Lauterbach GmbH

• ASM Debugger

• High-Level-Language Debugging

• TRACE32^® Instruction Set Simulators

• TRACE32^® Front-End

• ROM Monitor

• Logical Display of Peripherals

• Script Language PRACTICE

• Trace-based Debugging (CTS)

• Logger

• Snooper

• Trace-based Profiling

• Sample-based Profiling

• Trace-based Code Coverage

• Memory Analysis

• FLASH Programming (Memory-Mapped)

• FLASH Programming (Protocol-Based)

• Multicore Debugging

• TPU Debugger (68332, MPC55x/56x)

• OS-aware Debugging

• 3rd Party Tool Integration

• Remote Control

• Supports almost all file formats
• Assembler source-level debugging
• Advanced memory display
• Inline assembler
• Memory tests
• Customizable windows
• Peripheral windows
• Terminal window
• Semi-hosting
• Flash programming
• Full support for peripherals

• Supports multiple languages
• Full support for C++
• Integrated into TRACE32^® environment
• Supports most compilers and hosts
• Same user interface on different hosts
• High speed download
• Debugs optimized code
• Display of function nesting
• Display of linked lists
• Powerful expression evaluation

• Integral part of TRACE32^®
• Configurable as system under debug (PBI=SIM)
• Allows post-mortem debugging
• Software compatible to all TRACE32^® tools
• OS-aware debugging
• Cache simulation (architecture dependent)
• Program and data flow trace based on a bus trace protocol
• Advanced trace analysis features
• Powerful script language
• Programming interface for peripheral simulation
• Not available for processor architectures that support user-defined instructions

• Front-end to third-party virtual targets
• Front-end to third-party core simulators
• Front-end to third-party target servers
• Front-end to TRACE32^® Back-End
• Same GUI as TRACE32^® hardware debuggers
• Debug features as provided by third-party software/TRACE32^® Back-End
• Trace features as provided by third-party software/TRACE32^® Back-End
• Windows, Linux and MacOSX
• Reprise RLM floating licenses

• Compatible with Emulator
• Support for C,C++ and ASM
• Communication via Eprom Simulator
• Communication via RS232 or customized .DLL link
• Windows9x, WindowsNT and Unix
• Monitor Code with Source
• Monitor Code Royalty Free

• Display of onchip peripherals
• User definable windows
• Interactive window definition with softkey support
• Pulldown menues for selection of choices
• Additional description for each field

• Structured Language
• Menu Support
• Command Logs
• Custom Menues
• Custom Toolbars and Buttons
• Custom Dialog Windows
• 64-Bit Arithmetic
• Numeric, Logical and String Operators
• Direct Access to System States

• Allows re-debuggging of a traced program section
• Provides forward and backward debugging capabilities
• High-level language trace display including all local variables
• Timing and function nesting display
• Has the ability to fill most trace gaps caused by the limited bandwidth of trace port

• Software trace of any size stored in an array structure on the target
• General trace format provided by TRACE32^®-PowerView
• Configuration and display commands provided by TRACE32^®-PowerView
• Works as trace with address and data information
• Works as a program flow trace (SH4, PowerPC)
• Time stamp possible
• Predefined algorithms to fill the trace provided by Lauterbach
• User defined algorithms to fill the trace also possible

• Samples memory while application is running
• Support for special debug communication channels
• All trace display and analysis functions can be used
• Trigger on specific values
• Dynamic performance analysis

• Detailed analysis of function run-times
• Detailed analysis of task run-times and state
• Graphical analysis of variable values over the time
• Analysis of the time interval of a single event (e.g. Interrupt)
• Analysis of the time interval between 2 defined events

• Long-time performance analysis for functions
• Long-time performance analysis for tasks
• Long-time analysis of the contents of a variable or memory location and more

• Real-time code coverage without instrumentation
• Suitable for long-term testing
• Support for all common code coverage metrics
• Automated report generation
• Full support of multicore chips

• Display of allocated memory blocks
• Memory allocation Statistics
• Check for out-of-bounds writes
• Trace of allocation calls
• Graphical displays of memory usage

• Optimum flash programming performance
• Support for all file formats
• Ready-to-run flash scripts
• Ready-to-use flash programming algorithms
• Dialog- or command-based programming as well as full scripting
• Full awareness of sensitive data
• Flash declaration via CFI
• Easy handling of different flash types on a target
• Software breakpoints in flash
• Simple code patching in flash
• Flash programming via boundary scan

• Optimum flash programming performance
• Support for elf, Intel hex and S-record format
• Ready-to-use flash programming scripts
• Ready-to-use flash programming algorithms
• Memory dump for displaying the flash content
• Flash content can be easily copied and modified
• Flash programming via boundary scan (SPI, eMMC, I2C)
• Full programming access to spare area (NAND)
• Bad block treatment (NAND)
• ECC generation: Hamming, BCH, Reed-Solomon (NAND)

• Debugger for all cores of a multicore chip
• Debugging of application cores, DSPs, accelerator cores and special-purpose cores
• Debugging of more than 80 core architectures
• Support for every multicore topology
• Support for all multicore operation modes
• Support for AMP and SMP systems
• Single debug hardware can be licensed for all cores of a multicore chip

• Full support of TPU1, TPU2 and TPU3
• Step and Go commands
• Supports all TPU Breakpoints
• Disassembler for Microinstructions
• Monitor all TPU Registers during stepping
• Modify TPU internal Registers
• Display of Entry Points
• Peripheral View of TPU Registers

• Real-time, non-intrusive display of RTOS system resources
• Task stack coverage
• Task related breakpoints
• Task context display
• SMP support
• Task related performance measurement
• Statistic evaluation and graphic display of task run times
• Task related evaluation of function run times
• PRACTICE functions for OS data
• Easy access via RTOS specific pull-down menus
• Support for all major RTOSes

• Editor Integration
• CASE Tool Integration
• Kernel Integration

TRACE32^® Remote API

The TRACE32^® Remote API enables Lauterbach customers to control TRACE32^® and access the device under test from another program. Typical use cases are:

• Integration of TRACE32^® into an automated production environment
• Using TRACE32^® as an interface to the device under test for test and measurement systems
• Using TRACE32^® as an interface to the device under test for third party tools

The TRACE32^® Remote API can be used to control several TRACE32^® PowerView instances simultaneously. This is possible by establishing one socket stream per PowerView instance. It does not matter whether the device under test is a physical or virtual target or an instruction set simulator.