/// <summary>
/// Output to EA System Output, Tab 'Script'
/// </summary>
/// <param name="msg">The message to output in EA</param>
public void Print(string msg)
{
// Displays the message in the 'Script' tab of Enterprise Architect System Output Window
_repository.CreateOutputTab(EaOutputTabName);
_repository.EnsureOutputVisible(EaOutputTabName);
_repository.WriteOutput(EaOutputTabName, msg, 0);
}
private void batch(EA.Repository Repository)
{
Dictionary <string, EA.Package> content = new Dictionary <string, EA.Package>();
string xml = Repository.SQLQuery("SELECT Name, ea_guid FROM t_object WHERE Object_Type = 'Package'"); // order by package_id
XElement xEADATA = XElement.Parse(xml, LoadOptions.None);
IEnumerable <XElement> xRows = xEADATA.XPathSelectElements("//Data/Row");
foreach (XElement xRow in xRows)
{
string ea_guid = xRow.Element("ea_guid").Value;
string name = xRow.Element("Name").Value;
content[name] = Repository.GetPackageByGuid(ea_guid);
}
BatchForm form = new BatchForm();
form.setContent(content);
form.ShowDialog();
if (form.isExportButtonPressed())
{
Repository.CreateOutputTab(MAX_TABNAME);
Repository.ClearOutput(MAX_TABNAME);
bool issues = false;
foreach (string name in form.getSelectedItems())
{
EA.Package package = content[name];
issues |= new Filters().exportPackage(Repository, package);
}
if (issues)
{
// only popup when there were any issues
Repository.EnsureOutputVisible(MAX_TABNAME);
}
}
}
public void enable(EA.Repository r)
{
this.toggle = true;
this.repository = r;
if (this.toggle)
{
repository.CreateOutputTab("IAG");
repository.EnsureOutputVisible("IAG");
repository.ClearOutput("IAG");
log("Logger is enabled");
string version = System.Reflection.Assembly.GetExecutingAssembly().GetName().Version.ToString();
log("APIAddIn version " + version);
}
}
public static void SynchronizePackageWithJIRA(EA.Repository Repository, EA.Package Package, PackageConnectionSettingsViewModel PackageConnectionSettings, JiraConnection JiraConnection)
{
//Steps:
// 1. User must be able to login to JIRA -- must ensure caller
// 2. Creating Repository.Output -- well... am thinking about event, JTS so far
// 3. Get the proper JQL -- i will get from parameter
// 4. Do to job
Repository.CreateOutputTab(EAGoatJira.JiraOutputWindowName);
Repository.EnsureOutputVisible(EAGoatJira.JiraOutputWindowName);
Repository.ClearOutput(EAGoatJira.JiraOutputWindowName);
Repository.WriteOutput(EAGoatJira.JiraOutputWindowName, "Reading data...", 0);
PackageConnectionSettings.Refresh();
Dictionary <string, EA.Element> IssuesInEA = ReadIssuesFromEA(Repository, Package.Elements);
var issues = JiraConnection.GetJiraIssues(PackageConnectionSettings.Jql);
foreach (var issue in issues)
{
EA.Element EAElementForIssue = SynchronizeItem(issue, Repository, Package, null, IssuesInEA);
if (PackageConnectionSettings.PackageConnectionSettings.Type == PackageConnectionSettingsType.EpicsAndStories)
{
var epicissues = JiraConnection.GetJiraIssues($"\"Epic Link\" = {issue.Key}");
foreach (var epicissue in epicissues)
{
SynchronizeItem(epicissue, Repository, Package, EAElementForIssue, IssuesInEA);
}
}
EAElementForIssue.Update();
}
if (IssuesInEA.Count > 0)
{ //some issues that are in the Package are not in the issues (they were deleted or moved or the Jql has chaned)
EA.Package PackageForRemovedIssues = EAUtils.CreatePackage(Package, "Removed Issues", ForceCreation: false);
foreach (var removedItem in IssuesInEA)
{
Repository.WriteOutput(EAGoatJira.JiraOutputWindowName, $"Removing issue {removedItem.Key}", removedItem.Value.ElementID);
removedItem.Value.PackageID = PackageForRemovedIssues.PackageID;
removedItem.Value.Update();
EAUtils.WriteTaggedValue(removedItem.Value, EAGoatJira.TagValueNameOperation, "Issue was " + IssueOperation.Removed.ToString() + ".", WriteValueToNotes: false);
}
PackageForRemovedIssues.Update();
}
Package.Update();
Repository.WriteOutput(EAGoatJira.JiraOutputWindowName, $"Done.", 0);
}
public bool GetNewest()
{
// check nested packages
foreach (EA.Package nestedPkg in _pkg.Packages)
{
var mks = new Mks(_rep, nestedPkg);
mks.GetNewest();
}
if (_pkg.IsControlled)
{
//
_rep.ShowInProjectView(_pkg);
try
{
// preference head revision
var mks = new Mks(_rep, _pkg);
mks.Checkout();
// load package
_rep.CreateOutputTab("Debug");
_rep.EnsureOutputVisible("Debug");
_rep.WriteOutput("Debug", _pkg.Name + " " + _pkg.Notes, 0);
//MessageBox.Show(_pkg.Name + " " + _pkg.Packages.Count.ToString() + " " + _pkg.PackageGUID, "CountBefore");
EA.Project prj = _rep.GetProjectInterface();
prj.LoadControlledPackage(_pkg.PackageGUID);
_rep.WriteOutput("Debug", _pkg.Name + " " + _pkg.Notes, 0);
//MessageBox.Show(_pkg.Name + " " + _pkg.Packages.Count.ToString() + " " + _pkg.PackageGUID, "CountAfter");
}
catch (Exception e)
{
MessageBox.Show(e.ToString(), @"Error");
}
}
return(true);
}
/**
* Compile Profile will take a profile definition and create a profile based on that.
