fake

package
v0.1.0 Latest Latest
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 Go to latest Published: Nov 6, 2023 License: Apache-2.0 Imports: 15 Imported by: 0

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Constants

This section is empty.

Variables

View Source 
var ResourceSkus = []compute.ResourceSku{
	{
		Name:         lo.ToPtr("Standard_D2s_v3"),
		Tier:         lo.ToPtr("Standard"),
		Kind:         lo.ToPtr(""),
		Size:         lo.ToPtr("D2s_v3"),
		Family:       lo.ToPtr("standardDSv3Family"),
		ResourceType: lo.ToPtr("virtualMachines"),
		APIVersions:  &[]string{},
		Costs:        &[]compute.ResourceSkuCosts{},
		Restrictions: &[]compute.ResourceSkuRestrictions{},
		Capabilities: &[]compute.ResourceSkuCapabilities{
			{Name: lo.ToPtr("MaxResourceVolumeMB"), Value: lo.ToPtr("16384")},
			{Name: lo.ToPtr("OSVhdSizeMB"), Value: lo.ToPtr("1047552")},
			{Name: lo.ToPtr("vCPUs"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("MemoryPreservingMaintenanceSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("HyperVGenerations"), Value: lo.ToPtr("V1,V2")},
			{Name: lo.ToPtr("MemoryGB"), Value: lo.ToPtr("8")},
			{Name: lo.ToPtr("MaxDataDiskCount"), Value: lo.ToPtr("4")},
			{Name: lo.ToPtr("CpuArchitectureType"), Value: lo.ToPtr("x64")},
			{Name: lo.ToPtr("LowPriorityCapable"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("PremiumIO"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("VMDeploymentTypes"), Value: lo.ToPtr("IaaS")},
			{Name: lo.ToPtr("vCPUsAvailable"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("ACUs"), Value: lo.ToPtr("160")},
			{Name: lo.ToPtr("vCPUsPerCore"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedIOPS"), Value: lo.ToPtr("4000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedReadBytesPerSecond"), Value: lo.ToPtr("33554432")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedWriteBytesPerSecond"), Value: lo.ToPtr("33554432")},
			{Name: lo.ToPtr("CachedDiskBytes"), Value: lo.ToPtr("53687091200")},
			{Name: lo.ToPtr("UncachedDiskIOPS"), Value: lo.ToPtr("3200")},
			{Name: lo.ToPtr("UncachedDiskBytesPerSecond"), Value: lo.ToPtr("50331648")},
			{Name: lo.ToPtr("EphemeralOSDiskSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("EncryptionAtHostSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("CapacityReservationSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("AcceleratedNetworkingEnabled"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("RdmaEnabled"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("MaxNetworkInterfaces"), Value: lo.ToPtr("2")},
		},
		Locations: &[]string{""},
		LocationInfo: &[]compute.ResourceSkuLocationInfo{{Location: lo.ToPtr(""), Zones: &[]string{
			"3",
			"2",
			"1",
		},
		},
		},
	},
	{
		Name:         lo.ToPtr("Standard_D2_v2"),
		Tier:         lo.ToPtr("Standard"),
		Kind:         lo.ToPtr(""),
		Size:         lo.ToPtr("D2_v2"),
		Family:       lo.ToPtr("standardDv2Family"),
		ResourceType: lo.ToPtr("virtualMachines"),
		APIVersions:  &[]string{},
		Costs:        &[]compute.ResourceSkuCosts{},
		Restrictions: &[]compute.ResourceSkuRestrictions{},
		Capabilities: &[]compute.ResourceSkuCapabilities{
			{Name: lo.ToPtr("MaxResourceVolumeMB"), Value: lo.ToPtr("102400")},
			{Name: lo.ToPtr("OSVhdSizeMB"), Value: lo.ToPtr("1047552")},
			{Name: lo.ToPtr("vCPUs"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("MemoryPreservingMaintenanceSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("HyperVGenerations"), Value: lo.ToPtr("V1")},
			{Name: lo.ToPtr("MemoryGB"), Value: lo.ToPtr("7")},
			{Name: lo.ToPtr("MaxDataDiskCount"), Value: lo.ToPtr("8")},
			{Name: lo.ToPtr("CpuArchitectureType"), Value: lo.ToPtr("x64")},
			{Name: lo.ToPtr("LowPriorityCapable"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("PremiumIO"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("VMDeploymentTypes"), Value: lo.ToPtr("IaaS,PaaS")},
			{Name: lo.ToPtr("vCPUsAvailable"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("ACUs"), Value: lo.ToPtr("210")},
			{Name: lo.ToPtr("vCPUsPerCore"), Value: lo.ToPtr("1")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedIOPS"), Value: lo.ToPtr("6000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedReadBytesPerSecond"), Value: lo.ToPtr("97517568")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedWriteBytesPerSecond"), Value: lo.ToPtr("48234496")},
