/* Siemens AG Mobile Radio Terminals Munich, Germany .AUTHOR Anastasios Leontarakis, ICP CD MP GSM RD M 53 .SHORT_DESCR PC-Testumgebung .SW_COMPONENT Softkeys-View .STATUS OFFICAL .CHANGE_CONTROL Version | Date | Changed by | Reason for Change 1.0 12.04.99 A.Leontarakis file created, Fx-Taste Behandlung 1.1 25.01.00 N.Faisst added cast to DLGPROC due to migration Borland C -> MS-VC ------------------------------ L55 fugu ------------------------------------------------------- 9.20.00 2002-10-08 Reinhard Zoll (MchG) new message ID introduced: M_MMI_SLIDER_MOVED 9.20.01 2003-05-19 N.Barisits (VIE) include "g_gbs_h.h" removed 9.21.00 2003-10-07 M.Korkmaz (MCH) Softkeys (Open, Close) for ClamShell Display added 9.21.03 2003-10-23 M.Korkmaz (MCH) BugFix: Freeze of PC-Simu after radio button was checked 10.00.00 2004-04-02 C.Rüffer (MCH) changed KeyboardKeyDown/Up to KeyboardButtonDown/Up 10.01.00 2004-04-06 M.Korkmaz (MCH) Default position of slider is now middle */ #include "winmain.h" #include "winrc.h" #include "winkrc.h" #include "sms_res.h" extern "C" { #include #include "glob_msg.h" #include "skviewh.h" #include "ddcode0h.h" #include "procid.h" #include "keypad.h" #include "gbs.h" #include "kbddrv.h" } extern "C" HWND DispGetWinHandle(void); static HWND hStoftKeysBox; /* Timer used for delayed delivery of slider message. */ /* Delay if two messages have to be send at once: */ /* Slider movement via defined radio-button generates a call to a one of the "KeyboardKey..." functions. */ /* if the movement is performed directly from open to close there have to be generated two calls */ /* the second call with some milliseconds delay. */ typedef enum { TIMER_SW0ON = 1, /* used for slider movement from OPEN to CLOSE */ TIMER_SW1ON, /* used for slider movement from CLOSE to OPEN */ TIMER_KEYUP } e_SliderMsgTimer; static unsigned char szKeyup = EOB; void softKeyPressed(unsigned int snr) { unsigned int warteZeit; warteZeit = 50; if (hStoftKeysBox != NULLP) { switch (snr) { // Setzen ... case 1: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON1, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON1, BST_UNCHECKED); break; case 2: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON2, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON2, BST_UNCHECKED); break; case 3: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON3, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON3, BST_UNCHECKED); break; case 4: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON4, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON4, BST_UNCHECKED); break; case 5: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON5, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON5, BST_UNCHECKED); break; case 6: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON6, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON6, BST_UNCHECKED); break; case 7: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON7, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON7, BST_UNCHECKED); break; case 8: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON8, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON8, BST_UNCHECKED); break; case 9: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON9, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON9, BST_UNCHECKED); break; case 10: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON10, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON10, BST_UNCHECKED); break; case 11: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON11, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON11, BST_UNCHECKED); break; case 12: CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON12, BST_CHECKED); Sleep(warteZeit); CheckDlgButton(hStoftKeysBox, IDC_RADIOBUTTON12, BST_UNCHECKED); break; } } } #pragma warn -par BOOL CALLBACK SoftkeysViewDlgProc(HWND hwndDlg, UINT message, WPARAM wParam, LPARAM lParam) { switch (message) { case WM_CLOSE: hStoftKeysBox = 0; DestroyWindow(hwndDlg); return TRUE; case WM_WINDOWPOSCHANGED: case WM_RBUTTONUP: case WM_LBUTTONUP: case WM_LBUTTONDBLCLK: if (GetFocus() != DispGetWinHandle()) { // SetFocus(DispGetWinHandle()); } break; case WM_TIMER: KillTimer(hStoftKeysBox , wParam); switch (wParam) { case TIMER_SW0ON: KeyboardButtonDown(SW0ON); szKeyup = SW0ON; SetTimer (hStoftKeysBox, TIMER_KEYUP, 40 , NULL); break; case TIMER_SW1ON: KeyboardButtonDown(SW1ON); szKeyup = SW1ON; SetTimer (hStoftKeysBox, TIMER_KEYUP, 40 , NULL); break; case TIMER_KEYUP: KeyboardButtonUp(szKeyup); break; default: break; } ; break; case WM_COMMAND: switch (LOWORD(wParam)) { case IDC_SLIDER_CLOSED: if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_CLOSED)) break; if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_BETWEEN)) { // Moved from