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fix internal link, little XXX cleanup

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* gobject/tut_gtype.xml:
fix internal link, little XXX cleanup
This commit is contained in:
Stefan Kost 2006-01-07 21:08:17 +00:00
parent b1f3e98461
commit fbaf1c4db6
2 changed files with 68 additions and 61 deletions
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5
docs/reference/ChangeLog
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@ -1,3 +1,8 @@
2006-01-07 Stefan Kost <ensonic@users.sf.net>
* gobject/tut_gtype.xml:
fix internal link, little XXX cleanup
2006-01-05 Matthias Clasen <mclasen@redhat.com> 2006-01-05 Matthias Clasen <mclasen@redhat.com>
* === Released 2.9.2 === * === Released 2.9.2 ===

14
docs/reference/gobject/tut_gtype.xml
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@ -97,7 +97,7 @@ GType g_type_register_fundamental (GType type_id,
<type><link linkend="GTypeInfo">GTypeInfo</link></type>. <type><link linkend="GTypeInfo">GTypeInfo</link></type>.
</para></listitem> </para></listitem>
<listitem><para> <listitem><para>
XXX: <type><link linkend="GTypeFlags">GTypeFlags</link></type>. type characteristic flags: <type><link linkend="GTypeFlags">GTypeFlags</link></type>.
</para></listitem> </para></listitem>
</itemizedlist> </itemizedlist>
Fundamental types are also defined by a set of <type><link linkend="GTypeFundamentalFlags">GTypeFundamentalFlags</link></type> Fundamental types are also defined by a set of <type><link linkend="GTypeFundamentalFlags">GTypeFundamentalFlags</link></type>
@ -251,8 +251,7 @@ struct _GTypeValueTable
returns a pointer of type <type>PrefixObject</type>. This macro is used to enforce returns a pointer of type <type>PrefixObject</type>. This macro is used to enforce
static type safety by doing explicit casts wherever needed. It also enforces static type safety by doing explicit casts wherever needed. It also enforces
dynamic type safety by doing runtime checks. It is possible to disable the dynamic dynamic type safety by doing runtime checks. It is possible to disable the dynamic
type checks in production builds (see type checks in production builds (see <link linkend="glib-building">building glib</link>).
<ulink>http://developer.gnome.org/doc/API/2.0/glib/glib-building.html</ulink>).
For example, we would create For example, we would create
<function>MAMAN_BAR (obj)</function> to keep the previous example. <function>MAMAN_BAR (obj)</function> to keep the previous example.
</para></listitem> </para></listitem>
@ -261,10 +260,12 @@ struct _GTypeValueTable
is strictly equivalent to the previous casting macro: it does static casting with is strictly equivalent to the previous casting macro: it does static casting with
dynamic type checking of class structures. It is expected to return a pointer dynamic type checking of class structures. It is expected to return a pointer
to a class structure of type <type>PrefixObjectClass</type>. Again, an example is: to a class structure of type <type>PrefixObjectClass</type>. Again, an example is:
<function>MAMAN_BAR_CLASS</function>.</para></listitem> <function>MAMAN_BAR_CLASS</function>.
</para></listitem>
<listitem><para>Create a macro named <function>PREFIX_IS_BAR (obj)</function>: this macro is expected <listitem><para>Create a macro named <function>PREFIX_IS_BAR (obj)</function>: this macro is expected
to return a <type>gboolean</type> which indicates whether or not the input to return a <type>gboolean</type> which indicates whether or not the input
object instance pointer of type BAR.</para></listitem> object instance pointer of type BAR.
</para></listitem>
<listitem><para>If the type is classed, create a macro named <listitem><para>If the type is classed, create a macro named
<function>PREFIX_IS_OBJECT_CLASS (klass)</function> which, as above, returns a boolean <function>PREFIX_IS_OBJECT_CLASS (klass)</function> which, as above, returns a boolean
if the input class pointer is a pointer to a class of type OBJECT. if the input class pointer is a pointer to a class of type OBJECT.
@ -273,7 +274,8 @@ struct _GTypeValueTable
<function>PREFIX_OBJECT_GET_CLASS (obj)</function> <function>PREFIX_OBJECT_GET_CLASS (obj)</function>
which returns the class pointer associated to an instance of a given type. This macro which returns the class pointer associated to an instance of a given type. This macro
is used for static and dynamic type safety purposes (just like the previous casting is used for static and dynamic type safety purposes (just like the previous casting
macros).</para></listitem> macros).
</para></listitem>
</itemizedlist> </itemizedlist>
The implementation of these macros is pretty straightforward: a number of simple-to-use The implementation of these macros is pretty straightforward: a number of simple-to-use
macros are provided in <filename>gtype.h</filename>. For the example we used above, we would macros are provided in <filename>gtype.h</filename>. For the example we used above, we would