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Copy pathAOloopControl_RTstreamLOG.c
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AOloopControl_RTstreamLOG.c
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/**
* @file AOloopControl_RTstreamLOG.c
* @brief Logging of real-time streams
*
* Real-time stream logging
*
*
*/
#define _GNU_SOURCE
#include <malloc.h>
#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <math.h>
#include <string.h>
#include <time.h>
#include <sys/time.h>
#include <pthread.h>
#include <sys/types.h>
#include <sys/stat.h>
#include <unistd.h>
#include <ncurses.h>
#include <termios.h>
#include <fcntl.h>
#include "CommandLineInterface/CLIcore.h"
#include "00CORE/00CORE.h"
#include "COREMOD_memory/COREMOD_memory.h"
#include "COREMOD_iofits/COREMOD_iofits.h"
#include "ImageStreamIO/ImageStruct.h"
#include "AOloopControl/AOloopControl.h"
extern AOLOOPCONTROL_CONF *AOconf;
extern AOloopControl_var aoloopcontrol_var; // declared in AOloopControl.c
int AOloopControl_RTstreamLOG_init(int loop)
{
long i;
long SIZEwfsim = 1000;
long SIZEdm = 1000;
// default
AOconf[loop].RTLOGsize = 1000;
for(i=0;i<MAX_NUMBER_RTLOGSTREAM;i++)
{
AOconf[loop].RTSLOGarray[i].active = 0;
strcpy(AOconf[loop].RTSLOGarray[i].name, "NULL");
AOconf[loop].RTSLOGarray[i].ENABLE = 1;
AOconf[loop].RTSLOGarray[i].INIT = 0;
AOconf[loop].RTSLOGarray[i].SIZE = AOconf[loop].RTLOGsize;
AOconf[loop].RTSLOGarray[i].ON = 0;
AOconf[loop].RTSLOGarray[i].save = 0;
AOconf[loop].RTSLOGarray[i].memcpToggle = 0;
AOconf[loop].RTSLOGarray[i].NBcubeSaved = -1;
AOconf[loop].RTSLOGarray[i].NBFileBuffer = 30; // number of buffers combined to create large buffer = file to disk
AOconf[loop].RTSLOGarray[i].FileBuffer = 0;
AOconf[loop].RTSLOGarray[i].tActive = 0;
}
i = RTSLOGindex_wfsim;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "wfsim"); // U in Read_cam_frame()
AOconf[loop].RTSLOGarray[i].SIZE = SIZEwfsim;
i = RTSLOGindex_imWFS0;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "imWFS0");// U in Read_cam_frame()
AOconf[loop].RTSLOGarray[i].ENABLE = 0;
AOconf[loop].RTSLOGarray[i].SIZE = SIZEwfsim;
i = RTSLOGindex_imWFS1;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "imWFS1"); // U in Read_cam_frame()
AOconf[loop].RTSLOGarray[i].ENABLE = 0;
AOconf[loop].RTSLOGarray[i].SIZE = SIZEwfsim;
i = RTSLOGindex_imWFS2;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "imWFS2"); // U in AOcompute()
AOconf[loop].RTSLOGarray[i].ENABLE = 0;
AOconf[loop].RTSLOGarray[i].SIZE = SIZEwfsim;
// managed by AOloopControl_ComputeOpenLoopModes()
i = RTSLOGindex_modeval;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modeval"); // U
i = RTSLOGindex_modeval_ol;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modeval_ol");// U
AOconf[loop].RTSLOGarray[i].save = 1;
AOconf[loop].RTSLOGarray[i].ON = 1;
i = RTSLOGindex_modeval_dm;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modeval_dm");// U
i = RTSLOGindex_modeval_dm_corr;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modeval_dm_corr");// U
i = RTSLOGindex_modeval_dm_now;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modeval_dm_now");// U
i = RTSLOGindex_modeval_dm_now_filt;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modeval_dm_now_filt");// U
i = RTSLOGindex_modevalPF;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modevalPF");// U
