-- enum type here

-- PAYLOAD_TYPE_E
PT_JPEG = 26
PT_H264 = 96
PT_H265 = 265
PT_MJPEG = 1002

--VIDEO_MODE_E
VIDEO_MODE_STREAM = 0 -- 流模式发送（不支持）
VIDEO_MODE_FRAME = 1  -- 帧模式发送

-- VO_INTF_SYNC_E

VO_OUTPUT_1080P25 = 9
VO_OUTPUT_1080P30 = 10
VO_OUTPUT_1080P50 = 11
VO_OUTPUT_1080P60 = 12

-- FH_VENC_TYPE
FH_JPEG        = (1 << 0)
FH_MJPEG       = (1 << 1)
FH_NORMAL_H264 = (1 << 2)
FH_SMART_H264  = (1 << 3)
FH_NORMAL_H265 = (1 << 4)
FH_SMART_H265  = (1 << 5)

-- FH_H264_PROFILE
H264_PROFILE_BASELINE   = 66
H264_PROFILE_MAIN   = 77
H264_PROFILE_HIGH   = 100

-- FH_H265_PROFILE
H265_PROFILE_MAIN = 1

-- FH_VENC_RC_MODE
FH_RC_H264_VBR    = 3
FH_RC_H264_CBR    = 4
FH_RC_H264_FIXQP  = 5
FH_RC_H264_AVBR   = 6
FH_RC_H265_VBR    = 7
FH_RC_H265_CBR    = 8
FH_RC_H265_FIXQP  = 9
FH_RC_H265_AVBR   = 10
FH_RC_H264_CVBR   = 11
FH_RC_H265_CVBR   = 12
FH_RC_H264_QVBR   = 13
FH_RC_H265_QVBR   = 14

-- TDE2_COLOR_FMT_E
TDE2_COLOR_FMT_ARGB1555 = 12
TDE2_COLOR_FMT_ARGB8888 = 20

--
VPU_VOMODE_BLK          = 0  -- 宏块格式 | [ ]
VPU_VOMODE_SCAN         = 1  -- 光栅格式(NV12) | [ ]
VPU_VOMODE_TILE192      = 2  -- Tile压缩192Byte | [ ]
VPU_VOMODE_TILE224      = 3  -- Tile压缩224Byte | [ ]
VPU_VOMODE_TILE256      = 4  -- Tile压缩256Byte | [ ]
VPU_VOMODE_RGB888       = 5  -- RGB888 | [ ]
VPU_VOMODE_ARGB888      = 5  -- ARGB888 | [ ]
VPU_VOMODE_YUYV         = 6  -- YUYV(YUV2) | [ ]
VPU_VOMODE_RRGGBB       = 7  -- RRGGBB | [ ]
VPU_VOMODE_NV16         = 10 -- NV16 | [ ]
VPU_VOMODE_Y            = 11 -- Y | [ ]
VPU_VOMODE_UYVY         = 12 -- UYVY | [ ]
VPU_VOMODE_YU12         = 13 -- YU12 | [ ]
VPU_VOMODE_RGB          = 14 -- RGB  | [ ]
VPU_VOMODE_BAYER_RAW    = 15 -- BAYER_RAW | [ ]
VPU_VOMODE_10BIT_NV12   = 16 -- yuv420 10bit for 2dlut | [ ]

VPU_MODE_ISP_ONLINE    = 0
VPU_MODE_DDR_OFFLINE   = 1
VPU_MODE_2DLUT_OFFLINE = 2
VPU_MODE_2DLUT_ONLINE  = 3
VPU_MODE_MAX_NUM       = 4
VPU_MODE_DISABLE       = 0xFFFF

-- ISP_OFFLINE_MODE
ISP_OFFLINE_MODE_DISABLE  = 0
ISP_OFFLINE_MODE_LINEAR   = 1
ISP_OFFLINE_MODE_WDR      = 2
-- ISP_OUT_MODE_E
ISP_OUT_TO_VPU  = (1 << 0)
ISP_OUT_TO_DDR  = (1 << 1)

