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require "testunit-test-util"
class TestData < Test::Unit::TestCase
class Calc
def initialize
end
def plus(augend, addend)
augend + addend
end
end
class TestCalc < Test::Unit::TestCase
@@testing = false
class << self
def testing=(testing)
@@testing = testing
end
end
def valid?
@@testing
end
def setup
@calc = Calc.new
end
class TestDataSet < TestCalc
data("positive positive" => {:expected => 4, :augend => 3, :addend => 1},
"positive negative" => {:expected => -1, :augend => 1, :addend => -2})
def test_plus(data)
assert_equal(data[:expected],
@calc.plus(data[:augend], data[:addend]))
end
end
class TestNData < TestCalc
data("positive positive", {:expected => 4, :augend => 3, :addend => 1})
data("positive negative", {:expected => -1, :augend => 1, :addend => -2})
def test_plus(data)
assert_equal(data[:expected],
@calc.plus(data[:augend], data[:addend]))
end
end
class TestDynamicDataSet < TestCalc
DATA_PROC = lambda do
data_set = {}
data_set["positive positive"] = {
:expected => 3,
:augend => 1,
:addend => 2
}
data_set["positive negative"] = {
:expected => -1,
:augend => 1,
:addend => -2
}
data_set
end
data(&DATA_PROC)
def test_plus(data)
assert_equal(data[:expected],
@calc.plus(data[:augend], data[:addend]))
end
end
class TestDynamicDataSetKeep < TestCalc
DATA_PROC = lambda do
data_set = {}
data_set["positive positive"] = {
:expected => 3,
:augend => 1,
:addend => 2
}
data_set["positive negative"] = {
:expected => -1,
:augend => 1,
:addend => -2
}
data_set
end
data(keep: true, &DATA_PROC)
def test_plus(data)
assert_equal(data[:expected],
@calc.plus(data[:augend], data[:addend]))
end
def test_plus_keep(data)
assert_equal(data[:expected],
@calc.plus(data[:augend], data[:addend]))
end
end
class TestLoadDataSet < TestCalc
extend TestUnitTestUtil
load_data(fixture_file_path("plus.csv"))
def test_plus(data)
assert_equal(data["expected"],
@calc.plus(data["augend"], data["addend"]))
end
end
class TestSuperclass < TestCalc
data("positive positive" => {:expected => 4, :augend => 3, :addend => 1},
"positive negative" => {:expected => -1, :augend => 1, :addend => -2})
def test_plus(data)
assert_equal(data[:expected],
@calc.plus(data[:augend], data[:addend]))
end
class TestNormalTestInSubclass < self
def test_plus
assert_equal(2, @calc.plus(1, 1))
end
end
end
class TestMethod < TestCalc
def data_test_plus
{
"positive positive" => {:expected => 4, :augend => 3, :addend => 1},
"positive negative" => {:expected => -1, :augend => 1, :addend => -2},
}
end
def test_plus(data)
assert_equal(data[:expected],
@calc.plus(data[:augend], data[:addend]))
end
end
class TestPatterns < TestCalc
data(:x, [-1, 1, 0])
data(:y, [-100, 100])
data(:z, ["a", "b", "c"])
def test_use_data(data)
end
end
class TestPatternsHash < TestCalc
data(:x, {
"negative" => -1,
"positive" => 1,
"zero" => 0,
})
data(:y, {
"negative" => -100,
"positive" => 100,
})
data(:z, ["a", "b", "c"])
def test_use_data(data)
end
end
class TestPatternsKeep < TestCalc
data(:x, [-1, 1, 0], keep: true)
data(:y, [-100, 100], keep: true)
data(:z, ["a", "b", "c"])
def test_use_data(data)
end
def test_use_data_keep(data)
