Usage Examples

Creating a Graph client

This creates a default Graph client that uses https://graph.microsoft.com as the default base URL and default configured Guzzle HTTP client to make the requests.

To make requests with a signed-in user, you can initialise an AuthorizationCodeContext with the code returned by Microsoft Identity after redirecting the user to the sign-in page. The same redirect URI provided while requesting the auth code is required:

use Microsoft\Graph\GraphServiceClient;
use Microsoft\Kiota\Authentication\Oauth\AuthorizationCodeContext;

$tokenRequestContext = new AuthorizationCodeContext(
    'tenantId',
    'clientId',
    'clientSecret',
    'authCode',
    'redirectUri'
);
$scopes = ['User.Read', 'Mail.ReadWrite'];
$graphServiceClient = new GraphServiceClient($tokenRequestContext, $scopes);

To make requests on behalf of an already signed in user, where your front-end application has already acquired an access token for the user, you can use the OnBehalfOfContext which uses the On-Behalf-Of flow to fetch an access token for your backend application to access the Microsoft Graph API. To do this, you pass the already acquired access token as the "assertion";

use Microsoft\Graph\GraphServiceClient;
use Microsoft\Kiota\Authentication\Oauth\OnBehalfOfContext;

$tokenRequestContext = new OnBehalfOfContext(
    'tenantId',
    'clientId',
    'clientSecret',
    'assertion'
);

$scopes = ['User.Read', 'Mail.ReadWrite'];
$graphServiceClient = new GraphServiceClient($tokenRequestContext, $scopes);

To make requests without a signed-in user (using application permissions), you can initialise a ClientCredentialsContext object:

use Microsoft\Graph\GraphServiceClient;
use Microsoft\Kiota\Authentication\Oauth\ClientCredentialContext;

// Uses https://graph.microsoft.com/.default scopes if none are specified
$tokenRequestContext = new ClientCredentialContext(
    'tenantId',
    'clientId',
    'clientSecret'
);
$graphServiceClient = new GraphServiceClient($tokenRequestContext);

Using a custom National Cloud deployment:

$graphServiceClient = new GraphServiceClient($tokenRequestContext, $scopes, NationalCloud::CHINA);

Customizing the default Guzzle client:

use Microsoft\Graph\Core\GraphClientFactory;
use Microsoft\Graph\GraphRequestAdapter;
use Microsoft\Graph\GraphServiceClient;
use Microsoft\Graph\Core\Authentication\GraphPhpLeagueAuthenticationProvider;

$tokenRequestContext = new ClientCredentialContext(
    'tenantId',
    'clientId',
    'clientSecret'
);
$authProvider = new GraphPhpLeagueAuthenticationProvider($tokenRequestContext);
$guzzleConfig = [
    // your custom config
];
$httpClient = GraphClientFactory::createWithConfig($guzzleConfig);
$requestAdapter = new GraphRequestAdapter($authProvider, $httpClient);
$graphServiceClient = GraphServiceClient::createWithRequestAdapter($requestAdapter);

Access token management

Using the TokenRequestContext, an instance of the GraphServiceClient requests access tokens and refresh tokens. The tokens are stored by default in an in-memory cache so that future requests using the same instance of the GraphServiceClient can re-use the previously acquired tokens.

The default in-memory cache is a map/dictionary with a unique key identifying a user/application with a tenant and a PHPLeague AccessToken object as its value. The unique key ensures the right token for a user is retrieved from the cache. For TokenRequestContexts that do not require a signed-in user (application permissions), the cache key will be {tenantId}-{clientId} and for those that require a signed-in user (delegated permissions), the cache key will be {tenantId}-{clientId}-{userId}. The AccessToken object carries both the access_token, its expiry and a refresh_token if available. The in-memory cache lives as a PHP object within your application's PHP process and is destroyed when the process terminates.

For scenarios where an application requires a signed-in user, retaining the same instance of the GraphServiceClient across multiple requests to your application for the same user's session is not feasible. This section outlines how your application can retrieve access tokens from the SDK and pass already acquired access tokens to the SDK for future requests without the user signing in for each request.

Retrieving the access token from the SDK

The SDK provides a mechanism to expose the access token and refresh token that it acquires to your application for use in future requests. This would prevent the SDK from making a new token request with each GraphServiceClient your application instantiates. It also allows your application to prevent its users from signing in with each request within a session.

