used the fmt command to make it pretty

1 files changed, 172 insertions, 215 deletions

diff --git a/writeup/writeup.tex b/writeup/writeup.tex
index e35e4fb..c6fa8ef 100644
--- a/writeup/writeup.tex
+++ b/writeup/writeup.tex
@@ -1,46 +1,28 @@
 \documentclass[a4paper,12pt]{article}
 
-\usepackage[backend=bibtex]{biblatex}
-\usepackage{geometry}
-\usepackage{titling}
-\usepackage{titlesec}
-\usepackage[english]{babel}
-\usepackage[hidelinks]{hyperref}
-\usepackage{listings}
-\usepackage{xcolor}
-\usepackage{graphicx}
-\usepackage{forest}
-\usepackage{tikz-qtree}
-\usepackage{setspace}
+\usepackage[backend=bibtex]{biblatex} \usepackage{geometry} \usepackage{titling} \usepackage{titlesec}
+\usepackage[english]{babel} \usepackage[hidelinks]{hyperref} \usepackage{listings} \usepackage{xcolor}
+\usepackage{graphicx} \usepackage{forest} \usepackage{tikz-qtree} \usepackage{setspace}
 
 \addbibresource{ref.bib}
 
 \graphicspath{ {./images} }
 
-\titleformat{\section}
-{\Huge}
-{}
-{0em}
-{}[\titlerule]
-\geometry{a4paper,total={170mm,257mm},left=25mm,right=25mm,}
+\titleformat{\section} {\Huge} {} {0em} {}[\titlerule] \geometry{a4paper,total={170mm,257mm},left=25mm,right=25mm,}
 
-\author{Lucas Standen}
-\title{Why FOSS software is preferred in the development and privacy space?}
+\author{Lucas Standen} \title{Why FOSS software is preferred in the development and privacy space?}
 
 
-\begin{document}
-\maketitle
+\begin{document} \maketitle
 
 \newpage
 
-\section{Using this document}
-This document is written using the {\LaTeX} text compiler. The compiler has set up clickable links,
-clickable references and a clickable table of contents, so please use these to your advantage. 
-The Tex source and Bib Tex bibliography is available for all at 
-\url{https://github.com/standenboy/epq/} under the MIT/X document license.
+\section{Using this document} This document is written using the {\LaTeX} text compiler. The compiler has set up
+clickable links, clickable references and a clickable table of contents, so please use these to your advantage.
+The Tex source and Bib Tex bibliography is available for all at \url{https://github.com/standenboy/epq/} under
+the MIT/X document license.
 
-\tableofcontents
-\newpage
+\tableofcontents \newpage
 
 \setlength{\parskip}{1em}
 
@@ -48,215 +30,190 @@ The Tex source and Bib Tex bibliography is available for all at
 
 \section{A brief introduction}
 
-\section{Used language in this paper}
-Throughout this paper I will use language specific to the field of computer science, and as such
-it makes sense to provide a brief overview for those who don't know what specific terms mean.
+\section{Used language in this paper} Throughout this paper I will use language specific to the field of computer
+science, and as such it makes sense to provide a brief overview for those who don't know what specific terms mean.
 
 \begin{description}
 	\item[Licenses] In this setting a license is a legal document that is distributed with
 		almost all modern software, which describes how someone can use a piece of software.
-	\item[Free Software] This term refers to software under specific licenses, making them 
-		free for the user to use (free as in freedom, not the monetary cost). This will
-		be covered further in the next section.
+	\item[Free Software] This term refers to software under specific licenses, making them
+		free for the user to use (free as in freedom, not the monetary cost). This will be covered further
+		in the next section.
 	\item[Open Source] This term refers to a piece of software, where the original code for it
 		is publicly available. This too will be covered further in the next section.
 	\item[FOSS] An acronym for "\textbf{F}ree and \textbf{O}pen \textbf{S}ource \textbf{S}oftware".
 \end{description}
 
