211 lines
11 KiB
C++
211 lines
11 KiB
C++
/*
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* This file is part of Photoduino.
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*
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* Photoduino is free software: you can redistribute it and/or modify
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* it under the terms of the GNU General Public License as published by
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* the Free Software Foundation, either version 3 of the License, or
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* (at your option) any later version.
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*
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* Photoduino is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with Photoduino. If not, see <http://www.gnu.org/licenses/>.
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*/
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void config_init(){
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// Check if the firmware version is the same of eeprom config
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if (
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EEPROM.read(EE_ADDR_SIGNATURE_CODE1) == SIGNATURE_CODE1 &&
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EEPROM.read(EE_ADDR_SIGNATURE_CODE2) == SIGNATURE_CODE2 &&
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EEPROM.read(EE_ADDR_SIGNATURE_CODE3) == SIGNATURE_CODE3 &&
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EEPROM.read(EE_ADDR_SIGNATURE_CODE4) == SIGNATURE_CODE4 &&
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EEPROM.read(EE_ADDR_CODE_MAJOR_VERSION) == CODE_MAJOR_VERSION &&
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EEPROM.read(EE_ADDR_CODE_MINOR_VERSION) == CODE_MINOR_VERSION
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) {
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// loads in ram the eeprom config
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config_loadBackup_all();
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} else {
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// clear the eeprom
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backlight_toggle();
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display_printResetting();
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for (unsigned int i = 0; i < EEPROM_SIZE; i++) {
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display_printProgressBar(i, EEPROM_SIZE);
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EEPROM.write(i, 0xFF);
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}
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// writes sign codes
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EEPROM.write(EE_ADDR_SIGNATURE_CODE1,SIGNATURE_CODE1);
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EEPROM.write(EE_ADDR_SIGNATURE_CODE2,SIGNATURE_CODE2);
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EEPROM.write(EE_ADDR_SIGNATURE_CODE3,SIGNATURE_CODE3);
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EEPROM.write(EE_ADDR_SIGNATURE_CODE4,SIGNATURE_CODE4);
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EEPROM.write(EE_ADDR_CODE_MAJOR_VERSION,CODE_MAJOR_VERSION);
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EEPROM.write(EE_ADDR_CODE_MINOR_VERSION,CODE_MINOR_VERSION);
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// load defaults in ram and save it on eeprom
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config_loadDefaults_all();
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config_saveBackup_all();
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}
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}
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void config_loadDefaults_all(){
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config_loadDefaults_system();
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config_loadDefaults_intervalometerMode();
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config_loadDefaults_sensorTriggerMode();
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}
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void config_saveBackup_all(){
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config_saveBackup_system();
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config_saveBackup_intervalometerMode();
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config_saveBackup_sensorTriggerMode();
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}
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void config_loadBackup_all(){
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config_loadBackup_system();
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config_loadBackup_intervalometerMode();
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config_loadBackup_sensorTriggerMode();
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}
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// Load the system config from eeprom to ram
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void config_loadBackup_system(){
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system_useBacklight = EEPROM.read(EE_ADDR_system_useBacklight);
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system_useSpeaker = EEPROM.read(EE_ADDR_system_useSpeaker);
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system_sensorTuningMode = EEPROM.read(EE_ADDR_system_sensorTuningMode);
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system_cameraShutterLag = eeprom_readInt(EE_ADDR_system_cameraShutterLag);
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system_cameraMirrorLockUpTimeout = eeprom_readInt(EE_ADDR_system_cameraMirrorLockUpTimeout);
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system_useFlash1 = EEPROM.read(EE_ADDR_system_useFlash1);
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system_useFlash2 = EEPROM.read(EE_ADDR_system_useFlash2);
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system_devicePortType = EEPROM.read(EE_ADDR_system_devicePortType);
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}
