class SlimMethodInvocationTest(unittest.TestCase):
'''
public class SlimMethodInvocationTest {
private StatementExecutor caller;
private TestSlim testSlim;
@Before
'''
def setUp(self):
self.caller = StatementExecutor()
self.caller.create("testSlim", "test.TestSlim", [])
self.testSlim = self.caller.getInstance("testSlim")
def testCallNiladicFunction(self):
self.caller.call("testSlim", "nilad")
self.assert_(self.testSlim.niladWasCalled)
def testThrowMethodNotCalledErrorIfNoSuchMethod(self):
response = self.caller.call("testSlim", "noSuchMethod")
self.assert_(response.find(SlimServer.EXCEPTION_TAG) != -1)
self.assert_(
response.find(
"message:<<NO_METHOD_IN_CLASS noSuchMethod[0] test.TestSlim.>>"
) != -1)
def testMethodReturnsString(self):
retval = self.caller.call("testSlim", "returnString")
self.assertEquals("string", retval)
def testMethodReturnsInt(self):
retval = self.caller.call("testSlim", "returnInt")
self.assertEquals("7", retval)
def testMethodReturnsVoid(self):
retval = self.caller.call("testSlim", "nilad")
#self.assertEquals(VoidConverter.VOID_TAG, retval)
def testMethodTakesAndReturnsBooleanTrue(self):
retval = self.caller.call("testSlim", "echoBoolean", "true")
#self.assertEquals(BooleanConverter.TRUE, retval)
'''
class SlimMethodInvocationTest(unittest.TestCase):
'''
public class SlimMethodInvocationTest {
private StatementExecutor caller;
private TestSlim testSlim;
@Before
'''
def setUp(self):
self.caller = StatementExecutor()
self.caller.create("testSlim", "test.TestSlim", [])
self.testSlim = self.caller.getInstance("testSlim")
def testCallNiladicFunction(self):
self.caller.call("testSlim", "nilad")
self.assert_(self.testSlim.niladWasCalled)
def testThrowMethodNotCalledErrorIfNoSuchMethod(self):
response = self.caller.call("testSlim", "noSuchMethod")
print response
print SlimServer.EXCEPTION_TAG
self.assert_(response.find(SlimServer.EXCEPTION_TAG) != -1)
self.assert_(response.find("message:<<NO_METHOD_IN_CLASS noSuchMethod[0] test.TestSlim.>>") != -1)
def testMethodReturnsString(self):
retval = self.caller.call("testSlim", "returnString")
self.assertEquals("string", retval)
def testMethodReturnsInt(self):
retval = self.caller.call("testSlim", "returnInt")
self.assertEquals("7", retval)
def testMethodReturnsVoid(self):
retval = self.caller.call("testSlim", "nilad")
#self.assertEquals(VoidConverter.VOID_TAG, retval)
def testMethodTakesAndReturnsBooleanTrue(self):
retval = self.caller.call("testSlim", "echoBoolean", "true")
#self.assertEquals(BooleanConverter.TRUE, retval)
'''
class SlimInstanceCreationTest(unittest.TestCase):
def setUp(self):
self.caller = StatementExecutor()
def testCanCreateInstance(self):
response = self.caller.create("x", "test.TestSlim", []);
self.assertEquals("OK", response);
x = self.caller.getInstance("x");
self.assertEquals(type(x), TestSlim)
def testCanCreateInstanceWithArguments(self):
response = self.caller.create("x", "test.TestSlim", [3]);
self.assertEquals("OK", response);
x = self.caller.getInstance("x");
self.assertEquals(x.constructorArg, 3)
self.assertEquals(type(x), TestSlim)
def testCantCreateInstanceIfConstructorArgumentBad(self):
result = self.caller.create("x", "fitnesse.slim.test.TestSlim", [ "notInt" ])
#self.assertException("message:<<COULD_NOT_INVOKE_CONSTRUCTOR fitnesse.slim.test.TestSlim[1]>>", result)
def testCantCreateInstanceIfConstructorArgumentCountIncorrect(self):
result = self.caller.create("x", "fitnesse.slim.test.TestSlim", ["3","4"])
self.assertException("message:<<COULD_NOT_INVOKE_CONSTRUCTOR fitnesse.slim.test.TestSlim[2]>>", result)
def testThrowsInstanceNotCreatedErrorIfNoSuchClass(self):
result = self.caller.create("x", "fitnesse.slim.test.NoSuchClass", [])
self.assertException("message:<<COULD_NOT_INVOKE_CONSTRUCTOR fitnesse.slim.test.NoSuchClass[0]>>", result)
def testThrowsInstanceNotCreatedErrorIfNoPublicDefaultConstructor(self):
result = self.caller.create("x", "fitnesse.slim.test.ClassWithNoPublicDefaultConstructor", [])
self.assertException("message:<<COULD_NOT_INVOKE_CONSTRUCTOR fitnesse.slim.test.ClassWithNoPublicDefaultConstructor[0]>>", result);
def assertException(self, message, result):
self.assert_(result.find(SlimServer.EXCEPTION_TAG) != -1)
self.assert_(result.find(message) != -1)
def __init__(self, verbose=False):
self.verbose = verbose
self.executor = StatementExecutor()
def setUp(self):
self.caller = StatementExecutor()
self.caller.create("testSlim", "test.TestSlim", [])
self.testSlim = self.caller.getInstance("testSlim")
def setUp(self):
self.caller = StatementExecutor()
self.caller.create("testSlim", "test.TestSlim", [])
self.testSlim = self.caller.getInstance("testSlim")
def setUp(self):
self.caller = StatementExecutor()