By default, a GraphServiceClient instance caches access tokens in a built-in InMemoryAccessTokenCache. The cache will be populated with a PHPLeague AccessToken object which carries both the access_token, its expiry and a refresh_token if available. When the GraphServiceClient instance is re-used for a request with the same user/application, the in-memory cache is checked for a valid token otherwise a new token request is made.

However, to get the cached token that the SDK requests for a user/application you can initialise an InMemoryAccessTokenCache or pass a custom implementation of the AccessTokenCache interface and pass it as a parameter when initialising the GraphServiceClient. The two approaches are outlined below:

Using an InMemoryAccessTokenCache instance

use Microsoft\Kiota\Authentication\Cache\InMemoryAccessTokenCache;
use Microsoft\Graph\GraphServiceClient;
use Microsoft\Graph\Core\Authentication\GraphPhpLeagueAccessTokenProvider;
use Microsoft\Graph\Core\Authentication\GraphPhpLeagueAuthenticationProvider;
use Microsoft\Kiota\Authentication\Oauth\AuthorizationCodeContext;

$tokenRequestContext = new AuthorizationCodeContext(
    'tenantId',
    'clientId',
    'clientSecret',
    'authCode',
    'redirectUri'
);
$scopes = ['User.Read', 'Mail.ReadWrite'];

$inMemoryCache = new InMemoryAccessTokenCache();

$graphServiceClient = GraphServiceClient::createWithAuthenticationProvider(
    GraphPhpLeagueAuthenticationProvider::createWithAccessTokenProvider(
        GraphPhpLeagueAccessTokenProvider::createWithCache(
            $inMemoryCache,
            $tokenRequestContext,
            $scopes
        )
    )
);

$accessToken = $inMemoryCache->getTokenWithContext($tokenRequestContext);

Using a custom AccessTokenCache implementation

A custom AccessTokenCache interface implementation can also be provided. After the request, the SDK persists the token in the custom cache via the persistAccessToken() method.

By default, the SDK adds a unique cache key/identifier to a TokenRequestContext that uniquely identifies the tenant, client and user (if applicable). For TokenRequestContexts that do not require a signed-in user (application permissions), the cache key will be {tenantId}-{clientId} and for those that require a signed-in user (delegated permissions), the cache key will be {tenantId}-{clientId}-{userId}.

Alternatively, you can override the default cache key

To retrieve the access token persisted to your custom cache for a particular user's/application's TokenRequestContext:

$accessToken = $customCache->getAccessToken($tokenRequestContext->getCacheKey());

Initializing a GraphServiceClient with an access token

For applications that already have built-in mechanisms to fetch and refresh access tokens, the SDK supports passing these tokens to a GraphServiceClient by initializing a client using an AccessTokenCache interface implementation.

The SDK provides a built-in implementation of this interface via an InMemoryAccessTokenCache.

This is also useful when re-using a previously retrieved access token for a signed-in user during a previous request.

The SDK will check the cache for a valid token before considering requesting a new token. If the provided token is expired and a refresh token is present, the access token will be refreshed and persisted to the cache. If no refresh token is provided, the SDK requests attempts to retrieve a new access token and persists it to the cache. In cases where a signed-in user is present, e.g. authorization_code OAuth flows, the new token request will most likely fail because no valid authorization_code will be present meaning the user has to sign in again.

Using the `InMemoryAccessTokenCache`

The in-memory cache can be hydrated/initialised using the TokenRequestContext and a PHPLeague AccessToken object for a user/application:

use Microsoft\Kiota\Authentication\Cache\InMemoryAccessTokenCache;
use Microsoft\Graph\GraphServiceClient;
use Microsoft\Graph\Core\Authentication\GraphPhpLeagueAccessTokenProvider;
use Microsoft\Graph\Core\Authentication\GraphPhpLeagueAuthenticationProvider;
use League\OAuth2\Client\Token\AccessToken;

$tokenRequestContext = new AuthorizationCodeContext(
    'tenantId',
    'clientId',
    'clientSecret',
    'authCode', // use a placeholder value since user is not signed in again
    'redirectUri'
);

