private static async Task <Image> getImage(ComputeClient computeClient, string compartmentId, Shape shape)
{
ListImagesRequest listImagesRequest = new ListImagesRequest
{
Shape = shape.ShapeProp,
CompartmentId = compartmentId,
OperatingSystem = OPERATING_SYSTEM
};
ListImagesResponse response = await computeClient.ListImages(listImagesRequest);
List <Image> images = response.Items;
if (images.Count == 0)
{
logger.Error("No available image was found.");
}
// For demonstration, we just return the first image but for Production code you should have a better
// way of determining what is needed.
//
// Note the latest version of the images for the same operating system is returned firstly.
Image image = images[0];
logger.Info($"Found Image: {image.DisplayName}");
return(image);
}
protected override void ProcessRecord()
{
base.ProcessRecord();
try
{
client?.Dispose();
int timeout = GetPreferredTimeout();
WriteDebug($"Cmdlet Timeout : {timeout} milliseconds.");
client = new ComputeClient(AuthProvider, new Oci.Common.ClientConfiguration
{
RetryConfiguration = retryConfig,
TimeoutMillis = timeout,
ClientUserAgent = PSUserAgent
});
string region = GetPreferredRegion();
if (region != null)
{
WriteDebug("Choosing Region:" + region);
client.SetRegion(region);
}
if (Endpoint != null)
{
WriteDebug("Choosing Endpoint:" + Endpoint);
client.SetEndpoint(Endpoint);
}
}
catch (Exception ex)
{
TerminatingErrorDuringExecution(ex);
}
}
static void Main(string[] args)
{
//InstanceContext instanceContext = new InstanceContext(new CallbackImpl());
//DuplexChannelFactory<ICompute> channelFactory =
// new DuplexChannelFactory<ICompute>(instanceContext, "Compute_Endpoint");
//var proxy = channelFactory.CreateChannel();
//using ( proxy as IDisposable)
//{
// proxy.Add(2, 1);
//}
InstanceContext instanceContext = new InstanceContext(new CallbackImpl());
using (var proxy = new ComputeClient(instanceContext))
{
proxy.Add(2, 1);
//proxy.Add(1.0,2.0);//通信关闭
}
using (var proxy = new ComputeClient(instanceContext))
{
proxy.Add(1.0, 2.0);
}
Console.ReadKey();
}
/// <summary>
/// This is the method that actually does the work.
/// </summary>
/// <param name="DA">The DA object is used to retrieve from inputs and store in outputs.</param>
protected override void SolveInstance(IGH_DataAccess DA)
{
string username = null;
string password = null;
string url = null;
if (!DA.GetData(0, ref username))
{
return;
}
if (!DA.GetData(1, ref password))
{
return;
}
if (!DA.GetData(2, ref url))
{
return;
}
var client = new ComputeClient(url);
var tokens = client.Auth(username, password);
var output = new Inputs
{
Auth = tokens,
Url = url
};
DA.SetData(0, output.ToJson());
}
/// <summary>
/// Initializes a new instance of the <see cref="IgniteClient"/> class.
/// </summary>
/// <param name="clientConfiguration">The client configuration.</param>
public IgniteClient(IgniteClientConfiguration clientConfiguration)
{
Debug.Assert(clientConfiguration != null);
_configuration = new IgniteClientConfiguration(clientConfiguration);
_marsh = new Marshaller(_configuration.BinaryConfiguration)
{
Ignite = this
};
_transactions = new TransactionsClient(this, clientConfiguration.TransactionConfiguration);
_socket = new ClientFailoverSocket(_configuration, _marsh, _transactions);
_binProc = _configuration.BinaryProcessor ?? new BinaryProcessorClient(_socket);
_binary = new Impl.Binary.Binary(_marsh);
_cluster = new ClientCluster(this);
_compute = new ComputeClient(this, ComputeClientFlags.None, TimeSpan.Zero, null);
_services = new ServicesClient(this);
}
private static async Task printInstance(ComputeClient computeClient, VirtualNetworkClient virtualNetworkClient, Instance instance)
{
ListVnicAttachmentsRequest listVnicAttachmentsRequest = new ListVnicAttachmentsRequest
{
CompartmentId = instance.CompartmentId,
InstanceId = instance.Id
};
ListVnicAttachmentsResponse listVnicAttachmentsResponse = await computeClient.ListVnicAttachments(listVnicAttachmentsRequest);
List <VnicAttachment> vnicAttachments = listVnicAttachmentsResponse.Items;
VnicAttachment vnicAttachment = vnicAttachments[0];
GetVnicRequest getVnicRequest = new GetVnicRequest
{
VnicId = vnicAttachment.VnicId
};
GetVnicResponse getVnicResponse = await virtualNetworkClient.GetVnic(getVnicRequest);
Vnic vnic = getVnicResponse.Vnic;
logger.Info($"Virtual Network Interface Card: {vnic.Id}");
InstanceAgentConfig instanceAgentConfig = instance.AgentConfig;
bool monitoringEnabled = instanceAgentConfig.IsMonitoringDisabled.HasValue ? instanceAgentConfig.IsMonitoringDisabled.Value : false;
string monitoringStatus = (monitoringEnabled ? "Enabled" : "Disabled");
logger.Info($"Instance ID: {instance.Id} has monitoring {monitoringStatus}");
}
public void UpdateVM_DoNotSerializeProtected()
{
string guidString = "f978ade9"; //We need to be under 24 char for storage, so making it shorter for almost all names
string resourceGroupName = string.Format("{0}-{1}-{2}", prefix, resourcePrefix, guidString);
string storageName = string.Format("{0}{1}{2}", prefix, storagePrefix, guidString);
string vmName = string.Format("{0}-{1}-{2}", prefix, vmPrefix, guidString);
VirtualMachine vm1;
ResourceGroup resGroup = null;