-\section{What is Free Software?}
-The Free Software movement is one that has been active for over 40 years \cite{GNUmaifesto}, it has
-created some of the most important tools in computing that are used by billions on a daily basis. 
-It is so engraved in our lives, yet so few even know what the term means; In a simple note, it is
-software for a computer, phone or other device that can be used without violating the users 
-freedom.
+\section{What is Free Software?} The Free Software movement is one that has been active for over 40 years
+\cite{GNUmaifesto}, it has created some of the most important tools in computing that are used by billions on a
+daily basis.  It is so engraved in our lives, yet so few even know what the term means; In a simple note, it is
+software for a computer, phone or other device that can be used without violating the users freedom.
 
-The definition of what counts Free Software and what is software freedom can vary depending on who 
-you ask, but it was originally written that software that allows the following freedoms is 
-Free Software:
+The definition of what counts Free Software and what is software freedom can vary depending on who you ask, but
+it was originally written that software that allows the following freedoms is Free Software:
 
 \begin{description}
-	\item[0] The freedom to run a program for any purpose
-	\item[1] The freedom to study how a program works, and modify it to your needs
-	\item[2] The freedom to redistribute a piece of software
-	\item[3] The freedom to redistribute a edited version of software publicly
-\end{description}
-\textit{These freedoms were written by Richard Stallman\cite{FOSSdef} who is ever 
+	\item[0] The freedom to run a program for any purpose \item[1] The freedom to study how a program works,
+	and modify it to your needs \item[2] The freedom to redistribute a piece of software \item[3] The freedom
+	to redistribute a edited version of software publicly
+\end{description} \textit{These freedoms were written by Richard Stallman\cite{FOSSdef} who is ever
 	important in this space.}
 
