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|
# frozen_string_literal: true
require 'test/unit'
require 'tmpdir'
require_relative '../lib/jit_support'
# Test for --mjit option
class TestMJIT < Test::Unit::TestCase
include JITSupport
IGNORABLE_PATTERNS = [
/\AJIT recompile: .+\n\z/,
/\AJIT inline: .+\n\z/,
/\AJIT cancel: .+\n\z/,
/\AJIT batch \([^)]+ms\): .+\n\z/,
/\ASuccessful MJIT finish\n\z/,
]
MAX_CACHE_PATTERNS = [
/\AJIT compaction \([^)]+\): .+\n\z/,
/\AToo many JIT code, but skipped unloading units for JIT compaction\n\z/,
/\ANo units can be unloaded -- .+\n\z/,
]
# trace_* insns are not compiled for now...
TEST_PENDING_INSNS = RubyVM::INSTRUCTION_NAMES.select { |n| n.start_with?('trace_') }.map(&:to_sym) + [
# not supported yet
:defineclass,
# never used
:opt_invokebuiltin_delegate,
].each do |insn|
if !RubyVM::INSTRUCTION_NAMES.include?(insn.to_s)
warn "instruction #{insn.inspect} is not defined but included in TestMJIT::TEST_PENDING_INSNS"
end
end
def self.untested_insns
@untested_insns ||= (RubyVM::INSTRUCTION_NAMES.map(&:to_sym) - TEST_PENDING_INSNS)
end
def self.setup
return if defined?(@setup_hooked)
@setup_hooked = true
# ci.rvm.jp caches its build environment. Clean up temporary files left by SEGV.
if ENV['RUBY_DEBUG']&.include?('ci')
Dir.glob("#{ENV.fetch('TMPDIR', '/tmp')}/_ruby_mjit_p*u*.*").each do |file|
puts "test/ruby/test_mjit.rb: removing #{file}"
File.unlink(file)
end
end
# ruby -w -Itest/lib test/ruby/test_mjit.rb
if $VERBOSE
pid = $$
at_exit do
if pid == $$ && !TestMJIT.untested_insns.empty?
warn "you may want to add tests for following insns, when you have a chance: #{TestMJIT.untested_insns.join(' ')}"
end
end
end
end
def setup
unless JITSupport.supported?
omit 'JIT seems not supported on this platform'
end
self.class.setup
end
def test_compile_insn_nop
assert_compile_twice('nil rescue true', result_inspect: 'nil', insns: %i[nop])
end
def test_compile_insn_local
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '1', insns: %i[setlocal_WC_0 getlocal_WC_0])
begin;
foo = 1
foo
end;
insns = %i[setlocal getlocal setlocal_WC_0 getlocal_WC_0 setlocal_WC_1 getlocal_WC_1]
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", success_count: 3, stdout: '168', insns: insns)
begin;
def foo
a = 0
[1, 2].each do |i|
a += i
[3, 4].each do |j|
a *= j
end
end
a
end
print foo
end;
end
def test_compile_insn_blockparam
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '33', success_count: 2, insns: %i[getblockparam setblockparam])
begin;
def foo(&b)
a = b
b = 2
a.call + 2
end
print foo { 1 }
print foo { 1 }
end;
end
def test_compile_insn_getblockparamproxy
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '4', success_count: 3, insns: %i[getblockparamproxy])
begin;
def bar(&b)
b.call
end
def foo(&b)
bar(&b) * bar(&b)
end
print foo { 2 }
end;
end
def test_compile_insn_getspecial
assert_compile_twice('$1', result_inspect: 'nil', insns: %i[getspecial])
end
def test_compile_insn_setspecial
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: 'true', insns: %i[setspecial])
begin;
true if nil.nil?..nil.nil?
