The Descope SDK for PHP provides convenient access to Descope authentication. You can read more on the Descope Website.
Install the package with Composer:
composer require descope/descope-php
You'll need to set up a .env file in the root directory with your Descope Project ID, which you can get from the Console like this:
DESCOPE_PROJECT_ID=<Descope Project ID>
DESCOPE_MANAGEMENT_KEY=<Descope Management Key>
In order to use the SDK you will need to initialize a DescopeSDK object with your Descope Project ID you defined in your .env file, like this:
require 'vendor/autoload.php';
use Descope\SDK\DescopeSDK;
$descopeSDK = new DescopeSDK([
'projectId' => $_ENV['DESCOPE_PROJECT_ID'],
'managementKey' => $_ENV['DESCOPE_MANAGEMENT_KEY'], // Optional, only used for Management functions
'debug' => false // Optional, enables verbose error logging (default: false)
]);The SDK supports optional debug/verbose logging to help troubleshoot API request issues. Debug logging is disabled by default to keep your application logs clean in production.
When enabled, the SDK will log detailed error information to PHP's error log (via error_log()) when API requests fail, including:
- HTTP status codes
- Error response bodies
- Request exceptions
You can enable debug logging in three ways:
-
Via Config Array (recommended):
$descopeSDK = new DescopeSDK([ 'projectId' => $_ENV['DESCOPE_PROJECT_ID'], 'debug' => true // Enable verbose logging ]);
-
Via Environment Variable:
export DESCOPE_DEBUG=trueThen initialize the SDK normally (it will automatically detect the environment variable):
$descopeSDK = new DescopeSDK([ 'projectId' => $_ENV['DESCOPE_PROJECT_ID'] ]);
-
Via
.envfile:DESCOPE_DEBUG=true
Note: Debug logging uses PHP's error_log() function, so logs will appear in your configured PHP error log location (typically defined by error_log in php.ini or your server configuration).
When an API request fails (e.g. 4xx/5xx response, network error), the SDK throws exceptions instead of returning error arrays.
- Success: Methods return the decoded JSON response (or
voidwhere applicable). - Failure: The SDK throws:
Descope\SDK\Exception\AuthException— for most request failures (bad request, unauthorized, server errors, etc.). The exception includes the HTTP status code, error type, and message (from the API when available).Descope\SDK\Exception\RateLimitException— for HTTP 429 (rate limit) responses.
You can catch these and react accordingly:
use Descope\SDK\DescopeSDK;
use Descope\SDK\Exception\AuthException;
use Descope\SDK\Exception\RateLimitException;
$descopeSDK = new DescopeSDK([
'projectId' => $_ENV['DESCOPE_PROJECT_ID'],
'managementKey' => $_ENV['DESCOPE_MANAGEMENT_KEY'],
]);
try {
$descopeSDK->management->user->update('loginId', 'new@example.com', ...);
// Success — update completed
} catch (AuthException $e) {
// Request failed — use $e->getMessage(), status code, etc.
} catch (RateLimitException $e) {
// Rate limited (429)
}The original Guzzle RequestException is available via $e->getPrevious() for logging or debugging.
The Descope PHP SDK uses a caching mechanism to store frequently accessed data, such as JSON Web Key Sets (JWKs) for session token validation. By default, the SDK uses APCu for caching, provided it is enabled and configured in your environment. If APCu is not available, and no other caching mechanism is provided, caching is disabled.
By using the CacheInterface, you can integrate the Descope PHP SDK with any caching mechanism that suits your application, ensuring optimal performance in both small and large-scale deployments.
The SDK allows you to provide a custom caching mechanism by implementing the CacheInterface. This interface defines three methods that any cache implementation should support:
get(string $key): Retrieve a value by key.set(string $key, $value, int $ttl = 3600): bool: Store a value with a specified time-to-live (TTL).delete(string $key): bool: Remove a value by key.
