lib/bootsnap/compile_cache/iseq.rb
require 'bootsnap/bootsnap' require 'zlib' module Bootsnap module CompileCache module ISeq def self.input_to_storage(_, path) RubyVM::InstructionSequence.compile_file(path).to_binary rescue SyntaxError raise Uncompilable, 'syntax error' end def self.storage_to_output(binary) RubyVM::InstructionSequence.load_from_binary(binary) rescue RuntimeError => e if e.message == 'broken binary format' STDERR.puts "[Bootsnap::CompileCache] warning: rejecting broken binary" return nil else raise end end def self.input_to_output(_) nil # ruby handles this end module InstructionSequenceMixin def load_iseq(path) Bootsnap::CompileCache::Native.fetch( path.to_s, Bootsnap::CompileCache::ISeq ) rescue RuntimeError => e if e.message =~ /unmatched platform/ puts "unmatched platform for file #{path}" end raise rescue Errno::ERANGE STDERR.puts <<~EOF \x1b[31mError loading ISeq from cache for \x1b[1;34m#{path}\x1b[0;31m! You can likely fix this by running: \x1b[1;32mxattr -c #{path} \x1b[0;31m...but, first, please make sure \x1b[1;34m@burke\x1b[0;31m knows you ran into this bug! He will want to see the results of: \x1b[1;32m/bin/ls -l@ #{path} \x1b[0;31mand: \x1b[1;32mxattr -p user.aotcc.key #{path}\x1b[0m EOF raise end def compile_option=(hash) super(hash) Bootsnap::CompileCache::ISeq.compile_option_updated end end def self.compile_option_updated option = RubyVM::InstructionSequence.compile_option crc = Zlib.crc32(option.inspect) Bootsnap::CompileCache::Native.compile_option_crc32 = crc end def self.install! Bootsnap::CompileCache::ISeq.compile_option_updated class << RubyVM::InstructionSequence prepend InstructionSequenceMixin end end end end end