end;
end
def test_compile_insn_instancevariable
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '1', insns: %i[getinstancevariable setinstancevariable])
begin;
@foo = 1
@foo
end;
# optimized getinstancevariable call
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '33', success_count: 2, call_threshold: 2)
begin;
class A
def initialize
@a = 1
@b = 2
end
def three
@a + @b
end
end
a = A.new
print(a.three) # set ic
print(a.three) # inlined ic
end;
end
def test_compile_insn_classvariable
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '11', success_count: 1, insns: %i[getclassvariable setclassvariable])
begin;
class Foo
def self.foo
@@foo = 1
@@foo
end
end
print Foo.foo
print Foo.foo
end;
end
def test_compile_insn_constant
EnvUtil.suppress_warning do
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '1', insns: %i[opt_getconstant_path setconstant])
begin;
FOO = 1
FOO
end;
end
end
def test_compile_insn_global
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '1', insns: %i[getglobal setglobal])
begin;
$foo = 1
$foo
end;
end
def test_compile_insn_putnil
assert_compile_twice('nil', result_inspect: 'nil', insns: %i[putnil])
end
def test_compile_insn_putself
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'hellohello', success_count: 1, insns: %i[putself])
begin;
2.times { print "hello" }
end;
end
def test_compile_insn_putobject
assert_compile_twice('0', result_inspect: '0', insns: %i[putobject_INT2FIX_0_])
assert_compile_twice('1', result_inspect: '1', insns: %i[putobject_INT2FIX_1_])
assert_compile_twice('2', result_inspect: '2', insns: %i[putobject])
end
def test_compile_insn_definemethod_definesmethod
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'helloworldhelloworld', success_count: 3, insns: %i[definemethod definesmethod])
begin;
print 2.times.map {
def method_definition
'hello'
end
def self.smethod_definition
'world'
end
method_definition + smethod_definition
}.join
end;
end
def test_compile_insn_putspecialobject
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'aa', success_count: 2, insns: %i[putspecialobject])
begin;
print 2.times.map {
def a
'a'
end
alias :b :a
b
}.join
end;
end
def test_compile_insn_putstring_concatstrings_objtostring
assert_compile_twice('"a#{}b" + "c"', result_inspect: '"abc"', insns: %i[putstring concatstrings objtostring])
end
def test_compile_insn_toregexp
assert_compile_twice('/#{true}/ =~ "true"', result_inspect: '0', insns: %i[toregexp])
end
def test_compile_insn_newarray
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '[1, 2, 3]', insns: %i[newarray])
begin;
a, b, c = 1, 2, 3
[a, b, c]
end;
end
def test_compile_insn_newarraykwsplat
assert_compile_twice('[**{ x: 1 }]', result_inspect: '[{:x=>1}]', insns: %i[newarraykwsplat])
end
def test_compile_insn_intern_duparray
assert_compile_twice('[:"#{0}"] + [1,2,3]', result_inspect: '[:"0", 1, 2, 3]', insns: %i[intern duparray])
end
def test_compile_insn_expandarray
assert_compile_twice('y = [ true, false, nil ]; x, = y; x', result_inspect: 'true', insns: %i[expandarray])
end
def test_compile_insn_concatarray
assert_compile_twice('["t", "r", *x = "u", "e"].join', result_inspect: '"true"', insns: %i[concatarray])
end
def test_compile_insn_splatarray
assert_compile_twice('[*(1..2)]', result_inspect: '[1, 2]', insns: %i[splatarray])
end
def test_compile_insn_newhash
assert_compile_twice('a = 1; { a: a }', result_inspect: '{:a=>1}', insns: %i[newhash])
end
def test_compile_insn_duphash
assert_compile_twice('{ a: 1 }', result_inspect: '{:a=>1}', insns: %i[duphash])
end
def test_compile_insn_newrange
assert_compile_twice('a = 1; 0..a', result_inspect: '0..1', insns: %i[newrange])
end
def test_compile_insn_pop
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '1', insns: %i[pop])
begin;
a = false
b = 1
a || b
end;
end
def test_compile_insn_dup
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '3', insns: %i[dup])
begin;
a = 1
a&.+(2)
end;
end
def test_compile_insn_dupn
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: 'true', insns: %i[dupn])
begin;
klass = Class.new
klass::X ||= true
end;
end
def test_compile_insn_swap_topn
assert_compile_twice('{}["true"] = true', result_inspect: 'true', insns: %i[swap topn])
end
def test_compile_insn_reput
omit "write test"
end
def test_compile_insn_setn
assert_compile_twice('[nil][0] = 1', result_inspect: '1', insns: %i[setn])
end
def test_compile_insn_adjuststack
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: 'true', insns: %i[adjuststack])
begin;
x = [true]
x[0] ||= nil
x[0]
end;
end
def test_compile_insn_defined
assert_compile_twice('defined?(a)', result_inspect: 'nil', insns: %i[defined])
end
def test_compile_insn_checkkeyword
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'truetrue', success_count: 1, insns: %i[checkkeyword])
begin;
def test(x: rand)
x
end
print test(x: true)
print test(x: true)
end;
end
def test_compile_insn_tracecoverage
omit "write test"
end
def test_compile_insn_defineclass
omit "support this in mjit_compile (low priority)"
end
def test_compile_insn_send
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '11', success_count: 4, insns: %i[send])
begin;
print proc { yield_self { 1 } }.call
print proc { yield_self { 1 } }.call
end;
end
def test_compile_insn_opt_str_freeze
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '"foo"', insns: %i[opt_str_freeze])
begin;
'foo'.freeze
end;
end
def test_compile_insn_opt_nil_p
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: 'false', insns: %i[opt_nil_p])
begin;
nil.nil?.nil?