end
end
class TestPatternsGroup < TestCalc
data(:a, [-1, 1, 0], group: 1)
data(:b, [:a, :b], group: 1)
data(:x, [2, 9], group: :z)
data(:y, ["a", "b", "c"], group: :z)
def test_use_data(data)
end
end
end
def setup
TestCalc.testing = true
end
def teardown
TestCalc.testing = false
end
def test_data_no_arguments_without_block
assert_raise(ArgumentError) do
self.class.data
end
end
data("data set",
{
:test_case => TestCalc::TestDataSet,
:data_sets => [
{
"positive positive" => {
:expected => 4,
:augend => 3,
:addend => 1,
},
"positive negative" => {
:expected => -1,
:augend => 1,
:addend => -2,
},
},
],
})
data("n-data",
{
:test_case => TestCalc::TestNData,
:data_sets => [
{
"positive positive" => {
:expected => 4,
:augend => 3,
:addend => 1,
},
},
{
"positive negative" => {
:expected => -1,
:augend => 1,
:addend => -2,
},
},
],
})
data("dynamic-data-set",
{
:test_case => TestCalc::TestDynamicDataSet,
:data_sets => [TestCalc::TestDynamicDataSet::DATA_PROC],
})
data("load-data-set",
{
:test_case => TestCalc::TestLoadDataSet,
:data_sets => [
{
"positive positive" => {
"expected" => 4,
"augend" => 3,
"addend" => 1,
},
},
{
"positive negative" => {
"expected" => -1,
"augend" => 1,
"addend" => -2,
},
},
],
})
def test_data(data)
test_plus = data[:test_case].new("test_plus")
data_sets = Test::Unit::DataSets.new
data[:data_sets].each do |data_set|
data_sets.add(data_set)
end
assert_equal(data_sets, test_plus[:data])
end
def test_data_dynamic_data_set_keep
test = TestCalc::TestDynamicDataSetKeep.new("test_plus_keep")
data_sets = Test::Unit::DataSets.new
data_sets.add(TestCalc::TestDynamicDataSetKeep::DATA_PROC, {keep: true})
assert_equal(data_sets, test[:data])
end
def test_data_patterns
test = TestCalc::TestPatterns.new("test_use_data")
data_sets = Test::Unit::DataSets.new
data_sets << [:x, [-1, 1, 0]]
data_sets << [:y, [-100, 100]]
data_sets << [:z, ["a", "b", "c"]]
assert_equal(data_sets, test[:data])
end
def test_data_patterns_keep
test = TestCalc::TestPatternsKeep.new("test_use_data_keep")
data_sets = Test::Unit::DataSets.new
data_sets.add([:x, [-1, 1, 0]], {keep: true})
data_sets.add([:y, [-100, 100]], {keep: true})
assert_equal(data_sets, test[:data])
end
data("data set" => TestCalc::TestDataSet,
"n-data" => TestCalc::TestNData,
"dynamic-data-set" => TestCalc::TestDynamicDataSet,
"load-data-set" => TestCalc::TestLoadDataSet)
def test_suite(test_case)
suite = test_case.suite
assert_equal(["test_plus[positive negative](#{test_case.name})",
"test_plus[positive positive](#{test_case.name})"],
suite.tests.collect {|test| test.name}.sort)
end
def test_suite_patterns
test_case = TestCalc::TestPatterns
suite = test_case.suite
assert_equal([
"test_use_data[x: -1, y: -100, z: \"a\"](#{test_case.name})",
"test_use_data[x: -1, y: -100, z: \"b\"](#{test_case.name})",
"test_use_data[x: -1, y: -100, z: \"c\"](#{test_case.name})",
"test_use_data[x: -1, y: 100, z: \"a\"](#{test_case.name})",
"test_use_data[x: -1, y: 100, z: \"b\"](#{test_case.name})",
"test_use_data[x: -1, y: 100, z: \"c\"](#{test_case.name})",
"test_use_data[x: 0, y: -100, z: \"a\"](#{test_case.name})",
