/// <summary> /// /// </summary> /// <param name="t"></param> public void AddChild(T t) { if (Child == null) Child = t; else Child.Add(t); }
protected bool AddNode(TreeNode rNode) { try { if (Child == null) { Child = new List <TreeNode>(); } if (Child.Count == 0) { Child.Add(rNode); } else { for (int i = 0; i < Child.Count; i++) { if (Child[i].Priority < rNode.Priority) { Child.Insert(i, rNode); } } } } catch (Exception e) { Debug.LogError($"增加节点失败:{e}"); } return(true); }
public ActionResult Create(FormCollection collection, Child child) { try { if (string.IsNullOrEmpty(child.FirstName)) { // do nothing } else { var response = child.Add(SessionInfo.UserIDLogged); if (response.ReturnCode < 0000) { ModelState.AddModelError("Error", response.Message); return(View()); } } return(RedirectToAction("Index")); } catch { return(View()); } }
protected void AddState<T>(State parent) where T : State, new() { if (Child.Find(x => x.GetType() == typeof(T)) != null) throw new Exception("State arledy exists"); T state = new T(); state.Parent = parent; Child.Add(state); }
public void AddChild(Stop stop, Tree tree) { Node node = new Node(); node.Parent = this; node.value = stop; Child.Add(node); tree.nodeList.Add(node); }
/// <summary> /// Добавлення нового дочірнього елемента в список /// </summary> /// <param name="child">Дочірній елемент типу завдання</param> public void AddChild(MyTask child) { var newTask = new TaskTree() { Value = child, Parent = this }; Child.Add(newTask); }
/// <summary> /// /// </summary> /// <param name="t"></param> public void AddChild(T t) { if (Child == null) { Child = t; } else { Child.Add(t); } }
public GraphRoot() { var id = Interlocked.Increment(ref _id); Name = this.GetType().Name + id; for (int i = 0; i < 2; i++) { Child.Add(new Child1()); } }
/// <summary> /// 添加 /// </summary> /// <param name="name"></param> /// <param name="descriptin"></param> /// <returns></returns> public virtual Role AddChild(string name, string descriptin) { Role role = new Role(this, name, descriptin); if (Child == null) { Child = new List <Role>(); Child.Add(role); } else { Child.Add(role); } return(role); }
public void CreateChild(int id, int x, int y, int disToSecond, int maxCount) { if (CurrentLivingNpcNum < maxCount) { if (maxCount - CurrentLivingNpcNum >= 2) { Child.Add(((PVEGame)Game).CreateNpc(id, x + disToSecond, y, 1)); Child.Add(((PVEGame)Game).CreateNpc(id, x, y, 1)); } else if (maxCount - CurrentLivingNpcNum == 1) { Child.Add(((PVEGame)Game).CreateNpc(id, x, y, 1)); } } }
/// <summary> /// 添加 /// </summary> /// <param name="name"></param> /// <param name="descriptin"></param> /// <returns></returns> public virtual Rights AddChild(string name, string url, string descriptin, bool isshow) { Rights rights = new Rights(this, name, url, descriptin, isshow, this.Level + 1); if (Child == null) { Child = new List <Rights>(); Child.Add(rights); } else { Child.Add(rights); } return(rights); }
/// <summary> /// 添加 /// </summary> /// <param name="name"></param> /// <param name="descriptin"></param> /// <returns></returns> public virtual Organization AddChild(string name, string descriptin) { Organization organization = new Organization(this, name, descriptin, this.Level + 1); if (Child == null) { Child = new List <Organization>(); Child.Add(organization); } else { Child.Add(organization); } return(organization); }
/// <summary> /// Добавлення нового дочірнього елемента в список /// </summary> /// <param name="child">Дочірній елемент типу завдання</param> public void AddChild(MyTask child) { var newTask = new TaskTree() { Value = child, _parent = this }; Child.Add(newTask); /// //var items = new MyTask(); //using (var client = new HttpClient()) //{ // var response = client.PostAsJsonAsync("http://localhost:53181/api/MyTasks", child).Result; // var resp = response.StatusCode.ToString(); //} }
public void SetChild(Person child) { if (child != this) { Child.Add(child); } if (maritalUnion != null) { maritalUnion.Child.Add(child); } child.childID = Child.Count(); if (Sex == Sex.M) { child.SetParents(maritalUnion, this); } else { child.SetParents(this, maritalUnion); } }
public virtual INode <T, Q> AddChild(T t) { if (Child.ContainsKey(t.Text)) { return(null); } else if (t is INode <T, Q> ) { Child.Add(t.Text, (t as INode <T, Q>)); (t as INode <T, Q>).Parent = this; return(t as INode <T, Q>); } else { INode <T, Q> r = Create(t); if (r != null) { Child.Add(t.Text, r); r.Parent = this; return(r); } else { return(null); } } }