middle possition to closed MMI_Main_Process KeyboardButtonDown(SW0ON); // Function call in behalf of counter-handling szKeyup = SW0ON; SetTimer (hStoftKeysBox, TIMER_KEYUP, 40 , NULL); } if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_OPEN)) { // Moved from open possition to closed KeyboardButtonDown(SW1OFF); // Function call in behalf of counter-handling // Postpone call of Key Up in case of unlink both events szKeyup = SW1OFF; SetTimer (hStoftKeysBox, TIMER_KEYUP, 40 , NULL); SetTimer (hStoftKeysBox, TIMER_SW0ON, 50 , NULL); //KeyboardButtonDown(SW0ON); // Function call in behalf of counter-handling } CheckDlgButton(hStoftKeysBox, IDC_SLIDER_CLOSED , BST_CHECKED); CheckDlgButton(hStoftKeysBox, IDC_SLIDER_BETWEEN, BST_UNCHECKED); CheckDlgButton(hStoftKeysBox, IDC_SLIDER_OPEN , BST_UNCHECKED); break; case IDC_SLIDER_BETWEEN: if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_BETWEEN)) break; if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_CLOSED)) { // Moved from closed possintion to middle KeyboardButtonDown(SW0OFF); // Function call in behalf of counter-handling szKeyup = SW0OFF; SetTimer (hStoftKeysBox, TIMER_KEYUP, 40 , NULL); } if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_OPEN)) { // Moved from open possition to middle KeyboardButtonDown(SW1OFF); // Function call in behalf of counter-handling szKeyup = SW1OFF; SetTimer (hStoftKeysBox, TIMER_KEYUP, 40 , NULL); } CheckDlgButton(hStoftKeysBox, IDC_SLIDER_CLOSED , BST_UNCHECKED); CheckDlgButton(hStoftKeysBox, IDC_SLIDER_BETWEEN, BST_CHECKED); CheckDlgButton(hStoftKeysBox, IDC_SLIDER_OPEN , BST_UNCHECKED); break; case IDC_SLIDER_OPEN: if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_OPEN)) break; if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_BETWEEN)) { // Moved from middle possition to open KeyboardButtonDown(SW1ON); // Function call in behalf of counter-handling szKeyup = SW1ON; SetTimer (hStoftKeysBox, TIMER_KEYUP, 40 , NULL); } if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_CLOSED)) { // Moved from closed possition to open KeyboardButtonDown(SW0OFF); // Function call in behalf of counter-handling // Postpone call of Key Up in case of unlink both events szKeyup = SW0OFF; SetTimer (hStoftKeysBox, TIMER_KEYUP, 40 , NULL); SetTimer (hStoftKeysBox, TIMER_SW1ON, 50 , NULL); //KeyboardButtonDown(SW1ON); // Function call in behalf of counter-handling } CheckDlgButton(hStoftKeysBox, IDC_SLIDER_CLOSED , BST_UNCHECKED); CheckDlgButton(hStoftKeysBox, IDC_SLIDER_BETWEEN, BST_UNCHECKED); CheckDlgButton(hStoftKeysBox, IDC_SLIDER_OPEN , BST_CHECKED); break; ///// Clam Shell Display Softkeys //// case IDC_CLAMSHELL_OPEN: if (IsDlgButtonChecked(hStoftKeysBox, IDC_CLAMSHELL_OPEN)) break; if (IsDlgButtonChecked(hStoftKeysBox, IDC_CLAMSHELL_CLOSED)) { // interface function for action by opening of ClamShell Display } CheckDlgButton(hStoftKeysBox, IDC_CLAMSHELL_CLOSED, BST_UNCHECKED); CheckDlgButton(hStoftKeysBox, IDC_CLAMSHELL_OPEN, BST_CHECKED); break; case IDC_CLAMSHELL_CLOSED: if (IsDlgButtonChecked(hStoftKeysBox, IDC_CLAMSHELL_CLOSED)) break; if (IsDlgButtonChecked(hStoftKeysBox, IDC_SLIDER_OPEN)) { // interface function for action by closing of ClamShell Display } CheckDlgButton(hStoftKeysBox, IDC_CLAMSHELL_CLOSED, BST_CHECKED); CheckDlgButton(hStoftKeysBox, IDC_CLAMSHELL_OPEN, BST_UNCHECKED); break; default: break; } break; } return FALSE; } #pragma warn +par extern "C" void openSoftKeyViewDLG(void) { if(hStoftKeysBox != NULL) return; #ifdef _MSC_VER hStoftKeysBox = CreateDialog(MainApp::hInstance, MAKEINTRESOURCE(DLG_SOFTKEYVIEW), DispGetWinHandle(),(DLGPROC)SoftkeysViewDlgProc); #else hStoftKeysBox = CreateDialog(MainApp::hInstance, MAKEINTRESOURCE(DLG_SOFTKEYVIEW), DispGetWinHandle(),(FARPROC)SoftkeysViewDlgProc); #endif if (hStoftKeysBox == NULL) { print_d("ERROR in creating Softkeys Box Window!"); MessageBox( DispGetWinHandle(), "Error: Could not create Softkeys Box Window", "PC-Simulator: Softkeys", (MB_OK | MB_ICONEXCLAMATION) | MB_TASKMODAL ); return; } else { // position is relatively to Display Window underneath, right border aligned RECT displrect, viewrect; LONG dx, dy; GetWindowRect(DispGetWinHandle(),&displrect); GetWindowRect(hStoftKeysBox, &viewrect); dx = viewrect.right - viewrect.left; dy = viewrect.bottom - viewrect.top; viewrect.top = displrect.bottom + 10; viewrect.bottom = viewrect.top + dy; viewrect.right = displrect.right; viewrect.left = viewrect.right - dx; // MoveWindow(hStoftKeysBox, viewrect.left, viewrect.top, dx, dy, TRUE); ShowWindow(hStoftKeysBox, SW_SHOW); // default position of slider CheckDlgButton(hStoftKeysBox, IDC_SLIDER_BETWEEN , BST_CHECKED); // Default position of ClamShell Window CheckDlgButton(hStoftKeysBox, IDC_CLAMSHELL_CLOSED , BST_CHECKED); } }