OLIMEX OKI-H5003 Simple boot monitor
'ARMoni' Version 0.0
Copyright (C)2005 Y.Sakamoto
http://www.neko.ne.jp/~freewing/

Donationware, http://www.neko.ne.jp/~freewing/donation.htm
I am happy if I have you contribute it when you liked this software.

OKI ML67Q5002/ML67Q5003
http://www2.okisemi.com/site/press/productphotography/PR-ML675001.html/

OLIMEX OKI-H5003
http://www.olimex.com/dev/oki-h5003.html

*Introduction
 ARMoni is Boot monitor for OLIMEX OKI-H5003.
 it is simple and is easily usable.
 This monitor does not need JTAG-I/F.
 Program transfer is possible via USB-I/F.
 You can build development environment freely.
 Protect life of built-in ROM.

*How to use
1) Write in 'ARMoni.hex' at built-in ROM of OKI-H5003.
2) Run OKI-H5003.
3) Start 'ARMoni.exe' software in the PC side.
4) Write in a program at built-in RAM and an external RAM area of OKI-H5003 with a file of Intel Hex format.
5) Execute program enter 'G' Go command.

* ARMoni can use even normal terminal software.
  A communication parameter is 750000bps,even,8bit,stop1.

* If you want to use any other cpu/mpu(other makers ARM,Renases SH,etc..).
  Please refer by an email to Y.Sakamoto in detail.


*ARMoni Simple boot monitor Commands
 D [adrs]        ... Dump Memory
 I <adrs>        ... Input Data/Read Memory
 O <adrs> <data> ... Output Data/Write Memory
 G [adrs]        ... Execute Program
 <Intel Hex>     ... Receive Intel Hex format
 .               ... Execute Last Command

*ARMoni Simple terminal Commands
 '*' to Upload 'test.hex'
 '@' to Close ComPort
 'ESC'/'!' to Exit


*ARMoni use resource
Internal ROM : 0x00000000-0x00002000 Program area
Internal RAM : 0x50000000-0x50001000 Work area
             : 0x50007C00-0x50007EFF Stack area
             : 0x50007F00-0x50007FFF Vector area

*ARMoni Vector area map
(please see sample program.)

        org 0x50007F00
HandleReset:        .skip       4
HandleUndef:        .skip       4
HandleSWI:          .skip       4
HandlePabort:       .skip       4
HandleDabort:       .skip       4
HandleReserved:     .skip       4
HandleIRQ:          .skip       4
HandleFIQ:          .skip       4

IntVectorTable:
_HandleSysTimer:    .skip       4       @[0]    0001
_HandleWatchDog:    .skip       4       @       0002
_HandleWatchInt:    .skip       4       @       0004
_HandlenIr3:        .skip       4       @@      0008
_HandleGpioA:       .skip       4       @       0010
_HandleGpioB:       .skip       4       @       0020
_HandleGpioC:       .skip       4       @       0040
_HandleGpioDE:      .skip       4       @       0080

_HandleSoftWare:    .skip       4       @[8]    0100
_HandleUart:        .skip       4       @       0200
_HandleSio:         .skip       4       @       0400
_HandleAd:          .skip       4       @       0800
_HandlePwm0:        .skip       4       @       1000
_HandlePwm1:        .skip       4       @       2000
_HandleSsio:        .skip       4       @       4000
_HandleI2C:         .skip       4       @       8000

_HandleTimer0:      .skip       4       @[16]   0001
_HandleTimer1:      .skip       4       @       0002
_HandleTimer2:      .skip       4       @       0004
_HandleTimer3:      .skip       4       @       0008
_HandleTimer4:      .skip       4       @       0010
_HandleTimer5:      .skip       4       @       0020
_HandleExtInt0:     .skip       4       @       0040
_HandlenIr23:       .skip       4       @@      0080

_HandleDma0:        .skip       4       @[24]   0100
_HandleDma1:        .skip       4       @       0200
_HandleExtInt1:     .skip       4       @       0400
_HandlenIr27:       .skip       4       @@      0800
_HandleExtInt2:     .skip       4       @       1000
_HandlenIr29:       .skip       4       @@      2000
_HandlenIr30:       .skip       4       @@      4000
_HandleExtInt3:     .skip       4       @       8000

_HandleUnused:      .skip       4       @@InvalidateStopper