Epson S1C33 Series Manuel utilisateur

MF1200-02

Debug Monitor Operation Manual

CMOS 32-BIT SINGLE CHIP MICROCOMPUTER

S1C33 Family

NOTICE

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Windows 95, Windows 98 and Windows NT are registered trademarks of Microsoft Corporation, U.S.A.

PC/AT and IBM are registered trademarks of International Business Machines Corporation, U.S.A.

All other product names mentioned herein are trademarks and/or registered trademarks of their respective owners.

The information of the product number change

Configuration of product number

Devices

Comparison table between

new and previous number

S1C33 Family processors

Starting April 1, 2001, the product number will be changed as listed below. To order from April 1,

2001 please use the new product number. For further information, please contact Epson sales

representative.

S1 C33104 F0A01

Packing specification

Specification

Package (D: die form; F: QFP)

Model number

Model name (C: microcomputer, digital products)

Product classification (S1: semiconductor)

Development tools

S5U1 C33L01 D1 1

Packing specification

Version (1: Version 1 ∗2)

Tool type (D1: Development Tool ∗1)

Corresponding model number (33L01: for S1C33L01)

Tool classification (C: microcomputer use)

Product classification

(S5U1: development tool for semiconductor products)

∗1: For details about tool types, see the tables below. (In some manuals, tool types are represented by one digit.)

∗2: Actual versions are not written in the manuals.

Previous No.

E0C33A104

E0C33202

E0C33204

E0C33208

E0C33209

E0C332T01

E0C332L01

E0C332L02

E0C332S08

E0C332129

E0C33264

E0C332F128

New No.

S1C33104

S1C33202

S1C33204

S1C33208

S1C33209

S1C33T01

S1C33L01

S1C33L02

S1C33S01

S1C33221

S1C33222

S1C33240

Comparison table between new and previous

number of development tools

Development tools for the S1C33 Family

Previous No.

ICE33

EM33-4M

PRC33001

POD33001

ICD33

DMT33004

DMT33004PD

DMT33005

DMT33005PD

DMT33006LV

DMT33006PDLV

DMT33007

DMT33007PD

DMT33008LV

DMT33008PDLV

DMT332S08LV

DMT332S08PDLV

DMT33209LV

DMT33209PDLV

DMT332F128LV

DMT33MON

DMT33MONLV

DMT33AMP

DMT33AMP2

DMT33AMP3

DMT33AMP4

DMT33CF

DMT33CPLD400KLV

New No.

S5U1C33104H

S5U1C33104E

S5U1C33104P1

S5U1C33104P2

S5U1C33000H

S5U1C33104D1

S5U1C33104D2

S5U1C33208D1

S5U1C33208D2

S5U1C33L01D1

S5U1C33L01D2

S5U1C33208D3

S5U1C33208D4

S5U1C33T01D1

S5U1C33T01D2

S5U1C33S01D1

S5U1C33S01D2

S5U1C33209D1

S5U1C33209D2

S5U1C33240D1

S5U1C330M1D1

S5U1C330M2D1

S5U1C330A1D1

S5U1C330A2D1

S5U1C330A3D1

S5U1C330A4D1

S5U1C330C1D1

S5U1C330C2D1

Previous No.

DMT33LIF

DMT33SMT

DMT33LCD26

DMT33LCD37

EPOD33001

EPOD33001LV

EPOD33208

EPOD33208LV

EPOD332L01LV

EPOD332T01

EPOD332T01LV

EPOD33209

EPOD33209LV

EPOD332128

EPOD332128LV

EPOD332S08LV

MEM33201

MEM33201LV

MEM33202

MEM33202LV

MEM33203

MEM33203LV

MEM33DIP42

MEM33TSOP48

EPOD176CABLE

EPOD100CABLE

EPOD33SRAM5V

EPOD33SRAM3V

New No.

S5U1C330L1D1

S5U1C330S1D1

S5U1C330L2D1

S5U1C330L3D1

S5U1C33208E1

S5U1C33208E2

S5U1C33208E3

S5U1C33208E4

S5U1C33L01E1

S5U1C33T01E1

S5U1C33T01E2

S5U1C33209E1

S5U1C33209E2

S5U1C33220E1

S5U1C33220E2

S5U1C33S01E1

S5U1C33001M1

S5U1C33001M2

S5U1C33002M1

S5U1C33002M2

S5U1C33003M1

S5U1C33003M2

S5U1C330D1M1

S5U1C330T1M1

S5U1C33T00E31

S5U1C33S00E31

S5U1C33000S

S5U1C33001S

Previous No.

CC33

CF33

COSIM33

GRAPHIC33

HMM33

JPEG33

MON33

MELODY33

PEN33

ROS33

SOUND33

SMT33

TS33

USB33

VOX33

VRE33

New No.

