/**
* @test
*/
public function testConstruction()
{
$r = new RunInstancesRequestData('image-id', 1, 3);
$r->clientToken = 'client-token';
$r->disableApiTermination = true;
$r->instanceInitiatedShutdownBehavior = 'stop';
$r->setInstanceType('t1.micro');
$r->kernelId = 'kernel-id';
$r->keyName = 'key-name';
$r->privateIpAddress = 'private-ip-address-ex';
$r->ramdiskId = 'ramdisk-id';
$r->subnetId = 'subnet-id';
$r->userData = 'user-data';
$ebs = new EbsBlockDeviceData();
$ebs->deleteOnTermination = false;
$ebs->iops = 12;
$ebs->snapshotId = 'snapshot-id';
$ebs->volumeSize = 10;
$ebs->volumeType = 'standard';
$bdm = new BlockDeviceMappingData();
$bdm->deviceName = 'device-name-1';
$bdm->ebs = $ebs;
$bdm->noDevice = '';
$bdm->setVirtualName('virtual-name');
$r->setBlockDeviceMapping($bdm);
$r->setIamInstanceProfile(new IamInstanceProfileRequestData('arn', 'name'));
$r->setMonitoring(new MonitoringInstanceData(true));
$ni = new InstanceNetworkInterfaceSetRequestData();
$ni->deleteOnTermination = true;
$ni->description = 'description-1';
$ni->deviceIndex = 1;
$ni->networkInterfaceId = 'network-interface-id';
$ni->privateIpAddress = 'private-ip-address';
$ni->privateIpAddresses = array(array('primary' => false, 'privateIpAddress' => '10.10.0.1'), array('primary' => true, 'privateIpAddress' => '10.10.0.2'));
$ni->securityGroupId = array(array('groupId' => 'security-group-id-1'), array('groupId' => 'security-group-id-2'));
$ni->secondaryPrivateIpAddressCount = 2;
$ni2 = clone $ni;
$ni2->description = 'description-2';
$ni2->deviceIndex = 2;
$r->setNetworkInterface(array($ni, $ni2));
$r->setSecurityGroup(array('security-group-name-1', 'security-group-name-2'));
$r->setSecurityGroupId(array('security-group-id-1', 'security-group-id-2'));
$r->setPlacement(new PlacementResponseData('availability-zone', 'group-name', 'tenancy'));
$this->assertEquals('image-id', $r->imageId);
$this->assertEquals($r->imageId, $r->getImageId());
$this->assertEquals(1, $r->minCount);
$this->assertEquals($r->minCount, $r->getMinCount());
$this->assertEquals(3, $r->maxCount);
$this->assertEquals($r->maxCount, $r->getMaxCount());
$fxtr = array('ImageId' => 'image-id', 'MinCount' => '1', 'MaxCount' => '3', 'KeyName' => 'key-name', 'UserData' => 'user-data', 'InstanceType' => 't1.micro', 'KernelId' => 'kernel-id', 'RamdiskId' => 'ramdisk-id', 'SubnetId' => 'subnet-id', 'DisableApiTermination' => 'true', 'InstanceInitiatedShutdownBehavior' => 'stop', 'PrivateIpAddress' => 'private-ip-address-ex', 'ClientToken' => 'client-token', 'SecurityGroupId.1' => 'security-group-id-1', 'SecurityGroupId.2' => 'security-group-id-2', 'SecurityGroup.1' => 'security-group-name-1', 'SecurityGroup.2' => 'security-group-name-2', 'Placement.AvailabilityZone' => 'availability-zone', 'Placement.GroupName' => 'group-name', 'Placement.Tenancy' => 'tenancy', 'BlockDeviceMapping.1.DeviceName' => 'device-name-1', 'BlockDeviceMapping.1.VirtualName' => 'virtual-name', 'BlockDeviceMapping.1.NoDevice' => '', 'BlockDeviceMapping.1.Ebs.SnapshotId' => 'snapshot-id', 'BlockDeviceMapping.1.Ebs.VolumeSize' => '10', 'BlockDeviceMapping.1.Ebs.DeleteOnTermination' => 'false', 'BlockDeviceMapping.1.Ebs.VolumeType' => 'standard', 'BlockDeviceMapping.1.Ebs.Iops' => '12', 'Monitoring.Enabled' => 'true', 'NetworkInterface.1.NetworkInterfaceId' => 'network-interface-id', 'NetworkInterface.1.DeviceIndex' => '1', 'NetworkInterface.1.Description' => 'description-1', 'NetworkInterface.1.PrivateIpAddress' => 'private-ip-address', 'NetworkInterface.1.SecurityGroupId.1' => 'security-group-id-1', 'NetworkInterface.1.SecurityGroupId.2' => 'security-group-id-2', 'NetworkInterface.1.DeleteOnTermination' => 'true', 'NetworkInterface.1.PrivateIpAddresses.1.Primary' => 'false', 'NetworkInterface.1.PrivateIpAddresses.1.PrivateIpAddress' => '10.10.0.1', 'NetworkInterface.1.PrivateIpAddresses.2.Primary' => 'true', 'NetworkInterface.1.PrivateIpAddresses.2.PrivateIpAddress' => '10.10.0.2', 'NetworkInterface.1.SecondaryPrivateIpAddressCount' => '2', 'NetworkInterface.2.NetworkInterfaceId' => 'network-interface-id', 'NetworkInterface.2.DeviceIndex' => '2', 'NetworkInterface.2.Description' => 'description-2', 'NetworkInterface.2.PrivateIpAddress' => 'private-ip-address', 'NetworkInterface.2.SecurityGroupId.1' => 'security-group-id-1', 'NetworkInterface.2.SecurityGroupId.2' => 'security-group-id-2', 'NetworkInterface.2.DeleteOnTermination' => 'true', 'NetworkInterface.2.PrivateIpAddresses.1.Primary' => 'false', 'NetworkInterface.2.PrivateIpAddresses.1.PrivateIpAddress' => '10.10.0.1', 'NetworkInterface.2.PrivateIpAddresses.2.Primary' => 'true', 'NetworkInterface.2.PrivateIpAddresses.2.PrivateIpAddress' => '10.10.0.2', 'NetworkInterface.2.SecondaryPrivateIpAddressCount' => '2', 'IamInstanceProfile.Arn' => 'arn', 'IamInstanceProfile.Name' => 'name');
$this->assertEquals($fxtr, $r->getQueryArrayBare());
}
/**
* @test
* @depends testFunctionalEc2
*/
public function testFunctionalVpc()
{
$this->skipIfEc2PlatformDisabled();
$aws = $this->getContainer()->aws(AwsTestCase::REGION);
$aws->ec2->enableEntityManager();
$nameTag = new ResourceTagSetData(self::TAG_NAME_KEY, self::getTestName(self::NAME_TAG_VALUE));
$ret = $aws->ec2->describeAccountAttributes(array('supported-platforms', 'default-vpc'));
$this->assertInstanceOf($this->getEc2ClassName('DataType\\AccountAttributeSetList'), $ret);
unset($ret);
//Removes previously created route tables if they exist.
