/**
* 生成ack响应供测试程序使用
* @return ack响应集供test case选择
*/
private function _gen_ack_response($subject)
{
$ack = new BStompAckFrame();
$ack->status = BStompIdAckType::TOPIC_ID;
$ack->ack_type = BStompFrameType::ACK;
$ack->session_message_id = TestUtilities::get_private_var($subject, '_session_msg_id') + 1;
$this->assertFalse(false === $ack->session_message_id);
$ack->topic_message_id = 369;
$ack->global_message_id = 7659;
$ack->delay_time = 0;
$ack->destination = 'unknown';
$ack->receipt_id = 'fake-receipt-id';
$ack->store();
$good_ack = $ack->buffer();
$orig_smid = $ack->session_message_id;
$ack->session_message_id = $orig_smid + 10;
$ack->store();
$bad_session = $ack->buffer();
$ack->session_message_id = $orig_smid;
$ack->receipt_id = BigpipeUtilities::get_uid();
$ack->store();
$bad_receipt = $ack->buffer();
$res_arr = array('good' => $good_ack, 'bad_session' => $bad_session, 'bad_receipt' => $bad_receipt, 'error_body' => 'error');
return $res_arr;
}
if ($msg_count != $max_msg_count + 1) {
echo "[expected:{$max_msg_count}][actual:{$msg_count}]\n";
continue;
// 打包失败，退出
}
// 当消息添加完后，使用publisher的send接口，发布数据
// send成功，返回的pub_result中包含了pipelet_id和pipelet_msg_id
// pipelet_msg_id唯一标识了本个数据包在pipelet中的位置
// send失败，用户可以选择继续send，这时send接口内部会更新状态，尝试重新发布
$pub_result = $pub->send($msg_package);
if (false === $pub_result) {
echo "[fail to publish message package][count:{$count}]\n";
break;
// 出错便停止
} else {
// write result to file
$session = TestUtilities::get_private_var($pub, '_session');
$ret_str = sprintf("%d,%u,%u,%u,%s\n", $pub_result->error_no, $pub_result->pipelet_id, $pub_result->pipelet_msg_id, $pub_result->session_msg_id, $session);
fwrite($pub_file, $ret_str);
$succeed++;
}
echo "[Publisher][count:{$count}][success:{$succeed}]====\n";
// 当发布结束后，使用uninit强制清空发布状态
$pub->uninit();
} else {
echo "[Failure][init publisher]\n";
}
$count++;
}
// end of while
BigpipeLog::close();
/**
* ²âÊÔ_update_meta
*/
public function testUpdateMeta()
{
$subject = new BigpipeSubscriber();
$method = TestUtilities::get_private_method($subject, '_update_meta');
$this->assertTrue(false !== $method);
// ÉèÖÃmeta_adapterµÄÐÐΪ
$sub_info = $this->_gen_sub_broker_group();
$grp_fail = $this->_gen_sub_broker_group();
$grp_fail['broker_group']->status = BigpipeBrokerGroupStatus::FAIL;
$no_cand = $this->_gen_sub_broker_group();
$no_cand['broker_group']->brokers[1]->role = BigpipeBrokerRole::PRIMARY;
$this->stub_meta->expects($this->any())->method('get_sub_broker_group')->will($this->onConsecutiveCalls($grp_fail, $no_cand, $sub_info, $sub_info, $sub_info));
$this->assertTrue(TestUtilities::set_private_var($subject, '_meta_adapter', $this->stub_meta));
$this->assertTrue(TestUtilities::set_private_var($subject, '_pipelet_msg_id', SubscribeStartPoint::START_FROM_FIRST_POINT));
// ²âÊÔ1 È¡µ½µÄgroupÊÇfail״̬
$this->assertFalse($method->invoke($subject));
// ²âÊÔ2 ÎÞºòÑ¡Õß
$this->assertFalse($method->invoke($subject));
// ²âÊÔ3 preferÌõ¼þ²»¶Ô
$this->assertTrue(TestUtilities::set_private_var($subject, '_pref_conn', 9));
$this->assertFalse($method->invoke($subject));
// ²âÊÔ4 ³É¹¦²¢Ñ¡È¡primary broker
$this->assertTrue(TestUtilities::set_private_var($subject, '_pref_conn', BigpipeConnectPreferType::PRIMARY_BROKER_ONLY));
$this->assertTrue($method->invoke($subject));
$brokers = TestUtilities::get_private_var($subject, '_brokers');
$this->assertTrue(false != $brokers);
$this->assertEquals(1, count($brokers));
$this->assertEquals(BigpipeBrokerRole::PRIMARY, $brokers[0]->role);
// ²âÊÔ5 ³É¹¦²¢Ñ¡È¡secondary broker
$this->assertTrue(TestUtilities::set_private_var($subject, '_pref_conn', BigpipeConnectPreferType::SECONDARY_BROKER_ONLY));
$this->assertTrue($method->invoke($subject));
$brokers = TestUtilities::get_private_var($subject, '_brokers');
$this->assertTrue(false != $brokers);
$this->assertEquals(1, count($brokers));
$this->assertEquals(BigpipeBrokerRole::SECONDARY, $brokers[0]->role);
}
