Set the transmission retries and time-out duration to each maximum

weather-sensor/firmware/nrf24l01.c

 {
 	FEATURE_REGISTER featureRegisterContents = {.byte = 0x0};
 	DYNPD_REGISTER dyndpRegisterContents = {.byte = 0x0};
+	SETUP_RETR_REGISTER setupRetrRegisterContents = {.byte = 0x0};
 	/* 
 	 * - Length of CRC (CRCO in CONFIG)
 	 * - Enable auto acknowledgment (EN_AA)
 	featureRegisterContents.bits.EN_DPL = 1; // enable dynamic payload length
 	Write_NRF_Register(FEATURE_ADDRESS, featureRegisterContents.byte);
 
+	/* */
+	setupRetrRegisterContents.bits.ARC = 0x3;
+	setupRetrRegisterContents.bits.ARD = 0xF;
+	Write_NRF_Register(SETUP_RETR_ADDRESS, setupRetrRegisterContents.byte);
+
 	/* set dynamic payload length for all data pipes */
 	dyndpRegisterContents.bits.DPL_P0 = 1;
 	dyndpRegisterContents.bits.DPL_P1 = 1;
 	uint8_t lengthRead;
 	char debugString[50] = "";
 	uint32_t timeout = 0;
+	uint8_t temp = 0;
 	/* TODO:
 	 * - if needed: PRIM_RX = 0
 	 * - Set CE = 1 for more than 10 us
 	NRF_CE_PORT &= ~(1 << NRF_CE_PIN);
 
 
+	sprintf(debugString, "-\r\n");
+	Print_Debug_String(debugString);
 	do
 	{
 		_delay_ms(1);
 	statusRegisterContents.bits.TX_DS = 1;
 	statusRegisterContents.bits.MAX_RT = 1;
 	Write_NRF_Register(STATUS_ADDRESS, statusRegisterContents.byte);
-
-	// TODO: flush FIFO if an error occured
 }
 
 void Print_Register_Contents(uint8_t address)