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Bibliography instead of References

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[SVN r12729]
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Vesa Karvonen
2002-02-05 16:14:26 +00:00
parent 30da4c621b
commit 485782792a
5 changed files with 55 additions and 48 deletions
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8
doc/tutorial.htm
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@ -103,7 +103,7 @@ yes_type is_function_tester(R (*)(A0, A1, A2));
specifically does not support repetition or recursive macros. Library support
is needed!</p>
<p><i>For detailed information on the capabilities and limitations of the preprocessor,
please refer to the C++ standard <A href="references.htm#[5]">[5]</A>.</i></p>
please refer to the C++ standard <A href="bibliography.htm#[Std]">[Std]</A>.</i></p>
<h3>The motivation example revisited</h3>
<p>Using the primitives of the PREPROCESSOR library, the is_function_tester()s
could be implemented like this:</p>
@ -158,8 +158,8 @@ BOOST_PP_DEF(/)
the line continuation operator when they are aligned.</P>
<P><B>NOTES:</B> You can extend this example by defining more and different kinds
of operators. Before doing so, consider using the Algebraic Categories technique
introduced in <A href="references.htm#[3]">[3]</A> or a Layered Architecture (see for instance
<A href="references.htm#[2]">[2]</A>). However, at some point you must type the operator tokens
introduced in <A href="bibliography.htm#[Barton]">[Barton]</A> or a Layered Architecture (see for instance
<A href="bibliography.htm#[Czarnecki]">[Czarnecki]</A>). However, at some point you must type the operator tokens
*, /, +, -, ..., because it is impossible to generate them using templates.
The resulting Categorical Repetition of tokens can be eliminated by using preprocessor
metaprogramming.</P>
@ -369,7 +369,7 @@ BOOST_PP_REPEAT
</blockquote>
<P><B>NOTE:</B> The repetition of the above
example can be eliminated using template metaprogramming <A href="references.htm#[2]">[2]</A>&nbsp;as well. However
example can be eliminated using template metaprogramming <A href="bibliography.htm#[Czarnecki]">[Czarnecki]</A>&nbsp;as well. However
categorical repetition of operator tokens can not be completely eliminated by
using template metaprogramming.</P>
<HR>