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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
|
