// #include "device_audios.h"

// #include "record_audio_factory.h"
// #include "record_desktop_factory.h"
// #include "headers_mmdevice.h"

// #include "encoder_aac.h"
// #include "resample_pcm.h"
// #include "filter_aresample.h"

// #include "muxer_define.h"
// #include "muxer_ffmpeg.h"

// #include "utils_string.h"
// #include "system_version.h"
// #include "error_define.h"
// #include "log_helper.h"
// #include "hardware_acceleration.h"

// #include "remuxer_ffmpeg.h"
// #include "headers_ffmpeg.h"

// #include <stdio.h>
// #include <stdlib.h>
// #include <stddef.h>
// #include <stdint.h>

// #define USE_WASAPI 1

// #define V_FRAME_RATE 30
// #define V_BIT_RATE 1280*1000
// #define V_WIDTH GetSystemMetrics(SM_CXSCREEN)
// #define V_HEIGHT  GetSystemMetrics(SM_CYSCREEN);
// #define V_QUALITY 100

// #define A_SAMPLE_CHANNEL 2
// #define A_SAMPLE_RATE 44100
// #define A_BIT_RATE 128000

// //for test muxer
// static am::record_audio *_recorder_speaker = nullptr;
// static am::record_audio *_recorder_microphone = nullptr;
// static am::record_desktop *_recorder_desktop = nullptr;
// static am::muxer_file *_muxer;
// static am::record_audio *audios[2];

// //for test audio record
// static am::record_audio *_recorder_audio = nullptr;
// static am::encoder_aac *_encoder_aac = nullptr;
// static am::resample_pcm *_resample_pcm = nullptr;
// static am::filter_aresample *_filter_aresample = nullptr;

// static int _sample_in = 0;
// static int _sample_size = 0;
// static int _resample_size = 0;
// static uint8_t *_sample_buffer = nullptr;
// static uint8_t *_resample_buffer = nullptr;

// int start_muxer() {
// 	std::string input_id, input_name, out_id, out_name;

// 	am::device_audios::get_default_input_device(input_id, input_name);

// 	al_info("use default input aduio device:%s", input_name.c_str());

// 	am::device_audios::get_default_ouput_device(out_id, out_name);

// 	al_info("use default output aduio device:%s", out_name.c_str());

// 	//first audio resrouce must be speaker,otherwise the audio pts may be not correct,may need to change the filter amix descriptions with duration & sync option
// #if !USE_WASAPI

// 	record_audio_new(RECORD_AUDIO_TYPES::AT_AUDIO_DSHOW, &_recorder_speaker);
// 	_recorder_speaker->init(
// 		am::utils_string::ascii_utf8("audio=virtual-audio-capturer"),
// 		am::utils_string::ascii_utf8("audio=virtual-audio-capturer"),
// 		false
// 	);

// 	record_audio_new(RECORD_AUDIO_TYPES::AT_AUDIO_DSHOW, &_recorder_microphone);
// 	_recorder_microphone->init(am::utils_string::ascii_utf8("audio=") + input_name, input_id, true);
// #else
// 	record_audio_new(RECORD_AUDIO_TYPES::AT_AUDIO_WAS, &_recorder_speaker);
// 	_recorder_speaker->init(out_name, out_id, false);

// 	record_audio_new(RECORD_AUDIO_TYPES::AT_AUDIO_WAS, &_recorder_microphone);
// 	_recorder_microphone->init(input_name, input_id, true);
// #endif // !USE_WASAPI

// 	record_desktop_new(RECORD_DESKTOP_TYPES::DT_DESKTOP_WIN_DUPLICATION, &_recorder_desktop);

// 	RECORD_DESKTOP_RECT rect;
// 	rect.left = 0;
// 	rect.top = 0;
// 	rect.right = V_WIDTH;
// 	rect.bottom = V_HEIGHT;

// 	_recorder_desktop->init(rect, V_FRAME_RATE);

// 	audios[0] = _recorder_microphone;
// 	audios[1] = _recorder_speaker;

// 	_muxer = new am::muxer_ffmpeg();

// 	am::MUX_SETTING setting;
// 	setting.v_frame_rate = V_FRAME_RATE;
// 	setting.v_bit_rate = V_BIT_RATE;
// 	setting.v_width = V_WIDTH;
// 	setting.v_height = V_HEIGHT;
// 	setting.v_qb = V_QUALITY;
// 	setting.v_encoder_id = am::EID_VIDEO_X264;
// 	setting.v_out_width = 1920;
// 	setting.v_out_height = 1080;

