Update to this very old document
Signed-off-by: Stefan Reinauer <stepan@coresystems.de> Acked-by: Stefan Reinauer <stepan@coresystems.de> git-svn-id: svn://svn.coreboot.org/coreboot/trunk@4155 2b7e53f0-3cfb-0310-b3e9-8179ed1497e1
This commit is contained in:
Stefan Reinauer
Stefan Reinauer
parent
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@ -1,6 +1,6 @@
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%
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% This document is released under the GPL
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% Initially written by Stefan Reinauer, <stepan@openbios.org>
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% Initially written by Stefan Reinauer, <stepan@coresystems.de>
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%
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\documentclass[titlepage,12pt]{article}
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@ -18,10 +18,10 @@
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colorlinks=false,
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% pdfpagemode=None, % PDF-Viewer starts without TOC
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% pdfstartview=FitH,
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pdftitle={LinuxBIOS on AMD64},
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pdftitle={coreboot on AMD64},
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pdfauthor={Stefan Reinauer},
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pdfsubject={LinuxBIOS configuration and build process},
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pdfkeywords={LinuxBIOS, Opteron, AMD64, Athlon64, Build}
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pdfsubject={coreboot configuration and build process},
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pdfkeywords={coreboot, Opteron, AMD64, configuration, Build}
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}
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@ -30,9 +30,9 @@
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\setlength{\parindent}{0pt}
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\title{LinuxBIOS on AMD64}
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\author{Stefan Reinauer $<$stepan@openbios.org$>$}
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\date{June 2nd, 2004}
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\title{coreboot on AMD64}
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\author{Stefan Reinauer $<$stepan@coresystems.de$>$}
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\date{April 19th, 2009}
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\begin{document}
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@ -50,12 +50,12 @@
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\section{Abstract}
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This document targets porting LinuxBIOS to new mainboards and creating
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custom firmware images using LinuxBIOS. It describes how to build
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LinuxBIOS images for the AMD64 platform, including hypertransport
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This document targets porting coreboot to new mainboards and creating
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custom firmware images using coreboot. It describes how to build
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coreboot images for the AMD64 platform, including hypertransport
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configuration and pertinent utilities. If you are missing information or
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find errors in the following descriptions, contact
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\href{mailto:stepan@openbios.org}{\textit{Stefan Reinauer $<$stepan@openbios.org$>$}}
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\href{mailto:stepan@coresystems.de}{\textit{Stefan Reinauer $<$stepan@coresystems.de$>$}}
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%
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@ -64,6 +64,7 @@ find errors in the following descriptions, contact
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\section{Changes}
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\begin{itemize}
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\item 2009/04/19 replace LinuxBIOS with coreboot
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\item 2004/06/02 url and language fixes from Ken Fuchs $<$kfuchs@winternet.com$>$
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\item 2004/02/10 acpi and option rom updates
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\item 2003/11/18 initial release
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@ -72,22 +73,22 @@ find errors in the following descriptions, contact
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%
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% 3 What is LinuxBIOS
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% 3 What is coreboot
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%
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\section{What is LinuxBIOS?}
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\section{What is coreboot?}
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LinuxBIOS aims to replace the normal BIOS found on PCs, Alphas, and
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other machines with a Linux kernel that can boot Linux from a cold
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start. The startup code of an average LinuxBIOS port is about 500 lines
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of assembly and 5000 lines of C. It executes 16 instructions to get into
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32bit mode and then performs DRAM and other hardware initializations
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coreboot aims to replace the normal BIOS found on x86, AMD64, PPC,
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Alpha, and other machines with a Linux kernel that can boot Linux from a cold
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start. The startup code of an average coreboot port is about 500 lines of
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assembly and 5000 lines of C. It executes 16 instructions to get into 32bit
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protected mode and then performs DRAM and other hardware initializations
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required before Linux can take over.
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The projects primary motivation initially was maintenance of large
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clusters. Not surprisingly interest and contributions have come from
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people with varying backgrounds. Nowadays a large and growing number of
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Systems can be booted with LinuxBIOS, including embedded systems,
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Systems can be booted with coreboot, including embedded systems,
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Desktop PCs and Servers.
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%
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@ -95,7 +96,7 @@ Desktop PCs and Servers.
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%
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\section{Build Requirements}
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To build LinuxBIOS for AMD64 from the sources you need a recent Linux
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To build coreboot for AMD64 from the sources you need a recent Linux
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system for x86 or AMD64. SUSE Linux 8.2 or 9.0 are known to work fine.
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The following toolchain is recommended:
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@ -116,31 +117,23 @@ The following toolchain is recommended:
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\section{Getting the Sources}
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The latest LinuxBIOS sources are available via CVS. The CVS repository
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is maintained at SourceForge.net (the project name is \emph{FreeBIOS}).
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First you should create a directory for your LinuxBIOS trees:
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The latest coreboot sources are available via subversion. The subversion
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repository is maintained at SourceForge.net (the project name is
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\emph{FreeBIOS}). First you should create a directory for your
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coreboot trees:
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{ \small
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\begin{verbatim}
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$ mkdir linuxbios
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$ cd linuxbios
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$ mkdir coreboot
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$ cd coreboot
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\end{verbatim}
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}
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You can get the entire source tree via CVS:
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You can get the entire source tree via SVN:
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{ \small
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\begin{verbatim}
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$ cvs -d:pserver:anonymous@cvs.sourceforge.net:/cvsroot/freebios login
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\end{verbatim}
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}
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Hit return when you are asked for a password. Then checkout (or update)
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the freebios source tree as follows:
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{ \small
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\begin{verbatim}
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$ cvs -z3 -d:pserver:anonymous@cvs.sourceforge.net:/cvsroot/freebios co freebios2
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$ svn co svn://coreboot.org/repos/trunk/coreboot-v2
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\end{verbatim}
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}
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@ -148,76 +141,76 @@ Once the source tree is checked out, it can be updated with:
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{ \small
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\begin{verbatim}
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% cvs update -Pd
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% svn update
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\end{verbatim}
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}
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Due to recent problems with SourceForge's CVS infrastructure we set up a
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snapshot site that keeps hourly source trees of the last four days. It
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is available at \url{http://snapshots.linuxbios.org/}.
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Due to major structural enhancements to \hbox{LinuxBIOS}, AMD64 support
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is only available in the \texttt{freebios2} tree. This tree reflects (as
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of November 2003) LinuxBIOS version 1.1.5 and will lead to LinuxBIOS 2.0
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For the case your corporate firewall blocks port 3690 (subversion) we set up a
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snapshot site that keeps the last few hundred source code revisions. It
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is available at \url{http://qa.coreboot.org/}.
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Due to major structural enhancements to \hbox{coreboot}, AMD64 support
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is only available in the \texttt{coreboot-v2} tree. This tree reflects (as
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of November 2003) coreboot version 1.1.5 and will lead to coreboot 2.0
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when finished. Most x86 hardware is currently only supported by the
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LinuxBIOS 1.0 tree.
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coreboot 1.0 tree.
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%
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% 6 LinuxBIOS configuration overview
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% 6 coreboot configuration overview
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%
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\section{LinuxBIOS configuration overview}
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To support a large variety of existing hardware LinuxBIOS allows for a
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\section{coreboot configuration overview}
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To support a large variety of existing hardware coreboot allows for a
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lot of configuration options that can be tweaked in several ways:
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\begin{itemize}
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\item
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Firmware image specific configuration options can be set in the image
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configuration file which is usually found in
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\texttt{freebios2/targets/$<$vendor$>$/$<$mainboard$>$/}. Such
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\texttt{coreboot-v2/targets/$<$vendor$>$/$<$mainboard$>$/}. Such
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options are the default amount of output verbosity during bootup, image
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size, use of fallback mechanisms, firmware image size and payloads
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(Linux Kernel, Bootloader...) The default configuration file name is
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\texttt{Config.lb}, but LinuxBIOS allows multiple configurations to
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\texttt{Config.lb}, but coreboot allows multiple configurations to
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reside in that directory.
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\item Mainboard specific configuration options can be set in the
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mainboard configuration file placed in
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\texttt{freebios2/src/mainboard/$<$vendor$>$/$<$mainboard$>$}. The
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\texttt{coreboot-v2/src/mainboard/$<$vendor$>$/$<$mainboard$>$}. The
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mainboard configuration file is always called \texttt{Config.lb}. It
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contains information on the onboard components of the mainboard like
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CPU type, northbridge, southbridge, hypertransport configuration and
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SuperIO configuration. This configuration file also allows to include
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addon code to hook into the LinuxBIOS initialization mechanism at
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addon code to hook into the coreboot initialization mechanism at
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basically any point.
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\end{itemize}
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This document describes different approaches of changing and configuring the
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LinuxBIOS source tree when building for AMD64.
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coreboot source tree when building for AMD64.
