def test_many(self):
class_paths = [self.__java_base]
j = JavaJVM(class_paths)
k = JavaJVM(class_paths)
l = JavaJVM(class_paths)
j.java_import('hello.HelloWorld1')
J = j.hello.HelloWorld()
K = k.hello.HelloWorld()
L = l.hello.HelloWorld()
L2 = l.hello.HelloWorld()
J.setMessage('J')
K.setMessage('K')
L.setMessage('L')
L2.setMessage('L2')
self.assertEqual('J', J.getMessage())
self.assertEqual('K', K.getMessage())
self.assertEqual('L', L.getMessage())
self.assertEqual('L2', L2.getMessage())
random = j.jvm.java.util.Random() # create a java.util.Random instance
number1 = random.nextInt(10) # call the Random.nextInt method
number2 = random.nextInt(10)
print number1, number2
print k, l
def test_jvm(self):
class_paths = [self.__java_base]
j = JavaJVM(class_paths)
j.java_import('hello.*')
h = j.HelloWorld()
print h.getMessage()
def __compile_java(self, class_path):
self.__java_base = os.path.split(__file__)[0]
JavaJVM._compile_java(self.__java_base, class_path, [])
