firebase-admin
Version:
Firebase admin SDK for Node.js
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JavaScript
/*! firebase-admin v10.0.0 */
;
/*!
* Copyright 2018 Google Inc.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
Object.defineProperty(exports, "__esModule", { value: true });
exports.OIDCConfig = exports.SAMLConfig = exports.EmailSignInConfig = exports.validateTestPhoneNumbers = exports.MultiFactorAuthConfig = exports.MAXIMUM_TEST_PHONE_NUMBERS = void 0;
var validator = require("../utils/validator");
var deep_copy_1 = require("../utils/deep-copy");
var error_1 = require("../utils/error");
/** A maximum of 10 test phone number / code pairs can be configured. */
exports.MAXIMUM_TEST_PHONE_NUMBERS = 10;
/** Client Auth factor type to server auth factor type mapping. */
var AUTH_FACTOR_CLIENT_TO_SERVER_TYPE = {
phone: 'PHONE_SMS',
};
/** Server Auth factor type to client auth factor type mapping. */
var AUTH_FACTOR_SERVER_TO_CLIENT_TYPE = Object.keys(AUTH_FACTOR_CLIENT_TO_SERVER_TYPE)
.reduce(function (res, key) {
res[AUTH_FACTOR_CLIENT_TO_SERVER_TYPE[key]] = key;
return res;
}, {});
/**
* Defines the multi-factor config class used to convert client side MultiFactorConfig
* to a format that is understood by the Auth server.
*/
var MultiFactorAuthConfig = /** @class */ (function () {
/**
* The MultiFactorAuthConfig constructor.
*
* @param response - The server side response used to initialize the
* MultiFactorAuthConfig object.
* @constructor
* @internal
*/
function MultiFactorAuthConfig(response) {
var _this = this;
if (typeof response.state === 'undefined') {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INTERNAL_ERROR, 'INTERNAL ASSERT FAILED: Invalid multi-factor configuration response');
}
this.state = response.state;
this.factorIds = [];
(response.enabledProviders || []).forEach(function (enabledProvider) {
// Ignore unsupported types. It is possible the current admin SDK version is
// not up to date and newer backend types are supported.
if (typeof AUTH_FACTOR_SERVER_TO_CLIENT_TYPE[enabledProvider] !== 'undefined') {
_this.factorIds.push(AUTH_FACTOR_SERVER_TO_CLIENT_TYPE[enabledProvider]);
}
});
}
/**
* Static method to convert a client side request to a MultiFactorAuthServerConfig.
* Throws an error if validation fails.
*
* @param options - The options object to convert to a server request.
* @returns The resulting server request.
* @internal
*/
MultiFactorAuthConfig.buildServerRequest = function (options) {
var request = {};
MultiFactorAuthConfig.validate(options);
if (Object.prototype.hasOwnProperty.call(options, 'state')) {
request.state = options.state;
}
if (Object.prototype.hasOwnProperty.call(options, 'factorIds')) {
(options.factorIds || []).forEach(function (factorId) {
if (typeof request.enabledProviders === 'undefined') {
request.enabledProviders = [];
}
request.enabledProviders.push(AUTH_FACTOR_CLIENT_TO_SERVER_TYPE[factorId]);
});
// In case an empty array is passed. Ensure it gets populated so the array is cleared.
if (options.factorIds && options.factorIds.length === 0) {
request.enabledProviders = [];
}
}
return request;
};
/**
* Validates the MultiFactorConfig options object. Throws an error on failure.
*
* @param options - The options object to validate.
*/
MultiFactorAuthConfig.validate = function (options) {
var validKeys = {
state: true,
factorIds: true,
};
if (!validator.isNonNullObject(options)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"MultiFactorConfig" must be a non-null object.');
}
// Check for unsupported top level attributes.
for (var key in options) {
if (!(key in validKeys)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, "\"" + key + "\" is not a valid MultiFactorConfig parameter.");
}
}
// Validate content.
if (typeof options.state !== 'undefined' &&
options.state !== 'ENABLED' &&
options.state !== 'DISABLED') {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"MultiFactorConfig.state" must be either "ENABLED" or "DISABLED".');
}
if (typeof options.factorIds !== 'undefined') {
if (!validator.isArray(options.factorIds)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"MultiFactorConfig.factorIds" must be an array of valid "AuthFactorTypes".');
}
// Validate content of array.