You can provide your custom caching implementation by creating a class that implements CacheInterface. Here's an example using Laravel's cache system:
namespace App\Cache;
use Descope\SDK\Cache\CacheInterface;
use Illuminate\Support\Facades\Cache;
class LaravelCache implements CacheInterface
{
public function get(string $key)
{
return Cache::get($key);
}
public function set(string $key, $value, int $ttl = 3600): bool
{
// Laravel TTL is in minutes
return Cache::put($key, $value, max(1, ceil($ttl / 60)));
}
public function delete(string $key): bool
{
return Cache::forget($key);
}
}To use the Laravel cache in the SDK:
use Descope\SDK\DescopeSDK;
use App\Cache\LaravelCache;
$descopeSDK = new DescopeSDK([
'projectId' => $_ENV['DESCOPE_PROJECT_ID'],
'managementKey' => $_ENV['DESCOPE_MANAGEMENT_KEY'],
], new LaravelCache());Once you've configured your caching, you're ready to use the SDK. This SDK will easily allow you integrate Descope functionality with the following built-in functions:
$response = $descopeSDK->auth->password->signUp("loginId", "password123");
print_r($response);$response = $descopeSDK->auth->password->signIn("loginId", "password123");
print_r($response);$response = $descopeSDK->auth->password->sendReset("loginId", "https://example.com/reset");
print_r($response);$descopeSDK->auth->password->update("loginId", "newPassword123", "refreshToken");$response = $descopeSDK->auth->password->replace("loginId", "oldPassword123", "newPassword123");
print_r($response);$response = $descopeSDK->auth->password->getPolicy();
print_r($response);$response = $descopeSDK->auth->sso->signIn(
"tenant",
"https://example.com/callback",
"prompt",
true,
true,
["custom" => "claim"],
"ssoAppId"
);
print_r($response);$response = $descopeSDK->auth->sso->exchangeToken("code");
print_r($response);The delivery method is one of "email", "sms", "whatsapp" or "voice".
// Send a code to a new or existing user
$descopeSDK->otp->signUp("email", "loginId", ["email" => "user@example.com"]);
$descopeSDK->otp->signIn("email", "loginId");
$descopeSDK->otp->signUpOrIn("email", "loginId");
// Verify the received code and get a session
$response = $descopeSDK->otp->verifyCode("email", "loginId", "123456");
print_r($response);// Send a magic link containing the given redirect URI
$descopeSDK->magicLink->signUp("email", "loginId", "https://example.com/verify", ["email" => "user@example.com"]);
$descopeSDK->magicLink->signIn("email", "loginId", "https://example.com/verify");
$descopeSDK->magicLink->signUpOrIn("email", "loginId", "https://example.com/verify");
// Verify the token extracted from the magic link and get a session
$response = $descopeSDK->magicLink->verify("token");
print_r($response);DescopeSDK->verify($sessionToken)- will validate the session token and return either TRUE or FALSE, depending on if the JWT is valid and expired.DescopeSDK->refreshSession($refreshToken)- will refresh your session and return a new session token, with the refresh token.DescopeSDK->verifyAndRefreshSession($sessionToken, $refreshToken)- will validate the session token and return either TRUE or FALSE, and will refresh your session and return a new session token.DescopeSDK->logout($refreshToken)- will invalidate the refresh token and log the user out of the current session.DescopeSDK->logoutAll($refreshToken)- will invalidate all refresh tokens associated with a given project, thereby signing out of all sessions across multiple applications.
DescopeSDK->getClaims($sessionToken)- will validate the JWT signature and return all of the verified claims in an array format.DescopeSDK->getUserDetails($refreshToken)- will return all of the user information (email, phone, verification status, etc.) using a provided refresh token.DescopeSDK->selectTenant($tenantId, $refreshToken)- will return a new set of tokens scoped to the selected tenant.DescopeSDK->exchangeAccessKey($accessKey, $loginOptions)- will exchange an access key for a session JWT.DescopeSDK->history($refreshToken)- will return the current user's authentication history.
Each of these functions have code examples on how to use them.
Some of these values may be incorrect for your environment, they exist purely as an example for your own implementation.