//string executingAssemblyPath = typeof(Microsoft.Rest.ClientRuntime.E2E.Tests.ScenarioTests.VMTests).GetTypeInfo().Assembly.Location;
//HttpMockServer.RecordsDirectory = Path.Combine(Path.GetDirectoryName(executingAssemblyPath), "SessionRecords");
using (base.MockContext = MockContext.Start(this.GetType().FullName))
{
try
{
//Type.GetType("System.Int32").GetTypeInfo().Assembly.Location
string newVmId = "5C6F1669-C183-4BFC-9BBB-138E0892E917";
string asName = "as5913";
resGroup = CreateResourceGroup(resourceGroupName);
StorageAccount storageAccount = CreateStorageAccount(resGroup, storageName);
ImageReference imageRef = GetPlatformVMImage(useWindowsImage: true);
VirtualMachine vm = CreateVirtualMachine(resGroup.Name, vmName, asName, storageAccount.Name, imageRef, out vm1);
//Create a new VM and Update VmId protected Property
MyVm myNewVm = new MyVm(vm);
myNewVm.UpdateVm(newVmId);
VirtualMachine updatedVm = myNewVm as VirtualMachine;
// Update VM
AzureOperationResponse <VirtualMachine> putResponse = Task <AzureOperationResponse <VirtualMachine> > .Run(async() =>
{
return(await ComputeClient.VirtualMachines.BeginCreateOrUpdateWithHttpMessagesAsync(resGroup.Name, updatedVm.Name, updatedVm).ConfigureAwait(false));
}).GetAwaiter().GetResult();
//Get Request Content and verify it does not contain VmId property
string requestContentStr = ComputeClient.GetRequestContent();
Assert.False(requestContentStr.Contains("VmId"));
//Get VM Object
VirtualMachine getVm = putResponse.Body;
// Verify the vmPutResponse does not contain updated VmId
Assert.NotEqual(newVmId, getVm.VmId);
}
catch (Exception ex)
{
Debug.WriteLine(ex.ToString());
throw;
}
finally
{
ResourceClient.ResourceGroups.Delete(resGroup.Name);
}
}
}
public void ComputeClient_GetToken()
{
var tokens = client.Auth(user.username, user.password);
Console.WriteLine($"Got access token: {tokens.Access}");
Console.Write($"Decoded token: {ComputeClient.DecodeTokenToJson(tokens.Access)}");
Assert.IsNotNull(tokens.Access, "_value should be true");
}
private static async Task <Shape> getShape(ComputeClient client, string compartmentId, AvailabilityDomain availabilityDomain)
{
ListShapesRequest listShapesRequest = new ListShapesRequest
{
CompartmentId = compartmentId,
AvailabilityDomain = availabilityDomain.Name
};
ListShapesResponse listShapesResponse = await client.ListShapes(listShapesRequest);
Shape shape = listShapesResponse.Items.Find(x => x.ShapeProp.StartsWith("VM"));
return(shape);
}
static async System.Threading.Tasks.Task Main(string[] args)
{
var identityClient = new CloudIdentityClient("https://identity.api.rackspacecloud.com");
var tokenResponse = await identityClient.Authenticate();
var computeEndpoint = tokenResponse.GetEndpoint("cloudServersOpenStack", "IAD");
var computeClient = new ComputeClient(computeEndpoint.PublicUrl, tokenResponse.Token.Id);
var servers = await computeClient.ListServersAsync();
var flavors = await computeClient.ListFlavorsDetailedAsync();
Console.WriteLine("Hello World!");
}
private static async Task terminateInstance(ComputeClient computeClient, Instance instance)
{
logger.Info($"Terminating Instance: {instance.Id}");
TerminateInstanceRequest terminateInstanceRequest = new TerminateInstanceRequest {
InstanceId = instance.Id
};
await computeClient.TerminateInstance(terminateInstanceRequest);
WaiterConfiguration waiterConfiguration = new WaiterConfiguration
{
MaxAttempts = 20,
GetNextDelayInSeconds = DelayStrategy.GetExponentialDelayInSeconds
};
GetInstanceRequest getInstanceRequest = new GetInstanceRequest {
InstanceId = instance.Id
};
computeClient.Waiters.ForInstance(getInstanceRequest, waiterConfiguration, Instance.LifecycleStateEnum.Terminated).Execute();
logger.Info($"Terminated Instance: {instance.Id}");
}
public void SetUp()
{
client = new ComputeClient(user.host);
// Get the JWT access tokens as usual
var tokens = client.Auth(user.username, user.password);
Console.WriteLine($"Got access token: {tokens.Access}");
// Core input string (from previous/upstream component(s))
core_input = new Inputs {
Auth = tokens,
Url = user.host
}.ToJson();
// Input parameters (these will be input into the component)
project_name = "Project Test";
project_number = 1;
task_name = "Test Task";
create = false;
}
private static async Task <Instance> createInstance(ComputeClient computeClient, LaunchInstanceDetails launchInstanceDetails)
{
logger.Info("Launching an instance.....");
LaunchInstanceRequest launchInstanceRequest = new LaunchInstanceRequest {
LaunchInstanceDetails = launchInstanceDetails
};
LaunchInstanceResponse launchInstanceResponse = await computeClient.LaunchInstance(launchInstanceRequest);
GetInstanceRequest getInstanceRequest = new GetInstanceRequest {
InstanceId = launchInstanceResponse.Instance.Id
};
WaiterConfiguration waiterConfiguration = new WaiterConfiguration
{
MaxAttempts = 20,
GetNextDelayInSeconds = DelayStrategy.GetExponentialDelayInSeconds
};
GetInstanceResponse getInstanceResponse = computeClient.Waiters.ForInstance(getInstanceRequest, waiterConfiguration, Instance.LifecycleStateEnum.Running).Execute();
Instance instance = getInstanceResponse.Instance;
return(instance);
