specs

type ClusterTestInput struct {
	BootstrapClusterProxy framework.ClusterProxy
	Cluster               *clusterv1.Cluster
}

type PodChurnTestConfig struct {
	// Namespaces indicates the number of namespaces to use for all pods
	Namespaces int
	// Cleanup indicates whether or not to explicitly cleanup pods after test, 0=no, 1=yes
	Cleanup int
	// NumChurnIterations is the number of pod churn lifecycles to perform during the test
	NumChurnIterations int
	// PodStartTimeoutMins indicates how long to wait for all pods to be running
	PodStartTimeoutMins int
	// PodsPerNode determines how many pods to create, per node, in the cluster
	PodsPerNode int
	// PodChurnRate configures the desired pods to create, and delete per second
	PodChurnRate int
	// PodsPerDeployment sets the maximum number of pod replicas in a single deployment; as more pods are needed,
	PodsPerDeployment int
}

type StatefulSetTestConfig struct {
	// Namespaces indicates the number of namespaces to use for all pods
	Namespaces int
	// InstancesPerNamespace indicates the number of statefulset instances per namespace
	InstancesPerNamespace int
	// TotalScaleSteps is the number of scale steps to use during a test run
	TotalScaleSteps int
	// PodsPerScaleStep is the number of stateful set pods to schedule per step
	PodsPerScaleStep int
	// StepDelayMinutes is the delay in between scale steps, in minutes
	StepDelayMinutes int
	// PvcStorageClass declares which type of storage driver to use, valid values are 'azurefile-csi' or 'azuredisk-csi'
	PvcStorageClass string
	// PvcStorageQuantity is the amount of storage to reserve, e.g., '8Gi'
	PvcStorageQuantity string
	// PodManagementPolicy; choose 'OrderedReady' for incremental statefulset scale up, 'Parallel' for complete immediate pod creation
	PodManagementPolicy string
}