def create_testbook(self, formula):
testbook = []
if not self.args.keep_mutants:
testcase = "%s/%s.smt2" % (self.args.scratchfolder, self.args.name)
else:
testcase = "%s/%s-%s-%s.smt2" % (self.args.scratchfolder,
escape(self.currentseeds),
self.args.name, random_string())
with open(testcase, 'w') as testcase_writer:
testcase_writer.write(formula.__str__())
for cli in self.args.SOLVER_CLIS:
if self.args.optfuzz != None:
if not self.args.keep_mutants:
testcase = "%s/%s-%s" % (self.args.scratchfolder,
plain(cli), self.args.name)
else:
testcase = "%s/%s-%s-%s-%s.smt2" % (
self.args.scratchfolder, plain(cli),
escape(self.currentseeds), self.args.name,
random_string())
with open(testcase, 'w') as testcase_writer:
testcase_writer.write(
self.args.optfuzz.generate(cli) + formula.__str__())
testbook.append((cli, testcase))
return testbook
def user_reset_password(self, where):
# Get user's infomation for sending email
where.pop('objectId', 0)
params = {'where': json.dumps(where), 'keys': 'name,email,username'}
user = self.get(collection='users', params=params)
if 'error' in user:
return user
elif len(user['results']) != 1:
return {'error': 404, 'message': 'Invalid email'}
# Reset user's password
payload = {
'objectId': user['results'][0]['objectId'],
'password': random_string(15)
}
res = self.put(collection='users',
object_id=payload['objectId'],
payload=payload,
master_key=True)
if 'error' not in res:
# Sending notification email
status, msg = send_reset_password_email(
email=user['results'][0]['email'],
username=user['results'][0]['username'],
password=payload['password'])
if status is not 200:
return {'code': status, 'error': msg}
res['email'] = {'status': status, 'message': msg}
return res
def __init__(self, parent_page, chart_model):
self.parent_page = parent_page
self.data_json = "/" + chart_model.get_json_path()
self.parent_page.foot_js.append(Js("highcharts.js"))
self.parent_page.foot_js.append(Js("highchart_exporting.js"))
self.template = "highchart.tpl"
self.id = random_string(10)
self.width = 400
self.height = 400
self.parent_page.foot_js_templates.append(Template("highchart_js.tpl", self))
self.description = chart_model.description
self.title = chart_model.name
def __init__(self, name="webclient", session="", namespace=""):
self.clients.append(self)
self.session_id = utils.storage.get("session_id")
if not self.session_id:
self.session_id = utils.random_string(10)
utils.storage.set("session_id", self.session_id)
self.socket_url = location.protocol + '//' + location.hostname + ':' + location.port + namespace
self.socket = io(self.socket_url, {'transports': ['websocket']})
self.socket.on("command", self.on_command)
self.socket.on("server_call", self.on_server_call)
self.socket.on("exception", self.on_error)
self.socket.on("connect", self.on_connect)
self.socket.on("disconnect", self.on_disconnect)
self.commands = {
'connect': 1,
'reconnect': 2,
'disconnect': 3,
'status': 4,
'handshake': 5,
'rehandshake': 6
}
self.command_callbacks = {}
self.namespace = namespace
self.session = session
self.name = name
self._reconnecting = False
self._connection_status = True
self._disconnected_once = False
self._initial_socket_connection = False
self._socket_connection = False
self._response_cb = {}
self._first_connect = True
self._msg_queue = []
self._last_msg = None
self._cmd_status = {}
self._cmd_status_c = 0
self._retries = None
self._poll_interval = 5
self._poll_timeout = 1000 * 60 * 120
self._last_retry = __new__(Date()).getTime()
self._prev_retry_interval = 0
self.polling = False
if not Client.polling:
utils.poll_func(self.connection, self._poll_timeout,
self._poll_interval * 1000)
self.polling = True
Client.polling = True
def init_tables():
StorageDb.connect()
try:
MenuItem.create_table(True)
ChartInfo.create_table(False)
User.create_table(True)
MenuItem.create_table(True)
SimplePageConfig.create_table(True)
ReportInfo.create_table(True)
Connection.create_table(True)
SQLquery.create_table(True)
ServerConfig.create_table(True)
User.create(login='******', password='******', name='Test User')
create_menu_item("/admin/" ,'Home', -1, 'SimplePage', 1)
SimplePageConfig.create(title="Admin Home", text="This is admin home")
create_menu_item("/app/" ,'Home', -1, 'SimplePage', 2)
SimplePageConfig.create(title="Home", text="This is the home page")
create_menu_item("/admin/" ,'UpdateDB', 0, 'UpdateDB', 3)
SimplePageConfig.create(title="Menu", text="This is the Menu page")
create_menu_item("/admin/" ,'Report Creator', 0, 'ReportCreator', 4)
SimplePageConfig.create(title="Config", text="This is the Config page")
create_menu_item("/app/" ,'Reports', -1, 'Reports', 5)
create_menu_item("/app/" ,'Charts', 4, 'Charts', 8)
create_menu_item("/admin/" ,'Chart Creator', 4, 'ChartCreator', 9)
Connection.create(name="local", description="", connection_engine="mysql", \
