def teardown(self):
if self.etest_ready:
self.dead.close()
self.dead = None
ret = 1
proc = self.proc
echo = self.echo
try:
try:
self.check_messages()
mpipe.write(proc, (func_cleanup_e, 0))
ret = mpipe.read(proc)[0]
finally:
mpipe.close(proc)
finally:
try:
if self.echo_ready:
close(echo)
finally:
self.proc = None
self.echo = None
assert ret == 0
if self.echo_ready:
assert echo.returncode == 0
assert proc.returncode == 0
def teardown(self):
if self.etest_ready:
self.dead.close()
self.dead = None
ret = 1
proc = self.proc
echo = self.echo
try:
try:
self.check_messages()
mpipe.write(proc, (func_cleanup_e, 0))
ret = mpipe.read(proc)[0]
finally:
mpipe.close(proc)
finally:
try:
if self.echo_ready:
close(echo)
finally:
self.proc = None
self.echo = None
assert ret == 0
if self.echo_ready:
assert echo.returncode == 0
assert proc.returncode == 0
def send_message():
mpipe.write(
self.proc,
(func_send_message_e, value[0], value[1], int(self.echo_ready))
)
msg_id, ret = mpipe.read(self.proc)
assert msg_id not in self.open_messages
assert ret == 0
self.open_messages.add(msg_id)
def send_message():
mpipe.write(
self.proc,
(func_send_message_e, value[0], value[1], int(self.echo_ready))
)
msg_id, ret = mpipe.read(self.proc)
assert msg_id not in self.open_messages
assert ret == 0
self.open_messages.add(msg_id)
def execute_step(self, step):
action, value = step
if action == 'init':
self.size = value
mpipe.write(self.proc, (func_init_e, self.size))
assert mpipe.read(self.proc) == [0]
elif action == 'acquire':
mpipe.write(self.proc, (func_acquire_e, 0))
id_ = mpipe.read(self.proc)[0]
if len(self.acquired) > self.size - 1:
assert id_ == -1
if id_ != -1:
self.acquired.add(id_)
elif action == 'release':
if value in self.acquired:
mpipe.write(self.proc, (func_release_e, value))
assert mpipe.read(self.proc) == [0]
self.acquired.remove(value)
else:
try:
mpipe.write(self.proc, (func_release_e, value))
assert mpipe.read(self.proc) == [0]
except Exception:
self.reinit()
else:
assert False, "Test binary has to assert"
else:
assert False, "Unknown step"
def execute_step(self, step):
def send_message():
mpipe.write(
self.proc,
(func_send_message_e, value[0], value[1], int(self.echo_ready))
)
msg_id, ret = mpipe.read(self.proc)
assert msg_id not in self.open_messages
assert ret == 0
self.open_messages.add(msg_id)
action, value = step
if action == 'init_etest':
self.enc = str(value[0])
self.shutdown = str(value[1])
self.synchronous = str(value[2])
self.fast = value[3]
self.init_etest()
elif action == 'init_echo':
self.init_echo()
elif action == 'fuzz_main_port':
self.fuzz_main_port(value)
elif action == '42':
mpipe.write(self.proc, (func_42_e, ))
if not self.fast:
time.sleep(value)
assert mpipe.read(self.proc) == [42]
elif action == 'send_message':
if not self.echo_ready:
self.timeout_open = True
send_message()
elif action == 'send_message_bad_port':
self.timeout_open = True
send_message()
elif action == 'check_messages':
self.check_messages()
elif action == 'shutdown_conns':
mpipe.write(self.proc, (func_shutdown_conns_e, value))
assert mpipe.read(self.proc) == [0]
else:
assert False, "Unknown step"
def execute_step(self, step):
def send_message():
mpipe.write(
self.proc,
(func_send_message_e, value[0], value[1], int(self.echo_ready))
)
msg_id, ret = mpipe.read(self.proc)
assert msg_id not in self.open_messages
assert ret == 0
self.open_messages.add(msg_id)
action, value = step
if action == 'init_etest':
self.enc = str(value[0])
self.shutdown = str(value[1])
self.synchronous = str(value[2])
self.fast = value[3]
self.init_etest()
elif action == 'init_echo':
self.init_echo()
elif action == 'fuzz_main_port':
self.fuzz_main_port(value)
elif action == '42':
mpipe.write(self.proc, (func_42_e, ))
if not self.fast:
time.sleep(value)
assert mpipe.read(self.proc) == [42]
elif action == 'send_message':
if not self.echo_ready:
self.timeout_open = True
send_message()
elif action == 'send_message_bad_port':
self.timeout_open = True
send_message()
elif action == 'check_messages':
self.check_messages()
elif action == 'shutdown_conns':
mpipe.write(self.proc, (func_shutdown_conns_e, value))
assert mpipe.read(self.proc) == [0]
else:
assert False, "Unknown step"
def execute_step(self, step):
action, value = step
if action == 'init':
self.size = value
mpipe.write(
self.proc,
(func_init_e, self.size)
)
assert mpipe.read(self.proc) == [0]
elif action == 'acquire':
mpipe.write(
self.proc,
(func_acquire_e, 0)
)
id_ = mpipe.read(self.proc)[0]
if len(self.acquired) > self.size - 1:
assert id_ == -1
if id_ != -1:
self.acquired.add(id_)
elif action == 'release':
if value in self.acquired:
mpipe.write(
self.proc,
(func_release_e, value)
)
assert mpipe.read(self.proc) == [0]
self.acquired.remove(value)
else:
try:
mpipe.write(
self.proc,
(func_release_e, value)
)
assert mpipe.read(self.proc) == [0]
except Exception:
self.reinit()
else:
assert False, "Test binary has to assert"
else:
assert False, "Unknown step"
def teardown(self):
if self.initialized:
mpipe.write(self.proc, (func_cleanup_e, 0))
assert mpipe.read(self.proc) == [0]
mpipe.close(self.proc)
self.proc = None # Hypothesis seems to keep GSM objects
def check_messages(self):
mpipe.write(self.proc, (func_check_messages_e, ))
ret = mpipe.read(self.proc)
self.open_messages -= set(ret)
assert not self.open_messages
self.timeout_open = False
def teardown(self):
if self.initialized:
mpipe.write(self.proc, (func_cleanup_e, 0))
assert mpipe.read(self.proc) == [0]
mpipe.close(self.proc)
self.proc = None # Hypothesis seems to keep GSM objects
def check_messages(self):
mpipe.write(self.proc, (func_check_messages_e, ))
ret = mpipe.read(self.proc)
self.open_messages -= set(ret)
assert not self.open_messages
self.timeout_open = False