Changed all user-visible strings from colour to color.

Also, the Windows viewer now accepts arguments with both spellings.


git-svn-id: svn://svn.code.sf.net/p/tigervnc/code/trunk@69 3789f03b-4d11-0410-bbf8-ca57d06f2519

rfb/PixelFormat.cxx

   }
 
   if (!trueColour) {
-    strncat(str, " colour-map", len-1-strlen(str));
+    strncat(str, " color-map", len-1-strlen(str));
     return;
   }
 

rfb/TransImageGetter.cxx

 
   if (!outPF.trueColour) {
     if (outPF.bpp != 8)
-      throw Exception("TransImageGetter: outPF has colour map but not 8bpp");
+      throw Exception("TransImageGetter: outPF has color map but not 8bpp");
 
     if (!inPF.trueColour) {
       if (inPF.bpp != 8)
-        throw Exception("TransImageGetter: inPF has colourMap but not 8bpp");
+        throw Exception("TransImageGetter: inPF has colorMap but not 8bpp");
 
       // CM to CM/Cube
 
     // CM to TC
 
     if (inPF.bpp != 8)
-      throw Exception("TransImageGetter: inPF has colourMap but not 8bpp");
+      throw Exception("TransImageGetter: inPF has colorMap but not 8bpp");
     transFn = transSimpleFns[inPF.bpp/16][outPF.bpp/16];
     (*initSimpleCMtoTCFns[outPF.bpp/16]) (&table, inPF, pb->getColourMap(),
                                           outPF);

rfb_win32/DIBSectionBuffer.cxx

   format = pf;
   recreateBuffer();
   if ((pf.bpp <= 8) && pf.trueColour) {
-    vlog.debug("creating %d-bit TrueColour palette", pf.depth);
+    vlog.debug("creating %d-bit TrueColor palette", pf.depth);
     for (int i=0; i < (1<<(pf.depth)); i++) {
       palette[i].b = ((((i >> pf.blueShift) & pf.blueMax) * 65535) + pf.blueMax/2) / pf.blueMax;
       palette[i].g = ((((i >> pf.greenShift) & pf.greenMax) * 65535) + pf.greenMax/2) / pf.greenMax;
 
 void DIBSectionBuffer::refreshPalette() {
   if (format.bpp > 8) {
-    vlog.error("refresh palette called for truecolour DIB");
+    vlog.error("refresh palette called for truecolor DIB");
     return;
   }
   vlog.debug("refreshing palette");

rfb_win32/DeviceFrameBuffer.cxx

   UINT entries = ::GetSystemPaletteEntries(dc, 0, 256, syspalette);
 
   if (entries == 0) {
-    vlog.info("resorting to standard 16 colour palette");
+    vlog.info("resorting to standard 16 color palette");
     for (unsigned int i=0;i<256;i++) {
       int v = (i%16) >= 8 ? 127 : 255;
       syspalette[i].peRed = i & 1 ? v : 0;

rfb_win32/SDisplay.cxx

     recreatePixelBuffer();
     break;
   case WMMonitor::Notifier::DisplayColourMapChanged:
-    vlog.debug("desktop colourmap changed");
+    vlog.debug("desktop colormap changed");
     pb->updateColourMap();
     if (server)
       server->setColourMapEntries();

rfb_win32/Win32Util.cxx

       switch (bi.bmiHeader.biBitCount) {
       case 16:
         // RGB 555 - High Colour
-        dcLog.info("16-bit High Colour");
+        dcLog.info("16-bit High Color");
         rMask = 0x7c00;
         bMask = 0x001f;
         gMask = 0x03e0;
       case 24:
       case 32:
         // RGB 888 - True Colour
-        dcLog.info("24/32-bit High Colour");
+        dcLog.info("24/32-bit High Color");
         rMask = 0xff0000;
         gMask = 0x00ff00;
         bMask = 0x0000ff;

rfbplayer/rfbplayer.cxx

 
   // Check on the true colour mode
   if (!(cp.pf()).trueColour)
-    throw rdr::Exception("This version plays only true colour session!");
+    throw rdr::Exception("This version plays only true color session!");
 
   // Set the session pixel format
   buffer->setPF(cp.pf()); 

vncserver.man

 .TP
 .B \-cc 3
 As an alternative to the default TrueColor visual, this allows you to run an
-Xvnc server with a PseudoColor visual (i.e. one which uses a colour map or
+Xvnc server with a PseudoColor visual (i.e. one which uses a color map or
 palette), which can be useful for running some old X applications which only
 work on such a display.  Values other than 3 (PseudoColor) and 4 (TrueColor)
 for the \-cc option may result in strange behaviour, and PseudoColor desktops

vncviewer/CViewOptions.cxx

 static BoolParameter useLocalCursor("UseLocalCursor", "Render the mouse cursor locally", true);
 static BoolParameter useDesktopResize("UseDesktopResize", "Support dynamic desktop resizing", true);
 
