public void GraphSearch( WorkSpace w ) { // Step 1: initialize visited member of all nodes Iterator<Vertex> vxiter = GetVertices( ); if ( vxiter.hasNext( ) == false ) { return; // if there are no vertices return } // Initializing the vertices while( vxiter.hasNext( ) ) { Vertex v = vxiter.next( ); v.init_vertex( w ); } // Step 2: traverse neighbors of each node for( vxiter = GetVertices( ); vxiter.hasNext( ); ) { Vertex v = vxiter.next( ); if ( !v.visited ) { w.nextRegionAction( v ); v.nodeSearch( w ); } } }
public void nodeSearch( WorkSpace w ) { Vertex v; // Step 1: Do preVisitAction. // If we've already visited this node return w.preVisitAction( ( Vertex ) this ); if ( visited ) return; // Step 2: else remember that we've visited and // visit all neighbors visited = true; for ( Iterator<Vertex> vxiter = GetNeighbors(); vxiter.hasNext(); ) { v = vxiter.next( ); w.checkNeighborAction( ( Vertex ) this, v ); v.nodeSearch( w ); } // Step 3: do postVisitAction now w.postVisitAction( ( Vertex ) this ); }
public SearchResultQueryDataTable SearchForQueries(WorkSpace WorkSpace, string SearchPatternUserGroup, string SearchPatternQueryName, string SearchPatternFunctionAreaName) { SearchResultQueryDataTable table = new SearchResultQueryDataTable(); IRfcFunction function = this._des.Repository.CreateFunction("RSAQ_REMOTE_QUERY_CATALOG"); function["WORKSPACE"].SetValue( (WorkSpace == WorkSpace.GlobalArea) ? "X" : " "); if (SearchPatternQueryName.Trim().Equals("")) { SearchPatternQueryName = "*"; } if (SearchPatternUserGroup.Trim().Equals("")) { SearchPatternUserGroup = "*"; } if (SearchPatternFunctionAreaName.Trim().Equals("")) { SearchPatternFunctionAreaName = "*"; } function["GENERIC_QUERYNAME"].SetValue(SearchPatternQueryName); function["GENERIC_USERGROUP"].SetValue(SearchPatternUserGroup); function["GENERIC_FUNCAREA"].SetValue(SearchPatternFunctionAreaName); function.Invoke(_des); IRfcTable table2 = function.GetTable("QUERYCATALOG"); foreach (IRfcStructure structure in table2.ToList()) { table.AddSearchResultQueryRow(structure["QUERY"].GetValue().ToString().Trim(), structure["NUM"].GetValue().ToString().Trim(), structure["QTEXT"].GetValue().ToString().Trim()); } return table; }
public SearchResultUserGroupsDataTable SearchForUserGroups(WorkSpace WorkSpace, string UserGroupSearchPattern) { SearchResultUserGroupsDataTable table = new SearchResultUserGroupsDataTable(); IRfcFunction function = this._des.Repository.CreateFunction("RSAQ_REMOTE_USERGROUP_CATALOG"); function["WORKSPACE"].SetValue((WorkSpace == WorkSpace.GlobalArea) ? "X" : " "); function["GENERIC_USERGROUP"].SetValue(UserGroupSearchPattern); function.Invoke(_des); IRfcTable table2 = function.GetTable("USERGROUPCATALOG"); foreach (IRfcStructure structure in table2.ToList()) { string userGroup = structure["NUM"].GetValue().ToString().Trim(); string descriptionText = structure["UTEXT"].GetValue().ToString().Trim(); table.AddSearchResultUserGroupsRow(userGroup, descriptionText); } return table; }
private void btnSearchUserGroup_Click(object sender, EventArgs e) { area = checkStandard.Checked == true ? WorkSpace.StandardArea : WorkSpace.GlobalArea; systemName = this.cbxSystemList.Text.Trim(); QueryHelper helper = new QueryHelper(systemName); string searchString = cbxUserGroup.Text; if (string.IsNullOrEmpty(searchString)) { searchString = "*"; } SearchResultUserGroupsDataTable dt = helper.SearchForUserGroups(area, searchString); cbxUserGroup.DataSource = null; cbxUserGroup.DataSource = dt; cbxUserGroup.DisplayMember = "UserGroup"; this.dgvSearchResult.DataSource = null; this.dgvSearchResult.DataSource = dt; }
public void nodeSearch( WorkSpace w ) { int s, c; Vertex v; Vertex header; // Step 1: if preVisitAction is true or if we've already // visited this node w.preVisitAction( ( Vertex ) this ); if ( visited ) { return; } // Step 2: Mark as visited, put the unvisited neighbors in the queue // and make the recursive call on the first element of the queue // if there is such if not you are done visited = true; // Step 3: do postVisitAction now, you are no longer going through the // node again, mark it as black w.postVisitAction( ( Vertex ) this ); // enqueues the vertices not visited for ( Iterator<Vertex> vxiter = GetNeighbors( ); vxiter.hasNext( ); ) { v = vxiter.next( ); // if your neighbor has not been visited then enqueue if ( !v.visited ) { GlobalVarsWrapper.Queue.Add( v ); } } // end of for // while there is something in the queue while( GlobalVarsWrapper.Queue.Count!= 0 ) { header = ( Vertex ) GlobalVarsWrapper.Queue[0]; GlobalVarsWrapper.Queue.RemoveAt( 0 ); header.nodeSearch( w ); } }
