remotemanifest

Documentation

Index

• type Facility
• type Fake
  • func NewFake(manifests []reg.Manifest) *Fake
  • func (remote *Fake) Fetch() ([]reg.Manifest, error)
• type Git
  • func NewGit(repoURLStr string, repoBranch string, thinManifestDirPath string) (*Git, error)
  • func (remote *Git) Fetch() ([]reg.Manifest, error)

Types

type Facility

type Facility interface {
	Fetch() ([]reg.Manifest, error)
}

Facility requires a single method, called Fetch(), which corresponds to fetching a set of promoter manifests.

type Fake

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

Fake is a fake remote manifest. It is fake in the sense that it will never fetch anything from any remote.

func NewFake

func NewFake(manifests []reg.Manifest) *Fake

NewFake creates a new Fake.

func (*Fake) Fetch

func (remote *Fake) Fetch() ([]reg.Manifest, error)

Fetch just returns the manifests that were set in NewFakeRemoteManifest.

type Git

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

Git stores the Git-based information in order to fetch the Git contents (and to parse them into promoter manifests).

func NewGit

func NewGit(
	repoURLStr string,
	repoBranch string,
	thinManifestDirPath string,
) (*Git, error)

NewGit creates a new Git implementation for defining a remote set of promoter manifest.

func (*Git) Fetch

func (remote *Git) Fetch() ([]reg.Manifest, error)

Fetch gets the remote Git contents and parses it into promoter manifests. It could be the case that the repository is defined simply as a local path on disk (in the case of e2e tests where we do not have a full-fledghed online repository for the manifests we want to audit) --- in such cases, we have to use the local path instead of freshly cloning a remote repo.