$rtList = $aws->ec2->routeTable->describe(null, array(array('name' => RouteTableFilterNameType::tagName(), 'value' => self::getTestName(self::NAME_TAG_VALUE))));
$this->assertInstanceOf($this->getEc2ClassName('DataType\\RouteTableList'), $rtList);
foreach ($rtList as $rt) {
/* @var $rt RouteTableData */
foreach ($rt->routeSet as $route) {
/* @var $route RouteData */
try {
$route->delete();
} catch (ClientException $e) {
}
}
foreach ($rt->associationSet as $rtassoc) {
try {
$rtassoc->disassociate();
} catch (ClientException $e) {
}
}
$rt->delete();
}
unset($rtList);
//Removes previously created Network Interfaces if they have not been removed during past test executions.
$eniList = $aws->ec2->networkInterface->describe(null, array(array('name' => NetworkInterfaceFilterNameType::tag(self::TAG_NAME_KEY), 'value' => self::getTestName(self::NAME_TAG_VALUE))));
$this->assertInstanceOf($this->getEc2ClassName('DataType\\NetworkInterfaceList'), $eniList);
foreach ($eniList as $v) {
$v->delete();
}
unset($eniList);
$subnetList = $aws->ec2->subnet->describe(null, array(array('name' => SubnetFilterNameType::tag(self::TAG_NAME_KEY), 'value' => self::getTestName(self::NAME_TAG_VALUE))));
$this->assertInstanceOf($this->getEc2ClassName('DataType\\SubnetList'), $subnetList);
foreach ($subnetList as $subnet) {
/* @var $subnet SubnetData */
$subnet->delete();
}
unset($subnetList);
//Removes previously created Internet Gateways which has not been removed during previous test run.
$igwList = $aws->ec2->internetGateway->describe(null, array(array('name' => InternetGatewayFilterNameType::tag(self::TAG_NAME_KEY), 'value' => self::getTestName(self::NAME_TAG_VALUE))));
$this->assertInstanceOf($this->getEc2ClassName('DataType\\InternetGatewayList'), $igwList);
foreach ($igwList as $igw) {
/* @var $igw InternetGatewayData */
if (count($igw->attachmentSet)) {
//Detaches previously attachet VPC
$igw->attachmentSet->get(0)->detach();
for ($t = time(); time() - $t < 100 && !empty($igw->attachmentSet[0]) && $igw->attachmentSet[0]->state == InternetGatewayAttachmentData::STATE_DETACHING; sleep(3)) {
$igw = $igw->refresh();
}
}
//Deletes previously created internet gateways
$igw->delete();
}
unset($igwList);
//We should be assured that group which is used for the test does not exists
$list = $aws->ec2->securityGroup->describe(null, null, new SecurityGroupFilterData(SecurityGroupFilterNameType::groupName(), self::getTestName(self::NAME_SECURITY_GROUP_VPC)));
if (count($list) > 0) {
foreach ($list as $v) {
$v->delete();
}
}
unset($list);
//Describes VPC
$vpcList = $aws->ec2->vpc->describe(null, array(array('name' => VpcFilterNameType::tag(self::TAG_NAME_KEY), 'value' => self::getTestName(self::NAME_TAG_VALUE))));
$this->assertInstanceOf($this->getEc2ClassName('DataType\\VpcList'), $vpcList);
//We should remove VPC which has not been removed by some reason.
foreach ($vpcList as $vpc) {
$vpc->delete();
unset($vpc);
}
unset($vpcList);
//Creates VPC
$vpc = $aws->ec2->vpc->create('10.0.0.0/16');
$this->assertInstanceOf($this->getEc2ClassName('DataType\\VpcData'), $vpc);
for ($t = time(); time() - $t < 600 && $vpc->state !== VpcData::STATE_AVAILABLE;) {
sleep(5);
$vpc = $vpc->refresh();
}
$this->assertTrue($vpc->state == VpcData::STATE_AVAILABLE);
$ret = $vpc->createTags($nameTag);
$this->assertTrue($ret);
//Creates an VPC Security group
$securityGroupId = $aws->ec2->securityGroup->create(self::getTestName(self::NAME_SECURITY_GROUP_VPC), self::getTestName(self::NAME_SECURITY_GROUP_VPC) . ' description', $vpc->vpcId);
$this->assertNotEmpty($securityGroupId);
sleep(2);
$sg = $aws->ec2->securityGroup->describe(null, $securityGroupId)->get(0);
$this->assertInstanceOf($this->getEc2ClassName('DataType\\SecurityGroupData'), $sg);
//Authorizes security group Egress
//Example, how to construct the list with arrays
$ipperm3array = array(array('ipProtocol' => 'tcp', 'fromPort' => 80, 'toPort' => 80, 'ipRanges' => array(array('cidrIp' => '192.0.2.0/24'), array('cidrIp' => '198.51.100.0/24'))));
$ipperm3 = new IpPermissionList($ipperm3array);
$this->assertInstanceOf($this->getEc2ClassName('DataType\\IpPermissionData'), $ipperm3->get(0));
$this->assertInstanceOf($this->getEc2ClassName('DataType\\IpRangeList'), $ipperm3->get(0)->ipRanges);
$this->assertEquals(2, $ipperm3->get(0)->ipRanges->count());
$this->assertEquals('192.0.2.0/24', $ipperm3->get(0)->ipRanges->get(0)->cidrIp);
$this->assertEquals('198.51.100.0/24', $ipperm3->get(0)->ipRanges->get(1)->cidrIp);
//The same can be produced in the another way
$ipperm4 = new IpPermissionList(new IpPermissionData('tcp', 80, 80, array(new IpRangeData('192.0.2.0/24'), new IpRangeData('198.51.100.0/24'))));
//Checks the equality
$this->assertEquals($ipperm3->toArray(), $ipperm4->toArray());
//Authorizes IP Permission Egress
$ret = $sg->authorizeEgress($ipperm3);
$this->assertTrue($ret);
sleep(1);
//Checks if specified IP Permission is successfully set
$sg->refresh();
$this->assertContains('192.0.2.0/24', $sg->ipPermissionsEgress->getQueryArrayBare());
//Revokes IP Permission Egress
//You may pass an array directly to the method
$ret = $sg->revokeEgress($ipperm3array);
$this->assertTrue($ret);
sleep(3);
$sg->refresh();
//Checks if IP Permission is successfully revoked.