connection_login="******", connection_password="******", \
connection_host ="127.0.0.1", \
connection_defaultdb="mysql", connection_port = 3306)
SQLquery.create(name='test', description='', sql="""SELECT *
FROM mysql.user
""", connection_id=1)
ReportInfo.create(name="Users", description="Report description", source_type='SQLquery', \
source_id=1, cache_duration=86000, row_callback=""""fnRowCallback": function( nRow, aData, iDisplayIndex ) {
$('td:eq(2)', nRow).html('<a href="/testpage?' + aData[2] + '"> link </a>');
return nRow;
},""")
ServerConfig.create(key="CookieKey", value=random_string(50))
ServerConfig.create(key="AppName", value="EazyReport")
ServerConfig.create(key="CacheFolder", value="cache")
except Exception, e:
print "Database already exists", e
def __init__(self, parent_page, name, headers, row_callback=""):
self.parent_page = parent_page
self.parent_page.css.append(Css("DT_bootstrap.css"))
self.parent_page.foot_js.append(Js("jquery.dataTables.min.js"))
self.parent_page.foot_js.append(Js("DT_bootstrap.js"))
self.parent_page.foot_js_templates = [Template("datatables_js_ready", self)]
self.template = "datatables.tpl"
self.row_callback = row_callback
self.id_table = random_string(10)
self.header = headers
self.drop_down_nb = True
self.drop_down_values = [[20, 50, 100, -1], [20, 50, 100, "All"]]
self.drop_down_text = "records per page"
self.global_search = True
self.global_search_text = "Search all columns:"
self.pagination = True
self.show_nb_records = True
self.records_per_page = 20
self.column_search = True
self.ajax_url = "/cache/" + str(name) + ".json"
self.csv_url = "/cache/" + str(name) + ".csv"
parser.add_argument(
"-d",
"--diagnose",
action='store_true',
help=
"forwards solver outputs to stdout e.g. for solver command line diagnosis")
parser.add_argument(
"-optfuzz",
"--optfuzz",
default="",
help="read solvers' option setting and enable option fuzzing")
parser.add_argument(
"-name",
"--name",
default=random_string(),
help="set name of this fuzzing instance (default: random string)")
parser.add_argument("-bugs",
"--bugsfolder",
default=rootpath + "/bugs",
help="set bug folder (default: " + rootpath + "/bugs)")
parser.add_argument(
"-scratch",
"--scratchfolder",
default=rootpath + "/scratch",
help="specifies where the mutant formulas are temporarily stored.\
Note, if you run yinyang with several processes in parallel, each\
instance should have its own scratch folder. (default:" + rootpath +
"/scratch)")
parser.add_argument("-opconfig",
"--opconfig",
def validate(self, formula):
ret = True
log_str = ""
if (self.args.oracle == "unknown"):
oracle = SolverResult(SolverResultType.UNKNOWN)
elif (self.args.oracle == "sat"):
oracle = SolverResult(SolverResultType.SAT)
elif (self.args.oracle == "unsat"):
oracle = SolverResult(SolverResultType.UNSAT)
else: assert(False)
testbook = []
for cli in self.args.SOLVER_CLIS:
if not self.args.keep_mutants:
testcase = "%s/%s.smt2" % (self.args.scratchfolder, self.args.name)
else:
testcase = "%s/%s-%s-%s-%s.smt2" % (self.args.scratchfolder,\
plain(cli),\
escape(self.currentseeds),\
self.args.name,\
random_string())
with open(testcase, 'w') as testcase_writer:
if self.args.optfuzz != None:
testcase_writer.write(self.args.optfuzz.generate(cli) + formula.__str__())
else:
testcase_writer.write(formula.__str__())
testbook.append((cli,testcase))
reference = ("", "", "")
for testitem in testbook:
solver = Solver(testitem[0])
result, output = solver.solve(testitem[1], self.args.timeout)
# print("result", result)
# print("output", output)
if result.equals(SolverResultType.IGNORED):
#ignored
self.statistic.ignored += 1
elif result.equals(SolverResultType.UNKNOWN):
#unknown
pass
elif result.equals(SolverResultType.TIMEOUT):
#timeout
self.statistic.timeout += 1
elif result.equals(SolverResultType.CRASH):
#crash
self.statistic.error += 1
_,log_str = self.report(testitem[1], "crash", testitem[0], output, random_string())
ret = False
elif result.equals(SolverResultType.FAIL):
print("\nPlease check your solver command-line interfaces.")
exit(1)
else:
if oracle.equals(SolverResultType.UNKNOWN):
oracle = result
reference = (testitem[0], testitem[1], output)
elif oracle.equals(result):
#correct
pass
else:
#incorrect
self.statistic.soundness += 1
report_id, log_str = self.report(testitem[1], "incorrect", testitem[0], output, random_string(),oracle,result)
if reference != ("", "", ""):
_ ,log_str = self.report(reference[1], "incorrect", reference[0], reference[2], report_id, oracle, result)
ret = False
if not self.args.keep_mutants:
pass
# print("testcase", testcase)
# os.remove(testcase)
return ret, log_str
def test(self, formula):
"""
Tests the solvers with the formula returning "False" if the testing on
formula should be stopped and "True" otherwise.
