs); n++) {
Wayne Roberts 0:c3ecf7b252a3 145 if (conf0.bits.modem_bw == loraBWs[n]) {
Wayne Roberts 0:c3ecf7b252a3 146 pc.printf("%.1fKHz\r\n", lora_bws[n]);
Wayne Roberts 0:c3ecf7b252a3 147 break;
Wayne Roberts 0:c3ecf7b252a3 148 }
Wayne Roberts 0:c3ecf7b252a3 149 }
Wayne Roberts 0:c3ecf7b252a3 150 }
Wayne Roberts 0:c3ecf7b252a3 151
Wayne Roberts 0:c3ecf7b252a3 152 void radio_readChip()
Wayne Roberts 0:c3ecf7b252a3 153 {
Wayne Roberts 0:c3ecf7b252a3 154 #if 0
Wayne Roberts 0:c3ecf7b252a3 155 bwSel_t bwSel;
Wayne Roberts 0:c3ecf7b252a3 156 shapeCfg_t shapeCfg;
Wayne Roberts 0:c3ecf7b252a3 157 unsigned d = radio.readReg(REG_ADDR_BITRATE, 3);
Wayne Roberts 0:c3ecf7b252a3 158 pc.printf("%06x:%u->", d ,d);
Wayne Roberts 0:c3ecf7b252a3 159 pc.printf("bitrate %ubps\r\n", (32 * XTAL_FREQ_HZ) / d);
Wayne Roberts 0:c3ecf7b252a3 160 mpFSK.gfsk.bitrateHi = d >> 16;
Wayne Roberts 0:c3ecf7b252a3 161 mpFSK.gfsk.bitrateMid = d >> 8;
Wayne Roberts 0:c3ecf7b252a3 162 mpFSK.gfsk.bitrateLo = d;
Wayne Roberts 0:c3ecf7b252a3 163
Wayne Roberts 0:c3ecf7b252a3 164 d = radio.readReg(REG_ADDR_FREQDEV, 3);
Wayne Roberts 0:c3ecf7b252a3 165 pc.printf("fdev %fKHz\r\n", d / KHZ_TO_FRF);
Wayne Roberts 0:c3ecf7b252a3 166 mpFSK.gfsk.fdevHi = d >> 16;
Wayne Roberts 0:c3ecf7b252a3 167 mpFSK.gfsk.fdevMid = d >> 8;
Wayne Roberts 0:c3ecf7b252a3 168 mpFSK.gfsk.fdevLo = d;
Wayne Roberts 0:c3ecf7b252a3 169
Wayne Roberts 0:c3ecf7b252a3 170 shapeCfg.octet = radio.readReg(REG_ADDR_SHAPECFG, 1);
Wayne Roberts 0:c3ecf7b252a3 171 mpFSK.gfsk.PulseShape = shapeCfg.octet;
Wayne Roberts 0:c3ecf7b252a3 172
Wayne Roberts 0:c3ecf7b252a3 173 bwSel.octet = radio.readReg(REG_ADDR_BWSEL, 1);
Wayne Roberts 0:c3ecf7b252a3 174 // GFSK_RX_BW_*
Wayne Roberts 0:c3ecf7b252a3 175 pc.printf("bwsSel:%02x\r\n", bwSel.octet);
Wayne Roberts 0:c3ecf7b252a3 176 mpFSK.gfsk.bandwidth = bwSel.octet;
Wayne Roberts 0:c3ecf7b252a3 177
Wayne Roberts 0:c3ecf7b252a3 178 {
Wayne Roberts 0:c3ecf7b252a3 179 unsigned n = radio.readReg(REG_ADDR_FSK_PREAMBLE_TXLEN , 2);
Wayne Roberts 0:c3ecf7b252a3 180 ppFSK.gfsk.PreambleLengthHi = n << 8; // param1
Wayne Roberts 0:c3ecf7b252a3 181 ppFSK.gfsk.PreambleLengthLo = n;// param2
Wayne Roberts 0:c3ecf7b252a3 182 }
Wayne Roberts 0:c3ecf7b252a3 183
Wayne Roberts 0:c3ecf7b252a3 184 {
Wayne Roberts 0:c3ecf7b252a3 185 pktCtrl1_t pktCtrl1;
Wayne Roberts 0:c3ecf7b252a3 186 pktCtrl1.octet = radio.readReg(REG_ADDR_FSK_PKTCTRL1, 1);