$response = $descopeSDK->management->user->create(
'testuser1', // loginId
'newemail@example.com', // email
'+1234567890', // phone
'Updated User', // displayName
'Updated', // givenName
'Middle', // middleName
'User', // familyName
null, // picture
null, // customAttributes
true, // verifiedEmail
true, // verifiedPhone
null, // inviteUrl
['altUser1'], // additionalLoginIds
['app123'], // ssoAppIds
null, // password
['admin', 'editor'], // roleNames
[['tenantId' => 'tenant1']] // userTenants
);
print_r($response);$response = $descopeSDK->management->user->update(
'testuser1', // loginId
'updatedemail@example.com', // email
'+1234567890', // phone
'Updated User', // displayName
'Updated', // givenName
'Middle', // middleName
'User', // familyName
'https://example.com/newpic.jpg', // picture
['department' => 'HR'], // customAttributes
true, // verifiedEmail
true, // verifiedPhone
['altUser1'], // additionalLoginIds
[''], // ssoAppIds
);$response = $descopeSDK->management->user->invite(
'newuser1', // loginId
'invite@example.com', // email
'+1234567890', // phone
'New User', // displayName
'John', // givenName
'Middle', // middleName
'Doe', // familyName
'https://example.com/profile.jpg', // picture
['department' => 'Engineering'], // customAttributes
true, // verifiedEmail
true, // verifiedPhone
'https://myapp.com/invite', // inviteUrl
true, // sendMail
true // sendSms
);
print_r($response);$users = [
new Descope\SDK\Management\UserObj(
'batchuser1', // loginId
'batch1@example.com', // email
null, // phone
'Batch User One', // displayName
null, // givenName
null, // middleName
null, // familyName
['admin'], // roleNames
[['tenantId' => 'tenant1']], // userTenants (can be an empty array if no tenant)
null, // picture
null, // customAttributes
null, // verifiedEmail
null, // verifiedPhone
null, // additionalLoginIds
null, // ssoAppIds
null, // password
'enabled' // status (optional: "enabled", "disabled", "invited")
),
new Descope\SDK\Management\UserObj(
'batchuser2', // loginId
'batch2@example.com', // email
null, // phone
'Batch User Two', // displayName
null, // givenName
null, // middleName
null, // familyName
['viewer'], // roleNames
[['tenantId' => 'tenant2']], // userTenants (can be an empty array if no tenant)
null, // picture
null, // customAttributes
null, // verifiedEmail
null, // verifiedPhone
null, // additionalLoginIds
null, // ssoAppIds
null, // password
'disabled' // status (optional: "enabled", "disabled", "invited")
)
];
$response = $descopeSDK->management->user->inviteBatch(
$users,
'https://myapp.com/batch-invite', // inviteUrl
true, // sendMail
true // sendSms
);
print_r($response);$descopeSDK->management->user->delete("testuser1");$response = $descopeSDK->management->user->searchAll(
"", // loginId
[], // tenantIds
['admin', 'viewer'], // roleNames
50, // limit
"", // text
1, // page
false, // ssoOnly
false, // testUsersOnly
false, // withTestUser
null, // customAttributes
['enabled'], // statuses
['user@example.com'], // emails
['+1234567890'], // phones
['ssoApp123'], // ssoAppIds
[ // sort
['field' => 'displayName', 'desc' => true]
]
);
print_r($response);$response = $descopeSDK->management->user->addTenant("testuser1", "tenantId1");
print_r($response);$response = $descopeSDK->management->user->removeTenant("testuser1", "tenantId1");
print_r($response);$response = $descopeSDK->management->user->setTenantRoles("testuser1", "tenantId1", ["admin"]);
print_r($response);$response = $descopeSDK->management->user->addTenantRoles("testuser1", "tenantId1", ["user"]);
print_r($response);$response = $descopeSDK->management->user->removeTenantRoles("testuser1", "tenantId1", ["admin"]);
print_r($response);$descopeSDK->management->user->setTemporaryPassword("testuser1", new UserPassword(cleartext: "temporaryPassword123"));$descopeSDK->management->user->setActivePassword("testuser1", new UserPassword(cleartext: "activePassword123"));Management (service-to-service) logout that terminates a user's sessions on all devices. This is distinct from the auth-side $descopeSDK->logout($refreshToken), which logs out the caller using their own refresh token. Use logoutUser to log out by login ID and logoutUserByUserId to log out by user ID.
// By login ID (optionally scope to specific session types)
$descopeSDK->management->user->logoutUser("testuser1", []);
// By user ID
$descopeSDK->management->user->logoutUserByUserId("U2abc...", []);$users = [
new Descope\SDK\Management\UserObj('batchuser1', 'batch1@example.com'),
new Descope\SDK\Management\UserObj('batchuser2', 'batch2@example.com'),
];
$response = $descopeSDK->management->user->createBatch($users);
print_r($response);Patches a single user; only the non-null fields provided are updated.
$response = $descopeSDK->management->user->patch(
'testuser1', // loginId
'patched@example.com', // email
null, // phone
'Patched Name', // displayName
null, // givenName
null, // middleName
null, // familyName
['admin'], // roleNames
null, // userTenants
['department' => 'HR'], // customAttributes
);
print_r($response);$response = $descopeSDK->management->user->patchBatch($users); // array of UserObj (only non-null fields patched)
print_r($response);// IMPORTANT: irreversible. Deletes users by their user IDs.
