def test_experimental_from_name2(self):
# This behavior used to be implemented incorrectly. The test
# immediately above us did not catch the problem, because it was
# only wrong in the sandbox method, not in the static module-level
# function.
x = sandbox.Sandbox('/sandboxes/foo.trunk.official')
self.assertFalse(x.get_sandboxtype()._is_experimental())
def run(args):
data = copy.copy(args.__dict__)
if args.random_state is not None:
random.seed(args.random_state)
if not args.no_mutate:
mutator = galgorithm.mutagen(
frac=args.mutate_fraction,
mutator=lambda x: MTS[args.mutate_func](x, args.mutate_deviation)
)
brain_cls = neural.brainfactory(args.shape)
sandbox_obj = sandbox.Sandbox(
width=args.sandbox_width,
height=args.sandbox_height,
balls=args.balls,
limit=args.score_limit
)
ga = galgorithm.Evolution(brain_cls, sandbox_obj, size=args.population_size,
childs=args.childs, mutator=mutator)
for _ in range(args.generation_count):
ga.fit()
print(ga)
s = ga.get_best_score()
if s < args.score_limit:
ga.selection()
continue
else:
break
savenn(ga, data)
def test_get_next_masternode(self):
fp = StringIO.StringIO(masternode_json)
sb = sandbox.Sandbox('/home/binaries', '/home/xyz/test', fp)
next = sb.next_masternode_to_setup()
self.assertEqual(next, ('mn1', 'wallet'))
def test_send_all(self):
fp = StringIO.StringIO(masternode_json)
sb = sandbox.Sandbox('/home/binaries', '/home/xyz/test', fp)
def mock_check_balance(node):
self.assertEqual(node, 'miner')
return 1234
sb.check_balance = mock_check_balance
def mock_gen_address(node):
self.assertEqual(node, 'wallet')
return 'b0gUS'
sb.gen_address = mock_gen_address
def mock_send(node, addr, amount):
self.assertEqual(node, 'miner')
self.assertEqual(addr, 'b0gUS')
self.assertEqual(amount, 1234)
mock_send.ok = True
sb.send = mock_send
sb.send.ok = False
def mock_client_command(*args):
pass
sb.client_command = mock_client_command
sb.send_all('miner', 'wallet')
self.assertTrue(sb.send.ok)
def test_gen_or_reuse_address(self):
fp = StringIO.StringIO(masternode_json)
sb = sandbox.Sandbox('/home/binaries', '/home/xyz/test', fp)
def mock(*args):
if not hasattr(mock, 'gen_address_args'):
mock.gen_address_args = args[0]
return 'mtnFAwMMCqyRh8ohPmv1EDbGZa98uHDvT9', ''
else:
mock.get_address_args = []
self.fail('Second call to check_call')
sb.check_call = mock
addr1 = sb.gen_or_reuse_address('miner')
addr2 = sb.gen_or_reuse_address('miner')
self.assertEqual(sb.network['nodes']['miner']['receive_with'],
'mtnFAwMMCqyRh8ohPmv1EDbGZa98uHDvT9')
self.assertEqual(sb.check_call.gen_address_args, [
'/home/binaries/crown-cli', '-datadir=/home/xyz/test/miner',
'getnewaddress'
])
self.assertEqual(addr1, 'mtnFAwMMCqyRh8ohPmv1EDbGZa98uHDvT9')
self.assertEqual(addr2, 'mtnFAwMMCqyRh8ohPmv1EDbGZa98uHDvT9')
def test_send_to(self):
fp = StringIO.StringIO(masternode_json)
sb = sandbox.Sandbox('/home/binaries', '/home/xyz/test', fp)
def mock(*args):
if not hasattr(mock, 'gen_address_args'):
mock.gen_address_args = args[0]
return 'mtnFAwMMCqyRh8ohPmv1EDbGZa98uHDvT9', ''
else:
mock.send_args = args[0]
return '2085bdef731ade8d0b0ce79ae0397a75aacf57b5028bd34724de3ae3faf48830', ''
sb.check_call = mock
addr = sb.gen_address('miner')
txhash = sb.send('wallet', addr, 4.04)
self.assertEqual(sb.check_call.gen_address_args, [
'/home/binaries/crown-cli', '-datadir=/home/xyz/test/miner',
'getnewaddress'
])
self.assertEqual(sb.check_call.send_args, [
'/home/binaries/crown-cli', '-datadir=/home/xyz/test/wallet',
'sendtoaddress', 'mtnFAwMMCqyRh8ohPmv1EDbGZa98uHDvT9', '4.04'
])
self.assertEqual(
txhash,
'2085bdef731ade8d0b0ce79ae0397a75aacf57b5028bd34724de3ae3faf48830')
def test_get_tx(self):
fp = StringIO.StringIO(masternode_json)
sb = sandbox.Sandbox('/home/binaries', '/home/xyz/test', fp)
def mock(*args):
if not hasattr(mock, 'getrawtx_args'):
mock.getrawtx_args = args[0]
return 'BAADC0DE', ''
else:
mock.decoderawtx_args = args[0]
return tx_json, ''
sb.check_call = mock
tx = sb.get_transaction(
'wallet',
'2085bdef731ade8d0b0ce79ae0397a75aacf57b5028bd34724de3ae3faf48830')
self.assertEqual(sb.check_call.getrawtx_args, [
'/home/binaries/crown-cli', '-datadir=/home/xyz/test/wallet',
'getrawtransaction',
'2085bdef731ade8d0b0ce79ae0397a75aacf57b5028bd34724de3ae3faf48830'
])
self.assertEqual(sb.check_call.decoderawtx_args, [
'/home/binaries/crown-cli', '-datadir=/home/xyz/test/wallet',
'decoderawtransaction', 'BAADC0DE'
])
self.assertEqual(tx['vout'][1]['value'], 4.04)
def run(args):
"""Запускаем процесс оптимизации нейронной сети средствами ГА."""
