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IAR Embedded Workbench for Arm 9.70.x

‑‑jet_standard_reset

In this section:
Syntax
‑‑jet_standard_reset=strategy,duration,delay
Parameters

strategy

The reset strategy. Choose between:

0, reset disabled

1, software reset

2, hardware reset

3, core reset

4, system reset.

The following reset strategies are available, if present in the file specified by ‑‑jet_script_file and defined by corresponding instances of ‑‑reset_style:

5, custom reset

6, reset by watchdog or reset register

7, reset and halt after bootloader

8, reset and halt before bootloader

9, connect during reset

duration

The time in milliseconds that the hardware reset asserts the reset signal (line nSRST/nRESET) low to reset the device.

Some devices might require a longer reset signal than the default 200 ms.

This parameter applies to the hardware reset, and to those custom reset strategies that use the hardware reset.

delay

The delay time, in milliseconds, after the reset signal has been de-asserted, before the debugger attempts to control the processor.

The processor might be kept internally in reset for some time after the external reset signal has been de-asserted, and thus inaccessible for the debugger.

This parameter applies to the hardware reset, and to those custom reset strategies that use the Hardware reset.

For use with

The C-SPY CMSIS-DAP driver.

The C-SPY I-jet driver.

Description

Use this option to select the reset strategy to be used when the debugger starts. Note that Cortex-M uses a different set of strategies than other devices.

See also

‑‑reset_style and ‑‑jet_script_file.

Note

User-defined millisecond timeouts and delays are generated using the host operating system clock ticks. Because the host operating system is not a real-time OS, the actual delay or timeout will vary each time with approximately 5–20 ms.

Caution

Project>Options>Debugger>CMSIS DAP>Setup>Reset

Project>Options>Debugger>I-jet>Setup>Reset