$descopeSDK->management->user->deleteBatch(["U2abc...", "U2def..."]);$response = $descopeSDK->management->user->import(
'auth0', // source
$usersJson, // users (raw source payload, optional)
$hashesJson, // hashes (optional)
true // dryrun
);
print_r($response);$response = $descopeSDK->management->user->loadUsers(["U2abc...", "U2def..."], false); // userIds, includeInvalidUsers
print_r($response);$response = $descopeSDK->management->user->searchAllTestUsers(
"", // loginId
[], // tenantIds
['admin'], // roleNames
50, // limit
"", // text
0 // page
);
print_r($response);$descopeSDK->management->user->updateRecoveryEmail("testuser1", "recovery@example.com", true); // loginId, email, verified
$descopeSDK->management->user->updateRecoveryPhone("testuser1", "+1234567890", true); // loginId, phone, verified$attributes = $descopeSDK->management->user->getCustomAttributes();
$descopeSDK->management->user->createCustomAttributes([
['name' => 'department', 'type' => 'string'],
]);
$descopeSDK->management->user->deleteCustomAttributes(['department']);$response = $descopeSDK->management->user->updateUserNames(
"testuser1", // loginId
"Jane", // givenName
null, // middleName
"Doe" // familyName
);
print_r($response);$response = $descopeSDK->management->user->addTenantRoles("testuser1", "tenantId1", ["user"]);
print_r($response);$passkeys = $descopeSDK->management->user->listPasskeys("testuser1"); // loginId
$descopeSDK->management->user->removePasskey("testuser1", "credentialId123"); // loginId, credentialId$descopeSDK->management->user->removeTotpSeed("testuser1");$response = $descopeSDK->management->user->getProviderTokenWithOptions(
"testuser1", // loginId
"google", // provider
true, // withRefreshToken
false // forceRefresh
);
print_r($response);$token = $descopeSDK->management->user->generateEmbeddedLinkSignUp(
"newuser1", // loginId
['email' => 'new@example.com'], // user (optional)
['customClaims' => ['k' => 'v']] // signUpOptions (optional)
);$devices = $descopeSDK->management->user->listTrustedDevices(["testuser1"]); // list of loginIds or userIds
$descopeSDK->management->user->removeTrustedDevices("testuser1", ["deviceId123"]); // loginId, deviceIdsManage tenants for multi-tenant applications.
// Create a tenant (id is optional; one is generated if omitted)
$response = $descopeSDK->management->tenant->create("My Tenant", null, ["example.com"], ["plan" => "pro"]);
$tenantId = $response["id"];
// Update a tenant (overwrites all fields)
$descopeSDK->management->tenant->update($tenantId, "My Renamed Tenant", ["example.com"]);
// Load a single tenant / all tenants
$tenant = $descopeSDK->management->tenant->load($tenantId);
$all = $descopeSDK->management->tenant->loadAll();
// Search tenants
$found = $descopeSDK->management->tenant->searchAll([], ["My Renamed Tenant"]);
// Delete a tenant (cascade removes its users/keys)
$descopeSDK->management->tenant->delete($tenantId, false);
// Create a tenant with a specific ID
$descopeSDK->management->tenant->createWithId("my-tenant-id", "My Tenant", ["example.com"], ["plan" => "pro"]);
// Read / configure tenant settings
$settings = $descopeSDK->management->tenant->getSettings($tenantId);
$descopeSDK->management->tenant->configureSettings($tenantId, [
"enabled" => true,
"authType" => "saml",
"domains" => ["example.com"],
"sessionTokenExpiration" => 60,
"sessionTokenExpirationUnit" => "minutes",
]);
// Update the tenant's default roles
$descopeSDK->management->tenant->updateDefaultRoles($tenantId, ["user"]);
// Generate / revoke an SSO self-service configuration link
$link = $descopeSDK->management->tenant->generateSSOConfigurationLink(
$tenantId, // tenantId
3600, // expireDuration (seconds)
"", // ssoId (optional)
"", // email (optional)
"", // templateId (optional)
"" // actorId (optional)
);
$descopeSDK->management->tenant->revokeSSOConfigurationLink($tenantId);$descopeSDK->management->role->create("My Role", "role description", ["Read", "Write"]);
$descopeSDK->management->role->update("My Role", "My Renamed Role", "updated", ["Read"]);
$roles = $descopeSDK->management->role->loadAll();
$matches = $descopeSDK->management->role->search([], ["My Renamed Role"]);
$descopeSDK->management->role->delete("My Renamed Role");
