core

package
v0.0.0-...-49c5947 Latest Latest
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 Go to latest Published: Apr 2, 2018 License: MIT, MPL-2.0 Imports: 34 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	StatusUnknown     = AcmeStatus("unknown")     // Unknown status; the default
	StatusPending     = AcmeStatus("pending")     // In process; client has next action
	StatusProcessing  = AcmeStatus("processing")  // In process; server has next action
	StatusValid       = AcmeStatus("valid")       // Object is valid
	StatusInvalid     = AcmeStatus("invalid")     // Validation failed
	StatusRevoked     = AcmeStatus("revoked")     // Object no longer valid
	StatusDeactivated = AcmeStatus("deactivated") // Object has been deactivated
)

These statuses are the states of authorizations, challenges, and registrations

View Source 
const (
	ResourceNewReg       = AcmeResource("new-reg")
	ResourceNewAuthz     = AcmeResource("new-authz")
	ResourceNewCert      = AcmeResource("new-cert")
	ResourceRevokeCert   = AcmeResource("revoke-cert")
	ResourceRegistration = AcmeResource("reg")
	ResourceChallenge    = AcmeResource("challenge")
	ResourceAuthz        = AcmeResource("authz")
	ResourceKeyChange    = AcmeResource("key-change")
)

The types of ACME resources

View Source 
const (
	OCSPStatusGood    = OCSPStatus("good")
	OCSPStatusRevoked = OCSPStatus("revoked")
)

These status are the states of OCSP

View Source 
const (
	ChallengeTypeHTTP01   = "http-01"
	ChallengeTypeTLSSNI01 = "tls-sni-01"
	ChallengeTypeDNS01    = "dns-01"
)

These types are the available challenges

View Source 
const DNSPrefix = "_acme-challenge"

DNSPrefix is attached to DNS names in DNS challenges

View Source 
const (
	IdentifierDNS = IdentifierType("dns")
)

These types are the available identification mechanisms

View Source 
const TLSSNISuffix = "acme.invalid"

TLSSNISuffix is appended to pseudo-domain names in DVSNI challenges

Variables

View Source 
var BuildHost string

BuildHost is set by the compiler and is used by GetBuildHost

View Source 
var BuildID string

BuildID is set by the compiler (using -ldflags "-X core.BuildID $(git rev-parse --short HEAD)") and is used by GetBuildID

View Source 
var BuildTime string

BuildTime is set by the compiler and is used by GetBuildTime

View Source 
var RandReader randSource = rand.Reader

RandReader is used so that it can be replaced in tests that require deterministic output

Functions

func Fingerprint256 

func Fingerprint256(data []byte) string

Fingerprint256 produces an unpadded, URL-safe Base64-encoded SHA256 digest of the data.

func GetBuildHost 

func GetBuildHost() (retID string)

GetBuildHost identifies the building host

func GetBuildID 

func GetBuildID() (retID string)

GetBuildID identifies what build is running.

func GetBuildTime 

func GetBuildTime() (retID string)

GetBuildTime identifies when this build was made

func IsASCII 

func IsASCII(str string) bool

IsASCII determines if every character in a string is encoded in the ASCII character set.

func KeyDigest 

func KeyDigest(key crypto.PublicKey) (string, error)

KeyDigest produces a padded, standard Base64-encoded SHA256 digest of a provided public key.

func KeyDigestEquals 

func KeyDigestEquals(j, k crypto.PublicKey) bool

KeyDigestEquals determines whether two public keys have the same digest.

func LoadCert 

func LoadCert(filename string) (cert *x509.Certificate, err error)

LoadCert loads a PEM certificate specified by filename or returns an error

func LoadCertBundle 

func LoadCertBundle(filename string) ([]*x509.Certificate, error)

LoadCertBundle loads a PEM bundle of certificates from disk

func LooksLikeAToken 

func LooksLikeAToken(token string) bool

LooksLikeAToken checks whether a string represents a 32-octet value in the URL-safe base64 alphabet.

func NewToken 

func NewToken() string

NewToken produces a random string for Challenges, etc.

func PublicKeysEqual 

func PublicKeysEqual(a, b interface{}) (bool, error)

PublicKeysEqual determines whether two public keys have the same marshalled bytes as one another

func RandomString 

func RandomString(byteLength int) string

RandomString returns a randomly generated string of the requested length.