data = copy.copy(args.__dict__)
if args.random_state is not None:
random.seed(args.random_state)
if not args.no_mutate:
mutator = gena.mutagen(frac=args.mutate_fraction,
mutator=lambda x: MTS[args.mutate_func]
(x, args.mutate_deviation))
brain_cls = brain.brainfactory(args.shape)
sandbox_obj = sandbox.Sandbox(width=args.sandbox_width,
height=args.sandbox_height,
balls=args.balls,
limit=args.score_limit)
ga = gena.Darwin(brain_cls,
sandbox_obj,
size=args.population_size,
childs=args.childs,
mutator=mutator)
for _ in range(args.generation_count):
ga.fit()
print(ga)
s = ga.get_best_score()
if s < args.score_limit:
ga.selection()
continue
else:
break
savenn(ga, data)
def sandy_func(exec_file, in_file_fd, user_out_fd, time, mem):
cookbook = {
'args':
exec_file, # targeted program
'stdin':
in_file_fd, # input to targeted program
'stdout':
user_out_fd, # output from targeted program
'stderr':
sys.stderr, # error from targeted program
'quota':
dict(
wallclock=int(time), # 30 sec
cpu=2000, # 2 sec
memory=int(mem), # 256 MB
disk=1048576)
} # 1 MB
# create a sandbox instance and execute till end
msb = sandbox.Sandbox(**cookbook)
msb.run()
# print "\n"
d = Sandbox.probe(msb)
d['cpu'] = d['cpu_info'][0]
d['mem'] = d['mem_info'][1]
d['result'] = msb.result
return msb.result
def main(args):
''' This main is for running tests and debugging only. Normally
this module is imported.
'''
handle_arguments(args)
set_up_logging(OPTIONS)
if OPTIONS.branch:
if OPTIONS.component:
return branch_component(vcs.get_working_repository(),
OPTIONS.component, OPTIONS.b, OPTIONS.to)
else:
branch, component = OPTIONS.to.split('/')
return branch_sandbox(vcs.get_working_repository(), component,
OPTIONS.b, branch)
sb = sandbox.Sandbox(OPTIONS.sandbox_root)
if OPTIONS.revno:
if OPTIONS.component:
show_component_revno(OPTIONS.component, sb, OPTIONS.tree)
else:
show_sandbox_revno(sb, OPTIONS.tree)
if OPTIONS.tags:
if OPTIONS.component:
show_component_tags(OPTIONS.component, sb)
else:
show_sandbox_tags(sb)
if OPTIONS.info:
if OPTIONS.component:
show_component_info(OPTIONS.component, sb)
else:
show_sandbox_info(sb)
if OPTIONS.status:
if OPTIONS.component:
show_component_status(OPTIONS.component, sb)
else:
show_sandbox_status(sb)
if OPTIONS.tag_info:
show_sandbox_tag_info(OPTIONS.t, sb)
if OPTIONS.update:
if OPTIONS.component:
update_component(OPTIONS.component, sb)
else:
update_sandbox(sb)
if OPTIONS.tag:
if OPTIONS.component:
tag_component(OPTIONS.component, sb)
else:
tag_sandbox(sb)
if OPTIONS.pull:
if OPTIONS.component:
pull_component(OPTIONS.component, sb)
else:
pull_sandbox(sb, OPTIONS.source)
if OPTIONS.push:
if OPTIONS.component:
push_component(OPTIONS.component, sb)
else:
push_sandbox(sb, OPTIONS.source)
def test_seed_of_two_nodes(self):
fp = StringIO.StringIO(test_json)
sb = sandbox.Sandbox('', '', fp)
config = sb.config_for_node('seed')
expected = {('port', 42001), ('rpcport', 43001), ('devnet', 'o_O'),
('rpcpassword', 'bogus'), ('addnode', '127.0.0.1:42002')}
self.assertEqual(config, expected)
def test_experimental_from_name(self):
x = sandbox.Sandbox('/sandboxes/foo.trunk.quick')
self.assertTrue(x.get_sandboxtype()._is_experimental())
self.assertTrue(sandboxtype.SandboxType(None, path='a.b.dev')._is_experimental())
self.assertTrue(sandboxtype.SandboxType(None, path='a.b.experiment')._is_experimental())
self.assertTrue(sandboxtype.SandboxType(None, path='a.b.bugX')._is_experimental())
self.assertFalse(sandboxtype.SandboxType(None, path='a.b.official')._is_experimental())
self.assertFalse(sandboxtype.SandboxType(None, path='a.b.32bit continuous')._is_experimental())
def sandbox_test(self):
try:
sandbox.Sandbox(TestParameters(
self.testable,
self.testable.parent_suite))
except sandbox.SubprocessException:
self.testable.result = Result(Result.Failed, traceback.format_exc())
else:
self.testable.result = Result(Result.Passed)
def test_continuous_from_name(self):
