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|
# frozen_string_literal: true
require 'test/unit'
require 'tmpdir'
require_relative '../lib/jit_support'
return if RbConfig::CONFIG["MJIT_SUPPORT"] == 'no'
# Test for --jit option
class TestJIT < Test::Unit::TestCase
include JITSupport
IGNORABLE_PATTERNS = [
/\ASuccessful MJIT finish\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
:getblockparamproxy,
:defineclass,
:opt_call_c_function,
# joke
:bitblt,
:answer,
# TODO: write tests for them
:reput,
:tracecoverage,
]
def self.untested_insns
@untested_insns ||= (RubyVM::INSTRUCTION_NAMES.map(&:to_sym) - TEST_PENDING_INSNS)
end
def setup
unless JITSupport.supported?
skip 'JIT seems not supported on this platform'
end
# ruby -w -Itest/lib test/ruby/test_jit.rb
if $VERBOSE && !defined?(@@at_exit_hooked)
at_exit do
unless TestJIT.untested_insns.empty?
warn "untested insns are found!: #{TestJIT.untested_insns.join(' ')}"
end
end
@@at_exit_hooked = true
end
end
def test_compile_insn_nop
assert_compile_once('nil rescue true', result_inspect: 'nil', insns: %i[nop])
end
def test_compile_insn_local
assert_compile_once("#{<<~"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: '3', success_count: 2, insns: %i[getblockparam setblockparam])
begin;
def foo(&b)
a = b
b = 2
a.call + 2
end
print foo { 1 }
end;
end
def test_compile_insn_getblockparamproxy
skip "support this in mjit_compile"
end
def test_compile_insn_getspecial
assert_compile_once('$1', result_inspect: 'nil', insns: %i[getspecial])
end
def test_compile_insn_setspecial
verbose_bak, $VERBOSE = $VERBOSE, nil
assert_compile_once("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: 'true', insns: %i[setspecial])
begin;
true if nil.nil?..nil.nil?
end;
ensure
$VERBOSE = verbose_bak
end
def test_compile_insn_instancevariable
assert_compile_once("#{<<~"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: 1, min_calls: 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: '1', success_count: 1, insns: %i[getclassvariable setclassvariable])
begin;
class Foo
def self.foo
@@foo = 1
@@foo
end
end
print Foo.foo
end;
end
def test_compile_insn_constant
assert_compile_once("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '1', insns: %i[getconstant setconstant])
begin;
FOO = 1
FOO
end;
end
def test_compile_insn_global
assert_compile_once("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '1', insns: %i[getglobal setglobal])
begin;
$foo = 1
$foo
end;
end
def test_compile_insn_putnil
assert_compile_once('nil', result_inspect: 'nil', insns: %i[putnil])
end
def test_compile_insn_putself
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'hello', success_count: 1, insns: %i[putself])
begin;
proc { print "hello" }.call
end;
end
def test_compile_insn_putobject
assert_compile_once('0', result_inspect: '0', insns: %i[putobject_INT2FIX_0_])
assert_compile_once('1', result_inspect: '1', insns: %i[putobject_INT2FIX_1_])
assert_compile_once('2', result_inspect: '2', insns: %i[putobject])
end
def test_compile_insn_definemethod
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'hellohello', success_count: 2, insns: %i[definemethod])
begin;
print 2.times.map {
def method_definition
'hello'
end
method_definition
}.join
end;
end
def test_compile_insn_putstring_concatstrings_tostring
assert_compile_once('"a#{}b" + "c"', result_inspect: '"abc"', insns: %i[putstring concatstrings tostring])
end
def test_compile_insn_freezestring
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~'end;'}", stdout: 'true', success_count: 1, insns: %i[freezestring])
begin;
# frozen_string_literal: true
print proc { "#{true}".frozen? }.call
end;
end
def test_compile_insn_toregexp
assert_compile_once('/#{true}/ =~ "true"', result_inspect: '0', insns: %i[toregexp])
end
def test_compile_insn_newarray
assert_compile_once("#{<<~"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_intern_duparray
assert_compile_once('[:"#{0}"] + [1,2,3]', result_inspect: '[:"0", 1, 2, 3]', insns: %i[intern duparray])
end
def test_compile_insn_expandarray
assert_compile_once('y = [ true, false, nil ]; x, = y; x', result_inspect: 'true', insns: %i[expandarray])
end
def test_compile_insn_concatarray
