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require 'formula'
class Gdal < Formula
homepage 'http://www.gdal.org/'
url 'http://download.osgeo.org/gdal/1.10.0/gdal-1.10.0.tar.gz'
sha1 'e522b95056905e4c41047fdb42c0ca172ef3ad25'
head 'https://svn.osgeo.org/gdal/trunk/gdal'
option 'complete', 'Use additional Homebrew libraries to provide more drivers.'
option 'with-postgres', 'Specify PostgreSQL as a dependency.'
option 'with-mysql', 'Specify MySQL as a dependency.'
option 'enable-opencl', 'Build with OpenCL acceleration.'
option 'enable-armadillo', 'Build with Armadillo accelerated TPS transforms.'
option 'enable-unsupported', "Allow configure to drag in any library it can find. Invoke this at your own risk."
# For creating up to date man pages.
depends_on 'doxygen' => :build if build.head?
depends_on :python => :recommended
depends_on :libpng
depends_on 'jpeg'
depends_on 'giflib'
depends_on 'libtiff'
depends_on 'libgeotiff'
depends_on 'proj'
depends_on 'geos'
depends_on 'sqlite' # To ensure compatibility with SpatiaLite.
depends_on 'freexl'
depends_on 'libspatialite'
depends_on "postgresql" => :optional
depends_on "mysql" => :optional
# Without Numpy, the Python bindings can't deal with raster data.
depends_on 'numpy' => :python if build.with? 'python'
depends_on 'homebrew/science/armadillo' if build.include? 'enable-armadillo'
if build.include? 'complete'
# Raster libraries
depends_on "netcdf" # Also brings in HDF5
depends_on "jasper"
depends_on "webp"
depends_on "cfitsio"
depends_on "epsilon"
depends_on "libdap"
# Vector libraries
depends_on "unixodbc" # OS X version is not complete enough
depends_on "xerces-c"
# Other libraries
depends_on "xz" # get liblzma compression algorithm library from XZutils
depends_on "poppler"
end
def get_configure_args
args = [
# Base configuration.
"--prefix=#{prefix}",
"--mandir=#{man}",
"--disable-debug",
"--with-local=#{prefix}",
"--with-threads",
"--with-libtool",
# GDAL native backends.
"--with-pcraster=internal",
"--with-pcidsk=internal",
"--with-bsb",
"--with-grib",
"--with-pam",
# Backends supported by OS X.
"--with-libiconv-prefix=/usr",
"--with-libz=/usr",
"--with-png=#{(MacOS.version >= :mountain_lion) ? HOMEBREW_PREFIX : MacOS::X11.prefix}",
"--with-expat=/usr",
"--with-curl=/usr/bin/curl-config",
# Default Homebrew backends.
"--with-jpeg=#{HOMEBREW_PREFIX}",
"--without-jpeg12", # Needs specially configured JPEG and TIFF libraries.
"--with-gif=#{HOMEBREW_PREFIX}",
"--with-libtiff=#{HOMEBREW_PREFIX}",
"--with-geotiff=#{HOMEBREW_PREFIX}",
"--with-sqlite3=#{Formula.factory('sqlite').opt_prefix}",
"--with-freexl=#{HOMEBREW_PREFIX}",
"--with-spatialite=#{HOMEBREW_PREFIX}",
"--with-geos=#{HOMEBREW_PREFIX}/bin/geos-config",
"--with-static-proj4=#{HOMEBREW_PREFIX}",
# GRASS backend explicitly disabled. Creates a chicken-and-egg problem.
# Should be installed separately after GRASS installation using the
# official GDAL GRASS plugin.
"--without-grass",
"--without-libgrass"
]
# Optional Homebrew packages supporting additional formats.
supported_backends = %w[
liblzma
cfitsio
hdf5
netcdf
jasper
xerces
odbc
dods-root
epsilon
webp
poppler
]
if build.include? 'complete'
supported_backends.delete 'liblzma'
args << '--with-liblzma=yes'
args.concat supported_backends.map {|b| '--with-' + b + '=' + HOMEBREW_PREFIX}
else
args.concat supported_backends.map {|b| '--without-' + b} unless build.include? 'enable-unsupported'
end
# The following libraries are either proprietary, not available for public
# download or have no stable version in the Homebrew core that is
# compatible with GDAL. Interested users will have to install such software
# manually and most likely have to tweak the install routine.
#
# Podofo is disabled because Poppler provides the same functionality and
# then some.
unsupported_backends = %w[
gta
ogdi
fme
hdf4
openjpeg
fgdb
ecw
kakadu
mrsid
jp2mrsid
mrsid_lidar
msg
oci
ingres
libkml
dwgdirect
idb
sde
podofo
rasdaman
]
args.concat unsupported_backends.map {|b| '--without-' + b} unless build.include? 'enable-unsupported'
# Database support.
args << (build.with?("postgres") ? "--with-pg=#{HOMEBREW_PREFIX}/bin/pg_config" : "--without-pg")
args << (build.with?("mysql") ? "--with-mysql=#{HOMEBREW_PREFIX}/bin/mysql_config" : "--without-mysql")
# Python is installed manually to ensure everything is properly sandboxed.
args << '--without-python'
# Scripting APIs that have not been re-worked to respect Homebrew prefixes.
#
# Currently disabled as they install willy-nilly into locations outside of
# the Homebrew prefix. Enable if you feel like it, but uninstallation may be
# a manual affair.
#
# TODO: Fix installation of script bindings so they install into the
# Homebrew prefix.
args << "--without-perl"
args << "--without-php"
args << "--without-ruby"
args << (build.include?("enable-opencl") ? "--with-opencl" : "--without-opencl")
args << (build.include?("enable-armadillo") ? "--with-armadillo=yes" : "--with-armadillo=no")
return args
end
def install
# Linking flags for SQLite are not added at a critical moment when the GDAL
# library is being assembled. This causes the build to fail due to missing
# symbols. Also, ensure Homebrew SQLite is used so that Spatialite is
# functional.
#
# Fortunately, this can be remedied using LDFLAGS.
sqlite = Formula.factory 'sqlite'
ENV.append 'LDFLAGS', "-L#{sqlite.opt_prefix}/lib -lsqlite3"
ENV.append 'CFLAGS', "-I#{sqlite.opt_prefix}/include"
# Needed by libdap.
ENV.libxml2 if build.include? 'complete'
# Reset ARCHFLAGS to match how we build.
if MacOS.prefer_64_bit?
ENV['ARCHFLAGS'] = "-arch x86_64"
else
ENV['ARCHFLAGS'] = "-arch i386"
end
system "./configure", *get_configure_args
system "make"
system "make install"
python do
# `python-config` may try to talk us into building bindings for more
# architectures than we really should.
if MacOS.prefer_64_bit?
ENV.append_to_cflags '-arch x86_64'
else
ENV.append_to_cflags '-arch i386'
end
cd 'swig/python' do
system python, "setup.py", "install", "--prefix=#{prefix}", "--record=installed.txt", "--single-version-externally-managed"
bin.install Dir['scripts/*']
end
end
system 'make', 'man' if build.head?
system 'make', 'install-man'
# Clean up any stray doxygen files.
Dir[bin + '*.dox'].each { |p| rm p }
end
def caveats
if python
python.standard_caveats +
<<-EOS.undent
This version of GDAL was built with Python support. In addition to providing
modules that makes GDAL functions available to Python scripts, the Python
binding provides ~18 additional command line tools.
EOS
end
end
end
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