/* * ======================================================================== * Copyright 2006-2007 University of Washington * Copyright 2013-2019 Eduardo Chappa * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * ======================================================================== */ #define WIN31 #define STRICT #define termdef 1 /* don't define "term" external */ #include "../headers.h" #include #include #include "mswin.h" #include "resource.h" #include "../../pith/osdep/pipe.h" #include "../../pith/osdep/canaccess.h" #include "../../pith/charconv/filesys.h" #include "../../pith/charconv/utf8.h" #include "../../pith/filttype.h" #include "../../pith/osdep/color.h" #include "mswin_tw.h" /*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Defines * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ #define ICON /* For debugging, export locals so debugger can see them. */ #ifdef DEBUG #define LOCAL #else #define LOCAL static #endif /* * Define which debugging is desired. Generally only FDEBUG. */ #define FDEBUG /* Standard file debugging. */ #undef SDEBUG /* Verbose debugging of startup and windows handling*/ #undef CDEBUG /* Verbose debugging of character input timing. */ #undef OWN_DEBUG_FILE /* Define if we want to write to our own debug file, * not pine's. */ /* Max size permitted for the screen. */ #define MAXNROW 200 #define MAXNCOLUMN NLINE #define MINNROW 10 /* Minimum screen size */ #define MINNCOLUMN 32 #define MARGINE_LEFT 3 #define MARGINE_TOP 1 #define FRAME_3D_SIZE 1 #define WIN_MIN_X_SIZE 190 /* Minimum window size. */ #define WIN_MIN_Y_SIZE 180 #define WIN_X_BORDER_SIZE 8 /* Space taked by window frame. */ #define WIN_Y_BORDER_SIZE 65 #define FONT_MIN_SIZE 5 #define FONT_MAX_SIZE 21 #define PRINT_TAB_SIZE 8 /* Tab size used by print code. */ #define TB_HEIGHT 32 /* Tool Bar Height. */ #define TB_BUTTONHEIGHT 16 /* Button Height. */ #define TB_BUTTONSPACING 8 /* Space between buttons. */ /* Some string lengths. */ #define MAXLEN_TEMPSTR 256 /* Max size for temp storage. */ #define WIN_POS_STR_MAX_LEN 21 /* Max length for window-position * string. */ #define MENU_ITEM_NAME_LEN 32 /* Menu item name lengths. */ /* Length of keyboard input queue. */ #define CHARACTER_QUEUE_LENGTH 32 #define MOUSE_QUEUE_LENGTH 32 /* Number of resize callback functions we can keep track of. */ #define RESIZE_CALLBACK_ARRAY_SIZE 3 /* Number of bytes held in the write accumulator. */ #define WRITE_ACCUM_SIZE 200 /* Max time that may pass between calls to GetMessage. See mswin_charavail() */ #define GM_MAX_TIME 3000 /* In milliseconds.*/ /* My Timer Message */ #define MY_TIMER_ID 33 /* timeout period in milliseconds. */ #define MY_TIMER_PERIOD (UINT)((IDLE_TIMEOUT + 1)*1000) /***** We use variable my_timer_period now instead so that we can set it differently when in pine and when in regular old pico. We're not entirely sure we need it in pico, but we will leave it there because we don't understand. *****/ #define MY_TIMER_SHORT_PERIOD (UINT)5000 /* used when there is a task in the OnTask list. */ #define MY_TIMER_VERY_SHORT_PERIOD (UINT)500 /* used when SIGALRM and alarm() is set. */ #define MY_TIMER_EXCEEDINGLY_SHORT_PERIOD (UINT)80 /* used when gAllowMouseTracking is set */ #define TIMER_FAIL_MESSAGE TEXT("Failed to get all necessary Windows resources (timers). Alpine will run, but may not be able to keep the connection to the server alive. Quitting other applications and restarting Alpine may solve the problem.") /* * Task bar notification Icon id and call back message for it. */ #define TASKBAR_ICON_NEWMAIL 1 #define TASKBAR_ICON_MESSAGE WM_USER+1000 /* * Below here are fixed constancs that really should not be changed. */ /* Auto Wrap States. */ #define WRAP_OFF 0 /* Never wrap to next line. */ #define WRAP_ON 1 /* Wrap to next line. */ #define WRAP_NO_SCROLL 2 /* Wrap to next line but DON'T scroll screen to do it. */ /* Speicial keys in the Character Queue. */ #define CQ_FLAG_DOWN 0x01 #define CQ_FLAG_EXTENDED 0x02 #define CQ_FLAG_ALT 0x04 #define ARABIC_LRM 0x200E #define ARABIC_RLM 0x200F /* Special ASCII characters. */ #define ASCII_BEL 0x07 #define ASCII_BS 0x08 #define ASCII_TAB 0x09 #define ASCII_LF 0x0A #define ASCII_CR 0x0D #define ASCII_XON 0x11 #define ASCII_XOFF 0x13 /* Character Attributes. */ #define CHAR_ATTR_NORM 0x00 /* Normal. */ #define CHAR_ATTR_REV 0x01 /* Reverse Video. */ #define CHAR_ATTR_BOLD 0x02 /* Reverse Video. */ #define CHAR_ATTR_ULINE 0x04 /* Reverse Video. */ #define CHAR_ATTR_SEL 0x08 /* Selected text. */ #define CHAR_ATTR_NOT 0x80 /* No attributes. */ /* * Different applications that we know about. */ #define APP_UNKNOWN 0 #define APP_PICO 1 #define APP_PICO_IDENT TEXT("pico") #define APP_PINE 2 #define APP_PINE_IDENT TEXT("pine") /* * Control values for call to AccelCtl. */ /*#undef ACCELERATORS*/ #define ACCELERATORS #define ACCEL_UNLOAD 0 /* Unload the accelerators. */ #define ACCEL_LOAD 1 /* Load the accelerators. */ #define ACCEL_TOGGLE 2 /* Toggle the accelerators. */ /* * flag bits to control which edit menu options can get lit */ #define EM_NONE 0L #define EM_CP 0x0001 #define EM_CP_APPEND 0x0002 #define EM_FIND 0x0004 #define EM_PST 0x0008 #define EM_PST_ABORT 0x0010 #define EM_CUT 0x0020 #define EM_SEL_ALL 0x0040 #define EM_MAX_ACCEL 6 /* Offsets to objects in window extra storage. */ #define GWL_PTTYINFO 0 /* Offset in Window extra storage. */ /* * */ #define FONT_CHARSET_FONT DEFAULT_CHARSET /*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Typedefs * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ /* Type that the screen array is made up of. */ #define CHAR unsigned char /* define possible caret shapes */ typedef enum { CaretBlock = 0, CaretSmallBlock, CaretHorizBar, CaretVertBar } CARETS; /* Type that the attribute array is made up of. */ typedef struct _character_attribute { unsigned style:8; DWORD rgbFG, rgbBG; } CharAttrib; typedef int (*ResizeCallBackProc)(); typedef int (*FileDropCallBackProc)(); typedef short CORD; /* NOTE: There is currently code that assumes that CHAR and CharAttrib * are one byte in size. All this code is flagged with a preceding * assert () */ /* Struct that defines command menu entries. */ typedef struct tagMenuItem { BOOL miActive; UCS miKey; short miIndex; char *miLabel; } MenuItem; /* List of child window IDs and previous window procedures. */ typedef struct tagBtnList { WORD wndID; WNDPROC wndProc; } BtnList; /* General info. */ typedef struct tagTTYINFO { TCHAR *pScreen; /* Screen. */ int *pCellWidth; /* how wide to paint the char */ CharAttrib *pAttrib; /* Attributes. */ TCHAR writeAccum[WRITE_ACCUM_SIZE]; int writeAccumCount; CARETS cCaretStyle; /* Current caret's style */ int scrollRange; /* Current scroll bar range. */ long scrollPos; /* Current scroll position. */ long scrollTo; /* Position of last scroll to. */ HFONT hTTYFont; LOGFONT lfTTYFont; DWORD rgbFGColor; /* Normal foreground color. */ DWORD rgbBGColor; /* Normal background color. */ DWORD rgbRFGColor; /* Reverse foreground color. */ DWORD rgbRBGColor; /* Reverse background color */ unsigned screenDirty:1; /* TRUE if screen needs update. */ unsigned eraseScreen:1; /* TRUE if need to erase whole screen */ unsigned fMinimized:1; /* True when window is minimized. */ unsigned fMaximized:1; /* True when window is maximized. */ unsigned fFocused:1; /* True when we have focus. */ unsigned fNewLine:1; /* Auto LF on CR. */ unsigned fMassiveUpdate:1;/* True when in Massive screen update. */ unsigned fNewMailIcon:1; /* True when new mail has arrived. */ unsigned fMClosedIcon:1; /* True when no mailbox is open. */ unsigned fCursorOn:1; /* True when cursor's shown */ unsigned fCaretOn:1; /* True if caret's displayed */ unsigned fTrayIcon:1; /* True if tool tray icon's on */ ResizeCallBackProc resizer[RESIZE_CALLBACK_ARRAY_SIZE]; FileDropCallBackProc dndhandler; int autoWrap; /* Auto wrap to next line. */ CharAttrib curAttrib; /* Current character attributes. */ int actNRow, actNColumn; /* Actual number of rows and comumns * displayed. */ CORD xSize, ySize; /* Size of screen in pixels */ CORD xScroll, yScroll; /* ?? */ CORD xOffset, yOffset; /* Offset from the left and top of * window contents. */ CORD nColumn, nRow; /* Current position of cursor in * cells. */ CORD xChar, yChar; /* Width of a char in pixels. */ int yCurOffset; /* offset of cursor Y-size */ CORD fDesiredSize; /* TRUE when there is a specific size * the window should be expanded to * after being minimized. */ CORD xDesPos, yDesPos; /* Desired position. */ CORD xDesSize, yDesSize; /* Desired window position. */ int curWinMenu; /* Current window menu. */ HACCEL hAccel; /* Handle to accelorator keys. */ UINT fAccel; /* vector of bound accelerator keys. */ CORD toolBarSize; /* Size of toolbar. */ BOOL toolBarTop; /* Toolbar on top? */ int curToolBarID; BtnList *toolBarBtns; HWND hTBWnd; HBRUSH hTBBrush; BOOL menuItemsCurrent; BOOL noScrollUpdate; BOOL scrollRangeChanged; long noSUpdatePage; long noSUpdateRange; short menuItemsIndex; MenuItem menuItems[KS_COUNT]; } TTYINFO, *PTTYINFO ; #define MAXCLEN (MAX(MAXCOLORLEN,RGBLEN+1)) typedef struct MSWINColor { char *colorName; char *canonicalName; COLORREF colorRef; } MSWINColor; typedef struct { char *name; CARETS style; } MSWinCaret_t; /* * Entry in the OnTask list. This is a list of actions to perform * when a task exits. Currently, the only thing we do is delete * files. if that changes this structure will get more complex. * * hTask == NULL means "This program" and can be used to arrange for * deletion of files when this program exits. */ typedef struct ontask { struct ontask *next; HTASK hTask; char path[PATH_MAX+1]; } OnTaskItem; typedef void (__cdecl *SignalType)(int); typedef struct _iconlist { HICON hIcon; /* char path[PATH_MAX]; */ /* WORD index; */ int id; short row; struct _iconlist *next; } IconList; /* * char * array for printing registry settings. */ typedef struct MSWR_LINE_BUFFER { char **linep; /* store these as utf8, since that's what we have to pass back */ unsigned long size; unsigned long offset; } MSWR_LINE_BUFFER_S; /*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Forward function declarations. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ LOCAL void * MyGetWindowLongPtr(HWND hwnd, int nIndex) { return (void *)(LONG_PTR)GetWindowLongPtr(hwnd, nIndex); } LOCAL LONG_PTR MySetWindowLongPtr(HWND hwnd, int nIndex, void *NewLongPtr) { // warning C4244: 'function': conversion from 'LONG_PTR' to 'LONG', // possible loss of data #pragma warning(push) #pragma warning(disable: 4244) return SetWindowLongPtr(hwnd, nIndex, (LONG_PTR)NewLongPtr); #pragma warning(pop) } #ifdef WIN32 #define GET_HINST( hWnd ) ((HINSTANCE) MyGetWindowLongPtr( hWnd, GWLP_HINSTANCE )) #define GET_ID( hWnd ) (LOWORD(MyGetWindowLongPtr( hWnd, GWLP_ID ))) #else #define GET_HINST( hWnd ) ((HINSTANCE) GetWindowWord( hWnd, GWW_HINSTANCE )) #define GET_ID( hWnd ) ((WORD) GetWindowWord( hWnd, GWW_ID )) #endif #define CONSTRAIN(v,min,max) ((v) = (v) < (min) ? (min) : (v) > (max) ? (max) : (v)) /* function prototypes (private) */ int app_main (int argc, char *argv[]); void WinExit (void); LOCAL void mswin_invalidparameter(const wchar_t *, const wchar_t *, const wchar_t *, unsigned int, uintptr_t); LOCAL BOOL InitApplication (HANDLE); LOCAL HWND InitInstance (HANDLE, int); LOCAL void MakeArgv (HINSTANCE hInstance, LPSTR cmdLine, int *pargc, CHAR ***pargv); LOCAL LRESULT NEAR CreateTTYInfo (HWND hWnd); LOCAL BOOL NEAR DestroyTTYInfo (HWND hWnd); LOCAL int ResizeTTYScreen (HWND hWnd, PTTYINFO pTTYInfo, int newNRow, int newNColumn); LOCAL BOOL ResetTTYFont (HWND, PTTYINFO, LOGFONT *); LOCAL BOOL EraseTTY (HWND, HDC); LOCAL BOOL PaintTTY (HWND); LOCAL BOOL GetMinMaxInfoTTY (HWND hWnd, MINMAXINFO __far *lpmmi); LOCAL BOOL AboutToSizeTTY (HWND hWnd, WINDOWPOS *winPos); LOCAL BOOL SizeTTY (HWND, int, CORD, CORD); LOCAL BOOL SizingTTY (HWND hWnd, int fwSide, LPRECT pRect); LOCAL void FrameRect3D(HDC hdc, RECT * pRC, int width, BOOL raised); LOCAL void FillRectColor(HDC hDC, RECT * pRC, COLORREF color); LOCAL BOOL MoveTTY (HWND hWnd, int xPos, int yPos); LOCAL void ScrollTTY (HWND hWnd, int wScrollCode, int nPos, HWND hScroll); LOCAL void CaretTTY (HWND hWnd, CARETS cStyle); LOCAL void CaretCreateTTY (HWND hWnd); #ifdef WIN32 LOCAL void MouseWheelTTY (HWND hWnd, int xPos, int yPos, int fwKeys, int zDelta); LOCAL void MouseWheelMultiplier (); #endif BOOL CALLBACK NoMsgsAreSent (void); LOCAL BOOL SetTTYFocus (HWND); LOCAL BOOL KillTTYFocus (HWND); LOCAL BOOL MoveTTYCursor (HWND); LOCAL BOOL ProcessTTYKeyDown (HWND hWnd, TCHAR bOut); LOCAL BOOL ProcessTTYCharacter (HWND hWnd, TCHAR bOut); LOCAL BOOL ProcessTTYMouse (HWND hWnd, int mevent, int button, CORD xPos, CORD yPos, WPARAM keys); LOCAL BOOL ProcessTTYFileDrop (HANDLE wParam); LOCAL void ProcessTimer (void); LOCAL BOOL WriteTTYBlock (HWND, LPTSTR, int); LOCAL BOOL WriteTTYText (HWND, LPTSTR, int); LOCAL BOOL WriteTTYChar (HWND, TCHAR); LOCAL VOID GoModalDialogBoxParam (HINSTANCE, LPTSTR, HWND, DLGPROC, LPARAM); LOCAL BOOL SelectTTYFont (HWND); LOCAL void SetColorAttribute (COLORREF *cf, char *colorName); LOCAL void SetReverseColor (void); LOCAL BOOL ConvertRGBString (char *colorName, COLORREF *cf); LOCAL char *ConvertStringRGB (char *colorName, size_t ncolorName, COLORREF colorRef); LOCAL BOOL ScanInt (char *str, int min, int max, int *val); LOCAL void TBToggle (HWND); LOCAL void TBPosToggle (HWND); LOCAL void TBShow (HWND); LOCAL void TBHide (HWND); LOCAL void TBSwap (HWND, int); LOCAL unsigned scrwidth(LPTSTR lpText, int nLength); LOCAL long pscreen_offset_from_cord(int row, int col, PTTYINFO pTTYInfo); LOCAL int tcsucmp(LPTSTR o, LPTSTR r); LOCAL int _print_send_page(void); /* defined in region.c */ int copyregion(int f, int n); #ifdef ACCELERATORS #ifdef ACCELERATORS_OPT LOCAL void AccelCtl (HWND hWnd, int ctl, BOOL saveChange); #endif LOCAL void AccelManage (HWND hWnd, long accels); LOCAL void UpdateAccelerators (HWND hWnd); #endif LOCAL UINT UpdateEditAllowed(HWND hWnd); LOCAL void PopupConfig(HMENU hMenu, MPopup *members, int *n); LOCAL MPopup *PopupId(MPopup *members, int id); LOCAL BOOL CopyCutPopup (HWND hWnd, UINT fAllowed); LOCAL void SelStart (int nRow, int nColumn); LOCAL void SelFinish (int nRow, int nColumn); LOCAL void SelClear (void); LOCAL void SelTrackXYMouse (int xPos, int yPos); LOCAL void SelTrackMouse (int nRow, int nColumn); LOCAL BOOL SelAvailable (void); LOCAL void SelDoCopy (HANDLE hCB, DWORD lenCB); LOCAL void UpdateTrayIcon(DWORD dwMsg, HICON hIcon, LPTSTR tip); LOCAL void FlushWriteAccum (void); LOCAL int mswin_reg_lptstr(int, int, LPTSTR, size_t); LOCAL BOOL MSWRPoke(HKEY hKey, LPTSTR subkey, LPTSTR valstr, LPTSTR data); LOCAL int MSWRClear(HKEY hKey, LPTSTR pSubKey); LOCAL void MSWRAlpineSet(HKEY hRootKey, LPTSTR subkey, LPTSTR val, int update, LPTSTR data); LOCAL int MSWRProtocolSet(HKEY hKey, int type, LPTSTR path_lptstr); LOCAL void MSWRAlpineSetHandlers(int update, LPTSTR path); LOCAL int MSWRAlpineGet(HKEY hKey, LPTSTR subkey, LPTSTR val, LPTSTR data_lptstr, size_t len); LOCAL void MSWIconAddList(int row, int id, HICON hIcon); LOCAL int MSWIconPaint(int row, HDC hDC); LOCAL void MSWIconFree(IconList **ppIcon); LOCAL void MSWRLineBufAdd(MSWR_LINE_BUFFER_S *lpLineBuf, LPTSTR line); LOCAL int MSWRDump(HKEY hKey, LPTSTR pSubKey, int keyDepth, MSWR_LINE_BUFFER_S *lpLineBuf); /* ... interface routines ... */ void ProcessMenuItem (HWND hWnd, WPARAM wParam); void AlarmDeliver (void); void HUPDeliver (void); void PrintFontSameAs (HWND hWnd); void PrintFontSelect (HWND hWnd); void ExtractFontInfo(LOGFONT *pFont, LPTSTR fontName, size_t nfontName, int *fontSize, LPTSTR fontStyle, size_t nfontStyle, int ppi, LPTSTR fontCharSet, size_t nfontCharSet); LOCAL void DidResize (PTTYINFO pTTYInfo); LOCAL void UpdateMenu (HWND hWnd); LOCAL void EditCut (void); LOCAL void EditCopy (void); LOCAL void EditCopyAppend (void); LOCAL void EditDoCopyData (HANDLE hCB, DWORD lenCB); LOCAL void EditPaste (void); LOCAL void EditCancelPaste (void); LOCAL UCS EditPasteGet (void); LOCAL BOOL EditPasteAvailable (void); LOCAL void EditSelectAll (void); LOCAL void MSWHelpShow (cbstr_t); LOCAL int MSWHelpSetMenu (HMENU hmenu); LOCAL void SortHandler (int order, int reverse); LOCAL void FlagHandler (int order, int reverse); LOCAL void MyTimerSet (void); LOCAL LRESULT ConfirmExit (void); LOCAL void CQInit (void); LOCAL BOOL CQAvailable (void); LOCAL BOOL CQAdd (UCS c, BOOL fKeyControlDown); LOCAL BOOL CQAddUniq (UCS c, BOOL fKeyControlDown); LOCAL UCS CQGet (); LOCAL void MQInit (void); LOCAL BOOL MQAvailable (void); LOCAL BOOL MQAdd (int mevent, int button, int nRow, int nColumn, int keys, int flags); LOCAL BOOL MQGet (MEvent * pmouse); LOCAL BOOL MQClear (int flag); LOCAL UCS mswin_getc (void); LOCAL DWORD ExplainSystemErr(void); LOCAL void RestoreMouseCursor(); LOCAL BYTE mswin_string2charsetid(LPTSTR); LOCAL int mswin_charsetid2string (LPTSTR fontCharSet, size_t nfontCharSet, BYTE lfCharSet); LOCAL int mswin_tw_init(MSWIN_TEXTWINDOW *mswin_tw, int id, LPCTSTR title); LOCAL MSWIN_TEXTWINDOW *mswin_tw_displaytext_lptstr (LPTSTR, LPTSTR, size_t, LPTSTR *, MSWIN_TEXTWINDOW *mswin_tw, int); LOCAL void mswin_tw_print_callback(MSWIN_TEXTWINDOW *mswin_tw); /* Functions exported to MS Windows. */ LRESULT FAR PASCAL __export PWndProc (HWND, UINT, WPARAM, LPARAM); BOOL FAR PASCAL __export ToolBarProc (HWND, UINT, WPARAM, LPARAM); LRESULT FAR PASCAL __export TBBtnProc (HWND, UINT, WPARAM, LPARAM); BOOL FAR PASCAL __export AboutDlgProc (HWND, UINT, WPARAM, LPARAM); BOOL FAR PASCAL __export SplashDlgProc (HWND, UINT, WPARAM, LPARAM); LOCAL HDDEDATA CALLBACK DdeCallback(UINT uType, UINT uFmt, HCONV hconv, HSZ hsz1, HSZ hsz2, HDDEDATA hdata, DWORD dwData1, DWORD dwData2); /*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Module globals. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ PTTYINFO gpTTYInfo; HWND ghTTYWnd; HINSTANCE ghInstance; BOOL gfUseDialogs; FILE *mswin_debugfile = NULL; int mswin_debug = 0; TCHAR gszAppName[45]; LOCAL TCHAR TempBuf [MAXLEN_TEMPSTR]; LOCAL TCHAR gszTTYClass[] = TEXT("PineWnd"); LOCAL int gAppIdent = APP_UNKNOWN; LOCAL int gNMW_width; LOCAL HCURSOR ghCursorArrow = NULL; LOCAL HCURSOR ghCursorBusy = NULL; LOCAL HCURSOR ghCursorIBeam = NULL; LOCAL HCURSOR ghCursorHand = NULL; LOCAL HCURSOR ghCursorCurrent = NULL; LOCAL HWND ghSplashWnd = NULL; LOCAL COLOR_PAIR *the_rev_color, *the_normal_color; /* Used for Pasting text. */ LOCAL HANDLE ghPaste = NULL; /* Handle to Paste data. */ LOCAL TCHAR *gpPasteNext = NULL; /* Pointer to current char. */ LOCAL size_t gPasteBytesRemain = 0; /* Count of bytes left. */ LOCAL BOOL gPasteWasCR = FALSE; /* Previous char was CR. */ LOCAL int gPasteEnabled = MSWIN_PASTE_DISABLE; LOCAL getc_t gCopyCutFunction = NULL; LOCAL cbarg_t gScrollCallback = NULL; LOCAL BOOL gScrolling = FALSE; /* Keeps track of when we are * in scroll routine. */ LOCAL cbarg_t gSortCallback = NULL; LOCAL cbarg_t gFlagCallback = NULL; LOCAL cbarg_t gHdrCallback = NULL; LOCAL cbarg_t gZoomCallback = NULL; LOCAL cbarg_t gFkeyCallback = NULL; LOCAL cbarg_t gSelectedCallback = NULL; LOCAL BOOL gMouseTracking = FALSE; /* Keeps track of when we are * tracking the mouse. */ LOCAL FARPROC gWSBlockingProc = NULL; LOCAL DLGPROC gToolBarProc = NULL; LOCAL WNDPROC gTBBtnProc = NULL; LOCAL BOOL gAllowCopy = FALSE; LOCAL BOOL gAllowCut = FALSE; LOCAL BOOL gAllowMouseTrack = FALSE;/* Upper layer interested in * mouse tracking. */ LOCAL short gsMWMultiplier; LOCAL MEvent gMTEvent; LOCAL cbstr_t gHelpGenCallback = NULL; LOCAL BOOL gfHelpGenMenu = FALSE; /* TRUE when help menu * installed. */ LOCAL cbstr_t gHelpCallback = NULL; LOCAL BOOL gfHelpMenu = FALSE; /* TRUE when help menu * installed. */ LOCAL char *gpCloseText; LOCAL DWORD gGMLastCall = 0; /* Last time I called * GetMessage. */ LOCAL BOOL gConfirmExit = FALSE; LOCAL HICON ghNormalIcon = NULL; LOCAL HICON ghNewMailIcon = NULL; LOCAL HICON ghMClosedIcon = NULL; LOCAL int gPrintFontSize; LOCAL TCHAR gPrintFontName[LF_FACESIZE]; LOCAL TCHAR gPrintFontStyle[64]; LOCAL TCHAR gPrintFontCharSet[256]; LOCAL BOOL gPrintFontSameAs = TRUE; LOCAL UINT gTimerCurrentPeriod = 0; LOCAL cbvoid_t gPeriodicCallback = NULL; /* Function to call. */ LOCAL DWORD gPeriodicCBTimeout = 0; /* Time of next call. */ LOCAL DWORD gPeriodicCBTime = 0; /* Delay between calls. */ //========================================================================= // n //========================================================================= MSWIN_TEXTWINDOW gMswinAltWin = {0}; MSWIN_TEXTWINDOW gMswinNewMailWin = {0}; MSWIN_TEXTWINDOW gMswinIMAPTelem = {0}; LOCAL cbvoid_t gIMAPDebugONCallback = NULL; LOCAL cbvoid_t gIMAPDebugOFFCallback = NULL; LOCAL cbvoid_t gEraseCredsCallback = NULL; LOCAL cbvoid_t gViewInWindCallback = NULL; LOCAL cbvoid_t gConfigScreenCallback = NULL; LOCAL cbarg_t gMouseTrackCallback = NULL; /* Currently only implement one SIGNAL so only need single variable. */ LOCAL SignalType gSignalAlarm = SIG_DFL; LOCAL DWORD gAlarmTimeout = 0; /* Time alarm expires in * seconds * (GetTickCount()/1000) */ LOCAL SignalType gSignalHUP = SIG_DFL; LOCAL IconList *gIconList = NULL; /* * There is some coordination between these names and the similar names * in osdep/unix. The names in the left column are mapped to the colors * in the right column when displaying. Note that the last eight colors map * to the same thing as the 1st eight colors. This is an attempt to inter- * operate with 16-color xterms. When editing a color and writing the color * into the config file, we use the canonical_name (middle column). So if * the user chooses green from the menu we write color010 in the config * file. [This has changed. Now we put the RGB value in the config file * instead. We leave this so that we can interpret color010 in the config * file from old versions of pine.] * We display that as green later. The xterm also displays that as * green, because the bright green (color010) on the xterm is what we want * to consider to be green, and the other one (color002) is dark green. * And dark green sucks. * On the PC we only use the first 11 colors in this table when giving the * user the set color display, since the last eight are repeats. */ LOCAL MSWINColor MSWINColorTable[] = { "black", "000,000,000", RGB(0,0,0), "red", "255,000,000", RGB(255,0,0), "green", "000,255,000", RGB(0,255,0), "yellow", "255,255,000", RGB(255,255,0), "blue", "000,000,255", RGB(0,0,255), "magenta", "255,000,255", RGB(255,0,255), "cyan", "000,255,255", RGB(0,255,255), "white", "255,255,255", RGB(255,255,255), "colorlgr", "192,192,192", RGB(192,192,192), /* lite gray */ "colormgr", "128,128,128", RGB(128,128,128), /* med. gray */ "colordgr", "064,064,064", RGB(64,64,64), /* dark gray */ "color008", "000,000,000", RGB(0,0,0), "color009", "255,000,000", RGB(255,0,0), "color010", "000,255,000", RGB(0,255,0), "color011", "255,255,000", RGB(255,255,0), "color012", "000,000,255", RGB(0,0,255), "color013", "255,000,255", RGB(255,0,255), "color014", "000,255,255", RGB(0,255,255), "color015", "255,255,255", RGB(255,255,255), NULL, NULL, 0 }; #define fullColorTableSize ((sizeof(MSWINColorTable) / sizeof(MSWINColorTable[0])) - 1) #define visibleColorTableSize (fullColorTableSize - 8) LOCAL MSWinCaret_t MSWinCaretTable[] = { "Block", CaretBlock, "ShortBlock", CaretSmallBlock, "Underline", CaretHorizBar, "VertBar", CaretVertBar, NULL, 0 }; /*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Windows Functions. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ /*--------------------------------------------------------------------------- * int PASCAL WinMain( HANDLE hInstance, HANDLE hPrevInstance, * LPSTR lpszCmdLine, int nCmdShow ) * * Description: * This is the main window loop! * * Parameters: * As documented for all WinMain() functions. * *--------------------------------------------------------------------------*/ int PASCAL wWinMain( HINSTANCE hInstance, HINSTANCE hPrevInstance, LPTSTR lpszCmdLine, int nCmdShow ) { CHAR **argv; int argc, i, nosplash = 0; char *cmdline_utf8; ghInstance = hInstance; if (!hPrevInstance) if (!InitApplication( hInstance )) return ( FALSE ) ; /* * Instead of crashing into Dr. Watson on invalid parameter calls * into the C library, just return the error indication that these * functions are normally expected to return. */ _set_invalid_parameter_handler (mswin_invalidparameter); #ifdef OWN_DEBUG_FILE /* Want to write to separate memdebug.txt file. */ mswin_debugfile = fopen ("memdebug.txt", "w"); fprintf (mswin_debugfile, "Beginning of mswin debug log\n"); if (mswin_debugfile != NULL) { mswin_debug = 4; MemDebug (mswin_debug, mswin_debugfile); fprintf (mswin_debugfile, "Show window as: %d\n", nCmdShow); fflush (mswin_debugfile); } #endif if (NULL == (ghTTYWnd = InitInstance (hInstance, nCmdShow))) return (FALSE); /* cmdline_utf8 memory is never freed */ cmdline_utf8 = lptstr_to_utf8(lpszCmdLine); MakeArgv (hInstance, cmdline_utf8, &argc, &argv); for(i = 0; i < argc; i++) if(strcmp((const char *)argv[i], "-nosplash") == 0){ nosplash = 1; break; } /* Create Splash window */ if(nosplash == 0){ ghSplashWnd = CreateDialog(hInstance, MAKEINTRESOURCE( SPLASHDLGBOX ), ghTTYWnd, (DLGPROC)SplashDlgProc); ShowWindow (ghSplashWnd, SW_SHOWNORMAL); } atexit (WinExit); app_main (argc, (char **)argv); return (TRUE); } LOCAL void mswin_invalidparameter(const wchar_t *expression, const wchar_t *function, const wchar_t *file, unsigned int line, uintptr_t reserved) { /* do nothing for now */ } void WinExit (void) { MSG msg; if (ghTTYWnd == NULL) return; UpdateTrayIcon(NIM_DELETE, 0, NULL); /* Destroy main window and process remaining events. */ DestroyWindow (ghTTYWnd); while (GetMessage (&msg, NULL, 0, 0)) { TranslateMessage (&msg); DispatchMessage (&msg); } #ifdef OWN_DEBUG_FILE fclose (mswin_debugfile); #endif if (gWSBlockingProc != NULL) FreeProcInstance (gWSBlockingProc); MemFreeAll (); ghTTYWnd = NULL; } /*--------------------------------------------------------------------------- * BOOL InitApplication( HANDLE hInstance ) * * Description: * First time initialization stuff. This registers information * such as window classes. * * Parameters: * HANDLE hInstance * Handle to this instance of the application. * *--------------------------------------------------------------------------*/ LOCAL BOOL InitApplication (HANDLE hInstance) { WNDCLASS wndclass; /* * Register tty window class. */ wndclass.style = 0; /* CS_NOCLOSE; */ wndclass.lpfnWndProc = PWndProc; wndclass.cbClsExtra = 0; wndclass.cbWndExtra = sizeof (LONG); wndclass.hInstance = hInstance ; /* In win16 we paint our own icon. */ wndclass.hIcon = LoadIcon (hInstance, MAKEINTRESOURCE (ALPINEICON)); wndclass.hCursor = LoadCursor (NULL, IDC_ARROW); wndclass.hbrBackground = (HBRUSH) (COLOR_WINDOW + 1); wndclass.lpszMenuName = MAKEINTRESOURCE (ALPINEMENU); wndclass.lpszClassName = gszTTYClass ; return (RegisterClass (&wndclass)); } /*--------------------------------------------------------------------------- * HWND InitInstance( HANDLE hInstance, int nCmdShow ) * * Description: * Initializes instance specific information. * * Parameters: * HANDLE hInstance * Handle to instance * * int nCmdShow * How do we show the window? * /*--------------------------------------------------------------------------*/ LOCAL HWND InitInstance (HANDLE hInstance, int nCmdShow) { HWND hTTYWnd; TCHAR appIdent[32]; SCROLLINFO scrollInfo; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "InitInstance::: entered, nCmdShow %d\n", nCmdShow); #endif LoadString (hInstance, IDS_APPNAME, gszAppName, sizeof(gszAppName) / sizeof(TCHAR)); /* create the TTY window */ hTTYWnd = CreateWindow (gszTTYClass, gszAppName, WS_OVERLAPPEDWINDOW | WS_VSCROLL, CW_USEDEFAULT, CW_USEDEFAULT, CW_USEDEFAULT, CW_USEDEFAULT, HWND_DESKTOP, NULL, hInstance, NULL); scrollInfo.cbSize = sizeof(SCROLLINFO); scrollInfo.fMask = SIF_DISABLENOSCROLL | SIF_PAGE | SIF_RANGE | SIF_POS; scrollInfo.nMin = 0; scrollInfo.nMax = 1; scrollInfo.nPage = 1; scrollInfo.nPos = 0; SetScrollInfo(hTTYWnd, SB_VERT, &scrollInfo, FALSE); EnableScrollBar (hTTYWnd, SB_VERT, ESB_DISABLE_BOTH); if (NULL == hTTYWnd) return (NULL); ghTTYWnd = hTTYWnd; ghNormalIcon = LoadIcon (hInstance, MAKEINTRESOURCE (ALPINEICON)); ghNewMailIcon = LoadIcon (hInstance, MAKEINTRESOURCE (NEWMAILICON)); ghMClosedIcon = LoadIcon (hInstance, MAKEINTRESOURCE (MCLOSEDICON)); ghCursorArrow = LoadCursor (NULL, IDC_ARROW); ghCursorBusy = LoadCursor (NULL, IDC_WAIT); ghCursorIBeam = LoadCursor (NULL, IDC_IBEAM); #ifdef IDC_HAND ghCursorHand = LoadCursor (NULL, IDC_HAND); #else ghCursorHand = LoadCursor (hInstance, MAKEINTRESOURCE( PICOHAND )); #endif ghCursorCurrent = ghCursorArrow; MouseWheelMultiplier(); CQInit (); MQInit (); /* * Load a resource with the name of the application. Compare to * known applications to determine who we are running under. * currently, only differentiation is the WINSOCK blocking hook. */ LoadString (hInstance, IDS_APPIDENT, appIdent, sizeof(appIdent) / sizeof(TCHAR)); if (_tcscmp (appIdent, APP_PINE_IDENT) == 0) { gAppIdent = APP_PINE; gWSBlockingProc = MakeProcInstance ( (FARPROC) NoMsgsAreSent, hInstance); } else if (_tcscmp (appIdent, APP_PICO_IDENT) == 0) gAppIdent = APP_PICO; else gAppIdent = APP_UNKNOWN; return (hTTYWnd); } /*--------------------------------------------------------------------------- * void MakeArgv () * * Description: * Build a standard C argc, argv pointers into the command line string. * * * Parameters: * cmdLine - Command line. * *argc - Count of words. * ***argc - Pointer to Pointer to array of pointers to * characters. * *--------------------------------------------------------------------------*/ LOCAL void MakeArgv (HINSTANCE hInstance, char *cmdLine_utf8, int *pargc, CHAR ***pargv) { CHAR **argv; LPSTR c; BOOL inWord, inQuote; int wordCount; #define CMD_PATH_LEN 128 LPTSTR modPath_lptstr; DWORD mpLen; /* Count words in cmdLine. */ wordCount = 0; inWord = FALSE; inQuote = FALSE; for (c = cmdLine_utf8; *c != '\0'; ++c) { if (inQuote) { if(*c == '"' && (*(c+1) == ' ' || *(c+1) == '\t' || *(c+1) == '\0')){ inQuote = inWord = FALSE; } } else { if(inWord && (*c == ' ' || *c == '\t' || *c == '\0')){ inWord = FALSE; } else if(!inWord && (*c != ' ' && *c != '\t')){ inWord = TRUE; wordCount++; if(*c == '"') inQuote = TRUE; } } } ++wordCount; /* One for program name. */ argv = (CHAR **) MemAlloc (sizeof (CHAR *) * (wordCount + 1)); *pargv = argv; *pargc = wordCount; modPath_lptstr = (LPTSTR) MemAlloc (CMD_PATH_LEN*sizeof(TCHAR)); mpLen = GetModuleFileName (hInstance, modPath_lptstr, CMD_PATH_LEN); if (mpLen > 0) { *(modPath_lptstr + mpLen) = '\0'; *(argv++) = (unsigned char *)lptstr_to_utf8(modPath_lptstr); } else *(argv++) = (unsigned char *)"Alpine/Pico"; MemFree((void *)modPath_lptstr); /* Now break up command line. */ inWord = FALSE; inQuote = FALSE; for (c = cmdLine_utf8; *c != '\0'; ++c) { if (inQuote) { if(*c == '"' && (*(c+1) == ' ' || *(c+1) == '\t' || *(c+1) == '\0')){ inQuote = inWord = FALSE; *c = '\0'; } } else { if(inWord && (*c == ' ' || *c == '\t' || *c == '\0')){ *c = '\0'; inWord = FALSE; } else if(!inWord && (*c != ' ' && *c != '\t')){ inWord = TRUE; if(*c == '"'){ inQuote = TRUE; *(argv++) = (unsigned char *)c+1; } else *(argv++) = (unsigned char *)c; } } } *argv = NULL; /* tie off argv */ } /*--------------------------------------------------------------------------- * LRESULT FAR PASCAL __export PWndProc( HWND hWnd, UINT uMsg, * WPARAM wParam, LPARAM lParam ) * * Description: * This is the TTY Window Proc. This handles ALL messages * to the tty window. * * Parameters: * As documented for Window procedures. * /*--------------------------------------------------------------------------*/ LRESULT FAR PASCAL __export PWndProc (HWND hWnd, UINT uMsg, WPARAM wParam, LPARAM lParam) { #ifdef CDEBUG if (mswin_debug > 12) { fprintf (mswin_debugfile, "PWndProc:: uMsg = 0x%x\n", uMsg); fflush (mswin_debugfile); } #endif switch (uMsg) { case WM_CREATE: MyTimerSet (); return (CreateTTYInfo (hWnd)); case WM_COMMAND: switch ((WORD) wParam) { case IDM_OPT_SETFONT: SelectTTYFont (hWnd); break ; case IDM_OPT_FONTSAMEAS: PrintFontSameAs (hWnd); break; case IDM_OPT_TOOLBAR: TBToggle (hWnd); break; case IDM_OPT_TOOLBARPOS: TBPosToggle (hWnd); break; case IDM_OPT_USEDIALOGS: { PTTYINFO pTTYInfo; gfUseDialogs = !gfUseDialogs; pTTYInfo = (PTTYINFO)(LONG_PTR)MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo) DidResize (pTTYInfo); break; } case IDM_OPT_ERASE_CREDENTIALS: if(gEraseCredsCallback) (*gEraseCredsCallback)(); break; case IDM_MI_VIEWINWIND: if(gViewInWindCallback) (*gViewInWindCallback)(); break; case IDM_OPT_IMAPTELEM: mswin_tw_init(&gMswinIMAPTelem, (int)LOWORD(wParam), TEXT("IMAP Telemetry")); SetFocus (ghTTYWnd); break; case IDM_OPT_NEWMAILWIN: mswin_tw_init(&gMswinNewMailWin, (int)LOWORD(wParam), TEXT("New Mail View")); SetFocus (ghTTYWnd); break; #ifdef ACCELERATORS_OPT case IDM_OPT_USEACCEL: AccelCtl (hWnd, ACCEL_TOGGLE, TRUE); break; #endif case IDM_OPT_SETPRINTFONT: PrintFontSelect (hWnd); break; case IDM_OPT_CARETBLOCK : CaretTTY(hWnd, CaretBlock); break; case IDM_OPT_CARETSMALLBLOCK : CaretTTY(hWnd, CaretSmallBlock); break; case IDM_OPT_CARETVBAR : CaretTTY(hWnd, CaretVertBar); break; case IDM_OPT_CARETHBAR : CaretTTY(hWnd, CaretHorizBar); break; case IDM_ABOUT: GoModalDialogBoxParam ( GET_HINST( hWnd ), MAKEINTRESOURCE( ABOUTDLGBOX ), hWnd, (DLGPROC)AboutDlgProc, (LPARAM) 0 ) ; break; case IDM_EDIT_CUT: EditCut (); break; case IDM_EDIT_COPY: EditCopy (); break; case IDM_EDIT_COPY_APPEND: EditCopyAppend (); break; case IDM_EDIT_PASTE: EditPaste (); #ifdef ACCELERATORS UpdateAccelerators (hWnd); #endif break; case IDM_EDIT_CANCEL_PASTE: EditCancelPaste (); #ifdef ACCELERATORS UpdateAccelerators (hWnd); #endif break; case IDM_EDIT_SEL_ALL : EditSelectAll(); break; case IDM_HELP: MSWHelpShow (gHelpCallback); break; case IDM_MI_GENERALHELP: MSWHelpShow (gHelpGenCallback); break; case IDM_MI_WHEREIS : CQAdd (gpTTYInfo->menuItems[KS_WHEREIS - KS_RANGESTART].miKey, 0); break; case IDM_MI_SORTSUBJECT : case IDM_MI_SORTARRIVAL : case IDM_MI_SORTSIZE : case IDM_MI_SORTFROM : case IDM_MI_SORTTO : case IDM_MI_SORTCC : case IDM_MI_SORTDATE : case IDM_MI_SORTORDERSUB : case IDM_MI_SORTSCORE : case IDM_MI_SORTTHREAD : SortHandler((int)(wParam - IDM_MI_SORTSUBJECT), 0); break; case IDM_MI_SORTREVERSE : SortHandler(-1, 1); break; case IDM_MI_FLAGIMPORTANT : case IDM_MI_FLAGNEW : case IDM_MI_FLAGANSWERED : case IDM_MI_FLAGDELETED : FlagHandler((int)(wParam - IDM_MI_FLAGIMPORTANT), 0); break; default: /* value falling within the menu item range are handled here. */ if (wParam >= KS_RANGESTART && wParam <= KS_RANGEEND){ ProcessMenuItem (hWnd, wParam); break; } break; } break ; case WM_VSCROLL: ScrollTTY (hWnd, LOWORD(wParam), HIWORD(wParam), (HWND) lParam); break; case WM_MOUSEWHEEL: MouseWheelTTY (hWnd, LOWORD(lParam), HIWORD(lParam), LOWORD(wParam), (short) HIWORD(wParam)); break; case WM_ERASEBKGND: if (IsIconic (hWnd)) return (DefWindowProc (hWnd, WM_ICONERASEBKGND, wParam, lParam)); else EraseTTY (hWnd, (HDC) wParam); break; case WM_QUERYDRAGICON: return ((LRESULT)ghNormalIcon); case WM_PAINT: PaintTTY (hWnd); break ; case WM_GETMINMAXINFO: GetMinMaxInfoTTY (hWnd, (MINMAXINFO __far *)lParam); break; case WM_SIZE: SizeTTY (hWnd, (int)wParam, HIWORD(lParam), LOWORD(lParam)); break ; case WM_SIZING : return(SizingTTY(hWnd, (int)wParam, (LPRECT) lParam)); case WM_MOVE: /* MoveTTY (hWnd, (int) LOWORD(lParam), (int) HIWORD(lParam)); */ break; case WM_WINDOWPOSCHANGING: /* Allows us to adjust new size of window. */ AboutToSizeTTY (hWnd, (WINDOWPOS FAR *) lParam); break; case TASKBAR_ICON_MESSAGE: /* Notification of a mouse event in the task bar tray. * If they are clicking on it we will restore the window. */ if (lParam == WM_LBUTTONDOWN){ if(gpTTYInfo->fMinimized) ShowWindow (hWnd, SW_RESTORE); else SetForegroundWindow(hWnd); } break; /* * WM_KEYDOWN is sent for every "key press" and reports on the * keyboard key, with out processing shift and control keys. * WM_CHAR is a synthetic event, created from KEYDOWN and KEYUP * events. It includes processing or control and shift characters. * But does not get generated for extended keys suchs as arrow * keys. * I'm going to try to use KEYDOWN for processing just extended keys * and let CHAR handle the the rest. * * The only key combo that is special is ^-space. For that, I'll use * WM_KEYDOWN and WM_KEYUP to track the state of the control key. */ case WM_CHAR: /* * If the windows cursor is visible and we have keyboard input * then hide the windows cursor */ mswin_showcursor(FALSE); ProcessTTYCharacter (hWnd, (TCHAR)wParam); break ; case WM_KEYDOWN: if (ProcessTTYKeyDown (hWnd, (TCHAR) wParam)) return (0); return( DefWindowProc( hWnd, uMsg, wParam, lParam ) ) ; case WM_SYSCHAR: if (gFkeyCallback && (*gFkeyCallback)(0, 0) && LOBYTE (wParam) == VK_F10){ ProcessTTYCharacter (hWnd, (TCHAR)wParam); return (0); } return( DefWindowProc( hWnd, uMsg, wParam, lParam ) ) ; case WM_SYSKEYDOWN: /* * lParam specifies the context code. Bit 29 is 1 if the ALT key is down * while the key is pressed. */ if (!