Miscellaneous edits to the book.

docs/ProgrammingCryptol/aes/AES.tex

@@ -411,15 +411,15 @@ Write a function
   gf28Inverse : GF28 -> GF28
 \end{code}
 to compute the multiplicative inverse of a given element by raising it
-to the power $254$. Note that {\tt gf28Inverse} must map $0$ to
-$0$. Do you have to do anything special to make sure this happens?
+to the power \texttt{254}. Note that {\tt gf28Inverse} must map \texttt{0} to
+\texttt{0}. Do you have to do anything special to make sure this happens?
 \end{Exercise}
 \begin{Answer}\ansref{ex:gfmi:01}
 \begin{code}
   gf28Inverse x = gf28Pow (x, 254)
 \end{code}
-We do not have to do anything special about $0$, since our {\tt
-  gf28Inverse} function yields $0$ in that case:
+We do not have to do anything special about \texttt{0}, since our
+\texttt{gf28Inverse} function yields \texttt{0} in that case:
 \begin{Verbatim}
   Cryptol> gf28Inverse 0
   0x00
@@ -429,10 +429,10 @@ We do not have to do anything special about $0$, since our {\tt
 \begin{Exercise}\label{ex:gfmi:1}
   Write and prove a property {\tt gf28InverseCorrect}, ensuring that
   {\tt gf28Inverse x} does indeed return the multiplicative inverse of
-  {\tt x}.  Do you have to do anything special when {\tt x} is $0$?
+  {\tt x}.  Do you have to do anything special when {\tt x} is \texttt{0}?
 \end{Exercise}
 \begin{Answer}\ansref{ex:gfmi:1}
-  Since $0$ does not have a multiplicative inverse, we have to write a
+  Since \texttt{0} does not have a multiplicative inverse, we have to write a
   conditional property:
 \begin{code}
   property gf28InverseCorrect x =
@@ -726,7 +726,7 @@ We have:
   Q.E.D.
   AES> :check DPDist : [10]GF28 -> [10]GF28 -> [10]GF28 -> Bit
   Using random testing.
-  passed 1000 tests.
+  Passed 1000 tests.
 \end{Verbatim}
 \todo[inline]{Revisit after \ticket{207} is addressed.}
   % \verb+[Coverage: 0.00%. (1000/17668470647783843295832975007429185158274838968756189 ...58121606201292619776)]+

docs/ProgrammingCryptol/enigma/Enigma.tex

@@ -40,7 +40,7 @@ interchangeable scramblers, and a fixed reflector.
 Enigma essentially implements a polyalphabetic substitution cipher
 (\autoref{section:subst})\indPolyAlphSubst, consisting of a number
 of rotating units that jumble up the alphabet.  The first component is
-the so called plugboard ({\em steckerbrett} in
+the so called plugboard (\textit{Steckerbrett} in
 German)\indEnigmaPlugboard. In the original Enigma, the plugboard
 provided a means of interchanging 6 pairs of letters. For instance,
 the plugboard could be set-up so that pressing the {\tt B} key would
@@ -116,7 +116,7 @@ locations:\footnote{The function {\tt elem} was defined in \exerciseref{ex:recfu
 \begin{code}
   mkRotor : {n} (fin n) => (Permutation, String n) -> Rotor
   mkRotor (perm, notchLocations) = [ (p, elem (p, notchLocations))
-                                    | p <- perm
+                                   | p <- perm
                                    ]
 \end{code}
 \todo[inline]{A diagram here would be really useful, especially one
@@ -568,10 +568,10 @@ well (compare this code to {\tt joinRotors}, defined in
 \begin{code}
   backSignal : {n} (fin n) => ([n]Rotor, Char) -> Char
   backSignal (rotors, inputChar) = cs ! 0
-    where 
+    where
       cs = [inputChar] # [  substBwd ([ p | (p, _) <- r ], c)
-                          | r <- reverse rotors
-                          | c <- cs
+                         | r <- reverse rotors
+                         | c <- cs
                          ]
 \end{code}
 Note that we explicitly reverse the rotors in the definition of {\tt

docs/ProgrammingCryptol/technicalities/Install.tex

@@ -80,7 +80,7 @@ numbers corresponding to the letters.
 \begin{Exercise}\label{ex:helloWorld2}
 Try the above exercise, after first issuing the following command:
 \begin{Verbatim}
-  Cryptol> :set ascii=on 
+  Cryptol> :set ascii=on
 \end{Verbatim}
 Why do you think this is not the default behavior?\indSettingASCII
 \end{Exercise}
@@ -166,9 +166,9 @@ considered good practice.\indSignature
 
 \paragraph*{Polymorphism}
 Cryptol functions can be polymorphic, which means they can operate on
-many different types.  Beware that the type which Cryptol infers might
+many different types.  Beware that the type that Cryptol infers might
 be too polymorphic, so it is good practice to write your signatures,
-or at least check what Cryptol inferred is what you had in
+or at least check that what Cryptol inferred is what you had in
 mind.\indPolymorphism\indSignature
 
 \paragraph*{Module system} 

docs/ProgrammingCryptol/technicalities/TechAppendix.tex

@@ -63,9 +63,9 @@ considered good practice.\indSignature
 
 \paragraph*{Polymorphism}
 Cryptol functions can be polymorphic, which means they can operate on
-many different types.  Be aware that the type which Cryptol infers might
+many different types.  Be aware that the type that Cryptol infers might
 be too polymorphic, so it is good practice to write your signatures,
-or at least check what Cryptol inferred is what you had in
+or at least check that what Cryptol inferred is what you had in
 mind.\indPolymorphism\indSignature
 
 \paragraph*{Module system}
@@ -100,7 +100,7 @@ You can feed \LaTeX~files to Cryptol (i.e., files with extension
 \texttt{.tex}).  Cryptol will look for \verb|\begin{code}| and
 \verb|\end{code}| marks to extract Cryptol code.  Everything else
 will be comments as far as Cryptol is concerned.  In fact, the book
-you are reading is a Literate Cryptol program.\indLiterateProgramming
+you are reading is a literate Cryptol program.\indLiterateProgramming
 
 \todo[inline]{Discuss Cryptol support for literate Markdown. Use ticks to
   delimit code blocks in Markdown layout.  Talk with Trevor.}
@@ -203,8 +203,8 @@ We want to write: ``You set your favorite editor by :set
   editor=/path/to/editor.''}
 
 \paragraph*{Running shell commands}
-You can run Unix shell commands from within Cryptol like this: {\tt :!
-  cat test.cry}.\indCmdShell
+You can run Unix shell commands from within Cryptol like this:
+\texttt{:!~cat test.cry}.\indCmdShell
 
 \paragraph*{Changing working directory}
 You can change the current working directory of Cryptol like this:
@@ -240,8 +240,8 @@ The \texttt{:sat} command uses an external SAT solver to attempt to
 find a satisfying assignment to a property.  See~\autoref{sec:sat} for
 more detailed information.
 
-\paragraph*{Type specialization}
-Discuss \texttt{:debug\_specialize}.  \todo[inline]{Dylan?}
+% \paragraph*{Type specialization}
+% Discuss \texttt{:debug\_specialize}.  \todo[inline]{Dylan?}
 
 %=====================================================================
 %\section{Using Cryptol: The Big Picture}