\RequirePackage{html}
\RequirePackage{alltt}
\ProvidesPackage{tcode}
    [2003/08/01 TCode]

\latex{
\newcommand{\param}[2]{\paragraph{\texttt{#1}: }#2}
\newcommand{\blocktag}[2]{\paragraph{\texttt{#1}: }#2}
\newcommand{\return}[1]{\paragraph{\textbf{Returns} }#1}
\newcommand{\exception}[2]{\paragraph{\texttt{#1}: }#2}
\def\bs{\char92}
\newcommand{\htsum}{\sum}
\newcommand{\htint}{\int}
\newcommand{\htprod}{\prod}
}

%\def\defmodule#1 {\addcontentsline{toc}{subsection}{#1} \markboth{#1}{#1}
%   \centerline {\LARGE\bf #1}\bigskip \thispagestyle{nomark}}
\def\defclass#1 {\section*{\centerline {\LARGE\bf #1}}\bigskip
  \markboth{#1}{#1}\thispagestyle{nomark}
   \addcontentsline{toc}{subsection}{#1}}
\let\defmodule=\defclass

\newcommand{\guisec}[1]{\vspace{20pt}
\noindent\hrulefill\hspace{10pt}{\bf #1}\hspace{10pt}\hrulefill
\vspace{10pt}\nopagebreak}

\newif\ifdetailed\detailedtrue
\def\detailed{\begingroup\setbox0=\vbox\bgroup\smallskip}
\def\enddetailed{\egroup\ifdetailed\unvbox0\fi\endgroup}

\def\citep{\@ifnextchar [{\@tempswatrue\@citexp}{\@tempswafalse\@citexp[]}}


{\obeyspaces\gdef {\ }}
\def\setverbatim{\def\par{\leavevmode\endgraf}
            \parskip=0pt\parindent=0pt\obeylines\obeyspaces }
\chardef\other=12
\def\ttverbatim{\setverbatim\tt
       \catcode`~=\other
       \catcode`\{=\other \catcode`\}=\other \catcode`\_=\other
       \catcode`\^=\other \catcode`\$=\other \catcode`\%=\other
       \catcode`\#=\other \catcode`\&=\other \baselineskip=11pt
       }
    % Reproduit tel quel ce qui est ecrit, en caracteres \tt.
    % On doit faire  \begingroup\ttverbatim   ....  \endgroup
\def\smallttverbatim{\ttverbatim\small\tt}
\def\code {\vfil\vfilneg\vbox\bgroup\ttverbatim}
\def\longcode {\vfil\vfilneg\bgroup\ttverbatim}
\def\smallc {\small\tt\baselineskip=9.5pt}
\def\footc {\footnotesize\tt\baselineskip=9.0pt}
\def\smallcode {\code\smallc}
\let\endcode=\egroup
\let\endlongcode=\egroup
\let\vcode=\code
\let\endvcode=\egroup


% \latex{\def\bs{\char92}}
% \html{\def\bs{\rawhtml\\endrawhtml}}


% Changes @ into an ordinary character.
\makeatletter

%\def\latexonly{}
%\def\endlatexonly{}

% We define a TeX command that takes anything as an argument.
% But the argument must be followed by some predetermined string.
% Strongly inspired from the LaTeX verbatim environment
% Some catcodes must be changed to allow \, { and } inside
% that string. Without any change, this would be processed as a
% control sequence instead of a normal string.
% Here, the group is not a macro and the tokens are
% processed, so the catcode changes have immediate effect.
\begingroup \catcode `|=0 \catcode `[= 1
\catcode`]=2 \catcode `\{=12 \catcode `\}=12
\catcode`\\=12 |gdef|@xhideenv#1\end{hide}[|end[hide]]
|gdef|@xhide#1\endhide[|endhide]
|endgroup

% This command activates the verbatim mode that will allow
% the command defined above to take paragraphs as its argument, not
% only one line of text as in usual cases. The catcode of
% every special character, including escape, is changed to other
% so no LaTeX command will be processed. The commands following
% the \let\do line has effect even if \ is redefined because
% the \@hide command's definition was tokenized before the catcodes
% change.
\def\@hide{\ttverbatim
  \let\do\@makeother \dospecials
%\obeylines
  \everypar \expandafter{\the\everypar \unpenalty}%
\@vobeyspaces
}

% To make an environment that hides its contents, we put
% the contents into box0 instead of the outer vertical list.
% If full is set to true, the boxing will be undone and
% the contents, moved to the outer vertical list.
% The outer grouping allows the box to be local to the
% environments. With boxes like that, nesting is allowed.
\newif\ifhide\hidetrue
\def\hide{\begingroup\setbox0=\vbox\bgroup\smallskip}
% \def\endhide{\egroup\iffull\unvbox0\fi\endgroup}
\def\endhide{\egroup\ifhide\else\unvbox0\fi\endgroup}
%  perhaps  \iffull ...\fi  -->  \ifhide\else ... \fi


