#ifndef __HAL_CAMERA_DEBUG_H__
#define __HAL_CAMERA_DEBUG_H__

#define CAMERA_HAL_VERSION        "3000130327_V1.0"

#define CAMERA_HAL_MODE_OLD        1
#if    (CAMERA_HAL_MODE_OLD == 1)
#define USE_OLD_MODE
#else
#define USE_NEW_MODE
#endif
#define USE_ION_MEM_ALLOCATOR

#define ALIGN_4K(x) (((x) + (4095)) & ~(4095))
#define ALIGN_32B(x) (((x) + (31)) & ~(31))
#define ALIGN_16B(x) (((x) + (15)) & ~(15))
#define ALIGN_8B(x) (((x) + (7)) & ~(7))

#define DBG_CAMERA_HARDWARE          0
#define DBG_V4L2_CAMERA              0
#define DBG_PREVIEW                  0
#define DBG_CALLBACK              0
#define DBG_CAMERA_FACTORY          0
#define DBG_CAMERA_CONFIG          0
#define DBG_BUFFER_LIST              0
#define DBG_BUFFER_SAVE              0
#define DBG_BUFFER_READ 	0


/* Defines whether we should trace parameter changes. */
#define DEBUG_PARAM 0

#define DEBUG_MSG    0

// enable all print information
#define LOG_NDEBUG 1

#define F_LOG ALOGV("%s, -------------------line: %d------------------", __FUNCTION__, __LINE__);

#define LOGV    ALOGV
#define LOGD    ALOGD
#define LOGW    ALOGW
#define LOGE    ALOGE
#define PATH "/data/camera/"

#define LOGE_IF    ALOGE_IF
#define LOGW_IF    ALOGW_IF

// performance debug
#define DBG_TIME_ENABLE        0
#if DBG_TIME_ENABLE
#define LOG_TIME            ALOGD
#define DBG_TIME_BEGIN(inf, en)                                            \
    int64_t llt_ms = systemTime() / 1000000;                            \
    int64_t lt_ms = llt_ms;                                                \
    int64_t nt_ms = 0;                                                    \
    if (en)    LOG_TIME("\t[T_DBG_bgn] %s timestamp: %lld", inf, lt_ms);

#define DBG_TIME_DIFF(inf)                                                \
    nt_ms = systemTime() / 1000000;                                        \
    LOG_TIME("\t[T_DBG_dff] %s use: %lld(ms)", inf, (nt_ms - lt_ms));    \
    lt_ms = nt_ms;

#define DBG_TIME_END(inf, en)                                            \
    nt_ms = systemTime() / 1000000;                                        \
    LOG_TIME("\t[T_DBG_end] %s use: %lld(ms)", inf, (nt_ms - llt_ms));    \
    if (en) LOG_TIME("\t[T_DBG_end] %s timestamp: %lld", inf, nt_ms);
#else
#define DBG_TIME_BEGIN(inf, en)
#define DBG_TIME_DIFF(inf)
#define DBG_TIME_END(inf, en)
#endif

#define DBG_TIME_AVG_ENABLE        0
#if DBG_TIME_AVG_ENABLE
#define LOG_TIME_AVG            ALOGD
#define DBG_TIME_AVG_BEGIN(tag)                                            \
    static int64_t tag##_time = 0;                                        \
    static int tag##_cnt = 0;

#define DBG_TIME_AVG_INIT(tag)                                            \
    tag##_time = 0;    tag##_cnt = 0;

#define DBG_TIME_AVG_AREA_IN(tag)                                        \
    int64_t tag##_diff = systemTime();

#define DBG_TIME_AVG_AREA_OUT(tag)                                        \
    tag##_diff = systemTime() - tag##_diff;                                \
    tag##_time += tag##_diff;                                            \
    tag##_cnt++;

#define DBG_TIME_AVG_END(tag, inf)                                        \
    if (tag##_cnt > 0) LOG_TIME_AVG("\t[T_DBG_avg] %s cnt: %d, average use: %lld(us)", inf, tag##_cnt, tag##_time/tag##_cnt/1000);
#else
#define DBG_TIME_AVG_BEGIN(tag)
#define DBG_TIME_AVG_INIT(tag)
#define DBG_TIME_AVG_AREA_IN(tag)
#define DBG_TIME_AVG_AREA_OUT(tag)
#define DBG_TIME_AVG_END(tag, inf)
#endif


#ifdef __SUN4I__
#define USE_MP_CONVERT
#endif

#ifdef __SUN6I__
#define USE_MP_CONVERT
#endif

#ifdef __SUN9I__

#define USE_MP_CONVERT
#endif /*USE_ION_MEM_ALLOCATOR*/


//TOOLS FOR CAPTURE BITSTREAM
//Open the following definitions to debug bitstream from V4l2 device ..
//Notice:When the tool working in Android N ,we must open SELinux(setenforece 0)
//and create the directory(mkdir Camera ,chmod 777 Camera).
#define DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_FORYUYV 0
#define DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_FORNV21  0
#define DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_TAKEPICTURE 0
#define DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_FORMJPEG 0
#define DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_FORH264 0
#define DBG_CAPTURE_STREAM_AFTER_TRANSFORMATION   0
#define LIMITED_NUM 10

#ifdef DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_TAKEPICTURE||DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_FORNV21||DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_FORH264||DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_FORYUYV||DBG_CAPTURE_STREAM_FROM_V4L2DEVICE_FORMJPEG
#define DBG_CAPTURE_V4L2DEVICE_PATH    "/data/Camera/fromDevice"
#endif

#ifdef DBG_CAPTURE_STREAM_AFTER_TRANSFORMATION
#define DBG_CAPTURE_AFTER_TRANSFORMATION_PATH    "/data/Camera/afterTransformation.yuv"
#endif

#define DISCARD_FRAME_NUM 0
extern  bool saveframe(char *str,void *p, unsigned int length,bool is_oneframe);
extern bool saveSize(int width, int height);

#endif // __HAL_CAMERA_DEBUG_H__