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%
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% 7 Building LinuxBIOS
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% 7 Building coreboot
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%
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\section{Building LinuxBIOS}
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One of the design goals for building LinuxBIOS was to keep object files
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\section{Building coreboot}
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One of the design goals for building coreboot was to keep object files
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out of the source tree in a separate place. This is mandatory for
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building parallel LinuxBIOS images for several distinct mainboards
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and/or platforms. Therefore building LinuxBIOS consists of two steps:
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building parallel coreboot images for several distinct mainboards
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and/or platforms. Therefore building coreboot consists of two steps:
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\begin{itemize}
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\item
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creating a build tree which holds all files automatically created by the
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configuration utility and the object files
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\item
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compiling the LinuxBIOS code and creating a flashable firmware image.
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compiling the coreboot code and creating a flashable firmware image.
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\end{itemize}
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The first of these two steps is accomplished by the \texttt{buildtarget}
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script found in \texttt{freebios2/targets/}. To build LinuxBIOS for
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script found in \texttt{coreboot-v2/targets/}. To build coreboot for
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instance for the AMD Solo Athlon64 mainboard enter:
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\begin{verbatim}
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% cd freebios2/targets
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% cd coreboot-v2/targets
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% ./buildtarget amd/solo
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\end{verbatim}
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@ -225,23 +218,23 @@ This will create a directory containing a Makefile and other software
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components needed for this build. The directory name is defined in the
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firmware image specific configuration file. In the case of AMD's Solo
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mainboard the default directory resides in
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\texttt{freebios2/targets/amd/solo/solo}. To build the LinuxBIOS image, do
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\texttt{coreboot-v2/targets/amd/solo/solo}. To build the coreboot image, do
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\begin{verbatim}
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% cd amd/solo/solo
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% make
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\end{verbatim}
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The LinuxBIOS image filename is specified in the firmware image specific
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The coreboot image filename is specified in the firmware image specific
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configuration file. The default filename for AMD's Solo mainboard is
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\texttt{solo.rom}.
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%
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% 8 Programming LinuxBIOS to flash memory
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% 8 Programming coreboot to flash memory
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%
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\section{Programming LinuxBIOS to flash memory}
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The image resulting from a LinuxBIOS build can be directly programmed to
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\section{Programming coreboot to flash memory}
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The image resulting from a coreboot build can be directly programmed to
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a flash device, either using a hardware flash programmer or by using the
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Linux flash driver devbios or mtd. This document assumes that you use a
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hardware flash programmer. If you are interested in doing in-system
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@ -255,15 +248,15 @@ software flash programming, find detailed information:
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\newpage
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%
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% 9 LinuxBIOS configuration
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% 9 coreboot configuration
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%
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\section{LinuxBIOS configuration}
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The following chapters will cope with configuring LinuxBIOS. All
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\section{coreboot configuration}
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The following chapters will cope with configuring coreboot. All
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configuration files share some basic rules
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\begin{itemize}
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\item
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The default configuration file name in LinuxBIOS is \texttt{Config.lb}.
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The default configuration file name in coreboot is \texttt{Config.lb}.
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\item
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All variables used in a configuration file have to be declared in this
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file with \texttt{uses VARNAME} before usage.
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@ -271,8 +264,8 @@ file with \texttt{uses VARNAME} before usage.
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Comments can be added on a new line by using the comment identifier
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\texttt{\#} at the beginning of the line.
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\item
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LinuxBIOS distinguishes between statements and options. Statements cause
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the LinuxBIOS configuration mechanism to act, whereas options set
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coreboot distinguishes between statements and options. Statements cause
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the coreboot configuration mechanism to act, whereas options set
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variables that are used by the build scripts or source code.
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\item
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Default configuration values can be set in the mainboard configuration
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@ -280,7 +273,7 @@ files (keyword default)
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\item
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Option overrides to the default configuration can only be specified in
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the build target configuration file
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\texttt{freebios2/targets/$<$vendor$>$/$<$mainboard$>$/Config.lb}
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\texttt{coreboot-v2/targets/$<$vendor$>$/$<$mainboard$>$/Config.lb}
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(keyword option)
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\end{itemize}
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@ -297,8 +290,8 @@ used. Example:
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\end{verbatim}
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\textbf{NOTE:} Only configuration variables known to the configuration
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system can be used in configuration files. LinuxBIOS checks
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\texttt{freebios2/src/config/Options.lb} to see whether a configuration
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system can be used in configuration files. coreboot checks
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\texttt{coreboot-v2/src/config/Options.lb} to see whether a configuration
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variable is known.
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\item \begin{verbatim}default\end{verbatim}
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@ -338,7 +331,7 @@ quotation marks:
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The \texttt{option} statement basically behaves identically to the
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\texttt{default} statement. But unlike default it can only be used in
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build target configuration files
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(\texttt{freebios2/targets/$<$vendor$>$/$<$mainboard$>$}). The option
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(\texttt{coreboot-v2/targets/$<$vendor$>$/$<$mainboard$>$}). The option
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statement allows either to set new options or to override default values
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set with the default statement in a mainboard configuration file.
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Syntax and application are the same as with default.
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@ -346,12 +339,12 @@ Syntax and application are the same as with default.
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\end{itemize}
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\subsection{Firmware image specific configuration}
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LinuxBIOS allows to create different firmware images for the same
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coreboot allows to create different firmware images for the same
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hardware. Such images can differ in the amount of output they produce,
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the payload, the number of subimages they consist of etc.
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The firmware image specific configuration file can be found in \\
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\texttt{freebios2/targets/$<$vendor$>$/<mainboard$>$}.
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\texttt{coreboot-v2/targets/$<$vendor$>$/<mainboard$>$}.
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\subsubsection{Firmware image specific keywords}
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In addition to the above described keywords the following statements are
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@ -361,13 +354,13 @@ available in firmware image specific configuration files:
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\item \begin{verbatim}romimage\end{verbatim}
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The \texttt{romimage} definition describes a single rom build within the
|
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final LinuxBIOS image. Normally there are two romimage definitions per
|
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LinuxBIOS build: \texttt{normal} and \texttt{fallback}.
|
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final coreboot image. Normally there are two romimage definitions per
|
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coreboot build: \texttt{normal} and \texttt{fallback}.
|
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|
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Each \texttt{romimage} section needs to specify a mainboard directory and a
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payload. The mainboard directory contains the mainboard specific
|
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configuration file and source code. It is specified relatively to
|
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\texttt{freebios2/src/mainboard}. The payload definition is an absolute
|
||||
\texttt{coreboot-v2/src/mainboard}. The payload definition is an absolute
|
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path to a static elf binary (i.e Linux kernel or etherboot)
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\begin{verbatim}
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@ -384,8 +377,8 @@ end
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\item \begin{verbatim}buildrom\end{verbatim}
|
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|
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The \texttt{buildrom} statement is used to determine which of the
|
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LinuxBIOS image builds (created using \texttt{romimage}) are packed
|
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together to the final LinuxBIOS image. It also specifies the order of
|
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coreboot image builds (created using \texttt{romimage}) are packed
|
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together to the final coreboot image. It also specifies the order of
|
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the images and the final image size:
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|
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\begin{verbatim}
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|
|
@ -407,7 +400,7 @@ option on how to set them.
|
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\item \begin{verbatim}CC\end{verbatim}
|
||||
|
||||
Target C Compiler. Default is \texttt{\$(CROSS\_COMPILE)gcc}. Set to
|
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\texttt{gcc -m32} for compiling AMD64 LinuxBIOS images on an AMD64
|
||||
\texttt{gcc -m32} for compiling AMD64 coreboot images on an AMD64
|
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machine.
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\item \begin{verbatim}CONFIG_CHIP_CONFIGURE \end{verbatim}
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|
|
@ -444,7 +437,7 @@ This does not include the fallback payload.
|
|||
|
||||
Export CMOS option table. Default is \texttt{0}. Set to \texttt{1} if
|
||||
your mainboard has CMOS memory and you want to use it to store
|
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LinuxBIOS parameters (Loglevel, serial line speed, ...)
|
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coreboot parameters (Loglevel, serial line speed, ...)
|
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|
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\item \begin{verbatim}CONFIG_ROM_PAYLOAD\end{verbatim}
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|
|
@ -473,8 +466,8 @@ Default image size. Defaults to \texttt{65535} bytes.
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\item \begin{verbatim}COREBOOT_EXTRA_VERSION\end{verbatim}
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|
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LinuxBIOS extra version. This option has an empty string as default. Set
|
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to any string to add an extra version string to your LinuxBIOS build.
|
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coreboot extra version. This option has an empty string as default. Set
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to any string to add an extra version string to your coreboot build.