private static async Task <QLabClient> SetupQLab() { if (IS_TESTING_DEVICE) { return(null); } Console.Clear(); Console.WriteLine("Connect to QLab"); Console.WriteLine("Provide Ip Address"); QLabClient client; while (true) { string ipAddress = Console.ReadLine(); try { client = new QLabClient(ipAddress); client.Connect(); break; } catch { Console.WriteLine("Could not connect to QLab please enter another Ip Address"); } } // Now select a work space. List <WorkSpace> workspaces; while ((workspaces = (await client.GetWorkSpaces())?.data) == null) { } if (workspaces.Count == 0) { Console.WriteLine("No workspaces on QLab to choose from, closing program in 5 seconds..."); await Task.Delay(5000); Environment.Exit(-1); } int count = 0; foreach (WorkSpace workspace in workspaces) { Console.WriteLine("[" + count + "] " + workspace.displayName); count++; } //Now choose a workspace Console.WriteLine("Choose the workspace you want to connect to"); while (true) { int number; if (int.TryParse(Console.ReadLine(), out number)) { try { _workspace = workspaces[number]; Console.WriteLine("Connected to Workspace: " + _workspace.displayName); break; } catch { Console.WriteLine("Invalid workspace secified, please try again"); } } } connectedToQLab = true; return(client); }
public void GraphSearch( WorkSpace w ) { Iterator<Vertex> vxiter = GetVertices( ); if ( vxiter.hasNext( ) == false ) { return; } while( vxiter.hasNext( ) ) { Vertex v = vxiter.next( ); v.init_vertex( w ); } for( vxiter = GetVertices( ); vxiter.hasNext( ); ) { Vertex v = vxiter.next( ); if ( !v.visited ) { w.nextRegionAction( v ); v.nodeSearch( w ); } } }
private static void InitWorkSpace(bool startLocalGrid) { GingerConsoleWorkSpace ws = new GingerConsoleWorkSpace(); WorkSpace.Init(ws, startLocalGrid); }
public void TestInitialize() { WorkSpace.LockWS(); }
/// <summary> /// 当前图片的位置 /// </summary> /// <param name="pictureMinRow"></param> /// <param name="pictureMaxRow"></param> /// <param name="pictureMinCol"></param> /// <param name="pictureMaxCol"></param> /// <param name="workSpace"></param> /// <returns></returns> private static bool IsInternalOrIntersect( int pictureMinRow, int pictureMaxRow, int pictureMinCol, int pictureMaxCol, WorkSpace workSpace) { int _rangeMinRow = workSpace.MinRow ?? pictureMinRow; int _rangeMaxRow = workSpace.MaxRow ?? pictureMaxRow; int _rangeMinCol = workSpace.MinRow ?? pictureMinCol; int _rangeMaxCol = workSpace.MaxCol ?? pictureMaxCol; if (workSpace.OnlyInternal) { return(_rangeMinRow <= pictureMinRow && _rangeMaxRow >= pictureMaxRow && _rangeMinCol <= pictureMinCol && _rangeMaxCol >= pictureMaxCol); } else { return((Math.Abs(_rangeMaxRow - _rangeMinRow) + Math.Abs(pictureMaxRow - pictureMinRow) >= Math.Abs(_rangeMaxRow + _rangeMinRow - pictureMaxRow - pictureMinRow)) && (Math.Abs(_rangeMaxCol - _rangeMinCol) + Math.Abs(pictureMaxCol - pictureMinCol) >= Math.Abs(_rangeMaxCol + _rangeMinCol - pictureMaxCol - pictureMinCol))); } }
public void FireAnEmployee(WorkSpace obj) { workers--; objPool.ReturnEquipmentToWarehouse(obj); }
/// <summary> /// 往工作区集合中添加元素 /// </summary> /// <param name="workSpace"></param> private void AddWorkSpaceListItem(WorkSpace workSpace) { WorkSpaceList.Add(workSpace); }
public static void ClassInitialize(TestContext TC) { RepositoryItemHelper.RepositoryItemFactory = new RepositoryItemFactory(); WorkSpace.Init(new WorkSpaceEventHandler()); }
private void Move_WorkSpace_Carret_To_End() { WorkSpace.CaretIndex = WorkSpace.Text.Length; WorkSpace.Focus(); }
/// <summary> /// Clears whole text in workspace. /// </summary> private void Clear_WorkSpace() { WorkSpace.Clear(); WorkSpace.CaretIndex = 0; WorkSpace.Focus(); }
public static void InitApp() { // Add event handler for handling non-UI thread exceptions. AppDomain currentDomain = AppDomain.CurrentDomain; currentDomain.UnhandledException += new UnhandledExceptionEventHandler(StandAloneThreadExceptionHandler); Reporter.WorkSpaceReporter = new GingerWorkSpaceReporter(); WorkSpaceEventHandler WSEH = new WorkSpaceEventHandler(); WorkSpace.Init(WSEH); string phase = string.Empty; RepositoryItemHelper.RepositoryItemFactory = new RepositoryItemFactory(); WorkSpace.Instance.BetaFeatures = BetaFeatures.LoadUserPref(); WorkSpace.Instance.BetaFeatures.PropertyChanged += BetaFeatureChanged; if (WorkSpace.Instance.BetaFeatures.ShowDebugConsole) { DebugConsoleWindow debugConsole = new DebugConsoleWindow(); debugConsole.ShowAsWindow(); WorkSpace.Instance.BetaFeatures.DisplayStatus(); } Reporter.ToLog(eLogLevel.INFO, "######################## Application version " + App.AppVersion + " Started ! ########################"); SetLoadingInfo("Init