def test_can_write_hierarchical_package_properly(self):
EXPECTED = "var com=(function(window,undefined){var example=(function(window,undefined){var deeper=(function(window,undefined){return {};}(window));return {\"deeper\":deeper};}(window));var example2=(function(window,undefined){return {};}(window));return {\"example\":example,\"example2\":example2};}(window));"
example = Package("example")
example.packages["deeper"] = Package("deeper")
self.pack.packages["example"] = example
self.pack.packages["example2"] = Package("example2")
assert_that(self.pack.to_js(), equal_to(EXPECTED))
def enter_class(self, package: Package, src: SourceFile,
ctx: PlayParser.ClassDeclarationContext):
cls = Class(ctx.IDENTIFIER().getText(), package, src)
cls.is_interface = ctx.INTERFACE() is not None
cls.is_native = ctx.NATIVE() is not None
if cls.is_native and cls.is_interface:
raise CompileException('interface {} cannot be native'.format(cls))
Option().nodes[cls] = ctx
package.put(cls)
SymbolTable().enter_class(cls)
def test_can_write_package_with_class(self):
EXPECTED = """var com=(function(window,undefined){var Test=function(){};var example=(function(window,undefined){return {};}(window));return {"Test":Test,"example":example};}(window));"""
com = Package("com")
com.packages["example"] = Package("example")
TestClass = mock.Mock(spec=Class)
TestClass.to_js = mock.Mock(return_value="var Test=function(){};")
TestClass.visibility = Class.PUBLIC
com.classes["Test"] = TestClass
def print_diff():
print [x for x in difflib.ndiff(EXPECTED,com.to_js())]
self.assertEqual(EXPECTED,com.to_js(),print_diff());
assert_that(com.to_js(), equal_to(EXPECTED))
class TestPackage(TestCase):
def setUp(self):
self.pack = Package("com")
def test_initial_state(self):
self.assertEqual(0,len(self.pack.packages))
self.assertEqual("com",self.pack.name)
def test_cannot_write_to_name(self):
try:
self.pack.name = "hello"
self.fail("Should not be able to write to name field.")
except AttributeError:
pass
def test_can_add_subpackages(self):
pack2 = Package("example")
self.pack.packages["example"] = pack2
self.assertEqual(pack2.name,self.pack.packages.keys()[0])
def test_can_write_simple_package_properly(self):
EXPECTED = "var com=(function(window,undefined){return {};}(window));"
self.assertEqual(EXPECTED,self.pack.to_js())
def test_can_write_hierarchical_package_properly(self):
EXPECTED = "var com=(function(window,undefined){var example=(function(window,undefined){var deeper=(function(window,undefined){return {};}(window));return {\"deeper\":deeper};}(window));var example2=(function(window,undefined){return {};}(window));return {\"example\":example,\"example2\":example2};}(window));"
example = Package("example")
example.packages["deeper"] = Package("deeper")
self.pack.packages["example"] = example
self.pack.packages["example2"] = Package("example2")
assert_that(self.pack.to_js(), equal_to(EXPECTED))
def test_can_write_package_with_class(self):
EXPECTED = """var com=(function(window,undefined){var Test=function(){};var example=(function(window,undefined){return {};}(window));return {"Test":Test,"example":example};}(window));"""
com = Package("com")
com.packages["example"] = Package("example")
TestClass = mock.Mock(spec=Class)
TestClass.to_js = mock.Mock(return_value="var Test=function(){};")
TestClass.visibility = Class.PUBLIC
com.classes["Test"] = TestClass
def print_diff():
print [x for x in difflib.ndiff(EXPECTED,com.to_js())]
self.assertEqual(EXPECTED,com.to_js(),print_diff());
assert_that(com.to_js(), equal_to(EXPECTED))
def enter_package(self, package: str) -> Package:
symbol = self.__symbols.get(package)
if isinstance(symbol, Package):
return symbol
elif not symbol:
owner = self.enter_package(package[:package.rfind('.')] if '.' in
package else '')
symbol = Package(package, owner)
owner.put(symbol)
self.__symbols[package] = symbol
return symbol
else:
raise CompileException(
"Expect package symbol, but it is {}".format(symbol))
from ast import Package, Primitive
ROOT_PACKAGE = Package('')
PLAY_PACKAGE = Package('play', ROOT_PACKAGE)
ROOT_PACKAGE.children['play'] = PLAY_PACKAGE
BOOLEAN_TYPE = Primitive("boolean")
BYTE_TYPE = Primitive("byte")
SHORT_TYPE = Primitive("short")
INT_TYPE = Primitive("int")
LONG_TYPE = Primitive("long")
FLOAT_TYPE = Primitive("float")
DOUBLE_TYPE = Primitive("double")
NULL_TYPE = Primitive('null')
INTEGER_NUMBERS = [BYTE_TYPE, SHORT_TYPE, INT_TYPE, LONG_TYPE]
REAL_NUMBERS = [FLOAT_TYPE, DOUBLE_TYPE]
NUMBERS = INTEGER_NUMBERS + REAL_NUMBERS
PRIMITIVES = NUMBERS + [BOOLEAN_TYPE]
BOX_CASTS = {
'boolean': 'play.Boolean',
'byte': 'play.Byte',
'short': 'play.Short',
'int': 'play.Int',
'long': 'play.Long',
'float': 'play.Float',
'double': 'play.Double',
'play.Boolean': 'boolean',
'play.Byte': 'byte',
'play.Short': 'short',
def setUp(self):
self.pack = Package("com")
