def query(self):
query = self.maker.query()
join_on = []
for x in self.xaxis:
name = random_field()
join_on.append(name)
x = x.label(name)
query.append_column(x)
query = query.group_by(Column(x.name))
name = random_field()
column = Visitor(self._column).visit()
query.append_column(column.label(name))
field = random_field()
query = query.alias(random_table())
self._query.append_column(column.label(field))
if self.attr('result_type') == 'rate':
value = (Column(field) - query.columns[name]) / query.columns[name]
else:
value = Column(field) - query.columns[name]
self.maker.add_value(value)
self.maker.add_join(query, [
query.columns.get(name) == Column(self.maker.xalias[i])
for i, name in enumerate(join_on)
])
return self._query
def tryout(self, d):
examplevisitor = Visitor()
attracties = [5, 8, 10, 22, 26, 1, 0, 4]
permutatie = examplevisitor.calculate(lijstvanattracties=attracties,
dataclass=d,
generations=100)
print(permutatie)
def insertVisitor(self, input_file):
f = open(input_file, 'r')
lines = f.readlines()
count = 0
for line in lines:
try:
# process each line
info = line.strip().split(',')
name = info[0].split(' ', 1) # split by first occurrence only
first_name = name[0].strip()
last_name = ''
if (len(name) == 2):
# if user has first name only
last_name = name[1].strip()
visitorObj = Visitor(first_name, last_name, info[1].strip(),
info[2].strip(), info[3].strip(),
info[4].strip())
date_of_visit = visitorObj.getDateOfVisit()
if (self.__today is None or self.__today < date_of_visit):
# today is the latest date
self.__today = date_of_visit
self.__parkStorage.insert(visitorObj)
count += 1
except Exception as error:
print('error occurred while insertig visitor', error)
self.__output.writelines([
"\n---------- insert ----------\nTotal visitors detailed entered: ",
str(count), "\n-----------------------------\n"
])
f.close()
def main(argv):
input_stream = FileStream(argv[1])
lexer = c2llvmLexer(input_stream)
stream = CommonTokenStream(lexer)
parser = c2llvmParser(stream)
tree = parser.prog()
v = Visitor()
v.visit(tree)
if (len(argv) == 3):
print(v.module, file=open(argv[2], 'w'))
print(v.module)
def test():
path = os.getcwd() + "/results "
if not os.path.isdir(path):
os.mkdir(path)
for j in os.listdir("tests"):
text = open("tests/" + j, "r")
i = text.read()
print(i)
v = Visitor()
v.start(str(i))
logger = v.get_logger()
logger.printx()
def register_visitor(self, name, surname, tariff, comment) -> int:
""" Записывает в таблицу посетителя с именем name, фамилией surname, тарифом tariff
и опционально с комментарием, возвращает идентификатор нового посетителя"""
# Корректность значения tariff гарантируется.
visitor = Visitor(name, surname, float(tariff), comment)
insert_visit_response = self.service.spreadsheets().values().append(
spreadsheetId=self.spreadsheet_id,
range="A1:H1",
valueInputOption="USER_ENTERED",
body=self.__get_insert_visit_request(visitor)).execute()
# Получение номера последней строки.
last_row_index = int(insert_visit_response['updates']
['updatedRange'].split(':')[-1][1:])
# Запрос на копирование формул.
self.service.spreadsheets().batchUpdate(
spreadsheetId=self.spreadsheet_id,
body=self.__get_formula_expansion_request(
last_row_index)).execute()