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||||
|
||||
\end{itemize}
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||||
|
||||
|
|
@ -521,7 +514,7 @@ one-node system, write:
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|||
\item \begin{verbatim}driver\end{verbatim}
|
||||
|
||||
The \texttt{driver} keyword adds an object file to the driver section of a
|
||||
LinuxBIOS image. This means it can be used by the PCI device
|
||||
coreboot image. This means it can be used by the PCI device
|
||||
initialization code. Example:
|
||||
|
||||
\begin{verbatim}
|
||||
|
|
@ -530,7 +523,7 @@ initialization code. Example:
|
|||
|
||||
\item \begin{verbatim}object\end{verbatim}
|
||||
|
||||
The \texttt{object} keyword adds an object file to the LinuxBIOS image.
|
||||
The \texttt{object} keyword adds an object file to the coreboot image.
|
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Per default the object file will be compiled from a \texttt{.c} file
|
||||
with the same name. Symbols defined in such an object file can be used
|
||||
in other object files and drivers. Example:
|
||||
|
|
@ -543,7 +536,7 @@ in other object files and drivers. Example:
|
|||
|
||||
This keyword can be used to extend the existing file creation rules
|
||||
during the build process. This is useful if external utilities have to
|
||||
be used for the build. LinuxBIOS on AMD64 uses romcc for it's early
|
||||
be used for the build. coreboot on AMD64 uses romcc for it's early
|
||||
startup code placed in auto.c.
|
||||
|
||||
To tell the configuration mechanism how to build \texttt{romcc} files,
|
||||
|
|
@ -569,7 +562,7 @@ are satisfied (using the \texttt{action} keyword).
|
|||
\item \begin{verbatim}mainboardinit\end{verbatim}
|
||||
|
||||
With the mainboardinit keyword it's possible to include assembler code
|
||||
directly into the LinuxBIOS image. This is used for early infrastructure
|
||||
directly into the coreboot image. This is used for early infrastructure
|
||||
initialization, i.e. to switch to protected mode. Example:
|
||||
|
||||
\begin{verbatim}
|
||||
|
|
@ -578,12 +571,12 @@ initialization, i.e. to switch to protected mode. Example:
|
|||
|
||||
\item \begin{verbatim}ldscript\end{verbatim}
|
||||
|
||||
The GNU linker ld is used to link object files together to a LinuxBIOS
|
||||
The GNU linker ld is used to link object files together to a coreboot
|
||||
ROM image.
|
||||
|
||||
Since it is a lot more comfortable and flexible to use the GNU linker
|
||||
with linker scripts (ldscripts) than to create complex command line
|
||||
calls, LinuxBIOS features including linker scripts to control image
|
||||
calls, coreboot features including linker scripts to control image
|
||||
creation. Example:
|
||||
|
||||
\begin{verbatim}
|
||||
|
|
@ -593,12 +586,12 @@ creation. Example:
|
|||
|
||||
\item \begin{verbatim}dir\end{verbatim}
|
||||
|
||||
LinuxBIOS reuses as much code between the different ports as possible.
|
||||
coreboot reuses as much code between the different ports as possible.
|
||||
To achieve this, commonly used code can be stored in a separate
|
||||
directory. For a new mainboard, it is enough to know that the code in
|
||||
that directory can be used as is.
|
||||
|
||||
LinuxBIOS will also read a \texttt{Config.lb} file stored in that
|
||||
coreboot will also read a \texttt{Config.lb} file stored in that
|
||||
directory. This happens with:
|
||||
|
||||
\begin{verbatim}
|
||||
|
|
@ -630,7 +623,7 @@ Example:
|
|||
The \texttt{northbridge} keyword describes a system northbridge. Some
|
||||
systems, like AMD64, can have more than one northbridge, i.e. one per
|
||||
CPU node. Each northbridge is described by the path to the northbridge
|
||||
code in LinuxBIOS (relative to \texttt{freebios2/src/northbridge}), i.e.
|
||||
code in coreboot (relative to \texttt{coreboot-v2/src/northbridge}), i.e.
|
||||
\texttt{amd/amdk8} and a unique name (i.e \texttt{mc0}) \\
|
||||
Example:
|
||||
|
||||
|
|
@ -642,7 +635,7 @@ Example:
|
|||
|
||||
\item \begin{verbatim}southbridge\end{verbatim}
|
||||
|
||||
To simplify the handling of bus bridges in a LinuxBIOS system, all
|
||||
To simplify the handling of bus bridges in a coreboot system, all
|
||||
bridges available in a system that are not northbridges (i.e AGP, IO,
|
||||
PCIX) are seen as southbridges.
|
||||
|
||||
|
|
@ -672,7 +665,7 @@ The \texttt{pci} keyword can only occur within a \texttt{northbridge} or
|
|||
that are provided by the bridge. Generally all bridge sections have a
|
||||
couple of \texttt{pci} keywords.
|
||||
|
||||
The first occurrence of the \texttt{pci} keyword tells LinuxBIOS where
|
||||
The first occurrence of the \texttt{pci} keyword tells coreboot where
|
||||
the bridge devices start, relative to the PCI configuration space used
|
||||
by the bridge. The following occurences of the \texttt{pci} keyword
|
||||
describe the provided devices.
|
||||
|
|
@ -716,7 +709,7 @@ end
|
|||
\item \begin{verbatim}superio\end{verbatim}
|
||||
|
||||
SuperIO devices are basically handled like brigdes. They are taking
|
||||
their driver code from \texttt{freebios2/src/superio/}. They don't
|
||||
their driver code from \texttt{coreboot-v2/src/superio/}. They don't
|
||||
provide a PCI compatible configuration interface, but instead are ISA
|
||||
PnP devices. Normally they are connected to a southbridge. If this is
|
||||
the case, the \texttt{superio} section will be a subsection of the
|
||||
|
|
@ -796,23 +789,23 @@ mandatory if you want to boot a 64bit Linux kernel on an AMD64 system.
|
|||
|
||||
\item \begin{verbatim}STACK_SIZE\end{verbatim}
|
||||
|
||||
LinuxBIOS stack size. The size of the function call stack defaults to
|
||||
coreboot stack size. The size of the function call stack defaults to
|
||||
\texttt{0x2000} (8k).
|
||||
|
||||
\item \begin{verbatim}HEAP_SIZE\end{verbatim}
|
||||
|
||||
LinuxBIOS heap size. The heap is used when LinuxBIOS allocates memory
|
||||
coreboot heap size. The heap is used when coreboot allocates memory
|
||||
with malloc(). The default heap size is \texttt{0x2000}, but AMD64 boards
|
||||
generally set it to \texttt{0x4000} (16k)
|
||||
|
||||
\item \begin{verbatim}XIP_ROM_BASE\end{verbatim}
|
||||
|
||||
Start address of area to cache during LinuxBIOS execution directly from
|
||||
Start address of area to cache during coreboot execution directly from
|
||||
ROM.
|
||||
|
||||
\item \begin{verbatim}XIP_ROM_SIZE\end{verbatim}
|
||||
|
||||
Size of area to cache during LinuxBIOS execution directly from ROM
|
||||
Size of area to cache during coreboot execution directly from ROM
|
||||
|
||||
\item \begin{verbatim}CONFIG_COMPRESS\end{verbatim}
|
||||
|
||||
|
|
@ -831,19 +824,19 @@ decompression is needed).
|
|||
|
||||
\section{Tweaking the source code}
|
||||
Besides configuring the existing code it is sometimes necessary or
|
||||
desirable to tweak certain parts of LinuxBIOS by direct changes to the
|
||||
desirable to tweak certain parts of coreboot by direct changes to the
|
||||
code. This chapter covers some possible enhancements and changes that
|
||||
are needed when porting LinuxBIOS to a new mainboard or just come
|
||||
are needed when porting coreboot to a new mainboard or just come
|
||||
handy now and then.
|
||||
|
||||
\subsection{Hypertransport configuration}
|
||||
Before LinuxBIOS is able to activate all CPUs and detect bridges
|
||||
Before coreboot is able to activate all CPUs and detect bridges
|
||||
attached to these CPUs (and thus, see all devices attached to the
|
||||
system) it has to initialize the coherent hypertransport devices.
|
||||
|
||||
The current algorithms to do coherent hypertransport initialization are
|
||||
not fully, automatically evaluating the hypertransport chain graph.
|
||||
Therefore the code needs to be adapted when porting LinuxBIOS to a new
|
||||
Therefore the code needs to be adapted when porting coreboot to a new
|
||||
AMD64 mainboard. An example arrangement of hypertransport devices
|
||||
looks like this:
|
||||
|
||||
|
|
@ -867,7 +860,7 @@ two steps.
|
|||
\item Setting outgoing connections
|
||||
The algorithm needs to know which outgoing port of a CPU node is
|
||||
connected to the directly succeeding node. This is done in
|
||||
\texttt{freebios2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/auto.c}
|
||||
\texttt{coreboot-v2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/auto.c}
|
||||
with a number of preprocessor defines (one define for two-node systems,
|
||||
three defines for four-node systems).
|
||||
|
||||
|
|
@ -895,7 +888,7 @@ These three message types are routed using different hypertransport
|
|||
ports. The routing information is written to the AMD K8 routing table.
