def __init__(self, parent):
self.parent = parent
if parent is None:
self.ctx = context.Context()
else:
self.ctx = context.Context(parent.get_ctx())
def main():
parser = argparse.ArgumentParser(description="The interpreter for Pluto")
parser.add_argument("-f", "--file", action="store", dest="file", type=str, help="the file to execute")
parser.add_argument("-p", "--parse", action="store_true", default=False, help="just parse the file - don't execute it")
parser.add_argument("-t", "--tree", action="store_true", default=False, help="print the parse tree")
parser.add_argument("-i", "--interactive", action="store_true", default=False, help="enter interactive mode after the file has been run")
parser.add_argument("-n", "--no-prelude", action="store_true", dest="no_prelude", help="don't load the prelude")
parser.add_argument("-v", "--version", action="version", version="Pluto, early beta version")
args = parser.parse_args()
if args.file == None:
ctx = c.Context()
if not args.no_prelude:
import_prelude(ctx)
repl(ctx)
else:
try:
text = open(args.file).read()
if args.parse or args.tree:
tokens = l.lex(text)
parse = p.Parser(tokens)
program = parse.parse_program()
if len(parse.errors) > 0:
parse.print_errors()
elif args.tree:
print(program)
return
ctx = c.Context()
if not args.no_prelude:
import_prelude(ctx)
execute(text, False, ctx)
if args.interactive:
print()
repl(ctx)
except FileNotFoundError:
print("File not found: %s" % args.file)
return
def get_group_key(self, field_groups, alias_groups, select_context,
alias_group_result_context, index):
"""Computes a singleton context with the values for a group key.
The evaluation has already been done; this method just selects the
values out of the right contexts.
Arguments:
field_groups: A list of ColumnRefs for the field groups to use.
alias_groups: A list of strings of alias groups to use.
select_context: A context with the data for the table expression
being selected from.
alias_group_result_context: A context with the data for the
grouped-by select fields.
index: The row index to use from each context.
"""
result_columns = collections.OrderedDict()
for field_group in field_groups:
column_key = (field_group.table, field_group.column)
source_column = select_context.columns[column_key]
result_columns[column_key] = context.Column(
# TODO(Samantha): This shouldn't just be nullable.
type=source_column.type,
mode=tq_modes.NULLABLE,
values=[source_column.values[index]])
for alias_group in alias_groups:
column_key = (None, alias_group)
source_column = alias_group_result_context.columns[column_key]
result_columns[column_key] = context.Column(
# TODO(Samantha): This shouldn't just be nullable.
type=source_column.type,
mode=tq_modes.NULLABLE,
values=[source_column.values[index]])
return context.Context(1, result_columns, None)
def main():
# __init()
print("start...")
config_path = os.path.abspath(os.path.join(os.path.dirname(__file__), 'config.json'))
with open(config_path, 'r') as f:
conf = json.load(f)
logger.info(conf)
# discovery.run()
dataReporter = reporter.DataReporter(conf['reportUrl'])
ctx = context.Context(conf, dataReporter)
context.setContext(ctx)
global discovery
discovery = discover.Discover('test')
devInfos = discovery.discover()
global manager
manager = device.DeviceManager()
manager.addDevices(devInfos)
global exit
exit = False
loop_index = 0
while not exit:
time.sleep(5)
manager.monitorProcs(devInfos)
loop_index = loop_index + 1
if loop_index > 60:
loop_index = 0
devInfos = refresh(manager, devInfos)
def run(args):
e = event.read_event(args.event)
c = context.Context(args.timeout, args.arn_string, args.version_name)
if args.library is not None:
load_lib(args.library)
request_id = uuid.uuid4()
func = load(request_id, args.file, args.function)
logger = logging.getLogger()