options.factorIds.forEach(function (factorId) {
if (typeof AUTH_FACTOR_CLIENT_TO_SERVER_TYPE[factorId] === 'undefined') {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, "\"" + factorId + "\" is not a valid \"AuthFactorType\".");
}
});
}
};
/** @returns The plain object representation of the multi-factor config instance. */
MultiFactorAuthConfig.prototype.toJSON = function () {
return {
state: this.state,
factorIds: this.factorIds,
};
};
return MultiFactorAuthConfig;
}());
exports.MultiFactorAuthConfig = MultiFactorAuthConfig;
/**
* Validates the provided map of test phone number / code pairs.
* @param testPhoneNumbers - The phone number / code pairs to validate.
*/
function validateTestPhoneNumbers(testPhoneNumbers) {
if (!validator.isObject(testPhoneNumbers)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_ARGUMENT, '"testPhoneNumbers" must be a map of phone number / code pairs.');
}
if (Object.keys(testPhoneNumbers).length > exports.MAXIMUM_TEST_PHONE_NUMBERS) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.MAXIMUM_TEST_PHONE_NUMBER_EXCEEDED);
}
for (var phoneNumber in testPhoneNumbers) {
// Validate phone number.
if (!validator.isPhoneNumber(phoneNumber)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_TESTING_PHONE_NUMBER, "\"" + phoneNumber + "\" is not a valid E.164 standard compliant phone number.");
}
// Validate code.
if (!validator.isString(testPhoneNumbers[phoneNumber]) ||
!/^[\d]{6}$/.test(testPhoneNumbers[phoneNumber])) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_TESTING_PHONE_NUMBER, "\"" + testPhoneNumbers[phoneNumber] + "\" is not a valid 6 digit code string.");
}
}
}
exports.validateTestPhoneNumbers = validateTestPhoneNumbers;
/**
* Defines the email sign-in config class used to convert client side EmailSignInConfig
* to a format that is understood by the Auth server.
*
* @internal
*/
var EmailSignInConfig = /** @class */ (function () {
/**
* The EmailSignInConfig constructor.
*
* @param response - The server side response used to initialize the
* EmailSignInConfig object.
* @constructor
*/
function EmailSignInConfig(response) {
if (typeof response.allowPasswordSignup === 'undefined') {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INTERNAL_ERROR, 'INTERNAL ASSERT FAILED: Invalid email sign-in configuration response');
}
this.enabled = response.allowPasswordSignup;
this.passwordRequired = !response.enableEmailLinkSignin;
}
/**
* Static method to convert a client side request to a EmailSignInConfigServerRequest.
* Throws an error if validation fails.
*
* @param options - The options object to convert to a server request.
* @returns The resulting server request.
* @internal
*/
EmailSignInConfig.buildServerRequest = function (options) {
var request = {};
EmailSignInConfig.validate(options);
if (Object.prototype.hasOwnProperty.call(options, 'enabled')) {
request.allowPasswordSignup = options.enabled;
}
if (Object.prototype.hasOwnProperty.call(options, 'passwordRequired')) {
request.enableEmailLinkSignin = !options.passwordRequired;
}
return request;
};
/**
* Validates the EmailSignInConfig options object. Throws an error on failure.
*
* @param options - The options object to validate.
*/
EmailSignInConfig.validate = function (options) {
// TODO: Validate the request.
var validKeys = {
enabled: true,
passwordRequired: true,
};
if (!validator.isNonNullObject(options)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_ARGUMENT, '"EmailSignInConfig" must be a non-null object.');
}
// Check for unsupported top level attributes.
for (var key in options) {
if (!(key in validKeys)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_ARGUMENT, "\"" + key + "\" is not a valid EmailSignInConfig parameter.");
}
}
// Validate content.
if (typeof options.enabled !== 'undefined' &&
!validator.isBoolean(options.enabled)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_ARGUMENT, '"EmailSignInConfig.enabled" must be a boolean.');
}
if (typeof options.passwordRequired !== 'undefined' &&
!validator.isBoolean(options.passwordRequired)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_ARGUMENT, '"EmailSignInConfig.passwordRequired" must be a boolean.');
}
};
/** @returns The plain object representation of the email sign-in config. */
EmailSignInConfig.prototype.toJSON = function () {
return {
enabled: this.enabled,
passwordRequired: this.passwordRequired,
};
};
return EmailSignInConfig;
}());
exports.EmailSignInConfig = EmailSignInConfig;
/**
* Defines the SAMLConfig class used to convert a client side configuration to its
* server side representation.
