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1450e0b5ac
* ObjectSpace::trace_object_allocations_start * ObjectSpace::trace_object_allocations_stop * ObjectSpace::trace_object_allocations_clear And some refactoring. * test/objspace/test_objspace.rb: add a test for new methods. * NEWS: add a description for new methods. git-svn-id: svn+ssh://ci.ruby-lang.org/ruby/trunk@43095 b2dd03c8-39d4-4d8f-98ff-823fe69b080e
175 lines
6.3 KiB
Ruby
175 lines
6.3 KiB
Ruby
require "test/unit"
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require "objspace"
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require_relative "../ruby/envutil"
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class TestObjSpace < Test::Unit::TestCase
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def test_memsize_of
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assert_equal(0, ObjectSpace.memsize_of(true))
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assert_equal(0, ObjectSpace.memsize_of(nil))
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assert_equal(0, ObjectSpace.memsize_of(1))
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assert_kind_of(Integer, ObjectSpace.memsize_of(Object.new))
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assert_kind_of(Integer, ObjectSpace.memsize_of(Class))
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assert_kind_of(Integer, ObjectSpace.memsize_of(""))
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assert_kind_of(Integer, ObjectSpace.memsize_of([]))
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assert_kind_of(Integer, ObjectSpace.memsize_of({}))
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assert_kind_of(Integer, ObjectSpace.memsize_of(//))
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f = File.new(__FILE__)
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assert_kind_of(Integer, ObjectSpace.memsize_of(f))
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f.close
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assert_kind_of(Integer, ObjectSpace.memsize_of(/a/.match("a")))
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assert_kind_of(Integer, ObjectSpace.memsize_of(Struct.new(:a)))
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assert_operator(ObjectSpace.memsize_of(Regexp.new("(a)"*1000).match("a"*1000)),
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:>,
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ObjectSpace.memsize_of(//.match("")))
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end
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def test_argf_memsize
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size = ObjectSpace.memsize_of(ARGF)
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assert_kind_of(Integer, size)
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assert_operator(size, :>, 0)
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argf = ARGF.dup
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argf.inplace_mode = nil
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size = ObjectSpace.memsize_of(argf)
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argf.inplace_mode = "inplace_mode_suffix"
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assert_equal(size + 20, ObjectSpace.memsize_of(argf))
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end
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def test_memsize_of_all
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assert_kind_of(Integer, a = ObjectSpace.memsize_of_all)
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assert_kind_of(Integer, b = ObjectSpace.memsize_of_all(String))
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assert(a > b)
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assert(a > 0)
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assert(b > 0)
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assert_raise(TypeError) {ObjectSpace.memsize_of_all('error')}
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end
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def test_count_objects_size
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res = ObjectSpace.count_objects_size
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assert_equal(false, res.empty?)
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assert_equal(true, res[:TOTAL] > 0)
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arg = {}
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ObjectSpace.count_objects_size(arg)
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assert_equal(false, arg.empty?)
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end
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def test_count_nodes
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res = ObjectSpace.count_nodes
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assert_equal(false, res.empty?)
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arg = {}
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ObjectSpace.count_nodes(arg)
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assert_not_empty(arg)
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bug8014 = '[ruby-core:53130] [Bug #8014]'
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assert_empty(arg.select {|k, v| !(Symbol === k && Integer === v)}, bug8014)
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end
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def test_count_tdata_objects
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res = ObjectSpace.count_tdata_objects
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assert_equal(false, res.empty?)
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arg = {}
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ObjectSpace.count_tdata_objects(arg)
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assert_equal(false, arg.empty?)
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end
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def test_reachable_objects_from
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assert_separately %w[--disable-gem -robjspace], __FILE__, __LINE__, <<-'eom'
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assert_equal(nil, ObjectSpace.reachable_objects_from(nil))
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assert_equal([Array, 'a', 'b', 'c'], ObjectSpace.reachable_objects_from(['a', 'b', 'c']))
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assert_equal([Array, 'a', 'a', 'a'], ObjectSpace.reachable_objects_from(['a', 'a', 'a']))
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assert_equal([Array, 'a', 'a'], ObjectSpace.reachable_objects_from(['a', v = 'a', v]))
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assert_equal([Array, 'a'], ObjectSpace.reachable_objects_from([v = 'a', v, v]))
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long_ary = Array.new(1_000){''}
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max = 0
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ObjectSpace.each_object{|o|
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refs = ObjectSpace.reachable_objects_from(o)
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max = [refs.size, max].max
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unless refs.nil?