* 1. Export profile definitions to MAX file (filename is in MAX::ExportFile) of ProfileDefinition Package
* 2. Find Base Model MAX File (filename is in MAX::ImportFile) of <use> Dependency target from ProfileDefinition Package
* 3. Compile profile to MAX File (filename is in MAX::ExportFile) of <create> Dependency target from ProfileDefinition Package
* 4. (optionally) import the compiled profile
*/
private void CompileProfile(EA.Repository repository, EA.Package package)
{
// Only on a "HL7-Profile-Definition" stereotypes package
if (R2Const.ST_FM_PROFILEDEFINITION.Equals(package.StereotypeEx))
{
repository.CreateOutputTab(Properties.Resources.OUTPUT_TAB_HL7_FM);
repository.ClearOutput(Properties.Resources.OUTPUT_TAB_HL7_FM);
repository.EnsureOutputVisible(Properties.Resources.OUTPUT_TAB_HL7_FM);
// !! Use tagged value "MAX:ExportFile" as fileNames!
// Export it to MAX.
EA.TaggedValue tvExportFile = (EA.TaggedValue)package.Element.TaggedValues.GetByName("MAX::ExportFile");
if (tvExportFile == null)
{
EAHelper.LogMessage(string.Format("[ERROR] MAX::ExportFile tag missing in Package \"{0}\"", package.Name), package.Element.ElementID);
MessageBox.Show(MESSAGE_PROFILE_DEFINITION, "Complete setup", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return;
}
string profileDefinitionFileName = tvExportFile.Value;
EAHelper.LogMessage(string.Format("[INFO] Profile Definition MAX file: {0}", profileDefinitionFileName));
EAHelper.LogMessage("[BEGIN] Export Profile Definition to MAX file");
new MAX_EA.MAXExporter3().exportPackage(repository, package, profileDefinitionFileName);
EAHelper.LogMessage("[END] Export Profile Definition to MAX file");
// Find associated Base
EA.Package baseModelPackage = EAHelper.getAssociatedBaseModel(repository, package);
if (baseModelPackage == null)
{
MessageBox.Show(MESSAGE_PROFILE_DEFINITION, "Complete setup", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return;
}
EAHelper.LogMessage(string.Format("[INFO] Base Model Package name: {0}", baseModelPackage.Name));
EA.TaggedValue tvImportFile = (EA.TaggedValue)baseModelPackage.Element.TaggedValues.GetByName("MAX::ImportFile");
if (tvImportFile == null)
{
EAHelper.LogMessage(string.Format("[ERROR] MAX::ImportFile tag missing in Package \"{0}\"", baseModelPackage.Name));
MessageBox.Show(MESSAGE_PROFILE_DEFINITION, "Complete setup", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return;
}
string baseModelFileName = tvImportFile.Value;
EAHelper.LogMessage(string.Format("[INFO] Base Model MAX file: {0}", baseModelFileName));
// Find associated Target Profile Package
EA.Package compiledProfilePackage = EAHelper.getAssociatedOutputProfile(repository, package);
if (compiledProfilePackage == null)
{
MessageBox.Show(MESSAGE_PROFILE_DEFINITION, "Complete setup", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return;
}
EAHelper.LogMessage(string.Format("[INFO] Compiled Profile Package name: {0}", compiledProfilePackage.Name));
EA.TaggedValue tvExportFile2 = (EA.TaggedValue)compiledProfilePackage.Element.TaggedValues.GetByName("MAX::ExportFile");
if (tvExportFile2 == null)
{
EAHelper.LogMessage(string.Format("MAX::ExportFile tag missing in Package \"{0}\"", compiledProfilePackage.Name));
MessageBox.Show(MESSAGE_PROFILE_DEFINITION, "Complete setup", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return;
}
string profileFileName = tvExportFile2.Value;
// Call R2ProfileCompiler
EAHelper.LogMessage(string.Format("[INFO] Compiled Profile MAX file: {0}", profileFileName));
EAHelper.LogMessage("[BEGIN] Compile Profile");
R2ProfileCompiler compiler = new R2ProfileCompiler();
compiler._OutputListener = new EAOutputListener();
compiler.Compile(baseModelFileName, profileDefinitionFileName, profileFileName);
EAHelper.LogMessage("[END] Compile Profile");
// Import compiled profile from MAX file
//new MAX_EA.MAXImporter3().import(repository, profilePackage, profileFileName);
MessageBox.Show("Manually import compiled profile now...", "Done", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
else
{
MessageBox.Show("Select a Profile Definition Package to Compile.");
}
}
public void validate(EA.Repository repository, EA.Package rootPackage)
{
string sch_filepath = null;
switch (rootPackage.StereotypeEx)
{
case R2Const.ST_FM:
sch_filepath = Main.getAppDataFullPath(@"Schematron\EHRS_FM_R2-validation.sch");
break;
case R2Const.ST_FM_PROFILEDEFINITION:
sch_filepath = Main.getAppDataFullPath(@"Schematron\EHRS_FM_R2_FPDEF-validation.sch");
break;
case R2Const.ST_FM_PROFILE:
sch_filepath = Main.getAppDataFullPath(@"Schematron\EHRS_FM_R2_FP-validation.sch");
break;
default:
MessageBox.Show(string.Format("Validation not available for {0}.\nChoose ", rootPackage.Name), "Choose other package", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return;
}
repository.CreateOutputTab(Properties.Resources.OUTPUT_TAB_HL7_FM);
repository.ClearOutput(Properties.Resources.OUTPUT_TAB_HL7_FM);
repository.EnsureOutputVisible(Properties.Resources.OUTPUT_TAB_HL7_FM);
// TODO: Change to memorybased!!
