public Task <ICommand> CreateAsync(IModuleWithIdentity module, IRuntimeInfo runtimeInfo) =>
Task.FromResult(CreateOrUpdateCommand.BuildCreate(
this.moduleManager,
module.Module,
module.ModuleIdentity,
this.configSource,
this.combinedConfigProvider.GetCombinedConfig(module.Module, runtimeInfo)) as ICommand);
public CombinedKubernetesConfig GetCombinedConfig(IModule module, IRuntimeInfo runtimeInfo)
{
CombinedDockerConfig dockerConfig = this.dockerConfigProvider.GetCombinedConfig(module, runtimeInfo);
// if the workload URI is a Unix domain socket then volume mount it into the container
HostConfig hostConfig = this.AddSocketBinds(module, Option.Maybe(dockerConfig.CreateOptions.HostConfig));
CreatePodParameters createOptions = new CreatePodParameters(
dockerConfig.CreateOptions.Env,
dockerConfig.CreateOptions.ExposedPorts,
hostConfig,
dockerConfig.CreateOptions.Image,
dockerConfig.CreateOptions.Labels);
if (this.enableKubernetesExtensions)
{
Option <KubernetesExperimentalCreatePodParameters> experimentalOptions = KubernetesExperimentalCreatePodParameters.Parse(dockerConfig.CreateOptions.OtherProperties);
experimentalOptions.ForEach(parameters => createOptions.Volumes = parameters.Volumes);
experimentalOptions.ForEach(parameters => createOptions.NodeSelector = parameters.NodeSelector);
experimentalOptions.ForEach(parameters => createOptions.Resources = parameters.Resources);
}
Option <ImagePullSecret> imagePullSecret = dockerConfig.AuthConfig
.Map(auth => new ImagePullSecret(auth));
return(new CombinedKubernetesConfig(dockerConfig.Image, createOptions, imagePullSecret));
}
public ProviderStatusServiceBase(IProviderStatusRepository <TModel> providerStatusRepository, IEventAggregator eventAggregator, IRuntimeInfo runtimeInfo, Logger logger)
{
_providerStatusRepository = providerStatusRepository;
_eventAggregator = eventAggregator;
_runtimeInfo = runtimeInfo;
_logger = logger;
}
public SpinService(IRuntimeInfo runtimeInfo, IProcessProvider processProvider, IStartupContext startupContext, Logger logger)
{
_runtimeInfo = runtimeInfo;
_processProvider = processProvider;
_startupContext = startupContext;
_logger = logger;
}
public SystemModule(IAppFolderInfo appFolderInfo,
IRuntimeInfo runtimeInfo,
IPlatformInfo platformInfo,
IOsInfo osInfo,
IRouteCacheProvider routeCacheProvider,
IConfigFileProvider configFileProvider,
IMainDatabase database,
ILifecycleService lifecycleService,
IDeploymentInfoProvider deploymentInfoProvider)
: base("system")
{
_appFolderInfo = appFolderInfo;
_runtimeInfo = runtimeInfo;
_platformInfo = platformInfo;
_osInfo = osInfo;
_routeCacheProvider = routeCacheProvider;
_configFileProvider = configFileProvider;
_database = database;
_lifecycleService = lifecycleService;
_deploymentInfoProvider = deploymentInfoProvider;
Get("/status", x => GetStatus());
Get("/routes", x => GetRoutes());
Post("/shutdown", x => Shutdown());
Post("/restart", x => Restart());
}
public async Task GetUnknownRuntimeInfoTest()
{
// Arrange
var systemInfoResponse = new SystemInfoResponse
{
OSType = OperatingSystemType,
Architecture = Architecture
};
var runtimeInfoProvider = Mock.Of <IRuntimeInfoProvider>();
var moduleStateStore = Mock.Of <IEntityStore <string, ModuleState> >();
var restartPolicyManager = Mock.Of <IRestartPolicyManager>();
var environment = new DockerEnvironment(runtimeInfoProvider, DeploymentConfig.Empty, moduleStateStore, restartPolicyManager, OperatingSystemType, Architecture);
// act
IRuntimeInfo reportedRuntimeInfo = await environment.GetRuntimeInfoAsync();
// assert
Assert.True(reportedRuntimeInfo is DockerReportedUnknownRuntimeInfo);
var dockerReported = reportedRuntimeInfo as DockerReportedUnknownRuntimeInfo;
