I couldn't run the pdflatex command for some reason but I opened the file in MikTex manually and it compiled to a blank pdf. So here is the source code for that file (sorry, it's probably annoying to read)-
\documentclass[11pt]{article}
\usepackage[dvips,verbose,voffset=0pt,hoffset=0pt,textwidth=171.32mm,textheight=1713.2mm]{geometry}
\usepackage{hyperref}
\usepackage{setspace}
\usepackage[fleqn]{amsmath}
\usepackage{color}
\usepackage{etoolbox}
\usepackage{amssymb}
%\usepackage{inconsolata}
\usepackage[parfill]{parskip}
%\usepackage{tableaux}
\def\specialcolon{\mathrel{\mathop{:}}\hspace{-.5em}}
\renewcommand{\bar}[1]{\overline{#1}}
\newcommand{\algorithm}[2]{{\tt\Large\detokenize{#1}}\[1ex]
{\emph{#2}}\[1ex]
}
\newcommand{\property}[2]{{\tt\Large\detokenize{#1}}\[1ex]
{\emph{#2}}\[1ex]
}
\newcommand{\algo}[1]{{\tt \detokenize{#1}}}
\newcommand{\prop}[1]{{\tt \detokenize{#1}}}
% Math expressions wrapped in \brwrap will get typeset with
% round brackets around them, which have the appropriate size.
% The expression itself can still be broken over multiple lines.
\newcommand\brwrap[3]{%
\setbox0=\hbox{$#2$}
\left#1\vbox to \the\ht0{\hbox to 0pt{}}\right.\kern-.2em
\begingroup #2\endgroup\kern-.15em
\left.\vbox to \the\ht0{\hbox to 0pt{}}\right#3
}
%\message{\meaning\brwrap{\frac{A}{B}}}
\everymath{\makeatletter\def\old@comma{,}\catcode`\,=13 \def,{%
\ifmmode\old@comma\discretionary{}{}{}\else\old@comma\fi}\makeatother}
% \left.\vbox to \brwrapht {\hbox to 0pt{!}}\right)%
% Long formulas are much easier to read if they break such that
% the '+' or '-' sign ends up on the next line, not at the end
% of the previous
% \makeatletter
% \newcommand{\DeclareMathActive}[2]{%
% % #1 is the character, #2 is the definition
% \expandafter\edef\csname keep@#1@code\endcsname{\mathchar\the\mathcode#1 } % \begingroup\lccode~=#1\relax % \lowercase{\endgroup\def~}{#2}% % \AtBeginDocument{\mathcode#1="8000 }%
% }
%
% \DeclareMathActive{+}{\mathbreak\std{+}}
%
% \newcommand{\std}[1]{\csname keep@#1@code\endcsname}
% \patchcmd{\newmcodes@}{\mathcode\-\relax}{\std@minuscode\relax}{}{\ddt} % \AtBeginDocument{\edef\std@minuscode{\the\mathcode-}}
% \makeatother
%
% \def\mathbreak{\discretionary{}{}{}}
%
% Typesetting Young tableaux, originally in a separate style
% file, now included to avoid path searching problems.
% Some internals for the typesetting macros below; nothing
% user-servicable here; please read on.
\def\@tabforc#1#2#3{\expandafter\tabf@rc\expandafter#1{#2 \^}{#3}}
\def\tabf@@rc#1#2#3\tabf@@rc#4{\def#1{#2}#4\tabf@rc#1{#3}{#4}}
\long\def\ReturnAfterFi#1\fi{\fi#1}
\def\tabf@rc#1#2#3{%
\def\temp@ty{#2}%
\ifx\@empty\temp@ty
\else
\ReturnAfterFi{%
\tabf@@rc#1#2\tabf@@rc{#3}%
}%
\fi
}%
% Sorry, some global registers for sizes and keeping track of
% measurements.
\newdimen\ytsize\ytsize=2mm
\newdimen\ytfsize\ytfsize=4mm
\newcount\repcnt
\newdimen\acchspace
\newdimen\accvspace
\newdimen\raiseh
\newdimen\maxw
\newcommand\phrule[1]{\hbox{\vbox to0pt{\hrule height .2pt width#1\vss}}}
% Typeset a Young tableau with filled boxes. Takes a single
% argument which is a string of symbols for each row,
% separated by commas. Examples:
%
% \ftableau{abc,de}
% \ftableau{ab{d_2},f{g_3}}
\newcommand\ftableau[1]{%
\def\ctest{,}
\def\Ktest{\^}
\acchspace=0ex
\accvspace=0ex
\maxw=0ex
\vbox{\hbox{%
\@tabforc\thisel{#1}{%
\ifx\thisel\Ktest{%
\ifnum\maxw=0\maxw=\acchspace\fi%
\raisebox{\accvspace}{\vbox to \ytfsize{\hbox to
0pt{\vrule height \ytfsize\hss}}}\kern\acchspace\kern-\maxw}
\else\ifx\thisel\ctest
\ifnum\maxw=0\maxw=\acchspace\fi%
\raisebox{\accvspace}{\vbox to \ytfsize{\hbox to 0pt{\vrule height \ytfsize\hss}}}%
\kern\acchspace\acchspace=0ex
\advance\accvspace by -\ytfsize
\else
\setbox3=\hbox{$\thisel$}%
\raiseh=\ytfsize%
\advance\raiseh by -1ex%
\divide\raiseh by 2%
\advance\acchspace by-\ytfsize%
\raisebox{\accvspace}{\vbox to \ytfsize{\hrule\hbox to%
\ytfsize{\vrule height \ytfsize\hskip.5ex%
\raisebox{\raiseh}{\tiny$\thisel$}\hss}\vss\phrule{\ytfsize}}}%
\fi\fi}}}}
% Typeset a Young tableau with unlabelled boxes. Takes a single
% argument which is a string of numbers, one for the length of
% each row of the tableau. Example:
%
% \tableau{{10}{8}{3}}
%
% typesets a tableau with 10 boxes in the 1st row, 8 in the 2nd
% and 3 in the 3rd. Curly brackets can be omitted if numbers
% are less than 10.
\newcommand\tableau[1]{%
\def\stest{ }
\def\Ktest{\^}
\acchspace=0ex
\accvspace=0ex
\maxw=0ex
\hbox{%
\@tabforc\thisel{#1}{%
\ifx\thisel\Ktest{}
\else
\repcnt=\thisel%
\loop{}%
\advance\acchspace by-\ytsize%
\raisebox{\accvspace}{\vbox to \ytsize{\hrule \hbox to%
\ytsize{\vrule height \ytsize\hss}\vss\phrule{\ytsize}}}%
\advance\repcnt by -1\ifnum\repcnt>1{}\repeat%
\ifnum\maxw=0\maxw=\acchspace\fi%
\raisebox{\accvspace}{\vbox to \ytsize{\hbox to 0pt{\vrule height \ytsize\hss}}}%
\kern\acchspace\acchspace=0ex%
\advance\accvspace by -\ytsize%
\fi}\kern-\maxw}}
% Document start.
\begin{document}
\pagestyle{empty}\everymath{\displaystyle}
\renewcommand{\arraystretch}{1.2}
\tolerance=10000
\relpenalty=10
\binoppenalty=10
\hyphenpenalty=10
\raggedright
% Ensure that maths broken over multiple lines has a bit of spacing
% between lines.
\lineskiplimit=0mm
\lineskip=1.5ex
{\color{red}{\begin{verbatim}SyntaxError: ('unexpected character after line continuation character', ('', 2, 4, '\mu\n'))\end{verbatim}}}
\eject
\end{document}