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<?php
namespace Aws;
use Aws\Api\Validator;
use Aws\Api\ApiProvider;
use Aws\Api\Service;
use Aws\ClientSideMonitoring\ApiCallAttemptMonitoringMiddleware;
use Aws\ClientSideMonitoring\ApiCallMonitoringMiddleware;
use Aws\ClientSideMonitoring\Configuration;
use Aws\Credentials\Credentials;
use Aws\Credentials\CredentialsInterface;
use Aws\Endpoint\PartitionEndpointProvider;
use Aws\Endpoint\UseFipsEndpoint\Configuration as UseFipsEndpointConfiguration;
use Aws\Endpoint\UseFipsEndpoint\ConfigurationProvider as UseFipsConfigProvider;
use Aws\Endpoint\UseFipsEndpoint\ConfigurationInterface as UseFipsEndpointConfigurationInterface;
use Aws\Endpoint\UseDualstackEndpoint\Configuration as UseDualStackEndpointConfiguration;
use Aws\Endpoint\UseDualstackEndpoint\ConfigurationProvider as UseDualStackConfigProvider;
use Aws\Endpoint\UseDualstackEndpoint\ConfigurationInterface as UseDualStackEndpointConfigurationInterface;
use Aws\EndpointDiscovery\ConfigurationInterface;
use Aws\EndpointDiscovery\ConfigurationProvider;
use Aws\EndpointV2\EndpointDefinitionProvider;
use Aws\Exception\InvalidRegionException;
use Aws\Retry\ConfigurationInterface as RetryConfigInterface;
use Aws\Retry\ConfigurationProvider as RetryConfigProvider;
use Aws\DefaultsMode\ConfigurationInterface as ConfigModeInterface;
use Aws\DefaultsMode\ConfigurationProvider as ConfigModeProvider;
use Aws\Signature\SignatureProvider;
use Aws\Endpoint\EndpointProvider;
use Aws\Token\Token;
use Aws\Token\TokenInterface;
use Aws\Token\TokenProvider;
use GuzzleHttp\Promise\PromiseInterface;
use Aws\Credentials\CredentialProvider;
use InvalidArgumentException as IAE;
use Psr\Http\Message\RequestInterface;
/**
* @internal Resolves a hash of client arguments to construct a client.
*/
class ClientResolver
{
/** @var array */
private $argDefinitions;
/** @var array Map of types to a corresponding function */
private static $typeMap = [
'resource' => 'is_resource',
'callable' => 'is_callable',
'int' => 'is_int',
'bool' => 'is_bool',
'boolean' => 'is_bool',
'string' => 'is_string',
'object' => 'is_object',
'array' => 'is_array',
];
private static $defaultArgs = [
'service' => [
'type' => 'value',
'valid' => ['string'],
'doc' => 'Name of the service to utilize. This value will be supplied by default when using one of the SDK clients (e.g., Aws\\S3\\S3Client).',
'required' => true,
'internal' => true
],
'exception_class' => [
'type' => 'value',
'valid' => ['string'],
'doc' => 'Exception class to create when an error occurs.',
'default' => 'Aws\Exception\AwsException',
'internal' => true
],
'scheme' => [
'type' => 'value',
'valid' => ['string'],
'default' => 'https',
'doc' => 'URI scheme to use when connecting connect. The SDK will utilize "https" endpoints (i.e., utilize SSL/TLS connections) by default. You can attempt to connect to a service over an unencrypted "http" endpoint by setting ``scheme`` to "http".',
],
'disable_host_prefix_injection' => [
'type' => 'value',
'valid' => ['bool'],
'doc' => 'Set to true to disable host prefix injection logic for services that use it. This disables the entire prefix injection, including the portions supplied by user-defined parameters. Setting this flag will have no effect on services that do not use host prefix injection.',
'default' => false,
],
'endpoint' => [
'type' => 'value',
'valid' => ['string'],
'doc' => 'The full URI of the webservice. This is only required when connecting to a custom endpoint (e.g., a local version of S3).',
'fn' => [__CLASS__, '_apply_endpoint'],
],
'region' => [
'type' => 'value',
'valid' => ['string'],
'required' => [__CLASS__, '_missing_region'],
'doc' => 'Region to connect to. See http://docs.aws.amazon.com/general/latest/gr/rande.html for a list of available regions.',
],
'version' => [
'type' => 'value',
'valid' => ['string'],
'required' => [__CLASS__, '_missing_version'],
'doc' => 'The version of the webservice to utilize (e.g., 2006-03-01).',
],
'signature_provider' => [
'type' => 'value',
'valid' => ['callable'],
'doc' => 'A callable that accepts a signature version name (e.g., "v4"), a service name, and region, and returns a SignatureInterface object or null. This provider is used to create signers utilized by the client. See Aws\\Signature\\SignatureProvider for a list of built-in providers',
'default' => [__CLASS__, '_default_signature_provider'],
],
'api_provider' => [
'type' => 'value',
'valid' => ['callable'],
'doc' => 'An optional PHP callable that accepts a type, service, and version argument, and returns an array of corresponding configuration data. The type value can be one of api, waiter, or paginator.',
'fn' => [__CLASS__, '_apply_api_provider'],
'default' => [ApiProvider::class, 'defaultProvider'],
],
'configuration_mode' => [
'type' => 'value',
'valid' => [ConfigModeInterface::class, CacheInterface::class, 'string', 'closure'],
'doc' => "Sets the default configuration mode. Otherwise provide an instance of Aws\DefaultsMode\ConfigurationInterface, an instance of Aws\CacheInterface, or a string containing a valid mode",