func RetryBackoff 

func RetryBackoff(retries int, base, max time.Duration, factor float64) time.Duration

RetryBackoff calculates a backoff time based on number of retries, will always add jitter so requests that start in unison won't fall into lockstep. Because of this the returned duration can always be larger than the maximum by a factor of retryJitter. Adapted from https://github.com/grpc/grpc-go/blob/master/rpc_util.go#L311

func SerialToString 

func SerialToString(serial *big.Int) string

SerialToString converts a certificate serial number (big.Int) to a String consistently.

func StringToSerial 

func StringToSerial(serial string) (*big.Int, error)

StringToSerial converts a string into a certificate serial number (big.Int) consistently.

func UniqueLowerNames 

func UniqueLowerNames(names []string) (unique []string)

UniqueLowerNames returns the set of all unique names in the input after all of them are lowercased. The returned names will be in their lowercased form and sorted alphabetically.

func ValidChallenge 

func ValidChallenge(name string) bool

ValidChallenge tests whether the provided string names a known challenge

func ValidSerial 

func ValidSerial(serial string) bool

ValidSerial tests whether the input string represents a syntactically valid serial number, i.e., that it is a valid hex string between 32 and 36 characters long.

Types

type AcmeIdentifier 

type AcmeIdentifier struct {
	Type  IdentifierType `json:"type"`  // The type of identifier being encoded
	Value string         `json:"value"` // The identifier itself
}

An AcmeIdentifier encodes an identifier that can be validated by ACME. The protocol allows for different types of identifier to be supported (DNS names, IP addresses, etc.), but currently we only support domain names.

type AcmeResource 

type AcmeResource string

AcmeResource values identify different types of ACME resources

type AcmeStatus 

type AcmeStatus string

AcmeStatus defines the state of a given authorization

type Authorization 

type Authorization struct {
	// An identifier for this authorization, unique across
	// authorizations and certificates within this instance.
	ID string `json:"id,omitempty" db:"id"`

	// The identifier for which authorization is being given
	Identifier AcmeIdentifier `json:"identifier,omitempty" db:"identifier"`

	// The registration ID associated with the authorization
	RegistrationID int64 `json:"regId,omitempty" db:"registrationID"`

	// The status of the validation of this authorization
	Status AcmeStatus `json:"status,omitempty" db:"status"`

	// The date after which this authorization will be no
	// longer be considered valid. Note: a certificate may be issued even on the
	// last day of an authorization's lifetime. The last day for which someone can
	// hold a valid certificate based on an authorization is authorization
	// lifetime + certificate lifetime.
	Expires *time.Time `json:"expires,omitempty" db:"expires"`

	// An array of challenges objects used to validate the
	// applicant's control of the identifier.  For authorizations
	// in process, these are challenges to be fulfilled; for
	// final authorizations, they describe the evidence that
	// the server used in support of granting the authorization.
	Challenges []Challenge `json:"challenges,omitempty" db:"-"`

	// The server may suggest combinations of challenges if it
	// requires more than one challenge to be completed.
	Combinations [][]int `json:"combinations,omitempty" db:"combinations"`

	// Wildcard is a Boulder-specific Authorization field that indicates the
	// authorization was created as a result of an order containing a name with
	// a `*.`wildcard prefix. This will help convey to users that an
	// Authorization with the identifier `example.com` and one DNS-01 challenge
	// corresponds to a name `*.example.com` from an associated order.
	Wildcard bool `json:"wildcard,omitempty" db:"-"`
}

Authorization represents the authorization of an account key holder to act on behalf of a domain. This struct is intended to be used both internally and for JSON marshaling on the wire. Any fields that should be suppressed on the wire (e.g., ID, regID) must be made empty before marshaling.

func (*Authorization) FindChallenge 

func (authz *Authorization) FindChallenge(challengeID int64) int

FindChallenge will look for the given challenge inside this authorization. If found, it will return the index of that challenge within the Authorization's Challenges array. Otherwise it will return -1.

type Buffer 

type Buffer []byte

Buffer is a variable-length collection of bytes

type CRL 

type CRL struct {
	// serial: Same as certificate serial.
	Serial string `db:"serial"`

	// createdAt: The date the CRL was signed.
	CreatedAt time.Time `db:"createdAt"`

	// crl: The encoded and signed CRL.
	CRL string `db:"crl"`
}

CRL is a large table of signed CRLs. This contains all historical CRLs we've signed, is append-only, and is likely to get quite large. It must be administratively truncated outside of Boulder.