}
public void SetUp()
{
client = new ComputeClient(user.host);
// Get the JWT access tokens as usual
var tokens = client.Auth(user.username, user.password);
Console.WriteLine($"Got access token: {tokens.Access}");
// Core input string (from previous/upstream component(s))
core_input = new Inputs {
Auth = tokens,
Url = user.host,
Project = project,
Task = task,
Mesh = mesh,
CFDSolution = solution
}.ToJson();
// Input parameters (these will be input into the component)
compute = false;
}
public static void MonitoringResourceExample(ClientConfig config)
{
// create client
var identityClient = new IdentityClient(config);
var computeClient = new ComputeClient(config);
var monitoringClient = new MonitoringClient(config);
var listCompartmenRequest = new ListCompartmentRequest()
{
CompartmentId = identityClient.Config.TenancyId,
CompartmentIdInSubtree = true,
AccessLevel = ListCompartmentRequest.AccessLevels.ACCESSIBLE,
Limit = 10
};
// get compartment
var listCompartment = identityClient.ListCompartment(listCompartmenRequest).Items;
Console.WriteLine("* List Instance Metrics------------------------");
foreach (var compartment in listCompartment)
{
if (!compartment.IsAccessible.HasValue || !compartment.IsAccessible.Value)
{
continue;
}
var listInstanceRequest = new ListInstancesRequest()
{
CompartmentId = compartment.Id,
Limit = 50,
LifecycleState = ListInstancesRequest.LifecycleStates.RUNNING,
SortOrder = SortOrder.ASC
};
var now = DateTime.UtcNow.AddHours(-2);
var endTime = DateTime.UtcNow;
// get instance
var listInstance = computeClient.ListInstances(listInstanceRequest).Items;
foreach (var instance in listInstance)
{
Console.WriteLine($" |-{instance.DisplayName}------------");
// get all computeagent
var listMetricsRequest = new ListMetricsRequest()
{
CompartmentId = compartment.Id,
CompartmentIdInSubtree = compartment.CompartmentId == config.TenancyId,
ListMetricsDetails = new ListMetricsDetails()
{
Namespace = "oci_computeagent",
DimensionFilters = new DimensionFilter()
{
ResourceId = instance.Id
}
}
};
// get Metrics
try
{
var listMetrics = monitoringClient.ListMetrics(listMetricsRequest).Items;
foreach (var metrics in listMetrics)
{
Console.WriteLine($"\t| Mertics: {metrics.Name}");
Console.WriteLine($"\t| NameSpace: {metrics.Namespace}");
// metric dimensions
//Console.WriteLine($"\t| {metrics.Dimensions}".Replace("\n", ""));
var summarizeMetricsDataRequest = new SummarizeMetricsDataRequest()
{
CompartmentId = compartment.Id,
CompartmentIdInSubtree = compartment.CompartmentId == config.TenancyId,
SummarizeMetricsDataDetails = new SummarizeMetricsDataDetails()
{
Namespace = metrics.Namespace,
Query = metrics.Name + "[1h]{resourceId = \"" + instance.Id + "\"}.mean()",
StartTime = now.ToString("yyyy-MM-ddThh:MM:ssZ"),
EndTime = endTime.ToString("yyyy-MM-ddThh:MM:ssZ")
}
};
var SummarizeMetricsDatas = monitoringClient.SummarizeMetricsData(summarizeMetricsDataRequest).Items;
foreach (var summaryData in SummarizeMetricsDatas)
{
foreach (var aggregatedDatapoint in summaryData.AggregatedDatapoints)
{
Console.WriteLine("\t| {");
Console.WriteLine($"\t| \tTimeStamp: {aggregatedDatapoint.Timestamp}");
Console.WriteLine($"\t| \tValue: {aggregatedDatapoint.Value}");
Console.WriteLine("\t| }");
}
}
}
}
catch (WebException we)
{
Console.WriteLine($"notfund:{we.Message}");
}
}
}
Console.WriteLine("* List compartment Alarms------------------------");
foreach (var compartment in listCompartment)
{
Console.WriteLine(" Alarm status------------------------");
var listAlarmsStatusRequest = new ListAlarmsStatusRequest()
{
CompartmentId = compartment.Id,
Limit = 1000
};
var alarmStatus = monitoringClient.ListAlarmsStatus(listAlarmsStatusRequest);
if (alarmStatus.Items.Count > 0)
{
Console.WriteLine($" |-{compartment.Name}------------");
foreach (var alarm in alarmStatus.Items)
{
Console.WriteLine($"\tid:{alarm.Id}");
Console.WriteLine($"\tname:{alarm.DisplayName}");
Console.WriteLine($"\tstatus:{alarm.Status}");
Console.WriteLine($"\tseverity:{alarm.Severity}");
}
}
var listAlarmsRequest = new ListAlarmsRequest()
{
CompartmentId = compartment.Id,
Limit = 10
};
Console.WriteLine(" Alarm logs------------------------");
var listAlarms = monitoringClient.ListAlarms(listAlarmsRequest);
if (listAlarms.Items.Count > 0)
{
Console.WriteLine($" |-{compartment.Name}------------");
foreach (var alarm in listAlarms.Items)
{
Console.WriteLine($"\tid:{alarm.Id}");
Console.WriteLine($"\tname:{alarm.DisplayName}");
Console.WriteLine($"\tdestinations:{alarm.Destinations}");
Console.WriteLine($"\tenable:{alarm.IsEnabled}");
Console.WriteLine($"\tstate:{alarm.LifecycleState}");
var getAlarmHistoryRequest = new GetAlarmHistoryRequest()
{
AlarmId = alarm.Id,
TimestampGreaterThanOrEqualTo = DateTime.UtcNow.ToString()
};
var history = monitoringClient.GetAlarmHistory(getAlarmHistoryRequest);
foreach (var his in history.AlarmHistoryCollection.Entries)
{
Console.WriteLine($"\t\t|-summary:{his.Summary}");
Console.WriteLine($"\t\t| timestamp:{his.Timestamp}");
Console.WriteLine($"\t\t| timestampTriggered:{his.TimestampTriggered}");
}
}
}
// Transactions Per Second (TPS) per-tenancy limit for this operation: 1.
