#include <stdio.h>



#include "Define_config.h"

#include "SamsungSolomonVoiceW.h"



#if(FLAG_SELECT_C_DSP == 1)

#include <stdlib.h>

#endif



#define DIAMONDVOICE_FRAME_TX			320 //	SAMSUNGDIAMONDVOICEWIDEBAND_TX, SAMSUNGDIAMONDVOICENARROWBAND_TX

#define TESTPATH "D:\\2_16_Bean\\Dump\\mcps_check\\"

int FrmCnt_main;



#if(FLAG_SELECT_C_DSP == 1)

FILE *fp_debug_ns_para, *fp_debug_ns_vec1, *fp_debug_ns_vec2, *fp_debug_aecoutpwr, *fp_debug_ns_vec3, *fp_debug_ns_vec4, *fp_debug_ns_vec5, *fp_debug_res_regression;

FILE *fp_debug_Pwr_RX_AECIN_dB_C, *fp_debug_ADF_C;

FILE *fp_debug_NS;

FILE *fp_debug_dump;

FILE *fp_WnlmsFilterCoeff;

FILE *fp_npvss_nlms;

FILE *fp_Wfnlms_new;

FILE *fp_inoutVAD;

FILE *fp_f0contour;

FILE *fp_dbg_Mixing;

//FILE *fp_dbg_Unfit;

FILE *fp_dbg_Wind;

FILE *fp_fft_out_inner;

FILE *fp_fft_out_outer;

FILE *fp_dbg_NoiseState;

FILE *fp_dbg_MixingState;

FILE *fp_dbg_Mixingdbg0;

FILE *fp_dbg_Mixingdbg1;

FILE *fp_dbg_Mixingdbg2;

FILE *fp_dbg_Mixingdbg3;

FILE *fp_dbg_MBDRC;

FILE *fp_deg_2micBF[N_fp_2micBF_debuffiles];



// solomonvoice_sub_module_point_tmp

FILE *fp_fx_SolomonVoice_ringbacktone_detection;



FILE *fp_f0_based_preNS_para;

FILE *fp_inner8kout;

#endif



// 1mic ECNS-------------------------------

SamsungSolomonVoiceParam DiamondVoice_DV_TX_Config = { 0, };

SamsungSolomonVoiceEngine_Handle_t SamsungDiamondVoiceEngine_vars_Tx = { 0, }; 



short Speech_buf_Tx_Inner[SAMSUNGDIAMONDVOICEWIDEBAND_TX];//   = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);

short Speech_buf_Tx_Outer_1[SAMSUNGDIAMONDVOICEWIDEBAND_TX];// = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);		

short Speech_buf_Tx_Outer_2[SAMSUNGDIAMONDVOICEWIDEBAND_TX];// = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);		

short Speech_buf_RX_Inner[SAMSUNGDIAMONDVOICEWIDEBAND_TX];//   = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);

short Speech_buf_RX_Outer[SAMSUNGDIAMONDVOICEWIDEBAND_TX];//   = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);

short Output_buf_TX[SAMSUNGDIAMONDVOICEWIDEBAND_TX];//   = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);



#if(FLAG_SELECT_C_DSP == 1)

/* dbg output */

short Output_buf_Inner_NB[SAMSUNGDIAMONDVOICEWIDEBAND_TX>>1];// = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);

short Output_buf_Outer[SAMSUNGDIAMONDVOICEWIDEBAND_TX];// = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);

short Output_buf_Inner_WB[SAMSUNGDIAMONDVOICEWIDEBAND_TX];// = (short *)malloc(sizeof(short)* SAMSUNGDIAMONDVOICEWIDEBAND_TX);

#endif



int main(int argc, char *argv[])

{

	// 1mic ECNS-------------------------------

	short i;

//	int tmp_InPara, Outer_tmp_InPara;



	FILE *ifp1, *ifp2, *ifp3, *ifp4, *ofp1;