Application"); WorkSpace.AppVersion = App.AppShortVersion; // We init the classes dictionary for the Repository Serializer only once InitClassTypesDictionary(); // TODO: need to add a switch what we get from old ginger based on magic key phase = "Loading User Profile"; Reporter.ToLog(eLogLevel.DEBUG, phase); SetLoadingInfo(phase); WorkSpace.Instance.UserProfile = UserProfile.LoadUserProfile(); phase = "Configuring User Type"; Reporter.ToLog(eLogLevel.DEBUG, phase); SetLoadingInfo(phase); WorkSpace.Instance.UserProfile.LoadUserTypeHelper(); phase = "Loading User Selected Resource Dictionaries"; Reporter.ToLog(eLogLevel.DEBUG, phase); SetLoadingInfo(phase); if (WorkSpace.Instance.UserProfile != null) { LoadApplicationDictionaries(Amdocs.Ginger.Core.eSkinDicsType.Default, WorkSpace.Instance.UserProfile.TerminologyDictionaryType); } else { LoadApplicationDictionaries(Amdocs.Ginger.Core.eSkinDicsType.Default, GingerCore.eTerminologyType.Default); } Reporter.ToLog(eLogLevel.DEBUG, "Loading user messages pool"); UserMsgsPool.LoadUserMsgsPool(); StatusMsgsPool.LoadStatusMsgsPool(); Reporter.ToLog(eLogLevel.DEBUG, "Init the Centralized Auto Log"); AutoLogProxy.Init(App.AppVersion); Reporter.ToLog(eLogLevel.DEBUG, "Initializing the Source control"); SetLoadingInfo(phase); phase = "Loading the Main Window"; Reporter.ToLog(eLogLevel.DEBUG, phase); SetLoadingInfo(phase); AutoLogProxy.LogAppOpened(); // Register our own Ginger tool tip handler //--Canceling customize tooltip for now due to many issues and no real added value phase = "Application was loaded and ready"; Reporter.ToLog(eLogLevel.INFO, phase); mIsReady = true; }
private void OKButton_Click(object sender, EventArgs e) { //Добавление пресета if (WSComboBox.SelectedIndex == -1) { return; } if (nameTextBox.Text == string.Empty) { return; } if (pathTextBox.Text == string.Empty) { return; } if (UniquePresetName()) { SharedData.WorkSpaces[WSComboBox.SelectedIndex].Presets.Add(new Preset(int.Parse(IDLabel.Text), nameTextBox.Text, commTextBox.Text.Replace("\r\n", " "))); SharedData.WorkSpaces[WSComboBox.SelectedIndex].Presets[SharedData.WorkSpaces[WSComboBox.SelectedIndex].Presets.Count - 1].Settings = WorkSpace.LoadPresetSettings(pathTextBox.Text); SharedData.WorkSpaces[WSComboBox.SelectedIndex].Save(); Close(); } }
public ActionResult AllNotes(WorkSpace workspace) { _selectedWorkSpace = workspace; return(View()); }
private void Create() { switch (this.Element) { case DataElementType.WorkSpaces: { WorkSpace workSpace = new WorkSpace { Name = nameTextBox.Text, ID = Core.Core.Instanse.Data.Items.NextID() }; Core.Core.Instanse.Data.Items.Add(workSpace); break; } case DataElementType.Text: { if (this.CanCreateItem) { int index = this.WorkSpaceIndex; if (index != -1) { Core.Core.Instanse.Data[index].Text.Add(new Text() { ID = Core.Core.Instanse.Data[index].Text.NextID(), Name = nameTextBox.Text }); } } break; } case DataElementType.Images: { if (this.CanCreateItem) { int index = this.WorkSpaceIndex; if (index != -1) { Core.Core.Instanse.Data[index].Images.Add(new Image() { ID = Core.Core.Instanse.Data[index].Images.NextID(), Name = nameTextBox.Text, Items = new List <IFile>() }); } } break; } case DataElementType.Keywords: { if (this.CanCreateItem) { int index = this.WorkSpaceIndex; if (index != -1) { Core.Core.Instanse.Data[index].Keywords.Add(new KeyWord() { ID = Core.Core.Instanse.Data[index].Keywords.NextID(), Name = nameTextBox.Text }); } } break; } case DataElementType.Templates: { if (this.CanCreateItem) { int index = this.WorkSpaceIndex; if (index != -1) { Core.Core.Instanse.Data[index].Templates.Add(new Template() { ID = Core.Core.Instanse.Data[index].Keywords.NextID(), Name = nameTextBox.Text, Encoding = this.Encoding ?? Encoding.Default }); } } break; } } }
internal static void InitConsoleWorkspace() { ConsoleWorkspaceEventHandler consoleWorkspaceEventHandler = new ConsoleWorkspaceEventHandler(); WorkSpace.Init(consoleWorkspaceEventHandler); }
public void TestInitialize() { WorkSpace.Init(new WorkSpaceEventHandler()); WorkSpace.Instance.SolutionRepository = GingerSolutionRepository.CreateGingerSolutionRepository(); }
