#----------------------------------------------------------------------------
# build_libtiff.txt - how to build the libjpeg binaries
#
# Creation : 2008-05-05 hbfl
# Last update: $Id$
#
# !!! this is not a script but an step-by-step howto !!!
#------------------------------------------------------------------------------
exit 1
### download the source code from the internet, e.g.
# ftp://ftp.remotesensing.org/pub/libtiff/
Die Version 3.9.0 kamm direkt aus dem CVS 2008-05-04
update CVS 2009-08-09
und wurde mit jbig-kit gebaut, vorher installieren
export CVSROOT=:pserver:cvsanon@cvs.maptools.org:/cvs/maptools/cvsroot
cvs login
(use empty password)
cvs checkout -r branch-3-9 libtiff
to get stable libtiff branch
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.0beta
C compiler: i486-pc-linux-gnu-gcc -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
2009-087-21
libtiff-3.9.0 stable release
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.0
C compiler: i486-pc-linux-gnu-gcc -std=gnu99 -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
2009-08-28
libtiff-3.9.1
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.1
C compiler: i486-pc-linux-gnu-gcc -std=gnu99 -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
2009-11-22
libtiff-3.9.2
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.2
C compiler: i486-pc-linux-gnu-gcc -std=gnu99 -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
# 2010-06-12
tiff-3.9.3
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.3
C compiler: i486-pc-linux-gnu-gcc -std=gnu99 -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
# 2010-06-15
tiff-3.9.4
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.4
C compiler: i486-pc-linux-gnu-gcc -std=gnu99 -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
# 2010-10-01 build libtiff with jpeg-8b
# als 3-9-4-2
# 2011-05-01 -> tiff-3.9.5
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.5
C compiler: i486-pc-linux-gnu-gcc -std=gnu99 -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
#
# 2012-05-17 -> tiff-3.9.6
#
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.6
C compiler: i486-pc-linux-gnu-gcc -std=gnu99 -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Enable linker symbol versioning: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
#
# 2012-09-23 -> tiff 3.9.7
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-3.9.7
C compiler: i486-pc-linux-gnu-gcc -std=gnu99 -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Enable linker symbol versioning: no
Support Microsoft Document Imaging: yes
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
ISO JBIG support: yes
C++ support: yes
OpenGL support: no
#
#
# 2012-12-03 -> tiff-4.0.3
# 2013-07-06 -> tiff-4.0.3
# patched with rpm factory
# build by hand
# 2013-08-07 -> tiff-4.0.3 rebuild with ld-2.22
Libtiff is now configured for i486-pc-linux-gnu
Installation directory: /usr
Documentation directory: ${prefix}/share/doc/tiff-4.0.3
C compiler: i486-pc-linux-gnu-gcc -O2 -march=i486 -Wall -W
C++ compiler: i486-pc-linux-gnu-g++ -O2 -march=i486
Enable runtime linker paths: no
Enable linker symbol versioning: no
Support Microsoft Document Imaging: yes
Use win32 IO: no
Support for internal codecs:
CCITT Group 3 & 4 algorithms: yes
Macintosh PackBits algorithm: yes
LZW algorithm: yes
ThunderScan 4-bit RLE algorithm: yes
NeXT 2-bit RLE algorithm: yes
LogLuv high dynamic range encoding: yes
Support for external codecs:
ZLIB support: yes
Pixar log-format algorithm: yes
JPEG support: yes
Old JPEG support: yes
JPEG 8/12 bit dual mode: no
ISO JBIG support: yes
LZMA2 support: yes
C++ support: yes
OpenGL support: no