$this->assertNotContains('192.0.2.0/24', $sg->ipPermissionsEgress->getQueryArrayBare());
$this->assertNotContains('198.51.100.0/24', $sg->ipPermissionsEgress->getQueryArrayBare());
//Creates subneet for the networkInterface
$subnet = $aws->ec2->subnet->create($vpc->vpcId, '10.0.0.0/16');
$this->assertInstanceOf($this->getEc2ClassName('DataType\\SubnetData'), $subnet);
for ($t = time(); time() - $t < 600 && $subnet->state !== SubnetData::STATE_AVAILABLE;) {
sleep(5);
$subnet = $subnet->refresh();
}
$this->assertTrue($subnet->state == SubnetData::STATE_AVAILABLE);
$ret = $subnet->createTags($nameTag);
$this->assertTrue($ret);
//Creates network interface
$eni = $aws->ec2->networkInterface->create($subnet->subnetId);
$this->assertInstanceOf($this->getEc2ClassName('DataType\\NetworkInterfaceData'), $eni);
sleep(4);
$ret = $eni->createTags($nameTag);
$this->assertTrue($ret);
//DescribeAttribute test
foreach (NetworkInterfaceAttributeType::getAllowedValues() as $attr) {
$expected = $eni->{$attr};
$v = $eni->describeAttribute($attr);
$this->assertEquals($expected, $v);
if (is_object($v)) {
//It's true only if entityManager is enabled
$this->assertSame($eni->{$attr}, $v);
}
}
//ModifyAttribute test
$ret = $eni->modifyAttribute(NetworkInterfaceAttributeType::sourceDestCheck(), true);
$this->assertTrue($ret);
//ResetAttrubute test
$ret = $eni->resetAttribute(NetworkInterfaceAttributeType::sourceDestCheck());
$this->assertTrue($ret);
//Creates Internet Gateway
$igw = $aws->ec2->internetGateway->create();
$this->assertInstanceOf($this->getEc2ClassName('DataType\\InternetGatewayData'), $igw);
$this->assertNotEmpty($igw->internetGatewayId);
sleep(4);
$igw->createTags($nameTag);
//Attaches Internet Gateway to VPC
$ret = $igw->attach($vpc->vpcId);
$this->assertTrue($ret);
$t = time();
do {
sleep(3);
$igw = $igw->refresh();
//Verifies that external index for attachmentSet is set properly.
$this->assertEquals($igw->internetGatewayId, $igw->attachmentSet[0]->getInternetGatewayId());
} while (time() - $t < 100 && $igw->attachmentSet[0]->state != InternetGatewayAttachmentData::STATE_ATTACHED);
$this->assertTrue($igw->attachmentSet[0]->state == InternetGatewayAttachmentData::STATE_AVAILABLE);
//Detaches Internet Gateway from VPC
$ret = $igw->detach($vpc->vpcId);
$this->assertTrue($ret);
for ($t = time(); time() - $t < 100 && count($igw->attachmentSet) && $igw->attachmentSet[0]->state == InternetGatewayAttachmentData::STATE_DETACHING; sleep(3)) {
$igw = $igw->refresh();
}
$this->assertTrue($igw->attachmentSet[0]->state !== InternetGatewayAttachmentData::STATE_DETACHING);
//Creates RouteTable
$rt = $vpc->createRouteTable();
$this->assertInstanceOf($this->getEc2ClassName('DataType\\RouteTableData'), $rt);
$this->assertNotEmpty($rt->routeTableId);
$this->assertEquals($vpc->vpcId, $rt->vpcId);
sleep(5);
$ret = $rt->createTags($nameTag);
$this->assertTrue($ret);
//Associates route table with the subnet
$associationId = $rt->associate($subnet->subnetId);
$this->assertNotEmpty($associationId);
$rt = $rt->refresh();
$this->assertTrue(count($rt->associationSet) > 0);
$c = array();
foreach ($rt->associationSet as $rtassoc) {
/* @var $rtassoc RouteTableAssociationData */
$c[] = $rtassoc->routeTableAssociationId;
}
$this->assertContains($associationId, $c);
//Adds Route to Route Table
$destinationCidrBlock = '0.0.0.0/0';
$ret = $rt->createRoute($destinationCidrBlock, null, null, $eni->networkInterfaceId);
$this->assertTrue($ret);
$rt = $rt->refresh();
$this->assertTrue(count($rt->routeSet) > 0);
$c = array();
foreach ($rt->routeSet as $route) {
/* @var $route RouteData */
$c[$route->destinationCidrBlock] = $route;
unset($route);
}
$this->assertArrayHasKey($destinationCidrBlock, $c);
$route = $c[$destinationCidrBlock];
//Deletes Route
$ret = $route->delete();
$this->assertTrue($ret);
unset($route);
$rt = $rt->refresh();
//Disassociates route table with the subnet
foreach ($rt->associationSet as $rtassoc) {
if ($rtassoc->routeTableAssociationId == $associationId) {
$ret = $rtassoc->disassociate();
$this->assertTrue($ret);
}
}
//RunInstance test
$request = new RunInstancesRequestData(self::INSTANCE_IMAGE_ID, 1, 1);
$request->instanceType = self::INSTANCE_TYPE;
//Placement groups may not be used with instances of type 'm1.small'.