System.Threading.Thread.Sleep(1000);
}
}
public static void InstanceConsoleDisplay(ClientConfig config)
{
// create client
ComputeClient computeClient = new ComputeClient(config)
{
Region = Regions.US_ASHBURN_1
};
BlockstorageClient blockstorageClient = new BlockstorageClient(config)
{
Region = Regions.US_ASHBURN_1
};
VirtualNetworkClient networkingClient = new VirtualNetworkClient(config)
{
Region = Regions.US_ASHBURN_1
};
// get instanse list(RUNNING only)
Console.WriteLine("* List Instance------------------------");
var listInstanceRequest = new ListInstancesRequest()
{
// target compartment is root compartment(tenancy)
CompartmentId = computeClient.Config.TenancyId,
Limit = 50,
LifecycleState = ListInstancesRequest.LifecycleStates.RUNNING,
SortOrder = SortOrder.ASC,
SortBy = ListInstancesRequest.SortByParam.TIMECREATED
};
// get instance
var listInstance = computeClient.ListInstances(listInstanceRequest);
listInstance.Items.ForEach(instance => {
GetInstanceRequest getInstanceRequest = new GetInstanceRequest()
{
InstanceId = instance.Id
};
var insDetail = computeClient.GetInstance(getInstanceRequest).Instance;
Console.WriteLine(" |-" + insDetail.DisplayName);
Console.WriteLine(" | id: " + insDetail.Id);
Console.WriteLine(" | AD: " + insDetail.AvailabilityDomain);
Console.WriteLine(" | shape: " + insDetail.Shape);
Console.WriteLine(" | state: " + insDetail.LifecycleState);
Console.WriteLine(" |\t|- * SourceDetails");
Console.WriteLine(" |\t|\t type: " + insDetail.SourceDetails.SourceType);
if ("image".Equals(insDetail.SourceDetails.SourceType))
{
Console.WriteLine(" |\t|\t id: " + insDetail.SourceDetails.ImageId);
// get sourceDetail machine image
GetImageRequest getImageRequest = new GetImageRequest()
{
ImageId = insDetail.SourceDetails.ImageId
};
var machineimage = computeClient.GetImage(getImageRequest);
Console.WriteLine(" |\t|\t name: " + machineimage.Image.DisplayName);
Console.WriteLine(" |\t|\t sizeInMBs: " + machineimage.Image.SizeInMBs);
}
else
{
Console.WriteLine(" |\t|\t id: " + insDetail.SourceDetails.BootVolumeId);
// get sourceDetail bootVolume
GetBootVolumeRequest getBootVolumeRequest = new GetBootVolumeRequest()
{
BootVolumeId = insDetail.SourceDetails.BootVolumeId
};
var bootvol = blockstorageClient.GetBootVolume(getBootVolumeRequest);
Console.WriteLine(" |\t|\t name: " + bootvol.BootVolume.DisplayName);
Console.WriteLine(" |\t|\t sizeInGBs: " + bootvol.BootVolume.SizeInGBs.Value);
}
// get instance atattch bootvolumes
var bootvolumeAtattch = new ListBootVolumeAttachmentsRequest()
{
InstanceId = instance.Id,
CompartmentId = instance.CompartmentId,
AvailabilityDomain = instance.AvailabilityDomain,
Limit = 50
};
var listBvAtattch = computeClient.ListBootVolumeAttachments(bootvolumeAtattch);
listBvAtattch.Items.ForEach(bootVolAtt => {
Console.WriteLine(" |\t|- * BootVolume");
// get bootvolume
var getBootVolumeRequest = new GetBootVolumeRequest()
{
BootVolumeId = bootVolAtt.BootVolumeId
};
var bv = blockstorageClient.GetBootVolume(getBootVolumeRequest);
Console.WriteLine(" |\t|\t name:" + bv.BootVolume.DisplayName);
Console.WriteLine(" |\t|\t id:" + bv.BootVolume.Id);
Console.WriteLine(" |\t|\t state:" + bv.BootVolume.LifecycleState);
Console.WriteLine(" |\t|\t sizeInGBs:" + bv.BootVolume.SizeInGBs.Value);
});
// get instance atattch vnics
var vnicAtattch = new ListVnicAttachmentsRequest()
{
InstanceId = instance.Id,
CompartmentId = instance.CompartmentId,
AvailabilityDomain = instance.AvailabilityDomain,
Limit = 50
};
var listVnicAtattch = computeClient.ListVnicAttachments(vnicAtattch);
listVnicAtattch.Items.ForEach(vnicA => {
Console.WriteLine(" |\t|- * Vnic");
GetVnicRequest getVnicRequest = new GetVnicRequest()
{
VnicId = vnicA.VnicId
};
var vnic = networkingClient.GetVnic(getVnicRequest);
Console.WriteLine(" |\t|\t name:" + vnic.Vnic.DisplayName);
Console.WriteLine(" |\t|\t id:" + vnic.Vnic.Id);
Console.WriteLine(" |\t|\t state:" + vnic.Vnic.LifecycleState);
Console.WriteLine(" |\t|\t privateIp:" + vnic.Vnic.PrivateIp);
Console.WriteLine(" |\t|\t publicIp:" + vnic.Vnic.PublicIp);
});
// get instance atattch volumes
var volumeAtattch = new ListVolumeAttachmentsRequest()
{
InstanceId = instance.Id,
CompartmentId = instance.CompartmentId,
AvailabilityDomain = instance.AvailabilityDomain,
Limit = 50
};
var listVolAtattch = computeClient.ListVolumeAttachments(volumeAtattch);
listVolAtattch.Items.ForEach(volAtt => {
Console.WriteLine(" |\t|- * Volume");
// get bootvolume
var getVolumeRequest = new GetVolumeRequest()
