Refactor prop_test and buildsystem_test to not rely on instance variables, and do not use grep in buildsystem_test (significant performance boost from doing so) (#10461)

This commit is contained in:
Maximilian Downey Twiss
2024-09-13 06:51:31 +10:00
committed by GitHub
parent 2a9a9a73d1
commit 26e6c168bb
2 changed files with 60 additions and 62 deletions

View File

@@ -1,42 +1,49 @@
#!/usr/bin/env ruby
require_relative '../lib/const'
require_relative '../lib/color'
require_relative '../lib/package'
def get_buildsystems(file, field)
return `grep ^class #{file} | cut -d' ' -f#{field} | xargs`.chomp
end
# Add >LOCAL< lib to LOAD_PATH so that packages can be loaded
$LOAD_PATH.unshift File.join(CREW_LIB_PATH, 'lib')
def check_buildsystem(name)
puts "Checking #{name} package ...".yellow
buildsystem = get_buildsystems("../packages/#{name}.rb", 4)
if @buildsystems.include?(buildsystem)
puts "Buildsystem test for #{name} passed.".lightgreen
def check_buildsystem(pkg_path, verbose: false)
name = File.basename(pkg_path, '.rb')
puts "Checking #{name} package ...".yellow if verbose
# If the buildsystem is invalid, it will almost certainly raise a NameError when we attempt to load it.
begin
buildsystem = Package.load_package(pkg_path).superclass.to_s
rescue NameError => e
buildsystem = e.name.to_s
end
valid_buildsystems = %w[Autotools CMake Meson PERL Package Pip Python Qmake RUBY]
if valid_buildsystems.include?(buildsystem)
puts "Buildsystem test for #{name} passed.".lightgreen if verbose
return 0
else
puts "#{buildsystem} is an invalid buildsystem. Valid buildsystems include #{@buildsystems.sort.join(', ')}.".lightred
puts "#{buildsystem} is an invalid buildsystem. Valid buildsystems include #{valid_buildsystems.join(', ')}.".lightred
puts "Buildsystem test for #{name} failed.".lightred
@tofail += 1
return 1
end
end
@tofail = 0
@buildsystems = "Package #{get_buildsystems('../lib/buildsystems/*.rb', 2)}".split
if ARGV[0]
ARGV.each do |arg|
if File.file? "../packages/#{arg}.rb"
check_buildsystem(arg)
ARGV.each do |name|
if File.file?(File.join(CREW_PACKAGES_PATH, "#{name}.rb"))
check_buildsystem(File.join(CREW_PACKAGES_PATH, "#{name}.rb"), verbose: true)
else
puts "Package #{arg} not found.".lightred
puts "Package #{name} not found.".lightred
end
end
else
Dir['../packages/*.rb'].each do |filename|
name = File.basename(filename, '.rb')
check_buildsystem(name)
failed_packages = 0
Dir["#{CREW_PACKAGES_PATH}/*.rb"].each do |filename|
failed_packages += check_buildsystem(filename)
end
if @tofail.positive?
puts "\n#{@tofail} packages failed buildsystem tests.".lightred
if failed_packages.positive?
puts "\n#{failed_packages} packages failed buildsystem tests.".lightred
exit(1)
else
puts "\nAll packages passed buildsystem tests.".lightgreen

