chore: chapter organization

atedeg · Oct 18, 2022 · 487ba31 · 487ba31
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diff --git a/report/mdm-dt.tex b/report/mdm-dt.tex
@@ -79,11 +79,11 @@
 \clearpage
 
 \input{sections/introduction.tex}
-\input{sections/motivations.tex}
+\input{sections/domain-analysis.tex}
 \input{sections/architecture.tex}
 \input{sections/digital-twins.tex}
-\input{sections/bounded-contexts.tex}
-\input{sections/context-map.tex}
+\input{sections/development.tex}
+\input{sections/conclusions.tex}
 
 \nocite{*}
 \newpage

diff --git a/report/sections/architecture.tex b/report/sections/architecture.tex
@@ -1 +1,59 @@
 \chapter{Architecture}
+% parlare della clean architecture + immagine
+
+\section{Context Map}
+In this chapter, we analyzed the bounded contexts related to digital twins and their relationships.
+The context map in figure \ref{img:context-map} represents the relationships patterns between the bounded contexts.
+
+\begin{itemize}
+    \item \textbf{MilkPlanning [D, ACL] $\leftarrow$ [U] MilkTankDT}
+
+    \texttt{MilkPlanning} receives the information about the tanks' milk quantity from the \texttt{MilkTankDT}.
+    \texttt{MilkPlanning} is a downstream bounded context and has an Anti-Corruption Layer.
+
+    \item \textbf{Stocking [D, ACL] $\leftarrow$ [U] PackagingMachineDT \\ 
+    Stocking [D, ACL] $\leftarrow$ [U] ScaleDT \\ 
+    Stocking [D, ACL] $\leftarrow$ [U] MetalDetectorDT}
+
+    \texttt{Stocking} receives the information about the quality assurance status considering the packaging machine, scale and metal detector. Data are sent from the \texttt{PackagingMachineDT}, \texttt{ScaleDT} and \texttt{MetalDetectorDT} respectively.
+    \texttt{Stocking} is a downstream bounded context and has an Anti-Corruption Layer.
+
+	\item \textbf{Alert [D, ACL] $\leftarrow$ [U] MilkTankDT \\
+	Alert [D, ACL] $\leftarrow$ [U] MetalDetectorDT \\
+	Alert [D, ACL] $\leftarrow$ [U]PackagingMachineDT \\
+	Alert [D, ACL] $\leftarrow$ [U]ScaleDT}
+
+    \texttt{Alert} receives the alerting messages from the digital twins. Data are sent from the \texttt{MilkTankDT}, \texttt{MetalDetectorDT}, \texttt{PackagingMachineDT} and \texttt{ScaleDT} respectively.
+    \texttt{Alert} is a downstream bounded context and has an Anti-Corruption Layer.
+
+    \item \textbf{MilkPlanning [D, ACL] $\leftarrow$  [U] Stocking} 
+
+    \texttt{MilkPlanning} asks \texttt{Stocking} for the amount of products in stock.
+    \texttt{MilkPlanning} is a downstream bounded context and has an Anti-Corruption Layer.
+
+    \item \textbf{Alert[D, ACL] $\leftarrow$  [U] Maintenance}
+
+    \texttt{Maintenance} sends the alerting messages about machine failure to \texttt{Alert}.
+    \texttt{Alert} is a downstream bounded context and has an Anti-Corruption Layer.
+
+	\item \textbf{Maintenance[D, ACL] $\leftarrow$  [U] PackagingMachineDT}
+
+    \texttt{Maintenance} receives the information about the packaging machine status from \texttt{PackagingMachineDT} in order to forecast packaging machine failures.
+    \texttt{Maintenance} is a downstream bounded context and has an Anti-Corruption Layer.
+
+	\item \textbf{Reporting[D] $\leftarrow$  [U] ScaleDT \\
+    Reporting[D] $\leftarrow$  [U] MetalDetectorDT }
+
+    \texttt{Reporting} receives information from \texttt{ScaleDT} and \texttt{MetalDetectorDT} about their status in order to generate reports.
+
+
+\end{itemize}
+
+\begin{figure}[H]
+    \centering
+    \includegraphics[width=\textwidth]{img/context-map.png}
+    \caption{Context Map}
+    \label{img:context-map}
+\end{figure}
+
+
diff --git a/report/sections/conclusions.tex b/report/sections/conclusions.tex
@@ -0,0 +1,7 @@
+\chapter{Conclusions}
+Considerazioni su utilizzo di ddd per dt:
+il ddd si sposa bene con i concetti specifici del dominio.
+nel nostro ambito i dt sono fortemente correlati ai macchinari che quindi non ricadono negli elementi
+caratterizzanti del dominio pertanto le tecniche ddd non applicabili per modellare i dt.
+tuttavia modellare con tecniche ddd tutto il dominio si ha maggiore conoscenza del dominio e aiutano ad individuare
+punti dove potenzialmente possono essere impiegati i dt per supportare i processi e i bounded contexts.
diff --git a/report/sections/context-map.tex b/report/sections/context-map.tex
diff --git a/report/sections/development.tex b/report/sections/development.tex
@@ -0,0 +1,3 @@
+\chapter{Development}
+\section{Ditto}
+% mettere qualche snippet di codice degli handler 
diff --git a/report/sections/motivations.tex → report/sections/domain-analysis.tex b/report/sections/motivations.tex → report/sections/domain-analysis.tex
@@ -1,4 +1,11 @@
-\chapter{Motivations}
+\chapter{Domain Analysis}
+% event storming con aggiunta dei DT
+% fare immagini che si focalizzano su milk planning e stocking e mostrare come questi subdomain si interfaccino con i DT
+% immagine di business differentiation
+
+
+
+\section{Motivations}
 % facciamo un capitolo "Motivazioni" dove descriviamo tutti questi scenari che giustificano l'inserimento di un DT. 
 % Esempio nel caso della bilancia, scenario:
 % con il tempo si osserva che un determinato prodotto inizia ad avere mediamente un peso maggiore o inferiore rispetto al peso di riferimento. Questo potrebbe essere sintomo di una problematica nel confezionamento (es. formine deformate).