{
VolumeId = volAtt.VolumeId
};
var vol = blockstorageClient.GetVolume(getVolumeRequest);
Console.WriteLine(" |\t|\t name:" + vol.Volume.DisplayName);
Console.WriteLine(" |\t|\t id:" + vol.Volume.Id);
Console.WriteLine(" |\t|\t state:" + vol.Volume.LifecycleState);
Console.WriteLine(" |\t|\t sizeInGBs:" + vol.Volume.SizeInGBs.Value);
});
});
// get list Machine Images
Console.WriteLine();
Console.WriteLine("* List Image------------------------ max 10");
var listImagesRequest = new ListImagesRequest()
{
// target compartment is root compartment(tenancy)
CompartmentId = config.TenancyId,
Limit = 10,
LifecycleState = ListImagesRequest.LifecycleStates.AVAILABLE,
SortOrder = SortOrder.ASC,
SortBy = ListImagesRequest.SortByParam.TIMECREATED
};
// get instance
var listImage = computeClient.ListImages(listImagesRequest);
listImage.Items.ForEach(image =>
{
Console.WriteLine(" |-" + image.DisplayName);
Console.WriteLine(" | id: " + image.Id);
Console.WriteLine(" | os: " + image.OperatingSystem);
Console.WriteLine(" | os ver: " + image.OperatingSystemVersion);
Console.WriteLine(" | lifecycle: " + image.LifecycleState);
Console.WriteLine(" | sizeInMBs: " + image.SizeInMBs);
Console.WriteLine(" | BaseMachineId: " + image.BaseImageId);
});
}
private void doDeploy(string subscriptionID, AzureOAuth2Token token, string id, AzureTemplate template, IConfigSectionNode customData)
{
var nicName = id;
var networkClient = new NetworkClient(this, DEFAULT_RESOURCE, subscriptionID, token);
string securityGroup = null;
NetworkInterface networkInterface = null;
List <NetworkInterfaceIPConfiguration> ipConfigurations = null;
List <NetworkInterface> networkInterfaces = null;
foreach (var ni in template.NetworkInterfaces.OrderBy(ni => ni.SecurityGroup))
{
if (networkInterfaces == null)
{
networkInterfaces = new List <NetworkInterface>();
}
var subnet = networkClient.GetSubnet(template.Group, ni.VNet, ni.Subnet);
var publicIP = ni.PublicIP.IsNotNullOrWhiteSpace() ? networkClient.GetPublicIPAddress(template.Group, ni.PublicIP) : null;
if (securityGroup != ni.SecurityGroup)
{
securityGroup = ni.SecurityGroup;
if (networkInterface != null)
{
networkInterfaces.Add(networkClient.CreateOrUpdateNetworkInterface(template.Group, nicName, networkInterface));
}
networkInterface = null;
}
if (networkInterface == null)
{
var nsg = ni.SecurityGroup.IsNotNullOrWhiteSpace() ? networkClient.GetNetworkSecurityGroup(template.Group, ni.SecurityGroup) : null;
ipConfigurations = new List <NetworkInterfaceIPConfiguration>();
networkInterface = new NetworkInterface
{
Location = template.Location,
Properties = new NetworkInterfacePropertiesFormat
{
IPConfigurations = ipConfigurations,
NetworkSecurityGroup = nsg
}
};
}
ipConfigurations.Add(new NetworkInterfaceIPConfiguration
{
Properties = new NetworkInterfaceIPConfigurationPropertiesFormat
{
Subnet = subnet,
PublicIPAddress = publicIP
}
});
}
if (networkInterface != null)
{
networkInterfaces.Add(networkClient.CreateOrUpdateNetworkInterface(template.Group, nicName, networkInterface));
}
var computeClient = new ComputeClient(this, subscriptionID, token);
computeClient.CreateOrUpdateVirtualMachine(template.Group, id, new VirtualMachine
{
Location = template.Location,
Properties = new VirtualMachinePropertiesFormat
{
hardwareProfile = new HardwareProfile {
vmSize = template.HardwareProfile
},
storageProfile = new StorageProfile
{
osDisk = new OSDisk
{
osType = OperatingSystemTypes.Windows,
name = id + ".SYSTEM",
createOption = DiskCreateOptionTypes.fromImage,
image = new VirtualHardDisk {
uri = template.ImageUri
},
vhd = new VirtualHardDisk {
uri = template.OSDiskUri.Args(id + ".SYSTEM")
},
caching = CachingTypes.ReadWrite
}
},
osProfile = new OSProfile
{
computerName = id,
adminUserName = template.AdminUsername,
adminPassword = template.AdminPassword
},
networkProfile = new NetworkProfile
{
networkInterfaces = networkInterfaces.Select(ni => new NetworkInterfaceReference(ni)).ToList()
}
}
});
throw new NotImplementedException();
}
public static async Task CreateVmAsync(
string subscriptionId,
string resourceGroup,
string location,
string vmName)
{
// Initialize Client
var resourceClient = new ResourceClient(subscriptionId, new DefaultAzureCredential(true));
var networkClient = new NetworkClient(subscriptionId, new DefaultAzureCredential(true));
var computeClient = new ComputeClient(subscriptionId, new DefaultAzureCredential(true));
// Create Resource Group
await resourceClient.ResourceGroups.CreateOrUpdateAsync(resourceGroup, new ResourceGroup(location));