i = RTSLOGindex_modevalPFsync;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modevalPFsync");// U
i = RTSLOGindex_modevalPFres;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "modevalPFres");// U
i = RTSLOGindex_dmC;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "dmC");// U
i = RTSLOGindex_dmdisp;
AOconf[loop].RTSLOGarray[i].active = 1;
strcpy(AOconf[loop].RTSLOGarray[i].name, "dmdisp");//
AOconf[loop].RTSLOGarray[i].ENABLE = 0;
AOconf[loop].RTSLOGarray[i].SIZE = SIZEdm;
return 0;
}
/**
* # PURPOSE
*
* Setup RT stream for logging
*
* Creates required buffers
*
*/
int AOloopControl_RTstreamLOG_setup(long loop, long rtlindex, char *streamname)
{
if((AOconf[loop].RTSLOGarray[rtlindex].ENABLE == 1)&&(AOconf[loop].RTSLOGarray[rtlindex].INIT == 0))
{
long IDstream;
uint32_t *imsize;
int retval = 0;
char imname[500];
uint64_t nelement;
long infosize = 5;
uint8_t datatype;
int SHARED = 1;
IDstream = image_ID(streamname);
imsize = (uint32_t*) malloc(sizeof(uint32_t)*3);
imsize[0] = data.image[IDstream].md[0].size[0];
imsize[1] = data.image[IDstream].md[0].size[1];
imsize[2] = AOconf[loop].RTSLOGarray[rtlindex].SIZE;
datatype = data.image[IDstream].md[0].datatype;
if(sprintf(imname, "aol%ld_%s_logbuff0", loop, AOconf[loop].RTSLOGarray[rtlindex].name) < 1)
printERROR(__FILE__, __func__, __LINE__, "sprintf wrote <1 char");
AOconf[loop].RTSLOGarray[rtlindex].IDbuff0 = create_image_ID(imname, 3, imsize, datatype, SHARED, 0);
if(sprintf(imname, "aol%ld_%s_logbuff1", loop, AOconf[loop].RTSLOGarray[rtlindex].name) < 1)
printERROR(__FILE__, __func__, __LINE__, "sprintf wrote <1 char");
AOconf[loop].RTSLOGarray[rtlindex].IDbuff1 = create_image_ID(imname, 3, imsize, datatype, SHARED, 0);
// nelement for a SINGLE SLICE
nelement = (uint64_t) imsize[0];
nelement *= imsize[1];
switch(datatype)
{
// memsize for EACH SLICE
case _DATATYPE_UINT8 :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_UINT8*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.UI8;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.UI8;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.UI8;
break;
case _DATATYPE_UINT16 :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_UINT16*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.UI16;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.UI16;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.UI16;
break;
case _DATATYPE_UINT32 :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_UINT32*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.UI32;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.UI32;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.UI32;
break;
case _DATATYPE_UINT64 :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_UINT64*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.UI64;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.UI64;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.UI64;
break;
case _DATATYPE_INT8 :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_INT8*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.SI8;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.SI8;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.SI8;
break;
case _DATATYPE_INT16 :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_INT16*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.SI16;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.SI16;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.SI16;
