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* lib/runit, lib/rubyunit.rb, test/testunit/runit: removed.

git-svn-id: svn+ssh://ci.ruby-lang.org/ruby/trunk@14391 b2dd03c8-39d4-4d8f-98ff-823fe69b080e
This commit is contained in:
akr 2007-12-21 03:56:45 +00:00
parent bda85cb021
commit 923d3ea159
13 changed files with 4 additions and 951 deletions

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@ -1,3 +1,7 @@
Fri Dec 21 12:55:39 2007 Tanaka Akira <akr@fsij.org>
* lib/runit, lib/rubyunit.rb, test/testunit/runit: removed.
Fri Dec 21 12:32:08 2007 Yukihiro Matsumoto <matz@ruby-lang.org>
* file.c (Init_File): File.exists? revived.

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# Author:: Nathaniel Talbott.
# Copyright:: Copyright (c) 2000-2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'runit/testcase'
require 'test/unit'

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# Author:: Nathaniel Talbott.
# Copyright:: Copyright (c) 2000-2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'test/unit/assertions'
require 'runit/error'
module RUNIT
module AssertMixin
def setup_assert
end
def assert_no_exception(*args, &block)
assert_nothing_raised(*args, &block)
end
# To deal with the fact that RubyUnit does not check that the
# regular expression is, indeed, a regular expression, if it is
# not, we do our own assertion using the same semantics as
# RubyUnit
def assert_match(actual_string, expected_re, message="")
_wrap_assertion {
full_message = build_message(message, "Expected <?> to match <?>", actual_string, expected_re)
assert_block(full_message) {
expected_re =~ actual_string
}
Regexp.last_match
}
end
def assert_not_nil(actual, message="")
assert(!actual.nil?, message)
end
def assert_not_match(actual_string, expected_re, message="")
assert_no_match(expected_re, actual_string, message)
end
def assert_matches(*args)
assert_match(*args)
end
def assert_fail(message="")
flunk(message)
end
def assert_equal_float(expected, actual, delta, message="")
assert_in_delta(expected, actual, delta, message)
end
def assert_send(object, method, *args)
super([object, method, *args])
end
def assert_exception(exception, message="", &block)
assert_raises(exception, message, &block)
end
def assert_respond_to(method, object, message="")
if (called_internally?)
super
else
super(object, method, message)
end
end
def called_internally?
/assertions\.rb/.match(caller[1])
end
end
module Assert
include Test::Unit::Assertions
include AssertMixin
end
end

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# Author:: Nathaniel Talbott.
# Copyright:: Copyright (c) 2000-2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'test/unit/ui/console/testrunner'
require 'runit/testresult'
module RUNIT
module CUI
class TestRunner < Test::Unit::UI::Console::TestRunner
@@quiet_mode = false
def self.run(suite)
self.new().run(suite)
end
def initialize
super nil
end
def run(suite, quiet_mode=@@quiet_mode)
@suite = suite
def @suite.suite
self
end
@output_level = (quiet_mode ? Test::Unit::UI::PROGRESS_ONLY : Test::Unit::UI::VERBOSE)
start
end
def create_mediator(suite)
mediator = Test::Unit::UI::TestRunnerMediator.new(suite)
class << mediator
attr_writer :result_delegate
def create_result
return @result_delegate.create_result
end
end
mediator.result_delegate = self
return mediator
end
def create_result
return RUNIT::TestResult.new
end
def self.quiet_mode=(boolean)
@@quiet_mode = boolean
end
end
end
end

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# Author:: Nathaniel Talbott.
# Copyright:: Copyright (c) 2000-2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'test/unit/assertionfailederror.rb'
module RUNIT
AssertionFailedError = Test::Unit::AssertionFailedError
end