Wayne Roberts 0:c3ecf7b252a3 187 ppFSK.gfsk.PreambleDetectorLength = pktCtrl1.octet & 0x07; // param3
Wayne Roberts 0:c3ecf7b252a3 188 }
Wayne Roberts 0:c3ecf7b252a3 189
Wayne Roberts 0:c3ecf7b252a3 190
Wayne Roberts 0:c3ecf7b252a3 191 ppFSK.gfsk.SyncWordLength = radio.readReg(REG_ADDR_FSK_SYNC_LEN, 1);// param4
Wayne Roberts 0:c3ecf7b252a3 192 ppFSK.gfsk.AddrComp = radio.readReg(REG_ADDR_NODEADDRCOMP, 1);// param5
Wayne Roberts 0:c3ecf7b252a3 193
Wayne Roberts 0:c3ecf7b252a3 194 {
Wayne Roberts 0:c3ecf7b252a3 195 pktCtrl0_t pktCtrl0;
Wayne Roberts 0:c3ecf7b252a3 196 pktCtrl0.octet = radio.readReg(REG_ADDR_FSK_PKTCTRL0, 1);
Wayne Roberts 0:c3ecf7b252a3 197 ppFSK.gfsk.PacketType = pktCtrl0.bits.pkt_len_format; // param6
Wayne Roberts 0:c3ecf7b252a3 198 }
Wayne Roberts 0:c3ecf7b252a3 199
Wayne Roberts 0:c3ecf7b252a3 200 ppFSK.gfsk.PayloadLength = radio.readReg(REG_ADDR_FSK_PAYLOAD_LEN, 1);// param7
Wayne Roberts 0:c3ecf7b252a3 201
Wayne Roberts 0:c3ecf7b252a3 202 {
Wayne Roberts 0:c3ecf7b252a3 203 pktCtrl2_t pktCtrl2;
Wayne Roberts 0:c3ecf7b252a3 204 pktCtrl2.octet = radio.readReg(REG_ADDR_FSK_PKTCTRL2, 1);
Wayne Roberts 0:c3ecf7b252a3 205 ppFSK.gfsk.CRCType = pktCtrl2.octet & 0x7; // param8
Wayne Roberts 0:c3ecf7b252a3 206 ppFSK.gfsk.Whitening = pktCtrl2.bits.whit_enable; // param9
Wayne Roberts 0:c3ecf7b252a3 207 }
Wayne Roberts 0:c3ecf7b252a3 208 #endif /* if 0 */
Wayne Roberts 0:c3ecf7b252a3 209
Wayne Roberts 0:c3ecf7b252a3 210 /*******************************/
Wayne Roberts 0:c3ecf7b252a3 211
Wayne Roberts 0:c3ecf7b252a3 212 {
Wayne Roberts 0:c3ecf7b252a3 213 loraConfig0_t conf0;
Wayne Roberts 0:c3ecf7b252a3 214 conf0.octet = Radio::radio.readReg(REG_ADDR_LORA_CONFIG0, 1);
Wayne Roberts 0:c3ecf7b252a3 215 pc.printf("LoRa bw%u sf%u ", conf0.bits.modem_bw, conf0.bits.modem_sf);
Wayne Roberts 0:c3ecf7b252a3 216 mpLORA.lora.spreadingFactor = conf0.bits.modem_sf;
Wayne Roberts 0:c3ecf7b252a3 217 mpLORA.lora.bandwidth = conf0.bits.modem_bw;
Wayne Roberts 0:c3ecf7b252a3 218 }
Wayne Roberts 0:c3ecf7b252a3 219
Wayne Roberts 0:c3ecf7b252a3 220 {
Wayne Roberts 0:c3ecf7b252a3 221 loraConfig1_t conf1;
Wayne Roberts 0:c3ecf7b252a3 222 conf1.octet = Radio::radio.readReg(REG_ADDR_LORA_CONFIG1, 1);
Wayne Roberts 0:c3ecf7b252a3 223 mpLORA.lora.LowDatarateOptimize = conf1.bits.ppm_offset;
Wayne Roberts 0:c3ecf7b252a3 224 ppLORA.lora.HeaderType = conf1.bits.implicit_header;
Wayne Roberts 0:c3ecf7b252a3 225 ppLORA.lora.InvertIQ = conf1.bits.rx_invert_iq;