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refs.each_with_index {|ro, i|
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assert_not_nil(ro, "#{i}: this referenced object is internal object")
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}
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end
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}
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assert_operator(max, :>=, long_ary.size+1, "1000 elems + Array class")
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eom
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end
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def test_reachable_objects_size
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assert_separately %w[--disable-gem -robjspace], __FILE__, __LINE__, <<-'eom'
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ObjectSpace.each_object{|o|
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ObjectSpace.reachable_objects_from(o).each{|reached_obj|
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size = ObjectSpace.memsize_of(reached_obj)
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assert_kind_of(Integer, size)
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assert_operator(size, :>=, 0)
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}
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}
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eom
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end
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def test_trace_object_allocations
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o0 = Object.new
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ObjectSpace.trace_object_allocations{
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o1 = Object.new; line1 = __LINE__; c1 = GC.count
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o2 = "xyzzy" ; line2 = __LINE__; c2 = GC.count
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o3 = [1, 2] ; line3 = __LINE__; c3 = GC.count
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assert_equal(nil, ObjectSpace.allocation_sourcefile(o0))
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assert_equal(nil, ObjectSpace.allocation_sourceline(o0))
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assert_equal(nil, ObjectSpace.allocation_generation(o0))
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assert_equal(line1, ObjectSpace.allocation_sourceline(o1))
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assert_equal(__FILE__, ObjectSpace.allocation_sourcefile(o1))
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assert_equal(c1, ObjectSpace.allocation_generation(o1))
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assert_equal(Class.name, ObjectSpace.allocation_class_path(o1))
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assert_equal(:new, ObjectSpace.allocation_method_id(o1))
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assert_equal(__FILE__, ObjectSpace.allocation_sourcefile(o2))
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assert_equal(line2, ObjectSpace.allocation_sourceline(o2))
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assert_equal(c2, ObjectSpace.allocation_generation(o2))
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assert_equal(self.class.name, ObjectSpace.allocation_class_path(o2))
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assert_equal(__method__, ObjectSpace.allocation_method_id(o2))
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assert_equal(__FILE__, ObjectSpace.allocation_sourcefile(o3))
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assert_equal(line3, ObjectSpace.allocation_sourceline(o3))
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assert_equal(c3, ObjectSpace.allocation_generation(o3))
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assert_equal(self.class.name, ObjectSpace.allocation_class_path(o3))
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assert_equal(__method__, ObjectSpace.allocation_method_id(o3))
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}
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end
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def test_trace_object_allocations_start_stop_clear
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begin
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ObjectSpace.trace_object_allocations_start
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begin
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ObjectSpace.trace_object_allocations_start
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begin
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ObjectSpace.trace_object_allocations_start
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obj0 = Object.new
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ensure
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ObjectSpace.trace_object_allocations_stop
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obj1 = Object.new
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end
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ensure
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ObjectSpace.trace_object_allocations_stop
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obj2 = Object.new
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end
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ensure
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ObjectSpace.trace_object_allocations_stop
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obj3 = Object.new
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end
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assert_equal(__FILE__, ObjectSpace.allocation_sourcefile(obj0))
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assert_equal(__FILE__, ObjectSpace.allocation_sourcefile(obj1))
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assert_equal(__FILE__, ObjectSpace.allocation_sourcefile(obj2))
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assert_equal(nil , ObjectSpace.allocation_sourcefile(obj3)) # after tracing
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ObjectSpace.trace_object_allocations_clear
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assert_equal(nil, ObjectSpace.allocation_sourcefile(obj0))
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assert_equal(nil, ObjectSpace.allocation_sourcefile(obj1))
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assert_equal(nil, ObjectSpace.allocation_sourcefile(obj2))
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assert_equal(nil, ObjectSpace.allocation_sourcefile(obj3))
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end
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end
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