'fn' => [__CLASS__, '_apply_defaults'],
'default' => [ConfigModeProvider::class, 'defaultProvider']
],
'use_fips_endpoint' => [
'type' => 'value',
'valid' => ['bool', UseFipsEndpointConfiguration::class, CacheInterface::class, 'callable'],
'doc' => 'Set to true to enable the use of FIPS pseudo regions',
'fn' => [__CLASS__, '_apply_use_fips_endpoint'],
'default' => [__CLASS__, '_default_use_fips_endpoint'],
],
'use_dual_stack_endpoint' => [
'type' => 'value',
'valid' => ['bool', UseDualStackEndpointConfiguration::class, CacheInterface::class, 'callable'],
'doc' => 'Set to true to enable the use of dual-stack endpoints',
'fn' => [__CLASS__, '_apply_use_dual_stack_endpoint'],
'default' => [__CLASS__, '_default_use_dual_stack_endpoint'],
],
'endpoint_provider' => [
'type' => 'value',
'valid' => ['callable', EndpointV2\EndpointProviderV2::class],
'fn' => [__CLASS__, '_apply_endpoint_provider'],
'doc' => 'An optional PHP callable that accepts a hash of options including a "service" and "region" key and returns NULL or a hash of endpoint data, of which the "endpoint" key is required. See Aws\\Endpoint\\EndpointProvider for a list of built-in providers.',
'default' => [__CLASS__, '_default_endpoint_provider'],
],
'serializer' => [
'default' => [__CLASS__, '_default_serializer'],
'internal' => true,
'type' => 'value',
'valid' => ['callable'],
],
'signature_version' => [
'type' => 'config',
'valid' => ['string'],
'doc' => 'A string representing a custom signature version to use with a service (e.g., v4). Note that per/operation signature version MAY override this requested signature version.',
'default' => [__CLASS__, '_default_signature_version'],
],
'signing_name' => [
'type' => 'config',
'valid' => ['string'],
'doc' => 'A string representing a custom service name to be used when calculating a request signature.',
'default' => [__CLASS__, '_default_signing_name'],
],
'signing_region' => [
'type' => 'config',
'valid' => ['string'],
'doc' => 'A string representing a custom region name to be used when calculating a request signature.',
'default' => [__CLASS__, '_default_signing_region'],
],
'profile' => [
'type' => 'config',
'valid' => ['string'],
'doc' => 'Allows you to specify which profile to use when credentials are created from the AWS credentials file in your HOME directory. This setting overrides the AWS_PROFILE environment variable. Note: Specifying "profile" will cause the "credentials" and "use_aws_shared_config_files" keys to be ignored.',
'fn' => [__CLASS__, '_apply_profile'],
],
'credentials' => [
'type' => 'value',
'valid' => [CredentialsInterface::class, CacheInterface::class, 'array', 'bool', 'callable'],
'doc' => 'Specifies the credentials used to sign requests. Provide an Aws\Credentials\CredentialsInterface object, an associative array of "key", "secret", and an optional "token" key, `false` to use null credentials, or a callable credentials provider used to create credentials or return null. See Aws\\Credentials\\CredentialProvider for a list of built-in credentials providers. If no credentials are provided, the SDK will attempt to load them from the environment.',
'fn' => [__CLASS__, '_apply_credentials'],
'default' => [__CLASS__, '_default_credential_provider'],
],
'token' => [
'type' => 'value',
'valid' => [TokenInterface::class, CacheInterface::class, 'array', 'bool', 'callable'],
'doc' => 'Specifies the token used to authorize requests. Provide an Aws\Token\TokenInterface object, an associative array of "token", and an optional "expiration" key, `false` to use a null token, or a callable token provider used to fetch a token or return null. See Aws\\Token\\TokenProvider for a list of built-in credentials providers. If no token is provided, the SDK will attempt to load one from the environment.',
'fn' => [__CLASS__, '_apply_token'],
'default' => [__CLASS__, '_default_token_provider'],
],
'endpoint_discovery' => [
'type' => 'value',
'valid' => [ConfigurationInterface::class, CacheInterface::class, 'array', 'callable'],
'doc' => 'Specifies settings for endpoint discovery. Provide an instance of Aws\EndpointDiscovery\ConfigurationInterface, an instance Aws\CacheInterface, a callable that provides a promise for a Configuration object, or an associative array with the following keys: enabled: (bool) Set to true to enable endpoint discovery, false to explicitly disable it. Defaults to false; cache_limit: (int) The maximum number of keys in the endpoints cache. Defaults to 1000.',
'fn' => [__CLASS__, '_apply_endpoint_discovery'],
'default' => [__CLASS__, '_default_endpoint_discovery_provider']
],
'stats' => [
'type' => 'value',
'valid' => ['bool', 'array'],
'default' => false,
'doc' => 'Set to true to gather transfer statistics on requests sent. Alternatively, you can provide an associative array with the following keys: retries: (bool) Set to false to disable reporting on retries attempted; http: (bool) Set to true to enable collecting statistics from lower level HTTP adapters (e.g., values returned in GuzzleHttp\TransferStats). HTTP handlers must support an http_stats_receiver option for this to have an effect; timer: (bool) Set to true to enable a command timer that reports the total wall clock time spent on an operation in seconds.',