$cache = new InMemoryAccessTokenCache(
    $tokenRequestContext,
    new AccessToken(
        [
            'access_token' => $accessToken,
            'refresh_token' => $refreshToken,
            'expires' => 1
        ]
    )
);

$graphServiceClient = GraphServiceClient::createWithAuthenticationProvider(
    GraphPhpLeagueAuthenticationProvider::createWithAccessTokenProvider(
        GraphPhpLeagueAccessTokenProvider::createWithCache(
            $cache,
            $tokenRequestContext,
            $scopes
        )
    )
);

For scenarios where your application may need to make requests for multiple users using the same GraphServiceClient, the InMemoryAccessTokenCache can be initialized with multiple TokenRequestContext-AccessToken pairs using withToken:

use Microsoft\Kiota\Authentication\Cache\InMemoryAccessTokenCache;
use Microsoft\Graph\GraphServiceClient;
use Microsoft\Graph\Core\Authentication\GraphPhpLeagueAccessTokenProvider;
use Microsoft\Graph\Core\Authentication\GraphPhpLeagueAuthenticationProvider;
use League\OAuth2\Client\Token\AccessToken;

$tokenRequestContext = new AuthorizationCodeContext(
    'tenantId',
    'clientId',
    'clientSecret',
    'authCode', // use a placeholder value since user is not signed in again
    'redirectUri'
);

$cache = (new InMemoryAccessTokenCache($tokenRequestContext, new AccessToken([
    // ...
])));

$cache->withToken($tokenRequestContext2, new AccessToken([
            // ...
        ]))->withToken($tokenRequestContext, new AccessToken([
            // ...
        ]))->withToken($tokenRequestContext3, new AccessToken());


$graphServiceClient = GraphServiceClient::createWithAuthenticationProvider(
    GraphPhpLeagueAuthenticationProvider::createWithAccessTokenProvider(
        GraphPhpLeagueAccessTokenProvider::createWithCache(
            $cache,
            $tokenRequestContext,
            $scopes
        )
    )
);

Using a custom `AccessTokenCache` implementation`

The SDK retrieves cached tokens using a cache key/identifier on the TokenRequestContext. The cache key on the TokenRequestContext is set using setCacheKey() which accepts an AccessToken object.

The TokenRequestContext uses the AccessToken to generate a unique identifier per user, client and tenant. For TokenRequestContexts that do not require a signed-in user (application permissions), the cache key will be {tenantId}-{clientId} and for those that require a signed-in user (delegated permissions), the cache key will be {tenantId}-{clientId}-{userId}.

For this scenario, the custom AccessTokenCache will need to be initialized in a way that the cache key set on the TokenRequestContext aligns with the key the custom AccessTokenCache maps to the user/application's access token

$accessToken = new AccessToken([
    'access_token' => $accessToken,
    'refresh_token' => $refreshToken,
    'expires' => ...
]);

$tokenRequestContext->setCacheKey($accessToken);

// init custom cache with tokens mapped to specific user/app using $tokenRequestContext->getCacheKey()
$customCache = new CustomCache($tokenRequestContext->getCacheKey(), $accessToken);

// init graph client
$graphServiceClient = GraphServiceClient::createWithAuthenticationProvider(
    GraphPhpLeagueAuthenticationProvider::createWithAccessTokenProvider(
        GraphPhpLeagueAccessTokenProvider::createWithCache(
            $customCache,
            $tokenRequestContext,
            $scopes
        )
    )
);

Get an item from the Graph

This sample fetches the current signed-in user. Note that to use \me you need a delegated permission. Alternatively, using application permissions, you can request /users/[userPrincipalName]. See Microsoft Graph Permissions for more.

$user = $graphServiceClient->me()->get()->wait();

// Or

$user = $graphServiceClient->users()->byUserId('userPrincipalName')->get()->wait();

Get a collection of items

Some queries against Microsoft Graph return multiple pages of data either due to server-side paging or due to the use of the $top query parameter to specifically limit the page size in a request. When a result set spans multiple pages, Microsoft Graph returns an @odata.nextLink property in the response that contains a URL to the next page of results.

