/**
* @test
*/
public function testAppend()
{
$p = new Personality('/path', 'contents');
$list = new PersonalityList(array($p, $p));
$list->append($p);
foreach ($list as $v) {
$this->assertSame($p, $v);
}
$this->assertEquals('[{"path":"\\/path","contents":"contents"},{"path":"\\/path","contents":"contents"},{"path":"\\/path","contents":"contents"}]', $list->toJson());
}
/**
* {@inheritdoc}
* @see \Scalr\Modules\PlatformModuleInterface::LaunchServer()
*/
public function LaunchServer(DBServer $DBServer, \Scalr_Server_LaunchOptions $launchOptions = null)
{
$config = \Scalr::getContainer()->config;
$environment = $DBServer->GetEnvironmentObject();
$governance = new \Scalr_Governance($environment->id);
if (!$launchOptions) {
$launchOptions = new \Scalr_Server_LaunchOptions();
$DBRole = DBRole::loadById($DBServer->roleId);
$launchOptions->imageId = $DBRole->getImageId($this->platform, $DBServer->GetCloudLocation());
$launchOptions->serverType = $DBServer->GetFarmRoleObject()->GetSetting(\DBFarmRole::SETTING_OPENSTACK_FLAVOR_ID);
$launchOptions->cloudLocation = $DBServer->GetFarmRoleObject()->CloudLocation;
$launchOptions->userData = $DBServer->GetCloudUserData();
$launchOptions->userData['platform'] = 'openstack';
$launchOptions->userData['region'] = $launchOptions->cloudLocation;
$launchOptions->networks = @json_decode($DBServer->GetFarmRoleObject()->GetSetting(\DBFarmRole::SETTING_OPENSTACK_NETWORKS));
$gevernanceNetworks = $governance->getValue($this->platform, 'openstack.networks');
if (count($launchOptions->networks) == 0 && $gevernanceNetworks) {
$launchOptions->networks = $gevernanceNetworks[$launchOptions->cloudLocation];
}
foreach ($launchOptions->userData as $k => $v) {
if (!$v) {
unset($launchOptions->userData[$k]);
}
}
$launchOptions->architecture = 'x86_64';
$isWindows = $DBServer->osType == 'windows' || $DBRole->osFamily == 'windows';
if ($DBServer->GetFarmRoleObject()->GetSetting('openstack.boot_from_volume') == 1) {
$deviceMapping = new \stdClass();
$deviceMapping->device_name = 'vda';
$deviceMapping->source_type = 'image';
$deviceMapping->destination_type = 'volume';
$deviceMapping->delete_on_termination = true;
$deviceMapping->guest_format = null;
$deviceMapping->volume_size = 10;
$deviceMapping->uuid = $launchOptions->imageId;
$deviceMapping->boot_index = 0;
}
} else {
$launchOptions->userData = array();
if (!$launchOptions->networks) {
$launchOptions->networks = array();
}
$isWindows = $DBServer->osType == 'windows';
}
$client = $this->getOsClient($environment, $launchOptions->cloudLocation);
// Prepare user data
$u_data = "";
foreach ($launchOptions->userData as $k => $v) {
$u_data .= "{$k}={$v};";
}
$u_data = trim($u_data, ";");
$personality = new PersonalityList();
if ($isWindows) {
$personality->append(new Personality('C:\\Program Files\\Scalarizr\\etc\\private.d\\.user-data', base64_encode($u_data)));
} else {
if ($DBServer->platform == \SERVER_PLATFORMS::ECS) {
$personality->append(new Personality('/etc/.scalr-user-data', base64_encode($u_data)));
} else {
$personality->append(new Personality('/etc/scalr/private.d/.user-data', base64_encode($u_data)));
}
}
//Check SecurityGroups
$securityGroupsEnabled = $this->getConfigVariable(self::EXT_SECURITYGROUPS_ENABLED, $environment, false);
$extProperties['security_groups'] = array();
if ($securityGroupsEnabled) {
$securityGroups = $this->GetServerSecurityGroupsList($DBServer, $client, $governance);
foreach ($securityGroups as $sg) {
$itm = new \stdClass();
$itm->name = $sg;
$extProperties['security_groups'][] = $itm;
}
}
if ($deviceMapping) {
$extProperties['block_device_mapping_v2'][] = $deviceMapping;
}
//Check key-pairs
$keyPairsEnabled = $this->getConfigVariable(self::EXT_KEYPAIRS_ENABLED, $environment, false);
if ($keyPairsEnabled === null || $keyPairsEnabled === false) {
if ($client->servers->isExtensionSupported(ServersExtension::keypairs())) {
$keyPairsEnabled = 1;
} else {
$keyPairsEnabled = 0;
}
$this->setConfigVariable(array(self::EXT_KEYPAIRS_ENABLED => $keyPairsEnabled), $environment, false);
}
if ($keyPairsEnabled) {
$sshKey = \Scalr_SshKey::init();
if ($DBServer->status == \SERVER_STATUS::TEMPORARY) {
$keyName = "SCALR-ROLESBUILDER-" . SCALR_ID;
$farmId = NULL;
} else {
$keyName = "FARM-{$DBServer->farmId}-" . SCALR_ID;
$farmId = $DBServer->farmId;
}
if ($sshKey->loadGlobalByName($keyName, $launchOptions->cloudLocation, $DBServer->envId, \SERVER_PLATFORMS::OPENSTACK)) {
$keyLoaded = true;
}
if (!$keyLoaded && !$sshKey->loadGlobalByName($keyName, $launchOptions->cloudLocation, $DBServer->envId, $DBServer->platform)) {
$result = $client->servers->createKeypair($keyName);
if ($result->private_key) {
$sshKey->farmId = $farmId;
$sshKey->envId = $DBServer->envId;
$sshKey->type = \Scalr_SshKey::TYPE_GLOBAL;
$sshKey->cloudLocation = $launchOptions->cloudLocation;
$sshKey->cloudKeyName = $keyName;
$sshKey->platform = $DBServer->platform;
$sshKey->setPrivate($result->private_key);
$sshKey->setPublic($result->public_key);
$sshKey->save();
}
}
$extProperties['key_name'] = $keyName;
}
//TODO: newtorks
$networks = new NetworkList();
foreach ((array) $launchOptions->networks as $network) {
if ($network) {
$networks->append(new Network($network));
}
}
$osUserData = null;
$osPersonality = null;
$userDataMethod = $config->defined("scalr.{$this->platform}.user_data_method") ? $config("scalr.{$this->platform}.user_data_method") : null;
if (!$userDataMethod || $userDataMethod == 'both' || $userDataMethod == 'personality') {
$osPersonality = $personality;
}
if (!$userDataMethod || $userDataMethod == 'both' || $userDataMethod == 'meta-data' || $isWindows) {
$osUserData = $launchOptions->userData;
}
try {
$result = $client->servers->createServer($DBServer->serverId, $launchOptions->serverType, $launchOptions->imageId, null, $osUserData, $osPersonality, $networks, $extProperties);
$DBServer->SetProperties([\OPENSTACK_SERVER_PROPERTIES::SERVER_ID => $result->id, \OPENSTACK_SERVER_PROPERTIES::IMAGE_ID => $launchOptions->imageId, \OPENSTACK_SERVER_PROPERTIES::FLAVOR_ID => $launchOptions->serverType, \OPENSTACK_SERVER_PROPERTIES::ADMIN_PASS => $result->adminPass, \OPENSTACK_SERVER_PROPERTIES::NAME => $DBServer->serverId, \SERVER_PROPERTIES::ARCHITECTURE => $launchOptions->architecture, \OPENSTACK_SERVER_PROPERTIES::CLOUD_LOCATION => $launchOptions->cloudLocation, \SERVER_PROPERTIES::SYSTEM_USER_DATA_METHOD => $userDataMethod]);
if ($DBServer->farmRoleId) {
$ipPool = $DBServer->GetFarmRoleObject()->GetSetting(\DBFarmRole::SETTING_OPENSTACK_IP_POOL);
if ($ipPool) {
$DBServer->SetProperty(\SERVER_PROPERTIES::SYSTEM_IGNORE_INBOUND_MESSAGES, 1);
}
}
$DBServer->osType = $isWindows ? 'windows' : 'linux';
$DBServer->cloudLocation = $launchOptions->cloudLocation;
$DBServer->cloudLocationZone = "";
// Not supported by openstack
return $DBServer;
} catch (\Exception $e) {
if (stripos($e->getMessage(), 'Invalid key_name provided')) {
$sshKey->delete();
throw new \Exception(sprintf(_("Cannot launch new instance: KeyPair was removed from cloud. Re-generating it."), $e->getMessage()));
}
throw new \Exception(sprintf(_("Cannot launch new instance. %s"), $e->getMessage()));
}
}
/**
* @test
* @dataProvider providerRs
* @functional
*/
public function testFunctionalOpenStack($platform, $region, $imageId)
{
if ($platform === self::EMPTY_CONFIG) {
$this->markTestSkipped();
}
/* @var $rs OpenStack */
if ($this->getContainer()->environment->isPlatformEnabled($platform)) {
$rs = $this->getContainer()->openstack($platform, $region);
//$rs->setDebug();
$this->assertInstanceOf($this->getOpenStackClassName('OpenStack'), $rs);
} else {
//Environment has not been activated yet.
$this->markTestSkipped(sprintf('Environment for the "%s" platform has not been activated.', $platform));
}
$os = $this->getContainer()->openstack($platform, 'INVALID-REGION-TEST');
try {
$ext = $os->servers->listExtensions();
unset($os);
$this->assertTrue(false, 'An exception must be thrown in this test');
} catch (OpenStackException $e) {
$this->assertTrue(true);
}
unset($os);
// security groups test
$sgTestName = self::getTestName(self::NAME_SECURITY_GROUP);
$listSecurityGroups = $rs->listSecurityGroups();
$this->assertTrue($listSecurityGroups instanceof \ArrayIterator);
foreach ($listSecurityGroups as $v) {
if ($v->name == self::getTestName('security-group')) {
$rs->deleteSecurityGroup($v->id);
}
}
unset($listSecurityGroups);
//Create security group test
$sg = $rs->createSecurityGroup($sgTestName, 'phpunit test security group');
$this->assertNotEmpty($sg);
$this->assertInternalType('object', $sg);
$this->assertNotEmpty($sg->id);
$this->assertEquals($sgTestName, $sg->name);
$this->assertNotEmpty($sg->description);
$ruleToAdd = ["security_group_id" => $sg->id, "protocol" => 'tcp', "remote_group_id" => $sg->id, "direction" => "ingress", "port_range_max" => null, "port_range_min" => null];
//Add a new rule to security group
$rule = $rs->createSecurityGroupRule($ruleToAdd);
$this->assertNotEmpty($rule);
$this->assertNotEmpty($rule->id);
$this->assertInternalType('object', $rule);
//Removes rule
$ret = $rs->deleteSecurityGroupRule($rule->id);
$this->assertTrue($ret);
//Delete security group test
$ret = $rs->deleteSecurityGroup($sg->id);
$this->assertTrue($ret);
unset($sg);
//Pagination test
$list = $rs->servers->listImages(true, array('limit' => 10));
$this->assertInstanceOf(self::ABSTRACT_PAGINATION_CLASS, $list);
do {
foreach ($list as $image) {
$this->assertNotEmpty($image->id);
}
} while (false !== ($list = $list->getNextPage()));
$one = $rs->servers;
$this->assertInstanceOf($this->getOpenStackClassName('Services\\ServersService'), $one);
$two = $rs->servers;
$this->assertInstanceOf($this->getOpenStackClassName('Services\\ServersService'), $two);
$this->assertSame($one, $two, 'Service interface is expected to be cached within each separate OpenStack instance.');
$aZones = $rs->listZones();
$this->assertNotEmpty($aZones);
unset($aZones);
//List tenants test
//IMPORTANT: It does not work with API v3
//$tenants = $rs->listTenants();
//$this->assertNotEmpty($tenants);
//$this->assertTrue(is_array($tenants));
//unset($tenants);
//Get Limits test
$limits = $rs->servers->getLimits();
$this->assertTrue(is_object($limits));
unset($limits);
$aExtensions = $rs->servers->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
$aExtensions = $rs->volume->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
$hasNetwork = $rs->hasService(OpenStack::SERVICE_NETWORK);
if ($hasNetwork) {
$aExtensions = $rs->network->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
//Quantum API tests
$testNetworkName = self::getTestName(self::NAME_NETWORK);
$testSubnetName = self::getTestName(self::NAME_SUBNET);
$testPortName = self::getTestName(self::NAME_PORT);
$testRouterName = self::getTestName(self::NAME_ROUTER);
$testLbPoolName = self::getTestName(self::NAME_LB_POOL);
$testLbVipName = self::getTestName(self::NAME_LB_VIP);
//ListNetworks test
$networks = $rs->network->networks->list(null, array('status' => 'ACTIVE', 'shared' => false));
$this->assertTrue($networks instanceof \ArrayIterator);
if (isset($networks[0])) {
$this->assertInternalType('object', $networks[0]);
$this->assertNotEmpty($networks[0]->id);
//Show Network test
$network = $rs->network->networks->list($networks[0]->id);
$this->assertEquals($networks[0], $network);
unset($network);
}
$publicNetworkId = null;
foreach ($networks as $network) {
if ($network->{"router:external"} == true) {
$publicNetworkId = $network->id;
}
}
unset($networks);
if (empty($publicNetworkId)) {
$networks = $rs->network->networks->list();
foreach ($networks as $network) {
if ($network->shared == true && $network->status == 'ACTIVE') {
$publicNetworkId = $network->id;
break;
}
}
unset($networks);
}
$this->assertNotEmpty($publicNetworkId, 'Could not find public network to continue.');
//ListSubnets test
$subnets = $rs->network->subnets->list();
$this->assertTrue($subnets instanceof \ArrayIterator);
if (isset($subnets[0])) {
$this->assertInternalType('object', $subnets[0]);
$this->assertNotEmpty($subnets[0]->id);
//Show Subnet test
$subnet = $rs->network->subnets->list($subnets[0]->id);
$this->assertEquals($subnets[0], $subnet);
unset($subnet);
}
unset($subnets);
//ListPorts test
$ports = $rs->network->ports->list();
$this->assertTrue($ports instanceof \ArrayIterator);
if (isset($ports[0])) {
$this->assertInternalType('object', $ports[0]);
$this->assertNotEmpty($ports[0]->id);
//Show Port test
$port = $rs->network->ports->list($ports[0]->id);
$this->assertEquals($ports[0], $port);
unset($port);
}
unset($ports);
if ($rs->network->isExtensionSupported(NetworkExtension::loadbalancingService())) {
//Removes previously created LBaaS VIP if it exists
$lbVips = $rs->network->lbVips->list(null, array('name' => $testLbVipName));
foreach ($lbVips as $lbVip) {
$ret = $rs->network->lbVips->delete($lbVip->id);
$this->assertTrue($ret, 'Could not remove previously created Load balancer VIP (id:' . $lbVip->id . ').');
}
$this->assertTrue($lbVips instanceof \ArrayIterator);
unset($lbVips);
//Removes previously created pools if they exist.