// Create AvailabilitySet
// TODO: Review initializer
var availabilitySet = new AvailabilitySet(location);
availabilitySet.PlatformFaultDomainCount = 2;
availabilitySet.PlatformUpdateDomainCount = 5;
availabilitySet.Sku = new Sku()
{
Name = "Aligned"
};
availabilitySet = await computeClient.AvailabilitySets
.CreateOrUpdateAsync(resourceGroup, vmName + "_aSet", availabilitySet);
// Create IP Address
// TODO: Review other initializers
var ipAddress = new PublicIPAddress();
ipAddress.PublicIPAddressVersion = IPVersion.IPv4;
ipAddress.PublicIPAllocationMethod = IPAllocationMethod.Dynamic;
ipAddress.Location = location;
ipAddress = await networkClient
.PublicIPAddresses.StartCreateOrUpdate(resourceGroup, vmName + "_ip", ipAddress)
.WaitForCompletionAsync();
// Create VNet
var vnet = new VirtualNetwork();
vnet.Location = location;
vnet.AddAddressSpace("10.0.0.0/16");
vnet.AddNewSubnet("mySubnet", "10.0.0.0/24");
vnet.AddNewSubnet("mySubnet1", "10.0.1.0/24");
vnet = await networkClient.VirtualNetworks
.StartCreateOrUpdate(resourceGroup, vmName + "_vent", vnet)
.WaitForCompletionAsync();
// Create Network interface
var nic = new NetworkInterface();
nic.Location = location;
nic.UseExistingVirtualNetwork(vnet, "mySubnet");
nic.UseExistingPublicIP(ipAddress);
nic = await networkClient.NetworkInterfaces
.StartCreateOrUpdate(resourceGroup, vmName + "_nic", nic)
.WaitForCompletionAsync();
var vm = new VirtualMachine(location);
vm.AddExistingNetworkInterface(nic.Id, true);
vm.SetAvailabilitySet(availabilitySet.Id);
vm.ConfigureLinuxWithPassword(
VirtualMachineSizeTypes.StandardB1Ms,
"testVM",
"azureUser",
"azure12345QWE!",
configuration: new LinuxConfiguration {
DisablePasswordAuthentication = false, ProvisionVMAgent = true
});
await computeClient.VirtualMachines
.StartCreateOrUpdate(resourceGroup, vmName, vm)
.WaitForCompletionAsync();
}
/// <summary>
/// This is the method that actually does the work.
/// </summary>
/// <param name="DA">The DA object is used to retrieve from inputs and store in outputs.</param>
protected override void SolveInstance(IGH_DataAccess DA)
{
string username = null;
string password = null;
var url = "https://compute.procedural.build";
var retry = false;
if (!DA.GetData(0, ref username))
{
return;
}
if (!DA.GetData(1, ref password))
{
return;
}
DA.GetData(2, ref url);
DA.GetData(3, ref retry);
var client = new ComputeClient(url);
if (retry)
{
StringCache.ClearCache();
}
//Async Execution
var cacheKey = username + password + url;
var cachedTokens = StringCache.getCache(cacheKey);
DA.DisableGapLogic();
if (cachedTokens == null)
{
var queueName = "login";
// Get queue lock
var queueLock = StringCache.getCache(queueName);
if (queueLock != "true")
{
StringCache.setCache(queueName, "true");
QueueManager.addToQueue(queueName, () =>
{
try
{
var results = client.Auth(username, password);
if (results.ErrorMessages != null)
{
StringCache.setCache(cacheKey, "error");
throw new Exception(results.ErrorMessages.First());
}
if (results.ErrorMessages == null)
{
StringCache.ClearCache();
cachedTokens = results.ToJson();
StringCache.setCache(cacheKey, cachedTokens);
}
}
catch (Exception e)
{
StringCache.setCache(InstanceGuid.ToString(), e.Message);
}
ExpireSolutionThreadSafe(true);
Thread.Sleep(2000);
StringCache.setCache(queueName, "");
});
}
}
// Read from Cache
var errors = StringCache.getCache(InstanceGuid.ToString());
if (errors != null)
{
if (errors.Contains("(401) Unauthorized"))
{
errors = "Could not login with the provided credentials. Try again.";
}
AddRuntimeMessage(GH_RuntimeMessageLevel.Error, errors);
}
var tokens = new AuthTokens();
if (cachedTokens != null)
{
tokens = tokens.FromJson(cachedTokens);
var output = new Inputs
{
Auth = tokens,
Url = url
};
DA.SetData(0, output.ToJson());
}
}
public static async Task CreateVmAsync(
string subscriptionId,
string resourceGroup,
string location,
string vmName)
{
// Initialize Client
var resourceClient = new ResourceClient(subscriptionId, new DefaultAzureCredential(true));
var networkClient = new NetworkClient(subscriptionId, new DefaultAzureCredential(true));
var computeClient = new ComputeClient(subscriptionId, new DefaultAzureCredential(true));
// Create Resource Group
await resourceClient.ResourceGroups.CreateOrUpdateAsync(resourceGroup, new ResourceGroup(location));
// Create AvailabilitySet
var availabilitySet = new AvailabilitySet(location);
//// Following are optional, has default, probably no need for helpers as there are simple types.
