Subversion Repositories DevTools

using System;

using System.Text;

using System.Globalization;

using System.Collections;

using System.Windows.Forms;

using ReqPro40;

namespace EA_ReqPro

{

	/// <summary>

	/// Summary description for ImportReqProDatabase.

	/// </summary>

	public class ImportReqProDatabase : CopyReqProDatabaseToMemory

	{

      /// <summary>

      /// Constructor logic

      /// </summary>

      /// <param name="ea_repository"></param>

      public ImportReqProDatabase(EA.Repository ea_repository): base(ea_repository)

		{

		}

      /// <summary>

      /// Method to parse a ReqPro database using the information in a ReqProDB artifact,

      /// assumed to be selected in EA's project browser prior to the method call.

      /// </summary>

      /// <param name="ea_repository"></param>

      /// <returns></returns>

      public override bool prompt_and_parse(EA.Repository ea_repository, ReqProDB_Artifact.MODE mode)

      {

         try

         {

            if (true == base.prompt_and_parse(ea_repository, mode))

            {

               ea_repository.EnsureOutputVisible(Main.GUI_OUTPUT_TAB_NAME);

               ImportFromReqPro(ea_repository);

               // Configure the ReqProDB artifact as a traceability artifact

               RQ_Artifact.set_traceability_mode(ea_repository, RQ_Element);

               return true;

            }

         }

         catch (Exception ex)

         {

            MessageBox.Show(ex.Message, "Error (ImportReqProDatabase::parse)", MessageBoxButtons.OK);

         }      

         return false;

      }

      /// <summary>

      /// Displays the content of the change log element to the output trace display. This method must

      /// be kept in sync with the ImportFromReqPro method, obviously.

      /// </summary>

      /// <param name="ea_repository"></param>

      /// <param name="changeLog"></param>

      public void displayChangeLog(EA.Repository ea_repository, EA.Element changeLog)

      {

         // The change log element contains all the log in its notes section. Break it up into

         // lines, because each line is a single log entry, so that we can process them one at

         // a time.

         string delimStr = "\n";

         char [] delim = delimStr.ToCharArray();

         string[] log_strings = changeLog.Notes.Split(delim,2000);

         // Prepare a string to form an updated change log (needed to support the activity of orphaned 

         // requirement deletion).

         string newList = "";

         // modify delimiters to : character so that we can extract the parameters for each log entry

         delimStr = ":";

         delim = delimStr.ToCharArray();

         ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME,"Displaying Import Change Log", -1);

         foreach(string s in log_strings)

         {

            // over time, users may delete the orphaned requirements from the EA database, but their

            // GUIDs will still exist in the change log. Use of such a GUID will cause 

            // an exception in the GetElementByGuid() function. What should we do? We can attempt

            // to remove those GUIDs from the list. We can do this by accumulating a new list of GUIDs

            // that is formed from the old list, where only good items from the old list find their 

            // way into the new list. Gradually, the list is wittled away as EA users delete orphaned

            // requirements having first dealt with the design change impacts that resulted from their

            // orphanage.

            try

            {

               if (s.StartsWith("{"))

               {

                  string trimmed_s = s.Trim();

                  // Get log entry;s parameters.

                  string[] parameters = trimmed_s.Split(delim, 10);

                  // The first parameter is the GUID so use it to get the requirement element

                  EA.Element ea_req = ea_repository.GetElementByGuid(parameters[0]);

                  // Now discriminate actions based on the second parameter

                  if (parameters[1].StartsWith("Created"))

                  {

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME,"  Created : " + ea_req.Name, ea_req.ElementID );

                  }

                  /////////////////////////////////////////////////////////////////////////////////////////////////////////////

                  else if (parameters[1].StartsWith("Orphaned"))

                  {

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME,"  Orphaned : " + ea_req.Name, ea_req.ElementID );

                     foreach (EA.Connector theConnector in ea_req.Connectors)

                     {

                        EA.Element tgt_ele = (EA.Element)ea_repository.GetElementByID( theConnector.SupplierID );

                        if (tgt_ele != null)

                        {

                           if (!tgt_ele.Type.StartsWith("Requirement"))

                           {

                              ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     --> " + tgt_ele.Name, tgt_ele.ElementID);

                           }

                        }

                     }

                  }

                  /////////////////////////////////////////////////////////////////////////////////////////////////////////////

                  else if (parameters[1].StartsWith("Name"))