-It is important that one does not confuse Free Software with software that is monetarily free, 
-this is known as Freeware. Free Software defends the users rights to use and modify software and
-is not focused on its cost.
-
-One should also note the differences between Free Software and Open Source software. In Open Source
-software, like Free Software, the original code for a program is available to anyone, however
-in Open Source, this is to better the projects development and usability, whereas in Free Software
-it is to better the users freedom. They both use the same methods to achieve differing goals; this
-often leads them to be commonly used together, as the benefits a user gets from Free Software is 
-much the same in Open Source software, and vice versa.
-
-The main goal of Free Software is to allow the user to have as much freedom as possible when using 
-a piece of software for any purpose. This is in contrast to the traditional alternative, called
-Proprietary Software, which can be defined as software that the user can not edit, modify or 
-redistribute without the original publishers permission. This kind of software intentionally 
-restricts the users freedom, usually for the purpose of profit or control of the software. Some 
-common examples of Proprietary Software, are Microsoft's \textit{Windows}, Apple's \textit{iOS}, 
-and Google's \textit{Chrome} web browser.
-
-Many people don't know that they already use Free Software\cite{COMMONfoss}, but often the tools
-they use most often are Free Software. A few examples of this are, Krita\cite{KRITA}; a graphics 
-design and art tool that is used frequently in animation, and other digital art, is made and 
-managed by the KDE foundation\cite{KDE}, who make exclusively Free Software. Dovecot\cite{DOVECOT}; 
-an email server used by major email providers and is Free Software. A final example is 
-Firefox\cite{FIREFOX} a Free Software web browser made by Mozilla that makes up 2.71\% of the 
-browser market share as of 2024, however in the past has had up to 30\%\cite{BROWSERmarketshare}. These 
-are all more modern examples of Free Software, however over the past 40 years, there have 
-been countless others. 
-
-\section{A brief history of FOSS}
-The term Free Software was first coined by Richard Stallman in 1983\cite{GNUproject}, however even
-before this, examples of Free Software (and the disapproval of Proprietary Software), were already
-starting to show. 
-
-One of the earliest examples of the disapproval of Non-Free Software, was the response to Microsoft's 
-\textit{An open letter to hobbyists}, which was written by Bill Gates in 1976. This letter detailed 
-that people had been stealing from Microsoft, as many people had brought hardware through 
-them, but far fewer people had brought required software for said hardware. The fact this was happening 
-at a scale large enough to cause this showed how many computing groups, also known as hacker groups/spaces, 
-weren't willing to pay for the software they used, believing that if they brought the hardware they had done 
-all that was needed\cite{OPENletter}. It is often believed that this is one of the first examples 
-of \textit{hacker culture}, which would become more common into the 80's and 90's, and was the 
-starting point of the current Free Software movement.
-
-A key figure in \textit{hacker culture}, as previously mentioned, is Richard Stallman. In the 
+It is important that one does not confuse Free Software with software that is monetarily free, this is known as
+Freeware. Free Software defends the users rights to use and modify software and is not focused on its cost.
+
+One should also note the differences between Free Software and Open Source software. In Open Source software,
+like Free Software, the original code for a program is available to anyone, however in Open Source, this is to
+better the projects development and usability, whereas in Free Software it is to better the users freedom. They
+both use the same methods to achieve differing goals; this often leads them to be commonly used together, as the
+benefits a user gets from Free Software is much the same in Open Source software, and vice versa.
+
+The main goal of Free Software is to allow the user to have as much freedom as possible when using a piece of
+software for any purpose. This is in contrast to the traditional alternative, called Proprietary Software, which
+can be defined as software that the user can not edit, modify or redistribute without the original publishers
+permission. This kind of software intentionally restricts the users freedom, usually for the purpose of profit or
+control of the software. Some common examples of Proprietary Software, are Microsoft's \textit{Windows}, Apple's
+\textit{iOS}, and Google's \textit{Chrome} web browser.
+
+Many people don't know that they already use Free Software\cite{COMMONfoss}, but often the tools they use most
+often are Free Software. A few examples of this are, Krita\cite{KRITA}; a graphics design and art tool that is
+used frequently in animation, and other digital art, is made and managed by the KDE foundation\cite{KDE}, who
+make exclusively Free Software. Dovecot\cite{DOVECOT}; an email server used by major email providers and is Free
+Software. A final example is Firefox\cite{FIREFOX} a Free Software web browser made by Mozilla that makes up 2.71\%
+of the browser market share as of 2024, however in the past has had up to 30\%\cite{BROWSERmarketshare}. These
+are all more modern examples of Free Software, however over the past 40 years, there have been countless others.
+
+\section{A brief history of FOSS} The term Free Software was first coined by Richard Stallman in 1983\cite{GNUproject},
+however even before this, examples of Free Software (and the disapproval of Proprietary Software), were already
+starting to show.
+
+One of the earliest examples of the disapproval of Non-Free Software, was the response to Microsoft's \textit{An open
+letter to hobbyists}, which was written by Bill Gates in 1976. This letter detailed that people had been stealing
+from Microsoft, as many people had brought hardware through them, but far fewer people had brought required software
+for said hardware. The fact this was happening at a scale large enough to cause this showed how many computing