assert_compile_once('["t", "r", *x = "u", "e"].join', result_inspect: '"true"', insns: %i[concatarray])
end
def test_compile_insn_splatarray
assert_compile_once('[*(1..2)]', result_inspect: '[1, 2]', insns: %i[splatarray])
end
def test_compile_insn_newhash
assert_compile_once('a = 1; { a: a }', result_inspect: '{:a=>1}', insns: %i[newhash])
end
def test_compile_insn_duphash
assert_compile_once('{ a: 1 }', result_inspect: '{:a=>1}', insns: %i[duphash])
end
def test_compile_insn_newrange
assert_compile_once('a = 1; 0..a', result_inspect: '0..1', insns: %i[newrange])
end
def test_compile_insn_pop
assert_compile_once("#{<<~"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_once("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '3', insns: %i[dup])
begin;
a = 1
a&.+(2)
end;
end
def test_compile_insn_dupn
assert_compile_once("#{<<~"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_once('{}["true"] = true', result_inspect: 'true', insns: %i[swap topn])
end
def test_compile_insn_reverse
assert_compile_once('q, (w, e), r = 1, [2, 3], 4; [q, w, e, r]', result_inspect: '[1, 2, 3, 4]', insns: %i[reverse])
end
def test_compile_insn_reput
skip "write test"
end
def test_compile_insn_setn
assert_compile_once('[nil][0] = 1', result_inspect: '1', insns: %i[setn])
end
def test_compile_insn_adjuststack
assert_compile_once("#{<<~"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_once('defined?(a)', result_inspect: 'nil', insns: %i[defined])
end
def test_compile_insn_checkkeyword
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: 'true', success_count: 1, insns: %i[checkkeyword])
begin;
def test(x: rand)
x
end
print test(x: true)
end;
end
def test_compile_insn_tracecoverage
skip "write test"
end
def test_compile_insn_defineclass
skip "support this in mjit_compile (low priority)"
end
def test_compile_insn_send
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '1', success_count: 2, insns: %i[send])
begin;
print proc { yield_self { 1 } }.call
end;
end
def test_compile_insn_opt_str_freeze
assert_compile_once("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '"foo"', insns: %i[opt_str_freeze])
begin;
'foo'.freeze
end;
end
def test_compile_insn_opt_str_uminus
assert_compile_once("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '"bar"', insns: %i[opt_str_uminus])
begin;
-'bar'
end;
end
def test_compile_insn_opt_newarray_max
assert_compile_once("#{<<~"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_once("#{<<~"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_once('print', result_inspect: 'nil', insns: %i[opt_send_without_block])
end
def test_compile_insn_invokesuper
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '3', 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
end;
end
def test_compile_insn_invokeblock_leave
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '2', success_count: 2, insns: %i[invokeblock leave])
begin;
def foo
yield
end
print foo { 2 }
end;
end
def test_compile_insn_throw
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '4', 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
end;
end
def test_compile_insn_jump_branchif
assert_compile_once("#{<<~"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_once("#{<<~"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_once("#{<<~"begin;"}\n#{<<~'end;'}", result_inspect: '3', insns: %i[branchnil])
begin;
a = 2
a&.+(1)
end;
end
def test_compile_insn_checktype
assert_compile_once("#{<<~"begin;"}\n#{<<~'end;'}", result_inspect: '"42"', insns: %i[checktype])
begin;
a = '2'
"4#{a}"
end;
end
def test_compile_insn_methodref
assert_compile_once("#{<<~"begin;"}\n#{<<~'end;'}", result_inspect: '"main"', insns: %i[methodref])
begin;
self.:inspect.call
end;
end
def test_compile_insn_inlinecache
assert_compile_once('Struct', result_inspect: 'Struct', insns: %i[opt_getinlinecache opt_setinlinecache])
end
def test_compile_insn_once
assert_compile_once('/#{true}/o =~ "true" && $~.to_a', result_inspect: '["true"]', insns: %i[once])
end
def test_compile_insn_checkmatch_opt_case_dispatch
assert_compile_once("#{<<~"begin;"}\n#{<<~"end;"}", result_inspect: '"world"', insns: %i[checkmatch opt_case_dispatch])
begin;
case 'hello'
when 'hello'
'world'
end