This snippet retrieves the messages in the signed-in user's mailbox. Ensure you have the correct permissions set. The Graph API response is deserialized into a collection of Message - a model class provided by the SDK.

use Microsoft\Graph\Generated\Users\Item\Messages\MessagesRequestBuilderGetQueryParameters;
use Microsoft\Graph\Generated\Users\Item\Messages\MessagesRequestBuilderGetRequestConfiguration;

$requestConfig = new MessagesRequestBuilderGetRequestConfiguration();
$requestConfig->queryParameters = MessagesRequestBuilderGetRequestConfiguration::createQueryParameters();
$requestConfig->queryParameters->select = ['subject'];
$requestConfig->queryParameters->top = 2;
$requestConfig->headers = ['Prefer' => 'outlook.body-content-type=text'];

// or with PHP 8
$requestConfig = new MessagesRequestBuilderGetRequestConfiguration(
    queryParameters: MessagesRequestBuilderGetRequestConfiguration::createQueryParameters(
        select: ['subject'],
        top: 2
    ),
    headers: ['Prefer' => 'outlook.body-content-type=text']
);

$messages = $graphServiceClient->users()->byUserId(USER_ID)->messages()->get($requestConfig)->wait();

foreach ($messages->getValue() as $message) {
    echo "Subject: {$message->getSubject()}\n";
}

Paging through a collection

Using our PageIterator you can page through a collection applying a callback to be executed against each item in the collection. The Page Iterator automatically requests the next page until the last.

It is initialised with an initial response to a collection request and the request adapter to be used for subsequent page requests.

We call iterate() while passing a callback to be executed. If the callback returns false iteration pauses at the current item.

Iteration can be resumed by calling iterate() again.

use Microsoft\Graph\Core\Tasks\PageIterator;
use Microsoft\Graph\Generated\Models\Message;
use DateTimeInterface;

$messages = $graphServiceClient->users()->byUserId(USER_ID)->messages()->get()->wait();

$pageIterator = new PageIterator($messages, $graphServiceClient->getRequestAdapter());

$counter = 0;
$callback = function (Message $message) use (&$counter) {
    echo "Subject: {$message->getSubject()}, Received at: {$message->getReceivedDateTime()->format(DateTimeInterface::RFC2822)}\n";
    $counter ++;
    return ($counter % 5 != 0);
};

while ($pageIterator->hasNext()) {
    // iteration pauses and resumes after every 5 messages
    $pageIterator->iterate($callback);

    echo "\nPaused iteration...Total messages: {$counter}\n\n";
}

Use a Custom Response Handler / Get the raw HTTP response

Define a response handler that implements the Response Handler interface and pass it into the request using the request options.

The SDK provides a default asynchronous response handler which returns a promise that resolves to a raw HTTP response.

To get the raw response:

// PHP 7
$nativeResponseHandler = new NativeResponseHandler();
$config = new MeRequestBuilderGetRequestConfiguration();
$config->options = [new ResponseHandlerOption($nativeResponseHandler)];
$result = $graphServiceClient->me()->get($config)->wait();
$rawResponse = $result->getResponse();


// PHP 8
$nativeResponseHandler = new NativeResponseHandler();
$result = $graphServiceClient->me()->get(new MeRequestBuilderGetRequestConfiguration(
    options: [new ResponseHandlerOption($nativeResponseHandler)]
))->wait();
$rawResponse = $result->getResponse();

Send an email

This sample sends an email. The request body is constructed using the provided models. Ensure you have the right permissions.

use Microsoft\Graph\Generated\Users\Item\SendMail\SendMailPostRequestBody;
use Microsoft\Graph\Generated\Models\BodyType;
use Microsoft\Graph\Generated\Models\EmailAddress;
use Microsoft\Graph\Generated\Models\ItemBody;
use Microsoft\Graph\Generated\Models\Message;
use Microsoft\Graph\Generated\Models\Recipient;
use Microsoft\Graph\GraphServiceClient;
use Microsoft\Kiota\Abstractions\ApiException;
use Microsoft\Kiota\Authentication\Oauth\AuthorizationCodeContext;


$tokenRequestContext = new AuthorizationCodeContext(
    'tenantId',
    'clientId',
    'clientSecret',
    'authCode',
    'redirectUri'
);
$scopes = ['Mail.Send'];
$graphServiceClient = new GraphServiceClient($tokenRequestContext, $scopes);

try {
    $sender = new EmailAddress();
    $sender->setAddress('john.doe@outlook.com');
    $sender->setName('John Doe');
    $fromRecipient = new Recipient();
    $fromRecipient->setEmailAddress($sender);

