def __init__(self, *args, **kwargs):
"""Submission Constructor"""
# Call Parent Construtor
super(Run, self).__init__(*args, **kwargs)
# Setup Factories
self.AssignmentFactory = backend.UUIDFactory(Assignment)
self.SubmissionFactory = backend.UUIDFactory(Submission)
self.TestFactory = backend.UUIDFactory(Test)
def test_init(self):
# Test w/o Prefix
of = backend.UUIDFactory(backend.TypedObject)
o = of.from_new()
self.assertTrue(o)
# Test w/ Prefix
p = "testprefix_{:03d}".format(random.randint(0, 999))
of = backend.UUIDFactory(backend.TypedObject, prefix=p)
o = of.from_new()
self.assertTrue(o)
def from_new(cls, data, **kwargs):
"""New Constructor"""
# Process Args
asn_uuid = data.get('assignment', None)
if not asn_uuid:
raise KeyError("Requires assignment")
tst_uuid = data.get('test', None)
if not tst_uuid:
raise KeyError("Requires test")
sub_uuid = data.get('submission', None)
if not sub_uuid:
raise KeyError("Requires submission")
# Get Objects
AssignmentFactory = backend.UUIDFactory(Assignment)
SubmissionFactory = backend.UUIDFactory(Submission)
TestFactory = backend.UUIDFactory(Test)
tst = TestFactory.from_existing(tst_uuid)
sub = SubmissionFactory.from_existing(sub_uuid)
asn = AssignmentFactory.from_existing(asn_uuid)
# Check Invariants
assert (str(asn.uuid).lower() == tst['assignment'].lower())
assert (str(asn.uuid).lower() == sub['assignment'].lower())
# Set Schema
schema = set(_RUN_SCHEMA)
kwargs['schema'] = schema
# Create New Object
data = copy.copy(data)
# Setup Dict
data['status'] = "queued"
data['score'] = ""
data['retcode'] = ""
data['output'] = ""
# Create Run
run = super(Run, cls).from_new(data, **kwargs)
run_uuid = str(run.uuid).lower()
# Add Task to Pool
testrun.test(asn, sub, tst, run)
# Return Run
return run
def __init__(self):
"""Base Constructor"""
# Call Parent Construtor
super(Server, self).__init__()
# Call Setups
File.setup()
# Setup Factories
self.FileFactory = FileUUIDFactory()
self.ReporterFactory = backend.UUIDFactory(Reporter)
self.AssignmentFactory = backend.UUIDFactory(Assignment)
self.SubmissionFactory = backend.UUIDFactory(Submission)
self.TestFactory = backend.UUIDFactory(Test)
self.RunFactory = backend.UUIDFactory(Run)
def __init__(self, *args, **kwargs):
"""Submission Constructor"""
# Call Parent Construtor
super(Submission, self).__init__(*args, **kwargs)
# Setup Factories
self.AssignmentFactory = backend.UUIDFactory(Assignment)
self.RunFactory = backend.UUIDFactory(Run)
self.FileFactory = FileUUIDFactory()
# Setup Lists
FileListFactory = backend.PrefixedFactory(FileList,
prefix=self.full_key)
self.files = FileListFactory.from_raw(key='files')
RunListFactory = backend.PrefixedFactory(RunList, prefix=self.full_key)
self.runs = RunListFactory.from_raw(key='runs')
def __init__(self, *args, **kwargs):
"""Assignment Constructor"""
# Call Parent Construtor
super(Assignment, self).__init__(*args, **kwargs)
# Setup Factories
self.SubmissionFactory = backend.UUIDFactory(Submission)
self.TestFactory = backend.UUIDFactory(Test)
# Setup Lists
TestListFactory = backend.PrefixedFactory(TestList,
prefix=self.full_key)
self.tests = TestListFactory.from_raw(key='tests')
SubmissionListFactory = backend.PrefixedFactory(SubmissionList,
prefix=self.full_key)
self.submissions = SubmissionListFactory.from_raw(key='submissions')