$lbPools = $rs->network->lbPools->list(null, array('name' => $testLbPoolName));
$this->assertTrue($lbPools instanceof \ArrayIterator);
foreach ($lbPools as $lbPool) {
if (!empty($lbPool->health_monitors)) {
foreach ($lbPool->health_monitors as $healthMonitorId) {
//Removes previously associated health monitors with test pools
$ret = $rs->network->lbPools->disassociateHealthMonitor($lbPool->id, $healthMonitorId);
$this->assertTrue($ret);
$ret = $rs->network->lbHealthMonitors->delete($healthMonitorId);
$this->assertTrue($ret);
}
}
if (!empty($lbPool->members)) {
foreach ($lbPool->members as $memberId) {
//Remove previously created members
$ret = $rs->network->lbMembers->delete($memberId);
$this->assertTrue($ret, 'Could not remove previously created LBaas member (id:' . $memberId . ').');
}
}
$ret = $rs->network->lbPools->delete($lbPool->id);
$this->assertTrue($ret, 'Could not remove previously created LBaaS pool.');
}
unset($lbPools);
}
//Tries to find the ports which have been created recently by this test
$ports = $rs->network->ports->list(null, array('name' => array($testPortName, $testPortName . '1')));
foreach ($ports as $port) {
//Removes previously created ports
$rs->network->ports->delete($port->id);
}
unset($ports);
//Tries to find the networks that have been created recently by this test
$networks = $rs->network->networks->list(null, array('name' => $testNetworkName));
foreach ($networks as $network) {
//Removes previously created networks
$rs->network->networks->update($network->id, null, false);
//Trying to remove allocated ports
$portsToRemove = $rs->network->ports->list(null, array('networkId' => $network->id));
foreach ($portsToRemove as $p) {
if (isset($p->device_owner) && isset($p->device_id) && $p->device_owner == 'network:router_interface') {
$rs->network->ports->update($p->id, array('admin_state_up' => false));
$rs->network->routers->removeInterface($p->device_id, null, $p->id);
}
}
$rs->network->networks->delete($network->id);
}
unset($networks);
//Tries to find the subnets that where created by this test but hadn't been removed yet.
$subnets = $rs->network->subnets->list(null, array('name' => array($testSubnetName, $testSubnetName . '1')));
$this->assertTrue($subnets instanceof \ArrayIterator);
foreach ($subnets as $subnet) {
//Removes previously created subnets
$rs->network->subnets->delete($subnet->id);
}
//Creates new network
$network = $rs->network->networks->create($testNetworkName, false, false);
$this->assertInternalType('object', $network);
$this->assertNotEmpty($network->id);
$this->assertEquals(false, $network->admin_state_up);
$this->assertEquals(false, $network->shared);
//Updates newtork state
$network = $rs->network->networks->update($network->id, null, true);
$this->assertInternalType('object', $network);
$this->assertEquals(true, $network->admin_state_up);
//Creates subnet
$subnet = $rs->network->subnets->create(array('network_id' => $network->id, 'cidr' => self::SUBNET_CIDR, 'name' => $testSubnetName));
$this->assertInternalType('object', $subnet);
$this->assertEquals($testSubnetName, $subnet->name);
$this->assertNotEmpty($subnet->id);
//Updates the subnet
$subnet = $rs->network->subnets->update($subnet->id, array('name' => $testSubnetName . '1'));
$this->assertInternalType('object', $subnet);
$this->assertNotEmpty($subnet->name);
$this->assertEquals($testSubnetName . '1', $subnet->name);
//Load Balancing Service (LBaaS) tests
if ($rs->network->isExtensionSupported(NetworkExtension::loadbalancingService())) {
$this->assertNotEmpty($subnet->id, 'Subnet is needed to proceed.');
//The tenant creates a pool, which is initially empty
$lbPool = $rs->network->lbPools->create(array('subnet_id' => $subnet->id, 'lb_method' => 'ROUND_ROBIN', 'protocol' => 'TCP', 'name' => $testLbPoolName));
$this->assertNotEmpty($lbPool);
$this->assertInstanceOf('stdClass', $lbPool);
$this->assertEquals($testLbPoolName, $lbPool->name);
$this->assertNotEmpty($lbPool->id);
//Tests update pool method
$lbPool = $rs->network->lbPools->update($lbPool->id, array('name' => $testLbPoolName));
$this->assertNotEmpty($lbPool);
$this->assertInstanceOf('stdClass', $lbPool);
$this->assertEquals($testLbPoolName, $lbPool->name);
//The tenant creates one or several members in the pool
$lbMember = $rs->network->lbMembers->create(array('pool_id' => $lbPool->id, 'protocol_port' => 8080, 'address' => self::LB_MEMBER_ADDRESS, 'weight' => 2));
$this->assertNotEmpty($lbMember);
$this->assertInternalType('object', $lbMember);
$this->assertEquals($lbPool->id, $lbMember->pool_id);
$this->assertTrue($lbMember->admin_state_up);
//Tests update member method
$lbMember = $rs->network->lbMembers->update($lbMember->id, array('weight' => 3));
$this->assertNotEmpty($lbMember);
$this->assertInternalType('object', $lbMember);
$this->assertEquals(3, $lbMember->weight);
//The tenant create one or several health monitors
$lbHealthMonitor = $rs->network->lbHealthMonitors->create(array('delay' => 4, 'max_retries' => 3, 'type' => 'TCP', 'timeout' => 1));
$this->assertNotEmpty($lbHealthMonitor);
$this->assertInternalType('object', $lbHealthMonitor);
$this->assertNotEmpty($lbHealthMonitor->id);
$this->assertTrue($lbHealthMonitor->admin_state_up);
$this->assertEquals(4, $lbHealthMonitor->delay);
$this->assertEquals(3, $lbHealthMonitor->max_retries);
$this->assertEquals('TCP', $lbHealthMonitor->type);
$this->assertEquals(1, $lbHealthMonitor->timeout);
//Tests update health monitor
$lbHealthMonitor = $rs->network->lbHealthMonitors->update($lbHealthMonitor->id, array('max_retries' => 4));
$this->assertNotEmpty($lbHealthMonitor);
$this->assertInternalType('object', $lbHealthMonitor);
$this->assertNotEmpty($lbHealthMonitor->id);
$this->assertEquals(4, $lbHealthMonitor->max_retries);
//The tenant associates the Health Monitors with the Pool
$ret = $rs->network->lbPools->associateHealthMonitor($lbPool->id, $lbHealthMonitor->id);
$this->assertInternalType('object', $ret);
//Checks if health monitor is successfully associated
$tmpPool = $rs->network->lbPools->list($lbPool->id);
$this->assertNotEmpty($tmpPool);
$this->assertInternalType('object', $tmpPool);
$this->assertEquals($lbPool->id, $tmpPool->id);
$this->assertNotEmpty($tmpPool->health_monitors);
$this->assertContains($lbHealthMonitor->id, $tmpPool->health_monitors);
$lbPool = $tmpPool;
unset($tmpPool);
//The tenant finally creates a VIP associated with the Pool
$lbVip = $rs->network->lbVips->create(array('protocol' => 'TCP', 'protocol_port' => 8080, 'name' => $testLbVipName, 'subnet_id' => $subnet->id, 'pool_id' => $lbPool->id));
$this->assertNotEmpty($lbVip);
$this->assertInternalType('object', $lbVip);
$this->assertEquals('TCP', $lbVip->protocol);
$this->assertEquals(8080, $lbVip->protocol_port);
$this->assertEquals($testLbVipName, $lbVip->name);
$this->assertEquals($subnet->id, $lbVip->subnet_id);
$this->assertEquals($lbPool->id, $lbVip->pool_id);
//Tests update method
$lbVip = $rs->network->lbVips->update($lbVip->id, array('name' => $testLbVipName));
$this->assertNotEmpty($lbVip);
$this->assertInternalType('object', $lbVip);
sleep(1);
//Deletes VIP
$ret = $rs->network->lbVips->delete($lbVip->id);
$this->assertTrue($ret);
//Disassotiates the Health Monitors with the pool
$ret = $rs->network->lbPools->disassociateHealthMonitor($lbPool->id, $lbHealthMonitor->id);
$this->assertTrue($ret);
//Checks if health monitor is successfully disassociated
$tmpPool = $rs->network->lbPools->list($lbPool->id);
$this->assertNotEmpty($tmpPool);
$this->assertInternalType('object', $tmpPool);
$this->assertEquals($lbPool->id, $tmpPool->id);
$this->assertNotContains($lbHealthMonitor->id, $tmpPool->health_monitors);
$lbPool = $tmpPool;
unset($tmpPool);
//Deletes LBaaS health monitor
$ret = $rs->network->lbHealthMonitors->delete($lbHealthMonitor->id);
$this->assertTrue($ret);
//Delete LBaaS member
$ret = $rs->network->lbMembers->delete($lbMember->id);
$this->assertTrue($ret);
//Delete LBaaS pool
$ret = $rs->network->lbPools->delete($lbPool->id);
$this->assertTrue($ret);
}
//Removes subnet
$ret = $rs->network->subnets->delete($subnet->id);
$this->assertTrue($ret);
//Removes created network
$rs->network->networks->update($network->id, null, false);
$ret = $rs->network->networks->delete($network->id);
$this->assertTrue($ret);
unset($network);
//Security group extension test
if ($rs->network->isExtensionSupported(NetworkExtension::securityGroup())) {
$sgTestName = self::getTestName(self::NAME_SECURITY_GROUP);
//Removes previously created test security group if it actually exists
$sgList = $rs->network->securityGroups->list(null, ['name' => $sgTestName]);
$this->assertInstanceOf(self::ABSTRACT_PAGINATION_CLASS, $sgList);
foreach ($sgList as $sg) {
$this->assertNotEmpty($sg->name);
$this->assertNotEmpty($sg->id);
if ($sg->name === $sgTestName) {
//Removes previously created test security group
$res = $rs->network->securityGroups->delete($sg->id);
$this->assertTrue($res);
}
}
unset($sgList);
//List Security groups test
$sgList = $rs->network->securityGroups->list();
$this->assertInstanceOf(self::ABSTRACT_PAGINATION_CLASS, $sgList);
unset($sgList);
//Create security group test
$sg = $rs->network->securityGroups->create($sgTestName, 'phpunit test security group');
$this->assertNotEmpty($sg);
$this->assertInternalType('object', $sg);
$this->assertNotEmpty($sg->id);
$this->assertEquals($sgTestName, $sg->name);
$this->assertNotEmpty($sg->description);
//Update security group test
//ListRules test
//Gets the rules set for the created security group
$rulesList = $rs->network->securityGroups->listRules(null, ['securityGroupId' => $sg->id]);
$this->assertInstanceOf(self::ABSTRACT_PAGINATION_CLASS, $rulesList);
if (count($rulesList)) {
//Some providers have default rules out from the box
foreach ($rulesList as $r) {
//Removing default rules
$rs->network->securityGroups->deleteRule($r->id);
}
}
$ruleToAdd = ["security_group_id" => $sg->id, "remote_group_id" => null, "direction" => "ingress", "remote_ip_prefix" => "0.0.0.0/0", "port_range_max" => null, "port_range_min" => null];
//Add a new rule to security group
$rule = $rs->network->securityGroups->addRule($ruleToAdd);
$this->assertNotEmpty($rule);
$this->assertNotEmpty($rule->id);
$this->assertInternalType('object', $rule);
//Verifies that all properties are set properly
foreach ($ruleToAdd as $property => $value) {
$this->assertObjectHasAttribute($property, $rule);
$this->assertEquals($value, $rule->{$property});
}
//Checks that new rule does exist
$rulesList = $rs->network->securityGroups->listRules(null, ['securityGroupId' => $sg->id]);
$this->assertEquals(1, count($rulesList));
unset($rulesList);
//Removes rule
$ret = $rs->network->securityGroups->deleteRule($rule->id);
$this->assertTrue($ret);
//Checks whether rule is removed properly
$rulesList = $rs->network->securityGroups->listRules(null, ['securityGroupId' => $sg->id]);
$this->assertEquals(0, count($rulesList));
unset($rulesList);
//Delete security group test
$ret = $rs->network->securityGroups->delete($sg->id);
$this->assertTrue($ret);
unset($sg);
}
}
//List snapshots test
$snList = $rs->volume->snapshots->list();
$this->assertTrue($snList instanceof \ArrayIterator);
foreach ($snList as $v) {
if ($v->display_name == self::getTestSnapshotName()) {
$rs->volume->snapshots->delete($v->id);
}
}
unset($snList);
//List Volume Types test
$volumeTypes = $rs->volume->listVolumeTypes();
$this->assertTrue($volumeTypes instanceof \ArrayIterator);
foreach ($volumeTypes as $v) {
$volumeTypeDesc = $rs->volume->getVolumeType($v->id);
$this->assertTrue(is_object($volumeTypeDesc));
unset($volumeTypeDesc);
break;
}
//List Volumes test
$aVolumes = $rs->volume->listVolumes();
$this->assertTrue($aVolumes instanceof \ArrayIterator);
foreach ($aVolumes as $v) {
if ($v->display_name == self::getTestVolumeName()) {
if (in_array($v->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR))) {
$ret = $rs->volume->deleteVolume($v->id);
}
}
}
//Create Volume test
$volume = $rs->volume->createVolume(self::VOLUME_SIZE, self::getTestVolumeName());
$this->assertTrue(is_object($volume));
$this->assertNotEmpty($volume->id);
for ($t = time(), $s = 1; time() - $t < 300 && !in_array($volume->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR)); $s += 5) {
sleep($s);
$volume = $rs->volume->getVolume($volume->id);
$this->assertTrue(is_object($volume));
$this->assertNotEmpty($volume->id);
}
$this->assertContains($volume->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR));
// //Create snapshot test
// //WARNING! It takes too long time.