|
||||
In an Nnode system this routing table consists of 3*N*N entries , one
|
||||
for each message type and for each possible CPU --> CPU communication. For
|
||||
simplicity LinuxBIOS keeps the 3 routing entries for each CPU --> CPU
|
||||
simplicity coreboot keeps the 3 routing entries for each CPU --> CPU
|
||||
communication in one machine word. The routing table of each node looks
|
||||
like this:
|
||||
|
||||
|
|
@ -996,7 +989,7 @@ static unsigned int generate_row
|
|||
|
||||
\subsection{DRAM configuration}
|
||||
Setting up the RAM controller(s) is probably the most complex part of
|
||||
LinuxBIOS. Basically LinuxBIOS serially initializes all RAM controllers
|
||||
coreboot. Basically coreboot serially initializes all RAM controllers
|
||||
in the system, using SPDROM (serial presence detect) data to set
|
||||
timings, size and other properties. The SPD data is usually read
|
||||
utilizing the I2C SMBUS interface of the southbridge.
|
||||
|
|
@ -1015,7 +1008,7 @@ struct mem_controller {
|
|||
|
||||
Available mainboard implementations and CPUs create the need to add
|
||||
special setup code to RAM initialization in a number of places.
|
||||
LinuxBIOS provides hooks to easily add code in these places without
|
||||
coreboot provides hooks to easily add code in these places without
|
||||
having to change the generic code. Whether these hooks have to be used
|
||||
depends on the mainboard design. In many cases the functions executed
|
||||
by the hooks just carry out trivial default settings or they are even
|
||||
|
|
@ -1024,7 +1017,7 @@ empty.
|
|||
Some mainboard/CPU combinations need to trigger an additional memory
|
||||
controller reset before the memory can be initialized properly. This is,
|
||||
for example, used to get memory working on preC stepping AMD64
|
||||
processors. LinuxBIOS provides two hooks for triggering onboard memory
|
||||
processors. coreboot provides two hooks for triggering onboard memory
|
||||
reset logic:
|
||||
|
||||
\begin{itemize}
|
||||
|
|
@ -1046,10 +1039,10 @@ static inline void activate_spd_rom (const struct mem_controller *ctrl)
|
|||
|
||||
The way SMBUS hub information is coded into the \texttt{mem\_controller}
|
||||
structure is mainboard implementation specific and not
|
||||
described here. See \texttt{freebios2/src/mainboard/amd/quartet/auto.c}
|
||||
described here. See \texttt{coreboot-v2/src/mainboard/amd/quartet/auto.c}
|
||||
for an example.
|
||||
|
||||
LinuxBIOS folks have agreed on SPD data being the central information
|
||||
coreboot folks have agreed on SPD data being the central information
|
||||
source for RAM specific information. But not all mainboards/RAM
|
||||
modules feature a physical SPD ROM. To still allow an easy to use SPD
|
||||
driven setup, there is a hook that abstracts reading the SPD ROM
|
||||
|
|
@ -1086,9 +1079,9 @@ default HAVE_PIRQ_TABLE=1
|
|||
default IRQ_SLOT_COUNT=7
|
||||
\end{verbatim}
|
||||
|
||||
This will make LinuxBIOS look for the file \\
|
||||
\texttt{freebios2/src/mainboard/<vendor>/<mainboard>/irq\_tables.c} which
|
||||
contains the source code definition of the IRQ table. LinuxBIOS corrects
|
||||
This will make coreboot look for the file \\
|
||||
\texttt{coreboot-v2/src/mainboard/<vendor>/<mainboard>/irq\_tables.c} which
|
||||
contains the source code definition of the IRQ table. coreboot corrects
|
||||
small inconsistencies in the IRQ table during startup (checksum and
|
||||
number of entries), but it is not yet writing IRQ tables in a completely
|
||||
dynamic way.
|
||||
|
|
@ -1104,11 +1097,11 @@ controller instead (vendor id=\texttt{0x1022}, device id=\texttt{0x7443})
|
|||
|
||||
\subsection {MP Tables}
|
||||
|
||||
LinuxBIOS contains code to create MP tables conforming the
|
||||
Multiprocessor Specification V1.4. To include an MP Table in a LinuxBIOS
|
||||
coreboot contains code to create MP tables conforming the
|
||||
Multiprocessor Specification V1.4. To include an MP Table in a coreboot
|
||||
image, the following configuration variables have to be set (in the
|
||||
mainboard specific configuration file
|
||||
\texttt{freebios2/src/mainboard/<vendor><mainboard>/Config.lb}):
|
||||
\texttt{coreboot-v2/src/mainboard/<vendor><mainboard>/Config.lb}):
|
||||
|
||||
\begin{verbatim}
|
||||
default CONFIG_SMP=1
|
||||
|
|
@ -1116,8 +1109,8 @@ default CONFIG_MAX_CPUS=1 # 2,4,..
|
|||
default HAVE_MP_TABLE=1
|
||||
\end{verbatim}
|
||||
|
||||
LinuxBIOS will then look for a function for setting up the MP table in
|
||||
the file \texttt{freebios2/src/mainboard<vendor>/<mainboard>/mptable.c}:
|
||||
coreboot will then look for a function for setting up the MP table in
|
||||
the file \texttt{coreboot-v2/src/mainboard<vendor>/<mainboard>/mptable.c}:
|
||||
|
||||
\begin{verbatim}
|
||||
void *smp_write_config_table(void *v, unsigned long * processor_map)
|
||||
|
|
@ -1130,7 +1123,7 @@ revisions.
|
|||
|
||||
\subsection {ACPI Tables}
|
||||
|
||||
There is initial ACPI support in LinuxBIOS now. Currently the only gain with
|
||||
There is initial ACPI support in coreboot now. Currently the only gain with
|
||||
this is the ability to use HPET timers in Linux. To achieve this, there is a
|
||||
framework that can generate the following tables:
|
||||
\begin{itemize}
|
||||
|
|
@ -1140,7 +1133,7 @@ framework that can generate the following tables:
|
|||
\item HPET
|
||||
\end{itemize}
|
||||
|
||||
To enable ACPI in your LinuxBIOS build, add the following lines to your
|
||||
To enable ACPI in your coreboot build, add the following lines to your
|
||||
configuration files:
|
||||
\begin{verbatim}
|
||||
uses HAVE_ACPI_TABLES
|
||||
|
|
@ -1155,16 +1148,16 @@ It's likely that more ACPI support will follow, when there is need for certain
|
|||
features.
|
||||
|
||||
\subsection{POST}
|
||||
LinuxBIOS has three different methods of handling POST codes. They can
|
||||
coreboot has three different methods of handling POST codes. They can
|
||||
be triggered using configuration file options.
|
||||
\begin{itemize}
|
||||
\item
|
||||
\emph{Ignore POST completely}. No early code debugging is possible with
|
||||
this setting. Set the configuration variable \texttt{NO\_POST} to
|
||||
\texttt{1} to switch off all POST handling in LinuxBIOS.
|
||||
\texttt{1} to switch off all POST handling in coreboot.
|
||||
\item
|
||||
\emph{Normal IO port 80 POST}. This is the default behavior of
|
||||
LinuxBIOS. No configuration variables have to be set. To be able to see
|
||||
coreboot. No configuration variables have to be set. To be able to see
|
||||
port 80 POST output, you need a POST expansion card for ISA or PCI. Port
|
||||
80 POST allows simple debugging without any other output method
|
||||
available (serial interface or VGA display)
|
||||
|
|
@ -1178,7 +1171,7 @@ configuration variable \texttt{CONFIG\_SERIAL\_POST} to the value 1.
|
|||
|
||||
|
||||
\subsection{HDT Debugging}
|
||||
If you are debugging your LinuxBIOS code with a Hardware Debug Tool
|
||||
If you are debugging your coreboot code with a Hardware Debug Tool
|
||||
(HDT), you can find the source code line for a given physical EIP
|
||||
address as follows: Look the address up in the file linuxbios.map. Then
|
||||
search the label Lxx in the file auto.inc created by romcc. The original
|
||||
|
|
@ -1186,7 +1179,7 @@ source code file and line number is mentioned in auto.inc.
|
|||
|
||||
|
||||
\subsection{Device Drivers}
|
||||
With only a few data structures LinuxBIOS features a simple but flexible
|
||||
With only a few data structures coreboot features a simple but flexible
|
||||
device driver interface. This interface is not intended for autonomously
|
||||
driving the devices but to initialize all system components so that they
|
||||
can be used by the booted operating system.
|
||||
|
|
@ -1220,9 +1213,9 @@ initialize and operate the device:
|
|||
|
||||
By separating the two structures above, M:N relations between compatible
|
||||
devices and drivers can be described. The driver source code containing
|
||||
above data structures and code have to be added to a LinuxBIOS image
|
||||
above data structures and code have to be added to a coreboot image
|
||||
using the driver keyword in the mainboard specific configuration file \\
|
||||
\texttt{freebios2/src/mainboard/<vendor>/<mainboard>/Config.lb}:
|
||||
\texttt{coreboot-v2/src/mainboard/<vendor>/<mainboard>/Config.lb}:
|
||||
|
||||
\begin{verbatim}
|
||||
driver lsi_scsi.o
|
||||
|
|
@ -1230,20 +1223,20 @@ using the driver keyword in the mainboard specific configuration file \\
|
|||
|
||||
\subsection{Bus Bridges}
|
||||
|
||||
Currently all bridges supported in the LinuxBIOS2 tree are transparent
|
||||
Currently all bridges supported in the coreboot-v2 tree are transparent
|
||||
bridges. This means, once the bridge is initialized, it's remote devices
|
||||
are visible on one of the PCI buses without special probing. LinuxBIOS
|
||||
are visible on one of the PCI buses without special probing. coreboot
|
||||
supports also bridges that are nontransparent. The driver support code
|
||||
can provide a \texttt{scan\_bus} function to scan devices behind the bridge.