def __init__(self, *args, **kwargs):
"""Test Constructor"""
# Call Parent Construtor
super(Test, self).__init__(**kwargs)
# Setup Factories
self.AssignmentFactory = backend.UUIDFactory(Assignment)
self.FileFactory = FileUUIDFactory()
self.ReporterFactory = backend.UUIDFactory(Reporter)
# Setup Lists
FileListFactory = backend.PrefixedFactory(FileList,
prefix=self.full_key)
self.files = FileListFactory.from_raw(key='files')
ReporterListFactory = backend.PrefixedFactory(ReporterList,
prefix=self.full_key)
self.reporters = ReporterListFactory.from_raw(key='reporters')
def __init__(self, prefix=None):
# Call Parent
super(Auth, self).__init__()
# Save vars
self.prefix = prefix
# Setup Factories
passthrough = {'auth': self}
self.UserFactory = backend.UUIDFactory(User, prefix=self.prefix, passthrough=passthrough)
self.GroupFactory = backend.UUIDFactory(Group, prefix=self.prefix, passthrough=passthrough)
self.AllowedGroupsFactory = backend.PrefixedFactory(AllowedGroups, prefix=self.prefix,
passthrough=passthrough)
# Setup Lists
UsernameMapFactory = backend.PrefixedFactory(UsernameMap, prefix=self.prefix,
passthrough=passthrough)
self.username_map = UsernameMapFactory.from_raw()
TokenMapFactory = backend.PrefixedFactory(TokenMap, prefix=self.prefix,
passthrough=passthrough)
self.token_map = TokenMapFactory.from_raw()
def setUp(self):
super(RedisUUIDSetTestCase, self).setUp()
self.UUIDSetFactory = backend.UUIDFactory(backend.Set)
def setUp(self):
super(RedisUUIDHashTestCase, self).setUp()
self.UUIDHashFactory = backend.UUIDFactory(backend.Hash)
def test_list(self):
val = 'val'
pre = 'test'
cls = backend.TypedObject.__name__.lower()
# Add Parents w/o Prefix
self.db.flushdb()
parents = ['p01', 'p02', 'p03']
for p in parents:
self.db.set("{:s}+{:s}".format(cls, p).lower(), val)
# Test Parents w/o Prefix
hf = backend.UUIDFactory(backend.TypedObject)
fam = hf.list_family()
self.assertEqual(set(parents), fam)
sib = hf.list_siblings()
self.assertEqual(set(parents), sib)
chd = hf.list_children()
self.assertFalse(chd)
# Add Parents w/ Prefix
self.db.flushdb()
parents = ['p01', 'p02', 'p03']
for p in parents:
self.db.set("{:s}:{:s}+{:s}".format(pre, cls, p), val)
# Test Parents w/ Prefix
hf = backend.UUIDFactory(backend.TypedObject, prefix=pre)
fam = hf.list_family()
self.assertEqual(set(parents), fam)
sib = hf.list_siblings()
self.assertEqual(set(parents), sib)
chd = hf.list_children()
self.assertEqual(set([]), chd)
# Add Parents + Children w/o Prefix
self.db.flushdb()
parents = ['p01', 'p02', 'p03']
for p in parents:
self.db.set("{:s}+{:s}".format(cls, p), val)
p1_children = ['c01', 'c02', 'c03']
full_children = []
for c in p1_children:
child = "{:s}:{:s}+{:s}".format(parents[0], cls, c)
self.db.set("{:s}+{:s}".format(cls, child), val)
full_children.append(child)
# Test Parents + Children w/o Prefix
hf = backend.UUIDFactory(backend.TypedObject)
fam = hf.list_family()
self.assertEqual(set(parents + full_children), fam)
sib = hf.list_siblings()
self.assertEqual(set(parents), sib)
chd = hf.list_children()
self.assertEqual(set(full_children), chd)
# Test Children w/o Prefix
chd_pre = "{:s}+{:s}".format(cls, parents[0])
hf = backend.UUIDFactory(backend.TypedObject, prefix=chd_pre)
fam = hf.list_family()
self.assertEqual(set(p1_children), fam)
sib = hf.list_siblings()