end;
end
def test_compile_insn_opt_str_uminus
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '"bar"', insns: %i[opt_str_uminus])
begin;
-'bar'
end;
end
def test_compile_insn_opt_newarray_max
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '2', insns: %i[opt_newarray_max])
begin;
a = 1
b = 2
[a, b].max
end;
end
def test_compile_insn_opt_newarray_min
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '1', insns: %i[opt_newarray_min])
begin;
a = 1
b = 2
[a, b].min
end;
end
def test_compile_insn_opt_send_without_block
assert_compile_twice('print', result_inspect: 'nil', insns: %i[opt_send_without_block])
end
def test_compile_insn_invokesuper
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '33', success_count: 4, insns: %i[invokesuper])
begin;
mod = Module.new {
def test
super + 2
end
}
klass = Class.new {
prepend mod
def test
1
end
}
print klass.new.test
print klass.new.test
end;
end
def test_compile_insn_invokeblock_leave
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '22', success_count: 2, insns: %i[invokeblock leave])
begin;
def foo
yield
end
print foo { 2 }
print foo { 2 }
end;
end
def test_compile_insn_throw
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '44', success_count: 2, insns: %i[throw])
begin;
def test
proc do
if 1+1 == 1
return 3
else
return 4
end
5
end.call
end
print test
print test
end;
end
def test_compile_insn_jump_branchif
assert_compile_twice("#{<<~"begin;"}\n#{<<~'end;'}", result_inspect: 'nil', insns: %i[jump branchif])
begin;
a = false
1 + 1 while a
end;
end
def test_compile_insn_branchunless
assert_compile_twice("#{<<~"begin;"}\n#{<<~'end;'}", result_inspect: '1', insns: %i[branchunless])
begin;
a = true
if a
1
else
2
end
end;
end
def test_compile_insn_branchnil
assert_compile_twice("#{<<~"begin;"}\n#{<<~'end;'}", result_inspect: '3', insns: %i[branchnil])
begin;
a = 2
a&.+(1)
end;
end
def test_compile_insn_objtostring
assert_compile_twice("#{<<~"begin;"}\n#{<<~'end;'}", result_inspect: '"42"', insns: %i[objtostring])
begin;
a = '2'
"4#{a}"
end;
end
def test_compile_insn_getconstant_path
assert_compile_twice('Struct', result_inspect: 'Struct', insns: %i[opt_getconstant_path])
end
def test_compile_insn_once
assert_compile_twice('/#{true}/o =~ "true" && $~.to_a', result_inspect: '["true"]', insns: %i[once])
end
def test_compile_insn_checkmatch_opt_case_dispatch
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '"world"', insns: %i[opt_case_dispatch])
begin;
case 'hello'
when 'hello'
'world'
end
end;
end
def test_compile_insn_opt_calc
assert_compile_twice('4 + 2 - ((2 * 3 / 2) % 2)', result_inspect: '5', insns: %i[opt_plus opt_minus opt_mult opt_div opt_mod])
assert_compile_twice('4.0 + 2.0 - ((2.0 * 3.0 / 2.0) % 2.0)', result_inspect: '5.0', insns: %i[opt_plus opt_minus opt_mult opt_div opt_mod])
assert_compile_twice('4 + 2', result_inspect: '6')
end
def test_compile_insn_opt_cmp
assert_compile_twice('(1 == 1) && (1 != 2)', result_inspect: 'true', insns: %i[opt_eq opt_neq])
end
def test_compile_insn_opt_rel
assert_compile_twice('1 < 2 && 1 <= 1 && 2 > 1 && 1 >= 1', result_inspect: 'true', insns: %i[opt_lt opt_le opt_gt opt_ge])
end
def test_compile_insn_opt_ltlt
assert_compile_twice('[1] << 2', result_inspect: '[1, 2]', insns: %i[opt_ltlt])
end
def test_compile_insn_opt_and
assert_compile_twice('1 & 3', result_inspect: '1', insns: %i[opt_and])
end
def test_compile_insn_opt_or