|
||||
|
||||
\subsection{CPU Reset}
|
||||
When changing speed and width of hypertransport chain connections
|
||||
LinuxBIOS has to either assert an LDTSTOP or a reset to make the changes
|
||||
become active. Additionally Linux can do a firmware reset, if LinuxBIOS
|
||||
coreboot has to either assert an LDTSTOP or a reset to make the changes
|
||||
become active. Additionally Linux can do a firmware reset, if coreboot
|
||||
provides the needed infrastructure. To use this capability, define the
|
||||
option \texttt{HAVE\_HARD\_RESET} and add an object file specifying the
|
||||
reset code in your mainboard specific configuration file
|
||||
\texttt{freebios2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/Config.lb}:
|
||||
\texttt{coreboot-v2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/Config.lb}:
|
||||
|
||||
\begin{verbatim}
|
||||
default HAVE_HARD_RESET=1
|
||||
|
|
@ -1258,41 +1251,41 @@ of the system reset:
|
|||
void hard_reset(void);
|
||||
\end{verbatim}
|
||||
|
||||
See \texttt{freebios2/src/mainboard/arima/hdama/reset.c} for an example
|
||||
See \texttt{coreboot-v2/src/mainboard/arima/hdama/reset.c} for an example
|
||||
implementation.
|
||||
|
||||
\newpage
|
||||
|
||||
%
|
||||
% 11. LinuxBIOS Internals
|
||||
% 11. coreboot Internals
|
||||
%
|
||||
|
||||
\section{LinuxBIOS Internals}
|
||||
\section{coreboot Internals}
|
||||
This chapter covers some of the internal structures and algorithms of
|
||||
LinuxBIOS that have not been mentioned so far.
|
||||
coreboot that have not been mentioned so far.
|
||||
|
||||
\subsection{Code Flow}
|
||||
|
||||
\begin{figure}[htb]
|
||||
\centering
|
||||
\includegraphics[scale=0.7]{codeflow.pdf}
|
||||
\caption{LinuxBIOS rough Code Flow}
|
||||
\caption{coreboot rough Code Flow}
|
||||
\label{fix:codeflow}
|
||||
\end{figure}
|
||||
|
||||
\newpage
|
||||
|
||||
\subsection{Fallback mechanism}
|
||||
LinuxBIOS provides a mechanism to pack two different LinuxBIOS builds
|
||||
within one LinuxBIOS ROM image. Using the system CMOS memory LinuxBIOS
|
||||
coreboot provides a mechanism to pack two different coreboot builds
|
||||
within one coreboot ROM image. Using the system CMOS memory coreboot
|
||||
determines whether the last boot with a default image succeeded and
|
||||
boots a failsafe image on failure. This allows insystem testing without
|
||||
the risk to render the system unusable. See
|
||||
\texttt{freebios2/src/mainboard/arima/hdama/failover.c} for example
|
||||
\texttt{coreboot-v2/src/mainboard/arima/hdama/failover.c} for example
|
||||
code. The fallback mechanism can be used with the \texttt{cmos\_util}.
|
||||
|
||||
\subsection{(Un) Supported Standards}
|
||||
LinuxBIOS supports the following standards
|
||||
coreboot supports the following standards
|
||||
\begin{itemize}
|
||||
\item Multiprocessing Specification (MPSPEC) 1.4
|
||||
\item IRQ Tables (PIRQ)
|
||||
|
|
@ -1305,18 +1298,18 @@ probably not be supported in future revisions:
|
|||
\item APM
|
||||
\end{itemize}
|
||||
|
||||
\subsection{LinuxBIOS table}
|
||||
LinuxBIOS stores information about the system in a data structure called
|
||||
the LinuxBIOS table. This table can be read under Linux using the tool
|
||||
lxbios from the Lawrence Livermore National Laboratory.
|
||||
\subsection{coreboot table}
|
||||
coreboot stores information about the system in a data structure called
|
||||
the coreboot table. This table can be read under Linux using the tool
|
||||
nvramtool from the Lawrence Livermore National Laboratory.
|
||||
|
||||
Get more information about lxbios and the utility itself at
|
||||
\url{http://www.llnl.gov/linux/lxbios/lxbios.html}
|
||||
|
||||
\subsection{ROMCC limitations}
|
||||
ROMCC, part of the LinuxBIOS project, is a C compiler that translates to
|
||||
ROMCC, part of the coreboot project, is a C compiler that translates to
|
||||
completely rommable code. This means the resulting code does not need
|
||||
any memory to work. This is one of the major improvements in LinuxBIOS
|
||||
any memory to work. This is one of the major improvements in coreboot
|
||||
V2, since it allows almost all code to be written in C. DRAM
|
||||
initialization can be factored and reused more easily among mainboards
|
||||
and platforms.
|
||||
|
|
@ -1331,12 +1324,12 @@ time. If you run out of registers during compilation, try to refactor
|
|||
your code.
|
||||
|
||||
\subsection{CMOS handling}
|
||||
LinuxBIOS can use the mainboard's CMOS memory to store information
|
||||
coreboot can use the mainboard's CMOS memory to store information
|
||||
defined in a data structure called the CMOS table . This information
|
||||
contains serial line speed, fallback boot control, output verbosity,
|
||||
default boot device, ECC control, and more. It can be easily enhanced by
|
||||
enhancing the CMOS table. This table, if present, is found at
|
||||
\texttt{freebios2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/cmos.layout}.
|
||||
\texttt{coreboot-v2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/cmos.layout}.
|
||||
It describes the available options, their possible values and their
|
||||
position within the CMOS memory. The layout file looks as follows:
|
||||
\begin{verbatim}
|
||||
|
|
@ -1358,16 +1351,16 @@ position within the CMOS memory. The layout file looks as follows:
|
|||
\end{verbatim}
|
||||
|
||||
To change CMOS values from a running Linux system, use the
|
||||
\texttt{cmos\_util}, provided by Linux Networks as part of the LinuxBIOS
|
||||
\texttt{cmos\_util}, provided by Linux Networks as part of the coreboot
|
||||
utilities suite. Get it at
|
||||
\textit{ftp://ftp.lnxi.com/pub/linuxbios/utilities/}
|
||||
|
||||
\subsection {Booting Payloads}
|
||||
LinuxBIOS can load a payload binary from a Flash device or IDE. This
|
||||
coreboot can load a payload binary from a Flash device or IDE. This
|
||||
payload can be a boot loader, like FILO or Etherboot, a kernel image, or
|
||||
any other static ELF binary.
|
||||
|
||||
To create a Linux kernel image, that is bootable in LinuxBIOS, you have
|
||||
To create a Linux kernel image, that is bootable in coreboot, you have
|
||||
to use mkelfImage. The command line I used, looks like follows:
|
||||
|
||||
\begin{verbatim}
|
||||
|
|
@ -1436,9 +1429,9 @@ controller firmware and similar. Without this initialization, an
|
|||
operating system can not take advantage of the hardware, so there needs
|
||||
to be a way to address this issue. There are several alternatives:
|
||||
|
||||
\subsection{Native LinuxBIOS Support}
|
||||
\subsection{Native coreboot Support}
|
||||
|
||||
For some devices (ie Trident Cyberblade 3d) there is native LinuxBIOS
|
||||
For some devices (ie Trident Cyberblade 3d) there is native coreboot
|
||||
support This means there is a small driver bound to the PCI id of the
|
||||
device that is called after PCI device ressources are allotted.
|
||||
|
||||
|
|
@ -1458,7 +1451,7 @@ CONs:
|
|||
|
||||
\subsection{Using Native Linux Support}
|
||||
|
||||
A simple way of getting a whole lot of drivers available for LinuxBIOS
|
||||
A simple way of getting a whole lot of drivers available for coreboot
|
||||
is to reuse Linux drivers by putting a Linux kernel to flash. This
|
||||
works, because no drivers are needed to get the Linux kernel (as opposed
|
||||
to store the kernel on a harddisk connected to isa/scsi/raid storage)
|
||||
|
|
@ -1510,7 +1503,7 @@ bytecode that runs with minimal footprint on all architectures that have
|
|||
an Open Firmware implementation.