+groups, also known as hacker groups/spaces, weren't willing to pay for the software they used, believing that
+if they brought the hardware they had done all that was needed\cite{OPENletter}. It is often believed that this
+is one of the first examples of \textit{hacker culture}, which would become more common into the 80's and 90's,
+and was the starting point of the current Free Software movement.
+
+A key figure in \textit{hacker culture}, as previously mentioned, is Richard Stallman. In the
  1980's he left his job at MIT to work full time on the GNU project, which was designed
-to be a full recreation of AT\&T's Unix operating system from the ground up as Free Software. 
-The idea was to allow anyone access to a Unix like machine without paying AT\&T's expensive license 
-fees, and allow any user to view it, redistribute or edit; it was to be the first fully free 
-operating system. The early development of GNU was relatively slow, and it was not a completely free 
-system for many years, as some core parts of the operating system were missing, meaning Non-Free 
-alternatives had to be used. However this would later change in 1991, when final additions would
-be created.
-
-In 1988 BSD Net1 would release\cite{BSDnet1}, this was the first fully open version of the Berkeley 
-Software Distribution version of Unix. BSD was by no means new by this point, however it wasn't 
-fully free until this point. It had completely rewritten all the code from the original 
-Unix that previous versions contained, meaning it was now completely free from AT\&T's licenses.
-It would be the start of a long linage of Open Source operating systems which are now the base
-of MacOS, FreeBSD and OpenBSD and is often deamed as the first Open Source operating system.
-
-The GNU project, while still not fully finished, saw the final piece of the puzzle when 
-Linux\cite{LINUX} released in 1991, it was a fully free kernel which GNU was still lacking (however 
-it did get its own kernel called GNU hurd but Linux is far more commonly used). With GNU and Linux 
-paired together a user could finally get a fully free operating system for general use, this 
-combination of software is still in use today, having a 4.7\% market share globally on desktop
-computers\cite{LINUXmarket}, and on web servers it is dominant. In recent years it has also shown
-some use in gaming, with it being the operating system used by Valves \textit{steam deck} gaming 
-handheld\cite{STEAMdeck}.
-
-Since Linux's release there haven't been as many major events in the space and more so a steady flow
-of updates and new features, with a large jump over Covid. As of 2024 it would be hard not to 
-say Free Software is fully viable against its Proprietary counterpart.
-
-\section{How is Free Software developed?}
-The process of developing Free Software has changed over time, especially as the internet came to be,
-allowing developers from all across the world to add things. In modern terms the development process is 
-very simple, a developer can look at a piece of code, make changes to a local version of it, then it 
-can be uploaded to a central online version of the code, to be checked by lead maintainers, before becoming
-the part of the main version (developers would say creating a local branch and submitting a pull request). 
-This method was popularized by version control systems; such as git\cite{GIT}, which is also Free Software. 
+to be a full recreation of AT\&T's Unix operating system from the ground up as Free Software.  The idea was to
+allow anyone access to a Unix like machine without paying AT\&T's expensive license fees, and allow any user to
+view it, redistribute or edit; it was to be the first fully free operating system. The early development of GNU
+was relatively slow, and it was not a completely free system for many years, as some core parts of the operating
+system were missing, meaning Non-Free alternatives had to be used. However this would later change in 1991, when
+final additions would be created.
+
+In 1988 BSD Net1 would release\cite{BSDnet1}, this was the first fully open version of the Berkeley Software
+Distribution version of Unix. BSD was by no means new by this point, however it wasn't fully free until this point. It
+had completely rewritten all the code from the original Unix that previous versions contained, meaning it was now
+completely free from AT\&T's licenses.	It would be the start of a long linage of Open Source operating systems
+which are now the base of MacOS, FreeBSD and OpenBSD and is often deamed as the first Open Source operating system.
+
+The GNU project, while still not fully finished, saw the final piece of the puzzle when Linux\cite{LINUX} released in
+1991, it was a fully free kernel which GNU was still lacking (however it did get its own kernel called GNU hurd but
+Linux is far more commonly used). With GNU and Linux paired together a user could finally get a fully free operating
+system for general use, this combination of software is still in use today, having a 4.7\% market share globally
+on desktop computers\cite{LINUXmarket}, and on web servers it is dominant. In recent years it has also shown some
+use in gaming, with it being the operating system used by Valves \textit{steam deck} gaming handheld\cite{STEAMdeck}.
+
+Since Linux's release there haven't been as many major events in the space and more so a steady flow of updates
+and new features, with a large jump over Covid. As of 2024 it would be hard not to say Free Software is fully
+viable against its Proprietary counterpart.
+
+\section{How is Free Software developed?} The process of developing Free Software has changed over time, especially
+as the internet came to be, allowing developers from all across the world to add things. In modern terms the
+development process is very simple, a developer can look at a piece of code, make changes to a local version of
+it, then it can be uploaded to a central online version of the code, to be checked by lead maintainers, before
+becoming the part of the main version (developers would say creating a local branch and submitting a pull request).
+This method was popularized by version control systems; such as git\cite{GIT}, which is also Free Software.
 What these tools allow for is the work of many people to brought together into one single code base.
 