"""
oracle = self.init_oracle()
testbook = self.create_testbook(formula)
reference = None
for testitem in testbook:
solver_cli, scratchfile = testitem[0], testitem[1]
solver = Solver(solver_cli)
stdout, stderr, exitcode = solver.solve(scratchfile,
self.args.timeout,
debug=self.args.diagnose)
# (1) Detect crashes from a solver run including invalid models.
if self.in_crash_list(stdout, stderr):
# (2) Match against the duplicate list to avoid reporting duplicate bugs.
if not self.in_duplicate_list(stdout, stderr):
self.statistic.crashes += 1
self.report(scratchfile, "crash", solver_cli, stdout,
stderr, random_string())
else:
self.statistic.duplicates += 1
return False # stop testing
else:
# (3a) Check whether the solver run produces errors, by checking
# the ignore list.
if self.in_ignore_list(stdout, stderr):
self.statistic.ignored += 1
continue # continue with next solver (4)
# (3b) Check whether the exit code is nonzero.
if exitcode != 0:
if exitcode == -signal.SIGSEGV or exitcode == 245: #segfault
self.statistic.crashes += 1
self.report(scratchfile, "segfault", solver_cli,
stdout, stderr, random_string())
return False # stop testing
elif exitcode == 137: #timeout
self.statistic.timeout += 1
continue # continue with next solver (4)
elif exitcode == 127: #command not found
print(
"\nPlease check your solver command-line interfaces."
)
continue # continue with next solver (4)
self.statistic.ignored += 1
# (3c) if there is no '^sat$' or '^unsat$' in the output
elif not re.search("^unsat$", stdout, flags=re.MULTILINE) and \
not re.search("^sat$", stdout, flags=re.MULTILINE) and \
not re.search("^unknown$", stdout, flags=re.MULTILINE):
self.statistic.ignored += 1
else:
# (5) grep for '^sat$', '^unsat$', and '^unknown$' to produce
# the output (including '^unknown$' to also deal with incremental
# benchmarks) for comparing with the oracle (semantic fusion) or
# with other non-erroneous solver runs (opfuzz) for soundness bugs
result = self.grep_result(stdout)
if oracle.equals(SolverQueryResult.UNKNOWN):
oracle = result
reference = (solver_cli, scratchfile, stdout, stderr)
# Comparing with the oracle (semantic fusion) or with other
# non-erroneous solver runs (opfuzz) for soundness bugs.
if not oracle.equals(result):
self.statistic.soundness += 1
self.report(scratchfile, "incorrect", solver_cli,
stdout, stderr, random_string())
if reference:
# Produce a diff bug report for soundness bugs in
# the opfuzz case
ref_cli = reference[0]
ref_stdout = reference[1]
ref_stderr = reference[2]
self.report_diff(scratchfile, "incorrect", ref_cli,
ref_stdout, ref_stderr,
solver_cli, stdout, stderr,
random_string())
return False # stop testing
return True
def validate(self, fn):
ret = True
if (self.args.oracle == "unknown"):
oracle = SolverResult(SolverResultType.UNKNOWN)
elif (self.args.oracle == "sat"):
oracle = SolverResult(SolverResultType.SAT)
elif (self.args.oracle == "unsat"):
oracle = SolverResult(SolverResultType.UNSAT)
else:
assert (False)
testbook = []
for cli in self.args.SOLVER_CLIS:
testcase = fn
if self.args.optfuzz != None:
with open(fn, 'r') as generated_test:
pure_formula = generated_test.read()
testcase = "%s/%s-%s" % (self.args.scratchfolder, plain(cli),
fn.split('/')[-1])
with open(testcase, 'w') as testcase_writer:
testcase_writer.write(
self.args.optfuzz.generate(cli) + pure_formula)
testbook.append((cli, testcase))
reference = ("", "", "")
for testitem in testbook:
solver = Solver(testitem[0])
result, output = solver.solve(testitem[1], self.args.timeout)
if result.equals(SolverResultType.IGNORED):
#ignored
self.statistic.ignored += 1
elif result.equals(SolverResultType.UNKNOWN):
#unknown
pass
elif result.equals(SolverResultType.TIMEOUT):
#timeout
self.statistic.timeout += 1
elif result.equals(SolverResultType.CRASH):
#crash
self.statistic.error += 1
self.report(testitem[1], "crash", testitem[0], output,
random_string())
ret = False
elif result.equals(SolverResultType.FAIL):
print("\nPlease check your solver command-line interfaces.")
else:
if oracle.equals(SolverResultType.UNKNOWN):
oracle = result
reference = (testitem[0], testitem[1], output)
elif oracle.equals(result):
#correct
pass
else:
#incorrect
self.statistic.soundness += 1
report_id = self.report(testitem[1],
"incorrect", testitem[0], output,
random_string())
if reference != ("", "", ""):
self.report(reference[1], "incorrect", reference[0],
reference[2], report_id)
ret = False
return ret