Arduino library for 433mhz RF sniffing and receiving.
#include <RFControl.h>
void setup() {
Serial.begin(9600);
RFControl::startReceiving(0);
}
void loop() {
if(RFControl::hasData()) {
unsigned int *timings;
unsigned int timings_size;
unsigned int pulse_length_divider = RFControl::getPulseLengthDivider();
RFControl::getRaw(&timings, &timings_size);
for(int i=0; i < timings_size; i++) {
unsigned long timing = timings[i] * pulse_length_divider;
Serial.print(timing);
Serial.write('\t');
if((i+1)%16 == 0) {
Serial.write('\n');
}
}
Serial.write('\n');
Serial.write('\n');
RFControl::continueReceiving();
}
}Outputs raw timings to serial if the same code gets received twice:
294 2630 294 242 296 1262 292 248 288 1268 286 1262 288 260 280 254
286 1274 278 256 282 1276 280 258 276 1280 276 1272 276 270 274 1274
274 284 276 1272 274 272 270 1278 272 272 274 262 270 1290 268 1280
270 274 268 270 268 1288 266 270 266 1292 264 1284 264 280 266 272
264 1302 268 272 262 1294 264 274 262 1294 262 1286 262 282 262 278
260 1294 262 274 262 1296 262 1286 262 282 262 1286 262 282 264 274
260 1310 260 1288 260 284 262 274 260 1298 260 276 260 1296 260 1290
260 284 260 276 258 1300 258 278 260 1296 260 278 258 1296 260 278
260 1292 254 10196
It can also compress the outputs:
b: 269 2632 1286 10196 0 0 0 0
t: 010002000202000002000200020200020002000200000202000002000202000002000200020200000200020200020000020200000200020200000200020002000203
The raw timings should be the same as outputed by pilight debug: https://wiki.pilight.org/doku.php/arctech_switch