public void LoadConf(XmlNode root) { XmlNode xn = null; try { // 读取显示属性 log.WriteFileLog("读取产品信息"); type = root.Attributes["type"].InnerText; product_id = root.Attributes["product_id"].InnerText; enable = bool.Parse(root.Attributes["enable"].InnerText); name = root.Attributes["name"].InnerText; funclist = root.Attributes["funclist"].InnerText; // 读取节点配置明细 log.WriteFileLog("读取配置库信息"); xn = root.SelectSingleNode("Repository"); Repository = xn.Attributes["repo"].InnerText; WorkSpace = xn.Attributes["workspace"].InnerText; // OutDir 如果以 \ 结尾,会导致编译前台Drp时,批处理里会出现 "C:\src\", \"会被认为是转义,就报错了, // 这里如果,结尾是\,去掉 if (WorkSpace[WorkSpace.Length - 1] == '\\') { WorkSpace = WorkSpace.Substring(0, WorkSpace.Length - 1); } SvnRepo = new SvnPort(name, Repository); SvnRepo.Workspace = WorkSpace; // 读取修改单配置明细 log.WriteFileLog("读取开发工具信息"); xn = root.SelectSingleNode("Develop"); DevTool = xn.Attributes["devtool"].InnerText; Rar = xn.Attributes["rar"].InnerText; OutDir = xn.Attributes["outdir"].InnerText; // OutDir 如果以 \ 结尾,会导致编译前台Drp时,批处理里会出现 "C:\src\", \"会被认为是转义,就报错了, // 这里如果,结尾是\,去掉 if (OutDir[OutDir.Length - 1] == '\\') { OutDir = OutDir.Substring(0, OutDir.Length - 1); } // 读取Ssh连接配置 log.WriteFileLog("读取Ssh连接配置"); xn = root.SelectSingleNode("SSHConn"); Conn = new ReSSH(xn.Attributes["name"].InnerText, xn.Attributes["host"].InnerText, int.Parse(xn.Attributes["port"].InnerText), xn.Attributes["user"].InnerText, xn.Attributes["pass"].InnerText, bool.Parse(xn.Attributes["restartas"].InnerText)); Conn.localdir = OutDir; // 读取小球FTP路径递交配置 log.WriteFileLog("读取小球FTP路径递交配置"); xn = root.SelectSingleNode("CommitFtp"); fc = new FtpConf(); fc.host = xn.Attributes["host"].InnerText; fc.port = int.Parse(xn.Attributes["port"].InnerText); fc.user = xn.Attributes["user"].InnerText; fc.pass = xn.Attributes["pass"].InnerText; fc.ServerDir = xn.Attributes["remotedir"].Value; fc.LocalDir = xn.Attributes["localdir"].Value; if (fc.LocalDir[fc.LocalDir.Length - 1] == '\\') { fc.LocalDir = fc.LocalDir.Substring(0, fc.LocalDir.Length - 1); } // 初始化 ftp配置 ftp = new FTPConnection(); ftp.ServerAddress = fc.host; ftp.ServerPort = fc.port; ftp.UserName = fc.user; ftp.Password = fc.pass; ftp.TransferType = FTPTransferType.BINARY; // 指定 BINARY 传输,否则对于压缩包会失败 ftp.CommandEncoding = Encoding.GetEncoding("gb2312"); // 重要,否则乱码且连接不 log.WriteFileLog("读取对比参数"); xn = root.SelectSingleNode("Diff"); DiffEnable = bool.Parse(xn.Attributes["enable"].Value); DiffBin = xn.Attributes["bin"].Value; DiffArgs = xn.Attributes["args"].Value; log.WriteFileLog("读取Delphi编译版本配置"); xn = root.SelectSingleNode("SpecialCom"); SpeComs = new ArrayList(); XmlNodeList xnl = xn.ChildNodes; foreach (XmlNode x in xnl) { if (x.NodeType == XmlNodeType.Comment) { continue; } ComInfo com = new ComInfo(x.Attributes["lang"].Value, int.Parse(x.Attributes["ver"].Value), x.Attributes["coms"].Value); SpeComs.Add(com); } // 读取数据库连接属性 xn = root.SelectSingleNode("DB"); xnl = xn.ChildNodes; foreach (XmlNode x in xnl) { DBUser u = new DBUser(x.Attributes["name"].InnerText, x.Attributes["pass"].InnerText, x.Attributes["dbtns"].InnerText, x.Attributes["note"].InnerText); Users.Add(u); } // 读取公用递交配置 try { xn = root.SelectSingleNode("CommitPublic"); logmessage = xn.Attributes["logmessage"].Value; xnl = xn.ChildNodes; foreach (XmlNode x in xnl) { CommitPublic.Add(x.Attributes["dir"].InnerText); } } catch { log.WriteLog("无法读取公共递交资源CommitPublic!,请检查MAConf.xml配置"); } } catch (Exception e) { log.WriteLog("加载配置失败,活动节点:" + xn.Name + e.Message, LogLevel.Error); throw new MissingFieldException("LoadConf"); } }
/// <summary> /// 获取所有的图片信息 /// </summary> /// <param name="sheet"></param> /// <param name="workSpace"></param> /// <returns></returns> private static List <ColumnFile> GetAllPictureInfos(XSSFSheet sheet, WorkSpace workSpace) { List <ColumnFile> fileInfoList = new List <ColumnFile>(); var documentPartList = sheet.GetRelations(); foreach (var documentPart in documentPartList) { if (documentPart is XSSFDrawing) { var drawing = (XSSFDrawing)documentPart; var shapeList = drawing.GetShapes(); foreach (var shape in shapeList) { if (shape is XSSFPicture) { var picture = (XSSFPicture)shape; var anchor = picture.GetAnchor(); //var anchor = picture.GetPreferredSize(); int row1 = (int)anchor.GetType().GetProperty("Row1").GetValue(anchor); int row2; int col1 = (int)anchor.GetType().GetProperty("Col1").GetValue(anchor); int col2; try { row2 = (int)anchor.GetType().GetProperty("Row2").GetValue(anchor); col2 = (int)anchor.GetType().GetProperty("Col2").GetValue(anchor); } catch { row2 = row1; //给默认值 col2 = col1; //给默认值 } if (IsInternalOrIntersect(row1, row2, col1, col2, workSpace)) { ColumnFile entity = new ColumnFile() { //图片所在开始行 MinRow = row1, //图片所在结束行 MaxRow = row2, // 图片所在开始列 MinCol = col1, //图片所在结束列 MaxCol = col2, //图片数据 FileBytes = picture.PictureData.Data, //文件名称 //FileName = picture.FileName, //响应类型 MimeType = picture.PictureData.MimeType, //扩展名称 ExtensionName = picture.PictureData.SuggestFileExtension(), //图片索引 //FileIndex = picture.PictureIndex }; fileInfoList.Add(entity); } } } } } return(fileInfoList); }
public void InitTestForFile() { workSpace = new WorkSpace(); }
