Package com.yubico.webauthn

Class RelyingParty.RelyingPartyBuilder

java.lang.Object

com.yubico.webauthn.RelyingParty.RelyingPartyBuilder

Enclosing class:

RelyingParty

public static class RelyingParty.RelyingPartyBuilder
extends Object

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static class	RelyingParty.RelyingPartyBuilder.MandatoryStages

Method Summary

Modifier and Type	Method	Description
RelyingParty.RelyingPartyBuilder	allowOriginPort(boolean allowOriginPort)	If true, the origin matching rule is relaxed to allow any port number.
RelyingParty.RelyingPartyBuilder	allowOriginSubdomain(boolean allowOriginSubdomain)	If true, the origin matching rule is relaxed to allow any subdomain, of any depth, of the values of origins.
RelyingParty.RelyingPartyBuilder	allowUntrustedAttestation(boolean allowUntrustedAttestation)	If false, finishRegistration will only allow registrations where the attestation signature can be linked to a trusted attestation root.
RelyingParty.RelyingPartyBuilder	appId(@NonNull AppId appId)	The extension input to set for the appid and appidExclude extensions.
RelyingParty.RelyingPartyBuilder	appId(@NonNull Optional<AppId> appId)	The extension input to set for the appid and appidExclude extensions.
RelyingParty.RelyingPartyBuilder	attestationConveyancePreference(@NonNull AttestationConveyancePreference attestationConveyancePreference)	The argument for the attestation parameter in registration operations.
RelyingParty.RelyingPartyBuilder	attestationConveyancePreference(@NonNull Optional<AttestationConveyancePreference> attestationConveyancePreference)	The argument for the attestation parameter in registration operations.
RelyingParty.RelyingPartyBuilder	attestationTrustSource(@NonNull AttestationTrustSource attestationTrustSource)	An AttestationTrustSource instance to use for looking up trust roots for authenticator attestation.
RelyingParty.RelyingPartyBuilder	attestationTrustSource(@NonNull Optional<AttestationTrustSource> attestationTrustSource)	An AttestationTrustSource instance to use for looking up trust roots for authenticator attestation.
RelyingParty	build()
RelyingParty.RelyingPartyBuilder	clock(@NonNull Clock clock)	A Clock which will be used to tell the current time while verifying attestation certificate chains.
RelyingParty.RelyingPartyBuilder	credentialRepository(@NonNull CredentialRepository credentialRepository)	An abstract database which can look up credentials, usernames and user handles from usernames, user handles and credential IDs.
RelyingParty.RelyingPartyBuilder	identity(@NonNull RelyingPartyIdentity identity)	The RelyingPartyIdentity that will be set as the rp parameter when initiating registration operations, and which AuthenticatorData.getRpIdHash() will be compared against.
RelyingParty.RelyingPartyBuilder	origins(@NonNull Set<String> origins)	The allowed origins that returned authenticator responses will be compared against.
RelyingParty.RelyingPartyBuilder	preferredPubkeyParams(@NonNull List<PublicKeyCredentialParameters> preferredPubkeyParams)	The argument for the pubKeyCredParams parameter in registration operations.
String	toString()
RelyingParty.RelyingPartyBuilder	validateSignatureCounter(boolean validateSignatureCounter)	If true, finishAssertion will succeed only if the signature counter value in the response is strictly greater than the stored signature counter value, or if both counters are exactly zero.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Method Details

appId

public RelyingParty.RelyingPartyBuilder appId(@NonNull
 @NonNull Optional<AppId> appId)

The extension input to set for the appid and appidExclude extensions.

You do not need this extension if you have not previously supported U2F. Its purpose is to make already-registered U2F credentials forward-compatible with the WebAuthn API. It is not needed for new registrations, even of U2F authenticators.

If this member is set, startAssertion will automatically set the appid extension input, and finishAssertion will adjust its verification logic to also accept this AppID as an alternative to the RP ID. Likewise, RelyingParty.startRegistration(StartRegistrationOptions) startRegistration} will automatically set the appidExclude extension input.

By default, this is not set.

See Also:

• AssertionExtensionInputs.getAppid()
• RegistrationExtensionInputs.getAppidExclude()
• §10.1. FIDO AppID Extension (appid)
• §10.2. FIDO AppID Exclusion Extension (appidExclude)

appId

public RelyingParty.RelyingPartyBuilder appId(@NonNull
 @NonNull AppId appId)

The extension input to set for the appid and appidExclude extensions.