View File

@@ -7,66 +7,57 @@ require_relative '../lib/package'
# Add >LOCAL< lib to LOAD_PATH so that packages can be loaded
$LOAD_PATH.unshift File.join(CREW_LIB_PATH, 'lib')
def check_properties(name)
puts "Checking #{name} package ...".yellow
def check_properties(pkg, verbose: false)
puts "Checking #{pkg.name} package ...".yellow if verbose
# List out all the possible failure states
empty_description = @pkg.description.to_s.empty?
empty_homepage = @pkg.homepage.to_s.empty?
empty_version = @pkg.version.to_s.empty?
empty_license = @pkg.license.to_s.empty?
empty_compatibility = @pkg.compatibility.to_s.empty?
empty_description = pkg.description.to_s.empty?
empty_homepage = pkg.homepage.to_s.empty?
empty_version = pkg.version.to_s.empty?
empty_license = pkg.license.to_s.empty?
empty_compatibility = pkg.compatibility.to_s.empty?
# Certain fake packages set up to act as aliases (we should probably move on from these) do not have source_url values.
empty_source_url = @pkg.source_url.to_s.empty? && !@pkg.is_fake?
both_binary_compression_and_no_compile_needed = @pkg.no_compile_needed? && !@pkg.binary_compression.to_s.empty?
non_skip_source_url_and_no_source_build = @pkg.no_source_build? && !@pkg.source_url.eql?('SKIP')
empty_source_url = pkg.source_url.to_s.empty? && !pkg.is_fake?
both_binary_compression_and_no_compile_needed = pkg.no_compile_needed? && !pkg.binary_compression.to_s.empty?
non_skip_source_url_and_no_source_build = pkg.no_source_build? && !pkg.source_url.eql?('SKIP')
# Tell the user what specific test fiailed.
puts "#{name} is missing a description.".lightred if empty_description
puts "#{name} is missing a homepage.".lightred if empty_homepage
puts "#{name} is missing a version.".lightred if empty_version
puts "#{name} is missing a license.".lightred if empty_license
puts "#{name} is missing a compatibility.".lightred if empty_compatibility
puts "#{name} is missing a source_url.".lightred if empty_source_url
puts "#{name} has a binary_compression value and a no_compile_needed value." if both_binary_compression_and_no_compile_needed
puts "#{name} has a non-SKIP source_url and a no_source_build value." if non_skip_source_url_and_no_source_build
puts "#{pkg.name} is missing a description.".lightred if empty_description
puts "#{pkg.name} is missing a homepage.".lightred if empty_homepage
puts "#{pkg.name} is missing a version.".lightred if empty_version
puts "#{pkg.name} is missing a license.".lightred if empty_license
puts "#{pkg.name} is missing a compatibility.".lightred if empty_compatibility
puts "#{pkg.name} is missing a source_url.".lightred if empty_source_url
puts "#{pkg.name} has a binary_compression value and a no_compile_needed value." if both_binary_compression_and_no_compile_needed
puts "#{pkg.name} has a non-SKIP source_url and a no_source_build value." if non_skip_source_url_and_no_source_build
# Check that if the tests passed.
if empty_description || empty_homepage || empty_version || empty_license || empty_compatibility || empty_source_url || both_binary_compression_and_no_compile_needed || non_skip_source_url_and_no_source_build
puts "Property tests for #{name} failed.".lightred
@tofail += 1
puts "Property tests for #{pkg.name} failed.".lightred
return 1
else
puts "Property tests for #{name} passed.".lightgreen
puts "Property tests for #{pkg.name} passed.".lightgreen if verbose
return 0
end
end
@tofail = 0
warn_level = $VERBOSE
$VERBOSE = nil
if ARGV[0]
ARGV.each do |arg|
next if %w[-V --version].include?(arg)
if File.file? "../packages/#{arg}.rb"
@pkg = Package.load_package("../packages/#{arg}.rb")
check_properties(arg)
ARGV.each do |name|
if File.file?(File.join(CREW_PACKAGES_PATH, "#{name}.rb"))
check_properties(Package.load_package(File.join(CREW_PACKAGES_PATH, "#{name}.rb")), verbose: true)
else
puts "Package #{arg} not found.".lightred
puts "Package #{name} not found.".lightred
end
end
else
Dir['../packages/*.rb'].each do |filename|
@pkg = Package.load_package(filename)
name = File.basename(filename, '.rb').gsub('_', '-')
check_properties(name)
failed_packages = 0
Dir["#{CREW_PACKAGES_PATH}/*.rb"].each do |filename|
failed_packages += check_properties(Package.load_package(filename))
end
if @tofail.positive?
puts "\n#{@tofail} packages failed property tests.".lightred
if failed_packages.positive?
puts "\n#{failed_packages} packages failed property tests.".lightred
exit(1)
else
puts "\nAll packages passed property tests.".lightgreen
end
end
$VERBOSE = warn_level