legobridge

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

type ConcurrentObtainError struct {
	// DomainName is the domain name concurrently requested
	DomainName string
}

type DNSControllerSettings struct {
	// Cluster is the cluster where the DNSEntries will be created
	Cluster resources.Cluster
	// Namespace to set for challenge DNSEntry
	Namespace string
	// OwnerID to set for challenge DNSEntry
	// +optional
	OwnerID *string
	// PrecheckNameservers for checking DNS propagation of DNS challenge TXT record
	PrecheckNameservers []string
	// AdditionalWait is the additional wait time after DNS propagation
	// to wait for "last mile" propagation to DNS server used by the ACME server
	AdditionalWait time.Duration
	// PropagationTimeout is the propagation timeout for the DNS challenge.
	PropagationTimeout time.Duration
	// FollowCNAME if true checks and follows CNAME records for DNS01 challenge domains.
	FollowCNAME bool
}

type ObtainInput struct {
	// User is the registration user.
	User *RegistrationUser
	// CAKeyPair are the private key and the public key cert of the CA.
	CAKeyPair *TLSKeyPair
	// DNSSettings are the settings for the DNSController.
	DNSSettings *DNSControllerSettings
	// IssuerKey is a cluster-aware key of the issuer to use.
	IssuerKey utils.IssuerKey
	// CommonName is the CN.
	CommonName *string
	// DNSNames are optional domain names.
	DNSNames []string
	// CSR is the optional Certificate Signing Request.
	CSR []byte
	// Request name is the request object name.
	RequestName resources.ObjectName
	// TargetClass is the target class of the DNSEntry.
	TargetClass string
	// Callback is the callback function to return the ObtainOutput.
	Callback ObtainerCallback
	// Renew is flag if it is a renew request.
	Renew bool
	// AlwaysDeactivateAuthorizations deactivates authorizations to avoid their caching
	AlwaysDeactivateAuthorizations bool
	// PreferredChain
	PreferredChain string
	// KeyType represents the algo and size to use for the private key (only used if CSR is not set).
	KeyType certcrypto.KeyType
}

type ObtainOutput struct {
	// Certificates contains the certificates.
	Certificates *certificate.Resource
	// IssuerInfo is the name and type of the issuer.
	IssuerInfo utils.IssuerInfo
	// CommonName is the copy from the input.
	CommonName *string
	// DNSNames are the copies from the input.
	DNSNames []string
	// CSR is the copy from the input.
	CSR []byte
	// KeyType is the copy from the input.
	KeyType certcrypto.KeyType
	// Err contains the obtain request error.
	Err error
}

type Obtainer interface {
	// Obtain starts the async obtain request.
	Obtain(input ObtainInput) error
}

type ObtainerCallback func(output *ObtainOutput)

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

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

type ProviderWithCount interface {
	challenge.Provider
	GetChallengesCount() int
	// GetPendingTXTRecordError returns error with details if a TXT record for DNS challenge is not ready.
	GetPendingTXTRecordError() error
}

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

type TLSKeyPair struct {
	Cert x509.Certificate
	Key  crypto.PrivateKey
}