class Scons < Formula desc "Substitute for classic 'make' tool with autoconf/automake functionality" homepage "https://www.scons.org/" url "https://downloads.sourceforge.net/project/scons/scons/3.1.0/scons-3.1.0.tar.gz" sha256 "f3f548d738d4a2179123ecd744271ec413b2d55735ea7625a59b1b59e6cd132f" bottle do cellar :any_skip_relocation sha256 "2b6741458af137560627793b078afdfff7ea18c0ebe95109f040e8e352017464" => :mojave sha256 "2b6741458af137560627793b078afdfff7ea18c0ebe95109f040e8e352017464" => :high_sierra sha256 "93360d50ab43b502816d1f6c7c930bc52eed3cbb62f58891150441a50606cfa9" => :sierra end def install man1.install gzip("scons-time.1", "scons.1", "sconsign.1") system "/usr/bin/python", "setup.py", "install", "--prefix=#{prefix}", "--standalone-lib", # SCons gets handsy with sys.path---`scons-local` is one place it # will look when all is said and done. "--install-lib=#{libexec}/scons-local", "--install-scripts=#{bin}", "--install-data=#{libexec}", "--no-version-script", "--no-install-man" # Re-root scripts to libexec so they can import SCons and symlink back into # bin. Similar tactics are used in the duplicity formula. bin.children.each do |p| mv p, "#{libexec}/#{p.basename}.py" bin.install_symlink "#{libexec}/#{p.basename}.py" => p.basename end end test do (testpath/"test.c").write <<~EOS #include int main() { printf("Homebrew"); return 0; } EOS (testpath/"SConstruct").write "Program('test.c')" system bin/"scons" assert_equal "Homebrew", shell_output("#{testpath}/test") end end