'fn' => [__CLASS__, '_apply_stats'],
],
'retries' => [
'type' => 'value',
'valid' => ['int', RetryConfigInterface::class, CacheInterface::class, 'callable', 'array'],
'doc' => "Configures the retry mode and maximum number of allowed retries for a client (pass 0 to disable retries). Provide an integer for 'legacy' mode with the specified number of retries. Otherwise provide an instance of Aws\Retry\ConfigurationInterface, an instance of Aws\CacheInterface, a callable function, or an array with the following keys: mode: (string) Set to 'legacy', 'standard' (uses retry quota management), or 'adapative' (an experimental mode that adds client-side rate limiting to standard mode); max_attempts: (int) The maximum number of attempts for a given request. ",
'fn' => [__CLASS__, '_apply_retries'],
'default' => [RetryConfigProvider::class, 'defaultProvider']
],
'validate' => [
'type' => 'value',
'valid' => ['bool', 'array'],
'default' => true,
'doc' => 'Set to false to disable client-side parameter validation. Set to true to utilize default validation constraints. Set to an associative array of validation options to enable specific validation constraints.',
'fn' => [__CLASS__, '_apply_validate'],
],
'debug' => [
'type' => 'value',
'valid' => ['bool', 'array'],
'doc' => 'Set to true to display debug information when sending requests. Alternatively, you can provide an associative array with the following keys: logfn: (callable) Function that is invoked with log messages; stream_size: (int) When the size of a stream is greater than this number, the stream data will not be logged (set to "0" to not log any stream data); scrub_auth: (bool) Set to false to disable the scrubbing of auth data from the logged messages; http: (bool) Set to false to disable the "debug" feature of lower level HTTP adapters (e.g., verbose curl output).',
'fn' => [__CLASS__, '_apply_debug'],
],
'csm' => [
'type' => 'value',
'valid' => [\Aws\ClientSideMonitoring\ConfigurationInterface::class, 'callable', 'array', 'bool'],
'doc' => 'CSM options for the client. Provides a callable wrapping a promise, a boolean "false", an instance of ConfigurationInterface, or an associative array of "enabled", "host", "port", and "client_id".',
'fn' => [__CLASS__, '_apply_csm'],
'default' => [\Aws\ClientSideMonitoring\ConfigurationProvider::class, 'defaultProvider']
],
'http' => [
'type' => 'value',
'valid' => ['array'],
'default' => [],
'doc' => 'Set to an array of SDK request options to apply to each request (e.g., proxy, verify, etc.).',
],
'http_handler' => [
'type' => 'value',
'valid' => ['callable'],
'doc' => 'An HTTP handler is a function that accepts a PSR-7 request object and returns a promise that is fulfilled with a PSR-7 response object or rejected with an array of exception data. NOTE: This option supersedes any provided "handler" option.',
'fn' => [__CLASS__, '_apply_http_handler']
],
'handler' => [
'type' => 'value',
'valid' => ['callable'],
'doc' => 'A handler that accepts a command object, request object and returns a promise that is fulfilled with an Aws\ResultInterface object or rejected with an Aws\Exception\AwsException. A handler does not accept a next handler as it is terminal and expected to fulfill a command. If no handler is provided, a default Guzzle handler will be utilized.',
'fn' => [__CLASS__, '_apply_handler'],
'default' => [__CLASS__, '_default_handler']
],
'ua_append' => [
'type' => 'value',
'valid' => ['string', 'array'],
'doc' => 'Provide a string or array of strings to send in the User-Agent header.',
'fn' => [__CLASS__, '_apply_user_agent'],
'default' => [],
],
'idempotency_auto_fill' => [
'type' => 'value',
'valid' => ['bool', 'callable'],
'doc' => 'Set to false to disable SDK to populate parameters that enabled \'idempotencyToken\' trait with a random UUID v4 value on your behalf. Using default value \'true\' still allows parameter value to be overwritten when provided. Note: auto-fill only works when cryptographically secure random bytes generator functions(random_bytes, openssl_random_pseudo_bytes or mcrypt_create_iv) can be found. You may also provide a callable source of random bytes.',
'default' => true,
'fn' => [__CLASS__, '_apply_idempotency_auto_fill']
],
'use_aws_shared_config_files' => [
'type' => 'value',
'valid' => ['bool'],
'doc' => 'Set to false to disable checking for shared aws config files usually located in \'~/.aws/config\' and \'~/.aws/credentials\'. This will be ignored if you set the \'profile\' setting.',
'default' => true,
],
'suppress_php_deprecation_warning' => [
'type' => 'value',
'valid' => ['bool'],
'doc' => 'Set to false to disable the deprecation warning of PHP versions 7.2.4 and below',
'default' => false,
'fn' => [__CLASS__, '_apply_suppress_php_deprecation_warning']
],
];
/**
* Gets an array of default client arguments, each argument containing a
* hash of the following:
*
* - type: (string, required) option type described as follows:
* - value: The default option type.