			{Name: lo.ToPtr("EphemeralOSDiskSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("EncryptionAtHostSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("CapacityReservationSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("AcceleratedNetworkingEnabled"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("RdmaEnabled"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("MaxNetworkInterfaces"), Value: lo.ToPtr("2")},
		},
		Locations: &[]string{""},
		LocationInfo: &[]compute.ResourceSkuLocationInfo{{Location: lo.ToPtr(""), Zones: &[]string{
			"3",
			"2",
			"1",
		},
		},
		},
	},
	{
		Name:         lo.ToPtr("Standard_D2_v3"),
		Tier:         lo.ToPtr("Standard"),
		Kind:         lo.ToPtr(""),
		Size:         lo.ToPtr("D2_v3"),
		Family:       lo.ToPtr("standardDv3Family"),
		ResourceType: lo.ToPtr("virtualMachines"),
		APIVersions:  &[]string{},
		Costs:        &[]compute.ResourceSkuCosts{},
		Restrictions: &[]compute.ResourceSkuRestrictions{},
		Capabilities: &[]compute.ResourceSkuCapabilities{
			{Name: lo.ToPtr("MaxResourceVolumeMB"), Value: lo.ToPtr("51200")},
			{Name: lo.ToPtr("OSVhdSizeMB"), Value: lo.ToPtr("1047552")},
			{Name: lo.ToPtr("vCPUs"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("MemoryPreservingMaintenanceSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("HyperVGenerations"), Value: lo.ToPtr("V1")},
			{Name: lo.ToPtr("MemoryGB"), Value: lo.ToPtr("8")},
			{Name: lo.ToPtr("MaxDataDiskCount"), Value: lo.ToPtr("4")},
			{Name: lo.ToPtr("CpuArchitectureType"), Value: lo.ToPtr("x64")},
			{Name: lo.ToPtr("LowPriorityCapable"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("PremiumIO"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("VMDeploymentTypes"), Value: lo.ToPtr("IaaS,PaaS")},
			{Name: lo.ToPtr("vCPUsAvailable"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("ACUs"), Value: lo.ToPtr("160")},
			{Name: lo.ToPtr("vCPUsPerCore"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedIOPS"), Value: lo.ToPtr("3000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedReadBytesPerSecond"), Value: lo.ToPtr("48234496")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedWriteBytesPerSecond"), Value: lo.ToPtr("24117248")},
			{Name: lo.ToPtr("EphemeralOSDiskSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("EncryptionAtHostSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("CapacityReservationSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("AcceleratedNetworkingEnabled"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("RdmaEnabled"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("MaxNetworkInterfaces"), Value: lo.ToPtr("2")},
		},
		Locations: &[]string{""},
		LocationInfo: &[]compute.ResourceSkuLocationInfo{{Location: lo.ToPtr(""), Zones: &[]string{
			"3",
			"2",
			"1",
		},
		},
		},
	},
	{
		Name:         lo.ToPtr("Standard_D2_v5"),
		Tier:         lo.ToPtr("Standard"),
		Kind:         lo.ToPtr(""),
		Size:         lo.ToPtr("D2_v5"),
		Family:       lo.ToPtr("standardDv5Family"),
		ResourceType: lo.ToPtr("virtualMachines"),
		APIVersions:  &[]string{},
		Costs:        &[]compute.ResourceSkuCosts{},
		Restrictions: &[]compute.ResourceSkuRestrictions{},
		Capabilities: &[]compute.ResourceSkuCapabilities{
			{Name: lo.ToPtr("MaxResourceVolumeMB"), Value: lo.ToPtr("0")},
			{Name: lo.ToPtr("OSVhdSizeMB"), Value: lo.ToPtr("1047552")},
			{Name: lo.ToPtr("vCPUs"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("MemoryPreservingMaintenanceSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("HyperVGenerations"), Value: lo.ToPtr("V1,V2")},
			{Name: lo.ToPtr("MemoryGB"), Value: lo.ToPtr("8")},
			{Name: lo.ToPtr("MaxDataDiskCount"), Value: lo.ToPtr("4")},
			{Name: lo.ToPtr("CpuArchitectureType"), Value: lo.ToPtr("x64")},
			{Name: lo.ToPtr("LowPriorityCapable"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("PremiumIO"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("VMDeploymentTypes"), Value: lo.ToPtr("IaaS")},