-When code is submitted, it generally gets split into individual chunks (called patches) which each
-have an individual purpose. Each patch added will fix 1 bug or add 1 feature, this leads to a simple
-development cycle that can easily be used to fix bugs, by breaking them down into small patches that
-need to be written, and distributing the work between many developers. 
-
-Without going into too much detail, this is done by merging all contributions into the main code base
-by comparing line numbers in differing versions, this is a fully automated process, managed by your
-version control system. This pattern of development is liked amongst programmers as it allows many 
-to submit code all at once, which is invaluable if your project has many developers. This method
-is also commonly used in Non-Free Software, to manage large development teams\cite{NONFREEvcs}.
-
-\section{Comparing Free Software to its Proprietary counterparts}
-As previously mentioned there are many different examples of Free Software, often made to be an 
-alternative to a common piece of Proprietary software, each have their pro's and con's. To compare,
-one can look at performance data and usability. To show a wide range of software, to compare this paper 
-will look at programming IDE's, web browsers, and office software, as there make up a large amount 
-of software, that are used by the majority of computer users.
-
-\subsection{Programming IDE's}
-\textit{An \textbf{IDE} is an \textbf{I}ntegrated \textbf{D}evelopment \textbf{E}nvironment}
-
-The main IDE's used by developers are Free Software, but there are a few Non-Free ones that are used.
-To compare text editors, one can look at \textit{Vs Code} as an example of open software, with 73\% of 
-developers claiming to have used it at some point, and \textit{IntelliJ}, as an example of Non-Free 
-software, with 26\% of developers claiming to have used it at some point\cite{IDEusage}.
-
-These tools are both commonly used personally and professionally, and are of a similar size, making them
-ideal to compare. On the performance side of the argument, VS Code has Intellij beat, being faster to open
-and generally more lightweight than Intellij, this has been put up to the fact that VS Code is written in 
-JavaScript, which is faster than Java, which is what Intellij is written in\cite{VSCODEvsintellij}.
+When code is submitted, it generally gets split into individual chunks (called patches) which each have an individual
+purpose. Each patch added will fix 1 bug or add 1 feature, this leads to a simple development cycle that can easily
+be used to fix bugs, by breaking them down into small patches that need to be written, and distributing the work
+between many developers.
+
+Without going into too much detail, this is done by merging all contributions into the main code base by
+comparing line numbers in differing versions, this is a fully automated process, managed by your version control
+system. This pattern of development is liked amongst programmers as it allows many to submit code all at once,
+which is invaluable if your project has many developers. This method is also commonly used in Non-Free Software,
+to manage large development teams\cite{NONFREEvcs}.
+
+\section{Comparing Free Software to its Proprietary counterparts} As previously mentioned there are many different
+examples of Free Software, often made to be an alternative to a common piece of Proprietary software, each have
+their pro's and con's. To compare, one can look at performance data and usability. To show a wide range of software,
+to compare this paper will look at programming IDE's, web browsers, and office software, as there make up a large
+amount of software, that are used by the majority of computer users.
+
+\subsection{Programming IDE's} \textit{An \textbf{IDE} is an \textbf{I}ntegrated \textbf{D}evelopment
+\textbf{E}nvironment}
+
+The main IDE's used by developers are Free Software, but there are a few Non-Free ones that are used.  To compare
+text editors, one can look at \textit{Vs Code} as an example of open software, with 73\% of developers claiming
+to have used it at some point, and \textit{IntelliJ}, as an example of Non-Free software, with 26\% of developers
+claiming to have used it at some point\cite{IDEusage}.
+
+These tools are both commonly used personally and professionally, and are of a similar size, making them ideal to
+compare. On the performance side of the argument, VS Code has Intellij beat, being faster to open and generally
+more lightweight than Intellij, this has been put up to the fact that VS Code is written in JavaScript, which is
+faster than Java, which is what Intellij is written in\cite{VSCODEvsintellij}.
 
