SWO Debug#

sl_debug_swo_init#

sl_status_t sl_debug_swo_init (void )

Initialize SWO Debug.

Initializes SWO debug using configuration parameters for frequency, as well as whether PC sample events and interrupt events should be emitted.

Note

• This function does not enable any software stimulus ports in the ITM. This can be done by calling sl_debug_swo_enable_itm or by using sl_debug_swo_write which enables the necessary ports automatically.

Returns

• Status code

sl_debug_swo_enable_itm#

sl_status_t sl_debug_swo_enable_itm (uint32_t channel)

Enable an ITM channel.

Enables the given ITM channel in the Trace Enable Register.

Returns

• Status code

sl_debug_swo_disable_itm#

sl_status_t sl_debug_swo_disable_itm (uint32_t channel)

Disable an ITM channel.

Disables the given ITM channel in the Trace Enable Register.

Returns

• Status code

sl_debug_swo_write_u8#

sl_status_t sl_debug_swo_write_u8 (uint32_t channel, uint8_t byte)

Write a byte to an ITM channel.

Writes the given byte to the given ITM channel

Note

• This function ensures that the ITM channel is enabled, and enables it if it wasn't already. Note that even if the debug port is locked, the byte will still be written on the SWO.

Returns

• Status code

sl_debug_swo_write_u16#

sl_status_t sl_debug_swo_write_u16 (uint32_t channel, uint16_t half_word)

Write a half-word to an ITM channel.

Writes the given half-word to the given ITM channel

Note

• This function ensures that the ITM channel is enabled, and enables it if it wasn't already.

Returns

• Status code

sl_debug_swo_write_u32#

sl_status_t sl_debug_swo_write_u32 (uint32_t channel, uint32_t word)

Write a word to an ITM channel.

Writes the given word to the given ITM channel

Note

• This function ensures that the ITM channel is enabled, and enables it if it wasn't already.

Returns

• Status code

sl_debug_swo_write#

#define sl_debug_swo_write

sl_debug_swo_write_u8

alias for backward compatibility