// Create multiple roles at once (each entry is an associative array of role fields)
$descopeSDK->management->role->createBatch([
['name' => 'Role A', 'description' => 'first', 'permissionNames' => ['Read']],
['name' => 'Role B', 'permissionNames' => ['Write']],
]);
// Update a role by ID (tenantId empty for a project-level role)
$descopeSDK->management->role->updateWithId(
"roleId123", // id
"", // tenantId
"New Name", // newName
"updated", // description
["Read"], // permissionNames
false, // defaultRole
false // private
);
// Update multiple roles at once
$response = $descopeSDK->management->role->updateBatch([/* RoleUpdateRequest entries */]);
// Delete by ID or in batch
$descopeSDK->management->role->deleteWithId("roleId123", ""); // id, tenantId (optional)
$descopeSDK->management->role->deleteBatch(["Role A", "Role B"], ""); // roleNames, tenantId (optional), roleIds$descopeSDK->management->permission->create("Read", "can read");
$descopeSDK->management->permission->update("Read", "ReadOnly", "can read only");
$permissions = $descopeSDK->management->permission->loadAll();
$descopeSDK->management->permission->delete("ReadOnly");
// Create multiple permissions at once (each entry is an associative array of permission fields)
$descopeSDK->management->permission->createBatch([
['name' => 'Read', 'description' => 'can read'],
['name' => 'Write', 'description' => 'can write'],
]);
// Update a permission by ID
$descopeSDK->management->permission->updateWithId("permissionId123", "ReadOnly", "can read only");
// Update multiple permissions at once
$response = $descopeSDK->management->permission->updateBatch([/* permission update entries */]);
// Delete by ID or in batch
$descopeSDK->management->permission->deleteWithId("permissionId123");
$descopeSDK->management->permission->deleteBatch(["Read", "Write"], []); // names, ids// Create an access key; the cleartext is only returned once, on creation
$response = $descopeSDK->management->accessKey->create("My Key", 0, ["My Role"]);
$cleartext = $response["cleartext"];
$keyId = $response["key"]["id"];
$descopeSDK->management->accessKey->load($keyId);
$descopeSDK->management->accessKey->searchAll();
$descopeSDK->management->accessKey->update($keyId, "My Renamed Key");
$descopeSDK->management->accessKey->deactivate($keyId);
$descopeSDK->management->accessKey->activate($keyId);
$descopeSDK->management->accessKey->delete($keyId);
// Batch operations over multiple keys by ID
$descopeSDK->management->accessKey->activateBatch([$keyId, "keyId2"]);
$descopeSDK->management->accessKey->deactivateBatch([$keyId, "keyId2"]);
$descopeSDK->management->accessKey->deleteBatch([$keyId, "keyId2"]); // IMPORTANT: irreversible
// Rotate a key; the new cleartext is returned once
$rotated = $descopeSDK->management->accessKey->rotate($keyId);
$newCleartext = $rotated["cleartext"];Manage SSO (IdP) applications your project exposes to relying parties.
// OIDC application
$response = $descopeSDK->management->ssoApplication->createOidcApplication("My OIDC App", "https://login.example.com");
$appId = $response["id"];
$descopeSDK->management->ssoApplication->updateOidcApplication($appId, "My OIDC App", "https://login.example.com");
// SAML application
$descopeSDK->management->ssoApplication->createSamlApplication("My SAML App", "https://login.example.com");
$descopeSDK->management->ssoApplication->load($appId);
$descopeSDK->management->ssoApplication->loadAll();
$descopeSDK->management->ssoApplication->delete($appId);
// WS-Fed application
$response = $descopeSDK->management->ssoApplication->createWSFedApplication(
"My WS-Fed App", // name
"https://login.example.com", // loginPageUrl
null, // id (optional)
true // enabled
);
$wsFedAppId = $response["id"];
$descopeSDK->management->ssoApplication->updateWSFedApplication(
$wsFedAppId, // id
"My WS-Fed App", // name
"https://login.example.com", // loginPageUrl
true // enabled
);
// Read / rotate the application secret (cleartext returned under the 'cleartext' key)
$secret = $descopeSDK->management->ssoApplication->getApplicationSecret($appId);
$rotated = $descopeSDK->management->ssoApplication->rotateApplicationSecret($appId);Configure the SSO provider used by a tenant. management->sso is the tenant SSO configuration component (distinct from the auth-flow $descopeSDK->sso).