type CertDER 

type CertDER []byte

CertDER is a convenience type that helps differentiate what the underlying byte slice contains

type Certificate 

type Certificate struct {
	RegistrationID int64 `db:"registrationID"`

	Serial  string    `db:"serial"`
	Digest  string    `db:"digest"`
	DER     []byte    `db:"der"`
	Issued  time.Time `db:"issued"`
	Expires time.Time `db:"expires"`
}

Certificate objects are entirely internal to the server. The only thing exposed on the wire is the certificate itself.

type CertificateAuthority 

type CertificateAuthority interface {
	// [RegistrationAuthority]
	IssueCertificate(ctx context.Context, issueReq *caPB.IssueCertificateRequest) (Certificate, error)

	// [RegistrationAuthority]
	IssuePrecertificate(ctx context.Context, issueReq *caPB.IssueCertificateRequest) (*caPB.IssuePrecertificateResponse, error)

	// [RegistrationAuthority]
	IssueCertificateForPrecertificate(ctx context.Context, req *caPB.IssueCertificateForPrecertificateRequest) (Certificate, error)

	GenerateOCSP(ctx context.Context, ocspReq OCSPSigningRequest) ([]byte, error)
}

CertificateAuthority defines the public interface for the Boulder CA

type CertificateRequest 

type CertificateRequest struct {
	CSR   *x509.CertificateRequest // The CSR
	Bytes []byte                   // The original bytes of the CSR, for logging.
}

CertificateRequest is just a CSR

This data is unmarshalled from JSON by way of RawCertificateRequest, which represents the actual structure received from the client.

func (CertificateRequest) MarshalJSON 

func (cr CertificateRequest) MarshalJSON() ([]byte, error)

MarshalJSON provides an implementation for encoding CertificateRequest objects.

func (*CertificateRequest) UnmarshalJSON 

func (cr *CertificateRequest) UnmarshalJSON(data []byte) error

UnmarshalJSON provides an implementation for decoding CertificateRequest objects.

type CertificateStatus 

type CertificateStatus struct {
	Serial string `db:"serial"`

	// status: 'good' or 'revoked'. Note that good, expired certificates remain
	//   with status 'good' but don't necessarily get fresh OCSP responses.
	Status OCSPStatus `db:"status"`

	// ocspLastUpdated: The date and time of the last time we generated an OCSP
	//   response. If we have never generated one, this has the zero value of
	//   time.Time, i.e. Jan 1 1970.
	OCSPLastUpdated time.Time `db:"ocspLastUpdated"`

	// revokedDate: If status is 'revoked', this is the date and time it was
	//   revoked. Otherwise it has the zero value of time.Time, i.e. Jan 1 1970.
	RevokedDate time.Time `db:"revokedDate"`

	// revokedReason: If status is 'revoked', this is the reason code for the
	//   revocation. Otherwise it is zero (which happens to be the reason
	//   code for 'unspecified').
	RevokedReason revocation.Reason `db:"revokedReason"`

	LastExpirationNagSent time.Time `db:"lastExpirationNagSent"`

	// The encoded and signed OCSP response.
	OCSPResponse []byte `db:"ocspResponse"`

	// For performance reasons[0] we duplicate the `Expires` field of the
	// `Certificates` object/table in `CertificateStatus` to avoid a costly `JOIN`
	// later on just to retrieve this `Time` value. This helps both the OCSP
	// updater and the expiration-mailer stay performant.
	//
	// Similarly, we add an explicit `IsExpired` boolean to `CertificateStatus`
	// table that the OCSP updater so that the database can create a meaningful
	// index on `(isExpired, ocspLastUpdated)` without a `JOIN` on `certificates`.
	// For more detail see Boulder #1864[0].
	//
	// [0]: https://github.com/letsencrypt/boulder/issues/1864
	NotAfter  time.Time `db:"notAfter"`
	IsExpired bool      `db:"isExpired"`
}

CertificateStatus structs are internal to the server. They represent the latest data about the status of the certificate, required for OCSP updating and for validating that the subscriber has accepted the certificate.

type Challenge 

type Challenge struct {
	ID int64 `json:"id,omitempty"`

	// The type of challenge
	Type string `json:"type"`

	// The status of this challenge
	Status AcmeStatus `json:"status,omitempty"`

	// Contains the error that occurred during challenge validation, if any
	Error *probs.ProblemDetails `json:"error,omitempty"`

