cvs commit: LFS/latex/chapter01 acknowledgments.tex chapter01.tex how.tex

gerard at linuxfromscratch.org gerard at linuxfromscratch.org
Fri Feb 14 13:06:07 PST 2003


gerard      03/02/14 16:06:07

  Added:       latex    Makefile lfs-book.tex lfs.sty
               latex/chapter01 acknowledgments.tex chapter01.tex how.tex
  Log:
  some stuff to play with
  
  Revision  Changes    Path
  1.1                  LFS/latex/Makefile
  
  Index: Makefile
  ===================================================================
  TARGET=lfs-book
  
  all: latex ps pdf view
  
  latex:
  	latex $(TARGET)
  
  pdf: latex
  	pdflatex $(TARGET)
  
  ps: latex
  	dvips -D 600 -o $(TARGET).ps $(TARGET)
  	
  view: latex ps pdf
  
  	acroread $(TARGET).pdf
  
  clean:
  	rm -f ${TARGET}.pdf ${TARGET}.dvi ${TARGET}.aux ${TARGET}.ind
  	rm -f ${TARGET}.log ${TARGET}.toc ${TARGET}.ilg ${TARGET}.idx
  	rm -f ${TARGET}.ps
  
  
  
  
  1.1                  LFS/latex/lfs-book.tex
  
  Index: lfs-book.tex
  ===================================================================
  \documentclass[12pt,twoside]{book}
  
  \usepackage{lfs}
  
  \makeindex
  
  \title{Linux From Scratch}
  \author{Gerard Beekmans}
  
  \pagenumbering{arabic}
  
  \begin{document}
  
  \maketitle
  
  \tableofcontents
  
  \input{chapter01/chapter01.tex}
  
  \end{document}
  
  
  
  1.1                  LFS/latex/lfs.sty
  
  Index: lfs.sty
  ===================================================================
  %%
  %% Page size and text margins are defined here
  %%
  
  % State the paper width and paper height for the benefit of dvips    %
  % (may also be issued on dvips' command line).                       %
  \special{papersize=7in,8.5in}                                        %
  % Restate paper width and paper height for LaTeX.                    %
  \paperheight = 8.5in \paperwidth = 7in                               %
  % State the text width and text height.                              %
  \textheight  = 7in   \textwidth  = 5.5in                             %
  %                                                                    %
  % The distance between text and header, text and footer.             %
  \headsep     = 2.5ex  \footskip = 2.5ex                              %
  
  
  
  
  1.1                  LFS/latex/chapter01/acknowledgments.tex
  
  Index: acknowledgments.tex
  ===================================================================
  \section{Acknowledgments}
  
  Convert the acknowledgment section (find out how to do an <itemizedlist> in
  latex)
  
  
  
  
  1.1                  LFS/latex/chapter01/chapter01.tex
  
  Index: chapter01.tex
  ===================================================================
  \chapter{Introduction}
  
  \input{chapter01/acknowledgments.tex}
  \input{chapter01/how.tex}
  %\input{conventions.tex}
  %\input{version.tex}
  %\input{mirrors.tex}
  %\input{changelog.tex}
  %\input{mailinglists.tex}
  %\input{newsserver.tex}
  %\input{faq.tex}
  %\input{contactinfo.tex}
  
  
  
  
  1.1                  LFS/latex/chapter01/how.tex
  
  Index: how.tex
  ===================================================================
  \newpage
  \section{How things are going to be done}
  
  We are going to build the LFS system by using a previously installed Linux
  distribution such as Debian, SuSE, Slackware, Mandrake, RedHat, etc. We
  will use the existing Linux system as the development platform, because we
  need tools like a compiler, linker, text editor, and other development
  tools to build our system. Ordinarily, the required tools are available by
  default if we selected "development" as one of our installation options
  when we installed a Linux distribution.
  
  After you have downloaded the packages that make up an LFS system, we will
  create a new Linux native partition and filesystem. Here is where the LFS
  system will be compiled and installed.
  
  The next step, Chapter 5, will discuss the installation of a number of
  packages that will form the basic development suite which is used to build
  the actual system, or needed to resolve circular dependencies. For example,
  you need a compiler to build a new compiler, and you need a shell in order
  to install a new shell. The packages in this chapter will be linked
  statically.
  
  Static linking describes a method of compiling software so that it does not
  require the presence of libraries when building is complete. The resulting
  program is able to function on its own. The program is able to do so
  because the pieces of the program that would normally remain in the
  libraries are copied from the libraries and built right into the program.
  Ordinarily, software is built with dynamic linking. This conserves storage
  space and increases the efficiency of many programs. We statically link our
  software in Chapter 5 because we will, in theory, be moving our development
  system to a virtual environment where the already mentioned libraries will
  be absent. If the software is built dynamically, our development suite will
  not function. Since the libraries we are talking about are provided by our
  distribution Linux, the goal of Chapter 5 is to build a development
  environment where those libraries are not required and is therefore
  independent of the distribution.
  
  In Chapter 6 we will build and install our final system. We will use the
  chroot program to enter a virtual environment and start a new shell whose
  root directory will be set to the partition where we built all the Chapter
  5 software. This is very similar to rebooting and instructing the kernel to
  mount our LFS partition as the root partition. The reason that we don't
  actually reboot, but instead chroot, is that creating a bootable static
  system requires additional work which simply isn't necessary. As well, we
  can continue to use our platform system while we are building LFS. While
  software is being compiled and installed you can simply switch to a
  different VC (Virtual Console) or X desktop and continue using your
  computer normally.
  
  When all the software from Chapter 6 is installed, Chapters 7, 8 and 9 will
  help us finalize our installation. We will set up our boot scripts in
  Chapter 7. In Chapter 8 we will build our final Linux kernel and set up the
  Linux boot loader. Chapter 9 has some pointers to help you after you finish
  the book. Then finally, you reboot your system and boot into your new LFS
  system, and start to really use it.
  
  This is the process in a nutshell. Detailed information on the steps we
  will take are discussed in the chapters and package descriptions as you
  progress through them. If something isn't completely clear now, don't
  worry. It should become very clear shortly.
  
  Please read Chapter 2 carefully as it explains a few important things you
  should be aware of before you begin to work through Chapters 5 and later.
  
  
  
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