def test_class_condition_satisfied_by_instances(self):
class A: pass
isAnA = Condition(A)
anA = A()
self.assertTrue(isAnA.matches(anA))
def test_class_condition_not_satisfied_by_instances_of_supertypes(self):
class A: pass
class B(A): pass
isAB = Condition(B)
anA = A()
self.assertFalse(isAB.matches(A))
def test_class_condition_satisfied_by_instances_of_subtypes(self):
class A: pass
class B(A): pass
isAnA = Condition(A)
aB = B()
self.assertTrue(isAnA.matches(aB))
def __parse( self ):
with open( self.file_name, 'r' ) as result_file:
result_reader = csv.DictReader( result_file, delimiter=',')
for row in result_reader:
topic = Topic.create_or_update( row['topic'] )
user = User.create_or_update( row['userid'] )
condition = Condition.create_or_update( row['condition'] )
autocomplete = row['autocomplete_used'] == 1
query = Query.create_or_update( row['queryid'], topic = topic, user = user, condition = condition, autocomplete = autocomplete, query_text = row['terms'], precision = self.__build_precision_dict( row ) )
def process_submission(self, sms, sub_type, return_submission=False):
"""Método que realiza o processamento de submissões novas e retorna uma resposta ao usuário"""
# Defaults
submission_status = Submission.NOT_CONFIRMED if self.requires_confirmation else Submission.CONFIRMED
default_answer = self.ans_default or Config.get("ans_confirmed") \
if not self.requires_confirmation else self.ans_waiting_confirmation
# Form conditions
action, answer, new_value, extra_vars = Condition.process_conditions(self.conditions.all(), sms.text)
if new_value:
sms.text = new_value
if action == Submission.CANCELED and answer:
self.save_submission(sms, action)
return answer
# Fields parsing
text_fields = self.split_fields(sms.text)
if len(text_fields) != self.fields.count():
submission = self.save_submission(sms, Submission.INVALID, text_fields, raw=True)
processed_answer = self.ans_incorrect_num_fields
else:
instance_fields = self.instatiate_fields(text_fields)
# Fields conditions
action, answer = self.process_field_conditions(instance_fields)
if action:
submission_status = action
context = self.get_context(instance_fields)
if context and extra_vars:
context = dict(context.items() + extra_vars.items())
submission = self.save_submission(sms, submission_status, instance_fields, sub_type=sub_type,
context=context)
# Remote server calls
r_answer = submission.remote_process_submission()
if r_answer:
answer = r_answer
else:
if not answer:
answer = self.process_answer_template(default_answer, context)
processed_answer = self.process_answer_template(answer, context)
if return_submission:
return processed_answer, submission
else:
return processed_answer
def __init__(self, file_name): DataFile.__init__(self, file_name) result_file_info = self._get_file_info() self.topic = Topic.create_or_update( result_file_info['topic_id'] ) self.user = User.create_or_update( result_file_info['user_id'] ) self.condition = Condition.create_or_update( result_file_info['condition'] ) self.__create_or_update_session() self.query = Query.create_or_update( result_file_info['query_id'], topic = self.topic, user = self.user, session = self.session ) self.actions = self.__parse() self.topic.add_actions( self.actions ) self.user.add_actions( self.actions ) self.query.add_actions( self.actions ) self.session.add_actions( self.actions ) self.session.add_query( self.query )
def __init__(self, rule_id, from_json=None):
self.id = rule_id
if from_json is None:
from_json = {}
self.scope = from_json.get('scope')
self.name = from_json.get('name')
self.description = from_json.get('description')
self.references = from_json.get('references', [])
cond_dict = from_json.get('condition')
self.condition = Condition(cond_dict) if 'subject' in cond_dict else ConditionSet(cond_dict)
action_dict = from_json.get('actions')
self.actions = Action.from_array(action_dict)
self.last_results = None
def has_class(self, class_name):
return Condition(lambda x: class_name in self.classes)
def is_not_selected(self):
return Condition(ec.element_selection_state_to_be(self.element, False),
self._scope)
def is_clickable(self):
return Condition(ec.element_to_be_clickable(self.locator), self._scope)
def is_visible(self):
return Condition(ec.visibility_of(self.element), self._scope)
def is_present(self):
return Condition(ec.presence_of_element_located(self.locator),
self._scope)
def alert_is_present(self):
return Condition(ec.alert_is_present(), self.driver)
def weather(self, location, num_of_days=2, date='today'):
"""
Try to get forecast for given location.