* - config: The provided value is made available in the client's
* getConfig() method.
* - valid: (array, required) Valid PHP types or class names. Note: null
* is not an allowed type.
* - required: (bool, callable) Whether or not the argument is required.
* Provide a function that accepts an array of arguments and returns a
* string to provide a custom error message.
* - default: (mixed) The default value of the argument if not provided. If
* a function is provided, then it will be invoked to provide a default
* value. The function is provided the array of options and is expected
* to return the default value of the option. The default value can be a
* closure and can not be a callable string that is not part of the
* defaultArgs array.
* - doc: (string) The argument documentation string.
* - fn: (callable) Function used to apply the argument. The function
* accepts the provided value, array of arguments by reference, and an
* event emitter.
*
* Note: Order is honored and important when applying arguments.
*
* @return array
*/
public static function getDefaultArguments()
{
return self::$defaultArgs;
}
/**
* @param array $argDefinitions Client arguments.
*/
public function __construct(array $argDefinitions)
{
$this->argDefinitions = $argDefinitions;
}
/**
* Resolves client configuration options and attached event listeners.
* Check for missing keys in passed arguments
*
* @param array $args Provided constructor arguments.
* @param HandlerList $list Handler list to augment.
*
* @return array Returns the array of provided options.
* @throws \InvalidArgumentException
* @see Aws\AwsClient::__construct for a list of available options.
*/
public function resolve(array $args, HandlerList $list)
{
$args['config'] = [];
foreach ($this->argDefinitions as $key => $a) {
// Add defaults, validate required values, and skip if not set.
if (!isset($args[$key])) {
if (isset($a['default'])) {
// Merge defaults in when not present.
if (is_callable($a['default'])
&& (
is_array($a['default'])
|| $a['default'] instanceof \Closure
)
) {
$args[$key] = $a['default']($args);
} else {
$args[$key] = $a['default'];
}
} elseif (empty($a['required'])) {
continue;
} else {
$this->throwRequired($args);
}
}
// Validate the types against the provided value.
foreach ($a['valid'] as $check) {
if (isset(self::$typeMap[$check])) {
$fn = self::$typeMap[$check];
if ($fn($args[$key])) {
goto is_valid;
}
} elseif ($args[$key] instanceof $check) {
goto is_valid;
}
}
$this->invalidType($key, $args[$key]);
// Apply the value
is_valid:
if (isset($a['fn'])) {
$a['fn']($args[$key], $args, $list);
}
if ($a['type'] === 'config') {
$args['config'][$key] = $args[$key];
}
}
$this->_apply_client_context_params($args);
return $args;
}
/**
* Creates a verbose error message for an invalid argument.
*
* @param string $name Name of the argument that is missing.
* @param array $args Provided arguments
* @param bool $useRequired Set to true to show the required fn text if
* available instead of the documentation.
* @return string
*/
private function getArgMessage($name, $args = [], $useRequired = false)
{
$arg = $this->argDefinitions[$name];
$msg = '';
$modifiers = [];
if (isset($arg['valid'])) {
$modifiers[] = implode('|', $arg['valid']);
}
if (isset($arg['choice'])) {
$modifiers[] = 'One of ' . implode(', ', $arg['choice']);
}
if ($modifiers) {
$msg .= '(' . implode('; ', $modifiers) . ')';
}
$msg = wordwrap("{$name}: {$msg}", 75, "\n ");
if ($useRequired && is_callable($arg['required'])) {
$msg .= "\n\n ";
$msg .= str_replace("\n", "\n ", call_user_func($arg['required'], $args));
} elseif (isset($arg['doc'])) {
$msg .= wordwrap("\n\n {$arg['doc']}", 75, "\n ");
}
return $msg;
}
/**
* Throw when an invalid type is encountered.
*
* @param string $name Name of the value being validated.
* @param mixed $provided The provided value.
* @throws \InvalidArgumentException
*/
private function invalidType($name, $provided)
{
$expected = implode('|', $this->argDefinitions[$name]['valid']);
$msg = "Invalid configuration value "
. "provided for \"{$name}\". Expected {$expected}, but got "
. describe_type($provided) . "\n\n"
. $this->getArgMessage($name);
throw new IAE($msg);
}
/**
* Throws an exception for missing required arguments.
*
* @param array $args Passed in arguments.
