public void ContainerRegistryReplicationTest()
{
var handler = new RecordedDelegatingHandler {
StatusCodeToReturn = HttpStatusCode.OK
};
using (MockContext context = MockContext.Start(this.GetType()))
{
var resourceClient = ContainerRegistryTestUtilities.GetResourceManagementClient(context, handler);
var registryClient = ContainerRegistryTestUtilities.GetContainerRegistryManagementClient(context, handler);
// Create resource group
var resourceGroup = ContainerRegistryTestUtilities.CreateResourceGroup(resourceClient);
var nonDefaultLocation = ContainerRegistryTestUtilities.GetNonDefaultRegistryLocation(resourceClient, resourceGroup.Location);
// Create container registry and replication
var registry = ContainerRegistryTestUtilities.CreateManagedContainerRegistry(registryClient, resourceGroup.Name, nonDefaultLocation);
var replication = ContainerRegistryTestUtilities.CreatedContainerRegistryReplication(registryClient, resourceGroup.Name, registry.Name, resourceGroup.Location);
// Validate the created replication
ContainerRegistryTestUtilities.ValidateResourceDefaultTags(replication);
Assert.Equal(ProvisioningState.Succeeded, replication.ProvisioningState);
Assert.NotNull(replication.Status);
Assert.NotNull(replication.Status.DisplayStatus);
// List replications by container registry
var replications = registryClient.Replications.List(resourceGroup.Name, registry.Name);
replication = replications.First(
r => StringComparer.OrdinalIgnoreCase.Equals(r.Name, replication.Name));
Assert.Equal(2, replications.Count()); // 2 because a replication in home region is auto created
ContainerRegistryTestUtilities.ValidateResourceDefaultTags(replication);
// Get the replication
replication = registryClient.Replications.Get(resourceGroup.Name, registry.Name, replication.Name);
ContainerRegistryTestUtilities.ValidateResourceDefaultTags(replication);
// Update the replication
replication = registryClient.Replications.Update(resourceGroup.Name, registry.Name, replication.Name, ContainerRegistryTestUtilities.DefaultNewTags);
// Validate the updated replication
ContainerRegistryTestUtilities.ValidateResourceDefaultNewTags(replication);
Assert.Equal(ProvisioningState.Succeeded, replication.ProvisioningState);
Assert.NotNull(replication.Status);
Assert.NotNull(replication.Status.DisplayStatus);
// Delete the replication
registryClient.Replications.Delete(resourceGroup.Name, registry.Name, replication.Name);
// Delete the replication again
registryClient.Replications.Delete(resourceGroup.Name, registry.Name, replication.Name);
// Delete the container registry
registryClient.Registries.Delete(resourceGroup.Name, registry.Name);
}
}
public void ContainerRegistryTaskRunTest()
{
var handler = new RecordedDelegatingHandler {
StatusCodeToReturn = HttpStatusCode.OK
};
using (MockContext context = MockContext.Start(this.GetType()))
{
var resourceClient = ContainerRegistryTestUtilities.GetResourceManagementClient(context, handler);
var registryClient = ContainerRegistryTestUtilities.GetContainerRegistryManagementClient(context, handler);
// Create resource group
var resourceGroup = ContainerRegistryTestUtilities.CreateResourceGroup(resourceClient);
var nonDefaultLocation = ContainerRegistryTestUtilities.GetNonDefaultRegistryLocation(resourceClient, resourceGroup.Location);
// Create container registry
var registry = ContainerRegistryTestUtilities.CreateManagedContainerRegistry(registryClient, resourceGroup.Name, nonDefaultLocation);
string taskString =
@"
version: v1.1.0
steps:
- cmd: docker images";
// Crete task
var taskRun = registryClient.TaskRuns.Create(
resourceGroup.Name,
registry.Name,
TestUtilities.GenerateName("acrtaskrun"),
new TaskRun(
location: registry.Location,
identity: new IdentityProperties {
Type = Microsoft.Azure.Management.ContainerRegistry.Models.ResourceIdentityType.UserAssigned,
UserAssignedIdentities = new Dictionary <string, UserIdentityProperties> {
["/subscriptions/84c559c6-30a0-417c-ba06-8a2253b388c3/resourceGroups/sdk-test/providers/Microsoft.ManagedIdentity/userAssignedIdentities/acrsdktestidentity"]
= new UserIdentityProperties()
}
},
runRequest: new EncodedTaskRunRequest(
encodedTaskContent: Convert.ToBase64String(Encoding.UTF8.GetBytes(taskString)),
platform: new PlatformProperties {
Architecture = Architecture.Amd64, Os = OS.Linux
},
credentials: new Credentials {
SourceRegistry = new SourceRegistryCredentials {
LoginMode = SourceRegistryLoginMode.Default
},
CustomRegistries = new Dictionary <string, CustomRegistryCredentials> {
["acrsdktestregistry.azurecr.io"] = new CustomRegistryCredentials {
Identity = "84962bda-7c5e-403e-8515-5100e4ede735" // client id of acrsdktestidentity
}
}
},
encodedValuesContent: null,
values: null,
timeout: 600,
sourceLocation: null)));
Assert.NotNull(taskRun);
Assert.Equal("ca1", taskRun.RunResult.RunId);
// List task
var taskRunList = registryClient.TaskRuns.List(resourceGroup.Name, registry.Name);
