def test_hello(self):
obj = ofp.message.hello(
xid=0x12345678,
elements=[
ofp.hello_elem_versionbitmap(
bitmaps=[ofp.uint32(1), ofp.uint32(2)]),
ofp.hello_elem_versionbitmap(
bitmaps=[ofp.uint32(3), ofp.uint32(4)])])
buf = ''.join([
'\x04', '\x00', # version, type
'\x00\x20', # length
'\x12\x34\x56\x78', # xid
'\x00\x01', # elements[0].type
'\x00\x0c', # elements[0].length
'\x00\x00\x00\x01', # elements[0].bitmaps[0]
'\x00\x00\x00\x02', # elements[0].bitmaps[1]
'\x00\x01', # elements[1].type
'\x00\x0c', # elements[1].length
'\x00\x00\x00\x03', # elements[1].bitmaps[0]
'\x00\x00\x00\x04', # elements[1].bitmaps[1]
])
test_serialization(obj, buf)
def test_hello_elem_versionbitmap_unpack(self):
obj = ofp.hello_elem_versionbitmap.unpack(self.sample_hello_elem_buf)
self.assertEquals(len(obj.bitmaps), 2)
self.assertEquals(obj.bitmaps[0], ofp.uint32(0x01234567))
self.assertEquals(obj.bitmaps[1], ofp.uint32(0x89abcdef))
def test_hello_elem_versionbitmap_pack(self):
obj = ofp.hello_elem_versionbitmap(
bitmaps=[ofp.uint32(0x01234567),
ofp.uint32(0x89abcdef)])
self.assertEquals(self.sample_hello_elem_buf, obj.pack())
def test_hello_elem_versionbitmap_unpack(self):
obj = ofp.hello_elem_versionbitmap.unpack(self.sample_hello_elem_buf)
self.assertEquals(len(obj.bitmaps), 2)
self.assertEquals(obj.bitmaps[0], ofp.uint32(0x01234567))
self.assertEquals(obj.bitmaps[1], ofp.uint32(0x89abcdef))
def test_hello_elem_versionbitmap_pack(self):
obj = ofp.hello_elem_versionbitmap(bitmaps=[ofp.uint32(0x01234567),ofp.uint32(0x89abcdef)])
self.assertEquals(self.sample_hello_elem_buf, obj.pack())