// $snap = $rs->volume->snapshots->create($volume->id, self::getTestSnapshotName());
// $this->assertTrue(is_object($snap));
// $this->assertNotEmpty($snap->id);
// for ($t = time(), $s = 1; (time() - $t) < 600 && !in_array($snap->status, array('available', 'error')); $s += 5) {
// sleep($s);
// $snap = $rs->volume->snapshots->get($snap->id);
// $this->assertNotEmpty($snap->id);
// }
// $this->assertContains($snap->status, array('available', 'error'));
// //Delete snapshot test
// $ret = $rs->volume->snapshots->delete($snap->id);
// $this->assertTrue($ret);
// unset($snap);
// sleep(5);
//Delete Volume test
$ret = $rs->volume->deleteVolume($volume->id);
$this->assertTrue($ret);
unset($volume);
sleep(5);
$pool = null;
if ($rs->servers->isExtensionSupported(ServersExtension::floatingIpPools())) {
$aFloatingIpPools = $rs->servers->listFloatingIpPools();
$this->assertTrue($aFloatingIpPools instanceof \ArrayIterator);
foreach ($aFloatingIpPools as $v) {
$pool = $v->name;
break;
}
$this->assertNotNull($pool);
unset($aFloatingIpPools);
}
if ($rs->servers->isExtensionSupported(ServersExtension::floatingIps())) {
$this->assertNotNull($pool);
$aFloatingIps = $rs->servers->floatingIps->list();
$this->assertTrue($aFloatingIps instanceof \ArrayIterator);
foreach ($aFloatingIps as $v) {
$r = $rs->servers->floatingIps->get($v->id);
$this->assertTrue(is_object($r));
break;
}
unset($aFloatingIps);
//default pool for rackspase is 'nova'
$fip = $rs->servers->floatingIps->create($pool);
$this->assertTrue(is_object($fip));
$r = $rs->servers->floatingIps->delete($fip->id);
$this->assertTrue($r);
try {
//Verifies that ip has been successfully removed
$res = $rs->servers->floatingIps->get($fip->id);
$this->assertTrue(false, 'Exception must be thrown here');
} catch (RestClientException $e) {
if ($e->error->code == 404) {
$this->assertTrue(true);
} else {
//OpenStack Grizzly fails with 500 error code.
//throw $e;
}
}
unset($fip);
}
//List flavors test
$flavorsList = $listFlavors = $rs->servers->listFlavors();
$this->assertTrue($flavorsList instanceof \ArrayIterator);
$flavorId = null;
foreach ($flavorsList as $v) {
$flavorId = $v->id;
break;
}
$this->assertNotNull($flavorId);
unset($flavorsList);
//List servers test
$ret = $rs->servers->list();
if (!empty($ret) && $ret->count()) {
foreach ($ret as $v) {
if ($v->name == self::getTestServerName() || $v->name == self::getTestServerName('renamed')) {
//Removes servers
try {
$rs->servers->deleteServer($v->id);
} catch (RestClientException $e) {
echo $e->getMessage() . "\n";
}
}
}
}
$personality = new PersonalityList();
$personality->append(new Personality('/etc/scalr/private.d/.user-data', base64_encode('super data')));
$personality->append(new Personality('/etc/.scalr-user-data', base64_encode('super data')));
$netList = null;
//Create server test
$srv = $rs->servers->createServer(self::getTestServerName(), $flavorId, $imageId, null, null, $personality, $netList);
$this->assertInstanceOf('stdClass', $srv);
$srv = $rs->servers->getServerDetails($srv->id);
$this->assertInstanceOf('stdClass', $srv);
$this->assertNotEmpty($srv->status);
for ($t = time(), $s = 10; time() - $t < 600 && !in_array($srv->status, array('ACTIVE', 'ERROR')); $s += 1) {
sleep($s);
$srv = $rs->servers->getServerDetails($srv->id);
}
$this->assertContains($srv->status, array('ACTIVE', 'ERROR'));
if ($rs->servers->isExtensionSupported(ServersExtension::consoleOutput())) {
$consoleOut = $rs->servers->getConsoleOutput($srv->id, 50);
}
//List Addresses test
$addresses = $rs->servers->listAddresses($srv->id);
$this->assertTrue(is_object($addresses));
//Get server details test
$srvDetails = $rs->servers->getServerDetails($srv->id);
$this->assertInstanceOf('stdClass', $srvDetails);
unset($srvDetails);
//Images List test
$imagesList = $rs->servers->images->list();
$this->assertTrue($imagesList instanceof DefaultPaginationList);
foreach ($imagesList as $img) {
if ($img->name == self::getTestName('image')) {
$rs->servers->images->delete($img->id);
}
$imageDetails = $rs->servers->images->get($img->id);
$this->assertTrue(is_object($imageDetails));
unset($imageDetails);
break;
}
unset($imagesList);
//Keypairs extension test
if ($rs->servers->isExtensionSupported(ServersExtension::keypairs())) {
$aKeypairs = $rs->servers->keypairs->list();
$this->assertTrue($aKeypairs instanceof \ArrayIterator);
foreach ($aKeypairs as $v) {
if ($v->keypair->name == self::getTestName('key')) {
$rs->servers->keypairs->delete($v->keypair->name);
}
}
unset($aKeypairs);
$kp = $rs->servers->keypairs->create(self::getTestName('key'));
$this->assertNotEmpty($kp);
$this->assertTrue(is_object($kp));
$kptwin = $rs->servers->keypairs->get($kp->name);
$this->assertNotEmpty($kptwin);
$this->assertEquals($kp->public_key, $kptwin->public_key);
unset($kptwin);
$res = $rs->servers->keypairs->delete($kp->name);
$this->assertTrue($res);
unset($kp);
}
//Security Groups extension test
if ($rs->servers->isExtensionSupported(ServersExtension::securityGroups())) {
$listSecurityGroups = $rs->servers->securityGroups->list();
$this->assertTrue($listSecurityGroups instanceof \ArrayIterator);
foreach ($listSecurityGroups as $v) {
if ($v->name == self::getTestName('security-group')) {
$rs->servers->securityGroups->delete($v->id);
}
}
unset($listSecurityGroups);
$listForSpecificServer = $rs->servers->securityGroups->list($srv->id);
$this->assertTrue(is_array($listForSpecificServer) || $listForSpecificServer instanceof \ArrayIterator);
unset($listForSpecificServer);
$sg = $rs->servers->securityGroups->create(self::getTestName('security-group'), 'This is phpunit security group test.');
$this->assertNotEmpty($sg);
$this->assertTrue(is_object($sg));
$sgmirror = $rs->servers->securityGroups->get($sg->id);
$this->assertNotEmpty($sgmirror);
$this->assertEquals($sg->id, $sgmirror->id);
unset($sgmirror);
$sgrule = $rs->servers->securityGroups->addRule(array("ip_protocol" => "tcp", "from_port" => "80", "to_port" => "8080", "cidr" => "0.0.0.0/0", "parent_group_id" => $sg->id));
$this->assertNotEmpty($sgrule);
$this->assertTrue(is_object($sgrule));
$this->assertEquals($sg->id, $sgrule->parent_group_id);
$ret = $rs->servers->securityGroups->deleteRule($sgrule->id);
$this->assertTrue($ret);
unset($sgrule);
$ret = $rs->servers->securityGroups->delete($sg->id);
$this->assertTrue($ret);
}
//Create image test
$imageId = $rs->servers->images->create($srv->id, self::getTestName('image'));
$this->assertTrue(is_string($imageId));
//It requires ACTIVE state of the server
// $res = $rs->servers->resizeServer($srv->id, $srv->name, '3');
// $this->assertTrue($res);
// $res = $rs->servers->confirmResizedServer($srv->id);
// $this->assertTrue($res);
$ret = $rs->servers->images->delete($imageId);
$this->assertTrue($ret);
//Update server test
$renamedDetails = $rs->servers->updateServer($srv->id, self::getTestServerName('renamed'));
$this->assertInstanceOf('stdClass', $renamedDetails);
$this->assertEquals(self::getTestServerName('renamed'), $renamedDetails->server->name);
unset($renamedDetails);
//Delete Server test
$ret = $rs->servers->deleteServer($srv->id);
$this->assertTrue($ret);
}
/**
* {@inheritdoc}
* @see \Scalr\Modules\PlatformModuleInterface::LaunchServer()
*/
public function LaunchServer(DBServer $DBServer, \Scalr_Server_LaunchOptions $launchOptions = null)
{
$config = \Scalr::getContainer()->config;
$environment = $DBServer->GetEnvironmentObject();
$governance = new \Scalr_Governance($environment->id);
if (!$launchOptions) {
$launchOptions = new \Scalr_Server_LaunchOptions();
$DBRole = $DBServer->GetFarmRoleObject()->GetRoleObject();
$launchOptions->imageId = $DBRole->__getNewRoleObject()->getImage($this->platform, $DBServer->GetCloudLocation())->imageId;
$launchOptions->serverType = $DBServer->GetFarmRoleObject()->GetSetting(Entity\FarmRoleSetting::OPENSTACK_FLAVOR_ID);
$launchOptions->cloudLocation = $DBServer->GetFarmRoleObject()->CloudLocation;
$launchOptions->userData = $DBServer->GetCloudUserData();
$launchOptions->userData['region'] = $launchOptions->cloudLocation;
$launchOptions->userData['platform'] = 'openstack';
$launchOptions->networks = @json_decode($DBServer->GetFarmRoleObject()->GetSetting(Entity\FarmRoleSetting::OPENSTACK_NETWORKS));
$gevernanceNetworks = $governance->getValue($this->platform, 'openstack.networks');
if (count($launchOptions->networks) == 0 && $gevernanceNetworks) {
$launchOptions->networks = $gevernanceNetworks[$launchOptions->cloudLocation];
}
foreach ($launchOptions->userData as $k => $v) {
if (!$v) {
unset($launchOptions->userData[$k]);
}
}
$launchOptions->architecture = 'x86_64';
$isWindows = $DBServer->osType == 'windows' || $DBRole->getOs()->family == 'windows';
if ($DBServer->GetFarmRoleObject()->GetSetting('openstack.boot_from_volume') == 1) {
$deviceMapping = new \stdClass();
$deviceMapping->device_name = 'vda';
$deviceMapping->source_type = 'image';
$deviceMapping->destination_type = 'volume';
$deviceMapping->delete_on_termination = true;
$deviceMapping->guest_format = null;
$deviceMapping->volume_size = 10;
$deviceMapping->uuid = $launchOptions->imageId;
$deviceMapping->boot_index = 0;
}
$customUserData = $DBServer->GetFarmRoleObject()->GetSetting('base.custom_user_data');
$serverNameFormat = $governance->getValue($DBServer->platform, \Scalr_Governance::OPENSTACK_INSTANCE_NAME_FORMAT);
if (!$serverNameFormat) {
$serverNameFormat = $DBServer->GetFarmRoleObject()->GetSetting(\Scalr_Role_Behavior::ROLE_INSTANCE_NAME_FORMAT);
}
// Availability zone
$launchOptions->availZone = $this->GetServerAvailZone($DBServer, $this->getOsClient($environment, $launchOptions->cloudLocation), $launchOptions);
} else {
$launchOptions->availZone = null;
$launchOptions->userData = array();
$customUserData = false;
if (!$launchOptions->networks) {
$launchOptions->networks = array();
}
$isWindows = $DBServer->osType == 'windows';
}
$client = $this->getOsClient($environment, $launchOptions->cloudLocation);
// Prepare user data
$u_data = "";
foreach ($launchOptions->userData as $k => $v) {
$u_data .= "{$k}={$v};";
}
$u_data = trim($u_data, ";");
if ($customUserData) {
$repos = $DBServer->getScalarizrRepository();
$extProperties["user_data"] = base64_encode(str_replace(array('{SCALR_USER_DATA}', '{RPM_REPO_URL}', '{DEB_REPO_URL}'), array($u_data, $repos['rpm_repo_url'], $repos['deb_repo_url']), $customUserData));
}
$personality = new PersonalityList();
if ($isWindows) {
$personality->append(new Personality('C:\\Program Files\\Scalarizr\\etc\\private.d\\.user-data', base64_encode($u_data)));
} else {
$personality->append(new Personality('/etc/scalr/private.d/.user-data', base64_encode($u_data)));
}
/* @var $ccProps SettingsCollection */
$ccProps = $environment->cloudCredentials($this->platform)->properties;
//Check SecurityGroups
$securityGroupsEnabled = $ccProps[Entity\CloudCredentialsProperty::OPENSTACK_EXT_SECURITYGROUPS_ENABLED];