-static BoolParameter fullColour("FullColour",
-				"Use full colour", true);
-static IntParameter lowColourLevel("LowColourLevel",
-                         "Colour level to use on slow connections. "
-                         "0 = Very Low (8 colours), 1 = Low (64 colours), 2 = Medium (256 colours)",
+static BoolParameter fullColour("FullColor",
+				"Use full color", true);
+static AliasParameter fullColourAlias("FullColour", "Alias for FullColor", &fullColour);
+
+static IntParameter lowColourLevel("LowColorLevel",
+                         "Color level to use on slow connections. "
+                         "0 = Very Low (8 colors), 1 = Low (64 colors), 2 = Medium (256 colors)",
                          2);
+static AliasParameter lowColourLevelAlias("LowColourLevel", "Alias for LowColorLevel", &lowColourLevel);
+
 static BoolParameter fullScreen("FullScreen",
                          "Use the whole display to show the remote desktop."
                          "(Press F8 to access the viewer menu)",

vncviewer/cview.cxx

   // Select best color level
   newFullColour = (kbitsPerSecond > 256);
   if (newFullColour != options.fullColour) {
-    vlog.info("Throughput %d kbit/s - full colour is now %s", 
+    vlog.info("Throughput %d kbit/s - full color is now %s", 
 	      kbitsPerSecond,
 	      newFullColour ? "enabled" : "disabled");
     options.fullColour = newFullColour;

vncviewer/vncviewer.rc

 
 IDD_FORMAT DIALOG DISCARDABLE  0, 0, 201, 160
 STYLE DS_MODALFRAME | DS_CONTROL | WS_POPUP | WS_CAPTION | WS_SYSMENU
-CAPTION "Colour/Encoding"
+CAPTION "Color/Encoding"
 FONT 8, "MS Sans Serif"
 BEGIN
     CONTROL         "&Auto select",IDC_ENCODING_AUTO,"Button",
     CONTROL         "Raw",IDC_ENCODING_RAW,"Button",BS_AUTORADIOBUTTON,10,75,
                     75,15
 
-    GROUPBOX        "Colour level",IDC_STATIC,95,20,99,75
-    CONTROL         "&Full (all available colours)",IDC_FORMAT_FULLCOLOUR,
+    GROUPBOX        "Color level",IDC_STATIC,95,20,99,75
+    CONTROL         "&Full (all available colors)",IDC_FORMAT_FULLCOLOUR,
                     "Button",BS_AUTORADIOBUTTON | WS_GROUP,100,30,90,15
-    CONTROL         "&Medium (256 colours)",IDC_FORMAT_MEDIUMCOLOUR,"Button",
+    CONTROL         "&Medium (256 colors)",IDC_FORMAT_MEDIUMCOLOUR,"Button",
                     BS_AUTORADIOBUTTON,100,45,90,14
-    CONTROL         "&Low (64 colours)",IDC_FORMAT_LOWCOLOUR,"Button",
+    CONTROL         "&Low (64 colors)",IDC_FORMAT_LOWCOLOUR,"Button",
                     BS_AUTORADIOBUTTON,100,60,90,16
-    CONTROL         "&Very low (8 colours)",IDC_FORMAT_VERYLOWCOLOUR,"Button",
+    CONTROL         "&Very low (8 colors)",IDC_FORMAT_VERYLOWCOLOUR,"Button",
                     BS_AUTORADIOBUTTON,100,75,90,15
 
     CONTROL         "Custom compression level:",IDC_CUSTOM_COMPRESSLEVEL,

vncviewer_unix/CConn.cxx

   // Select best color level
   newFullColour = (kbitsPerSecond > 256);
   if (newFullColour != fullColour) {
-    vlog.info("Throughput %d kbit/s - full colour is now %s", 
+    vlog.info("Throughput %d kbit/s - full color is now %s", 
 	      kbitsPerSecond,
 	      newFullColour ? "enabled" : "disabled");
     fullColour = newFullColour;

