142Spec = spec;

497if (container.Spec.Start == false && (container.Status?.State == null || container.Status?.State == ContainerState.Pending)) 723.Where(sr => !sr.Service.HasCompleteAddress && sr.Service.Spec.AddressAllocationMode != AddressAllocationModes.Proxyless) 886svc.Spec.Port = port; 887svc.Spec.Protocol = PortProtocol.FromProtocolType(endpoint.Protocol); 890svc.Spec.Address = "localhost"; 894svc.Spec.Address = endpoint.TargetHost; 899svc.Spec.AddressAllocationMode = AddressAllocationModes.Proxyless; 960exe.Spec.WorkingDirectory = executable.WorkingDirectory; 961exe.Spec.ExecutionType = ExecutionType.Process; 972exe.Spec.ExecutionType = ExecutionType.IDE; 977exe.Spec.ExecutionType = ExecutionType.Process; 1007exeSpec.Spec.WorkingDirectory = Path.GetDirectoryName(projectMetadata.ProjectPath); 1026exeSpec.Spec.ExecutionType = ExecutionType.IDE; 1037exeSpec.Spec.ExecutionType = ExecutionType.Process; 1195var spec = containerExe.Spec; 1214var spec = exe.Spec; 1327ctr.Spec.ContainerName = containerObjectInstance.Name; // Use the same name for container orchestrator (Docker, Podman) resource and DCP object name. 1331ctr.Spec.Persistent = true; 1336ctr.Spec.PullPolicy = pullPolicy switch 1350ctr.Spec.Networks = new List<ContainerNetworkConnection> 1423network.Spec.Persistent = true; 1426network.Spec.NetworkName = $"{DefaultAspirePersistentNetworkName}-{_nameGenerator.GetProjectHashSuffix()}"; 1430network.Spec.NetworkName = $"{DefaultAspireNetworkName}-{DcpNameGenerator.GetRandomNameSuffix()}"; 1436network.Spec.NetworkName += $"-{shortApplicationName}"; // Limit to 32 characters to avoid exceeding resource name length limits. 1452container.Spec.Start = false; 1477var spec = dcpContainerResource.Spec; 1553dcpContainerResource.Spec.Build = new() 1594dcpContainerResource.Spec.Build = new() 1756patch = CreatePatch(c, obj => obj.Spec.Stop = true); 1771patch = CreatePatch(e, obj => obj.Spec.Stop = true); 1827c.Spec.Start = true;

109ers.Spec.Template.Spec.ExecutablePath = executablePath;

87public int? AllocatedPort => Spec.Port ?? Status?.EffectivePort; 88public string? AllocatedAddress => Spec.Address ?? Status?.EffectiveAddress; 95Spec.Port = other.Spec.Port; 96Spec.Address = other.Spec.Address;

26var environment = GetEnvironmentVariables(container.Status?.EffectiveEnv ?? container.Spec.Env, container.Spec.Env); 29if (container.Spec.Start is false && (state == null || state == ContainerState.Pending)) 52new(KnownProperties.Container.Image, container.Spec.Image), 54new(KnownProperties.Container.Command, container.Spec.Command), 72if (container.Spec.Ports is null) 78foreach (var port in container.Spec.Ports) 90return (container.Spec.Persistent ?? false) ? ContainerLifetime.Persistent : ContainerLifetime.Session; 100var environment = GetEnvironmentVariables(executable.Status?.EffectiveEnv, executable.Spec.Env); 115new(KnownProperties.Executable.WorkDir, executable.Spec.WorkingDirectory), 148var environment = GetEnvironmentVariables(executable.Status?.EffectiveEnv, executable.Spec.Env); 166new(KnownProperties.Executable.Path, executable.Spec.ExecutablePath), 167new(KnownProperties.Executable.WorkDir, executable.Spec.WorkingDirectory), 190new(KnownProperties.Executable.Path, executable.Spec.ExecutablePath), 191new(KnownProperties.Executable.WorkDir, executable.Spec.WorkingDirectory), 255var activeEndpoint = _resourceState.EndpointsMap.SingleOrDefault(e => e.Value.Spec.ServiceName == serviceName && e.Value.Metadata.OwnerReferences?.Any(or => or.Kind == resource.Kind && or.Name == name) == true).Value; 277return container.Spec.VolumeMounts?.Select(v => new VolumeSnapshot(v.Source, v.Target ?? "", v.Type, v.IsReadOnly)).ToImmutableArray() ?? [];