$extProperties['security_groups'] = array();
if ($securityGroupsEnabled) {
$securityGroups = $this->GetServerSecurityGroupsList($DBServer, $client, $governance);
foreach ($securityGroups as $sg) {
$itm = new \stdClass();
$itm->name = $sg;
$extProperties['security_groups'][] = $itm;
}
}
if ($launchOptions->availZone) {
$extProperties['availability_zone'] = $launchOptions->availZone;
}
if ($deviceMapping) {
$extProperties['block_device_mapping_v2'][] = $deviceMapping;
}
//Check key-pairs
$keyPairsEnabled = $ccProps[Entity\CloudCredentialsProperty::OPENSTACK_EXT_KEYPAIRS_ENABLED];
if ($keyPairsEnabled === null || $keyPairsEnabled === false) {
if ($client->servers->isExtensionSupported(ServersExtension::EXT_KEYPAIRS)) {
$keyPairsEnabled = 1;
} else {
$keyPairsEnabled = 0;
}
$ccProps->saveSettings([Entity\CloudCredentialsProperty::OPENSTACK_EXT_KEYPAIRS_ENABLED => $keyPairsEnabled]);
}
//Check config-drive
$configDriveEnabled = $ccProps[Entity\CloudCredentialsProperty::OPENSTACK_EXT_CONFIG_DRIVE_ENABLED];
if ($configDriveEnabled === null || $configDriveEnabled === false) {
if ($client->servers->isExtensionSupported(ServersExtension::EXT_CONFIG_DRIVE)) {
$configDriveEnabled = 1;
} else {
$configDriveEnabled = 0;
}
$ccProps->saveSettings([Entity\CloudCredentialsProperty::OPENSTACK_EXT_CONFIG_DRIVE_ENABLED => $configDriveEnabled]);
}
$extProperties['config_drive'] = $configDriveEnabled;
if ($keyPairsEnabled) {
if ($DBServer->status == \SERVER_STATUS::TEMPORARY) {
$keyName = "SCALR-ROLESBUILDER-" . SCALR_ID;
$farmId = NULL;
} else {
$keyName = "FARM-{$DBServer->farmId}-" . SCALR_ID;
$farmId = $DBServer->farmId;
}
$sshKey = (new SshKey())->loadGlobalByName($DBServer->envId, \SERVER_PLATFORMS::OPENSTACK, $launchOptions->cloudLocation, $keyName);
if (!$sshKey && !($sshKey = (new SshKey())->loadGlobalByName($DBServer->envId, $DBServer->platform, $launchOptions->cloudLocation, $keyName))) {
$result = $client->servers->createKeypair($keyName);
if ($result->private_key) {
$sshKey = new SshKey();
$sshKey->farmId = $farmId;
$sshKey->envId = $DBServer->envId;
$sshKey->type = SshKey::TYPE_GLOBAL;
$sshKey->platform = $DBServer->platform;
$sshKey->cloudLocation = $launchOptions->cloudLocation;
$sshKey->cloudKeyName = $keyName;
$sshKey->privateKey = $result->private_key;
$sshKey->publicKey = $result->public_key;
$sshKey->save();
}
}
$extProperties['key_name'] = $keyName;
}
//TODO: newtorks
$networks = new NetworkList();
foreach ((array) $launchOptions->networks as $network) {
if ($network) {
$networks->append(new Network($network));
}
}
$osUserData = null;
$osPersonality = null;
$userDataMethod = $config->defined("scalr.{$this->platform}.user_data_method") ? $config("scalr.{$this->platform}.user_data_method") : null;
if (!$userDataMethod || $userDataMethod == 'both' || $userDataMethod == 'personality') {
$osPersonality = $personality;
}
if (!$userDataMethod || $userDataMethod == 'both' || $userDataMethod == 'meta-data' || $isWindows) {
$osUserData = $launchOptions->userData;
}
$serverName = $serverNameFormat ? $DBServer->applyGlobalVarsToValue($serverNameFormat) : $DBServer->serverId;
try {
$result = $client->servers->createServer($serverName, $launchOptions->serverType, $launchOptions->imageId, null, $osUserData, $osPersonality, $networks, $extProperties);
$instanceTypeInfo = $this->getInstanceType($launchOptions->serverType, $environment, $launchOptions->cloudLocation);
/* @var $instanceTypeInfo CloudInstanceType */
$DBServer->SetProperties([\OPENSTACK_SERVER_PROPERTIES::SERVER_ID => $result->id, \OPENSTACK_SERVER_PROPERTIES::IMAGE_ID => $launchOptions->imageId, \OPENSTACK_SERVER_PROPERTIES::ADMIN_PASS => $launchOptions->userData['vzc.adminpassword'] ? $launchOptions->userData['vzc.adminpassword'] : $result->adminPass, \OPENSTACK_SERVER_PROPERTIES::NAME => $DBServer->serverId, \SERVER_PROPERTIES::ARCHITECTURE => $launchOptions->architecture, \OPENSTACK_SERVER_PROPERTIES::CLOUD_LOCATION => $launchOptions->cloudLocation, \OPENSTACK_SERVER_PROPERTIES::CLOUD_LOCATION_ZONE => $launchOptions->availZone, \SERVER_PROPERTIES::SYSTEM_USER_DATA_METHOD => $userDataMethod, \SERVER_PROPERTIES::INFO_INSTANCE_VCPUS => $instanceTypeInfo ? $instanceTypeInfo->vcpus : null]);
if ($DBServer->farmRoleId) {
$ipPool = $DBServer->GetFarmRoleObject()->GetSetting(Entity\FarmRoleSetting::OPENSTACK_IP_POOL);
if ($ipPool) {
$DBServer->SetProperty(\SERVER_PROPERTIES::SYSTEM_IGNORE_INBOUND_MESSAGES, 1);
}
}
$params = ['type' => $launchOptions->serverType];
if ($instanceTypeInfo) {
$params['instanceTypeName'] = $instanceTypeInfo->name;
}
$DBServer->setOsType($isWindows ? 'windows' : 'linux');
$DBServer->cloudLocation = $launchOptions->cloudLocation;
$DBServer->cloudLocationZone = $launchOptions->availZone;
$DBServer->update($params);
$DBServer->imageId = $launchOptions->imageId;
// we set server history here
$DBServer->getServerHistory();
return $DBServer;
} catch (\Exception $e) {
if (stripos($e->getMessage(), 'Invalid key_name provided')) {
$sshKey->delete();
throw new \Exception(sprintf(_("Cannot launch new instance: KeyPair was removed from cloud. Re-generating it."), $e->getMessage()));
}
throw new \Exception(sprintf(_("Cannot launch new instance. %s"), $e->getMessage()));
}
}
/**
* @test
* @dataProvider providerRs
*/
public function testFunctionalOpenStack($platform, $region, $imageId)
{
if ($this->isSkipFunctionalTests() || $platform === self::EMPTY_CONFIG) {
$this->markTestSkipped();
}
/* @var $rs OpenStack */
if ($this->getContainer()->environment->isPlatformEnabled($platform)) {
$rs = $this->getContainer()->openstack($platform, $region);
// $rs->setDebug();
$this->assertInstanceOf($this->getOpenStackClassName('OpenStack'), $rs);
} else {
//Environment has not been activated yet.
$this->markTestSkipped(sprintf('Environment for the "%s" platform has not been activated.', $platform));
}
$os = $this->getContainer()->openstack($platform, 'INVALID-REGION-TEST');
try {
$ext = $os->servers->listExtensions();
unset($os);
$this->assertTrue(false, 'An exception must be thrown in this test');
} catch (OpenStackException $e) {
$this->assertTrue(true);
}
unset($os);
// security groups test
$sgTestName = self::getTestName(self::NAME_SECURITY_GROUP);
$listSecurityGroups = $rs->listSecurityGroups();
$this->assertTrue($listSecurityGroups instanceof \ArrayIterator);
foreach ($listSecurityGroups as $v) {
if ($v->name == self::getTestName('security-group')) {
$rs->deleteSecurityGroup($v->id);
}
}
unset($listSecurityGroups);
//Create security group test
$sg = $rs->createSecurityGroup($sgTestName, 'phpunit test security group');
$this->assertNotEmpty($sg);
$this->assertInternalType('object', $sg);
$this->assertNotEmpty($sg->id);
$this->assertEquals($sgTestName, $sg->name);
$this->assertNotEmpty($sg->description);
$ruleToAdd = ["security_group_id" => $sg->id, "protocol" => 'tcp', "remote_group_id" => $sg->id, "direction" => "ingress", "port_range_max" => null, "port_range_min" => null];
//Add a new rule to security group
$rule = $rs->createSecurityGroupRule($ruleToAdd);
$this->assertNotEmpty($rule);
$this->assertNotEmpty($rule->id);
$this->assertInternalType('object', $rule);
//Removes rule
$ret = $rs->deleteSecurityGroupRule($rule->id);
$this->assertTrue($ret);
//Delete security group test
$ret = $rs->deleteSecurityGroup($sg->id);
$this->assertTrue($ret);
unset($sg);
//Pagination test
$list = $rs->servers->listImages(true, array('limit' => 10));
$this->assertInstanceOf(self::ABSTRACT_PAGINATION_CLASS, $list);
do {
foreach ($list as $image) {
$this->assertNotEmpty($image->id);
}
} while (false !== ($list = $list->getNextPage()));
$one = $rs->servers;
$this->assertInstanceOf($this->getOpenStackClassName('Services\\ServersService'), $one);
$two = $rs->servers;
$this->assertInstanceOf($this->getOpenStackClassName('Services\\ServersService'), $two);
$this->assertSame($one, $two, 'Service interface is expected to be cached within each separate OpenStack instance.');
$aZones = $rs->listZones();
$this->assertNotEmpty($aZones);
unset($aZones);
//List tenants test
$tenants = $rs->listTenants();
$this->assertNotEmpty($tenants);
$this->assertTrue(is_array($tenants));
unset($tenants);
//Contrail related tests
if ($rs->hasService(OpenStack::SERVICE_CONTRAIL)) {
//Look at SCALRCORE-726 for more info about Contrail responses
$testFqName = self::getTestName(self::NAME_FQ);
$testDomainName = self::getTestName(self::NAME_DOMAIN) . '.com';
$testFqNetworkName = self::getTestName(self::NAME_FQ_NETWORK);
$testNetworkPolicyName = self::getTestName(self::NAME_NETWORK_POLICY);
$tenant = $rs->getConfig()->getTenantName();
//Lists virtual networks
$listVirtualNetworks = $rs->contrail->listVirtualNetworks();
$this->assertTrue($listVirtualNetworks instanceof DefaultPaginationList, 'The list of virtual networks is expected to be DefaultPaginationList instance.');
//Removes previously created test virtual networks
foreach ($listVirtualNetworks as $v) {
if (isset($v->fq_name) && is_array($v->fq_name) && in_array($testFqNetworkName, $v->fq_name)) {
$ret = $rs->contrail->deleteVirtualNetwork($v->uuid);
$this->assertTrue($ret);
}
}
unset($listVirtualNetworks);
//Describes network policies
$listNetworkPolicies = $rs->contrail->listNetworkPolicies();
$this->assertTrue($listNetworkPolicies instanceof DefaultPaginationList, 'The list of network policies is expected to be DefaultPaginationList instance.');
foreach ($listNetworkPolicies as $v) {
if (isset($v->fq_name) && is_array($v->fq_name) && in_array($testNetworkPolicyName, $v->fq_name)) {
$ret = $rs->contrail->deleteNetworkPolicy($v->uuid);
$this->assertTrue($ret);
}
}
unset($listNetworkPolicies);
//Select IPAMs
$listIpams = $rs->contrail->listIpam();
$this->assertTrue($listIpams instanceof DefaultPaginationList, 'The list of IPAMs is expected to be DefaultPaginationList instance.');
//Removes previously created IPAM if it does exist
foreach ($listIpams as $ipam) {
if (isset($ipam->fq_name) && is_array($ipam->fq_name) && in_array($testFqName, $ipam->fq_name)) {
$ret = $rs->contrail->deleteIpam($ipam->uuid);
$this->assertTrue($ret);
}
}
unset($listIpams);
//Lists virtual DNSs
$dnsList = $rs->contrail->listVirtualDns();
$this->assertTrue($dnsList instanceof DefaultPaginationList, 'The list of virtual DNSs is expected to be DefaultPaginationList instance.');
//Removes previously created virtual dns
foreach ($dnsList as $v) {
if (!empty($v->fq_name) && is_array($v->fq_name) && in_array($testFqName, $v->fq_name)) {
$ret = $rs->contrail->deleteVirtualDns($v->uuid);
$this->assertTrue($ret);
}
}
unset($dnsList);
//Creates a virtual DNS
$virtualDns = $rs->contrail->createVirtualDns(array('parent_type' => 'domain', 'fq_name' => array('default-domain', $testFqName), 'virtual_DNS_data' => array("default_ttl_seconds" => 8144, "domain_name" => $testDomainName, "dynamic_records_from_client" => true, "next_virtual_DNS" => self::NEXT_VIRTUAL_DNS_ADDRESS, "record_order" => "random")));