|
||||
|
||||
There is a free Open Firmware implementation available, called OpenBIOS,
|
||||
that runs on top of LinuxBIOS. See www.openbios.org
|
||||
that runs on top of coreboot. See www.openbios.org
|
||||
|
||||
PROs:
|
||||
\begin{itemize}
|
||||
|
|
@ -1529,7 +1522,7 @@ CONs:
|
|||
%
|
||||
|
||||
\section{Image types}
|
||||
There used to be one image type for LinuxBIOS, as described above. Since this paper was written (2004) there have been many changes. First, the name
|
||||
There used to be one image type for coreboot, as described above. Since this paper was written (2004) there have been many changes. First, the name
|
||||
was changed to coreboot, for many reasons. Second, Ying-Hai Liu, then of AMD, now of Sun, added Cache As Ram support (CAR) for many AMD CPUs, which both simplified and complicated things. Simplification came with the removal of romcc; complication came with the addition of new ways to build.
|
||||
|
||||
There are two big additions to the build process and, furthermore, more than two new CONFIG variables to control them.
|
||||
|
|
@ -1702,7 +1695,7 @@ No significant change from romcc code, except that the CAR code has to set up a
|
|||
\begin{itemize}
|
||||
\item payload
|
||||
|
||||
LinuxBIOS only cares about low level machine initialization, but also has
|
||||
coreboot only cares about low level machine initialization, but also has
|
||||
very simple mechanisms to boot a file either from FLASHROM or IDE. That
|
||||
file, possibly a Linux Kernel, a boot loader or Etherboot, are called
|
||||
payload, since it is the first software executed that does not cope with
|
||||
|
|
@ -1721,14 +1714,11 @@ ROMs they can be electronically erased and reprogrammed.
|
|||
%
|
||||
|
||||
\section{Bibliography}
|
||||
\subsection{Additional Papers on LinuxBIOS}
|
||||
\subsection{Additional Papers on coreboot}
|
||||
|
||||
\begin{itemize}
|
||||
\item { \small
|
||||
\textit{\url{http://www.linuxnetworx.com/products/linuxbios_white_paper.pdf}}
|
||||
}
|
||||
\item
|
||||
\textit{\url{http://www.linuxbios.org/papers/}}
|
||||
\textit{\url{http://www.coreboot.org/Documentation}}
|
||||
\item
|
||||
\textit{\url{http://www.lysator.liu.se/upplysning/fa/linuxbios.pdf}}
|
||||
\item
|
||||
|
|
@ -1739,7 +1729,7 @@ ROMs they can be electronically erased and reprogrammed.
|
|||
|
||||
\begin{itemize}
|
||||
\item Etherboot: \textit{\url{http://www.etherboot.org/}}
|
||||
\item Filo: \textit{\url{http://te.to/~ts1/filo/}}
|
||||
\item Filo: \textit{\url{http://www.coreboot.org/FILO}}
|
||||
\item OpenBIOS: \textit{\url{http://www.openbios.org/}}
|
||||
\end{itemize}
|
||||
|
||||
|
|
|
|||
|
|
@ -10,11 +10,11 @@ FIGS=codeflow.pdf hypertransport.pdf
|
|||
all: LinuxBIOS-AMD64.pdf
|
||||
|
||||
|
||||
codeflow.pdf: codeflow.eps
|
||||
epstopdf $< -o=$@
|
||||
codeflow.pdf: codeflow.svg
|
||||
svg2pdf $< $@
|
||||
|
||||
hypertransport.pdf: hypertransport.eps
|
||||
epstopdf $< -o=$@
|
||||
hypertransport.pdf: hypertransport.svg
|
||||
svg2pdf $< $@
|
||||
|
||||
LinuxBIOS-AMD64.toc: $(FIGS) LinuxBIOS-AMD64.tex
|
||||
# 2 times to make sure we have a current toc.
|
||||
|
|
|
|||
File diff suppressed because it is too large
Load Diff
|
|
@ -0,0 +1,234 @@
|
|||
<?xml version="1.0" encoding="utf-8"?>
|
||||
<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd">
|
||||
<svg version="1.1" id="Layer_1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" x="0px" y="0px"
|
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width="256px" height="640px" viewBox="0 0 256 640" enable-background="new 0 0 256 640" xml:space="preserve">
|
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<font horiz-adv-x="1000">
|
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<font-face font-family="MyriadPro-Regular" units-per-em="1000" underline-position="-100" underline-thickness="50"/>
|
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<missing-glyph horiz-adv-x="500" d="M0,0l500,0l0,700l-500,0M250,395l-170,255l340,0M280,350l170,255l0,-510M80,50l170,255l170,-255M50,605l170,-255l-170,-255z"/>
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|
||||
690 -35 732 7 822 7 ct 880 7 920 -11 940 -47 ct 953 -69 958 -93 958 -134 ct p ef
|
||||
1256 -72 m 1249 -75 l 1229 -44 1222 -40 1199 -40 ct 1072 -40 l 1161 -133 l
|
||||
1208 -182 1229 -222 1229 -263 ct 1229 -316 1186 -357 1131 -357 ct 1102 -357 1074 -345 1055 -324 ct
|
||||
1038 -306 1030 -289 1021 -252 ct 1032 -249 l 1053 -301 1072 -318 1109 -318 ct
|
||||
1153 -318 1183 -288 1183 -243 ct 1183 -202 1159 -153 1115 -106 ct 1020 -6 l
|
||||
1020 0 l 1227 0 l p ef
|
||||
pom
|
||||
gr
|
||||
0.753 0.753 0.753 c 7182 4146 m 6169 4146 l 6169 2118 l 8195 2118 l
|
||||
8195 4146 l 7182 4146 l p ef
|
||||
0.003 0.003 0.003 c 7182 4146 m 6169 4146 l 6169 2118 l 8195 2118 l 8195 4146 l
|
||||
7182 4146 l pc
|
||||
gs
|
||||
pum
|
||||
6535 3309 t
|
||||
327 -238 m 323 -357 l 312 -357 l 308 -346 300 -340 289 -340 ct 285 -340 277 -341 269 -344 ct
|
||||
243 -353 216 -357 192 -357 ct 148 -357 104 -341 71 -312 ct 34 -279 14 -230 14 -171 ct
|
||||
14 -122 30 -77 57 -47 ct 89 -12 138 7 190 7 ct 250 7 302 -16 334 -59 ct 325 -69 l
|
||||
286 -31 251 -15 207 -15 ct 174 -15 144 -26 121 -46 ct 92 -72 76 -120 76 -178 ct
|
||||
76 -274 125 -336 202 -336 ct 232 -336 259 -325 280 -304 ct 297 -287 305 -272 315 -238 ct
|
||||
p ef
|
||||
450 -153 m 464 -152 473 -152 487 -152 ct 528 -152 557 -157 579 -170 ct 611 -187 630 -219 630 -254 ct
|
||||
630 -276 623 -296 609 -312 ct 587 -335 541 -350 492 -350 ct 352 -350 l 352 -340 l
|
||||
391 -335 396 -330 396 -292 ct 396 -63 l 396 -19 392 -13 352 -10 ct 352 0 l
|
||||
500 0 l 500 -10 l 458 -11 450 -19 450 -57 ct p
|
||||
450 -312 m 450 -326 454 -330 468 -330 ct 540 -330 573 -305 573 -251 ct 573 -199 541 -173 481 -173 ct
|
||||
470 -173 463 -174 450 -175 ct p ef
|
||||
958 -272 m 958 -326 964 -334 1007 -340 ct 1007 -350 l 885 -350 l 885 -340 l
|
||||
926 -336 934 -325 934 -272 ct 934 -129 l 934 -93 931 -73 922 -57 ct 908 -32 874 -15 834 -15 ct
|
||||
797 -15 771 -28 757 -53 ct 747 -70 743 -89 743 -123 ct 743 -292 l 743 -330 749 -336 792 -340 ct
|
||||
792 -350 l 642 -350 l 642 -340 l 684 -336 690 -331 690 -292 ct 690 -127 l
|
||||
690 -35 732 7 822 7 ct 880 7 920 -11 940 -47 ct 953 -69 958 -93 958 -134 ct p ef
|
||||
1085 -174 m 1117 -174 1129 -173 1142 -168 ct 1174 -157 1195 -126 1195 -90 ct
|
||||
1195 -46 1165 -11 1126 -11 ct 1111 -11 1101 -15 1081 -28 ct 1065 -37 1056 -41 1047 -41 ct
|
||||
1035 -41 1027 -33 1027 -22 ct 1027 -4 1050 7 1087 7 ct 1128 7 1170 -6 1194 -28 ct
|
||||
1219 -49 1233 -80 1233 -115 ct 1233 -142 1225 -167 1209 -184 ct 1199 -195 1189 -202 1165 -212 ct
|
||||
1202 -236 1215 -256 1215 -285 ct 1215 -327 1181 -357 1133 -357 ct 1106 -357 1083 -348 1064 -331 ct
|
||||
1048 -317 1040 -303 1028 -271 ct 1036 -269 l 1058 -308 1082 -325 1115 -325 ct
|
||||
1149 -325 1173 -302 1173 -269 ct 1173 -250 1165 -231 1152 -217 ct 1136 -202 1121 -194 1085 -181 ct
|
||||
p ef
|
||||
pom
|
||||
gr
|
||||
0.753 0.753 0.753 c 7182 10118 m 6169 10118 l 6169 8090 l 8195 8090 l
|
||||
8195 10118 l 7182 10118 l p ef
|
||||
0.003 0.003 0.003 c 7182 10118 m 6169 10118 l 6169 8090 l 8195 8090 l 8195 10118 l
|
||||
7182 10118 l pc
|
||||
gs