Wayne Roberts 0:c3ecf7b252a3 226 mpLORA.lora.codingRate = conf1.bits.tx_coding_rate;
Wayne Roberts 0:c3ecf7b252a3 227 }
Wayne Roberts 0:c3ecf7b252a3 228
Wayne Roberts 0:c3ecf7b252a3 229 {
Wayne Roberts 0:c3ecf7b252a3 230 loraConfig2_t conf2;
Wayne Roberts 0:c3ecf7b252a3 231 conf2.octet = Radio::radio.readReg(REG_ADDR_LORA_CONFIG2, 1);
Wayne Roberts 0:c3ecf7b252a3 232 ppLORA.lora.CRCType = conf2.bits.tx_payload_crc16_en;
Wayne Roberts 0:c3ecf7b252a3 233 }
Wayne Roberts 0:c3ecf7b252a3 234
Wayne Roberts 0:c3ecf7b252a3 235 {
Wayne Roberts 0:c3ecf7b252a3 236 uint32_t val = Radio::radio.readReg(REG_ADDR_LORA_PREAMBLE_SYMBNB, 2);
Wayne Roberts 0:c3ecf7b252a3 237 ppLORA.lora.PreambleLengthHi = val >> 8;
Wayne Roberts 0:c3ecf7b252a3 238 ppLORA.lora.PreambleLengthLo = val;
Wayne Roberts 0:c3ecf7b252a3 239 }
Wayne Roberts 0:c3ecf7b252a3 240
Wayne Roberts 0:c3ecf7b252a3 241 {
Wayne Roberts 0:c3ecf7b252a3 242 AnaCtrl6_t AnaCtrl6;
Wayne Roberts 0:c3ecf7b252a3 243 AnaCtrl7_t AnaCtrl7;
Wayne Roberts 0:c3ecf7b252a3 244 PaCtrl1b_t PaCtrl1b;
Wayne Roberts 0:c3ecf7b252a3 245
Wayne Roberts 0:c3ecf7b252a3 246 AnaCtrl6.octet = Radio::radio.readReg(REG_ADDR_ANACTRL6, 1);
Wayne Roberts 0:c3ecf7b252a3 247 pa_config_buf[0] = AnaCtrl6.bits.pa_dctrim_select_ana; // paDutyCycle
Wayne Roberts 0:c3ecf7b252a3 248
Wayne Roberts 0:c3ecf7b252a3 249 AnaCtrl7.octet = Radio::radio.readReg(REG_ADDR_ANACTRL7, 1);
Wayne Roberts 0:c3ecf7b252a3 250 pa_config_buf[1] = AnaCtrl7.bits.pa_hp_sel_ana; // hpMax
Wayne Roberts 0:c3ecf7b252a3 251
Wayne Roberts 0:c3ecf7b252a3 252 PaCtrl1b.octet = Radio::radio.readReg(REG_ADDR_PA_CTRL1B, 1);
Wayne Roberts 0:c3ecf7b252a3 253 pa_config_buf[2] = PaCtrl1b.bits.tx_mode_bat; // deviceSel
Wayne Roberts 0:c3ecf7b252a3 254
Wayne Roberts 0:c3ecf7b252a3 255 pa_config_buf[3] = 1; // paLut
Wayne Roberts 0:c3ecf7b252a3 256 }
Wayne Roberts 0:c3ecf7b252a3 257
Wayne Roberts 0:c3ecf7b252a3 258 /* {
Wayne Roberts 0:c3ecf7b252a3 259 cadParams[0] = radio.readReg(REG_ADDR_LORA_CONFIG9, 1);
Wayne Roberts 0:c3ecf7b252a3 260 cadParams[0] >>= 5;
Wayne Roberts 0:c3ecf7b252a3 261
Wayne Roberts 0:c3ecf7b252a3 262 cadParams[1] = radio.readReg(REG_ADDR_LORA_CAD_PN_RATIO, 1);
Wayne Roberts 0:c3ecf7b252a3 263 cadParams[2] = radio.readReg(REG_ADDR_LORA_CAD_MINPEAK, 1);
Wayne Roberts 0:c3ecf7b252a3 264 }*/
Wayne Roberts 0:c3ecf7b252a3 265 }
Wayne Roberts 0:c3ecf7b252a3 266
Wayne Roberts 0:c3ecf7b252a3 267 #endif /* SX126x_H */