	// A URI to which a response can be POSTed
	URI string `json:"uri,omitempty"`

	// For the V2 API the "URI" field is deprecated in favour of URL.
	URL string `json:"url,omitempty"`

	// Used by http-01, tls-sni-01, and dns-01 challenges
	Token string `json:"token,omitempty"`

	// The expected KeyAuthorization for validation of the challenge. Populated by
	// the RA prior to passing the challenge to the VA. For legacy reasons this
	// field is called "ProvidedKeyAuthorization" because it was initially set by
	// the content of the challenge update POST from the client. It is no longer
	// set that way and should be renamed to "KeyAuthorization".
	// TODO(@cpu): Rename `ProvidedKeyAuthorization` to `KeyAuthorization`.
	ProvidedKeyAuthorization string `json:"keyAuthorization,omitempty"`

	// Contains information about URLs used or redirected to and IPs resolved and
	// used
	ValidationRecord []ValidationRecord `json:"validationRecord,omitempty"`
}

Challenge is an aggregate of all data needed for any challenges.

Rather than define individual types for different types of challenge, we just throw all the elements into one bucket, together with the common metadata elements.

func DNSChallenge01 

func DNSChallenge01() Challenge

DNSChallenge01 constructs a random dns-01 challenge

func HTTPChallenge01 

func HTTPChallenge01() Challenge

HTTPChallenge01 constructs a random http-01 challenge

func TLSSNIChallenge01 

func TLSSNIChallenge01() Challenge

TLSSNIChallenge01 constructs a random tls-sni-01 challenge

func (Challenge) CheckConsistencyForClientOffer 

func (ch Challenge) CheckConsistencyForClientOffer() error

CheckConsistencyForClientOffer checks the fields of a challenge object before it is given to the client.

func (Challenge) CheckConsistencyForValidation 

func (ch Challenge) CheckConsistencyForValidation() error

CheckConsistencyForValidation checks the fields of a challenge object before it is given to the VA.

func (Challenge) ExpectedKeyAuthorization 

func (ch Challenge) ExpectedKeyAuthorization(key *jose.JSONWebKey) (string, error)

ExpectedKeyAuthorization computes the expected KeyAuthorization value for the challenge.

func (Challenge) RecordsSane 

func (ch Challenge) RecordsSane() bool

RecordsSane checks the sanity of a ValidationRecord object before sending it back to the RA to be stored.

type FQDNSet 

type FQDNSet struct {
	ID      int64
	SetHash []byte
	Serial  string
	Issued  time.Time
	Expires time.Time
}

FQDNSet contains the SHA256 hash of the lowercased, comma joined dNSNames contained in a certificate.

type IdentifierData 

type IdentifierData struct {
	ReversedName string `db:"reversedName"` // The label-wise reverse of an identifier, e.g. com.example or com.example.*
	CertSHA1     string `db:"certSHA1"`     // The hex encoding of the SHA-1 hash of a cert containing the identifier
}

IdentifierData holds information about what certificates are known for a given identifier. This is used to present Proof of Possession challenges in the case where a certificate already exists. The DB table holding IdentifierData rows contains information about certs issued by Boulder and also information about certs observed from third parties.

type IdentifierType 

type IdentifierType string

IdentifierType defines the available identification mechanisms for domains

type JSONBuffer 

type JSONBuffer []byte

JSONBuffer fields get encoded and decoded JOSE-style, in base64url encoding with stripped padding.

func (JSONBuffer) MarshalJSON 

func (jb JSONBuffer) MarshalJSON() (result []byte, err error)

MarshalJSON encodes a JSONBuffer for transmission.

func (*JSONBuffer) UnmarshalJSON 

func (jb *JSONBuffer) UnmarshalJSON(data []byte) (err error)

UnmarshalJSON decodes a JSONBuffer to an object.

type OCSPResponse 

type OCSPResponse struct {
	ID int `db:"id"`

	// serial: Same as certificate serial.
	Serial string `db:"serial"`

	// createdAt: The date the response was signed.
	CreatedAt time.Time `db:"createdAt"`

	// response: The encoded and signed CRL.
	Response []byte `db:"response"`
}

OCSPResponse is a (large) table of OCSP responses. This contains all historical OCSP responses we've signed, is append-only, and is likely to get quite large. It must be administratively truncated outside of Boulder.

