Example #1
0
 /**
  * Perform request using Microsoft_Http_Client channel
  *
  * @param string $path Path
  * @param string $queryString Query string
  * @param string $httpVerb HTTP verb the request will use
  * @param array $headers x-ms headers to add
  * @param boolean $forTableStorage Is the request for table storage?
  * @param mixed $rawData Optional RAW HTTP data to be sent over the wire
  * @param string $resourceType Resource type
  * @param string $requiredPermission Required permission
  * @return Microsoft_Http_Response
  */
 protected function _performRequest($path = '/', $queryString = '', $httpVerb = Microsoft_Http_Client::GET, $headers = array(), $forTableStorage = false, $rawData = null, $resourceType = Microsoft_WindowsAzure_Storage::RESOURCE_UNKNOWN, $requiredPermission = Microsoft_WindowsAzure_Credentials_CredentialsAbstract::PERMISSION_READ)
 {
     // Clean path
     if (strpos($path, '/') !== 0) {
         $path = '/' . $path;
     }
     // Clean headers
     if (is_null($headers)) {
         $headers = array();
     }
     // Ensure cUrl will also work correctly:
     //  - disable Content-Type if required
     //  - disable Expect: 100 Continue
     if (!isset($headers["Content-Type"])) {
         $headers["Content-Type"] = '';
     }
     $headers["Expect"] = '';
     // Add version header
     $headers['x-ms-version'] = $this->_apiVersion;
     // URL encoding
     $path = self::urlencode($path);
     $queryString = self::urlencode($queryString);
     // Generate URL and sign request
     $requestUrl = $this->_credentials->signRequestUrl($this->getBaseUrl() . $path . $queryString, $resourceType, $requiredPermission);
     $requestHeaders = $this->_credentials->signRequestHeaders($httpVerb, $path, $queryString, $headers, $forTableStorage, $resourceType, $requiredPermission, $rawData);
     // Prepare request
     $this->_httpClientChannel->resetParameters(true);
     $this->_httpClientChannel->setUri($requestUrl);
     $this->_httpClientChannel->setHeaders($requestHeaders);
     $this->_httpClientChannel->setRawData($rawData);
     // Execute request
     $response = $this->_retryPolicy->execute(array($this->_httpClientChannel, 'request'), array($httpVerb));
     return $response;
 }
Example #2
0
 /**
  * Perform request using Microsoft_Http_Client channel
  *
  * @param string $path Path
  * @param array $query Query parameters
  * @param string $httpVerb HTTP verb the request will use
  * @param array $headers x-ms headers to add
  * @param mixed $rawData Optional RAW HTTP data to be sent over the wire
  * @return Microsoft_Http_Response
  */
 protected function _performRequest($path = '/', $query = array(), $httpVerb = Microsoft_Http_Client::GET, $headers = array(), $rawData = null)
 {
     // Clean path
     if (strpos($path, '/') !== 0) {
         $path = '/' . $path;
     }
     // Clean headers
     if (is_null($headers)) {
         $headers = array();
     }
     // Ensure cUrl will also work correctly:
     //  - disable Content-Type if required
     //  - disable Expect: 100 Continue
     if (!isset($headers["Content-Type"])) {
         $headers["Content-Type"] = '';
     }
     //$headers["Expect"] = '';
     // Add version header
     $headers['x-ms-version'] = $this->_apiVersion;
     // Generate URL and sign request
     $requestUrl = $this->getBaseUrl() . rawurlencode($path);
     $requestHeaders = $headers;
     if (count($query) > 0) {
         $queryString = '';
         foreach ($query as $key => $value) {
             $queryString .= ($queryString ? '&' : '?') . rawurlencode($key) . '=' . rawurlencode($value);
         }
         $requestUrl .= $queryString;
     }
     // Prepare request
     $this->_httpClientChannel->resetParameters(true);
     $this->_httpClientChannel->setUri($requestUrl);
     $this->_httpClientChannel->setHeaders($requestHeaders);
     $this->_httpClientChannel->setRawData($rawData);
     // Execute request