$request->setPlacement(new PlacementResponseData($subnet->availabilityZone));
$request->setMonitoring(true);
// test Assosiate Public Ip
$instanceList = new Ec2\DataType\InstanceNetworkInterfaceSetRequestList();
$instanceData = new Ec2\DataType\InstanceNetworkInterfaceSetRequestData();
$instanceData->deviceIndex = 0;
$instanceData->associatePublicIpAddress = true;
$instanceData->subnetId = $subnet->subnetId;
$instanceList->append($instanceData);
$request->setNetworkInterface($instanceList);
$request->userData = base64_encode("test=26;");
$rd = $aws->ec2->instance->run($request);
$this->assertInstanceOf($this->getEc2ClassName('DataType\\ReservationData'), $rd);
sleep(60);
//Terminates the instance
$ind = $rd->instancesSet[0];
$st = $ind->terminate();
$this->assertInstanceOf($this->getEc2ClassName('DataType\\InstanceStateChangeList'), $st);
$this->assertEquals(1, count($st));
$this->assertEquals($rd->instancesSet[0]->instanceId, $st[0]->getInstanceId());
for ($t = time(); time() - $t < 200 && $ind && $ind->instanceState->name != InstanceStateData::NAME_TERMINATED; sleep(5)) {
$ind = $ind->refresh();
}
$this->assertTrue(!$ind || $ind->instanceState->name == InstanceStateData::NAME_TERMINATED);
if (isset($ind)) {
unset($ind);
}
//Removes Route Table
$ret = $rt->delete();
$this->assertTrue($ret);
//Removes Internet Gateway
$ret = $igw->delete();
$this->assertTrue($ret);
//Removes Network Interface
$ret = $eni->delete();
$this->assertTrue($ret);
//Removes Subnet
$ret = $subnet->delete();
$this->assertTrue($ret);
//Removes securigy group
$ret = $sg->delete();
$this->assertTrue($ret);
//Removes VPC
$ret = $vpc->delete();
$this->assertTrue($ret);
$aws->ec2->getEntityManager()->detachAll();
}
/**
* {@inheritdoc}
* @see \Scalr\Modules\PlatformModuleInterface::LaunchServer()
*/
public function LaunchServer(DBServer $DBServer, \Scalr_Server_LaunchOptions $launchOptions = null)
{
$runInstanceRequest = new RunInstancesRequestData(isset($launchOptions->imageId) ? $launchOptions->imageId : null, 1, 1);
$environment = $DBServer->GetEnvironmentObject();
$governance = new \Scalr_Governance($DBServer->envId);
$placementData = null;
$noSecurityGroups = false;
if (!$launchOptions) {
$launchOptions = new \Scalr_Server_LaunchOptions();
$dbFarmRole = $DBServer->GetFarmRoleObject();
$DBRole = $dbFarmRole->GetRoleObject();
$runInstanceRequest->setMonitoring($dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_ENABLE_CW_MONITORING));
$image = $DBRole->__getNewRoleObject()->getImage(SERVER_PLATFORMS::EC2, $dbFarmRole->CloudLocation);
$launchOptions->imageId = $image->imageId;
// Need OS Family to get block device mapping for OEL roles
$launchOptions->osFamily = $image->getImage()->getOs()->family;
$launchOptions->cloudLocation = $dbFarmRole->CloudLocation;
$akiId = $DBServer->GetProperty(EC2_SERVER_PROPERTIES::AKIID);
if (!$akiId) {
$akiId = $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_AKI_ID);
}
if ($akiId) {
$runInstanceRequest->kernelId = $akiId;
}
$ariId = $DBServer->GetProperty(EC2_SERVER_PROPERTIES::ARIID);
if (!$ariId) {
$ariId = $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_ARI_ID);
}
if ($ariId) {
$runInstanceRequest->ramdiskId = $ariId;
}
$iType = $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_INSTANCE_TYPE);
$launchOptions->serverType = $iType;
// Check governance of instance types
$types = $governance->getValue('ec2', 'aws.instance_type');
if (count($types) > 0) {
if (!in_array($iType, $types)) {
throw new Exception(sprintf("Instance type '%s' was prohibited to use by scalr account owner", $iType));
}
}
$iamProfileArn = $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_IAM_INSTANCE_PROFILE_ARN);
if ($iamProfileArn) {
$iamInstanceProfile = new IamInstanceProfileRequestData($iamProfileArn);
$runInstanceRequest->setIamInstanceProfile($iamInstanceProfile);
}
if ($dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_EBS_OPTIMIZED) == 1) {
$runInstanceRequest->ebsOptimized = true;
} else {
$runInstanceRequest->ebsOptimized = false;
}
// Custom user-data (base.custom_user_data)
$u_data = '';
foreach ($DBServer->GetCloudUserData() as $k => $v) {
$u_data .= "{$k}={$v};";
}
$u_data = trim($u_data, ";");
$customUserData = $dbFarmRole->GetSetting('base.custom_user_data');
if ($customUserData) {
$repos = $DBServer->getScalarizrRepository();
$userData = str_replace(array('{SCALR_USER_DATA}', '{RPM_REPO_URL}', '{DEB_REPO_URL}'), array($u_data, $repos['rpm_repo_url'], $repos['deb_repo_url']), $customUserData);
} else {
$userData = $u_data;
}
$runInstanceRequest->userData = base64_encode($userData);
$vpcId = $dbFarmRole->GetFarmObject()->GetSetting(DBFarm::SETTING_EC2_VPC_ID);
if ($vpcId) {
if ($DBRole->hasBehavior(ROLE_BEHAVIORS::VPC_ROUTER)) {
$networkInterface = new InstanceNetworkInterfaceSetRequestData();
$networkInterface->networkInterfaceId = $dbFarmRole->GetSetting(\Scalr_Role_Behavior_Router::ROLE_VPC_NID);
$networkInterface->deviceIndex = 0;
$networkInterface->deleteOnTermination = false;
$runInstanceRequest->setNetworkInterface($networkInterface);
$noSecurityGroups = true;
} else {
$vpcSubnetId = $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_VPC_SUBNET_ID);
// VPC Support v2
if ($vpcSubnetId && substr($vpcSubnetId, 0, 6) != 'subnet') {
$subnets = json_decode($vpcSubnetId);