Location pass one of the following:
City and Town name
Acceptable formats are:
City Name
City Name, State (US only)
City Name, State, Country
City Name, Country
e.g.: q=New+York or q=New+york,ny or q=London,united+kingdom
IP address
e.g.: q=101.25.32.325
UK or Canada Postal Code or US Zipcode
e.g.: q=SW1 or q=90201
Latitude,Longitude (in decimal degree)
e.g.: q=48.834,2.394
Return current condition as :class:`Weather` and forecast as list of :class:`Weather`
"""
path = 'weather'
if isinstance(location, City):
location = '{0},{1},{2}'.format(location.areaName, location.region, location.country)
response = self.__request(path, {
'q':location,
'num_of_days':num_of_days,
'format':self.format,
'date':date,
})
tree = ET.fromstring(response)
if tree.find('error'):
raise Exception(tree.find('error').find('msg').text)
condition = Condition()
for node in tree.find('current_condition').getchildren():
if node.tag == 'observation_time':
utcnow = datetime.utcnow()
source = '{0}-{1}-{2} '.format(
utcnow.year,
utcnow.month,
utcnow.day
) + node.text
date = datetime.strptime(source,'%Y-%m-%d %I:%M %p')
condition.__setattr__(node.tag, date)
continue
condition.__setattr__(node.tag, node.text)
forecast = list()
for node in tree.findall('weather'):
weather = Weather()
for child in node.getchildren():
if child.tag == 'date':
date = datetime.strptime(child.text,'%Y-%m-%d')
weather.__setattr__(child.tag, date)
continue
weather.__setattr__(child.tag, child.text)
forecast.append(weather)
return condition, forecast
def run_test2_steps(self):
"""
Complete: True
Consistent: True
Solution: True
Linearization :
start
move b a table2
move a table0 table1
move d c table0
move c table4 table3
finish
"""
steps, ordering_constraints, causal_links = self.get_parameters(
"test8")
# TODO
steps.append(
Step(2, "move b a table2", [
Condition(True, "clear table2"),
Condition(True, "on b a"),
Condition(True, "clear b")
], [
Condition(True, "on b table2"),
Condition(True, "clear a"),
Condition(True, "clear a")
]))
steps.append(
Step(3, "move c table4 table3", [
Condition(True, "clear table3"),
Condition(True, "on c table4"),
Condition(True, "clear c")
], [
Condition(True, "clear table4"),
Condition(True, "on c table3")
]))
steps.append(
Step(4, "move d c table0", [
Condition(True, "on d c"),
Condition(True, "clear d"),
Condition(True, "clear table0")
], [
Condition(True, "on d table0"),
Condition(True, "clear c"),
Condition(True, "clear c")
]))
steps.append(
Step(5, "move a table0 table1", [
Condition(True, "clear table1"),
Condition(True, "on a table0"),
Condition(True, "clear a")
], [
Condition(True, "clear table0"),
Condition(True, "on a table1")
]))
return steps, ordering_constraints, causal_links
def run_test1_steps(self):
"""
Complete: True
Consistent: True
Solution: True
Linearization:
start
move b a table2
move c d table3
move c table3 b
move a table0 table3
move d table6 table0
finish
"""
steps, ordering_constraints, causal_links = self.get_parameters(
"test2")
# TODO
# fill in missing steps, e.g., steps.append(.....)
steps.append(
Step(2, "move c d table3", [
Condition(True, "clear c"),
Condition(True, "clear table3"),
Condition(True, "on d c")
], [Condition(True, "on c table3"),
Condition(True, "clear d")]))
steps.append(
Step(3, "move c table3 b",
[Condition(True, "clear c"),
Condition(True, "clear b")], [
Condition(True, "clear table3"),
Condition(True, "on a table0"),
Condition(True, "on c b")
]))
steps.append(
Step(4, "move a table0 table3", [
Condition(True, "clear a"),
Condition(True, "clear table3"),
Condition(True, "on a table0")
], [
Condition(True, "clear table0"),
Condition(True, "on a table3")
]))
steps.append(
Step(5, "move d table6 table0", [
Condition(True, "clear table0"),
Condition(True, "on d table6"),
Condition(True, "clear d")
], [
Condition(True, "on d table0"),
Condition(True, "clear table6")
]))
steps.append(
Step(6, "move b a table2", [
Condition(True, "on b a"),
Condition(True, "clear b"),
Condition(True, "clear table2")
], [Condition(True, "clear a"),
Condition(True, "on b table2")]))
return steps, ordering_constraints, causal_links
class Rule(Matcher):
""" A Rule
A rule is a set of condition-sets, which can be nested and in turn contain other condition-sets or actual
conditions. The rule itself has one top-level condition-set which is an "all" condition set.