end;
end
def test_compile_insn_opt_calc
assert_compile_once('4 + 2 - ((2 * 3 / 2) % 2)', result_inspect: '5', insns: %i[opt_plus opt_minus opt_mult opt_div opt_mod])
assert_compile_once('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_once('4 + 2', result_inspect: '6')
end
def test_compile_insn_opt_cmp
assert_compile_once('(1 == 1) && (1 != 2)', result_inspect: 'true', insns: %i[opt_eq opt_neq])
end
def test_compile_insn_opt_rel
assert_compile_once('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_once('[1] << 2', result_inspect: '[1, 2]', insns: %i[opt_ltlt])
end
def test_compile_insn_opt_and
assert_compile_once('1 & 3', result_inspect: '1', insns: %i[opt_and])
end
def test_compile_insn_opt_or
assert_compile_once('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: '21', success_count: 2, min_calls: 1, 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(obj)
end;
# send call -> optimized call (send JIT) -> optimized call
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '122', success_count: 1, min_calls: 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_once("{ '1' => 2 }['1']", result_inspect: '2', insns: %i[opt_aref_with])
end
def test_compile_insn_opt_aset
assert_compile_once("#{<<~"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_once("#{<<~"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_once('[].empty?', result_inspect: 'true', insns: %i[opt_empty_p])
end
def test_compile_insn_opt_succ
assert_compile_once('1.succ', result_inspect: '2', insns: %i[opt_succ])
end
def test_compile_insn_opt_not
assert_compile_once('!!true', result_inspect: 'true', insns: %i[opt_not])
end
def test_compile_insn_opt_regexpmatch1
assert_compile_once("/true/ =~ 'true'", result_inspect: '0', insns: %i[opt_regexpmatch1])
end
def test_compile_insn_opt_regexpmatch2
assert_compile_once("'true' =~ /true/", result_inspect: '0', insns: %i[opt_regexpmatch2])
end
def test_compile_insn_opt_call_c_function
skip "support this in opt_call_c_function (low priority)"
end
def test_jit_output
out, err = eval_with_jit('5.times { puts "MJIT" }', verbose: 1, min_calls: 5)
assert_equal("MJIT\n" * 5, out)
assert_match(/^#{JIT_SUCCESS_PREFIX}: block in <main>@-e:1 -> .+_ruby_mjit_p\d+u\d+\.c$/, err)
assert_match(/^Successful MJIT finish$/, err)
end
def test_unload_units_and_compaction
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, min_calls: 1, 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("Too many JIT code -- 1 units unloaded\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(3, compactions.size, debug_info)
end
if RUBY_PLATFORM.match?(/mswin/)
# "Permission Denied" error is preventing to remove so file on AppVeyor/RubyCI.
skip 'Removing so file is randomly failing on AppVeyor/RubyCI mswin due to Permission Denied.'
else
# verify .o files are deleted on unload_units
assert_send([Dir, :empty?, dir], debug_info)
end
end
end
def test_local_stack_on_exception
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '3', success_count: 2)
begin;
def b
raise
rescue
2
end
def a
# Calling #b should be vm_exec, not direct mjit_exec.
# Otherwise `1` on local variable would be purged.
1 + b
end
print a
end;
end
def test_local_stack_with_sp_motion_by_blockargs
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '1', 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
end;
end
def test_catching_deep_exception
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: '1', 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'])
end;
end
def test_inlined_undefined_ivar
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "bbb", success_count: 2, min_calls: 3)
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_attr_reader
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "4nil\nnil\n6", success_count: 2, min_calls: 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
class A
def test
3
end
end
print(2 * a.test)
end;
assert_eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", stdout: "true", success_count: 1, min_calls: 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_clean_so
if RUBY_PLATFORM.match?(/mswin/)
skip 'Removing so file is randomly failing on AppVeyor/RubyCI mswin due to Permission Denied.'
