Mon May 11 22:19:30 CEST 2009 Tobias Rautenkranz <tobias@rautenkranz.ch>

* document setf & cleanup

--- old-doc/qt.docbook 2014-10-30 06:55:27.000000000 +0100

+++ new-doc/qt.docbook 2014-10-30 06:55:27.000000000 +0100

@@ -88,9 +88,9 @@

<section><title>Variant</title>

<para>

-A <classname>qt:variant</classname> can be constructed with <genericfunction>qt:make-variant</genericfunction>

+A <classname>qt:variant</classname> can be constructed with <methodname>qt:make-variant</methodname>

or to pass a Lisp object with <methodname>qt:make-lisp-variant</methodname>.

-Its value is returned by <methodname>qt:from-variant</methodname>.

+Its value is returned by <genericfunction>qt:value</genericfunction>.

</para>

</section>

--- old-doc/smoke.docbook 2014-10-30 06:55:27.000000000 +0100

+++ new-doc/smoke.docbook 2014-10-30 06:55:27.000000000 +0100

@@ -56,25 +56,40 @@

</para>

<section><title>Overload Resolution</title>

<para>

-C++ style overload resolution with conversion sequences is under development,

-but already usable. For example this:

+C++ style overload resolution with conversion sequences is suppored. For example this:

<informalexample>

<programlisting>

-(cxx:set-pen (make-instance '<classname>qt:painter</classname>)

- (make-instance '<classname>qt:color</classname> :args '("green")))

+(<genericfunction>cxx:set-pen</genericfunction> (make-instance '<classname>qt:painter</classname>) (make-instance '<classname>qt:color</classname> :args '("green")))

</programlisting>

</informalexample>

is equivalent to:

<informalexample>

<programlisting>

-(cxx:set-pen (make-instance '<classname>qt:painter</classname>) "green")

+(<genericfunction>cxx:set-pen</genericfunction> (make-instance '<classname>qt:painter</classname>) "green")

</programlisting>

</informalexample>

In the second case a temporary <classname>qt:color</classname> instance is implicitly created.

</para>

</section>

-<section><title>defmethod</title>

+<section><title>Setter Methods</title>

+<para>

+Instead of calling a setter method that takes no additional arguments,

+<informalexample>

+<programlisting>

+(<genericfunction>cxx:set-object-name</genericfunction> (make-instance '<classname>qt:object</classname>) "foo")

+</programlisting>

+</informalexample>

+you can use its <code>setf</code>able getter.

+<informalexample>

+<programlisting>

+(setf (<genericfunction>cxx:object-name</genericfunction> (make-instance '<classname>qt:object</classname>)) "foo")

+</programlisting>

+</informalexample>

+</para>

+</section>

+

+<section><title><code>defmethod</code></title>

<para>

You can extend the <package>:cxx</package> generic functions by

adding methods. <code>:around</code>, <code>:before</code>, <code>:after</code>

@@ -101,7 +116,7 @@

</section>

<section><title>Operators</title>

<para>

-Insted of using the various <code>cxx:operator</code> methods you can use their Lisp equivalent

+Instead of using the various <code>cxx:operator</code> methods you can use their Lisp equivalent

in the <package>:cxx</package> package.

<simplelist type='horiz' columns='4'>

<member><code>cxx:&gt;</code></member> <!-- FIXME mb.document handling of no alphnum chars !-->

@@ -144,9 +159,12 @@

which is equivalent to the C++ code <code>QByteArray::number(37);</code>.

Or with:

<informalexample>

-<programlisting>(cxx:number (find-class '<classname>qt:byte-array</classname>) 37)</programlisting>

+<programlisting>(<genericfunction>cxx:number</genericfunction> (find-class '<classname>qt:byte-array</classname>) 37)</programlisting>

+</informalexample>

+or:

+<informalexample>

+<programlisting>(<genericfunction>cxx:number</genericfunction> (make-instance '<classname>qt:byte-array</classname>) 37)</programlisting>

</informalexample>

-

</para>

</section>