moving forward

git-svn-id: https://svn.wxwidgets.org/svn/wx/wxWidgets/trunk@52048 c3d73ce0-8a6f-49c7-b76d-6d57e0e08775

docs/doxygen/overviews/toolbar.h

@@ -69,10 +69,10 @@
  one bitmap for each tool, because the toolbar generates all three images (normal,
  depressed and checked) from the single bitmap you give it.
 
- @ref usingtoolbarlibrary
+ @ref overview_usingtoolbarlibrary
 
 
- @section usingtoolbarlibrary Using the toolbar library
+ @section overview_usingtoolbarlibrary Using the toolbar library
 
  Include @c "wx/toolbar.h", or if using a class directly, one of:
 

docs/doxygen/overviews/treectrl.h

@@ -11,12 +11,14 @@
  @page overview_treectrl wxTreeCtrl overview
 
  Classes: #wxTreeCtrl, #wxImageList
+ 
  The tree control displays its items in a tree like structure. Each item has its
  own (optional) icon and a label. An item may be either collapsed (meaning that
  its children are not visible) or expanded (meaning that its children are
  shown). Each item in the tree is identified by its @e itemId which is of
  opaque data type @e wxTreeItemId. You can test whether an item is valid
  by calling wxTreeItemId::IsOk.
+
  The items text and image may be retrieved and changed with
  #GetItemText/#SetItemText
  and
@@ -25,6 +27,7 @@
  and another one for selected state which is set/retrieved with
  #SetItemSelectedImage/#GetItemSelectedImage
  functions, but this functionality might be unavailable on some platforms.
+
  Tree items have several attributes: an item may be selected or not, visible or
  not, bold or not. It may also be expanded or collapsed. All these attributes
  may be retrieved with the corresponding functions:
@@ -34,6 +37,7 @@
  selected, selecting another one (with
  #SelectItem) automatically unselects the
  previously selected one.
+
  In addition to its icon and label, a user-specific data structure may be associated
  with all tree items. If you wish to do it, you should derive a class from @e wxTreeItemData which is a very simple class having only one function @e GetId() which returns the id of the item this data is associated with. This
  data will be freed by the control itself when the associated item is deleted
@@ -42,6 +46,7 @@
  #SetItemData(@NULL) to prevent the tree from
  deleting the pointer second time). The associated data may be retrieved with
  #GetItemData() function.
+
  Working with trees is relatively straightforward if all the items are added to
  the tree at the moment of its creation. However, for large trees it may be
  very inefficient. To improve the performance you may want to delay adding the
@@ -52,6 +57,7 @@
  under the item being expanded should be added, but, of course, only when this
  event is received for the first time for this item - otherwise, the items would
  be added twice if the user expands/collapses/re-expands the branch.
+
  The tree control provides functions for enumerating its items. There are 3
  groups of enumeration functions: for the children of a given item, for the
  sibling of the given item and for the visible items (those which are currently
@@ -64,6 +70,7 @@
  #GetFirstChild and to
  #GetNextChild should be the same variable (and
  that nothing should be done with it by the user code).
+
  Among other features of the tree control are: item sorting with
  #SortChildren which uses the user-defined comparison
  function #OnCompareItems (by default the
@@ -72,6 +79,7 @@
  for implementing drag-and-drop in the tree) with
  #HitTest and editing of the tree item labels in
  place (see #EditLabel).
+
  Finally, the tree control has a keyboard interface: the cursor navigation (arrow) keys
  may be used to change the current selection. HOME and END are used to go to
  the first/last sibling of the current item. '+', '-' and '*' expand, collapse

docs/doxygen/overviews/unicode.h

@@ -13,15 +13,16 @@
  This section briefly describes the state of the Unicode support in wxWidgets.
  Read it if you want to know more about how to write programs able to work with
  characters from languages other than English.
- @ref whatisunicode_overview
+
- @ref unicodeandansi_overview
+ @li @ref overview_whatisunicode
- @ref unicodeinsidewxw_overview
+ @li @ref overview_unicodeandansi
- @ref unicodeoutsidewxw_overview
+ @li @ref overview_unicodeinsidewxw
- @ref unicodesettings_overview
+ @li @ref overview_unicodeoutsidewxw
- @ref topic8_overview
+ @li @ref overview_unicodesettings
+ @li @ref overview_topic8
 