//// For other complex properties, need to evaluate common usage scenarios
availabilitySet.PlatformFaultDomainCount = 5;
availabilitySet.PlatformUpdateDomainCount = 2;
availabilitySet.Sku = new Sku()
{
Name = "Aligned"
};
availabilitySet = await computeClient.AvailabilitySets
.CreateOrUpdateAsync(resourceGroup, vmName + "_aSet", availabilitySet);
// Create IP Address
var ipAddress = new PublicIPAddress();
// TODO Need to review. Downside of using string instead of enum is intellisense is messed up. But extensibility may trump this.
// While . is easier to see intellisense, still does not give sense of necessary required properties.
// Initializer helper should be added for initialization.
ipAddress.PublicIPAddressVersion = IPVersion.IPv4;
ipAddress.PublicIPAllocationMethod = IPAllocationMethod.Dynamic;
ipAddress.Location = location;
ipAddress = await networkClient
.PublicIPAddresses.StartCreateOrUpdate(resourceGroup, vmName + "_ip", ipAddress)
.WaitForCompletionAsync();
// Create VNet
var vnet = new VirtualNetwork();
vnet.Location = location;
vnet.Subnets.Add(new Subnet()
{
Name = "name", AddressPrefix = "10.0.0.0/1"
});
vnet.AddressSpace.AddressPrefixes.Add("10.0.0.0/16");
// TODO: vnet.Subnets.AddExistingSubnet("existing id");
vnet = await networkClient.VirtualNetworks
.StartCreateOrUpdate(resourceGroup, vmName + "_vent", vnet)
.WaitForCompletionAsync();
// Create Network interface
var nic = new NetworkInterface();
nic.Location = location;
// TODO may need helper extensions for existing and new
nic.IpConfigurations.Add(new NetworkInterfaceIPConfiguration()
{
Name = "Primary",
Primary = true,
Subnet = new Subnet()
{
Id = vnet.Subnets.First().Id
},
PrivateIPAllocationMethod = IPAllocationMethod.Dynamic,
PublicIPAddress = new PublicIPAddress()
{
Id = ipAddress.Id
}
});
nic = await networkClient.NetworkInterfaces
.StartCreateOrUpdate(resourceGroup, vmName + "_nic", nic)
.WaitForCompletionAsync();
var vm = new VirtualMachine(location);
vm.NetworkProfile = new NetworkProfile {
NetworkInterfaces = new[] { new NetworkInterfaceReference()
{
Id = nic.Id
} }
};
vm.AvailabilitySet.Id = availabilitySet.Id;
vm.OsProfile = new OSProfile
{
// TODO User name, password, SSH should have helpers
ComputerName = "testVM",
AdminUsername = "******",
AdminPassword = "******",
LinuxConfiguration = new LinuxConfiguration
{
DisablePasswordAuthentication = false, ProvisionVMAgent = true
}
};
vm.StorageProfile = new StorageProfile()
{
ImageReference = new ImageReference()
{
Offer = "UbuntuServer",
Publisher = "Canonical",
Sku = "18.04-LTS",
Version = "latest"
},
DataDisks = new List <DataDisk>()
};
// vm.SetLatestWindowsImage();
await computeClient.VirtualMachines
.StartCreateOrUpdate(resourceGroup, vmName, vm)
.WaitForCompletionAsync();
}
public ComputeWaiters(ComputeClient client, Oci.WorkrequestsService.WorkRequestClient workRequestClient)
{
this.client = client;
this.workRequestClient = workRequestClient;
}
public void SetUp()
{
client = new ComputeClient(user.host);
}
public static async Task MainInstance()
{
logger.Info("Starting example");
var provider = new ConfigFileAuthenticationDetailsProvider("DEFAULT");
var compartmentId = Environment.GetEnvironmentVariable("OCI_COMPARTMENT_ID");
var identityClient = new IdentityClient(provider);
var computeClient = new ComputeClient(provider, new ClientConfiguration());
var virtualNetworkClient = new VirtualNetworkClient(provider);
var blockStorageClient = new BlockstorageClient(provider);
var networkCidrBlock = "10.0.1.0/24";
LaunchInstanceDetails launchInstanceDetails = null;
Instance instance = null;
BootVolume bootVolume = null;
Instance instanceFromBootVolume = null;
Vcn vcn = null;
Subnet subnet = null;
CreateVnicDetails createVnicDetails = null;
InternetGateway internetGateway = null;
AvailabilityDomain availablityDomain = await getAvailabilityDomains(identityClient, compartmentId);
logger.Info($"availability domain is {availablityDomain.Name}");
Shape shape = await getShape(computeClient, compartmentId, availablityDomain);
if (shape == null)
{
logger.Error($"No Shapes available in the availability domain: {availablityDomain.Name}");
return;
}
logger.Info($"shape is {shape.ShapeProp}");
Image image = await getImage(computeClient, compartmentId, shape);
try
{
vcn = await createVcn(virtualNetworkClient, compartmentId, networkCidrBlock);
// The Internet Gateway with updated Route Rules will enable the instance to connect to the public
// internet. If it is not desired, remove the following two lines below that create an internet
// gateway and add that internet gateway to the VCN route table.
