internal

type Artifact artdesc.ArtifactDescriptor

type ArtifactAccess interface {
	resource.ResourceView[ArtifactAccess]

	ArtifactAccessImpl
	ArtifactAccessSlaves
}

type ArtifactAccessImpl interface {
	Artifact
	BlobSource
	BlobSink

	GetDescriptor() *artdesc.Artifact
	GetBlob(digest digest.Digest) (BlobAccess, error)

	GetArtifact(digest digest.Digest) (ArtifactAccess, error)
	AddBlob(BlobAccess) error

	AddArtifact(Artifact, *artdesc.Platform) (BlobAccess, error)
	AddLayer(BlobAccess, *artdesc.Descriptor) (int, error)

	NewArtifact(...Artifact) (ArtifactAccess, error)

	io.Closer
}

type ArtifactAccessSlaves interface {
	ManifestAccess() ManifestAccess
	IndexAccess() IndexAccess
}

type ArtifactSink interface {
	AddBlob(BlobAccess) error
	AddArtifact(a Artifact, tags ...string) (BlobAccess, error)
	AddTags(digest digest.Digest, tags ...string) error
}

type ArtifactSource interface {
	GetArtifact(version string) (ArtifactAccess, error)
	GetBlobData(digest digest.Digest) (int64, DataAccess, error)
}

type BlobAccess = blobaccess.BlobAccess

type BlobSink interface {
	AddBlob(BlobAccess) error
}

type BlobSource interface {
	GetBlobData(digest digest.Digest) (int64, DataAccess, error)
}

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

type ConsumerIdentityProvider = credentials.ConsumerIdentityProvider

type Context interface {
	datacontext.Context
	config.ContextProvider
	credentials.ContextProvider
	ContextProvider

	RepositorySpecHandlers() RepositorySpecHandlers
	MapUniformRepositorySpec(u *UniformRepositorySpec) (RepositorySpec, error)

	RepositoryTypes() RepositoryTypeScheme

	RepositoryForSpec(spec RepositorySpec, creds ...credentials.CredentialsSource) (Repository, error)
	RepositoryForConfig(data []byte, unmarshaler runtime.Unmarshaler, creds ...credentials.CredentialsSource) (Repository, error)
	RepositorySpecForConfig(data []byte, unmarshaler runtime.Unmarshaler) (RepositorySpec, error)

	GetAlias(name string) RepositorySpec
	SetAlias(name string, spec RepositorySpec)
}

type ContextProvider interface {
	OCIContext() Context
}

type DataAccess = blobaccess.DataAccess

type GenericRepositorySpec struct {
	runtime.UnstructuredVersionedTypedObject `json:",inline"`
}

type IndexAccess interface {
	Artifact

	GetDescriptor() *artdesc.Index
	GetBlobDescriptor(digest digest.Digest) *artdesc.Descriptor
	GetBlob(digest digest.Digest) (BlobAccess, error)

	GetArtifact(digest digest.Digest) (ArtifactAccess, error)

	AddBlob(BlobAccess) error
	AddArtifact(Artifact, *artdesc.Platform) (BlobAccess, error)
}

type IntermediateRepositorySpecAspect interface {
	IsIntermediate() bool
}

type ManifestAccess interface {
	Artifact

	GetDescriptor() *artdesc.Manifest
	GetBlobDescriptor(digest digest.Digest) *artdesc.Descriptor
	GetConfigBlob() (BlobAccess, error)
	GetBlob(digest digest.Digest) (BlobAccess, error)

	AddBlob(BlobAccess) error
	AddLayer(BlobAccess, *artdesc.Descriptor) (int, error)
	SetConfigBlob(blob BlobAccess, d *artdesc.Descriptor) error
}

type NamespaceAccess interface {
	resource.ResourceView[NamespaceAccess]

	NamespaceAccessImpl
}

type NamespaceAccessImpl interface {
	ArtifactSource
	ArtifactSink
	GetNamespace() string
	ListTags() ([]string, error)

	HasArtifact(vers string) (bool, error)

	NewArtifact(...Artifact) (ArtifactAccess, error)
	io.Closer
}

type NamespaceLister interface {
	// NumNamespaces returns the number of namespaces found for a prefix
	// If the given prefix does not end with a /, a repository with the
	// prefix name is included
	NumNamespaces(prefix string) (int, error)

	// GetNamespaces returns the name of namespaces found for a prefix
	// If the given prefix does not end with a /, a repository with the
	// prefix name is included
	GetNamespaces(prefix string, closure bool) ([]string, error)
}

type Repository interface {
	resource.ResourceView[Repository]

	RepositoryImpl
}

type RepositoryImpl interface {
	GetSpecification() RepositorySpec
	GetContext() Context

	NamespaceLister() NamespaceLister
	ExistsArtifact(name string, ref string) (bool, error)
	LookupArtifact(name string, ref string) (ArtifactAccess, error)
	LookupNamespace(name string) (NamespaceAccess, error)

	io.Closer
}

type RepositorySource interface {
	GetRepository() Repository
}

type RepositorySpec interface {
	runtime.VersionedTypedObject

	Name() string
	UniformRepositorySpec() *UniformRepositorySpec
	Repository(Context, credentials.Credentials) (Repository, error)
}

type RepositorySpecDecoder = runtime.TypedObjectDecoder[RepositorySpec]

type RepositorySpecHandler interface {
	MapReference(ctx Context, u *UniformRepositorySpec) (RepositorySpec, error)
}

type RepositorySpecHandlers interface {
	Register(hdlr RepositorySpecHandler, types ...string)
	Copy() RepositorySpecHandlers
	MapUniformRepositorySpec(ctx Context, u *UniformRepositorySpec) (RepositorySpec, error)
}

type RepositoryType interface {
	runtime.VersionedTypedObjectType[RepositorySpec]
}

type RepositoryTypeProvider = runtime.KnownTypesProvider[RepositorySpec, RepositoryType]

type RepositoryTypeScheme interface {
	runtime.TypeScheme[RepositorySpec, RepositoryType]
}

type UniformRepositorySpec struct {
	// Type
	Type string `json:"type,omitempty"`
	// Scheme
	Scheme string `json:"scheme,omitempty"`
	// Host is the hostname of an oci ref.
	Host string `json:"host,omitempty"`
	// Info is the file path used to host ctf component versions
	Info string `json:"filePath,omitempty"`

	// CreateIfMissing indicates whether a file based or dynamic repo should be created if it does not exist
	CreateIfMissing bool `json:"createIfMissing,omitempty"`
	// TypeHint should be set if CreateIfMissing is true to help to decide what kind of repo to create
	TypeHint string `json:"typeHint,omitempty"`
}

type UnknownRepositorySpec struct {
	runtime.UnstructuredVersionedTypedObject `json:",inline"`
}