$this->assertInternalType('object', $virtualDns);
foreach (array('fq_name', 'parent_uuid', 'parent_href', 'uuid', 'href', 'name') as $attr) {
$this->assertObjectHasAttribute('href', $virtualDns);
}
$this->assertNotEmpty($virtualDns->uuid);
$this->assertEquals($testFqName, $virtualDns->name);
//List of the specified virtual DNS
$vdns = $rs->contrail->listVirtualDns($virtualDns->uuid);
$this->assertInternalType('object', $vdns);
foreach (array('fq_name', 'parent_uuid', 'parent_href', 'uuid', 'href', 'name', 'virtual_DNS_data', 'id_perms') as $attr) {
$this->assertObjectHasAttribute('href', $virtualDns);
}
$this->assertEquals($virtualDns->name, $vdns->name);
$this->assertEquals($virtualDns->uuid, $vdns->uuid);
unset($virtualDns);
//Creates IPAM
$ipam = $rs->contrail->createIpam(array("parent_type" => "project", "fq_name" => array("default-domain", $tenant, $testFqName), "network_ipam_mgmt" => array("dhcp_option_list" => array("dhcp_option" => array(array("dhcp_option_name" => "15", "dhcp_option_value" => $testDomainName))), "ipam_dns_method" => "tenant-dns-server", "ipam_dns_server" => array("tenant_dns_server_address" => array("ip_address" => array(self::DNS_SERVER_ADDRESS)), "virtual_dns_server_name" => null))));
$this->assertInternalType('object', $ipam);
//Show specified IPAM
$ipam2 = $rs->contrail->listIpam($ipam->uuid);
$this->assertInternalType('object', $ipam2);
$this->assertEquals($ipam2->uuid, $ipam->uuid);
unset($ipam2);
//Creates virtual network
$virtualNetwork = $rs->contrail->createVirtualNetwork(array("parent_type" => "project", "fq_name" => array("default-domain", $tenant, $testFqNetworkName)));
$this->assertInternalType('object', $virtualNetwork);
$this->assertNotEmpty($virtualNetwork->uuid);
//Show specified virtual network
$vn2 = $rs->contrail->listVirtualNetworks($virtualNetwork->uuid);
$this->assertInternalType('object', $vn2);
$this->assertEquals($virtualNetwork->uuid, $vn2->uuid);
unset($vn2);
//Creating network policy
$networkPolicy = $rs->contrail->createNetworkPolicy(["parent_type" => "project", "fq_name" => ["default-domain", $tenant, $testNetworkPolicyName], "network_policy_entries" => ["policy_rule" => [["direction" => "<>", "protocol" => "any", "src_addresses" => [["virtual_network" => "default-domain:" . $tenant . ":" . $testFqNetworkName]], "dst_ports" => [["start_port" => -1, "end_port" => -1]], "action_list" => ["apply_service" => null], "dst_addresses" => [["virtual_network" => "default-domain:" . $tenant . ":" . $testFqNetworkName]], "src_ports" => [["end_port" => -1, "start_port" => -1]]]]]]);
$this->assertInternalType('object', $networkPolicy);
$this->assertNotEmpty($networkPolicy->uuid);
//Show detailed info of the specified network policy
$np2 = $rs->contrail->listNetworkPolicies($networkPolicy->uuid);
$this->assertInternalType('object', $np2);
$this->assertEquals($networkPolicy->uuid, $np2->uuid);
unset($np2);
//Associates IPAM and Network Policy to virtual network
$rs->contrail->updateVirtualNetwork($virtualNetwork->uuid, ["fq_name" => $virtualNetwork->fq_name, "network_ipam_refs" => [["attr" => ["ipam_subnets" => [["default_gateway" => "192.168.80.6", "subnet" => ["ip_prefix" => "192.168.80.1", "ip_prefix_len" => 29]]]], "to" => ["default-domain", $tenant, $testFqName]]], "network_policy_refs" => [["to" => ["default-domain", $tenant, $testNetworkPolicyName], "attr" => ["sequence" => ["major" => 0, "minor" => 0], "timer" => null]]]]);
//Removing Virtual Network
$ret = $rs->contrail->deleteVirtualNetwork($virtualNetwork->uuid);
$this->assertTrue($ret);
//Removing network policy
$ret = $rs->contrail->deleteNetworkPolicy($networkPolicy->uuid);
$this->assertTrue($ret);
//Removing IPAM
$ret = $rs->contrail->deleteIpam($ipam->uuid);
$this->assertTrue($ret);
//Removing virtual DNS
$ret = $rs->contrail->deleteVirtualDns($vdns->uuid);
$this->assertTrue($ret);
$this->markTestSkipped('For Contrail to check only its API and nothing more.');
return;
}
//Get Limits test
$limits = $rs->servers->getLimits();
$this->assertTrue(is_object($limits));
unset($limits);
$aExtensions = $rs->servers->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
$aExtensions = $rs->volume->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
$hasNetwork = $rs->hasService(OpenStack::SERVICE_NETWORK);
if ($hasNetwork) {
$aExtensions = $rs->network->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
//Quantum API tests
$testNetworkName = self::getTestName(self::NAME_NETWORK);
$testSubnetName = self::getTestName(self::NAME_SUBNET);
$testPortName = self::getTestName(self::NAME_PORT);
$testRouterName = self::getTestName(self::NAME_ROUTER);
$testLbPoolName = self::getTestName(self::NAME_LB_POOL);
$testLbVipName = self::getTestName(self::NAME_LB_VIP);
//ListNetworks test
$networks = $rs->network->networks->list(null, array('status' => 'ACTIVE', 'shared' => false));
$this->assertTrue($networks instanceof \ArrayIterator);
if (isset($networks[0])) {
$this->assertInternalType('object', $networks[0]);
$this->assertNotEmpty($networks[0]->id);
//Show Network test
$network = $rs->network->networks->list($networks[0]->id);
$this->assertEquals($networks[0], $network);
unset($network);
}
$publicNetworkId = null;
foreach ($networks as $network) {
if ($network->{"router:external"} == true) {
$publicNetworkId = $network->id;
}
}
unset($networks);
$this->assertNotEmpty($publicNetworkId, 'Could not find public network to continue.');
//ListSubnets test
$subnets = $rs->network->subnets->list();
$this->assertTrue($subnets instanceof \ArrayIterator);
if (isset($subnets[0])) {
$this->assertInternalType('object', $subnets[0]);
$this->assertNotEmpty($subnets[0]->id);
//Show Subnet test
$subnet = $rs->network->subnets->list($subnets[0]->id);
$this->assertEquals($subnets[0], $subnet);
unset($subnet);
}
unset($subnets);
//ListPorts test
$ports = $rs->network->ports->list();
$this->assertTrue($ports instanceof \ArrayIterator);
if (isset($ports[0])) {
$this->assertInternalType('object', $ports[0]);
$this->assertNotEmpty($ports[0]->id);
//Show Port test
$port = $rs->network->ports->list($ports[0]->id);
$this->assertEquals($ports[0], $port);
unset($port);
}
unset($ports);
if ($rs->network->isExtensionSupported(NetworkExtension::loadbalancingService())) {
//Removes previously created LBaaS VIP if it exists
$lbVips = $rs->network->lbVips->list(null, array('name' => $testLbVipName));
foreach ($lbVips as $lbVip) {
$ret = $rs->network->lbVips->delete($lbVip->id);
$this->assertTrue($ret, 'Could not remove previously created Load balancer VIP (id:' . $lbVip->id . ').');
}
$this->assertTrue($lbVips instanceof \ArrayIterator);
unset($lbVips);
//Removes previously created pools if they exist.
$lbPools = $rs->network->lbPools->list(null, array('name' => $testLbPoolName));
$this->assertTrue($lbPools instanceof \ArrayIterator);
foreach ($lbPools as $lbPool) {
if (!empty($lbPool->health_monitors)) {
foreach ($lbPool->health_monitors as $healthMonitorId) {
//Removes previously associated health monitors with test pools
$ret = $rs->network->lbPools->disassociateHealthMonitor($lbPool->id, $healthMonitorId);
$this->assertTrue($ret);
$ret = $rs->network->lbHealthMonitors->delete($healthMonitorId);
$this->assertTrue($ret);
}
}
if (!empty($lbPool->members)) {
foreach ($lbPool->members as $memberId) {
//Remove previously created members
$ret = $rs->network->lbMembers->delete($memberId);
$this->assertTrue($ret, 'Could not remove previously created LBaas member (id:' . $memberId . ').');
}
}
$ret = $rs->network->lbPools->delete($lbPool->id);
$this->assertTrue($ret, 'Could not remove previously created LBaaS pool.');
}
unset($lbPools);
}
//Tries to find the ports which have been created recently by this test
$ports = $rs->network->ports->list(null, array('name' => array($testPortName, $testPortName . '1')));
foreach ($ports as $port) {
//Removes previously created ports
$rs->network->ports->delete($port->id);
}
unset($ports);
//Tries to find the networks that have been created recently by this test
$networks = $rs->network->networks->list(null, array('name' => $testNetworkName));
foreach ($networks as $network) {
//Removes previously created networks
$rs->network->networks->update($network->id, null, false);
//Trying to remove allocated ports
$portsToRemove = $rs->network->ports->list(null, array('networkId' => $network->id));
foreach ($portsToRemove as $p) {
if (isset($p->device_owner) && isset($p->device_id) && $p->device_owner == 'network:router_interface') {
$rs->network->ports->update($p->id, array('admin_state_up' => false));
$rs->network->routers->removeInterface($p->device_id, null, $p->id);
}
}
$rs->network->networks->delete($network->id);
}
unset($networks);
//Tries to find the subnets that where created by this test but hadn't been removed yet.
$subnets = $rs->network->subnets->list(null, array('name' => array($testSubnetName, $testSubnetName . '1')));
$this->assertTrue($subnets instanceof \ArrayIterator);
foreach ($subnets as $subnet) {
//Removes previously created subnets
$rs->network->subnets->delete($subnet->id);
}
//Creates new network
$network = $rs->network->networks->create($testNetworkName, false, false);
$this->assertInternalType('object', $network);
$this->assertNotEmpty($network->id);
$this->assertEquals(false, $network->admin_state_up);
$this->assertEquals(false, $network->shared);
//Updates newtork state
$network = $rs->network->networks->update($network->id, null, true);
$this->assertInternalType('object', $network);
$this->assertEquals(true, $network->admin_state_up);
//Creates subnet
$subnet = $rs->network->subnets->create(array('network_id' => $network->id, 'cidr' => self::SUBNET_CIDR, 'name' => $testSubnetName));
$this->assertInternalType('object', $subnet);
$this->assertEquals($testSubnetName, $subnet->name);
$this->assertNotEmpty($subnet->id);
//Updates the subnet
$subnet = $rs->network->subnets->update($subnet->id, array('name' => $testSubnetName . '1'));
$this->assertInternalType('object', $subnet);
$this->assertNotEmpty($subnet->name);
$this->assertEquals($testSubnetName . '1', $subnet->name);
//Quantum L3 Router related tests
if ($platform !== \SERVER_PLATFORMS::ECS && $rs->network->isExtensionSupported(NetworkExtension::quantumL3Router())) {
//ListRouters test
$routers = $rs->network->routers->list(null, array('status' => array('ACTIVE', 'PENDING')), array('id', 'name'));
$this->assertTrue($routers instanceof \ArrayIterator);
foreach ($routers as $r) {
$router = $rs->network->routers->list($r->id);
$this->assertInternalType('object', $router);
if ($r->name == $testRouterName) {
//Removes the router which is created by phpunit test before and is still alive by any reason.
//It requires all internal interfaces to be removed from router.
