<xpp>

<!--

This file demonstrates the high degree of flexibility that Superx++ has

with entity access.

The _object() syntax allows you to place any expression within the parentheses

as the object being accessed.

The _member() syntax allows you to place any expression within the parentheses

as the member being accessed.

The _method() syntax allows you to place any expression within the parentheses

as the method being accessed.

The _attribute() syntax allows you to place any expression within the parentheses

as the attribute being accessed.

-->

<!-- define the entities to be accessed -->

<node processcode="true" construct="true" name="x">

<cats upd="false" num="0">5</cats>

<dogs>4</dogs>

</node>

<var type="int" name="iVal">777</var>

<!-- change the entities somehow -->

<eval>

<object>x/cats</object>

<value>

<eval>

<expr>700</expr>

</eval>

</value>

</eval>

<eval>

<object>x/cats</object>

<attribute>upd</attribute>

<value>

<eval>

<expr>"true"</expr>

</eval>

</value>

</eval>

<!-- write stuff to the output stream from the entities -->

<xout processcode="true">

<eval>

<parm type="string" name="Parm0">

<eval>

<object>mem/x/cats</object>

<method>

<name>value</name>

</method>

</eval>

</parm>

<expr>"\r\n$mem/x/cats.value() = " + Parm0 + "..."</expr>

</eval>

</xout>

<xout processcode="true">

<eval>

<parm type="string" name="Parm0">

<eval>

<object>mem/x/cats</object>

<attribute>upd</attribute>

</eval>

</parm>

<expr>"\r\n$mem/x/cats.upd = " + Parm0 + "..."</expr>

</eval>

</xout>

<xout processcode="true">

<eval>

<parm type="string" name="Parm0">

<eval>

<object>mem/x/cats</object>

<attribute>num</attribute>

</eval>

</parm>

<expr>"\r\n$mem/x/cats.num = " + Parm0 + "..."</expr>

</eval>

</xout>

<eval>

<object>x/cats</object>

<attribute>num</attribute>

<value>

<eval>

<parm type="string" name="Parm0">

<eval>

<object>x/cats</object>

<attribute>num</attribute>

</eval>

</parm>

<expr>Parm0 + 1</expr>

</eval>

</value>

</eval>

<xout processcode="true">

<eval>

<parm type="string" name="Parm0">

<eval>

<object>mem/x/cats</object>

<attribute>num</attribute>

</eval>

</parm>

<expr>"\r\n$mem/x/cats.num = " + Parm0 + "..."</expr>

</eval>

</xout>

<!-- add 1 to the iVal -->

<eval>

<object>iVal</object>

<value>

<eval>

<parm type="int" name="Parm0">

<eval>

<object>iVal</object>

</eval>

</parm>

<expr>Parm0 + 1</expr>

</eval>

</value>

</eval>

<!-- sObj1 will contain the first half of the name of the entity

while sObj2 will contain the second half of the name -->

<var type="string" name="sObj1">iV</var>

<var type="string" name="sObj2">al</var>

<!-- access the entity now -->

<xout processcode="true">

<eval>

<parm type="string" name="Parm0">

<eval>

<object>

<eval>

<parm type="string" name="Parm0">

<eval object="sObj1"/>

</parm>

<parm type="string" name="Parm1">

<eval object="sObj2"/>

</parm>

<expr>Parm0 + Parm1</expr>

</eval>

</object>

</eval>

</parm>

<expr>"\r\niVal = " + Parm0</expr>

</eval>

</xout>

</xpp>