S5U1C33000C

S5U1C330C1S

S5U1C330C2S

S5U1C330G1S

S5U1C330H1S

S5U1C330J1S

S5U1C330M2S

S5U1C330M1S

S5U1C330P1S

S5U1C330R1S

S5U1C330S1S

S5U1C330S2S

S5U1C330T1S

S5U1C330U1S

S5U1C330V1S

S5U1C330V2S

TABLE OF CONTENTS

S1C33 FAMILY DEBUG MONITOR EPSON

OPERATION MANUAL i

Preface

Writtenforthose whodevelopapplications using the S1C33 Familyof microcomputers, this manualdescribeshow to

implement the S1C33 Family debug monitor library S5U1C330M2S and how to debug the target program.

Table of Contents

1 S5U1C330M2S Package ................................................................................................1

1.1 Features......................................................................................................................................................................1

1.2 Components of S5U1C330M2S Package......................................................................................................2

1.3 Installation...................................................................................................................................................................2

2 Implementing the Debug ..............................................................................................4

2.1 Resources Required for the Debug Monitor..................................................................................................4

2.2 Starting Up the Debug Monitor...........................................................................................................................5

2.3 Building an Application Program........................................................................................................................6

2.4 Creating Communication Control Routines...................................................................................................7

3 Target Program and Debugging..................................................................................10

3.1 Notes for Creating Target Programs.............................................................................................................10

3.2 Parameter File for Debugging..........................................................................................................................10

3.3 Starting Up and Terminating Procedure of Debugging..........................................................................11

3.4 Debugging Method...............................................................................................................................................12

3.5 Precautions for Debugging................................................................................................................................14

3.5.1 Restriction on Debugging Command..........................................................................................14

3.5.2 Other Precautions..............................................................................................................................14

Appendix S5U1C330MxD1 Board ................................................................................15

A.1 Outline of S5U1C330MxD1 Board.................................................................................................................15

A.2 Names and Functions of Each Part..............................................................................................................15

A.3 Connecting the System......................................................................................................................................16

A.4 S5U1C330MxD1 Block Diagram....................................................................................................................17

A.5 Program Debugging with a S5U1C33xxxDx Board and S5U1C330M2S.......................................18

A.6 Indispensable Signal Pins of S5U1C330MxD1.........................................................................................21

1 S5U1C330M2S PACKAGE

S1C33 FAMILY DEBUG MONITOR EPSON

OPERATION MANUAL 1

1 S5U1C330M2S Package

The Debug Monitor S5U1C330M2S is a middleware designed for S1C33 Family single-chip

microcomputers.

It provides program-debugging functions on the user target board or for the actual product.

1.1 Features

The following lists the features of S5U1C330M2S:

• It is provided as a library file that can be linked to the user program.

This package also contains source codes of all the modules.

• S5U1C330M2S uses approx. 10KB ROM, approx. 2.5KB RAM and a channel of serial interface on the S1C33

chip. It allows direct program debugging via the S5U1C330MxD1 board using the debugger db33onthepersonal

computer.

• Allows debugging of the target program in the RAM, ROM or Flash memory on the target board.

• Supports the following debugging functions:

- Successive execution and step execution of the program

- PC break and data break

- Memory/register operation

- Flash memory writing

A configuration of the debugging system is shown in Figure 1.1.1.

S1C33xxx

External

RAM External

ROM FLASH

memory

Serial

interface

Target board

RS232C

115,200 bps

S5U1C330MxD1

interface board Debugger

db33

EPSON

Figure 1.1.1 Configuration of debugging system

1 S5U1C330M2S PACKAGE

EPSON S1C33 FAMILY DEBUG MONITOR

OPERATION MANUAL

1.2 Components of S5U1C330M2S Package

The following lists the contents of S5U1C330M2S Package:

When unpacking, make sure that all of the following components are included.

(1) Tool disk (3.5' FD for PC/AT, 1.44MB) 1

(2) S1C33 Family Debug Monitor Operation Manual (this manual) 2 (1 English/1 Japanese)

(3) Warranty 2 (1 English/1 Japanese)

1.3 Installation

S5U1C330M2S needs to be linked with the user program as it is implemented. Therefore, make sure all tools of the

"S1C33 Family C Compiler Package" have been installed in the personal computer and are ready to run before

installing the S5U1C330M2S files. The basic system configuration is described below.

• Personal computer:

IBM PC/AT or compatible

(PC with Pentium 90 MHz or higher and 32MB or more memory recommended)

One channel of the serial port is used to communicate with the debug monitor.

• OS:

Windows95, Windows NT 4.0 or higher version (English version or Japanese version)

All the S5U1C330M2S files are supplied on one floppy disk. Execute the self-extract file "mon33vXX.exe" on the

FD to install the files. ("XX" in the file name represents the version number, for example, "mon33v10.exe" is the

file name of S5U1C330M2S ver. 1.0.)

