// EEPROM Access
void Options_WriteToEEPROM(void)
{
for (int i = 0; i < NUM_OPTIONS; i++) {
Write_Int_EEProm(EEPROM_OFFSET + i * 2, Options_GetValue(i));
}
// Add Sentinel
Write_Int_EEProm(EEPROM_SENTINEL_LOC, EEPROM_SENTINEL_VAL);
}
/*
* EEPROM Routines
*/
void FrequencyManager_WriteBandsToEeprom(void)
{
debug (GUI, "FrequencyManager_WriteBandsToEeprom:\n");
uint32_t eepromFreq;
uint16_t eepromMode;
char text;
for (int i = 0; i < FREQBAND_NUMBER_OF_BANDS; i++) {
eepromFreq = Read_Long_EEProm(EEPROM_FREQBAND_OFFSET + i * 6);
if (s_bandsData[i].Setpoint != eepromFreq)
Write_Long_EEProm(EEPROM_FREQBAND_OFFSET + i *+6, s_bandsData[i].Setpoint);
eepromMode = Read_Int_EEProm(EEPROM_FREQBAND_OFFSET + i * 6 + 4);
if (s_bandsData[i].Mode != eepromMode)
Write_Int_EEProm(EEPROM_FREQBAND_OFFSET + i * 6 + 4, s_bandsData[i].Mode);
}
for (int i = 0; i < FREQBAND_NUMBER_OF_BANDS; i++) {
// buf1 = FrequencyManager_DisplayBandName (i);
for (int c=0; c<freqLabel_length; c++){
text = (char)I2C_ReadEEProm(EEPROM_FREQBAND_OFFSET + (FREQBAND_NUMBER_OF_BANDS*6) + i*(freqLabel_length+1) + c);
if (s_bandsData[i].Name[c] != text)
I2C_WriteEEProm(EEPROM_FREQBAND_OFFSET + (FREQBAND_NUMBER_OF_BANDS*6)+ i*(freqLabel_length+1) + c, s_bandsData[i].Name[c]);
}
}
}
void FrequencyManager_WriteFiltersToEeprom(void)
{
uint16_t eepromCode;
uint32_t eepromFreq;
debug(GUI, "FrequencyManager_WriteFiltersToEeprom:\n");
for (int i = 0; i < FREQ_NUMBER_OF_FILTER_BANDS; i++) {
eepromCode = Read_Int_EEProm(EEPROM_FILTERBAND_OFFSET + i*6);
if (s_bandTable[i].Code != eepromCode)
Write_Int_EEProm(EEPROM_FILTERBAND_OFFSET + i*6, s_bandTable[i].Code);
eepromFreq = Read_Long_EEProm(EEPROM_FILTERBAND_OFFSET+ i*6 + 2);
if (s_bandTable[i].Frequency != eepromFreq)
Write_Long_EEProm(EEPROM_FILTERBAND_OFFSET + i*6 + 2, s_bandTable[i].Frequency);
debug(GUI, "i = %d, code = %d, frequency = %d \n", i/6, s_bandTable[i].Code, s_bandTable[i].Frequency );
}
}
