/// <summary>
/// Copy port to target element. It port exists it don't copy it. The Ports are locked against changes.
/// Note: hoTools don't copy tagged values
/// </summary>
/// <param name="rep"></param>
/// <param name="srcPort"></param>
/// <param name="trgEl"></param>
public static void CopyPort(EA.Repository rep, Element srcPort, Element trgEl)
{
bool isUpdated = false;
if (srcPort.Type != "Port")
{
return;
}
// check if port already exits
foreach (Element trgtPort in trgEl.EmbeddedElements)
{
// the target port already exists in source (Target Port PDATA3 contains ea_guid of source port the port is dependant from)
if (srcPort.ElementGUID == trgtPort.MiscData[2])
{
isUpdated = true;
break;
}
}
// Source port isn't available in target Part
if (isUpdated == false)
{
// Create new Port and set the properties according to source port
var newPort = (Element)trgEl.EmbeddedElements.AddNew(srcPort.Name, "Port");
trgEl.EmbeddedElements.Refresh();
newPort.Stereotype = srcPort.Stereotype;
newPort.Notes = srcPort.Notes;
newPort.PropertyType = srcPort.PropertyType;
newPort.Update();
// Link Port to the source Port of property type
HoUtil.SetElementPdata3(rep, newPort, srcPort.ElementGUID);
//newPort.Locked = true;
}
}
/// <summary>
/// Open the file according to column name with the editor.
/// Copies the function name to Clipboard
/// </summary>
/// <param name="sender"></param>
/// <param name="columnNameFilePath"></param>
/// <param name="columnNameLineNumber"></param>
private void StartCodeFile(object sender, string columnNameFilePath, string columnNameLineNumber = "")
{
// Get the control that is displaying this context menu
DataGridView grid = GetDataGridView(sender);
var row = grid.SelectedRows[0];
string filePath = row.Cells[columnNameFilePath].Value.ToString();
filePath = Path.Combine(_folderCodeRoot, filePath);
// Copy Function name to Clipboard
string functionName = row.Cells["Implementation"].Value.ToString().Trim() != ""
? row.Cells["Implementation"].Value.ToString()
: row.Cells["Interface"].Value.ToString();
if (string.IsNullOrEmpty(functionName))
{
Clipboard.SetText(functionName);
}
// Estimate line number
var lineNumber = columnNameLineNumber == ""
? GetLineNumber(filePath, functionName).ToString()
: row.Cells[columnNameLineNumber].Value.ToString();
lineNumber = lineNumber != "-1"
? $":{lineNumber} -g"
: "";
HoUtil.StartApp($"Code", $"{filePath}{lineNumber}");
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="jasonFilePath"></param>
public ImportSetting(string jasonFilePath)
{
// use 'Deserializing Partial JSON Fragments'
JObject jObject;
try
{
// Read JSON
string text = HoUtil.ReadAllText(jasonFilePath);
jObject = JObject.Parse(text);
}
catch (Exception e)
{
MessageBox.Show(
$@"Can't read '{jasonFilePath}
Consider Resetting to factory settings
- File, Reset Factory Settings!!!'
{e}", @"Can't import Chapter: 'Importer' from Settings.json");
return;
}
//----------------------------------------------------------------------
// Deserialize "DiagramStyle", "DiagramObjectStyle",""DiagramLinkStyle"
// get JSON result objects into a list
ImportSettings =
(List <FileImportSettingsItem>)JasonHelper.GetConfigurationItems <FileImportSettingsItem>(
jObject, "Importer");
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="jasonFilePath"></param>
public DiagramFormat(string jasonFilePath)
{
// use 'Deserializing Partial JSON Fragments'
JObject jObject;
try
{
// Read JSON
string text = HoUtil.ReadAllText(jasonFilePath);
jObject = JObject.Parse(text);
}
catch (Exception e)
{
MessageBox.Show(
$@"Can't read '{jasonFilePath}
Consider Resetting to factory settings
- File, Reset Factory Settings!!!'
{e}", @"Can't import Diagram Styles from Settings.json");
return;
}
//----------------------------------------------------------------------
// Deserialize "DiagramStyle", "DiagramObjectStyle",""DiagramLinkStyle"
// get JSON result objects into a list
DiagramStyleItems = (List <DiagramStyleItem>)GetConfigurationStyleItems <DiagramStyleItem>(jObject, "DiagramStyle");
DiagramObjectStyleItems = (List <DiagramObjectStyleItem>)GetConfigurationStyleItems <DiagramObjectStyleItem>(jObject, "DiagramObjectStyle");
DiagramLinkStyleItems = (List <DiagramLinkStyleItem>)GetConfigurationStyleItems <DiagramLinkStyleItem>(jObject, "DiagramLinkStyle");
BulkElementItems = (List <BulkElementItem>)GetConfigurationStyleItems <BulkElementItem>(jObject, "BulkItems");
}
/// <summary>
/// Copy file and take local path into consideration
/// </summary>
/// <param name="file"></param>
/// <param name="target"></param>
private void CopyEmbeddedFile(string file, string target)
{
string fileName = HoUtil.GetFilePath("Linked File", file);
if (IsFileToProcess(fileName))
{
DirFiles.FileCopy(fileName, target);
}
}
// constructor
public svn(Repository rep, Package pkg)
{
_pkg = pkg;
_rep = rep;
_vcPath = "";
if (pkg.IsControlled)
{
_vcPath = HoUtil.GetVccFilePath(rep, pkg);
}
}
/// <summary>
/// Make EA Excel File from EA SQLQuery format (string)
/// </summary>
/// <param name="x"></param>
/// <param name="fileName"></param>
/// <returns>string</returns>
public static bool MakeExcelFileFromSqlResult(string x, string fileName = @"d:\temp\sql\sql.xlsx")
{
if (string.IsNullOrEmpty(x))
{
return(false);
}
XDocument xDoc = XDocument.Parse(x);
// get field names
var fieldNames = xDoc.Descendants("Row").FirstOrDefault()?.Descendants();
if (fieldNames == null)
{
return(false);
}
DataTable dt = new DataTable();