    $recipients = [];

    $recipientEmail = new EmailAddress();
    $recipientEmail->setAddress('jane.doe@outlook.com');
    $recipientEmail->setName('Jane Doe');
    $toRecipient = new Recipient();
    $toRecipient->setEmailAddress($recipientEmail);
    $recipients[] = $toRecipient;

    $emailBody = new ItemBody();
    $emailBody->setContent('Dummy content');
    $emailBody->setContentType(new BodyType(BodyType::TEXT));

    $message = new Message();
    $message->setSubject('Test Email');
    $message->setFrom($fromRecipient);
    $message->setToRecipients($recipients);
    $message->setBody($emailBody);

    $requestBody = new SendMailPostRequestBody();
    $requestBody->setMessage($message);

    $response = $graphServiceClient->me()->sendMail()->post($requestBody)->wait();

} catch (ApiException $ex) {
    echo $ex->getError()->getMessage();
}

Download an item

use Microsoft\Graph\GraphServiceClient;
use Microsoft\Kiota\Abstractions\ApiException;
use Microsoft\Kiota\Authentication\Oauth\AuthorizationCodeContext;

$tokenRequestContext = new AuthorizationCodeContext(
    'tenantId',
    'clientId',
    'clientSecret',
    'authCode',
    'redirectUri'
);
$scopes = ['Files.ReadWrite'];
$graphServiceClient = new GraphServiceClient($tokenRequestContext, $scopes);

try {
    $fileContents = $graphServiceclient->drives()->byDriveId('driveId')->items()->byDriveItemId('itemId')->content()->get()->wait();

} catch (ApiException $ex) {
    echo $ex->getError()->getMessage();
}

Upload an item

For files less than 3MB, you can send a byte stream to the API with the sample below. See the next section for files larger than 3MB.

$driveItemId = 'root:/upload.txt:';

$inputStream = Utils::streamFor(fopen('upload.txt', 'r'));
$uploadItem = $graphServiceClient->drives()->byDriveId('[driveId]')->items()->byDriveItemId($driveItemId)->content()->put($inputStream)->wait();

Uploading large files

To upload files larger than 3MB, the Microsoft Graph API supports uploads using resumable upload sessions where a number of bytes are uploaded at a time.

The SDK provides a LargeFileUpload task that slices your file into bytes and progressively uploads them until completion.

To add a large attachment to an Outlook message:

use Psr\Http\Client\NetworkExceptionInterface;


// create a file stream
$file = Utils::streamFor(fopen('fileName', 'r'));

// create an upload session
$attachmentItem = new AttachmentItem();
$attachmentItem->setAttachmentType(new AttachmentType('file'));
$attachmentItem->setName('fileName');
$attachmentItem->setSize($file->getSize());

$uploadSessionRequestBody = new CreateUploadSessionPostRequestBody();
$uploadSessionRequestBody->setAttachmentItem($attachmentItem);

$uploadSession = $graphServiceClient->users()->byUserId(USER_ID)->messages()->byMessageId('[id]')->attachments()->createUploadSession()->post($uploadSessionRequestBody)->wait();

// upload
$largeFileUpload = new LargeFileUploadTask($uploadSession, $graphServiceClient->getRequestAdapter(), $file);
try {
    $uploadSession = $largeFileUpload->upload()->wait();
} catch (NetworkExceptionInterface $ex) {
    // resume upload in case of network errors
    $retries = 0;
    $maxRetries = 3;
    while ($retries < $maxRetries) {
        try {
            $uploadSession = $largeFileUpload->resume()->wait();
            if ($uploadSession) {
                break;
            }
        } catch (NetworkExceptionInterface $ex) {
            $retries ++;
        }
    }
    throw $ex;
}

You can also cancel a large file upload session:

$largeFileUpload->cancel()->wait();

Known Issue At the moment, when attaching large files to Outlook Messages and Events, we don't expose the Location header value. For now, you'd need to fetch the message's attachments/events.

