Lauterbach TRACE 32 Quick Installation Download Page 1

TRACE 32

 

In-Circuit Debugger

Quick Installation 

and

Tutorial

Summary of Contents for TRACE 32

Page 1: ...TRACE 32 In Circuit Debugger Quick Installation and Tutorial ...

Page 2: ...nscribed stored in a retrieval system or translated into any language in any form by any means without the written permission of Lauterbach Datentechnik GmbH TRACE32 is a registered trademark of Lauterbach Datentechnik GmbH Lauterbach Datentechnik GmbH Fichtenstrasse 27 D 85649 Hofolding Germany telephone 49 8104 8943 50 facsimile 49 8104 8943 49 e mail support lauterbach com ...

Page 3: ...on Guide INST 1 Product Overview INST 2 System Concepts INST 4 Host Interfaces INST 4 The Debug Module INST 11 Hardware Installation INST 12 Installation with ISA Interface Card PODPC INST 12 Installation with Parallel Interface Card PODPAR INST 15 Installation with Ethernet Interface PODETH INST 18 Software Installation INST 20 PODPC or PODPAR on MS WINDOWS PC INST 21 PODETH on MS WINDOWS PC INST...

Page 4: ...he User Interface TUT 13 How to Debug the Program TUT 15 How to Display and Modify CPU Registers TUT 25 How to Display and Modify the Special Function Registers TUT 27 How to Display and Modify Memory TUT 29 How to Set Breakpoints TUT 31 Software Breakpoints TUT 31 Breakpoints in ROM Flash EEPROM TUT 35 Breakpoints on Data Accesses TUT 36 Onchip Breakpoints Overview TUT 38 Display and Modify HLL V...

Page 5: ...a third party development tool The onchip debug system provides the following basic features Read write memory Read write CPU register Single step and real time execution Hardware breakpoints and trigger features not supported by all CPUs The In Circuit Debugger TRACE32 ICD uses these basic features of the onchip debug system to provide a powerful debug tool that offers Easy high level and assembl...

Page 6: ...ll TRACE32 development tools use a common user interface So the look and feel stays the same no matter what system you are using About this Guide The purpose of this guide is To get your In Circuit Debugger installed See Quick Installation for TRACE32 ICD To help you to write the proper start up sequence See Tutorial for TRACE32 ICD To make you familiar with the basic functions of TRACE32 ICD See ...

Page 7: ...ur debugging tools even before your target hardware is available Simulator A simulator can run without a target processor The work of the CPU is simulated by software So real time debugging is not possible You can download our simulators from our web page http www lauterbach com or from our CD TRACE32 Product Information by using the link Download Demo Software in the main menu ...

Page 8: ...use the PDF file TRACE32 MANUAL PDF in the PDF directory of the CD to open the Online help in PDF format The following books contain the most relevant information for the use of TRACE32 ICD ICD Targets Since the Quick Installation for TRACE32 ICD and the Tutorial for TRACE32 ICD are generic for all supported CPUs we strongly recommand to read the ICD Target Guide for your CPU This guide describes ...

Page 9: ...information for advanced users Installation Guide General Installation Guide for all TRACE32 development tools Operation System User s Guide Gives an overview of the features for the TRACE32 Operating System e g windows management file management printer etc Operation System Reference Provides a detailed description of the TRACE32 Operating System e g windows management file management printer etc...

Page 10: ... and configuration for all TRACE32 ICD In Circuit Debuggers that are implemented using their onchip debug interface Typical examples for onchip debug interfaces are BDM JTAG ONCE For the installation and configuration of the ROM monitors or for special system configurations e g additional devices multiprocessor debugging etc refer to the Installation Guide ...

Page 11: ... can be used all CPUs that are supported by TRACE32 ICD Some CPUs like the PPC603 or the MPC740 750 need the Power Debug Module since their complex debug interface requires the transfer of huge amounts of data To guarantee a fast data transfer rate the Power Debug Module has its own RISC controller A Debug Cable The Debug Cable connects the Debug Module to the debug interface on your target For th...

Page 12: ...c for your CPU Refer to your ICD Target Guide for detailed information The use of the divided CPU clock has the following advantages The max speed for the debug interface can be used However we recom mend 10MHz as the max speed The clock for the debug interface is automatically adapted if the CPU clock is changed by your application program The TRACE32 debugger software TRACE32 Debugger Software D...

Page 13: ...onment can be easily expanded by additional PODBUS devices to provide a powerful tool configuration Additional PODBUS devices are ICD Trace ICD RISC Trace EPROM Simulator Stimuli Generator etc The connection between the target and the debug module is done by a processor specific debug interface cable Host Interfaces Three different interfaces are available to connect the host system to the PODBUS ...

Page 14: ...C ISA card PODPC clock cable System configuration with ISA card PODPC parallel PODPAR trigger in out standard parallel cable AC DC adapter supply power DEBUG MODULE Target Printer Port LPTx PC PODBUS clock cable System configuration with printer port interface PODPAR ...

Page 15: ...llation for TRACE32 ICD 6 Workstation PC or PODETH Ethernet AC DC adapter trigger in out HUB DEBUG MODULE Target PODBUS Ethernet 10 MHz Twisted Pair clock cable System configuration with ethernet interface PODETH ...

Page 16: ...ust always be on The BNC connector is used to input output a trigger signal to from the Debug Module For more information on this Trigger feature refer to Trigger in the ICD Users Guide JP0 JP1 JP2 Address hex Address dec on on on 350 848 off on on 250 592 on off on 260 608 off off on 280 640 on on off 300 768 off on off 330 816 on off off 340 832 off off off 390 912 Jumper PODBUS ISA BUS BNC conn...

Page 17: ... the PODPAR Plug 7 9V inner negative outer positive Please use only the enclosed AC DC Adapter The BNC connector is used to input output a trigger signal to from the Debug Module For more information on this Trigger feature refer to Trigger in the ICD Users Guide trigger in out power supply PODBUS OUT Printer Port ...

Page 18: ...o provide a flexible host connection External power supply is required for the PODETH Plug 7 9V inner negative outer positive Please use only the enclosed AC DC Adapter The BNC connector is used to input output a trigger signal to from the Debug Module For more information on this Trigger feature refer to Trigger in the ICD Users Guide Printer Port trigger in out power supply PODBUS OUT Ethernet ...

Page 19: ...ive flashes if device is not used ERROR On if device is active flashes if device is not used In error case an error code will be pulsed See the ICD Debugger User Guide for further information TRANSMIT Transmit activity RECEIVE Receive activity COLLISION Collision activity LINK Twisted pair link integrity POLARITY Twisted Pair Polarity Error receiver inputs TPRX TPRX are reversed JABBER Twisted Pai...

Page 20: ...plied via the PODBUS Therefore power is on when the host interface is on SELECT Optionally It is possible to connect more than one device to the PODBUS Each device can be independently controlled by the debugger software The LED is on when this device is currently controlled EMULATE The user program is running on the target PODBUS IN connector to host interface PODBUS OUT connector for additional ...

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