*
* @internal
*/
var SAMLConfig = /** @class */ (function () {
/**
* The SAMLConfig constructor.
*
* @param response - The server side response used to initialize the SAMLConfig object.
* @constructor
*/
function SAMLConfig(response) {
if (!response ||
!response.idpConfig ||
!response.idpConfig.idpEntityId ||
!response.idpConfig.ssoUrl ||
!response.spConfig ||
!response.spConfig.spEntityId ||
!response.name ||
!(validator.isString(response.name) &&
SAMLConfig.getProviderIdFromResourceName(response.name))) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INTERNAL_ERROR, 'INTERNAL ASSERT FAILED: Invalid SAML configuration response');
}
var providerId = SAMLConfig.getProviderIdFromResourceName(response.name);
if (!providerId) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INTERNAL_ERROR, 'INTERNAL ASSERT FAILED: Invalid SAML configuration response');
}
this.providerId = providerId;
// RP config.
this.rpEntityId = response.spConfig.spEntityId;
this.callbackURL = response.spConfig.callbackUri;
// IdP config.
this.idpEntityId = response.idpConfig.idpEntityId;
this.ssoURL = response.idpConfig.ssoUrl;
this.enableRequestSigning = !!response.idpConfig.signRequest;
var x509Certificates = [];
for (var _i = 0, _a = (response.idpConfig.idpCertificates || []); _i < _a.length; _i++) {
var cert = _a[_i];
if (cert.x509Certificate) {
x509Certificates.push(cert.x509Certificate);
}
}
this.x509Certificates = x509Certificates;
// When enabled is undefined, it takes its default value of false.
this.enabled = !!response.enabled;
this.displayName = response.displayName;
}
/**
* Converts a client side request to a SAMLConfigServerRequest which is the format
* accepted by the backend server.
* Throws an error if validation fails. If the request is not a SAMLConfig request,
* returns null.
*
* @param options - The options object to convert to a server request.
* @param ignoreMissingFields - Whether to ignore missing fields.
* @returns The resulting server request or null if not valid.
*/
SAMLConfig.buildServerRequest = function (options, ignoreMissingFields) {
if (ignoreMissingFields === void 0) { ignoreMissingFields = false; }
var makeRequest = validator.isNonNullObject(options) &&
(options.providerId || ignoreMissingFields);
if (!makeRequest) {
return null;
}
var request = {};
// Validate options.
SAMLConfig.validate(options, ignoreMissingFields);
request.enabled = options.enabled;
request.displayName = options.displayName;
// IdP config.
if (options.idpEntityId || options.ssoURL || options.x509Certificates) {
request.idpConfig = {
idpEntityId: options.idpEntityId,
ssoUrl: options.ssoURL,
signRequest: options.enableRequestSigning,
idpCertificates: typeof options.x509Certificates === 'undefined' ? undefined : [],
};
if (options.x509Certificates) {
for (var _i = 0, _a = (options.x509Certificates || []); _i < _a.length; _i++) {
var cert = _a[_i];
request.idpConfig.idpCertificates.push({ x509Certificate: cert });
}
}
}
// RP config.
if (options.callbackURL || options.rpEntityId) {
request.spConfig = {
spEntityId: options.rpEntityId,
callbackUri: options.callbackURL,
};
}
return request;
};
/**
* Returns the provider ID corresponding to the resource name if available.
*
* @param resourceName - The server side resource name.
* @returns The provider ID corresponding to the resource, null otherwise.