     $response = $this->_retryPolicy->execute(array($this->_httpClientChannel, 'request'), array($httpVerb));
     // Store request id
     $this->_lastRequestId = $response->getHeader('x-ms-request-id');
     return $response;
 }
Example #3
0
 /**
  * Send request to the proxy server
  *
  * @param string        $method
  * @param Microsoft_Uri_Http $uri
  * @param string        $http_ver
  * @param array         $headers
  * @param string        $body
  * @return string Request as string
  */
 public function write($method, $uri, $http_ver = '1.1', $headers = array(), $body = '')
 {
     // If no proxy is set, fall back to default Socket adapter
     if (!$this->config['proxy_host']) {
         return parent::write($method, $uri, $http_ver, $headers, $body);
     }
     // Make sure we're properly connected
     if (!$this->socket) {
         require_once 'Microsoft/Http/Client/Adapter/Exception.php';
         throw new Microsoft_Http_Client_Adapter_Exception("Trying to write but we are not connected");
     }
     $host = $this->config['proxy_host'];
     $port = $this->config['proxy_port'];
     if ($this->connected_to[0] != "tcp://{$host}" || $this->connected_to[1] != $port) {
         require_once 'Microsoft/Http/Client/Adapter/Exception.php';
         throw new Microsoft_Http_Client_Adapter_Exception("Trying to write but we are connected to the wrong proxy server");
     }
     // Add Proxy-Authorization header
     if ($this->config['proxy_user'] && !isset($headers['proxy-authorization'])) {
         $headers['proxy-authorization'] = Microsoft_Http_Client::encodeAuthHeader($this->config['proxy_user'], $this->config['proxy_pass'], $this->config['proxy_auth']);
     }
     // if we are proxying HTTPS, preform CONNECT handshake with the proxy
     if ($uri->getScheme() == 'https' && !$this->negotiated) {
         $this->connectHandshake($uri->getHost(), $uri->getPort(), $http_ver, $headers);
         $this->negotiated = true;
     }
     // Save request method for later
     $this->method = $method;
     // Build request headers
     if ($this->negotiated) {
         $path = $uri->getPath();
         if ($uri->getQuery()) {
             $path .= '?' . $uri->getQuery();
         }
         $request = "{$method} {$path} HTTP/{$http_ver}\r\n";
     } else {
         $request = "{$method} {$uri} HTTP/{$http_ver}\r\n";
     }
     // Add all headers to the request string
     foreach ($headers as $k => $v) {
         if (is_string($k)) {
             $v = "{$k}: {$v}";
         }
         $request .= "{$v}\r\n";
     }
     // Add the request body
     $request .= "\r\n" . $body;
     // Send the request
     if (!@fwrite($this->socket, $request)) {
         require_once 'Microsoft/Http/Client/Adapter/Exception.php';
         throw new Microsoft_Http_Client_Adapter_Exception("Error writing request to proxy server");
     }
     return $request;
 }
 /**
  * Attempt to detect the MIME type of a file using available extensions
  *
  * This method will try to detect the MIME type of a file. If the fileinfo
  * extension is available, it will be used. If not, the mime_magic
  * extension which is deprected but is still available in many PHP setups
  * will be tried.
  *
  * If neither extension is available, the default application/octet-stream
  * MIME type will be returned
  *
  * @param  string $file File path
  * @return string       MIME type
  */
 protected function _detectFileMimeType($file)
 {
     $type = null;
     // First try with fileinfo functions
     if (function_exists('finfo_open')) {
         if (self::$_fileInfoDb === null) {
             self::$_fileInfoDb = @finfo_open(FILEINFO_MIME);
         }
         if (self::$_fileInfoDb) {
             $type = finfo_file(self::$_fileInfoDb, $file);
         }
     } elseif (function_exists('mime_content_type')) {
         $type = mime_content_type($file);
     }
     // Fallback to the default application/octet-stream
     if (!$type) {
         $type = 'application/octet-stream';
     }
     return $type;
 }