You do not need this extension if you have not previously supported U2F. Its purpose is to make already-registered U2F credentials forward-compatible with the WebAuthn API. It is not needed for new registrations, even of U2F authenticators.

If this member is set, startAssertion will automatically set the appid extension input, and finishAssertion will adjust its verification logic to also accept this AppID as an alternative to the RP ID. Likewise, RelyingParty.startRegistration(StartRegistrationOptions) startRegistration} will automatically set the appidExclude extension input.

By default, this is not set.

See Also:

• AssertionExtensionInputs.getAppid()
• RegistrationExtensionInputs.getAppidExclude()
• §10.1. FIDO AppID Extension (appid)
• §10.2. FIDO AppID Exclusion Extension (appidExclude)

attestationConveyancePreference

public RelyingParty.RelyingPartyBuilder attestationConveyancePreference(@NonNull
 @NonNull Optional<AttestationConveyancePreference> attestationConveyancePreference)

The argument for the attestation parameter in registration operations.

Unless your application has a concrete policy for authenticator attestation, it is recommended to leave this parameter undefined.

If you set this, you may want to explicitly set allowUntrustedAttestation and attestationTrustSource too.

By default, this is not set.

See Also:

• PublicKeyCredentialCreationOptions.getAttestation()
• §6.4. Attestation

attestationConveyancePreference

public RelyingParty.RelyingPartyBuilder attestationConveyancePreference(@NonNull
 @NonNull AttestationConveyancePreference attestationConveyancePreference)

The argument for the attestation parameter in registration operations.

Unless your application has a concrete policy for authenticator attestation, it is recommended to leave this parameter undefined.

If you set this, you may want to explicitly set allowUntrustedAttestation and attestationTrustSource too.

By default, this is not set.

See Also:

• PublicKeyCredentialCreationOptions.getAttestation()
• §6.4. Attestation

attestationTrustSource

public RelyingParty.RelyingPartyBuilder attestationTrustSource(@NonNull
 @NonNull Optional<AttestationTrustSource> attestationTrustSource)

An AttestationTrustSource instance to use for looking up trust roots for authenticator attestation. This matters only if RelyingParty.getAttestationConveyancePreference() is non-empty and not set to AttestationConveyancePreference.NONE.

By default, this is not set.

See Also:

• PublicKeyCredentialCreationOptions.getAttestation()
• §6.4. Attestation

attestationTrustSource

public RelyingParty.RelyingPartyBuilder attestationTrustSource(@NonNull
 @NonNull AttestationTrustSource attestationTrustSource)

An AttestationTrustSource instance to use for looking up trust roots for authenticator attestation. This matters only if RelyingParty.getAttestationConveyancePreference() is non-empty and not set to AttestationConveyancePreference.NONE.

By default, this is not set.

See Also:

• PublicKeyCredentialCreationOptions.getAttestation()
• §6.4. Attestation

identity

public RelyingParty.RelyingPartyBuilder identity(@NonNull
 @NonNull RelyingPartyIdentity identity)

The RelyingPartyIdentity that will be set as the rp parameter when initiating registration operations, and which AuthenticatorData.getRpIdHash() will be compared against. This is a required parameter.

A successful registration or authentication operation requires AuthenticatorData.getRpIdHash() to exactly equal the SHA-256 hash of this member's id member. Alternatively, it may instead equal the SHA-256 hash of appId if the latter is present.

Returns:

this.

See Also:

• RelyingParty.startRegistration(StartRegistrationOptions)
• PublicKeyCredentialCreationOptions

origins

public RelyingParty.RelyingPartyBuilder origins(@NonNull
 @NonNull Set<String> origins)

The allowed origins that returned authenticator responses will be compared against.

The default is the set containing only the string "https://" + RelyingParty.getIdentity().getId().

If allowOriginPort and allowOriginSubdomain are both false (the default), then a successful registration or authentication operation requires CollectedClientData.getOrigin() to exactly equal one of these values.

If allowOriginPort is true , then the above rule is relaxed to allow any port number in CollectedClientData.getOrigin(), regardless of any port specified.

If allowOriginSubdomain is true, then the above rule is relaxed to allow any subdomain, of any depth, of any of these values.