 On the usability side, things are more even, both editors have features that makes them better than each other,
 each of them have plug-ins support, advanced text editing features and each have auto completion. However in this
-sense VS Code still generally comes ahead, with its more main stream user base, more gets made for it, and as
-it is Open Source easier for users to add features, in the for of patches, and in the form of plug-ins, although
-no definite numbers are available on exact plug-in counts publicly, VS Code is most defiantly ahead.
+sense VS Code still generally comes ahead, with its more main stream user base, more gets made for it, and as it
+is Open Source easier for users to add features, in the for of patches, and in the form of plug-ins, although no
+definite numbers are available on exact plug-in counts publicly, VS Code is most defiantly ahead.
 
-\subsection{Web Browsers}
-To compare web browsers, one can look at two commonly used browsers, Google Chrome, and Firefox. Both of these
-are known projects, that are used by billions every day, one can look at their performance and usability to compare
-these projects. 
+\subsection{Web Browsers} To compare web browsers, one can look at two commonly used browsers, Google Chrome, and
+Firefox. Both of these are known projects, that are used by billions every day, one can look at their performance
+and usability to compare these projects.
 
 \begin{figure}[h]
 	\caption{Comparing speed of browsers, time \textit{(lower is better)}}
-	\includegraphics[width=\textwidth]{webbrowserperfomace.png}
-	\center{\cite{BROWSERperformace}}
+	\includegraphics[width=\textwidth]{webbrowserperfomace.png} \center{\cite{BROWSERperformace}}
 \end{figure}
 