*/
SAMLConfig.getProviderIdFromResourceName = function (resourceName) {
// name is of form projects/project1/inboundSamlConfigs/providerId1
var matchProviderRes = resourceName.match(/\/inboundSamlConfigs\/(saml\..*)$/);
if (!matchProviderRes || matchProviderRes.length < 2) {
return null;
}
return matchProviderRes[1];
};
/**
* @param providerId - The provider ID to check.
* @returns Whether the provider ID corresponds to a SAML provider.
*/
SAMLConfig.isProviderId = function (providerId) {
return validator.isNonEmptyString(providerId) && providerId.indexOf('saml.') === 0;
};
/**
* Validates the SAMLConfig options object. Throws an error on failure.
*
* @param options - The options object to validate.
* @param ignoreMissingFields - Whether to ignore missing fields.
*/
SAMLConfig.validate = function (options, ignoreMissingFields) {
if (ignoreMissingFields === void 0) { ignoreMissingFields = false; }
var validKeys = {
enabled: true,
displayName: true,
providerId: true,
idpEntityId: true,
ssoURL: true,
x509Certificates: true,
rpEntityId: true,
callbackURL: true,
enableRequestSigning: true,
};
if (!validator.isNonNullObject(options)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig" must be a valid non-null object.');
}
// Check for unsupported top level attributes.
for (var key in options) {
if (!(key in validKeys)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, "\"" + key + "\" is not a valid SAML config parameter.");
}
}
// Required fields.
if (validator.isNonEmptyString(options.providerId)) {
if (options.providerId.indexOf('saml.') !== 0) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_PROVIDER_ID, '"SAMLAuthProviderConfig.providerId" must be a valid non-empty string prefixed with "saml.".');
}
}
else if (!ignoreMissingFields) {
// providerId is required and not provided correctly.
throw new error_1.FirebaseAuthError(!options.providerId ? error_1.AuthClientErrorCode.MISSING_PROVIDER_ID : error_1.AuthClientErrorCode.INVALID_PROVIDER_ID, '"SAMLAuthProviderConfig.providerId" must be a valid non-empty string prefixed with "saml.".');
}
if (!(ignoreMissingFields && typeof options.idpEntityId === 'undefined') &&
!validator.isNonEmptyString(options.idpEntityId)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.idpEntityId" must be a valid non-empty string.');
}
if (!(ignoreMissingFields && typeof options.ssoURL === 'undefined') &&
!validator.isURL(options.ssoURL)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.ssoURL" must be a valid URL string.');
}
if (!(ignoreMissingFields && typeof options.rpEntityId === 'undefined') &&
!validator.isNonEmptyString(options.rpEntityId)) {
throw new error_1.FirebaseAuthError(!options.rpEntityId ? error_1.AuthClientErrorCode.MISSING_SAML_RELYING_PARTY_CONFIG :
error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.rpEntityId" must be a valid non-empty string.');
}
if (!(ignoreMissingFields && typeof options.callbackURL === 'undefined') &&
!validator.isURL(options.callbackURL)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.callbackURL" must be a valid URL string.');
}
if (!(ignoreMissingFields && typeof options.x509Certificates === 'undefined') &&
!validator.isArray(options.x509Certificates)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.x509Certificates" must be a valid array of X509 certificate strings.');
}
(options.x509Certificates || []).forEach(function (cert) {
if (!validator.isNonEmptyString(cert)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.x509Certificates" must be a valid array of X509 certificate strings.');
}
});
if (typeof options.enableRequestSigning !== 'undefined' &&
!validator.isBoolean(options.enableRequestSigning)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.enableRequestSigning" must be a boolean.');
}
if (typeof options.enabled !== 'undefined' &&
!validator.isBoolean(options.enabled)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.enabled" must be a boolean.');
}
if (typeof options.displayName !== 'undefined' &&
!validator.isString(options.displayName)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"SAMLAuthProviderConfig.displayName" must be a valid string.');
}
};
/** @returns The plain object representation of the SAMLConfig. */
SAMLConfig.prototype.toJSON = function () {
return {
enabled: this.enabled,
displayName: this.displayName,
providerId: this.providerId,
idpEntityId: this.idpEntityId,
ssoURL: this.ssoURL,
x509Certificates: deep_copy_1.deepCopy(this.x509Certificates),
rpEntityId: this.rpEntityId,
callbackURL: this.callbackURL,
enableRequestSigning: this.enableRequestSigning,
};
};
return SAMLConfig;
}());
exports.SAMLConfig = SAMLConfig;
/**
* Defines the OIDCConfig class used to convert a client side configuration to its
* server side representation.