#if(FLAG_SELECT_C_DSP == 1)

	//FILE *ofp2, *ofp3, *ofp4;



	// solomonvoice_sub_module_point_tmp

	fp_fx_SolomonVoice_ringbacktone_detection = fopen(".\\debug\\fp_fx_SolomonVoice_ringbacktone_detection.txt", "w");



	

	// 1mic ECNS-------------------------------

	fp_Wfnlms_new = fopen(".\\debug\\Wfnlms_new.txt", "w");



	fp_debug_ns_para = fopen(".\\debug\\debug_ns_para.txt", "w");

	fp_debug_ns_vec1 = fopen(".\\debug\\debug_ns_vec1.txt", "w");

	fp_debug_ns_vec2 = fopen(".\\debug\\debug_ns_vec2.txt", "w");

	fp_debug_aecoutpwr = fopen(".\\debug\\debug_ns_vec2.txt", "w");

	fp_debug_ns_vec3 = fopen(".\\debug\\debug_ns_vec3.txt", "w");

	fp_debug_ns_vec4 = fopen(".\\debug\\debug_ns_vec4.txt", "w");

	fp_debug_ns_vec5 = fopen(".\\debug\\debug_ns_vec5.txt", "w");

	fp_WnlmsFilterCoeff = fopen(".\\debug\\WnlmsFilterCoeff.txt", "w");

	fp_npvss_nlms = fopen(".\\debug\\npvss_nlms.txt", "w");



	fp_debug_res_regression = fopen(".\\debug\\debug_res_regression.txt", "w");



	fp_debug_Pwr_RX_AECIN_dB_C = fopen(".\\debug\\Pwr_RX_AECIN_dB_C.txt", "w");

	fp_debug_ADF_C = fopen(".\\debug\\ADF_C.txt", "w");	

	fp_debug_NS = fopen(".\\debug\\NS.txt", "w");

	fp_debug_dump = fopen(".\\debug\\dump.txt", "w");



	fp_f0contour = fopen(".\\debug\\f0contour.txt", "w");

	fp_inoutVAD = fopen("inoutVAD.txt", "w");

	fp_f0_based_preNS_para = fopen("fp_f0_based_preNS_para.txt", "w");



	fp_inner8kout = fopen("outinner.pcm", "wb");



	//Mixing

	fp_dbg_MixingState = fopen(".\\debug\\_MixingState.pcm", "wb");

	fp_dbg_Mixingdbg0 = fopen(".\\debug\\_Mixing_veryLowLevel.pcm", "wb");

	fp_dbg_Mixingdbg1 = fopen(".\\debug\\_Mixing_LowLevel.pcm", "wb");

	fp_dbg_Mixingdbg2 = fopen(".\\debug\\_Mixing_highLevel.pcm", "wb");

	fp_dbg_Mixingdbg3 = fopen(".\\debug\\_Mixing_windLevel.pcm", "wb");

	fp_fft_out_inner = fopen("_pf_fft_1.bin", "wb");

	fp_fft_out_outer = fopen("_pf_fft_2.bin", "wb");

	fp_dbg_Mixing = fopen(".\\debug\\_A_dbg_Mixing.txt", "wb");

	fp_dbg_Wind = fopen(".\\debug\\_A_dbg_Wind.txt", "w");



    fp_deg_2micBF[0] = fopen(".\\debug\\_A_dbg_BF00.txt", "wb");

	fp_deg_2micBF[1] = fopen(".\\debug\\_A_dbg_BF01.txt", "wb");

	fp_deg_2micBF[2] = fopen(".\\debug\\_A_dbg_BF02.txt", "wb");

	fp_deg_2micBF[3] = fopen(".\\debug\\_A_dbg_BF03.txt", "wb");

	fp_deg_2micBF[4] = fopen(".\\debug\\_A_dbg_BF04.txt", "wb");

	fp_deg_2micBF[5] = fopen(".\\debug\\_A_dbg_BF05.txt", "wb");

	fp_deg_2micBF[6] = fopen(".\\debug\\_A_dbg_BF06.txt", "wb");

	fp_deg_2micBF[7] = fopen(".\\debug\\_A_dbg_BF07.txt", "wb");

	fp_deg_2micBF[8] = fopen(".\\debug\\_A_dbg_BF08.txt", "wb");

	fp_deg_2micBF[9] = fopen(".\\debug\\_A_dbg_BF09.txt", "wb");