HoUtil.TryToDeleteFile(fileName);
Cursor.Current = Cursors.WaitCursor;
try
{
foreach (var field in fieldNames)
{
dt.Columns.Add(field.Name.ToString(), typeof(string));
}
var xRows = xDoc.Descendants("Row");
foreach (var xRow in xRows)
{
DataRow row = dt.NewRow();
int column = 0;
foreach (var value in xRow.Elements())
{
row[column] = value.Value;
column = column + 1;
}
dt.Rows.Add(row);
}
if (!SaveTableToExcel(ref fileName, dt))
{
return(false);
}
return(true);
}
catch (Exception e)
{
Cursor.Current = Cursors.Default;
MessageBox.Show($"Error {e.Message}\r\n{e.Source}");
return(false);
}
}
private int GetLineNumber(string file, string functionName)
{
string code = HoUtil.ReadAllText(file);
Regex rx = new Regex($@"\b{functionName}\b\s*\([^;{{}}]*;");
Match match = rx.Match(code);
if (match.Success)
{
return(code.Take(match.Groups[0].Index).Count(c => c == '\n') + 1);
}
else
{
return(-1);
}
}
private static void HandleExcelFileByUser(string fileName, DataTable dt)
{
Cursor.Current = Cursors.Default;
var ret = MessageBox.Show($"Excel File '{fileName}' with {dt.Rows.Count} rows and {dt.Columns.Count} column created!\r\n\r\nYes: Open Excel File\r\nNo: Open Folder\r\nCancel: Do nothing",
"Excel File created!", MessageBoxButtons.YesNoCancel);
switch (ret)
{
case DialogResult.Yes:
HoUtil.StartFile(fileName);
break;
case DialogResult.No:
HoUtil.ShowFolder(Path.GetDirectoryName(fileName));
break;
}
}
// subtype=100 init node
// subtype=101 final node
public static EA.DiagramObject CreateInitFinalNode(EA.Repository rep, EA.Diagram dia, EA.Element act,
int subType, string position)
{
EA.Element initNode = (EA.Element)act.Elements.AddNew("", "StateNode");
initNode.Subtype = subType;
initNode.Update();
if (dia != null)
{
HoUtil.AddSequenceNumber(rep, dia);
EA.DiagramObject initDiaNode = (EA.DiagramObject)dia.DiagramObjects.AddNew(position, "");
initDiaNode.ElementID = initNode.ElementID;
initDiaNode.Sequence = 1;
initDiaNode.Update();
HoUtil.SetSequenceNumber(rep, dia, initDiaNode, "1");
return(initDiaNode);
}
return(null);
}
//---------------------------------------------------------------------------------------------
// updateActionParameter(EA.Repository rep, EA.Element actionPin)
//---------------------------------------------------------------------------------------------
public static bool UpdateActionPinParameter(Repository rep, EA.Element action)
{
foreach (EA.Element actionPin in action.EmbeddedElements)
{
// pin target for the return type of the action
if (actionPin.Name == "target")
{
//// return type
//Int32 parTypeID = Util.getTypeID(rep, m.ReturnType);
//if (parTypeID != 0)
//{
// //pin.Name = par.
// pin.ClassfierID = parTypeID;
// EA.Element el = rep.GetElementByID(parTypeID);
// pin.Update(); // do it before update table
// Util.setElementPDATA1(rep, pin, el.ElementGUID);// set PDATA1
//}
}
else
{
// get type of synchronized parameter
// if parameter isn't synchronized it will not work
string type = HoUtil.GetParameterType(rep, actionPin.ElementGUID);
if (type == "")
{
string txt = "No type is available for action:'" + action.Name + "'";
rep.WriteOutput("hoReverse", txt, 0);
}
else
{
Int32 parTypeId = HoUtil.GetTypeId(rep, type);
if (parTypeId != 0)
{
//pin.Name = par.
EA.Element el = rep.GetElementByID(parTypeId);
HoUtil.SetElementPdata1(rep, actionPin, el.ElementGUID);// set PDATA1
}
}
}
}
return(true);
}
/// <summary>
/// Create an Activity diagram beneath selected Activity.
/// </summary>
/// <param name="rep"></param>
/// <param name="act"></param>
/// <returns></returns>
public static Diagram CreateActivityCompositeDiagram(Repository rep, EA.Element act)
{
// create activity diagram beneath Activity
EA.Diagram actDia = (Diagram)act.Diagrams.AddNew(act.Name, "Activity");
// update diagram properties
actDia.ShowDetails = 0; // hide details
// scale page to din A4
if (actDia.StyleEx.Length > 0)
{
actDia.StyleEx = actDia.StyleEx.Replace("HideQuals=0", "HideQuals=1"); // hide qualifier
}
else
{
actDia.StyleEx = "HideQuals=1;";
}
// Hide Qualifier
if (actDia.ExtendedStyle.Length > 0)
{
actDia.ExtendedStyle = actDia.ExtendedStyle.Replace("ScalePI=0", "ScalePI=1");
}
else
{
actDia.ExtendedStyle = "ScalePI=1;";
}
actDia.Update();
act.Diagrams.Refresh();
// put the activity on the diagram
HoUtil.AddSequenceNumber(rep, actDia);
EA.DiagramObject actObj = (EA.DiagramObject)actDia.DiagramObjects.AddNew("l=30;r=780;t=30;b=1120", "");
actObj.ElementID = act.ElementID;
actObj.Update();
actDia.DiagramObjects.Refresh();
// add default nodes (init/final)
CreateDefaultElementsForActivity(rep, actDia, act);
act.Elements.Refresh();
actDia.DiagramObjects.Refresh();
return(actDia);
}
public static void DisplayBehaviorForOperation(Repository repository, Method method)
{
string behavior = method.Behavior;
if (behavior.StartsWith("{") & behavior.EndsWith("}"))
{
// get object according to behavior
EA.Element el = repository.GetElementByGuid(behavior);
// Activity
if (el == null)
{
}
else
{
if (el.Type.Equals("Activity") || el.Type.Equals("Interaction") || el.Type.Equals("StateMachine"))
{
HoUtil.OpenBehaviorForElement(repository, el);
}
}
}
}
public static string GetConnectionString(EA.Repository rep)
{
string s = rep.ConnectionString;
if (s.Contains("DBType="))
{
return(s);
}
else
{
FileInfo f = new FileInfo(s);
if (f.Length > 1025)
{
return(s);
}
else
{
return(HoUtil.ReadAllText(s));
}
}
}
/// <summary>
/// Deserialize Json settings into JObject.