result = None
logger.info("Event: {}".format(e))
logger.info("START RequestId: {}".format(request_id))
start_time = timeit.default_timer()
result, err_type = execute(func, e, c)
end_time = timeit.default_timer()
logger.info("END RequestId: {}".format(request_id))
if type(result) is TimeoutException:
logger.error("RESULT:\n{}".format(result))
else:
logger.info("RESULT:\n{}".format(result))
duration = "{0:.2f} ms".format((end_time - start_time) * 1000)
logger.info("REPORT RequestId: {}\tDuration: {}".format(
request_id, duration))
if err_type is not None:
sys.exit(EXITCODE_ERR)
def main():
try:
path = os.environ['PATH_INFO']
except KeyError:
path = None
else:
if path.startswith('/files/'):
main_file(path[7:])
ctxt = context.ctxt = context.Context()
# Insert the environment (CGI) variables
ctxt.update(os.environ)
# Update with defaults from the config
ctxt.update(config.defaults)
# Update with all cookies
for c in Cookie.SimpleCookie(os.environ.get('HTTP_COOKIE', '')).values():
ctxt[c.key] = c.value
form = context.form = load_form()
ctxt.update(form)
# Override certain context values based on configured settings
ctxt[ALLOWRAW] = config.allowraw
ctxt[FILESPREFIX] = config.filesprefix or os.environ[
'SCRIPT_NAME'] + '/files/'
if path is not None:
main_path(ctxt, path)
else:
main_form(ctxt)
def infer(expr, type=None, ctxt=None):
"""Infer the type of an expression and return the pair
(type, proof obligations) or raise an exception of type
ExprTypeError.
Arguments:
- `expr`: an expression
"""
if ctxt == None:
ty_ctxt_name = fresh_name.get_name('_ty_ctxt')
ty_ctxt = context.Context(ty_ctxt_name)
else:
ty_ctxt = ctxt
prf_obl_name = fresh_name.get_name('_ty_goals')
prf_obl = goals.empty_goals(prf_obl_name, ty_ctxt)
#slight hack here: we compare pointers to avoid calling the
# __eq__ method of type which may be overloaded.
# There should only be one instance of
# the None object, so pointer equality is valid.
if type is None:
ty = ExprInfer().visit(expr, prf_obl)
return (ty, prf_obl)
else:
if ExprCheck().visit(expr, type, prf_obl):
return (type, prf_obl)
else:
mess = "Expected {0!s} to be of type {1!s}"\
.format(expr, type)
raise ExprTypeError(mess, expr)
def empty_context_from_select_fields(self, select_fields):
return context.Context(
0,
collections.OrderedDict(
((None, select_field.alias),
context.Column(select_field.expr.type, []))
for select_field in select_fields), None)
def delete_item():
''' Delete keymap action.
'''
import context
context.Context(delete=True)
def _initialise_context(self, ctx, session=None):
if not isinstance(ctx, context.Context):
raise TypeError, "item to add is not a saga.Context instance"
# create a deep copy of the context (this keeps _adaptor etc)
ctx_clone = context.Context(ctx.type)
ctx._attributes_deep_copy(ctx_clone)
if not session:
session = self._session
logger = self._logger
else:
logger = session._logger
# try to initialize that context, i.e. evaluate its attributes and
# infer additional runtime information as needed
# logger.debug ("adding context : %s" % (ctx_clone))
if not session:
logger.warning ("cannot initialize context - no session: %s" \
% (ctx_clone))
else:
try:
ctx_clone._initialize(session)
except se.SagaException as e:
msg = "Cannot add context, initialization failed (%s)" % str(e)
raise se.BadParameter(msg)
return ctx_clone
def _init_if_needed():
global _ctx, _lib
if _ctx is not None:
return
_ctx = context.Context()
__lbuild = context.CPPLibBuilder(_ctx)
ptr = cppinl.CHandle(long)
dptr = cppinl.CHandle(float)
__lbuild.decl_func('long_alloc', r'''
p = new int64_t[len];
''', p=ptr, len=long)
__lbuild.decl_func('long_free', r'''
delete [] p;
''', p=ptr)
__lbuild.decl_func('dub_alloc', r'''
p = new double[len];
''', p=dptr, len=long)
__lbuild.decl_func('dub_free', r'''
delete [] p;