// 	setting.a_nb_channel = A_SAMPLE_CHANNEL;
// 	setting.a_sample_fmt = AV_SAMPLE_FMT_FLTP;
// 	setting.a_sample_rate = A_SAMPLE_RATE;
// 	setting.a_bit_rate = A_BIT_RATE;

// 	int error = _muxer->init(am::utils_string::ascii_utf8("..\\..\\save.mp4").c_str(), _recorder_desktop, audios, 2, setting);
// 	if (error != AE_NO) {
// 		return error;
// 	}

// 	_muxer->start();

// 	return error;
// }

// void stop_muxer()
// {
// 	_muxer->stop();

// 	delete _recorder_desktop;

// 	if(_recorder_speaker)
// 		delete _recorder_speaker;

// 	if (_recorder_microphone)
// 		delete _recorder_microphone;

// 	delete _muxer;
// }

// void test_recorder()
// {
// 	//av_log_set_level(AV_LOG_DEBUG);

// 	start_muxer();

// 	getchar();

// 	//stop have bug that sometime will stuck
// 	stop_muxer();

// 	al_info("record stoped...");
// }

// void show_devices()
// {
// 	std::list<am::DEVICE_AUDIOS> devices;

// 	am::device_audios::get_input_devices(devices);

// 	for each (auto device in devices)
// 	{
// 		al_info("audio input name:%s id:%s", device.name.c_str(), device.id.c_str());
// 	}

// 	am::device_audios::get_output_devices(devices);

// 	for each (auto device in devices)
// 	{
// 		al_info("audio output name:%s id:%s", device.name.c_str(), device.id.c_str());
// 	}
// }

// void on_aac_data(AVPacket *packet) {
// 	al_debug("on aac data :%d", packet->size);
// }

// void on_aac_error(int) {

// }

// void on_pcm_error(int, int) {

// }

// void on_pcm_data1(AVFrame *frame, int index) {

// 	int copied_len = 0;
// 	int sample_len = av_samples_get_buffer_size(NULL, ffmpeg_get_frame_channels(frame), frame->nb_samples, (AVSampleFormat)frame->format, 1);
// 	int remain_len = sample_len;

// 	int is_planner = av_sample_fmt_is_planar((AVSampleFormat)frame->format);

// 	while (remain_len > 0) {//should add is_planner codes
// 							//cache pcm
// 		copied_len = min(_sample_size - _sample_in, remain_len);
// 		if (copied_len) {
// 			memcpy(_sample_buffer + _sample_in, frame->data[0] + sample_len - remain_len, copied_len);
// 			_sample_in += copied_len;
// 			remain_len = remain_len - copied_len;
// 		}

// 		//got enough pcm to encoder,resample and mix
// 		if (_sample_in == _sample_size) {
// 			int ret = _resample_pcm->convert(_sample_buffer, _sample_size, _resample_buffer,_resample_size);
// 			if (ret > 0) {
// 				_encoder_aac->put(_resample_buffer, _resample_size, frame);
// 			}
// 			else {
// 				al_debug("resample audio %d failed,%d", index, ret);
// 			}

// 			_sample_in = 0;
// 		}
// 	}
// }

// void on_pcm_data(AVFrame *frame, int index) {
// 	_filter_aresample->add_frame(frame);
// }

// void on_aresample_data(AVFrame * frame,int index) {
// 	int copied_len = 0;
// 	int sample_len = av_samples_get_buffer_size(frame->linesize, ffmpeg_get_frame_channels(frame), frame->nb_samples, (AVSampleFormat)frame->format, 1);
// 	sample_len = av_samples_get_buffer_size(NULL, ffmpeg_get_frame_channels(frame), frame->nb_samples, (AVSampleFormat)frame->format, 1);

// 	int remain_len = sample_len;

// 	//for data is planar,should copy data[0] data[1] to correct buff pos
// 	if (av_sample_fmt_is_planar((AVSampleFormat)frame->format) == 0) {
// 		while (remain_len > 0) {
// 			//cache pcm
// 			copied_len = min(_sample_size - _sample_in, remain_len);
// 			if (copied_len) {
// 				memcpy(_resample_buffer + _sample_in, frame->data[0] + sample_len - remain_len, copied_len);
// 				_sample_in += copied_len;
// 				remain_len = remain_len - copied_len;
// 			}

// 			//got enough pcm to encoder,resample and mix
// 			if (_sample_in == _sample_size) {
// 				_encoder_aac->put(_resample_buffer, _sample_size, frame);

