homebrew-core/Formula/pike.rb

108 lines
4.2 KiB
Ruby

class Pike < Formula
desc "Dynamic programming language"
homepage "https://pike.lysator.liu.se"
url "https://pike.lysator.liu.se/pub/pike/all/8.0.610/Pike-v8.0.610.tar.gz"
sha256 "6eeb410caf56ff4a209a06db29f003208d507680f7c17c0fd93c15f48b5edf53"
bottle do
sha256 "61803c25145ee316b9883a94ebb7b6d96a14aa77e2d860b4025379943d8f27a3" => :high_sierra
sha256 "0792ad6bbd3988b928e4ad8e91a0b189ef4f591c51f3af4b622d7ddff4039b1d" => :sierra
sha256 "f23b16351cd5bed06c310c78b083caa6df91c21fbe386f6a2f73803404f01762" => :el_capitan
end
option "with-gettext", "Include Gettext support"
option "with-gdbm", "Include Gdbm support"
option "with-gtk2", "Include GTK2 support"
option "with-mysql", "Include Mysql support"
option "with-pcre", "Include Regexp.PCRE support"
option "with-sdl", "Include SDL support"
option "with-sane", "Include Sane support"
option "with-pdf", "Include PDF support"
option "with-gl", "Include GL support"
option "with-all", "Include all features"
depends_on "nettle"
depends_on "gmp"
depends_on "pcre"
depends_on :x11 => :optional
depends_on "libtiff" => :recommended
# optional dependencies
depends_on "gettext" if build.with?("gettext") || build.with?("all")
depends_on "gdbm" if build.with?("gdbm") || build.with?("all")
depends_on "gtk+" if build.with?("gtk2") || build.with?("all")
depends_on "mysql" if build.with?("mysql") || build.with?("all")
depends_on "sdl" if build.with?("sdl") || build.with?("all")
depends_on "sane-backends" if build.with?("sane") || build.with?("all")
depends_on "pdflib-lite" if build.with?("pdf") || build.with?("all")
depends_on "mesalib-glw" if build.with?("gl") || build.with?("all")
def install
args = ["--prefix=#{prefix}", "--without-bundles"]
if MacOS.prefer_64_bit?
ENV.append "CFLAGS", "-m64"
args << "--with-abi=64"
else
ENV.append "CFLAGS", "-m32"
args << "--with-abi=32"
end
ENV.deparallelize
system "make", "CONFIGUREARGS='" + args.join(" ") + "'"
# installation is complicated by some of brew's standard patterns.
# hopefully these notes explain the reasons for diverging from
# the path that most other formulae use.
#
# item 1
#
# basically, pike already installs itself naturally as brew would want
# it; that is, if prefix=/Cellar, installation would create
# /Cellar/pike/ver/bin and so forth. We could just go with that, but it's
# possible that homebrew might change its layout and then the formula
# would no longer work.
#
# so, rather than guessing at it, we do this alternate gyration, forcing
# pike to install in a slightly nonstandard way (for pike, at least)
#
# item 2
#
# a second problem crops up because the during installation, the link
# function tries to pull in stuff from lib/, which is really more like
# what one would expect share or libexec in homebrew might be: pike
# specific files, rather than shared libraries. we could approach this
# in a similar fashion, but the result would be a really odd arrangement
# for anyone remotely familar with standard pike installs.
#
# because there's no way to override the keg.link command, this formula
# installs the whole pike install into prefix/libexec and then links the
# man page and binary back into prefix/share and prefix/bin. not so
# elegant, but that's the way brew works.
system "make", "install",
"prefix=#{libexec}",
"exec_prefix=#{libexec}",
"share_prefix=#{libexec}/share",
"lib_prefix=#{libexec}/lib",
"man_prefix=#{libexec}/man",
"include_path=#{libexec}/include",
"INSTALLARGS=--traditional"
bin.install_symlink "#{libexec}/bin/pike"
share.install_symlink "#{libexec}/share/man"
end
test do
path = testpath/"test.pike"
path.write <<~EOS
int main() {
for (int i=0; i<10; i++) { write("%d", i); }
return 0;
}
EOS
assert_equal "0123456789", shell_output("#{bin}/pike #{path}").strip
end
end