Passing request headers

Each execution method i.e. get(), post(), put(), patch(), delete() accepts a Request Configuration object where the request headers can be set:

use Microsoft\Graph\Generated\Me\Messages\MessagesRequestBuilderGetRequestConfiguration;

$requestConfig = new MessagesRequestBuilderGetRequestConfiguration();
$requestConfig->headers = ['Prefer' => 'outlook.body-content-type=text'];

$messages = $graphServiceclient->me()->messages()->get($requestConfig)->wait();

// PHP 8
$messages = $graphServiceClient->me()->messages()->get(new MessagesRequestBuilderGetRequestConfiguration(
    headers: ['Prefer' => 'outlook.body-content-type=text']
))->wait();

Passing query parameters

use Microsoft\Graph\Generated\Me\Messages\MessagesRequestBuilderGetRequestConfiguration;

$requestConfig = new MessagesRequestBuilderGetRequestConfiguration();
$requestConfig->queryParameters = MessagesRequestBuilderGetRequestConfiguration::createQueryParameters();
$requestConfig->queryParameters->select = ['subject', 'from'];
$requestConfig->queryParameters->skip = 2;
$requestConfig->queryParameters->top = 3;

$messages = $graphServiceClient->me()->messages()->get($requestConfig)->wait();

// PHP 8
$messages = $graphServiceClient->me()->messages()->get(new MessagesRequestBuilderGetRequestConfiguration(
    queryParameters: MessagesRequestBuilderGetRequestConfiguration::createQueryParameters(
        select: ['subject', 'from'],
        skip: 2,
        top: 3
    )
))->wait();

Customizing middleware configuration

use Microsoft\Graph\Generated\Users\Item\Messages\MessagesRequestBuilderGetRequestConfiguration;
use Microsoft\Kiota\Http\Middleware\Options\RetryOption;

$requestConfig = new MessagesRequestBuilderGetRequestConfiguration();
$requestConfig->options = [new RetryOption(2, 5)];

$messages = $graphServiceClient->me()->messages()->get($requestConfig)->wait();

Batching requests

Up to 20 individual requests can be batched together to reduce network latency of making each request separately.

The BatchRequestBuilder allows you to make requests to the /$batch endpoint of the Microsoft Graph API.

1. Create a `BatchRequestContent` object

The BatchRequestContent object consists of a list of requests to be batched together.

Here we batch 3 requests.

use Microsoft\Graph\Core\Requests\BatchRequestContent;
use Microsoft\Graph\Generated\Models\Message;

$message = new Message();
$message->setSubject("Test Subject");

$batchRequestContent = new BatchRequestContent([
    $graphServiceClient->users()->byUserId(USER_ID)->messages()->byMessageId('id')->toDeleteRequestInformation(),
    $graphServiceClient->users()->byUserId(USER_ID)->messages()->toPostRequestInformation($message),
    $graphServiceClient->users()->byUserId(USER_ID)->toGetRequestInformation()
]);

You can also add requests to the BatchRequestContent via addPsrRequest(), addRequest() and addRequestInformation()

2. Send the batch request using the `BatchRequestBuilder`

use Microsoft\Graph\BatchRequestBuilder;
use Microsoft\Graph\Core\Requests\BatchResponseItem;

$requestBuilder = new BatchRequestBuilder($graphServiceClient->getRequestAdapter());
$batchResponse = $requestBuilder->postAsync($batchRequestContent)->wait();

3. Get the responses to the batch request items

The responses are by default returned in a BatchResponseContent object comprised of various BatchResponseItem objects corresponding to the requests made in step 1

An id is automatically assigned to each request in the BatchRequestContent object.

The assigned id can be fetched by calling getRequests() on the BatchRequestContent object.

The SDK supports getting the response status code, body and headers.

$batchRequests = $batchRequestContent->getRequests();
// Uses the auto-generated ID added to the batch request content
$response1 = $batchResponse->getResponse($batchRequests[0]->getId());
echo "Response1 status code: {$response1->getStatusCode()}";

By default, the body is a StreamInterface object. However, you can deserialize a BatchResponseItem to a Parsable (model) implementation

use Microsoft\Graph\Generated\Models\Message;

$message = $batchResponse->getResponseBody($batchRequests[1]->getId(), Message::class);
echo "Created message subject: {$message->getSubject()}\n";

If you would like fine-grained control over each request in the batch, you can initialise BatchRequestItem objects and set dependencies betweeen requests etc.