|
||||
pum
|
||||
6852 8945 t
|
||||
236 -357 m 225 -357 l 223 -345 217 -339 208 -339 ct 203 -339 194 -341 185 -345 ct
|
||||
165 -353 146 -357 129 -357 ct 106 -357 83 -348 65 -333 ct 47 -316 37 -294 37 -267 ct
|
||||
37 -224 60 -195 120 -163 ct 158 -143 185 -122 198 -102 ct 203 -95 206 -84 206 -71 ct
|
||||
206 -35 179 -11 141 -11 ct 94 -11 60 -40 34 -105 ct 22 -105 l 38 6 l 49 6 l
|
||||
50 -3 56 -10 64 -10 ct 70 -10 79 -8 89 -4 ct 109 3 130 7 151 7 ct 212 7 259 -34 259 -88 ct
|
||||
259 -132 230 -166 160 -204 ct 105 -234 83 -258 83 -286 ct 83 -315 105 -335 138 -335 ct
|
||||
161 -335 184 -325 202 -306 ct 219 -289 226 -276 234 -244 ct 248 -244 l p ef
|
||||
300 -350 m 300 -340 l 344 -337 350 -331 350 -292 ct 350 -57 l 350 -18 343 -11 300 -10 ct
|
||||
300 0 l 476 0 l 517 0 555 -11 575 -29 ct 594 -46 604 -69 604 -95 ct 604 -118 595 -139 578 -155 ct
|
||||
562 -169 548 -175 514 -184 ct 541 -190 552 -196 565 -207 ct 578 -219 586 -238 586 -260 ct
|
||||
586 -319 539 -350 448 -350 ct p
|
||||
404 -172 m 456 -172 480 -169 499 -161 ct 529 -149 543 -128 543 -94 ct 543 -66 532 -45 511 -33 ct
|
||||
494 -23 472 -19 438 -19 ct 412 -19 404 -24 404 -41 ct p
|
||||
404 -193 m 404 -314 l 404 -325 408 -330 416 -330 ct 439 -330 l 500 -330 532 -305 532 -258 ct
|
||||
532 -216 504 -193 454 -193 ct p ef
|
||||
pom
|
||||
pum
|
||||
6455 9607 t
|
||||
156 -357 m 116 -332 101 -318 81 -294 ct 43 -248 25 -195 25 -133 ct 25 -66 44 -14 91 39 ct
|
||||
113 65 126 76 154 93 ct 160 85 l 118 51 103 33 89 -6 ct 76 -41 70 -82 70 -134 ct
|
||||
70 -190 77 -233 92 -266 ct 106 -299 122 -318 160 -349 ct p ef
|
||||
338 -196 m 390 -224 409 -246 409 -282 ct 409 -325 371 -357 318 -357 ct 260 -357 217 -322 217 -274 ct
|
||||
217 -239 227 -224 283 -175 ct 226 -132 214 -115 214 -79 ct 214 -28 256 7 316 7 ct
|
||||
379 7 420 -27 420 -82 ct 420 -122 l 402 -148 l p
|
||||
328 -141 m 367 -114 380 -95 380 -65 ct 380 -31 356 -7 322 -7 ct 281 -7 254 -38 254 -84 ct
|
||||
254 -117 266 -140 297 -165 ct p
|
||||
323 -205 m 275 -236 256 -260 256 -290 ct 256 -321 280 -342 314 -342 ct 350 -342 372 -319 372 -283 ct
|
||||
372 -252 357 -229 327 -208 ct 325 -207 l 325 -207 l p ef
|
||||
603 -357 m 508 -309 l 508 -302 l 515 -304 520 -306 523 -307 ct 532 -311 541 -313 546 -313 ct
|
||||
557 -313 562 -305 562 -288 ct 562 -49 l 562 -31 558 -19 549 -14 ct 542 -10 534 -8 512 -7 ct
|
||||
512 0 l 658 0 l 658 -7 l 616 -8 608 -13 608 -39 ct 608 -356 l p ef
|
||||
867 -357 m 772 -309 l 772 -302 l 779 -304 784 -306 787 -307 ct 796 -311 805 -313 810 -313 ct
|
||||
821 -313 826 -305 826 -288 ct 826 -49 l 826 -31 822 -19 813 -14 ct 806 -10 798 -8 776 -7 ct
|
||||
776 0 l 922 0 l 922 -7 l 880 -8 872 -13 872 -39 ct 872 -356 l p ef
|
||||
1132 -357 m 1037 -309 l 1037 -302 l 1044 -304 1049 -306 1052 -307 ct 1061 -311 1070 -313 1075 -313 ct
|
||||
1086 -313 1091 -305 1091 -288 ct 1091 -49 l 1091 -31 1087 -19 1078 -14 ct 1071 -10 1063 -8 1041 -7 ct
|
||||
1041 0 l 1187 0 l 1187 -7 l 1145 -8 1137 -13 1137 -39 ct 1137 -356 l p ef
|
||||
1264 93 m 1303 68 1319 54 1338 30 ct 1376 -15 1394 -68 1394 -130 ct 1394 -198 1375 -249 1328 -303 ct
|
||||
1306 -329 1293 -340 1265 -357 ct 1259 -349 l 1301 -315 1315 -297 1330 -257 ct
|
||||
1343 -222 1349 -181 1349 -129 ct 1349 -74 1342 -30 1328 2 ct 1313 35 1297 54 1259 85 ct
|
||||
p ef
|
||||
pom
|
||||
gr
|
||||
0.753 0.753 0.753 c 3288 10118 m 2275 10118 l 2275 8090 l 4301 8090 l
|
||||
4301 10118 l 3288 10118 l p ef
|
||||
0.003 0.003 0.003 c 3288 10118 m 2275 10118 l 2275 8090 l 4301 8090 l 4301 10118 l
|
||||
3288 10118 l pc
|
||||
gs
|
||||
pum
|
||||
2593 8945 t
|
||||
106 -153 m 120 -152 129 -152 143 -152 ct 184 -152 213 -157 235 -170 ct 267 -187 286 -219 286 -254 ct
|
||||
286 -276 279 -296 265 -312 ct 243 -335 197 -350 148 -350 ct 8 -350 l 8 -340 l
|
||||
47 -335 52 -330 52 -292 ct 52 -63 l 52 -19 48 -13 8 -10 ct 8 0 l 156 0 l 156 -10 l
|
||||
114 -11 106 -19 106 -57 ct p
|
||||
106 -312 m 106 -326 110 -330 124 -330 ct 196 -330 229 -305 229 -251 ct 229 -199 197 -173 137 -173 ct
|
||||
126 -173 119 -174 106 -175 ct p ef
|
||||
618 -238 m 614 -357 l 603 -357 l 599 -346 591 -340 580 -340 ct 576 -340 568 -341 560 -344 ct
|
||||
534 -353 507 -357 483 -357 ct 439 -357 395 -341 362 -312 ct 325 -279 305 -230 305 -171 ct
|
||||
305 -122 321 -77 348 -47 ct 380 -12 429 7 481 7 ct 541 7 593 -16 625 -59 ct 616 -69 l
|
||||
577 -31 542 -15 498 -15 ct 465 -15 435 -26 412 -46 ct 383 -72 367 -120 367 -178 ct
|
||||
367 -274 416 -336 493 -336 ct 523 -336 550 -325 571 -304 ct 588 -287 596 -272 606 -238 ct
|
||||
p ef
|
||||
695 -57 m 695 -17 688 -11 644 -10 ct 644 0 l 801 0 l 801 -10 l 758 -11 749 -19 749 -57 ct
|
||||
749 -292 l 749 -331 757 -338 801 -340 ct 801 -350 l 644 -350 l 644 -340 l
|
||||
689 -337 695 -331 695 -292 ct p ef
|
||||
840 -135 m 840 -102 l 970 -102 l 970 -135 l p ef
|
||||
1373 -350 m 1247 -350 l 1247 -340 l 1275 -339 1284 -335 1284 -323 ct 1284 -315 1278 -305 1263 -286 ct
|
||||
1203 -213 l 1181 -244 l 1148 -289 1136 -312 1136 -324 ct 1136 -334 1144 -339 1161 -339 ct
|
||||
1176 -340 l 1176 -350 l 1016 -350 l 1016 -340 l 1051 -338 1060 -330 1112 -257 ct
|
||||
1170 -172 l 1087 -70 l 1039 -14 1037 -12 1010 -10 ct 1010 0 l 1133 0 l
|
||||
1133 -10 l 1102 -12 1093 -16 1093 -28 ct 1093 -36 1101 -49 1120 -74 ct 1183 -152 l
|
||||
1234 -78 l 1251 -52 1261 -34 1261 -26 ct 1261 -16 1252 -11 1234 -11 ct 1232 -11 1226 -10 1220 -10 ct
|
||||
1220 0 l 1377 0 l 1377 -10 l 1349 -13 1341 -18 1318 -49 ct 1217 -194 l
|
||||
1294 -290 l 1328 -331 1339 -338 1373 -340 ct p ef
|
||||
pom
|
||||
pum
|
||||
2566 9607 t
|
||||
156 -357 m 116 -332 101 -318 81 -294 ct 43 -248 25 -195 25 -133 ct 25 -66 44 -14 91 39 ct
|
||||
113 65 126 76 154 93 ct 160 85 l 118 51 103 33 89 -6 ct 76 -41 70 -82 70 -134 ct
|
||||
70 -190 77 -233 92 -266 ct 106 -299 122 -318 160 -349 ct p ef
|
||||
338 -196 m 390 -224 409 -246 409 -282 ct 409 -325 371 -357 318 -357 ct 260 -357 217 -322 217 -274 ct
|
||||
217 -239 227 -224 283 -175 ct 226 -132 214 -115 214 -79 ct 214 -28 256 7 316 7 ct
|
||||
379 7 420 -27 420 -82 ct 420 -122 l 402 -148 l p
|
||||
328 -141 m 367 -114 380 -95 380 -65 ct 380 -31 356 -7 322 -7 ct 281 -7 254 -38 254 -84 ct
|
||||
254 -117 266 -140 297 -165 ct p
|
||||
323 -205 m 275 -236 256 -260 256 -290 ct 256 -321 280 -342 314 -342 ct 350 -342 372 -319 372 -283 ct
|
||||
372 -252 357 -229 327 -208 ct 325 -207 l 325 -207 l p ef
|
||||
603 -357 m 508 -309 l 508 -302 l 515 -304 520 -306 523 -307 ct 532 -311 541 -313 546 -313 ct
|
||||
557 -313 562 -305 562 -288 ct 562 -49 l 562 -31 558 -19 549 -14 ct 542 -10 534 -8 512 -7 ct
|
||||
512 0 l 658 0 l 658 -7 l 616 -8 608 -13 608 -39 ct 608 -356 l p ef
|
||||
794 -174 m 826 -174 838 -173 851 -168 ct 883 -157 904 -126 904 -90 ct 904 -46 874 -11 835 -11 ct
|
||||
820 -11 810 -15 790 -28 ct 774 -37 765 -41 756 -41 ct 744 -41 736 -33 736 -22 ct
|
||||
736 -4 759 7 796 7 ct 837 7 879 -6 903 -28 ct 928 -49 942 -80 942 -115 ct 942 -142 934 -167 918 -184 ct
|
||||
908 -195 898 -202 874 -212 ct 911 -236 924 -256 924 -285 ct 924 -327 890 -357 842 -357 ct
|
||||
815 -357 792 -348 773 -331 ct 757 -317 749 -303 737 -271 ct 745 -269 l 767 -308 791 -325 824 -325 ct
|
||||
858 -325 882 -302 882 -269 ct 882 -250 874 -231 861 -217 ct 845 -202 830 -194 794 -181 ct