break;
case _DATATYPE_INT32 :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_INT32*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.SI32;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.SI32;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.SI32;
break;
case _DATATYPE_INT64 :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_INT64*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.SI64;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.SI64;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.SI64;
break;
case _DATATYPE_FLOAT :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_FLOAT*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.F;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.F;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.F;
break;
case _DATATYPE_DOUBLE :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_DOUBLE*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.D;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.D;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.D;
break;
case _DATATYPE_COMPLEX_FLOAT :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_COMPLEX_FLOAT*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.CF;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.CF;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (void*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.CF;
break;
case _DATATYPE_COMPLEX_DOUBLE :
AOconf[loop].RTSLOGarray[rtlindex].memsize = (size_t) (SIZEOF_DATATYPE_COMPLEX_DOUBLE*nelement);
AOconf[loop].RTSLOGarray[rtlindex].srcptr = (void*) data.image[IDstream].array.CD;
AOconf[loop].RTSLOGarray[rtlindex].destptr0 = (char*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff0].array.CD;
AOconf[loop].RTSLOGarray[rtlindex].destptr1 = (char*) data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff1].array.CD;
break;
default :
printf("Unknown data type\n");
exit(0);
break;
}
imsize[0] = infosize;
imsize[1] = AOconf[loop].RTSLOGarray[rtlindex].SIZE;
imsize[2] = 1;
if(sprintf(imname, "aol%ld_%s_logbuffinfo0", loop, AOconf[loop].RTSLOGarray[rtlindex].name) < 1)
printERROR(__FILE__, __func__, __LINE__, "sprintf wrote <1 char");
AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo0 = create_image_ID(imname, 2, imsize, _DATATYPE_UINT64, 1, 0);
if(sprintf(imname, "aol%ld_%s_logbuffinfo1", loop, AOconf[loop].RTSLOGarray[rtlindex].name) < 1)
printERROR(__FILE__, __func__, __LINE__, "sprintf wrote <1 char");
AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo1 = create_image_ID(imname, 2, imsize, _DATATYPE_UINT64, 1, 0);
AOconf[loop].RTSLOGarray[rtlindex].buffindex = 0;
AOconf[loop].RTSLOGarray[rtlindex].frameindex = 0;
AOconf[loop].RTSLOGarray[rtlindex].FileBuffer = 0;
AOconf[loop].RTSLOGarray[rtlindex].destptr = AOconf[loop].RTSLOGarray[rtlindex].destptr0;
AOconf[loop].RTSLOGarray[rtlindex].IDbuff = AOconf[loop].RTSLOGarray[rtlindex].IDbuff0;
AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo = AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo0;
retval = 1;
AOconf[loop].RTSLOGarray[rtlindex].INIT = 1;
free(imsize);
}
return(0);
}
/**
* ## Purpose
*
* Write single entry in log buffer
*
* This function is called by the process writing to the stream to minimize IPC need and reduce logging latency
*
*/