			{Name: lo.ToPtr("vCPUsAvailable"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("vCPUsPerCore"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedIOPS"), Value: lo.ToPtr("19000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedReadBytesPerSecond"), Value: lo.ToPtr("131072000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedWriteBytesPerSecond"), Value: lo.ToPtr("131072000")},
			{Name: lo.ToPtr("UncachedDiskIOPS"), Value: lo.ToPtr("3750")},
			{Name: lo.ToPtr("UncachedDiskBytesPerSecond"), Value: lo.ToPtr("89128960")},
			{Name: lo.ToPtr("EphemeralOSDiskSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("EncryptionAtHostSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("CapacityReservationSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("AcceleratedNetworkingEnabled"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("RdmaEnabled"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("MaxNetworkInterfaces"), Value: lo.ToPtr("2")},
		},
		Locations: &[]string{""},
		LocationInfo: &[]compute.ResourceSkuLocationInfo{{Location: lo.ToPtr(""), Zones: &[]string{
			"3",
			"1",
			"2",
		},
		},
		},
	},
	{
		Name:         lo.ToPtr("Standard_DS2_v2"),
		Tier:         lo.ToPtr("Standard"),
		Kind:         lo.ToPtr(""),
		Size:         lo.ToPtr("DS2_v2"),
		Family:       lo.ToPtr("standardDSv2Family"),
		ResourceType: lo.ToPtr("virtualMachines"),
		APIVersions:  &[]string{},
		Costs:        &[]compute.ResourceSkuCosts{},
		Restrictions: &[]compute.ResourceSkuRestrictions{},
		Capabilities: &[]compute.ResourceSkuCapabilities{
			{Name: lo.ToPtr("MaxResourceVolumeMB"), Value: lo.ToPtr("14336")},
			{Name: lo.ToPtr("OSVhdSizeMB"), Value: lo.ToPtr("1047552")},
			{Name: lo.ToPtr("vCPUs"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("MemoryPreservingMaintenanceSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("HyperVGenerations"), Value: lo.ToPtr("V1,V2")},
			{Name: lo.ToPtr("MemoryGB"), Value: lo.ToPtr("7")},
			{Name: lo.ToPtr("MaxDataDiskCount"), Value: lo.ToPtr("8")},
			{Name: lo.ToPtr("CpuArchitectureType"), Value: lo.ToPtr("x64")},
			{Name: lo.ToPtr("LowPriorityCapable"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("PremiumIO"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("VMDeploymentTypes"), Value: lo.ToPtr("IaaS")},
			{Name: lo.ToPtr("vCPUsAvailable"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("ACUs"), Value: lo.ToPtr("210")},
			{Name: lo.ToPtr("vCPUsPerCore"), Value: lo.ToPtr("1")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedIOPS"), Value: lo.ToPtr("8000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedReadBytesPerSecond"), Value: lo.ToPtr("65536000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedWriteBytesPerSecond"), Value: lo.ToPtr("65536000")},
			{Name: lo.ToPtr("CachedDiskBytes"), Value: lo.ToPtr("92341796864")},
			{Name: lo.ToPtr("UncachedDiskIOPS"), Value: lo.ToPtr("6400")},
			{Name: lo.ToPtr("UncachedDiskBytesPerSecond"), Value: lo.ToPtr("96000000")},
			{Name: lo.ToPtr("EphemeralOSDiskSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("EncryptionAtHostSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("CapacityReservationSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("AcceleratedNetworkingEnabled"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("RdmaEnabled"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("MaxNetworkInterfaces"), Value: lo.ToPtr("2")},
		},
		Locations: &[]string{""},
		LocationInfo: &[]compute.ResourceSkuLocationInfo{{Location: lo.ToPtr(""), Zones: &[]string{
			"3",
			"2",
			"1",
		},
		},
		},
	},
	{
		Name:         lo.ToPtr("Standard_F16s_v2"),
		Tier:         lo.ToPtr("Standard"),
		Kind:         lo.ToPtr(""),
		Size:         lo.ToPtr("F16s_v2"),
		Family:       lo.ToPtr("standardFSv2Family"),
		ResourceType: lo.ToPtr("virtualMachines"),
		APIVersions:  &[]string{},
		Costs:        &[]compute.ResourceSkuCosts{},
		Restrictions: &[]compute.ResourceSkuRestrictions{},
		Capabilities: &[]compute.ResourceSkuCapabilities{
			{Name: lo.ToPtr("MaxResourceVolumeMB"), Value: lo.ToPtr("131072")},
			{Name: lo.ToPtr("OSVhdSizeMB"), Value: lo.ToPtr("1047552")},
			{Name: lo.ToPtr("vCPUs"), Value: lo.ToPtr("16")},
			{Name: lo.ToPtr("MemoryPreservingMaintenanceSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("HyperVGenerations"), Value: lo.ToPtr("V1,V2")},