// 				_sample_in = 0;
// 			}
// 		}
// 	}
// 	else {//resample size is channels*frame->linesize[0],for 2 channels
// 		while (remain_len > 0) {
// 			copied_len = min(_sample_size - _sample_in, remain_len);
// 			if (copied_len) {
// 				memcpy(_resample_buffer + _sample_in / 2, frame->data[0] + (sample_len - remain_len) / 2, copied_len / 2);
// 				memcpy(_resample_buffer + _sample_size / 2 + _sample_in / 2, frame->data[1] + (sample_len - remain_len) / 2, copied_len / 2);
// 				_sample_in += copied_len;
// 				remain_len = remain_len - copied_len;
// 			}

// 			if (_sample_in == _sample_size) {
// 				_encoder_aac->put(_resample_buffer, _sample_size, frame);

// 				_sample_in = 0;
// 			}
// 		}
// 	}
// }

// void on_aresample_error(int error,int index) {

// }

// void save_aac() {
// 	std::string input_id, input_name, out_id, out_name;

// 	am::device_audios::get_default_input_device(input_id, input_name);

// 	am::device_audios::get_default_ouput_device(out_id, out_name);

// #if 0
// 	al_info("use default \r\noutput aduio device name:%s \r\noutput audio device id:%s ",
// 		out_name.c_str(), out_id.c_str());

// 	record_audio_new(RECORD_AUDIO_TYPES::AT_AUDIO_WAS, &_recorder_audio);
// 	_recorder_audio->init(out_name, out_id, false);
// #else
// 	al_info("use default \r\ninput aduio device name:%s \r\ninput audio device id:%s ",
// 		input_name.c_str(), input_id.c_str());

// 	record_audio_new(RECORD_AUDIO_TYPES::AT_AUDIO_WAS, &_recorder_audio);
// 	_recorder_audio->init(input_name, input_id, true);
// #endif

// 	_recorder_audio->registe_cb(on_pcm_data, on_pcm_error, 0);

// 	_encoder_aac = new am::encoder_aac();
// 	_encoder_aac->init(A_SAMPLE_CHANNEL, A_SAMPLE_RATE, AV_SAMPLE_FMT_FLTP, A_BIT_RATE);

// 	am::SAMPLE_SETTING src, dst = { 0 };
// 	src = {
// 		_encoder_aac->get_nb_samples(),
// 		(int64_t)ffmpeg_get_default_channel_layout(_recorder_audio->get_channel_num()),
// 		_recorder_audio->get_channel_num(),
// 		_recorder_audio->get_fmt(),
// 		_recorder_audio->get_sample_rate()
// 	};
// 	dst = {
// 		_encoder_aac->get_nb_samples(),
// 		(int64_t)ffmpeg_get_default_channel_layout(A_SAMPLE_CHANNEL),
// 		A_SAMPLE_CHANNEL,
// 		AV_SAMPLE_FMT_FLTP,
// 		A_SAMPLE_RATE
// 	};

// 	_resample_pcm = new am::resample_pcm();
// 	_resample_pcm->init(&src, &dst, &_resample_size);
// 	_resample_buffer = new uint8_t[_resample_size];

// 	_sample_size = av_samples_get_buffer_size(NULL, A_SAMPLE_CHANNEL, _encoder_aac->get_nb_samples(), _recorder_audio->get_fmt(), 1);
// 	_sample_buffer = new uint8_t[_sample_size];

// 	_filter_aresample = new am::filter_aresample();
// 	_filter_aresample->init({
// 		NULL,NULL,
// 		_recorder_audio->get_time_base(),
// 		_recorder_audio->get_sample_rate(),
// 		_recorder_audio->get_fmt(),
// 		_recorder_audio->get_channel_num(),
// 		(int64_t)ffmpeg_get_default_channel_layout(_recorder_audio->get_channel_num())
// 	}, {
// 		NULL,NULL,
// 		{ 1,AV_TIME_BASE },
// 		A_SAMPLE_RATE,
// 		AV_SAMPLE_FMT_FLTP,
// 		A_SAMPLE_CHANNEL,
// 		(int64_t)ffmpeg_get_default_channel_layout(A_SAMPLE_CHANNEL)
// 	},0);
// 	_filter_aresample->registe_cb(on_aresample_data, on_aresample_error);

// 	_filter_aresample->start();
// 	_encoder_aac->start();
// 	_recorder_audio->start();

// 	getchar();

// 	_recorder_audio->stop();
// 	_filter_aresample->stop();

// 	delete _recorder_audio;
// 	delete _encoder_aac;
// 	delete _resample_pcm;
// 	delete _filter_aresample;