assert_compile_twice('1 | 3', result_inspect: '3', insns: %i[opt_or])
end
def test_compile_insn_opt_aref
# optimized call (optimized JIT) -> send call
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '221', success_count: 1, call_threshold: 2, insns: %i[opt_aref])
begin;
obj = Object.new
def obj.[](h)
h
end
block = proc { |h| h[1] }
print block.call({ 1 => 2 })
print block.call({ 1 => 2 })
print block.call(obj)
end;
# send call -> optimized call (send JIT) -> optimized call
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '122', success_count: 3, call_threshold: 2)
begin;
obj = Object.new
def obj.[](h)
h
end
block = proc { |h| h[1] }
print block.call(obj)
print block.call({ 1 => 2 })
print block.call({ 1 => 2 })
end;
end
def test_compile_insn_opt_aref_with
assert_compile_twice("{ '1' => 2 }['1']", result_inspect: '2', insns: %i[opt_aref_with])
end
def test_compile_insn_opt_aset
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '5', insns: %i[opt_aset opt_aset_with])
begin;
hash = { '1' => 2 }
(hash['2'] = 2) + (hash[1.to_s] = 3)
end;
end
def test_compile_insn_opt_length_size
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '4', insns: %i[opt_length opt_size])
begin;
array = [1, 2]
array.length + array.size
end;
end
def test_compile_insn_opt_empty_p
assert_compile_twice('[].empty?', result_inspect: 'true', insns: %i[opt_empty_p])
end
def test_compile_insn_opt_succ
assert_compile_twice('1.succ', result_inspect: '2', insns: %i[opt_succ])
end
def test_compile_insn_opt_not
assert_compile_twice('!!true', result_inspect: 'true', insns: %i[opt_not])
end
def test_compile_insn_opt_regexpmatch2
assert_compile_twice("/true/ =~ 'true'", result_inspect: '0', insns: %i[opt_regexpmatch2])
assert_compile_twice("'true' =~ /true/", result_inspect: '0', insns: %i[opt_regexpmatch2])
end
def test_compile_insn_invokebuiltin
iseq = eval(EnvUtil.invoke_ruby(['-e', <<~'EOS'], '', true).first)
p RubyVM::InstructionSequence.of([].method(:sample)).to_a
EOS
insns = collect_insns(iseq)
mark_tested_insn(:invokebuiltin, used_insns: insns)
assert_eval_with_jit('print [].sample(1); print [].sample(1)', stdout: '[][]', success_count: 1)
end
def test_compile_insn_opt_invokebuiltin_delegate_leave
iseq = eval(EnvUtil.invoke_ruby(['-e', <<~'EOS'], '', true).first)
p RubyVM::InstructionSequence.of("\x00".method(:unpack)).to_a
EOS
insns = collect_insns(iseq)
mark_tested_insn(:opt_invokebuiltin_delegate_leave, used_insns: insns)
assert_eval_with_jit('print "\x00".unpack("c");print "\x00".unpack("c")', stdout: '[0][0]', success_count: 1)
end
def test_compile_insn_checkmatch
assert_compile_twice("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '"world"', insns: %i[checkmatch])
begin;
ary = %w(hello good-bye)
case 'hello'
when *ary
'world'
end
end;
end
def test_compile_opt_pc
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'hellohello', success_count: 1)
begin;
def test(arg = 'hello')
print arg
end
test
test
end;
end
def test_mjit_output
out, err = eval_with_jit('4.times { puts "MJIT" }', verbose: 1, call_threshold: 2)
assert_equal("MJIT\n" * 4, out)
assert_match(/^#{JIT_SUCCESS_PREFIX}: block in <main>@-e:1$/, err)
assert_match(/^Successful MJIT finish$/, err)
end
def test_nothing_to_unload_with_jit_wait
omit 'unload_units is removed for now'
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'hello', success_count: 11, max_cache: 10, ignorable_patterns: MAX_CACHE_PATTERNS)