type OCSPSigningRequest 

type OCSPSigningRequest struct {
	CertDER   []byte
	Status    string
	Reason    revocation.Reason
	RevokedAt time.Time
}

OCSPSigningRequest is a transfer object representing an OCSP Signing Request

type OCSPStatus 

type OCSPStatus string

OCSPStatus defines the state of OCSP for a domain

type Order 

type Order struct {
	ID                int64
	RegistrationID    int64
	Expires           time.Time
	Error             error
	CertificateSerial string
	Authorizations    []Authorization
	Status            AcmeStatus
}

Order represents the request object that forms the basis of the v2 style issuance flow

type PolicyAuthority 

type PolicyAuthority interface {
	WillingToIssue(domain AcmeIdentifier) error
	WillingToIssueWildcard(domain AcmeIdentifier) error
	ChallengesFor(domain AcmeIdentifier, registrationID int64, revalidation bool) (challenges []Challenge, validCombinations [][]int, err error)
	ChallengeTypeEnabled(t string, registrationID int64) bool
}

PolicyAuthority defines the public interface for the Boulder PA

type Precertificate 

type Precertificate struct {
	DER []byte `db:"der"`
}

Precertificate objects are entirely internal to the server. The only thing exposed on the wire is the precertificate itself.

type Publisher 

type Publisher interface {
	SubmitToCT(ctx context.Context, der []byte) error
	SubmitToSingleCT(ctx context.Context, logURL, logPublicKey string, der []byte) error
	SubmitToSingleCTWithResult(ctx context.Context, req *pubpb.Request) (*pubpb.Result, error)
}

Publisher defines the public interface for the Boulder Publisher

type RawCertificateRequest 

type RawCertificateRequest struct {
	CSR JSONBuffer `json:"csr"` // The encoded CSR
}

type Registration 

type Registration struct {
	// Unique identifier
	ID int64 `json:"id" db:"id"`

	// Account key to which the details are attached
	Key *jose.JSONWebKey `json:"key"`

	// Contact URIs
	Contact *[]string `json:"contact,omitempty"`

	// Agreement with terms of service
	Agreement string `json:"agreement,omitempty"`

	// InitialIP is the IP address from which the registration was created
	InitialIP net.IP `json:"initialIp"`

	// CreatedAt is the time the registration was created.
	CreatedAt time.Time `json:"createdAt"`

	Status AcmeStatus `json:"status"`
}

Registration objects represent non-public metadata attached to account keys.

type RegistrationAuthority 

type RegistrationAuthority interface {
	// [WebFrontEnd]
	NewRegistration(ctx context.Context, reg Registration) (Registration, error)

	// [WebFrontEnd]
	NewAuthorization(ctx context.Context, authz Authorization, regID int64) (Authorization, error)

	// [WebFrontEnd]
	NewCertificate(ctx context.Context, csr CertificateRequest, regID int64) (Certificate, error)

	// [WebFrontEnd]
	UpdateRegistration(ctx context.Context, base, updates Registration) (Registration, error)

	// [WebFrontEnd]
	UpdateAuthorization(ctx context.Context, authz Authorization, challengeIndex int, response Challenge) (Authorization, error)

	// [WebFrontEnd]
	RevokeCertificateWithReg(ctx context.Context, cert x509.Certificate, code revocation.Reason, regID int64) error

	// [WebFrontEnd]
	DeactivateRegistration(ctx context.Context, reg Registration) error

	// [WebFrontEnd]
	DeactivateAuthorization(ctx context.Context, auth Authorization) error

	// [WebFrontEnd]
	NewOrder(ctx context.Context, req *rapb.NewOrderRequest) (*corepb.Order, error)

	// [WebFrontEnd]
	FinalizeOrder(ctx context.Context, req *rapb.FinalizeOrderRequest) (*corepb.Order, error)

	// [AdminRevoker]
	AdministrativelyRevokeCertificate(ctx context.Context, cert x509.Certificate, code revocation.Reason, adminName string) error
}