// 	delete[] _sample_buffer;
// 	delete[] _resample_buffer;
// }

// void test_audio()
// {
// 	std::string input_id, input_name, out_id, out_name;

// 	am::device_audios::get_default_input_device(input_id, input_name);

// 	al_info("use default \r\ninput aduio device name:%s \r\ninput audio device id:%s ",
// 		input_name.c_str(), input_id.c_str());

// 	am::device_audios::get_default_ouput_device(out_id, out_name);

// 	al_info("use default \r\noutput aduio device name:%s \r\noutput audio device id:%s ",
// 		out_name.c_str(), out_id.c_str());

// 	record_audio_new(RECORD_AUDIO_TYPES::AT_AUDIO_WAS, &_recorder_speaker);
// 	_recorder_speaker->init(am::utils_string::ascii_utf8("Default"), am::utils_string::ascii_utf8("Default"), false);

// 	//record_audio_new(RECORD_AUDIO_TYPES::AT_AUDIO_WAS, &_recorder_microphone);
// 	//_recorder_microphone->init(input_name,input_id, true);

// 	_recorder_speaker->start();

// 	//_recorder_microphone->start();

// 	getchar();

// 	_recorder_speaker->stop();
// 	//_recorder_microphone->stop();
// }

// void on_remux_progress(const char *src, int progress, int total)
// {
// 	al_debug("on remux progress:%s %d %d", src, progress, total);
// }

// void on_remux_state(const char *src, int state, int error) {
// 	al_debug("on remux state:%s %d %d", src, state, error);
// }

// void test_remux() {
// #if TEST_MULTI_THREAD
// 	for (int i = 0; i < 20; i++) {
// 		am::REMUXER_PARAM param = { 0 };
// 		sprintf_s(param.src, 260, "%d", i);
// 		am::remuxer_ffmpeg::instance()->create_remux(param);
// 	}
// #else
// 	am::REMUXER_PARAM param = { 0 };

// 	sprintf_s(param.src, 260, "%s", am::utils_string::ascii_utf8("..\\..\\save.mkv").c_str());
// 	sprintf_s(param.dst, 260, "%s", am::utils_string::ascii_utf8("..\\..\\save.mp4").c_str());

// 	param.cb_progress = on_remux_progress;

// 	param.cb_state = on_remux_state;

// 	am::remuxer_ffmpeg::instance()->create_remux(param);
// #endif
// }

// void test_scale() {
// 	static const double scaled_vals[] = { 1.0,         1.25, (1.0 / 0.75), 1.5,
// 		(1.0 / 0.6), 1.75, 2.0,          2.25,
// 		2.5,         2.75, 3.0,          0.0 };

// 	auto get_valid_out_resolution = [](int src_width, int src_height, int * out_width, int * out_height)
// 	{
// 		int scale_cx = src_width;
// 		int scale_cy = src_height;

// 		int i = 0;

// 		while (((scale_cx * scale_cy) > (1920 * 1080)) && scaled_vals[i] > 0.0) {
// 			double scale = scaled_vals[i++];
// 			scale_cx = uint32_t(double(src_width) / scale);
// 			scale_cy = uint32_t(double(src_height) / scale);
// 		}

// 		if (scale_cx % 2 != 0) {
// 			scale_cx += 1;
// 		}

// 		if (scale_cy % 2 != 0) {
// 			scale_cy += 1;
// 		}

// 		*out_width = scale_cx;
// 		*out_height = scale_cy;

// 		al_info("get valid output resolution from %dx%d to %dx%d,with scale:%lf", src_width, src_height, scale_cx, scale_cy, scaled_vals[i]);
// 	};

// 	int src_width=2736, src_height=1824;
// 	int dst_width, dst_height;

// 	get_valid_out_resolution(src_width, src_height, &dst_width, &dst_height);
// }

// int main(int argc, char **argv)
// {
// 	al_info("record start...");

// 	am::winversion_info ver = { 0 };

// 	am::system_version::get_win(&ver);

// 	bool is_win8_or_above = am::system_version::is_win8_or_above();

// 	bool is_ia32 = am::system_version::is_32();

// 	al_info("win version: %d.%d.%d.%d", ver.major, ver.minor, ver.build, ver.revis);
// 	al_info("is win8 or above: %s", is_win8_or_above ? "true" : "false");

// 	//auto hw_encoders = am::hardware_acceleration::get_supported_video_encoders();

// 	//show_devices();

// 	//test_audio();

// 	test_recorder();

// 	//test_remux();

// 	//save_aac();

// 	//test_scale();

// 	al_info("press any key to exit...");
// 	system("pause");

// 	return 0;
// }