public override bool AddNode(TreeNode rNode) { try { rNode.Parent = this; if (Child == null) { Child = new List <TreeNode>(); } if (Child.Count == 0) { Child.Add(rNode); } else { bool isAdd = false; for (int i = 0; i < Child.Count; i++) { if (Child[i].Priority < rNode.Priority) { isAdd = true; Debug.Log("index:" + i); Child.Insert(i, rNode); break; } } if (!isAdd) { Child.Add(rNode); } } } catch (Exception e) { Debug.LogError($"增加节点失败:{e}"); } return(true); }
/// <summary> /// 添加 /// </summary> /// <param name="name"></param> /// <param name="descriptin"></param> /// <returns></returns> public virtual Rights AddChild(string name, string url, string description, bool isshow, string icon) { Rights rights = new Rights(this, name, url, description, isshow, this.Level + 1, icon); if (Child == null) { Child = new List <Rights>(); Child.Add(rights); } else { Child.Add(rights); } if (this.Child.Count > 0) { this.IsLeaf = false; } else { this.IsLeaf = true; } return(rights); }
protected void AddState<T>() where T : State, new() { if (Child.Find(x => x.GetType() == typeof(T)) != null) throw new Exception("State arledy exists"); Child.Add(new T()); }
public void AddChild(ChildMenu menu) { this.HasChild = true; Child.Add(menu); }
protected void btnOk_OnClick(object sender, EventArgs e) { var muidc = Request.Cookies.Get("userId"); if (string.IsNullOrEmpty(muidc?.Value)) { Response.Redirect("cause.aspx?need_login=1"); return; } string mname = txtName.Text; string maddress = txtAddress.Text; string mshortStory = txtShortStory.Text; DateTime mbrith; DateTime mtill = DateTime.MaxValue; if (!DateTime.TryParse(txtBirthDate.Text.Split(' ')[0], Constants.DefaultCulture, DateTimeStyles.AssumeUniversal, out mbrith)) { Utils.AlertJs(this, "Incorect birthdate format", "Validate"); return; } if (!string.IsNullOrEmpty(txtUntil.Text) && !DateTime.TryParse(txtUntil.Text.Split(' ')[0], Constants.DefaultCulture, DateTimeStyles.AssumeUniversal, out mtill)) { Utils.AlertJs(this, "Incorect until format", "Validate"); return; } decimal mneed; if (!decimal.TryParse(txtNeed.Text, out mneed)) { Utils.AlertJs(this, "Incorect amount format", "Validate"); return; } if (string.IsNullOrEmpty(mname)) { Utils.AlertJs(this, "Name cannot be empty", "Validate"); return; } if (string.IsNullOrEmpty(maddress)) { Utils.AlertJs(this, "Address cannot be empty", "Validate"); return; } if (string.IsNullOrEmpty(mshortStory)) { Utils.AlertJs(this, "Short story cannot be empty", "Validate"); return; } Child.Add(new Child { FullName = mname, Address = maddress, Amount = mneed, BirthDate = mbrith == DateTime.MinValue ? (DateTime?)null : mbrith, To = mtill, ShortStory = mshortStory, Story = txtMessage.Value, UserId = Convert.ToInt32(muidc.Value) }); Response.Redirect("~/home.aspx?add_cause=1"); }
public void AddValue(EnumValueNode n) { Child.Add(n); Value.Add(n); }
public void AddEnum(EnumNode n) { Child.Add(n); Enum.Add(n); }
public void AddMessage(MessageNode n) { Child.Add(n); Message.Add(n); }
public override void Read(MBinaryIO io) { if (io.Version == 0) { if (IsRoot) { EndScopeOffset = io.Stream.ReadInt32(); TypeName = io.Stream.Read7BitString(); } while (io.Stream.Position + 2 < EndScopeOffset) { string fieldName = io.Stream.Read7BitString(); int endOffset = io.Stream.ReadInt32(); mTypeBase field; byte[] typeName = io.Stream.Read7BitStringBytes(); if (typeName.Length == 1) { FieldTypeOld old = (FieldTypeOld)typeName[0]; field = old switch { FieldTypeOld.String => new mString(), FieldTypeOld.Array => new mArray(), FieldTypeOld.Bool => new mBool(), FieldTypeOld.Byte => new mUByte(), FieldTypeOld.Double => new mDouble(), FieldTypeOld.Float => new mFloat(), FieldTypeOld.Long => new mLong(), FieldTypeOld.SByte => new mSByte(), FieldTypeOld.Short => new mShort(), FieldTypeOld.UShort => new mUShort(), FieldTypeOld.ULong => new mULong(), FieldTypeOld.Int => new mInt(), FieldTypeOld.UInt => new mUInt(), _ => throw new NotSupportedException($"Received unsupported node type {old}"), }; } else { string customFieldType = Encoding.UTF8.GetString(typeName); field = customFieldType switch { "rectangle" => new mRectangle(), "RGBA" => new mColor(), "color_name" => new mColorName(), "vector" => new mVector(), "vector3" => new mVector3(), "region" => new