void show_ddmi (void) {
FloatOrUInt calibration_tx;
FloatOrUInt calibration_rx;
dev_control (dev_sfp, dev_on);
Delayms(400);
if(SFP_Init()) {
Delayms(50);
float buffer2[16][5];
float buffer[5];
float current_tx=0;
float current_rx=0;
SFP_READ_DDMI_All_float(buffer);
current_tx = buffer[3];
current_rx = buffer[4];
for (int i=0;i<16;i++) {
SFP_READ_DDMI_All_float(buffer);
//if((buffer[3] < (current_tx+current_tx*0.005)) || (buffer[3] > (current_tx-current_tx*0.005)))
current_tx=buffer[3];
if((buffer[4] < (current_rx+current_rx*0.005)) || (buffer[4] > (current_rx-current_rx*0.005)))
current_rx=buffer[4];
//Delayms(15);
printf("TX: %2.3f dbm\n\r",current_tx);
printf("RX: %2.3f dbm\n\r",current_rx);
}
buffer[3]=0.0;
buffer[4]=0.0;
for(int i=0;i<8;i++) {
buffer[3]+=buffer2[i][3];
buffer[4]+=buffer2[i][4];
}
buffer[3]/=8;
buffer[4]/=8;
}
dev_control (dev_sfp, dev_off);
GPIO_ResetBits(SFP_POWER_PORT, SFP_POWER);
bkpram(GC_LOAD,calibration_tx.fInt,GC_CALIBRATION_TX,GC_CALIBRATION_LENGTH);
bkpram(GC_LOAD,calibration_rx.fInt,GC_CALIBRATION_RX,GC_CALIBRATION_LENGTH);
//printf("SFP Temperature: %02.2f\n\r",buffer[0]);
//printf("SFP Voltage: %02.2f\n\r",buffer[1]);
printf("%02.2f\n\r",buffer[3]-calibration_tx.f);
//printf("SFP RX Power: %02.2f dbm\n\r",buffer[4]-calibration_rx.f);
}
void SFP_READ_DDMI (SFP_Data* ddmi) {
if(SFP_Init()==0){
ddmi->connected = 0;
ddmi->temp = -500.0;
ddmi->current = -500.0;
ddmi->rx_power = -500.0;
ddmi->rx_power_dbm = -500.0;
ddmi->tx_power = -500.0;
ddmi->tx_power_dbm = -500.0;
ddmi->voltage = -500.0;
}
else {
ddmi->connected = 1;
ddmi->temp = SFP_READ_DDMI_Single_float(temperature);
ddmi->voltage = SFP_READ_DDMI_Single_float(voltage);
ddmi->current = SFP_READ_DDMI_Single_float(current);
ddmi->tx_power = SFP_READ_DDMI_Single_float(tx_mw);
ddmi->rx_power = SFP_READ_DDMI_Single_float(rx_mw);
}
}