\stopdesc
Using this set of types, all types in basic Haskell can be represented.
-
\todo{Overview of polymorphism with more examples (or move examples
- here)}.
+ here)}
\section[sec:prototype:statetype]{State annotations in Haskell}
As noted in \in{section}[sec:description:stateann], Cλash needs some
(state) variables} and \emph{substate variables}, which will be
defined in the rules themselves.
+ These rules describe everything that can be done with state
+ variables and state-containing variables. Everything else is
+ invalid.
+
\startdesc{State variables can appear as an argument.}
\startlambda
avg = λi.λspacked. ...
\stopbuffer
\placeexample[][ex:AccStateVHDL]{\VHDL\ generated for acc from \in{example}[ex:AvgState]}
- {\typebuffer[AccStateVHDL]}
+ {\typebuffervhdl{AccStateVHDL}}
\placeexample[][ex:AvgStateVHDL]{\VHDL\ generated for avg from \in{example}[ex:AvgState]}
- {\typebuffer[AvgStateVHDL]}
+ {\typebuffervhdl{AvgStateVHDL}}
% \subsection{Initial state}
% How to specify the initial state? Cannot be done inside a hardware
% function, since the initial state is its own state argument for the first
% Define \hs
\definetype[hs][option=HASKELL,style=mono]
+% Define \startvhdl \stopvhdl
+\definetyping[vhdl][numbering=line,before={\startboxed},after={\stopboxed}]
+
% Type the given buffer with the lambda typing style.
% e.g., \typebufferlam{buffname}
\define[1]\typebufferlam{
\setuptyping[option=none,style=\tttf,strip=auto]
}
+% Type the given buffer with the vhdl typing style.
+% e.g., \typebuffervhdl{buffname}
+\define[1]\typebuffervhdl{
+ % We can't use \startvhdl here defined by definetyping[vhdl] above when
+ % typing buffers, so instead we'll redefine the options here.
+ \setuptyping[style=mono,strip=auto,numbering=line]
+ \startboxed
+ \typebuffer[#1]
+ \stopboxed
+ % Reset the typing options
+ \setuptyping[option=none,style=\tttf,strip=auto]
+}
+
% Display a useMPgraphic in a pretty box
\define[1]\boxedgraphic{
\startboxed