* @throws \InvalidArgumentException
*/
private function throwRequired(array $args)
{
$missing = [];
foreach ($this->argDefinitions as $k => $a) {
if (empty($a['required'])
|| isset($a['default'])
|| isset($args[$k])
) {
continue;
}
$missing[] = $this->getArgMessage($k, $args, true);
}
$msg = "Missing required client configuration options: \n\n";
$msg .= implode("\n\n", $missing);
throw new IAE($msg);
}
public static function _apply_retries($value, array &$args, HandlerList $list)
{
// A value of 0 for the config option disables retries
if ($value) {
$config = RetryConfigProvider::unwrap($value);
if ($config->getMode() === 'legacy') {
// # of retries is 1 less than # of attempts
$decider = RetryMiddleware::createDefaultDecider(
$config->getMaxAttempts() - 1
);
$list->appendSign(
Middleware::retry($decider, null, $args['stats']['retries']),
'retry'
);
} else {
$list->appendSign(
RetryMiddlewareV2::wrap(
$config,
['collect_stats' => $args['stats']['retries']]
),
'retry'
);
}
}
}
public static function _apply_defaults($value, array &$args, HandlerList $list)
{
$config = ConfigModeProvider::unwrap($value);
if ($config->getMode() !== 'legacy') {
if (!isset($args['retries']) && !is_null($config->getRetryMode())) {
$args['retries'] = ['mode' => $config->getRetryMode()];
}
if (
!isset($args['sts_regional_endpoints'])
&& !is_null($config->getStsRegionalEndpoints())
) {
$args['sts_regional_endpoints'] = ['mode' => $config->getStsRegionalEndpoints()];
}
if (
!isset($args['s3_us_east_1_regional_endpoint'])
&& !is_null($config->getS3UsEast1RegionalEndpoints())
) {
$args['s3_us_east_1_regional_endpoint'] = ['mode' => $config->getS3UsEast1RegionalEndpoints()];
}
if (!isset($args['http'])) {
$args['http'] = [];
}
if (
!isset($args['http']['connect_timeout'])
&& !is_null($config->getConnectTimeoutInMillis())
) {
$args['http']['connect_timeout'] = $config->getConnectTimeoutInMillis() / 1000;
}
if (
!isset($args['http']['timeout'])
&& !is_null($config->getHttpRequestTimeoutInMillis())
) {
$args['http']['timeout'] = $config->getHttpRequestTimeoutInMillis() / 1000;
}
}
}
public static function _apply_credentials($value, array &$args)
{
if (is_callable($value)) {
return;
}
if ($value instanceof CredentialsInterface) {
$args['credentials'] = CredentialProvider::fromCredentials($value);
} elseif (is_array($value)
&& isset($value['key'])
&& isset($value['secret'])
) {
$args['credentials'] = CredentialProvider::fromCredentials(
new Credentials(
$value['key'],
$value['secret'],
isset($value['token']) ? $value['token'] : null,
isset($value['expires']) ? $value['expires'] : null
)
);
} elseif ($value === false) {
$args['credentials'] = CredentialProvider::fromCredentials(
new Credentials('', '')
);
$args['config']['signature_version'] = 'anonymous';
} elseif ($value instanceof CacheInterface) {
$args['credentials'] = CredentialProvider::defaultProvider($args);
} else {
throw new IAE('Credentials must be an instance of '
. 'Aws\Credentials\CredentialsInterface, an associative '
. 'array that contains "key", "secret", and an optional "token" '
. 'key-value pairs, a credentials provider function, or false.');
}
}
public static function _default_credential_provider(array $args)
{
return CredentialProvider::defaultProvider($args);
}
public static function _apply_token($value, array &$args)
{
if (is_callable($value)) {
return;
}
if ($value instanceof Token) {
$args['token'] = TokenProvider::fromToken($value);
} elseif (is_array($value)
&& isset($value['token'])
) {
$args['token'] = TokenProvider::fromToken(
new Token(
$value['token'],
isset($value['expires']) ? $value['expires'] : null
)
);
} elseif ($value instanceof CacheInterface) {
$args['token'] = TokenProvider::defaultProvider($args);
} else {
throw new IAE('Token must be an instance of '
. 'Aws\Token\TokenInterface, an associative '
. 'array that contains "token" and an optional "expires" '
. 'key-value pairs, a token provider function, or false.');
}
}
public static function _default_token_provider(array $args)
{
return TokenProvider::defaultProvider($args);
}
public static function _apply_csm($value, array &$args, HandlerList $list)
{
if ($value === false) {
$value = new Configuration(
false,
\Aws\ClientSideMonitoring\ConfigurationProvider::DEFAULT_HOST,
\Aws\ClientSideMonitoring\ConfigurationProvider::DEFAULT_PORT,
\Aws\ClientSideMonitoring\ConfigurationProvider::DEFAULT_CLIENT_ID
);
$args['csm'] = $value;
}
$list->appendBuild(
ApiCallMonitoringMiddleware::wrap(
$args['credentials'],
$value,
$args['region'],
$args['api']->getServiceId()
),
'ApiCallMonitoringMiddleware'
);
$list->appendAttempt(
ApiCallAttemptMonitoringMiddleware::wrap(
$args['credentials'],