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// Load the default system config to ram
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void config_loadDefaults_system() {
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system_useBacklight = DEFAULT_system_useBacklight;
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system_useSpeaker = DEFAULT_system_useSpeaker;
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system_sensorTuningMode = DEFAULT_system_sensorTuningMode;
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system_cameraShutterLag = DEFAULT_system_cameraShutterLag;
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system_cameraMirrorLockUpTimeout = DEFAULT_system_cameraMirrorLockUpTimeout;
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system_useFlash1 = DEFAULT_system_useFlash1;
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system_useFlash2 = DEFAULT_system_useFlash2;
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system_devicePortType = DEFAULT_system_devicePortType;
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}
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// Save the system config from ram to eeprom
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void config_saveBackup_system(){
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EEPROM.write(EE_ADDR_system_useBacklight, system_useBacklight);
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EEPROM.write(EE_ADDR_system_useSpeaker, system_useSpeaker);
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EEPROM.write(EE_ADDR_system_sensorTuningMode, system_sensorTuningMode);
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eeprom_writeInt(EE_ADDR_system_cameraShutterLag, system_cameraShutterLag);
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eeprom_writeInt(EE_ADDR_system_cameraMirrorLockUpTimeout, system_cameraMirrorLockUpTimeout);
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EEPROM.write(EE_ADDR_system_useFlash1, system_useFlash1);
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EEPROM.write(EE_ADDR_system_useFlash2, system_useFlash2);
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EEPROM.write(EE_ADDR_system_devicePortType, system_devicePortType);
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}
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// Load the default interval mode config to ram
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void config_loadDefaults_intervalometerMode() {
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intervalometerMode_autofocusTime = DEFAULT_intervalometerMode_autofocusTime;
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intervalometerMode_preFlash1Time = DEFAULT_intervalometerMode_preFlash1Time;
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intervalometerMode_preFlash2Time = DEFAULT_intervalometerMode_preFlash2Time;
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intervalometerMode_preCloseTime = DEFAULT_intervalometerMode_preCloseTime;
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intervalometerMode_intervalUnits = DEFAULT_intervalometerMode_intervalUnits;
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intervalometerMode_intervalValue = DEFAULT_intervalometerMode_intervalValue;
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intervalometerMode_numCycles = DEFAULT_intervalometerMode_numCycles;
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}
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// Save the inverval mode config to eeprom
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void config_saveBackup_intervalometerMode(){
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eeprom_writeInt(EE_ADDR_intervalometerMode_autofocusTime, intervalometerMode_autofocusTime);
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eeprom_writeInt(EE_ADDR_intervalometerMode_preFlash1Time, intervalometerMode_preFlash1Time);
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eeprom_writeInt(EE_ADDR_intervalometerMode_preFlash2Time, intervalometerMode_preFlash2Time);
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eeprom_writeInt(EE_ADDR_intervalometerMode_preCloseTime, intervalometerMode_preCloseTime);
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EEPROM.write(EE_ADDR_intervalometerMode_intervalUnits, intervalometerMode_intervalUnits);
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eeprom_writeInt(EE_ADDR_intervalometerMode_intervalValue, intervalometerMode_intervalValue);
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eeprom_writeInt(EE_ADDR_intervalometerMode_numCycles, intervalometerMode_numCycles);
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}
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// Load the interval mode config from eeprom to ram
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void config_loadBackup_intervalometerMode(){
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intervalometerMode_autofocusTime = eeprom_readInt(EE_ADDR_intervalometerMode_autofocusTime);
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intervalometerMode_preFlash1Time = eeprom_readInt(EE_ADDR_intervalometerMode_preFlash1Time);
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intervalometerMode_preFlash2Time = eeprom_readInt(EE_ADDR_intervalometerMode_preFlash2Time);
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intervalometerMode_preCloseTime = eeprom_readInt(EE_ADDR_intervalometerMode_preCloseTime);
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intervalometerMode_intervalUnits = EEPROM.read(EE_ADDR_intervalometerMode_intervalUnits);
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intervalometerMode_intervalValue = eeprom_readInt(EE_ADDR_intervalometerMode_intervalValue);
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intervalometerMode_numCycles = eeprom_readInt(EE_ADDR_intervalometerMode_numCycles);
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}
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// Load the sensorTriggerMode from eeprom to ram
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void config_loadBackup_sensorTriggerMode(){
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sensorTriggerMode_sensorType = EEPROM.read(EE_ADDR_sensorTriggerMode_sensorType);