RegistrationAuthority defines the public interface for the Boulder RA

type SCTDER 

type SCTDER []byte

SCTDER is a convenience type that helps differentiate what the underlying byte slice contains

type SignedCertificateTimestamp 

type SignedCertificateTimestamp struct {
	ID int `db:"id"`
	// The version of the protocol to which the SCT conforms
	SCTVersion uint8 `db:"sctVersion"`
	// the SHA-256 hash of the log's public key, calculated over
	// the DER encoding of the key represented as SubjectPublicKeyInfo.
	LogID string `db:"logID"`
	// Timestamp (in ms since unix epoc) at which the SCT was issued
	Timestamp uint64 `db:"timestamp"`
	// For future extensions to the protocol
	Extensions []byte `db:"extensions"`
	// The Log's signature for this SCT
	Signature []byte `db:"signature"`

	// The serial of the certificate this SCT is for
	CertificateSerial string `db:"certificateSerial"`

	LockCol int64
}

SignedCertificateTimestamp is the internal representation of ct.SignedCertificateTimestamp that is used to maintain backwards compatibility with our old CT implementation.

type StorageAdder 

type StorageAdder interface {
	NewRegistration(ctx context.Context, reg Registration) (created Registration, err error)
	UpdateRegistration(ctx context.Context, reg Registration) error
	NewPendingAuthorization(ctx context.Context, authz Authorization) (Authorization, error)
	UpdatePendingAuthorization(ctx context.Context, authz Authorization) error
	FinalizeAuthorization(ctx context.Context, authz Authorization) error
	MarkCertificateRevoked(ctx context.Context, serial string, reasonCode revocation.Reason) error
	AddCertificate(ctx context.Context, der []byte, regID int64, ocsp []byte) (digest string, err error)
	AddSCTReceipt(ctx context.Context, sct SignedCertificateTimestamp) error
	RevokeAuthorizationsByDomain(ctx context.Context, domain AcmeIdentifier) (finalized, pending int64, err error)
	DeactivateRegistration(ctx context.Context, id int64) error
	DeactivateAuthorization(ctx context.Context, id string) error
	NewOrder(ctx context.Context, order *corepb.Order) (*corepb.Order, error)
	SetOrderProcessing(ctx context.Context, order *corepb.Order) error
	FinalizeOrder(ctx context.Context, order *corepb.Order) error
	AddPendingAuthorizations(ctx context.Context, req *sapb.AddPendingAuthorizationsRequest) (*sapb.AuthorizationIDs, error)
	SetOrderError(ctx context.Context, order *corepb.Order) error
}

StorageAdder are the Boulder SA's write/update methods

type StorageAuthority 

type StorageAuthority interface {
	StorageGetter
	StorageAdder
}

StorageAuthority interface represents a simple key/value store. It is divided into StorageGetter and StorageUpdater interfaces for privilege separation.

type StorageGetter 

type StorageGetter interface {
	GetRegistration(ctx context.Context, regID int64) (Registration, error)
	GetRegistrationByKey(ctx context.Context, jwk *jose.JSONWebKey) (Registration, error)
	GetAuthorization(ctx context.Context, authzID string) (Authorization, error)
	GetValidAuthorizations(ctx context.Context, regID int64, domains []string, now time.Time) (map[string]*Authorization, error)
	GetPendingAuthorization(ctx context.Context, req *sapb.GetPendingAuthorizationRequest) (*Authorization, error)
	GetCertificate(ctx context.Context, serial string) (Certificate, error)
	GetCertificateStatus(ctx context.Context, serial string) (CertificateStatus, error)
	CountCertificatesRange(ctx context.Context, earliest, latest time.Time) (int64, error)
	CountCertificatesByNames(ctx context.Context, domains []string, earliest, latest time.Time) (countByDomain []*sapb.CountByNames_MapElement, err error)
	CountCertificatesByExactNames(ctx context.Context, domains []string, earliest, latest time.Time) (countByDomain []*sapb.CountByNames_MapElement, err error)
	CountRegistrationsByIP(ctx context.Context, ip net.IP, earliest, latest time.Time) (int, error)
	CountRegistrationsByIPRange(ctx context.Context, ip net.IP, earliest, latest time.Time) (int, error)
	CountPendingAuthorizations(ctx context.Context, regID int64) (int, error)
	CountOrders(ctx context.Context, acctID int64, earliest, latest time.Time) (int, error)
	GetSCTReceipt(ctx context.Context, serial, logID string) (SignedCertificateTimestamp, error)
	CountFQDNSets(ctx context.Context, window time.Duration, domains []string) (count int64, err error)
	FQDNSetExists(ctx context.Context, domains []string) (exists bool, err error)
	PreviousCertificateExists(ctx context.Context, req *sapb.PreviousCertificateExistsRequest) (exists *sapb.Exists, err error)
	GetOrder(ctx context.Context, req *sapb.OrderRequest) (*corepb.Order, error)
	GetOrderForNames(ctx context.Context, req *sapb.GetOrderForNamesRequest) (*corepb.Order, error)
	GetValidOrderAuthorizations(ctx context.Context, req *sapb.GetValidOrderAuthorizationsRequest) (map[string]*Authorization, error)
	CountInvalidAuthorizations(ctx context.Context, req *sapb.CountInvalidAuthorizationsRequest) (count *sapb.Count, err error)
	GetAuthorizations(ctx context.Context, req *sapb.GetAuthorizationsRequest) (*sapb.Authorizations, error)
}

