/**
  * @covers WindowsAzure\Blob\Models\Block::setBlockId
  * @covers WindowsAzure\Blob\Models\Block::getBlockId
  */
 public function testSetBlockId()
 {
     // Setup
     $block = new Block();
     $expected = '1234';
     // Test
     $block->setBlockId($expected);
     // Assert
     $this->assertEquals($expected, $block->getBlockId());
 }
 /**
  * @covers WindowsAzure\Blob\Models\BlockList::create
  */
 public function testCreate()
 {
     // Setup
     $block1 = new Block();
     $block1->setBlockId('123');
     $block1->setType(BlobBlockType::COMMITTED_TYPE);
     $block2 = new Block();
     $block2->setBlockId('223');
     $block2->setType(BlobBlockType::UNCOMMITTED_TYPE);
     $block3 = new Block();
     $block3->setBlockId('333');
     $block3->setType(BlobBlockType::LATEST_TYPE);
     // Test
     $blockList = BlockList::create(array($block1, $block2, $block3));
     // Assert
     $this->assertCount(3, $blockList->getEntries());
     $b1 = $blockList->getEntry($block1->getBlockId());
     $b2 = $blockList->getEntry($block2->getBlockId());
     $b3 = $blockList->getEntry($block3->getBlockId());
     $this->assertEquals($block1, $b1);
     $this->assertEquals($block2, $b2);
     $this->assertEquals($block3, $b3);
 }
 /**
  * Upload the given file to an Azure Storage container as a block blob.
  *
  * Block blobs are comprised of blocks, each of which is identified by a block ID.
  * This allows creation or modification of a block blob by writing a set of blocks
  * and committing them by their block IDs, resulting in an overall efficient upload.
  *
  * If writing a block blob that is no more than 64MB in size, upload it
  * in its entirety with a single write operation. Otherwise, chunk the blob into discrete
  * blocks and upload each of them, then commit the blob ID to signal to Azure that they
  * should be combined into a blob. Files over 64MB are then deleted from temporary local storage.
  *
  * When you upload a block to a blob in your storage account, it is associated with the
  * specified block blob, but it does  not become part of the blob until you commit a list
  * of blocks that includes the new block's ID.
  *
  * @param string $containerName   The container to add the blob to.
  * @param string $blobName        The name of the blob to upload.
  * @param string $localFileName   The full path to local file to be uploaded.
  * @param string $blobContentType Optional. Content type of the blob.
  * @param array  $metadata        Optional. Metadata to describe the blob.
  *
  * @throws \Exception|ServiceException Exception if local file can't be read;
  *                                     ServiceException if response code is incorrect.
  */
 public static function putBlockBlob($containerName, $blobName, $localFileName, $blobContentType = null, $metadata = array())
 {
     $copyBlobResult = null;
     $is_large_file = false;
     // Open file
     $handle = fopen($localFileName, 'r');
     if ($handle === false) {
         throw new Exception('Could not open the local file ' . $localFileName);
     }
     /** @var \WindowsAzure\Blob\BlobRestProxy $blobRestProxy */
     $blobRestProxy = WindowsAzureStorageUtil::getStorageClient();
     try {
         if (filesize($localFileName) < self::MAX_BLOB_SIZE) {
             $createBlobOptions = new CreateBlobOptions();
             $createBlobOptions->setBlobContentType($blobContentType);
             $createBlobOptions->setMetadata($metadata);
             $blobRestProxy->createBlockBlob($containerName, $blobName, $handle, $createBlobOptions);
             fclose($handle);
         } else {
             $is_large_file = true;
             // Determine number of page blocks
             $numberOfBlocks = ceil(filesize($localFileName) / self::MAX_BLOB_TRANSFER_SIZE);
             // Generate block id's
             $blocks = array();
             for ($i = 0; $i < $numberOfBlocks; $i++) {
                 /** @var WindowsAzure\Blob\Models\Block */
                 $block = new Block();
                 $block->setBlockId(self::_generateBlockId($i));
                 $block->setType(BlobBlockType::LATEST_TYPE);
                 // Seek position in file
                 fseek($handle, $i * self::MAX_BLOB_TRANSFER_SIZE);
                 // Read contents
                 $fileContents = fread($handle, self::MAX_BLOB_TRANSFER_SIZE);
                 // Put block
                 $blobRestProxy->createBlobBlock($containerName, $blobName, $block->getBlockId(), $fileContents);
                 // Save it for later
                 $blocks[$i] = $block;
             }
             // Close file
             fclose($handle);
             // Set Block Blob's content type and metadata
             $commitBlockBlobOptions = new CommitBlobBlocksOptions();
             $commitBlockBlobOptions->setBlobContentType($blobContentType);
             $commitBlockBlobOptions->setMetadata($metadata);
             // Commit the block list
             $blobRestProxy->commitBlobBlocks($containerName, $blobName, $blocks, $commitBlockBlobOptions);
             if ($is_large_file) {
                 // Delete large temp files when we're done
                 try {
                     //TODO: add option to keep this file if so desired
                     if (self::blob_exists_in_container($blobName, $containerName)) {
                         wp_delete_file($localFileName);
                         // Dispose file contents
                         $fileContents = null;
                         unset($fileContents);
                     } else {
                         throw new Exception(sprintf(__('The blob %1$2 was not uploaded to container %2$2. Please try again.', 'windows-azure-storage'), $blobName, $containerName));
                     }
                 } catch (Exception $ex) {
                     echo '<p class="notice">' . esc_html($ex->getMessage()) . '</p>';
                 }
             }
         }
     } catch (ServiceException $exception) {
         if (!$handle) {
             fclose($handle);
         }
         throw $exception;
     }
 }