Assert.Equal(OperatingSystemType, dockerReported.Platform.OperatingSystemType);
Assert.Equal(Architecture, dockerReported.Platform.Architecture);
}
public NetworkingService(IFileSystem fileSystem, IRuntimeInfo runtime, IConsole console)
{
_fileSystem = fileSystem;
_runtime = runtime;
_console = console;
_ipGlobalProperties = IPGlobalProperties.GetIPGlobalProperties();
}
AgentState BuildCurrentState(ModuleSet moduleSet, IRuntimeInfo runtimeInfo, long version, DeploymentStatus status)
{
IEdgeAgentModule edgeAgentModule;
IEdgeHubModule edgeHubModule;
ImmutableDictionary <string, IModule> userModules;
IImmutableDictionary <string, IModule> currentModules = moduleSet?.Modules;
if (currentModules == null)
{
edgeAgentModule = UnknownEdgeAgentModule.Instance;
edgeHubModule = UnknownEdgeHubModule.Instance;
userModules = ImmutableDictionary <string, IModule> .Empty;
}
else
{
edgeAgentModule = currentModules.ContainsKey(Constants.EdgeAgentModuleName) ? moduleSet.Modules[Constants.EdgeAgentModuleName] as IEdgeAgentModule : UnknownEdgeAgentModule.Instance;
edgeHubModule = currentModules.ContainsKey(Constants.EdgeHubModuleName) ? moduleSet.Modules[Constants.EdgeHubModuleName] as IEdgeHubModule : UnknownEdgeHubModule.Instance;
userModules = currentModules.RemoveRange(new[] { Constants.EdgeAgentModuleName, Constants.EdgeHubModuleName }).ToImmutableDictionary();
}
var currentState = new AgentState(
version,
status,
runtimeInfo,
new SystemModules(edgeAgentModule, edgeHubModule),
userModules,
CurrentReportedPropertiesSchemaVersion,
this.versionInfo);
return(currentState);
}
public SpinService(IRuntimeInfo runtimeInfo, IProcessProvider processProvider, IStartupContext startupContext, Logger logger)
{
_runtimeInfo = runtimeInfo;
_processProvider = processProvider;
_startupContext = startupContext;
_logger = logger;
}
public virtual CombinedDockerConfig GetCombinedConfig(IModule module, IRuntimeInfo runtimeInfo)
{
if (!(module is IModule <DockerConfig> moduleWithDockerConfig))
{
throw new InvalidOperationException("Module does not contain DockerConfig");
}
if (!(runtimeInfo is IRuntimeInfo <DockerRuntimeConfig> dockerRuntimeConfig))
{
throw new InvalidOperationException("RuntimeInfo does not contain DockerRuntimeConfig");
}
// Convert registry credentials from config to AuthConfig objects
List <AuthConfig> deploymentAuthConfigs = dockerRuntimeConfig.Config.RegistryCredentials
.Select(c =>
{
string address = this.parser.ParseURI(c.Value.Address).GetOrElse(c.Value.Address);
return(new AuthConfig {
ServerAddress = address, Username = c.Value.Username, Password = c.Value.Password
});
})
.ToList();
// First try to get matching auth config from the runtime info. If no match is found,
// then try the auth configs from the environment
Option <AuthConfig> authConfig = deploymentAuthConfigs.FirstAuthConfig(moduleWithDockerConfig.Config.Image)
.Else(() => this.authConfigs.FirstAuthConfig(moduleWithDockerConfig.Config.Image));
return(new CombinedDockerConfig(moduleWithDockerConfig.Config.Image, moduleWithDockerConfig.Config.CreateOptions, moduleWithDockerConfig.Config.Digest, authConfig));
}
public BrowserService(IProcessProvider processProvider, IConfigFileProvider configFileProvider, IRuntimeInfo runtimeInfo, Logger logger)
{
_processProvider = processProvider;
_configFileProvider = configFileProvider;
_runtimeInfo = runtimeInfo;
_logger = logger;
}
public EdgeDeploymentCommand(
string deviceNamespace,
ResourceName resourceName,
IKubernetes client,
IEnumerable <IModule> modules,
IRuntimeInfo runtimeInfo,
ICombinedConfigProvider <CombinedKubernetesConfig> configProvider)
{