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sensorTriggerMode_sensorAudioLimit = eeprom_readInt(EE_ADDR_sensorTriggerMode_sensorAudioLimit);
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sensorTriggerMode_sensorBarrierLimit = eeprom_readInt(EE_ADDR_sensorTriggerMode_sensorBarrierLimit);
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sensorTriggerMode_sensorLightLimit = eeprom_readInt(EE_ADDR_sensorTriggerMode_sensorLightLimit);
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sensorTriggerMode_sensorShockLimit = eeprom_readInt(EE_ADDR_sensorTriggerMode_sensorShockLimit);
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sensorTriggerMode_shootingMode = EEPROM.read(EE_ADDR_sensorTriggerMode_shootingMode);
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sensorTriggerMode_autofocusTime = eeprom_readInt(EE_ADDR_sensorTriggerMode_autofocusTime);
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sensorTriggerMode_preFlash1Time = eeprom_readInt(EE_ADDR_sensorTriggerMode_preFlash1Time);
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sensorTriggerMode_preFlash2Time = eeprom_readInt(EE_ADDR_sensorTriggerMode_preFlash2Time);
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sensorTriggerMode_preCloseTime = eeprom_readInt(EE_ADDR_sensorTriggerMode_preCloseTime);
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sensorTriggerMode_numCycles = eeprom_readInt(EE_ADDR_sensorTriggerMode_numCycles);
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sensorTriggerMode_interCycleTime = eeprom_readInt(EE_ADDR_sensorTriggerMode_interCycleTime);
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sensorTriggerMode_dropsCount = eeprom_readInt(EE_ADDR_sensorTriggerMode_dropsCount);
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sensorTriggerMode_dropsDuration = eeprom_readInt(EE_ADDR_sensorTriggerMode_dropsDuration);
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sensorTriggerMode_dropsInterval = eeprom_readInt(EE_ADDR_sensorTriggerMode_dropsInterval);
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}
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// Load the default sensorTriggerMode config to ram
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void config_loadDefaults_sensorTriggerMode() {
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sensorTriggerMode_sensorType = DEFAULT_sensorTriggerMode_sensorType;
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sensorTriggerMode_sensorAudioLimit = DEFAULT_sensorTriggerMode_sensorAudioLimit;
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sensorTriggerMode_sensorBarrierLimit = DEFAULT_sensorTriggerMode_sensorBarrierLimit;
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sensorTriggerMode_sensorLightLimit = DEFAULT_sensorTriggerMode_sensorLightLimit;
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sensorTriggerMode_sensorShockLimit = DEFAULT_sensorTriggerMode_sensorShockLimit;
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sensorTriggerMode_shootingMode = DEFAULT_sensorTriggerMode_shootingMode;
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sensorTriggerMode_autofocusTime = DEFAULT_sensorTriggerMode_autofocusTime;
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sensorTriggerMode_preFlash1Time = DEFAULT_sensorTriggerMode_preFlash1Time;
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sensorTriggerMode_preFlash2Time = DEFAULT_sensorTriggerMode_preFlash2Time;
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sensorTriggerMode_preCloseTime = DEFAULT_sensorTriggerMode_preCloseTime;
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sensorTriggerMode_numCycles = DEFAULT_sensorTriggerMode_numCycles;
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sensorTriggerMode_interCycleTime = DEFAULT_sensorTriggerMode_interCycleTime;
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sensorTriggerMode_dropsCount = DEFAULT_sensorTriggerMode_dropsCount;
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sensorTriggerMode_dropsDuration = DEFAULT_sensorTriggerMode_dropsDuration;
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sensorTriggerMode_dropsInterval = DEFAULT_sensorTriggerMode_dropsInterval;
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}
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// Save the sensorTriggerMode from ram to eeprom
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void config_saveBackup_sensorTriggerMode(){
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EEPROM.write(EE_ADDR_sensorTriggerMode_sensorType, sensorTriggerMode_sensorType);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_sensorAudioLimit, sensorTriggerMode_sensorAudioLimit);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_sensorBarrierLimit, sensorTriggerMode_sensorBarrierLimit);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_sensorLightLimit, sensorTriggerMode_sensorLightLimit);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_sensorShockLimit, sensorTriggerMode_sensorShockLimit);
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EEPROM.write(EE_ADDR_sensorTriggerMode_shootingMode, sensorTriggerMode_shootingMode);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_autofocusTime, sensorTriggerMode_autofocusTime);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_preFlash1Time, sensorTriggerMode_preFlash1Time);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_preFlash2Time, sensorTriggerMode_preFlash2Time);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_preCloseTime, sensorTriggerMode_preCloseTime);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_numCycles, sensorTriggerMode_numCycles);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_interCycleTime, sensorTriggerMode_interCycleTime);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_dropsCount, sensorTriggerMode_dropsCount);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_dropsDuration, sensorTriggerMode_dropsDuration);
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eeprom_writeInt(EE_ADDR_sensorTriggerMode_dropsInterval, sensorTriggerMode_dropsInterval);
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}
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