def basic_uv():
"""Create a basic libuv context."""
chirp = ffi.new("ch_chirp_t*")
config = ffi.new("ch_config_t*")
loop = ffi.new("uv_loop_t*")
lib.ch_chirp_config_init(config)
cert, dh = common.get_crypto_files()
cert_str = ffi.new(
"char[]", cert.encode("UTF-8")
)
dh_str = ffi.new(
"char[]", dh.encode("UTF-8")
)
config.CERT_CHAIN_PEM = cert_str
config.DH_PARAMS_PEM = dh_str
assert lib.ch_loop_init(loop) == lib.CH_SUCCESS
error = lib.ch_chirp_init(
chirp,
config,
loop,
lib.python_log_cb
)
if error == lib.CH_SUCCESS:
lib.ch_chirp_set_auto_stop(chirp)
yield error
if error == lib.CH_SUCCESS:
assert lib.ch_chirp_close_ts(chirp) == lib.CH_SUCCESS
assert lib.ch_run(loop) == lib.CH_SUCCESS
assert lib.ch_loop_close(loop) == lib.CH_SUCCESS
def test_chirp_run():
"""Test if the do everything ch_chirp_run method works."""
res = []
chirp = ffi.new("ch_chirp_t**")
config = ffi.new("ch_config_t*")
lib.ch_chirp_config_init(config)
cert, dh = common.get_crypto_files()
cert_str = ffi.new(
"char[]", cert.encode("UTF-8")
)
dh_str = ffi.new(
"char[]", dh.encode("UTF-8")
)
config.CERT_CHAIN_PEM = cert_str
config.DH_PARAMS_PEM = dh_str
def run():
"""Run chirp in a thread."""
res.append(lib.ch_chirp_run(
config, chirp
))
thread = threading.Thread(target=run)
thread.start()
time.sleep(0.1)
lib.ch_chirp_close_ts(chirp[0])
thread.join()
assert res[0] == lib.CH_SUCCESS
def _fill_c_config(self):
"""Fill in the c_config from the config."""
c_conf = self._c_config
conf = self._config
lib.ch_chirp_config_init(c_conf)
(
conf.CERT_CHAIN_PEM,
conf.DH_PARAMS_PEM
) = common.get_crypto_files()
for std_attr in [
'REUSE_TIME',
'TIMEOUT',
'PORT',
'BACKLOG',
'RETRIES',
]:
setattr(
c_conf,
std_attr,
getattr(
conf,
std_attr,
)
)
self._cert_str = ffi.new(
"char[]", conf.CERT_CHAIN_PEM.encode("UTF-8")
)
self._dh_str = ffi.new(
"char[]", conf.DH_PARAMS_PEM.encode("UTF-8")
)
c_conf.CERT_CHAIN_PEM = self._cert_str
c_conf.DH_PARAMS_PEM = self._dh_str
def __init__(
self,
config = None,
):
self._config = common.complete_config(config, const.Config())
self._c_config = ffi.new("ch_config_t*")
self._chirp = ffi.new("ch_chirp_t*")
self._loop = ffi.new("uv_loop_t*")
self._cert_str = None
self._dh_str = None
self._thread = None
self._pool = None
self._uv_ret = 0
self._chirp_ret = 0
def test_low_level_set_get_address4_error_back():
"""Test if cffi low level set and get of address errors are correct."""
message = ffi.new("ch_message_t*")
lib.ch_msg_init(message)
ip_addr = "49.32.12.1".encode("UTF-8")
assert message.port == 0
assert lib.ch_msg_set_address(
message,
lib.CH_IPV4,
ip_addr,
3432,
) == lib.CH_SUCCESS
assert message.port == 3432
address = ffi.new("ch_text_address_t*")
message.ip_protocol = 3
assert lib.ch_msg_get_address(
message,
address
) == lib.CH_PROTOCOL_ERROR
def test_low_level_set_get_address4():
"""Test if cffi low level set and get of address works."""
message = ffi.new("ch_message_t*")
lib.ch_msg_init(message)
ip_addr = "49.32.12.1".encode("UTF-8")
assert message.port == 0
assert lib.ch_msg_set_address(
message,
lib.CH_IPV4,
ip_addr,
3432,
) == lib.CH_SUCCESS
assert message.port == 3432
address = ffi.new("ch_text_address_t*")
assert lib.ch_msg_get_address(
message,
address
) == lib.CH_SUCCESS
assert ffi.string(address.data) == ip_addr
def test_low_level_set_get_address6():
"""Test if cffi low level set and get of address works."""
message = ffi.new("ch_message_t*")
lib.ch_msg_init(message)
ip_addr = "2001:db8:85a3:0:0:8a2e:370:7334".encode("UTF-8")
res = "2001:db8:85a3::8a2e:370:7334".encode("UTF-8")
assert message.port == 0
assert lib.ch_msg_set_address(
message,
lib.CH_IPV6,
ip_addr,
3432,
) == lib.CH_SUCCESS
assert message.port == 3432
address = ffi.new("ch_text_address_t*")
assert lib.ch_msg_get_address(
message,
address
) == lib.CH_SUCCESS
assert ffi.string(address.data) == res
def test_low_level_set_get_address4_bad_proto():
"""Test if cffi low level set and get of address errors are correct."""
message = ffi.new("ch_message_t*")
lib.ch_msg_init(message)
ip_addr = "49.32.12.1".encode("UTF-8")
assert message.port == 0
assert lib.ch_msg_set_address(
message,
100,
ip_addr,
3432,
) == lib.CH_VALUE_ERROR
def test_low_level_set_get_address6_error():
"""Test if cffi low level set and get of address errors are correct."""
message = ffi.new("ch_message_t*")
lib.ch_msg_init(message)
ip_addr = "200x:db8:85a3:0:0:8a2e:370:7334".encode("UTF-8")
assert message.port == 0
assert lib.ch_msg_set_address(
message,
lib.CH_IPV6,
ip_addr,
3432,
) == lib.CH_VALUE_ERROR
def init_bad_port(port):
"""Test if init with bad port throws CH_VALUE_ERROR."""
chirp = ffi.new("ch_chirp_t*")
loop = ffi.new("uv_loop_t*")
config = ffi.new("ch_config_t*")
lib.ch_chirp_config_init(config)
(cert, dh) = common.get_crypto_files()
cert_str = ffi.new(
"char[]", cert.encode("UTF-8")
)
dh_str = ffi.new(
"char[]", dh.encode("UTF-8")
)
config.CERT_CHAIN_PEM = cert_str
config.DH_PARAMS_PEM = dh_str
assert config.PORT == 2998
config.PORT = port
assert lib.ch_loop_init(loop) == lib.CH_SUCCESS
assert lib.ch_chirp_init(
chirp, config, loop, lib.python_log_cb
) == lib.CH_VALUE_ERROR
def test_low_level_new():
"""Test if cffi low level new works."""
message = ffi.new("ch_message_t*")
lib.ch_msg_init(message)
assert message.port == 0