begin;
def a1() a2() end
def a2() a3() end
def a3() a4() end
def a4() a5() end
def a5() a6() end
def a6() a7() end
def a7() a8() end
def a8() a9() end
def a9() a10() end
def a10() a11() end
def a11() print('hello') end
a1
end;
end
def test_unload_units_on_fiber
omit 'unload_units is removed for now'
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'hello', success_count: 12, max_cache: 10, ignorable_patterns: MAX_CACHE_PATTERNS)
begin;
def a1() a2(false); a2(true) end
def a2(a) a3(a) end
def a3(a) a4(a) end
def a4(a) a5(a) end
def a5(a) a6(a) end
def a6(a) a7(a) end
def a7(a) a8(a) end
def a8(a) a9(a) end
def a9(a) a10(a) end
def a10(a)
if a
Fiber.new { a11 }.resume
end
end
def a11() print('hello') end
a1
end;
end
def test_unload_units_and_compaction
omit 'unload_units is removed for now'
Dir.mktmpdir("jit_test_unload_units_") do |dir|
# MIN_CACHE_SIZE is 10
out, err = eval_with_jit({"TMPDIR"=>dir}, "#{<<~"begin;"}\n#{<<~'end;'}", verbose: 1, call_threshold: 2, max_cache: 10)
begin;
i = 0
while i < 11
eval(<<-EOS)
def mjit#{i}
print #{i}
end
mjit#{i}
EOS
i += 1
end
if defined?(fork)
# test the child does not try to delete files which are deleted by parent,
# and test possible deadlock on fork during MJIT unload and JIT compaction on child
Process.waitpid(Process.fork {})
end
end;
debug_info = %Q[stdout:\n"""\n#{out}\n"""\n\nstderr:\n"""\n#{err}"""\n]
assert_equal('012345678910', out, debug_info)
compactions, errs = err.lines.partition do |l|
l.match?(/\AJIT compaction \(\d+\.\dms\): Compacted \d+ methods /)
end
10.times do |i|
assert_match(/\A#{JIT_SUCCESS_PREFIX}: mjit#{i}@\(eval\):/, errs[i], debug_info)
end
assert_equal("No units can be unloaded -- incremented max-cache-size to 11 for --jit-wait\n", errs[10], debug_info)
assert_match(/\A#{JIT_SUCCESS_PREFIX}: mjit10@\(eval\):/, errs[11], debug_info)
# On --jit-wait, when the number of JIT-ed code reaches --jit-max-cache,
# it should trigger compaction.
unless RUBY_PLATFORM.match?(/mswin|mingw/) # compaction is not supported on Windows yet
assert_equal(1, compactions.size, debug_info)
end
if RUBY_PLATFORM.match?(/mswin/)
# "Permission Denied" error is preventing to remove so file on AppVeyor/RubyCI.
omit 'Removing so file is randomly failing on AppVeyor/RubyCI mswin due to Permission Denied.'
end
if RUBY_PLATFORM.match?(/darwin/)
omit '.bundle.dSYM directory is left but removing it is not supported for now'
end
# verify .c files are deleted on unload_units
assert_send([Dir, :empty?, dir], debug_info)
end
end
def test_newarraykwsplat_on_stack
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "[nil, [{:type=>:development}]]\n", success_count: 1, insns: %i[newarraykwsplat])
begin;
def arr
[nil, [:type => :development]]
end
arr
p arr
end;
end
def test_local_stack_on_exception
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '33', success_count: 2)
begin;
def b
raise
rescue
2
end
def a
# Calling #b should be vm_exec, not direct jit_exec.
# Otherwise `1` on local variable would be purged.
1 + b
end
print a
print a
end;
end
def test_local_stack_with_sp_motion_by_blockargs
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '11', success_count: 2)
begin;
def b(base)
1
end
# This method is simple enough to have false in catch_except_p.
# So local_stack_p would be true in JIT compiler.
def a
m = method(:b)