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])
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
skip 'Removing so file being used does not work on Windows'
end
Dir.mktmpdir("jit_test_clean_objects_on_exec_") do |dir|
eval_with_jit({"TMPDIR"=>dir}, "#{<<~"begin;"}\n#{<<~"end;"}", min_calls: 1)
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_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_caller_locations_without_catch_table
out, _ = eval_with_jit("#{<<~"begin;"}\n#{<<~"end;"}", min_calls: 1)
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_fork_with_mjit_worker_thread
Dir.mktmpdir("jit_test_fork_with_mjit_worker_thread_") do |dir|
# min_calls: 2 to skip fork block
out, err = eval_with_jit({ "TMPDIR" => dir }, "#{<<~"begin;"}\n#{<<~"end;"}", min_calls: 2, verbose: 1)
begin;
def before_fork; end
def after_fork; end
before_fork; before_fork # the child should not delete this .o file
pid = Process.fork do # this child should not delete shared .pch file
sleep 0.5 # to prevent mixing outputs on Solaris
after_fork; after_fork # this child does not share JIT-ed after_fork with parent
end
after_fork; after_fork # this parent does not share JIT-ed after_fork with child
Process.waitpid(pid)
end;
success_count = err.scan(/^#{JIT_SUCCESS_PREFIX}:/).size
debug_info = "stdout:\n```\n#{out}\n```\n\nstderr:\n```\n#{err}```\n"
assert_equal(3, success_count, debug_info)
# assert no remove error
assert_equal("Successful MJIT finish\n" * 2, err.gsub(/^#{JIT_SUCCESS_PREFIX}:[^\n]+\n/, ''), debug_info)
# ensure objects are deleted
assert_send([Dir, :empty?, dir], debug_info)
end
end if defined?(fork)
private
# The shortest way to test one proc
def assert_compile_once(script, result_inspect:, insns: [])
if script.match?(/\A\n.+\n\z/m)
script = script.gsub(/^/, ' ')
else
script = " #{script} "
end
assert_eval_with_jit("p proc {#{script}}.call", stdout: "#{result_inspect}\n", success_count: 1, insns: insns, uplevel: 2)
end
# Shorthand for normal test cases
def assert_eval_with_jit(script, stdout: nil, success_count:, min_calls: 1, insns: [], uplevel: 3)
out, err = eval_with_jit(script, verbose: 1, min_calls: min_calls)
actual = err.scan(/^#{JIT_SUCCESS_PREFIX}:/).size
# Add --jit-verbose=2 logs for cl.exe because compiler's error message is suppressed
# for cl.exe with --jit-verbose=1. See `start_process` in mjit_worker.c.
if RUBY_PLATFORM.match?(/mswin/) && success_count != actual
out2, err2 = eval_with_jit(script, verbose: 2, min_calls: min_calls)
end
# Make sure that the script has insns expected to be tested
used_insns = method_insns(script)
insns.each do |insn|
unless used_insns.include?(insn)
$stderr.puts
warn "'#{insn}' insn is not included in the script. Actual insns are: #{used_insns.join(' ')}\n", uplevel: uplevel
end
TestJIT.untested_insns.delete(insn)
end
assert_equal(
success_count, actual,
"Expected #{success_count} times of JIT success, but succeeded #{actual} times.\n\n"\
"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
)}",
)
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.any? { |pat| pat.match?(l) }
end
unless err_lines.empty?
warn err_lines.join(''), uplevel: uplevel
end
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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