vncviewer_unix/OptionsDialog.h

 public:
   OptionsDialog(Display* dpy, OptionsDialogCallback* cb_)
     : TXDialog(dpy, 400, 450, "VNC Viewer: Connection Options"), cb(cb_),
-      formatAndEnc(dpy, "Encoding and Colour Level:", this),
+      formatAndEnc(dpy, "Encoding and Color Level:", this),
       inputs(dpy, "Inputs:", this),
       misc(dpy, "Misc:", this),
       autoSelect(dpy, "Auto select", this, false, this),
-      fullColour(dpy, "Full (all available colours)", this, true, this),
-      mediumColour(dpy, "Medium (256 colours)", this, true, this),
-      lowColour(dpy, "Low (64 colours)", this, true, this),
-      veryLowColour(dpy, "Very low (8 colours)", this, true, this),
+      fullColour(dpy, "Full (all available colors)", this, true, this),
+      mediumColour(dpy, "Medium (256 colors)", this, true, this),
+      lowColour(dpy, "Low (64 colors)", this, true, this),
+      veryLowColour(dpy, "Very low (8 colors)", this, true, this),
       tight(dpy, "Tight", this, true, this),
       zrle(dpy, "ZRLE", this, true, this),
       hextile(dpy, "Hextile", this, true, this),

vncviewer_unix/vncviewer.cxx

                               "invisible cursor", true);
 BoolParameter autoSelect("AutoSelect",
                          "Auto select pixel format and encoding", true);
-BoolParameter fullColour("FullColour",
-                         "Use full colour", true);
-AliasParameter fullColor("FullColor", "Alias for FullColour", &fullColour);
-IntParameter lowColourLevel("LowColourLevel",
-                            "Colour level to use on slow connections. "
-                            "0 = Very Low (8 colours), 1 = Low (64 colours), "
-                            "2 = Medium (256 colours)", 2);
+BoolParameter fullColour("FullColor",
+                         "Use full color", true);
+AliasParameter fullColourAlias("FullColour", "Alias for FullColor", &fullColour);
+IntParameter lowColourLevel("LowColorLevel",
+                            "Color level to use on slow connections. "
+                            "0 = Very Low (8 colors), 1 = Low (64 colors), "
+                            "2 = Medium (256 colors)", 2);
+AliasParameter lowColourLevelAlias("LowColourLevel", "Alias for LowColorLevel", &lowColourLevel);
 StringParameter preferredEncoding("PreferredEncoding",
                                   "Preferred encoding to use (ZRLE, hextile or"
                                   " raw) - implies AutoSelect=0", "");

vncviewer_unix/vncviewer.man

 .SH AUTOMATIC PROTOCOL SELECTION
 
 The viewer tests the speed of the connection to the server and chooses the
-encoding and pixel format (colour level) appropriately.  This makes it much
+encoding and pixel format (color level) appropriately.  This makes it much
 easier to use than previous versions where the user had to specify arcane
 command line arguments.
 
-The viewer normally starts out assuming the link is slow, using a low colour
+The viewer normally starts out assuming the link is slow, using a low color
 level and using the encoding with the best compression.  If it turns out that
-the link is fast enough it switches to full-colour mode and will use an
+the link is fast enough it switches to full-color mode and will use an
 encoding which compresses less but is faster to generate, thus improving the
 interactive feel.  Automatic selection can be turned off by setting the
 \fBAutoSelect\fP parameter to false, or from the options dialog.
 encoding and pixel format appropriately.  Turn it off with \fB-AutoSelect=0\fP.
 
 .TP
-.B \-FullColour, \-FullColor
-Tells the VNC server to send full-colour pixels in the best format for this
-display.  By default a low colour mode is used until AutoSelect decides the
+.B \-FullColor, \-FullColour
+Tells the VNC server to send full-color pixels in the best format for this
+display.  By default a low color mode is used until AutoSelect decides the
 link is fast enough.  However if the server's native pixel format is
-colourmapped (as opposed to truecolour) then the server's format is used by
+colormapped (as opposed to truecolor) then the server's format is used by
 default.
 
 .TP
-.B \-LowColourLevel \fIlevel\fP
-Selects the reduced colour level to use on slow links.  \fIlevel\fP can range
-from 0 to 2, 0 meaning 8 colours, 1 meaning 64 colours (the default), 2 meaning
-256 colours.
+.B \-LowColorLevel, \-LowColourLevel \fIlevel\fP
+Selects the reduced color level to use on slow links.  \fIlevel\fP can range
+from 0 to 2, 0 meaning 8 colors, 1 meaning 64 colors (the default), 2 meaning
+256 colors.
 
 .TP
 .B \-PreferredEncoding \fIencoding\fP

xc/programs/Xserver/Xvnc.man

 .TP
 .B \-cc 3
 As an alternative to the default TrueColor visual, this allows you to run an
-Xvnc server with a PseudoColor visual (i.e. one which uses a colour map or
+Xvnc server with a PseudoColor visual (i.e. one which uses a color map or
 palette), which can be useful for running some old X applications which only
 work on such a display.  Values other than 3 (PseudoColor) and 4 (TrueColor)
 for the \-cc option may result in strange behaviour, and PseudoColor desktops