void AOloopControl_RTstreamLOG_update(long loop, long rtlindex, struct timespec tnow)
{
if(aoloopcontrol_var.RTSLOGarrayInitFlag[rtlindex] == 1) // ensure local ownership
{
if((AOconf[loop].RTSLOGarray[rtlindex].ENABLE==1) && (AOconf[loop].RTSLOGarray[rtlindex].ON==1) && (AOconf[loop].RTSLOGarray[rtlindex].INIT = 1))
{
char *dataptr;
dataptr = AOconf[loop].RTSLOGarray[rtlindex].destptr + AOconf[loop].RTSLOGarray[rtlindex].memsize * AOconf[loop].RTSLOGarray[rtlindex].frameindex;
memcpy((void*) dataptr,
(void*) AOconf[loop].RTSLOGarray[rtlindex].srcptr,
AOconf[loop].RTSLOGarray[rtlindex].memsize);
long IDinfo = AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo;
data.image[IDinfo].array.UI64[AOconf[loop].RTSLOGarray[rtlindex].frameindex*5 ] = AOconf[loop].aorun.LOOPiteration;
data.image[IDinfo].array.UI64[AOconf[loop].RTSLOGarray[rtlindex].frameindex*5+1] = (long) tnow.tv_sec;
data.image[IDinfo].array.UI64[AOconf[loop].RTSLOGarray[rtlindex].frameindex*5+2] = (long) tnow.tv_nsec;
data.image[IDinfo].array.UI64[AOconf[loop].RTSLOGarray[rtlindex].frameindex*5+3] = data.image[AOconf[loop].RTSLOGarray[rtlindex].IDsrc].md[0].cnt0;
data.image[IDinfo].array.UI64[AOconf[loop].RTSLOGarray[rtlindex].frameindex*5+4] = data.image[AOconf[loop].RTSLOGarray[rtlindex].IDsrc].md[0].cnt1;
AOconf[loop].RTSLOGarray[rtlindex].frameindex++;
if(AOconf[loop].RTSLOGarray[rtlindex].frameindex == AOconf[loop].RTSLOGarray[rtlindex].SIZE)
{
AOconf[loop].RTSLOGarray[rtlindex].frameindex = 0;
data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff].md[0].cnt0++;
data.image[IDinfo].md[0].cnt0++;
data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff].md[0].write = 0;
data.image[IDinfo].md[0].write = 0;
COREMOD_MEMORY_image_set_sempost_byID(AOconf[loop].RTSLOGarray[rtlindex].IDbuff, -1);
COREMOD_MEMORY_image_set_sempost_byID(IDinfo, -1);
if(AOconf[loop].RTSLOGarray[rtlindex].buffindex==0)
{
AOconf[loop].RTSLOGarray[rtlindex].buffindex = 1;
AOconf[loop].RTSLOGarray[rtlindex].destptr = AOconf[loop].RTSLOGarray[rtlindex].destptr1;
AOconf[loop].RTSLOGarray[rtlindex].IDbuff = AOconf[loop].RTSLOGarray[rtlindex].IDbuff1;
AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo = AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo1;
if(AOconf[loop].RTSLOGarray[rtlindex].save==1)
AOconf[loop].RTSLOGarray[rtlindex].memcpToggle = 1;
}
else
{
AOconf[loop].RTSLOGarray[rtlindex].buffindex = 0;
AOconf[loop].RTSLOGarray[rtlindex].destptr = AOconf[loop].RTSLOGarray[rtlindex].destptr0;
AOconf[loop].RTSLOGarray[rtlindex].IDbuff = AOconf[loop].RTSLOGarray[rtlindex].IDbuff0;
AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo = AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo0;
if(AOconf[loop].RTSLOGarray[rtlindex].save==1)
AOconf[loop].RTSLOGarray[rtlindex].memcpToggle = 2;
}
data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuff].md[0].write = 1;
data.image[AOconf[loop].RTSLOGarray[rtlindex].IDbuffinfo].md[0].write = 1;
}
}
}
}
int AOloopControl_RTstreamLOG_printstatus(int loop)
{
long NBstreams = 0;
char ENstring[20];
char ONstring[20];
char INstring[20];
char SAstring[20];
int i;
printf("INITIALIZING MEMORY\n");
fflush(stdout);
if(aoloopcontrol_var.AOloopcontrol_meminit==0)
AOloopControl_InitializeMemory(1);
printf("MEMORY HAS BEEN INITIALIZED\n");
fflush(stdout);
printf("\n");
printf("RTLOGsize = %ld\n", AOconf[loop].RTLOGsize);