#endif



	if ((ifp1 = fopen(TESTPATH"D_third.pcm", "rb")) == (FILE *)NULL)

		exit(fprintf(stderr, "inear input file error..\n"));



	if ((ifp2 = fopen(TESTPATH"D_main.pcm", "rb")) == (FILE *)NULL)

		exit(fprintf(stderr, "outer_main input file error..\n"));



	if ((ifp3 = fopen(TESTPATH"D_sub.pcm", "rb")) == (FILE *)NULL)

		exit(fprintf(stderr, "outer_sub input file error..\n"));



	if ((ifp4 = fopen(TESTPATH"D_rx.pcm", "rb")) == (FILE *)NULL)

		exit(fprintf(stderr, "RX input file error..\n"));



#if(FLAG_SELECT_C_DSP == 1)

	if ((ofp1 = fopen(TESTPATH"popcorn_out_VC.pcm", "wb")) == (FILE *)NULL)

		exit(fprintf(stderr, "output file error..\n"));

#else

	if ((ofp1 = fopen(TESTPATH"popcorn_out_hifi.pcm", "wb")) == (FILE *)NULL)

		exit(fprintf(stderr, "output file error..\n"));

#endif





/*

	if ((ifp1 = fopen(TESTPATH"Inner.pcm", "rb")) == (FILE *)NULL)

		exit(fprintf(stderr, "TX input file error..\n"));



	if ((ifp2 = fopen(TESTPATH"Outer.pcm", "rb")) == (FILE *)NULL)

		exit(fprintf(stderr, "Outer input file error..\n"));



	if ((ifp3 = fopen(TESTPATH"Rx_test.pcm", "rb")) == (FILE *)NULL)

		exit(fprintf(stderr, "RX input file error..\n"));



	if ((ifp4 = fopen(TESTPATH"Rx_test.pcm", "rb")) == (FILE *)NULL)

		exit(fprintf(stderr, "RX input file error..\n"));

#if(FLAG_SELECT_C_DSP == 1)

	if ((ofp1 = fopen(TESTPATH"output_VC_m.pcm", "wb")) == (FILE *)NULL)

		exit(fprintf(stderr, "output file error..\n"));

#else

	if ((ofp1 = fopen(TESTPATH"output_HIFI_m.pcm", "wb")) == (FILE *)NULL)

		exit(fprintf(stderr, "output file error..\n"));



#endif

*/

	

	SamsungSolomonVoiceWEngineInit(&SamsungDiamondVoiceEngine_vars_Tx);



	SamsungSolomonVoiceWParamSetting(&DiamondVoice_DV_TX_Config, DIAMONDVOICE_FRAME_TX);



	SamsungSolomonVoiceWEngineConfig(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config);



	FrmCnt_main = 0;

	while ((fread(Speech_buf_Tx_Inner, sizeof(short), DIAMONDVOICE_FRAME_TX, ifp1) == (unsigned)DIAMONDVOICE_FRAME_TX)

		&& (fread(Speech_buf_Tx_Outer_1, sizeof(short), DIAMONDVOICE_FRAME_TX, ifp2) == (unsigned)DIAMONDVOICE_FRAME_TX)

		&& (fread(Speech_buf_Tx_Outer_2, sizeof(short), DIAMONDVOICE_FRAME_TX, ifp3) == (unsigned)DIAMONDVOICE_FRAME_TX)

