private void FixSchemaReferences(BtsAssembly assembly) { foreach (BizTalkCore.Schema schema in assembly.Schemas) { //Schema s = this.Application.ParentInstallation.Schemas[schema.FullName] as Schema; Schema s = this.GetSchemaByFullyQualifiedName(schema, assembly.DisplayName); if (s != null) { s.ParentAssembly = this.NameIdPair; this.schemas.Add(s.NameIdPair); } else { TraceManager.SmartTrace.TraceError("Could not locate schema. References will not be fixed."); } } }
private void FixMapReferences(BtsAssembly assembly) { foreach (BizTalkCore.Transform transform in assembly.Transforms) { //Transform t = this.Application.ParentInstallation.Maps[transform.FullName] as Transform; Transform t = this.GetMapByFullyQualifiedName(transform.FullName, assembly.DisplayName); if (t != null) { t.ParentAssembly = this.NameIdPair; this.maps.Add(t.NameIdPair); } else { TraceManager.SmartTrace.TraceError("Could not locate map. References will not be fixed."); } } }
private void FixPipelineReferences(BtsAssembly assembly) { foreach (BizTalkCore.Pipeline pipeline in assembly.Pipelines) { //Pipeline p = this.Application.ParentInstallation.Pipelines[pipeline.FullName] as Pipeline; Pipeline p = this.GetPipelineByFullyQualifiedName(pipeline.FullName, assembly.DisplayName); if (p != null) { p.ParentAssembly = this.NameIdPair; this.pipelines.Add(p.NameIdPair); } else { TraceManager.SmartTrace.TraceError("Could not locate pipeline. References will not be fixed."); } } }
private void FixOrchReferences(BtsAssembly assembly) { foreach (BizTalkCore.BtsOrchestration orchestration in assembly.Orchestrations) { //Orchestration o = this.Application.ParentInstallation.Orchestrations[orchestration.FullName] as Orchestration; Orchestration o = this.GetOrchByFullyQualifiedName(orchestration.FullName, assembly.DisplayName); if (o != null) { o.ParentAssembly = this.NameIdPair; this.orchestrations.Add(o.NameIdPair); } else { TraceManager.SmartTrace.TraceError("Could not locate Orch. References will not be fixed."); } } }
static void Main(string[] args) { // Handle the command-line arguments and switches if (args.Length != 1) { PrintUsage(); return; } if (("/?" == args[0]) || ("-?" == args[0])) { PrintUsage(); return; } // Create the root object and set the connection string BtsCatalogExplorer catalog = new BtsCatalogExplorer(); catalog.ConnectionString = string.Format("SERVER={0};DATABASE={1};Integrated Security=SSPI", SystemInformation.ComputerName, "BizTalkMgmtDB"); try { // Get the requested assembly from the collaction BtsAssembly assembly = catalog.Assemblies[args[0]]; if (null == assembly) { Console.WriteLine("Assembly named " + args[0] + " was not found."); return; } Console.WriteLine("Removing enlisted parties from assembly " + assembly.Name + "."); // Go through each Role in the assembly foreach (Role role in assembly.Roles) { // Find the number of Parties enlisted int numberOfEnlistedParties = role.EnlistedParties.Count; // For each enlisted party, remove it for (int count = 0; count < numberOfEnlistedParties; count++) { EnlistedParty enlistedParty = role.EnlistedParties[0]; Console.WriteLine("Unenlisting the " + enlistedParty.Party.Name + " Party from the " + enlistedParty.Role.Name + " Role."); role.RemoveEnlistedParty(enlistedParty); } } // commit the changes catalog.SaveChanges(); Console.WriteLine("All enlisted parties for assemlby " + assembly.Name + " have been removed."); } catch (ConstraintException ce) { // Any changes need to be reverted // when there is an error catalog.DiscardChanges(); // Since this is a common configruation excpetion // we don't need a stack trace Console.WriteLine(ce.Message); } catch (Exception e) { // Any changes need to be reverted // when there is an error catalog.DiscardChanges(); Console.WriteLine(e.ToString()); } }
public static string Id(this BtsAssembly omAssembly) { return(omAssembly.DisplayName); }