public static void ClassInit(TestContext context) { WorkSpaceEventHandler WSEH = new WorkSpaceEventHandler(); WorkSpace.Init(WSEH); // launch PB Test App if (proc == null || proc.HasExited) { proc = new System.Diagnostics.Process(); proc.StartInfo.FileName = @"pb_test_app.exe"; proc.StartInfo.WorkingDirectory = TestResources.GetTestResourcesFolder("PBTestApp"); Console.WriteLine(proc.StartInfo.WorkingDirectory); Console.WriteLine(proc.StartInfo.FileName); proc.Start(); GingerCore.General.DoEvents(); GingerCore.General.DoEvents(); } mGR = new GingerRunner(); mGR.CurrentSolution = new Ginger.SolutionGeneral.Solution(); mBF = new BusinessFlow(); mBF.Activities = new ObservableList <Activity>(); mBF.Name = "BF Test PB Driver"; Platform p = new Platform(); p.PlatformType = ePlatformType.PowerBuilder; mBF.TargetApplications.Add(new TargetApplication() { AppName = "PBTestAPP" }); Activity activity = new Activity(); activity.TargetApplication = "PBTestApp"; mBF.Activities.Add(activity); mBF.CurrentActivity = activity; mDriver = new PBDriver(mBF); mDriver.StartDriver(); Agent a = new Agent(); a.Active = true; a.Driver = mDriver; a.DriverType = Agent.eDriverType.PowerBuilder; mGR.SolutionAgents = new ObservableList <Agent>(); mGR.SolutionAgents.Add(a); ApplicationAgent AA = new ApplicationAgent(); AA.AppName = "PBTestApp"; AA.Agent = a; mGR.ApplicationAgents.Add(AA); mGR.CurrentBusinessFlow = mBF; mGR.SetCurrentActivityAgent(); // Do Switch Window, to be ready for actions ActSwitchWindow c = new ActSwitchWindow(); c.LocateBy = eLocateBy.ByTitle; c.LocateValueCalculated = "Simple Page"; c.WaitTime = 10; mDriver.RunAction(c); //if(c.Status.Value==eRunStatus.Failed) //{ // c = new ActSwitchWindow(); // c.LocateBy = eLocateBy.ByTitle; // c.LocateValueCalculated = "Simple Page"; // c.WaitTime = 10; // mDriver.RunAction(c); //} ActPBControl action = new ActPBControl(); action.LocateBy = eLocateBy.ByXPath; action.ControlAction = ActPBControl.eControlAction.SetValue; action.AddNewReturnParams = true; action.Wait = 4; action.LocateValueCalculated = "/[AutomationId:1001]"; action.Value = proc.StartInfo.WorkingDirectory = TestResources.GetTestResourcesFolder("PBTestApp") + @"\Browser.html"; action.Active = true; mBF.CurrentActivity.Acts.Add(action); mBF.CurrentActivity.Acts.CurrentItem = action; //Act mGR.RunAction(action, false); action = new ActPBControl(); action.LocateBy = eLocateBy.ByName; action.ControlAction = ActPBControl.eControlAction.SetValue; action.LocateValueCalculated = "Launch Widget Window"; action.Active = true; mBF.CurrentActivity.Acts.Add(action); mBF.CurrentActivity.Acts.CurrentItem = action; //Act mGR.RunAction(action, false); c = new ActSwitchWindow(); c.LocateBy = eLocateBy.ByTitle; c.LocateValueCalculated = "CSM Widgets Test Applicaiton"; c.WaitTime = 10; mDriver.RunAction(c); string actual = ""; do { action = new ActPBControl(); action.LocateBy = eLocateBy.ByName; action.ControlAction = ActPBControl.eControlAction.IsExist; action.LocateValueCalculated = "Script Error"; action.AddNewReturnParams = true; action.Timeout = 10; action.Active = true; mBF.CurrentActivity.Acts.Add(action); mBF.CurrentActivity.Acts.CurrentItem = action; //Act mGR.RunAction(action, false); Assert.AreEqual(action.Status, eRunStatus.Passed, "Action Status"); actual = action.GetReturnParam("Actual"); if (actual.Equals("True")) { ActPBControl PbAct = new ActPBControl(); PbAct.LocateBy = eLocateBy.ByXPath; PbAct.ControlAction = ActPBControl.eControlAction.Click; PbAct.LocateValueCalculated = @"/Script Error/[LocalizedControlType:title bar]/Close"; PbAct.Active = true; mBF.CurrentActivity.Acts.Add(PbAct); mBF.CurrentActivity.Acts.CurrentItem = PbAct; mGR.RunAction(PbAct, false); } } while (actual.Equals("True")); //proceed for switch window and initialize browser c = new ActSwitchWindow(); c.LocateBy = eLocateBy.ByTitle; c.LocateValueCalculated = "CSM Widgets Test Applicaiton"; c.WaitTime = 2; mDriver.RunAction(c); int count = 1; ActBrowserElement actBrowser = new ActBrowserElement(); do { actBrowser.LocateBy = eLocateBy.ByXPath; actBrowser.LocateValue = @"/[AutomationId:1000]/[LocalizedControlType:pane]/[LocalizedControlType:pane]/[LocalizedControlType:pane]"; actBrowser.ControlAction = ActBrowserElement.eControlAction.InitializeBrowser; actBrowser.Wait = 2; actBrowser.Timeout = 10; actBrowser.Active = true; mBF.CurrentActivity.Acts.Add(actBrowser); mBF.CurrentActivity.Acts.CurrentItem = actBrowser; mGR.RunAction(actBrowser, false); count--; } while (actBrowser.Status.Equals(eRunStatus.Failed) && count > 0); if (actBrowser.Status.Equals(eRunStatus.Failed)) { Assert.AreEqual(actBrowser.Status, eRunStatus.Passed, "actBrowser.Status"); Assert.AreEqual(actBrowser.Error, null, "actBrowser.Error"); } }