*
* @internal
*/
var OIDCConfig = /** @class */ (function () {
/**
* The OIDCConfig constructor.
*
* @param response - The server side response used to initialize the OIDCConfig object.
* @constructor
*/
function OIDCConfig(response) {
if (!response ||
!response.issuer ||
!response.clientId ||
!response.name ||
!(validator.isString(response.name) &&
OIDCConfig.getProviderIdFromResourceName(response.name))) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INTERNAL_ERROR, 'INTERNAL ASSERT FAILED: Invalid OIDC configuration response');
}
var providerId = OIDCConfig.getProviderIdFromResourceName(response.name);
if (!providerId) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INTERNAL_ERROR, 'INTERNAL ASSERT FAILED: Invalid SAML configuration response');
}
this.providerId = providerId;
this.clientId = response.clientId;
this.issuer = response.issuer;
// When enabled is undefined, it takes its default value of false.
this.enabled = !!response.enabled;
this.displayName = response.displayName;
if (typeof response.clientSecret !== 'undefined') {
this.clientSecret = response.clientSecret;
}
if (typeof response.responseType !== 'undefined') {
this.responseType = response.responseType;
}
}
/**
* Converts a client side request to a OIDCConfigServerRequest which is the format
* accepted by the backend server.
* Throws an error if validation fails. If the request is not a OIDCConfig request,
* returns null.
*
* @param options - The options object to convert to a server request.
* @param ignoreMissingFields - Whether to ignore missing fields.
* @returns The resulting server request or null if not valid.
*/
OIDCConfig.buildServerRequest = function (options, ignoreMissingFields) {
if (ignoreMissingFields === void 0) { ignoreMissingFields = false; }
var makeRequest = validator.isNonNullObject(options) &&
(options.providerId || ignoreMissingFields);
if (!makeRequest) {
return null;
}
var request = {};
// Validate options.
OIDCConfig.validate(options, ignoreMissingFields);
request.enabled = options.enabled;
request.displayName = options.displayName;
request.issuer = options.issuer;
request.clientId = options.clientId;
if (typeof options.clientSecret !== 'undefined') {
request.clientSecret = options.clientSecret;
}
if (typeof options.responseType !== 'undefined') {
request.responseType = options.responseType;
}
return request;
};
/**
* Returns the provider ID corresponding to the resource name if available.
*
* @param resourceName - The server side resource name
* @returns The provider ID corresponding to the resource, null otherwise.
*/
OIDCConfig.getProviderIdFromResourceName = function (resourceName) {
// name is of form projects/project1/oauthIdpConfigs/providerId1
var matchProviderRes = resourceName.match(/\/oauthIdpConfigs\/(oidc\..*)$/);
if (!matchProviderRes || matchProviderRes.length < 2) {
return null;
}
return matchProviderRes[1];
};
/**
* @param providerId - The provider ID to check.
* @returns Whether the provider ID corresponds to an OIDC provider.
*/
OIDCConfig.isProviderId = function (providerId) {
return validator.isNonEmptyString(providerId) && providerId.indexOf('oidc.') === 0;
};
/**
* Validates the OIDCConfig options object. Throws an error on failure.
*
* @param options - The options object to validate.
* @param ignoreMissingFields - Whether to ignore missing fields.