printf("%2s %20s %3s %3s %3s %6s %4s %10s %10s %5s\n", "id", "streamname", "ENA", " ON", "INI", "SAVE", "buff", "frame", "memsize", "size");
printf("---------------------------------------------------------------------------\n");
for(i=0;i<MAX_NUMBER_RTLOGSTREAM;i++)
{
if(AOconf[loop].RTSLOGarray[i].active == 1)
{
if(AOconf[loop].RTSLOGarray[i].ENABLE == 1)
sprintf(ENstring, "\033[1;32m ON\033[0m");
else
sprintf(ENstring, "OFF");
if(AOconf[loop].RTSLOGarray[i].ON == 1)
sprintf(ONstring, "\033[1;32m ON\033[0m");
else
sprintf(ONstring, "OFF");
if(AOconf[loop].RTSLOGarray[i].INIT == 1)
sprintf(INstring, "\033[1;32m ON\033[0m");
else
sprintf(INstring, "OFF");
if(AOconf[loop].RTSLOGarray[i].save == 1)
{
if(AOconf[loop].RTSLOGarray[i].memcpToggle!=0)
sprintf(SAstring, "\033[1;31m ON[%1d]\033[0m", AOconf[loop].RTSLOGarray[i].memcpToggle);
else
sprintf(SAstring, "\033[1;32m ON[%1d]\033[0m", AOconf[loop].RTSLOGarray[i].memcpToggle);
}
else
sprintf(SAstring, "OFF ");
printf("%2d %20s %3s %3s %3s %6s %2d %8ld %8ld %5d x %d\n", i,
AOconf[loop].RTSLOGarray[i].name,
ENstring,
ONstring,
INstring,
SAstring,
AOconf[loop].RTSLOGarray[i].buffindex,
AOconf[loop].RTSLOGarray[i].frameindex,
AOconf[loop].RTSLOGarray[i].memsize,
AOconf[loop].RTSLOGarray[i].SIZE,
AOconf[loop].RTSLOGarray[i].NBFileBuffer
);
NBstreams++;
}
}
printf("---------------------------------------------------------------------------\n");
printf("%ld RTstreamLOGs active\n", NBstreams);
return NBstreams;
}
static int print_header_line(const char *str, char c, int wcol)
{
long n;
long i;
attron(A_BOLD);
n = strlen(str);
for(i=0; i<(wcol-n)/2; i++)
printw("%c",c);
printw("%s", str);
for(i=0; i<(wcol-n)/2-1; i++)
printw("%c",c);
printw("\n");
attroff(A_BOLD);
return(0);
}
int AOloopControl_RTstreamLOG_GUI(int loop)
{
int wrow, wcol;
float frequ = 10.0;
int ch;
long NBstreams = 0;
char ENstring[20];
char ONstring[20];
char INstring[20];
char SAstring[20];
int i, j;
int selected_entry = 0;
int ENAstream[MAX_NUMBER_RTLOGSTREAM];
int SaveSet[MAX_NUMBER_RTLOGSTREAM];
printf("INITIALIZING MEMORY\n");
fflush(stdout);
if(aoloopcontrol_var.AOloopcontrol_meminit==0)
AOloopControl_InitializeMemory(1);
printf("MEMORY HAS BEEN INITIALIZED\n");
fflush(stdout);
/* Initialize ncurses */
if ( initscr() == NULL ) {
fprintf(stderr, "Error initializing ncurses.\n");
exit(EXIT_FAILURE);
}
getmaxyx(stdscr, wrow, wcol); /* get the number of rows and columns */
cbreak();
keypad(stdscr, TRUE); /* We get F1, F2 etc.. */
nodelay(stdscr, TRUE);
curs_set(0);
noecho(); /* Don't echo() while we do getch */
start_color();
init_pair(1, COLOR_BLACK, COLOR_WHITE);
init_pair(2, COLOR_BLACK, COLOR_RED);
init_pair(3, COLOR_GREEN, COLOR_BLACK);
init_pair(4, COLOR_RED, COLOR_BLACK);
for(i=0; i<MAX_NUMBER_RTLOGSTREAM; i++)
SaveSet[i] = 0;
int loopOK = 1;
int NB_ENA_streams = 0;
clear();
while ( loopOK == 1 )
{
char title[200];
NBstreams = 0;
usleep((long) (1000000.0/frequ));
ch = getch();
erase();
attron(A_BOLD);
sprintf(title, "AO LOOP REAL-TIME STREAMS MONITOR PRESS x TO STOP MONITOR");
print_header_line(" PRESS x TO STOP MONITOR ", '-', wcol);
printw(" s: Save single t: Add/remove to/from set S: Save set ON U: Save set OFF\n");
printw(" o: ON/OFF single O: Set ON F: Set OFF Z: Zero index set\n");
attroff(A_BOLD);
printw("\n");
printw("RTLOGsize = %ld\n", AOconf[loop].RTLOGsize);