(lParam & (1<<29)) && gFkeyCallback && (*gFkeyCallback)(0, 0) && LOBYTE (wParam) == VK_F10 && ProcessTTYKeyDown (hWnd, (TCHAR) wParam)) return (0); return( DefWindowProc( hWnd, uMsg, wParam, lParam ) ) ; case WM_LBUTTONDOWN: ProcessTTYMouse (hWnd, M_EVENT_DOWN, M_BUTTON_LEFT, LOWORD (lParam), HIWORD (lParam), wParam); break; case WM_LBUTTONUP: if (ProcessTTYMouse (hWnd, M_EVENT_UP, M_BUTTON_LEFT, LOWORD (lParam), HIWORD (lParam), wParam)) goto callDef; break; case WM_MBUTTONDOWN: ProcessTTYMouse (hWnd, M_EVENT_DOWN, M_BUTTON_MIDDLE, LOWORD (lParam), HIWORD (lParam), wParam); break; case WM_MBUTTONUP: ProcessTTYMouse (hWnd, M_EVENT_UP, M_BUTTON_MIDDLE, LOWORD (lParam), HIWORD (lParam), wParam); break; case WM_RBUTTONDOWN: ProcessTTYMouse (hWnd, M_EVENT_DOWN, M_BUTTON_RIGHT, LOWORD (lParam), HIWORD (lParam), wParam); break; case WM_RBUTTONUP: ProcessTTYMouse (hWnd, M_EVENT_UP, M_BUTTON_RIGHT, LOWORD (lParam), HIWORD (lParam), wParam); break; case WM_MOUSEMOVE: ProcessTTYMouse (hWnd, M_EVENT_TRACK, 0, LOWORD (lParam), HIWORD (lParam), wParam); break; case WM_NCMOUSEMOVE: mswin_showcursor(TRUE); goto callDef; /* pretend it never happened */ case WM_SETFOCUS: SetTTYFocus (hWnd); break; case WM_KILLFOCUS: KillTTYFocus (hWnd); break; case WM_SETCURSOR: /* Set cursor. If in client, leave as is. Otherwise, pass to * DefWindow Proc */ if (LOWORD(lParam) == HTCLIENT) { SetCursor (ghCursorCurrent); return (TRUE); } return( DefWindowProc( hWnd, uMsg, wParam, lParam ) ) ; case WM_INITMENU: UpdateMenu (hWnd); break; case WM_TIMER: /* Really just used so that we continue to receive messages even while * in background. Causes mswin_getc() to process message and return * to caller so that it can get some periodic processing in. */ ProcessTimer (); break; case WM_QUERYENDSESSION: /* Returns non-zero if I can exit, otherwise zero, and the end * session operation stops. */ return ((LRESULT)ConfirmExit ()); case WM_DESTROY: KillTimer (hWnd, MY_TIMER_ID); DestroyTTYInfo (hWnd); PostQuitMessage (0); break; case WM_DROPFILES: if(ProcessTTYFileDrop((HANDLE) wParam) == TRUE) SetForegroundWindow(hWnd); break; case WM_CLOSE: /* If the quit menu is active then insert the quit command * Otherwise, abort. */ if (gpTTYInfo->menuItems[KS_EXIT - KS_RANGESTART].miActive) { CQAdd (gpTTYInfo->menuItems[KS_EXIT - KS_RANGESTART].miKey, 0); } else if (gSignalHUP != SIG_DFL && gSignalHUP != SIG_IGN) { if (MessageBox (hWnd, TEXT("Abort PINE/PICO, possibly losing current work?"), gszAppName, MB_OKCANCEL | MB_ICONQUESTION) == IDOK) HUPDeliver (); } break; default: callDef: return( DefWindowProc( hWnd, uMsg, wParam, lParam ) ) ; } return 0L ; } /* end of PWndProc() */ /*--------------------------------------------------------------------------- * LRESULT NEAR CreateTTYInfo( HWND hWnd ) * * Description: * Creates the tty information structure and sets * menu option availability. Returns -1 if unsuccessful. * * Parameters: * HWND hWnd * Handle to main window. * *-------------------------------------------------------------------------*/ LOCAL LRESULT NEAR CreateTTYInfo (HWND hWnd) { HMENU hMenu; PTTYINFO pTTYInfo; LOGFONT newFont; int i, ppi; HDC hDC; HFONT testFont; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "CreateTTYInfo::: entered\n"); #endif hDC = GetDC (ghTTYWnd); ppi = GetDeviceCaps (hDC, LOGPIXELSY); ReleaseDC (ghTTYWnd, hDC); pTTYInfo = (PTTYINFO) MemAlloc (sizeof (TTYINFO)); if (pTTYInfo == NULL) return ((LRESULT) - 1); gpTTYInfo = pTTYInfo; /* initialize TTY info structure */ memset (pTTYInfo, 0, sizeof (TTYINFO)); /* Shown but not focused. */ pTTYInfo->cCaretStyle = CaretBlock; pTTYInfo->fMinimized = FALSE; pTTYInfo->fMaximized = FALSE; pTTYInfo->fFocused = FALSE; pTTYInfo->fNewLine = FALSE; pTTYInfo->fMassiveUpdate = FALSE; pTTYInfo->fNewMailIcon = FALSE; pTTYInfo->fMClosedIcon = FALSE; pTTYInfo->autoWrap = WRAP_NO_SCROLL; pTTYInfo->xOffset = MARGINE_LEFT; pTTYInfo->yOffset = MARGINE_TOP; pTTYInfo->fDesiredSize = FALSE; pTTYInfo->fCursorOn = TRUE; pico_nfcolor(NULL); pico_nbcolor(NULL); pico_rfcolor(NULL); pico_rbcolor(NULL); pico_set_normal_color(); pTTYInfo->toolBarTop = TRUE; pTTYInfo->curToolBarID = IDD_TOOLBAR; /* Clear menu item array. */ pTTYInfo->curWinMenu = ALPINEMENU; for (i = 0; i < KS_COUNT; ++i) pTTYInfo->menuItems[i].miActive = FALSE; pTTYInfo->menuItemsCurrent = FALSE; /* Clear resize callback procs. */ for (i = 0; i < RESIZE_CALLBACK_ARRAY_SIZE; ++i) pTTYInfo->resizer[i] = NULL; /* clear screen space */ pTTYInfo->pScreen = NULL; pTTYInfo->pCellWidth = NULL; pTTYInfo->pAttrib = NULL; /* setup default font information */ newFont.lfHeight = -MulDiv(12, ppi, 72); newFont.lfWidth = 0; newFont.lfEscapement = 0; newFont.lfOrientation = 0; newFont.lfWeight = 0; newFont.lfItalic = 0; newFont.lfUnderline = 0; newFont.lfStrikeOut = 0; newFont.lfCharSet = FONT_CHARSET_FONT; newFont.lfOutPrecision = OUT_DEFAULT_PRECIS; newFont.lfClipPrecision = CLIP_DEFAULT_PRECIS; newFont.lfQuality = DEFAULT_QUALITY; newFont.lfPitchAndFamily = FIXED_PITCH | FF_MODERN; _sntprintf(newFont.lfFaceName, LF_FACESIZE, TEXT("%s"), TEXT("Courier New")); testFont = CreateFontIndirect(&newFont); if(NULL == testFont) newFont.lfFaceName[0] = '\0'; else DeleteObject(testFont); /* set TTYInfo handle before any further message processing. */ MySetWindowLongPtr (hWnd, GWL_PTTYINFO, pTTYInfo); /* reset the character information, etc. */ ResetTTYFont (hWnd, pTTYInfo, &newFont); hMenu = GetMenu (hWnd); EnableMenuItem (hMenu, IDM_EDIT_CUT, MF_BYCOMMAND | MF_GRAYED); EnableMenuItem (hMenu, IDM_EDIT_COPY, MF_BYCOMMAND | MF_GRAYED); EnableMenuItem (hMenu, IDM_EDIT_COPY_APPEND, MF_BYCOMMAND | MF_GRAYED); EnableMenuItem (hMenu, IDM_EDIT_PASTE, MF_BYCOMMAND | MF_GRAYED); return ((LRESULT) TRUE); } /*--------------------------------------------------------------------------- * BOOL NEAR DestroyTTYInfo( HWND hWnd ) * * Description: * Destroys block associated with TTY window handle. * * Parameters: * HWND hWnd * handle to TTY window * *-------------------------------------------------------------------------*/ LOCAL BOOL NEAR DestroyTTYInfo (HWND hWnd) { PTTYINFO pTTYInfo; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); #ifdef ACCELERATORS if(pTTYInfo->hAccel){ DestroyAcceleratorTable(pTTYInfo->hAccel); pTTYInfo->hAccel = NULL; pTTYInfo->fAccel = EM_NONE; } #endif if(pTTYInfo->hTBWnd != NULL) DestroyWindow (pTTYInfo->hTBWnd); if(pTTYInfo->hTBBrush != NULL) DeleteObject(pTTYInfo->hTBBrush); DeleteObject (pTTYInfo->hTTYFont); MemFree (pTTYInfo); return (TRUE); } /*--------------------------------------------------------------------------- * void ResizeTTYScreen( HWND hWnd, PTTYINFO pTTYInfo, * int newNrow, int newNColumn); * * Description: * Resize the screen to new size, copying data. * * Parameters: * PTTYINFO pTTYInfo * pointer to TTY info structure * newNCo.umn, newNRow * new size of screen. * /*--------------------------------------------------------------------------*/ LOCAL BOOL ResizeTTYScreen (HWND hWnd, PTTYINFO pTTYInfo, int newNRow, int newNColumn) { CharAttrib *pNewAttrib, tmpAttrib, *pSourceAtt, *pDestAtt; TCHAR *pNewScreen, *pSource, *pDest; int *pNewCW, *pSourceCW, *pDestCW; size_t len; int cells; int r, i; extern TERM term; if (newNColumn < MINNCOLUMN) newNColumn = MINNCOLUMN; if (newNRow < MINNROW) newNRow = MINNROW; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "ResizeTTYScreen::: entered, new row %d, col %d\n", newNRow, newNColumn); #endif SelClear (); cells = newNColumn * newNRow; pNewScreen = (TCHAR *)MemAlloc (cells * sizeof (TCHAR)); if (pNewScreen == NULL) return (FALSE); pNewCW = (int *)MemAlloc(cells * sizeof(int)); if(pNewCW == NULL){ MemFree((void *)pNewScreen); return(FALSE); } pNewAttrib = (CharAttrib *)MemAlloc (cells * sizeof (CharAttrib)); if (pNewAttrib == NULL) { MemFree ((void *)pNewScreen); MemFree ((void *)pNewCW); return (FALSE); } /* * Clear new screen. */ for(i = 0; i < cells; i++){ pNewScreen[i] = ' '; pNewCW[i] = pTTYInfo->xChar; /* xChar set yet ? */ } tmpAttrib.style = CHAR_ATTR_NORM; tmpAttrib.rgbFG = pTTYInfo->rgbFGColor; tmpAttrib.rgbBG = pTTYInfo->rgbBGColor; for(r = 0; r < cells; r++) pNewAttrib[r] = tmpAttrib; /* * Copy old screen onto new screen. */ if (pTTYInfo->pScreen != NULL) { for (r = 1; r <= newNRow && r <= pTTYInfo->actNRow; ++r) { pSource = pTTYInfo->pScreen + ((pTTYInfo->actNRow - r) * pTTYInfo->actNColumn); pDest = pNewScreen + ((newNRow - r) * newNColumn); len = MIN (newNColumn, pTTYInfo->actNColumn); for(i = 0; i < len; i++) pDest[i] = pSource[i]; pSourceCW = pTTYInfo->pCellWidth + ((pTTYInfo->actNRow - r) * pTTYInfo->actNColumn); pDestCW = pNewCW + ((newNRow - r) * newNColumn); memcpy(pDestCW, pSourceCW, len * sizeof(int)); pSourceAtt = pTTYInfo->pAttrib + ((pTTYInfo->actNRow - r) * pTTYInfo->actNColumn); pDestAtt = pNewAttrib + ((newNRow - r) * newNColumn); len = MIN (newNColumn, pTTYInfo->actNColumn); memcpy (pDestAtt, pSourceAtt, len * sizeof(CharAttrib)); } pTTYInfo->nColumn = (CORD)MIN (pTTYInfo->nColumn, newNColumn); pTTYInfo->nRow = (CORD)MAX (0, pTTYInfo->nRow + (newNRow - pTTYInfo->actNRow)); MemFree (pTTYInfo->pScreen); MemFree (pTTYInfo->pCellWidth); MemFree (pTTYInfo->pAttrib); } else { pTTYInfo->nColumn = (CORD)MIN (pTTYInfo->nColumn, newNColumn); pTTYInfo->nRow = (CORD)MIN (pTTYInfo->nRow, newNRow); } pTTYInfo->pScreen = pNewScreen; pTTYInfo->pCellWidth = pNewCW; pTTYInfo->pAttrib = pNewAttrib; pTTYInfo->actNColumn = newNColumn; pTTYInfo->actNRow = newNRow; /* Repaint whole screen. */ pTTYInfo->screenDirty = TRUE; pTTYInfo->eraseScreen = TRUE; InvalidateRect (hWnd, NULL, FALSE); /* Pico specific. */ if (term.t_nrow == 0) { term.t_nrow = (short)(newNRow - 1); term.t_ncol = (short)newNColumn; } return (TRUE); } /*--------------------------------------------------------------------------- * BOOL ResetTTYFont( HWND hWnd, PTTYINFO pTTYInfo, LOGFONT *newFont) * * Description: * Resets the TTY character information and causes the * screen to resize to update the scroll information. * * Parameters: * PTTYINFO pTTYInfo * pointer to TTY info structure * /*--------------------------------------------------------------------------*/ LOCAL BOOL ResetTTYFont (HWND hWnd, PTTYINFO pTTYInfo, LOGFONT *newFont) { HDC hDC; HFONT hFont; TEXTMETRIC tm; int newNRow; int newNColumn; BOOL newsize; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "ResetTTYFont::: entered, current window size X %d, Y %d\n", pTTYInfo->xSize, pTTYInfo->ySize); #endif if (NULL == pTTYInfo) return (FALSE); SelClear (); /* * Create new font. */ hFont = CreateFontIndirect (newFont); if (hFont == NULL) return (FALSE); hDC = GetDC (hWnd); SelectObject (hDC, hFont); GetTextMetrics (hDC, &tm); ReleaseDC (hWnd, hDC); /* * Replace old font. */ if (NULL != pTTYInfo->hTTYFont) DeleteObject (pTTYInfo->hTTYFont); pTTYInfo->hTTYFont = hFont; memcpy (&pTTYInfo->lfTTYFont, newFont, sizeof (LOGFONT)); /* Update the char cell size. */ pTTYInfo->xChar = (CORD)tm.tmAveCharWidth; pTTYInfo->yChar = (CORD)(tm.tmHeight + tm.tmExternalLeading); /* Update the current number of rows and cols. Don't allow * either to be less than zero. */ newNRow = MAX (MINNROW, MIN (MAXNROW, (pTTYInfo->ySize - pTTYInfo->toolBarSize - (2 * MARGINE_TOP))/ pTTYInfo->yChar)); newNColumn = MAX (MINNCOLUMN, MIN (MAXNCOLUMN, (pTTYInfo->xSize - (2 * pTTYInfo->xOffset))/ pTTYInfo->xChar)); newsize = newNRow != pTTYInfo->actNRow || newNColumn != pTTYInfo->actNColumn; if (newsize) ResizeTTYScreen (hWnd, pTTYInfo, newNRow, newNColumn); /* Resize the caret as well. */ if(pTTYInfo->fCaretOn) HideCaret (hWnd); DestroyCaret (); CaretCreateTTY (hWnd); /* Redraw screen and, if the "size" changed, tell the upper layers. */ pTTYInfo->screenDirty = TRUE; pTTYInfo->eraseScreen = TRUE; InvalidateRect (hWnd, NULL, FALSE); /* Always call the resize functions - even if the screen size * has not changed, the font style may have. */ DidResize (pTTYInfo); return (TRUE); } /*--------------------------------------------------------------------------- * BOOL EraseTTY (HWND hWnd, HDC hDC) * * Description: * Erase the tty background. * * * Parameters: * HWND hWnd * handle to TTY window (as always) * /*--------------------------------------------------------------------------*/ LOCAL BOOL EraseTTY (HWND hWnd, HDC hDC) { RECT erect; HBRUSH hBrush; GetClientRect (hWnd, &erect); hBrush = CreateSolidBrush (gpTTYInfo->rgbBGColor); if (hBrush != NULL) { FillRect (hDC, &erect, hBrush); DeleteObject (hBrush); } return (TRUE); } /*--------------------------------------------------------------------------- * BOOL PaintTTY( HWND hWnd ) * * Description: * Paints the rectangle determined by the paint struct of * the DC. * * Parameters: * HWND hWnd * handle to TTY window (as always) * /*--------------------------------------------------------------------------*/ LOCAL BOOL PaintTTY (HWND hWnd) { int nRow, nCol; /* Top left corner of update. */ int nEndRow, nEndCol; /* lower right corner of update. */ int nHorzPos, nVertPos; /* Position of each text write. */ int col; /* start col of run of similar attr */ int count; /* count of run of similar attrib. */ int endCount; /* How far to count. */ CharAttrib *pAttrib; HDC hDC; LOGFONT tmpFont; HFONT hOrigFont, hOldFont = NULL, hTmpFont; PTTYINFO pTTYInfo; PAINTSTRUCT ps; RECT rect; RECT erect; HBRUSH hBrush; long offset; /* Offset into pScreen array */ long endoffset; /* Offset of nEndCol in each row array */ CharAttrib *pLastAttrib; /* Attributes of last text write. */ CharAttrib *pNewAttrib; /* Attributes of this text write. */ #ifdef CDEBUG if (mswin_debug >= 9) fprintf (mswin_debugfile, "PaintTTY::: entered\n"); #endif pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); if (IsIconic (hWnd)) return (TRUE); hDC = BeginPaint (hWnd, &ps); rect = ps.rcPaint; hOrigFont = SelectObject (hDC, pTTYInfo->hTTYFont); SetTextColor (hDC, pTTYInfo->rgbFGColor); SetBkColor (hDC, pTTYInfo->rgbBGColor); SetBkMode (hDC, OPAQUE); nRow = (rect.top - pTTYInfo->yOffset) / pTTYInfo->yChar; CONSTRAIN (nRow, 0, pTTYInfo->actNRow - 1); nEndRow = MIN(pTTYInfo->actNRow - 1, ((rect.bottom - pTTYInfo->yOffset - 1) / pTTYInfo->yChar)); nCol = MIN(pTTYInfo->actNColumn - 1, MAX(0, (rect.left - pTTYInfo->xOffset) / pTTYInfo->xChar)); nEndCol = MIN(pTTYInfo->actNColumn - 1, ((rect.right - pTTYInfo->xOffset - 1) / pTTYInfo->xChar)); pLastAttrib = NULL; /* Erase screen if necessary. */ if (pTTYInfo->eraseScreen) { erect.top = 0; erect.left = 0; erect.bottom = pTTYInfo->ySize; erect.right = pTTYInfo->xSize; hBrush = CreateSolidBrush (pTTYInfo->rgbBGColor); if (hBrush != NULL) { FillRect (hDC, &erect, hBrush); DeleteObject (hBrush); } pTTYInfo->eraseScreen = FALSE; } /* Paint an inset frame around the text region. */ if (pTTYInfo->toolBarSize == 0) { erect.top = 0; erect.bottom = pTTYInfo->ySize; } else if (pTTYInfo->toolBarTop) { erect.top = pTTYInfo->toolBarSize; erect.bottom = pTTYInfo->ySize; } else { erect.top = 0; erect.bottom = pTTYInfo->ySize - pTTYInfo->toolBarSize; } erect.left = 0; erect.right = pTTYInfo->xSize; FrameRect3D (hDC, &erect, FRAME_3D_SIZE, FALSE); /* Paint rows of text. */ for (; nRow <= nEndRow; nRow++) { nVertPos = (nRow * pTTYInfo->yChar) + pTTYInfo->yOffset; rect.top = nVertPos; rect.bottom = nVertPos + pTTYInfo->yChar; /* Paint runs of similar attributes. */ col = nCol; /* Start at left. */ if(col == 0 && MSWIconPaint(nRow, hDC)) col += 2; /* * col is the column on the screen, not the index * into the array. */ while (col <= nEndCol) { /* While not past right. */ /* Starting with Character at nRow, col, what is its attribute? */ /* offset is an index into the array */ offset = pscreen_offset_from_cord(nRow, col, pTTYInfo); pNewAttrib = pTTYInfo->pAttrib + offset; hTmpFont = NULL; if (!(pLastAttrib && pNewAttrib->style == pLastAttrib->style && pNewAttrib->rgbFG == pLastAttrib->rgbFG && pNewAttrib->rgbBG == pLastAttrib->rgbBG)) { /* * Require new font? */ if(!pLastAttrib || (pNewAttrib->style & CHAR_ATTR_ULINE) != (pLastAttrib->style & CHAR_ATTR_ULINE)){ if(pNewAttrib->style & CHAR_ATTR_ULINE){ /* * Find suitable attribute font... */ memcpy (&tmpFont, &pTTYInfo->lfTTYFont, sizeof (LOGFONT)); tmpFont.lfHeight = - pTTYInfo->yChar; tmpFont.lfWidth = - pTTYInfo->xChar; tmpFont.lfUnderline = (BYTE)((pNewAttrib->style & CHAR_ATTR_ULINE) == CHAR_ATTR_ULINE); hTmpFont = CreateFontIndirect (&tmpFont); hOldFont = SelectObject (hDC, hTmpFont); } } /* * Set new color attributes. If Reverse or Selected, then * show in reverse colors. But if neither, or both, then * normal colors. */ if(pNewAttrib->style & CHAR_ATTR_SEL){ SetTextColor (hDC, pNewAttrib->rgbBG); SetBkColor (hDC, pNewAttrib->rgbFG); } else { if(!(pLastAttrib && pNewAttrib->rgbFG == pLastAttrib->rgbFG) || (pLastAttrib->style & CHAR_ATTR_SEL)) SetTextColor (hDC, pNewAttrib->rgbFG); if(!(pLastAttrib && pNewAttrib->rgbBG == pLastAttrib->rgbBG) || (pLastAttrib->style & CHAR_ATTR_SEL)) SetBkColor (hDC, pNewAttrib->rgbBG); } } /* Find run of similar attributes. */ count = 1; pAttrib = pTTYInfo->pAttrib + (offset + 1); /* endoffset is an index into the pScreen array */ endoffset = pscreen_offset_from_cord(nRow, nEndCol, pTTYInfo); endCount = endoffset - offset; while (count <= endCount && pAttrib->style == pNewAttrib->style && pAttrib->rgbFG == pNewAttrib->rgbFG && pAttrib->rgbBG == pNewAttrib->rgbBG){ ++pAttrib; ++count; } if(hTmpFont != NULL){ /* BUG: compute new offsets based on hTmpFont font if required */ nHorzPos = (col * pTTYInfo->xChar) + pTTYInfo->xOffset; rect.left = nHorzPos; rect.right = nHorzPos + pTTYInfo->xChar * scrwidth(pTTYInfo->pScreen+offset, count); } else{ /* Paint run of characters from nRow, col to nRow, col + count * rect.top and rect.bottom have already been calculated. */ nHorzPos = (col * pTTYInfo->xChar) + pTTYInfo->xOffset; rect.left = nHorzPos; rect.right = nHorzPos + pTTYInfo->xChar * scrwidth(pTTYInfo->pScreen+offset, count); } ExtTextOut (hDC, nHorzPos, nVertPos, ETO_OPAQUE | ETO_CLIPPED, &rect, (LPTSTR) (pTTYInfo->pScreen + offset), count, (int *)(pTTYInfo->pCellWidth+offset)); /* Overstrike bold chars by hand to preserve char cell size */ if(pNewAttrib->style & CHAR_ATTR_BOLD){ int old_mode = GetBkMode(hDC); SetBkMode (hDC, TRANSPARENT); ExtTextOut (hDC, nHorzPos + 1, nVertPos, 0, &rect, (LPTSTR) (pTTYInfo->pScreen + offset), count, (int *)(pTTYInfo->pCellWidth+offset)); if(old_mode) SetBkMode (hDC, old_mode); } /* Move pointer to end of this span of characters. */ col += MAX(scrwidth(pTTYInfo->pScreen+offset, count), 1); pLastAttrib = pNewAttrib; if(hTmpFont != NULL){ SelectObject(hDC, hOldFont); DeleteObject(hTmpFont); } } } SelectObject (hDC, hOrigFont); EndPaint (hWnd, &ps); MoveTTYCursor (hWnd); pTTYInfo->screenDirty = FALSE; return (TRUE); } /* FillRectColor * * * Description: * FillRectColor is similar to PatB in toolbar.c * * Code based on MFC source code, so presumably efficient. * */ LOCAL void FillRectColor(HDC hDC, RECT * pRC, COLORREF color) { SetBkColor(hDC, color); ExtTextOut(hDC, 0, 0, ETO_OPAQUE, pRC, NULL, 0, NULL); } /** FrameRect3D * * * Inputs: * hdc - HDC * pRC - pointer to rectangle * width - width for frame (usually one) * raised - TRUE for raised effect, FALSE for sunken effect * * Outputs: * none * * Returns: * void * * Description * Draws a frame with a 3D effect. * * If 'raised' is true, the rectangle will look raised (like * a button); otherwise, the rectangle will look sunk. * */ void FrameRect3D(HDC hdc, RECT * pRC, int width, BOOL raised) { COLORREF hilite, shadow; RECT rcTemp; shadow = GetSysColor(COLOR_BTNSHADOW); hilite = GetSysColor(COLOR_BTNHIGHLIGHT); rcTemp = *pRC; rcTemp.right = rcTemp.left + width; FillRectColor(hdc, &rcTemp, raised ? hilite : shadow); rcTemp.right = pRC->right; rcTemp.bottom = rcTemp.top + width; FillRectColor(hdc, &rcTemp, raised ? hilite : shadow); rcTemp.bottom = pRC->bottom; rcTemp.left = rcTemp.right - width; FillRectColor(hdc, &rcTemp, raised ? shadow : hilite); rcTemp.left = pRC->left; rcTemp.top = rcTemp.bottom - width; FillRectColor(hdc, &rcTemp, raised ? shadow : hilite); } /*--------------------------------------------------------------------------- * BOOL GetMinMaxInfoTTY (HWND hWnd, (MINMAXINFO __far *)lParam) * * Description: * Return the min and max size that the window can be. * * Parameters: * HWND hWnd * handle to TTY window * * MINMAXINFO * Info structure that Windows would like us to fill. * /*--------------------------------------------------------------------------*/ LOCAL BOOL GetMinMaxInfoTTY (HWND hWnd, MINMAXINFO __far *lpmmi) { PTTYINFO pTTYInfo; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "GetMinMaxInfoTTY::: entered\n"); #endif pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); lpmmi->ptMaxTrackSize.x = lpmmi->ptMaxSize.x = MIN (lpmmi->ptMaxSize.x, pTTYInfo->xChar * MAXNCOLUMN + WIN_X_BORDER_SIZE); lpmmi->ptMaxTrackSize.y = lpmmi->ptMaxSize.y = MIN (lpmmi->ptMaxSize.y, pTTYInfo->yChar * MAXNROW + WIN_Y_BORDER_SIZE); lpmmi->ptMinTrackSize.x = MAX (WIN_MIN_X_SIZE, pTTYInfo->xChar * MINNCOLUMN + WIN_X_BORDER_SIZE); lpmmi->ptMinTrackSize.y = MAX (WIN_MIN_Y_SIZE, pTTYInfo->yChar * MINNROW + WIN_Y_BORDER_SIZE); return (TRUE); } /*--------------------------------------------------------------------------- * BOOL AboutToSizeTTY (HWND hWnd, WINDOWPOS *winPos) * * Description: * Called just before Windows resizes our window. We can change the * values in 'winPos' to change the new size of the window. * * If mswin_setwindow() was called when the window was minimized we * set the new size here. * * Parameters: * HWND hWnd * handle to TTY window * * WORD wVertSize * new vertical size * * WORD wHorzSize * new horizontal size * /*--------------------------------------------------------------------------*/ LOCAL BOOL AboutToSizeTTY (HWND hWnd, WINDOWPOS *winPos) { PTTYINFO pTTYInfo; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return ( FALSE ); #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "AboutToSizeTTY::: After x%lx, pos %d, %d, size %d, %d, flags x%x\n", winPos->hwndInsertAfter, winPos->x, winPos->y, winPos->cx, winPos->cy, winPos->flags); #endif /* * Was the window minimized AND is there a desired new size for it? * AND is this a call that specifies a new size and position. */ if (pTTYInfo->fMinimized && pTTYInfo->fDesiredSize && (winPos->flags & (SWP_NOSIZE | SWP_NOMOVE)) == 0) { #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "AboutToSizeTTY::: substitute pos (%d, %d), size (%d, %d)\n", pTTYInfo->xDesPos, pTTYInfo->yDesPos, pTTYInfo->xDesSize, pTTYInfo->yDesSize); #endif pTTYInfo->fDesiredSize = FALSE; winPos->x = pTTYInfo->xDesPos; winPos->y = pTTYInfo->yDesPos; winPos->cx = pTTYInfo->xDesSize; winPos->cy = pTTYInfo->yDesSize; } return (TRUE); } /*--------------------------------------------------------------------------- * BOOL SizeTTY( HWND hWnd, int fwSizeType, CORD wVertSize, * CORD wHorzSize) * * Description: * Sizes TTY and sets up scrolling regions. * * Parameters: * HWND hWnd * handle to TTY window * * WORD wVertSize * new vertical size * * WORD wHorzSize * new horizontal size * /*--------------------------------------------------------------------------*/ LOCAL BOOL SizeTTY (HWND hWnd, int fwSizeType, CORD wVertSize, CORD wHorzSize) { PTTYINFO pTTYInfo; int newNColumn; int newNRow; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "SizeTTY::: entered, sizeType %d, New screen size %d, %d pixels\n", fwSizeType, wHorzSize, wVertSize); #endif pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return ( FALSE ); /* * Is the window being minimized or maximized? */ switch (fwSizeType) { case SIZE_MINIMIZED: pTTYInfo->fMinimized = TRUE; pTTYInfo->fMaximized = FALSE; return (TRUE); case SIZE_MAXIMIZED: pTTYInfo->fMinimized = FALSE; pTTYInfo->fMaximized = TRUE; break; default: pTTYInfo->fMinimized = pTTYInfo->fMaximized = FALSE; break; } pTTYInfo->ySize = (CORD) wVertSize; newNRow = MAX(MINNROW, MIN(MAXNROW, (pTTYInfo->ySize - pTTYInfo->toolBarSize - (2 * MARGINE_TOP)) / pTTYInfo->yChar)); if (pTTYInfo->toolBarTop) pTTYInfo->yOffset = MARGINE_TOP + pTTYInfo->toolBarSize; else pTTYInfo->yOffset = MARGINE_TOP; pTTYInfo->xSize = (CORD) wHorzSize; newNColumn = MAX(MINNCOLUMN, MIN(MAXNCOLUMN, (pTTYInfo->xSize - (2 * MARGINE_LEFT)) / pTTYInfo->xChar)); pTTYInfo->xOffset = MARGINE_LEFT; if(newNRow == pTTYInfo->actNRow && newNColumn == pTTYInfo->actNColumn) return(FALSE); ResizeTTYScreen (hWnd, pTTYInfo, newNRow, newNColumn); pTTYInfo->screenDirty = TRUE; pTTYInfo->eraseScreen = TRUE; InvalidateRect (hWnd, NULL, FALSE); if (pTTYInfo->hTBWnd) { if (pTTYInfo->toolBarTop) /* Position at top of window. */ SetWindowPos (pTTYInfo->hTBWnd, HWND_TOP, 0, 0, wHorzSize, pTTYInfo->toolBarSize, SWP_NOZORDER | SWP_NOACTIVATE | SWP_SHOWWINDOW); else /* Position at bottom of window. */ SetWindowPos (pTTYInfo->hTBWnd, HWND_TOP, 0, pTTYInfo->ySize - pTTYInfo->toolBarSize, wHorzSize, pTTYInfo->toolBarSize, SWP_NOZORDER | SWP_NOACTIVATE | SWP_SHOWWINDOW); } DidResize (pTTYInfo); return (TRUE); } /*--------------------------------------------------------------------------- * BOOL SizingTTY( HWND hWnd, int fwSide, LPRECT pRect) * * Description: * Snaps the drag rectangle to char width/height boundaries * * Parameters: * HWND hWnd * handle to TTY window * * WORD fwSide * edge of window being sized * * LPRECT * screen coords of drag rectangle in and desired size on return * /*--------------------------------------------------------------------------*/ LOCAL BOOL SizingTTY (HWND hWnd, int fwSide, LPRECT pRect) { PTTYINFO pTTYInfo; int newNRow, newNCol, xClient, yClient, xSys, ySys, xDiff, yDiff; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); xSys = (2 * GetSystemMetrics(SM_CXSIZEFRAME)) + GetSystemMetrics(SM_CXVSCROLL); ySys = (2 * GetSystemMetrics(SM_CYSIZEFRAME)) + GetSystemMetrics(SM_CYCAPTION) + GetSystemMetrics(SM_CYMENU); newNCol = (((pRect->right - pRect->left) - xSys) - (2 * MARGINE_LEFT)) / pTTYInfo->xChar; newNRow = (((pRect->bottom - pRect->top) - ySys) - (2 * MARGINE_TOP) - pTTYInfo->toolBarSize) / pTTYInfo->yChar; xClient = (newNCol * pTTYInfo->xChar) + (2 * MARGINE_LEFT); yClient = (newNRow * pTTYInfo->yChar) + (2 * MARGINE_TOP) + pTTYInfo->toolBarSize; xDiff = (pRect->left + xClient + xSys) - pRect->right; yDiff = (pRect->top + yClient + ySys) - pRect->bottom; if(!(xDiff || yDiff)) return(FALSE); switch(fwSide){ case WMSZ_BOTTOM : /* Bottom edge */ pRect->bottom += yDiff; break; case WMSZ_BOTTOMLEFT : /*Bottom-left corner */ pRect->bottom += yDiff; pRect->left -= xDiff; break; case WMSZ_BOTTOMRIGHT : /* Bottom-right corner */ pRect->bottom += yDiff; pRect->right += xDiff; break; case WMSZ_LEFT : /* Left edge */ pRect->left -= xDiff; break; case WMSZ_RIGHT : /* Right edge */ pRect->right += xDiff; break; case WMSZ_TOP : /* Top edge */ pRect->top -= yDiff; break; case WMSZ_TOPLEFT : /* Top-left corner */ pRect->top -= yDiff; pRect->left -= xDiff; break; case WMSZ_TOPRIGHT : /* Top-right corner */ pRect->top -= yDiff; pRect->right += xDiff; break; default : break; } if(!