		&& (fread(Speech_buf_RX_Inner, sizeof(short), DIAMONDVOICE_FRAME_TX, ifp4) == (unsigned)DIAMONDVOICE_FRAME_TX))

	{



		FrmCnt_main++;

		if(FrmCnt_main == 101)

		{

			//break;

		}

		//if(FrmCnt_main>500)

		//{



		for (i = 0; i < SAMSUNGDIAMONDVOICEWIDEBAND_TX; i++)

			Speech_buf_RX_Outer[i] = Speech_buf_RX_Inner[i];



#if(FLAG_SELECT_C_DSP == 1)

		SamsungSolomonVoiceWEngineExe(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config, 

			Speech_buf_Tx_Inner, Speech_buf_Tx_Outer_1, Speech_buf_Tx_Outer_2, Speech_buf_RX_Inner, Speech_buf_RX_Outer, Output_buf_TX,

			Output_buf_Inner_NB, Output_buf_Inner_WB, Output_buf_Outer);

#else

		SamsungSolomonVoiceWEngineExe(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config,

			Speech_buf_Tx_Inner, Speech_buf_Tx_Outer_1, Speech_buf_Tx_Outer_2, Speech_buf_RX_Inner, Speech_buf_RX_Outer, Output_buf_TX);

#endif

		

		fwrite(Output_buf_TX, sizeof(short), DIAMONDVOICE_FRAME_TX, ofp1);

		//fwrite(Speech_buf_Tx_Acc, sizeof(short), DIAMONDVOICE_FRAME_TX, ofp2);

		//}

/*

		for(i=0; i<DIAMONDVOICE_FRAME_TX; i++)

		{

			printf("Output_buf_TX[%d]=%d\n",i,Output_buf_TX[i]);

		}

*/





		printf("%d\n", FrmCnt_main);



	}

	printf("\n\n\n");



	fclose(ifp1);

	fclose(ifp2);

	fclose(ifp3);

	fclose(ifp4);

	fclose(ofp1);



#if(FLAG_SELECT_C_DSP == 1)

	fclose(fp_Wfnlms_new);

	fclose(fp_debug_ns_para);

	fclose(fp_debug_ns_vec1);

	fclose(fp_debug_ns_vec2);

	fclose(fp_debug_aecoutpwr);

	fclose(fp_debug_ns_vec3);

	fclose(fp_debug_ns_vec4);

	fclose(fp_debug_ns_vec5);

	fclose(fp_WnlmsFilterCoeff);

	fclose(fp_npvss_nlms);



	fclose(fp_debug_res_regression);



	fclose(fp_debug_Pwr_RX_AECIN_dB_C);

	fclose(fp_debug_ADF_C);

	fclose(fp_debug_NS);

	fclose(fp_debug_dump);



	fclose(fp_f0contour);

	fclose(fp_inoutVAD);



	fclose(fp_f0_based_preNS_para);



	 //solomonvoice_sub_module_point_tmp

	fclose(fp_fx_SolomonVoice_ringbacktone_detection);



	fclose(fp_dbg_Wind);

	//fclose(fp_dbg_Wind_Imsc);

	fclose(fp_dbg_Mixing);

	//fclose(fp_dbg_Unfit);

	//fclose(fp_dbg_Unfitpcm);

	//fclose(fp_dbg_NoiseState);

	//fclose(fp_dbg_MixingState);

	//fclose(fp_dbg_Mixingdbg0);

	//fclose(fp_dbg_Mixingdbg1);

	//fclose(fp_dbg_Mixingdbg2);

	//fclose(fp_dbg_Mixingdbg3);

	//fclose(fp_dbg_MBDRC);

	//fclose(fp_fft_out_inner);

	//fclose(fp_fft_out_outer);

	//fclose(fp_inner8kout);

	/*

	for (i = 0; i < N_fp_2micBF_debuffiles; i++)

	{

		fclose(fp_deg_2micBF[i]);

	}

	*/

#endif



	return 0;

}