class Pike < Formula desc "Dynamic programming language" homepage "https://pike.lysator.liu.se" url "https://pike.lysator.liu.se/pub/pike/all/8.0.438/Pike-v8.0.438.tar.gz" sha256 "3865f8a4c9ba95c006602f24cc6ad0c07e9f936135d2346e21da627807a90ca0" revision 1 bottle do sha256 "0251c2e968307aec3ce415c257e897e76b2968055334764407711dcf191c78ff" => :sierra sha256 "d631d66fbaa6053e9cf6fe9ecab1af00db0dc504c3cd4b86962e54ab7269f9d9" => :el_capitan sha256 "44fc539a915050d3521b91f87f387937f3727179a89f4a51bec9973ac98f1bf5" => :yosemite 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.undent 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