$value,
$args['region'],
$args['api']->getServiceId()
),
'ApiCallAttemptMonitoringMiddleware'
);
}
public static function _apply_api_provider(callable $value, array &$args)
{
$api = new Service(
ApiProvider::resolve(
$value,
'api',
$args['service'],
$args['version']
),
$value
);
if (
empty($args['config']['signing_name'])
&& isset($api['metadata']['signingName'])
) {
$args['config']['signing_name'] = $api['metadata']['signingName'];
}
$args['api'] = $api;
$args['parser'] = Service::createParser($api);
$args['error_parser'] = Service::createErrorParser($api->getProtocol(), $api);
}
public static function _apply_endpoint_provider($value, array &$args)
{
if (!isset($args['endpoint'])) {
if ($value instanceof \Aws\EndpointV2\EndpointProviderV2) {
$options = self::getEndpointProviderOptions($args);
$value = PartitionEndpointProvider::defaultProvider($options)
->getPartition($args['region'], $args['service']);
}
$endpointPrefix = isset($args['api']['metadata']['endpointPrefix'])
? $args['api']['metadata']['endpointPrefix']
: $args['service'];
// Check region is a valid host label when it is being used to
// generate an endpoint
if (!self::isValidRegion($args['region'])) {
throw new InvalidRegionException('Region must be a valid RFC'
. ' host label.');
}
$serviceEndpoints =
is_array($value) && isset($value['services'][$args['service']]['endpoints'])
? $value['services'][$args['service']]['endpoints']
: null;
if (isset($serviceEndpoints[$args['region']]['deprecated'])) {
trigger_error("The service " . $args['service'] . "has "
. " deprecated the region " . $args['region'] . ".",
E_USER_WARNING
);
}
$args['region'] = \Aws\strip_fips_pseudo_regions($args['region']);
// Invoke the endpoint provider and throw if it does not resolve.
$result = EndpointProvider::resolve($value, [
'service' => $endpointPrefix,
'region' => $args['region'],
'scheme' => $args['scheme'],
'options' => self::getEndpointProviderOptions($args),
]);
$args['endpoint'] = $result['endpoint'];
if (empty($args['config']['signature_version'])) {
if (
isset($args['api'])
&& $args['api']->getSignatureVersion() == 'bearer'
) {
$args['config']['signature_version'] = 'bearer';
} elseif (isset($result['signatureVersion'])) {
$args['config']['signature_version'] = $result['signatureVersion'];
}
}
if (
empty($args['config']['signing_region'])
&& isset($result['signingRegion'])
) {
$args['config']['signing_region'] = $result['signingRegion'];
}
if (
empty($args['config']['signing_name'])
&& isset($result['signingName'])
) {
$args['config']['signing_name'] = $result['signingName'];
}
}
}
public static function _apply_endpoint_discovery($value, array &$args) {
$args['endpoint_discovery'] = $value;
}
public static function _default_endpoint_discovery_provider(array $args)
{
return ConfigurationProvider::defaultProvider($args);
}
public static function _apply_use_fips_endpoint($value, array &$args) {
if ($value instanceof CacheInterface) {
$value = UseFipsConfigProvider::defaultProvider($args);
}
if (is_callable($value)) {
$value = $value();
}
if ($value instanceof PromiseInterface) {
$value = $value->wait();
}
if ($value instanceof UseFipsEndpointConfigurationInterface) {
$args['config']['use_fips_endpoint'] = $value;
} else {
// The Configuration class itself will validate other inputs
$args['config']['use_fips_endpoint'] = new UseFipsEndpointConfiguration($value);
}
}
public static function _default_use_fips_endpoint(array &$args) {
return UseFipsConfigProvider::defaultProvider($args);
}
public static function _apply_use_dual_stack_endpoint($value, array &$args) {
if ($value instanceof CacheInterface) {
$value = UseDualStackConfigProvider::defaultProvider($args);
}
if (is_callable($value)) {
$value = $value();
}
if ($value instanceof PromiseInterface) {
$value = $value->wait();
}
if ($value instanceof UseDualStackEndpointConfigurationInterface) {
$args['config']['use_dual_stack_endpoint'] = $value;
} else {
// The Configuration class itself will validate other inputs
$args['config']['use_dual_stack_endpoint'] =
new UseDualStackEndpointConfiguration($value, $args['region']);
}
}
public static function _default_use_dual_stack_endpoint(array &$args) {
return UseDualStackConfigProvider::defaultProvider($args);
}
public static function _apply_debug($value, array &$args, HandlerList $list)
{
if ($value !== false) {
$list->interpose(
new TraceMiddleware(
$value === true ? [] : $value,
$args['api'])
);
}
}
public static function _apply_stats($value, array &$args, HandlerList $list)
{
// Create an array of stat collectors that are disabled (set to false)
// by default. If the user has passed in true, enable all stat
// collectors.