''', p=dptr)
_lib = __lbuild.make()
def get_contexts(self):
"""
Generate a list of context based on configuration and
test requirements
"""
reqs = req.Requirements()
if not reqs.check_if_all_requirements_are_met(self.tc):
return []
conf_params = self._get_configured_params()
common_params = self._get_common_params()
ctx_arg_keys = list(conf_params.keys()) + list(common_params.keys())
builds = self._get_builds()
ctx_params = itertools.product(builds, *conf_params.values(),
*common_params.values())
ctxs = []
for cp in ctx_params:
build = cp[0]
kwargs = dict(zip(ctx_arg_keys, cp[1:]))
c = ctx.Context(build, **kwargs)
c.cwd = self.tc.cwd
ctxs.append(c)
return ctxs
def getSampleSentences(self):
self.contexts = context.Context()
self.userid = self.contexts.getApiKey()
operations = self.getUserDBconnection()
data = operations.find({"_id": self.userid})
if (data.count() == 0):
raise exceptions.InvalidApiKey("Invalid ApiKey")
else:
data_dict = {}
for i in data:
data_dict = i
SampleSentences = list()
for i in range(0, len(data_dict["actions"])):
gather = list()
isstring = list()
if (len(data_dict["actions"]) != 0):
self.ActionNames.append(data_dict["actions"][i]["name"])
self.ParamsNeeded.append(
data_dict["actions"][i]["param_def"])
for j in range(
0, len(data_dict["actions"][i]["sentence_def"])):
gather.append(data_dict["actions"][i]["sentence_def"]
[j]["sentence"].strip())
isstring.append(data_dict["actions"][i]["sentence_def"]
[j]["isstring"])
SampleSentences.append(gather)
self.IsString.append(isstring)
print(SampleSentences)
self.DBSentences = SampleSentences
return SampleSentences
def createContext(node, lang):
lookaheadTags = None
siblingTags = None
parentTags = None
gpTags = None
if "children" in node:
lookaheadTags = []
for child in node["children"]:
if "tags" in child:
lookaheadTags += child["tags"]
if not lookaheadTags == None and len(lookaheadTags) == 0:
lookaheadTags = None
if "parent" in node and "children" in node["parent"]:
siblingTags = []
for child in node["parent"]["children"]:
if "tags" in child and not tagsMatch(child, node, node["parent"],
node["parent"], lang, False,
0, 0):
siblingTags += child["tags"]
if not siblingTags == None and len(siblingTags) == 0:
siblingTags = None
if "parent" in node and "tags" in node["parent"]:
parentTags = node["parent"]["tags"]
if "parent" in node and "parent" in node["parent"] and "tags" in node[
"parent"]["parent"]:
gpTags = node["parent"]["parent"]["tags"]
return context.Context(lang, lookaheadTags, siblingTags, parentTags,
gpTags)
def get_contexts(self):
"""
Generate a list of contexts based on configuration and
test requirements
"""
reqs = req.Requirements()
if not reqs.check_if_all_requirements_are_met(self.tc):
return []
conf_params = self._get_configured_params()
common_params = self._get_common_params()
ctx_elem_names = list(conf_params.keys()) + list(common_params.keys())
builds = self._get_builds()
# Generate cartesian product of builds and context elements.
# Each element of the product serves as a base for the separate
# context in which the test is run
ctx_params = itertools.product(builds, *conf_params.values(),
*common_params.values())
ctxs = []
for cp in ctx_params:
build = cp[0]
ctx_elems = dict(zip(ctx_elem_names, cp[1:]))
c = ctx.Context(build, **ctx_elems)
c.cwd = self.tc.cwd
ctxs.append(c)
return ctxs
def prim_proc(compiler, source):
proc_name = pycode.name('proc')
tpl = 'def %s(%s_in):\n return $#\n%s' % (proc_name, proc_name, proc_name)
with context.Context():
proc_compiler = proc.Compiler(compiler)
return pycode.create(tpl,
proc_compiler.compile(proc_name + '_in', source))
def _internal_simple(path, project_bases, user, root_dir, rietveld_obj):
"""Generates a PendingManager commit queue for chrome/trunk/tools/build."""