			{Name: lo.ToPtr("MemoryGB"), Value: lo.ToPtr("32")},
			{Name: lo.ToPtr("MaxDataDiskCount"), Value: lo.ToPtr("32")},
			{Name: lo.ToPtr("CpuArchitectureType"), Value: lo.ToPtr("x64")},
			{Name: lo.ToPtr("LowPriorityCapable"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("PremiumIO"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("VMDeploymentTypes"), Value: lo.ToPtr("IaaS")},
			{Name: lo.ToPtr("vCPUsAvailable"), Value: lo.ToPtr("16")},
			{Name: lo.ToPtr("ACUs"), Value: lo.ToPtr("195")},
			{Name: lo.ToPtr("vCPUsPerCore"), Value: lo.ToPtr("2")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedIOPS"), Value: lo.ToPtr("32000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedReadBytesPerSecond"), Value: lo.ToPtr("262144000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedWriteBytesPerSecond"), Value: lo.ToPtr("262144000")},
			{Name: lo.ToPtr("CachedDiskBytes"), Value: lo.ToPtr("274877906944")},
			{Name: lo.ToPtr("UncachedDiskIOPS"), Value: lo.ToPtr("25600")},
			{Name: lo.ToPtr("UncachedDiskBytesPerSecond"), Value: lo.ToPtr("384000000")},
			{Name: lo.ToPtr("EphemeralOSDiskSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("EncryptionAtHostSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("CapacityReservationSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("AcceleratedNetworkingEnabled"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("RdmaEnabled"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("MaxNetworkInterfaces"), Value: lo.ToPtr("4")},
		},
		Locations: &[]string{""},
		LocationInfo: &[]compute.ResourceSkuLocationInfo{{Location: lo.ToPtr(""), Zones: &[]string{
			"3",
			"1",
			"2",
		},
		},
		},
	},
	{
		Name:         lo.ToPtr("Standard_NC24ads_A100_v4"),
		Tier:         lo.ToPtr("Standard"),
		Kind:         lo.ToPtr(""),
		Size:         lo.ToPtr("NC24ads_A100_v4"),
		Family:       lo.ToPtr("StandardNCADSA100v4Family"),
		ResourceType: lo.ToPtr("virtualMachines"),
		APIVersions:  &[]string{},
		Costs:        &[]compute.ResourceSkuCosts{},
		Restrictions: &[]compute.ResourceSkuRestrictions{},
		Capabilities: &[]compute.ResourceSkuCapabilities{
			{Name: lo.ToPtr("MaxResourceVolumeMB"), Value: lo.ToPtr("65536")},
			{Name: lo.ToPtr("OSVhdSizeMB"), Value: lo.ToPtr("1047552")},
			{Name: lo.ToPtr("vCPUs"), Value: lo.ToPtr("24")},
			{Name: lo.ToPtr("MemoryPreservingMaintenanceSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("HyperVGenerations"), Value: lo.ToPtr("V2")},
			{Name: lo.ToPtr("MemoryGB"), Value: lo.ToPtr("220")},
			{Name: lo.ToPtr("MaxDataDiskCount"), Value: lo.ToPtr("8")},
			{Name: lo.ToPtr("CpuArchitectureType"), Value: lo.ToPtr("x64")},
			{Name: lo.ToPtr("LowPriorityCapable"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("PremiumIO"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("VMDeploymentTypes"), Value: lo.ToPtr("IaaS")},
			{Name: lo.ToPtr("vCPUsAvailable"), Value: lo.ToPtr("24")},
			{Name: lo.ToPtr("GPUs"), Value: lo.ToPtr("1")},
			{Name: lo.ToPtr("vCPUsPerCore"), Value: lo.ToPtr("1")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedIOPS"), Value: lo.ToPtr("75000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedReadBytesPerSecond"), Value: lo.ToPtr("1000000000")},
			{Name: lo.ToPtr("CombinedTempDiskAndCachedWriteBytesPerSecond"), Value: lo.ToPtr("1000000000")},
			{Name: lo.ToPtr("CachedDiskBytes"), Value: lo.ToPtr("274877906944")},
			{Name: lo.ToPtr("UncachedDiskIOPS"), Value: lo.ToPtr("25600")},
			{Name: lo.ToPtr("UncachedDiskBytesPerSecond"), Value: lo.ToPtr("384000000")},
			{Name: lo.ToPtr("NvmeDiskSizeInMiB"), Value: lo.ToPtr("915456")},
			{Name: lo.ToPtr("EphemeralOSDiskSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("EncryptionAtHostSupported"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("CapacityReservationSupported"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("AcceleratedNetworkingEnabled"), Value: lo.ToPtr("True")},
			{Name: lo.ToPtr("RdmaEnabled"), Value: lo.ToPtr("False")},
			{Name: lo.ToPtr("MaxNetworkInterfaces"), Value: lo.ToPtr("2")},
		},
		Locations: &[]string{""},
		LocationInfo: &[]compute.ResourceSkuLocationInfo{{Location: lo.ToPtr(""), Zones: &[]string{
			"3",
		},
		},
		},
	},
}

