public override Task <GetMetricSpecResponse> GetMetricSpec(ScaledObjectRef request, ServerCallContext context)
{
var resp = new GetMetricSpecResponse();
resp.MetricSpecs.Add(new MetricSpec
{
MetricName = "earthquakeThreshold",
TargetSize = 10
});
return(Task.FromResult(resp));
}
public override Task <GetMetricSpecResponse> GetMetricSpec(ScaledObjectRef request, ServerCallContext context)
{
var metricsSpec = new MetricSpec();
metricsSpec.MetricName = "kaboom";
metricsSpec.TargetSize = 1;
var response = new GetMetricSpecResponse();
response.MetricSpecs.Add(metricsSpec);
return(Task.FromResult <GetMetricSpecResponse>(response));
}
// GetMetricsSpec is for constructing the HPA object. If the ScaledObject changes KEDA needs to change the HPA too.
// This method is usually called after New, it also depends on the ScaledObject metadata sent to New before, e.g. Target.
public override Task <GetMetricSpecResponse> GetMetricSpec(ScaledObjectRef scaledObject, ServerCallContext context)
{
var metricSpecResponse = new GetMetricSpecResponse();
_logger.LogInformation($"GetMetricSpec: _targetSize: {_targetSize}");
metricSpecResponse.MetricSpecs.Add(new MetricSpec()
{
MetricName = "mymetric", //If this scaler handles more than one metric, then this changes. In our case it doesn't.
TargetSize = _targetSize
});
return(Task.FromResult(metricSpecResponse));
}
public override Task <GetMetricSpecResponse> GetMetricSpec(ScaledObjectRef request, ServerCallContext context)
{
_logger.LogInformation($"Namespace: {request?.Namespace} DeploymentName: {request?.Name} GetMetricSpec() called.");
var response = new GetMetricSpecResponse();
var fields = new RepeatedField <MetricSpec>();
fields.Add(new MetricSpec()
{
MetricName = ScaleRecommendation,
TargetSize = 1 * MLTIPLICITY
});
response.MetricSpecs.Add(fields);
return(Task.FromResult(response));
}