195Assert.Equal(tempContextPath, container!.Spec!.Build!.Context); 196Assert.Equal(tempDockerfilePath, container!.Spec!.Build!.Dockerfile); 228Assert.Equal(tempContextPath, container!.Spec!.Build!.Context); 229Assert.Equal(tempDockerfilePath, container!.Spec!.Build!.Dockerfile); 457Assert.Equal(tempContextPath, container!.Spec!.Build!.Context); 458Assert.Equal(tempDockerfilePath, container!.Spec!.Build!.Dockerfile); 459Assert.Null(container!.Spec!.Build!.Stage); 461container!.Spec!.Build!.Args!, 528Assert.Equal(tempContextPath, container!.Spec!.Build!.Context); 529Assert.Equal(tempDockerfilePath, container!.Spec!.Build!.Dockerfile); 530Assert.Null(container!.Spec!.Build!.Stage); 532container!.Spec!.Build!.Args!,

160var callArgs = executionType == ExecutionType.IDE ? exe.Spec.Args : exe.Spec.Args![^(expectedArgs?.Length ?? 0)..]; 201var callCount1 = exe1.Spec.Env!.Single(e => e.Name == "CALL_COUNT"); 204Assert.Single(exe1.Spec.Args!, a => a == "--no-build"); 205Assert.Single(exe1.Spec.Args!, a => a == "--test"); 219var callCount2 = exe2.Spec.Env!.Single(e => e.Name == "CALL_COUNT"); 222Assert.Single(exe2.Spec.Args!, a => a == "--no-build"); 223Assert.Single(exe2.Spec.Args!, a => a == "--test"); 250Assert.Equal(AddressAllocationModes.Localhost, svc.Spec.AddressAllocationMode); 254var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "NO_PORT_NO_TARGET_PORT").Value; 282Assert.Equal(AddressAllocationModes.Localhost, svc.Spec.AddressAllocationMode); 286var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "PORT_SET_NO_TARGET_PORT").Value; 314Assert.Equal(AddressAllocationModes.Localhost, svc.Spec.AddressAllocationMode); 318var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "NO_PORT_TARGET_PORT_SET").Value; 347Assert.Equal(AddressAllocationModes.Localhost, svc.Spec.AddressAllocationMode); 351var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "PORT_AND_TARGET_PORT_SET").Value; 403Assert.Equal(AddressAllocationModes.Proxyless, svc.Spec.AddressAllocationMode); 407var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "PORT_SET_NO_TARGET_PORT").Value; 437Assert.Equal(AddressAllocationModes.Proxyless, svc.Spec.AddressAllocationMode); 441var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "NO_PORT_TARGET_PORT_SET").Value; 471Assert.Equal(AddressAllocationModes.Proxyless, svc.Spec.AddressAllocationMode); 475var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "PORT_AND_TARGET_PORT_SET").Value; 802Assert.Equal(AddressAllocationModes.Localhost, svc.Spec.AddressAllocationMode); 806var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "NO_PORT_NO_TARGET_PORT").Value; 811var aspnetCoreUrls = dcpExe.Spec.Env?.Single(v => v.Name == "ASPNETCORE_URLS").Value; 847Assert.Equal(AddressAllocationModes.Localhost, svc.Spec.AddressAllocationMode); 851var envVarVal = dcpExe.Spec.Env?.Single(v => v.Name == "PORT_SET_NO_TARGET_PORT").Value; 880Assert.Equal(AddressAllocationModes.Localhost, svc.Spec.AddressAllocationMode); 882Assert.NotNull(dcpCtr.Spec.Ports); 883Assert.Contains(dcpCtr.Spec.Ports!, p => p.HostPort is null && p.ContainerPort == desiredTargetPort); 886var envVarVal = dcpCtr.Spec.Env?.Single(v => v.Name == "NO_PORT_TARGET_PORT_SET").Value; 915Assert.Equal(AddressAllocationModes.Localhost, svc.Spec.AddressAllocationMode); 917Assert.NotNull(dcpCtr.Spec.Ports); 918Assert.Contains(dcpCtr.Spec.Ports!, p => p.HostPort is null && p.ContainerPort == desiredTargetPort); 921var envVarVal = dcpCtr.Spec.Env?.Single(v => v.Name == "PORT_AND_TARGET_PORT_SET").Value; 995Assert.Equal(AddressAllocationModes.Proxyless, svc.Spec.AddressAllocationMode); 997Assert.NotNull(dcpCtr.Spec.Ports); 998Assert.Contains(dcpCtr.Spec.Ports!, p => p.HostPort == desiredPort && p.ContainerPort == desiredPort); 1001var envVarVal = dcpCtr.Spec.Env?.Single(v => v.Name == "PORT_SET_NO_TARGET_PORT").Value; 1031Assert.Equal(AddressAllocationModes.Proxyless, svc.Spec.AddressAllocationMode); 1033Assert.NotNull(dcpCtr.Spec.Ports); 1034Assert.Contains(dcpCtr.Spec.Ports!, p => p.HostPort == desiredTargetPort && p.ContainerPort == desiredTargetPort); 1037var envVarVal = dcpCtr.Spec.Env?.Single(v => v.Name == "NO_PORT_TARGET_PORT_SET").Value; 1068Assert.Equal(AddressAllocationModes.Proxyless, svc.Spec.AddressAllocationMode); 1070Assert.NotNull(dcpCtr.Spec.Ports); 1071Assert.Contains(dcpCtr.Spec.Ports!, p => p.HostPort == desiredPort && p.ContainerPort == desiredTargetPort); 1074var envVarVal = dcpCtr.Spec.Env?.Single(v => v.Name == "PORT_AND_TARGET_PORT_SET").Value; 1105Assert.Equal(AddressAllocationModes.Proxyless, svc.Spec.AddressAllocationMode); 1107Assert.NotNull(dcpCtr.Spec.Ports); 1108Assert.Contains(dcpCtr.Spec.Ports!, p => p.HostPort == desiredPort && p.ContainerPort == desiredTargetPort && p.Protocol == "UDP"); 1111var envVarVal = dcpCtr.Spec.Env?.Single(v => v.Name == "PORT_AND_PROTOCOL_SET").Value; 1193Assert.Null(implicitDefaultContainer.Spec.PullPolicy); 1196Assert.Null(explicitDefaultContainer.Spec.PullPolicy); 1199Assert.Equal(ContainerPullPolicy.Always, explicitAlwaysContainer.Spec.PullPolicy); 1202Assert.Equal(ContainerPullPolicy.Missing, explicitMissingContainer.Spec.PullPolicy); 1380Assert.NotNull(exe.Spec.Env); 1381var effectiveLaunchProfileEnv = exe.Spec.Env.SingleOrDefault(v => v.Name == "DOTNET_LAUNCH_PROFILE")?.Value; 1412var envVal = exe.Spec.Env!.SingleOrDefault(e => e.Name == "DOTNET_LAUNCH_PROFILE")?.Value; 1443var envVal = exe.Spec.Env!.SingleOrDefault(e => e.Name == "DOTNET_LAUNCH_PROFILE")?.Value; 1474Assert.DoesNotContain(exe.Spec.Env ?? [], e => e.Name == "DOTNET_LAUNCH_PROFILE"); 1504Assert.DoesNotContain(exe.Spec.Env ?? [], e => e.Name == "DOTNET_LAUNCH_PROFILE"); 1574Assert.Equal(ExecutionType.IDE, debuggableExe.Spec.ExecutionType); 1581Assert.Equal(ExecutionType.Process, nonDebuggableExe.Spec.ExecutionType); 1618Assert.Equal(ExecutionType.Process, exe.Spec.ExecutionType); 1656Assert.Equal(ExecutionType.Process, debuggableExe.Spec.ExecutionType); 1660Assert.Equal(ExecutionType.Process, nonDebuggableExe.Spec.ExecutionType);

77svc.Status.EffectiveAddress = svc.Spec.Address ?? "localhost"; 78svc.Status.EffectivePort = svc.Spec.Port ?? Interlocked.Increment(ref _nextPort); 202if (eu.Spec.Stop == true) 204exe.Spec.Stop = true; 215if (cu.Spec.Stop == true) 217ctr.Spec.Stop = true;

