/// <summary> /// Reverses the control collection in the controls /// </summary> /// <param name="originalCollection">The control collection to be reversed</param> public static void Reverse(this ControlCollection originalCollection) { List <Control> newControlCollection = new List <Control>(); foreach (Control control in originalCollection) { newControlCollection.Insert(0, control); } originalCollection.Clear(); originalCollection.AddRange(newControlCollection.ToArray()); }
/// <summary> /// Transformation of entities into controls and adding them to the collection /// </summary> /// <typeparam name="T">Type of entity</typeparam> /// <typeparam name="R">Type of control that the entity represents</typeparam> /// <param name="controlCollection"></param> /// <param name="newEntity">Entities that need to be transformed into controls and added to the collection</param> /// <param name="entityControlView">Сontrol in which entities will be transformed</param> /// <param name="token">Cancellation token</param> /// <returns></returns> public static async Task AddControls <T, R>( this ControlCollection controlCollection, IList <T> newEntity, R entityControlView, CancellationToken token) where T : IEntity where R : IEntityControlView <T> { if (newEntity.Count == 0) { return; } var controls = await newEntity.CreateControlCollectionAsync(entityControlView, token); controlCollection.AddRange(controls); }
public static async Task FillControlCollectionForSearch <T, R>( this ControlCollection controlCollection, IList <T> entities, R entityControlView, CancellationToken token) where T : class, IEntity where R : IEntityControlView <T> { if (await controlCollection.СollectionEqualityTest(entities, token)) { return; } var controls = await entities.CreateControlCollectionAsync(entityControlView, token); controlCollection.Clear(); controlCollection.AddRange(controls); }
private static void BasicInsert(this ControlCollection originalCollection, int index, Control newControl) { int i = 0; Control tempControl = new Control(); // Loop through original collection until point at which index is to be added while (originalCollection.Count > 0) { // Inserts the new control if currently at the desired index if (i == index) { tempControl.Controls.Add(newControl); } tempControl.Controls.Add(originalCollection[0]); i++; } // Finally add modified collection originalCollection.AddRange(tempControl.Controls.ToArray()); }
public void moveCell(R_ListCell rc, int index) { List <R_ListCell> list = rightControl.Cast <R_ListCell>().ToList <R_ListCell>(); list.Remove(rc); if (index < 0) { index = 0; } if (index < list.Count) { list.Insert(index, rc); } else { list.Add(rc); } rightControl.Clear(); rightControl.AddRange(list.ToArray()); lco.Refresh(); }
public void moveCell(L_ListCell lc, int index) { List <L_ListCell> list = leftControl.Cast <L_ListCell>().ToList <L_ListCell>(); list.Remove(lc); if (index < 0) { index = 0; } if (index < list.Count) { list.Insert(index, lc); } else { list.Add(lc); } leftControl.Clear(); leftControl.AddRange(list.ToArray()); lco.Refresh(); }
/// <summary>Ajoute un tableau d’objets de contrôle à la collection.</summary> public static void AddRange(this ControlCollection collection, params Control[] range) { collection.AddRange(range); }
public async void LoadReports(int length = -1, bool loadMachines = true, bool loadDates = false) { if (loading) { return; } loading = true; dtpTo.Enabled = dtpFrom.Enabled = cbMachine.Enabled = сhbOnlyUnwhitelisted.Enabled = button1.Enabled = false; if (loadDates) { var maxTime = await DBWorker.Self.lastReport(user.Id); dtpFrom.MaxDate = maxTime; dtpTo.MaxDate = maxTime - (new TimeSpan(0, 0, 30)); if (!loaded) { var minTime = await DBWorker.Self.firstReport(user.Id); dtpFrom.MinDate = minTime + (new TimeSpan(0, 0, 30)); dtpTo.MinDate = minTime; dtpTo.Value = minTime; } } if (loadMachines) { //загружаю список пк пользователя var machines = await DBWorker.Self.fetchUserMachines(user.Id); if (cbMachine.Items.Count > 0) { foreach (Machine m in machines) { bool exists = false; foreach (Machine cm in cbMachine.Items) { if (cm.Id == m.Id) { exists = true; } } if (!exists) { cbMachine.Items.Add(m); } } } else { cbMachine.Items.AddRange(machines.ToArray()); cbMachine.SelectedItem = cbMachine.Items[0]; } } DateTime from; int listLength; if (reports.Count == 0) { from = dtpFrom.Value; listLength = length == -1 ? CalculateReportsCount() + (flpReports.ClientRectangle.Width / reportWidth) : length; } else { from = (reports[reports.Count - 1] as ReportView).report.Created; listLength = length == -1 ? CalculateReportsCount() : length; } var loadedReports = await DBWorker.Self.getReportList(from, user.Id, listLength, true, dtpTo.Value, сhbOnlyUnwhitelisted.Checked); if (loadedReports != null) { reports.AddRange(modelToView(loadedReports)); } System.Windows.Forms.Cursor.Current = System.Windows.Forms.Cursors.Default; dtpTo.Enabled = dtpFrom.Enabled = cbMachine.Enabled = сhbOnlyUnwhitelisted.Enabled = button1.Enabled = true; if (!loaded) { loaded = true; } loading = false; }