# It should be possible to call the is_continuous() method statically
# or on an instance. We should return True any time the name of the
# folder contains "continuous".
x = sandbox.Sandbox('/sandboxes/foo.trunk.continuous')
self.assertTrue(x.get_sandboxtype()._is_continuous())
self.assertTrue(sandboxtype.SandboxType(None, path='a.b.Continuous')._is_continuous())
self.assertTrue(sandboxtype.SandboxType(None, path='a.b.VeryCoNtiNuous32')._is_continuous())
self.assertFalse(sandboxtype.SandboxType(None, path='a.b.official')._is_continuous())
self.assertFalse(sandboxtype.SandboxType(None, path='a.b.32bit_bug')._is_continuous())
def test_init_wont_accept_existing_file(self):
with ioutil.TempDir() as td:
tempFile = os.path.join(td.path, 'foo.trunk.dev')
open(tempFile, 'w').close()
try:
x = sandbox.Sandbox(tempFile)
ok = False
except AssertionError:
ok = True
self.assertTrue(ok)
def evalPython(line, locals=None):
sandbox = S.Sandbox(config=createSandboxConfig())
if locals is not None:
locals = dict(locals)
else:
locals = dict()
try:
sandbox.call(_evalPython, line, locals)
except BaseException, e:
print 'Error: [%s] %s' % (e.__class__.__name__, str(e))
def test_inherit_lock(self):
with ioutil.TempDir() as td:
sb = sandbox.layout(td.path, 'foo', 'trunk', 'x')
lock = sb.lock('test')
sb2 = sandbox.Sandbox(sb.get_root())
lock2 = sb2.try_to_inherit_lock()
self.assertTrue(bool(lock2))
self.assertTrue(lock2.inherited)
self.assertFalse(lock.inherited)
lock2.release()
self.assertTrue(os.path.isfile(lock.path))
def test_official_from_name(self):
# It should be possible to call the is_official() method statically
# or on an instance. We should return True any time the name of the
# folder contains "official", "daily", or "nightly".
x = sandbox.Sandbox('/sandboxes/foo.trunk.official')
self.assertTrue(x.get_sandboxtype()._is_official())
self.assertTrue(sandboxtype.SandboxType(None, path='a.b.Official64')._is_official())
self.assertFalse(sandboxtype.SandboxType(None, path='a.b.Daily')._is_official())
self.assertFalse(sandboxtype.SandboxType(None, path='a.b.nIGhTlY')._is_official())
self.assertFalse(sandboxtype.SandboxType(None, path='a.b.bogus')._is_official())
self.assertFalse(sandboxtype.SandboxType(None, path='a.b.32bit continuous')._is_official())
def main():
args = get_args()
data = read_config(args.brain)
b = neural.BrainBase()
b.set_shape(data["shape"])
b.set_synapse(data["best_nn"])
balls = args.balls if args.balls is not None else data["balls"]
width = args.width if args.width is not None else data["sandbox_width"]
height = args.height if args.height is not None else data["sandbox_height"]
r = sandbox.Sandbox(balls=balls, width=width, height=height)
window = Window(r, b)
window.run()
def check_select_builder(self, fil, typ):
with ioutil.TempDir() as td:
sb = sandbox.Sandbox(td.path + '/foo.trunk.dev')
sb.layout()
os.makedirs(sb.get_code_root() + 'foo')
aux_folder = sb.get_iftop_folder_path()
os.makedirs(aux_folder)
f = os.path.join(aux_folder, fil)
#print('writing %s' % f)
open(f, 'w').close()
bld = build.select_builder(sb)
self.assertEqual(typ, bld.get_name())
def get_sandbox():
sandbox_config = pysandbox.SandboxConfig()
sandbox_config.enable("stdout")
sandbox_config.enable("time")
sandbox_config.enable("math")
sandbox_config.enable("exit")
sandbox_config.enable("stderr")
sandbox_config.timeout = None
sandbox = pysandbox.Sandbox(sandbox_config)
return sandbox
def test_get_component_path(self):
sb = sandbox.Sandbox('foo.trunk.dev')