ResourceSkus is a list of all available skus from azure

Functions

func NewProductPrice 

func NewProductPrice(instanceType string, price float64) client.Item

Types

type AgentPoolsAPI 

type AgentPoolsAPI struct {
}

func (AgentPoolsAPI) BeginCreateOrUpdate 

func (a AgentPoolsAPI) BeginCreateOrUpdate(ctx context.Context, resourceGroupName string, resourceName string, agentPoolName string, parameters armcontainerservice.AgentPool, options *armcontainerservice.AgentPoolsClientBeginCreateOrUpdateOptions) (*runtime.Poller[armcontainerservice.AgentPoolsClientCreateOrUpdateResponse], error)

func (AgentPoolsAPI) BeginDelete 

func (a AgentPoolsAPI) BeginDelete(ctx context.Context, resourceGroupName string, resourceName string, agentPoolName string, options *armcontainerservice.AgentPoolsClientBeginDeleteOptions) (*runtime.Poller[armcontainerservice.AgentPoolsClientDeleteResponse], error)

func (AgentPoolsAPI) Get 

func (a AgentPoolsAPI) Get(ctx context.Context, resourceGroupName string, resourceName string, agentPoolName string, options *armcontainerservice.AgentPoolsClientGetOptions) (armcontainerservice.AgentPoolsClientGetResponse, error)

type AtomicError 

type AtomicError struct {
	// contains filtered or unexported fields
}

func (*AtomicError) Get 

func (e *AtomicError) Get() error

Get is equivalent to the error being called, so we increase number of calls in this function

func (*AtomicError) IsNil 

func (e *AtomicError) IsNil() bool

func (*AtomicError) Reset 

func (e *AtomicError) Reset()

func (*AtomicError) Set 

func (e *AtomicError) Set(err error, opts ...AtomicErrorOption)

type AtomicErrorOption 

type AtomicErrorOption func(atomicError *AtomicError)

func MaxCalls 

func MaxCalls(maxCalls int) AtomicErrorOption

type AtomicPtr 

type AtomicPtr[T any] struct {
	// contains filtered or unexported fields
}

AtomicPtr is intended for use in mocks to easily expose variables for use in testing. It makes setting and retrieving the values race free by wrapping the pointer itself in a mutex. There is no Get() method, but instead a Clone() method deep copies the object being stored by serializing/de-serializing it from JSON. This pattern shouldn't be followed anywhere else but is an easy way to eliminate races in our tests. nolint: structcheck

func (*AtomicPtr[T]) Clone 

func (a *AtomicPtr[T]) Clone() *T

func (*AtomicPtr[T]) IsNil 

func (a *AtomicPtr[T]) IsNil() bool

func (*AtomicPtr[T]) Reset 

func (a *AtomicPtr[T]) Reset()