For example, here we want to update a message but also want the API to return the previous message object before the update. We would need to set a dependency between the requests so that the update only happens after the initial message has been fetched.

use Microsoft\Graph\Core\Requests\BatchRequestContent;
use Microsoft\Graph\Core\Requests\BatchRequestItem;
use Microsoft\Graph\Generated\Models\Message;

$message = new Message();
$message->setSubject("Test Subject");

$request1 = new BatchRequestItem($graphServiceClient->users()->byUserId(USER_ID)->messages()->byMessageId('[id]')->toGetRequestInformation());
$request2 = new BatchRequestItem($graphServiceClient->users()->byUserId(USER_ID)->messages()->byMessageId('[id]')->toPatchRequestInformation($message));
$request2->dependsOn([$request1]);

$batchRequestContent = new BatchRequestContent([
    $request1, $request2
]);

Continuous Access Evaluation (CAE)

See https://learn.microsoft.com/en-us/azure/active-directory/conditional-access/concept-continuous-access-evaluation

CAE is disabled by default. The SDK attempts to refresh the access token only ONCE when a claims challenge is returned by the Microsoft Graph API. Should the SDK be unable to refresh the token, it calls a custom method provided by you which should ensure the user logs in again and provides an updated TokenRequestContext. The SDK uses this new TokenRequestContext to fetch a new access token. If the same request fails again with the new access token, the SDK returns the deserialized 401 response body:

$tokenRequestContext = new AuthorizationCodeContext(
    'tenantId',
    'clientId',
    'clientSecret',
    'authCode',
    'redirectUri'
);
$graphServiceClient = new GraphServiceClient($tokenRequestContext);

$tokenRequestContext->setCAEEnabled(true);
$tokenRequestContext->setCAERedirectCallback(function (string $claims) {
    // your app makes the user log in again asynchronously
    return yourCustomLoginAsync()->then(
        function (string $authCode) {
            $newTokenRequestContext = new AuthorizationCodeContext(
                'tenantId',
                'clientId',
                'clientSecret',
                $authCode,
                'redirectUri'
            );
            return $newTokenRequestContext;
        }
    );
});

try {
    $numUsers = $graphServiceClient->users()->count()->get()->wait();
} catch (ContinuousAccessEvaluationException $ex) {
    echo $ex->getError()->getMessage();
}

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Examples.md

Examples.md

Usage Examples

Creating a Graph client

Access token management

Retrieving the access token from the SDK

Using an InMemoryAccessTokenCache instance

Using a custom AccessTokenCache implementation

Initializing a GraphServiceClient with an access token

Using the `InMemoryAccessTokenCache`

Using a custom `AccessTokenCache` implementation`

Get an item from the Graph

Get a collection of items

Paging through a collection

Use a Custom Response Handler / Get the raw HTTP response

Send an email

Download an item

Upload an item

Uploading large files

Passing request headers

Passing query parameters

Customizing middleware configuration

Batching requests

1. Create a `BatchRequestContent` object

2. Send the batch request using the `BatchRequestBuilder`

3. Get the responses to the batch request items

Continuous Access Evaluation (CAE)

Files

Examples.md

Latest commit

History

Examples.md

File metadata and controls

Usage Examples

Creating a Graph client

Access token management

Retrieving the access token from the SDK

Using an InMemoryAccessTokenCache instance

Using a custom AccessTokenCache implementation

Initializing a GraphServiceClient with an access token

Using the InMemoryAccessTokenCache

Using a custom AccessTokenCache implementation`

Get an item from the Graph

Get a collection of items

Paging through a collection

Use a Custom Response Handler / Get the raw HTTP response

Send an email

Download an item

Upload an item

Uploading large files

Passing request headers

Passing query parameters

Customizing middleware configuration

Batching requests

1. Create a BatchRequestContent object

2. Send the batch request using the BatchRequestBuilder

3. Get the responses to the batch request items

Continuous Access Evaluation (CAE)

Using the `InMemoryAccessTokenCache`

Using a custom `AccessTokenCache` implementation`

1. Create a `BatchRequestContent` object

2. Send the batch request using the `BatchRequestBuilder`