/// </summary>
/// <param name="jsonFilePath"></param>
/// <returns></returns>
public static JObject DeserializeSettings(string jsonFilePath)
{
// use 'Deserializing Partial JSON Fragments'
try
{
// Read JSON
string text = HoUtil.ReadAllText(jsonFilePath);
return(JObject.Parse(text));
}
catch (Exception e)
{
MessageBox.Show($@"Can't read '{jsonFilePath}!'
Consider resetting to Factory Settings.
{e}
",
@"Can't import 'setting.json'.");
return(null);
}
}
/// <summary>
/// Export Embedded Files. Make XHTML and copy the file. Consider the EA local path to access the file
/// </summary>
/// <param name="file"></param>
/// <param name="xhtml"></param>
/// <returns></returns>
private string ExportEmbeddedFiles(File file, string xhtml)
{
string defaultText = Path.GetFileName(file.Name);
string fileName = (Path.GetFileName(file.Name));
// Check if file is to process
string fullFileName = HoUtil.GetFilePath("Linked File", file.Name);
if (!IsFileToProcess(fullFileName))
{
return("");
}
// copy embedded file
CopyEmbeddedFile(fullFileName, Path.Combine(_dirFilesRoot, _embeddedFiles));
string imagePath;
string mimeType;
switch (Path.GetExtension(file.Name))
{
case ".pdf":
mimeType = "application/pdf";
imagePath = "application-pdf.png";
break;
case ".doc":
imagePath = "application-msword.png";
mimeType = "application/msword";
break;
case ".docx":
imagePath = "application-msword.png";
mimeType = "application/vnd.openxmlformats-officedocument.wordprocessingml.document";
break;
case ".xls":
imagePath = "application-vnd.ms-excel.png";
mimeType = "application/vnd.ms-excel";
break;
case ".xlsx":
imagePath = "application-vnd.ms-excel.png";
mimeType = "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet";
break;
case ".ppt":
imagePath = "application-vnd.ms-powerpoint.png";
mimeType = "application/vnd.ms-powerpoint";
break;
case "pptx":
imagePath = "application-vnd.ms-powerpoint.png";
mimeType = "application/vnd.openxmlformats-officedocument.presentationml.presentation";
break;
default:
mimeType = "application/pdf";
imagePath = @"text-x-java.png";
defaultText = @"{defaultText}, not supported mime type/file type";
break;
}
xhtml = xhtml + $@"
<div>{fileName}</div>
<object data=""{Path.Combine(_embeddedFiles, fileName)}"" type=""{mimeType}"">
<object data=""{Path.Combine(_mimeTypeImages, imagePath)}"" type=""image/png"">{defaultText}
</object>
</object>
";
return(xhtml);
}
/// <summary>
/// Import and update Requirements. You can set EA ObjectType like "Requirement" or EA Stereotype like "FunctionalRequirement"
/// </summary>
/// async Task
public override bool ImportForFile(string eaObjectType = "Requirement",
string eaStereotype = "",
string stateNew = "",
string stateChanged = "")
{
bool result = true;
Rep.BatchAppend = true;
Rep.EnableUIUpdates = false;
// Read xml file
XElement xElFile;
try
{
xElFile = XElement.Parse(HoUtil.ReadAllText(ImportModuleFile));
}
catch (Exception e)
{
Rep.BatchAppend = false;
Rep.EnableUIUpdates = true;
MessageBox.Show($@"File: {ImportModuleFile}{Environment.NewLine}{Environment.NewLine}{e}", @"Can't import structured *.xml");
return(false);
}
InitializeXmlStructTable(xElFile);
// Go through hierarchy and store in DataTable
var level = 1;
var children = xElFile.Descendants(xmlChildrenName).FirstOrDefault(); //.Dump();
if (OutputChildren(children, level) == false)
{
return(false);
}
ReadEaPackageRequirements();
CreateEaPackageDeletedObjects();
Count = 0;
CountChanged = 0;
CountNew = 0;
List <int> parentElementIdsPerLevel = new List <int> {
0
};
int parentElementId = 0;
int lastElementId = 0;
int oldLevel = 0;
string notesColumn = _settings.AttrNotes ?? "";
foreach (DataRow row in DtRequirements.Rows)
{
Count += 1;
int objectLevel = Int32.Parse(row["Object Level"].ToString()) - 1;
// Maintain parent ids of level
// get parent id
if (objectLevel > oldLevel)
{
if (parentElementIdsPerLevel.Count <= objectLevel)
{
parentElementIdsPerLevel.Add(lastElementId);
}
else
{
parentElementIdsPerLevel[objectLevel] = lastElementId;
}
parentElementId = lastElementId;
}
if (objectLevel < oldLevel)
{
parentElementId = parentElementIdsPerLevel[objectLevel];
}
oldLevel = objectLevel;
string objectId = CombineAttrValues(_settings.IdList, row, ShortNameLength);
string alias = CombineAttrValues(_settings.AliasList, row, ShortNameLength);
string name = CombineAttrValues(_settings.AttrNameList, row, ShortNameLength);
string notes = notesColumn != "" ? row[notesColumn].ToString() : row[1].ToString();