self.assertEqual(set(p1_children), sib)
chd = hf.list_children()
self.assertEqual(set([]), chd)
# Add Parents + Children w/ Prefix
self.db.flushdb()
parents = ['p01', 'p02', 'p03']
for p in parents:
self.db.set("{:s}:{:s}+{:s}".format(pre, cls, p), val)
p1_children = ['c01', 'c02', 'c03']
full_children = []
for c in p1_children:
child = "{:s}:{:s}+{:s}".format(parents[0], cls, c)
self.db.set("{:s}:{:s}+{:s}".format(pre, cls, child), val)
full_children.append(child)
# Test Parents + Children w/ Prefix
hf = backend.UUIDFactory(backend.TypedObject, prefix=pre)
fam = hf.list_family()
self.assertEqual(set(parents + full_children), fam)
sib = hf.list_siblings()
self.assertEqual(set(parents), sib)
chd = hf.list_children()
self.assertEqual(set(full_children), chd)
# Test Children w/ Prefix
chd_pre = "{:s}:{:s}+{:s}".format(pre, cls, parents[0])
hf = backend.UUIDFactory(backend.TypedObject, prefix=chd_pre)
fam = hf.list_family()
self.assertEqual(set(p1_children), fam)
sib = hf.list_siblings()
self.assertEqual(set(p1_children), sib)
chd = hf.list_children()
self.assertEqual(set([]), chd)
def __init__(self, asn, sub, tst, run):
# Call Parent
super(Env, self).__init__(asn, sub, tst, run)
msg = "envmod_local: Initializing environment"
logger.info(self._format_msg(msg))
# Setup Factory
FileFactory = backend.UUIDFactory(structs.File)
# Get Files
sub_file_uuids = sub.list_files()
sub_files = [
FileFactory.from_existing(file_uuid)
for file_uuid in sub_file_uuids
]
tst_file_uuids = tst.list_files()
tst_files = [
FileFactory.from_existing(file_uuid)
for file_uuid in tst_file_uuids
]
# Setup Directories
self.wd = os.path.abspath(
os.path.join(config.ENV_LOCAL_TMP_PATH,
str(run).lower()))
self.wd_tst = os.path.join(self.wd, _TST_DIR)
self.wd_sub = os.path.join(self.wd, _SUB_DIR)
self.wd_wrk = os.path.join(self.wd, _WRK_DIR)
os.makedirs(self.wd)
os.makedirs(self.wd_tst)
os.makedirs(self.wd_sub)
os.makedirs(self.wd_wrk)
os.chmod(self.wd_sub, 0777) # TODO: Remove this
os.chmod(self.wd_wrk, 0777)
# Copy Tester Files
self.tst_files = []
for fle in tst_files:
fle_cpy = self.copy_fle(fle.get_dict(), self.wd_tst)
self.tst_files.append(fle_cpy)
# Copy Submission Files
self.sub_files = []
for fle in sub_files:
fle_cpy = self.copy_fle(fle.get_dict(), self.wd_sub)
self.sub_files.append(fle_cpy)
# Sanitze Files
for fle in (self.tst_files + self.sub_files):
for pgm in _FILE_SANITIZERS:
cmd_sanitize = [pgm, fle['path']]
p = subprocess.Popen(cmd_sanitize,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
stdout, stderr = p.communicate()
ret = p.returncode
if stdout:
msg = "envmod_local: '{:s}' stdout: {:s}".format(
pgm, stdout)
logger.debug(self._format_msg(msg))
if stderr:
msg = "envmod_local: '{:s}' stderr: {:s}".format(
pgm, stderr)
logger.debug(self._format_msg(msg))
if (ret != 0):
msg = "envmod_local: "
msg += "Sanitize pgm '{:s}' failed ".format(pgm)
msg += "on file '{:s}': ".format(fle_cpy['name'])
msg += "{:s}".format(stderr)
logger.warning(self._format_msg(msg))
# Clean and Setup Env Vars
self._env_vars = {}
for var in os.environ:
if var.startswith("COGS"):
pass
elif var.startswith("APACHE"):
pass
else:
self._env_vars[var] = os.environ[var]
self._env_vars['LANG'] = "C.UTF-8"
self._env_vars['HOME'] = self.wd_wrk
msg = "env_vars: {:s}".format(self._env_vars)
logger.info(self._format_msg(msg))