-- ISP_OUT_FORMAT_E
ISP_OUT_TO_DDR_YUV420_8BIT  = 0
ISP_OUT_TO_DDR_YUV422_8BIT  = 1
ISP_OUT_TO_DDR_YUV420_10BIT = 2
ISP_OUT_TO_DDR_YUV422_10BIT = 3
-- LUT2D_WORK_MODE_E
ISP_LUT2D_BYPASS  = 0
ISP_LUT2D_ONLINE  = 1
ISP_LUT2D_OFFLINE = 2
-- isp format
FORMAT_1080P25      = 0x0203
FORMAT_1080P30      = 0x0204
FORMAT_400WP25      = 0x0603
FORMAT_400WP30      = 0x0604
FORMAT_800WP15      = 0x0801
FORMAT_800WP25      = 0x0802
FORMAT_800WP30      = 0x0803
FORMAT_WDR_1080P25  = 0x10203
FORMAT_WDR_1080P30  = 0x10204
FORMAT_WDR_800WP15  = 0x10801
FORMAT_WDR_800WP25  = 0x10802
FORMAT_WDR_800WP30  = 0x10803
-- FH_VICAP_WORK_MODE_E
VICAP_WORK_MODE_ONLINE     = 0
VICAP_WORK_MODE_OFFLINE    = 1

-- FH_VICAP_BAYER_TYPE_E
VICAP_BAYER_RGGB = 0x0
VICAP_BAYER_GRBG = 0x1
VICAP_BAYER_BGGR = 0x2
VICAP_BAYER_GBRG = 0x3

-- FH_VICAP_INPUT_DATA_TYPE_E
VICAP_DATA_IN_RAW12 = 0 --输入的数据格式为RAW12
VICAP_DATA_IN_RAW16 = 1 --输入的数据格式为RAW16
VICAP_DATA_IN_YUV16 = 2 --输入的数据格式为YUV16
----------------------------------------------------------------------------------------
-- test param
slt = {
    vbconf = {
        {size = 1920 * 1080 * 2 + 4096, count = 8},
        {size = 720 * 576 * 2 + 4096, count = 8},
    },
    preview = {
        vicap = {
            [0] = {
                csi = 1,
                dev_attr = {
                    bUsingVb   = 0,
                    Width      = 1920,
                    Height     = 1080,
                    WorkMode   = VICAP_WORK_MODE_OFFLINE,
                    DataTypeIn = VICAP_DATA_IN_RAW12,

                },
                vi_attr = {
                    BayerType = VICAP_BAYER_RGGB,
                    WorkMode  = VICAP_WORK_MODE_OFFLINE,
                    WdrMode   = 1,
                    Width     = 1920,
                    Height    = 1080,
                    Priority  = 0,
                    crop = {
                        en     = 0,
                        x      = 0,
                        y      = 0,
                        width  = 0,
                        height = 0,

                    }
                }

            },
            test_file_lf = "out/vicap_%02d_%dx%d_lf.raw",
            test_file_sf = "out/vicap_%02d_%dx%d_sf.raw",

        },
        isp = {
            [0] = {
                mem_init = {
                    offline_mode = ISP_OFFLINE_MODE_WDR,
                    out_mode     = ISP_OUT_TO_VPU,
                    out_format   = ISP_OUT_TO_DDR_YUV422_8BIT,
                    lut2d_mode   = ISP_LUT2D_BYPASS,
                    u32Width     = 1920,
                    u32Height    = 1080,
                },
                sensor_name   = "ovos02k_mipi",
                sensor_format = FORMAT_WDR_1080P25,
                sensor_init = {
                    csi = 1,
                    cci = 1,
                },
                init_cmd = "echo offline_sf_0_0x%x_0x00600000_1 > /proc/driver/isp;echo offline_lf_0_0x%x_0x00600000_1 > /proc/driver/isp;echo offline_fps_30 > /proc/driver/isp;echo offline_start > /proc/driver/isp",
                test_cmd = "out/isp_%d.yuv",
            },
            test_file = "out/isp_%d.yuv",

        },
        vpu = {
            groups = {
                [0] = { -- group0
                    group = {
                        vi_max_size = {
                            u32Width = 1920,
                            u32Height = 1080,
                        },
                        vimode = VPU_MODE_ISP_ONLINE,
                    },
                    channels = {
                        [0] = {
                            info = {
                                chn_max_size = {
                                    u32Width = 1920,
                                    u32Height = 1080,
                                },
                                out_mode = VPU_VOMODE_SCAN,
                                support_mode = 1<<VPU_VOMODE_SCAN,
                                bufnum = 2,

                            },
                            config = {
                                vpu_chn_size = {
                                    u32Width = 1920,
                                    u32Height = 1080,
                                },
                            },
                            vomode = VPU_VOMODE_SCAN,
                        },
                    },
                },

            }, -- grous end
            test_file = "out/vpu_%d_%d_%dx%d_%d.yuv",
        },
        vgs2 = {
            colorfmt = VPU_VOMODE_SCAN,
            mode = 0,
            prior = 0,
            test_file = "out/vgs2_%d_%d.yuv",
        },

