#include "lame.h"#include "timestatus.h"#include "util.h"#include <time.h>#if defined(CLOCKS_PER_SEC)/* ANSI/ISO systems */# define TS_CLOCKS_PER_SEC CLOCKS_PER_SEC#elif defined(CLK_TCK)/* Non-standard systems */# define TS_CLOCKS_PER_SEC CLK_TCK#elif defined(HZ)/* Older BSD systems */# define TS_CLOCKS_PER_SEC HZ#else# error no suitable value for TS_CLOCKS_PER_SEC#endif/*********************************************************//* ts_real_time: real time elapsed in seconds            *//*********************************************************/FLOAT ts_real_time(long frame) {  static time_t initial_time;  time_t current_time;  time(&current_time);  if (frame==0) {    initial_time = current_time;  }  return (FLOAT) difftime(current_time, initial_time);}/*********************************************************//* ts_process_time: process time elapsed in seconds      *//*********************************************************/FLOAT ts_process_time(long frame) {  static clock_t initial_time;  clock_t current_time;#if ( defined(_MSC_VER) || defined(__BORLANDC__) )   { static HANDLE hProcess;    FILETIME Ignored1, Ignored2, KernelTime, UserTime;    if ( frame==0 ) {      hProcess = GetCurrentProcess();    }            /* GetProcessTimes() always fails under Win9x */    if (GetProcessTimes(hProcess, &Ignored1, &Ignored2, &KernelTime, &UserTime)) {      LARGE_INTEGER Kernel = { KernelTime.dwLowDateTime, KernelTime.dwHighDateTime };      LARGE_INTEGER User = { UserTime.dwLowDateTime, UserTime.dwHighDateTime };      current_time = (clock_t)((FLOAT)(Kernel.QuadPart + User.QuadPart) * TS_CLOCKS_PER_SEC / 10000000);    } else {      current_time = clock();	}  }#else  current_time = clock();#endif  if (frame==0) {    initial_time = current_time;  }  return (FLOAT)((FLOAT)(current_time - initial_time) / TS_CLOCKS_PER_SEC);}#undef TS_CLOCKS_PER_SECtypedef struct ts_times {  FLOAT so_far;  FLOAT estimated;  FLOAT speed;  FLOAT eta;} ts_times;/*********************************************************//* ts_calc_times: calculate time info (eta, speed, etc.) *//*********************************************************/void ts_calc_times(ts_times *tstime, int samp_rate, long frame, long frames,int framesize){  if (frame > 0) {    tstime->estimated = tstime->so_far * frames / frame;    if (samp_rate * tstime->estimated > 0) {      tstime->speed = frames * framesize / (samp_rate * tstime->estimated);    } else {      tstime->speed = 0;    }    tstime->eta = tstime->estimated - tstime->so_far;  } else {    tstime->estimated = 0;    tstime->speed = 0;    tstime->eta = 0;  }}/*********************************************************//* timestatus: display encoding process time information *//*********************************************************/void timestatus(int samp_rate,long frameNum,long totalframes,int framesize){  ts_times real_time, process_time;  int percent;  real_time.so_far = ts_real_time(frameNum);  process_time.so_far = ts_process_time(frameNum);  if (frameNum == 0) {    fprintf(stderr, "    Frame          |  CPU/estimated  |  time/estimated | play/CPU |   ETA\n");    return;  }    ts_calc_times(&real_time, samp_rate, frameNum, totalframes, framesize);  ts_calc_times(&process_time, samp_rate, frameNum, totalframes, framesize);  if (totalframes > 1) {    percent = (int)(100.0 * frameNum / (totalframes - 1));  } else {    percent = 100;  }#  define TS_TIME_DECOMPOSE(time) \    (int)((long)(time+.5) / 3600), \    (int)((long)((time+.5) / 60) % 60), \    (int)((long)(time+.5) % 60)  fprintf(stderr,    "\r%6ld/%6ld(%3d%%)|%2d:%02d:%02d/%2d:%02d:%02d|%2d:%02d:%02d/%2d:%02d:%02d|%10.4f|%2d:%02d:%02d ",    frameNum,    totalframes - 1,    percent,    TS_TIME_DECOMPOSE(process_time.so_far),    TS_TIME_DECOMPOSE(process_time.estimated),    TS_TIME_DECOMPOSE(real_time.so_far),	TS_TIME_DECOMPOSE(real_time.estimated),    process_time.speed,    TS_TIME_DECOMPOSE(real_time.eta)  );  fflush(stderr);}void timestatus_finish(void){  fprintf(stderr, "\n");  fflush(stderr);}#if (defined LIBSNDFILE || defined LAMESNDFILE)/* these functions are used in get_audio.c */void decoder_progress(lame_global_flags *gfp){    fprintf(stderr,"\rFrame# %lu [ %lu]  %ikbs",gfp->frameNum,	      gfp->totalframes-1,gfp->brate);}void decoder_progress_finish(lame_global_flags *gfp){    fprintf(stderr,"\n");}#endif