/// <summary> /// 删除工作区集合中的某个元素 /// </summary> /// <param name="workSpace"></param> private void DeleteWorkSpaceItem(WorkSpace workSpace) { WorkSpaceList.Remove(workSpace); }
public SearchResultVariantsDataTable SearchForVariants(WorkSpace WorkSpace, string UserGroupName, string QueryName) { SearchResultVariantsDataTable table = new SearchResultVariantsDataTable(); IRfcFunction function = this._des.Repository.CreateFunction("RSAQ_REMOTE_QUERY_CALL_CATALOG"); function["WORKSPACE"].SetValue((WorkSpace == WorkSpace.GlobalArea) ? "X" : " "); function["GENERIC_QUERYNAME"].SetValue(QueryName); function["GENERIC_USERGROUP"].SetValue(UserGroupName); function["GENERIC_FUNCAREA"].SetValue("*"); function.Invoke(_des); IRfcTable table2 = function.GetTable("QUERYCATALOG"); foreach (IRfcStructure structure in table2.ToList()) { string str = structure["VARIANT"].GetValue().ToString().Trim(); string descriptionText = structure["VTEXT"].GetValue().ToString().Trim(); bool flag = false; if (!str.Equals("")) { foreach (SearchResultVariantsRow row in table.Rows) { if (row.VariantName.Trim().Equals(str)) { flag = true; } } if (!flag) { table.AddSearchResultVariantsRow(str, descriptionText); } } } return table; }
public PendingChange[] GetPendingChanges() => WorkSpace.GetPendingChanges(_branchMap[BranchType.Target].Local, RecursionType.Full);
public static void ClassInitialize(TestContext TestContext) { WorkSpaceEventHandler WSEH = new WorkSpaceEventHandler(); WorkSpace.Init(WSEH); }
public void nodeSearch( WorkSpace w ) { Vertex v; w.preVisitAction( ( Vertex ) this ); if ( visited ) return; visited = true; for ( Iterator<Vertex> vxiter = GetNeighbors(); vxiter.hasNext(); ) { v = vxiter.next( ); w.checkNeighborAction( ( Vertex ) this, v ); v.nodeSearch( w ); } w.postVisitAction( ( Vertex ) this ); }
public unsafe ReplyForGetSensorData(WorkSpace readBuffer) { *(ReplyForGetSensorData *)ref this = new ReplyForGetSensorData(); int size = readBuffer.Size; this.Pheader = (CommHeader *)(void *)readBuffer.Address; int num = size - sizeof(CommHeader); if (num < 0) { throw new ConnectionLostException("Received Header size is invalid."); } // ISSUE: reference to a compiler-generated field byte fixedElementField = this.Pheader->uOption0.abyCode.FixedElementField; byte *numPtr1 = (byte *)((CommHeader *)(void *)readBuffer.Address + 1); if (((int)fixedElementField >> 1 & 1) == 1 && sizeof(StructSize) <= num && ((StructSize *)numPtr1)->lLength == sizeof(VisionSensorState)) { num -= sizeof(StructSize) + sizeof(VisionSensorState); if (num < 0) { throw new ConnectionLostException("Received SensorState data size is invalid."); } byte *numPtr2 = numPtr1 + sizeof(StructSize); this.PSensorState = (VisionSensorState *)numPtr2; numPtr1 = numPtr2 + sizeof(VisionSensorState); } if (((int)fixedElementField & 1) == 1 && sizeof(StructSize) <= num && ((StructSize *)numPtr1)->lLength == sizeof(ImageSetMono)) { num -= sizeof(StructSize) + sizeof(ImageSetMono); if (num < 0) { throw new ConnectionLostException("Received monochrome image data size is invalid"); } byte *numPtr2 = numPtr1 + sizeof(StructSize); this.PMonoImage = (ImageSetMono *)numPtr2; numPtr1 = numPtr2 + sizeof(ImageSetMono); } if (((int)fixedElementField & 1) == 1 && sizeof(StructSize) <= num && ((StructSize *)numPtr1)->lLength == sizeof(ImageSetColor)) { num -= sizeof(StructSize) + sizeof(ImageSetColor); if (num < 0) { throw new ConnectionLostException("Received color Image data size is invalid."); } byte *numPtr2 = numPtr1 + sizeof(StructSize); this.PColorImage = (ImageSetColor *)numPtr2; numPtr1 = numPtr2 + sizeof(ImageSetColor); } if (((int)fixedElementField >> 2 & 1) == 1 && sizeof(StructSize) <= num && ((StructSize *)numPtr1)->lLength == sizeof(VsaRunningInfo)) { num -= sizeof(StructSize) + sizeof(VsaRunningInfo); if (num < 0) { throw new ConnectionLostException("Received runninf info size is invalid."); } byte *numPtr2 = numPtr1 + sizeof(StructSize); this.PRunninfInfo = (VsaRunningInfo *)numPtr2; numPtr1 = numPtr2 + sizeof(VsaRunningInfo); } if (((int)fixedElementField >> 3 & 1) == 1 && sizeof(StructSize) <= num && ((StructSize *)numPtr1)->lLength == sizeof(Summary)) { num -= sizeof(StructSize) + sizeof(Summary); if (num < 0) { throw new ConnectionLostException("Received summary data size is invalid."); } byte *numPtr2 = numPtr1 + sizeof(StructSize); this.PSummary = (Summary *)numPtr2; numPtr1 = numPtr2 + sizeof(Summary); } if (((int)fixedElementField >> 4 & 1) != 1 || sizeof(StructSize) > num || ((StructSize *)numPtr1)->lLength != sizeof(Histogram)) { return; } if (num - (sizeof(StructSize) + sizeof(Histogram)) < 0) { throw new ConnectionLostException("Received histogram data size is invalid."); } this.PHistogram = (Histogram *)(numPtr1 + sizeof(StructSize)); }