path = sb.get_component_path('foo', 'code')
self.assertTrue(path.find('/foo.trunk.dev/code/foo/') > -1)
path = sb.get_component_path('foo', 'test')
self.assertTrue(path.find('/foo.trunk.dev/test/foo/') > -1)
path = sb.get_component_path('foo', 'run')
self.assertTrue(path.find('/foo.trunk.dev/run/') > -1)
self.assertFalse(sb.get_component_path('bar', 'run'))
path = sb.get_component_path('foo', 'report')
self.assertTrue(path.find('/foo.trunk.dev/report/') > -1)
self.assertFalse(sb.get_component_path('bar', 'report'))
def handle(self):
options = json.loads(self.rfile.readline())
tardata = self.rfile.read()
def setup_fds_fn():
os.dup2(dev_null.fileno(), 0)
os.dup2(self.connection.fileno(), 1)
os.dup2(self.connection.fileno(), 2)
inst = sandbox.Sandbox(tardata,
timeout=options.get('timeout'),
setup_fds_fn=setup_fds_fn)
inst.run()
def test_write_mninfo_to_config(self):
fp = StringIO.StringIO(masternode_json)
sb = sandbox.Sandbox('/home/binaries', '/home/xyz/test', fp)
sb.network['nodes']['mn1']['mnprivkey'] = 'MNPRIVKEY'
config = sb.config_for_node('mn1')
expected = {('port', sb.node_port('mn1')),
('rpcport', sb.node_rpc_port('mn1')), ('devnet', 'rose'),
('rpcpassword', 'bogus'), ('masternode', 1),
('masternodeprivkey', 'MNPRIVKEY'),
('externalip', sb.node_ip('mn1')),
('addnode', sb.node_ip('seed'))}
self.assertEqual(config, expected)
def test_get_next_masternode_second(self):
fp = StringIO.StringIO(masternode_json)
sb = sandbox.Sandbox('/home/binaries', '/home/xyz/test', fp)
sb.network['nodes']['wallet']['mnconfig'] = {
'alias1': {
'ip': sb.node_ip('mn1'),
'key': '%privatekey%',
'tx': ('%txhash%', 24)
}
}
next = sb.next_masternode_to_setup()
self.assertEqual(next, ('mn2', 'wallet'))
def evalPython(line, locals=None):
try:
config = createSandboxConfig()
sandbox = S.Sandbox(config=config)
if locals is None:
locals = {}
sandbox.execute(evalPythonInSandbox,
locals={
'namespace': locals,
'line': line
})
except BaseException, e:
print 'Error: [%s] %s' % (e.__class__.__name__, str(e))
def test_bad_policy(self):
# If the policy does not yield valid actions, the sandbox should
# terminate with BP
import sandbox
class BadPolicy(sandbox.SandboxPolicy):
def __call__(self, e, a):
return None
pass
s = sandbox.Sandbox(self.task, policy=BadPolicy())
s.run()
self.assertEqual(s.result, sandbox.S_RESULT_BP)
pass
def test_non_policy(self):
# If the base class of the policy is not sandbox.SandboxPolicy,
# the sandbox should not pass self-test during initialization
import sandbox
class NonPolicy:
def __call__(self, e, a):
return a
pass
self.assertRaises(TypeError, sandbox.Sandbox, self.task, policy=NonPolicy())
s = sandbox.Sandbox(self.task)
self.assertRaises(TypeError, setattr, s, "policy", NonPolicy())
pass
def test_bindir_is_none(self):
fp = StringIO.StringIO(test_json)
sb = sandbox.Sandbox(None, '/home/some/dir', fp)
def mock(*args):
mock.args = args[0]
return '1234.321', ''
sb.check_call = mock
balance = sb.check_balance('miner')
self.assertEqual(
sb.check_call.args,
['crown-cli', '-datadir=/home/some/dir/miner', 'getbalance'])
self.assertEqual(balance, 1234.321)
def test_check_balance(self):
fp = StringIO.StringIO(masternode_json)
sb = sandbox.Sandbox('/home/binaries', '/home/xyz/test', fp)
def mock(*args):
mock.args = args[0]
return '1234.321', ''
sb.check_call = mock
balance = sb.check_balance('wallet')
self.assertEqual(sb.check_call.args, [
'/home/binaries/crown-cli', '-datadir=/home/xyz/test/wallet',
'getbalance'
])
self.assertEqual(balance, 1234.321)