/// <summary>
/// Save the applications topic, all subsequent child topics; also saves the Sandcastle content,
/// token and project files.
/// </summary>
public override void Save()
{
TimerStart();
SaveTopic();
foreach (var topic in topics)
{
if (topic != null)
{
topic.Save();
}
}
//loopResult = Parallel.ForEach(topics, SaveAllTopics);
base.Save();
//save content file and add to the project
ContentFile.GetContentFile().AddApplicationTopic(GetContentLayout());
ContentFile.GetContentFile().Save(contentFile);
ProjectFile.GetProjectFile().AddContentLayoutFile(contentFile);
OrchestrationImage.Instance().StartSavingImages();
OrchestrationImage.Instance().CancelToken.Cancel();
//save token file and add to the project
TokenFile.GetTokenFile().Save(tokenFile);
ProjectFile.GetProjectFile().AddTokenFile(tokenFile);
//save the project file
ProjectFile.GetProjectFile().Save(projectFile);
TimerStop();
}
/// <summary>
/// Save a topic to the file system.
/// </summary>
/// <remarks>This method must be implemented in all inherited classes.</remarks>
private void SaveTopic()
{
//var bce = CatalogExplorerFactory.CatalogExplorer();
try
{
//bce.ConnectionString = CatalogExplorerFactory.CatalogExplorer().ConnectionString;
var orch = CatalogExplorerFactory.CatalogExplorer().Applications[appName].Orchestrations[orchName];
TokenFile.GetTokenFile().AddTopicToken(CleanAndPrep(appName + ".Orchestrations." + orchName), id);
var root = CreateDeveloperConceptualElement();
root.Add(new XElement(xmlns + "introduction",
new XElement(xmlns + "para",
new XText(!string.IsNullOrEmpty(orch.Description)
? orch.Description
: "No description was available from the orchestration."))));
var orchSection = new XElement(xmlns + "section");
#region content
var content = new XElement(xmlns + "content");
var imageToken = CleanAndPrep(appName + ".Orchestrations." + orchName + "Image");
content.Add(new XElement(xmlns + "token", imageToken),
new XElement(xmlns + "table", new XElement(xmlns + "title", new XText("Orchestration Properties")),
new XElement(xmlns + "tableHeader",
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Property")),
new XElement(xmlns + "entry",
new XText("Value")))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Application")),
new XElement(xmlns + "entry",
new XElement(
xmlns + "token",
new XText(
appName)))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Assembly Qualified Name")),
new XElement(xmlns + "entry",
new XElement(
xmlns + "token",
new XText(
CleanAndPrep
(orch.AssemblyQualifiedName))))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Auto Resume Suspended Instances")),
new XElement(xmlns + "entry",
new XText(
orch.
AutoResumeSuspendedInstances
.ToString()))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Auto Suspend Running Instances")),
new XElement(xmlns + "entry",
new XText(
orch.
AutoSuspendRunningInstances
.ToString()))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Auto Terminate Instances (when unenlisting)")),
new XElement(xmlns + "entry",
new XText(
orch.
AutoTerminateInstances
.ToString()))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Full Name")),
new XElement(xmlns + "entry",
new XText(
orch.FullName))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText("Host")),
GetNullable(orch.Host, "Name", appName + ".Host.")),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Tracking")),
new XElement(xmlns + "entry",
new XText(
orch.Tracking.
ToString())))));
orchSection.Add(content);
#endregion
root.Add(orchSection);
#region port section
var portSections = new List <XElement>();
var opsList = new XElement(xmlns + "list", new XAttribute("class", "bullet"));
foreach (OrchestrationPort port in orch.Ports)
{
if (port.Orchestration.FullName != orchName)
{
continue;
}
foreach (PortTypeOperation operation in port.PortType.Operations)
{
opsList.Add(new XElement(xmlns + "listItem",
new XText(string.Format("{0} ({1})", operation.Name, operation.Type))));
}
var ps = new XElement(xmlns + "section",
new XElement(xmlns + "title", new XText(port.Name)),
new XElement(xmlns + "content",
new XElement(xmlns + "para",
new XText(
"This port contains the following properties:")),
new XElement(xmlns + "table",
new XElement(xmlns + "title",
new XText("Port Properties")),
new XElement(xmlns + "tableHeader",
new XElement(xmlns + "row",
new XElement(
xmlns +
"entry",
new XText
("Property")),
new XElement(
xmlns +
"entry",
new XText
("Value")))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Binding")),
new XElement(xmlns + "entry",
new XText(
port.Binding.
ToString()))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Modifier")),
new XElement(xmlns + "entry",
new XText(
port.Modifier
.ToString
()))),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText
("Receive Port")),
GetNullable(port.ReceivePort,
"Name",
appName +
".ReceivePorts.")),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Send Port")),
GetNullable(port.SendPort,
"Name",
appName +
".SendPorts.")),
new XElement(xmlns + "row",
new XElement(xmlns + "entry",
new XText(
"Send Port Group")),
GetNullable(
port.SendPortGroup, "Name",
appName +
".SendPortGroups."))),
new XElement(xmlns + "para", new XText("This port definition performs the following operations:")),
opsList));
portSections.Add(ps);
}
#endregion
root.Add(new XElement(xmlns + "section",
new XElement(xmlns + "title", new XText("Orchestration Ports")),
new XElement(xmlns + "content",
new XElement(xmlns + "sections", portSections.ToArray()))));
if (doc.Root != null)
{
doc.Root.Add(root);
}
OrchestrationImage.Instance().Orchestrations.Enqueue(new BtsOrch(orch.Application.Name, orch.FullName));
}
catch (Exception ex)
{
PrintLine("{0}: {1}", ex.GetType(), ex.Message);
}
}