string nameShort = name.Length > ShortNameLength?name.Substring(0, ShortNameLength) : name;
// Check if requirement with Doors ID already exists
bool isExistingRequirement = DictPackageRequirements.TryGetValue(objectId, out int elId);
EA.Element el;
if (isExistingRequirement)
{
el = Rep.GetElementByID(elId);
if (el.Alias != alias ||
el.Name != nameShort ||
el.Notes != notes)
{
if (stateChanged != "")
{
el.Status = stateChanged;
}
CountChanged += 1;
}
}
else
{
el = (EA.Element)Pkg.Elements.AddNew(name, "Requirement");
if (stateNew != "")
{
el.Status = stateNew;
}
CountChanged += 1;
}
el.Alias = alias;
el.Name = name;
el.Multiplicity = objectId;
el.Notes = notes;
el.TreePos = Count * 10;
el.PackageID = Pkg.PackageID;
el.ParentID = parentElementId;
el.Type = eaObjectType;
el.Stereotype = eaStereotype;
el.Update();
Pkg.Elements.Refresh();
lastElementId = el.ElementID;
// handle the remaining columns/ tagged values
var cols = from c in DtRequirements.Columns.Cast <DataColumn>()
where !ColumnNamesNoTaggedValues.Any(n => n == c.ColumnName)
select new
{
Name = c.ColumnName,
Value = row[c].ToString()
}
;
// Update/Create Tagged value
foreach (var c in cols)
{
if (notesColumn != c.Name)
{
TaggedValue.SetUpdate(el, c.Name, c.Value ?? "");
}
}
}
MoveDeletedRequirements();
UpdatePackage(xElFile);
Rep.BatchAppend = false;
Rep.EnableUIUpdates = true;
Rep.ReloadPackage(Pkg.PackageID);
return(result);
}
//-----------------------------------------------------------------------------------------
// Create StateMachine for Operation
//----------------------------------------------------------------------------------
public static bool CreateStateMachineForOperation(EA.Repository rep, EA.Method m)
{
// get class
EA.Element elClass = rep.GetElementByID(m.ParentID);
EA.Package pkgSrc = rep.GetPackageByID(elClass.PackageID);
// create a package with the name of the operation
EA.Package pkgTrg = (Package)pkgSrc.Packages.AddNew(m.Name, "");
pkgTrg.Update();
pkgSrc.Packages.Refresh();
// create Class StateMachine Diagram in target package
EA.Diagram pkgSeqDia = (EA.Diagram)pkgTrg.Diagrams.AddNew("Operation:" + m.Name + " Content", "Statechart");
pkgSeqDia.Update();
pkgTrg.Diagrams.Refresh();
// add frame in StateMachine diagram
EA.DiagramObject frmObj = (EA.DiagramObject)pkgSeqDia.DiagramObjects.AddNew("l=100;r=400;t=25;b=50", "");
EA.Element frm = (EA.Element)pkgTrg.Elements.AddNew(m.Name, "UMLDiagram");
frm.Update();
frmObj.ElementID = frm.ElementID;
//frmObj.Style = "fontsz=200;pitch=34;DUID=265D32D5;font=Arial Narrow;bold=0;italic=0;ul=0;charset=0;";
frmObj.Update();
pkgTrg.Elements.Refresh();
pkgSeqDia.DiagramObjects.Refresh();
// create StateMachine with the name of the operation
EA.Element stateMachine = (EA.Element)pkgTrg.Elements.AddNew(m.Name, "StateMachine");
stateMachine.Notes = "Generated from Operation:\r\n" + m.Visibility + " " + m.Name + ":" + m.ReturnType + ";\r\nDetails see Operation definition!!";
stateMachine.Update();
pkgTrg.Elements.Refresh();
// create Statechart diagram beneath State Machine
EA.Diagram chartDia = (EA.Diagram)stateMachine.Diagrams.AddNew(m.Name, "Statechart");
chartDia.Update();
stateMachine.Diagrams.Refresh();
// put the state machine on the diagram
EA.DiagramObject chartObj = (EA.DiagramObject)chartDia.DiagramObjects.AddNew("l=50;r=600;t=100;b=800", "");
chartObj.ElementID = stateMachine.ElementID;
chartObj.Update();
chartDia.DiagramObjects.Refresh();
// add default nodes (init/final)
CreateDefaultElementsForStateDiagram(rep, chartDia, stateMachine);
// Add Heading to diagram
EA.DiagramObject noteObj = (EA.DiagramObject)chartDia.DiagramObjects.AddNew("l=40;r=700;t=10;b=25", "");
EA.Element note = (EA.Element)pkgTrg.Elements.AddNew("Text", "Text");
note.Notes = m.Visibility + " " + elClass.Name + "_" + m.Name + ":" + m.ReturnType;
note.Update();
noteObj.ElementID = note.ElementID;
noteObj.Style = "fontsz=200;pitch=34;DUID=265D32D5;font=Arial Narrow;bold=0;italic=0;ul=0;charset=0;";
noteObj.Update();
pkgTrg.Elements.Refresh();
chartDia.DiagramObjects.Refresh();
// Link Operation to StateMachine
HoUtil.SetBehaviorForOperation(rep, m, stateMachine);
// Set show behavior
HoUtil.SetShowBehaviorInDiagram(rep, m);
HoUtil.SetFrameLinksToDiagram(rep, frm, chartDia); // link Overview frame to diagram
frm.Update();
//rep.ReloadDiagram(actDia.DiagramID);
return(true);
}
//------------------------------------------------------------------------------
// Create default Elements for Statemachine
//------------------------------------------------------------------------------