// TODO: Transform once to XSL, only if the xsl is older or not existing
// Create and load the transform with script execution enabled.
XslCompiledTransform transform = new XslCompiledTransform();
XsltSettings settings = new XsltSettings {
EnableScript = true
};
XmlUrlResolver resolver = new XmlUrlResolver();
// transform the Schematron to a XSL
string iso_sch_xsl_filepath = Main.getAppDataFullPath(@"Schematron\iso-schematron-xslt1\iso_svrl_for_xslt1.xsl");
transform.Load(iso_sch_xsl_filepath, settings, resolver);
string sch_xsl_filepath = Main.getAppDataFullPath(@"Schematron\EHRS_FM_R2-validation.sch.xsl");
transform.Transform(sch_filepath, sch_xsl_filepath);
// export to temp MAX file
string temp_max_file = Main.getAppDataFullPath(@"Schematron\__temp__.max");
new MAX_EA.MAXExporter3().exportPackage(repository, rootPackage, temp_max_file);
// now execute the Schematron XSL
transform.Load(sch_xsl_filepath, settings, resolver);
string svrl_filepath = Main.getAppDataFullPath(@"Schematron\svrl_output.xml");
transform.Transform(temp_max_file, svrl_filepath);
// build element dictionary
Dictionary <string, EA.Element> eaElementDict = new Dictionary <string, EA.Element>();
recurseEaPackage(rootPackage, eaElementDict);
XmlReader xReader = XmlReader.Create(svrl_filepath);
// make sure file gets closed
using (xReader)
{
XElement svrl = XElement.Load(xReader);
XmlNamespaceManager nsmgr = new XmlNamespaceManager(xReader.NameTable);
nsmgr.AddNamespace("svrl", "http://purl.oclc.org/dsdl/svrl");
appendSvrlMessagesToOutputTab(repository, svrl.XPathSelectElements("//svrl:successful-report", nsmgr), eaElementDict, nsmgr);
appendSvrlMessagesToOutputTab(repository, svrl.XPathSelectElements("//svrl:failed-assert", nsmgr), eaElementDict, nsmgr);
}
MessageBox.Show("Validation done.\nCheck output tab for message and issues.", "Done", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
repository.EnsureOutputVisible(Properties.Resources.OUTPUT_TAB_HL7_FM);
}
/// <summary>
/// Called when user makes a selection in the menu.
/// This is your main exit point to the rest of your Add-in
/// </summary>
/// <param name="repository">the repository</param>
/// <param name="location">the location of the menu</param>
/// <param name="MenuName">the name of the menu</param>
/// <param name="itemName">the name of the selected menu item</param>
public override void EA_MenuClick(EA.Repository repository, string location, string MenuName, string itemName)
{
EA.Package pkg = null;
EA.ObjectType oType = repository.GetContextItemType();
EA.Diagram diaCurrent = repository.GetCurrentDiagram();
EA.Connector conCurrent = null;
EA.Element el = null;
if (diaCurrent != null)
{
conCurrent = diaCurrent.SelectedConnector;
}
switch (itemName)
{
case MenuAbout:
About fAbout = new About();
fAbout.setVersion(Release); // set release / version
fAbout.ShowDialog();
break;
case MenuMksGetNewest:
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetContextObject();
Mks mks = new Mks(repository, pkg);
mks.GetNewest();
}
break;
case MenuMksGetHistory:
// if controlled package
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetContextObject();
Mks mks = new Mks(repository, pkg);
MessageBox.Show(mks.ViewHistory(), "mks");
}
break;
case MenuMksUndoCheckOut:
// if controlled package
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetContextObject();
Mks mks = new Mks(repository, pkg);
string msg = mks.UndoCheckout();
if (msg != "")
{
MessageBox.Show(mks.UndoCheckout(), "mks");
}
}
break;
// Change name to synomym
// - Package, recursive
// - Class
case MenuChangeClassNameToSynonym:
// Class recursive
if (oType.Equals(EA.ObjectType.otElement))
{
el = (EA.Element)repository.GetContextObject();
Util.ChangeClassNameToSynonyms(repository, el);
}
// Package recursiv
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetContextObject();
Util.ChangePackageClassNameToSynonyms(repository, pkg);
}
break;
//
// If package is controlled:
// - reset packageflags to "Recurse=0;VCCFG=unchanged";
case MenuResetVcMode:
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetContextObject();
Util.ResetVc(repository, pkg);
}
break;
// For all nested packages:
// If package is controlled:
// - reset packageflags to "Recurse=0;VCCFG=unchanged";
case MenuResetVcModeRecursive:
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetContextObject();
