Minor cleanup for PDF.

LysKom/ProtocolA.lhs

@@ -56,16 +56,18 @@ commentParser = Comment <$> (char '#' *> whitespaces *> manyTill anyChar eol)
 \item[version] strings. Mostly ignored
 \begin{code}
 protoEditionParser :: GenParser Char () ProtocolAItem
-protoEditionParser = fmap ProtoEdition $
-                            string "%PROTOEDITION" *> whitespaces *> word
+protoEditionParser
+    = fmap ProtoEdition $ string "%PROTOEDITION" *> whitespaces *> word
 
 protoVerParser :: GenParser Char () ProtocolAItem
-protoVerParser = fmap ProtoVer $
-                            string "%PROTOVER" *> whitespaces *> word
+protoVerParser
+    = fmap ProtoVer $ string "%PROTOVER" *> whitespaces *> word
 
 lysKomDVersionParser :: GenParser Char () ProtocolAItem
-lysKomDVersionParser = fmap LysKomDVersion $
-                            string "%LYSKOMDVERSION" *> whitespaces *> word
+lysKomDVersionParser
+    = fmap LysKomDVersion $ string "%LYSKOMDVERSION"
+                            *> whitespaces
+                            *> word
 \end{code}
 
 \item[aliases], which come in three variants, all handled through a simple helper.

LysKom/ProtocolA/Types.lhs

@@ -212,7 +212,8 @@ selection (
 selectionFieldParser :: GenParser Char () (Int, String, (String, LysType))
 selectionFieldParser
      =  (,,)
-    <$> (intParser <* char '=') <*> (withWS word)
+    <$> (intParser <* char '=')
+    <*> withWS word
     <*> structFieldParser <* whitespaces
 
 selectionTypeParser :: GenParser Char () LysType

doc/main.tex

@@ -58,9 +58,6 @@ Frist step is to take the specification of Protocol A and parse it into
 something we can handle. Ideally a ready made parser would be useful, but the
 variant of ASN.1 (Abstract Syntax Notation One) which was used is slightly non-standard.
 
-See appendix~\ref{app:ast} for sample output for all parsers defined in this
-chapter.
-
 \input{lhs/LysKom/ProtocolA.lhs}
 \input{lhs/LysKom/ProtocolA/Types.lhs}
 \input{lhs/LysKom/ProtocolA/Requests.lhs}
@@ -78,9 +75,6 @@ Haskell code from it. Now we start actually looking towards actual data!
 \label{sec:datatype}
 \input{lhs/Datatype.lhs}
 
-\section{Notes}
-\input{lhs/Notes.lhs}
-
 \chapter {Binding it Together}
 \label{cha:binding}
 
@@ -93,15 +87,6 @@ Haskell code from it. Now we start actually looking towards actual data!
 We need some extra functions for making everything else go together.
 This includes extra parsers, a main method, and code for other things.
 
-\input{lhs/LysKom/ProtocolA/Helpers.lhs}
-
-\chapter {AST examples}
-\label{app:ast}
-Here follows some examples on syntax trees constructed from the parser
-detailed in chapter~\ref{cha:bnfast}. The section isn't really necessary, but
-should be good as a reference when figuring out how the parser contraction
-works.
-
-\input{lhs/Ast.lhs}
+\lstinputlisting{lhs/LysKom/ProtocolA/Helpers.hs}
 
 \end{document}