ions and storing these
in the simulated memory for later interpretation. This class also contains
the interpreter method and its related data structures. </TD>
</TR>
</TABLE>

<P>For instructions on where to download all these components together
see <A HREF="#Sources">Section 7.</A>
</P>


<H3>Summary - how to build your own compiler</H3>

<P>If you want to build a similar compiler, but for a source language of your
own, proceed as follows: </P>

<OL>
<LI>Describe the structure of the lexical tokens (ident