printw("%2s %20s %3s %3s %3s %6s %8s %6s x %4s %10s %5s\n",
"id",
"streamname",
"ENA",
" ON",
"INI",
"SAVE",
"buff",
"frame",
"buff",
"memsize",
"size");
// printw("KEY = %d\n", ch);
switch (ch)
{
case KEY_DOWN:
selected_entry++;
break;
case KEY_UP:
selected_entry--;
break;
case 's':
j = ENAstream[selected_entry];
if(AOconf[loop].RTSLOGarray[j].save == 1)
AOconf[loop].RTSLOGarray[j].save = 0;
else
AOconf[loop].RTSLOGarray[j].save = 1;
break;
case 'o':
j = ENAstream[selected_entry];
if(AOconf[loop].RTSLOGarray[j].ON == 1)
AOconf[loop].RTSLOGarray[j].ON = 0;
else
AOconf[loop].RTSLOGarray[j].ON = 1;
break;
case 'S':
for(i=0; i<MAX_NUMBER_RTLOGSTREAM; i++)
{
if(SaveSet[i]==1)
AOconf[loop].RTSLOGarray[i].save = 1;
}
break;
case 'U':
for(i=0; i<MAX_NUMBER_RTLOGSTREAM; i++)
{
if(SaveSet[i]==1)
AOconf[loop].RTSLOGarray[i].save = 0;
}
break;
case 'O':
for(i=0; i<MAX_NUMBER_RTLOGSTREAM; i++)
{
if(SaveSet[i]==1)
AOconf[loop].RTSLOGarray[i].ON = 1;
}
break;
case 'F':
for(i=0; i<MAX_NUMBER_RTLOGSTREAM; i++)
{
if(SaveSet[i]==1)
AOconf[loop].RTSLOGarray[i].ON = 0;
}
break;
case 'Z': // Zero indices of set - useful for synchronization
for(i=0; i<MAX_NUMBER_RTLOGSTREAM; i++)
{
//if(SaveSet[i]==1){
AOconf[loop].RTSLOGarray[i].FileBuffer = 0;
AOconf[loop].RTSLOGarray[i].frameindex = 0;
//}
}
break;
case 'n': // Synchro and Save only one cube for set
for(i=0; i<MAX_NUMBER_RTLOGSTREAM; i++)
{
if(SaveSet[i]==1)
{
AOconf[loop].RTSLOGarray[i].frameindex = 0;
AOconf[loop].RTSLOGarray[i].save = 1;
AOconf[loop].RTSLOGarray[i].NBcubeSaved = 1;
}
}
break;
case 't':
j = ENAstream[selected_entry];
if(SaveSet[j] == 1)
SaveSet[j] = 0;
else
SaveSet[j] = 1;
break;
case 'x': // exit
loopOK = 0;
break;
}
if (selected_entry<0)
selected_entry = 0;
if (selected_entry>NB_ENA_streams-1)
selected_entry = NB_ENA_streams-1;
printw("-------------------------------------------------------------------------------------\n");
NB_ENA_streams = 0;
for(i=0; i<MAX_NUMBER_RTLOGSTREAM; i++)
{
if(AOconf[loop].RTSLOGarray[i].active == 1)
{
if(i==ENAstream[selected_entry])
{
attron(A_REVERSE|A_BOLD);
printw("%2d %20s", i, AOconf[loop].RTSLOGarray[i].name);
attroff(A_REVERSE|A_BOLD);
}
else
{
printw("%2d %20s", i, AOconf[loop].RTSLOGarray[i].name);
}
if(AOconf[loop].RTSLOGarray[i].ENABLE == 1){
ENAstream[NB_ENA_streams] = i;
NB_ENA_streams++;
attron(COLOR_PAIR(3)|A_BOLD);
printw(" ON");
attroff(COLOR_PAIR(3)|A_BOLD);
}
else
printw(" OFF");
if(AOconf[loop].RTSLOGarray[i].ON == 1)
{
attron(COLOR_PAIR(3)|A_BOLD);
printw(" ON");
attroff(COLOR_PAIR(3)|A_BOLD);
}
else
printw(" OFF");
if(AOconf[loop].RTSLOGarray[i].INIT == 1)
{
attron(COLOR_PAIR(3)|A_BOLD);
printw(" ON");
attroff(COLOR_PAIR(3)|A_BOLD);
}
else
printw(" OFF");
if(SaveSet[i] == 1)
{
attron(A_REVERSE);
printw(" S");
attroff(A_REVERSE);
}
else
printw(" -");
if(AOconf[loop].RTSLOGarray[i].save == 1)
{
if(AOconf[loop].RTSLOGarray[i].tActive!=0)
{
attron(COLOR_PAIR(2)|A_BOLD);
printw(" ON[%1d]", AOconf[loop].RTSLOGarray[i].memcpToggle);
attroff(COLOR_PAIR(2)|A_BOLD);
}
else
{
attron(COLOR_PAIR(3)|A_BOLD);
printw(" ON[%1d]", AOconf[loop].RTSLOGarray[i].memcpToggle);
attroff(COLOR_PAIR(3)|A_BOLD);
}
}
else
printw(" OFF ");
printw(" %2d %8ld x %2d %8ld %5d (x %d)\n",
AOconf[loop].RTSLOGarray[i].buffindex,
AOconf[loop].RTSLOGarray[i].frameindex,
AOconf[loop].RTSLOGarray[i].FileBuffer,
AOconf[loop].RTSLOGarray[i].memsize,