$ret = $rs->network->routers->delete($r->id);
$this->assertTrue($ret);
}
}
unset($routers);
//Creates router
$router = $rs->network->routers->create(new CreateRouter($testRouterName, true, $publicNetworkId));
$this->assertInternalType('object', $router);
$this->assertObjectHasAttribute('name', $router);
$this->assertNotEmpty($router->name);
$this->assertEquals($testRouterName, $router->name);
$this->assertObjectHasAttribute('id', $router);
$this->assertNotEmpty($router->id);
$this->assertObjectHasAttribute('admin_state_up', $router);
$this->assertTrue($router->admin_state_up);
//Updates the router
$r2 = $rs->network->routers->update($router->id, array('admin_state_up' => false));
$this->assertInternalType('object', $r2);
$this->assertObjectHasAttribute('admin_state_up', $r2);
$this->assertEquals(false, $r2->admin_state_up);
//Adds interface to router
$routerInterface1 = $rs->network->routers->addInterface($router->id, $subnet->id);
$this->assertInternalType('object', $routerInterface1);
$this->assertObjectHasAttribute('subnet_id', $routerInterface1);
$this->assertEquals($subnet->id, $routerInterface1->subnet_id);
$this->assertObjectHasAttribute('port_id', $routerInterface1);
//Removes interface from router
$obj = $rs->network->routers->removeInterface($router->id, $subnet->id);
//Removes router
$ret = $rs->network->routers->delete($router->id);
$this->assertTrue($ret);
unset($router);
}
//Load Balancing Service (LBaaS) tests
if ($rs->network->isExtensionSupported(NetworkExtension::loadbalancingService())) {
$this->assertNotEmpty($subnet->id, 'Subnet is needed to proceed.');
//The tenant creates a pool, which is initially empty
$lbPool = $rs->network->lbPools->create(array('subnet_id' => $subnet->id, 'lb_method' => 'ROUND_ROBIN', 'protocol' => 'TCP', 'name' => $testLbPoolName));
$this->assertNotEmpty($lbPool);
$this->assertInstanceOf('stdClass', $lbPool);
$this->assertEquals($testLbPoolName, $lbPool->name);
$this->assertNotEmpty($lbPool->id);
//Tests update pool method
$lbPool = $rs->network->lbPools->update($lbPool->id, array('name' => $testLbPoolName));
$this->assertNotEmpty($lbPool);
$this->assertInstanceOf('stdClass', $lbPool);
$this->assertEquals($testLbPoolName, $lbPool->name);
//The tenant creates one or several members in the pool
$lbMember = $rs->network->lbMembers->create(array('pool_id' => $lbPool->id, 'protocol_port' => 8080, 'address' => self::LB_MEMBER_ADDRESS, 'weight' => 2));
$this->assertNotEmpty($lbMember);
$this->assertInternalType('object', $lbMember);
$this->assertEquals($lbPool->id, $lbMember->pool_id);
$this->assertTrue($lbMember->admin_state_up);
//Tests update member method
$lbMember = $rs->network->lbMembers->update($lbMember->id, array('weight' => 3));
$this->assertNotEmpty($lbMember);
$this->assertInternalType('object', $lbMember);
$this->assertEquals(3, $lbMember->weight);
//The tenant create one or several health monitors
$lbHealthMonitor = $rs->network->lbHealthMonitors->create(array('delay' => 4, 'max_retries' => 3, 'type' => 'TCP', 'timeout' => 1));
$this->assertNotEmpty($lbHealthMonitor);
$this->assertInternalType('object', $lbHealthMonitor);
$this->assertNotEmpty($lbHealthMonitor->id);
$this->assertTrue($lbHealthMonitor->admin_state_up);
$this->assertEquals(4, $lbHealthMonitor->delay);
$this->assertEquals(3, $lbHealthMonitor->max_retries);
$this->assertEquals('TCP', $lbHealthMonitor->type);
$this->assertEquals(1, $lbHealthMonitor->timeout);
//Tests update health monitor
$lbHealthMonitor = $rs->network->lbHealthMonitors->update($lbHealthMonitor->id, array('max_retries' => 4));
$this->assertNotEmpty($lbHealthMonitor);
$this->assertInternalType('object', $lbHealthMonitor);
$this->assertNotEmpty($lbHealthMonitor->id);
$this->assertEquals(4, $lbHealthMonitor->max_retries);
//The tenant associates the Health Monitors with the Pool
$ret = $rs->network->lbPools->associateHealthMonitor($lbPool->id, $lbHealthMonitor->id);
$this->assertInternalType('object', $ret);
//Checks if health monitor is successfully associated
$tmpPool = $rs->network->lbPools->list($lbPool->id);
$this->assertNotEmpty($tmpPool);
$this->assertInternalType('object', $tmpPool);
$this->assertEquals($lbPool->id, $tmpPool->id);
$this->assertNotEmpty($tmpPool->health_monitors);
$this->assertContains($lbHealthMonitor->id, $tmpPool->health_monitors);
$lbPool = $tmpPool;
unset($tmpPool);
//The tenant finally creates a VIP associated with the Pool
$lbVip = $rs->network->lbVips->create(array('protocol' => 'TCP', 'protocol_port' => 8080, 'name' => $testLbVipName, 'subnet_id' => $subnet->id, 'pool_id' => $lbPool->id));
$this->assertNotEmpty($lbVip);
$this->assertInternalType('object', $lbVip);
$this->assertEquals('TCP', $lbVip->protocol);
$this->assertEquals(8080, $lbVip->protocol_port);
$this->assertEquals($testLbVipName, $lbVip->name);
$this->assertEquals($subnet->id, $lbVip->subnet_id);
$this->assertEquals($lbPool->id, $lbVip->pool_id);
//Tests update method
$lbVip = $rs->network->lbVips->update($lbVip->id, array('name' => $testLbVipName));
$this->assertNotEmpty($lbVip);
$this->assertInternalType('object', $lbVip);
sleep(1);
//Deletes VIP
$ret = $rs->network->lbVips->delete($lbVip->id);
$this->assertTrue($ret);
//Disassotiates the Health Monitors with the pool
$ret = $rs->network->lbPools->disassociateHealthMonitor($lbPool->id, $lbHealthMonitor->id);
$this->assertTrue($ret);
//Checks if health monitor is successfully disassociated
$tmpPool = $rs->network->lbPools->list($lbPool->id);
$this->assertNotEmpty($tmpPool);
$this->assertInternalType('object', $tmpPool);
$this->assertEquals($lbPool->id, $tmpPool->id);
$this->assertNotContains($lbHealthMonitor->id, $tmpPool->health_monitors);
$lbPool = $tmpPool;
unset($tmpPool);
//Deletes LBaaS health monitor
$ret = $rs->network->lbHealthMonitors->delete($lbHealthMonitor->id);
$this->assertTrue($ret);
//Delete LBaaS member
$ret = $rs->network->lbMembers->delete($lbMember->id);
$this->assertTrue($ret);
//Delete LBaaS pool
$ret = $rs->network->lbPools->delete($lbPool->id);
$this->assertTrue($ret);
}
//Removes subnet
$ret = $rs->network->subnets->delete($subnet->id);
$this->assertTrue($ret);
//Removes created network
$rs->network->networks->update($network->id, null, false);
$ret = $rs->network->networks->delete($network->id);
$this->assertTrue($ret);
unset($network);
//Security group extension test
if ($rs->network->isExtensionSupported(NetworkExtension::securityGroup())) {
$sgTestName = self::getTestName(self::NAME_SECURITY_GROUP);
//Removes previously created test security group if it actually exists
$sgList = $rs->network->securityGroups->list(null, ['name' => $sgTestName]);
$this->assertInstanceOf(self::ABSTRACT_PAGINATION_CLASS, $sgList);
foreach ($sgList as $sg) {
$this->assertNotEmpty($sg->name);
$this->assertNotEmpty($sg->id);
if ($sg->name === $sgTestName) {
//Removes previously created test security group
$res = $rs->network->securityGroups->delete($sg->id);
$this->assertTrue($res);
}
}
unset($sgList);
//List Security groups test
$sgList = $rs->network->securityGroups->list();
$this->assertInstanceOf(self::ABSTRACT_PAGINATION_CLASS, $sgList);
unset($sgList);
//Create security group test
$sg = $rs->network->securityGroups->create($sgTestName, 'phpunit test security group');
$this->assertNotEmpty($sg);
$this->assertInternalType('object', $sg);
$this->assertNotEmpty($sg->id);
$this->assertEquals($sgTestName, $sg->name);
$this->assertNotEmpty($sg->description);
//Update security group test
//ListRules test
//Gets the rules set for the created security group
$rulesList = $rs->network->securityGroups->listRules(null, ['securityGroupId' => $sg->id]);
$this->assertInstanceOf(self::ABSTRACT_PAGINATION_CLASS, $rulesList);
$this->assertEquals(0, count($rulesList), 'New security group is expected to have empty set of the rules.');
$ruleToAdd = ["security_group_id" => $sg->id, "remote_group_id" => null, "direction" => "ingress", "remote_ip_prefix" => "0.0.0.0/0", "port_range_max" => null, "port_range_min" => null];
//Add a new rule to security group
$rule = $rs->network->securityGroups->addRule($ruleToAdd);
$this->assertNotEmpty($rule);
$this->assertNotEmpty($rule->id);
$this->assertInternalType('object', $rule);
//Verifies that all properties are set properly
foreach ($ruleToAdd as $property => $value) {
$this->assertObjectHasAttribute($property, $rule);
$this->assertEquals($value, $rule->{$property});
}
//Checks that new rule does exist
$rulesList = $rs->network->securityGroups->listRules(null, ['securityGroupId' => $sg->id]);
$this->assertEquals(1, count($rulesList));
unset($rulesList);
//Removes rule
$ret = $rs->network->securityGroups->deleteRule($rule->id);
$this->assertTrue($ret);
//Checks whether rule is removed properly
$rulesList = $rs->network->securityGroups->listRules(null, ['securityGroupId' => $sg->id]);
$this->assertEquals(0, count($rulesList));
unset($rulesList);
//Delete security group test
$ret = $rs->network->securityGroups->delete($sg->id);
$this->assertTrue($ret);
unset($sg);
}
}
//List snapshots test
$snList = $rs->volume->snapshots->list();
$this->assertTrue($snList instanceof \ArrayIterator);
foreach ($snList as $v) {
if ($v->display_name == self::getTestSnapshotName()) {
$rs->volume->snapshots->delete($v->id);
}
}
unset($snList);
//List Volume Types test
$volumeTypes = $rs->volume->listVolumeTypes();
$this->assertTrue($volumeTypes instanceof \ArrayIterator);
foreach ($volumeTypes as $v) {
$volumeTypeDesc = $rs->volume->getVolumeType($v->id);
$this->assertTrue(is_object($volumeTypeDesc));
unset($volumeTypeDesc);
break;
}
//List Volumes test
$aVolumes = $rs->volume->listVolumes();
$this->assertTrue($aVolumes instanceof \ArrayIterator);
foreach ($aVolumes as $v) {
if ($v->display_name == self::getTestVolumeName()) {
if (in_array($v->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR))) {
$ret = $rs->volume->deleteVolume($v->id);
}
}
}
//Create Volume test
$volume = $rs->volume->createVolume(self::VOLUME_SIZE, self::getTestVolumeName());
$this->assertTrue(is_object($volume));
$this->assertNotEmpty($volume->id);
for ($t = time(), $s = 1; time() - $t < 300 && !in_array($volume->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR)); $s += 5) {
sleep($s);
$volume = $rs->volume->getVolume($volume->id);
$this->assertTrue(is_object($volume));
$this->assertNotEmpty($volume->id);
}
$this->assertContains($volume->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR));
// //Create snapshot test
// //WARNING! It takes too long time.
// $snap = $rs->volume->snapshots->create($volume->id, self::getTestSnapshotName());
// $this->assertTrue(is_object($snap));
// $this->assertNotEmpty($snap->id);
// for ($t = time(), $s = 1; (time() - $t) < 600 && !in_array($snap->status, array('available', 'error')); $s += 5) {
// sleep($s);
// $snap = $rs->volume->snapshots->get($snap->id);
// $this->assertNotEmpty($snap->id);
// }
// $this->assertContains($snap->status, array('available', 'error'));
// //Delete snapshot test
// $ret = $rs->volume->snapshots->delete($snap->id);
// $this->assertTrue($ret);
// unset($snap);
// sleep(5);
//Delete Volume test
$ret = $rs->volume->deleteVolume($volume->id);
$this->assertTrue($ret);
unset($volume);
sleep(5);
$pool = null;
if ($rs->servers->isExtensionSupported(ServersExtension::floatingIpPools())) {
$aFloatingIpPools = $rs->servers->listFloatingIpPools();
$this->assertTrue($aFloatingIpPools instanceof \ArrayIterator);
foreach ($aFloatingIpPools as $v) {
$pool = $v->name;
break;
}
$this->assertNotNull($pool);
unset($aFloatingIpPools);
}
if ($rs->servers->isExtensionSupported(ServersExtension::floatingIps())) {
$this->assertNotNull($pool);
$aFloatingIps = $rs->servers->floatingIps->list();
$this->assertTrue($aFloatingIps instanceof \ArrayIterator);
foreach ($aFloatingIps as $v) {
$r = $rs->servers->floatingIps->get($v->id);
$this->assertTrue(is_object($r));
break;
}
unset($aFloatingIps);
//default pool for rackspase is 'nova'
$fip = $rs->servers->floatingIps->create($pool);
$this->assertTrue(is_object($fip));
$r = $rs->servers->floatingIps->delete($fip->id);
$this->assertTrue($r);
try {
//Verifies that ip has been successfully removed
$res = $rs->servers->floatingIps->get($fip->id);
$this->assertTrue(false, 'Exception must be thrown here');
} catch (RestClientException $e) {
if ($e->error->code == 404) {
$this->assertTrue(true);
} else {
//OpenStack Grizzly fails with 500 error code.