When "mon33vXX.exe" is started up by double-clicking the file icon, the following dialog box appears.

Enter a path/folder name in the text box then click

[Unzip]. The specified folder will be created and all the

files will be copied to the folder.

When the specified folder already exists on the specified

path, the folder will be overwritten without prompting if

[Overwrite Files Without Prompting] is checked.

The following lists the configuration of directories and files after copying.

(root)\ (default: C:\E0C33\MON33\)

readme.txt Supplementary explanation (in English)

readmeja.txt Supplementary explanation (in Japanese)

lib\ ..... MON33 library

mon33ch0.lib S5U1C330M2S library that uses the serial I/F Ch.0 on the S1C33xxx

mon33ch1.lib S5U1C330M2S library that uses the serial I/F Ch.1 on the S1C33xxx

mon33.lib S5U1C330M2S library that doesnot use a serial I/F on the S1C33xxx

... These libraries cannot be used with the ICE or ICD.

Normally, either "mon33ch0.lib" or "mon33ch1.lib" is used according to

the serial I/F channel used. Use "mon33.lib" when providing a serial I/O

circuit separately and when not using the S5U1C330MxD1 board.

mon33ice.lib Library that does not use a serial I/F on the S1C33xxx for debugging the

S5U1C330M2S using the ICE or ICD

1 S5U1C330M2S PACKAGE

S1C33 FAMILY DEBUG MONITOR EPSON

OPERATION MANUAL 3

mon33ch0.mak Make file for building mon33ch0.lib

mon33ch1.mak Make file for building mon33ch1.lib

mon33.mak Make file for building mon33.lib

mon33ice.mak Make file for building mon33ice.lib

src\ ..... MON33 source files

m33_def.h S5U1C330M2S definition file

m3c_brk.c C source file for break functions

m3c_exe.c C source file for program execution

m3c_flsh.c C source file for Flash memory operation

m3c_main.c S5U1C330M2S main C source file

m3c_mem.c C source file for memory operation

m3c_othe.c C source file for other functions

m3c_sci.c C source file for sending/receiving messages

m3s_exe.s Assembly source file for program execution

m3s_flsh.s Assembly source file for Flash memory operation

m3s_init.s Assembly source file for S5U1C330M2S initial set-up

m3s_mem.s Assembly source file for memory operation

m3s_sci.s Assembly source file for sending/receiving messages

dmt33xxx\ ..... Sample source files for the S5U1C33xxxDx, MON33 build files and related files

A sample program for blinking the LED on the S5U1C33xxxDx, a source for the on-

board Flash memory write/erase routines and the make files are included in each

dmt33xxx folder. The source files can be modified to use in theapplicationprogramif

necessary. Refer to "readme.txt" or "readmeja.txt" for the contents of the dmt33xxx

folder.

2 IMPLEMENTING THE DEBUG MONITOR

EPSON S1C33 FAMILY DEBUG MONITOR

OPERATION MANUAL

2 Implementing the Debug Monitor

This chapter describes how to implement the debug monitor and how to start it from the application

program.

2.1 Resources Required for the Debug Monitor

The debug monitor uses the following resources:

• Approximately 10KB of ROM area for the program code of the debug monitor.

• Approximately 2.5KB of RAM area for the work and stack area.

• Since the debug monitor uses the debugging exception of the CPU, addresses 0x0 to 0xF ofthebuilt-in RAMarea

are used as the vector and stack for processing debugging exceptions. Furthermore, addresses 0x10 to 0x2F are

reserved for extending functions.

• One channel (Ch.0 or Ch.1) of the serial interface (8-bit asynchronous mode) is used for communicating with the

debugger db33 on the personal computer.

Figure 2.1.1 shows a connection diagram.

VSS

SOUT0/1

SIN0/1

SCLK0/1

Connected to the personal computer

using the RS232C cable

(Baud rate: 115,200 bps)

S1C33xxx

Target board

S5U1C330MxD1

Figure 2.1.1 RS232C connector diagram

• Communication via RS232C is performed by a software polling method without any interrupt related resource.

• A serial I/O device outside the S1C33 chip can be used by customizing the serial I/O routine (see Section 2.4).

• S5U1C330M2S uses the TXD, RXD and status registers of thecorrespondingserial interfacechannelexclusively.

Therefore, do not access these control registers.

Furthermore, fix the I/O pins for the channel at the serial interface pins using the port function select register. For

example, the sample program "m3s_sci.s" writes 0x07 to the P0 function select register (0x402D0) when Ch.0 is

used or 0x70 when Ch.1 is used to set the serial interface pins.

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