packaging/src/main.cr

require "./context.cr"
require "./recipe.cr"

extend Package

# FIXME: recipe.clean? context autoclean?
context = Context.new()
context.packaging_backend = "apk"

recipes = [] of Package::Recipe

# FIXME: context.new_recipe? context.recipe?
recipes << Recipe.new(context, "hello", "2.10").tap do |recipe|
	recipe.sources << "https://ftp.gnu.org/gnu/hello/hello-2.10.tar.gz"

	# This is a voluntary mix of automatic and manual build
	# instructions.
	# Also, installing in /package makes testing with a real-life
	# package manager trivial and reduces the damage done in case
	# of… containment failure. ]:->
	recipe.instructions.configure << "cd hello-#{recipe.version} && ./configure --prefix=/package"
	#recipe.instructions.build << "cd hello-#{recipe.version} && make"
	#recipe.instructions.install << "cd hello-#{recipe.version} && make DESTDIR='${PKG}' install"

	recipe.url = "https://www.gnu.org/software/hello/"
	recipe.description = "The GNU Hello program produces a familiar, friendly greeting."
	recipe.dependencies << "gettext"

	# Should be automatic now.
	#recipe.packages << Package::Package.new(recipe).tap do |package|
	#	package.name = "#{recipe.name}-man"
	#	package.files = ["/package/share/man"]
	#end
end

if ARGV.size == 0 || ARGV[0]? == "-h"
	pp recipes.map &.name
	exit 0
end

selected_recipes = ARGV.map do |name|
	recipes.find(&.name.==(name)) || name
end

if selected_recipes.any? &.is_a?(String)
	puts "At least one of the requested recipes is not known."

	selected_recipes.select! &.is_a?(String)
	pp! selected_recipes
end

# Getting rid of Strings.
selected_recipes = selected_recipes.compact_map do |recipe|
	if recipe.is_a? String
		nil
	else
		recipe
	end
end

selected_recipes.each do |recipe|
	pp recipe

	raise "oh no, download failed" unless recipe.download
	raise "oh no, extraction failed" unless recipe.extract

	raise "oh no, build failed" unless recipe.build
	raise "oh no, packaging failed" unless recipe.package

	recipe.clean
end