int32_t CTB_AddRecRaster(const char *fname, RecRaster *r, uchar let)
{
CTB_handle hnd;
int32_t num;
uchar raster[REC_MAX_RASTER_SIZE], data[CTB_DATA_SIZE] = { 0 };
int32_t wb;
Bool32 ret;
if (!CTB_open(fname, &hnd, "w")) {
if (1)
CTB_create(fname, NULL);
else
CTB_create_gray(fname, NULL);
if (!CTB_open(fname, &hnd, "w")) {
return FALSE;
}
}
data[1] = (uchar) r->lnPixWidth;
data[2] = (uchar) r->lnPixHeight;
data[3] = let;
if (hnd.signums & (CTB_GRAY_SCALE | CTB_PLANE)) {
wb = r->lnPixWidth;
memcpy(raster, r->Raster, wb * r->lnPixHeight);
}
else {
wb = ((r->lnPixWidth + 63) / 64) * 8;
memcpy(raster, r->Raster, wb * r->lnPixHeight);
CTB_align1_lines(raster, r->lnPixWidth, r->lnPixHeight);
}
ret = CTB_write(&hnd, -1, raster, data);
num = hnd.num;
CTB_close(&hnd);
return ret ? num : -1;
}
int16_t rstr_cont_store(RecRaster *r,uchar let, uchar nLns,Rect16 *rect,uchar IsPrint,
uchar Prob, uchar Valid, RecVersions *v,uchar control,
uchar kegl,uchar column, uchar tabno)
{
int32_t num;
uchar raster[4096],data[CTB_DATA_SIZE]= {0};
int32_t wb, k;
Bool32 ret;
RecVersions ver;
if( !this_ctb.bas ) // || !cont_name[0] )
return 0;
data[0]= CTB_OEM_CHARSET;
data[1] = (uchar)r->lnPixWidth;
data[2] = (uchar)r->lnPixHeight;
data[3] = let; //stdAnsiToAscii(let);
data[4] = 0;
data[31] = nLns;
data[32] = 0;
data[5] = IsPrint;
memcpy(&data[6],rect,sizeof(Rect16));
data[14] = Prob;
data[15] = Valid;
if( v )
{
ver=*v;
if( ver.lnAltCnt>4 )
ver.lnAltCnt=4;
data[16]=(uchar)ver.lnAltCnt;
for(k=0; k<ver.lnAltCnt; k++)
{
data[17+k*2]= stdAnsiToAscii(ver.Alt[k].Code);
data[18+k*2]= ver.Alt[k].Prob;
data[28+k] = ver.Alt[k].Method;
}
}
data[25] = (uchar)line_number; // !!! can be great than 255
data[26] = 0;//leo_current_alpha_ndx;
data[27] = control;
if( datalen>34 )
data[34]=kegl;
if( datalen>35 )
data[35]=column;
if( datalen>36 )
data[36]=tabno;
wb = ((r->lnPixWidth+63)/64)*8;
memcpy( raster, r->Raster, wb*r->lnPixHeight);
#ifdef _USE_CTB_
CTB_align1_lines(raster, r->lnPixWidth, r->lnPixHeight);
ret = CTB_write( &this_ctb, -1, raster, data);
if( !ret )
return -1;
num = this_ctb.num;
return (int16_t)num; // id_rast = last sequentaly saved raster+1
#else
ret=-1;
num=-1;
return -1;
#endif
}
