using System; using Gtk; using Glade; using Novell.CASA; using Novell.CASA.MiCasa.Common; using Novell.CASA.MiCasa.Communication; #if W32 using Microsoft.Win32; #endif namespace Novell.CASA.GUI { /// /// Summary description for CommonGUI. /// public class CommonGUI { [Glade.Widget] Gtk.Label label86, label88; [Glade.Widget] Gtk.Entry entryMasterPassword1, entryMasterPassword2, entryMasterPassword3, entryMasterPassword4; [Glade.Widget] Gtk.Dialog dialogLogin; Gtk.Window mainWindow = new Window("Test"); private CasaMain mCasaInstance = null; private CasaTray mTrayInstance = null; public CommonGUI() { // // TODO: Add constructor logic here // } /// /// HandleUnlock dialog /// public void HandleUnlock(CasaMain managerInstance, CasaTray trayInstance) { mCasaInstance = managerInstance; mTrayInstance = trayInstance; //Logger.DbgLog("GUI:CasaMain.Login() - IsMasterPasswordSet returned false"); #if W32 Glade.XML gxmlTemp = new Glade.XML ("../images/casa-1.5.glade", "dialogLogin", null); #endif #if LINUX Glade.XML gxmlTemp = new Glade.XML ("/opt/novell/CASA/images/casa-1.5.glade", "dialogLogin", null); #endif gxmlTemp.Autoconnect (this); //dialogLogin.TransientFor = windowMain; label86.Text = "Enter your Master Password to unlock your secrets"; entryMasterPassword3.Text=""; label88.Hide(); entryMasterPassword4.Hide(); dialogLogin.SetPosition(Gtk.WindowPosition.Center); dialogLogin.Destroyed += new EventHandler(dialogLogin_Destroyed); dialogLogin.Show(); } public void on_helpbuttonAuthentication_clicked(object sender, EventArgs args) { Common.ShowHelpUrl("CASAMasterPasswordAuthentication.htm"); } internal void menuDestroyMiCasa_Activated(CasaMain casaMain, CasaTray tray) { mCasaInstance = casaMain; mTrayInstance = tray; // prompt user MessageDialog md=new MessageDialog(null,Gtk.DialogFlags.Modal, Gtk.MessageType.Warning, Gtk.ButtonsType.OkCancel, "This will destroy all of your miCASA secrets.\r\nAre you sure?"); md.SetPosition(Gtk.WindowPosition.Center); md.Response +=new ResponseHandler(md_Response); md.Modal = true; md.SetIconFromFile(Common.CASAICONS); md.Show(); } private void md_Response(object o, ResponseArgs args) { if (args.ResponseId.Equals(Gtk.ResponseType.Ok)) { MiCasaRequestReply.Send(MiCasaRequestReply.VERB_REMOVE_ALL_SECRETS); if (mCasaInstance != null) mCasaInstance.objMiCasa.AggregateStore(); } MessageDialog md = (MessageDialog)o; if (md != null) { md.Destroy(); } } private void md_Response2(object o, ResponseArgs args) { MessageDialog md = (MessageDialog)o; if (md != null) { md.Destroy(); } } public void okbuttonLogin_clicked(object abj, EventArgs args) { if( 0 == miCASA.SetMasterPassword(0, entryMasterPassword3.Text) ) { // unlock it MiCasaRequestReply.Send(MiCasaRequestReply.VERB_UNLOCK_STORE, entryMasterPassword3.Text); dialogLogin.Destroy(); } else { // prompt user MessageDialog md=new MessageDialog( mainWindow,Gtk.DialogFlags.Modal, Gtk.MessageType.Warning, Gtk.ButtonsType.Ok, "Master Password entered is incorrect"); md.Response +=new ResponseHandler(md_Response2); md.SetPosition(Gtk.WindowPosition.CenterOnParent); md.Modal = true; md.SetIconFromFile(Common.CASAICONS); md.Show(); } } public void closebuttonLogin_clicked(object abj, EventArgs args) { dialogLogin.Destroy(); } public void OnDialogLoginDeleted(object obj, DeleteEventArgs args) { args.RetVal = true; } public void on_entryMasterPassword3_activate(object obj, EventArgs args) { if( true == entryMasterPassword4.Visible ) entryMasterPassword4.HasFocus = true; else if( "" != entryMasterPassword3.Text ) okbuttonLogin_clicked(obj, args); } public void on_entryMasterPassword4_activate(object obj, EventArgs args) { okbuttonLogin_clicked(obj, args); } private void dialogLogin_Destroyed(object sender, EventArgs e) { bool bStoreLocked = MiCASAStore.IsLocked(); if (mCasaInstance != null) { if (bStoreLocked) mCasaInstance.LockGUI(); else mCasaInstance.UnlockGUI(); } if (mTrayInstance != null) { if (bStoreLocked) mTrayInstance.UpdateTrayIcon(true); else mTrayInstance.UpdateTrayIcon(false); } } #if W32 internal static string ReadRegKey(RegistryKey rk, string sSubKey, string KeyName) { // Opening the registry key // RegistryKey rk = Registry.Users; // Open a subKey as read-only RegistryKey sk1 = rk.OpenSubKey(sSubKey); // If the RegistrySubKey doesn't exist -> (null) if ( sk1 == null ) { return null; } else { try { // If the RegistryKey exists I get its value // or null is returned. return (string)sk1.GetValue(KeyName.ToUpper()); } catch (Exception e) { //ShowErrorMessage(e, "Reading registry " + KeyName.ToUpper()); return null; } } } internal static void WriteRegKey(RegistryKey rk, string sSubKey, string KeyName, string sKeyValue) { RegistryKey sk1 = rk.OpenSubKey(sSubKey, true); // If the RegistrySubKey doesn't exist -> (null) if ( sk1 == null ) { //return null; } else { try { // If the RegistryKey exists I get its value // or null is returned. sk1.SetValue(KeyName, sKeyValue); sk1.Close(); } catch (Exception e) { sk1.Close(); //ShowErrorMessage(e, "Reading registry " + KeyName.ToUpper()); Console.Write(e.ToString()); //return null; } } } #endif } }