public Query CreateQuery(WorkSpace WorkSpace, string UserGroup, string QueryName, string Variant) { Query query = new Query(m_sysName) { Name = QueryName, WorkArea = WorkSpace, UserGroup = UserGroup, Variant = Variant }; query.RefreshFieldsAndSelections(); return query; }
private static void InitWorkSpace() { GingerConsoleWorkSpace ws = new GingerConsoleWorkSpace(); WorkSpace.Init(ws); }
public void TestInitialize() { mTestHelper.TestInitialize(TestContext); WorkSpace.LockWS(); }
public void TestCleanUp() { mTestHelper.TestCleanup(); WorkSpace.RelWS(); }
public void init_vertex(WorkSpace w) { visited = false; w.init_vertex(( Vertex )this); }
public void TestCleanUp() { WorkSpace.RelWS(); }
private void btnSearchVariant_Click(object sender, EventArgs e) { systemName = this.cbxSystemList.Text.Trim(); QueryHelper helper = new QueryHelper(systemName); area = checkStandard.Checked == true ? WorkSpace.StandardArea : WorkSpace.GlobalArea; userGroup = this.cbxUserGroup.Text.Trim(); queryName = this.cbxQueries.Text.Trim(); SearchResultVariantsDataTable dt = helper.SearchForVariants(area, userGroup, queryName); cbxVariants.DataSource = null; cbxVariants.DataSource = dt; cbxVariants.DisplayMember = "VariantName"; this.dgvSearchResult.DataSource = null; this.dgvSearchResult.DataSource = dt; }
public void init_vertex( WorkSpace w ) { visited = false; w.init_vertex( ( Vertex ) this ); }
private bool Check() { systemName = this.cbxSystemList.Text.Trim(); userGroup = this.cbxUserGroup.Text.Trim(); queryName = this.cbxQueries.Text.Trim(); variant = this.cbxVariants.Text.Trim(); maxRow = Convert.ToInt32(this.txtMaxRows.Text.Trim()); area = checkStandard.Checked == true ? WorkSpace.StandardArea : WorkSpace.GlobalArea; if (maxRow <= 0) { MessageBox.Show("行数不正确"); return false; } if (string.IsNullOrEmpty(systemName)) { MessageBox.Show("请选择系统名称"); return false; } if (string.IsNullOrEmpty(userGroup)) { MessageBox.Show("请用户组"); return false; } if (string.IsNullOrEmpty(queryName)) { MessageBox.Show("请选择查询"); return false; } //if (string.IsNullOrEmpty(variant)) //{ // MessageBox.Show("请选择变量"); // return false; //} return true; //throw new NotImplementedException(); }
}//CTOR //----------------------------------------------------------------------------------------------// public bool Post() { try { //Connect and create. sdo = new SDOEngine(); ws = sdo.Workspaces.Add("App Server"); ws.Connect(setUsr.sageDBDir, setUsr.sageUsername, setUsr.sagePassword, "Unique"); salesRecord = (SalesRecord)ws.CreateObject("SalesRecord"); conData = (ControlData)ws.CreateObject("ControlData"); currData = (CurrencyData)ws.CreateObject("CurrencyData"); sopPost = (SopPost)ws.CreateObject("SOPPost"); //Unwrap order. string cusCode = order.Customer.Code; OrderType type = order.type; List <Models.Product> productList = order.ProductList; //Create a saleRecord with comboAccRef.Text and look for it in database. SDOHelper.Write(salesRecord, "ACCOUNT_REF", cusCode); if (salesRecord.Find(false)) { //Check Account Status here. short accStatus = (short)SDOHelper.Read(salesRecord, "ACCOUNT_STATUS"); if (accStatus != 0) { throw new MyException("Customer " + order.Customer.Code + "'s account is on hold."); } short defTaxCode = (short)SDOHelper.Read(salesRecord, "DEF_TAX_CODE"); string taxRateField = "T" + defTaxCode + "_Rate"; defTaxRate = (double)SDOHelper.Read(conData, taxRateField); currencyCode = (sbyte)SDOHelper.Read(salesRecord, "CURRENCY") + 1; //If customer exists add details to sopPostHeader. SDOHelper.Write(sopPost.Header, "ACCOUNT_REF", SDOHelper.Read(salesRecord, "ACCOUNT_REF")); SDOHelper.Write(sopPost.Header, "NAME", SDOHelper.Read(salesRecord, "NAME")); //Add each address line to header for (int i = 1; i <= 5; i++) { SDOHelper.Write(sopPost.Header, "ADDRESS_" + i, SDOHelper.Read(salesRecord, "ADDRESS_" + i)); }//For if (order.DeliveryAddress != null) { var deliveryAddress = order.DeliveryAddress; SDOHelper.Write(sopPost.Header, "DEL_ADDRESS_1", RestrictLength(deliveryAddress.Line1)); SDOHelper.Write(sopPost.Header, "DEL_ADDRESS_2", RestrictLength(deliveryAddress.Line2)); SDOHelper.Write(sopPost.Header, "DEL_ADDRESS_3", RestrictLength(deliveryAddress.Line3)); SDOHelper.Write(sopPost.Header, "DEL_ADDRESS_4", RestrictLength(deliveryAddress.Line4)); SDOHelper.Write(sopPost.Header, "DEL_ADDRESS_5", RestrictLength(deliveryAddress.Line5)); }//If //Add date and