class BuildOptions # @private def initialize(args, options) @args = args @options = options end # True if a {Formula} is being built with a specific option # (which isn't named `with-*` or `without-*`). # @deprecated def include?(name) @args.include?("--#{name}") end # True if a {Formula} is being built with a specific option. #
args << "--i-want-spam" if build.with? "spam" # # args << "--qt-gui" if build.with? "qt" # "--with-qt" ==> build.with? "qt" # # # If a formula presents a user with a choice, but the choice must be fulfilled: # if build.with? "example2" # args << "--with-example2" # else # args << "--with-example1" # enddef with?(val) option_names = val.respond_to?(:option_names) ? val.option_names : [val] option_names.any? do |name| if option_defined? "with-#{name}" include? "with-#{name}" elsif option_defined? "without-#{name}" !include? "without-#{name}" else false end end end # True if a {Formula} is being built without a specific option. #
args << "--no-spam-plz" if build.without? "spam"
def without?(val)
!with?(val)
end
# True if a {Formula} is being built as a bottle (i.e. binary package).
def bottle?
include? "build-bottle"
end
# True if a {Formula} is being built with {Formula.head} instead of {Formula.stable}.
# args << "--some-new-stuff" if build.head?
# # If there are multiple conditional arguments use a block instead of lines.
# if build.head?
# args << "--i-want-pizza"
# args << "--and-a-cold-beer" if build.with? "cold-beer"
# end
def head?
include? "HEAD"
end
# True if a {Formula} is being built with {Formula.devel} instead of {Formula.stable}.
# args << "--some-beta" if build.devel?
def devel?
include? "devel"
end
# True if a {Formula} is being built with {Formula.stable} instead of {Formula.devel} or {Formula.head}. This is the default.
# args << "--some-beta" if build.devel?
def stable?
!(head? || devel?)
end
# True if a {Formula} is being built universally.
# e.g. on newer Intel Macs this means a combined x86_64/x86 binary/library.
# args << "--universal-binary" if build.universal?
def universal?
include?("universal") && option_defined?("universal")
end
# True if a {Formula} is being built in C++11 mode.
def cxx11?
include?("c++11") && option_defined?("c++11")
end
# True if a {Formula} is being built in 32-bit/x86 mode.
# This is needed for some use-cases though we prefer to build Universal
# when a 32-bit version is needed.
def build_32_bit?
include?("32-bit") && option_defined?("32-bit")
end
# @private
def used_options
@options & @args
end
# @private
def unused_options
@options - @args
end
private
def option_defined?(name)
@options.include? name
end
end