|
||||
p ef
|
||||
1132 -357 m 1037 -309 l 1037 -302 l 1044 -304 1049 -306 1052 -307 ct 1061 -311 1070 -313 1075 -313 ct
|
||||
1086 -313 1091 -305 1091 -288 ct 1091 -49 l 1091 -31 1087 -19 1078 -14 ct 1071 -10 1063 -8 1041 -7 ct
|
||||
1041 0 l 1187 0 l 1187 -7 l 1145 -8 1137 -13 1137 -39 ct 1137 -356 l p ef
|
||||
1264 93 m 1303 68 1319 54 1338 30 ct 1376 -15 1394 -68 1394 -130 ct 1394 -198 1375 -249 1328 -303 ct
|
||||
1306 -329 1293 -340 1265 -357 ct 1259 -349 l 1301 -315 1315 -297 1330 -257 ct
|
||||
1343 -222 1349 -181 1349 -129 ct 1349 -74 1342 -30 1328 2 ct 1313 35 1297 54 1259 85 ct
|
||||
p ef
|
||||
pom
|
||||
gr
|
||||
3288 7132 m 3288 8090 l ps
|
||||
4301 9104 m 6169 9104 l ps
|
||||
4301 6118 m 6169 6118 l ps
|
||||
3288 5104 m 3288 4146 l ps
|
||||
7182 5104 m 7182 4146 l ps
|
||||
6169 3132 m 4301 3132 l ps
|
||||
gs
|
||||
pum
|
||||
3360 7489 t
|
||||
161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct
|
||||
56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct
|
||||
27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef
|
||||
214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct
|
||||
367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct
|
||||
189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p
|
||||
243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct
|
||||
347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct
|
||||
p ef
|
||||
468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l
|
||||
501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct
|
||||
564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct
|
||||
p ef
|
||||
653 -190 m 638 -190 626 -185 615 -175 ct 599 -160 588 -127 588 -94 ct 588 -64 598 -31 611 -15 ct
|
||||
621 -2 636 3 652 3 ct 666 3 679 0 689 -10 ct 705 -26 716 -58 716 -93 ct 716 -150 l
|
||||
690 -190 l p
|
||||
652 -183 m 676 -183 689 -151 689 -92 ct 689 -33 676 -3 652 -3 ct 628 -3 615 -33 615 -92 ct
|
||||
615 -152 l 628 -183 l p ef
|
||||
pom
|
||||
gr
|
||||
gs
|
||||
pum
|
||||
5424 6484 t
|
||||
161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct
|
||||
56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct
|
||||
27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef
|
||||
214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct
|
||||
367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct
|
||||
189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p
|
||||
243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct
|
||||
347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct
|
||||
p ef
|
||||
468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l
|
||||
501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct
|
||||
564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct
|
||||
p ef
|
||||
653 -190 m 638 -190 626 -185 615 -175 ct 599 -160 588 -127 588 -94 ct 588 -64 598 -31 611 -15 ct
|
||||
621 -2 636 3 652 3 ct 666 3 679 0 689 -10 ct 705 -26 716 -58 716 -93 ct 716 -150 l
|
||||
690 -190 l p
|
||||
652 -183 m 676 -183 689 -151 689 -92 ct 689 -33 676 -3 652 -3 ct 628 -3 615 -33 615 -92 ct
|
||||
615 -152 l 628 -183 l p ef
|
||||
pom
|
||||
gr
|
||||
gs
|
||||
pum
|
||||
7302 4446 t
|
||||
161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct
|
||||
56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct
|
||||
27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef
|
||||
214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct
|
||||
367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct
|
||||
189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p
|
||||
243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct
|
||||
347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct
|
||||
p ef
|
||||
468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l
|
||||
501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct
|
||||
564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct
|
||||
p ef
|
||||
653 -190 m 638 -190 626 -185 615 -175 ct 599 -160 588 -127 588 -94 ct 588 -64 598 -31 611 -15 ct
|
||||
621 -2 636 3 652 3 ct 666 3 679 0 689 -10 ct 705 -26 716 -58 716 -93 ct 716 -150 l
|
||||
690 -190 l p
|
||||
652 -183 m 676 -183 689 -151 689 -92 ct 689 -33 676 -3 652 -3 ct 628 -3 615 -33 615 -92 ct
|
||||
615 -152 l 628 -183 l p ef
|
||||
pom
|
||||
gr
|
||||
gs
|
||||
pum
|
||||
3413 4473 t
|
||||
161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct
|
||||
56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct
|
||||
27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef
|
||||
214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct
|
||||
367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct
|
||||
189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p
|
||||
243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct
|
||||
347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct
|
||||
p ef
|
||||
468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l
|
||||
501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct
|
||||
564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct
|
||||
p ef
|
||||
653 -190 m 638 -190 626 -185 615 -175 ct 599 -160 588 -127 588 -94 ct 588 -64 598 -31 611 -15 ct
|
||||
621 -2 636 3 652 3 ct 666 3 679 0 689 -10 ct 705 -26 716 -58 716 -93 ct 716 -150 l
|
||||
690 -190 l p
|
||||
652 -183 m 676 -183 689 -151 689 -92 ct 689 -33 676 -3 652 -3 ct 628 -3 615 -33 615 -92 ct
|
||||
615 -152 l 628 -183 l p ef
|
||||
pom
|
||||
gr
|
||||
gs
|
||||
pum
|
||||
4418 3467 t
|
||||
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
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|
||||
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|
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|
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|
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|
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pom
|
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gr
|
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gs
|
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pum
|
||||
4524 6060 t
|
||||
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|
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|
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|
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|
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pom
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pc
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pc
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tm setmatrix
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0 0 t
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1 1 s
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0 8033 t
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pom
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count op_count sub {pop} repeat countdictstack dict_count sub {end} repeat b4_inc_state restore
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%%Trailer
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%%EOF
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After Width: | Height: | Size: 11 KiB |
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Reference in New Issue