$defaults = array_fill_keys(
['http', 'retries', 'timer'],
$value === true
);
$args['stats'] = is_array($value)
? array_replace($defaults, $value)
: $defaults;
if ($args['stats']['timer']) {
$list->prependInit(Middleware::timer(), 'timer');
}
}
public static function _apply_profile($_, array &$args)
{
$args['credentials'] = CredentialProvider::ini($args['profile']);
}
public static function _apply_validate($value, array &$args, HandlerList $list)
{
if ($value === false) {
return;
}
$validator = $value === true
? new Validator()
: new Validator($value);
$list->appendValidate(
Middleware::validation($args['api'], $validator),
'validation'
);
}
public static function _apply_handler($value, array &$args, HandlerList $list)
{
$list->setHandler($value);
}
public static function _default_handler(array &$args)
{
return new WrappedHttpHandler(
default_http_handler(),
$args['parser'],
$args['error_parser'],
$args['exception_class'],
$args['stats']['http']
);
}
public static function _apply_http_handler($value, array &$args, HandlerList $list)
{
$args['handler'] = new WrappedHttpHandler(
$value,
$args['parser'],
$args['error_parser'],
$args['exception_class'],
$args['stats']['http']
);
}
public static function _apply_user_agent($inputUserAgent, array &$args, HandlerList $list)
{
//Add SDK version
$userAgent = ['aws-sdk-php/' . Sdk::VERSION];
//If on HHVM add the HHVM version
if (defined('HHVM_VERSION')) {
$userAgent []= 'HHVM/' . HHVM_VERSION;
}
//Add OS version
$disabledFunctions = explode(',', ini_get('disable_functions'));
if (function_exists('php_uname')
&& !in_array('php_uname', $disabledFunctions, true)
) {
$osName = "OS/" . php_uname('s') . '/' . php_uname('r');
if (!empty($osName)) {
$userAgent []= $osName;
}
}
//Add the language version
$userAgent []= 'lang/php/' . phpversion();
//Add exec environment if present
if ($executionEnvironment = getenv('AWS_EXECUTION_ENV')) {
$userAgent []= $executionEnvironment;
}
//Add the input to the end
if ($inputUserAgent){
if (!is_array($inputUserAgent)) {
$inputUserAgent = [$inputUserAgent];
}
$inputUserAgent = array_map('strval', $inputUserAgent);
$userAgent = array_merge($userAgent, $inputUserAgent);
}
$args['ua_append'] = $userAgent;
$list->appendBuild(static function (callable $handler) use ($userAgent) {
return function (
CommandInterface $command,
RequestInterface $request
) use ($handler, $userAgent) {
return $handler(
$command,
$request->withHeader(
'X-Amz-User-Agent',
implode(' ', array_merge(
$userAgent,
$request->getHeader('X-Amz-User-Agent')
))
)->withHeader(
'User-Agent',
implode(' ', array_merge(
$userAgent,
$request->getHeader('User-Agent')
))
)
);
};
});
}
public static function _apply_endpoint($value, array &$args, HandlerList $list)
{
$args['endpoint'] = $value;
}
public static function _apply_idempotency_auto_fill(
$value,
array &$args,
HandlerList $list
) {
$enabled = false;
$generator = null;
if (is_bool($value)) {
$enabled = $value;
} elseif (is_callable($value)) {
$enabled = true;
$generator = $value;
}
if ($enabled) {
$list->prependInit(
IdempotencyTokenMiddleware::wrap($args['api'], $generator),
'idempotency_auto_fill'
);
}
}
public static function _apply_suppress_php_deprecation_warning($suppressWarning, array &$args) {
if ($suppressWarning) {
$args['suppress_php_deprecation_warning'] = true;
} elseif (!empty($_ENV["AWS_SUPPRESS_PHP_DEPRECATION_WARNING"])) {
$args['suppress_php_deprecation_warning'] =
$_ENV["AWS_SUPPRESS_PHP_DEPRECATION_WARNING"];
} elseif (!empty($_SERVER["AWS_SUPPRESS_PHP_DEPRECATION_WARNING"])) {
$args['suppress_php_deprecation_warning'] =
$_SERVER["AWS_SUPPRESS_PHP_DEPRECATION_WARNING"];
} elseif (!empty(getenv("AWS_SUPPRESS_PHP_DEPRECATION_WARNING"))) {
$args['suppress_php_deprecation_warning']
= getenv("AWS_SUPPRESS_PHP_DEPRECATION_WARNING");
}
}
public static function _default_endpoint_provider(array $args)
{
$service = isset($args['api']) ? $args['api'] : null;
$serviceName = isset($service) ? $service->getServiceName() : null;
$apiVersion = isset($service) ? $service->getApiVersion() : null;
if (self::isValidService($serviceName)
&& self::isValidApiVersion($serviceName, $apiVersion)
) {
$ruleset = EndpointDefinitionProvider::getEndpointRuleset(
$service->getServiceName(),
$service->getApiVersion()
);
return new \Aws\EndpointV2\EndpointProviderV2(
$ruleset,
EndpointDefinitionProvider::getPartitions()
);
}
$options = self::getEndpointProviderOptions($args);
return PartitionEndpointProvider::defaultProvider($options)
->getPartition($args['region'], $args['service']);
}
public static function _default_serializer(array $args)
{
return Service::createSerializer(
$args['api'],
$args['endpoint']
);
}
public static function _default_signature_provider()
{
return SignatureProvider::defaultProvider();
}
public static function _default_signature_version(array &$args)
{
