ex_loadtem()
{
#if TEMFLAG
char filename[13],pathname[80];
long load_file();
/* overwrite changed template? */
if (change_flag[temCHANGE])
if (form_alert(1,CHNGETEM)==2) return;
filename[0]=0;
Dsetdrv(tem_drive); dsetpath(tem_path);
tempmem= -1;
if (getfile(pathname,filename,TE_EXT,TLDETITL)>0)
{
tem_drive=Dgetdrv(); Dgetpath(tem_path,tem_drive+1);
if (load_file(pathname,filename))
{
if (load_tem(filename))
{
strcpy(temfile,filename);
}
} /* end if file loaded successfully */
} /* end if ok from file selector */
dealloc_mem(tempmem);
#endif
} /* end ex_loadtem() */
ex_copyfile()
{
#if DISKFLAG
char filename[13],pathname[80];
long filestart,fileleng;
int saveMP;
if (midiplexer) saveMP=MPoff();
tempmem= -1;
filename[0]=0;
/* uses drive and path from most recent disk function */
if (getfile(pathname,filename,ALL_EXT,COPYFRMMSG)>0)
{
if (load_file(pathname,filename))
{
if (getfile(pathname,filename,ALL_EXT,COPYTOMSG)>0)
{
filestart= heap[tempmem].start;
fileleng= heap[tempmem].nbytes;
save_file(filename,pathname,1,&filestart,&fileleng);
}
}
}
if (tempmem>=0) dealloc_mem(tempmem);
graf_mouse(ARROWMOUSE);
if (midiplexer&&saveMP) MPon();
#endif
} /* end ex_copyfile() */
void Allocator::rollbackTransaction() {
// if a transaction is active
if (transaction_active) {
// deallocate all allocated memory within this transaction
for (size_t temp_idx = 0;
temp_idx < transaction_alloc_index; ++temp_idx) {
dealloc_mem(transaction_alloc_content[temp_idx]);
}
}
transaction_active = false;
}
ex_multi()
{
#if MULTIFLAG
int exit_obj;
static int fixed;
/* start with blank multi-block file name (every time) */
mlxfile[0]= mlxpath[0]= 0;
/* set up drives and paths (first time only) */
if (!fixed)
{
data_drive= mlt_drive;
strcpy(data_path,mlt_path);
fixed=1;
}
do
{
data_mem= mlx_mem= tempmem= -1;
switch (exit_obj=mlx_dial())
{
case MULTADD : mlx_add(); break;
case MULTEXTR: mlx_extract(); break;
case MULTDEL : mlx_delete(); break;
case MULTREPL: mlx_replace(); break;
case MULTNAME: mlx_name();
} /* end switch */
/* buffers could be left over from the mlx_ function */
dealloc_mem(data_mem);
dealloc_mem(mlx_mem);
dealloc_mem(tempmem);
}
while (exit_obj!=MULTEXIT);
#endif
} /* end ex_multi() */
/*************************************************************************
* FINISH THE WORK OF THE CHECKER
*
* - Give all temporarily allocated memory back.
* - Perform all needed tidy-up operations
*
* Parameter : - nothing -
* Return : - nothing -
*
*************************************************************************/
void
finish_checker ( void )
{ /* Deallocate memory, used for */
/* bit map reference array */
if ( bit_maps_allocated )
{
#if DEBUG
IOdebug (" finish_checker : De-allocate reference bit-map areas.");
#endif
free_ref_maps (); /* Give the memory back ! */
}
#if DEBUG
IOdebug (" finish_checker : Free hash table structures");
#endif
/* Give memory used by the hash-*/
remove_de_hash (); /* tables back */
remove_dup_hash ();
remove_lost_hash ();
remove_link_hash ();
dealloc_mem ();
}
