private static void n() { e2 e = (e2)e2.A.Tag; h2 h = e.L(); e.l(e.L()); if (e.L().A()) { S.A().A(h, e, false); r.A().A(h, e.L()); s.A().A(h, e.L()); T.A().A(h, e); return; } if (e.L().a() && (e.L().A() is global::b.b || e.L().A() is global::b.a)) { S.A().d(); r.A().A(h, e.L()); s.A().A(h, e.L()); T.A().d(); return; } S.A().A(h, e, false); r.A().d(); s.A().d(); T.A().d(); }
public static void A(h2 h, T1 t) { if (!z1.A()) { z1.A = new z1(t.b(), h, t); } }
private void a(object obj, MouseEventArgs mouseEventArgs) { if (this.A == null) { return; } if (mouseEventArgs != null) { this.a = this.A.GetNodeAt(mouseEventArgs.Location); } h2 h = this.A(this.a, true); if (h == null) { p1 p = this.A(this.a, true); h = this.A(p); } if (h == null || h.F()) { this.Cursor = Cursors.No; return; } if (this.b || h != this.A) { this.Cursor = X.A().D(); return; } this.Cursor = X.A().c(); }
private void A(TreeNode treeNode) { try { this.A.BeginUpdate(); if (this.b != null) { this.b.Nodes.Clear(); } if (treeNode != null) { p1 p = this.A(treeNode, true); h2 h = this.A(); if (p != null && h != null) { this.A(h.E(), treeNode, null); this.b = treeNode; treeNode.Expand(); } } } finally { this.A.EndUpdate(); } }
public override void c(MouseEventArgs mouseEventArgs) { base.D(mouseEventArgs); h2 h = q1.A().A(this.A.A()); if (mouseEventArgs.Button == MouseButtons.Left && J.A != this.A.A()) { string text = ""; if (h.e()) { text += "Dieses Diagramm ist geschützt\n"; } else { text += "Dieses Diagramm ist vom Autor geschützt worden\n"; } text += "und kann daher nicht bearbeitet werden."; v.A(this.A, text); J.A = this.A.L(); return; } if (mouseEventArgs.Button == MouseButtons.Right) { this.A.l(); e2.L(this.A, this.A.L()); } }
public E1 A(h2 h, string text) { E1 e = new E1(this, h, text); this.A(e); return(new E1(e)); }
private void A(h2 h, p1 p) { this.A = h; string str = h.e() ? "" : "Projekt "; this.Text = this.A + " " + str + h.b(); this.A.Items.Clear(); int startPage = 0; int num = 0; foreach (p1 current in h.E()) { if (current == p) { startPage = num; } this.A.Items.Add(string.Concat(new object[] { "", ++num, ": ", current.b() })); } this.A.InvalidatePreview(); this.A.StartPage = startPage; this.a(); }
public E1(i1 i, h2 h, string text) : base(h, text) { this.A = i; this.A = true; this.a = false; this.A = null; }
private void a(TreeNode treeNode) { bool flag = treeNode.Nodes.Count > 0; this.A.Visible = (flag && !treeNode.IsExpanded); this.a.Visible = (flag && treeNode.IsExpanded); if (treeNode is J2 <h2> ) { h2 h = ((J2 <h2>)treeNode).A(); p1 p = (h == this.A()) ? this.A() : null; R.A().A(h); Q.A().A(h, true); q.A().A(h, p); r.A().d(); s.A().d(); return; } if (treeNode is J2 <p1> ) { p1 p2 = ((J2 <p1>)treeNode).A(); h2 h2 = q1.A().A(p2); R.A().d(); Q.A().d(); q.A().d(); r.A().A(h2, p2); s.A().A(h2, p2); } }
public string B(string arg) { int num = 0; foreach (string current in this.A.Keys) { h2 h = this.A[current] as h2; if (h == null || !h.e()) { string[] array = current.Split(new char[] { " "[0] }); if (array.Length != 2 || array[0] != arg) { break; } try { num = Math.Max(num, int.Parse(array[1])); } catch { } } } string text; do { num++; text = arg + " " + num; }while (this.A.ContainsKey(text)); return(text); }
private void c(object obj, EventArgs eventArgs) { h2 h = this.A.A(); e2 e = this.A.A() as e2; S.A().A(h, e, true); }