# Возвращаем номер последней строки в качестве идентификатора посетителя.
return last_row_index
def parse(filename, debug=False):
with open(filename) as file:
contents = file.read()
parser = ParserPEG(calc_grammar, "start", True)
parse_tree = parser.parse(contents)
visitor = Visitor(debug=debug)
result = visit_parse_tree(parse_tree, visitor )
#Try to get if we found anything or not
if ( visitor.functions or visitor.classes):
print (visitor.namespace )
return visitor
print ("Empty")
return None
def start_visitor(self, module_name, index_gpx):
track_seg = self.gpxs[index_gpx].track.track_segment
v = Visitor(track_seg)
N = len(self.loaded_modules)
for i in range(N):
if module_name == self.active_modules[i].module_name:
self.active_modules[i].accept(v)
def _run_checker(checker, mode, set_of_files):
if mode == 'full':
files = core.get_files(set_of_files)
else:
files = core.get_files(set_of_files, checker.get_pattern_hint())
if not files:
cnf = 'Could not find any problem related to '
cnf += checker.get_problem_type().lower()
sys.stderr.write(cnf + '\n')
else:
print __current_wip(checker, files)
visitor = Visitor(checker)
index = Index.create()
for c_file in files:
root = index.parse(c_file, options=TranslationUnit.PARSE_DETAILED_PROCESSING_RECORD)
ReportBlocker.blocked_lines = []
visitor.visit(root.cursor, c_file)
def table(self):
import copy
from visitor import Visitor
root = self.expr.get('root', {})
table = copy.deepcopy(root.get('from'))
if table:
table['key'] = 'from'
return Visitor(table).visit()[0]
def xaxis(self):
from visitor import Function
result = []
for x in self.maker.xaxis:
v = Visitor(x).visit()
if not Function.accept(x):
result.append(v)
continue
result.append(self.next_time(x))
return result
def main(ctx, **argv):
verbosity = argv.pop("verbosity").upper()
logging.basicConfig(format='%(asctime)s %(message)s', level=verbosity)
token = argv.pop("token", None)
ctx.obj = Context()
ctx.obj.visitor = Visitor(token=token)
def parseRegex(str):
#print(str)
stream = InputStream(str)
lexer = rGexLexer(stream)
stream = CommonTokenStream(lexer)
parser = rGexParser(stream)
tree = parser.regex()
printer = Visitor()
walker = ParseTreeWalker()
walker.walk(printer, tree)
return printer.stack.pop()
def simulateVisits(self, totalvisitors, proportionthatuseapp, dataclass):
# let's assume for a second that everyone arrives at 8u30 but is active at 8
listofvisitors = [
Visitor() for j in range(int(proportionthatuseapp * totalvisitors))
]
for i in listofvisitors:
print(i.__class__)
amountofusers = proportionthatuseapp * totalvisitors
list = [0 for i in range(10)]
list[0] = 1.3
list[1] = 0.6
list[2] = 0.6
list[3] = 0.5
list[4] = 0.5
list[5] = 0.6
list[6] = 0.4
list[7] = 0.4
list[8] = 0.1
list[9] = 0.1
timeline = [0 for x in range(10000)]
for i in range(10):
clicks = int(list[i] * amountofusers)
# add clicks in random places
for k in range(clicks):
timeline[random.randint(i * 1000, i * 1000 + 999)] += 1
for j in range(10000):
currenttime = j / 10000 * 118
for i in range(timeline[j]):
# take random visitor and make him click ;)
vis = listofvisitors[random.randint(0, amountofusers)]
amountofattractions = random.normalvariate(15, 2)
listofattractions = []
for kl in range(int(amountofattractions)):
r = random.randint(0, 27)
if r not in listofattractions:
listofattractions.append(r)
# oldstartinglocation, oldstartinghour, oldpermutation, newstartinghour
currentlocation = dataclass.getcurrentlocation(
vis.locatie, vis.hourofstart, vis.permutatie, currenttime)
vis.calculate(locatie=currentlocation,
lijstvanattracties=listofattractions,
uur=currenttime,
dataclass=dataclass,
generations=200)
return
def main(debug=False):
filename = sys.argv[1]
#debug = bool(sys.argv[2])
with open(filename) as file:
contents = file.read()
#print (contents)
# # An expression we want to evaluate
input_expr = """class Application extends Container implements HttpKernelInterface, TerminableInterface, ResponsePreparerInterface {
"""
# input_expr = input
input_expr = contents
if not input_expr:
return None
# First we will make a parser - an instance of the calc parser model.
# Parser model is given in the form of PEG notation therefore we
# are using ParserPEG class. Root rule name (parsing expression) is "calc".
parser = ParserPEG(calc_grammar, "start", True)
# Then parse tree is created out of the input_expr expression.
parse_tree = parser.parse(input_expr)
visitor = Visitor(debug=debug)
result = visit_parse_tree(parse_tree, visitor )
print (visitor.namespace )
#print (visitor.classes )
#print (visitor.functions )
# analyseASG( parser, input, Visitor(), True, False )
# Then parse tree is created out of the input_expr expression.
#parse_tree = parser.parse(input_expr)
#result = parser.getASG(sem_actions)
#print( parse_tree )
#print( result )
if debug:
# getASG will start semantic analysis.
# In this case semantic analysis will evaluate expression and
# returned value will be evaluated result of the input_expr expression.
# Semantic actions are supplied to the getASG function.
print("{} = {}".format(input_expr, result))
def query(self):
columns = Visitor({'list': self._column['operands']}).visit()
for col in columns:
self._query = self._query.group_by(col)
count = func.count(text('1'))
self._query.append_column(count.label('count_num'))
self._query.append_column(
case([(count > text('1'), count)],
else_=text('0')).label('repeat_num'))
query = select().select_from(self._query.alias('repeat_table'))
for name in self.maker.xalias:
query = query.group_by(Column(name))
query.append_column(Column(name))
query.append_column(
func.sum(Column('repeat_num')) / func.sum(Column('count_num')))
return query
def new_visitor(sorting=False, data=None, extra_data=None):
if data is None:
data = {'a-b': 'ab', 'b-c': 'bc'}
g = load_graph('test-visitor', data)
record = AttrDict()
record.visited = []
record.origins = {}
def tf(d):
return extra_data
def vf(data, iteration, origin, steps):
if data.nid in record.visited:
verb("This node was already visited.")
return False
verb("This node not visited yet.")
record.visited.append(data.nid)
record.origins[data.nid] = origin
return True
v = Visitor(g, tf, vf, sorting=sorting)
return v, g, record
def main():
parser = argparse.ArgumentParser(description='Tag Music Files.')
parser.add_argument('root',
help='Root path for files to tag.')
parser.add_argument('--freezefile',
help='Freeze the data from the initial read to this file.')
parser.add_argument('--extensions', nargs='+',
default=['mp3', 'm4a', 'm4p'],
help="List of extensions to search for.")
parser.add_argument('--logfile',
help='Log for tag logging data.')
args = parser.parse_args()
visitor = Visitor(args.extensions)
if args.freezefile and exists(args.freezefile):
visitor.thaw(args.freezefile)
else:
visitor.find_files(args.root)
print("Found a total of {} {} files.".format(visitor.count, visitor.type))
if args.logfile:
with open(args.logfile, 'w') as fp:
visitor.tagall(logfp=fp)
else:
visitor.tagall()
if args.freezefile:
visitor.freeze(args.freeze)
def __init__(self, replaceRootConstruct):
Visitor.__init__(self)
self._store = {}
self._fop = None
self.__currentConstructAccessor = [ (replaceRootConstruct, None) ]
def db_updatevisitor(v: Visitor):
cur.execute('UPDATE Visitors SET \
fname=?, lname=?, gender=?, dob=?, mobile=?, email=? \
WHERE id = ?' ,\
(v.fname, v.lname, v.gender, v.get_strdob(), v.mobile, v.email, v.id))
cur.execute('SELECT last_insert_rowid()')
v.id = cur.fetchone()[0]
def db_updatevisitor(v: Visitor):
cur.execute('UPDATE Visitors SET \
fname=?, lname=?, gender=?, dob=?, mobile=?, email=? \
WHERE id = ?' ,\
(v.fname, v.lname, v.gender, v.get_strdob(), v.mobile, v.email, v.id))
def db_insertvisit(d: Visit):
cur.execute('INSERT INTO Visits (indate, outdate, paid, firstvisit) \
VALUES (?, ?, ?, ?)' ,\
(d.get_strin(), d.get_strout(), d.get_strpaid(), d.get_strisFirstVisit()))
cur.execute('SELECT last_insert_rowid()')
d.id = cur.fetchone()[0]
db_init()
visitor1 = Visitor('Anishka', 'Patel', datetime.today(), 'M', '87459712351',
'*****@*****.**')
visit1 = Visit(datetime.today(), datetime.today())
db_insertvisitor(visitor1)
db_insertvisit(visit1)
conn.commit()
conn.close()
visitor1.toConsole()
visit1.toConsole()
def render(self, context):
v = Visitor(context)
return v.visit(self._tree)
from que import Queue
from visitor import Visitor
from oper import Operator, OperatorType
import random
queue = Queue()
operator1 = Operator('Bob', [OperatorType.PAYTAX, OperatorType.OPENBIS], queue)
operator2 = Operator('Bib', [OperatorType.OPENBIS, OperatorType.ASKQUESTION],
queue)
operator3 = Operator('Bub', [OperatorType.PAYTAX, OperatorType.ASKQUESTION],
queue)
for i in range(20):