For either of the above relaxations to take effect, both the allowed origin and the client data origin must be valid URLs. Origins that are not valid URLs are matched only by exact string equality.

Returns:

this.

See Also:

• RelyingParty.getIdentity()

credentialRepository

public RelyingParty.RelyingPartyBuilder credentialRepository(@NonNull
 @NonNull CredentialRepository credentialRepository)

An abstract database which can look up credentials, usernames and user handles from usernames, user handles and credential IDs. This is a required parameter.

This is used to look up:

• the user handle for a user logging in via user name
• the user name for a user logging in via user handle
• the credential IDs to include in PublicKeyCredentialCreationOptions.getExcludeCredentials()
• the credential IDs to include in PublicKeyCredentialRequestOptions.getAllowCredentials()
• that the correct user owns the credential when verifying an assertion
• the public key to use to verify an assertion
• the stored signature counter when verifying an assertion

Returns:

this.

preferredPubkeyParams

public RelyingParty.RelyingPartyBuilder preferredPubkeyParams(@NonNull
 @NonNull List<PublicKeyCredentialParameters> preferredPubkeyParams)

The argument for the pubKeyCredParams parameter in registration operations.

This is a list of acceptable public key algorithms and their parameters, ordered from most to least preferred.

The default is the following list, in order:

1. ES256
2. EdDSA
3. ES384
4. ES512
5. RS256

Returns:

this.

See Also:

• PublicKeyCredentialCreationOptions.getAttestation()
• §6.4. Attestation

allowOriginPort

public RelyingParty.RelyingPartyBuilder allowOriginPort(boolean allowOriginPort)

If true, the origin matching rule is relaxed to allow any port number.

The default is false.

Examples with origins: ["https://example.org", "https://accounts.example.org", "https://acme.com:8443"]

• allowOriginPort: false

  Accepted:

  • https://example.org
  • https://accounts.example.org
  • https://acme.com:8443

  Rejected:

  • https://example.org:8443
  • https://shop.example.org
  • https://acme.com
  • https://acme.com:9000

• allowOriginPort: true

  Accepted:

  • https://example.org
  • https://example.org:8443
  • https://accounts.example.org
  • https://acme.com
  • https://acme.com:8443
  • https://acme.com:9000

  Rejected:

  • https://shop.example.org

Returns:

this.

allowOriginSubdomain

public RelyingParty.RelyingPartyBuilder allowOriginSubdomain(boolean allowOriginSubdomain)

If true, the origin matching rule is relaxed to allow any subdomain, of any depth, of the values of origins.

The default is false.

Examples with origins: ["https://example.org", "https://acme.com:8443"]

• allowOriginSubdomain: false

  Accepted:

  • https://example.org
  • https://acme.com:8443

  Rejected:

  • https://example.org:8443
  • https://accounts.example.org
  • https://acme.com
  • https://eu.shop.acme.com:8443

• allowOriginSubdomain: true

  Accepted:

  • https://example.org
  • https://accounts.example.org
  • https://acme.com:8443
  • https://eu.shop.acme.com:8443

  Rejected:

  • https://example.org:8443
  • https://acme.com

Returns:

this.

allowUntrustedAttestation

public RelyingParty.RelyingPartyBuilder allowUntrustedAttestation(boolean allowUntrustedAttestation)

If false, finishRegistration will only allow registrations where the attestation signature can be linked to a trusted attestation root. This excludes none attestation, and self attestation unless the self attestation key is explicitly trusted.

Regardless of the value of this option, invalid attestation statements of supported formats will always be rejected. For example, a "packed" attestation statement with an invalid signature will be rejected even if this option is set to true.

The default is true.

Returns:

this.

validateSignatureCounter

public RelyingParty.RelyingPartyBuilder validateSignatureCounter(boolean validateSignatureCounter)

If true, finishAssertion will succeed only if the signature counter value in the response is strictly greater than the stored signature counter value, or if both counters are exactly zero.

The default is true.

Returns:

this.

clock

public RelyingParty.RelyingPartyBuilder clock(@NonNull
 @NonNull Clock clock)

A Clock which will be used to tell the current time while verifying attestation certificate chains.

This is intended primarily for testing, and relevant only if attestationTrustSource(AttestationTrustSource) is set.

The default is Clock.systemUTC().

Returns:

this.

build

public RelyingParty build()

toString

public String toString()

Overrides:

toString in class Object