func (*AtomicPtr[T]) Set 

func (a *AtomicPtr[T]) Set(v *T)

type AtomicPtrStack 

type AtomicPtrStack[T any] struct {
	// contains filtered or unexported fields
}

AtomicPtrStack exposes a slice of a pointer type in a race-free manner. The interface is just enough to replace the set.Set usage in our previous tests. nolint: structcheck

func (*AtomicPtrStack[T]) Add 

func (a *AtomicPtrStack[T]) Add(input *T)

func (*AtomicPtrStack[T]) Len 

func (a *AtomicPtrStack[T]) Len() int

func (*AtomicPtrStack[T]) Pop 

func (a *AtomicPtrStack[T]) Pop() *T

func (*AtomicPtrStack[T]) Reset 

func (a *AtomicPtrStack[T]) Reset()

type MockHandler 

type MockHandler[T any] struct {
	// contains filtered or unexported fields
}

MockHandler returns a pre-defined result or error. nolint: structcheck

func (MockHandler[T]) Done 

func (h MockHandler[T]) Done() bool

Done returns true if the LRO has reached a terminal state. TrivialHanlder is always done.

func (MockHandler[T]) Poll 

func (h MockHandler[T]) Poll(context.Context) (*http.Response, error)

Poll fetches the latest state of the LRO.

func (MockHandler[T]) Result 

func (h MockHandler[T]) Result(_ context.Context, result *T) error

Result is called once the LRO has reached a terminal state. It populates the out parameter with the result of the operation.

type MockedFunction 

type MockedFunction[I any, O any] struct {
	Output          AtomicPtr[O]      // Output to return on call to this function
	CalledWithInput AtomicPtrStack[I] // Stack used to keep track of passed input to this function
	Error           AtomicError       // Error to return a certain number of times defined by custom error options
	// contains filtered or unexported fields
}

func (*MockedFunction[I, O]) Calls 

func (m *MockedFunction[I, O]) Calls() int

func (*MockedFunction[I, O]) FailedCalls 

func (m *MockedFunction[I, O]) FailedCalls() int

func (*MockedFunction[I, O]) Invoke 

func (m *MockedFunction[I, O]) Invoke(input *I, defaultTransformer func(*I) (O, error)) (O, error)

func (*MockedFunction[I, O]) Reset 

func (m *MockedFunction[I, O]) Reset()

Reset must be called between tests otherwise tests will pollute each other.

func (*MockedFunction[I, O]) SuccessfulCalls 

func (m *MockedFunction[I, O]) SuccessfulCalls() int

type MockedLRO 

type MockedLRO[I any, O any] struct {
	MockedFunction[I, O]
	BeginError AtomicError // Error to return a certain number of times defined by custom error options (for Begin)
}

func (*MockedLRO[I, O]) Calls 

func (m *MockedLRO[I, O]) Calls() int

func (*MockedLRO[I, O]) FailedCalls 

func (m *MockedLRO[I, O]) FailedCalls() int

func (*MockedLRO[I, O]) Invoke 

func (m *MockedLRO[I, O]) Invoke(input *I, defaultTransformer func(*I) (*O, error)) (*runtime.Poller[O], error)

func (*MockedLRO[I, O]) Reset 

func (m *MockedLRO[I, O]) Reset()

Reset must be called between tests otherwise tests will pollute each other.

func (*MockedLRO[I, O]) SuccessfulCalls 

func (m *MockedLRO[I, O]) SuccessfulCalls() int

type PricingAPI 

type PricingAPI struct {
	client.PricingAPI
	PricingBehavior
}

func (*PricingAPI) GetProductsPricePages 

func (p *PricingAPI) GetProductsPricePages(_ context.Context, _ []*client.Filter, fn func(output *client.ProductsPricePage)) error

func (*PricingAPI) Reset 

func (p *PricingAPI) Reset()

type PricingBehavior 

type PricingBehavior struct {
	NextError         AtomicError
	ProductsPricePage AtomicPtr[client.ProductsPricePage]
}

type ResourceSKUsAPI 

type ResourceSKUsAPI struct {
}

func (*ResourceSKUsAPI) ListComplete 

func (s *ResourceSKUsAPI) ListComplete(_ context.Context, _, _ string) (compute.ResourceSkusResultIterator, error)

func (*ResourceSKUsAPI) Reset 

func (s *ResourceSKUsAPI) Reset()

Reset must be called between tests otherwise tests will pollute each other.

Source Files

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