"test_use_data[x: 0, y: -100, z: \"b\"](#{test_case.name})",
"test_use_data[x: 0, y: -100, z: \"c\"](#{test_case.name})",
"test_use_data[x: 0, y: 100, z: \"a\"](#{test_case.name})",
"test_use_data[x: 0, y: 100, z: \"b\"](#{test_case.name})",
"test_use_data[x: 0, y: 100, z: \"c\"](#{test_case.name})",
"test_use_data[x: 1, y: -100, z: \"a\"](#{test_case.name})",
"test_use_data[x: 1, y: -100, z: \"b\"](#{test_case.name})",
"test_use_data[x: 1, y: -100, z: \"c\"](#{test_case.name})",
"test_use_data[x: 1, y: 100, z: \"a\"](#{test_case.name})",
"test_use_data[x: 1, y: 100, z: \"b\"](#{test_case.name})",
"test_use_data[x: 1, y: 100, z: \"c\"](#{test_case.name})",
],
suite.tests.collect {|test| test.name}.sort)
end
def test_suite_patterns_hash
test_case = TestCalc::TestPatternsHash
suite = test_case.suite
names = [
"test_use_data[x: negative, y: negative, z: \"a\"](#{test_case.name})",
"test_use_data[x: negative, y: negative, z: \"b\"](#{test_case.name})",
"test_use_data[x: negative, y: negative, z: \"c\"](#{test_case.name})",
"test_use_data[x: negative, y: positive, z: \"a\"](#{test_case.name})",
"test_use_data[x: negative, y: positive, z: \"b\"](#{test_case.name})",
"test_use_data[x: negative, y: positive, z: \"c\"](#{test_case.name})",
"test_use_data[x: positive, y: negative, z: \"a\"](#{test_case.name})",
"test_use_data[x: positive, y: negative, z: \"b\"](#{test_case.name})",
"test_use_data[x: positive, y: negative, z: \"c\"](#{test_case.name})",
"test_use_data[x: positive, y: positive, z: \"a\"](#{test_case.name})",
"test_use_data[x: positive, y: positive, z: \"b\"](#{test_case.name})",
"test_use_data[x: positive, y: positive, z: \"c\"](#{test_case.name})",
"test_use_data[x: zero, y: negative, z: \"a\"](#{test_case.name})",
"test_use_data[x: zero, y: negative, z: \"b\"](#{test_case.name})",
"test_use_data[x: zero, y: negative, z: \"c\"](#{test_case.name})",
"test_use_data[x: zero, y: positive, z: \"a\"](#{test_case.name})",
"test_use_data[x: zero, y: positive, z: \"b\"](#{test_case.name})",
"test_use_data[x: zero, y: positive, z: \"c\"](#{test_case.name})",
]
assert_equal(names,
suite.tests.collect {|test| test.name}.sort)
end
def test_suite_patterns_group
test_case = TestCalc::TestPatternsGroup
suite = test_case.suite
assert_equal([
"test_use_data[group: 1, a: -1, b: :a](#{test_case.name})",
"test_use_data[group: 1, a: -1, b: :b](#{test_case.name})",
"test_use_data[group: 1, a: 0, b: :a](#{test_case.name})",
"test_use_data[group: 1, a: 0, b: :b](#{test_case.name})",
"test_use_data[group: 1, a: 1, b: :a](#{test_case.name})",
"test_use_data[group: 1, a: 1, b: :b](#{test_case.name})",
"test_use_data[group: :z, x: 2, y: \"a\"](#{test_case.name})",
"test_use_data[group: :z, x: 2, y: \"b\"](#{test_case.name})",
"test_use_data[group: :z, x: 2, y: \"c\"](#{test_case.name})",
"test_use_data[group: :z, x: 9, y: \"a\"](#{test_case.name})",
"test_use_data[group: :z, x: 9, y: \"b\"](#{test_case.name})",
"test_use_data[group: :z, x: 9, y: \"c\"](#{test_case.name})",
],
suite.tests.collect {|test| test.name}.sort)
end
data("data set" => TestCalc::TestDataSet,
"n-data" => TestCalc::TestNData,
"dynamic-data-set" => TestCalc::TestDynamicDataSet,