Util.ResetVcRecursive(repository, pkg);
}
break;
case MenuGetVcLatest:
if (oType.Equals(EA.ObjectType.otPackage))
{
// start preparation
int count = 0;
int errorCount = 0;
DateTime startTime = DateTime.Now;
repository.CreateOutputTab("Debug");
repository.EnsureOutputVisible("Debug");
repository.WriteOutput("Debug", "Start GetLatest", 0);
pkg = (EA.Package)repository.GetContextObject();
Util.GetLatest(repository, pkg, false, ref count, 0, ref errorCount);
string s = "";
if (errorCount > 0)
{
s = " with " + errorCount.ToString() + " errors";
}
// finished
TimeSpan span = DateTime.Now - startTime;
repository.WriteOutput("Debug", "End GetLatest " + span.Minutes + " minutes. " + s, 0);
}
break;
case MenuGetVcLatestRecursive:
if (oType.Equals(EA.ObjectType.otPackage) || oType.Equals(EA.ObjectType.otNone))
{
// start preparation
int count = 0;
int errorCount = 0;
DateTime startTime = DateTime.Now;
repository.CreateOutputTab("Debug");
repository.EnsureOutputVisible("Debug");
repository.WriteOutput("Debug", "Start GetLatestRecursive", 0);
pkg = (EA.Package)repository.GetContextObject();
Util.GetLatest(repository, pkg, true, ref count, 0, ref errorCount);
string s = "";
if (errorCount > 0)
{
s = " with " + errorCount.ToString() + " errors";
}
// finished
TimeSpan span = DateTime.Now - startTime;
repository.WriteOutput("Debug", "End GetLatestRecursive in " + span.Hours + ":" + span.Minutes + " hh:mm. " + s, 0);
}
break;
case MenuGetVcModeAll:
//Repository.VersionControlResynchPkgStatuses(false);
// over all packages
foreach (EA.Package pkg1 in repository.Models)
{
Util.UpdateVc(repository, pkg1);
}
break;
case MenuGetVcMode:
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetContextObject();
// Get the revision
Regex pattern = new Regex(@"Revision:[^\$]+");
Match regMatch = pattern.Match(pkg.Notes);
string revision = "";
if (regMatch.Success)
{
// get Revision
revision = regMatch.Value;
// add new string
}
// Get date
pattern = new Regex(@"Date:[^\$]+");
regMatch = pattern.Match(pkg.Notes);
string date = "";
if (regMatch.Success)
{
// get Revision
date = regMatch.Value;
// add new string
}
string msg = revision + " " +
date + "\r\n" +
"Path: " + Util.GetFilePath(repository, pkg) +
"\r\n\r\n" + pkg.Flags + "\r\n" +
Util.GetVCstate(pkg, true);
MessageBox.Show(msg, "State");
}
break;
case MenuCopyGuidToClipboard:
string str = "";
string str1 = "";
string str2 = "";
if (conCurrent != null)
{ // Connector
EA.Connector con = conCurrent;
str = con.ConnectorGUID + " " + con.Name + ' ' + con.Type + "\r\n" +
"\r\n Connector: Select ea_guid As CLASSGUID, connector_type As CLASSTYPE,* from t_connector con where ea_guid = '" + con.ConnectorGUID + "'" +
"\r\n\r\nSelect o.ea_guid As CLASSGUID, o.object_type As CLASSTYPE,o.name As Name, o.object_type AS ObjectType, o.PDATA1, o.Stereotype, " +
"\r\n con.Name, con.connector_type, con.Stereotype, con.ea_guid As ConnectorGUID, dia.Name As DiagrammName, dia.ea_GUID As DiagramGUID," +
"\r\n o.ea_guid, o.Classifier_GUID,o.Classifier " +
"\r\nfrom (((t_connector con INNER JOIN t_object o on con.start_object_id = o.object_id) " +
"\r\nINNER JOIN t_diagramlinks diaLink on con.connector_id = diaLink.connectorid ) " +
"\r\nINNER JOIN t_diagram dia on diaLink.DiagramId = dia.Diagram_ID) " +
"\r\nINNER JOIN t_diagramobjects diaObj on diaObj.diagram_ID = dia.Diagram_ID and o.object_id = diaObj.object_id " +
"\r\nwhere con.ea_guid = '" + con.ConnectorGUID + "' " +
"\r\nAND dialink.Hidden = 0 ";
Clipboard.SetText(str);
break;
}
if (oType.Equals(EA.ObjectType.otElement))
{ // Element
el = (EA.Element)repository.GetContextObject();
string pdata1 = el.get_MiscData(0);
string pdata1String = "";
if (pdata1.EndsWith("}"))
{
pdata1String = "/" + pdata1;
}
else
{
pdata1 = "";
pdata1String = "";
}
string classifier = Util.GetClassifierGuid(repository, el.ElementGUID);
str = el.ElementGUID + ":" + classifier + pdata1String + " " + el.Name + ' ' + el.Type + "\r\n" +
"\r\nSelect ea_guid As CLASSGUID, object_type As CLASSTYPE,* from t_object o where ea_guid = '" + el.ElementGUID + "'";
if (classifier != "")
{
if (el.Type.Equals("ActionPin"))
{
str = str + "\r\n Typ:\r\nSelect ea_guid As CLASSGUID, 'Parameter' As CLASSTYPE,* from t_operationparams op where ea_guid = '" + classifier + "'";
}
else
{
str = str + "\r\n Typ:\r\nSelect ea_guid As CLASSGUID, object_type As CLASSTYPE,* from t_object o where ea_guid = '" + classifier + "'";
