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feat(dissertation): write checklist tester designing subsection in full

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pub/dissertation/chapters/design.tex
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@ -99,7 +99,7 @@ Since \textit{VDMJ} version 4.5.0, the VDM interpreter has included the \textit{
which is an automated testing tool to prove and find counter examples to specifications.~\cite{quickcheck} which is an automated testing tool to prove and find counter examples to specifications.~\cite{quickcheck}
There were multiple counter examples that was produced by \textit{QuickCheck} that aided There were multiple counter examples that was produced by \textit{QuickCheck} that aided
the development of the formal model, as the \lstinline|qc|\footnote{The command to run \textit{QuickCheck} on the formal model in \textit{VDMJ}} the development of the formal model, as the \lstinline|qc|\footnote{The command to run \textit{QuickCheck} on the formal model in \textit{VDMJ}.}
command in \textit{VDMJ} every time a new function was created to find potential counter command in \textit{VDMJ} every time a new function was created to find potential counter
examples and fix them. examples and fix them.
Checking every time when creating a new function was useful as it would avoid having to Checking every time when creating a new function was useful as it would avoid having to
@ -108,22 +108,42 @@ refactor more of the model.
%%%%% CHECKLIST TESTER %%%%% %%%%% CHECKLIST TESTER %%%%%
\section{Checklist Tester} \section{Checklist Tester}
Brief overview of what it is supposed to do... % TODO The Checklist Tester is what provides a Graphical User Interface (GUI) for defining
checklists to be tested, and to run the tests on the checklist.
It is also responsible for connecting the Formal Method and the Simulator Connector Plugin
together.
\subsection{Designing} \subsection{Designing}
\begin{itemize} % \begin{itemize}
\item Used Figma to create a design for the application % \item Used Figma to create a design for the application
\item Allows for implementing the front end to be faster because: % \item Allows for implementing the front end to be faster because:
\begin{itemize} % \begin{itemize}
\item They act as a requirement for code % \item They act as a requirement for code
\item You do not forget what needs to be implemented % \item You do not forget what needs to be implemented
\item Keeps everything consistent % \item Keeps everything consistent
\item Allows to think about making parts of the GUI modular and what components can be reused % \item Allows to think about making parts of the GUI modular and what components can be reused
\end{itemize} % \end{itemize}
\item Figma allows for plugins such as Material 3 colours and Material 3 components % \item Figma allows for plugins such as Material 3 colours and Material 3 components
\item \autoref{fig:figma-gui} is the final design that will be used for the % \item \autoref{fig:figma-gui} is the final design that will be used for the
program % program
\end{itemize} % \end{itemize}
Creating an interface design before creating the GUI is useful as it is a form of
requirements for the code.
\textit{Figma} was used to create the design for the GUI as there is support for plugins
and having a marketplace for components. This saved a lot of time in designing as
Google provides components for \textit{Material 3}%
\footnote{Material 3 is a design system which is used in Compose Multiplatform UI Framework.}
and a plugin for creating a colour scheme for \textit{Material 3}.
Having this design was useful as it aided in understanding
what parts of the GUI could be modular and reused, kept the feel of the
design consistent, and helped memorize what parts of the GUI needed to be implemented.
The final design for the interface can be seen in~\autoref{fig:figma-gui}, where
the components at the top are reusable modules, and the rest below are sections of
the application that the user can navigate through.
\begin{figure} \begin{figure}
\centering \centering
@ -133,18 +153,35 @@ Brief overview of what it is supposed to do... % TODO
\end{figure} \end{figure}
\subsubsection{Limitations of Figma} \subsubsection{Limitations of Figma}
\begin{itemize} % \begin{itemize}
\item The Material 3 Components in Figma do not include features that are available in % \item The Material 3 Components in Figma do not include features that are available in
Jetpack Compose % Jetpack Compose
\item In this project, the \enquote{Simulator Test} at the bottom of \autoref{fig:figma-gui} % \item In this project, the \enquote{Simulator Test} at the bottom of \autoref{fig:figma-gui}
does not include a leading icon~\cite{material:lists}, and therefore had to be a trailing % does not include a leading icon~\cite{material:lists}, and therefore had to be a trailing
checkbox % checkbox
\item This was overcome by adding comments in Figma as a reminder of how the actual implementation % \item This was overcome by adding comments in Figma as a reminder of how the actual implementation
should be like % should be like
\item Another limitation is that in \autoref{fig:figma-gui}, the title of the screen in the % \item Another limitation is that in \autoref{fig:figma-gui}, the title of the screen in the
top app bar~\cite{material:top-app-bar} is not centred, and that is because the auto layout % top app bar~\cite{material:top-app-bar} is not centred, and that is because the auto layout
feature in Figma allows for equal spacing, rather than having each in a set position % feature in Figma allows for equal spacing, rather than having each in a set position
\end{itemize} % \end{itemize}
There were some limitations when working with \textit{Figma}, one of them being that
the components created for \textit{Material 3} did not include all the features that are
available in the \textit{Compose Multiplatform} Framework.
This can be seen in the \enquote{Simulator Test} screen at the bottom of~\autoref{fig:figma-gui},
where there is not an option for leading icons~\cite{material:lists} in each of the list items,
and therefore had to be replaced with a trailing checkbox instead. However, \textit{Figma}
allows for comments to be placed on the parts of the design, which was used as a reminder
to use leading icons in the implementation of the design.
Another limitation of \textit{Figma} is that in~\autoref{fig:figma-gui}, the title of the screen
in the top app bar~\cite{material:top-app-bar} is not centred, this is because
the auto layout feature in \textit{Figma} works by having equal spacing between each
object, rather than having each object in a set position. However, this is
not detrimental to the design, it is just obvious that the title is not centred in the
window.
\subsection{Compose Multiplatform} \subsection{Compose Multiplatform}

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