Intrp Issues (when relocating)

Thanks. Despite your attempt to be a smart ass, your deciphered response is still far from helpful.

Flame on brother.

s/your/ur/g
s/to/2/
s/ass/@$$/

Oh, missed one.

s/Thanks/10x/

Every other thread on this forum is a flame, so no surprise here.

Is it fulfilling treating others with condescension?

Would you believe I've read the manual, consulted the KB, searched the forums, tried educated guesses, and even spent the better part of my week (and weekend) on this problem as my normal work piles up around my desk?

I'm not asking you to do my homework. I want to understand why my problem exists and solve it.

No, every other thread on this forum is not a flame. Please scan through the 10 or 20 latest and return with percentages. Keep in mind that comments that we can't read any posted code because the original poster have forgotten the correct tags can't automatically be considered flames.

Since you have reduced your problem into a minimalistic sample program that shows the problem - maybe you should post that code here, to let people look at it.

I solved it thanks.

=====================
For whatever reason (im sure someone can come up with one), I had problems when I tried setting all three addresses (int vector setting, startup.a51 CSEG, and CODE SPACE) to the same value.

I had to use the fakeints.a method and point to a physical address and set my INT VECT accordingly.

;------------------------------------------------------------------------------
;  FakeInts.a - Dummy Interrupt vectors for the Universal DownLoad Program
;------------------------------------------------------------------------------
;  To translate this file use A51 with the following invocation:
;
;     A51 FakeInts.A


//DnlBase Equ     1000H           ; DownLoader base address
AppBase Equ     4000H           ; Application base address
IntBase Equ     7B00H
        CSEG    AT 0
        Ljmp    AppBase         ; Start application


IntVect Macro   Num
        CSEG    AT (8*Num+3)
        Ljmp    IntBase+(8*Num+3)
        Endm

        IntVect 0               ; INT0 - External Interrupt
        IntVect 1               ; T0 - Timer 0 Interrupt
                IntVect 2               ; INT1 - External Interrupt
        IntVect 3               ; T1 - Timer 1 Interrupt
                IntVect 4               ; SP - Serial Port Interrupt
        IntVect 5               ; T2 - Timer 2 Interrupt
                IntVect 6               ; PCA - Programmable Capture Array Interrupt
        IntVect 7               ;Unused
                IntVect 8               ;Unused
                IntVect 9               ;Unused
                IntVect 10               ;Unused
                IntVect 11               ;Unused
                IntVect 12               ;Unused
                IntVect 13               ;Unused
                IntVect 14               ; TMR3
        End

So why, when following the KB article on changing the interrupt vector, does it not work with all three addresses being the same (except in the case of 0x000)?

"So why, when following the KB article on changing the interrupt vector, does it not work..."

How about posting your code that followed this article?
Maybe someone could spot where you're misinterpreting it, or where it misled you...?