//
// init
// state 'State1'
// final
// transition from init to 'State1'
public static bool CreateDefaultElementsForStateDiagram(Repository rep, EA.Diagram dia, EA.Element stateChart)
{
// check if init and final node are available
bool init = false;
bool final = false;
foreach (EA.Element node in stateChart.Elements)
{
if (node.Type == "StateNode" & node.Subtype == 100)
{
init = true;
}
if (node.Type == "StateNode" & node.Subtype == 101)
{
final = true;
}
}
EA.Element initNode = null;
if (!init)
{
initNode = (EA.Element)stateChart.Elements.AddNew("", "StateNode");
initNode.Subtype = 3;
initNode.ParentID = stateChart.ElementID;
initNode.Update();
if (dia != null)
{
HoUtil.AddSequenceNumber(rep, dia);
EA.DiagramObject initDiaNode =
(EA.DiagramObject)dia.DiagramObjects.AddNew("l=295;r=315;t=125;b=135;", "");
initDiaNode.Sequence = 1;
initDiaNode.ElementID = initNode.ElementID;
initDiaNode.Update();
HoUtil.SetSequenceNumber(rep, dia, initDiaNode, "1");
}
}
EA.Element finalNode = null;
// create final node
if (!final)
{
finalNode = (EA.Element)stateChart.Elements.AddNew("", "StateNode");
finalNode.Subtype = 4;
finalNode.ParentID = stateChart.ElementID;
finalNode.Update();
if (dia != null)
{
HoUtil.AddSequenceNumber(rep, dia);
EA.DiagramObject finalDiaNode =
(EA.DiagramObject)dia.DiagramObjects.AddNew("l=285;r=305;t=745;b=765;", "");
finalDiaNode.Sequence = 1;
finalDiaNode.ElementID = finalNode.ElementID;
finalDiaNode.Update();
HoUtil.SetSequenceNumber(rep, dia, finalDiaNode, "1");
}
}
// create state node
EA.Element stateNode = (EA.Element)stateChart.Elements.AddNew("", "State");
stateNode.Subtype = 0; // state
stateNode.Name = "State1";
stateNode.ParentID = stateChart.ElementID;
stateNode.Update();
if (dia != null)
{
HoUtil.AddSequenceNumber(rep, dia);
string pos = "l=300;r=400;t=-400;b=-470";
EA.DiagramObject stateDiaNode = (EA.DiagramObject)dia.DiagramObjects.AddNew(pos, "");
stateDiaNode.Sequence = 1;
stateDiaNode.ElementID = stateNode.ElementID;
stateDiaNode.Update();
HoUtil.SetSequenceNumber(rep, dia, stateDiaNode, "1");
// draw a transition
EA.Connector con = (EA.Connector)finalNode.Connectors.AddNew("", "StateFlow");
con.SupplierID = stateNode.ElementID;
con.ClientID = initNode.ElementID;
con.Update();
finalNode.Connectors.Refresh();
stateChart.Elements.Refresh();
dia.DiagramObjects.Refresh();
dia.Update();
rep.ReloadDiagram(dia.DiagramID);
}
return(true);
}
public static bool CreateInteractionForOperation(EA.Repository rep, EA.Method m)
{
// get class
EA.Element elClass = rep.GetElementByID(m.ParentID);
Package pkgSrc = rep.GetPackageByID(elClass.PackageID);
// create a package with the name of the operation
Package pkgTrg = (Package)pkgSrc.Packages.AddNew(m.Name, "");
pkgTrg.Update();
pkgSrc.Packages.Refresh();
// create Class Sequence Diagram in target package
EA.Diagram pkgSeqDia = (EA.Diagram)pkgTrg.Diagrams.AddNew("Operation:" + m.Name + " Content", "Sequence");
pkgSeqDia.Update();
pkgTrg.Diagrams.Refresh();
// add frame in Sequence diagram
EA.DiagramObject frmObj = (EA.DiagramObject)pkgSeqDia.DiagramObjects.AddNew("l=100;r=400;t=25;b=50", "");
EA.Element frm = (EA.Element)pkgTrg.Elements.AddNew(m.Name, "UMLDiagram");
frm.Update();
frmObj.ElementID = frm.ElementID;
//frmObj.Style = "fontsz=200;pitch=34;DUID=265D32D5;font=Arial Narrow;bold=0;italic=0;ul=0;charset=0;";
frmObj.Update();
pkgTrg.Elements.Refresh();
pkgSeqDia.DiagramObjects.Refresh();
// create Interaction with the name of the operation
EA.Element seq = (EA.Element)pkgTrg.Elements.AddNew(m.Name, "Interaction");
seq.Notes = "Generated from Operation:\r\n" + m.Visibility + " " + m.Name + ":" + m.ReturnType + ";\r\nDetails see Operation definition!!";
seq.Update();
pkgTrg.Elements.Refresh();
// create sequence diagram beneath Interaction
EA.Diagram seqDia = (EA.Diagram)seq.Diagrams.AddNew(m.Name, "Sequence");
seqDia.Update();
seq.Diagrams.Refresh();
// create instance from class beneath Interaction
EA.Element obj = (EA.Element)seq.Elements.AddNew("", "Object");
seq.Elements.Refresh();
obj.ClassfierID = elClass.ElementID;
obj.Update();
// add node object to Sequence Diagram
EA.DiagramObject node = (EA.DiagramObject)seqDia.DiagramObjects.AddNew("l=100;r=180;t=50;b=70", "");
node.ElementID = obj.ElementID;
node.Update();
// Add Heading to diagram
EA.DiagramObject noteObj = (EA.DiagramObject)seqDia.DiagramObjects.AddNew("l=40;r=700;t=10;b=25", "");
EA.Element note = (EA.Element)pkgTrg.Elements.AddNew("Text", "Text");
