Class ResourceMonitorThrottle

Namespace

Qavren.Edge.Ingestion.Onnx

Assembly

Qavren.Edge.Ingestion.Onnx.dll

IIngestionThrottle over SP2's Read() (spec 10.2). The table below is evaluated top to bottom, first match wins, and every halving is clamped to MinBatchSize:

LastPressure == Critical	pause, memory:critical
AvailableMemoryBytes < 48 MiB	pause, memory:floor
Thermal == Critical	pause, thermal:critical
Thermal == Serious	batch / 2, delay 250 ms, thermal:serious
LastPressure == Moderate	batch / 2, memory:moderate
AvailableMemoryBytes < 96 MiB	batch / 2, memory:warn
IsLowPowerMode == true	batch = min(batch, 4), delay 100 ms, power:low
otherwise	proceed at the configured batch

public sealed class ResourceMonitorThrottle : IIngestionThrottle

Inheritance

object

ResourceMonitorThrottle

Implements

IIngestionThrottle

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.ReferenceEquals(object, object)

object.ToString()

Remarks

Unknown and a null memory reading are NO SIGNAL, which is proceed - never "fine" and never a pause. That mirrors EdgeResourceSnapshot's own contract, where every nullable member means unknown. The batch is derived from ConfiguredBatchSize, not from the current one: the runner already applies the lifecycle observer's shrink and takes the smaller of the two, so a throttle that halved the already-halved value would collapse to the floor on the second call. Evaluate(IngestionThrottleContext) never blocks; Read() is a one-second cached read.

Constructors

ResourceMonitorThrottle(IEdgeResourceMonitor, ResourceMonitorThrottleOptions?)

Creates the throttle.

Properties

Name

Appears in diagnostics as throttle.

Methods

Evaluate(IngestionThrottleContext)

Called before each document and before each write window. Must not block.