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# Author:: Nathaniel Talbott.
# Copyright:: Copyright (c) 2000-2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'runit/testresult'
require 'runit/testsuite'
require 'runit/assert'
require 'runit/error'
require 'test/unit/testcase'
module RUNIT
class TestCase < Test::Unit::TestCase
include RUNIT::AssertMixin
def self.suite
method_names = instance_methods(true)
tests = method_names.delete_if { |method_name| method_name !~ /^test/ }
suite = TestSuite.new(name)
tests.each {
|test|
catch(:invalid_test) {
suite << new(test, name)
}
}
return suite
end
def initialize(test_name, suite_name=self.class.name)
super(test_name)
end
def assert_equals(*args)
assert_equal(*args)
end
def name
super.sub(/^(.*?)\((.*)\)$/, '\2#\1')
end
def run(result, &progress_block)
progress_block = proc {} unless (block_given?)
super(result, &progress_block)
end
end
end

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# Author:: Nathaniel Talbott.
# Copyright:: Copyright (c) 2000-2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'test/unit/testresult'
module RUNIT
class TestResult < Test::Unit::TestResult
attr_reader(:errors, :failures)
def succeed?
return passed?
end
def failure_size
return failure_count
end
def run_asserts
return assertion_count
end
def error_size
return error_count
end
def run_tests
return run_count
end
def add_failure(failure)
def failure.at
return location
end
def failure.err
return message
end
super(failure)
end
def add_error(error)
def error.at
return location
end
def error.err
return exception
end
super(error)
end
end
end

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# Author:: Nathaniel Talbott.
# Copyright:: Copyright (c) 2000-2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'test/unit/testsuite'
module RUNIT
class TestSuite < Test::Unit::TestSuite
def add_test(*args)
add(*args)
end
def add(*args)
self.<<(*args)
end
def count_test_cases
return size
end
def run(result, &progress_block)
progress_block = proc {} unless (block_given?)
super(result, &progress_block)
end
end
end

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@ -1,8 +0,0 @@
# Author:: Nathaniel Talbott.
# Copyright:: Copyright (c) 2000-2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
module RUNIT
module ToPublic
end
end