note.Notes = m.Visibility + " " + elClass.Name + "_" + m.Name + ":" + m.ReturnType;
note.Update();
noteObj.ElementID = note.ElementID;
noteObj.Style = "fontsz=200;pitch=34;DUID=265D32D5;font=Arial Narrow;bold=0;italic=0;ul=0;charset=0;";
noteObj.Update();
pkgTrg.Elements.Refresh();
seqDia.DiagramObjects.Refresh();
// Link Operation to activity
HoUtil.SetBehaviorForOperation(rep, m, seq);
// Set show behavior
HoUtil.SetShowBehaviorInDiagram(rep, m);
HoUtil.SetFrameLinksToDiagram(rep, frm, seqDia); // link Overview frame to diagram
frm.Update();
//rep.ReloadDiagram(actDia.DiagramID);
return(true);
}
/// <summary>
/// Generate provided Interface. All functions called from not component modules
/// -
/// </summary>
/// <param name="db"></param>
/// <param name="folderNameOfClass"></param>
/// <param name="fileNamesOfClassTree"></param>
/// <param name="allCompImplementations"></param>
/// <returns></returns>
private static DataTable ShowProvidedInterface(BROWSEVCDB db,
string folderNameOfClass,
IQueryable <string> fileNamesOfClassTree,
IEnumerable <ImplFunctionItem> allCompImplementations)
{
var compImplementations = (from f in allCompImplementations
where f.FilePath.StartsWith(folderNameOfClass) || f.FilePath == ""
select new
{
Imp = new ImplFunctionItem(f.Interface, f.Implementation, f.FilePath, "", f.LineStart),
// Rx to find a call to function, should be fast, later detailed test
// 'function('
RxImplementation = new Regex($@"\b{f.Implementation}\s*\("),
RxInterface = new Regex($@"\b{f.Interface}\s*\(")
}).ToArray();
// over all files except Class/Component Tree (files not part of component/class/sub folder)
IQueryable <string> fileNamesCalledImplementation = (from f in db.Files
where !fileNamesOfClassTree.Any(x => x == f.Name) &&
(f.LeafName.ToLower().EndsWith(".c") || f.LeafName.ToLower().EndsWith(".cpp"))
select f.Name).Distinct();
foreach (var fileName in fileNamesCalledImplementation)
{
if (!File.Exists(fileName))
{
MessageBox.Show($@"File:{Environment.NewLine}'{fileName}'{Environment.NewLine}{Environment.NewLine}Root:{Environment.NewLine}{_folderRoot}",
@"Can't open implementation of provided interface, skip!!!");
continue;
}
// only files in implementation
if (fileName.ToLower().Contains(_folderRoot.ToLower()))
{
string code = HoService.DeleteComment(HoUtil.ReadAllText(fileName));
foreach (var f1 in compImplementations)
{
if (f1.RxImplementation.IsMatch(code) || f1.RxInterface.IsMatch(code))
{
Regex rx = f1.Imp.Implementation == f1.Imp.Interface
? new Regex($@"^.*\b{f1.Imp.Implementation}\s*\([^}}{{;]*;", RegexOptions.Multiline)
: new Regex($@"^.*\b({f1.Imp.Implementation}|{f1.Imp.Interface})\s*\([^}}{{;]*;", RegexOptions.Multiline);
Match match = rx.Match(code);
while (match.Success)
{
// That's not an call to a function
if (match.Value.Trim().StartsWith("FUNC(") || match.Value.Trim().StartsWith("void ") || match.Value.Trim().StartsWith("static ") || match.Value.Trim().StartsWith("extern "))
{
match = match.NextMatch();
continue;
}
f1.Imp.FilePathCallee = fileName;
break;
}
//f1.Imp.FilePathCallee = fileName;
}
}
}
}
// Sort: Function, FileName
var outputList = (from f in compImplementations
orderby f.Imp.Interface, f.Imp.Implementation
select new
{
Interface = f.Imp.Interface,
Implementation = f.Imp.Implementation == f.Imp.Interface ? "" : f.Imp.Implementation,
FileName = f.Imp.FileName,
FileNameCallee = f.Imp.FileNameCallee,
// no root path
FilePath = f.Imp.FilePath.Length > _folderRoot.Length ? f.Imp.FilePath.Substring(_folderRoot.Length) : "",
FilePathCallee = f.Imp.FilePathCallee.Length > _folderRoot.Length ? f.Imp.FilePathCallee.Substring(_folderRoot.Length) : "",
isCalled = f.Imp.IsCalled,
LineStart = f.Imp.LineStart
}).Distinct();
return(outputList.ToDataTable());
}
/// <summary>
/// Get all required Interfaces of Component (root folder of component)
/// </summary>
/// <param name="db"></param>
/// <param name="folderNameOfClass"></param>
/// <param name="filesPathOfClassTree"></param>
/// <param name="allImplementations"></param>
/// <returns></returns>
private static DataTable ShowRequiredInterface(BROWSEVCDB db,
string folderNameOfClass,
IQueryable <string> filesPathOfClassTree,
IEnumerable <ImplFunctionItem> allImplementations)
{
// Estimate all possible function calls of passed files
Regex rx = new Regex(@"(\b[A-Z]\w*_\w*)\s*\(", RegexOptions.IgnoreCase);
List <CallFunctionItem> lFunctionCalls = new List <CallFunctionItem>();
foreach (var file in filesPathOfClassTree)
{
// only files that are in source folder, no library files.