% Here, we use a different strategy because no command processing
% must occur. First, verbatim mode is enabled and a special
% command is called. This command takes one argument and
% must be followed by \end{htmlonly}. The argument, which is the
% contents of the environment, will be discarded without processing.
% This technique is strongly inspired from the LaTeX verbatim
% environment.
%\def\htmlonly{\begingroup\@hide \@xhtmlonly}
%\def\endhtmlonly{\endgroup}

% When tokenizing the definition of code command,
% TeX must know that { and } can be part of a TeX command,
% [ and ] must become group delimiters.
% These changes will apply to a group defined here, not
% for the content inside the code environment.
% Inside the code command, we must redefine the catcode.
% When the macro is expanded, it will execute the catcode tokens,
% changing again { and } to make them ``letters''.
\begingroup
\catcode`\{=11
\catcode`\}=11
\catcode`\[=1
\catcode`\]=2
\gdef\@code[\ttverbatim
\let\@xh=\@xhide
\def\hide[\bgroup
  \let\do\@makeother \dospecials
  \everypar \expandafter[\the\everypar \unpenalty]%
  \@vobeyspaces \@xh]
\def\endhide[\egroup\let\@xh=\@xhide]
\catcode`\{=11
\catcode`\}=11
\def\begin{hide}[\let\@xh=\@xhideenv
\begin[hide]]
]
\gdef\code[\vfil\vfilneg\vbox\bgroup\@code
\def\end{code}[\end[code]]]
\gdef\longcode[\vfil\vfilneg\bgroup\@code
\def\end{longcode}[\end[longcode]]]
\gdef\smallcode[\code\smallc
\def\end{smallcode}[\end[smallcode]]]
\gdef\vcode[\code
\def\end{vcode}[\end[vcode]]]
\gdef\longvcode[\longcode
\def\end{longvcode}[\end[longvcode]]]
\endgroup
\def\endcode{\egroup}
\def\endlongcode{\egroup}
\def\endsmallcode{\egroup}
\def\endvcode{\egroup}
\def\endlongvcode{\egroup}

%%  This is adapted from \boxedverbatim in moreverb.sty
\def\boxedverbatiminput#1{%
  \def\verbatim@processline{%
    {\setbox1=\hbox{\the\verbatim@line}%
    \hsize=\wd0 \the\verbatim@line\par}}%
  \@minipagetrue%%%DPC%%%
  \@tempswatrue%%%DPC%%%
  \setbox0=\vbox\bgroup \verbatiminput{#1}\egroup
  \centerline{\fbox{\box0}}%
}

\makeatother

\def\parup{\nobreak\vskip -2pt\nobreak}
\def\tab{\begingroup\small\parindent=0pt%
   \advance\leftskip by 1.5em\parup}
\def\tabb{\begingroup\small\parindent=0pt%
   \advance\leftskip by 3.0em\parup}
\def\tabbb{\begingroup\small\parindent=0pt%
   \advance\leftskip by 4.5em\parup}
\def\endtab{\vskip 0.01pt\advance\leftskip by -1.5em\normalsize%
    \endgroup}
\def\endtabb{\vskip 0.01pt\advance\leftskip by -3.0em\normalsize%
    \endgroup}
\def\endtabbb{\vskip 0.01pt\advance\leftskip by -4.5em\normalsize%
    \endgroup}

% The class and externalclass macros could be merged if it was
% possible to react differently if an optional argument is absent.
% TeX, unfortunately, does not support overloading of macros.
% class could have an optional argument for the package.
% If it is specified, we format \texttt{package.class}.
% If not, we format \texttt{class}. To have that work,
% we would have to force the user to append a period after
% the package name (\class[package.]{class}).
\def\class#1{\texttt{#1}}
\def\externalclass#1#2{\texttt{#2}}

% The same type of problem happens here.
% Signature could be turned into an optional argument,
% but it would have to go at the beginning of the method,
% which is not intuitive. (e.g. \method[double]{density})
\def\method#1#2{\texttt{#1}}
% We have to choose whether the name of the class will be prepended
% before the name of the method.  This increases the quantity
% of long typed-text names that result in overfull hboxe.
% In Javadoc, since the name is an hyperlink, the class name is
% less a necessity. So in general, it is not required. One can
% prepend it manually before the \externalmethod if needed.
\def\externalmethod#1#2#3#4{\texttt{#3}}
\def\clsexternalmethod#1#2#3#4{\texttt{#2}\discretionary{}{}{}\texttt{.#3}}
\def\unmoved{\relax}