$servers = $DBServer->GetFarmRoleObject()->GetServersByFilter(array("status" => array(SERVER_STATUS::RUNNING, SERVER_STATUS::INIT, SERVER_STATUS::PENDING)));
$subnetsDistribution = array();
foreach ($servers as $cDbServer) {
if ($cDbServer->serverId != $DBServer->serverId) {
$subnetsDistribution[$cDbServer->GetProperty(EC2_SERVER_PROPERTIES::SUBNET_ID)]++;
}
}
$sCount = 1000000;
foreach ($subnets as $subnet) {
if ((int) $subnetsDistribution[$subnet] <= $sCount) {
$sCount = (int) $subnetsDistribution[$subnet];
$selectedSubnetId = $subnet;
}
}
} else {
$vpcInternetAccess = $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_VPC_INTERNET_ACCESS);
if (!$vpcSubnetId) {
$aws = $environment->aws($launchOptions->cloudLocation);
$subnet = $this->AllocateNewSubnet($aws->ec2, $vpcId, $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_VPC_AVAIL_ZONE), 24);
try {
$subnet->createTags(array(array('key' => "scalr-id", 'value' => SCALR_ID), array('key' => "scalr-sn-type", 'value' => $vpcInternetAccess), array('key' => "Name", 'value' => 'Scalr System Subnet')));
} catch (Exception $e) {
}
try {
$routeTableId = $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_VPC_ROUTING_TABLE_ID);
\Logger::getLogger('VPC')->warn(new \FarmLogMessage($DBServer->farmId, "Internet access: {$vpcInternetAccess}"));
if (!$routeTableId) {
if ($vpcInternetAccess == \Scalr_Role_Behavior_Router::INTERNET_ACCESS_OUTBOUND) {
$routerRole = $DBServer->GetFarmObject()->GetFarmRoleByBehavior(ROLE_BEHAVIORS::VPC_ROUTER);
if (!$routerRole) {
if (\Scalr::config('scalr.instances_connection_policy') != 'local') {
throw new Exception("Outbound access require VPC router role in farm");
}
}
$networkInterfaceId = $routerRole->GetSetting(\Scalr_Role_Behavior_Router::ROLE_VPC_NID);
\Logger::getLogger('EC2')->warn(new \FarmLogMessage($DBServer->farmId, "Requesting outbound routing table. NID: {$networkInterfaceId}"));
$routeTableId = $this->getRoutingTable($vpcInternetAccess, $aws, $networkInterfaceId, $vpcId);
\Logger::getLogger('EC2')->warn(new \FarmLogMessage($DBServer->farmId, "Routing table ID: {$routeTableId}"));
} elseif ($vpcInternetAccess == \Scalr_Role_Behavior_Router::INTERNET_ACCESS_FULL) {
$routeTableId = $this->getRoutingTable($vpcInternetAccess, $aws, null, $vpcId);
}
}
$aws->ec2->routeTable->associate($routeTableId, $subnet->subnetId);
} catch (Exception $e) {
\Logger::getLogger('EC2')->warn(new \FarmLogMessage($DBServer->farmId, "Removing allocated subnet, due to routing table issues"));
$aws->ec2->subnet->delete($subnet->subnetId);
throw $e;
}
$selectedSubnetId = $subnet->subnetId;
$dbFarmRole->SetSetting(\DBFarmRole::SETTING_AWS_VPC_SUBNET_ID, $selectedSubnetId, \DBFarmRole::TYPE_LCL);
} else {
$selectedSubnetId = $vpcSubnetId;
}
}
if ($selectedSubnetId) {
$networkInterface = new InstanceNetworkInterfaceSetRequestData();
$networkInterface->deviceIndex = 0;
$networkInterface->deleteOnTermination = true;
//
//Check network private or public
//
// We don't need public IP for private subnets
$info = $this->listSubnets($environment, $launchOptions->cloudLocation, $vpcId, true, $selectedSubnetId);
if ($info && $info['type'] == 'public') {
$networkInterface->associatePublicIpAddress = true;
}
$networkInterface->subnetId = $selectedSubnetId;
$aws = $environment->aws($launchOptions->cloudLocation);
$sgroups = $this->GetServerSecurityGroupsList($DBServer, $aws->ec2, $vpcId, $governance);
$networkInterface->setSecurityGroupId($sgroups);
$runInstanceRequest->setNetworkInterface($networkInterface);
$noSecurityGroups = true;
//$runInstanceRequest->subnetId = $selectedSubnetId;
} else {
throw new Exception("Unable to define subnetId for role in VPC");
}
}
}
$rootDevice = json_decode($DBServer->GetFarmRoleObject()->GetSetting(\Scalr_Role_Behavior::ROLE_BASE_ROOT_DEVICE_CONFIG), true);
if ($rootDevice && $rootDevice['settings']) {
$rootDeviceSettings = $rootDevice['settings'];
}
$instanceInitiatedShutdownBehavior = $dbFarmRole->GetSetting(\DBFarmRole::SETTING_AWS_SHUTDOWN_BEHAVIOR);
} else {
$instanceInitiatedShutdownBehavior = null;
$runInstanceRequest->userData = base64_encode(trim($launchOptions->userData));
}
$aws = $environment->aws($launchOptions->cloudLocation);
if (!$vpcId) {
$vpcId = $this->getDefaultVpc($environment, $launchOptions->cloudLocation);
}
// Set AMI, AKI and ARI ids
$runInstanceRequest->imageId = $launchOptions->imageId;
$runInstanceRequest->instanceInitiatedShutdownBehavior = $instanceInitiatedShutdownBehavior ?: 'terminate';
if (!$noSecurityGroups) {
foreach ($this->GetServerSecurityGroupsList($DBServer, $aws->ec2, $vpcId, $governance) as $sgroup) {
$runInstanceRequest->appendSecurityGroupId($sgroup);
}
if (!$runInstanceRequest->subnetId) {
// Set availability zone
if (!$launchOptions->availZone) {
$avail_zone = $this->GetServerAvailZone($DBServer, $aws->ec2, $launchOptions);
if ($avail_zone) {
$placementData = new PlacementResponseData($avail_zone);
}
} else {
$placementData = new PlacementResponseData($launchOptions->availZone);
}
}
}
$runInstanceRequest->minCount = 1;
$runInstanceRequest->maxCount = 1;
// Set instance type
$runInstanceRequest->instanceType = $launchOptions->serverType;
if ($rootDeviceSettings) {
$ebs = new EbsBlockDeviceData($rootDeviceSettings[FarmRoleStorageConfig::SETTING_EBS_SIZE], null, $rootDeviceSettings[FarmRoleStorageConfig::SETTING_EBS_TYPE], $rootDeviceSettings[FarmRoleStorageConfig::SETTING_EBS_IOPS], true, null);