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# Author:: Masaki Suketa.
# Adapted by:: Nathaniel Talbott.
# Copyright:: Copyright (c) Masaki Suketa. All rights reserved.
# Copyright:: Copyright (c) 2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'rubyunit'
module RUNIT
class TargetAssert
include RUNIT::Assert
end
class TestAssert < RUNIT::TestCase
def setup
@assert = TargetAssert.new
@e = nil
end
def test_assert
sub_test_assert_pass(true)
sub_test_assert_pass(TRUE)
sub_test_assert_failure(false)
sub_test_assert_failure(FALSE)
sub_test_assert_failure(nil)
sub_test_assert_pass("")
sub_test_assert_pass("ok")
sub_test_assert_pass(0)
sub_test_assert_pass(1)
end
def test_assert_with_2_argument
assert_no_exception {
assert(true, "3")
}
assert_no_exception {
assert(true)
}
end
def test_assert_equal_float_0_1
assert_proc = Proc.new {
@assert.assert_equal_float(1.4, 1.35, 0.1)
}
sub_assert_pass(assert_proc)
end
def test_assert_equal_float_0_5
assert_proc = Proc.new {
@assert.assert_equal_float(1.4, 1.34, 0.5)
}
sub_assert_pass(assert_proc)
end
def test_assert_equal_float_0
assert_proc = Proc.new {
@assert.assert_equal_float(1.4, 1.4, 0)
}
sub_assert_pass(assert_proc)
end
def test_assert_equal_float_0_raise
assert_proc = Proc.new {
@assert.assert_equal_float(1.4, 1.34, 0)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_equal_float_0_01
assert_proc = Proc.new {
@assert.assert_equal_float(1.4, 1.35, 0.01)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_equal_float_0_001
assert_proc = Proc.new {
@assert.assert_equal_float(Math.sqrt(2), 1.414, 0.001)
}
sub_assert_pass(assert_proc)
end
def test_assert_equal_float_minus_1_0
assert_proc = Proc.new {
@assert.assert_equal_float(1.4, 1.35, -1.0)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_fail
except = nil
begin
@assert.assert_fail("failure")
rescue Exception
except = $!
end
assert_not_nil(except)
end
def sub_test_assert_pass(obj)
assert_proc = Proc.new {
@assert.assert(obj)
}
sub_assert_pass(assert_proc)
end
def sub_test_assert_failure(obj)
assert_proc = Proc.new {
@assert.assert(obj)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_equal
assert_proc = Proc.new {
@assert.assert_equal(2, 2)
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
@assert.assert_equal(2, 3)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_nil
obj = nil
assert_proc = Proc.new {
@assert.assert_nil(obj)
}
sub_assert_pass(assert_proc)
obj = 'string'
sub_assert_raise_fail(assert_proc)
end
def test_assert_not_nil
obj = 'string'
assert_proc = Proc.new {
@assert.assert_not_nil(obj)
}
sub_assert_pass(assert_proc)
obj = nil
sub_assert_raise_fail(assert_proc)
end
def test_assert_operator
assert_proc = Proc.new {
@assert.assert_operator(2, :<, 3)
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
@assert.assert_operator(2, :>, 3)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_respond_to
sub_test_assert_respond_to('string', 'sub', 'foo')
sub_test_assert_respond_to('string', :sub, :foo)
end
def sub_test_assert_respond_to(obj, msg, dummy_msg)
assert_proc = Proc.new {
@assert.assert_respond_to(msg, obj)
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
@assert.assert_respond_to(dummy_msg, obj)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_send
assert_proc = Proc.new {
ary = []
@assert.assert_send ary, :empty?
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
ary = [2,3]
@assert.assert_send ary, :empty?
}
sub_assert_raise_fail(assert_proc)
assert_proc = Proc.new {
str = "abc"
@assert.assert_send str, :sub!, "z", "y"
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_kind_of
assert_proc = Proc.new {
@assert.assert_kind_of(String, "string")
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
@assert.assert_kind_of(Regexp, "string")
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_instance_of
assert_proc = Proc.new {
@assert.assert_instance_of(String, "string")
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
@assert.assert_instance_of(Object, "string")
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_match
assert_proc = Proc.new{
@assert.assert_match('foostring', /foo/)
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
@assert.assert_match('barstring', /foo/)
}
sub_assert_raise_fail(assert_proc)
match = @assert.assert_match('foostring', /foo/)
assert_instance_of(MatchData, match)
assert_equal('foo', match[0])
end
def test_assert_matches
assert_proc = Proc.new{
@assert.assert_matches('foostring', /foo/)
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
@assert.assert_matches('barstring', /foo/)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_not_match
assert_proc = Proc.new{
@assert.assert_not_match('barstring', /foo/)
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new {
@assert.assert_not_match('foostring', /foo/)
}
sub_assert_raise_fail(assert_proc)
assert_proc = Proc.new {
@assert.assert_not_match('foobarbaz', /ba.+/)
}
sub_assert_raise_fail(assert_proc)
end
def test_assert_same
flag = false
e = "foo"
a = e
assert_proc = Proc.new {@assert.assert_same(e, a)}
sub_assert_pass(assert_proc)
a = "foo"
sub_assert_raise_fail(assert_proc)
end
def test_assert_exception
assert_proc = Proc.new{
@assert.assert_exception(IOError) {
raise IOError
}
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new{
@assert.assert_exception(StandardError) {
raise IOError
}
}
sub_assert_raise_fail(assert_proc)
assert_proc = Proc.new{
@assert.assert_exception(IOError, "Exception") {
raise StandardError
}
}
sub_assert_raise_fail(assert_proc)
assert_proc = Proc.new {
@assert.assert_exception(StandardError) {
"No Exception raised in this block"
}
}
sub_assert_raise_fail(assert_proc)
assert_proc = Proc.new {
@assert.assert_exception(StandardError) {
exit(33)
}
}
sub_assert_raise_fail(assert_proc)
t = @assert.assert_exception(IOError) {
raise IOError
}
assert_instance_of(IOError, t)
t = @assert.assert_exception(NameError) {
non_existent_method
}
assert_instance_of(NameError, t)
t = @assert.assert_exception(SystemExit) {
exit(33)
}
assert_instance_of(SystemExit, t)
end
def test_assert_no_exception
assert_proc = Proc.new{
@assert.assert_no_exception(IOError, ArgumentError) {
"No Exception raised in this block"
}
}
sub_assert_pass(assert_proc)
assert_proc = Proc.new{
@assert.assert_no_exception(IOError, ArgumentError) {
raise StandardError, "Standard Error raised"
}
}
sub_assert_raise_error(assert_proc)
assert_proc = Proc.new{
@assert.assert_no_exception(IOError, ArgumentError) {
raise ArgumentError, "Bad Argument"
}
}
sub_assert_raise_fail(assert_proc)
assert_proc = Proc.new{
@assert.assert_no_exception {
raise ArgumentError, "Bad Argument"
}
}
sub_assert_raise_fail(assert_proc)
assert_proc = Proc.new{
@assert.assert_no_exception {
raise NameError, "Bad Name"
}
}
sub_assert_raise_fail(assert_proc)
assert_proc = Proc.new {
@assert.assert_no_exception {
raise NoMemoryError
}
}
sub_assert_raise_fail(assert_proc)
end
def sub_assert_pass(p)
flag = false
err = nil
begin
p.call
flag = true
rescue
err = $!
flag = false
end
assert(flag, err.to_s)
end
def sub_assert_raise_fail(p)
flag = false
err = nil
begin
p.call
flag = false
rescue RUNIT::AssertionFailedError
flag = true
err = $!
rescue Exception
flag = false
err = $!
end
assert(flag, err.to_s)
end
def sub_assert_raise_error(p)
flag = false
err = nil
begin
p.call
flag = false
rescue RUNIT::AssertionFailedError
flag = false
err = $!
rescue Exception
flag = true
err = $!
end
assert(flag, err.to_s)
end
end
end