 
- @section whatisunicode What is Unicode?
+ @section overview_whatisunicode What is Unicode?
 
  wxWidgets has support for compiling in Unicode mode
  on the platforms which support it. Unicode is a standard for character
@@ -31,10 +32,12 @@
  multilingual plane) and possible 2^32 of them instead of the usual 256 and
  is sufficient to encode all of the world languages at once. More details about
  Unicode may be found at #http://www.unicode.org.
+
  As this solution is obviously preferable to the previous ones (think of
  incompatible encodings for the same language, locale chaos and so on), many
  modern operating systems support it. The probably first example is Windows NT
  which uses only Unicode internally since its very first version.
+
  Writing internationalized programs is much easier with Unicode and, as the
  support for it improves, it should become more and more so. Moreover, in the
  Windows NT/2000 case, even the program which uses only standard ASCII can profit
@@ -42,20 +45,21 @@
  need for the system to convert all strings the program uses to/from Unicode
  each time a system call is made.
 
- @section unicodeandansi Unicode and ANSI modes
+ @section overview_unicodeandansi Unicode and ANSI modes
 
  As not all platforms supported by wxWidgets support Unicode (fully) yet, in
  many cases it is unwise to write a program which can only work in Unicode
  environment. A better solution is to write programs in such way that they may
  be compiled either in ANSI (traditional) mode or in the Unicode one.
+
  This can be achieved quite simply by using the means provided by wxWidgets.
  Basically, there are only a few things to watch out for:
 
 
-  Character type (@c char or @c wchar_t)
+ - Character type (@c char or @c wchar_t)
-  Literal strings (i.e. @c "Hello, world!" or @c '*')
+ - Literal strings (i.e. @c "Hello, world!" or @c '*')
-  String functions (@c strlen(), @c strcpy(), ...)
+ - String functions (@c strlen(), @c strcpy(), ...)
-  Special preprocessor tokens (@c __FILE__, @c __DATE__
+ - Special preprocessor tokens (@c __FILE__, @c __DATE__
  and @c __TIME__)
 
 
@@ -63,6 +67,7 @@
  program takes 2 bytes instead of usual one, so another type should be used to
  store the characters (@c char only holds 1 byte usually). This type is
  called @c wchar_t which stands for @e wide-character type.
+
  Also, the string and character constants should be encoded using wide
  characters (@c wchar_t type) which typically take 2 or 4 bytes instead
  of @c char which only takes one. This is achieved by using the standard C
@@ -70,6 +75,7 @@
  becomes a @e long constant, i.e. a wide character one. To make things a bit
  more readable, you are also allowed to prefix the constant with @c 'L'
  instead of putting it after it.
+
  Of course, the usual standard C functions don't work with @c wchar_t
  strings, so another set of functions exists which do the same thing but accept
  @c wchar_t * instead of @c char *. For example, a function to get the
@@ -77,11 +83,13 @@
  @c strlen() - you see that the only difference is that the "str" prefix
  standing for "string" has been replaced with "wcs" standing for "wide-character
  string").
+
  And finally, the standard preprocessor tokens enumerated above expand to ANSI
  strings but it is more likely that Unicode strings are wanted in the Unicode
  build. wxWidgets provides the macros @c __TFILE__, @c __TDATE__
  and @c __TTIME__ which behave exactly as the standard ones except that
  they produce ANSI strings in ANSI build and Unicode ones in the Unicode build.
+
  To summarize, here is a brief example of how a program which can be compiled
  in both ANSI and Unicode modes could look like:
 
@@ -106,7 +114,7 @@
  program would have had!). Luckily, there is another way - see the next
  section.
 