-This graph denotes each browsers performance in encryption and decryption, while not fully representative of all use 
-cases, it is one of many things that goes into the final speed of the browser. As the graph shows, Firefox's FOSS 
-implementation of JavaScript has lead to a faster final product, most likely as more people have had eyes on the code, 
-and suggested optimizations over the past 20 years. On the front of performance it is clear that the FOSS tool has beaten 
-the Proprietary counterpart.
-
-In respect to usability things come more to user preference, so what one needs to look at, is customizability; the ability 
-to make a piece of software exactly fit their needs. In this yet again Firefox wins out, while both Firefox and Google Chrome 
-have plug-in capability's, Firefox is known for its completely open system to them, allowing any and all extensions to be
-used. In contrast google limits what can be used via the "manifest" documents, this series of documents describes what is
-and isn't allowed in the Chrome browser, and is significant as it holds a large market share. The most recent one of these
-documents, manifest V3\cite{MANIFESTv3}, has come under many eyes, as it will disallow ad blockers, and other extensions that selectively
-remove content from web pages.
-
-In today's world, the majority of browsers are based on Chrome in some way or another with Firefox being one of the few exceptions 
-to this rule. Due to this, most browsers will be effected by manifest V3 as it comes into full effect in the coming years.
-As this happens it will become increasingly hard to deny that Firefox is easier to customize and make usable to the users needs.
-
-\subsection{Office Software}
-When looking at office software, their are two commonly used tools, Microsoft Office (also known as 365), and Libreoffice.
-Microsoft Office is Proprietary software, and has been since its creation in the early days of personal computing, Libreoffice 
-on the other hand, has been FOSS software from the start (libre actually means free in spanish, so this is no surprise). 
-They both provide advanced features, and for the most part are completely cross compatible. In this sense they have become
-almost identical tools. 
-
-As the tools are so similar one will find it's not worth comparing them, in this way we can say that there is no difference,
-they are both mature, well used, effective suites of software, they are equal. This is something many people struggle to 
-see sometimes as they have been using one piece of Non-Free software for so long, they don't want to move to anything else.
-This has negative effects on the users, many Non-Free tools are effected by cyber attacks, and long lasting bugs, that could 
-be fixed by switching to Free Software alternatives, which are now at an equal state to the alternative.
-
-\subsection{General conclusions}
-Overall one can see that in many areas of software use, FOSS tools are already at an equal state or better, than the Non-Free
-counterparts, for general users. One may find that this balance begins to change in more specific fields, where optimisation and
-speed may become more important than it is to the common computer user.
-
-\section{What makes Free Software so appealing to developers?}
-\section{What makes Free Software so appealing to privacy experts?}
-\section{Where else is Free Software used and why?}
-\section{What's next for the Free Software space?}
-\section{Final thoughts}
-
-\newpage
-\printbibliography
-}
-\end{document}
+This graph denotes each browsers performance in encryption and decryption, while not fully representative of all
+use cases, it is one of many things that goes into the final speed of the browser. As the graph shows, Firefox's
+FOSS implementation of JavaScript has lead to a faster final product, most likely as more people have had eyes
+on the code, and suggested optimizations over the past 20 years. On the front of performance it is clear that the
+FOSS tool has beaten the Proprietary counterpart.
+
+In respect to usability things come more to user preference, so what one needs to look at, is customizability;
+the ability to make a piece of software exactly fit their needs. In this yet again Firefox wins out, while both
+Firefox and Google Chrome have plug-in capability's, Firefox is known for its completely open system to them,
+allowing any and all extensions to be used. In contrast google limits what can be used via the "manifest" documents,
+this series of documents describes what is and isn't allowed in the Chrome browser, and is significant as it holds
+a large market share. The most recent one of these documents, manifest V3\cite{MANIFESTv3}, has come under many
+eyes, as it will disallow ad blockers, and other extensions that selectively remove content from web pages.
+
+In today's world, the majority of browsers are based on Chrome in some way or another with Firefox being one of
+the few exceptions to this rule. Due to this, most browsers will be effected by manifest V3 as it comes into full
+effect in the coming years.  As this happens it will become increasingly hard to deny that Firefox is easier to
+customize and make usable to the users needs.
+
+\subsection{Office Software} When looking at office software, their are two commonly used tools, Microsoft Office
+(also known as 365), and Libreoffice.  Microsoft Office is Proprietary software, and has been since its creation
+in the early days of personal computing, Libreoffice on the other hand, has been FOSS software from the start
+(libre actually means free in spanish, so this is no surprise).  They both provide advanced features, and for the
+most part are completely cross compatible. In this sense they have become almost identical tools.
+
+As the tools are so similar one will find it's not worth comparing them, in this way we can say that there is no
+difference, they are both mature, well used, effective suites of software, they are equal. This is something many
+people struggle to see sometimes as they have been using one piece of Non-Free software for so long, they don't
+want to move to anything else.	This has negative effects on the users, many Non-Free tools are effected by cyber
+attacks, and long lasting bugs, that could be fixed by switching to Free Software alternatives, which are now at
+an equal state to the alternative.
+
+\subsection{General conclusions} Overall one can see that in many areas of software use, FOSS tools are already
+at an equal state or better, than the Non-Free counterparts, for general users. One may find that this balance
+begins to change in more specific fields, where optimisation and speed may become more important than it is to
+the common computer user.
+
+\section{What makes Free Software so appealing to developers?} \section{What makes Free Software so appealing to
+privacy experts?} \section{Where else is Free Software used and why?} \section{What's next for the Free Software
+space?} \section{Final thoughts}
+
+\newpage \printbibliography } \end{document}