552Assert.Equal(RedisImageSource, item.Spec.Image); 553Assert.Equal(["redis-cli", "-h", "host.docker.internal", "-p", "9999", "MONITOR"], item.Spec.Args); 554Assert.Equal(["--add-host", "testlocalhost:127.0.0.1"], item.Spec.RunArgs); 610Assert.Equal(RedisImageSource, item.Spec.Image); 620item.Spec.CreateFiles); 748Assert.Equal(RedisImageSource, redisContainer.Spec.Image); 749Assert.Equal("6379", GetEnv(redisContainer.Spec.Env, "REDIS_PORT")); 752Assert.Equal($"{{{{- portForServing \"{testName}-servicea-http0-{suffix}\" -}}}}", GetEnv(serviceA.Spec.Env, "PORT0")); 757Assert.Equal($"{{{{- portForServing \"{testName}-nodeapp-{suffix}\" -}}}}", GetEnv(nodeApp.Spec.Env, "PORT")); 827Assert.Equal("BrowserToken", GetEnv(aspireDashboard.Spec.Env, "DASHBOARD__FRONTEND__AUTHMODE")); 828Assert.Equal("ThisIsATestToken", GetEnv(aspireDashboard.Spec.Env, "DASHBOARD__FRONTEND__BROWSERTOKEN")); 830Assert.Equal("ApiKey", GetEnv(aspireDashboard.Spec.Env, "DASHBOARD__OTLP__AUTHMODE")); 831var keyBytes = Convert.FromHexString(GetEnv(aspireDashboard.Spec.Env, "DASHBOARD__OTLP__PRIMARYAPIKEY")!); 867Assert.Equal("Unsecured", GetEnv(aspireDashboard.Spec.Env, "DASHBOARD__FRONTEND__AUTHMODE")); 868Assert.Equal("Unsecured", GetEnv(aspireDashboard.Spec.Env, "DASHBOARD__OTLP__AUTHMODE")); 901Assert.Equal(RedisImageSource, redisContainer.Spec.Image); 902Assert.Equal("bob", redisContainer.Spec.Command); 928$"{testName}-redis-{ReplicaIdRegex}-{suffix}", r => r.Spec.VolumeMounts != null).DefaultTimeout(TestConstants.DefaultOrchestratorTestLongTimeout); 930Assert.NotNull(redisContainer.Spec.VolumeMounts); 931Assert.NotEmpty(redisContainer.Spec.VolumeMounts); 932Assert.Equal(sourcePath, redisContainer.Spec.VolumeMounts[0].Source); 957$"{testName}-redis-{ReplicaIdRegex}-{suffix}", r => r.Spec.VolumeMounts != null).DefaultTimeout(TestConstants.DefaultOrchestratorTestLongTimeout); 959Assert.NotNull(redisContainer.Spec.VolumeMounts); 960Assert.NotEmpty(redisContainer.Spec.VolumeMounts); 961Assert.NotEqual("etc/path-here", redisContainer.Spec.VolumeMounts[0].Source); 962Assert.True(Path.IsPathRooted(redisContainer.Spec.VolumeMounts[0].Source)); 987$"{testName}-redis-{ReplicaIdRegex}-{suffix}", r => r.Spec.VolumeMounts != null).DefaultTimeout(TestConstants.DefaultOrchestratorTestLongTimeout); 989Assert.NotNull(redisContainer.Spec.VolumeMounts); 990Assert.NotEmpty(redisContainer.Spec.VolumeMounts); 991Assert.Equal($"{testName}-volume", redisContainer.Spec.VolumeMounts[0].Source); 1233var env = Assert.Single(service.Spec.Env!, e => e.Name == $"ConnectionStrings__{testName}-redis"); 1240Assert.Equal(1234, Assert.Single(redisContainer.Spec.Ports!).HostPort); 1242var otherRedisEnv = Assert.Single(service.Spec.Env!, e => e.Name == $"ConnectionStrings__{testName}-redisNoPort"); 1248Assert.Equal(6379, Assert.Single(otherRedisContainer.Spec.Ports!).HostPort); 1286Assert.All(serviceList.Where(s => s.Metadata.Name.Contains("redis")), s => Assert.Equal(AddressAllocationModes.Proxyless, s.Spec.AddressAllocationMode)); 1291var env = Assert.Single(service.Spec.Env!, e => e.Name == $"ConnectionStrings__{testName}-redis"); 1298Assert.Equal(1234, Assert.Single(redisContainer.Spec.Ports!).HostPort); 1300var otherRedisEnv = Assert.Single(service.Spec.Env!, e => e.Name == $"ConnectionStrings__{testName}-redisNoPort"); 1306Assert.Equal(6379, Assert.Single(otherRedisContainer.Spec.Ports!).HostPort); 1355Assert.Single(networks, n => n.Spec.Persistent == true); 1359Assert.Single(networks, n => n.Spec.Persistent.GetValueOrDefault(false) == false);