def test_get_from_template_with_inserted_template_should_succeed(self):
assert_that(get_classifier_name(
PlyjType('HashMap',
type_arguments=['String',
PlyjType('List',
type_arguments=['int'])])),
equal_to('HashMap'))
def test_make_array_should_succeed(self):
variable_decl = VariableDeclarator(Variable('', dimensions=1))
field = FieldDeclaration(PlyjType('A', dimensions=1), [variable_decl])
variable_type = VariableType(field, variable_decl.variable)
classifier = Class('A')
assert_that(variable_type.type(classifier),
equal_to(Type(classifier, lower=0, upper=None)))
assert_that(variable_type.type_name(), equal_to('A[][]'))
assert_that(variable_type.classifier_name(), equal_to('A'))
def test_get_from_plyj_type_with_add_dimensions_should_succeed(self):
assert_that(get_type_name(PlyjType('int'), 1), equal_to('int[]'))
def test_get_from_plyj_array_type_should_succeed(self):
assert_that(get_type_name(PlyjType('int', dimensions=1)),
equal_to('int[]'))
def test_get_from_plyj_type_should_succeed(self):
assert_that(get_type_name(PlyjType('int')), equal_to('int'))
def test_get_from_template_with_two_args_should_succeed(self):
assert_that(get_type_name(
PlyjType('HashMap', type_arguments=['String', 'int'])),
equal_to('HashMap<>'))
def test_get_from_template_plyj_type_should_succeed(self):
assert_that(get_type_name(PlyjType('List', type_arguments=['int'])),
equal_to('List<>'))