/// <summary>
/// Constructor.
/// </summary>
/// <param name="args"> arguments for the service</param>
public ImageService(string[] args)
{
InitializeComponent();
this.loggingService = new LoggingService();
this.loggingService.Log("Logger created", MessageTypeEnum.INFO);
this.loggingService.Log("Test background info", MessageTypeEnum.INFO);
this.loggingService.Log("Test background fail", MessageTypeEnum.FAIL);
this.loggingService.Log("Test background warning", MessageTypeEnum.WARNING);
this.imageModal = new ImageServiceModal(loggingService)
{
OutputFolder = ConfigurationManager.AppSettings["OutputDir"],
ThumbnailSize = int.Parse(ConfigurationManager.AppSettings["ThumbnailSize"])
};
this.imageController = new ImageController(this.imageModal, this.loggingService);
this.imageServer = new ImageServer(loggingService, imageController);
this.server = new ISMobileServer(imageServer);
//this.guiServer = new GuiServer(8000, imageServer);
string eventSourceName = ConfigurationManager.AppSettings["SourceName"];
string logName = ConfigurationManager.AppSettings["LogName"];
if (args.Count() > 0)
{
eventSourceName = args[0];
}
if (args.Count() > 1)
{
logName = args[1];
}
ImageServiceLog = new EventLog();
if (!EventLog.SourceExists(eventSourceName))
{
EventLog.CreateEventSource(eventSourceName, logName);
}
ImageServiceLog.Source = eventSourceName;
ImageServiceLog.Log = logName;
this.loggingService.MessageRecieved += this.WriteEntryToLog;
}
private void GetSelectedSites()
{
SelectedObjects selectedObjs = (SelectedObjects)this.siteTree.Tag;
if ((null == selectedObjs) ||
(0 == selectedObjs.SelectedSites.Count()))
{
//
// This shouldn't happen, since the Continue button is only
// enabled if there is at least one site.
//
return;
}
Dictionary <IISServer, List <ApplicationPool> > allAppPools = new Dictionary <IISServer, List <ApplicationPool> >();
// Clear the list of servers
this.IISServers.Servers.Clear();
foreach (IISServer selectedServer in selectedObjs.SelectedServers)
{
// first clear any sites the server has.
selectedServer.Sites.Clear();
// save the list of AppPools and reset the server's list.
allAppPools.Add(selectedServer, selectedServer.AppPools);
selectedServer.AppPools = new List <ApplicationPool>();
// add this server back into the global list.
this.IISServers.Servers.Add(selectedServer.Name, selectedServer);
}
foreach (Site selectedSite in selectedObjs.SelectedSites)
{
// first clear any databases the site has
selectedSite.Databases.Clear();
IISServer server = selectedSite.ParentServer;
selectedSite.ParentServer = null; //prevent recursion during serialization
// add this site back into its server's site collection.
server.Sites.Add(selectedSite);
// add app pools for this site back into the server's AppPool collection.
List <ApplicationPool> appPools = allAppPools[server];
if ((null == appPools) || (0 == appPools.Count))
{
continue;
}
ApplicationPool ap = null;
if (!server.AppPools.Exists(x => x.Name == selectedSite.AppPoolName))
{
ap = appPools.Find(x => x.Name == selectedSite.AppPoolName);
if (null != ap)
{
server.AppPools.Add(ap);
appPools.Remove(ap); // trim the list
}
}
foreach (Helpers.Application app in selectedSite.Applications)
{
if (!server.AppPools.Exists(x => x.Name == app.AppPoolName))
{
ap = appPools.Find(x => x.Name == app.AppPoolName);
if (null != ap)
{
server.AppPools.Add(ap);
appPools.Remove(ap); // trim the list
if (0 == appPools.Count)
{
break;
}
}
}
}
}
foreach (Database selectedDatabase in selectedObjs.SelectedDatabases)
{
// add any databases back to their respective sites.
Site site = selectedDatabase.ParentSite;
selectedDatabase.ParentSite = null; //prevent recursion during serialization
site.Add(selectedDatabase);
}
}
