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README.md
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# A Modern Architecture for High-Level Constraint Modelling Languages # A Modern Architecture for Constraint Modelling Languages
*Jip J. Dekker* *Jip J. Dekker*
This is the repository containing Jip J. Dekker's PhD thesis: "A Modern Architecture for High-Level Constraint Modelling Languages" This is the repository containing Jip J. Dekker's PhD thesis: "A Modern Architecture for Constraint Modelling Languages"
## Status Report ## Status Report
| Ch. | Title | State | | Ch. | Title | State |
|-----|------------------------------------------|---------------------------------| |-----|------------------------------------------|---------------------------------|
| | Abstract | 🆕 Blank | | | Abstract | 📖 Ready for reading |
| 1 | Introduction | ⏳ Sent to Peter | | 1 | Introduction | ⏳ Sent to Peter |
| 2 | Background | 🚧 Received feedback from Guido | | 2 | Background | 🚧 Received feedback from Guido |
| 3 | Rewriting Constraint Modelling Languages | 📖 No planned work | | 3 | Rewriting Constraint Modelling Languages | 📖 No planned work |
| 4 | Reasoning about Reification | ⏳ Sent to Guido | | 4 | Reasoning about Reification | 🚧 Received feedback from Guido |
| 5 | Incremental Constraint Modelling | ⏳ Sent to Guido | | 5 | Incremental Constraint Modelling | ⏳ Sent to Guido |
| 6 | Conclusions | ⏳ Sent to Julie | | 6 | Conclusions | 🚧 Received feedback from Guido |
| A1 | MiniZinc Syntax | 📖 No planned work | | A1 | MiniZinc Syntax | 📖 No planned work |
| A2 | Experiment Resources | 📖 Awaiting final changes | | A2 | Experiment Resources | 📖 Awaiting final changes |

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chapters/3_rewriting_preamble.tex
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@ -4,7 +4,7 @@ We show how this tool chain allows us to:
\begin{itemize} \begin{itemize}
\item efficiently rewrite high-level \cmodels{} with \textbf{minimal overhead}, \item efficiently rewrite \cmodels{} with \textbf{minimal overhead},
\item easily integrate a range of \textbf{optimisation and simplification} techniques, \item easily integrate a range of \textbf{optimisation and simplification} techniques,

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chapters/6_conclusions.tex
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@ -17,7 +17,7 @@ These improvements focus on the performance of the \gls{rewriting} process in ge
This chapter presents the conclusions of this thesis. This chapter presents the conclusions of this thesis.
We present a summary of the research and its contributions and discuss the future work arising from them. We present a summary of the research and its contributions and discuss the future work arising from them.
\paragraph{Rewriting Architecture} In \cref{ch:rewriting}, we presented the principle contribution of this thesis: \textbf{an architectural design for the rewriting of a high-level \cml{}}. \paragraph{Rewriting Architecture} In \cref{ch:rewriting}, we presented the principle contribution of this thesis: \textbf{an architectural design for the rewriting of a \cml{}}.
We introduced a transformation language \microzinc{}, a minimal describe to describe how an \instance{} is transformed into a \gls{slv-mod}. We introduced a transformation language \microzinc{}, a minimal describe to describe how an \instance{} is transformed into a \gls{slv-mod}.
At the core of this architecture lie formal rewriting rules for the \microzinc{} against which an implementation can be checked. At the core of this architecture lie formal rewriting rules for the \microzinc{} against which an implementation can be checked.
The transformation required for a complex \cml{}, such as \minizinc{}, can be reduced to \microzinc{} and as such enjoy the same guarantees. The transformation required for a complex \cml{}, such as \minizinc{}, can be reduced to \microzinc{} and as such enjoy the same guarantees.

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chapters/A2_benchmark.tex
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@ -45,7 +45,7 @@ This repository contains the benchmarks for both \gls{gecode} and \gls{chuffed}.
\section{Software}% \section{Software}%
\label{sec:bench-soft} \label{sec:bench-soft}
Central to the experiments in this thesis are two kinds of programs: programs that rewrite a high-level \constraint{} model into a \solver{} specification and the \solvers{} that given a specification search for solutions. Central to the experiments in this thesis are two kinds of programs: programs that rewrite a \constraint{} model into a \solver{} specification and the \solvers{} that given a specification search for solutions.
We generally test the rewriting programs, in particular the \minizinc{} flattener, but use the \solvers{} to evaluate the effect of changes to these rewriting programs. We generally test the rewriting programs, in particular the \minizinc{} flattener, but use the \solvers{} to evaluate the effect of changes to these rewriting programs.
\subsection{MiniZinc Flattener} \subsection{MiniZinc Flattener}

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dekker_preamble.tex
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@ -7,7 +7,7 @@ listof=totoc,
toc=bib, toc=bib,
]{scrreprt} ]{scrreprt}
\title{Preamble of A Modern Architecture for High-Level Constraint Modelling Languages} \title{Preamble of A Modern Architecture for Constraint Modelling Languages}
\author{Jip J. Dekker} \author{Jip J. Dekker}
\input{assets/packages} \input{assets/packages}

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dekker_thesis.tex
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@ -7,7 +7,7 @@ listof=totoc,
toc=bib, toc=bib,
]{scrbook} ]{scrbook}
\title{A Modern Architecture for Functional Constraint Modelling Languages} \title{A Modern Architecture for Constraint Modelling Languages}
\author{Jip J. Dekker} \author{Jip J. Dekker}
\input{assets/packages} \input{assets/packages}
@ -35,7 +35,7 @@ toc=bib,
{% {%
\usekomafont{title}{% \usekomafont{title}{%
\Huge% \Huge%
A Modern Architecture for High-Level Constraint Modelling Languages% A Modern Architecture for \\Constraint Modelling Languages%
\par \par
}% }%
} }