'>>> Page 5 of CODE0398.FAQ begins here.
   Once you have the appropriate values in the registers, you are
   ready to call the INTERRUPT.
   CALL INTERRUPT(IntNumber, InReg, OutReg)
   IntNumber is the number of the INTERRUPT you want to call.  For
   example, 10h (10, base-16 or HEX) is the screen INTERRUPT, so
   you'd call it like this:
   CALL INTERRUPT(&H10, InReg, OutReg)
   Any values that the INTERRUPT is supposed to return will be
   stored in the OutReg, and can be checked like you would any
   other variable:
   IF OutReg.Bx = 10 THEN [...]
   A note:  QB also offers the CALL INTERRUPTX function, which
   does the exact same thing as CALL INTERRUPT, but it allows you
   to use two extra registers, DS and ES.  Everything is exactly
   the same as CALL INTERRUPT except that you add an "X" on the
   end.
   So, this is all great you say, but how do I figure out which
   INTERRUPT will do what?  Good question.  You can't, on your
   own.  It's a severe understatement to say that poking around
   with INTERRUPTs is pretty dangerous if you don't know what
   you're tapping into.  You're going to need to keep your eyes
   open for a list of INTERRUPTs, and there are a lot of them --
   INTs, that is.  The best list out there is Ralf Brown's
   Interrupt List, which should be on any program-oriented BBS in
   your area.  Check out the No-Code FAQ for more information on
   where to find it (or do a web search for it).
5) CAN I USE INTERRUPTS WITH QBASIC?
   Thanks to Hans Lunsing, yes!  This routine uses QBasic's CALL
   ABSOLUTE feature to run the appropriate machine code so that if
   you're stuck with QBasic, you too can enjoy the power of
   INTERRUPTs:
[begin]
   ' InterruptX
   ' Interrupt procedure for QBASIC
   ' By Hans Lunsing
   ' Edited to fit FidoNet QB Code FAQ by Dave Shea
   ' --------------------------------------------------------------
   DEFINT A-Z
   ' Register type for use with InterruptX
   TYPE RegTypeX
     Ax AS INTEGER
     BX AS INTEGER
     CX AS INTEGER
     DX AS INTEGER
     BP AS INTEGER
     SI AS INTEGER
     DI AS INTEGER
     Flags AS INTEGER
     DS AS INTEGER
     ES AS INTEGER
   END TYPE
   CONST FALSE = 0, TRUE = NOT FALSE
   DECLARE SUB InterruptX (IntNo%, Inreg AS RegTypeX, OutReg AS_
RegTypeX)
   '---------------------------------------------------------------
   ' The machine code of the interrupt procedure for InterruptX
   '---------------------------------------------------------------
   InterruptXASM:
   ' Number of bytes
   DATA  190
   ' Hexadecimal representation of machine code
   DATA 55,8B,EC,8B,5E,0C,8B,17,0A,F6
   DATA 74,07,C7,07,FF,FF,E9,A7,00,8B
   DATA 5E,06,8B,1F,2E,88,97,77,00,32
   DATA C0,80,FA,25,74,05,80,FA,26,75
   DATA 02,0C,02,50,1E,06,56,57,9C,8B
   DATA 76,0A,80,FA,20,7C,05,80,FA,30
   DATA 7C,0A,81,7C,08,FF,FF,74,03,8B
'>>> Page 5 of CODE0398.FAQ ends here. Continued on next page.
___
 * SLMR 2.0 * "You have no choice; you have to decide." -- Bill Miller
--- Maximus/2 3.01
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