public void A(h2 h) { if (this.A() != h) { if (this.A() != null) { this.A().E().b(new W1 <p1> .B(this.A)); this.A().E().e(new W1 <p1> .a(this.A)); foreach (p1 current in this.A().E()) { this.A(current); } } this.A = h; if (this.A() != null) { int num = 0; foreach (p1 current2 in this.A().E()) { this.A(current2, num++); } this.A().E().B(new W1 <p1> .B(this.A)); this.A().E().E(new W1 <p1> .a(this.A)); } } }
public void L(Q1 q) { if (this.A != q) { if (this.A != null) { this.A.a(new Q1.a(this.l)); this.A.a(new Q1.A(this.L)); this.A.a(this); } this.A = q; this.l(); if (this.A() != null) { this.L().A(this); this.f(this.A); this.k(); h2 h = q1.A().A(this.A()); if (h == null) { throw new l1(); } this.A = q1.A().A(h); if (this.A.A() != h) { throw new l1(); } this.L().A(new Q1.a(this.l)); this.L().A(new Q1.A(this.L)); this.M(!this.A().J()); } } }
public void A(h2 key) { TreeNode selectedNode = this.A[key]; this.A.SelectedNode = selectedNode; this.B(); }
private z1(Form form, h2 h, T1 t) { if (form == null) { throw new ArgumentException(); } if (t == null) { throw new ArgumentException(); } if (t.b() != form) { throw new ArgumentException(); } this.a(); base.FormBorderStyle = FormBorderStyle.None; base.ShowIcon = false; base.ShowInTaskbar = false; base.WindowState = FormWindowState.Normal; this.A = h; this.A = t; this.a = form; base.Show(form); t.k(); }
public F1(h2 h, s1 s, string text) : base(h, text) { this.A = s.A().A(); if (s is T1) { this.a = (this.A = new K((T1)s)); } }
public d1(h2 a, string text) { this.A = a; this.A = text.TrimEnd(new char[] { '.' }); }
public void A(h2 h, p1 p) { this.A = h; this.A = p; this.D(); this.a.A(h != null); this.B.A(h != null && p != null); }
public static void a(h2 h, p1 p) { byte[] array = null; if (r.A(h, p, ref array)) { m.A().A(p.GetType(), p.b(), null, array); } }
public void A(h2 h, p1 p) { this.A = h; this.A = p; this.D(); this.a.A(u1.A(h)); this.A.A(p != null); }
public void c(h2 h) { if (!this.A.B(h)) { return; } this.A.A(h); this.B(); }
public virtual void b() { if (this.A != d1.A.MayRedo) { throw new l1(); } this.c(); this.A = d1.A.MayUndo; }
public I1(h2 h, s1 s, p1 p, global::c.a a, string text) : base(h, p, text) { if (s != null && s.A() != p) { throw new l1(); } this.A = a.A(); this.A = a.c(); }
private void A(h2 h, int num) { h.B(new P1 <h2> .a(this.A)); h.E(new h2.a(this.A)); h.E().B(new W1 <p1> .a(this.A)); h.E().C(new W1 <p1> .a(this.a)); h.E().D(new W1 <p1> .a(this.A)); h.E().F(new W1 <p1> .a(this.B)); }
public static void A(Form owner, h2 h, p1 p) { if (u1.A(h)) { h.d(DateTime.Now); u1 u = u1.A(); u.A(h, p); u.ShowDialog(owner); } }
private void A(h2 h, int num) { B2 b = new B2(); b.Dock = DockStyle.Fill; b.Tag = h; this.A.Add(h, b); b.A(h); b.A(new B2.A(this.A)); this.A(); }
public static bool A(h2 h, p1 p, ref byte[] ptr) { q1 q = q1.A(); if (q.a(h)) { return(false); } ptr = j2.A(p); return(ptr != null && ptr.Length > 0); }
public void A(h2 h, e2 e) { this.A = h; this.A = e; if (e.L().J()) { this.d(); return; } this.D(); }
public void A(h2 h) { this.A = h; bool flag = R.A(this.a); this.D(); bool flag2 = h != null && !h.F(); this.A.A(flag2); this.a.A(flag2 && flag); this.b(); }
private void D(object obj, EventArgs eventArgs) { h2 h = this.A.A(); e2 e = (e2)this.A.A(); if (h != null) { T.A().A(h, e); return; } T.A().d(); }