local_checkout = checkout.SvnCheckout(
root_dir,
os.path.basename(path),
user,
None,
'svn://svn.chromium.org/chrome/trunk/' + path,
[chromium_copyright.process])
context_obj = context.Context(
rietveld_obj,
local_checkout,
async_push.AsyncPush(
'https://chromium-status.appspot.com/cq',
_chromium_status_pwd(root_dir)))
verifiers_no_patch = [
project_base.ProjectBaseUrlVerifier(project_bases),
reviewer_lgtm.ReviewerLgtmVerifier(
_get_chromium_committers(),
[re.escape(user)]),
]
verifiers = [
presubmit_check.PresubmitCheckVerifier(context_obj, timeout=900),
]
return pending_manager.PendingManager(
context_obj,
verifiers_no_patch,
verifiers)
def execute(arguments, ui=user_interface.CLI, brk=broker.Broker()):
""" Execute ftw_compatible_tool.
Arguments:
- arguments: A string list fo the arguments for pywb.
- ui: A class inherited from user_interface.Interactor.
This will be used for output and interaction.
- brk: A Broker object.
Pass this into execute if you have your own subscriber or publisher.
"""
ctx = context.Context(brk, delimiter=traffic.Delimiter("magic"))
ui = ui(ctx)
brk.publish(broker.TOPICS.SHOW_UI, "welcome")
brk.publish(broker.TOPICS.SHOW_UI, "tutorial")
traffic.RawRequestCollector(ctx)
traffic.RawResponseCollector(ctx)
traffic.RealTrafficCollector(ctx)
log.LogCollector(ctx)
base.Base(ctx)
args = parse(arguments)
database.Sqlite3DB(ctx, args.database)
if args.interact:
ui.interact()
else:
commands = args.execute.strip().split("|")
for command in commands:
brk.publish(broker.TOPICS.COMMAND, *tuple(shlex.split(command)))
def obtener_contexto_desde_configuracion(cp):
"""
Genera un objeto Context desde los parámetros de configuración.
:param cp: parámetros de configuración
"""
ctx = context.Context()
ctx.home = DBMANAGER_HOME
ctx.version = DBMANAGER_VERSION
ctx.instancia = cp.get("TDI", "cola")
ctx.url = ("%s/tdi/AMMForm?" % cp.get("TDI", "url_formatos"))
ctx.queue = cp.get("TDI", "cola")
ctx.user = cp.get("TDI", "user")
ctx.password = cp.get("TDI", "password")
ctx.batch_size = cp.get("TDI", "batch_size")
ctx.client = pymongo.MongoClient(cp.get("MONGO", "uri"))
ctx.db = ctx.client.get_database(cp.get("MONGO", "db"))
ctx.debug = cp.getint("MONGO", "debug")
ctx.sql_engine = sqlalchemy.create_engine(cp.get("SQL", "uri"),
pool_pre_ping=True,
pool_recycle=int(
cp.get("SQL", "recycle")))
ctx.sql_metadata = sqlalchemy.MetaData(bind=ctx.sql_engine)
ctx.amqp_dbmanager = cp.get("AMQP", "dbmanager")
ctx.amqp_monitor = cp.get("AMQP", "monitor")
return ctx
def clear(self):
self.coordinates = np.empty((0,2), np.float64)
self.speedinfo = np.empty((0,2), np.float64)
self.imu_values = np.empty((0,9), np.float64)
self.context = context.Context()
self.framesMeta = []
self.annotCars = []
def setUp(self):
super(TestCase, self).setUp()
self.mock(breakpad, 'SendStack', self._send_stack_mock)
self.context = context.Context(RietveldMock(self),
SvnCheckoutMock(self),
AsyncPushMock(self))
self.pending = pending_manager.PendingCommit(42, '*****@*****.**',
[], 23, '', 'bleh', [])
def make_context(self, name_type_values_triples):
num_rows = len(name_type_values_triples[0][2])