visitor = Visitor(OperatorType(random.randint(1, 3)))
queue.addVisitor(visitor)
def db_insertvisitor(v: Visitor):
cur.execute('INSERT INTO Visitors (fname, lname, gender, dob, mobile, email) \
VALUES (?, ?, ?, ?, ?, ?)' ,\
(v.fname, v.lname, v.gender, v.get_strdob(), v.mobile, v.email))
cur.execute('SELECT last_insert_rowid()')
v.id = cur.fetchone()[0]
def __init__(self):
self.printer = Visitor()
st.beginScope('main')
if __name__ == '__main__':
# adding test file name as command line argument
argParser = argparse.ArgumentParser()
argParser.add_argument('testFileName')
args = argParser.parse_args()
testFileName = args.testFileName
try:
with open(testFileName, 'r') as testFile:
testFileData = testFile.readlines()
except FileNotFoundError:
print('Error: test file {} does not exist'.format(testFileName))
sys.exit()
lexer = Lexer()
tokens = lexer.lex(testFileData)
verbose = True
parser = Parser(verbose)
parser.parse(tokens)
ast = parser.AST
print(parser.AST.equations)
visiteur = Visitor()
visiteur.doIt(ast)
print(visiteur.Liste_variable)
print("Nombre d'équations : ", visiteur.nb_eqs)
visiteur.solveSystem(parser)
def function(self):
from visitor import Visitor
return Visitor(self.expr['operands'][0]).visit()
import os
import threading
from time import time, sleep
import settings
from log_etl import Log
from visitor import Visitor
start = time()
log = Log(os.path.join(os.path.dirname(__file__),'data/data.txt'))
v = Visitor(settings.TARGET_HOST)
for data in log.etl():
elapsed = time()-start
if ((data['time']-log.start) > (elapsed * settings.SPEED)):
sleep((data['time']-log.start)-(elapsed * settings.SPEED))
while (threading.activeCount() > settings.THREAD_LIMIT):
print "Threading limit reached. Sleeping..."
sleep(settings.THREAD_LIMIT_SLEEP)
v.visit(data['url'])
v.close()
log.close()
print("Total requests %s (aprox: %s / thread)" %
(payload_size, payload_size / threads))
database_name = urlparse.urlparse(target).hostname
manager = DBManager(database_name)
#
# Starting Manager and Payload processes
#
payload.daemon = True
manager.daemon = True
payload.start()
manager.start()
Visitor.set_discriminator(discriminator)
Visitor.set_banned_location(autodiscriminator_location)
Visitor.set_user_agent(user_agent)
Visitor.set_proxy(proxy)
Visitor.set_authentication(authentication)
Visitor.set_requests(request_type)
if size_discriminator:
Visitor.set_size_discriminator(size_discriminator)
if request_delay:
Visitor.set_delay(request_delay)
thread_pool = []
for number in range(0, threads + 1):
v = Visitor(number, payload, manager.get_results_queue())
thread_pool.append(v)
v.daemon = True
def addVisitor(self, visitor, trips):
self.visitors.append(Visitor(visitor, trips))
database_name = urlparse.urlparse(target).hostname
manager = DBManager(database_name)
#
# Starting Manager and Payload processes
#
payload.daemon = True
manager.daemon = True
payload.start()
manager.start()
# Give payload and manager time to get ready
time.sleep(1)
try:
Visitor.set_discriminator(discriminator)
Visitor.set_banned_location(autodiscriminator_location)
Visitor.set_user_agent(user_agent)
Visitor.set_proxy(proxy)
Visitor.set_authentication(authentication)
Visitor.set_requests(request_type)
if size_discriminator:
Visitor.set_size_discriminator(size_discriminator)
if request_delay:
Visitor.set_delay(request_delay)
for number in range(0, threads + 1):
v = Visitor(number, payload, manager.get_results_queue())
v.daemon = True
v.start()
while len(multiprocessing.active_children()) > 1:
def __get_insert_visit_request(
self,
visitor: Visitor,
):
""" Возвращает тело запроса для добавления посетителя в таблицу """
return {"majorDimension": "ROWS", "values": [visitor.get_sheet_row()]}
def accept(self, visitor: Visitor):
visitor.visit(self.construct_name, self)
def accept(self, visitor: Visitor, *args, **kwargs):
return visitor.visit(self, *args, **kwargs)