this.deviceNamespace = KubeUtils.SanitizeK8sValue(Preconditions.CheckNonWhiteSpace(deviceNamespace, nameof(deviceNamespace)));
this.resourceName = Preconditions.CheckNotNull(resourceName, nameof(resourceName));
this.client = Preconditions.CheckNotNull(client, nameof(client));
this.modules = Preconditions.CheckNotNull(modules, nameof(modules)).ToList();
this.runtimeInfo = Preconditions.CheckNotNull(runtimeInfo, nameof(runtimeInfo));
this.configProvider = Preconditions.CheckNotNull(configProvider, nameof(configProvider));
this.id = new Lazy <string>(() => this.modules.Aggregate(string.Empty, (prev, module) => module.Name + prev));
this.serializerSettings = new JsonSerializerSettings
{
ContractResolver = new OverrideJsonIgnoreOfBaseClassContractResolver(
new Dictionary <Type, string[]>
{
[typeof(KubernetesModule)] = new[] { nameof(KubernetesModule.Name) }
})
{
// Environment variable (env) property JSON casing should be left alone
NamingStrategy = new CamelCaseNamingStrategy
{
ProcessDictionaryKeys = false
}
}
};
}
public WaitForExit(IRuntimeInfo runtimeInfo, IProcessProvider processProvider, IStartupContext startupContext, ILogger logger)
{
_runtimeInfo = runtimeInfo;
_processProvider = processProvider;
_startupContext = startupContext;
_logger = logger;
}
public async Task GetRuntimeInfoTest()
{
// Arrange
var systemInfo = new SystemInfo(OperatingSystemType, Architecture, Version);
var store = Mock.Of <IEntityStore <string, ModuleState> >();
var restartPolicyManager = Mock.Of <IRestartPolicyManager>();
var runtimeInfoProvider = Mock.Of <IRuntimeInfoProvider>(r => r.GetSystemInfo(CancellationToken.None) == Task.FromResult(systemInfo));
var moduleStateStore = Mock.Of <IEntityStore <string, ModuleState> >();
string minDockerVersion = "20";
string dockerLoggingOptions = "dummy logging options";
var deploymentConfig = new DeploymentConfig(
"1.0",
new DockerRuntimeInfo("docker", new DockerRuntimeConfig(minDockerVersion, dockerLoggingOptions)),
new SystemModules(Option.None <IEdgeAgentModule>(), Option.None <IEdgeHubModule>()),
new Dictionary <string, IModule>());
var environment = new DockerEnvironment(runtimeInfoProvider, deploymentConfig, moduleStateStore, restartPolicyManager, systemInfo.OperatingSystemType, systemInfo.Architecture, systemInfo.Version);
// act
IRuntimeInfo reportedRuntimeInfo = await environment.GetRuntimeInfoAsync();
// assert
Assert.True(reportedRuntimeInfo is DockerReportedRuntimeInfo);
var dockerReported = reportedRuntimeInfo as DockerReportedRuntimeInfo;
Assert.Equal(OperatingSystemType, dockerReported.Platform.OperatingSystemType);
Assert.Equal(Architecture, dockerReported.Platform.Architecture);
Assert.Equal(Version, dockerReported.Platform.Version);
Assert.Equal(minDockerVersion, dockerReported.Config.MinDockerVersion);
Assert.Equal(dockerLoggingOptions, dockerReported.Config.LoggingOptions);
}
public Task <ICommand> CreateAsync(IModuleWithIdentity module, IRuntimeInfo runtimeInfo)
{
if (this.checkImagePullBeforeModuleCreate)
{
T config = this.combinedConfigProvider.GetCombinedConfig(module.Module, runtimeInfo);
return(Task.FromResult(
new GroupCommand(
new PrepareUpdateCommand(this.moduleManager, module.Module, config),
CreateOrUpdateCommand.BuildCreate(
this.moduleManager,
module.Module,
module.ModuleIdentity,
this.configSource,
config,
this.edgeDeviceHostname,
this.parentEdgeHostname)
as ICommand) as ICommand));
}
else
{
return(Task.FromResult(
CreateOrUpdateCommand.BuildCreate(
this.moduleManager,
module.Module,
module.ModuleIdentity,
this.configSource,
this.combinedConfigProvider.GetCombinedConfig(module.Module, runtimeInfo),
this.edgeDeviceHostname,
this.parentEdgeHostname)
as ICommand));
}
}