customer O/N to header SDOHelper.Write(sopPost.Header, "ORDER_DATE", DateTime.Now); SDOHelper.Write(sopPost.Header, "CUST_ORDER_NUMBER", order.CustomerOrderNumber); SDOHelper.Write(sopPost.Header, "CARR_NOM_CODE", ((int)setUsr.carrNomCode).ToString()); SDOHelper.Write(sopPost.Header, "CARR_NET", order.Carriage); //Check if we are entering an order for a foreign customer. if (currencyCode != baseCurrencyCode) { taxCode = (short)setUsr.taxCodeForeign; SDOHelper.Write(sopPost.Header, "CARR_TAX_CODE", (short)taxCode); currData.Read(currencyCode); //Populate Foreign Currency Fields SDOHelper.Write(sopPost.Header, "FOREIGN_RATE", SDOHelper.Read(currData, "EXCHANGE_RATE")); SDOHelper.Write(sopPost.Header, "CURRENCY", SDOHelper.Read(salesRecord, "CURRENCY")); SDOHelper.Write(sopPost.Header, "CURRENCY_USED", SDOHelper.Read(salesRecord, "CURRENCY")); } else { taxCode = (short)setUsr.taxCode; SDOHelper.Write(sopPost.Header, "CARR_TAX_CODE", (short)taxCode); }//Else //Check if its a quote or not if (type == OrderType.QUOTE) { // Populate details to generate quote SDOHelper.Write(sopPost.Header, "ORDER_TYPE", (byte)InvoiceType.sdoSopQuote); SDOHelper.Write(sopPost.Header, "QUOTE_STATUS", (byte)QuoteStatus.sdoOpen); }//If //Any notes var notes = order.Notes; if (!string.IsNullOrWhiteSpace(notes)) { var len = notes.Length; //Split the note up if it's too long SDOHelper.Write(sopPost.Header, "NOTES_1", RestrictLength(order.Notes.Substring(0, Math.Min(len, MAX_LENGTH_NOTE)))); if (len > MAX_LENGTH_NOTE) { SDOHelper.Write(sopPost.Header, "NOTES_2", RestrictLength(order.Notes.Substring(MAX_LENGTH_NOTE, Math.Min(len, 2 * MAX_LENGTH_NOTE)))); } if (len > 2 * MAX_LENGTH_NOTE) { SDOHelper.Write(sopPost.Header, "NOTES_3", RestrictLength(order.Notes.Substring(2 * MAX_LENGTH_NOTE, Math.Min(len, 3 * MAX_LENGTH_NOTE)))); } }//If //Add discount rate (usually 0). cusDiscountRate = (double)SDOHelper.Read(salesRecord, "DISCOUNT_RATE"); //Add each product to sopPost items section. foreach (Models.Product product in productList) { AddItem(product, ws); }//ForEach //Add username SDOHelper.Write(sopPost.Header, "TAKEN_BY", GetTakenBy()); //Update: will fail if not set up properly if (!sopPost.Update()) { return(false); } else { return(true); } } else { throw new MyException("Customer " + order.Customer.Code + " does not seem to exist."); }//Else } catch (MyException mE) { throw new MyException(mE.Message); } catch (Exception e) { throw new MyException("Problem posting order to database " + e.GetType().Name + ":" + e.Message); } finally { DestroyAllObjects(); } //Finally } //Post
public void TestInitialize() { WorkSpace.Init(new WorkSpaceEventHandler()); WorkSpace.Instance.SolutionRepository = GingerSolutionRepository.CreateGingerSolutionRepository(); // Init SR mSolutionRepository = WorkSpace.Instance.SolutionRepository; string TempRepositoryFolder = TestResources.GetTestTempFolder(Path.Combine("Solutions", "temp")); mSolutionRepository.Open(TempRepositoryFolder); Ginger.SolutionGeneral.Solution sol = new Ginger.SolutionGeneral.Solution(); sol.ContainingFolderFullPath = TempRepositoryFolder; WorkSpace.Instance.Solution = sol; mSolutionRepository.StopAllRepositoryFolderWatchers(); WorkSpace.Instance.Solution.LoggerConfigurations.CalculatedLoggerFolder = Path.Combine(TempRepositoryFolder, "ExecutionResults"); runset = new RunSetConfig(); runset.Name = "NewRunset1"; WorkSpace.Instance.RunsetExecutor.RunSetConfig = runset; runner = new GingerRunner(); runner.Name = "Runner1"; runner.CurrentSolution = new Ginger.SolutionGeneral.Solution(); WorkSpace.Instance.RunsetExecutor.Runners.Add(runner); mEnv = new ProjEnvironment(); mEnv.Name = "Environment1"; EnvApplication app1 = new EnvApplication(); app1.Name = "App1"; app1.Url = "URL123"; mEnv.Applications.Add(app1); GeneralParam GP1 = new GeneralParam(); GP1.Name = "GP1"; GP1.Value = "GP1Value"; app1.GeneralParams.Add(GP1); mBF = new BusinessFlow(); mBF.Name = "Businessflow1"; runner.BusinessFlows.Add(mBF); mActivity = new GingerCore.Activity(); mActivity.Active = true; mActivity.ActivityName = "Activity1"; mAct = new ActDummy(); mAct.Active = true; mAct.Description = "Action1"; mActivity.Acts.Add(mAct); mActivity.Acts.CurrentItem = mAct; mBF.AddActivity(mActivity); BusinessFlow BF1 = new BusinessFlow(); BF1.Name = "Businessflow2"; runner.BusinessFlows.Add(BF1); GingerCore.Activity activity = new GingerCore.Activity(); activity.Active = true; activity.ActivityName = "Activity1"; ActDummy dummy = new ActDummy(); dummy.Active = true; dummy.Description = "Dummy1"; activity.Acts.Add(dummy); activity.Acts.CurrentItem = dummy; BF1.AddActivity(activity); }