//throw $e;
}
}
unset($fip);
}
//List flavors test
$flavorsList = $listFlavors = $rs->servers->listFlavors();
$this->assertTrue($flavorsList instanceof \ArrayIterator);
$flavorId = null;
foreach ($flavorsList as $v) {
$flavorId = $v->id;
break;
}
$this->assertNotNull($flavorId);
unset($flavorsList);
//List servers test
$ret = $rs->servers->list();
if (!empty($ret) && $ret->count()) {
foreach ($ret as $v) {
if ($v->name == self::getTestServerName() || $v->name == self::getTestServerName('renamed')) {
//Removes servers
try {
$rs->servers->deleteServer($v->id);
} catch (RestClientException $e) {
echo $e->getMessage() . "\n";
}
}
}
}
$personality = new PersonalityList();
$personality->append(new Personality('/etc/scalr/private.d/.user-data', base64_encode('super data')));
$personality->append(new Personality('/etc/.scalr-user-data', base64_encode('super data')));
$netList = null;
//Create server test
$srv = $rs->servers->createServer(self::getTestServerName(), $flavorId, $imageId, null, null, $personality, $netList);
$this->assertInstanceOf('stdClass', $srv);
$srv = $rs->servers->getServerDetails($srv->id);
$this->assertInstanceOf('stdClass', $srv);
$this->assertNotEmpty($srv->status);
for ($t = time(), $s = 10; time() - $t < 600 && !in_array($srv->status, array('ACTIVE', 'ERROR')); $s += 1) {
sleep($s);
$srv = $rs->servers->getServerDetails($srv->id);
}
$this->assertContains($srv->status, array('ACTIVE', 'ERROR'));
if ($rs->servers->isExtensionSupported(ServersExtension::consoleOutput())) {
$consoleOut = $rs->servers->getConsoleOutput($srv->id, 50);
}
//List Addresses test
$addresses = $rs->servers->listAddresses($srv->id);
$this->assertTrue(is_object($addresses));
//Get server details test
$srvDetails = $rs->servers->getServerDetails($srv->id);
$this->assertInstanceOf('stdClass', $srvDetails);
unset($srvDetails);
//Images List test
$imagesList = $rs->servers->images->list();
$this->assertTrue($imagesList instanceof DefaultPaginationList);
foreach ($imagesList as $img) {
if ($img->name == self::getTestName('image')) {
$rs->servers->images->delete($img->id);
}
$imageDetails = $rs->servers->images->get($img->id);
$this->assertTrue(is_object($imageDetails));
unset($imageDetails);
break;
}
unset($imagesList);
//Keypairs extension test
if ($rs->servers->isExtensionSupported(ServersExtension::keypairs())) {
$aKeypairs = $rs->servers->keypairs->list();
$this->assertTrue($aKeypairs instanceof \ArrayIterator);
foreach ($aKeypairs as $v) {
if ($v->keypair->name == self::getTestName('key')) {
$rs->servers->keypairs->delete($v->keypair->name);
}
}
unset($aKeypairs);
$kp = $rs->servers->keypairs->create(self::getTestName('key'));
$this->assertNotEmpty($kp);
$this->assertTrue(is_object($kp));
$kptwin = $rs->servers->keypairs->get($kp->name);
$this->assertNotEmpty($kptwin);
$this->assertEquals($kp->public_key, $kptwin->public_key);
unset($kptwin);
$res = $rs->servers->keypairs->delete($kp->name);
$this->assertTrue($res);
unset($kp);
}
//Security Groups extension test
if ($rs->servers->isExtensionSupported(ServersExtension::securityGroups())) {
$listSecurityGroups = $rs->servers->securityGroups->list();
$this->assertTrue($listSecurityGroups instanceof \ArrayIterator);
foreach ($listSecurityGroups as $v) {
if ($v->name == self::getTestName('security-group')) {
$rs->servers->securityGroups->delete($v->id);
}
}
unset($listSecurityGroups);
$listForSpecificServer = $rs->servers->securityGroups->list($srv->id);
$this->assertTrue(is_array($listForSpecificServer) || $listForSpecificServer instanceof \ArrayIterator);
unset($listForSpecificServer);
$sg = $rs->servers->securityGroups->create(self::getTestName('security-group'), 'This is phpunit security group test.');
$this->assertNotEmpty($sg);
$this->assertTrue(is_object($sg));
$sgmirror = $rs->servers->securityGroups->get($sg->id);
$this->assertNotEmpty($sgmirror);
$this->assertEquals($sg->id, $sgmirror->id);
unset($sgmirror);
$sgrule = $rs->servers->securityGroups->addRule(array("ip_protocol" => "tcp", "from_port" => "80", "to_port" => "8080", "cidr" => "0.0.0.0/0", "parent_group_id" => $sg->id));
$this->assertNotEmpty($sgrule);
$this->assertTrue(is_object($sgrule));
$this->assertEquals($sg->id, $sgrule->parent_group_id);
$ret = $rs->servers->securityGroups->deleteRule($sgrule->id);
$this->assertTrue($ret);
unset($sgrule);
$ret = $rs->servers->securityGroups->delete($sg->id);
$this->assertTrue($ret);
}
//Create image test
$imageId = $rs->servers->images->create($srv->id, self::getTestName('image'));
$this->assertTrue(is_string($imageId));
//It requires ACTIVE state of server
// $res = $rs->servers->resizeServer($srv->id, $srv->name, '3');
// $this->assertTrue($res);
// $res = $rs->servers->confirmResizedServer($srv->id);
// $this->assertTrue($res);
$ret = $rs->servers->images->delete($imageId);
$this->assertTrue($ret);
//Update server test
$renamedDetails = $rs->servers->updateServer($srv->id, self::getTestServerName('renamed'));
$this->assertInstanceOf('stdClass', $renamedDetails);
$this->assertEquals(self::getTestServerName('renamed'), $renamedDetails->server->name);
unset($renamedDetails);
//Delete Server test
$ret = $rs->servers->deleteServer($srv->id);
$this->assertTrue($ret);
}
/**
* {@inheritdoc}
* @see \Scalr\Modules\PlatformModuleInterface::LaunchServer()
*/
public function LaunchServer(DBServer $DBServer, \Scalr_Server_LaunchOptions $launchOptions = null)
{
$config = \Scalr::getContainer()->config;
$environment = $DBServer->GetEnvironmentObject();
$governance = new \Scalr_Governance($environment->id);
if (!$launchOptions) {
$launchOptions = new \Scalr_Server_LaunchOptions();
$DBRole = $DBServer->GetFarmRoleObject()->GetRoleObject();
$launchOptions->imageId = $DBRole->__getNewRoleObject()->getImage($this->platform, $DBServer->GetCloudLocation())->imageId;
$launchOptions->serverType = $DBServer->GetFarmRoleObject()->GetSetting(Entity\FarmRoleSetting::INSTANCE_TYPE);
$launchOptions->cloudLocation = $DBServer->GetFarmRoleObject()->CloudLocation;
$launchOptions->userData = $DBServer->GetCloudUserData();
$launchOptions->userData['region'] = $launchOptions->cloudLocation;
$launchOptions->userData['vzc.adminpassword'] = \Scalr::GenerateRandomKey(20);
$launchOptions->userData['platform'] = \SERVER_PLATFORMS::VERIZON;
// Apply tags
$launchOptions->userData = array_merge($DBServer->getOpenstackTags(), $launchOptions->userData);
$launchOptions->networks = @json_decode($DBServer->GetFarmRoleObject()->GetSetting(Entity\FarmRoleSetting::OPENSTACK_NETWORKS));
$gevernanceNetworks = $governance->getValue($this->platform, 'openstack.networks');
if (count($launchOptions->networks) == 0 && $gevernanceNetworks) {
$launchOptions->networks = $gevernanceNetworks[$launchOptions->cloudLocation];
}
foreach ($launchOptions->userData as $k => $v) {
if (!$v) {
unset($launchOptions->userData[$k]);
}
}
$launchOptions->architecture = 'x86_64';
$isWindows = $DBServer->osType == 'windows' || $DBRole->getOs()->family == 'windows';
$customUserData = $DBServer->GetFarmRoleObject()->GetSetting('base.custom_user_data');
$serverNameFormat = $governance->getValue($DBServer->platform, \Scalr_Governance::OPENSTACK_INSTANCE_NAME_FORMAT);
if (!$serverNameFormat) {
$serverNameFormat = $DBServer->GetFarmRoleObject()->GetSetting(\Scalr_Role_Behavior::ROLE_INSTANCE_NAME_FORMAT);
}
} else {
$launchOptions->userData = array();
$customUserData = false;
if (!$launchOptions->networks) {
$launchOptions->networks = array();
}
$isWindows = $DBServer->osType == 'windows';
}
$client = $this->getOsClient($environment, $launchOptions->cloudLocation);
// Prepare user data
$u_data = "";
foreach ($launchOptions->userData as $k => $v) {
$u_data .= "{$k}={$v};";
}
$u_data = trim($u_data, ";");
if ($customUserData) {
$repos = $DBServer->getScalarizrRepository();
$extProperties["user_data"] = base64_encode(str_replace(array('{SCALR_USER_DATA}', '{RPM_REPO_URL}', '{DEB_REPO_URL}'), array($u_data, $repos['rpm_repo_url'], $repos['deb_repo_url']), $customUserData));
}
$personality = new PersonalityList();
if ($isWindows) {
$personality->append(new Personality('C:\\Program Files\\Scalarizr\\etc\\private.d\\.user-data', base64_encode($u_data)));
} else {
$personality->append(new Personality('/etc/scalr/private.d/.user-data', base64_encode($u_data)));
}
//TODO: newtorks
$networks = new NetworkList();
foreach ((array) $launchOptions->networks as $network) {
if ($network) {
$networks->append(new Network($network));
}
}
//$osUserData = null;
$osPersonality = null;
$userDataMethod = 'meta-data';
$osPersonality = null;
$userDataMethod = $config->defined("scalr.{$this->platform}.user_data_method") ? $config("scalr.{$this->platform}.user_data_method") : null;
if (!$userDataMethod || $userDataMethod == 'both' || $userDataMethod == 'personality') {
$osPersonality = $personality;
}
if (!$userDataMethod || $userDataMethod == 'both' || $userDataMethod == 'meta-data' || $isWindows) {
$osUserData = $launchOptions->userData;
}
$serverName = $serverNameFormat ? $DBServer->applyGlobalVarsToValue($serverNameFormat) : $DBServer->serverId;
try {
$result = $client->servers->createServer($serverName, $launchOptions->serverType, $launchOptions->imageId, null, $osUserData, $osPersonality, $networks, $extProperties);
$instanceTypeInfo = $this->getInstanceType($launchOptions->serverType, $environment, $launchOptions->cloudLocation);
/* @var $instanceTypeInfo CloudInstanceType */
$DBServer->SetProperties([\OPENSTACK_SERVER_PROPERTIES::SERVER_ID => $result->id, \OPENSTACK_SERVER_PROPERTIES::IMAGE_ID => $launchOptions->imageId, \OPENSTACK_SERVER_PROPERTIES::ADMIN_PASS => $launchOptions->userData['vzc.adminpassword'] ? $launchOptions->userData['vzc.adminpassword'] : $result->adminPass, \OPENSTACK_SERVER_PROPERTIES::NAME => $DBServer->serverId, \SERVER_PROPERTIES::ARCHITECTURE => $launchOptions->architecture, \OPENSTACK_SERVER_PROPERTIES::CLOUD_LOCATION => $launchOptions->cloudLocation, \SERVER_PROPERTIES::SYSTEM_USER_DATA_METHOD => $userDataMethod, \SERVER_PROPERTIES::INFO_INSTANCE_VCPUS => $instanceTypeInfo ? $instanceTypeInfo->vcpus : null]);
if ($DBServer->farmRoleId) {
$ipPool = $DBServer->GetFarmRoleObject()->GetSetting(Entity\FarmRoleSetting::OPENSTACK_IP_POOL);
if ($ipPool) {
$DBServer->SetProperty(\SERVER_PROPERTIES::SYSTEM_IGNORE_INBOUND_MESSAGES, 1);
}
}
$params = ['type' => $launchOptions->serverType];
if ($instanceTypeInfo) {
$params['instanceTypeName'] = $instanceTypeInfo->name;
}
$DBServer->setOsType($isWindows ? 'windows' : 'linux');
$DBServer->cloudLocation = $launchOptions->cloudLocation;
$DBServer->cloudLocationZone = "";
// Not supported by openstack
$DBServer->imageId = $launchOptions->imageId;
$DBServer->update($params);
// we set server history here
$DBServer->getServerHistory()->update(['cloudServerId' => $result->id]);
return $DBServer;
} catch (\Exception $e) {
throw new \Exception(sprintf(_("Cannot launch new instance. %s"), $e->getMessage()));
}
}
/**
* @test
* @dataProvider providerRs
*/
public function testFunctionalOpenStack($platform, $region, $imageId)
{
if ($this->isSkipFunctionalTests()) {
$this->markTestSkipped();
}
/* @var $rs OpenStack */
if ($this->getContainer()->environment->isPlatformEnabled($platform)) {
$rs = $this->getContainer()->openstack($platform, $region);
// $rs->setDebug();
$this->assertInstanceOf($this->getOpenStackClassName('OpenStack'), $rs);
} else {
//Environment has not been activated yet.
$this->markTestSkipped(sprintf('Environment for the "%s" platform has not been activated.', $platform));
}
$os = $this->getContainer()->openstack($platform, 'INVALID-REGION-TEST');
try {
$ext = $os->servers->listExtensions();
unset($os);
$this->assertTrue(false, 'An exception must be thrown in this test');
} catch (OpenStackException $e) {
$this->assertTrue(true);
}
unset($os);
//Activates rest client debug output
$one = $rs->servers;
$this->assertInstanceOf($this->getOpenStackClassName('Services\\ServersService'), $one);
$two = $rs->servers;
$this->assertInstanceOf($this->getOpenStackClassName('Services\\ServersService'), $two);
$this->assertSame($one, $two, 'Service interface is expected to be cached within each separate OpenStack instance.');
$aZones = $rs->listZones();
$this->assertNotEmpty($aZones);
unset($aZones);
//List tenants test
$tenants = $rs->listTenants();
$this->assertNotEmpty($tenants);
$this->assertTrue(is_array($tenants));
unset($tenants);
//Get Limits test
$limits = $rs->servers->getLimits();
$this->assertTrue(is_object($limits));
unset($limits);
$aExtensions = $rs->servers->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
$aExtensions = $rs->volume->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
$hasNetwork = $rs->hasService(OpenStack::SERVICE_NETWORK);
if ($platform != SERVER_PLATFORMS::ECS && $hasNetwork) {
$aExtensions = $rs->network->listExtensions();
$this->assertTrue(is_array($aExtensions));
unset($aExtensions);
//Quantum API tests
$testNetworkName = self::getTestName(self::NAME_NETWORK);
$testSubnetName = self::getTestName(self::NAME_SUBNET);
$testPortName = self::getTestName(self::NAME_PORT);
$testRouterName = self::getTestName(self::NAME_ROUTER);
//ListNetworks test
$networks = $rs->network->networks->list(null, array('status' => 'ACTIVE', 'shared' => false));
$this->assertInternalType('array', $networks);
if (isset($networks[0])) {
$this->assertInternalType('object', $networks[0]);
$this->assertNotEmpty($networks[0]->id);
//Show Network test
$network = $rs->network->networks->list($networks[0]->id);
$this->assertEquals($networks[0], $network);
unset($network);
}
unset($networks);
//ListSubnets test
$subnets = $rs->network->subnets->list();
$this->assertInternalType('array', $subnets);
if (isset($subnets[0])) {
$this->assertInternalType('object', $subnets[0]);
$this->assertNotEmpty($subnets[0]->id);
//Show Subnet test
$subnet = $rs->network->subnets->list($subnets[0]->id);
$this->assertEquals($subnets[0], $subnet);
unset($subnet);
}
unset($subnets);
//ListPorts test
$ports = $rs->network->ports->list();
$this->assertInternalType('array', $ports);
if (isset($ports[0])) {
$this->assertInternalType('object', $ports[0]);
$this->assertNotEmpty($ports[0]->id);
//Show Port test
$port = $rs->network->ports->list($ports[0]->id);
$this->assertEquals($ports[0], $port);
unset($port);
}
unset($ports);
//Tries to find the ports that were created recently by this test
//but hadn't been removed at any reason.
$ports = $rs->network->ports->list(null, array('name' => array($testPortName, $testPortName . '1')));
foreach ($ports as $port) {
//Removes previously created ports
$rs->network->ports->delete($port->id);
}
unset($ports);
//Tries to find the networks that were created recently by this test
//but hadn't been removed at any reason.
$networks = $rs->network->networks->list(null, array('name' => $testNetworkName));
foreach ($networks as $network) {
//Removes previously created networks
$rs->network->networks->update($network->id, null, false);
//Trying to remove allocated ports
$portsToRemove = $rs->network->ports->list(null, array('networkId' => $network->id));
foreach ($portsToRemove as $p) {
if (isset($p->device_owner) && isset($p->device_id) && $p->device_owner == 'network:router_interface') {
$rs->network->ports->update($p->id, array('admin_state_up' => false));
$rs->network->routers->removeInterface($p->device_id, null, $p->id);
}
}
$rs->network->networks->delete($network->id);
}
unset($networks);
//Tries to find the subnets that where created by this test but hadn't been removed yet.
