def __init__(self, name, supercls=None):
"""
'name' should be a fully qualified Java class name like
"java.lang.String", supercls is a Class object
"""
JvmGeneratedClassType.__init__(self, name)
self.rendered = False # has rendering occurred?
self.fields = {} # maps field name to jvm.Field object
self.interfaces = [] # list of JvmTypes
self.methods = {} # maps method name to a Function object*
self.abstract_methods = {} # maps method name to jvm.Method object
self.set_super_class(supercls)
def __init__(self, name, jargtypes, jrettype):
"""
argtypes: list of JvmTypes
rettype: JvmType
"""
JvmGeneratedClassType.__init__(self, name)
assert isinstance(jrettype, JvmType)
self.java_argument_types = [self] + list(jargtypes)
self.java_return_type = jrettype
self.dump_method = ConstantStringDumpMethod(
self, "StaticMethodInterface")
self.invoke_method_obj = jvm.Method.v(
self, 'invoke',
self.java_argument_types[1:], self.java_return_type)
def __init__(self, name, super_class, bound_to_jty, impl_method):
JvmGeneratedClassType.__init__(self, name)
self.super_class = super_class
self.impl_method = impl_method
self.dump_method = ConstantStringDumpMethod(
self, "StaticMethodImplementation")
if bound_to_jty:
self.bound_to_jty = bound_to_jty
self.bound_to_fld = jvm.Field(
self.name, 'bound_to', bound_to_jty, False)
self.bind_method = jvm.Method.s(
self, 'bind', (self.bound_to_jty,), self)
else:
self.bound_to_jty = None
self.bound_to_fld = None
self.bind_method = None