public InstallUpdateService(ICheckUpdateService checkUpdateService, IAppFolderInfo appFolderInfo,
IDiskProvider diskProvider, IHttpClient httpClient,
IArchiveService archiveService, IProcessProvider processProvider,
IVerifyUpdates updateVerifier,
IConfigFileProvider configFileProvider,
IRuntimeInfo runtimeInfo,
IBackupService backupService,
Logger logger)
{
if (configFileProvider == null)
{
throw new ArgumentNullException("configFileProvider");
}
_checkUpdateService = checkUpdateService;
_appFolderInfo = appFolderInfo;
_diskProvider = diskProvider;
_httpClient = httpClient;
_archiveService = archiveService;
_processProvider = processProvider;
_updateVerifier = updateVerifier;
_configFileProvider = configFileProvider;
_runtimeInfo = runtimeInfo;
_backupService = backupService;
_logger = logger;
}
public BrowserService(IProcessProvider processProvider, IConfigFileProvider configFileProvider, IRuntimeInfo runtimeInfo, Logger logger)
{
_processProvider = processProvider;
_configFileProvider = configFileProvider;
_runtimeInfo = runtimeInfo;
_logger = logger;
}
async Task <IEnumerable <ICommand> > ProcessDesiredAndCurrentSets(
ModuleSet desired, ModuleSet current, IRuntimeInfo runtimeInfo, IImmutableDictionary <string, IModuleIdentity> moduleIdentities)
{
Diff diff = desired.Diff(current);
IEnumerable <Task <ICommand> > stopTasks = current.Modules.Select(m => this.commandFactory.StopAsync(m.Value));
IEnumerable <ICommand> stop = await Task.WhenAll(stopTasks);
IEnumerable <Task <ICommand> > removeTasks = diff.Removed.Select(name => this.commandFactory.RemoveAsync(current.Modules[name]));
IEnumerable <ICommand> remove = await Task.WhenAll(removeTasks);
// Only update changed modules
IList <Task <ICommand> > updateTasks = diff.AddedOrUpdated
.Select(m => this.CreateOrUpdate(current, m, runtimeInfo, moduleIdentities))
.ToList();
IEnumerable <ICommand> update = await Task.WhenAll(updateTasks);
IEnumerable <Task <ICommand> > startTasks = desired.Modules.Values
.Where(m => m.DesiredStatus == ModuleStatus.Running)
.Select(m => this.commandFactory.StartAsync(m));
IEnumerable <ICommand> start = await Task.WhenAll(startTasks);
return(stop
.Concat(remove)
.Concat(update)
.Concat(start));
}
public async Task <Plan> PlanAsync(
ModuleSet desired,
ModuleSet current,
IRuntimeInfo runtimeInfo,
IImmutableDictionary <string, IModuleIdentity> moduleIdentities)
{
Events.LogDesired(desired);
Events.LogCurrent(current);
Events.LogIdentities(moduleIdentities);
// Check that module names sanitize and remain unique.
var groupedModules = desired.Modules.ToLookup(pair => KubeUtils.SanitizeK8sValue(pair.Key));
if (groupedModules.Any(c => c.Count() > 1))
{
string nameList = groupedModules
.Where(c => c.Count() > 1)
.SelectMany(g => g, (pairs, pair) => pair.Key)
.Join(",");
throw new InvalidIdentityException($"Deployment will cause a name collision in Kubernetes namespace, modules: [{nameList}]");
}
// TODO: improve this so it is generic for all potential module types.
if (!desired.Modules.Values.All(p => p is IModule <DockerConfig>))
{
throw new InvalidModuleException($"Kubernetes deployment currently only handles type={typeof(DockerConfig).FullName}");
}
// This is a workaround for K8s Public Preview Refresh
// TODO: remove this workaround when merging to the main release
desired = new ModuleSet(desired.Modules.Remove(Constants.EdgeAgentModuleName));
current = new ModuleSet(current.Modules.Remove(Constants.EdgeAgentModuleName));
Diff moduleDifference = desired.Diff(current);
Plan plan;
if (!moduleDifference.IsEmpty)
{
// The "Plan" here is very simple - if we have any change, publish all desired modules to a EdgeDeployment CRD.