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# Author:: Masaki Suketa.
# Adapted by:: Nathaniel Talbott.
# Copyright:: Copyright (c) Masaki Suketa. All rights reserved.
# Copyright:: Copyright (c) 2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'rubyunit'
module RUNIT
class DummyError < StandardError
end
class TestTestCase < RUNIT::TestCase
def setup
@dummy_testcase = Class.new(RUNIT::TestCase) do
def self.name
"DummyTestCase"
end
attr_reader :status, :dummy_called, :dummy2_called
def initialize(*arg)
super(*arg)
@status = 0
@dummy_called = false
@dummy2_called = false
end
def setup
@status = 1 if @status == 0
end
def test_dummy
@status = 2 if @status == 1
@dummy_called = true
end
def test_dummy2
@status = 2 if @status == 1
@dummy2_called = true
raise DummyError
end
def teardown
@status = 3 if @status == 2
end
end
@test1 = @dummy_testcase.new('test_dummy')
@test2 = @dummy_testcase.new('test_dummy2', 'TestCase')
end
def test_name
assert_equal('DummyTestCase#test_dummy', @test1.name) # The second parameter to #initialize is ignored in emulation
assert_equal('DummyTestCase#test_dummy2', @test2.name)
end
def test_run
result = RUNIT::TestResult.new
@test1.run(result)
assert_equal(1, result.run_count)
end
def test_s_suite
suite = @dummy_testcase.suite
assert_instance_of(RUNIT::TestSuite, suite)
assert_equal(2, suite.count_test_cases)
end
def test_teardown_err
suite = Class.new(RUNIT::TestCase) do
def test_foo
assert(false)
end
def test_bar
assert(true)
end
def teardown
raise StandardError
end
end.suite
result = RUNIT::TestResult.new
suite.run(result)
assert_equal(2, result.error_size)
assert_equal(1, result.failure_size)
end
end
end