$settings = $descopeSDK->management->sso->loadSettings("tenantId1");
// Configure OIDC for a tenant
$descopeSDK->management->sso->configureOIDCSettings("tenantId1", [
"name" => "MyOIDC",
"clientId" => "clientId",
"clientSecret" => "clientSecret",
"redirectUrl" => "https://example.com/callback",
"authUrl" => "https://idp.example.com/authorize",
"tokenUrl" => "https://idp.example.com/token",
"userDataUrl" => "https://idp.example.com/userinfo",
"scope" => ["openid", "email"],
], ["example.com"]);
// Configure SAML for a tenant
$descopeSDK->management->sso->configureSAMLSettings("tenantId1", [
"idpUrl" => "https://idp.example.com/sso",
"entityId" => "entityId",
"idpCert" => "-----BEGIN CERTIFICATE----- ...",
], "https://example.com/callback", ["example.com"]);
$descopeSDK->management->sso->deleteSettings("tenantId1");
// Load every SSO configuration for a tenant (a tenant may have multiple)
$all = $descopeSDK->management->sso->loadAllSettings("tenantId1");
// Configure the SAML/OAuth redirect URLs for a tenant
$descopeSDK->management->sso->configureSSORedirectURL(
"tenantId1", // tenantId
"https://example.com/saml/callback", // samlRedirectUrl (optional)
"https://example.com/oauth/callback", // oauthRedirectUrl (optional)
"" // ssoId (optional)
);
// Create a new named SSO configuration for a tenant
$newCfg = $descopeSDK->management->sso->newSettings("tenantId1", "ssoId1", "My SSO");
// Legacy v1 configure helpers
$descopeSDK->management->sso->getSettings("tenantId1");
$descopeSDK->management->sso->configureSettings(
"tenantId1", // tenantId
"https://idp.example.com/sso", // idpURL
"-----BEGIN CERTIFICATE-----", // idpCert
"entityId", // entityID
"https://example.com/callback", // redirectURL
["example.com"] // domains (optional)
);
$descopeSDK->management->sso->configureMetadata(
"tenantId1", // tenantId
"https://idp.example.com/metadata.xml", // idpMetadataURL
"https://example.com/callback", // redirectURL
["example.com"] // domains (optional)
);
$descopeSDK->management->sso->configureMapping(
"tenantId1", // tenantId
[['groups' => ['admins'], 'roleName' => 'admin']], // roleMappings
['name' => 'displayName', 'email' => 'email'] // attributeMapping (optional)
);
// Recalculate the SSO role/attribute mappings for a tenant
$descopeSDK->management->sso->recalculateSSOMappings("tenantId1", ""); // tenantId, ssoId (optional)// Update a JWT with custom claims
$newJwt = $descopeSDK->management->jwt->updateJWT($jwt, ["myClaim" => "value"]);
// Impersonate a user (requires the impersonator to have permission)
$impersonatedJwt = $descopeSDK->management->jwt->impersonate("impersonatorId", "targetLoginId", true);
// Impersonate with a step-up JWT (optionally select a tenant / custom claims)
$stepupJwt = $descopeSDK->management->jwt->impersonateStepup(
"impersonatorId", // impersonatorId
"targetLoginId", // loginId
false, // validateConsent
null, // customClaims
"", // tenantId
0 // refreshDuration (seconds)
);
// Stop an active impersonation, returning a JWT for the original impersonator
$originalJwt = $descopeSDK->management->jwt->stopImpersonation($impersonatedJwt);
// Generate sessions via the management API
$signInResp = $descopeSDK->management->jwt->signIn("testuser1", null); // loginId, loginOptions
$signUpResp = $descopeSDK->management->jwt->signUp(
"newuser1", // loginId
['email' => 'new@example.com'], // user (optional)
['customClaims' => ['k' => 'v']] // signUpOptions (optional)
);
$signUpOrInResp = $descopeSDK->management->jwt->signUpOrIn("user1", null, null);
// Generate an anonymous session
$anon = $descopeSDK->management->jwt->anonymous(null, "", 0); // customClaims, selectedTenant, refreshDuration$flows = $descopeSDK->management->flow->listFlows();
$exported = $descopeSDK->management->flow->exportFlow("sign-up-or-in");
$descopeSDK->management->flow->importFlow("sign-up-or-in", $exported["flow"], $exported["screens"] ?? []);
$descopeSDK->management->flow->delete(["old-flow-id"]);
$theme = $descopeSDK->management->flow->exportTheme();
$descopeSDK->management->flow->importTheme($theme["theme"]);
// Delete flows by ID
$descopeSDK->management->flow->deleteFlows(["old-flow-id", "another-flow-id"]);
