pygar: tools/audio_processor_test/null/checker/checker.cpp annotate

[svn r61] synthesis boundaries

rev	line source
rlm@23	1 #include <stdio.h>
rlm@23	2 #include <assert.h>
rlm@23	3 #include <string.h>
rlm@23	4 #include "SndfileWavUtil.h"
rlm@23	5
rlm@23	6 typedef unsigned short UINT16;
rlm@23	7
rlm@23	8 int
rlm@23	9 main (int argc, char * argv [])
rlm@23	10 {
rlm@23	11 const char* inputWavFileName;
rlm@23	12 const char* outputWavFileName;
rlm@23	13
rlm@23	14 FILE *inputPcmFile;
rlm@23	15 FILE *outputPcmFile;
rlm@23	16
rlm@23	17 UINT16 sample;
rlm@23	18
rlm@23	19 inputWavFileName = argv[1];
rlm@23	20 outputWavFileName = argv[2];
rlm@23	21
rlm@23	22 // Convert input wav to pcm
rlm@23	23 generate_pcm(inputWavFileName, "input.pcm");
rlm@23	24
rlm@23	25 inputPcmFile = fopen("input.pcm", "r");
rlm@23	26 outputPcmFile = fopen("output.pcm", "w");
rlm@23	27
rlm@23	28 assert(inputPcmFile);
rlm@23	29 assert(outputPcmFile);
rlm@23	30
rlm@23	31 while(fread(&sample, 2, 1, inputPcmFile)) {
rlm@23	32 assert(fwrite(&sample,2,1,outputPcmFile));
rlm@23	33 }
rlm@23	34
rlm@23	35 fclose(inputPcmFile);
rlm@23	36 fclose(outputPcmFile);
rlm@23	37
rlm@23	38 generate_wav("output.pcm", inputWavFileName, outputWavFileName);
rlm@23	39
rlm@23	40 }
rlm@23	41

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