ocr_impulse_counter.h

// SPDX-FileCopyrightText: AC SOFTWARE SP. Z O.O.
// SPDX-License-Identifier: GPL-2.0-or-later
 
#ifndef SRC_SUPLA_SENSOR_OCR_IMPULSE_COUNTER_H_
#define SRC_SUPLA_SENSOR_OCR_IMPULSE_COUNTER_H_
 
#include <supla/clock/clock.h>
#include <supla/device/factory_test.h>
 
#include "virtual_impulse_counter.h"
 
namespace Supla {
 
namespace Sensor {
class OcrImpulseCounter : public VirtualImpulseCounter {
 public:
  OcrImpulseCounter();
  virtual ~OcrImpulseCounter();
  void onLoadConfig(SuplaDeviceClass *sdc) override;
  void onLoadState() override;
  void onSaveState() override;
  void onInit() override;
  void iterateAlways() override;
  bool iterateConnected() override;
  int handleCalcfgFromServer(TSD_DeviceCalCfgRequest *request) override;
 
  void addAvailableLightingMode(uint64_t mode);
  void resetCounter() override;
 
  void setFactoryTester(Supla::Device::FactoryTest *tester);
  bool cleanupOcrTestModeConfig();
 
 protected:
  // takes photo and initialize photoDataBuffer and photoDataSize
  // returns true if photo was taken successfully
  virtual bool takePhoto() = 0;
  // release photo resource by clearing photoDataBuffer and photoDataSize
  // and calling releasePhoto for implementation specific actions
  void releasePhotoResource();
  // additional releasing of resources if needed by implementation
  virtual void releasePhoto() = 0;
  // implement turning on/off the LED. State == 0..100 %
  virtual void setLedState(int state) = 0;
  // turns on led if needed and handles delay between led turning on and photo
  bool handleLedStateBeforePhoto();
  void handleLedStateAfterPhoto();
  void onRegistered(Supla::Protocol::SuplaSrpc *suplaSrpc) override;
 
  virtual bool sendPhotoToOcrServer(const char *url,
                                    const char *authkey,
                                    char *resultBuffer,
                                    int resultBufferSize,
                                    const char *cropSettings) = 0;
  void parseServerResponse(const char *response, int responseSize);
 
  void clearOcrConfig();
  Supla::ApplyConfigResult applyChannelConfig(TSD_ChannelConfig *result,
                                              bool local) override;
  void fillChannelConfig(void *channelConfig,
                         int *size,
                         uint8_t configType) override;
  void fixOcrLightingMode();
  void stopResultCheck();
 
  virtual bool getStatusFromOcrServer(const char *url,
                                      const char *authkey,
                                      char *buf,
                                      int size) = 0;
  void parseStatus(const char *response, int responseSize);
 
  void generateUrl(char *url,
                   int urlSize,
                   const char *photoUuid = nullptr) const;
 
  TChannelConfig_OCR ocrConfig = {};
  uint64_t availableLightingModes = 0;
  uint32_t lastPhotoTakeTimestamp = 0;
  uint32_t lastOcrInteractionTimestamp = 0;
  uint32_t ledTurnOnTimestamp = 0;
  char lastUUIDToCheck[37] = {};
  unsigned char *photoDataBuffer = nullptr;
  int photoDataSize = 0;
 
  // values stored in Storage
  uint64_t lastCorrectOcrReading = 0;
  time_t lastCorrectOcrReadingTimestamp = 0;
  SuplaDeviceClass *sdc = nullptr;
  bool testMode = false;
  uint32_t testModeDelay = 0;
  Supla::Device::FactoryTest *factoryTester = nullptr;
  uint32_t photosCount = 0;
  int32_t ocrTestExpectedResult = -1;
};
 
}  // namespace Sensor
}  // namespace Supla
 
#endif  // SRC_SUPLA_SENSOR_OCR_IMPULSE_COUNTER_H_