// Run a management flow synchronously and wait for its output
$result = $descopeSDK->management->flow->runManagementFlow("my-flow-id", [
"input" => ["key" => "value"], // input values passed to the flow
"preview" => false, // run in preview mode
"tenant" => "tenantId1", // tenant to run the flow for
]);
// Run a management flow asynchronously, then poll for the result
$started = $descopeSDK->management->flow->runManagementFlowAsync("my-flow-id", [
"input" => ["key" => "value"],
]);
$asyncResult = $descopeSDK->management->flow->getManagementFlowAsyncResult($started["executionId"]);The SDK provides several classes for handling different types of passwords and password hashes. Here's how to use them:
For cleartext (plain text) passwords:
use Descope\SDK\Management\Password\UserPassword;
// Create a password with cleartext
$password = new UserPassword(cleartext: "mysecretpassword");
// Use it in user creation
$response = $descopeSDK->management->user->create(
"user123", // loginId
"user@example.com", // email
"+1234567890", // phone
"John Doe", // displayName
"John", // givenName
null, // middleName
"Doe", // familyName
null, // picture
null, // customAttributes
true, // verifiedEmail
true, // verifiedPhone
null, // inviteUrl
null, // additionalLoginIds
null, // ssoAppIds
$password, // password
["user"], // roleNames
null // userTenants
);The SDK supports multiple hash types. Here's how to use each:
use Descope\SDK\Management\Password\UserPassword;
use Descope\SDK\Management\Password\UserPasswordBcrypt;
// Create a bcrypt hashed password
$hashedPassword = new UserPasswordBcrypt('$2a$12$XlQwF3/7ohdzYrE0LC4A.O');
$password = new UserPassword(null, $hashedPassword);
// Use it in user creation
$response = $descopeSDK->management->user->create(
"user123", // loginId
"user@example.com", // email
null, // phone
"John Doe", // displayName
null, // givenName
null, // middleName
null, // familyName
null, // picture
null, // customAttributes
true, // verifiedEmail
false, // verifiedPhone
null, // inviteUrl
null, // additionalLoginIds
null, // ssoAppIds
$password, // password
["user"], // roleNames
null // userTenants
);use Descope\SDK\Management\Password\UserPassword;
use Descope\SDK\Management\Password\UserPasswordSha;
// Create a SHA hashed password
$hashedPassword = new UserPasswordSha(
'5e884898da28047151d0e56f8dc6292773603d0d6aabbdd62a11ef721d1542d8', // hash
'sha256' // type
);
$password = new UserPassword(null, $hashedPassword);
// Use it in user creation or password replacement
...use Descope\SDK\Management\Password\UserPassword;
use Descope\SDK\Management\Password\UserPasswordMD5;
// Create an MD5 hashed password
$hashedPassword = new UserPasswordMD5('87f77988ccb5aa917c93201ba314fcd4');
$password = new UserPassword(null, $hashedPassword);
// Use it in user creation or password replacement
...use Descope\SDK\Management\Password\UserPassword;
use Descope\SDK\Management\Password\UserPasswordPbkdf2;
// Create a PBKDF2 hashed password
$hashedPassword = new UserPasswordPbkdf2(
'hashvalue', // hash
'saltvalue', // salt
10000, // iterations
'sha256' // variant (sha1, sha256, sha512)
);
$password = new UserPassword(null, $hashedPassword);
// Use it in user creation or password replacement
...use Descope\SDK\Management\Password\UserPassword;
use Descope\SDK\Management\Password\UserPasswordDjango;
// Create a Django hashed password
$hashedPassword = new UserPasswordDjango('pbkdf2_sha256$30000$hashvalue');
$password = new UserPassword(null, $hashedPassword);
// Use it in user creation or password replacement
...use Descope\SDK\Management\Password\UserPassword;
use Descope\SDK\Management\Password\UserPasswordFirebase;
// Create a Firebase hashed password
$hashedPassword = new UserPasswordFirebase(
'hashvalue', // hash
'saltvalue', // salt
'saltsep', // salt separator
'signerkey', // signer key
14, // memory cost
8 // rounds
);
$password = new UserPassword(null, $hashedPassword);
// Use it in user creation or password replacement
...The SDK also supports Outbound Apps management via management->outboundApps. This allows you to fetch and manage user tokens for third-party outbound applications configured in Descope.