(newNRow == pTTYInfo->actNRow && newNCol == pTTYInfo->actNColumn)) SizeTTY(hWnd, SIZE_RESTORED, (CORD) yClient, (CORD) xClient); return(TRUE); } /*--------------------------------------------------------------------------- * BOOL MoveTTY (HWND hWnd, int xPos, int yPos) * * Description: * Notes the fact that the window has moved. * Only real purpose is so we can tell pine which can the write the * new window position to the 'pinerc' file. * * Parameters: * HWND hWnd * handle to TTY window * * int xPos, yPos * New position of the top left corner. * * /*--------------------------------------------------------------------------*/ LOCAL BOOL MoveTTY (HWND hWnd, int xPos, int yPos) { #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "MoveTTY::: entered\n"); #endif DidResize (gpTTYInfo); return (TRUE); } /*--------------------------------------------------------------------------- * void ScrollTTY () * * Description: * Respond to a scroll message by either calling the scroll * callback or inserting a scroll character into the input * stream. * * Scrolling in the TTY window is complicated by the way pine * process events. Normal windows applications are entirely event * driven. The top level does nothing but dispatch events. In * pine, the top level implements the logic. Events are only * dispatched by the lowest levels. * * In normal applications, mouse down in the scroll bar causes * an internal scroll function to be entered. It tracks the * mouse and issues scroll messages as needed. If the * application redraws the screen the scroll function also * dispatches the WM_PAINT message to the application. The * important thing is that this internal scroll function does * not exit until the mouse is released. * * We implement two methods for pine's screen managers to deal * with scroll events. They can receive scroll events as * characters in the normal input stream or they can register a * callback function. * * In the "insert a character in the queue" mode, the scroll * event never gets process until the mouse is release. Auto * repeat scroll events (generated as the mouse is held down) * will cause multiple chars to be inserted in the queue, none * of which will get processed till the mouse is release. In a * compromise, we allow only one scroll char in the queue, * which prevents makes for a more friendly and controllable * behavior. * * In the callback mode, the callback repaints the screen, and * then it calls mswin_flush() which PROCESSES EVENTS! The * Windows internal scroll function does NOT expect that. This * behavior can confuses the scroll function, causing it to * miss mouse up events. We avoid this by setting gScrolling TRUE * when this routine is entered and FALSE when this routine exits * All PeekMessage processors avoid processing any message when * gScrolling is TRUE. * /*--------------------------------------------------------------------------*/ LOCAL void ScrollTTY (HWND hWnd, int wScrollCode, int nPos, HWND hScroll) { PTTYINFO pTTYInfo; int cmd = 0; long scroll_pos = 0; BOOL noAction = FALSE; BOOL didScroll; FARPROC prevBlockingProc; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL || gScrolling) return; gScrolling = TRUE; if (gWSBlockingProc != NULL) prevBlockingProc = WSASetBlockingHook (gWSBlockingProc); switch (wScrollCode) { case SB_BOTTOM: cmd = MSWIN_KEY_SCROLLTO; scroll_pos = pTTYInfo->scrollTo = 0; break; case SB_TOP: cmd = MSWIN_KEY_SCROLLTO; scroll_pos = pTTYInfo->scrollTo = pTTYInfo->scrollRange; break; case SB_LINEDOWN: cmd = MSWIN_KEY_SCROLLDOWNLINE; scroll_pos = 1; break; case SB_LINEUP: cmd = MSWIN_KEY_SCROLLUPLINE; scroll_pos = 1; break; case SB_PAGEDOWN: cmd = MSWIN_KEY_SCROLLDOWNPAGE; scroll_pos = 1; break; case SB_PAGEUP: cmd = MSWIN_KEY_SCROLLUPPAGE; scroll_pos = 1; break; case SB_THUMBTRACK: case SB_THUMBPOSITION: cmd = MSWIN_KEY_SCROLLTO; scroll_pos = pTTYInfo->scrollTo = (long) ((float)nPos); break; default: noAction = TRUE; break; } /* * If there is a scroll callback call that. If there is no scroll * callback or the callback says it did not handle the event (returned, * FALSE) queue the scroll cmd. */ if (!noAction) { SelClear (); didScroll = FALSE; if (gScrollCallback != NULL) { /* Call scrolling callback. Set blocking hook to our routine * which prevents messages from being dispatched. */ if (gWSBlockingProc != NULL) WSASetBlockingHook (gWSBlockingProc); didScroll = gScrollCallback (cmd, scroll_pos); if (gWSBlockingProc != NULL) WSAUnhookBlockingHook (); } /* * If no callback or callback did not do the scrolling operation, * insert a scroll cmd in the input stream. */ if (!didScroll) CQAddUniq ((UCS)cmd, 0); } gScrolling = FALSE; return; } #ifdef WIN32 /*--------------------------------------------------------------------------- * void MouseWheelTTY () * * Description: * Respond to a WM_MOUSEWHEEL event by calling scroll callback * ala ScrollTTY. * * /*--------------------------------------------------------------------------*/ LOCAL void MouseWheelTTY (HWND hWnd, int xPos, int yPos, int fwKeys, int zDelta) { PTTYINFO pTTYInfo; int cmd; long scroll_pos; FARPROC prevBlockingProc; SCROLLINFO scrollInfo; static int zDelta_accumulated; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL || gScrolling) return; scrollInfo.cbSize = sizeof(SCROLLINFO); scrollInfo.fMask = SIF_POS | SIF_RANGE; GetScrollInfo(hWnd, SB_VERT, &scrollInfo); if((zDelta < 0 && scrollInfo.nPos < scrollInfo.nMin) || (zDelta > 0 && scrollInfo.nPos >= scrollInfo.nMax)) return; gScrolling = TRUE; if (gWSBlockingProc != NULL) prevBlockingProc = WSASetBlockingHook (gWSBlockingProc); if(fwKeys == MK_MBUTTON) zDelta *= 2; /* double the effect! */ if(abs(zDelta += zDelta_accumulated) < WHEEL_DELTA){ zDelta_accumulated = zDelta; } else{ /* Remember any partial increments */ zDelta_accumulated = zDelta % WHEEL_DELTA; scroll_pos = (long)(gsMWMultiplier * abs((zDelta / WHEEL_DELTA))); cmd = (zDelta < 0) ? MSWIN_KEY_SCROLLDOWNLINE : MSWIN_KEY_SCROLLUPLINE; SelClear (); if (gScrollCallback != NULL) { /* Call scrolling callback. Set blocking hook to our routine * which prevents messages from being dispatched. */ if (gWSBlockingProc != NULL) WSASetBlockingHook (gWSBlockingProc); (void) gScrollCallback (cmd, scroll_pos); if (gWSBlockingProc != NULL) WSAUnhookBlockingHook (); } } gScrolling = FALSE; return; } LOCAL void MouseWheelMultiplier() { TCHAR lines[8]; DWORD llen = sizeof(lines)/sizeof(TCHAR); /* HKEY_CURRENT_USER\Control Panel\Desktop holds the key */ gsMWMultiplier = (MSWRPeek(HKEY_CURRENT_USER, TEXT("Control Panel\\Desktop"), TEXT("WheelScrollLines"), lines, &llen) == TRUE) ? (short)_ttoi(lines) : 1; } #endif /*--------------------------------------------------------------------------- * void CaretTTY (HWND hWnd, CARETS cStyle) * * Description: * Adjusts the Caret to the user supplied style * * Parameters: * HWND hWnd * handle to TTY window * * int wStyle * New style to take on * /*--------------------------------------------------------------------------*/ LOCAL void CaretTTY (HWND hWnd, CARETS cStyle) { PTTYINFO pTTYInfo; if(pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO)){ pTTYInfo->cCaretStyle = cStyle; CaretCreateTTY (hWnd); DidResize (gpTTYInfo); } } /*--------------------------------------------------------------------------- * void CaretCreateTTY (HWND hWnd, BOOL wPosition) * * Description: * Adjusts the Caret to the user supplied style * * Parameters: * HWND hWnd * handle to TTY window * * BOOL wPosition * whether or not to position it too * /*--------------------------------------------------------------------------*/ LOCAL void CaretCreateTTY (HWND hWnd) { PTTYINFO pTTYInfo; if(pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO)){ int n = 0, x, y; switch(pTTYInfo->cCaretStyle){ case CaretHorizBar : x = pTTYInfo->xChar; y = pTTYInfo->yChar / 5; n = pTTYInfo->yChar - y; break; case CaretVertBar : x = pTTYInfo->xChar / 4; y = pTTYInfo->yChar; break; case CaretSmallBlock : x = pTTYInfo->xChar; y = pTTYInfo->yChar / 2; n = pTTYInfo->yChar - y; break; default : x = pTTYInfo->xChar; y = pTTYInfo->yChar; break; } CreateCaret (hWnd, NULL, x, y); pTTYInfo->yCurOffset = n; if(pTTYInfo->fCaretOn){ ShowCaret(hWnd); MoveTTYCursor(hWnd); } } } /* * This routine is inserted as the winsock blocking hook. It's main perpos * is to NOT dispatch messages. */ BOOL CALLBACK __export NoMsgsAreSent (void) { return (FALSE); } /*--------------------------------------------------------------------------- * BOOL SetTTYFocus( HWND hWnd ) * * Description: * Sets the focus to the TTY window also creates caret. * * Parameters: * HWND hWnd * handle to TTY window * /*--------------------------------------------------------------------------*/ LOCAL BOOL SetTTYFocus (HWND hWnd) { PTTYINFO pTTYInfo; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "SetTTYFocus::: entered\n"); #endif pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); mswin_showcursor(TRUE); pTTYInfo->fFocused = TRUE; CaretCreateTTY (hWnd); MoveTTYCursor (hWnd); return (TRUE); } /*--------------------------------------------------------------------------- * BOOL KillTTYFocus( HWND hWnd ) * * Description: * Kills TTY focus and destroys the caret. * * Parameters: * HWND hWnd * handle to TTY window * /*--------------------------------------------------------------------------*/ LOCAL BOOL KillTTYFocus (HWND hWnd) { PTTYINFO pTTYInfo; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "KillTTYFocus::: entered\n"); #endif pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); mswin_showcursor(TRUE); if(pTTYInfo->fCaretOn) HideCaret (hWnd); DestroyCaret(); pTTYInfo->fFocused = FALSE; return (TRUE); } /*--------------------------------------------------------------------------- * BOOL MoveTTYCursor( HWND hWnd ) * * Description: * Moves caret to current position. * * Parameters: * HWND hWnd * handle to TTY window * /*--------------------------------------------------------------------------*/ LOCAL BOOL MoveTTYCursor (HWND hWnd) { PTTYINFO pTTYInfo; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); if(pTTYInfo->fCaretOn && !pTTYInfo->fMassiveUpdate) { HideCaret (hWnd); SetCaretPos ((pTTYInfo->nColumn * pTTYInfo->xChar) + pTTYInfo->xOffset, (pTTYInfo->nRow * pTTYInfo->yChar) + pTTYInfo->yCurOffset + pTTYInfo->yOffset); ShowCaret (hWnd); } return (TRUE); } /*--------------------------------------------------------------------------- * BOOL ProcessTTYKeyDown ( HWND hWnd, WORD bOut ) * * Description: * Called to process MW_KEYDOWN message. We are only interested in * virtual keys that pico/pine use. All others get passed on to * the default message handler. Regular key presses will return * latter as a WM_CHAR message, with SHIFT and CONTROL processing * already done. * * We do watch for VK_CONTROL to keep track of it's state such * that we can implement ^_space. * * Parameters: * HWND hWnd * handle to TTY window * * BYTE key * Virtual key code. * /*--------------------------------------------------------------------------*/ LOCAL BOOL ProcessTTYKeyDown (HWND hWnd, TCHAR key) { UCS myKey; BOOL fKeyControlDown = GetKeyState(VK_CONTROL) < 0; BOOL fKeyAltDown = GetKeyState(VK_MENU) < 0; // If the alt key is down, let Windows handle the message. This will // allow the Ctrl+Alt (AltGr) processing to work. if(fKeyAltDown) return FALSE; switch (key) { case VK_MENU: case VK_CONTROL: case VK_SHIFT: return FALSE; case VK_UP: myKey = KEY_UP; break; case VK_DOWN: myKey = KEY_DOWN; break; case VK_RIGHT: /* Ctrl-@ is used to advance to the next word. */ myKey = fKeyControlDown ? '@': KEY_RIGHT; break; case VK_LEFT: /* Ctrl-left is used to advance to the previous word. */ myKey = KEY_LEFT; break; case VK_HOME: /* Ctrl-home is used to advance to the beginning of buffer. */ myKey = KEY_HOME; break; case VK_END: /* Ctrl-end is used to advance to the end of buffer. */ myKey = KEY_END; break; case VK_PRIOR: myKey = KEY_PGUP; break; case VK_NEXT: myKey = KEY_PGDN; break; case VK_DELETE: myKey = KEY_DEL; break; case VK_F1: myKey = F1; break; case VK_F2: myKey = F2; break; case VK_F3: myKey = F3; break; case VK_F4: myKey = F4; break; case VK_F5: myKey = F5; break; case VK_F6: myKey = F6; break; case VK_F7: myKey = F7; break; case VK_F8: myKey = F8; break; case VK_F9: myKey = F9; break; case VK_F10: myKey = F10; break; case VK_F11: myKey = F11; break; case VK_F12: myKey = F12; break; default: if(fKeyControlDown && !(GetKeyState(VK_SHIFT) < 0)) { if(key == '6') { /* * Ctrl-^ is used to set and clear the mark in the * composer (pico) On most other systems Ctrl-6 does the * same thing. Allow that on windows too. */ myKey = '^'; break; } else if(key == '2') { /* Ctrl-@ is used to advance to the next word. */ myKey = '@'; break; } } return (FALSE); /* Message NOT handled.*/ } CQAdd (myKey, fKeyControlDown); set_time_of_last_input(); return (TRUE); /* Message handled .*/ } #ifdef CDEBUG char * dtime() { static char timestring[23]; time_t t; struct _timeb timebuffer; timestring[0] = '\0'; t = time((time_t *) 0); _ftime(&timebuffer); snprintf(timestring, sizeof(timestring), "%.8s.%03ld", ctime(&t)+11, timebuffer.millitm); return(timestring); } #endif /*--------------------------------------------------------------------------- * BOOL ProcessTTYCharacter( HWND hWnd, WORD bOut ) * * Description: * Place the character into a queue. * * Parameters: * HWND hWnd * handle to TTY window * * BYTE bOut * byte from keyboard * /*--------------------------------------------------------------------------*/ LOCAL BOOL ProcessTTYCharacter (HWND hWnd, TCHAR bOut) { // Only check for control key being down if the alt key isn't also down. // Windows uses Ctrl+Alt as AltGr. BOOL fKeyAltDown = GetKeyState(VK_MENU) < 0; BOOL fKeyControlDown = fKeyAltDown ? FALSE : (GetKeyState(VK_CONTROL) < 0); if(fKeyControlDown) { if(bOut == ' ') bOut = '@'; else bOut += '@'; } CQAdd ((UCS)bOut, fKeyControlDown); #ifdef ACCELERATORS UpdateAccelerators (hWnd); #endif set_time_of_last_input(); return (TRUE); /* Message handled. */ } /*--------------------------------------------------------------------------- * BOOL ProcessTTYMouse(HWND hWnd, int mevent, int button, * int xPos, int yPos, WPARAM keys) * * Description: * This is the central control for all mouse events. Every event * gets put into a queue to wait for the upper layer. * * The upper's input routine calls checkmouse() which pulls the * mouse event off the input queue. checkmouse() has a list of * of screen regions. Some regions correspond to a "menu" item * (text button at bottom of screen). There is generally one * region for the central region of the screen. * * Because pine/pico do not interpret mouse drags, we do that here. * When the user presses the button and drags the mouse across the * screen this select the text in the region defined by the drag. * The operation is local to mswin.c, and can only get what text * is on the screen. * * The one exception is that now pico interprets mouse drag events * in the body. pico signals that it wants to track the mouse * by calling mswin_allowmousetrack(). This will 1) turn off * our mouse tracking and 2) cause mouse movement events to * be put on the mouse queue. * * * Parameters: * HWND hWnd * handle to TTY window * * BYTE bOut * byte from keyboard * /*--------------------------------------------------------------------------*/ LOCAL BOOL ProcessTTYMouse (HWND hWnd, int mevent, int button, CORD xPos, CORD yPos, WPARAM winkeys) { int nRow; int nColumn; int keys; /* * Convert to cell position. */ nColumn = (xPos - gpTTYInfo->xOffset) / gpTTYInfo->xChar; if (xPos < gpTTYInfo->xOffset) --nColumn; nRow = (yPos - gpTTYInfo->yOffset) / gpTTYInfo->yChar; if (yPos < gpTTYInfo->yOffset) --nRow; /* * Convert window's keys. */ keys = 0; if (winkeys & MK_CONTROL) keys |= M_KEY_CONTROL; if (winkeys & MK_SHIFT) keys |= M_KEY_SHIFT; /* Adjust the cursor */ if((unsigned long) mevent != M_EVENT_UP){ if(gMouseTracking) mswin_setcursor(MSWIN_CURSOR_IBEAM); else if(ghCursorCurrent == ghCursorBusy) mswin_setcursor(MSWIN_CURSOR_BUSY); else if(mouse_on_key(nRow, nColumn)) mswin_setcursor(MSWIN_CURSOR_HAND); else if(gMouseTrackCallback) mswin_setcursor((*gMouseTrackCallback)(nColumn, (long) nRow)); else mswin_setcursor(MSWIN_CURSOR_ARROW); } /* * Tracking event or mouse up/down? */ if ((unsigned long) mevent == M_EVENT_TRACK) { /* * Who is doing the tracking? */ if (gAllowMouseTrack) { /* For tracking, Button info is different. */ if (keys & MK_LBUTTON) button = M_BUTTON_LEFT; else if (keys & MK_MBUTTON) button = M_BUTTON_MIDDLE; else if (keys & MK_RBUTTON) button = M_BUTTON_RIGHT; MQAdd (mevent, button, nRow, nColumn, keys, MSWIN_MF_REPLACING); } else SelTrackMouse (nRow, nColumn); } else{ /* * Tracking. Only start tracking mouse down in the text region * But allow mouse up anywhere. */ if ( (nRow >= 0 && nRow < gpTTYInfo->actNRow && nColumn >= 0 && nColumn < gpTTYInfo->actNColumn) || (unsigned long) mevent == M_EVENT_UP) { /* * Mouse tracking. When the mouse goes down we start * capturing all mouse movement events. If no one else wants * them we will start defining a text selection. */ if ((unsigned long) mevent == M_EVENT_DOWN) { gMouseTracking = TRUE; SetCapture (ghTTYWnd); if (!gAllowMouseTrack && button == M_BUTTON_LEFT) SelStart (nRow, nColumn); } else { ReleaseCapture (); if (!gAllowMouseTrack && button == M_BUTTON_LEFT) SelFinish (nRow, nColumn); gMouseTracking = FALSE; /* * If right mouse button, toss pop-up menu offering * cut/copy/paste */ if(button == M_BUTTON_RIGHT && SelAvailable()){ UINT fAllowed = (EM_CP | EM_CP_APPEND); if(gAllowCut) fAllowed |= EM_CUT; if(CopyCutPopup(hWnd, fAllowed) == TRUE) mevent = M_EVENT_TRACK; /* don't add to input queue! */ } } /* * Insert event into queue. */ if((unsigned long) mevent != M_EVENT_TRACK) MQAdd (mevent, button, nRow, nColumn, keys, 0); } } mswin_showcursor(TRUE); /* make sure it's visible */ #ifdef ACCELERATORS UpdateAccelerators (hWnd); #endif set_time_of_last_input(); return (0); /* Message handled. */ } /*--------------------------------------------------------------------------- * BOOL ProcessTimer () * * Description: * Process the periodic timer calls. * * * Parameters: * None. * /*--------------------------------------------------------------------------*/ LOCAL void ProcessTimer (void) { /* Time to deliver an alarm signal? */ if (gAlarmTimeout != 0 && GetTickCount () / 1000 > gAlarmTimeout) AlarmDeliver (); /* Time to make the periodic callback. */ if (gPeriodicCallback != NULL && GetTickCount() / 1000 > gPeriodicCBTimeout) { gPeriodicCBTimeout = GetTickCount() / 1000 + gPeriodicCBTime; gPeriodicCallback (); } /* * If tracking the mouse, insert a fake mouse tracking message * At the last know location of the mouse. */ if (gAllowMouseTrack) { gMTEvent.event = M_EVENT_TRACK; MQAdd (gMTEvent.event, gMTEvent.button, gMTEvent.nRow, gMTEvent.nColumn, gMTEvent.keys, MSWIN_MF_REPLACING); } } /*--------------------------------------------------------------------------- * BOOL WriteTTYBlock( HWND hWnd, LPSTR lpBlock, int nLength ) * * Description: * Writes block to TTY screen. Nothing fancy - just * straight TTY. * * Parameters: * HWND hWnd * handle to TTY window * * LPSTR lpBlock * far pointer to block of data * * int nLength * length of block * /*--------------------------------------------------------------------------*/ LOCAL BOOL WriteTTYBlock (HWND hWnd, LPTSTR lpBlock, int nLength) { int i, j, width; PTTYINFO pTTYInfo; RECT rect; BOOL fNewLine; long offset; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); for (i = 0 ; i < nLength; i++) { switch (lpBlock[i]) { case ARABIC_LRM: case ARABIC_RLM: break; case ASCII_BEL: /* Bell */ MessageBeep (0) ; break ; case ASCII_BS: /* Backspace over a whole character */ offset = pscreen_offset_from_cord(pTTYInfo->nRow, pTTYInfo->nColumn, pTTYInfo); width = (offset > pTTYInfo->nRow * pTTYInfo->actNColumn) ? scrwidth(pTTYInfo->pScreen+offset-1, 1) : 0; if(pTTYInfo->nColumn > 0) pTTYInfo->nColumn = (CORD)(pTTYInfo->nColumn - width); MoveTTYCursor (hWnd); break; case ASCII_CR: /* Carriage return */ pTTYInfo->nColumn = 0 ; MoveTTYCursor (hWnd); if (!pTTYInfo->fNewLine) break; /* fall through */ case ASCII_LF: /* Line feed */ if (++pTTYInfo->nRow == pTTYInfo->actNRow) { /* Scroll the Screen. */ /* slide rows 1 - n-1 up to row 0 */ memmove ((LPTSTR)pTTYInfo->pScreen, (LPTSTR) (pTTYInfo->pScreen + pTTYInfo->actNColumn), (pTTYInfo->actNRow - 1) * pTTYInfo->actNColumn * sizeof (TCHAR)); /* initialize new row n-1 */ for(j = (pTTYInfo->actNRow - 1) * pTTYInfo->actNColumn; j < pTTYInfo->actNColumn; j++) pTTYInfo->pScreen[j] = (TCHAR) ' '; /* Scroll the Cell Widths */ memmove ((int *)pTTYInfo->pCellWidth, (int *) (pTTYInfo->pCellWidth + pTTYInfo->actNColumn), (pTTYInfo->actNRow - 1) * pTTYInfo->actNColumn * sizeof (int)); for(j = (pTTYInfo->actNRow - 1) * pTTYInfo->actNColumn; j < pTTYInfo->actNColumn; j++) pTTYInfo->pCellWidth[j] = pTTYInfo->xChar; /* xChar set yet ? */ /* Scroll the Attributes. */ /* slide rows 1 - n-1 up to row 0 */ memmove ((CharAttrib *) pTTYInfo->pAttrib, (CharAttrib *) (pTTYInfo->pAttrib + pTTYInfo->actNColumn), (pTTYInfo->actNRow - 1) * pTTYInfo->actNColumn * sizeof(CharAttrib)); /* initialize new row n-1 to zero */ memset ((CharAttrib *) (pTTYInfo->pAttrib + (pTTYInfo->actNRow - 1) * pTTYInfo->actNColumn), 0, pTTYInfo->actNColumn*sizeof(CharAttrib)); pTTYInfo->screenDirty = TRUE; pTTYInfo->eraseScreen = TRUE; InvalidateRect (hWnd, NULL, FALSE); --pTTYInfo->nRow; } MoveTTYCursor (hWnd); break; default: offset = pscreen_offset_from_cord(pTTYInfo->nRow, pTTYInfo->nColumn, pTTYInfo); pTTYInfo->pScreen[offset] = lpBlock[i]; pTTYInfo->pCellWidth[offset] = wcellwidth((UCS)lpBlock[i]) * pTTYInfo->xChar; pTTYInfo->pAttrib[offset] = pTTYInfo->curAttrib; rect.left = (pTTYInfo->nColumn * pTTYInfo->xChar) + pTTYInfo->xOffset; rect.right = rect.left + pTTYInfo->xChar; rect.top = (pTTYInfo->nRow * pTTYInfo->yChar) + pTTYInfo->yOffset; rect.bottom = rect.top + pTTYInfo->yChar; pTTYInfo->screenDirty = TRUE; InvalidateRect (hWnd, &rect, FALSE); /* Line Wrap. */ if (pTTYInfo->nColumn < pTTYInfo->actNColumn - 1) pTTYInfo->nColumn++ ; else if (pTTYInfo->autoWrap == WRAP_ON || (pTTYInfo->autoWrap == WRAP_NO_SCROLL && pTTYInfo->nRow < pTTYInfo->actNRow - 1)) { fNewLine = pTTYInfo->fNewLine; pTTYInfo->fNewLine = FALSE; WriteTTYBlock (hWnd, TEXT("\r\n"), 2); pTTYInfo->fNewLine = fNewLine; } break; } } return (TRUE); } /*--------------------------------------------------------------------------- * BOOL WriteTTYText ( HWND hWnd, LPSTR lpBlock, int nLength ) * * Description: * Like WriteTTYBlock but optimized for strings that are text only, * no carrage control characters. * * Parameters: * HWND hWnd * handle to TTY window * * LPSTR lpBlock * far pointer to block of data * * int nLength * length of block * /*--------------------------------------------------------------------------*/ LOCAL BOOL WriteTTYText (HWND hWnd, LPTSTR lpText, int nLength) { int i; PTTYINFO pTTYInfo; RECT rect; long offset, endOffset; long colEnd; long screenEnd; int screenwidth; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return ( FALSE ); /* Calculate offset of cursor, end of current column, and end of screen */ offset = pscreen_offset_from_cord(pTTYInfo->nRow, pTTYInfo->nColumn, pTTYInfo); colEnd = (pTTYInfo->nRow + 1) * pTTYInfo->actNColumn; screenEnd = pTTYInfo->actNRow * pTTYInfo->actNColumn; /* Text is allowed to wrap around to subsequent lines, but not past end * of screen */ endOffset = offset + nLength; if (endOffset >= screenEnd) { nLength = screenEnd - offset; endOffset = offset + nLength - 1; /* Last cell, not one past last */ } /* Calculate bounding rectangle. */ if (endOffset <= colEnd) { /* Single line. */ screenwidth = scrwidth(lpText, nLength); rect.left = (pTTYInfo->nColumn * pTTYInfo->xChar) + pTTYInfo->xOffset; rect.right = rect.left + (pTTYInfo->xChar * screenwidth); rect.top = (pTTYInfo->nRow * pTTYInfo->yChar) + pTTYInfo->yOffset; rect.bottom = rect.top + pTTYInfo->yChar; /* Advance cursor on cur line but not past end. */ pTTYInfo->nColumn = (CORD)MIN(pTTYInfo->nColumn + screenwidth, pTTYInfo->actNColumn - 1); } else { /* Wraps across multiple lines. Calculate one rect to cover all * lines. */ rect.left = 0; rect.right = pTTYInfo->xSize; rect.top = (pTTYInfo->nRow * pTTYInfo->yChar) + pTTYInfo->yOffset; rect.bottom = ((((offset + nLength) / pTTYInfo->actNColumn) + 1) * pTTYInfo->yChar) + pTTYInfo->yOffset; pTTYInfo->nRow = (CORD)(endOffset / pTTYInfo->actNColumn); pTTYInfo->nColumn = (CORD)(endOffset % pTTYInfo->actNColumn); } /* Apply text and attributes to screen in one smooth motion. */ for(i = 0; i < nLength; i++) (pTTYInfo->pScreen+offset)[i] = lpText[i]; for(i = 0; i < nLength; i++) (pTTYInfo->pCellWidth+offset)[i] = wcellwidth((UCS)lpText[i]) * pTTYInfo->xChar; for(i = 0; i < nLength; i++) pTTYInfo->pAttrib[offset+i] = pTTYInfo->curAttrib; /* Invalidate rectangle */ pTTYInfo->screenDirty = TRUE; InvalidateRect (hWnd, &rect, FALSE); return (TRUE); } /*--------------------------------------------------------------------------- * BOOL WriteTTYChar (HWND hWnd, char ch) * * Description: * Write a single character to the cursor position and advance the * cursor. Does not handle carage control. * * Parameters: * HWND hWnd * handle to TTY window * * char ch * character being written. * /*--------------------------------------------------------------------------*/ LOCAL BOOL WriteTTYChar (HWND hWnd, TCHAR ch) { PTTYINFO pTTYInfo; RECT rect; long offset; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); offset = (pTTYInfo->nRow * pTTYInfo->actNColumn) + pTTYInfo->nColumn; *(pTTYInfo->pScreen + offset) = ch; pTTYInfo->pCellWidth[offset] = wcellwidth((UCS)ch) * pTTYInfo->xChar; pTTYInfo->pAttrib[offset] = pTTYInfo->curAttrib; rect.left = (pTTYInfo->nColumn * pTTYInfo->xChar) + pTTYInfo->xOffset; rect.right = rect.left + pTTYInfo->xChar; rect.top = (pTTYInfo->nRow * pTTYInfo->yChar) + pTTYInfo->yOffset; rect.bottom = rect.top + pTTYInfo->yChar; pTTYInfo->screenDirty = TRUE; InvalidateRect (hWnd, &rect, FALSE); /* Line Wrap. */ if (pTTYInfo->nColumn < pTTYInfo->actNColumn - 1) pTTYInfo->nColumn++ ; else if ((pTTYInfo->autoWrap == WRAP_ON || pTTYInfo->autoWrap == WRAP_NO_SCROLL) && pTTYInfo->nRow < pTTYInfo->actNRow - 1) { pTTYInfo->nRow++; pTTYInfo->nColumn = 0; } return (TRUE); } /*--------------------------------------------------------------------------- * VOID GoModalDialogBoxParam( HINSTANCE hInstance, * LPTSTR lpszTemplate, HWND hWnd, * DLGPROC lpDlgProc, LPARAM lParam ) * * Description: * It is a simple utility function that simply performs the * MPI and invokes the dialog box with a DWORD parameter. * * Parameters: * similar to that of DialogBoxParam() with the exception * that the lpDlgProc is not a procedure instance * /*--------------------------------------------------------------------------*/ LOCAL VOID GoModalDialogBoxParam( HINSTANCE hInstance, LPTSTR lpszTemplate, HWND hWnd, DLGPROC lpDlgProc, LPARAM lParam ) { DLGPROC lpProcInstance ; lpProcInstance = (DLGPROC) MakeProcInstance( (FARPROC) lpDlgProc, hInstance ) ; DialogBoxParam( hInstance, lpszTemplate, hWnd, lpProcInstance, lParam ) ; FreeProcInstance( (FARPROC) lpProcInstance ) ; } /*--------------------------------------------------------------------------- * BOOL FAR PASCAL __export AboutDlgProc( HWND hDlg, UINT uMsg, * WPARAM wParam, LPARAM lParam ) * * Description: * Simulates the Windows System Dialog Box. * * Parameters: * Same as standard dialog procedures. * /*--------------------------------------------------------------------------*/ BOOL FAR PASCAL __export AboutDlgProc (HWND hDlg, UINT uMsg, WPARAM wParam, LPARAM lParam) { switch (uMsg) { case WM_INITDIALOG: { TCHAR szTemp [81]; /* sets up version number for PINE */ GetDlgItemText (hDlg, IDD_VERSION, szTemp, sizeof(szTemp)/sizeof(TCHAR)); /* szTemp is unicode, mswin_compilation_date etc are cast as %S in mswin.rc */ _sntprintf (TempBuf, sizeof(TempBuf)/sizeof(TCHAR), szTemp, mswin_specific_winver(), mswin_majorver(), mswin_minorver(), mswin_compilation_remarks(), mswin_compilation_date()); SetDlgItemText (hDlg, IDD_VERSION, (LPTSTR) TempBuf); /* get by-line */ LoadString (GET_HINST (hDlg), IDS_BYLINE, TempBuf, sizeof(TempBuf) / sizeof(TCHAR)); SetDlgItemText (hDlg, IDD_BYLINE, TempBuf); } return ( TRUE ) ; case WM_CLOSE: EndDialog( hDlg, TRUE ) ; return ( TRUE ) ; case WM_COMMAND: switch((WORD) wParam){ case IDD_OK : EndDialog( hDlg, TRUE ) ; return ( TRUE ) ; default : break; } break; } return ( FALSE ) ; } /* end of AboutDlgProc() */ /*--------------------------------------------------------------------------- * * Description: * Simulates the Windows System Dialog Box. * * Parameters: * Same as standard dialog procedures. * /*--------------------------------------------------------------------------*/ BOOL FAR PASCAL __export SplashDlgProc (HWND hDlg, UINT uMsg, WPARAM wParam, LPARAM lParam) { static HBITMAP hbmpSplash; switch (uMsg) { case WM_INITDIALOG: if(hbmpSplash = LoadBitmap(GET_HINST(hDlg), MAKEINTRESOURCE(ALPINESPLASH))){ BITMAP stBitmap; int cx, cy; cx = GetSystemMetrics(SM_CXSCREEN); cy = GetSystemMetrics(SM_CYSCREEN); GetObject(hbmpSplash, sizeof(BITMAP), &stBitmap); SetWindowPos(hDlg, HWND_TOPMOST, (cx - stBitmap.bmWidth) / 2, (cy - stBitmap.bmHeight) / 2, stBitmap.bmWidth, stBitmap.bmHeight, SWP_NOCOPYBITS /* | SWP_SHOWWINDOW */); } return(TRUE); case WM_CTLCOLORDLG : return(TRUE); case WM_ERASEBKGND : { HDC hMemDC; POINT stPoint; BITMAP stBitmap; HGDIOBJ hObject; if((hMemDC = CreateCompatibleDC((HDC) wParam)) != NULL){ hObject = SelectObject(hMemDC, hbmpSplash); SetMapMode(hMemDC, GetMapMode((HDC) wParam)); GetObject(hbmpSplash, sizeof(BITMAP), &stBitmap); stPoint.x = stBitmap.bmWidth; stPoint.y = stBitmap.bmHeight; DPtoLP((HDC) wParam, &stPoint, 1); BitBlt((HDC) wParam, 0, 0, stPoint.x, stPoint.y, hMemDC, 0, 0, SRCCOPY); SelectObject(hMemDC, hObject); DeleteDC(hMemDC) ; } return(TRUE); } break; case WM_CLOSE: DestroyWindow(hDlg); return(TRUE); case WM_DESTROY : if(hbmpSplash) DeleteObject(hbmpSplash); break; case WM_COMMAND: /* No commands! */ DestroyWindow(hDlg); return(TRUE); } return(FALSE); } #if 0 UINT APIENTRY SelectTTYFontHook(HWND hDlg, UINT uMsg, WPARAM wParam, LPARAM lParam) { switch(uMsg){ case WM_INITDIALOG : { /* * Deactivate the Style combo box... */ HWND hWnd = GetDlgItem(hDlg, cmb2); EnableWindow(hWnd, FALSE); SetWindowPos(hWnd, NULL, 0, 0, 0, 0, SWP_HIDEWINDOW); return(TRUE); } break; case WM_COMMAND : switch ((WORD) wParam) { case psh3 : { LOGFONT curfont; SendMessage(hDlg, WM_CHOOSEFONT_GETLOGFONT, 0, (LPARAM) &curfont); ResetTTYFont (ghTTYWnd, gpTTYInfo, &curfont); return (TRUE); } break; default : break; } break; default : break; } return(FALSE); } #endif /*--------------------------------------------------------------------------- * BOOL SelectTTYFont( HWND hDlg ) * * Description: * Selects the current font for the TTY screen. * Uses the Common Dialog ChooseFont() API. * * Parameters: * HWND hDlg * handle to settings dialog * /*--------------------------------------------------------------------------*/ LOCAL BOOL SelectTTYFont (HWND hWnd) { CHOOSEFONT cfTTYFont; LOGFONT newFont, origFont; PTTYINFO pTTYInfo; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return (FALSE); memcpy (&newFont, &gpTTYInfo->lfTTYFont, sizeof (LOGFONT)); memcpy (&origFont, &gpTTYInfo->lfTTYFont, sizeof (LOGFONT)); cfTTYFont.lStructSize = sizeof (CHOOSEFONT); cfTTYFont.hwndOwner = hWnd ; cfTTYFont.hDC = NULL ; cfTTYFont.lpLogFont = &newFont; cfTTYFont.Flags = CF_SCREENFONTS | CF_FIXEDPITCHONLY | CF_INITTOLOGFONTSTRUCT | #if 0 CF_FORCEFONTEXIST | CF_LIMITSIZE | CF_ENABLEHOOK | CF_APPLY; #else CF_FORCEFONTEXIST | CF_LIMITSIZE; #endif cfTTYFont.nSizeMin = FONT_MIN_SIZE; cfTTYFont.nSizeMax = FONT_MAX_SIZE; cfTTYFont.lCustData = (long) 0 ; #if 0 cfTTYFont.lpfnHook = SelectTTYFontHook ; #else cfTTYFont.lpfnHook = NULL; #endif cfTTYFont.lpTemplateName = NULL ; cfTTYFont.hInstance = GET_HINST (hWnd); if (ChooseFont (&cfTTYFont)) { ResetTTYFont (hWnd, pTTYInfo, &newFont); } #if 0 else{ ResetTTYFont (hWnd, pTTYInfo, &origFont); } #endif return (TRUE); } /* * Set a specific color (foreground, background, reverse, normal) to * the color specified by name. */ LOCAL void SetColorAttribute (COLORREF *cf, char *colorName) { /* color name not in table. Try converting RGB string. */ ConvertRGBString (colorName, cf); /* Redraw screen. */ gpTTYInfo->screenDirty = TRUE; gpTTYInfo->eraseScreen = TRUE; InvalidateRect (ghTTYWnd, NULL, FALSE); } /* * Set current color attribute to reverse color */ void SetReverseColor() { FlushWriteAccum (); gpTTYInfo->curAttrib.rgbFG = gpTTYInfo->rgbRFGColor; gpTTYInfo->curAttrib.rgbBG = gpTTYInfo->rgbRBGColor; } /* * Convert a string to an integer. */ LOCAL BOOL ScanInt (char *str, int min, int max, int *val) { char *c; int v; int neg = 1; if (str == NULL) return (FALSE); if (*str == '\0' || strlen (str) > 9) return (FALSE); /* Check for a negative sign. */ if (*str == '-') { neg = -1; ++str; } /* Check for all digits. */ for (c = str; *c != '\0'; ++c) { if (!isdigit((unsigned char)*c)) return (FALSE); } /* Convert from ascii to int. */ v = atoi (str) * neg; /* Check constraints. */ if (v < min || v > max) return (FALSE); *val = v; return (TRUE); } /* * Convert a RGB string to a color ref. The string should look like: * rrr,ggg,bbb * where rrr, ggg, and bbb are numbers between 0 and 255 that represent * red, gree, and blue values. Must be comma separated. * Returns: * TRUE - Successfully converted string. * FALSE - Bad format, 'cf' unchanged. */ LOCAL BOOL ConvertRGBString (char *colorName, COLORREF *cf) { int i, j, n, rgb[3]; MSWINColor *ct; if(!colorName) return(FALSE); /* Is the name in the global color table? */ for(ct = MSWINColorTable; ct->colorName; ct++) if(!struncmp(ct->colorName, colorName, (int)strlen(ct->colorName))){ *cf = ct->colorRef; return(TRUE); } /* Not a named color, try RRR,GGG,BBB */ for(i = 0; i < 3; i++){ if(i && *colorName++ != ',') return(FALSE); for(rgb[i] = 0, j = 0; j < 3; j++) if((n = *colorName++ - '0') < 0 || n > 9) return(FALSE); else rgb[i] = (rgb[i] * 10) + n; } *cf = RGB (rgb[0], rgb[1], rgb[2]); return (TRUE); } LOCAL char * ConvertStringRGB(char *colorName, size_t ncolorName, COLORREF colorRef) { MSWINColor *cf; for(cf = MSWINColorTable; cf->colorName && cf->colorRef != colorRef; cf++) ; if(cf->colorName){ strncpy(colorName, cf->colorName, ncolorName); colorName[ncolorName-1] = '\0'; } else snprintf(colorName, ncolorName, "%.3d,%.3d,%.3d", GetRValue(colorRef), GetGValue(colorRef), GetBValue(colorRef)); return(colorName); } /* * Map from integer color value to canonical color name. */ char * colorx(int color) { MSWINColor *ct; static char cbuf[RGBLEN+1]; if(color < fullColorTableSize){ ct = &MSWINColorTable[color]; if(ct->canonicalName) return(ct->canonicalName); } /* not supposed to get here */ snprintf(cbuf, sizeof(cbuf), "color%03.3d", color); return(cbuf); } /* * Argument is a color name which could be an RGB string, a name like "blue", * or a name like "color011". * * Returns a pointer to the canonical name of the color. */ char * color_to_canonical_name(char *s) { int i, j, n, rgb[3]; MSWINColor *ct; COLORREF cr; static char cn[RGBLEN+1]; if(!s) return(NULL); if(!struncmp(s, MATCH_NORM_COLOR, RGBLEN) || !struncmp(s, MATCH_NONE_COLOR, RGBLEN)) return(s); for(ct = MSWINColorTable; ct->colorName; ct++) if(!struncmp(ct->colorName, s, (int)strlen(ct->colorName))) break; if(ct->colorName) return(ct->canonicalName); /* maybe it is RGB? */ for(i = 0; i < 3; i++){ if(i && *s++ != ',') return(""); for(rgb[i] = 0, j = 0; j < 3; j++) if((n = *s++ - '0') < 0 || n > 9) return(""); else rgb[i] = (rgb[i] * 10) + n; } cr = RGB(rgb[0], rgb[1], rgb[2]); /* * Now compare that RGB against the color table RGBs. If it is * in the table, return the canonical name, else return the RGB string. */ for(ct = MSWINColorTable; ct->colorName; ct++) if(ct->colorRef == cr) break; if(ct->colorName) return(ct->canonicalName); else{ snprintf(cn, sizeof(cn), "%.3d,%.3d,%.3d", GetRValue(cr), GetGValue(cr), GetBValue(cr)); return(cn); } } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Toolbar setup routines. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ LOCAL void TBToggle (HWND hWnd) { PTTYINFO pTTYInfo; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; if (pTTYInfo->toolBarSize > 0) TBHide (hWnd); else TBShow (hWnd); } LOCAL void TBPosToggle (HWND hWnd) { PTTYINFO pTTYInfo; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; pTTYInfo->toolBarTop = !pTTYInfo->toolBarTop; if(pTTYInfo->hTBWnd){ TBHide (hWnd); TBShow (hWnd); } } LOCAL void TBShow (HWND hWnd) { PTTYINFO pTTYInfo; RECT rc; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; /* * Make sure the tool bar not already shown. */ if (pTTYInfo->toolBarSize > 0) return; /* * Make procinstance for dialog function. */ HideCaret (hWnd); if (gToolBarProc == NULL) gToolBarProc = (DLGPROC) MakeProcInstance( (FARPROC) ToolBarProc, ghInstance ) ; if (gTBBtnProc == NULL) gTBBtnProc = (WNDPROC) MakeProcInstance( (FARPROC) TBBtnProc, ghInstance ) ; /* * Create the dialog box. */ pTTYInfo->hTBWnd = CreateDialog (ghInstance, MAKEINTRESOURCE (pTTYInfo->curToolBarID), hWnd, gToolBarProc); if (pTTYInfo->hTBWnd == NULL) { ShowCaret (hWnd); return; } SetFocus (hWnd); /* * Adjust the window size. */ GetWindowRect (pTTYInfo->hTBWnd, &rc); /* Get Toolbar size. */ pTTYInfo->toolBarSize = (CORD)(rc.bottom - rc.top); GetClientRect (hWnd, &rc); /* Get TTY window size. */ SizeTTY (hWnd, 0, (CORD)rc.bottom, (CORD)rc.right); ShowCaret (hWnd); } LOCAL void TBHide (HWND hWnd) { PTTYINFO pTTYInfo; RECT rc; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; if (pTTYInfo->toolBarSize == 0) return; DestroyWindow (pTTYInfo->hTBWnd); pTTYInfo->hTBWnd = NULL; if (pTTYInfo->toolBarBtns != NULL) MemFree (pTTYInfo->toolBarBtns); pTTYInfo->toolBarBtns = NULL; /* * Adjust the window size. */ pTTYInfo->toolBarSize = 0; GetClientRect (hWnd, &rc); SizeTTY (hWnd, 0, (CORD)rc.bottom, (CORD)rc.right); } LOCAL void TBSwap (HWND hWnd, int newID) { PTTYINFO pTTYInfo; RECT rc; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; if (pTTYInfo->toolBarSize == 0 || pTTYInfo->curToolBarID == newID) return; /* * Dispose of old tool bar window. */ HideCaret (hWnd); DestroyWindow (pTTYInfo->hTBWnd); pTTYInfo->hTBWnd = NULL; if (pTTYInfo->toolBarBtns != NULL) MemFree (pTTYInfo->toolBarBtns); pTTYInfo->toolBarBtns = NULL; /* * Create the new dialog box. */ pTTYInfo->hTBWnd = CreateDialog (ghInstance, MAKEINTRESOURCE (newID), hWnd, gToolBarProc); if (pTTYInfo->hTBWnd == NULL) { ShowCaret (hWnd); return; } pTTYInfo->curToolBarID = newID; SetFocus (hWnd); /* Return focus to parent. */ /* * Fit new tool bar into old tool bars position. This assumes that * all tool bars are about the same height. */ GetClientRect (hWnd, &rc); /* Get TTY window size. */ if (pTTYInfo->toolBarTop) /* Position at top of window. */ SetWindowPos (pTTYInfo->hTBWnd, HWND_TOP, 0, 0, rc.right, pTTYInfo->toolBarSize, SWP_NOZORDER | SWP_NOACTIVATE | SWP_SHOWWINDOW); else /* Position at bottom of window. */ SetWindowPos (pTTYInfo->hTBWnd, HWND_TOP, 0, pTTYInfo->ySize - pTTYInfo->toolBarSize, rc.right, pTTYInfo->toolBarSize, SWP_NOZORDER | SWP_NOACTIVATE | SWP_SHOWWINDOW); ShowCaret (hWnd); } BOOL FAR PASCAL __export ToolBarProc (HWND hWnd, UINT msg, WPARAM wParam, LPARAM lParam) { RECT rc; BOOL ret; int height; HBRUSH hBrush; HWND hCld; int btnCount; int i; PTTYINFO pTTYInfo; pTTYInfo = gpTTYInfo; ret = FALSE; switch (msg) { case WM_INITDIALOG: /* Fit dialog to window. */ GetWindowRect (hWnd, &rc); height = rc.bottom - rc.top; GetClientRect (GetParent (hWnd), &rc); SetWindowPos (hWnd, HWND_TOP, 0, 0, rc.right, height, SWP_NOZORDER | SWP_NOACTIVATE); /* Count child windows.