provider

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

type ImportResourceStateRequest struct {
	// TypeName is the name of the resource type to be imported.
	TypeName string

	// ID is a string with which the provider can identify the resource to be
	// imported.
	ID string
}

type ImportResourceStateResponse struct {
	// ImportedResources contains one or more state values related to the
	// imported resource. It is not required that these be complete, only that
	// there is enough identifying information for the provider to successfully
	// update the states in ReadResource.
	ImportedResources []ImportedResource

	// Diagnostics contains any warnings or errors from the method call.
	Diagnostics tfdiags.Diagnostics
}

type ImportedResource struct {
	// TypeName is the name of the resource type associated with the
	// returned state. It's possible for providers to import multiple related
	// types with a single import request.
	TypeName string

	// State is the state of the remote object being imported. This may not be
	// complete, but must contain enough information to uniquely identify the
	// resource.
	State cty.Value

	// Private is an opaque blob that will be stored in state along with the
	// resource. It is intended only for interpretation by the provider itself.
	Private []byte
}

type Provider interface {
	// Region returns the actual region in which the
	// provider is based
	Region() string

	// ResourceTypes returns all the resource types from
	// the Provider
	ResourceTypes() []string

	// HasResourceType validates if the string t is a valid
	// resource type for this provider
	HasResourceType(t string) bool

	// Resources returns all the Resources of the resourceType
	// on the cloud provider
	Resources(ctx context.Context, resourceType string, f *filter.Filter) ([]Resource, error)

	// TFClient returns the Terraform client which may change
	// on the provider
	TFClient() interface{}

	// TFProvider returns the Terraform provider
	TFProvider() *schema.Provider

	// String returns the string representation of the Provider
	// which is the shorted version (Amazon Web Services = aws)
	String() string

	// TagKey returns the different name used to identify
	// tags on the cloud provider
	TagKey() string

	// Source is the source of the Provider used
	// to declare on the HCL
	Source() string

	// Configuration returns the Provider configuration
	// that may be interpolated with HCL when declaring
	// the provider. The keys have to be the Provider
	// attributes as defined on the TF Schema
	Configuration() map[string]interface{}

	// FixResource will try to fix some attributes that we know are wrong
	// and that we do not want to write or change the value they have
	// depending on other conditions.
	// This could also be issues that the Providers have and may not fix
	FixResource(t string, v cty.Value) (cty.Value, error)

	// FilterByTags will check the tags for autogenerated provider tags
	// that identify generated resources that should not be imported
	// like instances in autoscaling
	FilterByTags(tags interface{}) error
}

type ReadResourceRequest struct {
	// TypeName is the name of the resource type being read.
	TypeName string

	// PriorState contains the previously saved state value for this resource.
	PriorState cty.Value

	// Private is an opaque blob that will be stored in state along with the
	// resource. It is intended only for interpretation by the provider itself.
	Private []byte

	// ProviderMeta is the configuration for the provider_meta block for the
	// module and provider this resource belongs to. Its use is defined by
	// each provider, and it should not be used without coordination with
	// HashiCorp. It is considered experimental and subject to change.
	ProviderMeta cty.Value
}

type ReadResourceResponse struct {
	// NewState contains the current state of the resource.
	NewState cty.Value

	// Diagnostics contains any warnings or errors from the method call.
	Diagnostics tfdiags.Diagnostics

	// Private is an opaque blob that will be stored in state along with the
	// resource. It is intended only for interpretation by the provider itself.
	Private []byte
}

type Resource interface {
	// ID is the ID of the Resource
	ID() string

	// Type is the type of resource (ex: aws_instance)
	Type() string

	// InstanceState is the Terraform state of the resource
	// it contains important elements like `Attributes`
	InstanceState() *terraform.InstanceState

	// Name is the resource name given by Terracognita
	Name() string

	// TFResource is the definition of that resource
	TFResource() *schema.Resource

	// SetImporter set schema.Resource.Importer
	// It defines the ResourceImporter implementation for this resource
	SetImporter(*schema.ResourceImporter)

	// Data is the actual data of the Resource
	Data() *schema.ResourceData

	// Provider is the Provider of that Resource
	Provider() Provider

	// ImportState imports the Resource state
	// to the Resource and could return []Resource if
	// it imported more than one state, this list does not
	// include the actual Resource on parameters, so if
	// len([]Resource) == 0 means only the Resource is imported
	ImportState() ([]Resource, error)

	// Read read the remote information of the Resource to the
	// state and calculates the ResourceInstanceObject
	Read(f *filter.Filter) error

	// State calculates the state of the Resource and
	// writes it to w
	State(w writer.Writer) error

	// HCL returns the HCL configuration of the Resource and
	// writes it to HCL
	HCL(w writer.Writer) error

	// InstanceInfo returns the InstanceInfo of this Resource
	InstanceInfo() *terraform.InstanceInfo

	// ImpliedType returns the cty.Type of the
	// Resource
	ImpliedType() cty.Type

	// ResourceInstanceObject is the calculated states.ResourceInstanceObject
	// after 'Read' has been called
	ResourceInstanceObject() *states.ResourceInstanceObject

	// AttributesReference return the list of possible value
	// to be interpolated with the resource
	AttributesReference() ([]string, error)

	// SetIgnoreTagFilter is to mark the resource as already filtered, so we do not try
	// to filter it again when reading it.
	// This is mostly used in case the API does not support filtering and we have to
	// do it manually
	SetIgnoreTagFilter(b bool)
}