// The CRD allows us to give the customer a Kubernetes-centric way to see the deployment
// and the status of that deployment through the "edgedeployments" API.
var crdCommand = new EdgeDeploymentCommand(this.deviceNamespace, this.resourceName, this.client, desired.Modules.Values, runtimeInfo, this.configProvider);
var planCommand = await this.commandFactory.WrapAsync(crdCommand);
var planList = new List <ICommand>
{
planCommand
};
Events.PlanCreated(planList);
plan = new Plan(planList);
}
else
{
plan = Plan.Empty;
}
return(plan);
}
public async Task <ICommand> CreateAsync(IModuleWithIdentity module, IRuntimeInfo runtimeInfo)
{
this.factoryMetrics.AddMessage(module.Module, FactoryMetrics.ModuleCommandMetric.Start);
using (this.factoryMetrics.MeasureTime("create"))
{
return(await this.underlying.CreateAsync(module, runtimeInfo));
}
}
public async Task <Plan> PlanAsync(ModuleSet desired, ModuleSet current, IRuntimeInfo runtimeInfo, IImmutableDictionary <string, IModuleIdentity> moduleIdentities)
{
Diff diff = desired.Diff(current);
Plan plan = diff.IsEmpty
? Plan.Empty
: await this.CreatePlan(desired, current, runtimeInfo, moduleIdentities);
return(plan);
}
public Router(INzbDroneServiceFactory nzbDroneServiceFactory, IServiceProvider serviceProvider,
IConsoleService consoleService, IRuntimeInfo runtimeInfo, Logger logger)
{
_nzbDroneServiceFactory = nzbDroneServiceFactory;
_serviceProvider = serviceProvider;
_consoleService = consoleService;
_runtimeInfo = runtimeInfo;
_logger = logger;
}
public PlexPathReplacementService(
IMediaSourceRepository mediaSourceRepository,
IRuntimeInfo runtimeInfo,
ILogger <PlexPathReplacementService> logger)
{
_mediaSourceRepository = mediaSourceRepository;
_runtimeInfo = runtimeInfo;
_logger = logger;
}
public SystemModule(IAppFolderInfo appFolderInfo, IRuntimeInfo runtimeInfo, IRouteCacheProvider routeCacheProvider, IConfigFileProvider configFileProvider)
: base("system")
{
_appFolderInfo = appFolderInfo;
_runtimeInfo = runtimeInfo;
_routeCacheProvider = routeCacheProvider;
_configFileProvider = configFileProvider;
Get["/status"] = x => GetStatus();
Get["/routes"] = x => GetRoutes();
}
public Router(INzbDroneServiceFactory nzbDroneServiceFactory, IServiceProvider serviceProvider, IStartupArguments startupArguments,
IConsoleService consoleService, IRuntimeInfo runtimeInfo, Logger logger)
{
_nzbDroneServiceFactory = nzbDroneServiceFactory;
_serviceProvider = serviceProvider;
_startupArguments = startupArguments;
_consoleService = consoleService;
_runtimeInfo = runtimeInfo;
_logger = logger;
}
public LifecycleService(IEventAggregator eventAggregator,
IRuntimeInfo runtimeInfo,
IServiceProvider serviceProvider,
Logger logger)
{
_eventAggregator = eventAggregator;
_runtimeInfo = runtimeInfo;
_serviceProvider = serviceProvider;
_logger = logger;
}
public RemoteAccessAdapter(IRuntimeInfo runtimeInfo,
IUrlAclAdapter urlAclAdapter,
IFirewallAdapter firewallAdapter,
ISslAdapter sslAdapter)
{
_runtimeInfo = runtimeInfo;
_urlAclAdapter = urlAclAdapter;
_firewallAdapter = firewallAdapter;
_sslAdapter = sslAdapter;
}
public SystemModule(IAppFolderInfo appFolderInfo, IRuntimeInfo runtimeInfo, IRouteCacheProvider routeCacheProvider, IConfigFileProvider configFileProvider)
: base("system")
{
_appFolderInfo = appFolderInfo;
_runtimeInfo = runtimeInfo;
_routeCacheProvider = routeCacheProvider;
_configFileProvider = configFileProvider;
Get["/status"] = x => GetStatus();
Get["/routes"] = x => GetRoutes();
}
public NzbDroneServiceFactory(IConfigFileProvider configFileProvider, IHostController hostController, IRuntimeInfo runtimeInfo,