*/ btnCount = 0; for (hCld = GetWindow (hWnd, GW_CHILD); hCld; hCld = GetWindow (hCld, GW_HWNDNEXT)) ++btnCount; /* Allocate a list of previous child procs. */ if (pTTYInfo->toolBarBtns != NULL) MemFree (pTTYInfo->toolBarBtns); pTTYInfo->toolBarBtns = MemAlloc (sizeof (BtnList) * (btnCount + 1)); /* Subclass all child windows. */ for (i = 0, hCld = GetWindow (hWnd, GW_CHILD); hCld; ++i, hCld = GetWindow (hCld, GW_HWNDNEXT)) { pTTYInfo->toolBarBtns[i].wndID = GET_ID (hCld); pTTYInfo->toolBarBtns[i].wndProc = (WNDPROC)(LONG_PTR)MyGetWindowLongPtr (hCld, GWLP_WNDPROC); MySetWindowLongPtr (hCld, GWLP_WNDPROC, (void *)(LONG_PTR)TBBtnProc); } pTTYInfo->toolBarBtns[i].wndID = 0; pTTYInfo->toolBarBtns[i].wndProc = NULL; ret = FALSE; break; case WM_COMMAND: if (wParam >= KS_RANGESTART && wParam <= KS_RANGEEND){ ProcessMenuItem (GetParent (hWnd), wParam); /* Set input focus back to parent. */ SetFocus (GetParent (hWnd)); ret = TRUE; break; } break; #ifdef WIN32 case WM_CTLCOLORBTN: #else case WM_CTLCOLOR: #endif if (HIWORD (lParam) == CTLCOLOR_DLG) { if(pTTYInfo->hTBBrush != NULL){ DeleteObject(pTTYInfo->hTBBrush); pTTYInfo->hTBBrush = NULL; } hBrush = CreateSolidBrush (GetSysColor (COLOR_ACTIVEBORDER)); return ((BOOL)!!(pTTYInfo->hTBBrush = hBrush)); } } return (ret); } /* * Subclass toolbar button windows. * * These buttons will automatically return the input focus to * the toolbar's parent */ LRESULT FAR PASCAL __export TBBtnProc (HWND hBtn, UINT uMsg, WPARAM wParam, LPARAM lParam) { PTTYINFO pTTYInfo; HWND hPrnt; int i; WORD id; LRESULT ret; WNDPROC wndProc; /* * Find previous window proc. */ pTTYInfo = gpTTYInfo; id = GET_ID (hBtn); for (i = 0; pTTYInfo->toolBarBtns[i].wndID != 0; ++i) if (pTTYInfo->toolBarBtns[i].wndID == id) goto FoundWindow; /* Whoops! Didn't find window, don't know how to pass message. */ return (0); FoundWindow: wndProc = pTTYInfo->toolBarBtns[i].wndProc; if (uMsg == WM_LBUTTONUP || uMsg == WM_MBUTTONUP || uMsg == WM_RBUTTONUP) { /* * On mouse button up restore input focus to IDC_RESPONCE, which * processes keyboard input. */ ret = CallWindowProc (wndProc, hBtn, uMsg, wParam, lParam); hPrnt = GetParent (GetParent (hBtn)); if (hPrnt) SetFocus (hPrnt); return (ret); } return (CallWindowProc (wndProc, hBtn, uMsg, wParam, lParam)); } /* * return bitmap of allowed Edit Menu items */ LOCAL UINT UpdateEditAllowed(HWND hWnd) { PTTYINFO pTTYInfo; UINT fAccel = EM_NONE; if((pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO)) != NULL){ if(EditPasteAvailable()) fAccel |= (EM_PST | EM_PST_ABORT); else if(IsClipboardFormatAvailable (CF_UNICODETEXT) && gPasteEnabled) fAccel |= EM_PST; if(SelAvailable()){ fAccel |= (EM_CP | EM_CP_APPEND); } else{ if(gAllowCut) fAccel |= EM_CUT; if(gAllowCopy) fAccel |= (EM_CP | EM_CP_APPEND); } if (pTTYInfo->menuItems[KS_WHEREIS - KS_RANGESTART].miActive) fAccel |= EM_FIND; } return(fAccel); } #ifdef ACCELERATORS #ifdef ACCELERATORS_OPT /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Accelorator key routines. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ LOCAL void AccelCtl (HWND hWnd, int ctl, BOOL saveChange) { PTTYINFO pTTYInfo; BOOL load, changed; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; switch (ctl) { case ACCEL_LOAD : load = TRUE; break; case ACCEL_UNLOAD : load = FALSE; break; case ACCEL_TOGGLE : load = pTTYInfo->hAccel == NULL; break; default : load = FALSE; break; } changed = FALSE; if (load && pTTYInfo->hAccel == NULL) { /* Load em up. */ pTTYInfo->hAccel = LoadAccelerators (ghInstance, MAKEINTRESOURCE (IDR_ACCEL_PINE)); changed = TRUE; } else if(!load && pTTYInfo->hAccel) { /* unload em. */ FreeResource (pTTYInfo->hAccel); pTTYInfo->hAccel = NULL; changed = TRUE; } if (changed && saveChange) DidResize (pTTYInfo); } #endif /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Accelorator key routines. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ LOCAL void AccelManage (HWND hWnd, long accels) { PTTYINFO pTTYInfo; ACCEL accelarray[EM_MAX_ACCEL]; int n; static ACCEL am_cp = { FVIRTKEY | FCONTROL | FSHIFT | FNOINVERT, 'C', IDM_EDIT_COPY }; static ACCEL am_cp_append = { FVIRTKEY | FCONTROL | FALT | FNOINVERT, 'C', IDM_EDIT_COPY_APPEND }; static ACCEL am_find = { FVIRTKEY | FCONTROL | FSHIFT | FNOINVERT, 'F', IDM_MI_WHEREIS }; static ACCEL am_pst = { FVIRTKEY | FCONTROL | FSHIFT | FNOINVERT, 'V', IDM_EDIT_PASTE }; static ACCEL am_pst_abort = { FVIRTKEY | FCONTROL | FALT | FNOINVERT, 'V', IDM_EDIT_CANCEL_PASTE }; static ACCEL am_cut = { FVIRTKEY | FCONTROL | FSHIFT | FNOINVERT, 'X', IDM_EDIT_CUT }; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL || pTTYInfo->fAccel == (UINT)accels) return; if(pTTYInfo->hAccel){ DestroyAcceleratorTable(pTTYInfo->hAccel); pTTYInfo->hAccel = NULL; pTTYInfo->fAccel = EM_NONE; } n = 0; if(accels & EM_CP) accelarray[n++] = am_cp; if(accels & EM_CP_APPEND) accelarray[n++] = am_cp_append; if(accels & EM_FIND) accelarray[n++] = am_find; if(accels & EM_PST) accelarray[n++] = am_pst; if(accels & EM_PST_ABORT) accelarray[n++] = am_pst_abort; if(accels & EM_CUT) accelarray[n++] = am_cut; /* Load em up. */ if(n && (pTTYInfo->hAccel = CreateAcceleratorTable(accelarray, n))) pTTYInfo->fAccel = accels; else pTTYInfo->fAccel = EM_NONE; } LOCAL void UpdateAccelerators (HWND hWnd) { AccelManage (hWnd, UpdateEditAllowed(hWnd)); } #endif /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Mouse Selection routines * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ LOCAL BOOL SelSelected = FALSE; LOCAL BOOL SelTracking = FALSE; LOCAL int SelAnchorRow; LOCAL int SelAnchorCol; LOCAL int SelPointerRow; LOCAL int SelPointerCol; typedef struct { TCHAR *pRow; int len; } CopyRow; LOCAL void SelRSet (int oStart, int oEnd) { CharAttrib *pca; for (pca = gpTTYInfo->pAttrib + oStart; oStart < oEnd; ++pca, ++oStart) pca->style |= CHAR_ATTR_SEL; } LOCAL void SelRClear (int oStart, int oEnd) { CharAttrib *pca; for (pca = gpTTYInfo->pAttrib + oStart; oStart < oEnd; ++pca, ++oStart) pca->style &= ~CHAR_ATTR_SEL; } LOCAL void SelRInvalidate (int oStart, int oEnd) { RECT rect; int sRow, sCol; int eRow, eCol; sRow = oStart / gpTTYInfo->actNColumn; sCol = oStart % gpTTYInfo->actNColumn; eRow = oEnd / gpTTYInfo->actNColumn; eCol = oEnd % gpTTYInfo->actNColumn; rect.top = (sRow * gpTTYInfo->yChar) + gpTTYInfo->yOffset; rect.bottom = ((eRow+1) * gpTTYInfo->yChar) + gpTTYInfo->yOffset; if (sRow == eRow) { rect.left = (sCol * gpTTYInfo->xChar) + gpTTYInfo->xOffset; rect.right = ((eCol+1) * gpTTYInfo->xChar) + gpTTYInfo->xOffset; } else { rect.left = gpTTYInfo->xOffset; rect.right = (gpTTYInfo->actNColumn * gpTTYInfo->xChar) + gpTTYInfo->xOffset; } InvalidateRect (ghTTYWnd, &rect, FALSE); } /* * Start a mouse selection. */ LOCAL void SelStart (int nRow, int nColumn) { SelClear (); SelTracking = TRUE; SelSelected = TRUE; SelPointerRow = SelAnchorRow = nRow; SelPointerCol = SelAnchorCol = nColumn; return; } /* * Finish a mouse selection. */ LOCAL void SelFinish (int nRow, int nColumn) { if (nRow == SelAnchorRow && nColumn == SelAnchorCol) { /* Mouse up in same place it went down - no selection. */ SelClear (); } else { /* Update screen selection and set final position of mouse * then turn of mouse tracking. Selection remains in effect * until SelClear is called. */ SelTrackMouse (nRow, nColumn); SelTracking = FALSE; } } LOCAL void SelClear (void) { int a, p; int s, e; if (!SelSelected) return; /* Convert the anchor and point coordinates to offsets then * order the offsets. */ a = (SelAnchorRow * gpTTYInfo->actNColumn) + SelAnchorCol; p = (SelPointerRow * gpTTYInfo->actNColumn) + SelPointerCol; if (a < p) { s = a; e = p; } else { s = p; e = a; } /* Clear selected attribute of those cells in range. */ SelRClear (s, e); SelRInvalidate (s, e); SelSelected = FALSE; SelTracking = FALSE; } /* * Update the position of the mouse point. */ LOCAL void SelTrackXYMouse (int xPos, int yPos) { int nRow; int nColumn; nColumn = (xPos - gpTTYInfo->xOffset) / gpTTYInfo->xChar; nRow = (yPos - gpTTYInfo->yOffset) / gpTTYInfo->yChar; SelTrackMouse (nRow, nColumn); } /* * Update the position of the mouse point. */ LOCAL void SelTrackMouse (int nRow, int nColumn) { int a, p, n; if (!SelTracking) return; /* Constrain the cel position to be on the screen. But allow * for the Column to be one past the right edge of the screen so * the user can select the right most cel of a row. */ nColumn = MAX(0, nColumn); nColumn = MIN(gpTTYInfo->actNColumn, nColumn); nRow = MAX(0, nRow); nRow = MIN(gpTTYInfo->actNRow-1, nRow); /* Convert the anchor, previous mouse position, and new mouse * position to offsets. */ a = (SelAnchorRow * gpTTYInfo->actNColumn) + SelAnchorCol; p = (SelPointerRow * gpTTYInfo->actNColumn) + SelPointerCol; n = (nRow * gpTTYInfo->actNColumn) + nColumn; /* If previous position same as current position, do nothing. */ if (p == n) return; /* there are six possible orderings of the points, each with * a different action: * order clear set redraw * n p a n - p n - p * p n a p - n p - n * p a n p - a a - n p - n * a p n p - n p - n * a n p n - p n - p * n a p a - p n - a n - p */ if (p < a) { if (n < a) { if (n < p) { SelRSet (n, p); SelRInvalidate (n, p); } else { SelRClear (p, n); SelRInvalidate (p, n); } } else { SelRClear (p, a); SelRSet (a, n); SelRInvalidate (p, n); } } else { if (n > a) { if (n > p) { SelRSet (p, n); SelRInvalidate (p, n); } else { SelRClear (n, p); SelRInvalidate (n, p); } } else { SelRClear (a, p); SelRSet (n, a); SelRInvalidate (n, p); } } /* Set new pointer. */ SelPointerRow = nRow; SelPointerCol = nColumn; } LOCAL BOOL SelAvailable (void) { return (SelSelected); } /* * Copy screen data to clipboard. Actually appends data from screen to * existing handle so as we can implement a "Copy Append" to append to * existing clipboard data. * * The screen does not have real line terminators. We decide where the * actual screen data ends by scanning the line (row) from end backwards * to find the first non-space. * * I don't know how many bytes of data I'll be appending to the clipboard. * So I implemented in two passes. The first finds all the row starts * and length while the second copies the data. */ LOCAL void SelDoCopy (HANDLE hCB, DWORD lenCB) { HANDLE newCB; /* Used in reallocation. */ TCHAR *pCB; /* Points to CB data. */ TCHAR *p2; /* Temp pointer to screen data. */ int sRow, eRow; /* Start and End Rows. */ int sCol, eCol; /* Start and End columns. */ int row, c1, c2; /* temp row and column indexes. */ int totalLen; /* total len of new data. */ CopyRow *rowTable, *rp; /* pointers to table of rows. */ BOOL noLastCRLF = FALSE; if (OpenClipboard (ghTTYWnd)) { /* ...and we get the CB. */ if (EmptyClipboard ()) { /* ...and clear previous CB.*/ /* Find the start and end row and column. */ if ( (SelAnchorRow * gpTTYInfo->actNColumn) + SelAnchorCol < (SelPointerRow * gpTTYInfo->actNColumn) + SelPointerCol) { sRow = SelAnchorRow; sCol = SelAnchorCol; eRow = SelPointerRow; eCol = SelPointerCol; } else { sRow = SelPointerRow; sCol = SelPointerCol; eRow = SelAnchorRow; eCol = SelAnchorCol; } /* Allocate a table in which we store info on rows. */ rowTable = (CopyRow *) MemAlloc (sizeof (CopyRow) * (eRow-sRow+1)); if (rowTable == NULL) goto Fail1; /* Find the start and length of each row. */ totalLen = 0; for (row = sRow, rp = rowTable; row <= eRow; ++row, ++rp) { /* Find beginning and end columns, which depends on if * this is the first or last row in the selection. */ c1 = (row == sRow ? sCol : 0); c2 = (row == eRow ? eCol : gpTTYInfo->actNColumn); /* Calculate pointer to beginning of this line. */ rp->pRow = gpTTYInfo->pScreen + ((row * gpTTYInfo->actNColumn) + c1); /* Back down from end column to find first non space. * noLastCRLF indicates if it looks like the selection * should include a CRLF on the end of the line. It * gets set for each line, but only the setting for the * last line in the selection is remembered (which is all * we're interested in). */ p2 = gpTTYInfo->pScreen + ((row * gpTTYInfo->actNColumn) + c2); noLastCRLF = TRUE; while (c2 > c1) { if (*(p2-1) != (TCHAR)' ') break; noLastCRLF = FALSE; --c2; --p2; } /* Calculate size of line, then increment totalLen plus 2 for * the CRLF which will terminate each line. */ rp->len = c2 - c1; totalLen += rp->len + 2; } /* Reallocate the memory block. Add one byte for null terminator. */ newCB = GlobalReAlloc (hCB, (lenCB + totalLen + 1)*sizeof(TCHAR), 0); if (newCB == NULL) goto Fail2; hCB = newCB; pCB = GlobalLock (hCB); if (pCB == NULL) goto Fail2; /* Append each of the rows, deliminated by a CRLF. */ pCB += lenCB; for (row = sRow, rp = rowTable; row <= eRow; ++row, ++rp) { if (rp->len > 0) { memcpy (pCB, rp->pRow, rp->len * sizeof(TCHAR)); pCB += rp->len; } if (row < eRow || !noLastCRLF) { *pCB++ = (TCHAR)ASCII_CR; *pCB++ = (TCHAR)ASCII_LF; } } *pCB = (TCHAR)'\0'; /* Null terminator. */ MemFree (rowTable); GlobalUnlock (hCB); /* Attempt to pass the data to the clipboard, then release clipboard * and exit function. */ if (SetClipboardData (CF_UNICODETEXT, hCB) == NULL) /* Failed! Free the data. */ GlobalFree (hCB); CloseClipboard (); } } return; /* Error exit. */ Fail2: MemFree (rowTable); Fail1: GlobalFree (hCB); CloseClipboard (); return; } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Upper Layer Screen routines. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ /* * Flush the write accumulator buffer. */ LOCAL void FlushWriteAccum (void) { if (gpTTYInfo->writeAccumCount > 0) { WriteTTYText (ghTTYWnd, gpTTYInfo->writeAccum, gpTTYInfo->writeAccumCount); gpTTYInfo->writeAccumCount = 0; } } /* * Set window's title */ void mswin_settitle(char *utf8_title) { TCHAR buf[256]; LPTSTR lptstr_title; lptstr_title = utf8_to_lptstr(utf8_title); _sntprintf(buf, 256, TEXT("%.*s - Alpine"), 80, lptstr_title); fs_give((void **) &lptstr_title); SetWindowText(ghTTYWnd, buf); } /* * Return the application instance. */ WINHAND mswin_gethinstance () { return ((WINHAND)ghInstance); } WINHAND mswin_gethwnd () { return ((WINHAND)ghTTYWnd); } /* * destroy splash screen */ void mswin_killsplash() { if(ghSplashWnd != NULL){ DestroyWindow(ghSplashWnd); ghSplashWnd = NULL; } } /* * Called to get mouse event. */ int mswin_getmouseevent (MEvent * pMouse) { return (MQGet (pMouse)); } /* * Make a pop-up menu and track it */ int mswin_popup(MPopup *members) { HMENU hMenu; POINT point; MPopup *mp; int n = 1; if(members && (hMenu = CreatePopupMenu())){ PopupConfig(hMenu, members, &n); if(GetCursorPos(&point) && (n = TrackPopupMenu(hMenu, TPM_LEFTALIGN | TPM_TOPALIGN | TPM_RIGHTBUTTON | TPM_LEFTBUTTON | TPM_NONOTIFY | TPM_RETURNCMD, point.x, point.y, 0, ghTTYWnd, NULL)) && (mp = PopupId(members, n))){ /* Find the member with the internal.id of n */ n = mp->internal.id - 1; /* item's "selectable" index */ switch(mp->type){ case tQueue : CQAdd (mp->data.val, 0); break; case tMessage : SendMessage(ghTTYWnd, WM_COMMAND, mp->data.msg, 0); break; default : break; } } else n = -1; /* error or nothing selected; same diff */ DestroyMenu(hMenu); } else n = -1; /* error */ return(n); } LOCAL void PopupConfig(HMENU hMenu, MPopup *members, int *n) { MENUITEMINFO mitem; int index; TCHAR tcbuf[256]; for(index = 0; members->type != tTail; members++, index++){ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE; if(members->type == tSubMenu){ mitem.fMask |= MIIM_SUBMENU; mitem.fType = MFT_STRING; if(mitem.hSubMenu = CreatePopupMenu()){ /* members->label.string is still just a char * */ _sntprintf(tcbuf, sizeof(tcbuf)/sizeof(TCHAR), TEXT("%S"), members->label.string); mitem.dwTypeData = tcbuf; mitem.cch = (UINT)_tcslen(tcbuf); InsertMenuItem(hMenu, index, TRUE, &mitem); PopupConfig(mitem.hSubMenu, members->data.submenu, n); } } else{ switch(members->type){ case tSeparator : mitem.fType = MFT_SEPARATOR; break; default : mitem.fMask |= MIIM_ID; mitem.wID = members->internal.id = (*n)++; switch(members->label.style){ case lChecked : mitem.fMask |= MIIM_STATE; mitem.fState = MFS_CHECKED; break; case lDisabled : mitem.fMask |= MIIM_STATE; mitem.fState = MFS_GRAYED; break; case lNormal : default : break; } mitem.fType = MFT_STRING; _sntprintf(tcbuf, sizeof(tcbuf)/sizeof(TCHAR), TEXT("%S"), members->label.string); mitem.dwTypeData = tcbuf; mitem.cch = (UINT)_tcslen(tcbuf); break; } InsertMenuItem(hMenu, index, TRUE, &mitem); } } } LOCAL MPopup * PopupId(MPopup *members, int id) { MPopup *mp; for(; members->type != tTail; members++) switch(members->type){ case tSubMenu : if(mp = PopupId(members->data.submenu, id)) return(mp); break; case tSeparator : break; default : if(members->internal.id == id) return(members); break; } return(NULL); } /* * Make a pop-up offering Copy/Cut/Paste menu and track it */ LOCAL BOOL CopyCutPopup(HWND hWnd, UINT fAllowed) { MENUITEMINFO mitem; HMENU hMenu; POINT point; BOOL rv = FALSE; int n = -1; /* * If nothing to do just silently return */ if(fAllowed != EM_NONE && (hMenu = CreatePopupMenu())){ if(fAllowed & EM_CUT){ /* Insert a "Copy" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID; mitem.wID = IDM_EDIT_CUT; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Cut"); mitem.cch = 3; InsertMenuItem(hMenu, ++n, FALSE, &mitem); } if(fAllowed & EM_CP){ /* Insert a "Copy" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID; mitem.wID = IDM_EDIT_COPY; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Copy"); mitem.cch = 4; InsertMenuItem(hMenu, ++n, FALSE, &mitem); } if(fAllowed & EM_CP_APPEND){ /* Insert a "Copy Append" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID; mitem.wID = IDM_EDIT_COPY_APPEND; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Copy Append"); mitem.cch = 11; InsertMenuItem(hMenu, ++n, FALSE, &mitem); } if(fAllowed & EM_PST){ /* Insert a "Paste" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID; mitem.wID = IDM_EDIT_PASTE; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Paste"); mitem.cch = 5; InsertMenuItem(hMenu, ++n, FALSE, &mitem); } if((fAllowed & EM_SEL_ALL) && !(fAllowed & (EM_CP | EM_CP_APPEND))){ /* Insert a "Select All" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID; mitem.wID = IDM_EDIT_SEL_ALL; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Select &All"); mitem.cch = 11; InsertMenuItem(hMenu, ++n, FALSE, &mitem); } if(n >= 0 && GetCursorPos(&point)){ TrackPopupMenu(hMenu, TPM_LEFTALIGN | TPM_TOPALIGN | TPM_RIGHTBUTTON | TPM_LEFTBUTTON, point.x, point.y, 0, hWnd, NULL); rv = TRUE; } DestroyMenu(hMenu); } return(rv); } /* * */ void pico_popup() { MENUITEMINFO mitem; HMENU hMenu; POINT point; UINT fAllow; int n = -1; /* * If nothing to do just silently return */ if(hMenu = CreatePopupMenu()){ if((fAllow = UpdateEditAllowed(ghTTYWnd)) != EM_NONE){ /* Insert a "Cut" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID | MIIM_STATE; mitem.wID = IDM_EDIT_CUT; mitem.fState = (fAllow & EM_CUT) ? MFS_ENABLED : MFS_GRAYED; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Cut"); mitem.cch = 3; InsertMenuItem(hMenu, ++n, FALSE, &mitem); /* Insert a "Copy" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID | MIIM_STATE; mitem.wID = IDM_EDIT_COPY; mitem.fState = (fAllow & EM_CP) ? MFS_ENABLED : MFS_GRAYED; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Copy"); mitem.cch = 4; InsertMenuItem(hMenu, ++n, FALSE, &mitem); /* Insert a "Copy Append" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID | MIIM_STATE; mitem.wID = IDM_EDIT_COPY_APPEND; mitem.fState = (fAllow & EM_CP_APPEND) ? MFS_ENABLED : MFS_GRAYED; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Copy Append"); mitem.cch = 11; InsertMenuItem(hMenu, ++n, FALSE, &mitem); /* Insert a "Paste" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID | MIIM_STATE; mitem.wID = IDM_EDIT_PASTE; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Paste"); mitem.fState = (fAllow & EM_PST) ? MFS_ENABLED : MFS_GRAYED; mitem.cch = 5; InsertMenuItem(hMenu, ++n, FALSE, &mitem); } /* Insert a "Select All" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID | MIIM_STATE; mitem.wID = IDM_EDIT_SEL_ALL; mitem.fType = MFT_STRING; mitem.fState = (fAllow & (EM_CP | EM_CP_APPEND)) ? MFS_GRAYED : MFS_ENABLED; mitem.dwTypeData = TEXT("Select &All"); mitem.cch = 11; InsertMenuItem(hMenu, ++n, FALSE, &mitem); if(n >= 0 && GetCursorPos(&point)) TrackPopupMenu(hMenu, TPM_LEFTALIGN | TPM_TOPALIGN | TPM_RIGHTBUTTON | TPM_LEFTBUTTON, point.x, point.y, 0, ghTTYWnd, NULL); DestroyMenu(hMenu); } } /* * */ void mswin_paste_popup() { MENUITEMINFO mitem; HMENU hMenu; POINT point; UINT fAllow; int n = -1; /* * If nothing to do just silently return */ if(hMenu = CreatePopupMenu()){ if((fAllow = UpdateEditAllowed(ghTTYWnd)) != EM_NONE){ /* Insert a "Paste" option */ memset(&mitem, 0, sizeof(MENUITEMINFO)); mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_TYPE | MIIM_ID | MIIM_STATE; mitem.wID = IDM_EDIT_PASTE; mitem.fType = MFT_STRING; mitem.dwTypeData = TEXT("Paste"); mitem.fState = (fAllow & EM_PST) ? MFS_ENABLED : MFS_GRAYED; mitem.cch = 5; InsertMenuItem(hMenu, ++n, FALSE, &mitem); if(n >= 0 && GetCursorPos(&point)) TrackPopupMenu(hMenu, TPM_LEFTALIGN | TPM_TOPALIGN | TPM_RIGHTBUTTON | TPM_LEFTBUTTON, point.x, point.y, 0, ghTTYWnd, NULL); } DestroyMenu(hMenu); } } void mswin_keymenu_popup() { HMENU hBarMenu, hMenu; MENUITEMINFO mitem; POINT point; int i, j, n; TCHAR tcbuf[256]; /* * run thru menubar from left to right and down each list building * a popup of all active members. we run down the menu's rather * than thru the menuItems array so we can preserve order... */ if((hMenu = CreatePopupMenu())){ if(hBarMenu = GetMenu(ghTTYWnd)){ /* For each possible index, look for matching registered key */ for(n = 0, i = 1; i <= KS_COUNT; i++) for(j = 0; j < KS_COUNT; j++) if(gpTTYInfo->menuItems[j].miIndex == i){ if(gpTTYInfo->menuItems[j].miActive == TRUE && gpTTYInfo->menuItems[j].miLabel){ mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_ID | MIIM_STATE | MIIM_TYPE; mitem.wID = j + KS_RANGESTART; mitem.fState = MFS_ENABLED; mitem.fType = MFT_STRING; /* miLabel is still plain old char *, not utf8 */ _sntprintf(tcbuf, sizeof(tcbuf)/sizeof(TCHAR), TEXT("%S"), gpTTYInfo->menuItems[j].miLabel); mitem.dwTypeData = tcbuf; mitem.cch = (UINT)_tcslen(tcbuf); InsertMenuItem(hMenu, n++, TRUE, &mitem); if(j + KS_RANGESTART == IDM_MI_SCREENHELP && gHelpCallback){ mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = MIIM_ID | MIIM_STATE | MIIM_TYPE; mitem.wID = IDM_HELP; mitem.fState = MFS_ENABLED; mitem.fType = MFT_STRING; _sntprintf(tcbuf, sizeof(tcbuf)/sizeof(TCHAR), TEXT("%S"), "Help in New Window"); mitem.dwTypeData = tcbuf; mitem.cch = (UINT)_tcslen(tcbuf); InsertMenuItem(hMenu, n++, TRUE, &mitem); } } break; } if(n > 0 && GetCursorPos(&point)){ TrackPopupMenu(hMenu, TPM_LEFTALIGN | TPM_TOPALIGN | TPM_RIGHTBUTTON | TPM_LEFTBUTTON, point.x, point.y, 0, ghTTYWnd, NULL); } } DestroyMenu(hMenu); } } /* * */ void mswin_registericon(int row, int id, char *utf8_file) { LPTSTR sPathCopy; HICON hIcon; WORD iIcon; IconList *pIcon; /* Turn this off until it can get tuned */ return; /* Already registered? */ for(pIcon = gIconList; pIcon; pIcon = pIcon->next) if(pIcon->id == id){ pIcon->row = (short)row; return; } sPathCopy = utf8_to_lptstr(utf8_file); if(hIcon = ExtractAssociatedIcon(ghInstance, sPathCopy, &iIcon)) MSWIconAddList(row, id, hIcon); fs_give((void **) &sPathCopy); } void mswin_destroyicons() { MSWIconFree(&gIconList); } void MSWIconAddList(int row, int id, HICON hIcon) { IconList **ppIcon; for(ppIcon = &gIconList; *ppIcon; ppIcon = &(*ppIcon)->next) ; *ppIcon = (IconList *) MemAlloc (sizeof (IconList)); memset(*ppIcon, 0, sizeof(IconList)); (*ppIcon)->hIcon = hIcon; (*ppIcon)->id = id; (*ppIcon)->row = (short)row; } int MSWIconPaint(int row, HDC hDC) { IconList *pIcon; int rv = 0; for(pIcon = gIconList; pIcon && pIcon->row != row; pIcon = pIcon->next) ; if(pIcon){ /* Invalidate rectangle covering single character. */ DrawIconEx(hDC, 0, (row * gpTTYInfo->yChar) + gpTTYInfo->yOffset, pIcon->hIcon, 2 * gpTTYInfo->xChar, gpTTYInfo->yChar, 0, NULL, DI_NORMAL); rv = 1; } return(rv); } void MSWIconFree(IconList **ppIcon) { if(ppIcon && *ppIcon){ if((*ppIcon)->next) MSWIconFree(&(*ppIcon)->next); DestroyIcon((*ppIcon)->hIcon); MemFree (*ppIcon); *ppIcon = NULL; } } /* * Set up debugging stuff. */ void mswin_setdebug (int debug, FILE *debugfile) { /* Accept new file only if we don't already have a file. */ if (mswin_debugfile == 0) { mswin_debug = debug; mswin_debugfile = debugfile; MemDebug (debug, mswin_debugfile); } } void mswin_setnewmailwidth (int width) { gNMW_width = width; gNMW_width = gNMW_width < 20 ? 20 : gNMW_width; gNMW_width = gNMW_width > 170 ? 170 : gNMW_width; } /* * Event handler to deal with File Drop events */ LOCAL BOOL ProcessTTYFileDrop (HANDLE wDrop) { HDROP hDrop = wDrop; POINT pos; int col, row, i, n; TCHAR fname[1024]; char *utf8_fname; if(!gpTTYInfo->dndhandler) return(FALSE); /* translate drop point to character cell */ DragQueryPoint(hDrop, &pos); col = (pos.x - gpTTYInfo->xOffset) / gpTTYInfo->xChar; if (pos.x < gpTTYInfo->xOffset) --col; row = (pos.y - gpTTYInfo->yOffset) / gpTTYInfo->yChar; if (pos.y < gpTTYInfo->yOffset) --row; for(n = DragQueryFile(hDrop, (UINT)-1, NULL, 0), i = 0; i < n; i++){ DragQueryFile(hDrop, i, fname, 1024); utf8_fname = lptstr_to_utf8(fname); gpTTYInfo->dndhandler (row, col, utf8_fname); fs_give((void **) &utf8_fname); } DragFinish(hDrop); set_time_of_last_input(); return(TRUE); } /* * Set a callback to deal with Drag 'N Drop events */ int mswin_setdndcallback (int (*cb)()) { if(gpTTYInfo->dndhandler) gpTTYInfo->dndhandler = NULL; if(cb){ gpTTYInfo->dndhandler = cb; DragAcceptFiles(ghTTYWnd, TRUE); } return(1); } /* * Clear previously installed callback to handle Drag 'N Drop * events */ int mswin_cleardndcallback () { gpTTYInfo->dndhandler = NULL; DragAcceptFiles(ghTTYWnd, FALSE); return(1); } /* * Set a callback for function 'ch' */ int mswin_setresizecallback (int (*cb)()) { int i; int e; /* * Look through whole array for this call back function. Don't * insert duplicate. Also look for empty slot. */ e = -1; for (i = 0; i < RESIZE_CALLBACK_ARRAY_SIZE; ++i) { if (gpTTYInfo->resizer[i] == cb) return (0); if (e == -1 && gpTTYInfo->resizer[i] == NULL) e = i; } /* * Insert in empty slot or return an error. */ if (e != -1) { gpTTYInfo->resizer[e] = cb; return (0); } return (-1); } /* * Clear all instances of the callback function 'cb' */ int mswin_clearresizecallback (int (*cb)()) { int i; int status; status = -1; for (i = 0; i < RESIZE_CALLBACK_ARRAY_SIZE; ++i) { if (gpTTYInfo->resizer[i] == cb) { gpTTYInfo->resizer[i] = NULL; status = 0; } } return (status); } void mswin_beginupdate (void) { gpTTYInfo->fMassiveUpdate = TRUE; } void mswin_endupdate (void) { gpTTYInfo->fMassiveUpdate = FALSE; MoveTTYCursor (ghTTYWnd); } int mswin_charsetid2string(LPTSTR fontCharSet, size_t nfontCharSet, BYTE lfCharSet) { TCHAR buf[1024]; buf[0] = '\0'; switch(lfCharSet){ case DEFAULT_CHARSET: break; case ANSI_CHARSET: _tcsncpy(buf, TEXT("ANSI_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case OEM_CHARSET: _tcsncpy(buf, TEXT("OEM_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case BALTIC_CHARSET: _tcsncpy(buf, TEXT("BALTIC_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case CHINESEBIG5_CHARSET: _tcsncpy(buf, TEXT("CHINESE_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case EASTEUROPE_CHARSET: _tcsncpy(buf, TEXT("EASTEUROPE_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case GB2312_CHARSET: _tcsncpy(buf, TEXT("GF2312_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case GREEK_CHARSET: _tcsncpy(buf, TEXT("GREEK_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case HANGUL_CHARSET: _tcsncpy(buf, TEXT("HANGUL_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case MAC_CHARSET: _tcsncpy(buf, TEXT("MAC_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case RUSSIAN_CHARSET: _tcsncpy(buf, TEXT("RUSSIAN_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case SHIFTJIS_CHARSET: _tcsncpy(buf, TEXT("SHIFTJIS_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case SYMBOL_CHARSET: _tcsncpy(buf, TEXT("SYMBOL_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case TURKISH_CHARSET: _tcsncpy(buf, TEXT("TURKISH_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case VIETNAMESE_CHARSET: _tcsncpy(buf, TEXT("VIETNAMESE_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case JOHAB_CHARSET: _tcsncpy(buf, TEXT("JOHAB_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case ARABIC_CHARSET: _tcsncpy(buf, TEXT("ARABIC_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case HEBREW_CHARSET: _tcsncpy(buf, TEXT("HEBREW_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; case THAI_CHARSET: _tcsncpy(buf, TEXT("THAI_CHARSET"), sizeof(buf)/sizeof(TCHAR)); break; default: /* default char set if we can't figure it out */ break; } buf[sizeof(buf)/sizeof(TCHAR) - 1] = '\0'; _tcsncpy(fontCharSet, buf, nfontCharSet); fontCharSet[nfontCharSet-1] = '\0'; return 0; } BYTE mswin_string2charsetid(LPTSTR str) { TCHAR tstr[1024]; if(!str || (lstrlen(str) >= 1024)) return DEFAULT_CHARSET; if((lstrlen(str) > lstrlen(TEXT("_CHARSET"))) && (tcsucmp(str + lstrlen(str) - lstrlen(TEXT("_CHARSET")), TEXT("_CHARSET")) == 0)){ _tcsncpy(tstr, str, 1024); tstr[lstrlen(str) - lstrlen(TEXT("_CHARSET"))] = '\0'; tstr[1024-1] = '\0'; if(tcsucmp(tstr, TEXT("ANSI")) == 0) return ANSI_CHARSET; else if(tcsucmp(tstr, TEXT("DEFAULT")) == 0) return DEFAULT_CHARSET; else if(tcsucmp(tstr, TEXT("OEM")) == 0) return OEM_CHARSET; else if(tcsucmp(tstr, TEXT("BALTIC")) == 0) return BALTIC_CHARSET; else if(tcsucmp(tstr, TEXT("CHINESEBIG5")) == 0) return CHINESEBIG5_CHARSET; else if(tcsucmp(tstr, TEXT("EASTEUROPE")) == 0) return EASTEUROPE_CHARSET; else if(tcsucmp(tstr, TEXT("GB2312")) == 0) return GB2312_CHARSET; else if(tcsucmp(tstr, TEXT("GREEK")) == 0) return GREEK_CHARSET; else if(tcsucmp(tstr, TEXT("HANGUL")) == 0) return HANGUL_CHARSET; else if(tcsucmp(tstr, TEXT("MAC")) == 0) return MAC_CHARSET; else if(tcsucmp(tstr, TEXT("RUSSIAN")) == 0) return RUSSIAN_CHARSET; else if(tcsucmp(tstr, TEXT("SHIFTJIS")) == 0) return SHIFTJIS_CHARSET; else if(tcsucmp(tstr, TEXT("SYMBOL")) == 0) return SYMBOL_CHARSET; else if(tcsucmp(tstr, TEXT("TURKISH")) == 0) return TURKISH_CHARSET; else if(tcsucmp(tstr, TEXT("VIETNAMESE")) == 0) return VIETNAMESE_CHARSET; else if(tcsucmp(tstr, TEXT("JOHAB")) == 0) return JOHAB_CHARSET; else if(tcsucmp(tstr, TEXT("ARABIC")) == 0) return ARABIC_CHARSET; else if(tcsucmp(tstr, TEXT("HEBREW")) == 0) return HEBREW_CHARSET; else if(tcsucmp(tstr, TEXT("THAI")) == 0) return THAI_CHARSET; else return DEFAULT_CHARSET; } else{ if(_tstoi(str) > 0) return((BYTE)(_tstoi(str))); else return DEFAULT_CHARSET; } } int mswin_setwindow(char *fontName_utf8, char *fontSize_utf8, char *fontStyle_utf8, char *windowPosition, char *caretStyle, char *fontCharSet_utf8) { LOGFONT newFont; int newHeight; HDC hDC; int ppi; RECT wndRect, cliRect; char *c; char *n; int i; BOOL toolBar = FALSE; BOOL toolBarTop = TRUE; int wColumns, wRows; int wXPos, wYPos; int wXBorder, wYBorder; int wXSize, wYSize; char wp[WIN_POS_STR_MAX_LEN + 1]; int showWin = 1; LPTSTR fontName_lpt = NULL; LPTSTR fontCharSet_lpt; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "mswin_setwindow::: entered, minimized: %d\n", gpTTYInfo->fMinimized); #endif /* Require a font name to set font info. */ if(fontName_utf8 != NULL && *fontName_utf8 != '\0' && (fontName_lpt = utf8_to_lptstr(fontName_utf8)) && _tcslen(fontName_lpt) <= LF_FACESIZE - 1){ hDC = GetDC(ghTTYWnd); ppi = GetDeviceCaps(hDC, LOGPIXELSY); ReleaseDC(ghTTYWnd, hDC); /* Default height, then examine the requested fontSize. */ newFont.lfHeight = -MulDiv(12, ppi, 72); if(ScanInt(fontSize_utf8, FONT_MIN_SIZE, FONT_MAX_SIZE, &newHeight)){ newHeight = abs(newHeight); newFont.lfHeight = -MulDiv(newHeight, ppi, 72); } /* Default font style, then read requested style. */ newFont.lfWeight = 0; newFont.lfItalic = 0; if(fontStyle_utf8 != NULL){ _strlwr(fontStyle_utf8); if(strstr(fontStyle_utf8, "bold")) newFont.lfWeight = FW_BOLD; if(strstr(fontStyle_utf8, "italic")) newFont.lfItalic = 1; } /* Everything else takes the default. */ newFont.lfWidth = 0; newFont.lfEscapement = 0; newFont.lfOrientation = 0; newFont.lfUnderline = 0; newFont.lfStrikeOut = 0; fontCharSet_lpt = utf8_to_lptstr(fontCharSet_utf8); if(fontCharSet_lpt){ newFont.lfCharSet = mswin_string2charsetid(fontCharSet_lpt); fs_give((void **) &fontCharSet_lpt); } newFont.lfOutPrecision = OUT_DEFAULT_PRECIS; newFont.lfClipPrecision = CLIP_DEFAULT_PRECIS; newFont.lfQuality = DEFAULT_QUALITY; newFont.lfPitchAndFamily = FIXED_PITCH; _sntprintf(newFont.lfFaceName, LF_FACESIZE, TEXT("%s"), fontName_lpt); ResetTTYFont (ghTTYWnd, gpTTYInfo, &newFont); } if(fontName_lpt) fs_give((void **) &fontName_lpt); /* * Set window position. String format is: CxR+X+Y * Where C is the number of columns, R is the number of rows, * and X and Y specify the top left corner of the window. */ if(windowPosition != NULL && *windowPosition != '\0'){ if(strlen(windowPosition) > sizeof(wp)-1) return(0); strncpy(wp, windowPosition, sizeof(wp)); wp[sizeof(wp)-1] = '\0'; /* * Flag characters are at the end of the string. Strip them * off till we get to a number. */ i = (int)strlen(wp) - 1; while(i > 0 && (*(wp+i) < '0' || *(wp+i) > '9')){ if(*(wp+i) == 't' || *(wp+i) == 'b'){ toolBar = TRUE; toolBarTop = (*(wp+i) == 't'); } if(*(wp+i) == 'd') gfUseDialogs = TRUE; #ifdef ACCELERATORS_OPT if(*(wp+i) == 'a') AccelCtl(ghTTYWnd, ACCEL_LOAD, FALSE); #endif *(wp+i) = 0; --i; } if(strcmp(wp, "MIN0") == 0){ mswin_killsplash(); showWin = 0; ShowWindow(ghTTYWnd, SW_MINIMIZE); if(toolBar){ gpTTYInfo->toolBarTop = toolBarTop; TBShow(ghTTYWnd); } } else{ /* Look for Columns, deliminated by 'x'. */ c = strchr (wp, 'x'); if (c == NULL) return(0); *c = '\0'; if(!ScanInt(wp, -999, 9999, &wColumns)) return(0); /* Look for Rows, deliminated by '+'. */ n = c + 1; c = strchr(n, '+'); if(c == NULL) return (0); *c = '\0'; if(!ScanInt(n, -999, 9999, &wRows)) return(0); /* Look for X position, deliminated by '+'. */ n = c + 1; c = strchr(n, '+'); if(c == NULL) return(0); *c = '\0'; if(!ScanInt(n, -999, 9999, &wXPos)) return(0); /* And get Y position, deliminated by end of string. */ n = c + 1; if(!ScanInt(n, -999, 9999, &wYPos)) return(0); /* Constrain the window position and size. */ if(wXPos < 0) wXPos = 0; if(wYPos < 0) wYPos = 0; GetWindowRect(GetDesktopWindow(), &wndRect); if(wXPos > wndRect.right - 20) wXPos = wndRect.right - 100; if(wYPos > wndRect.bottom - 20) wYPos = wndRect.bottom - 100; /* Get the current window rect and client area. */ GetWindowRect(ghTTYWnd, &wndRect); GetClientRect(ghTTYWnd, &cliRect); /* Calculate boarder sizes. */ wXBorder = wndRect.right - wndRect.left - cliRect.right; wYBorder = wndRect.bottom - wndRect.top - cliRect.bottom; /* Show toolbar before calculating content size. */ if(toolBar){ gpTTYInfo->toolBarTop = toolBarTop; TBShow(ghTTYWnd); } /* Calculate new window pos and size. */ wXSize = wXBorder + (wColumns * gpTTYInfo->xChar) + (2 * gpTTYInfo->xOffset); wYSize = wYBorder + (wRows * gpTTYInfo->yChar) + gpTTYInfo->toolBarSize + (2 * MARGINE_TOP); if(!gpTTYInfo->fMinimized) MoveWindow(ghTTYWnd, wXPos, wYPos, wXSize, wYSize, TRUE); else{ gpTTYInfo->fDesiredSize = TRUE; gpTTYInfo->xDesPos = (CORD)wXPos; gpTTYInfo->yDesPos = (CORD)wYPos; gpTTYInfo->xDesSize = (CORD)wXSize; gpTTYInfo->yDesSize = (CORD)wYSize; } } } if(caretStyle != NULL && *caretStyle != '\0') for(i = 0; MSWinCaretTable[i].name; i++) if(!strucmp(MSWinCaretTable[i].name, caretStyle)){ CaretTTY(ghTTYWnd, MSWinCaretTable[i].style); break; } return(0); } int mswin_showwindow() { mswin_killsplash(); ShowWindow (ghTTYWnd, SW_SHOWNORMAL); UpdateWindow (ghTTYWnd); return(0); } /* * Retrieve the current font name, font size, and window position * These get stored in the pinerc file and will be passed to * mswin_setwindow() when pine starts up. See pinerc for comments * on the format. */ int mswin_getwindow(char *fontName_utf8, size_t nfontName, char *fontSize_utf8, size_t nfontSize, char *fontStyle_utf8, size_t nfontStyle, char *windowPosition, size_t nwindowPosition, char *foreColor, size_t nforeColor, char *backColor, size_t nbackColor, char *caretStyle, size_t ncaretStyle, char *fontCharSet_utf8, size_t nfontCharSet) { HDC hDC; int ppi; RECT wndRect; char *t; if(fontName_utf8 != NULL){ t = lptstr_to_utf8(gpTTYInfo->lfTTYFont.lfFaceName); if(strlen(t) < nfontName) snprintf(fontName_utf8, nfontName, "%s", t); fs_give((void **) &t); } if(fontCharSet_utf8 != NULL){ LPTSTR lpt; lpt = (LPTSTR) fs_get(nfontCharSet * sizeof(TCHAR)); if(lpt){ lpt[0] = '\0'; mswin_charsetid2string(lpt, nfontCharSet, gpTTYInfo->lfTTYFont.lfCharSet); t = lptstr_to_utf8(lpt); if(strlen(t) < nfontCharSet) snprintf(fontCharSet_utf8, nfontCharSet, "%s", t); fs_give((void **) &t); fs_give((void **) &lpt); } } if(fontSize_utf8 != NULL){ hDC = GetDC(ghTTYWnd); ppi = GetDeviceCaps(hDC, LOGPIXELSY); ReleaseDC(ghTTYWnd, hDC); snprintf(fontSize_utf8, nfontSize, "%d", MulDiv(-gpTTYInfo->lfTTYFont.lfHeight, 72, ppi)); } if(fontStyle_utf8 != NULL){ char *sep[] = {"", ", "}; int iSep = 0; *fontStyle_utf8 = '\0'; if(gpTTYInfo->lfTTYFont.lfWeight >= FW_BOLD){ strncpy(fontStyle_utf8, "bold", nfontStyle); fontStyle_utf8[nfontStyle-1] = '\0'; iSep = 1; } if(gpTTYInfo->lfTTYFont.lfItalic){ strncat(fontStyle_utf8, sep[iSep], nfontStyle-strlen(fontStyle_utf8)-1); fontStyle_utf8[nfontStyle-1] = '\0'; strncat(fontStyle_utf8, "italic", nfontStyle-strlen(fontStyle_utf8)-1); fontStyle_utf8[nfontStyle-1] = '\0'; } } if(windowPosition != NULL){ if(gpTTYInfo->fMinimized){ strncpy(windowPosition, "MIN0", nwindowPosition); windowPosition[nwindowPosition-1] = '\0'; } else{ /* * Get the window position. Constrain the top left corner * to be on the screen. */ GetWindowRect(ghTTYWnd, &wndRect); if(wndRect.left < 0) wndRect.left = 0; if(wndRect.top < 0) wndRect.top = 0; snprintf(windowPosition, nwindowPosition, "%dx%d+%d+%d", gpTTYInfo->actNColumn, gpTTYInfo->actNRow, wndRect.left, wndRect.top); } if(gpTTYInfo->toolBarSize > 0){ strncat(windowPosition, gpTTYInfo->toolBarTop ? "t" : "b", nwindowPosition-strlen(windowPosition)-1); windowPosition[nwindowPosition-1] = '\0'; } if(gfUseDialogs){ strncat(windowPosition, "d", nwindowPosition-strlen(windowPosition)-1); windowPosition[nwindowPosition-1] = '\0'; } if(gpTTYInfo->hAccel){ strncat(windowPosition, "a", nwindowPosition-strlen(windowPosition)-1); windowPosition[nwindowPosition-1] = '\0'; } if(gpTTYInfo->fMaximized){ strncat(windowPosition, "!", nwindowPosition-strlen(windowPosition)-1); windowPosition[nwindowPosition-1] = '\0'; } } if(foreColor != NULL) ConvertStringRGB(foreColor, nforeColor, gpTTYInfo->rgbFGColor); if(backColor != NULL) ConvertStringRGB(backColor, nbackColor, gpTTYInfo->rgbBGColor); if(caretStyle != NULL){ int i; for(i = 0; MSWinCaretTable[i].name; i++) if(MSWinCaretTable[i].style == gpTTYInfo->cCaretStyle){ strncpy(caretStyle, MSWinCaretTable[i].name, ncaretStyle); caretStyle[ncaretStyle-1] = '\0'; break; } } return (0); } void mswin_noscrollupdate(int flag) { gpTTYInfo->noScrollUpdate = (flag != 0); if(flag == 0 && gpTTYInfo->scrollRangeChanged){ mswin_setscrollrange(gpTTYInfo->noSUpdatePage, gpTTYInfo->noSUpdateRange); gpTTYInfo->noSUpdatePage = gpTTYInfo->noSUpdateRange = 0; gpTTYInfo->scrollRangeChanged = 0; } } /* * Set the scroll range. */ void mswin_setscrollrange (long page, long max) { SCROLLINFO scrollInfo; if(gpTTYInfo->noScrollUpdate){ gpTTYInfo->noSUpdatePage = page; gpTTYInfo->noSUpdateRange = max; gpTTYInfo->scrollRangeChanged = 1; return; } if (max != gpTTYInfo->scrollRange) { scrollInfo.cbSize = sizeof(SCROLLINFO); scrollInfo.fMask = SIF_DISABLENOSCROLL | SIF_PAGE | SIF_RANGE; scrollInfo.nMin = 0; if (max > 0) { scrollInfo.nMax = (int) max; scrollInfo.nPage = page; SetScrollInfo(ghTTYWnd, SB_VERT, &scrollInfo, TRUE); EnableScrollBar (ghTTYWnd, SB_VERT, ESB_ENABLE_BOTH); } else { max = 0; scrollInfo.cbSize = sizeof(SCROLLINFO); scrollInfo.fMask |= SIF_POS; scrollInfo.nMax = 1; scrollInfo.nPos = 0; SetScrollInfo(ghTTYWnd, SB_VERT, &scrollInfo, TRUE); EnableScrollBar (ghTTYWnd, SB_VERT, ESB_DISABLE_BOTH); gpTTYInfo->scrollPos = 0; } gpTTYInfo->scrollRange = (int)max; } } /* * Set the current scroll position. */ void mswin_setscrollpos (long pos) { SCROLLINFO scrollInfo; if (pos != gpTTYInfo->scrollPos) { scrollInfo.cbSize = sizeof(SCROLLINFO); scrollInfo.fMask = SIF_PAGE | SIF_RANGE; GetScrollInfo(ghTTYWnd, SB_VERT, &scrollInfo); scrollInfo.fMask |= SIF_POS; scrollInfo.nPos = (int) pos; SetScrollInfo(ghTTYWnd, SB_VERT, &scrollInfo, TRUE); gpTTYInfo->scrollPos = pos; } } /* * retrieve the current scroll position. */ long mswin_getscrollpos (void) { return ((long)((float)GetScrollPos (ghTTYWnd, SB_VERT))); } /* * retrieve the latest scroll to position. */ long mswin_getscrollto (void) { return (gpTTYInfo->scrollTo); } /* * install function to deal with LINEDOWN events */ void mswin_setscrollcallback (cbarg_t cbfunc) { gScrollCallback = cbfunc; } /* * install function to deal with sort menu messages */ void mswin_setsortcallback (cbarg_t cbfunc) { gSortCallback = cbfunc; } /* * install function to deal with sort menu messages */ void mswin_setflagcallback (cbarg_t cbfunc) { gFlagCallback = cbfunc; } void mswin_set_erasecreds_callback (cbvoid_t cbfunc) { gEraseCredsCallback = cbfunc; } /* * install function to deal with header mode flipping */ void mswin_sethdrmodecallback (cbarg_t cbfunc) { gHdrCallback = cbfunc; } /* * install function to deal with view in new window messages */ void mswin_setviewinwindcallback (cbvoid_t cbfunc) { gViewInWindCallback = cbfunc; } /* * install function to deal with zoom mode flipping */ void mswin_setzoomodecallback (cbarg_t cbfunc) { gZoomCallback = cbfunc; } /* * install function to deal with function key mode flipping */ void mswin_setfkeymodecallback (cbarg_t cbfunc) { gFkeyCallback = cbfunc; } /* * install function to deal with apply mode flipping */ void mswin_setselectedcallback (cbarg_t cbfunc) { gSelectedCallback = cbfunc; } /* * return 1 if new mail window is being used */ int mswin_newmailwinon (void) { return(gMswinNewMailWin.hwnd ? 1 : 0); } /* */ void mswin_setdebugoncallback (cbvoid_t cbfunc) { gIMAPDebugONCallback = cbfunc; } void mswin_setdebugoffcallback (cbvoid_t cbfunc) { gIMAPDebugOFFCallback = cbfunc; } int mswin_setconfigcallback (cbvoid_t cffunc) { gConfigScreenCallback = cffunc; return(1); } /* * Set the printer font */ void mswin_setprintfont(char *fontName, char *fontSize, char *fontStyle, char *fontCharSet) { LPTSTR fn = NULL, fstyle = NULL, fc = NULL; if(fontName) fn = utf8_to_lptstr(fontName); if(fontStyle) fstyle = utf8_to_lptstr(fontStyle); if(fontCharSet) fc = utf8_to_lptstr(fontCharSet); /* Require a font name to set font info. */ if(fn != NULL && *fn != '\0' && lstrlen(fn) <= LF_FACESIZE - 1){ _tcsncpy(gPrintFontName, fn, sizeof(gPrintFontName)/sizeof(TCHAR)); gPrintFontName[sizeof(gPrintFontName)/sizeof(TCHAR)-1] = 0; if(fstyle){ _tcsncpy(gPrintFontStyle, fstyle, sizeof(gPrintFontStyle)/sizeof(TCHAR)); gPrintFontStyle[sizeof(gPrintFontStyle)/sizeof(TCHAR)-1] = 0; _tcslwr(gPrintFontStyle); /* Lower case font style. */ } if(fc){ _tcsncpy(gPrintFontCharSet, fc, sizeof(gPrintFontCharSet)/sizeof(TCHAR)); gPrintFontCharSet[sizeof(gPrintFontCharSet)/sizeof(TCHAR)-1] = 0; } gPrintFontSize = 12; if(ScanInt(fontSize, FONT_MIN_SIZE, FONT_MAX_SIZE, &gPrintFontSize)) gPrintFontSize = abs(gPrintFontSize); gPrintFontSameAs = FALSE; } else{ gPrintFontName[0] = '\0'; gPrintFontSameAs = TRUE; } if(fn) fs_give((void **) &fn); if(fstyle) fs_give((void **) &fstyle); if(fc) fs_give((void **) &fc); } void mswin_getprintfont(char *fontName_utf8, size_t nfontName, char *fontSize_utf8, size_t nfontSize, char *fontStyle_utf8, size_t nfontStyle, char *fontCharSet_utf8, size_t nfontCharSet) { if(gPrintFontName[0] == '\0' || gPrintFontSameAs){ if(fontName_utf8 != NULL) *fontName_utf8 = '\0'; if(fontSize_utf8 != NULL) *fontSize_utf8 = '\0'; if(fontStyle_utf8 != NULL) *fontStyle_utf8 = '\0'; if(fontCharSet_utf8 != NULL) *fontCharSet_utf8 = '\0'; } else{ char *u; if(fontName_utf8 != NULL){ u = lptstr_to_utf8(gPrintFontName); if(u){ strncpy(fontName_utf8, u, nfontName); fontName_utf8[nfontName-1] = 0; fs_give((void **) &u); } } if(fontSize_utf8 != NULL) snprintf(fontSize_utf8, nfontSize, "%d", gPrintFontSize); if(fontStyle_utf8 != NULL){ u = lptstr_to_utf8(gPrintFontStyle); if(u){ strncpy(fontStyle_utf8, u, nfontStyle); fontStyle_utf8[nfontStyle-1] = 0; fs_give((void **) &u); } } if(fontCharSet_utf8 != NULL){ u = lptstr_to_utf8(gPrintFontCharSet); if(u){ strncpy(fontCharSet_utf8, u, nfontCharSet); fontCharSet_utf8[nfontCharSet-1] = 0; fs_give((void **) &u); } } } } /* * Set the window help text. Add or delete the Help menu item as needed. */ int mswin_sethelptextcallback(cbstr_t cbfunc) { HMENU hMenu; gHelpCallback = cbfunc; hMenu = GetMenu (ghTTYWnd); if (hMenu == NULL) return (1); return(MSWHelpSetMenu (hMenu)); } /* * Set the window help text. Add or delete the Help menu item as needed. */ int mswin_setgenhelptextcallback(cbstr_t cbfunc) { HMENU hMenu; gHelpGenCallback = cbfunc; hMenu = GetMenu (ghTTYWnd); if (hMenu == NULL) return (1); return(MSWHelpSetMenu (hMenu)); } int MSWHelpSetMenu(HMENU hMenu) { BOOL brc; int count; /* * Find menu and update it. */ count = GetMenuItemCount (hMenu); if (count == -1) return (1); hMenu = GetSubMenu (hMenu, count - 1); if (hMenu == NULL) return (1); /* * Insert or delete generic help item */ if (gHelpGenCallback == NULL){ if (gfHelpGenMenu) { brc = DeleteMenu (hMenu, IDM_MI_GENERALHELP, MF_BYCOMMAND); DrawMenuBar (ghTTYWnd); } gfHelpGenMenu = FALSE; } else { if (!gfHelpGenMenu) { brc = InsertMenu (hMenu, 0, MF_BYPOSITION | MF_STRING, IDM_MI_GENERALHELP, TEXT("&General Help")); DrawMenuBar (ghTTYWnd); } gfHelpGenMenu = TRUE; } /* * Insert or delete screen help item */ if (gHelpCallback == NULL){ if (gfHelpMenu) { brc = DeleteMenu (hMenu, IDM_HELP, MF_BYCOMMAND); DrawMenuBar (ghTTYWnd); } gfHelpMenu = FALSE; } else { if (!gfHelpMenu) { brc = InsertMenu (hMenu, gHelpGenCallback ? 2 : 1, MF_BYPOSITION | MF_STRING, IDM_HELP, TEXT("Screen Help in &New Window")); DrawMenuBar (ghTTYWnd); } gfHelpMenu = TRUE; } return (0); } /* * Set the text displayed when someone tries to close the application * the wrong way. */ void mswin_setclosetext (char *pCloseText) { gpCloseText = pCloseText; } /* * Called when upper layer is in a busy loop. Allows us to yield to * Windows and perhaps process some events. Does not yield control * to other applications. */ int mswin_yield (void) { MSG msg; DWORD start; int didmsg = FALSE; if (gScrolling) return (TRUE); start = GetTickCount (); #ifdef CDEBUG if (mswin_debug > 16) fprintf (mswin_debugfile, "mswin_yeild:: Entered\n"); #endif if (PeekMessage (&msg, NULL, 0, 0, PM_REMOVE)) { if (gpTTYInfo->hAccel == NULL || !TranslateAccelerator (ghTTYWnd, gpTTYInfo->hAccel, &msg)) { TranslateMessage (&msg); DispatchMessage (&msg); didmsg = TRUE; } } #ifdef CDEBUG if (mswin_debug > 16) fprintf (mswin_debugfile, "mswin_yeild:: Delay %ld msec\n", GetTickCount () - start); #endif return (didmsg); } /* * Called to see if we can process input. * We can't process input when we are in a scrolling mode. */ int mswin_caninput (void) { return (!gScrolling && !gMouseTracking); } /* * Called to see if there is a character available. */ int mswin_charavail (void) { MSG msg; BOOL ca, pa, ma; if (gScrolling) return (FALSE); RestoreMouseCursor(); /* * If there are no windows messages waiting for this app, GetMessage * can take a long time. So before calling GetMessage check if * there is anything I should be doing. If there is, then only * call PeekMessage. * BUT! Don't let too much time elapse between calls to GetMessage * or we'll shut out other windows. */ ca = CQAvailable (); pa = EditPasteAvailable (); #ifdef CDEBUG start = GetTickCount (); if (mswin_debug > 16) fprintf (mswin_debugfile, "%s mswin_charavail:: Entered, ca %d, pa %d\n",dtime(),ca,pa); #endif if ((ca || pa) && GetTickCount () < gGMLastCall + GM_MAX_TIME) ma = PeekMessage (&msg, NULL, 0, 0, PM_NOYIELD | PM_REMOVE); else { ma = GetMessage (&msg, NULL, 0, 0); gGMLastCall = GetTickCount (); } if (ma) { if (gpTTYInfo->hAccel == NULL || !TranslateAccelerator (ghTTYWnd, gpTTYInfo->hAccel, &msg)) { TranslateMessage (&msg); DispatchMessage (&msg); } } #ifdef CDEBUG if (mswin_debug > 16) fprintf (mswin_debugfile, "%s mswin_charavail:: Delay %ld msec\n", dtime(), GetTickCount () - start); #endif return (pa || ca || CQAvailable ()); } /* * Call to get next character. Dispatch one message. */ UCS mswin_getc (void) { BOOL ca, pa, ma; MSG msg; if (gScrolling) return (NODATA); RestoreMouseCursor(); mswin_flush(); /* * If there are no windows messages waiting for this app, GetMessage * can take a long time. So before calling GetMessage check if * there is anything I should be doing. If there is, then only * call PeekMessage. */ ca = CQAvailable (); pa = EditPasteAvailable (); #ifdef CDEBUG if (mswin_debug > 16) { start = GetTickCount (); fprintf (mswin_debugfile, "mswin_getc:: Entered, ca %d pa %d\n", ca, pa); } #endif if ((ca || pa) && GetTickCount () < gGMLastCall + GM_MAX_TIME) ma = PeekMessage (&msg, NULL, 0, 0, PM_NOYIELD | PM_REMOVE); else { ma = GetMessage (&msg, NULL, 0, 0); gGMLastCall = GetTickCount (); } if (ma) { if (gpTTYInfo->hAccel == NULL || !TranslateAccelerator (ghTTYWnd, gpTTYInfo->hAccel, &msg)) { TranslateMessage (&msg); DispatchMessage (&msg); } } #ifdef CDEBUG if (mswin_debug > 16) fprintf (mswin_debugfile, "mswin_getc:: Delay %ld msec\n", GetTickCount () - start); #endif if (pa) { SelClear (); return (EditPasteGet ()); } if (ca || CQAvailable ()) { SelClear(); return ((UCS)(CQGet ())); } return (NODATA); } /* * Like mswin_getc, but don't yield control. Returns a CTRL key values * where, for example, ctrl+c --> CTRL|'C'. */ LOCAL UCS mswin_getc_fast (void) { RestoreMouseCursor(); if (EditPasteAvailable ()) { SelClear (); return (EditPasteGet ()); } if (CQAvailable ()) { SelClear (); return ((UCS)CQGet ()); } return (NODATA); } /* * Flush the character input queue. */ void mswin_flush_input(void) { /* * GetQueueStatus tells us if there are any input messages in the message * queue. If there are, we call mswin_getc which will retrieve the * next message (which may or may not be an input message) and process * it. We do that until all the input messages are gone. */ CQInit(); while(GetQueueStatus(QS_INPUT)) (void) mswin_getc(); /* And we clear Pine's character input queue, too. */ CQInit(); } /* * ibmmove - Move cursor to... */ int mswin_move (int row, int column) { FlushWriteAccum (); if (row < 0 || row >= gpTTYInfo->actNRow) return (-1); if (column < 0 || column >= gpTTYInfo->actNColumn) return (-1); gpTTYInfo->nRow = (CORD)row; gpTTYInfo->nColumn = (CORD)column; MoveTTYCursor (ghTTYWnd); return (0); } int mswin_getpos (int *row, int *column) { FlushWriteAccum (); if (row == NULL || column == NULL) return (-1); *row = gpTTYInfo->nRow; *column = gpTTYInfo->nColumn; return (0); } int mswin_getscreensize (int *row, int *column) { if (row == NULL || column == NULL) return (-1); *row = gpTTYInfo->actNRow; *column = gpTTYInfo->actNColumn; #ifdef SDEBUG if (mswin_debug >= 5) fprintf (mswin_debugfile, "mswin_getscreensize::: reported size %d, %d\n", *row, *column); #endif *column = MIN(*column, NLINE-1); return (0); } void mswin_minimize() { if (!gpTTYInfo->fMinimized) ShowWindow(ghTTYWnd, SW_MINIMIZE); } int mswin_showcursor (int show) { int was_shown = gpTTYInfo->fCursorOn; if (show) { /* if the cursor was not already show, show it now. */ if (!was_shown) { gpTTYInfo->fCursorOn = TRUE; ShowCursor(TRUE); } } else { /* If the cursor is shown, hide it. */ if (was_shown){ gpTTYInfo->fCursorOn = FALSE; ShowCursor(FALSE); } } return (was_shown); } int mswin_showcaret (int show) { int was_shown = gpTTYInfo->fCaretOn; if (show) { /* if the caret was not already show, show it now. */ if (!was_shown) { gpTTYInfo->fCaretOn = TRUE; ShowCaret(ghTTYWnd); } } else { /* If the caret is shown, hide it. */ if (was_shown){ gpTTYInfo->fCaretOn = FALSE; HideCaret(ghTTYWnd); } } return (was_shown); } int mswin_puts (char *utf8_str) { int strLen; LPTSTR lptstr_str; FlushWriteAccum (); if (utf8_str == NULL) return (-1); if(!(lptstr_str = utf8_to_lptstr(utf8_str))) return(-1); strLen = (int)_tcslen (lptstr_str); if (strLen > 0) WriteTTYText (ghTTYWnd, lptstr_str, strLen); fs_give((void **) &lptstr_str); return (0); } int mswin_puts_n (char *utf8_str, int n) { LPTSTR lptstr_str, lptstr_p; FlushWriteAccum (); if (utf8_str == NULL) return (-1); lptstr_str = utf8_to_lptstr(utf8_str); if(n < _tcslen(lptstr_str)) lptstr_str[n] = '\0'; for (lptstr_p = lptstr_str; n > 0 && *lptstr_p; n--, lptstr_p++) ; if (lptstr_p > lptstr_str) WriteTTYText (ghTTYWnd, lptstr_str, (int)(lptstr_p - lptstr_str)); fs_give((void **) &lptstr_str); return (0); } int mswin_putblock (char *utf8_str, int strLen) { LPTSTR lptstr_str; FlushWriteAccum (); if (utf8_str == NULL) return (-1); lptstr_str = utf8_to_lptstr(utf8_str); if (strLen > 0) WriteTTYText (ghTTYWnd, lptstr_str, strLen); fs_give((void **) &lptstr_str); return (0); } /* * mswin_putc - put a character at the current position in the * current colors */ int mswin_putc (UCS ucs) { TCHAR cc = (TCHAR)ucs; if(ucs == ARABIC_LRM || ucs == ARABIC_RLM){ FlushWriteAccum(); WriteTTYBlock (ghTTYWnd, &cc, 1); return 0; } if (ucs >= (UCS)(' ')) { /* Not carriage control. */ gpTTYInfo->writeAccum[gpTTYInfo->writeAccumCount++] = (TCHAR)ucs; if (gpTTYInfo->writeAccumCount == WRITE_ACCUM_SIZE) FlushWriteAccum (); } else { /* Carriage control. Need to flush write accumulator and * write this char. */ FlushWriteAccum (); WriteTTYBlock (ghTTYWnd, &cc, 1); } return (0); } /* * ibmoutc - output a single character with the right attributes, but * don't advance the cursor */ int mswin_outc (char c) { RECT rect; long offset; FlushWriteAccum (); switch (c) { case ASCII_BEL: MessageBeep (0); break; case ASCII_BS: case ASCII_CR: case ASCII_LF: /* Do nothing for these screen motion characters. */ break; default: /* Paint character to screen. */ offset = (gpTTYInfo->nRow * gpTTYInfo->actNColumn) + gpTTYInfo->nColumn; gpTTYInfo->pScreen[offset] = c; gpTTYInfo->pCellWidth[offset] = wcellwidth((UCS)c) * gpTTYInfo->xChar; gpTTYInfo->pAttrib[offset] = gpTTYInfo->curAttrib; /* Invalidate rectangle covering single character. */ rect.left = (gpTTYInfo->nColumn * gpTTYInfo->xChar) + gpTTYInfo->xOffset; rect.right = rect.left + gpTTYInfo->xChar; rect.top = (gpTTYInfo->nRow * gpTTYInfo->yChar) + gpTTYInfo->yOffset; rect.bottom = rect.top + gpTTYInfo->yChar; gpTTYInfo->screenDirty = TRUE; InvalidateRect (ghTTYWnd, &rect, FALSE); break; } return (0); } /* * ibmrev - change reverse video state */ int mswin_rev (int state) { int curState = (gpTTYInfo->curAttrib.style & CHAR_ATTR_REV) != 0; if (state != curState){ FlushWriteAccum (); if (state) { gpTTYInfo->curAttrib.style |= CHAR_ATTR_REV; SetReverseColor(); } else{ gpTTYInfo->curAttrib.style &= ~CHAR_ATTR_REV; pico_set_normal_color(); } } return (0); } /* * Get current reverse video state. */ int mswin_getrevstate (void) { return ((gpTTYInfo->curAttrib.style & CHAR_ATTR_REV) != 0); } /* * ibmrev - change reverse video state */ int mswin_bold (int state) { int curState = (gpTTYInfo->curAttrib.style & CHAR_ATTR_BOLD) != 0; if (state != curState){ FlushWriteAccum (); if (state) gpTTYInfo->curAttrib.style |= CHAR_ATTR_BOLD; else gpTTYInfo->curAttrib.style &= ~CHAR_ATTR_BOLD; } return (0); } /* * ibmrev - change reverse video state */ int mswin_uline (int state) { int curState = (gpTTYInfo->curAttrib.style & CHAR_ATTR_ULINE) != 0; if (state != curState){ FlushWriteAccum (); if (state) gpTTYInfo->curAttrib.style |= CHAR_ATTR_ULINE; else gpTTYInfo->curAttrib.style &= ~CHAR_ATTR_ULINE; } return (0); } /* * ibmeeol - erase to the end of the line */ int mswin_eeol (void) { TCHAR *cStart; CharAttrib *aStart; int *cwStart; long length, i; RECT rect; FlushWriteAccum (); /* From current position to end of line. */ length = gpTTYInfo->actNColumn - gpTTYInfo->nColumn; cStart = gpTTYInfo->pScreen + (gpTTYInfo->nRow * gpTTYInfo->actNColumn) + gpTTYInfo->nColumn; cwStart = gpTTYInfo->pCellWidth + (gpTTYInfo->nRow * gpTTYInfo->actNColumn) + gpTTYInfo->nColumn; for(i = 0; i < length; i++){ cStart[i] = (TCHAR)(' '); cwStart[i] = gpTTYInfo->xChar; } aStart = gpTTYInfo->pAttrib + (gpTTYInfo->nRow * gpTTYInfo->actNColumn) + gpTTYInfo->nColumn; for(; length > 0; length--, aStart++){ aStart->style = CHAR_ATTR_NORM; aStart->rgbFG = gpTTYInfo->curAttrib.rgbFG; aStart->rgbBG = gpTTYInfo->curAttrib.rgbBG; } rect.left = (gpTTYInfo->nColumn * gpTTYInfo->xChar) + gpTTYInfo->xOffset; rect.right = gpTTYInfo->xSize; rect.top = (gpTTYInfo->nRow * gpTTYInfo->yChar) + gpTTYInfo->yOffset; rect.bottom = rect.top + gpTTYInfo->yChar; gpTTYInfo->screenDirty = TRUE; InvalidateRect (ghTTYWnd, &rect, FALSE); return (0); } /* * ibmeeop - clear from cursor to end of page */ int mswin_eeop (void) { TCHAR *cStart; CharAttrib *aStart; int *cwStart; long length, i; RECT rect; FlushWriteAccum (); /* From current position to end of screen. */ cStart = gpTTYInfo->pScreen + (gpTTYInfo->nRow * gpTTYInfo->actNColumn) + gpTTYInfo->nColumn; cwStart = gpTTYInfo->pCellWidth + (gpTTYInfo->nRow * gpTTYInfo->actNColumn) + gpTTYInfo->nColumn; length = (long)((gpTTYInfo->pScreen + (gpTTYInfo->actNColumn * gpTTYInfo->actNRow)) - cStart); for(i = 0; i < length; i ++){ cStart[i] = (TCHAR)(' '); cwStart[i] = gpTTYInfo->xChar; } aStart = gpTTYInfo->pAttrib + (gpTTYInfo->nRow * gpTTYInfo->actNColumn) + gpTTYInfo->nColumn; for(; length-- > 0; aStart++){ aStart->style = CHAR_ATTR_NORM; aStart->rgbFG = gpTTYInfo->curAttrib.rgbFG; aStart->rgbBG = gpTTYInfo->curAttrib.rgbBG; } /* Invalidate a rectangle that includes all of the current line down * to the bottom of the window. */ rect.left = 0; rect.right = gpTTYInfo->xSize; rect.top = (gpTTYInfo->nRow * gpTTYInfo->yChar) + gpTTYInfo->yOffset; rect.bottom = gpTTYInfo->ySize; gpTTYInfo->screenDirty = TRUE; InvalidateRect (ghTTYWnd, &rect, FALSE); return (0); } /* * ibmbeep - system beep... */ int mswin_beep (void) { MessageBeep (MB_OK); return (0); } /* * pause - wait in function for specified number of seconds. */ void mswin_pause (int seconds) { DWORD stoptime; stoptime = GetTickCount () + (DWORD) seconds * 1000; while (stoptime > GetTickCount ()) mswin_yield (); } /* * ibmflush - Flush output to screen. * */ int mswin_flush (void) { /* * Flush cached changes, then update the window. */ FlushWriteAccum (); UpdateWindow (ghTTYWnd); return (0); } /* * A replacement for fflush * relies on #define fflush mswin_fflush */ #undef fflush int mswin_fflush (FILE *f) { if (f == stdout) { mswin_flush(); } else fflush (f); return(0); } /* * Set the cursor */ void mswin_setcursor (int newcursor) { HCURSOR hNewCursor; switch(newcursor){ case MSWIN_CURSOR_BUSY : hNewCursor = ghCursorBusy; mswin_showcursor(TRUE); break; case MSWIN_CURSOR_IBEAM : hNewCursor = ghCursorIBeam; break; case MSWIN_CURSOR_HAND : if(hNewCursor = ghCursorHand) break; /* ELSE fall thru to normal cursor */ case MSWIN_CURSOR_ARROW : default : hNewCursor = ghCursorArrow; break; } /* If new cursor requested, select it. */ if (ghCursorCurrent != hNewCursor) SetCursor (ghCursorCurrent = hNewCursor); } void RestoreMouseCursor() { if(ghCursorCurrent == ghCursorBusy) mswin_setcursor(MSWIN_CURSOR_ARROW); } /* * Display message in windows dialog box. */ void mswin_messagebox (char *msg_utf8, int err) { LPTSTR msg_lptstr; mswin_killsplash(); msg_lptstr = utf8_to_lptstr(msg_utf8); MessageBox (NULL, msg_lptstr, gszAppName, MB_OK | ((err) ? MB_ICONSTOP : MB_ICONINFORMATION)); fs_give((void **) &msg_lptstr); } /* * Signals whether or not Paste should be turned on in the * menu bar. */ void mswin_allowpaste (int on) { static short stackp = 0; static unsigned long stack = 0L; switch(on){ case MSWIN_PASTE_DISABLE : if(stackp){ /* previous state? */ if((stackp -= 2) < 0) stackp = 0; gPasteEnabled = ((stack >> stackp) & 0x03); } else gPasteEnabled = MSWIN_PASTE_DISABLE; break; case MSWIN_PASTE_FULL : case MSWIN_PASTE_LINE : if(gPasteEnabled){ /* current state? */ stack |= ((unsigned long) gPasteEnabled << stackp); stackp += 2; } gPasteEnabled = on; break; } #ifdef ACCELERATORS UpdateAccelerators(ghTTYWnd); #endif } /* * Signals whether or not Copy/Cut should be turned on in the * menu bar. */ void mswin_allowcopy (getc_t copyfunc) { gCopyCutFunction = copyfunc; gAllowCopy = (copyfunc != NULL); #ifdef ACCELERATORS UpdateAccelerators(ghTTYWnd); #endif } /* * Signals whether or not Copy/Cut should be turned on in the * menu bar. */ void mswin_allowcopycut (getc_t copyfunc) { gCopyCutFunction = copyfunc; gAllowCopy = gAllowCut = (copyfunc != NULL); #ifdef ACCELERATORS UpdateAccelerators(ghTTYWnd); #endif } /* * Replace the clipboard's contents with the given string */ void mswin_addclipboard(char *s) { HANDLE hCB; char *pCB; size_t sSize; if(s && (sSize = strlen(s))){ if (OpenClipboard (ghTTYWnd)) { /* ...and we get the CB. */ if (EmptyClipboard () && (hCB = GlobalAlloc (GMEM_MOVEABLE, sSize+2))){ pCB = GlobalLock (hCB); memcpy (pCB, s, sSize); pCB[sSize] = '\0'; /* tie it off */ GlobalUnlock (hCB); if (SetClipboardData (CF_TEXT, hCB) == NULL) /* Failed! Free the data. */ GlobalFree (hCB); } CloseClipboard (); } } } /* * Signals if the upper layer wants to track the mouse. */ void mswin_allowmousetrack (int b) { gAllowMouseTrack = b; if (b) SelClear (); MyTimerSet (); } /* * register's callback to warn */ void mswin_mousetrackcallback(cbarg_t cbfunc) { if(!(gMouseTrackCallback = cbfunc)) mswin_setcursor (MSWIN_CURSOR_ARROW); } /* * Add text to the new mail icon. * Nothing done in win 3.1 (consider changing the program name?) * For win95 we add some tool tip text to the tray icon. */ void mswin_newmailtext (char *t_utf8) { LPTSTR t_lptstr; /* * If we're given text, then blip the icon to let the user know. * (NOTE: the new shell also gets an updated tooltip.) * Otherwise, we're being asked to resume our normal state... */ if(t_utf8){ /* * Change the appearance of minimized icon so user knows there's new * mail waiting for them. On win 3.1 systems we redraw the icon. * on win95 systems we update the icon in the task bar, * and possibly update the small icon in the taskbar tool tray. */ t_lptstr = utf8_to_lptstr(t_utf8); UpdateTrayIcon(NIM_MODIFY, ghNewMailIcon, t_lptstr); fs_give((void **) &t_lptstr); PostMessage(ghTTYWnd,WM_SETICON,ICON_BIG,(LPARAM) ghNewMailIcon); PostMessage(ghTTYWnd,WM_SETICON,ICON_SMALL,(LPARAM) ghNewMailIcon); gpTTYInfo->fNewMailIcon = TRUE; } else if(gpTTYInfo->fNewMailIcon) { UpdateTrayIcon(NIM_MODIFY, ghNormalIcon, TEXT("Alpine")); PostMessage(ghTTYWnd,WM_SETICON,ICON_BIG,(LPARAM) ghNormalIcon); PostMessage(ghTTYWnd,WM_SETICON,ICON_SMALL,(LPARAM) ghNormalIcon); gpTTYInfo->fNewMailIcon = FALSE; } } void mswin_mclosedtext (char *t_utf8) { LPTSTR t_lptstr; if(t_utf8 && gpTTYInfo->fMClosedIcon == FALSE){ /* * Change the appearance of minimized icon so user knows * the mailbox closed. */ t_lptstr = utf8_to_lptstr(t_utf8); UpdateTrayIcon(NIM_MODIFY, ghMClosedIcon, t_lptstr); fs_give((void **) &t_lptstr); PostMessage(ghTTYWnd,WM_SETICON,ICON_BIG,(LPARAM) ghMClosedIcon); PostMessage(ghTTYWnd,WM_SETICON,ICON_SMALL,(LPARAM) ghMClosedIcon); gpTTYInfo->fMClosedIcon = TRUE; } else if(t_utf8 == NULL && gpTTYInfo->fMClosedIcon) { /* only go from yellow to green */ UpdateTrayIcon(NIM_MODIFY, ghNormalIcon, TEXT("Alpine")); PostMessage(ghTTYWnd,WM_SETICON,ICON_BIG,(LPARAM) ghNormalIcon); PostMessage(ghTTYWnd,WM_SETICON,ICON_SMALL,(LPARAM) ghNormalIcon); gpTTYInfo->fMClosedIcon = FALSE; } } void mswin_trayicon(int show) { if(show){ if(!gpTTYInfo->fTrayIcon){ UpdateTrayIcon(NIM_ADD, ghNormalIcon, TEXT("Alpine")); gpTTYInfo->fTrayIcon = TRUE; } } else{ if(gpTTYInfo->fTrayIcon){ UpdateTrayIcon(NIM_DELETE, 0, NULL); gpTTYInfo->fTrayIcon = FALSE; } } } void UpdateTrayIcon(DWORD dwMsg, HICON hIcon, LPTSTR tip) { NOTIFYICONDATA nt; nt.cbSize = sizeof (nt); nt.hWnd = ghTTYWnd; nt.uID = TASKBAR_ICON_NEWMAIL; switch(dwMsg){ case NIM_DELETE : nt.uFlags = 0; break; case NIM_ADD : /* send msg to add icon to tray */ nt.uFlags = NIF_ICON | NIF_MESSAGE | NIF_TIP; nt.uCallbackMessage = TASKBAR_ICON_MESSAGE; if(tip){ _tcsncpy (nt.szTip, tip, 63); nt.szTip[63] = '\0'; } else nt.szTip[0] = '\0'; nt.hIcon = hIcon; break; case NIM_MODIFY : /* send msg to modify icon in tray */ nt.uFlags = NIF_ICON | NIF_TIP; if(tip){ _tcsncpy (nt.szTip, tip, 63); nt.szTip[63] = '\0'; } else nt.szTip[0] = '\0'; nt.hIcon = hIcon; break; default : return; } Shell_NotifyIcon (dwMsg, &nt); } /*--------------------------------------------------------------------------- * * Client level menu item stuff. * * These are menu items that activate commands in the "client" program. * Generally, the client calls us to tell us which menu items are active * and what key stroke they generate. When such an item is selected it's * key stroke is injected into the character queue as if it was typed by * the user. * *-------------------------------------------------------------------------*/ /* * Clear active status of all "menu items". */ void mswin_menuitemclear (void) { int i; HWND hWnd; for (i = 0; i < KS_COUNT; ++i) { gpTTYInfo->menuItems[i].miActive = FALSE; if (gpTTYInfo->toolBarSize > 0) { hWnd = GetDlgItem(gpTTYInfo->hTBWnd, i + KS_RANGESTART); if (hWnd != NULL) EnableWindow(hWnd, FALSE); } } gpTTYInfo->menuItemsCurrent = FALSE; gpTTYInfo->menuItemsIndex = 1; for(i = 0; i < KS_COUNT; i++) gpTTYInfo->menuItems[i].miIndex = 0; } /* * Add an item to the cmdmenu */ void mswin_menuitemadd (UCS key, char *label, int menuitem, int flags) { int i; HWND hWnd; if (menuitem >= KS_RANGESTART && menuitem <= KS_RANGEEND) { gpTTYInfo->menuItemsCurrent = FALSE; i = menuitem - KS_RANGESTART; gpTTYInfo->menuItems[i].miActive = TRUE; gpTTYInfo->menuItems[i].miKey = key; if(!gpTTYInfo->menuItems[i].miIndex){ gpTTYInfo->menuItems[i].miLabel = label; gpTTYInfo->menuItems[i].miIndex = gpTTYInfo->menuItemsIndex++; } if (gpTTYInfo->toolBarSize > 0) { hWnd = GetDlgItem(gpTTYInfo->hTBWnd, menuitem); if (hWnd != NULL) EnableWindow(hWnd, TRUE); } } } /* * Called when a menu command arrives with an unknown ID. If it is * within the range of the additional menu items, insert the * corresponding character into the char input queue. */ void ProcessMenuItem (HWND hWnd, WPARAM wParam) { PTTYINFO pTTYInfo; int i; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; if (wParam >= KS_RANGESTART && wParam <= KS_RANGEEND) { i = (int)(wParam - KS_RANGESTART); if (pTTYInfo->menuItems[i].miActive) CQAdd (pTTYInfo->menuItems[i].miKey, 0); } } /* * Called to set a new menu. */ int mswin_setwindowmenu (int menu) { int oldmenu; HMENU holdmenu; HMENU hmenu; oldmenu = gpTTYInfo->curWinMenu; holdmenu = GetMenu (ghTTYWnd); if (gpTTYInfo->curWinMenu != menu) { hmenu = LoadMenu (ghInstance, MAKEINTRESOURCE (menu)); if (hmenu != NULL) { if (SetMenu (ghTTYWnd, hmenu) != 0) { DestroyMenu (holdmenu); gfHelpMenu = gfHelpGenMenu = FALSE; gpTTYInfo->curWinMenu = menu; } } if(menu == MENU_DEFAULT){ TBSwap (ghTTYWnd, IDD_TOOLBAR); if(hmenu != NULL) (void) MSWHelpSetMenu(hmenu); } else{ TBSwap (ghTTYWnd, IDD_COMPOSER_TB); } } return (oldmenu); } /*--------------------------------------------------------------------------- * * Printing stuff * *-------------------------------------------------------------------------*/ /* * Printing globals */ LOCAL HDC P_PrintDC; /* Printer device context. */ LOCAL int P_PageRows; /* Number of rows we put on a page. */ LOCAL int P_PageColumns; /* Number of columns we put on a page. */ LOCAL int P_RowHeight; /* Height of a row in printer pixels. */ LOCAL int P_CurRow; /* Current row, starting at zero */ LOCAL int P_CurCol; /* Current col, starting at zero. */ LOCAL int P_TopOffset; /* Top Margin offset, in pixels. */ LOCAL int P_LeftOffset; /* Top Margin offset, in pixels. */ LOCAL HFONT P_hFont; /* Handle to printing font. */ LPTSTR P_LineText; /* Pointer to line buffer. */ /* * Define the margin as number of lines at top and bottom of page. * (might be better to define as a percent of vertical page size) */ #define VERTICLE_MARGIN 3 /* lines at top and bottom of page. */ #define HORIZONTAL_MARGIN 1 /* margine at left & right in chars */ /* * Several errors that can be reported. */ #define PE_DIALOG_FAILED 1 #define PE_USER_CANCEL 2 #define PE_CANT_START_DOC 3 #define PE_CANT_FINISH_DOC 4 #define PE_OUT_OF_MEMORY 5 #define PE_GENERAL_ERROR 6 #define PE_OUT_OF_DISK 7 #define PE_PRINTER_NOT_FOUND 8 #define PE_PINE_INTERNAL 9 #define PE_FONT_FAILED 10 LOCAL struct pe_error_message { int error_code; char *error_message; } P_ErrorMessages[] = { { PE_DIALOG_FAILED, "Print Dialog Failed"}, { PE_USER_CANCEL, "User canceled" }, { PE_CANT_START_DOC, "Can't start document" }, { PE_OUT_OF_MEMORY, "Out of memory" }, { PE_CANT_FINISH_DOC, "Can't finish document" }, { PE_OUT_OF_MEMORY, "Out of memory" }, { PE_OUT_OF_DISK, "Out of disk space" }, { PE_PRINTER_NOT_FOUND, "Printer not found" }, { PE_PINE_INTERNAL, "Pine internal error" }, { PE_FONT_FAILED, "Failed to create font" }, { 0, NULL }}; /* * Send text in the line buffer to the printer. * Advance to next page if necessary. */ LOCAL int _print_send_line (void) { int status; status = 0; if (P_CurCol > 0) TextOut (P_PrintDC, P_LeftOffset, P_TopOffset + (P_CurRow * P_RowHeight), P_LineText, P_CurCol); P_CurCol = 0; if (++P_CurRow >= P_PageRows) status = _print_send_page (); return (status); } /* * Advance one page. */ int _print_send_page (void) { DWORD status; if((status = EndPage (P_PrintDC)) > 0){ P_CurRow = 0; if((status = StartPage (P_PrintDC)) > 0){ SelectObject (P_PrintDC, P_hFont); return(0); } } #ifdef WIN32 ExplainSystemErr(); return(PE_GENERAL_ERROR); #else switch (status) { case SP_USERABORT: return (PE_USER_CANCEL); case SP_OUTOFDISK: return (PE_OUT_OF_DISK); case SP_OUTOFMEMORY: return (PE_OUT_OF_MEMORY); default: case SP_ERROR: break; } #endif return (PE_GENERAL_ERROR); } /* * Map errors reported to my own error set. */ int _print_map_dlg_error (DWORD error) { switch (error) { case 0: return (PE_USER_CANCEL); case CDERR_MEMALLOCFAILURE: case CDERR_MEMLOCKFAILURE: return (PE_OUT_OF_MEMORY); case PDERR_PRINTERNOTFOUND: case PDERR_NODEVICES: return (PE_PRINTER_NOT_FOUND); case CDERR_STRUCTSIZE: return (PE_PINE_INTERNAL); default: return (PE_GENERAL_ERROR); } } /* * This is used for converting from UTF-8 to UCS and is * global so that mswin_print_ready can initialize it. */ static CBUF_S print_cb; /* * Get the printer ready. Returns ZERO for success, or an error code that * can be passed to mswin_print_error() to get a text message. */ int mswin_print_ready(WINHAND hWnd, LPTSTR docDesc) { PRINTDLG pd; DOCINFO di; TEXTMETRIC tm; HDC hDC; int fontSize; /* Size in Points. */ int ppi; /* Pixels per inch in device. */ int xChar; int status; HFONT oldFont; LOGFONT newFont; status = 0; P_PrintDC = NULL; print_cb.cbufp = print_cb.cbuf; /* * Show print dialog. */ memset(&pd, 0, sizeof(PRINTDLG)); pd.lStructSize = sizeof (PRINTDLG); pd.hwndOwner = (hWnd ? (HWND) hWnd : ghTTYWnd); pd.hDevMode = NULL; pd.hDevNames = NULL; pd.Flags = PD_ALLPAGES | PD_NOSELECTION | PD_NOPAGENUMS | PD_HIDEPRINTTOFILE | PD_RETURNDC; pd.nCopies = 1; if(PrintDlg (&pd) == 0) return(_print_map_dlg_error (CommDlgExtendedError())); /* * Returns the device name which we could use to remember what printer * they selected. But instead, we just toss them. */ if (pd.hDevNames) GlobalFree (pd.hDevNames); if (pd.hDevMode) GlobalFree (pd.hDevMode); /* * Get the device drawing context. * (does PringDlg() ever return success but fail to return a DC?) */ if (pd.hDC != NULL) P_PrintDC = pd.hDC; else { status = PE_DIALOG_FAILED; goto Done; } /* * Start Document */ memset(&di, 0, sizeof (DOCINFO)); di.cbSize = sizeof (DOCINFO); di.lpszDocName = docDesc; /* This appears in the print manager*/ di.lpszOutput = NULL; /* Could suply a file name to print to. */ if(StartDoc(P_PrintDC, &di) <= 0) { ExplainSystemErr(); status = PE_CANT_START_DOC; DeleteDC (P_PrintDC); P_PrintDC = NULL; goto Done; } /* * Printer font is either same as window font, or is it's own * font. */ if (gPrintFontSameAs) { /* * Get the current font size in points, then create a new font * of same size for printer. Do the calculation using the actual * screen resolution instead of the logical resolution so that * we get pretty close to the same font size on the printer * as we see on the screen. */ hDC = GetDC (ghTTYWnd); /* Temp screen DC. */ ppi = (int) ((float)GetDeviceCaps (hDC, VERTRES) / ((float) GetDeviceCaps (hDC, VERTSIZE) / 25.3636)); #ifdef FDEBUG if (mswin_debug >= 8) { fprintf (mswin_debugfile, "mswin_print_ready: Screen res %d ppi, font height %d pixels\n", ppi, -gpTTYInfo->lfTTYFont.lfHeight); fprintf (mswin_debugfile, " Screen height %d pixel, %d mm\n", GetDeviceCaps (hDC, VERTRES), GetDeviceCaps (hDC, VERTSIZE)); } #endif ReleaseDC (ghTTYWnd, hDC); /* Convert from screen pixels to points. */ fontSize = MulDiv (-gpTTYInfo->lfTTYFont.lfHeight, 72, ppi); ++fontSize; /* Fudge a little. */ /* Get printer resolution and convert form points to printer pixels. */ ppi = GetDeviceCaps (P_PrintDC, LOGPIXELSY); newFont.lfHeight = -MulDiv (fontSize, ppi, 72); _tcsncpy(newFont.lfFaceName, gpTTYInfo->lfTTYFont.lfFaceName, LF_FACESIZE); newFont.lfFaceName[LF_FACESIZE-1] = 0; newFont.lfItalic = gpTTYInfo->lfTTYFont.lfItalic; newFont.lfWeight = gpTTYInfo->lfTTYFont.lfWeight; newFont.lfCharSet = gpTTYInfo->lfTTYFont.lfCharSet; #ifdef FDEBUG if (mswin_debug >= 8) { fprintf (mswin_debugfile, " font Size %d points\n", fontSize); fprintf (mswin_debugfile, " printer res %d ppi, font height %d pixels\n", ppi, -newFont.lfHeight); fprintf (mswin_debugfile, " paper height %d pixel, %d mm\n", GetDeviceCaps (P_PrintDC, VERTRES), GetDeviceCaps (P_PrintDC, VERTSIZE)); } #endif } else { ppi = GetDeviceCaps (P_PrintDC, LOGPIXELSY); newFont.lfHeight = -MulDiv (gPrintFontSize, ppi, 72); _tcsncpy(newFont.lfFaceName, gPrintFontName, LF_FACESIZE); newFont.lfFaceName[LF_FACESIZE-1] = 0; newFont.lfWeight = 0; if(_tcsstr(gPrintFontStyle, TEXT("bold"))) newFont.lfWeight = FW_BOLD; newFont.lfItalic = 0; if(_tcsstr(gPrintFontStyle, TEXT("italic"))) newFont.lfItalic = 1; newFont.lfCharSet = mswin_string2charsetid(gPrintFontCharSet); } /* Fill out rest of font description and request font. */ newFont.lfWidth = 0; newFont.lfEscapement = 0; newFont.lfOrientation = 0; newFont.lfUnderline = 0; newFont.lfStrikeOut = 0; newFont.lfOutPrecision = OUT_DEFAULT_PRECIS; newFont.lfClipPrecision = CLIP_DEFAULT_PRECIS; newFont.lfQuality = DEFAULT_QUALITY; newFont.lfPitchAndFamily = FIXED_PITCH; P_hFont = CreateFontIndirect (&newFont); if (P_hFont == NULL) { status = PE_FONT_FAILED; DeleteDC (P_PrintDC); goto Done; } /* * Start page. * Must select font for each page or it returns to default. * Windows seems good about mapping selected font to a font that * will actually print on the printer. */ StartPage (P_PrintDC); oldFont = SelectObject (P_PrintDC, P_hFont); /* * Find out about the font we got and set up page size and margins. * This assumes all pages are the same size - which seems reasonable. */ GetTextMetrics (P_PrintDC, &tm); xChar = tm.tmAveCharWidth; P_RowHeight = tm.tmHeight + tm.tmExternalLeading; /* HORZRES and VERTRES report size of page in printer pixels. */ P_PageColumns = GetDeviceCaps (P_PrintDC, HORZRES) / xChar; P_PageRows = GetDeviceCaps (P_PrintDC, VERTRES) / P_RowHeight; /* We allow a margin at top and bottom measured in text rows. */ P_PageRows -= VERTICLE_MARGIN * 2; P_TopOffset = VERTICLE_MARGIN * P_RowHeight; /* And allow for a left and right margine measured in characters. */ P_PageColumns -= HORIZONTAL_MARGIN * 2; P_LeftOffset = HORIZONTAL_MARGIN * xChar; P_CurRow = 0; /* Start counting at row 0. */ P_CurCol = 0; /* At character 0. */ P_LineText = (LPTSTR) MemAlloc((P_PageColumns + 1) * sizeof(TCHAR)); if(P_LineText == NULL){ if(EndDoc (P_PrintDC) <= 0) ExplainSystemErr(); DeleteObject (P_hFont); P_hFont = NULL; DeleteDC (P_PrintDC); P_PrintDC = NULL; status = PE_OUT_OF_MEMORY; goto Done; } Done: return (status); } /* * Called when printing is done. * xxx what happens if there is an error? Will this get called? */ int mswin_print_done(void) { if(P_PrintDC != NULL){ if(P_LineText != NULL) MemFree((void *) P_LineText); if(EndPage (P_PrintDC) <= 0 || EndDoc (P_PrintDC) <= 0) ExplainSystemErr(); DeleteObject(P_hFont); P_hFont = NULL; DeleteDC(P_PrintDC); P_PrintDC = NULL; } return (0); } /* * Return pointer to a text string that describes the error. */ char * mswin_print_error(int error_code) { int i; for(i = 0; P_ErrorMessages[i].error_message != NULL; ++i) if(P_ErrorMessages[i].error_code == error_code) return(P_ErrorMessages[i].error_message); return("(Unknown error)"); } /* * Add a single character to the current line. * Only handles CRLF carrage control. */ int mswin_print_char(TCHAR c) { switch(c){ case ASCII_CR: return(0); case ASCII_LF: return(_print_send_line()); case ASCII_TAB: do{ if(P_CurCol == P_PageColumns) return(_print_send_line()); *(P_LineText + P_CurCol++) = ' '; } while(P_CurCol % PRINT_TAB_SIZE != 0); return(0); default: if(P_CurCol == P_PageColumns){ int status; if((status = _print_send_line()) != 0) return(status); } *(P_LineText + P_CurCol++) = c; return(0); } } int mswin_print_char_utf8(int c) { UCS ucs; TCHAR tc; int ret = 0; if(utf8_to_ucs4_oneatatime(c, &print_cb, &ucs, NULL)){ /* bogus conversion ignores UTF-16 */ tc = (TCHAR) ucs; ret = mswin_print_char(tc); } return(ret); } /* * Send a string to the printer. */ int mswin_print_text(LPTSTR text) { int status; if(text) while(*text) if((status = mswin_print_char(*(text++))) != 0) return(status); return(0); } int mswin_print_text_utf8(char *text_utf8) { LPTSTR text_lpt; int ret = 0; if(text_utf8){ text_lpt = utf8_to_lptstr(text_utf8); if(text_lpt){ ret = mswin_print_text(text_lpt); fs_give((void **) &text_lpt); } } return(ret); } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * File dialog boxes. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ LOCAL TCHAR gHomeDir[PATH_MAX]; LOCAL TCHAR gLastDir[PATH_MAX]; /* * Keep track of the last dir visited. Most of the time pine just passes us * the "home directory", which usually is not where the user wants to start. * Assume that the first time we are called we are being passed the home * directory. */ static void FillInitialDir (LPCTSTR *iDir, LPTSTR targDir) { if (_tcslen (gHomeDir) == 0) { _tcscpy (gHomeDir, targDir); *iDir = targDir; } else if (_tcscmp (gHomeDir, targDir) == 0 && *gLastDir) *iDir = gLastDir; else *iDir = targDir; } /* * Display a save file dialog box. * * dir_utf8 > directory to start search in * < directory finished in. * fName_utf8 < Name of file selected * nMaxDName length of dir_utf8 * nMaxFName length of fName_utf8. * * Possible return values: * 0 no file selected * 1 file selected * -1 some sort of error */ int mswin_savefile(char *dir_utf8, int nMaxDName, char *fName_utf8, int nMaxFName) { OPENFILENAME ofn; TCHAR filters[128], moniker[128]; DWORD rc, len; LPTSTR p, extlist_lpt; LPTSTR fName_lpt, f, dir_lpt; char *cp; /* convert fName_utf8 to LPTSTR */ fName_lpt = (LPTSTR) fs_get(nMaxFName * sizeof(TCHAR)); fName_lpt[0] = '\0'; if(fName_utf8 && fName_utf8[0]){ f = utf8_to_lptstr(fName_utf8); if(f){ _tcsncpy(fName_lpt, f, nMaxFName); fName_lpt[nMaxFName-1] = '\0'; fs_give((void **) &f); } } dir_lpt = (LPTSTR) fs_get(nMaxDName * sizeof(TCHAR)); dir_lpt[0] = '\0'; if(dir_utf8 && dir_utf8[0]){ f = utf8_to_lptstr(dir_utf8); if(f){ _tcsncpy(dir_lpt, f, nMaxDName); dir_lpt[nMaxDName-1] = '\0'; fs_give((void **) &f); } } for(extlist_lpt = NULL, p = _tcschr(fName_lpt, '.'); p; p = _tcschr(++p, '.')) extlist_lpt = p; len = sizeof(moniker)/sizeof(TCHAR); if(extlist_lpt && MSWRPeek(HKEY_CLASSES_ROOT, extlist_lpt, NULL, moniker, &len) == TRUE){ len = sizeof(filters)/sizeof(TCHAR); filters[0] = '\0'; if(MSWRPeek(HKEY_CLASSES_ROOT, moniker, NULL, filters, &len) == TRUE) _sntprintf(filters + _tcslen(filters), sizeof(filters)/sizeof(TCHAR) - _tcslen(filters), TEXT(" (*%s)#*%s#"), extlist_lpt, extlist_lpt); else _sntprintf(filters, sizeof(filters)/sizeof(TCHAR), TEXT("%s (*%s)#*%s#"), moniker, extlist_lpt, extlist_lpt); } else filters[0] = '\0'; _tcsncat(filters, TEXT("Text Files (*.txt)#*.txt#All Files (*.*)#*.*#"), sizeof(filters)/sizeof(TCHAR)); filters[sizeof(filters)/sizeof(TCHAR) - 1] = '\0'; for(p = filters; *p != '\0'; ++p) if(*p == L'#') *p = '\0'; /* Set up the BIG STRUCTURE. */ memset (&ofn, 0, sizeof(ofn)); /* * sizeof(OPENFILENAME) used to work but doesn't work now with * pre-Windows 2000. This is supposed to be the magic constant to * make it work in both cases, according to MSDN. */ ofn.lStructSize = OPENFILENAME_SIZE_VERSION_400; ofn.hwndOwner = ghTTYWnd; ofn.lpstrFilter = filters; ofn.lpstrCustomFilter = NULL; ofn.nFilterIndex = 1; ofn.lpstrFile = fName_lpt; ofn.nMaxFile = nMaxFName; ofn.lpstrFileTitle = NULL; ofn.nMaxFileTitle = 0; FillInitialDir (&ofn.lpstrInitialDir, dir_lpt); ofn.lpstrTitle = TEXT("Save To File"); ofn.Flags = OFN_NOREADONLYRETURN | OFN_OVERWRITEPROMPT | OFN_PATHMUSTEXIST; ofn.lpstrDefExt = TEXT("txt"); if(GetSaveFileName(&ofn)){ if(ofn.nFileOffset > nMaxDName-1){ if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); return(0); } /* Copy directory name to dir_lpt. */ _tcsncpy(dir_lpt, fName_lpt, nMaxDName-1); dir_lpt[nMaxDName-1] = '\0'; if(dir_lpt[ofn.nFileOffset-1] == '\\' && !(ofn.nFileOffset == 3 && _istalpha(dir_lpt[0]) && dir_lpt[1] == ':')) dir_lpt[ofn.nFileOffset-1] = '\0'; else dir_lpt[ofn.nFileOffset] = '\0'; /* Remember last dir visited. */ _tcsncpy(gLastDir, dir_lpt, PATH_MAX); gLastDir[PATH_MAX-1] = '\0'; /* convert back to UTF-8 */ cp = lptstr_to_utf8(dir_lpt); if(cp){ strncpy(dir_utf8, cp, nMaxDName-1); dir_utf8[nMaxDName-1] = '\0'; fs_give((void **) &cp); } p = fName_lpt + ofn.nFileOffset; /* convert fName back to UTF-8 */ cp = lptstr_to_utf8(p); if(cp){ strncpy(fName_utf8, cp, nMaxFName-1); fName_utf8[nMaxFName-1] = '\0'; fs_give((void **) &cp); } if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); return(1); } else{ if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); rc = CommDlgExtendedError(); return(rc ? -1 : 0); } } /* * Display an open file dialog box. * * dir_utf8 > directory to start search in * < directory finished in. * fName_utf8 < Name of file selected * nMaxDName length of dir_utf8 * nMaxFName length of fName_utf8. * * Possible return values: * 0 no file selected * 1 file selected * -1 some sort of error +++++++++++++ */ int mswin_openfile(char *dir_utf8, int nMaxDName, char *fName_utf8, int nMaxFName, char *extlist_utf8) { OPENFILENAME ofn; TCHAR filters[1024]; DWORD rc; LPTSTR p; LPTSTR extlist_lpt = NULL; LPTSTR fName_lpt, f, dir_lpt; char *cp; if(extlist_utf8) extlist_lpt = utf8_to_lptstr(extlist_utf8); /* * Set filters array. (pairs of null terminated strings, terminated * by a double null). */ _sntprintf(filters, sizeof(filters)/sizeof(TCHAR), TEXT("%s%sAll Files (*.*)#*.*#"), extlist_lpt ? extlist_lpt : TEXT(""), extlist_lpt ? TEXT("#") : TEXT("")); if(extlist_lpt) fs_give((void **) &extlist_lpt); for(p = filters; *p != '\0'; ++p) if(*p == L'#') *p = '\0'; /* Set up the BIG STRUCTURE. */ memset(&ofn, 0, sizeof(ofn)); /* convert fName_utf8 to LPTSTR */ fName_lpt = (LPTSTR) fs_get(nMaxFName * sizeof(TCHAR)); fName_lpt[0] = '\0'; if(fName_utf8 && fName_utf8[0]){ f = utf8_to_lptstr(fName_utf8); if(f){ _tcsncpy(fName_lpt, f, nMaxFName); fName_lpt[nMaxFName-1] = '\0'; fs_give((void **) &f); } } dir_lpt = (LPTSTR) fs_get(nMaxDName * sizeof(TCHAR)); dir_lpt[0] = '\0'; if(dir_utf8 && dir_utf8[0]){ f = utf8_to_lptstr(dir_utf8); if(f){ _tcsncpy(dir_lpt, f, nMaxDName); dir_lpt[nMaxDName-1] = '\0'; fs_give((void **) &f); } } /* * sizeof(OPENFILENAME) used to work but doesn't work now with * pre-Windows 2000. This is supposed to be the magic constant to * make it work in both cases, according to MSDN. */ ofn.lStructSize = OPENFILENAME_SIZE_VERSION_400; ofn.hwndOwner = ghTTYWnd; ofn.lpstrFilter = filters; ofn.lpstrCustomFilter = NULL; ofn.nFilterIndex = 1; ofn.lpstrFile = fName_lpt; ofn.nMaxFile = nMaxFName; ofn.lpstrFileTitle = NULL; ofn.nMaxFileTitle = 0; FillInitialDir(&ofn.lpstrInitialDir, dir_lpt); ofn.lpstrTitle = TEXT("Select File"); ofn.Flags = OFN_HIDEREADONLY | OFN_FILEMUSTEXIST | OFN_PATHMUSTEXIST; ofn.lpstrDefExt = TEXT("txt"); if(GetOpenFileName(&ofn)){ if(ofn.nFileOffset > nMaxDName-1){ if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); return(0); } /* Copy directory name to dir_lpt. */ _tcsncpy(dir_lpt, fName_lpt, nMaxDName-1); dir_lpt[nMaxDName-1] = '\0'; if(dir_lpt[ofn.nFileOffset-1] == '\\' && !(ofn.nFileOffset == 3 && _istalpha(dir_lpt[0]) && dir_lpt[1] == ':')) dir_lpt[ofn.nFileOffset-1] = '\0'; else dir_lpt[ofn.nFileOffset] = '\0'; /* Remember last dir visited. */ _tcsncpy(gLastDir, dir_lpt, PATH_MAX); gLastDir[PATH_MAX-1] = '\0'; /* convert back to UTF-8 */ cp = lptstr_to_utf8(dir_lpt); if(cp){ strncpy(dir_utf8, cp, nMaxDName-1); dir_utf8[nMaxDName-1] = '\0'; fs_give((void **) &cp); } p = fName_lpt + ofn.nFileOffset; /* convert fName back to UTF-8 */ cp = lptstr_to_utf8(p); if(cp){ strncpy(fName_utf8, cp, nMaxFName-1); fName_utf8[nMaxFName-1] = '\0'; fs_give((void **) &cp); } if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); return(1); } else{ if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); rc = CommDlgExtendedError(); return(rc ? -1 : 0); } } /* * Display an open file dialog box. * Allow selection of multiple files. * * dir_utf8 > directory to start search in * < directory finished in. * fName_utf8 < Names of files selected * nMaxDName length of dir_utf8 * nMaxFName length of fName_utf8. * * Possible return values: * 0 no file selected * 1 file selected * -1 some sort of error */ int mswin_multopenfile(char *dir_utf8, int nMaxDName, char *fName_utf8, int nMaxFName, char *extlist_utf8) { OPENFILENAME ofn; TCHAR filters[1024]; DWORD rc; LPTSTR p; LPTSTR extlist_lpt = NULL; LPTSTR fName_lpt, f, dir_lpt; char *cp, *q; if(extlist_utf8) extlist_lpt = utf8_to_lptstr(extlist_utf8); /* * Set filters array. (pairs of null terminated strings, terminated * by a double null). */ _sntprintf(filters, sizeof(filters)/sizeof(TCHAR), TEXT("%s%sAll Files (*.*)#*.*#"), extlist_lpt ? extlist_lpt : TEXT(""), extlist_lpt ? TEXT("#") : TEXT("")); if(extlist_lpt) fs_give((void **) &extlist_lpt); for(p = filters; *p != '\0'; ++p) if(*p == L'#') *p = '\0'; /* Set up the BIG STRUCTURE. */ memset (&ofn, 0, sizeof(ofn)); /* convert fName_utf8 to LPTSTR */ fName_lpt = (LPTSTR) fs_get(nMaxFName * sizeof(TCHAR)); memset(fName_lpt, 0, nMaxFName * sizeof(TCHAR)); if(fName_utf8 && fName_utf8[0]){ f = utf8_to_lptstr(fName_utf8); if(f){ _tcsncpy(fName_lpt, f, nMaxFName); fName_lpt[nMaxFName-1] = '\0'; fs_give((void **) &f); } } dir_lpt = (LPTSTR) fs_get(nMaxDName * sizeof(TCHAR)); memset(dir_lpt, 0, nMaxDName * sizeof(TCHAR)); if(dir_utf8 && dir_utf8[0]){ f = utf8_to_lptstr(dir_utf8); if(f){ _tcsncpy(dir_lpt, f, nMaxDName); dir_lpt[nMaxDName-1] = '\0'; fs_give((void **) &f); } } /* * sizeof(OPENFILENAME) used to work but doesn't work now with * pre-Windows 2000. This is supposed to be the magic constant to * make it work in both cases, according to MSDN. */ ofn.lStructSize = OPENFILENAME_SIZE_VERSION_400; ofn.hwndOwner = ghTTYWnd; ofn.lpstrFilter = filters; ofn.lpstrCustomFilter = NULL; ofn.nFilterIndex = 1; ofn.lpstrFile = fName_lpt; ofn.nMaxFile = nMaxFName; ofn.lpstrFileTitle = NULL; ofn.nMaxFileTitle = 0; FillInitialDir(&ofn.lpstrInitialDir, dir_lpt); ofn.lpstrTitle = TEXT("Select Files"); ofn.Flags = OFN_ALLOWMULTISELECT | OFN_EXPLORER | OFN_HIDEREADONLY | OFN_FILEMUSTEXIST | OFN_PATHMUSTEXIST; ofn.lpstrDefExt = TEXT("txt"); if(GetOpenFileName(&ofn)){ if(ofn.nFileOffset > nMaxDName-1){ if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); return(0); } /* Copy directory name to dir_lpt. */ _tcsncpy(dir_lpt, fName_lpt, nMaxDName-1); dir_lpt[nMaxDName-1] = '\0'; if(dir_lpt[ofn.nFileOffset-1] == '\\' && !(ofn.nFileOffset == 3 && _istalpha(dir_lpt[0]) && dir_lpt[1] == ':')) dir_lpt[ofn.nFileOffset-1] = '\0'; else dir_lpt[ofn.nFileOffset] = '\0'; /* Remember last dir visited. */ _tcsncpy(gLastDir, dir_lpt, PATH_MAX); gLastDir[PATH_MAX-1] = '\0'; /* convert back to UTF-8 */ cp = lptstr_to_utf8(dir_lpt); if(cp){ strncpy(dir_utf8, cp, nMaxDName-1); dir_utf8[nMaxDName-1] = '\0'; fs_give((void **) &cp); } /* * The file names are all in the same directory and are separated * by '\0' characters and terminated by double '\0'. * This fact depends on the OFN_EXPLORER bit being set in the flags * above. * * This is complicated because we need to convert all of these file * names to UTF-8. */ for(q=fName_utf8, p=fName_lpt + ofn.nFileOffset; *p; p += _tcslen(p)+1){ cp = lptstr_to_utf8(p); if(cp){ sstrncpy(&q, cp, (int)(nMaxFName-(q-fName_utf8))); if(q-fName_utf8 < nMaxFName){ *q++ = '\0'; if(q-fName_utf8 < nMaxFName) *q = '\0'; /* the double null if this is the end */ } else fName_utf8[nMaxFName-1] = '\0'; fs_give((void **) &cp); } } fName_utf8[nMaxFName-1] = fName_utf8[nMaxFName-2] = '\0'; if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); return (1); } else{ if(fName_lpt) fs_give((void **) &fName_lpt); if(dir_lpt) fs_give((void **) &dir_lpt); rc = CommDlgExtendedError(); return(rc ? -1 : 0); } } /*--------------------------------------------------------------------------- */ /* * pico_XXcolor() - each function sets a particular attribute */ void pico_nfcolor(char *s) { char cbuf[MAXCLEN]; if(s){ SetColorAttribute (&gpTTYInfo->rgbFGColor, s); pico_set_nfg_color(); if(the_normal_color){ strncpy(the_normal_color->fg, ConvertStringRGB(cbuf, sizeof(cbuf), gpTTYInfo->rgbFGColor), MAXCOLORLEN+1); the_normal_color->fg[MAXCOLORLEN] = '\0'; } } else{ gpTTYInfo->rgbFGColor = GetSysColor (COLOR_WINDOWTEXT); if(the_normal_color) free_color_pair(&the_normal_color); } // Update all textwindows with the new FG color. mswin_tw_setcolor((MSWIN_TEXTWINDOW *)-1, gpTTYInfo->rgbFGColor, gpTTYInfo->rgbBGColor); } void pico_nbcolor(char *s) { char cbuf[MAXCLEN]; if(s){ SetColorAttribute (&gpTTYInfo->rgbBGColor, s); pico_set_nbg_color(); if(the_normal_color){ strncpy(the_normal_color->bg, ConvertStringRGB(cbuf, sizeof(cbuf), gpTTYInfo->rgbBGColor), MAXCOLORLEN+1); the_normal_color->fg[MAXCOLORLEN] = '\0'; } } else{ gpTTYInfo->rgbBGColor = GetSysColor (COLOR_WINDOW); if(the_normal_color) free_color_pair(&the_normal_color); } // Update all textwindows with the new BG color. mswin_tw_setcolor((MSWIN_TEXTWINDOW *)-1, gpTTYInfo->rgbFGColor, gpTTYInfo->rgbBGColor); } void pico_rfcolor(char *s) { char cbuf[MAXCLEN]; if(s){ SetColorAttribute (&gpTTYInfo->rgbRFGColor, s); if(the_rev_color){ strncpy(the_rev_color->fg, ConvertStringRGB(cbuf, sizeof(cbuf), gpTTYInfo->rgbRFGColor), MAXCOLORLEN+1); the_rev_color->fg[MAXCOLORLEN] = '\0'; } } else{ gpTTYInfo->rgbRFGColor = GetSysColor (COLOR_HIGHLIGHTTEXT); if(the_rev_color) free_color_pair(&the_rev_color); } } void pico_rbcolor(char *s) { char cbuf[MAXCLEN]; if(s){ SetColorAttribute (&gpTTYInfo->rgbRBGColor, s); if(the_rev_color){ strncpy(the_rev_color->bg, ConvertStringRGB(cbuf, sizeof(cbuf), gpTTYInfo->rgbRBGColor), MAXCOLORLEN+1); the_rev_color->bg[MAXCOLORLEN] = '\0'; } } else{ gpTTYInfo->rgbRBGColor = GetSysColor (COLOR_HIGHLIGHT); if(the_rev_color) free_color_pair(&the_rev_color); } } int pico_usingcolor() { return(TRUE); } int pico_count_in_color_table() { return(visibleColorTableSize); } /* * Return a pointer to an rgb string for the input color. The output is 11 * characters long and looks like rrr,ggg,bbb. * * Args colorName -- The color to convert to ascii rgb. * * Returns Pointer to a static buffer containing the rgb string. */ char * color_to_asciirgb(char *colorName) { static char c_to_a_buf[3][RGBLEN+1]; static int whichbuf = 0; COLORREF cf; int l; whichbuf = (whichbuf + 1) % 3; if(ConvertRGBString(colorName, &cf)){ snprintf(c_to_a_buf[whichbuf], sizeof(c_to_a_buf[0]), "%.3d,%.3d,%.3d", GetRValue(cf), GetGValue(cf), GetBValue(cf)); } else{ /* * If we didn't find the color it could be that it is the * normal color (MATCH_NORM_COLOR) or the none color * (MATCH_NONE_COLOR). If that is the case, this strncpy thing * will work out correctly because those two strings are * RGBLEN long. Otherwise we're in a bit of trouble. This * most likely means that the user is using the same pinerc on * two terminals, one with more colors than the other. We didn't * find a match because this color isn't present on this terminal. * Since the return value of this function is assumed to be * RGBLEN long, we'd better make it that long. * It still won't work correctly because colors will be screwed up, * but at least the embedded colors in filter.c will get properly * sucked up when they're encountered. */ strncpy(c_to_a_buf[whichbuf], "xxxxxxxxxxx", RGBLEN); l = (int)strlen(colorName); strncpy(c_to_a_buf[whichbuf], colorName, (l < RGBLEN) ? l : RGBLEN); c_to_a_buf[whichbuf][RGBLEN] = '\0'; } return(c_to_a_buf[whichbuf]); } void pico_set_nfg_color() { FlushWriteAccum (); gpTTYInfo->curAttrib.rgbFG = gpTTYInfo->rgbFGColor; } void pico_set_nbg_color() { FlushWriteAccum (); gpTTYInfo->curAttrib.rgbBG = gpTTYInfo->rgbBGColor; } void pico_set_normal_color() { pico_set_nfg_color(); pico_set_nbg_color(); } COLOR_PAIR * pico_get_rev_color() { char fgbuf[MAXCLEN], bgbuf[MAXCLEN]; if(!the_rev_color) the_rev_color = new_color_pair(ConvertStringRGB(fgbuf,sizeof(fgbuf),gpTTYInfo->rgbRFGColor), ConvertStringRGB(bgbuf,sizeof(bgbuf),gpTTYInfo->rgbRBGColor)); return(the_rev_color); } COLOR_PAIR * pico_get_normal_color() { char fgbuf[MAXCLEN], bgbuf[MAXCLEN]; if(!the_normal_color) the_normal_color = new_color_pair(ConvertStringRGB(fgbuf,sizeof(fgbuf),gpTTYInfo->rgbFGColor), ConvertStringRGB(bgbuf,sizeof(bgbuf),gpTTYInfo->rgbBGColor)); return(the_normal_color); } /* * Sets color to (fg,bg). * Flags == PSC_NONE No alternate default if fg,bg fails. * == PSC_NORM Set it to Normal color on failure. * == PSC_REV Set it to Reverse color on failure. * * If flag PSC_RET is set, returns an allocated copy of the previous * color pair, otherwise returns NULL. */ COLOR_PAIR * pico_set_colors(char *fg, char *bg, int flags) { COLOR_PAIR *cp = NULL; if(flags & PSC_RET) cp = pico_get_cur_color(); if(!(fg && bg && pico_set_fg_color(fg) && pico_set_bg_color(bg))){ if(flags & PSC_NORM) pico_set_normal_color(); else if(flags & PSC_REV) SetReverseColor(); } return(cp); } int pico_is_good_color(char *colorName) { COLORREF cf; if(!struncmp(colorName, MATCH_NORM_COLOR, RGBLEN) || !struncmp(colorName, MATCH_NONE_COLOR, RGBLEN)) return(TRUE); return(ConvertRGBString(colorName, &cf)); } int pico_set_fg_color(char *colorName) { char fgbuf[MAXCLEN]; FlushWriteAccum (); if(!struncmp(colorName, MATCH_NORM_COLOR, RGBLEN)){ ConvertStringRGB(fgbuf,sizeof(fgbuf),gpTTYInfo->rgbFGColor); colorName = fgbuf; } else if(!struncmp(colorName, MATCH_NONE_COLOR, RGBLEN)) return(TRUE); return(ConvertRGBString(colorName, &gpTTYInfo->curAttrib.rgbFG)); } int pico_set_bg_color(char *colorName) { char bgbuf[MAXCLEN]; FlushWriteAccum (); if(!struncmp(colorName, MATCH_NORM_COLOR, RGBLEN)){ ConvertStringRGB(bgbuf,sizeof(bgbuf),gpTTYInfo->rgbBGColor); colorName = bgbuf; } else if(!struncmp(colorName, MATCH_NONE_COLOR, RGBLEN)) return(TRUE); return(ConvertRGBString(colorName, &gpTTYInfo->curAttrib.rgbBG)); } char * pico_get_last_fg_color() { return(NULL); } char * pico_get_last_bg_color() { return(NULL); } unsigned pico_get_color_options() { return((unsigned)0); } void pico_set_color_options(unsigned int opts) { } COLOR_PAIR * pico_get_cur_color() { char fgbuf[MAXCLEN], bgbuf[MAXCLEN]; return(new_color_pair(ConvertStringRGB(fgbuf,sizeof(fgbuf),gpTTYInfo->curAttrib.rgbFG), ConvertStringRGB(bgbuf,sizeof(bgbuf),gpTTYInfo->curAttrib.rgbBG))); } char * mswin_rgbchoice(char *pOldRGB) { CHOOSECOLOR cc; static COLORREF custColors[16] = { RGB(0,0,0), RGB(0,0,255), RGB(0,255,0), RGB(0,255,255), RGB(255,0,0), RGB(255,0,255), RGB(255,255,0), RGB(255,255,255), RGB(192,192,192), RGB(128,128,128), RGB(64,64,64) }; memset(&cc, 0, sizeof(CHOOSECOLOR)); cc.lStructSize = sizeof(CHOOSECOLOR); cc.hwndOwner = ghTTYWnd; cc.Flags = CC_ANYCOLOR; cc.lpCustColors = &custColors[0]; if(pOldRGB){ int i; ConvertRGBString (pOldRGB, &cc.rgbResult); cc.Flags |= CC_RGBINIT; for(i = 0; i < 11 && custColors[i] != cc.rgbResult; i++) ; if(i == 11){ custColors[i] = cc.rgbResult; cc.Flags |= CC_FULLOPEN; } } if(ChooseColor(&cc)){ char rgbbuf[MAXCLEN], *p; ConvertStringRGB(rgbbuf, sizeof(rgbbuf), cc.rgbResult); if(p = MemAlloc(MAXCLEN * sizeof(char))){ strncpy(p, rgbbuf, MAXCLEN); p[MAXCLEN-1] = '\0'; return(p); } } return(NULL); } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Signal and alarm functions * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ /* * Provide a rough implementation of the SIGALRM and alarm functions */ #if 0 /* * Set a new handler for a signal. */ void (__cdecl * __cdecl signal (int sig,void (__cdecl *hndlr)(int)))(int) { SignalType oldValue; switch(sig) { case SIGALRM : oldValue = gSignalAlarm; gSignalAlarm = hndlr; break; case SIGHUP : oldValue = gSignalHUP; gSignalHUP = hndlr; default: /* All other's are always ignored. */ oldValue = SIG_IGN; break; } return (oldValue); } #endif /* * Set the alarm expiration time (in seconds) */ int mswin_alarm (int seconds) { int prevtime; prevtime = gAlarmTimeout ? (gAlarmTimeout - (GetTickCount () / 1000)): 0; gAlarmTimeout = seconds ? (GetTickCount() / 1000) + seconds : 0; MyTimerSet (); return (prevtime); } /* * Deliver and clear the alarm. */ void AlarmDeliver () { if (gSignalAlarm != SIG_DFL && gSignalAlarm != SIG_IGN) { /* Clear AlarmTimeout BEFORE calling handler. handler may call back * to reset timeout. */ gAlarmTimeout = 0; MyTimerSet (); gSignalAlarm (SIGALRM); } } void HUPDeliver () { if (gSignalHUP) { gSignalHUP (SIGHUP); exit (0); } } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Printer font selection menu * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ /* * Set the print font to be the same as the window font. * Toggle setting. */ void PrintFontSameAs (HWND hWnd) { HDC hDC; int ppi; PTTYINFO pTTYInfo; pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; if (gPrintFontSameAs) { /* No longer same as window font. Use window font as starting point * for new printer font. User may later modify printer font. */ hDC = GetDC (hWnd); ppi = GetDeviceCaps (hDC, LOGPIXELSY); ReleaseDC (ghTTYWnd, hDC); ExtractFontInfo(&pTTYInfo->lfTTYFont, gPrintFontName, sizeof(gPrintFontName)/sizeof(TCHAR), &gPrintFontSize, gPrintFontStyle, sizeof(gPrintFontStyle)/sizeof(TCHAR), ppi, gPrintFontCharSet, sizeof(gPrintFontCharSet)/sizeof(TCHAR)); gPrintFontSameAs = FALSE; } else { /* Set to be same as the printer font. Destroy printer font info * and set "sameAs" flag to TRUE. */ gPrintFontName[0] = '\0'; gPrintFontSameAs = TRUE; } DidResize (gpTTYInfo); } void PrintFontSelect (HWND hWnd) { CHOOSEFONT cfTTYFont; LOGFONT newFont; DWORD drc; int ppi; HDC hDC; hDC = GetDC (hWnd); ppi = GetDeviceCaps (hDC, LOGPIXELSY); ReleaseDC (ghTTYWnd, hDC); newFont.lfHeight = -MulDiv (gPrintFontSize, ppi, 72); _tcsncpy(newFont.lfFaceName, gPrintFontName, LF_FACESIZE); newFont.lfFaceName[LF_FACESIZE-1] = 0; newFont.lfWeight = 0; if(_tcsstr(gPrintFontStyle, TEXT("bold"))) newFont.lfWeight = FW_BOLD; newFont.lfItalic = 0; if(_tcsstr(gPrintFontStyle, TEXT("italic"))) newFont.lfItalic = 1; newFont.lfWidth = 0; newFont.lfEscapement = 0; newFont.lfOrientation = 0; newFont.lfUnderline = 0; newFont.lfStrikeOut = 0; newFont.lfCharSet = mswin_string2charsetid(gPrintFontCharSet); newFont.lfOutPrecision = OUT_DEFAULT_PRECIS; newFont.lfClipPrecision = CLIP_DEFAULT_PRECIS; newFont.lfQuality = DEFAULT_QUALITY; newFont.lfPitchAndFamily = FIXED_PITCH; cfTTYFont.lStructSize = sizeof (CHOOSEFONT); cfTTYFont.hwndOwner = hWnd ; cfTTYFont.hDC = NULL ; cfTTYFont.rgbColors = 0; cfTTYFont.lpLogFont = &newFont; cfTTYFont.Flags = CF_BOTH | CF_FIXEDPITCHONLY | CF_INITTOLOGFONTSTRUCT | CF_ANSIONLY | CF_FORCEFONTEXIST | CF_LIMITSIZE; cfTTYFont.nSizeMin = FONT_MIN_SIZE; cfTTYFont.nSizeMax = FONT_MAX_SIZE; cfTTYFont.lCustData = 0 ; cfTTYFont.lpfnHook = NULL ; cfTTYFont.lpTemplateName = NULL ; cfTTYFont.hInstance = GET_HINST (hWnd); if (ChooseFont (&cfTTYFont)) { ExtractFontInfo(&newFont, gPrintFontName, sizeof(gPrintFontName)/sizeof(TCHAR), &gPrintFontSize, gPrintFontStyle, sizeof(gPrintFontStyle)/sizeof(TCHAR), ppi, gPrintFontCharSet, sizeof(gPrintFontCharSet)/sizeof(TCHAR)); DidResize (gpTTYInfo); } else /* So I can see with the debugger. */ drc = CommDlgExtendedError(); } void ExtractFontInfo(LOGFONT *pFont, LPTSTR fontName, size_t nfontName, int *fontSize, LPTSTR fontStyle, size_t nfontStyle, int ppi, LPTSTR fontCharSet, size_t nfontCharSet) { TCHAR *sep[] = {TEXT(""), TEXT(", ")}; int iSep = 0; _tcsncpy(fontName, pFont->lfFaceName, nfontName); fontName[nfontName-1] = '\0'; *fontStyle = '\0'; if(pFont->lfWeight >= FW_BOLD) { _tcsncpy(fontStyle, TEXT("bold"), nfontStyle); fontStyle[nfontStyle-1] = '\0'; iSep = 1; } if(pFont->lfItalic){ _tcsncat(fontStyle, sep[iSep], nfontStyle - _tcslen(fontStyle)); fontStyle[nfontStyle-1] = '\0'; _tcsncat(fontStyle, TEXT("italic"), nfontStyle - _tcslen(fontStyle)); fontStyle[nfontStyle-1] = '\0'; } mswin_charsetid2string(fontCharSet, nfontCharSet, pFont->lfCharSet); if(fontSize) *fontSize = MulDiv(-pFont->lfHeight, 72, ppi); } LOCAL void DidResize (PTTYINFO pTTYInfo) { int i; for (i = 0; i < RESIZE_CALLBACK_ARRAY_SIZE; ++i) { if (pTTYInfo->resizer[i] != NULL) pTTYInfo->resizer[i] (pTTYInfo->actNRow, pTTYInfo->actNColumn); } /* * Put a null character into the input queue so that the data input * loops stop and return to their callers who will then re-calculate the * mouse regions so that the user can click on the new regions of the * screen and have the right thing happen. */ CQAdd (NODATA, 0); } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Cut, Copy, and Paste operations * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ /* * Gets called right before the menu is displayed so we can make * any last minute adjustments. */ LOCAL void UpdateMenu (HWND hWnd) { HMENU hMenu; PTTYINFO pTTYInfo; int i; #ifdef ACCELERATORS UINT fAccel = EM_NONE; #endif pTTYInfo = (PTTYINFO) MyGetWindowLongPtr (hWnd, GWL_PTTYINFO); if (pTTYInfo == NULL) return; hMenu = GetMenu (hWnd); if (hMenu == NULL) return; if (ghPaste) { /* Currently pasting so disable paste and enable cancel paste. */ EnableMenuItem (hMenu, IDM_EDIT_PASTE, MF_BYCOMMAND|MF_GRAYED); EnableMenuItem (hMenu, IDM_EDIT_CANCEL_PASTE, MF_BYCOMMAND|MF_ENABLED); #ifdef ACCELERATORS fAccel |= (EM_PST | EM_PST_ABORT); #endif } else { /* * Not pasting. If text is available on clipboard and we are * at a place where we can paste, enable past menu option. */ if (IsClipboardFormatAvailable (CF_UNICODETEXT) && gPasteEnabled){ EnableMenuItem (hMenu, IDM_EDIT_PASTE, MF_BYCOMMAND|MF_ENABLED); #ifdef ACCELERATORS fAccel |= EM_PST; #endif } else EnableMenuItem (hMenu, IDM_EDIT_PASTE, MF_BYCOMMAND|MF_GRAYED); EnableMenuItem (hMenu, IDM_EDIT_CANCEL_PASTE, MF_BYCOMMAND|MF_GRAYED); } if (SelAvailable ()) { EnableMenuItem (hMenu, IDM_EDIT_CUT, MF_BYCOMMAND|MF_GRAYED); EnableMenuItem (hMenu, IDM_EDIT_COPY, MF_BYCOMMAND|MF_ENABLED); EnableMenuItem (hMenu, IDM_EDIT_COPY_APPEND, MF_BYCOMMAND|MF_ENABLED); #ifdef ACCELERATORS fAccel |= (EM_CP | EM_CP_APPEND); #endif } else { if (gAllowCut){ EnableMenuItem (hMenu, IDM_EDIT_CUT, MF_BYCOMMAND | MF_ENABLED); #ifdef ACCELERATORS fAccel |= EM_CUT; #endif } else EnableMenuItem (hMenu, IDM_EDIT_CUT, MF_BYCOMMAND | MF_GRAYED); if (gAllowCopy) { EnableMenuItem (hMenu, IDM_EDIT_COPY, MF_BYCOMMAND | MF_ENABLED); EnableMenuItem (hMenu, IDM_EDIT_COPY_APPEND, MF_BYCOMMAND | MF_ENABLED); #ifdef ACCELERATORS fAccel |= (EM_CP | EM_CP_APPEND); #endif } else { EnableMenuItem (hMenu, IDM_EDIT_COPY, MF_BYCOMMAND | MF_GRAYED); EnableMenuItem (hMenu, IDM_EDIT_COPY_APPEND, MF_BYCOMMAND | MF_GRAYED); } } /* * Set up Font selection menu */ if (gPrintFontName[0] == '\0') { CheckMenuItem (hMenu, IDM_OPT_FONTSAMEAS, MF_BYCOMMAND | MF_CHECKED); EnableMenuItem (hMenu, IDM_OPT_SETPRINTFONT, MF_BYCOMMAND | MF_GRAYED); } else { CheckMenuItem (hMenu, IDM_OPT_FONTSAMEAS, MF_BYCOMMAND | MF_UNCHECKED); EnableMenuItem (hMenu, IDM_OPT_SETPRINTFONT, MF_BYCOMMAND | MF_ENABLED); } /* * Setup Caret selection menu */ EnableMenuItem (hMenu, IDM_OPT_CARETBLOCK, MF_BYCOMMAND | MF_ENABLED); EnableMenuItem (hMenu, IDM_OPT_CARETSMALLBLOCK, MF_BYCOMMAND | MF_ENABLED); EnableMenuItem (hMenu, IDM_OPT_CARETHBAR, MF_BYCOMMAND | MF_ENABLED); EnableMenuItem (hMenu, IDM_OPT_CARETVBAR, MF_BYCOMMAND | MF_ENABLED); CheckMenuRadioItem(hMenu, IDM_OPT_CARETBLOCK, IDM_OPT_CARETVBAR, IDM_OPT_CARETBLOCK + pTTYInfo->cCaretStyle, MF_BYCOMMAND); /* * Check toolbar menu. */ EnableMenuItem (hMenu, IDM_OPT_TOOLBAR, MF_BYCOMMAND | MF_ENABLED); CheckMenuItem (hMenu, IDM_OPT_TOOLBAR, MF_BYCOMMAND | (pTTYInfo->toolBarSize > 0 ? MF_CHECKED : MF_UNCHECKED)); EnableMenuItem (hMenu, IDM_OPT_TOOLBARPOS, MF_BYCOMMAND | MF_ENABLED); CheckMenuItem (hMenu, IDM_OPT_TOOLBARPOS, MF_BYCOMMAND | (pTTYInfo->toolBarTop > 0 ? MF_CHECKED : MF_UNCHECKED)); /* * Check the dialogs menu. */ /* xxx EnableMenuItem (hMenu, IDM_OPT_USEDIALOGS, MF_BYCOMMAND | MF_ENABLED);*/ CheckMenuItem (hMenu, IDM_OPT_USEDIALOGS, MF_BYCOMMAND | (gfUseDialogs ? MF_CHECKED : MF_UNCHECKED)); /* * Enable the Erase Credentials menu */ EnableMenuItem (hMenu, IDM_OPT_ERASE_CREDENTIALS, MF_BYCOMMAND | (gEraseCredsCallback ? MF_ENABLED : MF_GRAYED)); /* * Enable the View in New Window menu item */ EnableMenuItem (hMenu, IDM_MI_VIEWINWIND, MF_BYCOMMAND | (gViewInWindCallback ? MF_ENABLED : MF_GRAYED)); #ifdef ACCELERATORS_OPT CheckMenuItem (hMenu, IDM_OPT_USEACCEL, MF_BYCOMMAND | (pTTYInfo->hAccel ? MF_CHECKED : MF_UNCHECKED)); #endif /* * Setup the sort menu... */ if(gSortCallback){ i = (*gSortCallback)(0, 0); /* NOTE: this func's args are dependent on definition order * in resource.h */ CheckMenuRadioItem(hMenu, IDM_MI_SORTSUBJECT, IDM_MI_SORTTHREAD, IDM_MI_SORTSUBJECT + (i & 0x00ff), MF_BYCOMMAND); CheckMenuItem(hMenu, IDM_MI_SORTREVERSE, MF_BYCOMMAND|((i & 0x0100) ? MF_CHECKED : MF_UNCHECKED)); } else{ CheckMenuRadioItem(hMenu, IDM_MI_SORTSUBJECT, IDM_MI_SORTTHREAD, IDM_MI_SORTARRIVAL, MF_BYCOMMAND); CheckMenuItem(hMenu, IDM_MI_SORTREVERSE, MF_BYCOMMAND | MF_UNCHECKED); } /* * Setup the flag menu... */ if(gFlagCallback){ int flags = (*gFlagCallback)(0, 0); for(i = IDM_MI_FLAGIMPORTANT; i <= IDM_MI_FLAGDELETED; i++) CheckMenuItem(hMenu, i, MF_BYCOMMAND | (((flags >> (i - IDM_MI_FLAGIMPORTANT)) & 0x0001) ? MF_CHECKED : MF_UNCHECKED)); } /* * */ if(gHdrCallback){ i = (*gHdrCallback)(0, 0); CheckMenuItem(hMenu, IDM_MI_HDRMODE, MF_BYCOMMAND|((i != 0) ? MF_CHECKED : MF_UNCHECKED)); } /* * */ if(gZoomCallback){ i = (*gZoomCallback)(0, 0); CheckMenuItem(hMenu, IDM_MI_ZOOM, MF_BYCOMMAND | (i ? MF_CHECKED : MF_UNCHECKED)); } /* * Set up command menu. */ if (!pTTYInfo->menuItemsCurrent) { for (i = 0; i < KS_COUNT; ++i) if(i + KS_RANGESTART != KS_GENERALHELP) EnableMenuItem (hMenu, i + KS_RANGESTART, MF_BYCOMMAND | ((pTTYInfo->menuItems[i].miActive) ? MF_ENABLED : MF_GRAYED)); /* * Special command-specific knowledge here */ for(i = IDM_MI_SORTSUBJECT; i <= IDM_MI_SORTREVERSE; i++) EnableMenuItem (hMenu, i, MF_BYCOMMAND | ((pTTYInfo->menuItems[KS_SORT-KS_RANGESTART].miActive) ? MF_ENABLED : MF_GRAYED)); for(i = IDM_MI_FLAGIMPORTANT; i <= IDM_MI_FLAGDELETED; i++) EnableMenuItem (hMenu, i, MF_BYCOMMAND | ((pTTYInfo->menuItems[KS_FLAG - KS_RANGESTART].miActive) ? MF_ENABLED : MF_GRAYED)); } /* * deal with any callback state dependent enabling */ if(pTTYInfo->menuItems[IDM_MI_APPLY - KS_RANGESTART].miActive) EnableMenuItem(hMenu, IDM_MI_APPLY, MF_BYCOMMAND | ((gSelectedCallback && (*gSelectedCallback)(0, 0)) ? MF_ENABLED : MF_GRAYED)); if(pTTYInfo->menuItems[IDM_MI_ZOOM - KS_RANGESTART].miActive) EnableMenuItem(hMenu, IDM_MI_ZOOM, MF_BYCOMMAND | ((gSelectedCallback && (*gSelectedCallback)(0, 0)) ? MF_ENABLED : MF_GRAYED)); #ifdef ACCELERATORS if(pTTYInfo->menuItems[KS_WHEREIS - KS_RANGESTART].miActive) fAccel |= EM_FIND; AccelManage (hWnd, fAccel); #endif pTTYInfo->menuItemsCurrent = TRUE; } /* * Cut region to kill buffer. */ LOCAL void EditCut (void) { HANDLE hCB; if(gCopyCutFunction == (getc_t)kremove){ hCB = GlobalAlloc (GMEM_MOVEABLE, 0); if (hCB != NULL) { kdelete(); /* Clear current kill buffer. */ killregion (1, 0); /* Kill Region (and copy to clipboard). */ update (); /* And update the screen */ } } } /* * This function copies the kill buffer to the window's clip board. * (actually, it can copy any buffer for which a copyfunc is provided). * Called from ldelete(). */ void mswin_killbuftoclip (getc_t copyfunc) { HANDLE hCB; getc_t oldfunc; /* Save old copy function. */ oldfunc = gCopyCutFunction; gCopyCutFunction = copyfunc; /* Allocate clip buffer. */ hCB = GlobalAlloc (GMEM_MOVEABLE, 0); if (hCB != NULL) { EditDoCopyData (hCB, 0); } /* restore copy function. */ gCopyCutFunction = oldfunc; } /* * Copy region to kill buffer. */ LOCAL void EditCopy (void) { HANDLE hCB; if (SelAvailable()) { /* This is a copy of the windows selection. */ hCB = GlobalAlloc (GMEM_MOVEABLE, 0); if (hCB != NULL) SelDoCopy (hCB, 0); } else { /* Otherwise, it's a Pico/Pine copy. */ if(gCopyCutFunction == (getc_t)kremove){ kdelete(); /* Clear current kill buffer. */ copyregion (1, 0); } hCB = GlobalAlloc (GMEM_MOVEABLE, 0); if (hCB != NULL) EditDoCopyData (hCB, 0); } } /* * Called in response to "Copy Append" menu command, when there is an active * Windows selection on the screen. */ LOCAL void EditCopyAppend (void) { HANDLE hCB; HANDLE hMyCopy; TCHAR *pCB; TCHAR *pMyCopy; size_t cbSize = 0; /* Attempt to copy clipboard data to my own handle. */ hMyCopy = NULL; if (OpenClipboard (ghTTYWnd)) { /* And can get clipboard. */ hCB = GetClipboardData (CF_UNICODETEXT); if (hCB != NULL) { /* And can get data. */ pCB = GlobalLock (hCB); cbSize = _tcslen (pCB); /* It's a null term string. */ hMyCopy = GlobalAlloc (GMEM_MOVEABLE, (cbSize+1)*sizeof(*pCB)); if (hMyCopy != NULL) { /* And can get memory. */ pMyCopy = GlobalLock (hMyCopy); if (pMyCopy != NULL) { memcpy (pMyCopy, pCB, cbSize*sizeof(*pCB)); /* Copy data. */ GlobalUnlock (hMyCopy); } else { GlobalFree (hMyCopy); hMyCopy = NULL; } } GlobalUnlock (hCB); } /* GetClipboardData. */ CloseClipboard (); } /* OpenClipboard. */ /* Now, if I got a copy, append current selection to that * and stuff it back into the clipboard. */ if (hMyCopy != NULL) { if (SelAvailable ()) { SelDoCopy (hMyCopy, (DWORD)cbSize); } else { if(gCopyCutFunction == (getc_t)kremove) { kdelete(); /* Clear current kill buffer. */ copyregion (1, 0); } EditDoCopyData (hMyCopy, (DWORD)cbSize); } } } /* * Copy data from the kill buffer to the clipboard. Handle LF->CRLF * translation if necessary. */ LOCAL void EditDoCopyData (HANDLE hCB, DWORD lenCB) { TCHAR *pCB; TCHAR *p; long c; /* would be TCHAR but needs -1 retval from callback */ TCHAR lastc = (TCHAR)'\0'; DWORD cbSize; /* Allocated size of hCB. */ DWORD i; #define BUF_INC 4096 if (gCopyCutFunction != NULL) { /* If there really is data. */ if (OpenClipboard (ghTTYWnd)) { /* ...and we get the CB. */ if (EmptyClipboard ()) { /* ...and clear previous CB.*/ pCB = GlobalLock (hCB); p = pCB + lenCB; cbSize = lenCB; /* Copy it. (BUG: change int arg) */ for(i = 0L; (c = (*gCopyCutFunction)((int)i)) != -1; i++){ /* * Rather than fix every function that might * get called for character retrieval to supply * CRLF EOLs, let's just fix it here. The downside * is a much slower copy for large buffers, but * hey, what do they want? */ if(lenCB + 2L >= cbSize){ cbSize += BUF_INC; GlobalUnlock (hCB); hCB = GlobalReAlloc (hCB, cbSize*sizeof(TCHAR), GMEM_MOVEABLE); if (hCB == NULL) return; pCB = GlobalLock (hCB); p = pCB + lenCB; } if(c == (TCHAR)ASCII_LF && lastc != (TCHAR)ASCII_CR) { *p++ = (TCHAR)ASCII_CR; /* insert CR before LF */ lenCB++; } *p++ = lastc = (TCHAR)c; lenCB++; } /* Only if we got some data. */ if (lenCB > 0) { *p = (TCHAR)'\0'; GlobalUnlock (hCB); if (SetClipboardData (CF_UNICODETEXT, hCB) == NULL) /* Failed! Free the data. */ GlobalFree (hCB); } else { /* There was no data copied. */ GlobalUnlock (hCB); GlobalFree (hCB); } } CloseClipboard (); } } } /* * Get a handle to the current (text) clipboard and make my own copy. * Keep my copy locked because I'll be using it to read bytes from. */ LOCAL void EditPaste (void) { HANDLE hCB; LPTSTR pCB; LPTSTR pPaste; size_t cbSize; if (ghPaste == NULL) { /* If we are not already pasting. */ if (OpenClipboard (ghTTYWnd)) { /* And can get clipboard. */ hCB = GetClipboardData (CF_UNICODETEXT); if (hCB != NULL) { /* And can get data. */ pCB = GlobalLock (hCB); cbSize = _tcslen (pCB); /* It's a null term string. */ ghPaste = GlobalAlloc (GMEM_MOVEABLE, (cbSize+1)*sizeof(TCHAR)); if (ghPaste != NULL) { /* And can get memory. */ gpPasteNext = GlobalLock (ghPaste); memcpy (gpPasteNext, pCB, (cbSize+1)*sizeof(TCHAR)); /* Copy data. */ /* Keep ghPaste locked. */ /* * If we're paste is enabled but limited to the first * line of the clipboard, prune the paste buffer... */ if(gPasteEnabled == MSWIN_PASTE_LINE && (pPaste = _tcschr(gpPasteNext, (TCHAR)ASCII_CR))){ *pPaste = (TCHAR)'\0'; cbSize = _tcslen(gpPasteNext); } /* * If there is a selection (gCopyCutFunction != NULL) * then delete it so that it will be replaced by * the pasted text. */ if (gCopyCutFunction != NULL) deleteregion (1, 0); gPasteBytesRemain = cbSize; gPasteWasCR = FALSE; #ifdef FDEBUG if (mswin_debug > 8) fprintf (mswin_debugfile, "EditPaste:: Paste %d bytes\n", gPasteBytesRemain); #endif } GlobalUnlock (hCB); } CloseClipboard (); } } } /* * Cancel an active paste operation. */ LOCAL void EditCancelPaste (void) { if (ghPaste != NULL) { /* Must be pasting. */ GlobalUnlock (ghPaste); /* Then Unlock... */ GlobalFree (ghPaste); /* ...and free the paste buffer. */ ghPaste = NULL; /* Indicates no paste data. */ gpPasteNext = NULL; /* Just being tidy. */ gPasteBytesRemain = 0; /* ditto. */ #ifdef FDEBUG if (mswin_debug > 8) fprintf (mswin_debugfile, "EditCancelPaste:: Free Paste Data\n"); #endif } } /* * Get the next byte from the paste buffer. If all bytes have been * retrieved, free the paste buffer. * Map all CRLF sequence to a single CR. */ LOCAL UCS EditPasteGet (void) { UCS b = NODATA; if (ghPaste != NULL) { /* ghPaste tells if we are pasting. */ if (gPasteBytesRemain > 0) { /* Just in case... */ /* Get one byte and move pointer. */ b = (TCHAR) *gpPasteNext++; --gPasteBytesRemain; /* one less. */ if (gPasteWasCR && b == (TCHAR)ASCII_LF) { if (gPasteBytesRemain) { /* Skip of LF. */ b = (TCHAR) *gpPasteNext++; --gPasteBytesRemain; } else b = NODATA; /* Ignore last LF. */ } gPasteWasCR = (b == (TCHAR)ASCII_CR); #ifdef FDEBUG if (mswin_debug > 8) fprintf (mswin_debugfile, "EditPasteGet:: char %c, gPasteWasCR %d, gPasteBytesRemain %d\n", b, gPasteWasCR, gPasteBytesRemain); #endif } if (gPasteBytesRemain <= 0) { /* All Done? */ GlobalUnlock (ghPaste); /* Then Unlock... */ GlobalFree (ghPaste); /* ...and free the paste buffer. */ ghPaste = NULL; /* Indicates no paste data. */ gpPasteNext = NULL; /* Just being tidy. */ gPasteBytesRemain = 0; /* ditto. */ #ifdef FDEBUG if (mswin_debug > 8) fprintf (mswin_debugfile, "EditPasteGet:: Free Paste Data\n"); #endif } } if(b < ' ') { b += '@'; b |= CTRL; } return (b); } /* * Return true if Paste data is available. If gpPaste != NULL then there * is paste data. */ LOCAL BOOL EditPasteAvailable (void) { return (ghPaste != NULL); } /* * Select everything in the buffer */ LOCAL void EditSelectAll() { if(ComposerEditing){ } else{ gotobob(0, 1); setmark(0, 1); gotoeob(0, 1); update (); /* And update the screen */ } } LOCAL void SortHandler(int order, int reverse) { int old = (*gSortCallback)(0, 0); if(order < 0){ old ^= 0x0100; /* flip reverse bit */ (*gSortCallback)(1, old); } else (*gSortCallback)(1, order | (old & 0x0100)); } LOCAL void FlagHandler(int index, int args) { if(gFlagCallback) (void) (*gFlagCallback)(index + 1, 0L); } LOCAL void MSWHelpShow (cbstr_t fpHelpCallback) { if (fpHelpCallback != NULL){ char title[256], *help; if(help = (*fpHelpCallback) (title)) mswin_displaytext (title, help, strlen(help), NULL, NULL, 0); } } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Adjust the timer frequency as needed. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ LOCAL void MyTimerSet (void) { UINT period; /* Decide on period to use. */ if (gAllowMouseTrack) period = MY_TIMER_EXCEEDINGLY_SHORT_PERIOD; else period = my_timer_period; if (period != gTimerCurrentPeriod) { if (SetTimer (ghTTYWnd, MY_TIMER_ID, period, NULL) == 0) MessageBox (ghTTYWnd, TIMER_FAIL_MESSAGE, NULL, MB_OK | MB_ICONINFORMATION); else gTimerCurrentPeriod = period; } } void mswin_setperiodiccallback (cbvoid_t periodiccb, long period) { if (periodiccb != NULL && period > 0) { gPeriodicCallback = periodiccb; gPeriodicCBTime = period; gPeriodicCBTimeout = GetTickCount () / 1000 + gPeriodicCBTime; } else { gPeriodicCallback = NULL; } } /* * Structure for variables used by mswin_exec_and_wait which need to be * freed in multiple places. */ typedef struct MSWIN_EXEC_DATA { HANDLE infd; HANDLE outfd; LPTSTR lptstr_whatsit; LPTSTR lptstr_command; LPTSTR lptstr_infile; LPTSTR lptstr_outfile; MSWIN_TEXTWINDOW *mswin_tw; } MSWIN_EXEC_DATA; LOCAL void mswin_exec_data_init(MSWIN_EXEC_DATA *exec_data) { memset(exec_data, 0, sizeof(MSWIN_EXEC_DATA)); exec_data->infd = INVALID_HANDLE_VALUE; exec_data->outfd = INVALID_HANDLE_VALUE; } LOCAL void mswin_exec_data_free(MSWIN_EXEC_DATA *exec_data, BOOL delete_outfile) { if(exec_data->infd != INVALID_HANDLE_VALUE) CloseHandle(exec_data->infd); if(exec_data->outfd != INVALID_HANDLE_VALUE) { CloseHandle(exec_data->outfd); if(delete_outfile) _tunlink(exec_data->lptstr_outfile); } if(exec_data->lptstr_infile) fs_give((void **) &exec_data->lptstr_infile); if(exec_data->lptstr_outfile) fs_give((void **) &exec_data->lptstr_outfile); if(exec_data->lptstr_whatsit) fs_give((void **) &exec_data->lptstr_whatsit); if(exec_data->lptstr_command) fs_give((void **) &exec_data->lptstr_command); if(exec_data->mswin_tw) { /* * Set the out_file is zero. We don't need mswin_tw * to save the file anymore since we're bailing. */ exec_data->mswin_tw->out_file = NULL; /* * If the window is still open, then set the id to 0 so * mswin_tw_close_callback() will free the memory whenever * the window closes. Otherwise free it now. */ if(exec_data->mswin_tw->hwnd) exec_data->mswin_tw->id = 0; else MemFree(exec_data->mswin_tw); } } /* * Execute command and wait for the child to exit * * whatsit - description of reason exec being called * command - command to run * infile - name of file to pass as stdin * outfile - name of file to pass as stdout * exit_val - where to store return value of the process * mswe_flags - * MSWIN_EAW_CAPT_STDERR - capture stderr along with stdout * MSWIN_EAW_CTRL_C_CANCELS - if user presses ctrl-c, detach child * Returns: 0, successfully completed program * -1, errors occurred * -2, user chose to stop waiting for program before it finished */ int mswin_exec_and_wait (char *utf8_whatsit, char *utf8_command, char *utf8_infile, char *utf8_outfile, int *exit_val, unsigned mswe_flags) { MEvent mouse; BOOL brc; int rc; TCHAR waitingFor[256]; PROCESS_INFORMATION proc_info; DWORD exit_code; MSWIN_EXEC_DATA exec_data; #ifdef ALTED_DOT BOOL b_use_mswin_tw; #endif mswin_exec_data_init(&exec_data); memset(&proc_info, 0, sizeof(proc_info)); mswin_flush (); exec_data.lptstr_infile = utf8_infile ? utf8_to_lptstr(utf8_infile) : NULL; exec_data.lptstr_outfile = utf8_outfile ? utf8_to_lptstr(utf8_outfile) : NULL; exec_data.lptstr_command = utf8_to_lptstr(utf8_command); exec_data.lptstr_whatsit = utf8_to_lptstr(utf8_whatsit); #ifdef ALTED_DOT /* If the command is '.', then use mswin_tw to open the file. */ b_use_mswin_tw = utf8_command && utf8_command[0] == '.' && utf8_command[1] == '\0'; if(b_use_mswin_tw) { proc_info.hThread = INVALID_HANDLE_VALUE; proc_info.hProcess = INVALID_HANDLE_VALUE; exec_data.mswin_tw = mswin_tw_displaytext_lptstr( exec_data.lptstr_whatsit, exec_data.lptstr_infile, 4, NULL, exec_data.mswin_tw, MSWIN_DT_FILLFROMFILE); if(exec_data.mswin_tw) { mswin_set_readonly(exec_data.mswin_tw, FALSE); /* Tell mswin_tw to write the edit contents to this file. */ exec_data.mswin_tw->out_file = exec_data.lptstr_outfile; /* Make sure mswin_tw isn't freed behind our back. */ exec_data.mswin_tw->id = (UINT)-1; brc = TRUE; } else { brc = FALSE; } } else #endif /* ALTED_DOT */ { SECURITY_ATTRIBUTES atts; STARTUPINFO start_info; memset(&atts, 0, sizeof(atts)); memset(&start_info, 0, sizeof(start_info)); /* set file attributes of temp files*/ atts.nLength = sizeof(SECURITY_ATTRIBUTES); atts.bInheritHandle = TRUE; atts.lpSecurityDescriptor = NULL; /* open files if asked for */ if(utf8_infile && ((exec_data.infd = CreateFile(exec_data.lptstr_infile, GENERIC_READ, 0, &atts, OPEN_EXISTING, FILE_ATTRIBUTE_READONLY, NULL)) == INVALID_HANDLE_VALUE)){ mswin_exec_data_free(&exec_data, TRUE); return(-1); } if(utf8_outfile && ((exec_data.outfd = CreateFile(exec_data.lptstr_outfile, GENERIC_WRITE, 0, &atts, OPEN_ALWAYS, FILE_ATTRIBUTE_NORMAL, NULL)) == INVALID_HANDLE_VALUE)){ mswin_exec_data_free(&exec_data, TRUE); return(-1); } start_info.dwFlags = STARTF_FORCEONFEEDBACK | STARTF_USESHOWWINDOW; start_info.wShowWindow = (utf8_infile || utf8_outfile) ? SW_SHOWMINNOACTIVE : SW_SHOWNA; /* set up i/o redirection */ if(utf8_infile) start_info.hStdInput = exec_data.infd; if(utf8_outfile) start_info.hStdOutput = exec_data.outfd; if(utf8_outfile && (mswe_flags & MSWIN_EAW_CAPT_STDERR)) start_info.hStdError = exec_data.outfd; if(utf8_infile || utf8_outfile) start_info.dwFlags |= STARTF_USESTDHANDLES; brc = CreateProcess(NULL, exec_data.lptstr_command, NULL, NULL, (utf8_infile || utf8_outfile) ? TRUE : FALSE, CREATE_NEW_CONSOLE | CREATE_NEW_PROCESS_GROUP, NULL, NULL, &start_info, &proc_info); } if(brc) { _sntprintf(waitingFor, sizeof(waitingFor)/sizeof(TCHAR), TEXT("%s is currently waiting for the %s (%s) to complete. Click \"Cancel\" to stop waiting, or \"OK\" to continue waiting."), gszAppName, exec_data.lptstr_whatsit, exec_data.lptstr_command); if(proc_info.hThread != INVALID_HANDLE_VALUE) { /* Don't need the thread handle, close it now. */ CloseHandle (proc_info.hThread); } /* * Go into holding pattern until the other application terminates * or we are told to stop waiting. */ while(TRUE){ #ifdef ALTED_DOT if(b_use_mswin_tw) { if(!exec_data.mswin_tw) break; exit_code = exec_data.mswin_tw->hwnd && exec_data.mswin_tw->out_file ? STILL_ACTIVE : 0; } else #endif /* ALTED_DOT */ { if(GetExitCodeProcess(proc_info.hProcess, &exit_code) == FALSE) break; } if(exit_code == STILL_ACTIVE){ rc = mswin_getc(); brc = mswin_getmouseevent (&mouse); if (rc != NODATA || (brc && mouse.event == M_EVENT_DOWN)) { if(mswe_flags & MSWIN_EAW_CTRL_C_CANCELS){ if(rc == (CTRL|'C')) rc = IDCANCEL; } else{ rc = MessageBox (ghTTYWnd, waitingFor, exec_data.lptstr_whatsit, MB_ICONSTOP | MB_OKCANCEL); } SelClear (); if (rc == IDCANCEL){ /* terminate message to child ? */ mswin_exec_data_free(&exec_data, TRUE); return (-2); } } } else{ if(proc_info.hProcess != INVALID_HANDLE_VALUE) { /* do something about child's exit status */ CloseHandle (proc_info.hProcess); } if(exit_val) *exit_val = exit_code; break; } } if (gpTTYInfo->fMinimized) ShowWindow (ghTTYWnd, SW_SHOWNORMAL); /* * If we're using a mswin_tw and we're not capturing the output, we * just bailed immediately. If that's the case, don't bring the main * window up over the top of the textwindow we just brought up. */ #ifdef ALTED_DOT if(!b_use_mswin_tw || !exec_data.mswin_tw || exec_data.mswin_tw->out_file) #endif /* ALTED_DOT */ BringWindowToTop (ghTTYWnd); mswin_exec_data_free(&exec_data, FALSE); return (0); } else{ mswin_exec_data_free(&exec_data, TRUE); return((rc = (int) GetLastError()) ? rc : -1); /* hack */ } /* NOTREACHED */ return(-1); } int mswin_shell_exec(char *command_utf8, HINSTANCE *pChildProc) { int quoted = 0; SHELLEXECUTEINFO shell_info; LPTSTR command_lpt, free_command_lpt; LPTSTR p, q, parm = NULL; TCHAR buf[1024]; if(!command_utf8) return(-1); free_command_lpt = command_lpt = utf8_to_lptstr(command_utf8); if(!command_lpt) return(-1); mswin_flush (); /* * Pick first arg apart by whitespace until what's to the left * is no longer a valid path/file. Everything else is then an * command line arg... */ if(*(p = command_lpt) == '\"'){ p = ++command_lpt; /* don't include quote */ quoted++; } q = buf; while(1) if(!quoted && _istspace(*p)){ char *buf_utf8; *q = '\0'; buf_utf8 = lptstr_to_utf8(buf); if(*buf == '*' || (buf_utf8 && fexist(buf_utf8, "x", (off_t *) NULL) == FIOSUC)){ parm = p; if(buf_utf8) fs_give((void **) &buf_utf8); break; } if(buf_utf8) fs_give((void **) &buf_utf8); } else if(quoted && *p == '\"'){ parm = p; break; } else if(!(*q++ = *p++)){ parm = p - 1; break; } if(*command_lpt && parm){ do *parm++ = '\0'; while(*parm && _istspace((unsigned char) *parm)); /* * HACK -- since star is very unlikely to actually appear * in a command name that's launched via a shell command line, * a leading one indicates special handling. */ if(command_lpt[0] == '*'){ if(!_tcsncmp(command_lpt + 1, TEXT("Shell*"), 8)){ /* Leave it to ShellExecute magic to "open" the thing */ command_lpt = parm; parm = NULL; } } } else{ if(free_command_lpt) fs_give((void **) &free_command_lpt); return(-1); } memset(&shell_info, 0, sizeof(SHELLEXECUTEINFO)); shell_info.cbSize = sizeof(SHELLEXECUTEINFO); shell_info.fMask = SEE_MASK_DOENVSUBST | SEE_MASK_NOCLOSEPROCESS | SEE_MASK_FLAG_DDEWAIT; shell_info.hwnd = ghTTYWnd; shell_info.lpFile = command_lpt; shell_info.lpParameters = parm; shell_info.lpDirectory = NULL; /* default is current directory */ shell_info.nShow = SW_SHOWNORMAL; ShellExecuteEx(&shell_info); if((int)(LONG_PTR)shell_info.hInstApp > 32){ if(pChildProc) *pChildProc = shell_info.hProcess; if(free_command_lpt) fs_give((void **) &free_command_lpt); return(0); /* success! */ } if(free_command_lpt) fs_give((void **) &free_command_lpt); return(-1); } /* * Generate an error message for a failed windows exec or loadlibrary. */ void mswin_exec_err_msg(char *what, int status, char *buf, size_t buflen) { switch(status){ case 2: case 3: snprintf(buf, buflen, "%s not found.", what); break; case 8: snprintf(buf, buflen, "Not enough memory to run %s.", what); break; default: snprintf(buf, buflen, "Error %d starting %s.", status, what); break; } } int mswin_set_quit_confirm (int confirm) { gConfirmExit = (confirm != 0); return (confirm); } /* * Called when Windows is in shutting down. Before actually shutting down * Windows goes around to all the applications and asks if it is OK with * them to shut down (WM_QUERYENDSESSION). * If gConfirmExit is set, ask the user if they want to exit. * Returning zero will stop the shutdown, non-zero allows it to proceed. */ LOCAL LRESULT ConfirmExit (void) { TCHAR msg[256]; int rc; if(gConfirmExit){ _sntprintf(msg, sizeof(msg)/sizeof(TCHAR), TEXT("Exiting may cause you to lose work in %s, Exit?"), gszAppName); rc = MessageBox (ghTTYWnd, msg, gszAppName, MB_ICONSTOP | MB_OKCANCEL); if(rc == IDCANCEL) return(0); } return(1); } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Registry access functions * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ /* * Useful def's */ #define MSWR_KEY_MAX 128 #define MSWR_VAL_MAX 128 #define MSWR_CLASS_MAX 128 #define MSWR_DATA_MAX 1024 #define MSWR_ROOT TEXT("Software\\University of Washington\\Alpine\\1.0") #define MSWR_CAPABILITIES TEXT("Software\\University of Washington\\Alpine\\1.0\\Capabilities") #define MSWR_APPNAME TEXT("Alpine") #define MSWR_DLLPATH TEXT("DLLPath") #define MSWR_DLLNAME TEXT("pmapi32.dll") #define MSWRDBUF 1152 struct mswin_reg_key { HKEY rhk; /* root key (HKEY_LOCAL_MACHINE, ...) */ LPTSTR *knames; /* NULL terminated list of keys */ }; LPTSTR mswin_pine_hklm_regs[] = { MSWR_ROOT, TEXT("Software\\Clients\\Mail\\Alpine"), TEXT("Software\\Clients\\News\\Alpine"), TEXT("Software\\Classes\\Alpine.Url.Mailto"), TEXT("Software\\Classes\\Alpine.Url.News"), TEXT("Software\\Classes\\Alpine.Url.Nntp"), TEXT("Software\\Classes\\Alpine.Url.Imap"), NULL }; LPTSTR mswin_pine_hkcu_regs[] = { MSWR_ROOT, NULL }; static struct mswin_reg_key mswin_pine_regs[] = { {HKEY_LOCAL_MACHINE, mswin_pine_hklm_regs}, {HKEY_CURRENT_USER, mswin_pine_hkcu_regs}, {NULL, NULL} }; /* * data: uninitialized buffer, could be null */ int mswin_reg(int op, int tree, char *data_utf8, size_t size) { LPTSTR data_lptstr = NULL; int rv; if(data_utf8){ if(size == 0){ /* size is zero when op & MSWR_OP_SET */ data_lptstr = utf8_to_lptstr(data_utf8); } else { data_lptstr = (LPTSTR)MemAlloc(size * sizeof(TCHAR)); data_lptstr[0] = '\0'; } } rv = mswin_reg_lptstr(op, tree, data_lptstr, size); if(data_utf8 && data_lptstr){ char *t_utf8str; if(size){ t_utf8str = lptstr_to_utf8(data_lptstr); strncpy(data_utf8, t_utf8str, size); data_utf8[size-1] = '\0'; MemFree((void *)t_utf8str); } MemFree((void *)data_lptstr); } return(rv); } int mswin_reg_lptstr(int op, int tree, LPTSTR data_lptstr, size_t size) { if(op & MSWR_OP_SET){ switch(tree){ case MSWR_PINE_RC : MSWRAlpineSet(HKEY_CURRENT_USER, NULL, TEXT("PineRC"), op & MSWR_OP_FORCE, data_lptstr); break; case MSWR_PINE_CONF : MSWRAlpineSet(HKEY_CURRENT_USER, NULL, TEXT("PineConf"), op & MSWR_OP_FORCE, data_lptstr); break; case MSWR_PINE_AUX : MSWRAlpineSet(HKEY_CURRENT_USER, NULL, TEXT("PineAux"), op & MSWR_OP_FORCE, data_lptstr); break; case MSWR_PINE_DIR : MSWRAlpineSet(HKEY_LOCAL_MACHINE, NULL, TEXT("Pinedir"), op & MSWR_OP_FORCE, data_lptstr); MSWRAlpineSetHandlers(op & MSWR_OP_FORCE, data_lptstr); break; case MSWR_PINE_EXE : MSWRAlpineSet(HKEY_LOCAL_MACHINE, NULL, TEXT("PineEXE"), op & MSWR_OP_FORCE, data_lptstr); break; case MSWR_PINE_POS : MSWRAlpineSet(HKEY_CURRENT_USER, NULL, TEXT("PinePos"), op & MSWR_OP_FORCE, data_lptstr); break; default : break; } } else if(op & MSWR_OP_GET){ switch(tree){ case MSWR_PINE_RC : return(MSWRAlpineGet(HKEY_CURRENT_USER, NULL, TEXT("PineRC"), data_lptstr, size)); case MSWR_PINE_CONF : return(MSWRAlpineGet(HKEY_CURRENT_USER, NULL, TEXT("PineConf"), data_lptstr, size)); case MSWR_PINE_AUX : return(MSWRAlpineGet(HKEY_CURRENT_USER, NULL, TEXT("PineAux"), data_lptstr, size)); case MSWR_PINE_DIR : return(MSWRAlpineGet(HKEY_LOCAL_MACHINE, NULL, TEXT("Pinedir"), data_lptstr, size)); case MSWR_PINE_EXE : return(MSWRAlpineGet(HKEY_LOCAL_MACHINE, NULL, TEXT("PineEXE"), data_lptstr, size)); case MSWR_PINE_POS : return(MSWRAlpineGet(HKEY_CURRENT_USER, NULL, TEXT("PinePos"), data_lptstr, size)); default : break; } } else if(op & MSWR_OP_BLAST){ int rv = 0, i, j; for(i = 0; mswin_pine_regs[i].rhk; i++){ for(j = 0; mswin_pine_regs[i].knames[j]; j++) MSWRClear(mswin_pine_regs[i].rhk, mswin_pine_regs[i].knames[j]); } if(rv) return -1; } /* else, ignore unknown op? */ return(0); } LOCAL void MSWRAlpineSet(HKEY hRootKey, LPTSTR subkey, LPTSTR val, int update, LPTSTR data) { HKEY hKey; TCHAR keybuf[MSWR_KEY_MAX+1]; _sntprintf(keybuf, MSWR_KEY_MAX+1, TEXT("%s%s%s"), MSWR_ROOT, (subkey && *subkey != '\\') ? TEXT("\\") : TEXT(""), (subkey) ? TEXT("\\") : TEXT("")); if(RegCreateKeyEx(hRootKey, keybuf, 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hKey, NULL) == ERROR_SUCCESS){ if(update || RegQueryValueEx(hKey, val, NULL, NULL, NULL, NULL) != ERROR_SUCCESS) RegSetValueEx(hKey, val, 0, REG_SZ, (LPBYTE)data, (DWORD)(_tcslen(data)+1)*sizeof(TCHAR)); RegCloseKey(hKey); } } LOCAL int MSWRAlpineGet(HKEY hKey, LPTSTR subkey, LPTSTR val, LPTSTR data_lptstr, size_t len) { TCHAR keybuf[MSWR_KEY_MAX+1]; DWORD dlen = (DWORD)len; _sntprintf(keybuf, MSWR_KEY_MAX+1, TEXT("%s%s%s"), MSWR_ROOT, (subkey && *subkey != '\\') ? TEXT("\\") : TEXT(""), (subkey) ? TEXT("\\") : TEXT("")); return(MSWRPeek(hKey, keybuf, val, data_lptstr, &dlen) == TRUE); } LOCAL void MSWRAlpineSetHandlers(int update, LPTSTR path_lptstr) { HKEY hKey, hSubKey; DWORD dwDisp; BYTE tmp_b[MSWR_DATA_MAX]; unsigned long tmplen = MSWR_DATA_MAX, tmp_lptstr_tcharlen = MSWR_DATA_MAX/sizeof(TCHAR); int exists; LPTSTR tmp_lptstr = (LPTSTR)tmp_b; /* Register as a mail client on this system */ if(RegOpenKeyEx(HKEY_LOCAL_MACHINE, MSWR_ROOT, 0, KEY_ALL_ACCESS, &hKey) == ERROR_SUCCESS){ if(RegCreateKeyEx(HKEY_LOCAL_MACHINE, MSWR_CAPABILITIES, 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hSubKey, &dwDisp) == ERROR_SUCCESS){ MSWRPoke(hSubKey, NULL, TEXT("ApplicationDescription"), TEXT("Alpine - A program for sending, receiving, and filing email and news, whether stored locally or accessed over the network via IMAP, POP3, or NNTP. Alpine is the successor to Pine, and also is maintained by the University of Washington.")); MSWRPoke(hSubKey, NULL, TEXT("ApplicationName"), TEXT("Alpine")); _sntprintf(tmp_lptstr, tmp_lptstr_tcharlen, TEXT("%salpine.exe,0"), path_lptstr); MSWRPoke(hSubKey, NULL, TEXT("ApplicationIcon"), tmp_lptstr); MSWRPoke(hSubKey, TEXT("UrlAssociations"), TEXT("mailto"), TEXT("Alpine.Url.Mailto")); MSWRPoke(hSubKey, TEXT("UrlAssociations"), TEXT("news"), TEXT("Alpine.Url.News")); MSWRPoke(hSubKey, TEXT("UrlAssociations"), TEXT("nntp"), TEXT("Alpine.Url.Nntp")); MSWRPoke(hSubKey, TEXT("UrlAssociations"), TEXT("imap"), TEXT("Alpine.Url.Imap")); RegCloseKey(hSubKey); } RegCloseKey(hKey); if(RegOpenKeyEx(HKEY_LOCAL_MACHINE, TEXT("Software\\RegisteredApplications"), 0, KEY_ALL_ACCESS, &hKey) == ERROR_SUCCESS){ MSWRPoke(hKey, NULL, TEXT("Alpine"), MSWR_CAPABILITIES); RegCloseKey(hKey); } if(RegOpenKeyEx(HKEY_LOCAL_MACHINE, TEXT("Software\\Classes"), 0, KEY_ALL_ACCESS, &hKey) == ERROR_SUCCESS){ if(RegCreateKeyEx(hKey, TEXT("Alpine.Url.Mailto"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hSubKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hSubKey, MSWR_SDC_MAIL, path_lptstr); RegCloseKey(hSubKey); } if(RegCreateKeyEx(hKey, TEXT("Alpine.Url.Nntp"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hSubKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hSubKey, MSWR_SDC_NNTP, path_lptstr); RegCloseKey(hSubKey); } if(RegCreateKeyEx(hKey, TEXT("Alpine.Url.News"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hSubKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hSubKey, MSWR_SDC_NEWS, path_lptstr); RegCloseKey(hSubKey); } if(RegCreateKeyEx(hKey, TEXT("Alpine.Url.Imap"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hSubKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hSubKey, MSWR_SDC_IMAP, path_lptstr); RegCloseKey(hSubKey); } RegCloseKey(hKey); } } if((exists = RegOpenKeyEx(HKEY_LOCAL_MACHINE, TEXT("SOFTWARE\\Clients\\Mail\\Alpine"), 0, KEY_ALL_ACCESS, &hKey) == ERROR_SUCCESS) || RegCreateKeyEx(HKEY_LOCAL_MACHINE, TEXT("SOFTWARE\\Clients\\Mail\\Alpine"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hKey, &dwDisp) == ERROR_SUCCESS){ if(update || !exists){ DWORD dType; char *tmp_utf8str = NULL; MSWRPoke(hKey, NULL, NULL, MSWR_APPNAME); /* set up MAPI dll stuff */ *tmp_b = 0; RegQueryValueEx(hKey, MSWR_DLLPATH, NULL, &dType, tmp_b, &tmplen); tmp_lptstr = (LPTSTR)tmp_b; if(!