Table of Contents
[hemmerling] Hardware Debugger and Software Debugger
General Hardware Debuggers & Software
Hardware Debuggers & Software just for ARM
- “CMSIS DAP”.
- “ST-LINK” & “ST-LINK/V2”.
- STMicroelectronics "ST-LINK/V2" - “In-circuit debugger/programmer for STM8 and STM32”, “STM32 applications use the USB full speed interface to communicate with ATOLLIC, IAR or KEIL Integrated Development Environments”.
- The outdated STMicroelectronics "ST-LINK" - “In-circuit debugger and programmer for STM8 and STM32 MCUs”, “STM32 applications use the USB full speed interface to communicate with ATOLLIC, IAR or KEIL Integrated Development Environments”.
- “J-Link” & “mIDAS-Link”.
- SEGGER Microcontroller GmbH & Co.KG "J-Link EDU" - “Inexpensive J-Link for educational purpose”.
- Analog Devices, Inc. "Development Tools. MicroConverter Products - Precision Analog Microcontrollers" - mIDAS-Link is bundled in the “QuickStart Plus System” edition of “ADuC7xxx Development Kits”.
- KEIL.
- Code Red Technologies Ltd. "Red Probe+" - “JTAG/SWD Debug Probe+ for ARM-based Microcontrollers”.
- The OpenSource SourceForge "Open On-Chip Debugger. Free and Open On-Chip Debugging, In-System Programming and Boundary-Scan Testing", SourceForge "OpenOCD - Open On-Chip Debugger" - “Provides JTAG access from GDB (or directly with TCL scripts) to processors with ARM, MIPS, and other cores”.
Software Debugger
Resources
- For software development of embedded realtime applications ( e.g. motor control ), you need to have monitor data in realtime.
- It is not suitable to work with a software debugger which stops the CPU/MPU at a breakpoint, to set a variable of the embedded software. If you do so, you might ruin your connected hardware by a system crash caused by uncontrolled device operation ( e.g. of a motor, motor control electronics based on IGBT, Thyristors,... ).
- Tracing is a useful development technology to monitor embedded data and especially MCU data in realtime.
- The CPU core must support tracing ( e.g. ARM Cortex M3 supports tracing, ARM Cortex M0 doesn't support tracing ).
- The physical CPU as produced by the chip manufacturer ( e.g. Atmel, Freescale, TI,..) must support tracing. Especially there must be the right pins at the chip package which support tracing.
- The physical ( evaluation ) board must support tracing, i.e. the trace signal from the MPU pins must be available on the board at a debugging connector. There are many affordable embedded evaluation boards and embedded demo boards, especially giftware by the MCU chip manufacturers, which doen´t support tracing
. - The physical interface connector of the board and of the hardware debugger must support tracing. The traditional 2×7 JTAG interface doesn't support tracing.
- See EN.Wikipedia "Joint Test Action Group", DE.Wikipedia "Joint Test Action Group" e.g for connector photos.
- The hardware debugger must support tracing.
- “J-Link”, “ST-LINK” and most other affordable hardware debuggers don´t support tracing.
- iSYSTEM "iC3000" supports tracing.
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