}
}
if (pdata1 != "")
{
str = str + "\r\n PDATA1: Select ea_guid As CLASSGUID, object_type As CLASSTYPE,* from t_object o where ea_guid = '" + pdata1 + "'";
}
// Look for diagram object
EA.Diagram curDia = repository.GetCurrentDiagram();
if (curDia != null)
{
foreach (EA.DiagramObject diaObj in curDia.DiagramObjects)
{
if (diaObj.ElementID == el.ElementID)
{
str = str + "\r\n\r\n" +
"select * from t_diagramobjects where object_id = " + diaObj.ElementID.ToString();
break;
}
}
}
}
if (oType.Equals(EA.ObjectType.otDiagram))
{ // Element
EA.Diagram dia = (EA.Diagram)repository.GetContextObject();
str = dia.DiagramGUID + " " + dia.Name + ' ' + dia.Type + "\r\n" +
"\r\nSelect ea_guid As CLASSGUID, diagram_type As CLASSTYPE,* from t_diagram dia where ea_guid = '" + dia.DiagramGUID + "'";
}
if (oType.Equals(EA.ObjectType.otPackage))
{ // Element
pkg = (EA.Package)repository.GetContextObject();
str = pkg.PackageGUID + " " + pkg.Name + ' ' + " Package " + "\r\n" +
"\r\nSelect ea_guid As CLASSGUID, 'Package' As CLASSTYPE,* from t_package pkg where ea_guid = '" + pkg.PackageGUID + "'";
}
if (oType.Equals(EA.ObjectType.otAttribute))
{ // Element
str1 = "LEFT JOIN t_object typAttr on (attr.Classifier = typAttr.object_id)";
if (repository.ConnectionString.Contains(".eap"))
{
str1 = "LEFT JOIN t_object typAttr on (attr.Classifier = Format(typAttr.object_id))";
}
EA.Attribute attr = (EA.Attribute)repository.GetContextObject();
str = attr.AttributeID + " " + attr.Name + ' ' + " Attribute " + "\r\n" +
"\r\n " +
"\r\nSelect ea_guid As CLASSGUID, 'Attribute' As CLASSTYPE,* from t_attribute attr where ea_guid = '" + attr.AttributeGUID + "'" +
"\r\n Class has Attributes:" +
"\r\nSelect attr.ea_guid As CLASSGUID, 'Attribute' As CLASSTYPE, " +
"\r\n o.Name As Class, o.object_type, " +
"\r\n attr.Name As AttrName, attr.Type As Type, " +
"\r\n typAttr.Name " +
"\r\n from (t_object o INNER JOIN t_attribute attr on (o.object_id = attr.object_id)) " +
"\r\n " + str1 +
"\r\n where attr.ea_guid = '" + attr.AttributeGUID + "'";
}
if (oType.Equals(EA.ObjectType.otMethod))
{ // Element
str1 = "LEFT JOIN t_object parTyp on (par.classifier = parTyp.object_id))";
str2 = "LEFT JOIN t_object opTyp on (op.classifier = opTyp.object_id)";
if (repository.ConnectionString.Contains(".eap"))
{
str1 = " LEFT JOIN t_object parTyp on (par.classifier = Format(parTyp.object_id))) ";
str2 = " LEFT JOIN t_object opTyp on (op.classifier = Format(opTyp.object_id))";
}
EA.Method op = (EA.Method)repository.GetContextObject();
str = op.MethodGUID + " " + op.Name + ' ' + " Operation " +
"\r\nOperation may have type " +
"\r\nSelect op.ea_guid As CLASSGUID, 'Operation' As CLASSTYPE,opTyp As OperationType, op.Name As OperationName, typ.Name As TypName,*" +
"\r\n from t_operation op LEFT JOIN t_object typ on (op.classifier = typ.object_id)" +
"\r\n where op.ea_guid = '" + op.MethodGUID + "';" +
"\r\n\r\nClass has Operation " +
"\r\nSelect op.ea_guid As CLASSGUID, 'Operation' As CLASSTYPE,* " +
"\r\n from t_operation op INNER JOIN t_object o on (o.object_id = op.object_id)" +
"\r\n where op.ea_guid = '" + op.MethodGUID + "';" +
"\r\n\r\nClass has Operation has Parameters/Typ and may have operationtype" +
"\r\nSelect op.ea_guid As CLASSGUID, 'Operation' As CLASSTYPE,op.Name As ClassName, op.Name As OperationName, opTyp.Name As OperationTyp, par.Name As ParName,parTyp.name As ParTypeName " +
"\r\n from ((t_operation op INNER JOIN t_operationparams par on (op.OperationID = par.OperationID) )" +
"\r\n " + str1 +
"\r\n " + str2 +
"\r\n where op.ea_guid = '" + op.MethodGUID + "' " +
"\r\n Order by par.Pos ";
}
Clipboard.SetText(str);
break;
// delete undefined referencee
case MenuDeleteExternalReference:
if (diaCurrent != null)
{
foreach (EA.DiagramObject diaObj in diaCurrent.SelectedObjects)
{
EA.Element el1 = repository.GetElementByID(diaObj.ElementID);
string s = String.Format("External Reference of diagram '{0}', name:'{1}' ID={2} GUID='{3}' deleted", diaCurrent.Name, el1.Name, el1.ElementID, el1.ElementGUID);
repository.WriteOutput("System", s, 0);
DeleteUndefinedReference(repository, el1);
}
}
else
{
foreach (EA.Element el1 in repository.GetTreeSelectedElements())
{
string s = String.Format("External Reference of tree, name:'{0}' ID={1} GUID='{2}' deleted", el1.Name, el1.ElementID, el1.ElementGUID);