                  {

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "  Modified Name: " + ea_req.Name, ea_req.ElementID );

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     <<< " + parameters[2], ea_req.ElementID);

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     >>> " + parameters[3], ea_req.ElementID);

                  }

                  /////////////////////////////////////////////////////////////////////////////////////////////////////////////

                  else if (parameters[1].StartsWith("Notes"))

                  {

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "  Modified Description: " + ea_req.Name, ea_req.ElementID );

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     <<< " + parameters[2], ea_req.ElementID);

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     >>> " + parameters[3], ea_req.ElementID);

                  }

                  /////////////////////////////////////////////////////////////////////////////////////////////////////////////

                  else if (parameters[1].StartsWith("Difficulty"))

                  {

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "  Modified Difficulty: " + ea_req.Name, ea_req.ElementID );

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     <<< " + parameters[2], ea_req.ElementID);

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     >>> " + parameters[3], ea_req.ElementID);

                  }

                  /////////////////////////////////////////////////////////////////////////////////////////////////////////////

                  else if (parameters[1].StartsWith("Priority"))

                  {

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "  Modified Priority: " + ea_req.Name, ea_req.ElementID );

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     <<< " + parameters[2], ea_req.ElementID);

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     >>> " + parameters[3], ea_req.ElementID);

                  }

                  /////////////////////////////////////////////////////////////////////////////////////////////////////////////

                  else if (parameters[1].StartsWith("Version"))

                  {

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "  Modified Version: " + ea_req.Name, ea_req.ElementID );

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     <<< " + parameters[2], ea_req.ElementID);

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     >>> " + parameters[3], ea_req.ElementID);

                  }

                  /////////////////////////////////////////////////////////////////////////////////////////////////////////////

                  else if (parameters[1].StartsWith("Status"))

                  {

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "  Modified Status: " + ea_req.Name, ea_req.ElementID );

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     <<< " + parameters[2], ea_req.ElementID);

                     ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "     >>> " + parameters[3], ea_req.ElementID);

                  }

                  // accumulate good item into the newList

                  newList += trimmed_s + "\r\n";

               }

            }

            catch

            {

               // do nothing - the newList accumulator will not have the GUID that caused the exception

               // so the next time a display operation is attempted, the exception wont happen.

            }

         }

         // Update the change log

         changeLog.Notes = newList;

         changeLog.Update();

      }

      /// <summary>

      /// Rid a string of any : char because we use that as a delimiter in the change log and so we 

      /// do not want a users use of the character to confuse the change log display mechanism.

      /// </summary>

      /// <param name="s"></param>

      /// <returns></returns>

      private string NO_COLONS(string s)

      {

         string sc =  s.Replace(':', ' ');

         sc = sc.Replace('\r' , ' ');

         sc = sc.Replace('\n' , ' ');

         return sc;

      }

      /// <summary>

      /// A method that imports requirements from a ReqPro database into EA for the purpose

      /// of supporting requirement-to-design traceability.

      /// </summary>

      /// <param name="repository"></param>

      private void ImportFromReqPro(EA.Repository ea_repository)

      {

         try

         {

            //IFormatProvider cultureInfo = new CultureInfo("en-US", true);

            string importDateTime = System.TimeZone.CurrentTimeZone.ToUniversalTime( System.DateTime.Now ).ToString();

            ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "EA Requirement import at " + importDateTime, -1 );

            // Update the ReqProDB stereotypes element with all the EA requirements in the package

            base.RQ_Artifact.UpdatePackageToReqProDatabaseAssociation(ea_repository, base.RQ_Element);

            // Get a list of EA requirements and their associated ReqPro GUIDs

            ArrayList ea_reqs = new ArrayList();

            ArrayList ea_GUIDs = new ArrayList();

            ArrayList ea_req_matched = new ArrayList();

            foreach (EA.Connector connector in base.RQ_Element.Connectors)

            {

               EA.Element ea_req = ea_repository.GetElementByID( connector.SupplierID );

               if (ea_req != null)

               {

                  ea_reqs.Add(ea_req);

                  string GUID = EA_Utils.ReadTag(ea_req, "GUID");

                  ea_GUIDs.Add(GUID);

                  ea_req_matched.Add(false);

               }

            }

            // Obtain the EA parent package so that we can create under it an import package

            // if need be.

