%%
%% This is file `multiexpand002.lvt',
%% generated with the docstrip utility.
%%
%% The original source files were:
%%
%% multiexpand.dtx  (with options: `lvt,lvt002')
%% ----------------------------------------------------------------
%% multiexpand --- trigger multiple expansions in one expansion step.
%% E-mail: blflatex@gmail.com
%% Released under the LaTeX Project Public License v1.3c or later
%% See http://www.latex-project.org/lppl.txt
%% ----------------------------------------------------------------
%% 
 \input regression-test.tex\relax
 \START
 \AUTHOR{Bruno Le Floch}
 \let\numexpr\relax
 \input multiexpand.sty\relax

 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 % Introduce commands that expand to each other, to count how many times
 % things were expanded.
 \OMIT
 \def\i{}
 \def\v{\i\i\i\i}
 \def\x{\i\i\i\i\v}
 \def\l{\i\i\i\i\v\x\x\x\x}
 \def\c{\i\i\i\i\v\x\x\x\x\l}
 \def\d{\i\i\i\i\v\x\x\x\x\l\c\c\c\c}
 \def\m{\i\i\i\i\v\x\x\x\x\l\c\c\c\c\d}
 \TIMO

 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 % We test |\MultiExpand|, which needs two expansions. In particular, we see
 % that the implementation is reasonably quick, and we get the $2345$-th
 % expansion of |\m\m\m\m|.
 % 4000-2345 = 1655 = mdclv
 \TEST{MultiExpand many times (vlcdm)}{%
   \toks0\expandafter\expandafter\expandafter{\MultiExpand{2345}\m\m\m\m}%
   \TYPE{\the\toks0.}%
 }

 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 % Test |\MultiExpandAfter|, two expansions to get the specified expansion.
 % The results indirectly show that expansions happen in the expected order.
 % 100 = c
 % 100-(27-2) = 75 = lxxv
 % 100-(14-2) = 88 = lxxxviii
 % 100-38 = 62 = lxii
 \TEST{MultiExpandAfter chain (c vxxl iiivxxxl iixl)}{%
   \toks0\expandafter\expandafter\expandafter{%
     \MultiExpandAfter{27}\c
     \MultiExpandAfter{14}\c
     \MultiExpandAfter{38}\c\c}%
   \TYPE{\the\toks0.}%
 }

 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 % Test the order of expansion.  The example was given in the original
 % question that led to writing this package.  For the record, this
 % package (at some point) used 32 |\expandafter| to do the expansion
 % in the right order, which was better than other approaches; however
 % this counting ignores the large overheads due to other primitives.
 \OMIT
 \def\a#1.{#1}
 \def\b#1:{#1.}
 \def\c#1,{#1:}
 \def\d{Hello world!,}
 \TIMO
 %
 \TEST{MultiExpandAfter order}{%
   \toks0\MultiExpandAfter{3}{%
     \MultiExpandAfter{3}\a
     \MultiExpandAfter{3}\b
     \MultiExpandAfter{1}\c
     \d}%
   \TYPE{\the\toks0}%
 }

 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 % The other example from the same question (expanding seven tokens once
 % each in the reverse order) takes 74 \expandafter.
 \OMIT
 \def\b.{.b}    \def\c.{.c}    \def\d.{.d}
 \def\e.{.e}    \def\f.{.f}    \def\g.{.g}
 \TIMO
 %
 \TEST{MultiExpandAfter order (2)}{%
   \toks0\MultiExpandAfter{2}{%
     \MultiExpandAfter3\a    \MultiExpandAfter3\b
     \MultiExpandAfter3\c    \MultiExpandAfter3\d
     \MultiExpandAfter3\e    \MultiExpandAfter1\f\g.}%
   \TYPE{\the\toks0}%
 }

 \END
%% 
%% Copyright (C) 2011-2015 by Bruno Le Floch <blflatex@gmail.com>
%% 
%% This work may be distributed and/or modified under the
%% conditions of the LaTeX Project Public License (LPPL), either
%% version 1.3c of this license or (at your option) any later
%% version.  The latest version of this license is in the file:
%% 
%% http://www.latex-project.org/lppl.txt
%% 
%% This work is "maintained" (as per LPPL maintenance status) by
%% Bruno Le Floch.
%% 
%% This work consists of the file  multiexpand.dtx
%% and the derived files           multiexpand.ins,
%%                                 multiexpand.pdf and
%%                                 multiexpand.sty.
%% 
%%
%% End of file `multiexpand002.lvt'.