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7f24b0aabd
* ext/fiddle/closure.c: use directly declaration for standalone gem
without internal.h.
* Specify frozen string literal is true.
* Update gemspec configuration for release version.
git-svn-id: svn+ssh://ci.ruby-lang.org/ruby/trunk@59854 b2dd03c8-39d4-4d8f-98ff-823fe69b080e
100 lines
2.8 KiB
Ruby
100 lines
2.8 KiB
Ruby
# frozen_string_literal: true
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begin
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require_relative 'helper'
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rescue LoadError
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end
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module Fiddle
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class TestFunction < Fiddle::TestCase
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def setup
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super
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Fiddle.last_error = nil
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end
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def test_default_abi
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func = Function.new(@libm['sin'], [TYPE_DOUBLE], TYPE_DOUBLE)
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assert_equal Function::DEFAULT, func.abi
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end
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def test_name
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func = Function.new(@libm['sin'], [TYPE_DOUBLE], TYPE_DOUBLE, name: 'sin')
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assert_equal 'sin', func.name
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end
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def test_argument_errors
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assert_raise(TypeError) do
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Function.new(@libm['sin'], TYPE_DOUBLE, TYPE_DOUBLE)
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end
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assert_raise(TypeError) do
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Function.new(@libm['sin'], ['foo'], TYPE_DOUBLE)
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end
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assert_raise(TypeError) do
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Function.new(@libm['sin'], [TYPE_DOUBLE], 'foo')
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end
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end
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def test_call
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func = Function.new(@libm['sin'], [TYPE_DOUBLE], TYPE_DOUBLE)
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assert_in_delta 1.0, func.call(90 * Math::PI / 180), 0.0001
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end
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def test_argument_count
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closure = Class.new(Closure) {
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def call one
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10 + one
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end
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}.new(TYPE_INT, [TYPE_INT])
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func = Function.new(closure, [TYPE_INT], TYPE_INT)
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assert_raise(ArgumentError) do
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func.call(1,2,3)
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end
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assert_raise(ArgumentError) do
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func.call
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end
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end
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def test_last_error
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func = Function.new(@libc['strcpy'], [TYPE_VOIDP, TYPE_VOIDP], TYPE_VOIDP)
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assert_nil Fiddle.last_error
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func.call("000", "123")
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refute_nil Fiddle.last_error
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end
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def test_strcpy
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f = Function.new(@libc['strcpy'], [TYPE_VOIDP, TYPE_VOIDP], TYPE_VOIDP)
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buff = "000"
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str = f.call(buff, "123")
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assert_equal("123", buff)
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assert_equal("123", str.to_s)
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end
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def test_nogvl_poll
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begin
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poll = @libc['poll']
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rescue Fiddle::DLError
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skip 'poll(2) not available'
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end
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f = Function.new(poll, [TYPE_VOIDP, TYPE_INT, TYPE_INT], TYPE_INT)
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msec = 200
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t0 = Process.clock_gettime(Process::CLOCK_MONOTONIC, :millisecond)
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th = Thread.new { f.call(nil, 0, msec) }
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n1 = f.call(nil, 0, msec)
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n2 = th.value
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t1 = Process.clock_gettime(Process::CLOCK_MONOTONIC, :millisecond)
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assert_in_delta(msec, t1 - t0, 100, 'slept correct amount of time')
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assert_equal(0, n1, 'poll(2) called correctly main-thread')
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assert_equal(0, n2, 'poll(2) called correctly in sub-thread')
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end
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def test_no_memory_leak
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prep = 'r = Fiddle::Function.new(Fiddle.dlopen(nil)["rb_obj_tainted"], [Fiddle::TYPE_UINTPTR_T], Fiddle::TYPE_UINTPTR_T); a = "a"'
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code = 'begin r.call(a); rescue TypeError; end'
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assert_no_memory_leak(%w[-W0 -rfiddle], "#{prep}\n1000.times{#{code}}", "10_000.times {#{code}}", limit: 1.2)
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end
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end
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end if defined?(Fiddle)
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