$rootBlockDevice = new BlockDeviceMappingData('/dev/sda1', null, null, $ebs);
$runInstanceRequest->appendBlockDeviceMapping($rootBlockDevice);
}
if (substr($launchOptions->serverType, 0, 2) == 'm3' || substr($launchOptions->serverType, 0, 2) == 'm4' || substr($launchOptions->serverType, 0, 2) == 'i2' || substr($launchOptions->serverType, 0, 2) == 'r3' || substr($launchOptions->serverType, 0, 2) == 'd2' || $launchOptions->serverType == 'hi1.4xlarge' || $launchOptions->serverType == 'cc2.8xlarge' || $launchOptions->serverType == 'hs1.8xlarge' || $launchOptions->osFamily == 'oel') {
foreach ($this->GetBlockDeviceMapping($launchOptions->serverType) as $bdm) {
$runInstanceRequest->appendBlockDeviceMapping($bdm);
}
}
if (in_array($runInstanceRequest->instanceType, array('c3.large', 'c3.xlarge', 'c3.2xlarge', 'c3.4xlarge', 'c3.8xlarge', 'cc2.8xlarge', 'cg1.4xlarge', 'g2.2xlarge', 'g2.8xlarge', 'cr1.8xlarge', 'r3.large', 'r3.xlarge', 'r3.2xlarge', 'r3.4xlarge', 'r3.8xlarge', 'hi1.4xlarge', 'hs1.8xlarge', 'i2.xlarge', 'i2.2xlarge', 'i2.4xlarge', 'i2.8xlarge', 'd2.xlarge', 'd2.2xlarge', 'd2.4xlarge', 'd2.8xlarge'))) {
$placementGroup = $DBServer->GetFarmRoleObject()->GetSetting(\DBFarmRole::SETTING_AWS_CLUSTER_PG);
if ($placementGroup) {
if ($placementData === null) {
$placementData = new PlacementResponseData(null, $placementGroup);
} else {
$placementData->groupName = $placementGroup;
}
}
}
if ($placementData !== null) {
$runInstanceRequest->setPlacement($placementData);
}
$sshKey = \Scalr_SshKey::init();
if ($DBServer->status == SERVER_STATUS::TEMPORARY) {
$keyName = "SCALR-ROLESBUILDER-" . SCALR_ID;
if (!$sshKey->loadGlobalByName($keyName, $launchOptions->cloudLocation, $DBServer->envId, SERVER_PLATFORMS::EC2)) {
$keyName = "SCALR-ROLESBUILDER-" . SCALR_ID . "-{$DBServer->envId}";
}
$farmId = NULL;
} else {
$keyName = $governance->getValue(SERVER_PLATFORMS::EC2, \Scalr_Governance::AWS_KEYPAIR);
if ($keyName) {
$skipKeyValidation = true;
} else {
$keyName = "FARM-{$DBServer->farmId}-" . SCALR_ID;
$farmId = $DBServer->farmId;
$oldKeyName = "FARM-{$DBServer->farmId}";
if ($sshKey->loadGlobalByName($oldKeyName, $launchOptions->cloudLocation, $DBServer->envId, SERVER_PLATFORMS::EC2)) {
$keyName = $oldKeyName;
$skipKeyValidation = true;
}
}
}
if (!$skipKeyValidation && !$sshKey->loadGlobalByName($keyName, $launchOptions->cloudLocation, $DBServer->envId, SERVER_PLATFORMS::EC2)) {
$result = $aws->ec2->keyPair->create($keyName);
if ($result->keyMaterial) {
$sshKey->farmId = $farmId;
$sshKey->envId = $DBServer->envId;
$sshKey->type = \Scalr_SshKey::TYPE_GLOBAL;
$sshKey->cloudLocation = $launchOptions->cloudLocation;
$sshKey->cloudKeyName = $keyName;
$sshKey->platform = SERVER_PLATFORMS::EC2;
$sshKey->setPrivate($result->keyMaterial);
$sshKey->setPublic($sshKey->generatePublicKey());
$sshKey->save();
}
}
$runInstanceRequest->keyName = $keyName;
try {
$result = $aws->ec2->instance->run($runInstanceRequest);
} catch (Exception $e) {
if (stristr($e->getMessage(), "The key pair") && stristr($e->getMessage(), "does not exist")) {
$sshKey->delete();
throw $e;
}
if (stristr($e->getMessage(), "The requested Availability Zone is no longer supported") || stristr($e->getMessage(), "is not supported in your requested Availability Zone") || stristr($e->getMessage(), "capacity in the Availability Zone you requested") || stristr($e->getMessage(), "Our system will be working on provisioning additional capacity") || stristr($e->getMessage(), "is currently constrained and we are no longer accepting new customer requests")) {
$availZone = $runInstanceRequest->getPlacement() ? $runInstanceRequest->getPlacement()->availabilityZone : null;
if ($availZone) {
$DBServer->GetEnvironmentObject()->setPlatformConfig(array("aws.{$launchOptions->cloudLocation}.{$availZone}.unavailable" => time()));
}
throw $e;
} else {
throw $e;
}
}
if ($result->instancesSet->get(0)->instanceId) {
$DBServer->SetProperties([EC2_SERVER_PROPERTIES::REGION => $launchOptions->cloudLocation, EC2_SERVER_PROPERTIES::AVAIL_ZONE => $result->instancesSet->get(0)->placement->availabilityZone, EC2_SERVER_PROPERTIES::INSTANCE_ID => $result->instancesSet->get(0)->instanceId, EC2_SERVER_PROPERTIES::INSTANCE_TYPE => $runInstanceRequest->instanceType, EC2_SERVER_PROPERTIES::AMIID => $runInstanceRequest->imageId, EC2_SERVER_PROPERTIES::VPC_ID => $result->instancesSet->get(0)->vpcId, EC2_SERVER_PROPERTIES::SUBNET_ID => $result->instancesSet->get(0)->subnetId, EC2_SERVER_PROPERTIES::ARCHITECTURE => $result->instancesSet->get(0)->architecture]);
$DBServer->setOsType($result->instancesSet->get(0)->platform ? $result->instancesSet->get(0)->platform : 'linux');
$DBServer->cloudLocation = $launchOptions->cloudLocation;
$DBServer->cloudLocationZone = $result->instancesSet->get(0)->placement->availabilityZone;
$DBServer->imageId = $launchOptions->imageId;
// we set server history here
$DBServer->getServerHistory();
return $DBServer;
} else {
throw new Exception(sprintf(_("Cannot launch new instance. %s"), serialize($result)));
}
}
/**
* {@inheritdoc}
* @see IPlatformModule::LaunchServer()
*/
public function LaunchServer(DBServer $DBServer, Scalr_Server_LaunchOptions $launchOptions = null)
{