# ci->flag has VM_CALL_ARGS_BLOCKARG and cfp->sp is moved in vm_caller_setup_arg_block.
# So, for this send insn, JIT-ed code should use cfp->sp instead of local variables for stack.
Module.module_eval(&m)
end
print a
print a
end;
end
def test_catching_deep_exception
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '11', success_count: 4)
begin;
def catch_true(paths, prefixes) # catch_except_p: true
prefixes.each do |prefix| # catch_except_p: true
paths.each do |path| # catch_except_p: false
return path
end
end
end
def wrapper(paths, prefixes)
catch_true(paths, prefixes)
end
print wrapper(['1'], ['2'])
print wrapper(['1'], ['2'])
end;
end
def test_inlined_builtin_methods
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '', success_count: 1, call_threshold: 2)
begin;
def test
float = 0.0
float.abs
float.-@
float.zero?
end
test
test
end;
end
def test_inlined_c_method
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "aaa", success_count: 1, recompile_count: 1, call_threshold: 2)
begin;
def test(obj, recursive: nil)
if recursive
test(recursive)
end
obj.to_s
end
print(test('a')) # set #to_s cc to String#to_s (expecting C method)
print(test('a')) # JIT with #to_s cc: String#to_s
# update #to_s cd->cc to Symbol#to_s, then go through the Symbol#to_s cd->cc
# after checking receiver class using inlined #to_s cc with String#to_s.
print(test('a', recursive: :foo))
end;
end
def test_inlined_exivar
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "aaa", success_count: 4, recompile_count: 2, call_threshold: 2)
begin;
class Foo < Hash
def initialize
@a = :a
end
def bar
@a
end
end
print(Foo.new.bar)
print(Foo.new.bar) # compile #initialize, #bar -> recompile #bar
print(Foo.new.bar) # compile #bar with exivar
end;
end
def test_inlined_undefined_ivar
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "bbb", success_count: 4, call_threshold: 2)
begin;
class Foo
def initialize
@a = :a
end
def bar
if @b.nil?
@b = :b
end
end
end
print(Foo.new.bar)
print(Foo.new.bar)
print(Foo.new.bar)
end;
end
def test_inlined_setivar_frozen
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "FrozenError\n", success_count: 1, call_threshold: 2)
begin;
class A
def a
@a = 1
end
end
a = A.new
a.a
a.a
a.a
a.freeze
begin
a.a
rescue FrozenError => e
p e.class
end
end;
end
def test_inlined_getconstant
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '11', success_count: 1, call_threshold: 2)
begin;
FOO = 1
def const
FOO
end
print const
print const
end;
end
def test_attr_reader
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "4nil\nnil\n6", success_count: 3, call_threshold: 2)
begin;
class A
attr_reader :a, :b
def initialize
@a = 2
end
def test
a
end
def undefined
b
end
end
a = A.new
print(a.test * a.test)
p(a.undefined)
p(a.undefined)
# redefinition
def a.test
3
end
print(2 * a.test)
end;
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "true", success_count: 3, call_threshold: 2)
begin;
class Hoge
attr_reader :foo
def initialize
@foo = []
@bar = nil
end
end
class Fuga < Hoge
def initialize
@bar = nil
@foo = []
end
end
def test(recv)
recv.foo.empty?
end
hoge = Hoge.new
fuga = Fuga.new
test(hoge) # VM: cc set index=1
test(hoge) # JIT: compile with index=1
test(fuga) # JIT -> VM: cc set index=2
print test(hoge) # JIT: should use index=1, not index=2 in cc
end;
end
def test_heap_promotion_of_ivar_in_the_middle_of_jit
omit if GC.using_rvargc?
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "true\ntrue\n", success_count: 2, call_threshold: 2)
begin;
class A
def initialize
@iv0 = nil
@iv1 = []
end
def test(add)
@iv0.nil?
add_ivar if add
@iv1.empty?
end
def add_ivar
@iv2 = nil
@iv3 = nil
end
end
a = A.new
p a.test(false)
p a.test(true)
end;
end
def test_jump_to_precompiled_branch
assert_eval_with_jit("#{<<~'begin;'}\n#{<<~'end;'}", stdout: ".0.0", success_count: 1, call_threshold: 2)
begin;
def test(foo)
".#{foo unless foo == 1}" if true
end
print test(0)
print test(0)
end;
end
def test_clean_so
if RUBY_PLATFORM.match?(/mswin/)
omit 'Removing so file is randomly failing on AppVeyor/RubyCI mswin due to Permission Denied.'