Assert.Single(taskRunList);
// Delete the task
registryClient.TaskRuns.Delete(resourceGroup.Name, registry.Name, taskRun.Name);
// Delete the container registry
registryClient.Registries.Delete(resourceGroup.Name, registry.Name);
}
}
public void ContainerRegistryTaskTest()
{
var handler = new RecordedDelegatingHandler {
StatusCodeToReturn = HttpStatusCode.OK
};
using (MockContext context = MockContext.Start(this.GetType()))
{
var resourceClient = ContainerRegistryTestUtilities.GetResourceManagementClient(context, handler);
var registryClient = ContainerRegistryTestUtilities.GetContainerRegistryManagementClient(context, handler);
// Create resource group
var resourceGroup = ContainerRegistryTestUtilities.CreateResourceGroup(resourceClient);
var nonDefaultLocation = ContainerRegistryTestUtilities.GetNonDefaultRegistryLocation(resourceClient, resourceGroup.Location);
// Create container registry
var registry = ContainerRegistryTestUtilities.CreateManagedContainerRegistry(registryClient, resourceGroup.Name, nonDefaultLocation);
// Crete task
var task = registryClient.Tasks.Create(
resourceGroup.Name,
registry.Name,
TestUtilities.GenerateName("acrtask"),
new Task(
location: registry.Location,
platform: new PlatformProperties {
Architecture = Architecture.Amd64, Os = OS.Linux
},
step: new DockerBuildStep(
dockerFilePath: "Dockerfile",
baseImageDependencies: null,
contextPath: "https://github.com/azure/acr-builder.git",
imageNames: new List <string> {
"image:{{.Run.ID}}", "image:latest"
},
isPushEnabled: true,
noCache: true,
arguments: null),
agentConfiguration: new AgentProperties(cpu: 2),
status: "Enabled",
timeout: 600,
trigger: new TriggerProperties(
sourceTriggers: null,
baseImageTrigger: new BaseImageTrigger(
baseImageTriggerType: BaseImageTriggerType.Runtime,
name: "defaultBaseimageTriggerName",
status: TriggerStatus.Enabled))
));
Assert.NotNull(task);
// List task
var taskList = registryClient.Tasks.List(resourceGroup.Name, registry.Name);
Assert.Single(taskList);
// Update task
task = registryClient.Tasks.Update(resourceGroup.Name, registry.Name, task.Name, new TaskUpdateParameters(
timeout: 900
));
Assert.Equal(900, task.Timeout);
// Schedule a run from task
var run1 = registryClient.Registries.ScheduleRun(resourceGroup.Name, registry.Name,
new TaskRunRequest(
taskId: task.Id,
overrideTaskStepProperties: new OverrideTaskStepProperties(values: new List <SetValue> {
new SetValue("key1", "value1"), new SetValue("key2", "value2", isSecret: true)
})));
Assert.Equal("ca1", run1.RunId);
// Cancel the run
registryClient.Runs.Cancel(resourceGroup.Name, registry.Name, run1.RunId);
// Schedule a docker build run
var run2 = registryClient.Registries.ScheduleRun(resourceGroup.Name, registry.Name,
new DockerBuildRequest(
dockerFilePath: "Dockerfile",
platform: new PlatformProperties {
Architecture = Architecture.Amd64, Os = OS.Linux
},
isArchiveEnabled: false,
imageNames: new List <string> {
"testimage1:tag1", "testimage2:tag2"
},
isPushEnabled: false,
noCache: true,
arguments: new List <Argument> {
new Argument("param1", "value1", isSecret: true)
},
timeout: 600,
agentConfiguration: new AgentProperties(cpu: 2),
sourceLocation: "https://github.com/azure/acr-builder.git"));
Assert.Equal("ca2", run2.RunId);
// Schedule a file based task run
var run3 = registryClient.Registries.ScheduleRun(resourceGroup.Name, registry.Name,
new FileTaskRunRequest(
taskFilePath: "acb.yaml",
platform: new PlatformProperties {
Architecture = Architecture.Amd64, Os = OS.Linux
},
isArchiveEnabled: false,
valuesFilePath: null,
values: new List <SetValue> {
new SetValue("key1", "value1"), new SetValue("key2", "value2", isSecret: true)
},
timeout: 600,
agentConfiguration: new AgentProperties(cpu: 2),
sourceLocation: "https://github.com/azure/acr-builder.git"));
Assert.Equal("ca3", run3.RunId);
// Schedule an encoded task run
string taskString =
@"
steps:
- build: . -t acb:linux-{{.Run.ID}}";
string valuesString =
@"
key1: value1
key2: value2
";
var run4 = registryClient.Registries.ScheduleRun(resourceGroup.Name, registry.Name,
new EncodedTaskRunRequest(
encodedTaskContent: Convert.ToBase64String(Encoding.UTF8.GetBytes(taskString)),
platform: new PlatformProperties {
Architecture = Architecture.Amd64, Os = OS.Linux
},
isArchiveEnabled: false,
encodedValuesContent: Convert.ToBase64String(Encoding.UTF8.GetBytes(valuesString)),
values: null,
timeout: 600,
agentConfiguration: new AgentProperties(cpu: 2),
sourceLocation: "https://github.com/azure/acr-builder.git"));
Assert.Equal("ca4", run4.RunId);
// List runs
var runList = registryClient.Runs.List(resourceGroup.Name, registry.Name);
Assert.Equal(4, runList.Count());
// Delete the task
registryClient.Tasks.Delete(resourceGroup.Name, registry.Name, task.Name);
// Delete the container registry
registryClient.Registries.Delete(resourceGroup.Name, registry.Name);
}
}