- @section unicodeinsidewxw Unicode support in wxWidgets
+ @section overview_unicodeinsidewxw Unicode support in wxWidgets
 
  In wxWidgets, the code fragment from above should be written instead:
 
@@ -120,33 +128,34 @@
  at all. Instead, we define some types and macros which behave differently in
  the Unicode and ANSI builds and allow us to avoid using conditional
  compilation in the program itself.
+
  We have a @c wxChar type which maps either on @c char or @c wchar_t
  depending on the mode in which program is being compiled. There is no need for
  a separate type for strings though, because the standard
  #wxString supports Unicode, i.e. it stores either ANSI or
  Unicode strings depending on the compile mode.
+
  Finally, there is a special #wxT() macro which should enclose all
  literal strings in the program. As it is easy to see comparing the last
  fragment with the one above, this macro expands to nothing in the (usual) ANSI
  mode and prefixes @c 'L' to its argument in the Unicode mode.
+
  The important conclusion is that if you use @c wxChar instead of
  @c char, avoid using C style strings and use @c wxString instead and
  don't forget to enclose all string literals inside #wxT() macro, your
  program automatically becomes (almost) Unicode compliant!
+
  Just let us state once again the rules:
 
-
+ - Always use @c wxChar instead of @c char
-  Always use @c wxChar instead of @c char
+ - Always enclose literal string constants in #wxT() macro
-  Always enclose literal string constants in #wxT() macro
  unless they're already converted to the right representation (another standard
  wxWidgets macro #_() does it, for example, so there is no
  need for @c wxT() in this case) or you intend to pass the constant directly
  to an external function which doesn't accept wide-character strings.
-  Use @c wxString instead of C style strings.
+ - Use @c wxString instead of C style strings.
 
-
+ @section overview_unicodeoutsidewxw Unicode and the outside world
-
- @section unicodeoutsidewxw Unicode and the outside world
 
  We have seen that it was easy to write Unicode programs using wxWidgets types
  and macros, but it has been also mentioned that it isn't quite enough.
@@ -155,6 +164,7 @@
  ANSI strings (a notable exception is the entire Win32 API which accepts either
  Unicode or ANSI strings and which thus makes it unnecessary to ever perform
  any conversions in the program). GTK 2.0 only accepts UTF-8 strings.
+
  To get an ANSI string from a wxString, you may use the
  mb_str() function which always returns an ANSI
  string (independently of the mode - while the usual
@@ -162,6 +172,7 @@
  representation which is either ASCII or Unicode). More rarely used, but still
  useful, is wc_str() function which always returns
  the Unicode string.
+
  Sometimes it is also necessary to go from ANSI strings to wxStrings.
  In this case, you can use the converter-constructor, as follows:
 
@@ -173,26 +184,26 @@
 
  This code also compiles fine under a non-Unicode build of wxWidgets,
  but in that case the converter is ignored.
- For more information about converters and Unicode see
- the @ref mbconvclasses_overview.
 
- @section unicodesettings Unicode-related compilation settings
+ For more information about converters and Unicode see
+ the @ref overview_mbconvclasses.
+
+ @section overview_unicodesettings Unicode-related compilation settings
 
  You should define @c wxUSE_UNICODE to 1 to compile your program in
  Unicode mode. This currently works for wxMSW, wxGTK, wxMac and wxX11. If you
  compile your program in ANSI mode you can still define @c wxUSE_WCHAR_T
  to get some limited support for @c wchar_t type.
+
  This will allow your program to perform conversions between Unicode strings and
- ANSI ones (using @ref mbconvclasses_overview)
+ ANSI ones (using @ref overview_mbconvclasses)
  and construct wxString objects from Unicode strings (presumably read
  from some external file or elsewhere).
 
- @section topic8 Traps for the unwary
+ @section overview_topic8 Traps for the unwary
 
-
+ - Casting c_str() to void* is now char*, not wxChar*
-
+ - Passing c_str(), mb_str() or wc_str() to variadic functions
-      Casting c_str() to void* is now char*, not wxChar*
-      Passing c_str(), mb_str() or wc_str() to variadic functions
  doesn't work
 
  */