IProcessProvider processProvider, PriorityMonitor priorityMonitor, IStartupArguments startupArguments, Logger logger)
{
_configFileProvider = configFileProvider;
_hostController = hostController;
_runtimeInfo = runtimeInfo;
_processProvider = processProvider;
_priorityMonitor = priorityMonitor;
_startupArguments = startupArguments;
_logger = logger;
}
public async Task <ICommand> CreateAsync(IModuleWithIdentity module, IRuntimeInfo runtimeInfo)
{
if (module.Module is DockerModule dockerModule)
{
CombinedDockerConfig combinedDockerConfig = this.combinedConfigProvider.GetCombinedConfig(dockerModule, runtimeInfo);
return(new GroupCommand(
new PullCommand(this.client, combinedDockerConfig),
await CreateCommand.BuildAsync(this.client, dockerModule, module.ModuleIdentity, this.dockerLoggerConfig, this.configSource, module.Module is EdgeHubDockerModule)));
}
return(NullCommand.Instance);
}
public NzbDroneServiceFactory(IConfigFileProvider configFileProvider, IHostController hostController, IRuntimeInfo runtimeInfo,
IProcessProvider processProvider, PriorityMonitor priorityMonitor, IStartupArguments startupArguments, Logger logger)
{
_configFileProvider = configFileProvider;
_hostController = hostController;
_runtimeInfo = runtimeInfo;
_processProvider = processProvider;
_priorityMonitor = priorityMonitor;
_startupArguments = startupArguments;
_logger = logger;
}
public UrlAclAdapter(INetshProvider netshProvider,
IConfigFileProvider configFileProvider,
IRuntimeInfo runtimeInfo,
Logger logger)
{
_netshProvider = netshProvider;
_configFileProvider = configFileProvider;
_runtimeInfo = runtimeInfo;
_logger = logger;
Urls = new List<String>();
}
public DeploymentConfig(
string schemaVersion,
IRuntimeInfo runtime,
SystemModules systemModules,
IDictionary <string, IModule> modules)
{
this.SchemaVersion = Preconditions.CheckNotNull(schemaVersion, nameof(schemaVersion));
this.SystemModules = Preconditions.CheckNotNull(systemModules, nameof(this.SystemModules));
this.Runtime = Preconditions.CheckNotNull(runtime, nameof(runtime));
this.Modules = modules?.ToImmutableDictionary() ?? ImmutableDictionary <string, IModule> .Empty;
this.UpdateModuleNames();
}
public async Task <Plan> PlanAsync(
ModuleSet desired,
ModuleSet current,
IRuntimeInfo runtimeInfo,
IImmutableDictionary <string, IModuleIdentity> moduleIdentities)
{
Events.LogDesired(desired);
Events.LogCurrent(current);
Events.LogIdentities(moduleIdentities);
// Check that module names sanitize and remain unique.
var groupedModules = desired.Modules.GroupBy(pair => KubeUtils.SanitizeK8sValue(pair.Key)).ToArray();
if (groupedModules.Any(c => c.Count() > 1))
{
string nameList = groupedModules.Where(c => c.Count() > 1).SelectMany(g => g, (pairs, pair) => pair.Key).Join(",");
throw new InvalidIdentityException($"Deployment will cause a name collision in Kubernetes namespace, modules: [{nameList}]");
}
// TODO: improve this so it is generic for all potential module types.
if (!desired.Modules.Values.All(p => p is IModule <DockerConfig>))
{
throw new InvalidModuleException($"Kubernetes deployment currently only handles type={typeof(T).FullName}");
}
Diff moduleDifference = desired.Diff(current);
Plan plan;
if (!moduleDifference.IsEmpty)
{
// The "Plan" here is very simple - if we have any change, publish all desired modules to a CRD.
// The CRD allows us to give the customer a Kubernetes-centric way to see the deployment
// and the status of that deployment through the "edgedeployments" API.
