public static void Configure(IHttpContextAccessor httpContextAccessor, IConfigurationRoot configuration, string connectionstringName = "default")
{
#region License
var licensefile = "license.key";
if (File.Exists(licensefile))
{
try
{
var licenseText = File.ReadAllText(licensefile);
DWKitRuntime.RegisterLicense(licenseText);
}
catch
{
//TODO add write to log
}
}
#endregion
#if (DEBUG)
DWKitRuntime.UseMetadataCache = false;
//CodeActionsCompiller.DebugMode = true;
#elif (RELEASE)
DWKitRuntime.UseMetadataCache = true;
#endif
DWKitRuntime.ConnectionStringData = configuration[$"ConnectionStrings:{connectionstringName}"];
DWKitRuntime.DbProvider = AutoDetectProvider();
DWKitRuntime.Security = new SecurityProvider(httpContextAccessor);
DWKitRuntime.Metadata = new DefaultMetadataProvider("Metadata/metadata.json", "Metadata/Forms", "Metadata/Localization");
if (configuration["DWKit:BlockMetadataChanges"] == "True")
{
DWKitRuntime.Metadata.BlockMetadataChanges = true;
}
CodeActionsCompiller.RegisterAssembly(typeof(WorkflowRuntime).Assembly);
DWKitRuntime.CompileAllCodeActionsAsync().Wait();
//It is necessery to have this assembly for compile code with dynamic
CodeActionsCompiller.RegisterAssembly(typeof(Microsoft.CSharp.RuntimeBinder.Binder).Assembly);
DWKitRuntime.ServerActions.RegisterUsersProvider("filters", new Filters());
DWKitRuntime.ServerActions.RegisterUsersProvider("triggers", new Triggers());
//Initial inbox/outbox notifiers
DWKitRuntime.AddClientNotifier(typeof(ClientNotificationHub), ClientNotifiers.NotifyClientsAboutInboxStatus);
//Initial document count notifier
DWKitRuntime.AddClientNotifier(typeof(ClientNotificationHub), SideMenuInitialNotifier);
//User group classifier for notifications
DWKitRuntime.SignalRGroupClassifier = SignalRGroupClassifier;
//Documents count change on Insert new document or update document
DynamicEntityOperationNotifier.SubscribeToInsertByTableName("Document", "SideMenuNotification",
(m, c) =>
{
Func <Task> func = async() => { await NotifyDocumentCountChange(m, c, false); };
func.FireAndForgetWithDefaultExceptionLogger();
});
DynamicEntityOperationNotifier.SubscribeToUpdateByTableName("Document", "SideMenuNotification",
(m, c) =>
{
Func <Task> func = async() => { await NotifyDocumentCountChange(m, c, true); };
func.FireAndForgetWithDefaultExceptionLogger();
});
//Documents count change and inbox outbox change on document deletions
DynamicEntityOperationNotifier.SubscribeToDeleteByTableName("Document", "SideMenuNotification",
(m, c) =>
{
Func <Task> func = async() =>
{
await ClientNotifiers.DeleteWokflowAndNotifyClients(m, c);
await NotifyDocumentCountChange(m, c, false);
};
func.FireAndForgetWithDefaultExceptionLogger();
});
var runtime = WorkflowInit.Runtime;
}
public static void SubscribeOnDynamicEntityNotifications()
{
DynamicEntityOperationNotifier.SubscribeUpdate("BudgetItem", "Recalc", OnBudgetItemUpdate);
}
public static void Configure(IHttpContextAccessor httpContextAccessor, IConfigurationRoot configuration, string connectionstringName = "default")
{
#region License
var licensefile = "license.key";
if (File.Exists(licensefile))
{
try
{
var licenseText = File.ReadAllText(licensefile);
DWKitRuntime.RegisterLicense(licenseText);
}
catch
{
//TODO add write to log
}
}
#endregion
#if (DEBUG)
DWKitRuntime.UseMetadataCache = false;
#elif (RELEASE)
DWKitRuntime.UseMetadataCache = true;
#endif
DWKitRuntime.ConnectionStringData = configuration[$"ConnectionStrings:{connectionstringName}"];
DWKitRuntime.DbProvider = AutoDetectProvider();
DWKitRuntime.Security = new SecurityProvider(httpContextAccessor);
var path = configuration["Metadata:path"];
if (string.IsNullOrEmpty(path))
{
path = "Metadata/metadata.json";
}
DWKitRuntime.Metadata = new DefaultMetadataProvider(path, "Metadata/Forms", "Metadata/Localization");
if (configuration["DWKit:BlockMetadataChanges"] == "True")
{
DWKitRuntime.Metadata.BlockMetadataChanges = true;
}
if (!string.IsNullOrWhiteSpace(configuration["DWKit:CodeActionsDebugMode"]))
{
DWKitRuntime.CodeActionsDebugMode = bool.Parse(configuration["DWKit:CodeActionsDebugMode"]);
}
CodeActionsCompiler.RegisterAssembly(typeof(WorkflowRuntime).Assembly);
//It is necessary to have this assembly for compile code with dynamic
CodeActionsCompiler.RegisterAssembly(typeof(Microsoft.CSharp.RuntimeBinder.Binder).Assembly);
DWKitRuntime.CompileAllCodeActionsAsync().Wait();
DWKitRuntime.ServerActions.RegisterUsersProvider("filters", new Filters());
DWKitRuntime.ServerActions.RegisterUsersProvider("triggers", new Triggers());
//Initial inbox/outbox notifiers
DWKitRuntime.AddClientNotifier(typeof(ClientNotificationHub), ClientNotifiers.NotifyClientsAboutInboxStatus);
//Remove process after the document was removed
DynamicEntityOperationNotifier.SubscribeToDeleteByTableName("Document", "WorkflowDelete", (e, c) =>
{
Func <Task> task = async() => { await ClientNotifiers.DeleteWokflowAndNotifyClients(e, c); };
task.FireAndForgetWithDefaultExceptionLogger();
});
//Forcing the creation of a WF runtime to initialize timers and the Flow.
try
{
WorkflowInit.ForceInit();
}
catch (Exception e)
{
if (Debugger.IsAttached)
{
var info = ExceptionUtils.GetExceptionInfo(e);
var errorBuilder = new StringBuilder();
errorBuilder.AppendLine("Workflow engine start failed.");
errorBuilder.AppendLine($"Message: {info.Message}");
errorBuilder.AppendLine($"Exceptions: {info.Exeptions}");
errorBuilder.Append($"StackTrace: {info.StackTrace}");
Debug.WriteLine(errorBuilder);
}
}
}