if (file.ToLower().Contains(_folderRoot.ToLower()))
{
string code = HoService.DeleteComment(HoUtil.ReadAllText(file));
Match match = rx.Match(code);
while (match.Success)
{
lFunctionCalls.Add(new CallFunctionItem(match.Groups[1].Value, file));
match = match.NextMatch();
}
}
}
// ignore the following function names (beginning)
string[] ignoreList =
{
"Rte_Read", "Rte_Write", "Rte_Invalidate",
"L2A_Rte_Read", "L2A_Rte_Write", "L2A_Rte_Invalidate",
"L2B_Rte_Read", "L2B_Rte_Write", "L2B_Rte_Invalidate",
"L2C_Rte_Read", "L2C_Rte_Write", "L2C_Rte_Invalidate"
};
// filter only function implementation
// - not current folder/subfolder (current component, required)
// - not to ignore according to ignore list
var filteredFunctions = (from f in lFunctionCalls
join fAll in allImplementations on f.Function equals fAll.Implementation
where (!fAll.FilePath.StartsWith(folderNameOfClass)) &&
ignoreList.All(l => !f.Function.StartsWith(l)) // handle ignore list
orderby fAll.Implementation
select new
{
Interface = fAll.Interface,
Implementation = fAll.Implementation,
FilePathImplementation = fAll.FilePath,
FilePathCallee = f.FilePath, // no implementation available yet
isCalled = false,
LineStart = fAll.LineStart,
LineEnd = fAll.LineEnd,
ColumnEnd = fAll.ColumnEnd
}).Distinct();
// check if filtered functions are implemented
List <ImplFunctionItem> filteredImplemtedFunctions = new List <ImplFunctionItem>();
foreach (var f in filteredFunctions)
{
if (!File.Exists(f.FilePathImplementation))
{
MessageBox.Show($"File:\r\n'{f.FilePathImplementation}'\r\n\r\nRoot:\r\n{_folderRoot}",
"Can't open implementation of required interface, skip interface!!!");
continue;
}
string[] codeLines = File.ReadAllLines(f.FilePathImplementation);
// declaration ends with ';'
// implementation ends with '}'
//codeLines[f.Line - 1].Dump();
if (f.LineEnd > 0 && f.ColumnEnd > 0)
{
string line = codeLines[f.LineEnd - 1];
if (line.Length > 0)
{
if (line.Substring(f.ColumnEnd - 1, 1) != ";")
{
filteredImplemtedFunctions.Add(new ImplFunctionItem(
f.Interface,
f.Interface == f.Implementation ? "" : f.Implementation,
// no root path
f.FilePathImplementation.Length > _folderRoot.Length ? f.FilePathImplementation.Substring(_folderRoot.Length) : "",
f.FilePathCallee.Length > _folderRoot.Length ? f.FilePathCallee.Substring(_folderRoot.Length): "",
f.LineStart));
}
}
}
}
return(filteredImplemtedFunctions.ToDataTable());
}
/// <summary>
/// Create Activity for operation
/// </summary>
/// <param name="rep"></param>
/// <param name="m"></param>
/// <param name="treePos"></param>
/// <param name="pkgSrc"></param>
/// <param name="elClass"></param>
private static void CreateActivityFromOperation(Repository rep, Method m, int treePos, Package pkgSrc, Element elClass)
{
// create a package with the name of the operation
Package pkgTrg = (Package)pkgSrc.Packages.AddNew(m.Name, "");
pkgTrg.TreePos = treePos;
pkgTrg.Update();
pkgSrc.Packages.Refresh();
EA.Element frm = null; // frame beneath package
if (ActivityIsSimple == false)
{
// create Class Activity Diagram in target package
EA.Diagram pkgActDia = (EA.Diagram)pkgTrg.Diagrams.AddNew("Operation:" + m.Name + " Content", "Activity");
pkgActDia.Update();
pkgTrg.Diagrams.Refresh();
// prevent information loss
HoUtil.SetDiagramStyleFitToPage(pkgActDia); // after save diagram!
// add frame in Activity diagram
EA.DiagramObject frmObj = (EA.DiagramObject)pkgActDia.DiagramObjects.AddNew("l=100;r=400;t=25;b=50", "");
frm = (EA.Element)pkgTrg.Elements.AddNew(m.Name, "UMLDiagram");
frm.Update();
frmObj.ElementID = frm.ElementID;
//frmObj.Style = "fontsz=200;pitch=34;DUID=265D32D5;font=Arial Narrow;bold=0;italic=0;ul=0;charset=0;";
frmObj.Update();
pkgTrg.Elements.Refresh();
pkgActDia.DiagramObjects.Refresh();
}
// create activity with the name of the operation
EA.Element act = (EA.Element)pkgTrg.Elements.AddNew(m.Name, "Activity");
if (ActivityIsSimple == false)
{
act.Notes = "Generated from Operation:\r\n" + m.Visibility + " " + m.Name + ":" + m.ReturnType +
";\r\nDetails see Operation definition!!";
}
act.StereotypeEx = m.StereotypeEx;
act.Update();
pkgTrg.Elements.Refresh();
// create activity diagram beneath Activity
EA.Diagram actDia = (EA.Diagram)act.Diagrams.AddNew(m.Name, "Activity");
// update diagram properties
actDia.ShowDetails = 0; // hide details
// scale page to din A4
if (actDia.StyleEx.Length > 0)
{
actDia.StyleEx = actDia.StyleEx.Replace("HideQuals=0", "HideQuals=1"); // hide qualifier
}
else
{
actDia.StyleEx = "HideQuals=1;";
}
// Hide Qualifier
if (actDia.ExtendedStyle.Length > 0)
{
actDia.ExtendedStyle = actDia.ExtendedStyle.Replace("ScalePI=0", "ScalePI=1");
}
else
{
actDia.ExtendedStyle = "ScalePI=1;";
}
actDia.Update();
act.Diagrams.Refresh();
// put the activity on the diagram
HoUtil.AddSequenceNumber(rep, actDia);
EA.DiagramObject actObj = (EA.DiagramObject)actDia.DiagramObjects.AddNew("l=30;r=780;t=30;b=1120", "");
actObj.ElementID = act.ElementID;
actObj.Sequence = 1;
actObj.Update();
HoUtil.SetSequenceNumber(rep, actDia, actObj, "1");
actDia.DiagramObjects.Refresh();
// add default nodes (init/final)
CreateDefaultElementsForActivity(rep, actDia, act);
if (ActivityIsSimple == false)
{
// Add Heading to diagram