repository.WriteOutput("System", s, 0);
DeleteUndefinedReference(repository, el1);
}
}
break;
// Recursive delete undefined referencee
case MenuDeleteExternalReferenceRecursive:
pkg = null;
if (oType.Equals(EA.ObjectType.otNone))
{
oType = repository.GetTreeSelectedItemType();
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetTreeSelectedObject();
}
if (oType.Equals(EA.ObjectType.otElement))
{
el = (EA.Element)repository.GetTreeSelectedObject();
}
}
else
{
if (oType.Equals(EA.ObjectType.otPackage))
{
pkg = (EA.Package)repository.GetContextObject();
}
if (oType.Equals(EA.ObjectType.otElement))
{
el = (EA.Element)repository.GetContextObject();
}
}
if (pkg != null)
{
RecursivePackages.doRecursivePkg(repository,
pkg,
null, // Packages
SetDeleteUndefinedReference, // Elements
null, // Diagrams
null);
}
if (el != null)
{
RecursivePackages.doRecursiveEl(repository,
el,
SetDeleteUndefinedReference, // Elements
null, // Diagrams
null);
}
break;
}
}
public void import(EA.Repository Repository, EA.Package rootPackage)
{
Repository.EnableUIUpdates = false;
Repository.BatchAppend = true;
Repository.CreateOutputTab(Properties.Resources.OUTPUT_TAB_HL7_FM);
Repository.ClearOutput(Properties.Resources.OUTPUT_TAB_HL7_FM);
Repository.EnsureOutputVisible(Properties.Resources.OUTPUT_TAB_HL7_FM);
chapterColors["DC"] = 0x00ffff;
chapterColors["S"] = 0x00d7ff;
chapterColors["IN"] = 0xffcc00;
functions.Clear();
functionCompSource.Clear();
functionCompTarget.Clear();
functionLinkSource.Clear();
functionLinkTarget.Clear();
functionSeeAlsoSource.Clear();
functionSeeAlsoTarget.Clear();
XmlDocument xmlDoc = new XmlDocument();
xmlDoc.Load(@"D:\VisualStudio Projects\HL7\EHRSFM_EA_AddIn\EHRSFM\EHRS_FunctionalModel_Rel1.1.xml");
EA.Package fmPackage = (EA.Package)rootPackage.Packages.AddNew("EHR-S FM R1.1", "Package");
fmPackage.Alias = xmlDoc.SelectSingleNode("/FunctionalModel/Name").InnerText;
fmPackage.Version = xmlDoc.SelectSingleNode("/FunctionalModel/Version").InnerText + " " + xmlDoc.SelectSingleNode("/FunctionalModel/Date").InnerText;
fmPackage.IsNamespace = true;
fmPackage.Update();
fmPackage.Element.Locked = LOCK_ELEMENTS;
XmlNodeList chapterList = xmlDoc.SelectNodes("/FunctionalModel/Chapter");
foreach (XmlNode chapterNode in chapterList)
{
string name = chapterNode.SelectSingleNode("Name").InnerText;
string alias = chapterNode.SelectSingleNode("Alias").InnerText;
string description = chapterNode.SelectSingleNode("Description").InnerText;
EA.Package chapterPackage = (EA.Package)fmPackage.Packages.AddNew(name, "Package");
chapterPackage.Alias = alias;
chapterPackage.Notes = description;
chapterPackage.IsNamespace = true;
chapterPackage.Update();
if (chapterColors.ContainsKey(alias))
{
chapterPackage.Element.SetAppearance(1 /*Base*/, 0 /*BGCOLOR*/, chapterColors[alias]);
}
chapterPackage.Element.Update();
chapterPackage.Element.Locked = LOCK_ELEMENTS;
XmlNodeList functionList = chapterNode.SelectNodes("Function");
foreach (XmlNode functionNode in functionList)
{
EA.Element functionElement = (EA.Element)chapterPackage.Elements.AddNew("", "Feature");
importFunctionOrHeader(functionElement, functionNode, Repository);
functionElement.Update();
functionElement.Locked = LOCK_ELEMENTS;
}
}
for (int i = 0; i < functionSeeAlsoSource.Count; i++)
{
string sourceID = functionSeeAlsoSource[i];
string targetID = functionSeeAlsoTarget[i];
if (functions.ContainsKey(targetID))
{
EA.Element sourceElement = functions[sourceID];
EA.Element targetElement = functions[targetID];
EA.Connector connector = (EA.Connector)sourceElement.Connectors.AddNew("", "Association");
connector.Stereotype = "See Also";
connector.SupplierID = targetElement.ElementID;
connector.Update();
}
else
{
EAHelper.LogMessage(string.Format("See Also from {0} to {1}, target not found.", sourceID, targetID));
}
}
for (int i = 0; i < functionLinkSource.Count; i++)
{
string sourceID = functionLinkSource[i];
string targetID = functionLinkTarget[i];
if (functions.ContainsKey(targetID))
{
EA.Element sourceElement = functions[sourceID];
EA.Element targetElement = functions[targetID];
EA.Connector connector = (EA.Connector)sourceElement.Connectors.AddNew("", "Dependency");
connector.SupplierID = targetElement.ElementID;
connector.Update();
}
else
{
EAHelper.LogMessage(string.Format("Function link from {0} to {1}, target not found.", sourceID, targetID));