mRegion(), _ => null, }; if (field is null) { field = new mNode(); ((mNode)field).EndScopeOffset = endOffset; ((mNode)field).TypeName = customFieldType; } } field.Name = fieldName; //Console.WriteLine($"Reading: {field.Name} ({field})"); field.Read(io); Child.Add(field); } Debug.Assert(io.Stream.ReadInt16() == 0x18d, "Scope terminator did not match"); } else if (io.Version == 1) { TypeName = io.Stream.Read7BitString(); mTypeBase field = null; do { field = io.ReadNext(); if (field is mString str) // Key Name { io.CurrentKeyName = str.String; field = io.ReadNext(); if (field is mString str2 && io.CurrentKeyName != "name") { // Specific types, kind of hardcoded if (str2.String == "rectangle") { field = new mRectangle(); field.Read(io); } else if (str2.String == "RGBA") { field = new mColor(); field.Read(io); } else if (str2.String == "color_name") { field = new mColorName(); field.Read(io); } else if (str2.String == "vector") { field = new mVector(); field.Read(io); } else if (str2.String == "vector3") { field = new mVector3(); field.Read(io); } else if (str2.String == "region") { field = new mRegion(); field.Read(io); } } field.Name = str.String; } if (field != null) { Child.Add(field); } } while (field != null); } }
public override void Read(MTextIO io) { string token = null; string token2 = null; if (IsRoot) { token = io.GetToken(); token2 = io.GetToken(); if (token2 == MTextIO.SCOPE_START.ToString()) { // We only have the type TypeName = token; } else { Name = token; TypeName = token2; string token3 = io.GetToken(); if (token3 != MTextIO.SCOPE_START.ToString()) { throw new Exception($"Expected '{MTextIO.SCOPE_START}' character for node definition."); } } } mTypeBase field = null; while (true) { // Loop through all fields, now token = io.GetToken(); if (token == MTextIO.SCOPE_END.ToString()) { break; } token2 = io.GetToken(); if (token2 == MTextIO.SCOPE_START.ToString()) { // We only have the type field = new mNode(); ((mNode)field).TypeName = token; } else if (token2.StartsWith(MTextIO.ARRAY_START)) // Array def { int arrLen = int.Parse(token2.AsSpan(1, token2.Length - 2)); if (arrLen > byte.MaxValue) { throw new UISyntaxError($"Array length can only be {byte.MaxValue} elements maximum. Got {arrLen}."); } field = new mArray(); ((mArray)field).Length = (byte)arrLen; if (io.GetToken() != MTextIO.SCOPE_START.ToString()) { throw new Exception($"Expected '{MTextIO.SCOPE_START}' character for node array field definition."); } field.Name = token; } else { string fieldName = token; string fieldType = token2; string token3 = io.GetToken(); if (token3 != MTextIO.SCOPE_START.ToString()) { throw new Exception($"Expected '{MTextIO.SCOPE_START}' character for node field definition."); } if (fieldType == "digit") { // Search potentially colliding field names with different types UIDefType digitType; var potentialOverride = WidgetDefinitions.TypeOverrides.FirstOrDefault(e => e.WidgetName == TypeName && e.FieldName == fieldName); if (potentialOverride != null) { digitType = potentialOverride.ValueType; } else { WidgetDefinitions.Types.TryGetValue(fieldName, out digitType); // No collision, just try to find it by name } /* No real easier way, the component types i.e 'DialogParts::DialogFrame::Pane::Head::Close::Cross' do not expose their actual type */ if (digitType != UIDefType.Unknown) { field = digitType switch { UIDefType.Int => new mInt(), UIDefType.UInt => new mUInt(), UIDefType.Long => new mLong(), UIDefType.ULong => new mULong(), UIDefType.Short => new mShort(), UIDefType.UShort => new mUShort(), UIDefType.Byte => new mUByte(), UIDefType.SByte => new mSByte(), UIDefType.Float => new mFloat(), UIDefType.Double => new mDouble(), UIDefType.Bool => new mBool(), _ => new mInt(), }; } else { Console.WriteLine($"Missing digit type for '{fieldName}', assuming Int"); field = new mInt(); } } else { field = fieldType switch { "RGBA" => new mColor(), "color_name" => new mColorName(), "string" => new mString(), "region" => new mRegion(), "vector" => new mVector(), "vector3" => new mVector3(), "rectangle" => new mRectangle(), _ => new mNode(), }; } if (field is mNode) { ((mNode)field).TypeName = token2; } field.Name = token; } field.Read(io); Child.Add(field); } }
public void AddEnum(EnumNode n) { AddSymbol(n.Name); Child.Add(n); Enum.Add(n); }
public void AddField(FieldNode n) { AddSymbol(n.Name); Child.Add(n); Field.Add(n); }