end
if RUBY_PLATFORM.match?(/darwin/)
omit '.bundle.dSYM directory is left but removing it is not supported for now'
end
Dir.mktmpdir("jit_test_clean_so_") do |dir|
code = "x = 0; 10.times {|i|x+=i}"
eval_with_jit({"TMPDIR"=>dir}, code)
assert_send([Dir, :empty?, dir], "Directory #{dir} was not empty:\n#{Dir.glob("#{dir}/*").join("\n")}\n")
eval_with_jit({"TMPDIR"=>dir}, code, save_temps: true)
assert_not_send([Dir, :empty?, dir])
end
end
def test_clean_objects_on_exec
if /mswin|mingw/ =~ RUBY_PLATFORM
# TODO: check call stack and close handle of code which is not on stack, and remove objects on best-effort basis
omit 'Removing so file being used does not work on Windows'
end
if RUBY_PLATFORM.match?(/darwin/)
omit '.bundle.dSYM directory is left but removing it is not supported for now'
end
Dir.mktmpdir("jit_test_clean_objects_on_exec_") do |dir|
eval_with_jit({"TMPDIR"=>dir}, "#{<<~"begin;"}\n#{<<~"end;"}", call_threshold: 2)
begin;
def a; end; a
exec "true"
end;
error_message = "Undeleted files:\n #{Dir.glob("#{dir}/*").join("\n ")}\n"
assert_send([Dir, :empty?, dir], error_message)
end
end
def test_lambda_longjmp
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '5', success_count: 1)
begin;
fib = lambda do |x|
return x if x == 0 || x == 1
fib.call(x-1) + fib.call(x-2)
end
print fib.call(5)
end;
end
def test_stack_pointer_with_assignment
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "nil\nnil\n", success_count: 1)
begin;
2.times do
a, _ = nil
p a
end
end;
end
def test_frame_omitted_inlining
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "true\ntrue\ntrue\ntrue\n", success_count: 2, call_threshold: 2)
begin;
class Integer
remove_method :zero?
def zero?
self == 0
end
end
4.times do
p 0.zero?
end
end;
end
def test_block_handler_with_possible_frame_omitted_inlining
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "70.0\n70.0\n70.0\n70.0\n", success_count: 2, call_threshold: 2)
begin;
def multiply(a, b)
a *= b
end
4.times do
p multiply(7.0, 10.0)
end
end;
end
def test_builtin_frame_omitted_inlining
assert_eval_with_jit('0.zero?; 0.zero?; 3.times { p 0.zero? }', stdout: "true\ntrue\ntrue\n", success_count: 1, call_threshold: 2)
end
def test_program_counter_with_regexpmatch
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "aa", success_count: 1)
begin;
2.times do
break if /a/ =~ "ab" && !$~[0]
print $~[0]
end
end;
end
def test_pushed_values_with_opt_aset_with
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "{}{}", success_count: 1)
begin;
2.times do
print(Thread.current["a"] = {})
end
end;
end
def test_pushed_values_with_opt_aref_with
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "nil\nnil\n", success_count: 1)
begin;
2.times do
p(Thread.current["a"])
end
end;
end
def test_mjit_pause_wait
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '', success_count: 0, call_threshold: 2)
begin;
RubyVM::MJIT.pause
proc {}.call
end;
end
def test_not_cancel_by_tracepoint_class
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", success_count: 3, call_threshold: 2)
begin;
TracePoint.new(:class) {}.enable
2.times {}
end;
end
def test_cancel_by_tracepoint
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", success_count: 0, call_threshold: 2)
begin;
TracePoint.new(:line) {}.enable
2.times {}
end;
end
def test_caller_locations_without_catch_table
out, _ = eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", call_threshold: 2)
begin;
def b # 2
caller_locations.first # 3
end # 4
# 5
def a # 6
print # <-- don't leave PC here # 7
b # 8
end
puts a
puts a
end;
lines = out.lines
assert_equal("-e:8:in `a'\n", lines[0])
assert_equal("-e:8:in `a'\n", lines[1])
end
def test_jit_failure