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# Author:: Masaki Suketa.
# Adapted by:: Nathaniel Talbott.
# Copyright:: Copyright (c) Masaki Suketa. All rights reserved.
# Copyright:: Copyright (c) 2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'rubyunit'
module RUNIT
class TestTestResult < RUNIT::TestCase
def setup
@result = RUNIT::TestResult.new
@normal_suite = Class::new(RUNIT::TestCase) do
def test_1
assert(true)
assert(true)
end
end.suite
@failure_suite = Class::new(RUNIT::TestCase) do
def test_1
assert(true)
assert(false)
end
end.suite
@error_suite = Class::new(RUNIT::TestCase) do
def setup
raise ScriptError
end
def test_1
assert(true)
end
end.suite
@multi_failure_suite = Class::new(RUNIT::TestCase) do
def test1
assert(false)
end
def test2
assert(false)
end
def test3
assert(false)
end
end.suite
@with_error_suite = Class::new(RUNIT::TestCase) do
def test1
raise StandardError
end
end.suite
@multi_error_suite = Class::new(RUNIT::TestCase) do
def test1
raise StandardError
end
def test2
raise StandardError
end
def test3
raise StandardError
end
end.suite
@multi_suite = Class::new(RUNIT::TestCase) do
def test_1
assert(true)
assert(true)
end
def test_2
assert(true)
end
def test_3
assert(true)
assert(false)
assert(true)
end
end.suite
end
def test_error_size
@normal_suite.run(@result)
assert_equal(0, @result.error_size)
@with_error_suite.run(@result)
assert_equal(1, @result.error_size)
@multi_error_suite.run(@result)
assert_equal(4, @result.error_size)
end
def test_errors
@normal_suite.run(@result)
assert_equal(0, @result.errors.size)
end
def test_failure_size
@normal_suite.run(@result)
assert_equal(0, @result.failure_size)
@failure_suite.run(@result)
assert_equal(1, @result.failure_size)
@multi_failure_suite.run(@result)
assert_equal(4, @result.failure_size)
end
def test_failures
@normal_suite.run(@result)
assert_equal(0, @result.failures.size)
@failure_suite.run(@result)
assert_equal(1, @result.failures.size)
@multi_failure_suite.run(@result)
assert_equal(4, @result.failures.size)
end
def test_run_no_exception
assert_no_exception {
@error_suite.run(@result)
}
end
def test_run_asserts
@normal_suite.run(@result)
assert_equal(2, @result.run_asserts)
end
def test_run_asserts2
@failure_suite.run(@result)
assert_equal(2, @result.run_asserts)
end
def test_run_tests
assert_equal(0, @result.run_tests)
@normal_suite.run(@result)
assert_equal(1, @result.run_tests)
@multi_suite.run(@result)
assert_equal(4, @result.run_tests)
end
def test_succeed?
@normal_suite.run(@result)
assert(@result.succeed?)
end
end
end

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# Author:: Masaki Suketa.
# Adapted by:: Nathaniel Talbott.
# Copyright:: Copyright (c) Masaki Suketa. All rights reserved.
# Copyright:: Copyright (c) 2002 Nathaniel Talbott. All rights reserved.
# License:: Ruby license.
require 'rubyunit'
module RUNIT
class TestTestSuite < RUNIT::TestCase
def setup
@testsuite = RUNIT::TestSuite.new
@dummy_test = Class.new(RUNIT::TestCase) do
def test_foo
end
def test_bar
end
end
@dummy_empty_test = Class.new(RUNIT::TestCase){}
end
def test_count_test_cases
assert_equal(0, @testsuite.count_test_cases)
@testsuite.add(@dummy_empty_test.suite)
assert_equal(0, @testsuite.count_test_cases)
@testsuite.add(@dummy_test.suite)
assert_equal(2, @testsuite.count_test_cases)
@testsuite.add(@dummy_test.suite)
assert_equal(4, @testsuite.count_test_cases)
dummytest_foo = @dummy_test.new('test_foo')
@testsuite.add(dummytest_foo)
assert_equal(5, @testsuite.count_test_cases)
end
def test_add
@testsuite.add(@dummy_empty_test.suite)
assert_equal(0, @testsuite.size)
assert_equal(0, @testsuite.count_test_cases)
@testsuite.add(@dummy_test.suite)
assert_equal(2, @testsuite.size)
assert_equal(2, @testsuite.count_test_cases)
end
end
end