$response = $descopeSDK->management->outboundApps->fetchUserToken(
'app123', // appId
'user123', // userId
['read', 'write'], // scopes (optional)
true, // withRefreshToken (optional)
false, // forceRefresh (optional)
'tenant123' // tenantId (optional)
);
print_r($response);// Delete by appId
$descopeSDK->management->outboundApps->deleteUserTokens('app123', null);
// Delete by userId
$descopeSDK->management->outboundApps->deleteUserTokens(null, 'user123');
// Delete by both
$descopeSDK->management->outboundApps->deleteUserTokens('app123', 'user123');$descopeSDK->management->outboundApps->deleteTokenById('token123');// Create an application (see the OutboundApps class for all recognized appRequest keys:
// id, name, description, templateId, clientId, logo, discoveryUrl, authorizationUrl,
// authorizationUrlParams, tokenUrl, tokenUrlParams, revocationUrl, defaultScopes,
// defaultRedirectUrl, callbackDomain, pkce, accessType, prompt, clientSecret)
$response = $descopeSDK->management->outboundApps->createApplication([
'name' => 'My Outbound App',
'clientId' => 'clientId',
'clientSecret' => 'clientSecret',
]);
$appId = $response['app']['id'];
// Update an application (clientSecret is optional; omit to keep the existing one)
$descopeSDK->management->outboundApps->updateApplication(
['id' => $appId, 'name' => 'My Renamed App'],
null
);
// Load / load all / delete
$app = $descopeSDK->management->outboundApps->loadApplication($appId);
$all = $descopeSDK->management->outboundApps->loadAllApplications();
$descopeSDK->management->outboundApps->deleteApplication($appId);// Latest user token (the "latest" endpoints ignore scopes)
$userToken = $descopeSDK->management->outboundApps->fetchLatestUserToken([
'appId' => $appId,
'userId' => 'user123',
]);
// Tenant tokens (recognized keys: appId, tenantId, scopes, options)
$tenantToken = $descopeSDK->management->outboundApps->fetchTenantToken([
'appId' => $appId,
'tenantId' => 'tenant123',
'scopes' => ['read'],
]);
$latestTenantToken = $descopeSDK->management->outboundApps->fetchLatestTenantToken([
'appId' => $appId,
'tenantId' => 'tenant123',
]);
// List apps that have a token for a user
$apps = $descopeSDK->management->outboundApps->listAppsWithUserToken('user123', 'tenant123'); // userId, tenantId// Static API keys (apikey-type apps)
$descopeSDK->management->outboundApps->uploadUserApiKey([
'appId' => $appId,
'userId' => 'user123',
'apiKey' => 'secret-api-key',
]);
$descopeSDK->management->outboundApps->uploadTenantApiKey([
'appId' => $appId,
'tenantId' => 'tenant123',
'apiKey' => 'secret-api-key',
]);
// Single OAuth token (recognized keys include appId, userId/tenantId, refreshToken,
// accessToken, accessTokenExpiry, accessTokenType, scopes, externalIdentifier,
// idToken, grantedBy, verifyRefresh)
$descopeSDK->management->outboundApps->uploadUserToken([
'appId' => $appId,
'userId' => 'user123',
'accessToken' => 'ya29...',
]);
$descopeSDK->management->outboundApps->uploadTenantToken([
'appId' => $appId,
'tenantId' => 'tenant123',
'accessToken' => 'ya29...',
]);
// Batch upload OAuth tokens (returns per-item failures under the 'failures' key)
$descopeSDK->management->outboundApps->batchUploadUserTokens([/* token entries */]);
$descopeSDK->management->outboundApps->batchUploadTenantTokens([/* token entries */]);// Search the audit trail (supported keys: userIds, actions, excludedActions, devices,
// methods, geos, remoteAddresses, loginIds, tenants, noTenants, text, from, to, limit, page)
$response = $descopeSDK->management->audit->searchAll([
'actions' => ['LoginSucceed'],
'limit' => 100,
'page' => 0,
]);
$audits = $response['audits'];
$total = $response['total'];
// Create an audit webhook connector ('name' is required)
$descopeSDK->management->audit->createAuditWebhook([
'name' => 'My Audit Webhook',
'url' => 'https://example.com/audit',
'filters' => ['actions' => ['LoginSucceed']],
]);The PHP directory includes unit testing using PHPUnit. You can insert values for session token and refresh tokens in the src/tests/DescopeSDKTest.php file, and run to validate whether or not the functions are operating properly.
To run the tests, run this command:
./vendor/bin/phpunit --bootstrap bootstrap.php --verbose src/tests/DescopeSDKTest.php
In the sample/static/descope.js, replace the projectId with your Descope Project ID, which you can find in the Descope Console.
If you haven't already, make sure you run the composer command listed above, to install the necessary SDK packages.
Then, run this command from the root directory, to start the sample app:
php -S localhost:3000 -t sample/
The app should now be accessible at http://localhost:3000/ from your web browser.
This sample app showcases a Descope Flow using the WebJS SDK and PHP sessions to retain user information across multiple pages. It also showcases initializing the SDK and using it to validate the session token from formData sent from login.php.
We appreciate feedback and contribution to this repository!
To provide feedback or report a bug, please raise an issue on our issue tracker.
This project is licensed under the MIT license. See the LICENSE file for more info.