AOconf[loop].RTSLOGarray[i].SIZE,
AOconf[loop].RTSLOGarray[i].NBFileBuffer
);
NBstreams++;
}
}
printw("-------------------------------------------------------------------------------------\n");
printw("%ld RTstreamLOGs active\n", NBstreams);
refresh();
}
refresh();
endwin();
return 0;
}
int AOloopControl_RTstreamLOG_set_saveON(int loop, int rtlindex)
{
if(aoloopcontrol_var.AOloopcontrol_meminit==0)
AOloopControl_InitializeMemory(1);
if(rtlindex<MAX_NUMBER_RTLOGSTREAM)
AOconf[loop].RTSLOGarray[rtlindex].save = 1;
AOloopControl_RTstreamLOG_printstatus(loop);
return 0;
}
int AOloopControl_RTstreamLOG_set_saveOFF(int loop, int rtlindex)
{
if(aoloopcontrol_var.AOloopcontrol_meminit==0)
AOloopControl_InitializeMemory(1);
if(rtlindex<MAX_NUMBER_RTLOGSTREAM)
AOconf[loop].RTSLOGarray[rtlindex].save = 0;
AOloopControl_RTstreamLOG_printstatus(loop);
return 0;
}
int AOloopControl_RTstreamLOG_set_ON(int loop, int rtlindex)
{
if(aoloopcontrol_var.AOloopcontrol_meminit==0)
AOloopControl_InitializeMemory(1);
if(rtlindex<MAX_NUMBER_RTLOGSTREAM)
AOconf[loop].RTSLOGarray[rtlindex].ON = 1;
AOloopControl_RTstreamLOG_printstatus(loop);
return 0;
}
int AOloopControl_RTstreamLOG_set_OFF(int loop, int rtlindex)
{
if(aoloopcontrol_var.AOloopcontrol_meminit==0)
AOloopControl_InitializeMemory(1);
if(rtlindex<MAX_NUMBER_RTLOGSTREAM)
AOconf[loop].RTSLOGarray[rtlindex].ON = 0;
AOloopControl_RTstreamLOG_printstatus(loop);
return 0;
}
/**
* ## Purpose
*
* Monitors multiple real-time AO loop buffers and saves them to disk
*
* ## Arguments
*
* Loop index and save directory on disk
*
* ## Use
*
* This function runs in a dedicated in a dedicated tmux session.\n
* It is controlled by a ncurses-based GUI.\n
*
* ## Details
*
* Each real-time process maintains, for each streams, small alternating buffers where data
* is written at high speed. Timing/indexing buffers are also written.
*
* This function monitors the small buffers. When a small buffer is ready/filled, it is included
* in a larger buffer which can be saved to disk.
*
*
* The routine is designed to only occupy two threads: one to monitor, one to save
*
* Takes timing data from the processes that create the data to achieve high performance timing
*/
int AOloopControl_RTstreamLOG_saveloop(
int loop,
char *dirname
)
{
int VERBOSE = 1;
int NBthreads = 0;
int NBthreadsActive = 0;
int rtlindex;
int cntsave = 0;
int sleeptimeus = 1000; // 1 ms
long sleepcnt = 0;
int InBuffIndex[MAX_NUMBER_RTLOGSTREAM]; // input buffer index. Usually there are two such files, so value is 0 or 1
int OutBuffIndex[MAX_NUMBER_RTLOGSTREAM]; // large file buffer index. Usually there are two such files, so value is 0 or 1
/*
pthread_t thread_savefits;
int tOK = 0;
int iret_savefits;
// char tmessage[500];
struct savethreadmsg *tmsg = malloc(sizeof(struct savethreadmsg));
*/
/**
* ### Initialization
*
* Intialize :
* - time conversion information
* - AOloopControl memory
* - save thread message array
* - processinfo
*
*/
int i;
for(i=0;i<MAX_NUMBER_RTLOGSTREAM;i++)
{
InBuffIndex[i] = 0;
OutBuffIndex[i] = 0;
}
tzset();
if(aoloopcontrol_var.AOloopcontrol_meminit==0)
AOloopControl_InitializeMemory(1);
pthread_t thread_savefits[MAX_NUMBER_RTLOGSTREAM];
int tOK[MAX_NUMBER_RTLOGSTREAM]; // is thread alive ?
int iret_savefits[MAX_NUMBER_RTLOGSTREAM];
STREAMSAVE_THREAD_MESSAGE *savethreadmsg_array;