}
}
for (int i = 0; i < functionCompSource.Count; i++)
{
string sourceID = functionCompSource[i];
string targetID = functionCompTarget[i];
if (functions.ContainsKey(targetID))
{
EA.Element sourceElement = functions[sourceID];
EA.Element targetElement = functions[targetID];
EA.Connector connector = (EA.Connector)sourceElement.Connectors.AddNew("", "Aggregation");
connector.SupplierID = targetElement.ElementID;
connector.SupplierEnd.Aggregation = 2; // "composite"
connector.Update();
}
else
{
EAHelper.LogMessage(string.Format("Function composition from {0} to {1}, target not found.", sourceID, targetID));
}
}
Repository.EnableUIUpdates = true;
Repository.BatchAppend = false;
Repository.RefreshModelView(fmPackage.PackageID);
Repository.EnsureOutputVisible(Properties.Resources.OUTPUT_TAB_HL7_FM);
}
public void CreateOutputTab(string Name)
{
eaRepository.CreateOutputTab(Name);
}
//Called when user makes a selection in the menu.
//This is your main exit point to the rest of your Add-in
public void EA_MenuClick(EA.Repository Repository, string Location, string MenuName, string ItemName)
{
try
{
EA.Package selectedPackage = Repository.GetTreeSelectedPackage();
switch (ItemName)
{
case "Import":
Repository.CreateOutputTab(MAX_TABNAME);
Repository.ClearOutput(MAX_TABNAME);
if (new Filters().import(Repository, selectedPackage))
{
// only popup when there were any issues
Repository.EnsureOutputVisible(MAX_TABNAME);
}
break;
case "Import NoDelRel":
Repository.CreateOutputTab(MAX_TABNAME);
Repository.ClearOutput(MAX_TABNAME);
if (new Filters().import(Repository, selectedPackage, false))
{
// only popup when there were any issues
Repository.EnsureOutputVisible(MAX_TABNAME);
}
break;
case "Export":
Repository.CreateOutputTab(MAX_TABNAME);
Repository.ClearOutput(MAX_TABNAME);
if (new Filters().export(Repository))
{
// only popup when there were any issues
Repository.EnsureOutputVisible(MAX_TABNAME);
}
break;
case "Filters":
// TODO: create Config Filters Dialogs
MessageBox.Show("NYI");
break;
case "Transform":
Repository.CreateOutputTab(MAX_TABNAME);
Repository.ClearOutput(MAX_TABNAME);
if (new TransformParamsForm().Show(Repository))
{
// only popup when there were any issues
Repository.EnsureOutputVisible(MAX_TABNAME);
}
break;
case "Validate":
Repository.CreateOutputTab(MAX_TABNAME);
Repository.ClearOutput(MAX_TABNAME);
if (new ValidateParamsForm().Show(Repository))
{
// only popup when there were any issues
Repository.EnsureOutputVisible(MAX_TABNAME);
}
break;
case "Merge Diagrams":
mergeDiagrams(Repository, selectedPackage);
break;
case "Lock":
setLocked(selectedPackage, true);
break;
case "Unlock":
setLocked(selectedPackage, false);
break;
case "Batch":
batch(Repository);
break;
case "Quick Access Tab":
if (view_ctrl == null || !view_ctrl.Visible)
{
if (view_ctrl != null)
{
// if control removed dispose old instance
view_ctrl.Dispose();
}
view_ctrl = (QuickAccessControl)Repository.AddTab(MAX_TABNAME, "MAX_EA_Extension.QuickAccessControl");
view_ctrl.SetRepository(Repository);
Repository.ActivateTab(MAX_TABNAME);
}
break;
case "About...":
AboutBox about = new AboutBox();
about.ShowDialog();
break;
}
}
catch (Exception e)
{
MessageBox.Show(e.ToString());
}
}
public void import(EA.Repository Repository, EA.Package rootPackage, string xmlFileName)
{
this.Repository = Repository;
Repository.EnableUIUpdates = false;
Repository.BatchAppend = true;
Repository.CreateOutputTab(Properties.Resources.OUTPUT_TAB_HL7_FM);
Repository.ClearOutput(Properties.Resources.OUTPUT_TAB_HL7_FM);
Repository.EnsureOutputVisible(Properties.Resources.OUTPUT_TAB_HL7_FM);
// Just make sure the lists,dictionaries are empty
elements.Clear();
compositions.Clear();
consequenceLinks.Clear();
// Read the XML
XElement xModel = XElement.Load(xmlFileName);
// setup progress window
progress.Show();
int functionCount = int.Parse(xModel.XPathEvaluate("count(//Function)").ToString());
progress.setup(functionCount);
// Create the main package
string fmName = string.Format("{0} (imported)", getXElementValue(xModel, "Alias"));
EA.Package fmPackage = (EA.Package)rootPackage.Packages.AddNew(fmName, "Package");
fmPackage.Version = getXElementValue(xModel, "Version") + " " + getXElementValue(xModel, "Date");
fmPackage.Notes = xModel.XPathSelectElement("Overview").CreateNavigator().InnerXml.Replace("<br />", "\r\n");