# 2015-04-15 -> tiff-4.0.3
# build with rpm Suse
# tiff-4.0.3-13.1.src.rpm
# 2015-08-14 -> tiff 4.0.4
# build with rpm Suse
# tiff-4.0.4-2.1.src.rpm
# 2016-05-05 -> tiff-4.0.6
# build with rpm Suse
# tiff-4.0.6-4.2.src.rpm
# hbfl
# 2016-08-21 -> tiff-4.0.6
# build with rpm Suse
# tiff-4.0.6-5.1.src.rpm
# hbfl
# 2017-01-14 -> tiff-4.0.7-2.1
# build with rpm Suse
# included upstream patch for HylaFAX
# tiff-4.0.7-2.1.src.rpm
# hbfl
# 2017-06-18 -> tiff-4.0.7-5.2
# build with rpm Suse
# tiff-4.0.7-5.2.src.rpm
# hbfl
# 2018-01-21 -> tiff-4.0.9
# build with rpm Suse
# tiff-4.0.9-17.9.1.src.rpm
# hbfl
# 2018-05-21 -> tiff-4.0.9
# build withrpm Suse
# tiff-4.0.9-5.1.src.rpm
# hbfl
# 2018-06-29 -> tiff-4.0.9
# build with rpm Suse
# tiff-4.0.9-6.1.src.rpm
# hbfl
# 2018-09-14 -> tiff-4.0.9
# build with rpm Suse
# tiff-4.0.9-7.1.src.rpm
# hbfl
# 2019-01-03 -> tiff-4.0.10
# build with rpm Suse
# tiff-4.0.10-1.1.src.rpm
# hbfl
# 2019-05-12 -> tiff-4.0.10
# build with rpm Suse
# tiff-4.0.10-2.1.src.rpm
# hbfl
# 2019-05-20 -> tiff-4.0.10
# rebuild with rpm Suse
# tiff-4.0.10-2.2.src.rpm
# without webp
# hbfl
# 2019-12-19 -> tiff-4.1.0
# rebuild with rpm Suse
# tiff-4.1.0-1.1.src.rpm
# without webp
# hbfl
# 2020-04-04 -> tiff-4.1.0
# rebuild with rpm Suse -> gcc-9.2.1 -> glibc-2.31
# tiff-4.1.0-1.2.src.rpm
# without webp
# without zstd
# hbfl
# 2020-11-24 -> tiff-4.1.0
# rebuild with rpm Suse
# tiff-4.1.0-2.4.src.rpm
# without webp
# hbfl
# 2021-01-09 -> tiff-4.2.0
# rebuild with rpm Suse
# tiff-4.2.0-1.1.src.rpm
# without webp
# hbfl
# 2021-01-28 -> tiff-4.2.0
# rebuild with rpm Suse
# tiff-4.2.0-1.2.src.rpm
# without webp
# with libdeflate
# hbfl
# 2021-04-08 -> tiff-4.3.0
# build with rpm Suse
# tiff-4.3.0-1.1.src.rpm
# without webp
# with libdeflate
# hbfl
# 2021-06-11 -> tiff-4.3.0
# rebuild with rpm Suse -> gcc-10 -> glibc-2.33
# tiff-4.3.0-1.2.src.rpm
# without webp
# with libdeflate
# hbfl
# 2023-04-26 -> tiff-4.5.0
# build with rpm Suse -> gcc-12 -> glibc-2.37
# tiff-4.5.0-3.2.src.rpm
# with libdeflate
# hbfl
# 2023-06-28 -> tiff-4.5.1
# build with rpm Suse
# tiff-4.5.1-1.1.src.rpm
# with libdeflate
# hbfl
# 2024-09-28 -> tiff-4.7.0
# build with rpm Suse
# tiff-4.7.0-1.1.src.rpm
# without webp
# with libdeflate
# hbfl
# 2024-10-02 -> tiff-4.7.0
# rebuild with rpm Suse
# tiff-4.7.0-1.2.src.rpm
# without webp
# with libdeflate
# 2025-13-25 -> tiff-4.7.0
# rebuild with rpm Suse -> gcc-14 - glibc-2.41
# tiff-4.7.0-5.3src.rpm
# with libdeflate
cd libtiff
### build
export CFLAGS='-O2 -march=i486'
export CXXFLAGS="${CFLAGS}"
./configure \
--prefix=/usr \
--build=i486-pc-linux-gnu \
--host=i486-pc-linux-gnu
make
make check
make DESTDIR=/public/lib/tiff/4.0.3 install
# strip files
for filename in `find /public/lib/tiff/4.0.3/usr/{bin/*,lib/*.so.*} -type f`
do
echo $filename
strip -R .note -R .comment "$filename"
done
#-------------------------------------------------------------------------------
create folder
Um die Folder im Hauptverszeichnis zu erstellen gibt es das Script 'libtiff-folder.sh'
unter libtiff/_ADMIN/
mit
libgif-folder.sh -v 4.1.4 -w create
wird die folder Struktur fuer die lib Version 4.1.4 erstellt
nun koennen die files aus dem compilat eingefuegt werden.
mit
libgif-folder.sh -v 4.1.4 -w add
wird ein svn add auf die erzeugten Folder durchgefuehrt.
mit
libgif-folder.sh -v 4.1.4 -w list
wird fuer jeden Folder die files-list.txt erzeugt, add muss zwingend
vorher ausgefuehrt worden sein
mit
libgif-folder.sh -v 4.1.4 -w ci
erfolgt der commit der erzeugten Folder
In den eis und eis_dev Foldern muessen keine Anpassungen vorgenommen werden.
Diese Anpassungen erfolgen beim packen der packages durch mktarball.sh
mit den _do_ Scripten unter _ADMIN automatisch.
In den Pack-Scripten unter _ADMIN muss dann noch die Pfadangabe geaendert werden,
auf den soeben erzeugten Pfad und ein commit ausgefuehrt werden.
Nach dem checkout auf eisler koennen nun die packages erzeugt werden.
die wichtigsten Parameter fuer mktarball.sh sind dann
-setdate now
-setversion Version
mktarball.sh - home -setdate now -setversion [version angeben] libgif libgif-dev
duch die Angabe von -home werden die packages in die
Folder Struktur /home/user/public_html/packages/ kopiert und koennen von da
direkt auf Pack-Eis geladen werden.
wichtig ist noch, dass unbedingt die 'lib' Version zuerst gebaut werden muss, da fuer
die 'dev' Version Informationen aus der 'lib' Info Datei gelesen werden.