            EA.Package parentPackage = ea_repository.GetPackageByID( base.RQ_Element.PackageID );

            EA.Package importPackage = (EA.Package )parentPackage.Packages.AddNew( "import " + importDateTime, "Package");

            importPackage.Update();

            EA.Element changeLog = (EA.Element)importPackage.Elements.AddNew("Change Log","InformationItem");

            changeLog.Update();

            // Get a flattened list of requirements from the hierarchical data the user has filtered

            ArrayList rq_req_collection = new ArrayList();

            get_rq_req_collection(ea_repository, ref rq_req_collection);

            int newRequirementCount = 0;

            int modifiedRequirementCount = 0;

            int statusUpdatedRequirementCount = 0;

            int orphanedCount = 0;

            // loop through all of the ReqPro requirements

            foreach(ReqPro_object rq_obj in rq_req_collection)

            {

               try

               {

                  // Find which EA requirement element refers to the current ReqPro GUID

                  int i_ea_req;

                  i_ea_req = ea_GUIDs.IndexOf( rq_obj.guid );

                  // If EA element was found

                  if (0 <= i_ea_req)

                  {

                     ea_req_matched[i_ea_req] = true;

                     EA.Element ea_req = ((EA.Element)ea_reqs[i_ea_req]);

                     // This ReqPro requirement already has a counterpart in EA, so we must simply

                     // update the counterpart. But, to aid the designer, we need to try to tell them

                     // how the requirement has changed, which could ofcoarse change the meaning 

                     // of the requirement and require design changes to be done.

                     bool meaningMayHaveChanged = false;

                     bool statusMayHaveChanged = false;

                     string ea_req_name = rq_obj.tag + " " + rq_obj.name;

                     if ( ea_req.Name.CompareTo(ea_req_name) != 0 )

                     {

                        changeLog.Notes += ea_req.ElementGUID + ":Name:" + NO_COLONS(ea_req.Name) + ":" + NO_COLONS(ea_req_name) + "\r\n";

                        changeLog.Update();

                        meaningMayHaveChanged = true;

                        ea_req.Name  = ea_req_name;

                     }

                     if ( ea_req.Notes.CompareTo(rq_obj.text) != 0 )

                     {

                        changeLog.Notes += ea_req.ElementGUID + ":Notes:" + NO_COLONS(ea_req.Notes) + ":" + NO_COLONS(rq_obj.text) + "\r\n";

                        changeLog.Update();

                        meaningMayHaveChanged = true;

                        ea_req.Notes = rq_obj.text;

                     }

                     if (ea_req.Difficulty != rq_obj.difficulty)

                     {

                        changeLog.Notes += ea_req.ElementGUID + ":Difficulty:" + ea_req.Difficulty + ":" + rq_obj.difficulty + "\r\n";

                        changeLog.Update();

                        statusMayHaveChanged = true;

                        ea_req.Difficulty    = rq_obj.difficulty;

                     }

                     if (ea_req.Priority != rq_obj.priority)

                     {

                        changeLog.Notes += ea_req.ElementGUID + ":Priority:" + ea_req.Priority + ":" + rq_obj.priority + "\r\n";

                        changeLog.Update();

                        statusMayHaveChanged = true;

                        ea_req.Priority      = rq_obj.priority;

                     }

                     if (ea_req.Version != rq_obj.version)

                     {

                        changeLog.Notes += ea_req.ElementGUID + ":Version:" + ea_req.Version + ":" + rq_obj.version + "\r\n";

                        changeLog.Update();

                        statusMayHaveChanged = true;

                        ea_req.Version       = rq_obj.version;

                     }

                     if (ea_req.Status != rq_obj.status)

                     {

                        changeLog.Notes += ea_req.ElementGUID + ":Status:" + ea_req.Status + ":" + rq_obj.status + "\r\n";

                        changeLog.Update();

                        statusMayHaveChanged = true;

                        ea_req.Status        = rq_obj.status;

                     }

                     ea_req.Update();

                     if (meaningMayHaveChanged)

                     {

                        modifiedRequirementCount++;

                     }

                     if (statusMayHaveChanged)

                     {

                        statusUpdatedRequirementCount++;

                     }

                  }

                  else

                  {

                     // This ReqPro requirement does not have a counterpart in EA, so we must create

                     // a new one.

                     newRequirementCount++;

                     // create the new EA requirement in the import package

                     EA.Element ea_req = (EA.Element)importPackage.Elements.AddNew( rq_obj.tag + " " + rq_obj.name, "Requirement");

                     ea_req.Notes = rq_obj.text;

                     ea_req.Difficulty = rq_obj.difficulty;

                     ea_req.Priority   = rq_obj.priority;

                     ea_req.Version    = rq_obj.version;

                     ea_req.Status     = rq_obj.status;