    },

    playback = {
        vdec = {
            [0] = {
                attr = {
                    enType = PT_H264,
                    u32BufSize = 3840 * 2160 * 1 / 5,
                    u32Priority = 0,
                    u32PicWidth = 3840,
                    u32PicHeight = 2160,
                },
                stream_file = "rsc/vdec_3840x2160_5.264",
				test_file = "out/vdec_%02d_%dx%d.yuv",
            }
        },
        vppu = {
            [0] = {
                u32PicWidth = 1920,
                u32PicHeight = 1080,
            },
            test_file = "out/vppu_%02d_%dx%d.yuv",
        },
        vo = {
            intf = VO_OUTPUT_1080P60,
        },
        max_frame = 2, -- loop to playback frames
        max_count = 6, -- total check
    },

    venc = {
        veu = {
            [0] = {
                cap = {
                    type = FH_NORMAL_H264,
                    max_size = {
                        u32Width = 1920,
                        u32Height = 1088,
                    }
                },
                config = {
                    type = FH_NORMAL_H264,
                    attr = {
                        profile = H264_PROFILE_MAIN,
                        i_frame_intterval = 10,
                        u32Width = 704,
                        u32Height = 576,
                    },
                    rc = {
                        rc_type = FH_RC_H264_FIXQP,
                        frame_count = 250,
                        frame_time = 10,
                        iqp = 30,
                        pqp = 30,
                    }
                },
                stream_file = {
                    name = "rsc/venc_704x576_nv12x10.yuv",
                    u32Width = 704,
                    u32Height = 576,
                },
                test_file = "out/venc_%02d_%dx%d.h264",
                max_count = 10, -- 最多测试帧率，0：一直测试
            },
            [1] = {
                cap = {
                    type = FH_NORMAL_H265,
                    max_size = {
                        u32Width = 1920,
                        u32Height = 1088,
                    }
                },
                config = {
                    type = FH_NORMAL_H265,
                    attr = {
                        profile = H265_PROFILE_MAIN,
                        i_frame_intterval = 10,
                        u32Width = 704,
                        u32Height = 576,
                    },
                    rc = {
                        rc_type = FH_RC_H265_FIXQP,
                        frame_count = 250,
                        frame_time = 10,
                        iqp = 30,
                        qp = 30,
                    }
                },
                stream_file = {
                    name = "rsc/venc_704x576_nv12x10.yuv",
                    u32Width = 704,
                    u32Height = 576,
                },
                test_file = "out/venc_%02d_%dx%d.h265",
                max_count = 10, -- 最多测试帧率，0：一直测试
            },
        }
    },
    jpege = {
        [0] = {
            attr = {
                u32Width = 720,
                u32Height = 576,
            },
            stream_file = {
                name = "rsc/jpege_720x576_nv12.yuv",
                u32Width = 720,
                u32Height = 576,
            },
            test_file = "out/jpege_%02d_%dx%d.jpg",
        }
    },
    g2d = {
        src = {
            file = "rsc/g2d_background_720p.bits",
            formar = TDE2_COLOR_FMT_ARGB1555;
            u32Width = 1280,
            u32Height = 720,
        },
        dst = {
            u32Width = 1920,
            u32Height = 1080,
        },
        test_file = "out/tde_%dx%d.bits",
    },
    vdsp = {
        sramfile = "rsc/sram-sgbm-400x400-0x8f80-v1005.bin",
        leftfile = "rsc/left_400x400_gray.bin",
        rightfile = "rsc/right_400x400_gray.bin",
        test_file = "rsc/out_golden_400x400_int16.bin",
        max_width = 1280,
        max_height = 720,
        max_count = 10,
    },
    ioe = {
        picWidSrc = 1024,
        picHgtSrc = 540,
        picWidDst = 240,
        picHgtDst = 272,
        threshold = 1,
        yOnly = 1,
        pitchWidSrc = 1024,
        pitchHgtSrc = 544,

        infile = "rsc/ioe_1024x544_nv12_2_made.yuv",
        test_file = "out/ioe_%d(%d)x%d_%dx%d-%d-%d.yuv",

    },
    npu = {
        model_file = "rsc/net_combine.bin",
        pic_file = 'rsc/iss_in0_3x288x512',
        test_file = 'out/npu_golden.bin',
    }

}


local function adjust_slt_data()

end

-- 校正slt中的数据
adjust_slt_data()

debug = 1 -- turn on config file debug, default to 0
mode = 1 -- 1: generate the test golden data, default to 0: test mode
log_level = 4 -- log level