$subnets = $rs->network->subnets->list(null, array('name' => array($testSubnetName, $testSubnetName . '1')));
$this->assertInternalType('array', $subnets);
foreach ($subnets as $subnet) {
//Removes previously created subnets
$rs->network->subnets->delete($subnet->id);
}
//Creates new network
$network = $rs->network->networks->create($testNetworkName, false, false);
$this->assertInternalType('object', $network);
$this->assertNotEmpty($network->id);
$this->assertEquals(false, $network->admin_state_up);
$this->assertEquals(false, $network->shared);
//Updates newtork state
$network = $rs->network->networks->update($network->id, null, true);
$this->assertInternalType('object', $network);
$this->assertEquals(true, $network->admin_state_up);
//Creates subnet
$subnet = $rs->network->subnets->create(array('network_id' => $network->id, 'cidr' => '10.0.3.0/24', 'name' => $testSubnetName, 'allocation_pools' => array(new AllocationPool('10.0.3.20', '10.0.3.22'))));
$this->assertInternalType('object', $subnet);
$this->assertEquals($testSubnetName, $subnet->name);
$this->assertNotEmpty($subnet->id);
$this->assertInternalType('array', $subnet->allocation_pools);
$this->assertNotEmpty($subnet->allocation_pools);
$this->assertEquals('10.0.3.22', $subnet->allocation_pools[0]->end);
//Updates the subnet
$subnet = $rs->network->subnets->update($subnet->id, array('name' => $testSubnetName . '1'));
$this->assertInternalType('object', $subnet);
$this->assertNotEmpty($subnet->name);
$this->assertEquals($testSubnetName . '1', $subnet->name);
//Creates port
//Let's use object here
$req = new CreatePort($network->id);
$req->name = $testPortName;
//You may pass object aw well as array
$port = $rs->network->ports->create($req);
$this->assertInternalType('object', $port);
$this->assertEquals($network->id, $port->network_id);
$this->assertEquals($testPortName, $port->name);
$this->assertNotEmpty($port->id);
//Updates port
$port = $rs->network->ports->update($port->id, array('name' => $testPortName . '1'));
$this->assertInternalType('object', $port);
$this->assertEquals($testPortName . '1', $port->name);
//Quantum L3 Router related tests
if ($rs->network->isExtensionSupported(NetworkExtension::quantumL3Router())) {
//ListRouters test
$routers = $rs->network->routers->list(null, array('status' => array('ACTIVE', 'PENDING')), array('id', 'name'));
$this->assertInternalType('array', $routers);
foreach ($routers as $r) {
$router = $rs->network->routers->list($r->id);
$this->assertInternalType('object', $router);
if ($r->name == $testRouterName) {
//Removes the router which is created by phpunit test before and is still alive by any reason.
//It requires all internal interfaces to be removed from router.
$ret = $rs->network->routers->delete($r->id);
$this->assertTrue($ret);
}
}
unset($routers);
//Creates router
$router = $rs->network->routers->create(new CreateRouter($testRouterName));
$this->assertInternalType('object', $router);
$this->assertObjectHasAttribute('name', $router);
$this->assertNotEmpty($router->name);
$this->assertEquals($testRouterName, $router->name);
$this->assertObjectHasAttribute('id', $router);
$this->assertNotEmpty($router->id);
$this->assertObjectHasAttribute('admin_state_up', $router);
$this->assertTrue($router->admin_state_up);
//Updates the router
$r2 = $rs->network->routers->update($router->id, array('admin_state_up' => false));
$this->assertInternalType('object', $r2);
$this->assertObjectHasAttribute('admin_state_up', $r2);
$this->assertEquals(false, $r2->admin_state_up);
//Adds interface to router
$routerInterface1 = $rs->network->routers->addInterface($router->id, $subnet->id);
$this->assertInternalType('object', $routerInterface1);
$this->assertObjectHasAttribute('subnet_id', $routerInterface1);
$this->assertEquals($subnet->id, $routerInterface1->subnet_id);
$this->assertObjectHasAttribute('port_id', $routerInterface1);
//Removes interface from router
$obj = $rs->network->routers->removeInterface($router->id, $subnet->id);
// It returns nothing NULL
// $this->assertInternalType('object', $obj);
// $this->assertObjectHasAttribute('subnet_id', $obj);
// $this->assertEquals($subnet->id, $obj->subnet_id);
// $this->assertObjectHasAttribute('port_id', $obj);
// unset($obj);
//Removes router
$ret = $rs->network->routers->delete($router->id);
$this->assertTrue($ret);
unset($router);
}
//Removes port
$ret = $rs->network->ports->delete($port->id);
$this->assertTrue($ret);
//Removes subnet
$ret = $rs->network->subnets->delete($subnet->id);
$this->assertTrue($ret);
//Removes created network
$rs->network->networks->update($network->id, null, false);
$ret = $rs->network->networks->delete($network->id);
$this->assertTrue($ret);
unset($network);
}
//List snapshots test
$snList = $rs->volume->snapshots->list();
$this->assertTrue(is_array($snList));
foreach ($snList as $v) {
if ($v->display_name == self::getTestSnapshotName()) {
$rs->volume->snapshots->delete($v->id);
}
}
unset($snList);
//List Volume Types test
$volumeTypes = $rs->volume->listVolumeTypes();
$this->assertTrue(is_array($volumeTypes));
foreach ($volumeTypes as $v) {
$volumeTypeDesc = $rs->volume->getVolumeType($v->id);
$this->assertTrue(is_object($volumeTypeDesc));
unset($volumeTypeDesc);
break;
}
//List Volumes test
$aVolumes = $rs->volume->listVolumes();
$this->assertTrue(is_array($aVolumes));
foreach ($aVolumes as $v) {
if ($v->display_name == self::getTestVolumeName()) {
if (in_array($v->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR))) {
$ret = $rs->volume->deleteVolume($v->id);
}
}
}
//Create Volume test
$volume = $rs->volume->createVolume(self::VOLUME_SIZE, self::getTestVolumeName());
$this->assertTrue(is_object($volume));
$this->assertNotEmpty($volume->id);
for ($t = time(), $s = 1; time() - $t < 300 && !in_array($volume->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR)); $s += 5) {
sleep($s);
$volume = $rs->volume->getVolume($volume->id);
$this->assertTrue(is_object($volume));
$this->assertNotEmpty($volume->id);
}
$this->assertContains($volume->status, array(VolumeStatus::STATUS_AVAILABLE, VolumeStatus::STATUS_ERROR));
// //Create snapshot test
// //WARNING! It takes too long time.
// $snap = $rs->volume->snapshots->create($volume->id, self::getTestSnapshotName());
// $this->assertTrue(is_object($snap));
// $this->assertNotEmpty($snap->id);
// for ($t = time(), $s = 1; (time() - $t) < 600 && !in_array($snap->status, array('available', 'error')); $s += 5) {
// sleep($s);
// $snap = $rs->volume->snapshots->get($snap->id);
// $this->assertNotEmpty($snap->id);
// }
// $this->assertContains($snap->status, array('available', 'error'));
// //Delete snapshot test
// $ret = $rs->volume->snapshots->delete($snap->id);
// $this->assertTrue($ret);
// unset($snap);
// sleep(5);
//Delete Volume test
$ret = $rs->volume->deleteVolume($volume->id);
$this->assertTrue($ret);
unset($volume);
sleep(5);
$pool = null;
if ($rs->servers->isExtensionSupported(ServersExtension::floatingIpPools())) {
$aFloatingIpPools = $rs->servers->listFloatingIpPools();
$this->assertTrue(is_array($aFloatingIpPools));
foreach ($aFloatingIpPools as $v) {
$pool = $v->name;
break;
}
$this->assertNotNull($pool);
unset($aFloatingIpPools);
}
if ($rs->servers->isExtensionSupported(ServersExtension::floatingIps())) {
$this->assertNotNull($pool);
$aFloatingIps = $rs->servers->floatingIps->list();
$this->assertTrue(is_array($aFloatingIps));
foreach ($aFloatingIps as $v) {
$r = $rs->servers->floatingIps->get($v->id);
$this->assertTrue(is_object($r));
break;
}
unset($aFloatingIps);
//default pool for rackspase is 'nova'
$fip = $rs->servers->floatingIps->create($pool);
$this->assertTrue(is_object($fip));
$r = $rs->servers->floatingIps->delete($fip->id);
$this->assertTrue($r);
try {
//Verifies that ip has been successfully removed
$res = $rs->servers->floatingIps->get($fip->id);
$this->assertTrue(false, 'Exception must be thrown here');
} catch (RestClientException $e) {
if ($e->error->code == 404) {
$this->assertTrue(true);
} else {
//OpenStack Grizzly fails with 500 error code.
//throw $e;
}
}
unset($fip);
}
//List flavors test
$flavorsList = $listFlavors = $rs->servers->listFlavors();
$this->assertTrue(is_array($flavorsList));
$flavorId = null;
foreach ($flavorsList as $v) {
$flavorId = $v->id;
break;
}
$this->assertNotNull($flavorId);
unset($flavorsList);
//List servers test
$ret = $rs->servers->list();
$this->assertTrue(is_array($ret));
if (!empty($ret)) {
foreach ($ret as $v) {
if ($v->name == self::getTestServerName() || $v->name == self::getTestServerName('renamed')) {
//Removes servers
try {
$rs->servers->deleteServer($v->id);
} catch (RestClientException $e) {
echo $e->getMessage() . "\n";
}
}
}
}
$personality = new PersonalityList();
$personality->append(new Personality('/etc/scalr/private.d/.user-data', base64_encode('super data')));
$personality->append(new Personality('/etc/.scalr-user-data', base64_encode('super data')));
$netList = null;
//Create server test
$srv = $rs->servers->createServer(self::getTestServerName(), $flavorId, $imageId, null, null, $personality, $netList);
$this->assertInstanceOf('stdClass', $srv);
$srv = $rs->servers->getServerDetails($srv->id);
$this->assertInstanceOf('stdClass', $srv);
$this->assertNotEmpty($srv->status);
for ($t = time(), $s = 10; time() - $t < 600 && !in_array($srv->status, array('ACTIVE', 'ERROR')); $s += 1) {
sleep($s);
$srv = $rs->servers->getServerDetails($srv->id);
}
$this->assertContains($srv->status, array('ACTIVE', 'ERROR'));
if ($rs->servers->isExtensionSupported(ServersExtension::consoleOutput())) {
$consoleOut = $rs->servers->getConsoleOutput($srv->id, 50);
}
//List Addresses test
$addresses = $rs->servers->listAddresses($srv->id);
$this->assertTrue(is_object($addresses));
//Get server details test
$srvDetails = $rs->servers->getServerDetails($srv->id);
$this->assertInstanceOf('stdClass', $srvDetails);
unset($srvDetails);
//Images List test
$imagesList = $rs->servers->images->list();
$this->assertTrue(is_array($imagesList));
foreach ($imagesList as $img) {
if ($img->name == self::getTestName('image')) {
$rs->servers->images->delete($img->id);
}
$imageDetails = $rs->servers->images->get($img->id);
$this->assertTrue(is_object($imageDetails));
unset($imageDetails);
break;
}
unset($imagesList);
//Keypairs extension test
if ($rs->servers->isExtensionSupported(ServersExtension::keypairs())) {
$aKeypairs = $rs->servers->keypairs->list();
$this->assertTrue(is_array($aKeypairs));
foreach ($aKeypairs as $v) {
if ($v->keypair->name == self::getTestName('key')) {
$rs->servers->keypairs->delete($v->keypair->name);
}
}
unset($aKeypairs);
$kp = $rs->servers->keypairs->create(self::getTestName('key'));
$this->assertNotEmpty($kp);
$this->assertTrue(is_object($kp));
$kptwin = $rs->servers->keypairs->get($kp->name);
$this->assertNotEmpty($kptwin);
$this->assertEquals($kp->public_key, $kptwin->public_key);
unset($kptwin);
$res = $rs->servers->keypairs->delete($kp->name);
$this->assertTrue($res);
unset($kp);
}
//Security Groups extension test
if ($rs->servers->isExtensionSupported(ServersExtension::securityGroups())) {
$listSecurityGroups = $rs->servers->securityGroups->list();
$this->assertTrue(is_array($listSecurityGroups));
foreach ($listSecurityGroups as $v) {
if ($v->name == self::getTestName('security-group')) {
$rs->servers->securityGroups->delete($v->id);
}
}
unset($listSecurityGroups);
$listForSpecificServer = $rs->servers->securityGroups->list($srv->id);
$this->assertTrue(is_array($listForSpecificServer));
unset($listForSpecificServer);
$sg = $rs->servers->securityGroups->create(self::getTestName('security-group'), 'This is phpunit security group test.');
$this->assertNotEmpty($sg);
$this->assertTrue(is_object($sg));
$sgmirror = $rs->servers->securityGroups->get($sg->id);
$this->assertNotEmpty($sgmirror);
$this->assertEquals($sg->id, $sgmirror->id);
unset($sgmirror);
$sgrule = $rs->servers->securityGroups->addRule(array("ip_protocol" => "tcp", "from_port" => "80", "to_port" => "8080", "cidr" => "0.0.0.0/0", "parent_group_id" => $sg->id));
$this->assertNotEmpty($sgrule);
$this->assertTrue(is_object($sgrule));
$this->assertEquals($sg->id, $sgrule->parent_group_id);
$ret = $rs->servers->securityGroups->deleteRule($sgrule->id);
$this->assertTrue($ret);
unset($sgrule);
$ret = $rs->servers->securityGroups->delete($sg->id);
$this->assertTrue($ret);
}
//Create image test
$imageId = $rs->servers->images->create($srv->id, self::getTestName('image'));
$this->assertTrue(is_string($imageId));
//It requires ACTIVE state of server
// $res = $rs->servers->resizeServer($srv->id, $srv->name, '3');
// $this->assertTrue($res);
// $res = $rs->servers->confirmResizedServer($srv->id);
// $this->assertTrue($res);
$ret = $rs->servers->images->delete($imageId);
$this->assertTrue($ret);
//Update server test
$renamedDetails = $rs->servers->updateServer($srv->id, self::getTestServerName('renamed'));
$this->assertInstanceOf('stdClass', $renamedDetails);
$this->assertEquals(self::getTestServerName('renamed'), $renamedDetails->server->name);
unset($renamedDetails);
//Delete Server test
$ret = $rs->servers->deleteServer($srv->id);
$this->assertTrue($ret);
}