StorageGetter are the Boulder SA's read-only methods

type ValidationAuthority 

type ValidationAuthority interface {
	// PerformValidation checks the challenge with the given index in the
	// given Authorization and returns the updated ValidationRecords.
	//
	// A failure to validate the Challenge will result in a error of type
	// *probs.ProblemDetails.
	//
	// TODO(#1626): remove authz parameter
	PerformValidation(ctx context.Context, domain string, challenge Challenge, authz Authorization) ([]ValidationRecord, error)
	IsSafeDomain(ctx context.Context, req *vaPB.IsSafeDomainRequest) (resp *vaPB.IsDomainSafe, err error)
}

ValidationAuthority defines the public interface for the Boulder VA

type ValidationRecord 

type ValidationRecord struct {
	// DNS only
	Authorities []string `json:"-"`

	// SimpleHTTP only
	URL string `json:"url,omitempty"`

	// Shared
	Hostname          string   `json:"hostname"`
	Port              string   `json:"port,omitempty"`
	AddressesResolved []net.IP `json:"addressesResolved,omitempty"`
	AddressUsed       net.IP   `json:"addressUsed,omitempty"`
	// AddressesTried contains a list of addresses tried before the `AddressUsed`.
	// Presently this will only ever be one IP from `AddressesResolved` since the
	// only retry is in the case of a v6 failure with one v4 fallback. E.g. if
	// a record with `AddressesResolved: { 127.0.0.1, ::1 }` were processed for
	// a challenge validation with the IPv6 first flag on and the ::1 address
	// failed but the 127.0.0.1 retry succeeded then the record would end up
	// being:
	// {
	//   ...
	//   AddressesResolved: [ 127.0.0.1, ::1 ],
	//   AddressUsed: 127.0.0.1
	//   AddressesTried: [ ::1 ],
	//   ...
	// }
	AddressesTried []net.IP `json:"addressesTried,omitempty"`
}

ValidationRecord represents a validation attempt against a specific URL/hostname and the IP addresses that were resolved and used

type WebFrontEnd 

type WebFrontEnd interface {
	// Set the base URL for authorizations
	SetAuthzBase(ctx context.Context, path string)

	// Set the base URL for certificates
	SetCertBase(ctx context.Context, path string)

	// This method represents the ACME new-registration resource
	NewRegistration(ctx context.Context, response http.ResponseWriter, request *http.Request)

	// This method represents the ACME new-authorization resource
	NewAuthz(ctx context.Context, response http.ResponseWriter, request *http.Request)

	// This method represents the ACME new-certificate resource
	NewCert(ctx context.Context, response http.ResponseWriter, request *http.Request)

	// Provide access to requests for registration resources
	Registration(ctx context.Context, response http.ResponseWriter, request *http.Request)

	// Provide access to requests for authorization resources
	Authz(ctx context.Context, response http.ResponseWriter, request *http.Request)

	// Provide access to requests for authorization resources
	Cert(ctx context.Context, response http.ResponseWriter, request *http.Request)
}

A WebFrontEnd object supplies methods that can be hooked into the Go http module's server functions, principally http.HandleFunc()

It also provides methods to configure the base for authorization and certificate URLs.

It is assumed that the ACME server is laid out as follows: * One URL for new-authorization -> NewAuthz * One URL for new-certificate -> NewCert * One path for authorizations -> Authz * One path for certificates -> Cert

Source Files

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Directories

Path Synopsis
Package proto is a generated protocol buffer package.
 Package proto is a generated protocol buffer package.

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