void threadRFHumiditySave( void )
{
PYGMYMESSAGE pygmyMsg;
PYGMYSOCKET *pygmySocket;
u8 ucBuffer[ 20 ];
if( msgGet( "humidity", PYGMY_UNMARKEDID, &pygmyMsg ) ){
print( COM3, "\rMessage Received" );
if( isStringSame( pygmyMsg.Message, "TX" ) ){
convertIntToString( humidityRead(), "%d", ucBuffer );
pygmySocket = socketGet( pygmyMsg.Value, pygmyMsg.Value );
if( pygmySocket ){
print( COM3, "\rSocket Found" );
socketSendDataFromString( pygmySocket, ucBuffer );
} else{
print( COM3, "\rNo Socket Found" );
} // else
} else if( isStringSame( pygmyMsg.Message, "RX" ) ){
print( COM3, "\rHumidity: %d", pygmyMsg.Value );
convertIntToString( pygmyMsg.Value, "%d", globalHumidity );
drawForms();
} // else if
}
/*PYGMYFILE pygmyFile;
u8 ucBuffer[ 20 ];
if( fileOpen( &pygmyFile, "humidity.txt", WRITE ) ){
convertIntToString( humidityRead(), "%d", ucBuffer );
filePutString( &pygmyFile, ucBuffer );
fileClose( &pygmyFile );
} // if
*/
}
void readSensors(DataPacket_t *packet)
{
PRINTF("reading sensors...\n");
uint32_t start = getJiffies();
ledOn();
humidityOn();
packet->timestamp = getUptime();
if (!islRead(&packet->islLight, true)) {
PRINT("islRead failed\n");
packet->islLight = 0xffff;
// } else {
// PRINT("islRead OK\n");
}
packet->internalVoltage = adcRead(ADC_INTERNAL_VOLTAGE);
packet->internalTemperature = adcRead(ADC_INTERNAL_TEMPERATURE);
packet->sht75Humidity = humidityRead();
packet->sht75Temperature = temperatureRead();
humidityOff();
ledOff();
uint32_t end = getJiffies();
PRINTF(" time spent: %u ms\n", end - start);
}
void readSensors(DataPacket_t *packet)
{
DPRINTF("reading sensors...\n");
ledOn();
humidityOn();
packet->timestamp = getJiffies();
packet->sourceAddress = localAddress;
packet->dataSeqnum = ++dataSeqnum;
if (localAddress != 0x0796) {
if (!islRead(&packet->islLight, true)) {
PRINT("islRead failed\n");
packet->islLight = 0xffff;
}
packet->sq100Light = 0xffff;
} else {
packet->islLight = 0xffff;
if (!readAds(&packet->sq100Light)) {
PRINT("readAdsRegister failed\n");
packet->sq100Light = 0xffff;
}
}
packet->internalVoltage = adcRead(ADC_INTERNAL_VOLTAGE);
packet->internalTemperature = adcRead(ADC_INTERNAL_TEMPERATURE);
DPRINT("read hum\n");
packet->sht75Humidity = humidityRead();
packet->sht75Temperature = temperatureRead();
DPRINT("read done\n");
packet->crc = crc16((uint8_t *) packet, sizeof(*packet) - 2);
#if WRITE_TO_FLASH
if (extFlashAddress < EXT_FLASH_SIZE) {
DPRINT("Writing to flash\n");
extFlashWrite(extFlashAddress, packet, sizeof(*packet));
DataPacket_t verifyRecord;
memset(&verifyRecord, 0, sizeof(verifyRecord));
extFlashRead(extFlashAddress, &verifyRecord, sizeof(verifyRecord));
if (memcmp(packet, &verifyRecord, sizeof(verifyRecord))) {
ASSERT("writing in flash failed!" && false);
}
extFlashAddress += sizeof(verifyRecord);
}
#endif
humidityOff();
ledOff();
}
