; --------------------------------------------------------------------------------
; @Title: Runtime Memory Access Example by TSMON3, PTMON3 or UDMON3 for ARM7,ARM9
; @Description: -
; @Chip: ARM7*, ARM9*
; @Author: PEG
; @Copyright: (C) 1989-2019 Lauterbach GmbH, licensed for use with TRACE32(R) only
; --------------------------------------------------------------------------------
; $Id: monitor_arm7_arm9.cmm 15209 2019-11-04 10:07:55Z bschroefel $

; The example assumes RAM at address 0.
; The debugger is expected to be in UP state, therefore a target
; specific start-up script will be needed to run first.
; The simulator does not support the runtime memory access modes.

; After executing this script you need to run the application (-> 'Go').

; You can read and write memory and CP15 register.
; Please note that access to only a few CP15 register are implemented in the monitor program.
; Therefore only part of the peripheral register is valid (during runtime).
; You can easily modify the monitor code to extend access to other CP15 registers.
  Register.RESet

; load monitor program for runtime access
  Data.LOAD.ELF monitor_arm7_arm9.axf

; configure memory access to use monitor when running
; for runtime memory access there is no difference between TSMON3 and UDMON3
; PTMON3 generates a trigger output which might be used to call the monitor handler
; SYStem.MemAccess PTMON3
; SYStem.MemAccess UDMON3
  SYStem.MemAccess TSMON3

; open some windows
  WinCLEAR

  WinPOS 0% 0% 100% 48%
  List.auto

  WinPOS 0% 50% 50% 24%
  Data.dump E:Var.RANGE(flags) /Byte /NoOrient /SpotLight

  WinPOS 0% 75% 50% 24%
  Var.View %Decimal %E %SpotLight mcount

  WinPOS 50% 50% 50% 48%
  PER , /DualPort

  ENDDO