_, err = eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", call_threshold: 2, verbose: 1)
begin;
2.times do
class A
end
end
end;
assert_match(/^MJIT warning: .+ unsupported instruction: defineclass/, err)
end
private
# The shortest way to test one proc
def assert_compile_twice(script, result_inspect:, insns: [], uplevel: 1)
if script.match?(/\A\n.+\n\z/m)
script = script.gsub(/^/, ' ')
else
script = " #{script} "
end
assert_eval_with_jit("test = proc {#{script}}; p test.call; p test.call", stdout: "#{result_inspect}\n#{result_inspect}\n", success_count: 1, insns: insns, uplevel: uplevel + 1)
end
# Shorthand for normal test cases
def assert_eval_with_jit(script, stdout: nil, success_count:, recompile_count: nil, call_threshold: 2, max_cache: 1000, insns: [], uplevel: 1, ignorable_patterns: [])
out, err = eval_with_jit(script, verbose: 1, call_threshold: call_threshold, max_cache: max_cache)
success_actual = err.scan(/^#{JIT_SUCCESS_PREFIX}:/).size
recompile_actual = err.scan(/^#{JIT_RECOMPILE_PREFIX}:/).size
# Add --mjit-verbose=2 logs for cl.exe because compiler's error message is suppressed
# for cl.exe with --mjit-verbose=1. See `start_process` in mjit.c.
if RUBY_PLATFORM.match?(/mswin/) && success_count != success_actual
out2, err2 = eval_with_jit(script, verbose: 2, call_threshold: call_threshold, max_cache: max_cache)
end
# Make sure that the script has insns expected to be tested
used_insns = method_insns(script)
insns.each do |insn|
mark_tested_insn(insn, used_insns: used_insns, uplevel: uplevel + 3)
end
suffix = "script:\n#{code_block(script)}\nstderr:\n#{code_block(err)}#{(
"\nstdout(verbose=2 retry):\n#{code_block(out2)}\nstderr(verbose=2 retry):\n#{code_block(err2)}" if out2 || err2
)}"
assert_equal(
success_count, success_actual,
"Expected #{success_count} times of JIT success, but succeeded #{success_actual} times.\n\n#{suffix}",
)
if recompile_count
assert_equal(
recompile_count, recompile_actual,
"Expected #{success_count} times of JIT recompile, but recompiled #{success_actual} times.\n\n#{suffix}",
)
end
if stdout
assert_equal(stdout, out, "Expected stdout #{out.inspect} to match #{stdout.inspect} with script:\n#{code_block(script)}")
end
err_lines = err.lines.reject! do |l|
l.chomp.empty? || l.match?(/\A#{JIT_SUCCESS_PREFIX}/) || (IGNORABLE_PATTERNS + ignorable_patterns).any? { |pat| pat.match?(l) }
end
unless err_lines.empty?
warn err_lines.join(''), uplevel: uplevel
end
end
def mark_tested_insn(insn, used_insns:, uplevel: 1)
# Currently, this check emits a false-positive warning against opt_regexpmatch2,
# so the insn is excluded explicitly. See https://bugs.ruby-lang.org/issues/18269
if !used_insns.include?(insn) && insn != :opt_regexpmatch2
$stderr.puts
warn "'#{insn}' insn is not included in the script. Actual insns are: #{used_insns.join(' ')}\n", uplevel: uplevel
end
TestMJIT.untested_insns.delete(insn)
end
# Collect block's insns or defined method's insns, which are expected to be JIT-ed.
# Note that this intentionally excludes insns in script's toplevel because they are not JIT-ed.
def method_insns(script)
insns = []
RubyVM::InstructionSequence.compile(script).to_a.last.each do |(insn, *args)|
case insn
when :send
insns += collect_insns(args.last)
when :definemethod, :definesmethod
insns += collect_insns(args[1])
when :defineclass
insns += collect_insns(args[1])
end
end
insns.uniq
end
# Recursively collect insns in iseq_array
def collect_insns(iseq_array)
return [] if iseq_array.nil?
insns = iseq_array.last.select { |x| x.is_a?(Array) }.map(&:first)
iseq_array.last.each do |(insn, *args)|
case insn
when :definemethod, :definesmethod, :send
insns += collect_insns(args.last)
end
end
insns
end
end
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