internetGateway = await createInternalGateway(virtualNetworkClient, compartmentId, vcn);
await addInternetGatewayToDefaultRouteTable(virtualNetworkClient, vcn, internetGateway);
subnet = await createSubnet(virtualNetworkClient, compartmentId, availablityDomain, networkCidrBlock, vcn);
createVnicDetails = new CreateVnicDetails {
SubnetId = subnet.Id
};
launchInstanceDetails = new LaunchInstanceDetails
{
AvailabilityDomain = availablityDomain.Name,
CompartmentId = compartmentId,
Shape = shape.ShapeProp,
CreateVnicDetails = createVnicDetails,
ImageId = image.Id
};
instance = await createInstance(computeClient, launchInstanceDetails);
await printInstance(computeClient, virtualNetworkClient, instance);
logger.Info("Instance is being created via boot volume ...");
// This boot volume is created based on the boot volume of previous instance which needs to be running
bootVolume = await createBootVolume(blockStorageClient, compartmentId, availablityDomain, image);
launchInstanceDetails = createLaunchInstanceDetailsFromBootVolume(launchInstanceDetails, bootVolume);
instanceFromBootVolume = await createInstance(computeClient, launchInstanceDetails);
await printInstance(computeClient, virtualNetworkClient, instanceFromBootVolume);
}
catch (Exception e)
{
logger.Error($"Failed to call LaunchInstance API: {e.Message}");
}
finally
{
logger.Info("cleaning up resources");
if (instanceFromBootVolume != null)
{
await terminateInstance(computeClient, instanceFromBootVolume);
}
if (instance != null)
{
await terminateInstance(computeClient, instance);
}
if (internetGateway != null)
{
await clearRouteRulesFromDefaultRouteTable(virtualNetworkClient, vcn);
await deleteInternetGateway(virtualNetworkClient, internetGateway);
}
if (subnet != null)
{
await deleteSubnet(virtualNetworkClient, subnet);
}
if (vcn != null)
{
await deleteVcn(virtualNetworkClient, vcn);
}
identityClient.Dispose();
computeClient.Dispose();
virtualNetworkClient.Dispose();
blockStorageClient.Dispose();
logger.Info("End example");
}
}
public static async Task CreateVmAsync(
string subscriptionId,
string resourceGroup,
string location,
string vmName)
{
// Initialize Client
var resourceClient = new ResourceClient(subscriptionId, new DefaultAzureCredential(true));
var networkClient = new NetworkClient(subscriptionId, new DefaultAzureCredential(true));
var computeClient = new ComputeClient(subscriptionId, new DefaultAzureCredential(true));
// Create Resource Group
await resourceClient.ResourceGroups.CreateOrUpdateAsync(resourceGroup, new ResourceGroup(location));
// Create AvailabilitySet
var availabilitySet = new AvailabilitySet(location)
{
PlatformUpdateDomainCount = 5,
PlatformFaultDomainCount = 2,
Sku = new Sku()
{
Name = "Aligned"
} // TODO. Verify new codegen on AvailabilitySetSkuTypes.Aligned
};
availabilitySet = await computeClient.AvailabilitySets
.CreateOrUpdateAsync(resourceGroup, vmName + "_aSet", availabilitySet);
// Create IP Address
// TODO verify why lack of (location) ctor.
var ipAddress = new PublicIPAddress()
{
PublicIPAddressVersion = IPVersion.IPv4,
PublicIPAllocationMethod = IPAllocationMethod.Dynamic,
Location = location,
};
ipAddress = await networkClient
.PublicIPAddresses.StartCreateOrUpdate(resourceGroup, vmName + "_ip", ipAddress)
.WaitForCompletionAsync();
// Create VNet
var vnet = new VirtualNetwork()
{
Location = location,
AddressSpace = new AddressSpace()
{
AddressPrefixes = new List <string>()
{
"10.0.0.0/16"
}
},
Subnets = new List <Subnet>()
{
new Subnet()
{
Name = "mySubnet",
AddressPrefix = "10.0.0.0/24",
}
},
};
vnet = await networkClient.VirtualNetworks
.StartCreateOrUpdate(resourceGroup, vmName + "_vent", vnet)
.WaitForCompletionAsync();
// Create Network interface
var nic = new NetworkInterface()
{
Location = location,
IpConfigurations = new List <NetworkInterfaceIPConfiguration>()
{
new NetworkInterfaceIPConfiguration()
{
Name = "Primary",
Primary = true,
Subnet = new Subnet()
{
Id = vnet.Subnets.First().Id
},
PrivateIPAllocationMethod = IPAllocationMethod.Dynamic,
PublicIPAddress = new PublicIPAddress()
{
Id = ipAddress.Id
}
}
}
};
nic = await networkClient.NetworkInterfaces
.StartCreateOrUpdate(resourceGroup, vmName + "_nic", nic)
.WaitForCompletionAsync();
var vm = new VirtualMachine(location)
{
NetworkProfile = new NetworkProfile {
NetworkInterfaces = new [] { new NetworkInterfaceReference()
{
Id = nic.Id
} }
},
OsProfile = new OSProfile
{
ComputerName = "testVM",
AdminUsername = "******",
AdminPassword = "******",
LinuxConfiguration = new LinuxConfiguration {
DisablePasswordAuthentication = false, ProvisionVMAgent = true
}
},
StorageProfile = new StorageProfile()
{
ImageReference = new ImageReference()
{
Offer = "UbuntuServer",
Publisher = "Canonical",
Sku = "18.04-LTS",
Version = "latest"
},
DataDisks = new List <DataDisk>()
},
HardwareProfile = new HardwareProfile()
{
VmSize = VirtualMachineSizeTypes.StandardB1Ms
},
};
vm.AvailabilitySet.Id = availabilitySet.Id;
await computeClient.VirtualMachines
.StartCreateOrUpdate(resourceGroup, vmName, vm)
.WaitForCompletionAsync();
}