"load-data-set" => TestCalc::TestLoadDataSet,
"superclass" => TestCalc::TestSuperclass,
"method" => TestCalc::TestMethod)
def test_run(test_case)
result = _run_test(test_case)
assert_equal("2 tests, 2 assertions, 0 failures, 0 errors, 0 pendings, " \
"0 omissions, 0 notifications", result.to_s)
end
def test_run_normal_test_in_subclass
result = _run_test(TestCalc::TestSuperclass::TestNormalTestInSubclass)
assert_equal("1 tests, 1 assertions, 0 failures, 0 errors, 0 pendings, " \
"0 omissions, 0 notifications", result.to_s)
end
data("data set" => TestCalc::TestDataSet,
"n-data" => TestCalc::TestNData,
"dynamic-data-set" => TestCalc::TestDynamicDataSet,
"load-data-set" => TestCalc::TestLoadDataSet)
def test_equal(test_case)
suite = test_case.suite
positive_positive_test = suite.tests.find do |test|
test.data_label == "positive positive"
end
suite.tests.delete(positive_positive_test)
assert_equal(["test_plus[positive negative](#{test_case.name})"],
suite.tests.collect {|test| test.name}.sort)
end
data("true" => {:expected => true, :target => "true"},
"false" => {:expected => false, :target => "false"},
"integer" => {:expected => 1, :target => "1"},
"float" => {:expected => 1.5, :target => "1.5"},
"string" => {:expected => "hello", :target => "hello"})
def test_normalize_value(data)
loader = Test::Unit::Data::ClassMethods::Loader.new(self)
assert_equal(data[:expected], loader.__send__(:normalize_value, data[:target]))
end
def _run_test(test_case)
result = Test::Unit::TestResult.new
test = test_case.suite
yield(test) if block_given?
test.run(result) {}
result
end
class TestLoadData < Test::Unit::TestCase
include TestUnitTestUtil
def test_invalid_csv_file_name
garbage = "X"
file_name = "data.csv#{garbage}"
assert_raise(ArgumentError, "unsupported file format: <#{file_name}>") do
self.class.load_data(file_name)
end
end
class TestFileFormat < self
def setup
self.class.current_attribute(:data).clear
end
class TestHeader < self
data("csv" => "header.csv",
"tsv" => "header.tsv")
def test_normal(file_name)
self.class.load_data(fixture_file_path(file_name))
data_sets = Test::Unit::DataSets.new
data_sets << {
"empty string" => {
"expected" => true,
"target" => ""
}
}
data_sets << {
"plain string" => {
"expected" => false,
"target" => "hello"
}
}
assert_equal(data_sets,
self.class.current_attribute(:data)[:value])
end
data("csv" => "header-label.csv",
"tsv" => "header-label.tsv")
def test_label(file_name)
self.class.load_data(fixture_file_path(file_name))
data_sets = Test::Unit::DataSets.new
data_sets << {
"upper case" => {
"expected" => "HELLO",
"label" => "HELLO"
}
}
data_sets << {
"lower case" => {
"expected" => "Hello",
"label" => "hello"
}
}
assert_equal(data_sets,
self.class.current_attribute(:data)[:value])
end
end
data("csv" => "no-header.csv",
"tsv" => "no-header.tsv")
def test_without_header(file_name)
self.class.load_data(fixture_file_path(file_name))
data_sets = Test::Unit::DataSets.new
data_sets << {"empty string" => [true, ""]}
data_sets << {"plain string" => [false, "hello"]}
assert_equal(data_sets,
self.class.current_attribute(:data)[:value])
end
end
end
end
|
