imt::base::dff::runtime::RuntimePriority Struct Reference

Runtime executable priorities (=software priorities) The priorities start at 1 with lowest priority, and end at 32 with the highest priority. More...

#include <Imt.Base.Dff.Runtime/RuntimePriority.h>

Public Types
enum	Id {   Prio_lowest = MIN , Prio_low = 4U , Prio_mid_low = 8U , Prio_mid = 16U ,   Prio_mid_high = 24U , Prio_high = 28U , Prio_highest = 32U , Prio_1 = 1U ,   Prio_2 = 2U , Prio_3 = 3U , Prio_4 = 4U , Prio_5 = 5U ,   Prio_6 = 6U , Prio_7 = 7U , Prio_8 = 8U , Prio_9 = 9U ,   Prio_10 = 10U , Prio_11 = 11U , Prio_12 = 12U , Prio_13 = 13U ,   Prio_14 = 14U , Prio_15 = 15U , Prio_16 = 16U , Prio_17 = 17U ,   Prio_18 = 18U , Prio_19 = 19U , Prio_20 = 20U , Prio_21 = 21U ,   Prio_22 = 22U , Prio_23 = 23U , Prio_24 = 24U , Prio_25 = 25U ,   Prio_26 = 26U , Prio_27 = 27U , Prio_28 = 28U , Prio_29 = 29U ,   Prio_30 = 30U , Prio_31 = 31U , Prio_32 = 32U }
	Priorities.

Static Public Attributes
static const uint32_t	MIN = 1U
	Lowest priority.
static const uint32_t	MAX = static_cast<uint32_t>(Prio_32)
	Highest priority.

Detailed Description

Runtime executable priorities (=software priorities) The priorities start at 1 with lowest priority, and end at 32 with the highest priority.

Note

The idle loop has the priority 0, the absolute lowest priority in the system, which cannot be assigned to an executable.

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The documentation for this struct was generated from the following file:

• D:/_Work/10/s/Imt.Base/Imt.Base.Dff.Runtime/RuntimePriority.h