# The constructor does all relevant invariant checks, so we don't have
# to do that here.
return context.Context(
num_rows,
collections.OrderedDict(
((None, name), context.Column(col_type, values))
for name, col_type, values in name_type_values_triples), None)
def _init_context(self, **ctx_params):
"""Initialize context class using provided parameters"""
fs = ctx_params['fs'](self.config)
build = ctx_params['build'](self.config)
return ctx.Context(self,
self.config,
fs=fs,
build=build,
valgrind=self.valgrind)
def empty_context_from_select_fields(self, select_fields):
return context.Context(
0,
collections.OrderedDict((
(None, select_field.alias),
# TODO(Samantha): This shouldn't just be nullable
context.Column(type=select_field.expr.type,
mode=tq_modes.NULLABLE,
values=[])) for select_field in select_fields),
None)
def check(self, ast):
try:
pairs = self.analyze([C.Context()], ast)
state = C.State([s for s, _ in pairs])
return U.verify(state)
except (ValueError, CheckError, T.UnificationError) as e:
if not self.careful and 'Unsatisfiable constraint' in str(e):
self.carefully().check(ast)
else:
raise
def main():
signal.signal(signal.SIGTERM, signal_handler)
signal.signal(signal.SIGQUIT, signal_handler)
initialize_logging()
ctx = context.Context(initialize_configuration())
logging.debug("initializing")
ctx.load_blocks()
try: ctx.event_loop()
except KeyboardInterrupt:
logging.debug("received interrupt signal, stopping")
logging.debug("exiting")
def deserialize_context(self, ctxt):
rpc_ctxt_dict = ctxt.copy()
user_id = rpc_ctxt_dict.pop('user_id', None)
if not user_id:
user_id = rpc_ctxt_dict.pop('user', None)
tenant_id = rpc_ctxt_dict.pop('tenant_id', None)
if not tenant_id:
tenant_id = rpc_ctxt_dict.pop('project_id', None)
return context.Context(user_id,
tenant_id,
load_admin_roles=False,
**rpc_ctxt_dict)
def evaluate_select_fields(self, select_fields, ctx):
"""Evaluate a table result given the data the fields have access to.
Arguments:
select_fields: A list of typed_ast.SelectField values to evaluate.
context: The "source" context that the expressions can access when
being evaluated.
"""
return context.Context(
ctx.num_rows,
collections.OrderedDict(
self.evaluate_select_field(select_field, ctx)
for select_field in select_fields), None)
def _prepare(self):
self.base = self.psp + 0x10
if self.symbols:
logger.debug("loading symbols from %s at %04X", self.symbols,
self.base)
self.ctx = context.Context()
self.ctx.loadSymbols(self.symbols, self.base)
try:
self.dseg = self.ctx.var("__SEG__DATA0")
except Exception:
self.dseg = None
self.dbox = dosbox.Dosbox()
self.loaded()
def setUp(self):
super(TestCase, self).setUp()
self.mock(breakpad, 'SendStack', self._send_stack_mock)
self.context = context.Context(
RietveldMock(self), SvnCheckoutMock(self), AsyncPushMock(self), False)
self.pending = pending_manager.PendingCommit(
issue=42,
owner='*****@*****.**',
reviewers=[],
patchset=23,
base_url='',
description=u'bleh',
messages=[])