var k8sModules = desired.Modules.Select(m => new KubernetesModule <DockerConfig>(m.Value as IModule <DockerConfig>));
var crdCommand = new KubernetesCrdCommand <CombinedDockerConfig>(this.deviceNamespace, this.iotHubHostname, this.deviceId, this.client, k8sModules.ToArray(), Option.Some(runtimeInfo), this.combinedConfigProvider as ICombinedConfigProvider <CombinedDockerConfig>);
var planCommand = await this.commandFactory.WrapAsync(crdCommand);
var planList = new List <ICommand>
{
planCommand
};
Events.PlanCreated(planList);
plan = new Plan(planList);
}
else
{
plan = Plan.Empty;
}
return(plan);
}
public WebHostController(IRuntimeInfo runtimeInfo,
IConfigFileProvider configFileProvider,
IFirewallAdapter firewallAdapter,
IEnumerable <IAspNetCoreMiddleware> middlewares,
Logger logger)
{
_runtimeInfo = runtimeInfo;
_configFileProvider = configFileProvider;
_firewallAdapter = firewallAdapter;
_middlewares = middlewares;
_logger = logger;
}
public override CombinedDockerConfig GetCombinedConfig(IModule module, IRuntimeInfo runtimeInfo)
{
CombinedDockerConfig combinedConfig = base.GetCombinedConfig(module, runtimeInfo);
// if the workload URI is a Unix domain socket then volume mount it into the container
CreateContainerParameters createOptions = CloneOrCreateParams(combinedConfig.CreateOptions);
this.MountSockets(module, createOptions);
this.InjectNetworkAliases(module, createOptions);
return(new CombinedDockerConfig(combinedConfig.Image, createOptions, combinedConfig.NotaryContentTrust, combinedConfig.AuthConfig));
}
public UrlAclAdapter(INetshProvider netshProvider,
IConfigFileProvider configFileProvider,
IRuntimeInfo runtimeInfo,
Logger logger)
{
_netshProvider = netshProvider;
_configFileProvider = configFileProvider;
_runtimeInfo = runtimeInfo;
_logger = logger;
InternalUrls = new List<UrlAcl>();
RegisteredUrls = GetRegisteredUrls();
}
public OwinHostController(
IOwinAppFactory owinAppFactory,
IRuntimeInfo runtimeInfo,
IUrlAclAdapter urlAclAdapter,
IFirewallAdapter firewallAdapter,
ISslAdapter sslAdapter,
Logger logger)
{
_owinAppFactory = owinAppFactory;
_runtimeInfo = runtimeInfo;
_urlAclAdapter = urlAclAdapter;
_firewallAdapter = firewallAdapter;
_sslAdapter = sslAdapter;
_logger = logger;
}
public OwinHostController(IConfigFileProvider configFileProvider,
IEnumerable<IOwinMiddleWare> owinMiddleWares,
IRuntimeInfo runtimeInfo,
IUrlAclAdapter urlAclAdapter,
IFirewallAdapter firewallAdapter,
ISslAdapter sslAdapter,
Logger logger)
{
_configFileProvider = configFileProvider;
_owinMiddleWares = owinMiddleWares;
_runtimeInfo = runtimeInfo;
_urlAclAdapter = urlAclAdapter;
_firewallAdapter = firewallAdapter;
_sslAdapter = sslAdapter;
_logger = logger;
}
public SystemModule(IAppFolderInfo appFolderInfo,
IRuntimeInfo runtimeInfo,
IRouteCacheProvider routeCacheProvider,
IConfigFileProvider configFileProvider,
IMainDatabase database,
ILifecycleService lifecycleService)
: base("system")
{
_appFolderInfo = appFolderInfo;
_runtimeInfo = runtimeInfo;
_routeCacheProvider = routeCacheProvider;
_configFileProvider = configFileProvider;
_database = database;
_lifecycleService = lifecycleService;
Get["/status"] = x => GetStatus();
Get["/routes"] = x => GetRoutes();
Post["/shutdown"] = x => Shutdown();
Post["/restart"] = x => Restart();
}
public SystemTrayApp(IBrowserService browserService, IRuntimeInfo runtimeInfo, IProcessProvider processProvider)
{
_browserService = browserService;
_runtimeInfo = runtimeInfo;
_processProvider = processProvider;
}
public MappedNetworkDriveValidator(IRuntimeInfo runtimeInfo, IDiskProvider diskProvider)
: base("Mapped Network Drive and Windows Service")
{
_runtimeInfo = runtimeInfo;
_diskProvider = diskProvider;
}
public MonoVersionCheck(IRuntimeInfo runtimeInfo, Logger logger)
{
_runtimeInfo = runtimeInfo;
_logger = logger;
}
public SpinService(IRuntimeInfo runtimeInfo, IProcessProvider processProvider, Logger logger)
{
_runtimeInfo = runtimeInfo;
_processProvider = processProvider;
_logger = logger;
}
