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Recording large TRD files 19-Dec-2024
To effectively record large Trace Recording Data ( TRD) files via winIDEA Analyzer you must understand potential causes and their solutions. Trace data is captured by an on-chip trace engine, which stores it in an on-chip buffer or streams it through a trace port to the debugger. Trace Rec...
How to record long trace sessions? 09-Dec-2024
If longer trace sessions are required, e.g. for coverage measurement during system tests, ensure your system is set up optimally. Optimal PC setup: Multi-core CPU (for optimal distribution of workload during profiler or coverage analysis) 4GB RAM minimum, 8GB or more RAM recommended %TEMP%...
Infineon TriCore: How to measure time between two functions 09-Dec-2024
With the TriCore plugin core window Counters, y ou can measure the time between two functions, e.g. between main, which starts counters, and startOS, which stops counters. Solution Refer to the how-to guide in winIDEA Help.
Missing callstack information when using GHS Compiler 09-Dec-2024
Possible solutions Command line Use the following compiler command line option (for Generate Target-Walkable Stack) : -gtws. To get maximum debug information with GHS Compiler follow this link . Calls tack Generation Probe different callstack options, e.g. if Automatic does not work, try w...
OSEK / AUTOSAR: iTCHI 09-Dec-2024
Trace Configuration Helper (iTCHi) is a set of scripts that can help you configure OS and RTE-aware hardware traces for the winIDEA Analyzer.iTCHi is located in the scripts/itchi folder in your winIDEA installation folder. iTCHi is supported from winIDEA version 9.17.156. iTCHi Wizard is a...
Which Active Probe / Debug Adapter / Converter do I need? 09-Dec-2024
The following cross-over tables list all available Converters and their target connection. The tables explain which BlueBox Debug Adapter or Active Probe the particular Converter can be used with. iC7 iC5 More resources inHardware User Manuals iC7 / Active Probe Adapters iC5 Debug Adapters
Setting debug interface voltage levels (Vref) 09-Dec-2024
The voltage levels for the debug interface are configured within winIDEA via the CPU Options dialog. Solution Make sure Vref is selected for Debug I/O levels, otherwise, the debug session fails or may behave unpredictably. 1. Open Hardware | CPU Options | Hardware . 2. Select the Vref opti...
Arm Cortex-M: Trace on STM32H7 09-Dec-2024
CPUSTM32H7 runs at a max. 480 MHz. If dividing the trace, it is possible to get about 100 MHz (supported by the BlueBox) which can cause problems with Flash. For a successful Trace do not stop the Analyzer and CPU simultaneously. Possible solution Stop the Analyzer before CPU: 1. Start Ana...
Arm Cortex-M LPC4357: Debugging M4 core via SWD Debug Protocol 09-Dec-2024
The LPC4357 is a dual-core with ARM Cortex-M4 and Cortex-M0 cores, which are accessed via the following Debug Protocols: Cortex-M4 on JTAG and SWD Cortex-M0 only on JTAG By default winIDEA tries to connect to all available cores. When selecting the SWD Debug Protocol, winIDEA should connec...
daqIDEA: Using multiple Symbol Files 05-Dec-2024
If you are debugging with multiple symbol files, you must add the symbol file name to each symbol name. This ensures that every symbol name and variable is uniquely identified. If you have more than one application defined, make sure to specify a fully qualified name for each variable. Pos...