$runInstanceRequest = new RunInstancesRequestData(isset($launchOptions->imageId) ? $launchOptions->imageId : null, 1, 1);
$environment = $DBServer->GetEnvironmentObject();
$placementData = null;
$noSecurityGroups = false;
if (!$launchOptions) {
$launchOptions = new Scalr_Server_LaunchOptions();
$DBRole = DBRole::loadById($DBServer->roleId);
$dbFarmRole = $DBServer->GetFarmRoleObject();
$runInstanceRequest->setMonitoring($dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_ENABLE_CW_MONITORING));
$launchOptions->imageId = $DBRole->getImageId(SERVER_PLATFORMS::EC2, $dbFarmRole->CloudLocation);
// Need OS Family to get block device mapping for OEL roles
$imageInfo = $DBRole->getImageDetails(SERVER_PLATFORMS::EC2, $dbFarmRole->CloudLocation);
$launchOptions->osFamily = $imageInfo['os_family'];
$launchOptions->cloudLocation = $dbFarmRole->CloudLocation;
$akiId = $DBServer->GetProperty(EC2_SERVER_PROPERTIES::AKIID);
if (!$akiId) {
$akiId = $dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_AKI_ID);
}
if ($akiId) {
$runInstanceRequest->kernelId = $akiId;
}
$ariId = $DBServer->GetProperty(EC2_SERVER_PROPERTIES::ARIID);
if (!$ariId) {
$ariId = $dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_ARI_ID);
}
if ($ariId) {
$runInstanceRequest->ramdiskId = $ariId;
}
$i_type = $dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_INSTANCE_TYPE);
if (!$i_type) {
$DBRole = DBRole::loadById($DBServer->roleId);
$i_type = $DBRole->getProperty(EC2_SERVER_PROPERTIES::INSTANCE_TYPE);
}
$launchOptions->serverType = $i_type;
if ($dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_EBS_OPTIMIZED) == 1) {
$runInstanceRequest->ebsOptimized = true;
} else {
$runInstanceRequest->ebsOptimized = false;
}
foreach ($DBServer->GetCloudUserData() as $k => $v) {
$u_data .= "{$k}={$v};";
}
$runInstanceRequest->userData = base64_encode(trim($u_data, ";"));
$vpcId = $dbFarmRole->GetFarmObject()->GetSetting(DBFarm::SETTING_EC2_VPC_ID);
if ($vpcId) {
if ($DBRole->hasBehavior(ROLE_BEHAVIORS::VPC_ROUTER)) {
$networkInterface = new InstanceNetworkInterfaceSetRequestData();
$networkInterface->networkInterfaceId = $dbFarmRole->GetSetting(Scalr_Role_Behavior_Router::ROLE_VPC_NID);
$networkInterface->deviceIndex = 0;
$networkInterface->deleteOnTermination = false;
$runInstanceRequest->setNetworkInterface($networkInterface);
$noSecurityGroups = true;
} else {
$vpcSubnetId = $dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_VPC_SUBNET_ID);
$vpcInternetAccess = $dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_VPC_INTERNET_ACCESS);
if (!$vpcSubnetId) {
$aws = $environment->aws($launchOptions->cloudLocation);
$subnet = $this->AllocateNewSubnet($aws->ec2, $vpcId, $dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_VPC_AVAIL_ZONE), 24);
try {
$subnet->createTags(array(array('key' => "scalr-id", 'value' => SCALR_ID), array('key' => "scalr-sn-type", 'value' => $vpcInternetAccess), array('key' => "Name", 'value' => 'Scalr System Subnet')));
} catch (Exception $e) {
}
try {
$routeTableId = $dbFarmRole->GetSetting(DBFarmRole::SETTING_AWS_VPC_ROUTING_TABLE_ID);
Logger::getLogger('VPC')->warn(new FarmLogMessage($DBServer->farmId, "Internet access: {$vpcInternetAccess}"));
if (!$routeTableId) {
if ($vpcInternetAccess == Scalr_Role_Behavior_Router::INTERNET_ACCESS_OUTBOUND) {
$routerRole = $DBServer->GetFarmObject()->GetFarmRoleByBehavior(ROLE_BEHAVIORS::VPC_ROUTER);
if (!$routerRole) {
if (\Scalr::config('scalr.instances_connection_policy') != 'local') {
throw new Exception("Outbound access require VPC router role in farm");
}
}
$networkInterfaceId = $routerRole->GetSetting(Scalr_Role_Behavior_Router::ROLE_VPC_NID);
Logger::getLogger('EC2')->warn(new FarmLogMessage($DBServer->farmId, "Requesting outbound routing table. NID: {$networkInterfaceId}"));
$routeTableId = $this->getRoutingTable($vpcInternetAccess, $aws, $networkInterfaceId, $vpcId);
Logger::getLogger('EC2')->warn(new FarmLogMessage($DBServer->farmId, "Routing table ID: {$routeTableId}"));
} elseif ($vpcInternetAccess == Scalr_Role_Behavior_Router::INTERNET_ACCESS_FULL) {
$routeTableId = $this->getRoutingTable($vpcInternetAccess, $aws, null, $vpcId);
}
}
$aws->ec2->routeTable->associate($routeTableId, $subnet->subnetId);
} catch (Exception $e) {
Logger::getLogger('EC2')->warn(new FarmLogMessage($DBServer->farmId, "Removing allocated subnet, due to routing table issues"));
$aws->ec2->subnet->delete($subnet->subnetId);
throw $e;
}
$vpcSubnetId = $subnet->subnetId;
$dbFarmRole->SetSetting(DBFarmRole::SETTING_AWS_VPC_SUBNET_ID, $vpcSubnetId, DBFarmRole::TYPE_LCL);
}
if ($vpcSubnetId) {
$runInstanceRequest->subnetId = $vpcSubnetId;
} else {
throw new Exception("Unable to define subnetId for role in VPC");
}
}
}
} else {
$runInstanceRequest->userData = base64_encode(trim($launchOptions->userData));
}
$governance = new Scalr_Governance($DBServer->envId);
$aws = $environment->aws($launchOptions->cloudLocation);
if (!$vpcId) {
$vpcId = $environment->getPlatformConfigValue(self::DEFAULT_VPC_ID . ".{$launchOptions->cloudLocation}");
if ($vpcId === null || $vpcId === false) {
$vpcId = "";
$list = $aws->ec2->describeAccountAttributes(array('default-vpc'));
foreach ($list as $item) {
if ($item->attributeName == 'default-vpc') {
$vpcId = $item->attributeValueSet[0]->attributeValue;
}
}
if ($vpcId == 'none') {
$vpcId = '';
}