fmPackage.IsNamespace = true;
fmPackage.Update();
fmPackage.Element.Stereotype = R2Const.ST_FM;
fmPackage.Element.Author = getXElementValue(xModel, "Author");
fmPackage.Element.Phase = getXElementValue(xModel, "Type");
fmPackage.Element.Update();
fmPackage.Element.Locked = LOCK_ELEMENTS;
// Start with the chapters (section!) and iterate functions/headers and attach criteria
foreach (XElement xChapter in xModel.Elements("Chapter"))
{
string name = getXElementValue(xChapter, "Name");
string ID = getXElementValue(xChapter, "ID");
string alias = getXElementValue(xChapter, "Alias");
string overview = getXElementValue(xChapter, "Overview");
string example = getXElementValue(xChapter, "Example");
string actors = getXElementValue(xChapter, "Actors");
string notes = string.Format("$OV${0}$EX${1}$AC${2}", overview, example, actors);
EA.Package sectionPackage = (EA.Package)fmPackage.Packages.AddNew(name, "Package");
sectionPackage.Notes = notes;
sectionPackage.IsNamespace = true;
sectionPackage.TreePos = int.Parse(ID);
sectionPackage.Update();
sectionPackage.Element.Alias = alias;
sectionPackage.Element.Stereotype = R2Const.ST_SECTION;
R2Config.config.updateStyle(sectionPackage.Element);
sectionPackage.Element.Update();
sectionPackage.Element.Locked = LOCK_ELEMENTS;
// Create TaggedValues for extra notes
addTaggedValue(sectionPackage.Element, "ID", ID);
int TPos = 0;
foreach (XElement xFunction in xChapter.Elements("Function"))
{
EA.Element functionElement;
string parentID = getXElementValue(xFunction, "ParentID");
if (elements.ContainsKey(parentID))
{
EA.Element parentElement = elements[parentID];
functionElement = (EA.Element)parentElement.Elements.AddNew("", "Feature");
}
else // If the parent function doesnot exist; add to the sectionPackage; chapters are not in the functions dictionary
{
functionElement = (EA.Element)sectionPackage.Elements.AddNew("", "Feature");
}
string functionID = getXElementValue(xFunction, "ID");
addComposition(functionID, parentID);
importFunction(functionElement, xFunction);
functionElement.TreePos = TPos++; // Keep order from import file
functionElement.Update();
functionElement.Locked = LOCK_ELEMENTS;
}
}
// Add ConsequenceLinks
foreach (Link clink in consequenceLinks.Values)
{
if (elements.ContainsKey(clink.targetID))
{
EA.Element sourceElement = elements[clink.sourceID];
EA.Element targetElement = elements[clink.targetID];
EA.Connector connector = (EA.Connector)sourceElement.Connectors.AddNew("", "Dependency");
connector.Stereotype = R2Const.ST_CONSEQUENCELINK;
connector.Notes = clink.notes;
connector.SupplierID = targetElement.ElementID;
connector.Update();
}
else
{
EAHelper.LogMessage(string.Format("ConsequenceLink from {0} to {1}, target Function not found.", clink.sourceID, clink.targetID));
}
}
// Add SeeAlso Links
foreach (Link slink in seeAlsoLinks.Values)
{
if (elements.ContainsKey(slink.targetID))
{
EA.Element sourceElement = elements[slink.sourceID];
EA.Element targetElement = elements[slink.targetID];
EA.Connector connector = (EA.Connector)sourceElement.Connectors.AddNew("", "Dependency");
connector.Stereotype = R2Const.ST_SEEALSO;
connector.SupplierID = targetElement.ElementID;
connector.Update();
}
else
{
EAHelper.LogMessage(string.Format("SeeAlso link from {0} to {1}, target Function not found.", slink.sourceID, slink.targetID));
}
}
// Add compositions
foreach (Link composition in compositions.Values)
{
if (elements.ContainsKey(composition.targetID))
{
EA.Element sourceElement = elements[composition.sourceID];
EA.Element targetElement = elements[composition.targetID];
EA.Connector connector = (EA.Connector)sourceElement.Connectors.AddNew("", "Aggregation");
connector.SupplierID = targetElement.ElementID;
connector.SupplierEnd.Aggregation = 2; // "composite"
connector.Update();
}
else
{
// If the target is the section package then ignore the link
int?sectionColor = R2Config.config.getSectionColorInt(composition.targetID);
if (sectionColor == null)
{
EAHelper.LogMessage(string.Format("Function composition from {0} to {1}, target not found.", composition.sourceID, composition.targetID));
}
}
}
progress.Close();
Repository.EnableUIUpdates = true;
Repository.BatchAppend = false;
Repository.RefreshModelView(fmPackage.PackageID);
Repository.EnsureOutputVisible(Properties.Resources.OUTPUT_TAB_HL7_FM);
}