(*tmp_lptstr) || (can_access(tmp_utf8str = lptstr_to_utf8(tmp_lptstr), ACCESS_EXISTS) != 0)){ if(*tmp_lptstr) RegDeleteValue(hKey, MSWR_DLLPATH); if(tmp_utf8str) MemFree((void *)tmp_utf8str); _sntprintf(tmp_lptstr, tmp_lptstr_tcharlen, TEXT("%s%s"), path_lptstr, MSWR_DLLNAME); if(can_access(tmp_utf8str = lptstr_to_utf8(tmp_lptstr), ACCESS_EXISTS) == 0) MSWRPoke(hKey, NULL, MSWR_DLLPATH, tmp_lptstr); } if(tmp_utf8str) MemFree((void *)tmp_utf8str); /* Set "mailto" handler */ if(RegCreateKeyEx(hKey, TEXT("Protocols\\Mailto"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hSubKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hSubKey, MSWR_SDC_MAIL, path_lptstr); RegCloseKey(hSubKey); } /* Set normal handler */ _sntprintf(tmp_lptstr, tmp_lptstr_tcharlen, TEXT("\"%salpine.exe\""), path_lptstr); MSWRPoke(hKey, TEXT("shell\\open\\command"), NULL, tmp_lptstr); } RegCloseKey(hKey); } /* Register as a news client on this system */ if((exists = RegOpenKeyEx(HKEY_LOCAL_MACHINE, TEXT("SOFTWARE\\Clients\\News\\Alpine"), 0, KEY_ALL_ACCESS, &hKey) == ERROR_SUCCESS) || RegCreateKeyEx(HKEY_LOCAL_MACHINE, TEXT("SOFTWARE\\Clients\\News\\Alpine"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hKey, &dwDisp) == ERROR_SUCCESS){ if(update || !exists){ MSWRPoke(hKey, NULL, NULL, MSWR_APPNAME); /* Set "news" handler */ if(RegCreateKeyEx(hKey, TEXT("Protocols\\news"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hSubKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hSubKey, MSWR_SDC_NEWS, path_lptstr); RegCloseKey(hSubKey); } /* Set "nntp" handler */ if(RegCreateKeyEx(hKey, TEXT("Protocols\\nntp"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hSubKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hSubKey, MSWR_SDC_NNTP, path_lptstr); RegCloseKey(hSubKey); } /* Set normal handler */ _sntprintf(tmp_lptstr, tmp_lptstr_tcharlen, TEXT("\"%salpine.exe\""), path_lptstr); MSWRPoke(hKey, TEXT("shell\\open\\command"), NULL, tmp_lptstr); } RegCloseKey(hKey); } /* Register as a IMAP url handler */ if((exists = RegOpenKeyEx(HKEY_CLASSES_ROOT, TEXT("imap"), 0, KEY_ALL_ACCESS, &hKey) == ERROR_SUCCESS) || RegCreateKeyEx(HKEY_CLASSES_ROOT, TEXT("imap"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hKey, &dwDisp) == ERROR_SUCCESS){ if(update || !exists) MSWRProtocolSet(hKey, MSWR_SDC_IMAP, path_lptstr); RegCloseKey(hKey); } } char * mswin_reg_default_browser(char *url_utf8) { TCHAR scheme[MSWR_KEY_MAX+1], *p; LPTSTR url_lptstr; char cmdbuf[MSWR_DATA_MAX], *cmd = NULL; url_lptstr = utf8_to_lptstr(url_utf8); if(url_lptstr && (p = _tcschr(url_lptstr, ':')) && p - url_lptstr < MSWR_KEY_MAX){ _tcsncpy(scheme, url_lptstr, p - url_lptstr); scheme[p-url_lptstr] = '\0'; if(MSWRShellCanOpen(scheme, cmdbuf, MSWR_DATA_MAX, 0)){ size_t len; len = strlen(cmdbuf) + 2; cmd = (char *) fs_get((len+1) * sizeof(char)); if(cmd){ if(strchr(cmdbuf, '*')) snprintf(cmd, len+1, "\"%s\"", cmdbuf); else{ strncpy(cmd, cmdbuf, len); cmd[len] = '\0'; } } } } MemFree((void *)url_lptstr); return(cmd); } int mswin_is_def_client(int type) { TCHAR buf[MSWR_KEY_MAX+1]; DWORD buflen = MSWR_KEY_MAX; if(type != MSWR_SDC_MAIL && type != MSWR_SDC_NEWS) return -1; if(MSWRPeek(HKEY_CURRENT_USER, type == MSWR_SDC_MAIL ? TEXT("Software\\Clients\\Mail") : TEXT("Software\\Clients\\News"), NULL, buf, &buflen) && !_tcscmp(buf, TEXT("Alpine"))) return 1; buflen = MSWR_KEY_MAX; if(MSWRPeek(HKEY_LOCAL_MACHINE, type == MSWR_SDC_MAIL ? TEXT("Software\\Clients\\Mail") : TEXT("Software\\Clients\\News"), NULL, buf, &buflen) && !_tcscmp(buf, TEXT("Alpine"))) return 1; return 0; } int mswin_set_def_client(int type) { HKEY hKey; int successful_set = 0; TCHAR path_lptstr[MSWR_DATA_MAX]; DWORD dwDisp; if(type != MSWR_SDC_MAIL && type != MSWR_SDC_NEWS) return 1; if(RegOpenKeyEx(HKEY_CURRENT_USER, type == MSWR_SDC_MAIL ? TEXT("Software\\Clients\\Mail") : TEXT("Software\\Clients\\News"), 0, KEY_ALL_ACCESS, &hKey) == ERROR_SUCCESS){ successful_set = MSWRPoke(hKey, NULL, NULL, TEXT("Alpine")); RegCloseKey(hKey); } else if(RegOpenKeyEx(HKEY_LOCAL_MACHINE, type == MSWR_SDC_MAIL ? TEXT("Software\\Clients\\Mail") : TEXT("Software\\Clients\\News"), 0, KEY_ALL_ACCESS, &hKey) == ERROR_SUCCESS){ successful_set = MSWRPoke(hKey, NULL, NULL, TEXT("Alpine")); RegCloseKey(hKey); } if(successful_set){ mswin_reg_lptstr(MSWR_OP_GET, MSWR_PINE_DIR, path_lptstr, sizeof(path_lptstr)/sizeof(TCHAR)); if(type == MSWR_SDC_MAIL){ MSWRClear(HKEY_CLASSES_ROOT, TEXT("mailto")); if(RegCreateKeyEx(HKEY_CLASSES_ROOT, TEXT("mailto"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hKey, MSWR_SDC_MAIL, path_lptstr); RegCloseKey(hKey); } } else if(type == MSWR_SDC_NEWS){ MSWRClear(HKEY_CLASSES_ROOT, TEXT("news")); if(RegCreateKeyEx(HKEY_CLASSES_ROOT, TEXT("news"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hKey, MSWR_SDC_NEWS, path_lptstr); RegCloseKey(hKey); } MSWRClear(HKEY_CLASSES_ROOT, TEXT("nntp")); if(RegCreateKeyEx(HKEY_CLASSES_ROOT, TEXT("nntp"), 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hKey, &dwDisp) == ERROR_SUCCESS){ MSWRProtocolSet(hKey, MSWR_SDC_NNTP, path_lptstr); RegCloseKey(hKey); } } } return 0; } int MSWRProtocolSet(HKEY hKey, int type, LPTSTR path_lptstr) { TCHAR tmp_lptstr[MSWR_DATA_MAX]; BYTE EditFlags[4]; unsigned long tmp_lptstr_len = MSWR_DATA_MAX; if(type != MSWR_SDC_MAIL && type != MSWR_SDC_NEWS && type != MSWR_SDC_NNTP && type != MSWR_SDC_IMAP) return -1; MSWRPoke(hKey, NULL, NULL, type == MSWR_SDC_MAIL ? TEXT("URL:MailTo Protocol") : type == MSWR_SDC_NEWS ? TEXT("URL:News Protocol") : type == MSWR_SDC_NNTP ? TEXT("URL:NNTP Protocol") : TEXT("URL:IMAP Prototcol")); MSWRPoke(hKey, NULL, TEXT("URL Protocol"), TEXT("")); EditFlags[0] = 0x02; EditFlags[1] = EditFlags[2] = EditFlags[3] = 0; (void) RegDeleteValue(hKey, TEXT("EditFlags")); (void) RegSetValueEx(hKey, TEXT("EditFlags"), 0, REG_BINARY, EditFlags, (DWORD) 4); _sntprintf(tmp_lptstr, tmp_lptstr_len, TEXT("%salpine.exe,0"), path_lptstr); MSWRPoke(hKey, TEXT("DefaultIcon"), NULL, tmp_lptstr); _sntprintf(tmp_lptstr, tmp_lptstr_len, TEXT("\"%salpine.exe\" -url \"%%1\""), path_lptstr); MSWRPoke(hKey, TEXT("shell\\open\\command"), NULL, tmp_lptstr); return 0; } /* cmdbuf can stay char * since it's our string */ BOOL MSWRShellCanOpen(LPTSTR key, char *cmdbuf, int clen, int allow_noreg) { HKEY hKey; BOOL rv = FALSE; /* See if Shell provides a method to open the thing... */ if(RegOpenKeyEx(HKEY_CLASSES_ROOT, key, 0, KEY_READ, &hKey) == ERROR_SUCCESS){ if(cmdbuf){ strncpy(cmdbuf, "*Shell*", clen); cmdbuf[clen-1] = '\0'; } rv = TRUE; RegCloseKey(hKey); } else if(allow_noreg && cmdbuf){ strncpy(cmdbuf, "*Shell*", clen); cmdbuf[clen-1] = '\0'; rv = TRUE; } return(rv); } /* * Fundamental registry access function that queries for particular values. */ LOCAL BOOL MSWRPeek(HKEY hRootKey, LPTSTR subkey, LPTSTR valstr, LPTSTR data_lptstr, DWORD *dlen) { HKEY hKey; DWORD dtype, dlen_bytes = (dlen ? *dlen : 0) * sizeof(TCHAR); LONG rv = !ERROR_SUCCESS; if(RegOpenKeyEx(hRootKey, subkey, 0, KEY_READ, &hKey) == ERROR_SUCCESS){ rv = RegQueryValueEx(hKey, valstr, NULL, &dtype, (LPBYTE)data_lptstr, &dlen_bytes); if(dlen) (*dlen) = dlen_bytes; RegCloseKey(hKey); } return(rv == ERROR_SUCCESS); } /* * Fundamental registry access function that sets particular values. */ LOCAL BOOL MSWRPoke(HKEY hKey, LPTSTR subkey, LPTSTR valstr, LPTSTR data_lptstr) { DWORD dtype, dwDisp, dlen = MSWR_DATA_MAX; BYTE olddata[MSWR_DATA_MAX]; BOOL rv = FALSE; if(!subkey || RegCreateKeyEx(hKey, subkey, 0, TEXT("REG_SZ"), REG_OPTION_NON_VOLATILE, KEY_ALL_ACCESS, NULL, &hKey, &dwDisp) == ERROR_SUCCESS){ if(RegQueryValueEx(hKey, valstr, NULL, &dtype, olddata, &dlen) != ERROR_SUCCESS || _tcscmp((LPTSTR)olddata, data_lptstr)){ (void) RegDeleteValue(hKey, valstr); rv = RegSetValueEx(hKey, valstr, 0, REG_SZ, (LPBYTE)data_lptstr, (DWORD)(_tcslen(data_lptstr) + 1)*sizeof(TCHAR)) == ERROR_SUCCESS; } if(subkey) RegCloseKey(hKey); } return(rv); } LOCAL void MSWRLineBufAdd(MSWR_LINE_BUFFER_S *lpLineBuf, LPTSTR line) { if(lpLineBuf->offset >= lpLineBuf->size){ /* this probably won't happen, but just in case */ lpLineBuf->size *= 2; lpLineBuf->linep = (char **)MemRealloc(lpLineBuf->linep, (lpLineBuf->size + 1)*sizeof(char *)); } lpLineBuf->linep[lpLineBuf->offset++] = lptstr_to_utf8(line); lpLineBuf->linep[lpLineBuf->offset] = NULL; } /* * Dump all of the registry values from a list of keys into an array * of UTF8-formatted strings. */ char ** mswin_reg_dump(void) { MSWR_LINE_BUFFER_S lineBuf; unsigned long initial_size = 256; int i, j; lineBuf.linep = (char **)MemAlloc((initial_size+1)*sizeof(char *)); lineBuf.size = initial_size; lineBuf.offset = 0; MSWRLineBufAdd(&lineBuf, TEXT("Registry values for Alpine:")); MSWRLineBufAdd(&lineBuf, TEXT("")); for(i = 0; mswin_pine_regs[i].rhk; i++){ MSWRLineBufAdd(&lineBuf, mswin_pine_regs[i].rhk == HKEY_LOCAL_MACHINE ? TEXT("HKEY_LOCAL_MACHINE") : TEXT("HKEY_CURRENT_USER")); for(j = 0; mswin_pine_regs[i].knames[j]; j++) MSWRDump(mswin_pine_regs[i].rhk, mswin_pine_regs[i].knames[j], 1, &lineBuf); } return(lineBuf.linep); } /* * Recursive function to crawl a registry hierarchy and print the contents. * * Returns: 0 */ LOCAL int MSWRDump(HKEY hKey, LPTSTR pSubKey, int keyDepth, MSWR_LINE_BUFFER_S *lpLineBuf) { HKEY hSubKey; TCHAR KeyBuf[MSWR_KEY_MAX+1]; TCHAR ValBuf[MSWR_VAL_MAX+1]; BYTE DataBuf[MSWR_DATA_MAX+1]; DWORD dwKeyIndex, dwKeyLen; DWORD dwValIndex, dwValLen, dwDataLen; DWORD dwType; FILETIME ftKeyTime; TCHAR new_buf[1024]; unsigned int new_buf_len = 1024; int i, j, k, tab_width = 4; /* open the passed subkey */ if(RegOpenKeyEx(hKey, pSubKey, 0, KEY_READ, &hSubKey) == ERROR_SUCCESS){ /* print out key name here */ for(i = 0, k = 0; i < keyDepth % 8; i++) for(j = 0; j < tab_width; j++) new_buf[k++] = ' '; _sntprintf(new_buf+k, new_buf_len - k, TEXT("%s"), pSubKey); new_buf[new_buf_len - 1] = '\0'; MSWRLineBufAdd(lpLineBuf, new_buf); keyDepth++; /* Loop through the string values and print their data */ for(dwValIndex = 0L, dwValLen = MSWR_VAL_MAX + 1, dwDataLen = MSWR_DATA_MAX + 1; RegEnumValue(hSubKey, dwValIndex, ValBuf, &dwValLen, NULL, &dwType, DataBuf, &dwDataLen) == ERROR_SUCCESS; dwValIndex++, dwValLen = MSWR_VAL_MAX + 1, dwDataLen = MSWR_DATA_MAX + 1){ /* print out value here */ for(i = 0, k = 0; i < keyDepth % 8; i++) for(j = 0; j < tab_width; j++) new_buf[k++] = ' '; _sntprintf(new_buf+k, new_buf_len - k, TEXT("%.*s = %.*s"), dwValLen ? dwValLen : 128, dwValLen ? ValBuf : TEXT("(Default)"), dwType == REG_SZ && dwDataLen ? dwDataLen/sizeof(TCHAR) : 128, (dwType == REG_SZ ? (dwDataLen ? (LPTSTR)DataBuf : TEXT("(No data)")) : TEXT("(Some non-string data)"))); new_buf[new_buf_len - 1] = '\0'; MSWRLineBufAdd(lpLineBuf, new_buf); } /* Loop through the subkeys and recursively print their data */ for(dwKeyIndex = 0L, dwKeyLen = MSWR_KEY_MAX + 1; RegEnumKeyEx(hSubKey, dwKeyIndex, KeyBuf, &dwKeyLen, NULL, NULL, NULL, &ftKeyTime) == ERROR_SUCCESS; dwKeyIndex++, dwKeyLen = MSWR_KEY_MAX + 1){ MSWRDump(hSubKey, KeyBuf, keyDepth, lpLineBuf); } } else { /* Couldn't open the key. Must not be defined. */ for(i = 0, k = 0; i < keyDepth % 8; i++) for(j = 0; j < tab_width; j++) new_buf[k++] = ' '; _sntprintf(new_buf+k, new_buf_len - k, TEXT("%s - Not Defined"), pSubKey); new_buf[new_buf_len - 1] = '\0'; MSWRLineBufAdd(lpLineBuf, new_buf); } return 0; } /* * Fundamental registry access function that removes a registry key * and all its subkeys, their values and data */ LOCAL int MSWRClear(HKEY hKey, LPTSTR pSubKey) { HKEY hSubKey; TCHAR KeyBuf[MSWR_KEY_MAX+1]; DWORD dwKeyIndex, dwKeyLen; FILETIME ftKeyTime; int rv = 0; if(RegOpenKeyEx(hKey, pSubKey, 0, KEY_READ, &hSubKey) == ERROR_SUCCESS){ RegCloseKey(hSubKey); if(RegOpenKeyEx(hKey, pSubKey, 0, KEY_ALL_ACCESS, &hSubKey) == ERROR_SUCCESS){ for(dwKeyIndex = 0L, dwKeyLen = MSWR_KEY_MAX + 1; RegEnumKeyEx(hSubKey, dwKeyIndex, KeyBuf, &dwKeyLen, NULL, NULL, NULL, &ftKeyTime) == ERROR_SUCCESS; dwKeyLen = MSWR_KEY_MAX + 1) if(MSWRClear(hSubKey, KeyBuf)!= 0){ rv = -1; dwKeyIndex++; } RegCloseKey(hSubKey); if(RegDeleteKey(hKey, pSubKey) != ERROR_SUCCESS || rv) return -1; return 0; } return -1; } return 0; } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Text display Windows. * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ /* * Show a help message. * Help text comes as a null terminated array of pointers to lines of * text. Stuff these into a buffer and pass that to MessageBox. */ void mswin_showhelpmsg(WINHAND wnd, char **helplines) { char **l; char *helptext_utf8, *p; size_t buflen; HWND hWnd; LPTSTR helptext_lpt; hWnd = (HWND) wnd; if(hWnd == NULL) hWnd = ghTTYWnd; buflen = 0; for(l = helplines; *l != NULL; ++l) buflen += (strlen(*l)+1); helptext_utf8 = (char *) fs_get((buflen + 1) * sizeof(char)); if(helptext_utf8 == NULL) return; *helptext_utf8 = '\0'; p = helptext_utf8; for(l = helplines; *l != NULL; ++l){ snprintf(p, buflen+1-(p-helptext_utf8), "%s%s", (p == helptext_utf8) ? "" : " ", *l); p += strlen(p); } helptext_lpt = utf8_to_lptstr(helptext_utf8); MessageBox(hWnd, helptext_lpt, TEXT("Help"), MB_APPLMODAL | MB_ICONINFORMATION | MB_OK); fs_give((void **) &helptext_utf8); fs_give((void **) &helptext_lpt); } /* * Callback for when new mail or imap telem window gets canned. */ LOCAL void mswin_tw_close_imap_telem_or_new_mail(MSWIN_TEXTWINDOW *mswin_tw) { HMENU hMenu; if((mswin_tw->id == IDM_OPT_IMAPTELEM) && gIMAPDebugOFFCallback) (*gIMAPDebugOFFCallback)(); if(hMenu = GetMenu(ghTTYWnd)) CheckMenuItem (hMenu, mswin_tw->id, MF_BYCOMMAND | MF_UNCHECKED); } /* * Callback for when new mail or imap telem window gets cleared. */ LOCAL void mswin_tw_clear_imap_telem_or_new_mail(MSWIN_TEXTWINDOW *mswin_tw) { char *tmtxt; time_t now = time((time_t *)0); LPCTSTR desc = (mswin_tw->id == IDM_OPT_IMAPTELEM) ? TEXT("IMAP telemetry recorder") : TEXT("New Mail window"); tmtxt = ctime(&now); mswin_tw_printf(mswin_tw, TEXT("%s started at %.*S"), desc, MIN(100, strlen(tmtxt)-1), tmtxt); if(mswin_tw->id == IDM_OPT_NEWMAILWIN) { int i; int fromlen, subjlen, foldlen, len; TCHAR ring2[256]; foldlen = (int)(.18 * gNMW_width); foldlen = foldlen > 5 ? foldlen : 5; fromlen = (int)(.28 * gNMW_width); subjlen = gNMW_width - 2 - foldlen - fromlen; mswin_tw_printf(mswin_tw, TEXT(" %-*s%-*s%-*s"), fromlen, TEXT("From:"), subjlen, TEXT("Subject:"), foldlen, TEXT("Folder:")); len = 2 + fromlen + subjlen + foldlen; if(len >= ARRAYSIZE(ring2) + 1) len = ARRAYSIZE(ring2) - 2; for(i = 0; i < len; i++) ring2[i] = '-'; ring2[i] = '\0'; mswin_tw_puts_lptstr(mswin_tw, ring2); } } /* * Init new mail or imap telem window */ LOCAL int mswin_tw_init(MSWIN_TEXTWINDOW *mswin_tw, int id, LPCTSTR title) { if(mswin_tw->hwnd){ /* destroy it */ mswin_tw_close(mswin_tw); } else{ HMENU hMenu; mswin_tw->id = id; mswin_tw->hInstance = ghInstance; mswin_tw->print_callback = mswin_tw_print_callback; mswin_tw->close_callback = mswin_tw_close_imap_telem_or_new_mail; mswin_tw->clear_callback = mswin_tw_clear_imap_telem_or_new_mail; // If the rcSize rect is empty, then init it to something resembling // the size of the current Pine window. Otherwise we just re-use // whatever the last position/size was. if(IsRectEmpty(&mswin_tw->rcSize)) { RECT cliRect; RECT sizeRect; GetClientRect(ghTTYWnd, &cliRect); sizeRect.left = CW_USEDEFAULT; sizeRect.top = CW_USEDEFAULT; sizeRect.right = cliRect.right; sizeRect.bottom = cliRect.bottom; mswin_tw->rcSize = sizeRect; } if(!mswin_tw_create(mswin_tw, title)) return 1; mswin_tw_setfont(mswin_tw, gpTTYInfo->hTTYFont); mswin_tw_setcolor(mswin_tw, gpTTYInfo->rgbFGColor, gpTTYInfo->rgbBGColor); mswin_tw_clear(mswin_tw); if(id == IDM_OPT_IMAPTELEM) { if(gIMAPDebugONCallback) (*gIMAPDebugONCallback)(); mswin_tw_showwindow(mswin_tw, SW_SHOWNA); } else if(id == IDM_OPT_NEWMAILWIN){ mswin_tw_showwindow(mswin_tw, SW_SHOW); } if(hMenu = GetMenu(ghTTYWnd)) CheckMenuItem (hMenu, mswin_tw->id, MF_BYCOMMAND | MF_CHECKED); } return(0); } /* * Display text in a window. * * Parameters: * title - Title of window. * pText - address of text to display. * textLen - Length of text, in bytes. Limited to 64K. * pLines - Array of pointers to lines of text. Each * line is a sepreate allocation block. The * entry in the array of pointers should be a * NULL. * * The text can be supplied as a buffer (pText and textLen) in which * lines are terminated by CRLF (including the last line in buffer). * This buffer should be NULL terminated, too. * Or it can be supplied as a NULL terminated array of pointers to * lines. Each entry points to a separately allocated memory block * containing a null terminated string. * * If the function succeeds the memory containing the text will be * used until the user closes the window, at which point it will be * freed. * * Returns: * mswin_tw - SUCCESS * NULL - Failed. */ MSWIN_TEXTWINDOW * mswin_displaytext(char *title_utf8, char *pText_utf8, size_t npText, char **pLines_utf8, MSWIN_TEXTWINDOW *mswin_tw, int flags) { LPTSTR title_lpt = NULL, pText_lpt = NULL, *pLines_lpt = NULL; char **l; size_t pText_lpt_len = 0; int i, count = 0; if(pLines_utf8 != NULL){ for(count=0, l = pLines_utf8; *l != NULL; ++l) ++count; pLines_lpt = (LPTSTR *) fs_get((count + 1) * sizeof(LPTSTR)); memset(pLines_lpt, 0, (count + 1) * sizeof(LPTSTR)); for(i=0, l = pLines_utf8; *l != NULL && i < count; ++l, ++i) pLines_lpt[i] = utf8_to_lptstr(*l); /*caller expects this to be freed */ if(!(flags & MSWIN_DT_NODELETE)){ for(l = pLines_utf8; *l != NULL; ++l) fs_give((void **) l); fs_give((void **) &pLines_utf8); } } if(pText_utf8 != NULL && npText > 0){ pText_lpt = utf8_to_lptstr(pText_utf8); pText_lpt_len = lstrlen(pText_lpt); /*caller expects this to be freed */ if(!(flags & MSWIN_DT_NODELETE)) fs_give((void **) &pText_utf8); } if(title_utf8 != NULL) title_lpt = utf8_to_lptstr(title_utf8); mswin_tw = mswin_tw_displaytext_lptstr(title_lpt, pText_lpt, pText_lpt_len, pLines_lpt, mswin_tw, flags); if(pLines_lpt != NULL){ for(i=0; i < count; ++i) if(pLines_lpt[i]) fs_give((void **) &pLines_lpt[i]); fs_give((void **) &pLines_lpt); } if(pText_lpt != NULL) fs_give((void **) &pText_lpt); if(title_lpt != NULL) fs_give((void **) &title_lpt); return(mswin_tw); } /* * Callback for when a generic mswin_tw gets killed. */ LOCAL void mswin_tw_close_callback(MSWIN_TEXTWINDOW *mswin_tw) { if(mswin_tw->id != -1) MemFree(mswin_tw); } /* * Create a new mswin_tw window. If the MSWIN_DT_USEALTWINDOW flag is set, * then (re)use gMswinAltWin. */ LOCAL MSWIN_TEXTWINDOW * mswin_tw_displaytext_lptstr (LPTSTR title, LPTSTR pText, size_t textLen, LPTSTR *pLines, MSWIN_TEXTWINDOW *mswin_tw, int flags) { if (pText == NULL && pLines == NULL) return (NULL); /* Was a valid existing window supplied? */ if(!mswin_tw) { int ctrl_down = GetKeyState(VK_CONTROL) < 0; if((flags & MSWIN_DT_USEALTWINDOW) && !ctrl_down) { mswin_tw = &gMswinAltWin; mswin_tw->id = (UINT)-1; // Tell mswin_tw_close_callback not // to free this buffer. } else { mswin_tw = (MSWIN_TEXTWINDOW *)MemAlloc (sizeof (MSWIN_TEXTWINDOW)); if(!mswin_tw) return NULL; memset(mswin_tw, 0, sizeof(MSWIN_TEXTWINDOW)); mswin_tw->id = 0; } mswin_tw->hInstance = ghInstance; mswin_tw->print_callback = mswin_tw_print_callback; mswin_tw->close_callback = mswin_tw_close_callback; mswin_tw->clear_callback = NULL; } /* Create a new window. */ if (!mswin_tw->hwnd) { if(IsRectEmpty(&mswin_tw->rcSize)) { RECT sizeRect; RECT cliRect; GetClientRect(ghTTYWnd, &cliRect); sizeRect.left = CW_USEDEFAULT; sizeRect.top = CW_USEDEFAULT; sizeRect.right = cliRect.right; sizeRect.bottom = cliRect.bottom; mswin_tw->rcSize = sizeRect; } if(!mswin_tw_create(mswin_tw, title)) { MemFree (mswin_tw); return (NULL); } mswin_tw_setfont(mswin_tw, gpTTYInfo->hTTYFont); mswin_tw_setcolor(mswin_tw, gpTTYInfo->rgbFGColor, gpTTYInfo->rgbBGColor); } else { /* Invalidate whole window, change title, and move to top. */ SetWindowText (mswin_tw->hwnd, title); SetWindowPos (mswin_tw->hwnd, HWND_TOP, 0, 0, 0, 0, SWP_NOMOVE | SWP_NOSIZE); } mswin_tw_clear(mswin_tw); /* * How was text supplied? */ if (pLines != NULL) { LPTSTR *l; /* Array of pointers to lines supplied. Count lines. */ for (l = pLines; *l != NULL; ++l){ mswin_tw_puts_lptstr(mswin_tw, *l); } } else { #ifdef ALTED_DOT if(flags & MSWIN_DT_FILLFROMFILE) mswin_tw_fill_from_file(mswin_tw, pText); else #endif /* ALTED_DOT */ /* Pointer to block of text supplied. */ mswin_tw_puts_lptstr(mswin_tw, pText); } mswin_tw_setsel(mswin_tw, 0, 0); mswin_tw_showwindow(mswin_tw, SW_SHOW); return mswin_tw; } void mswin_enableimaptelemetry(int state) { HMENU hMenu; MENUITEMINFO mitem; TCHAR buf[256]; int i; hMenu = GetMenu (ghTTYWnd); if (hMenu == NULL) return; /* * Make sure hMenu's the right menubar */ mitem.cbSize = sizeof(MENUITEMINFO); mitem.fMask = (MIIM_SUBMENU | MIIM_TYPE); mitem.fType = MFT_STRING; mitem.dwTypeData = buf; mitem.cch = 255; if(GetMenuItemCount(hMenu) == 7 && GetMenuItemInfo(hMenu, 5, TRUE, &mitem)){ if(mitem.fType == MFT_STRING && !_tcscmp(mitem.dwTypeData, TEXT("&Config"))) hMenu = mitem.hSubMenu; else return; } else return; i = GetMenuItemCount(hMenu); if(state == TRUE && i < 10){ mitem.fMask = MIIM_TYPE; mitem.fType = MFT_SEPARATOR; InsertMenuItem (hMenu, 8, TRUE, &mitem); mitem.fMask = (MIIM_TYPE | MIIM_ID); mitem.fType = MFT_STRING; mitem.wID = IDM_OPT_IMAPTELEM; mitem.dwTypeData = TEXT("&IMAP Telemetry"); mitem.cch = 15; InsertMenuItem (hMenu, 9, TRUE, &mitem); DrawMenuBar (ghTTYWnd); } else if(state == FALSE && i == 10){ DeleteMenu (hMenu, 8, MF_BYPOSITION); DeleteMenu (hMenu, IDM_OPT_IMAPTELEM, MF_BYCOMMAND); DrawMenuBar (ghTTYWnd); } } int mswin_imaptelemetry(char *msg) { if(gMswinIMAPTelem.hwnd){ LPTSTR msg_lptstr; msg_lptstr = utf8_to_lptstr(msg); mswin_tw_puts_lptstr(&gMswinIMAPTelem, msg_lptstr); fs_give((void **) &msg_lptstr); return(1); } return(0); } /* * The newmail window has a format proportional to screen width. * At this point, we've figured out the sizes of the fields, now * we fill that field to it's desired column size. This used to * be a lot eaier when it was one char per column, but in the * unicode world it's not that easy. This code does make the * assumption that ASCII characters are 1 column. */ LPTSTR format_newmail_string(LPTSTR orig_lptstr, int format_len) { LPTSTR new_lptstr; int i, colLen; new_lptstr = (LPTSTR)MemAlloc((format_len+1)*sizeof(TCHAR)); /* * Fill up string till we reach the format_len, we can backtrack * if we need ellipsis. */ for(i = 0, colLen = 0; i < format_len && colLen < format_len && orig_lptstr && orig_lptstr[i]; i++){ new_lptstr[i] = orig_lptstr[i]; colLen += wcellwidth(new_lptstr[i]); } if(colLen > format_len || (colLen == format_len && orig_lptstr[i])){ /* * If we hit the edge of the format and there's still stuff * to write, go back and add ".." */ i--; if(wcellwidth(new_lptstr[i]) > 1){ colLen -= wcellwidth(new_lptstr[i]); } else{ colLen -= wcellwidth(new_lptstr[i]); i--; colLen -= wcellwidth(new_lptstr[i]); } while(colLen < format_len && i < format_len){ new_lptstr[i++] = '.'; colLen++; } } else{ /* * If we've hit the end of the string, add spaces until * we get to the correct length. */ for(; colLen < format_len && i < format_len; i++, colLen++){ new_lptstr[i] = ' '; } } if(i <= format_len) new_lptstr[i] = '\0'; else new_lptstr[format_len] = '\0'; return(new_lptstr); } /* * We're passed the relevant fields, now format them according to window with * and put up for display */ int mswin_newmailwin(int is_us, char *from_utf8, char *subject_utf8, char *folder_utf8) { TCHAR tcbuf[256]; int foldlen, fromlen, subjlen; LPTSTR from_lptstr = NULL, subject_lptstr = NULL, folder_lptstr = NULL; LPTSTR from_format, subject_format, folder_format; if(!gMswinNewMailWin.hwnd) return 0; if(from_utf8) from_lptstr = utf8_to_lptstr(from_utf8); if(subject_utf8) subject_lptstr = utf8_to_lptstr(subject_utf8); if(folder_utf8) folder_lptstr = utf8_to_lptstr(folder_utf8); foldlen = (int)(.18 * gNMW_width); foldlen = foldlen > 5 ? foldlen : 5; fromlen = (int)(.28 * gNMW_width); subjlen = gNMW_width - 2 - foldlen - fromlen; from_format = format_newmail_string(from_lptstr ? from_lptstr : TEXT(""), fromlen - 1); subject_format = format_newmail_string(subject_lptstr ? subject_lptstr : TEXT("(no subject)"), subjlen - 1); folder_format = format_newmail_string(folder_lptstr ? folder_lptstr : TEXT("INBOX"), foldlen); _sntprintf(tcbuf, 256, TEXT("%c %s %s %s"), is_us ? '+' : ' ', from_format, subject_format, folder_format); if(from_lptstr) fs_give((void **) &from_lptstr); if(subject_lptstr) fs_give((void **) &subject_lptstr); if(folder_lptstr) fs_give((void **) &folder_lptstr); MemFree((void *)from_format); MemFree((void *)subject_format); MemFree((void *)folder_format); mswin_tw_puts_lptstr(&gMswinNewMailWin, tcbuf); return 1; } /* * Mouse up, end selection */ LOCAL void mswin_tw_print_callback(MSWIN_TEXTWINDOW *mswin_tw) { LPTSTR text; UINT text_len; int rc; #define DESC_LEN 180 TCHAR description[DESC_LEN+1]; GetWindowText(mswin_tw->hwnd, description, DESC_LEN); rc = mswin_print_ready((WINHAND)mswin_tw->hwnd, description); if (rc != 0) { if (rc != PE_USER_CANCEL) { LPTSTR e; e = utf8_to_lptstr(mswin_print_error(rc)); if(e){ _sntprintf(description, DESC_LEN+1, TEXT("Printing failed: %s"), e); fs_give((void **) &e); } MessageBox(mswin_tw->hwnd, description, TEXT("Print Failed"), MB_OK | MB_ICONEXCLAMATION); } return; } text_len = mswin_tw_gettextlength(mswin_tw); text = (LPTSTR) fs_get(text_len * sizeof(TCHAR)); mswin_tw_gettext(mswin_tw, text, text_len); mswin_print_text(text); fs_give((void **)&text); mswin_print_done(); } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Character Queue * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ typedef struct { BOOL fKeyControlDown; UCS c; /* Bigger than TCHAR for CTRL and MENU setting */ } CQEntry; LOCAL CQEntry CQBuffer [CHARACTER_QUEUE_LENGTH]; LOCAL int CQHead; LOCAL int CQTail; LOCAL int CQCount; /*--------------------------------------------------------------------------- * BOOL CQInit () * * Description: * Initialize the Character queue. * * Parameters: * * /*--------------------------------------------------------------------------*/ LOCAL void CQInit (void) { CQHead = 0; CQTail = 0; CQCount = 0; } /*--------------------------------------------------------------------------- * BOOL CQAvailable (void) * * Description: * Return TRUE if there are characters in the queue. * * Parameters: * * /*--------------------------------------------------------------------------*/ LOCAL BOOL CQAvailable (void) { return (CQCount > 0); } /*--------------------------------------------------------------------------- * BOOL CQAdd (WORD c, DWORC keyData) * * Description: * Add 'c' to the end of the character queue. * * Parameters: * return true if successful. * /*--------------------------------------------------------------------------*/ LOCAL BOOL CQAdd (UCS c, BOOL fKeyControlDown) { if (CQCount == CHARACTER_QUEUE_LENGTH) return (FALSE); CQBuffer[CQTail].fKeyControlDown = fKeyControlDown; CQBuffer[CQTail].c = c; CQTail = (CQTail + 1) % CHARACTER_QUEUE_LENGTH; ++CQCount; return (TRUE); } /*--------------------------------------------------------------------------- * BOOL CQAddUniq (WORD c, DWORC keyData) * * Description: * Add 'c' to the end of the character queue, only if * there is no other 'c' in the queue * * Parameters: * return true if successful. * /*--------------------------------------------------------------------------*/ LOCAL BOOL CQAddUniq (UCS c, BOOL fKeyControlDown) { int i; int pos; if (CQCount == CHARACTER_QUEUE_LENGTH) return (FALSE); pos = CQHead; for (i = 0; i < CQCount; ++i) { if (CQBuffer[pos].c == c) return (FALSE); pos = (pos + 1) % CHARACTER_QUEUE_LENGTH; } return (CQAdd (c, fKeyControlDown)); } /*--------------------------------------------------------------------------- * int CQGet () * * Description: * Return the next byte from the head of the queue. If there is * no byte available, returns 0, which is indistinquishable from * '\0'. So it is a good idea to call CQAvailable first. * * Parameters: * none. * /*--------------------------------------------------------------------------*/ LOCAL UCS CQGet () { UCS c; if (CQCount == 0) return (0); c = CQBuffer[CQHead].c; if(CQBuffer[CQHead].fKeyControlDown) c |= CTRL; if(c < ' ') { c += '@'; c |= CTRL; } CQHead = (CQHead + 1) % CHARACTER_QUEUE_LENGTH; --CQCount; return (c); } /*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ * * Mouse Event Queue * *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/ LOCAL MEvent MQBuffer [MOUSE_QUEUE_LENGTH]; LOCAL int MQHead; LOCAL int MQTail; LOCAL int MQCount; /*--------------------------------------------------------------------------- * BOOL MQInit () * * Description: * Initialize the Character queue. * * Parameters: * * /*--------------------------------------------------------------------------*/ LOCAL void MQInit (void) { MQHead = 0; MQTail = 0; MQCount = 0; } /*--------------------------------------------------------------------------- * BOOL MQAvailable (void) * * Description: * Return TRUE if there are characters in the queue. * * Parameters: * * /*--------------------------------------------------------------------------*/ LOCAL BOOL MQAvailable (void) { return (MQCount > 0); } /*--------------------------------------------------------------------------- * BOOL MQAdd () * * Description: * Add 'c' to the end of the character queue. * * Parameters: * return true if successful. * /*--------------------------------------------------------------------------*/ LOCAL BOOL MQAdd (int mevent, int button, int nRow, int nColumn, int keys, int flags) { int c; int i = 0; BOOL found = FALSE; /* * Find a queue insertion point. */ if (flags & MSWIN_MF_REPLACING) { /* Search for same event on queue. */ for ( i = MQHead, c = MQCount; c > 0; i = (i + 1) % MOUSE_QUEUE_LENGTH, --c) { if (MQBuffer[i].event == mevent) { found = TRUE; break; } } } if (!found) { if (MQCount == MOUSE_QUEUE_LENGTH) return (FALSE); i = MQTail; MQTail = (MQTail + 1) % MOUSE_QUEUE_LENGTH; ++MQCount; } /* * Record data. */ MQBuffer[i].event = mevent; MQBuffer[i].button = button; MQBuffer[i].nRow = nRow; MQBuffer[i].nColumn = nColumn; MQBuffer[i].keys = keys; MQBuffer[i].flags = flags; /* * Keep record of last mouse position. */ gMTEvent = MQBuffer[i]; return (TRUE); } /*--------------------------------------------------------------------------- * BOOL MQGet () * * Description: * Return the next byte from the head of the queue. If there is * no byte available, returns 0, which is indistinquishable from * '\0'. So it is a good idea to call MQAvailable first. * * Parameters: * none. * /*--------------------------------------------------------------------------*/ LOCAL BOOL MQGet (MEvent * pMouse) { if (MQCount == 0) return (FALSE); *pMouse = MQBuffer[MQHead]; MQHead = (MQHead + 1) % MOUSE_QUEUE_LENGTH; --MQCount; return (TRUE); } DWORD ExplainSystemErr() { DWORD status; void *lpMsgBuf = NULL; status = GetLastError(); FormatMessage( FORMAT_MESSAGE_ALLOCATE_BUFFER | FORMAT_MESSAGE_FROM_SYSTEM, NULL, status, MAKELANGID(LANG_NEUTRAL,SUBLANG_DEFAULT), (LPTSTR) &lpMsgBuf, 0, NULL); if(lpMsgBuf){ char *msg; msg = lptstr_to_utf8(lpMsgBuf); if(msg){ mswin_messagebox(msg, 1); fs_give((void **) &msg); } LocalFree(lpMsgBuf); } return(status); } /* * Called by mswin to scroll text in window in response to the scrollbar. * * Args: cmd - what type of scroll operation. * scroll_pos - parameter for operation. * used as position for SCROLL_TO operation. * * Returns: TRUE - did the scroll operation. * FALSE - was not able to do the scroll operation. */ int pico_scroll_callback (int cmd, long scroll_pos) { switch (cmd) { case MSWIN_KEY_SCROLLUPLINE: scrollupline (0, 1); break; case MSWIN_KEY_SCROLLDOWNLINE: scrolldownline (0, 1); break; case MSWIN_KEY_SCROLLUPPAGE: backpage (0, 1); break; case MSWIN_KEY_SCROLLDOWNPAGE: forwpage (0, 1); break; case MSWIN_KEY_SCROLLTO: scrollto (0, 0); break; } update (); return (TRUE); } /* * sleep the given number of seconds */ int sleep(int t) { time_t out = (time_t)t + time((long *) 0); while(out > time((long *) 0)) ; return(0); } int tcsucmp(LPTSTR o, LPTSTR r) { return(o ? (r ? _tcsicmp(o, r) : 1) : (r ? -1 : 0)); } int tcsruncmp(LPTSTR o, LPTSTR r, int n) { return(o ? (r ? _tcsnicmp(o, r, n) : 1) : (r ? -1 : 0)); } int strucmp(char *o, char *r) { return(o ? (r ? stricmp(o, r) : 1) : (r ? -1 : 0)); } int struncmp(char *o, char *r, int n) { return(o ? (r ? strnicmp(o, r, n) : 1) : (r ? -1 : 0)); } /* * Returns screen width of len characters of lpText. * The width is in character cells. That is, an ascii "A" has * width 1 but a CJK character probably has width 2. */ unsigned scrwidth(LPTSTR lpText, int len) { UCS ubuf[1000]; unsigned w; int i, thislen, offset; offset = w = 0; while(len > 0){ thislen = MIN(len, 1000); for(i = 0; i < thislen; i++) ubuf[i] = lpText[offset+i]; w += ucs4_str_width_ptr_to_ptr(&ubuf[0], &ubuf[thislen]); offset += thislen; len -= thislen; } return w; } /* * Returns the index into pScreen given the row,col location * on the screen, taking into account characters with widths * other than 1 cell. */ long pscreen_offset_from_cord(int row, int col, PTTYINFO pTTYInfo) { int offset_due_to_row, offset_due_to_col, width; /* * Each row starts at a specific offset into pScreen. */ offset_due_to_row = row * pTTYInfo->actNColumn; /* * Start with col (all chars single width) and go from there. * We need to find the offset that makes the string col wide. * Hopefully we won't ever get a rectangle that causes us to * draw half characters, but in case we do we need to err on the * side of too much width instead of not enough. It's a little * tricky because we want to include following zero-width * characters. * fewer characters it would be <= desired width, one more would * be greater than desired width, this one is >= desired width. */ /* first go to some offset where width is > col */ offset_due_to_col = col; width = scrwidth(pTTYInfo->pScreen+offset_due_to_row, offset_due_to_col); while(width <= col && offset_due_to_col < pTTYInfo->actNColumn-1){ offset_due_to_col++; width = scrwidth(pTTYInfo->pScreen+offset_due_to_row, offset_due_to_col); } /* Now back up until width is no longer > col */ while(width > col){ offset_due_to_col--; width = scrwidth(pTTYInfo->pScreen+offset_due_to_row, offset_due_to_col); } /* But, if we're now less than col, go forward one again. */ if(width < col && offset_due_to_col < pTTYInfo->actNColumn-1) offset_due_to_col++; return(offset_due_to_row + offset_due_to_col); } /* * Returns: * 1 if store pass prompt is set in the registry to on * 0 if set to off * -1 if not set to anything */ int mswin_store_pass_prompt(void) { /* * We shouldn't need to prompt anymore, but always return 1 * just in case */ return(1); }