if (isset($args['config']['signature_version'])) {
return $args['config']['signature_version'];
}
$args['__partition_result'] = isset($args['__partition_result'])
? isset($args['__partition_result'])
: call_user_func(PartitionEndpointProvider::defaultProvider(), [
'service' => $args['service'],
'region' => $args['region'],
]);
return isset($args['__partition_result']['signatureVersion'])
? $args['__partition_result']['signatureVersion']
: $args['api']->getSignatureVersion();
}
public static function _default_signing_name(array &$args)
{
if (isset($args['config']['signing_name'])) {
return $args['config']['signing_name'];
}
$args['__partition_result'] = isset($args['__partition_result'])
? isset($args['__partition_result'])
: call_user_func(PartitionEndpointProvider::defaultProvider(), [
'service' => $args['service'],
'region' => $args['region'],
]);
if (isset($args['__partition_result']['signingName'])) {
return $args['__partition_result']['signingName'];
}
if ($signingName = $args['api']->getSigningName()) {
return $signingName;
}
return $args['service'];
}
public static function _default_signing_region(array &$args)
{
if (isset($args['config']['signing_region'])) {
return $args['config']['signing_region'];
}
$args['__partition_result'] = isset($args['__partition_result'])
? isset($args['__partition_result'])
: call_user_func(PartitionEndpointProvider::defaultProvider(), [
'service' => $args['service'],
'region' => $args['region'],
]);
return isset($args['__partition_result']['signingRegion'])
? $args['__partition_result']['signingRegion']
: $args['region'];
}
public static function _missing_version(array $args)
{
$service = isset($args['service']) ? $args['service'] : '';
$versions = ApiProvider::defaultProvider()->getVersions($service);
$versions = implode("\n", array_map(function ($v) {
return "* \"$v\"";
}, $versions)) ?: '* (none found)';
return <<<EOT
A "version" configuration value is required. Specifying a version constraint
ensures that your code will not be affected by a breaking change made to the
service. For example, when using Amazon S3, you can lock your API version to
"2006-03-01".
Your build of the SDK has the following version(s) of "{$service}": {$versions}
You may provide "latest" to the "version" configuration value to utilize the
most recent available API version that your client's API provider can find.
Note: Using 'latest' in a production application is not recommended.
A list of available API versions can be found on each client's API documentation
page: http://docs.aws.amazon.com/aws-sdk-php/v3/api/index.html. If you are
unable to load a specific API version, then you may need to update your copy of
the SDK.
EOT;
}
public static function _missing_region(array $args)
{
$service = isset($args['service']) ? $args['service'] : '';
return <<<EOT
A "region" configuration value is required for the "{$service}" service
(e.g., "us-west-2"). A list of available public regions and endpoints can be
found at http://docs.aws.amazon.com/general/latest/gr/rande.html.
EOT;
}
/**
* Extracts client options for the endpoint provider to its own array
*
* @param array $args
* @return array
*/
private static function getEndpointProviderOptions(array $args)
{
$options = [];
$optionKeys = [
'sts_regional_endpoints',
's3_us_east_1_regional_endpoint',
];
$configKeys = [
'use_dual_stack_endpoint',
'use_fips_endpoint',
];
foreach ($optionKeys as $key) {
if (isset($args[$key])) {
$options[$key] = $args[$key];
}
}
foreach ($configKeys as $key) {
if (isset($args['config'][$key])) {
$options[$key] = $args['config'][$key];
}
}
return $options;
}
/**
* Validates a region to be used for endpoint construction
*
* @param $region
* @return bool
*/
private static function isValidRegion($region)
{
return is_valid_hostlabel($region);
}
private function _apply_client_context_params(array $args)
{
if (isset($args['api'])
&& !empty($args['api']->getClientContextParams()))
{
$clientContextParams = $args['api']->getClientContextParams();
foreach($clientContextParams as $paramName => $paramDefinition) {
$definition = [
'type' => 'value',
'valid' => [$paramDefinition['type']],
'doc' => isset($paramDefinition['documentation']) ?
$paramDefinition['documentation'] : null
];
$this->argDefinitions[$paramName] = $definition;
if (isset($args[$paramName])) {
$fn = self::$typeMap[$paramDefinition['type']];
if (!$fn($args[$paramName])) {
$this->invalidType($paramName, $args[$paramName]);
}
}
}
}
}
private static function isValidService($service) {
if (is_null($service)) {
return false;
}
$services = \Aws\manifest();
return isset($services[$service]);
}
private static function isValidApiVersion($service, $apiVersion) {
if (is_null($apiVersion)) {
return false;
}
return is_dir(
__DIR__ . "/data/{$service}/$apiVersion"
);
}
}
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