/// <summary>
/// Application specific configuration
/// This method should initialize any IoC resources utilized by your web service classes.
/// </summary>
public override void Configure(Container container)
{
// inject the concrete logging implementation
Log.Debug($"Entering AppHost.Configure method, container is {container.ToString()}");
// AppSettings is a first class object on the Container, so it will be auto-wired
// In any other assembly, AppSettings is read-only, so it must be populated in this assembly
// Location of the configuration files will depend on running as LifeCycle Production/QA/Dev as well as Debug and Release settings
//It would be nice if ServiceStack implemented the User Secrets pattern that ASP Core provides
// The Environment variable may define the location of a text file to add to the AppSettings
string indirectSettingsTextFilepath;
try {
indirectSettingsTextFilepath = Environment.GetEnvironmentVariable(agentEnvironmentIndirectSettingsTextFileNameKey);
}
catch (SecurityException e) {
Log.Error($"{cannotReadEnvironmentVariablesSecurityExceptionMessage}: {e.Message}");
throw new SecurityException(cannotReadEnvironmentVariablesSecurityExceptionMessage, e);
}
// ToDo: If the Environment variable does define a location for another text fle, ensure it can be read
if (indirectSettingsTextFilepath != null)
{
try { }
catch { }
}
// Create the AppSettingsBuilder, and add command line arguments to it
var multiAppSettingsBuilder = new MultiAppSettingsBuilder();
// Highest priority is any command line variable values, so add command line arguments to the AppSettingsBuilder
// ToDo: .Add??
// Next in priority are all environment values, so append AddEnvironmentalVariables to the AppSettingsBuilder
multiAppSettingsBuilder.AddEnvironmentalVariables();
// Next in priority are contents of any indirect files mentioned in the environment variables (e.g. User Secrets )
if (indirectSettingsTextFilepath != null)
{
multiAppSettingsBuilder.AddTextFile(indirectSettingsTextFilepath);
}
// Next in priority are any configuration settings in a text file named on the command line.
// ToDo: if a configuration settings text file is specified on the command line, ensure we have permission to read it
// ToDo: append AddTextFile for configuration settings in a text file specified on the command line to the AppSettingsBuilder
// Next in priority are any configuration settings in a text file named as a constant string in the app.
// Location of the text file is relative to the current working directory at the point in time when this method executes.
// If this file does not exist, it is not considered an error, but if it does exist, not having read permission is an error
// ToDo: if a configuration settings text file is specified as a constant string in the app, ensure we have permission to read it
// ToDo: if it exists, append AddTextFile for configuration settings in a text file specified as a constant string in the app to the AppSettingsBuilder
multiAppSettingsBuilder.AddTextFile(agentSettingsTextFileNameString);
// Next in priority are any configuration settings in the application config file (AKA AceAgent.exe.config at runtime)
// Location of the application config file is relative to the current working directory at the point in time when this method executes.
// If this file does not exist, it is not considered an error, but if it does exist, not having read permission is an error
// ToDo: if a application config file is specified as a constant string in the app, ensure we have permission to read it
// ToDo: if it exists, append AddTextFile for configuration settings in a text file specified as a constant string in the app to the AppSettingsBuilder
multiAppSettingsBuilder.AddAppSettings()
// Builtin (compiled in) configuration settings have the lowest priority
// Add these to the AppSettingsBuilder
.AddDictionarySettings(DefaultConfiguration.Configuration());
//Build the AppSettings
AppSettings = multiAppSettingsBuilder.Build();
// Create the BaseServices data structure and register it in the container
// The AppHost (here, ServiceStack running as a Windows service) has some configuration that is common
// to both Frameworks (.Net and .Net Core), which will be setup in a common assembly, so this instance of
// the appHost is being passed to the BaseServicesData constructor.
// this also registers a BaseServicesData instance in the container
// ToDo: implement Singleton pattern for BaseServicesData in the DI Container
var baseServicesData = new BaseServicesData(this);
container.Register <BaseServicesData>(c => baseServicesData);
// ToDo: Get the list of plugins to install from the configuration settings, currently hard coded
// Create the list of PlugIns to load
var plugInList = new List <IPlugin>()
{
//new RealEstateServicesPlugin(),
//new MinerServicesPlugin(),
new DiskAnalysisServicesPlugin(),
new GUIServicesPlugin()
};
// Load each plugin here.
foreach (var pl in plugInList)
{
Plugins.Add(pl);
}
// ToDo: See Issue #8
// ToDo place a static, deep-copy of the current application'instance of the configuration settings as the first object in the application's configuration settings history list.
// start all the timers
Log.Debug("In AppHost.Configure: starting all timers");
var timers = Container.Resolve <Dictionary <string, System.Timers.Timer> >();
var longRunningTasksCheckTimer = timers[Ace.Agent.BaseServices.BaseServicesData.LongRunningTasksCheckTimerName];
longRunningTasksCheckTimer.Start();
/*
* // ToDo: create a NotifyIcon equivalent for a Windows Service or Linux Daemon. Notifiy Icon itself will not work, as that is for WinForms only
* Log.Debug("in AppHost.Configure: Create a NotifyIcon for AceCommander");
* Application.EnableVisualStyles();
* Application.SetCompatibleTextRenderingDefault(false);
* NotifyIcon notifyIcon1 = new NotifyIcon();
* ContextMenu contextMenu1 = new ContextMenu();
* MenuItem menuItem1 = new MenuItem();
* contextMenu1.MenuItems
* .AddRange(new MenuItem[] { menuItem1 });
* menuItem1.Index=0;
* menuItem1.Text="E&xit";
* menuItem1.Click+=new EventHandler(menuItem1_Click);
* notifyIcon1.Icon=new Icon("atap.ico");
* notifyIcon1.Text="AceCommander";
* notifyIcon1.ContextMenu=contextMenu1;
* notifyIcon1.Visible=true;
* // Log.Debug("Calling a Web Forms Application instance's static Run method");
* // Application.Run();
* // notifyIcon1.Visible = false;
* Log.Debug("NotifyIcon for AceCommander created");
*/
Log.Debug("Leaving AppHost.Configure");
}