HoUtil.AddSequenceNumber(rep, actDia);
EA.DiagramObject noteObj = (EA.DiagramObject)actDia.DiagramObjects.AddNew("l=40;r=700;t=25;b=50", "");
EA.Element note = (EA.Element)pkgTrg.Elements.AddNew("Text", "Text");
note.Notes = m.Visibility + " " + elClass.Name + "_" + m.Name + ":" + m.ReturnType;
note.Update();
noteObj.ElementID = note.ElementID;
noteObj.Style = "fontsz=200;pitch=34;DUID=265D32D5;font=Arial Narrow;bold=0;italic=0;ul=0;charset=0;";
noteObj.Sequence = 1;
noteObj.Update();
HoUtil.SetSequenceNumber(rep, actDia, noteObj, "1");
}
pkgTrg.Elements.Refresh();
actDia.DiagramObjects.Refresh();
// Link Operation to activity
HoUtil.SetBehaviorForOperation(rep, m, act);
// Set show behavior
HoUtil.SetShowBehaviorInDiagram(rep, m);
// add parameters to activity
UpdateParameterFromOperation(rep, act, m);
int pos = 0;
foreach (EA.Element actPar in act.EmbeddedElements)
{
if (!actPar.Type.Equals("ActivityParameter"))
{
continue;
}
HoUtil.VisualizePortForDiagramobject(rep, pos, actDia, actObj, actPar, null);
pos = pos + 1;
}
if (ActivityIsSimple == false)
{
// link Overview frame to diagram
HoUtil.SetFrameLinksToDiagram(rep, frm, actDia);
frm.Update();
}
// select operation
rep.ShowInProjectView(m);
}
//-------------------------------------------------------------------------------------------------
// get Parameter from operation
// visualize them on diagram / activity
//-------------------------------------------------------------------------------------------------
public static bool UpdateParameterFromOperation(Repository rep, EA.Element act, Method m)
{
if (m == null)
{
return(false);
}
if (act.Locked)
{
return(false);
}
if (!act.Type.Equals("Activity"))
{
return(false);
}
EA.Element parTrgt = null;
///////////////////////////////////////////////////////////////////////////////////
// return code
string parName = "Return";
int methodReturnTypId;
// is type defined?
if ((m.ClassifierID != "0") & (m.ClassifierID != ""))
{
methodReturnTypId = Convert.ToInt32(m.ClassifierID);
}
// type is only defined as text
else
{
methodReturnTypId = Convert.ToInt32(HoUtil.GetTypeId(rep, m.ReturnType));
}
bool withActivityReturnParameter = false;
if (withActivityReturnParameter)
{
parTrgt.ClassifierID = methodReturnTypId;
// create an return Parameter for Activity (in fact an element with properties)
parTrgt = HoUtil.GetParameterFromActivity(rep, null, act, true);
if (parTrgt == null)
{
parTrgt = (EA.Element)act.EmbeddedElements.AddNew(parName, "Parameter");
}
else
{
parTrgt.Name = parName;
}
parTrgt.Alias = "return:" + m.ReturnType;
parTrgt.ClassifierID = parTrgt.ClassifierID;
parTrgt.Update();
// update properties for return value
Param par = new Param(rep, parTrgt);
par.setParameterProperties("direction", "out");
par.save();
par = null;
}
// returnType for activity
act.ClassfierID = methodReturnTypId;
act.Name = m.Name;
// use stereotype of operation as stereotype for activity
act.StereotypeEx = m.StereotypeEx;
act.Update();
act.EmbeddedElements.Refresh();
// over all parameters
string guids = "";
// It looks as if parSrc.Position isn't reliable
int pos = 0;
foreach (EA.Parameter parSrc in m.Parameters)
{
// create an Parameter for Activity (in fact an element with properties)
// - New if the parameter don't exists
// - Update if the parameter exists
// -- Update according to the parameter position
//string direction = " [" + parSrc.Kind + "]";
string direction = "";
string prefixTyp = "";
if (parSrc.IsConst)
{
prefixTyp = " const";
}
var postfixName = "";
if (parSrc.Kind.Contains("out"))
{
postfixName = "*";
}
//parName = parSrc.Position + ":" + parSrc.Name + postfixName + prefixTyp + direction;
parName = $"{pos}:{parSrc.Name}{postfixName}{prefixTyp}{direction}";
// check if parameter already exists (last parameter = false)
parTrgt = HoUtil.GetParameterFromActivity(rep, parSrc, act);
// parameter doesn't exists
if (parTrgt == null)
{
parTrgt = (EA.Element)act.EmbeddedElements.AddNew(parName, "Parameter");
}
else
{
parTrgt.Name = parName;
}
guids = guids + parTrgt.ElementGUID;
// is type defined?
if ((parSrc.ClassifierID != "0") & (parSrc.ClassifierID != ""))
{
parTrgt.ClassifierID = Convert.ToInt32(parSrc.ClassifierID);
}
// type is only defined as text
else
{ // try to find classifier
parTrgt.ClassifierID = Convert.ToInt32(HoUtil.GetTypeId(rep, parSrc.Type));
// use type in name (no classifier found)
if (parTrgt.ClassifierID == 0)
{
parTrgt.Name = parTrgt.Name + ":" + parSrc.Type;
}
}
parTrgt.Notes = parSrc.Notes;
parTrgt.Alias = $"par_{pos}:{parSrc.Type}";
//parTrgt.Alias = $"par_{parSrc.Position}:{parSrc.Type}";
// update properties for parameter
Param par = new Param(rep, parTrgt);
par.setParameterProperties("direction", parSrc.Kind);
if (parSrc.IsConst)
{
par.setParameterProperties("constant", "true");
}
par.save();
parTrgt.Update();
pos += 1;
}
act.EmbeddedElements.Refresh();
// delete all unused parameter
for (short i = (short)(act.EmbeddedElements.Count - 1); i >= 0; --i)
{
EA.Element embeddedEl = (EA.Element)act.EmbeddedElements.GetAt(i);
if (embeddedEl.Type.Equals("ActivityParameter"))
{
if (!(guids.Contains(embeddedEl.ElementGUID)))
{
act.EmbeddedElements.Delete(i);
}
}
}
act.EmbeddedElements.Refresh();
return(true);
}
