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 bool A(e2 e, H2 h, Q1 q, string text) { Q1 q2 = e.L(); q2.A(h); H2 h2 = h.A(); E1 e2 = this.A.A(this.A, text); try { if (!this.A(e, h, q.b(), text)) { throw new InvalidOperationException(); } int num = -1; if (!this.A(q, ref num, h2)) { throw new InvalidOperationException(); } this.A.A(e2); } catch (Exception ex) { this.A.a(e2); e.C(); n1.A(ex); } return(true); }
public void a(e2 e, D.A a) { byte[] array = this.A(e.A()); d1 d = new g1(this.A, e, array, "Verbindung bearbeiten"); bool flag = false; try { flag = e.L().A(e, a); } catch (Exception ex) { d.a(); e.C(); n1.A(ex); } if (flag) { bool flag2 = this.A.A(d); if (flag2) { e.d(a); } } }
public J(e2 e) : base(e) { if (!e.A().J()) { throw new l1(); } }
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 j(e2 e, MouseEventArgs mouseEventArgs, KeyEventArgs keyEventArgs, bool flag, bool flag2) : base(e, keyEventArgs) { this.A = e.L().A(); this.A = this.A.A(); this.A = flag; this.a = flag2; if (e.A().J()) { throw new l1(); } if (this.A == null) { throw new l1(); } if (this.A.A() == null) { throw new l1(); } if (mouseEventArgs == null) { throw new l1(); } this.A = e.L(this.A.A()); Bitmap bitmap = e2.L(e, this.A); this.A = new I(bitmap, 0.5f); this.c(mouseEventArgs); this.B(); }
public void A(H2 h) { this.A = null; if (h != null) { if (h.a() == 0 && h.c() == 0) { throw new l1(); } if (h.c()) { throw new l1(); } } if (this.A != h) { if (this.A != null) { this.A.C(); } this.A = h; this.a(); if (this.A != null) { this.A.C(); } } }
public void A(global::c.a a) { if (a is d.a) { d.a a2 = (d.a)a; if (!this.A.L().A().A(a2)) { throw new l1(); } this.A(new H2(a2)); return; } else { if (a is D.A) { this.A(null); this.A = new global::c.a[] { a }; this.A = false; this.a = false; this.B = false; this.b = true; this.C = a.d(); this.A = (D.A)a; this.A.d(a); return; } this.A(); return; } }
private new void A(e2 e, Point point) { if (this.A) { e.L().A(); } e2.L(e, point); }
public virtual void a(KeyEventArgs keyEventArgs) { this.A = keyEventArgs; if (this.A != null) { this.B(); } }
public b1(e2 e, Graphics graphics, a1 a, bool flag, bool flag2) { this.A = e; this.A = graphics; this.A = a; this.A = flag; this.a = flag2; }
public A1(e2 e, bool flag) : base(e) { this.A = flag; if (e.A().J() != this.A) { throw new l1(); } this.a = !K1.A().A().DoubleClickAction; }
public virtual void D(MouseEventArgs mouseEventArgs) { this.a = this.B; this.B = new Point(mouseEventArgs.X, mouseEventArgs.Y); if (!this.A && this.a != this.B) { this.A = true; } }
private void A(object obj, EventArgs eventArgs) { e2 e = this.A as e2; if (e != null) { u.A(this, e.RectangleToScreen(e.L(this.A.E()))); } }
private void a(s1 s) { this.A.A(s); e2 e = s as e2; if (e != null) { e.L(this.A().E()); } }
public Z(e2 e, Point point) : base(e) { if (e.A().J()) { throw new l1(); } e.Cursor = X.A().B(); base.F(point); this.A = e.l(this.A, this.B); }
public void A(h2 h, e2 e) { this.A = h; this.A = e; if (e.L().J()) { this.d(); return; } this.D(); }
public z(e2 e, Type type) : base(e) { if (e.A().J()) { throw new l1(); } this.A = type; this.A = X.A().A(type); this.a = X.A().a(type); e.Cursor = this.A; }
public void a(h2 h) { foreach (TabPage tabPage in this.A.TabPages) { e2 e = this.A(tabPage) as e2; if (e != null) { e.M(!h.F()); e.l(); } } }
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(); }
public void A(e2 e, g1 g) { try { this.A(e, g); } catch (Exception ex) { n1.A(ex); throw ex; } }
public void A(e2 e, D.A a) { D.A a2 = a; if (K1.A().A().SmartConnectionDClick) { a2 = Q1.A(a); if (a2 != null && a2 != a) { e.L().A(a2); } } this.a(e, a2); }
private bool A(e2 e) { if (e.L().A().A()) { string text = "Die Größe des Diagrammrasters ist auf {0}x{1} beschränkt.\n"; text += "Stellen Sie umfangreiche Abläufe besser\n"; text += "durch mehrere kleine Teildiagramme da."; text = string.Format(text, k1.a.Width, k1.a.Height); v.A(e, text); return(true); } return(false); }
public void A(h2 h, e2 e) { this.A = h; this.A = e; this.D(); bool flag = e != null; this.A.A(flag && e.K()); this.A.a(flag); this.B.a(flag && !e.l() && !e.L().J()); this.a.a(flag && e.l() && !e.L().J()); this.b.a(flag && !z1.A()); this.C.a(flag && z1.A()); }
public y(H2 h, e2 e, string text) : base(e) { if (e.A().J()) { throw new l1(); } this.A = h; if (h == null) { throw new l1(); } this.A = text; this.A = X.A().a(); e.Cursor = this.A; }
public g1 A(e2 e) { g1 result; try { byte[] array = this.A(e.A()); result = new g1(this.A, e, array, "Symbol verschieben"); } catch (Exception ex) { n1.A(ex); throw ex; } return(result); }
public bool A(e2 e, H2 h, F f, string text) { try { if (h == null) { throw new l1(); } if (h.a() == 0) { throw new l1(); } if (h.A() == null) { throw new l1(); } if (!h.c()) { throw new l1(); } } catch (Exception ex) { n1.A(ex); return(false); } byte[] array = this.A(e.A()); g1 g = new g1(this.A, e, array, text); bool flag = false; try { e.L().A(h, f); flag = true; } catch (Exception ex2) { g.a(); e.C(); n1.A(ex2); } if (flag) { flag = this.A(e, g); } return(flag); }
public static void L(e2 e, Point position) { if (e2.A == null) { ContextMenuStrip contextMenuStrip = new ContextMenuStrip(); S.A().a(contextMenuStrip.Items); r.A().a(contextMenuStrip.Items); s.A().a(contextMenuStrip.Items); T.A().a(contextMenuStrip.Items); e2.A = contextMenuStrip; e2.A.Opened += new EventHandler(P.F); e2.A.Closing += new ToolStripDropDownClosingEventHandler(e2.L); } e2.A.Tag = e; e2.n(); e2.A.Show(e, position); }
private static void L(object obj, CancelEventArgs cancelEventArgs) { e2 e = e2.A.Tag as e2; if (e != null) { global::c.a a = e.L().A(); H2 h = e.L().A(); e.l(); if (h != null) { e.L().A(h); return; } e.L().A(a); } }
private bool A(e2 e, d1 d) { bool flag = !this.A(e); if (flag) { this.A.A(d); } else { using (new C()) { d.a(); } } return(flag); }