/*
* SetInterrupts - set all interrupt handlers
*/
void SetInterrupts( void )
{
#if defined( _M_I86 ) || defined( __4G__ )
oldInt1c = DosGetVect( 0x1c );
oldInt1b = DosGetVect( 0x1b );
oldInt23 = DosGetVect( 0x23 );
oldInt24 = DosGetVect( 0x24 );
#else
getIntVect( 0x1b, &old1b );
getIntVect( 0x1c, &old1c );
getIntVect( 0x23, &old23 );
getIntVect( 0x24, &old24 );
#endif
setClockTime();
#if defined( _M_I86 ) || defined( __4G__ )
DosSetVect( 0x1b, handleInt1b_23 );
DosSetVect( 0x1c, handleInt1c );
DosSetVect( 0x23, handleInt1b_23 );
DosSetVect( 0x24, HandleInt24 );
#else
newIntVect( 0x1b, handleInt1b_23 );
setStupid1c();
newIntVect( 0x23, handleInt1b_23 );
newIntVect( 0x24, HandleInt24 );
#endif
} /* SetInterrupts */
/*
* EMSInit - init for EMS memory usage
*/
void EMSInit( void )
{
void *vect;
char *check;
unsigned i;
unsigned short seg;
unsigned char handle;
ems_addr h;
EMSCtrl.inuse = FALSE;
if( !EditFlags.ExtendedMemory ) {
return;
}
EMSCtrl.exhausted = FALSE;
vect = DosGetVect( EMS_INTERRUPT );
check = MK_FP( FP_SEG( vect ), EMS_INTERRUPT_OFFSET );
for( i = 0; i <= 7; i++ ) {
if( check[i] != emsStr[i] ) {
return;
}
}
if( _EMSStatus() != 0 ) {
return;
}
if( _EMSGetPageFrame( &seg ) != 0 ) {
return;
}
EMSCtrl.seg = seg;
if( _EMSAllocateMemory( EMS_MAX_LOGICAL_PAGES, &handle ) != 0 ) {
return;
}
EMSCtrl.handles[EMSCtrl.allocated] = handle;
EMSCtrl.logical = 0;
EMSCtrl.max_logical = EMS_MAX_LOGICAL_PAGES;
EMSCtrl.offset = 0;
EMSCtrl.allocated = 1;
for( i = 0; i < EMS_MAX_PHYSICAL_PAGES; i++ ) {
EMSCtrl.physical[i].used = FALSE;
}
emsPtrs = MemAlloc( sizeof( long ) * MaxEMSBlocks );
for( i = 0; i < MaxEMSBlocks; i++ ) {
emsPtrs[i] = eMSAlloc( MAX_IO_BUFFER );
if( emsPtrs[i] == NULL ) {
break;
}
h.external = emsPtrs[i];
TotalEMSBlocks++;
}
emsPtrs = MemReAlloc( emsPtrs, TotalEMSBlocks * sizeof( long ) );
EMSCtrl.inuse = TRUE;
} /* EMSInit */