                     EA_Utils.WriteTag(ea_req, "GUID", rq_obj.guid);

                     EA_Utils.WriteTag(ea_req, "TAG", rq_obj.tag);

                     ea_req.Update();

                     // Connect the new requirement to the ea_rq_artifact

                     base.RQ_Artifact.add_connection(ea_repository, base.RQ_Element, ea_req);

                     changeLog.Notes += ea_req.ElementGUID + ":Created:" + ea_req.Name + "\r\n";

                     changeLog.Update();

                  }

               }

               catch (Exception ex)

               {

                  ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "Exception (ImportFromReqPro), " + ex.Message + ", " + rq_obj.name, -1);

               }

            }

            // Now check for orphaned EA requirements

            for (int i = 0; i < ea_GUIDs.Count; i++)

            {

               string rq_GUID = (string)ea_GUIDs[i];

               if (rq_GUID != "")

               {

                  if ((bool)ea_req_matched[i] == false)

                  {

                     EA.Element ea_req = (EA.Element)ea_reqs[i];

                     orphanedCount++;

                     changeLog.Notes += ea_req.ElementGUID + ":Orphaned:" + ea_req.Name + "\r\n";

                     changeLog.Update();

                  }

               }

            }

            displayChangeLog(ea_repository, changeLog);

            ea_repository.RefreshModelView(parentPackage.PackageID);

            // display summary stats

            ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, newRequirementCount.ToString() + " new requirements", -1);

            ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, modifiedRequirementCount.ToString() + " requirements modified", -1);

            ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, statusUpdatedRequirementCount.ToString() + " requirements had status changes", -1);

            ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, orphanedCount.ToString() + " requirements were orphaned", -1);

            ea_repository.WriteOutput( Main.GUI_OUTPUT_TAB_NAME, "Completed import", -1);

            MessageBox.Show("Import Completed");

         }

         catch (Exception ex)

         {

            MessageBox.Show(ex.Message, "Error (ImportFromReqPro)", MessageBoxButtons.OK);

         }

      }

      /// <summary>

      /// This method (along with its sibling overload) obtains a flattened view of the 

      /// hierarchical requirements obtained from the ReqPro database. This accumulation

      /// takes account of the users filtering requests.

      /// </summary>

      /// <param name="ea_repository"></param>

      private void get_rq_req_collection(EA.Repository ea_repository, ref ArrayList rq_req_collection)

      {

         foreach( ReqPro_object sub_obj in rq_root_package.ReqPro_objects )

         {

            get_rq_req_collection(ea_repository, ref rq_req_collection, sub_obj);

         }

      }

      private void get_rq_req_collection(EA.Repository ea_repository,

                                         ref ArrayList rq_req_collection,

                                         ReqPro_object rq_obj )

      {

         if (rq_obj.isPackage)

         {

            // if the package is not filtered, or if we are allowed to dig beneath filtered

            // packages...

            if (rq_obj.filtered == false || base.allowPackageStructureFragments)

            {

               // Using recursion, scan this objects sub-objects

               foreach( ReqPro_object sub_obj in rq_obj.ReqPro_objects )

               {

                  // if the sub-object is a package, always recurse to process it, else

                  // if the sub-object is a requirement, only recurse if the containing package

                  // is not filtered, so that requirements of filtered packages are themselves

                  // filtered out by virtue of their parent packages filtering state.

                  if (  sub_obj.isPackage

                     || (sub_obj.isRequirement && rq_obj.filtered == false))

                  {

                     get_rq_req_collection(ea_repository, ref rq_req_collection, sub_obj);

                  }

               }

            }

         }

         else if (rq_obj.isRequirement)

         {

            if ( ! (reqTypeIsFiltered(rq_obj) || reqStatusTypeIsFiltered(rq_obj)) )

            {

               // Add this requirement to the flattened list we are accumulating

               rq_req_collection.Add(rq_obj);

               // Using recursion, scan this objects sub-objects, which in practise will all

               // be requirement objects. At this time requirement objects cannot have packages 

               // as children.

               foreach( ReqPro_object sub_obj in rq_obj.ReqPro_objects )

               {

                  get_rq_req_collection(ea_repository, ref rq_req_collection, sub_obj);

               }

            }

         }

      }

	}

}