*/
OIDCConfig.validate = function (options, ignoreMissingFields) {
if (ignoreMissingFields === void 0) { ignoreMissingFields = false; }
var validKeys = {
enabled: true,
displayName: true,
providerId: true,
clientId: true,
issuer: true,
clientSecret: true,
responseType: true,
};
var validResponseTypes = {
idToken: true,
code: true,
};
if (!validator.isNonNullObject(options)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"OIDCAuthProviderConfig" must be a valid non-null object.');
}
// Check for unsupported top level attributes.
for (var key in options) {
if (!(key in validKeys)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, "\"" + key + "\" is not a valid OIDC config parameter.");
}
}
// Required fields.
if (validator.isNonEmptyString(options.providerId)) {
if (options.providerId.indexOf('oidc.') !== 0) {
throw new error_1.FirebaseAuthError(!options.providerId ? error_1.AuthClientErrorCode.MISSING_PROVIDER_ID : error_1.AuthClientErrorCode.INVALID_PROVIDER_ID, '"OIDCAuthProviderConfig.providerId" must be a valid non-empty string prefixed with "oidc.".');
}
}
else if (!ignoreMissingFields) {
throw new error_1.FirebaseAuthError(!options.providerId ? error_1.AuthClientErrorCode.MISSING_PROVIDER_ID : error_1.AuthClientErrorCode.INVALID_PROVIDER_ID, '"OIDCAuthProviderConfig.providerId" must be a valid non-empty string prefixed with "oidc.".');
}
if (!(ignoreMissingFields && typeof options.clientId === 'undefined') &&
!validator.isNonEmptyString(options.clientId)) {
throw new error_1.FirebaseAuthError(!options.clientId ? error_1.AuthClientErrorCode.MISSING_OAUTH_CLIENT_ID : error_1.AuthClientErrorCode.INVALID_OAUTH_CLIENT_ID, '"OIDCAuthProviderConfig.clientId" must be a valid non-empty string.');
}
if (!(ignoreMissingFields && typeof options.issuer === 'undefined') &&
!validator.isURL(options.issuer)) {
throw new error_1.FirebaseAuthError(!options.issuer ? error_1.AuthClientErrorCode.MISSING_ISSUER : error_1.AuthClientErrorCode.INVALID_CONFIG, '"OIDCAuthProviderConfig.issuer" must be a valid URL string.');
}
if (typeof options.enabled !== 'undefined' &&
!validator.isBoolean(options.enabled)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"OIDCAuthProviderConfig.enabled" must be a boolean.');
}
if (typeof options.displayName !== 'undefined' &&
!validator.isString(options.displayName)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"OIDCAuthProviderConfig.displayName" must be a valid string.');
}
if (typeof options.clientSecret !== 'undefined' &&
!validator.isNonEmptyString(options.clientSecret)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, '"OIDCAuthProviderConfig.clientSecret" must be a valid string.');
}
if (validator.isNonNullObject(options.responseType) && typeof options.responseType !== 'undefined') {
Object.keys(options.responseType).forEach(function (key) {
if (!(key in validResponseTypes)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_CONFIG, "\"" + key + "\" is not a valid OAuthResponseType parameter.");
}
});
var idToken = options.responseType.idToken;
if (typeof idToken !== 'undefined' && !validator.isBoolean(idToken)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_ARGUMENT, '"OIDCAuthProviderConfig.responseType.idToken" must be a boolean.');
}
var code = options.responseType.code;
if (typeof code !== 'undefined') {
if (!validator.isBoolean(code)) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_ARGUMENT, '"OIDCAuthProviderConfig.responseType.code" must be a boolean.');
}
// If code flow is enabled, client secret must be provided.
if (code && typeof options.clientSecret === 'undefined') {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.MISSING_OAUTH_CLIENT_SECRET, 'The OAuth configuration client secret is required to enable OIDC code flow.');
}
}
var allKeys = Object.keys(options.responseType).length;
var enabledCount = Object.values(options.responseType).filter(Boolean).length;
// Only one of OAuth response types can be set to true.
if (allKeys > 1 && enabledCount != 1) {
throw new error_1.FirebaseAuthError(error_1.AuthClientErrorCode.INVALID_OAUTH_RESPONSETYPE, 'Only exactly one OAuth responseType should be set to true.');
}
}
};
/** @returns The plain object representation of the OIDCConfig. */
OIDCConfig.prototype.toJSON = function () {
return {
enabled: this.enabled,
displayName: this.displayName,
providerId: this.providerId,
issuer: this.issuer,
clientId: this.clientId,
clientSecret: deep_copy_1.deepCopy(this.clientSecret),
responseType: deep_copy_1.deepCopy(this.responseType),
};
};
return OIDCConfig;
}());
exports.OIDCConfig = OIDCConfig;