$environment->setPlatformConfig(array(self::DEFAULT_VPC_ID . ".{$launchOptions->cloudLocation}" => $vpcId));
}
}
// Set AMI, AKI and ARI ids
$runInstanceRequest->imageId = $launchOptions->imageId;
$runInstanceRequest->instanceInitiatedShutdownBehavior = 'terminate';
if (!$noSecurityGroups) {
foreach ($this->GetServerSecurityGroupsList($DBServer, $aws->ec2, $vpcId, $governance) as $sgroup) {
$runInstanceRequest->appendSecurityGroupId($sgroup);
}
if (!$runInstanceRequest->subnetId) {
// Set availability zone
if (!$launchOptions->availZone) {
$avail_zone = $this->GetServerAvailZone($DBServer, $aws->ec2, $launchOptions);
if ($avail_zone) {
$placementData = new PlacementResponseData($avail_zone);
}
} else {
$placementData = new PlacementResponseData($launchOptions->availZone);
}
}
}
$runInstanceRequest->minCount = 1;
$runInstanceRequest->maxCount = 1;
// Set instance type
$runInstanceRequest->instanceType = $launchOptions->serverType;
if ($launchOptions->serverType == 'hi1.4xlarge' || $launchOptions->serverType == 'cc2.8xlarge' || $launchOptions->osFamily == 'oel') {
foreach ($this->GetBlockDeviceMapping($launchOptions->serverType) as $bdm) {
$runInstanceRequest->appendBlockDeviceMapping($bdm);
}
}
if (in_array($runInstanceRequest->instanceType, array('cc1.4xlarge', 'cg1.4xlarge', 'cc2.8xlarge', 'hi1.4xlarge'))) {
$placementGroup = $DBServer->GetFarmRoleObject()->GetSetting(DBFarmRole::SETTING_AWS_CLUSTER_PG);
if (!$placementGroup && $runInstanceRequest->instanceType != 'hi1.4xlarge') {
$placementGroup = "scalr-role-{$DBServer->farmRoleId}";
try {
$aws->ec2->placementGroup->create($placementGroup);
} catch (Exception $e) {
if (!stristr($e->getMessage(), "already exists")) {
throw new Exception(sprintf(_("Cannot launch new instance. Unable to create placement group: %s"), $result->faultstring));
}
}
$DBServer->GetFarmRoleObject()->SetSetting(DBFarmRole::SETTING_AWS_CLUSTER_PG, $placementGroup, DBFarmRole::TYPE_LCL);
}
if ($placementGroup) {
if ($placementData === null) {
$placementData = new PlacementResponseData(null, $placementGroup);
} else {
$placementData->groupName = $placementGroup;
}
}
}
if ($placementData !== null) {
$runInstanceRequest->setPlacement($placementData);
}
$sshKey = Scalr_SshKey::init();
if ($DBServer->status == SERVER_STATUS::TEMPORARY) {
$keyName = "SCALR-ROLESBUILDER-" . SCALR_ID;
$farmId = 0;
} else {
$keyName = $governance->getValue(Scalr_Governance::AWS_KEYPAIR);
if ($keyName) {
$skipKeyValidation = true;
} else {
$keyName = "FARM-{$DBServer->farmId}-" . SCALR_ID;
$farmId = $DBServer->farmId;
$oldKeyName = "FARM-{$DBServer->farmId}";
if ($sshKey->loadGlobalByName($oldKeyName, $launchOptions->cloudLocation, $DBServer->envId, SERVER_PLATFORMS::EC2)) {
$keyName = $oldKeyName;
$skipKeyValidation = true;
}
}
}
if (!$skipKeyValidation && !$sshKey->loadGlobalByName($keyName, $launchOptions->cloudLocation, $DBServer->envId, SERVER_PLATFORMS::EC2)) {
$result = $aws->ec2->keyPair->create($keyName);
if ($result->keyMaterial) {
$sshKey->farmId = $farmId;
$sshKey->clientId = $DBServer->clientId;
$sshKey->envId = $DBServer->envId;
$sshKey->type = Scalr_SshKey::TYPE_GLOBAL;
$sshKey->cloudLocation = $launchOptions->cloudLocation;
$sshKey->cloudKeyName = $keyName;
$sshKey->platform = SERVER_PLATFORMS::EC2;
$sshKey->setPrivate($result->keyMaterial);
$sshKey->setPublic($sshKey->generatePublicKey());
$sshKey->save();
}
}
$runInstanceRequest->keyName = $keyName;
try {
$result = $aws->ec2->instance->run($runInstanceRequest);
} catch (Exception $e) {
if (stristr($e->getMessage(), "The key pair") && stristr($e->getMessage(), "does not exist")) {
$sshKey->delete();
throw $e;
}
if (stristr($e->getMessage(), "The requested Availability Zone is no longer supported") || stristr($e->getMessage(), "is not supported in your requested Availability Zone") || stristr($e->getMessage(), "is currently constrained and we are no longer accepting new customer requests")) {
$availZone = $runInstanceRequest->getPlacement() ? $runInstanceRequest->getPlacement()->availabilityZone : null;
if ($availZone) {
$DBServer->GetEnvironmentObject()->setPlatformConfig(array("aws.{$launchOptions->cloudLocation}.{$availZone}.unavailable" => time()));
}
throw $e;
} else {
throw $e;
}
}
if ($result->instancesSet->get(0)->instanceId) {
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::AVAIL_ZONE, $result->instancesSet->get(0)->placement->availabilityZone);
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::INSTANCE_ID, $result->instancesSet->get(0)->instanceId);
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::INSTANCE_TYPE, $runInstanceRequest->instanceType);
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::AMIID, $runInstanceRequest->imageId);
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::REGION, $launchOptions->cloudLocation);
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::VPC_ID, $result->instancesSet->get(0)->vpcId);
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::SUBNET_ID, $result->instancesSet->get(0)->subnetId);
$DBServer->SetProperty(EC2_SERVER_PROPERTIES::ARCHITECTURE, $result->instancesSet->get(0)->architecture);
$DBServer->osType = $result->instancesSet->get(0)->platform ? $result->instancesSet->get(0)->platform : 'linux';
return $DBServer;
} else {
throw new Exception(sprintf(_("Cannot launch new instance. %s"), serialize($result)));
}
}