"""
def __init__(self, rule_id, from_json=None):
self.id = rule_id
if from_json is None:
from_json = {}
self.scope = from_json.get('scope')
self.name = from_json.get('name')
self.description = from_json.get('description')
self.references = from_json.get('references', [])
cond_dict = from_json.get('condition')
self.condition = Condition(cond_dict) if 'subject' in cond_dict else ConditionSet(cond_dict)
action_dict = from_json.get('actions')
self.actions = Action.from_array(action_dict)
self.last_results = None
def json(self):
return json.dumps(self, cls=JSONRuleEncoder)
@classmethod
def load_rules(cls, record=None):
""" Loads all bundled rules """
rules = []
old_results = None
# get old results
if record is not None:
old_results = record.stored_rule_results
# find all files starting with "rule-*.json"
mydir = os.path.realpath(os.getcwd())
for rule_file in glob.glob('rules/rule-*.json'):
rule_id_full = os.path.basename(rule_file)
rule_id = rule_id_full.replace('.json', '').replace('rule-', '')
# load the rule
rule = cls._rule_from_file(rule_id, rule_file)
if rule:
rules.append(rule)
# has it been run against the record before?
if old_results is not None:
rule.last_results = RuleResult.from_json_array(rule, old_results.get(rule.id))
return rules
@classmethod
def rule_named(cls, rule_name):
""" Loads the given rule """
rule = None
filepath = 'rules/rule-%s.json' % rule_name.replace('/', '')
# if the file exists, load the rule
if os.path.exists(filepath):
rule = cls._rule_from_file(rule_name, filepath)
return rule
@classmethod
def _rule_from_file(cls, rule_id, filepath):
""" Load a rule from a given file.
The file must exist, it is not checked! """
rule = None
with open(filepath) as handle:
rule_json = handle.read()
rule = cls(rule_id, json.loads(rule_json))
return rule
# -------------------------------------------------------------------------- Matching and Acting
def match_against(self, record):
""" Runs the rule, stores the run info on the server and returns a flag whether the rule did match.
"""
if record is None:
raise Exception("Can not run rule %s without a record" % self.id)
# run against record
record.prepare_rule_run(self)
flag = self.condition.match_against(record)
results = record.matches_for(self) if flag else None
# store this new result
new_result = RuleResult(self, None, flag, results)
record.store_new_result_for_rule(new_result, self)
return flag
def perform_actions(self, record):
""" Returns an array of result actions """
results = []
for action in self.actions:
result = action.execute_for(record)
if result is not None:
results.append(result)
return results
# -------------------------------------------------------------------------- Utilities
def __unicode__(self):
return '<rule.Rule %s>' % self.name
def __str__(self):
return unicode(self).encode('utf-8')
def __repr__(self):
return str(self)
from step import Step
from condition import Condition
from link import Link
steps = []
steps.append(
Step(0, "start", [], [
Condition(True, "on a table0"),
Condition(True, "on d table6"),
Condition(True, "on b a"),
Condition(True, "on c d"),
Condition(True, "clear b"),
Condition(True, "clear c"),
Condition(True, "clear table2"),
Condition(True, "clear table3"),
Condition(True, "clear table4")
]))
steps.append(
Step(1, "finish", [
Condition(True, "on d table0"),
Condition(True, "on a table3"),
Condition(True, "on b table2"),
Condition(True, "on c b"),
Condition(True, "clear table6")
], []))
causal_links = []
causal_links.append(Link(0, 6, Condition(True, "clear b")))
causal_links.append(Link(0, 6, Condition(True, "on b a")))
causal_links.append(Link(0, 6, Condition(True, "clear table2")))
causal_links.append(Link(0, 2, Condition(True, "clear c")))
causal_links.append(Link(0, 2, Condition(True, "on d c")))
from step import Step from condition import Condition from link import Link steps = [] steps.append(Step(0, "start", [], [Condition(True, "on a table0"), Condition(True, "on d a"), Condition(True, "on c d"), Condition(True, "on b table1"), Condition(True, "clear c"), Condition(True, "clear b"), Condition(True, "clear table2")])) steps.append(Step(1, "finish", [Condition(True, "on c table2"), Condition(True, "on d c"), Condition(True, "on b d"), Condition(True, "on a b"), Condition(True, "clear a"), Condition(True, "clear table0"), Condition(True, "clear table1")], [])) steps.append(Step(2, "move c d table2", [Condition(True, "on c d"), Condition(True, "clear c"), Condition(True, "clear table2")], [Condition(True, "clear d"), Condition(False, "clear table2"), Condition(True, "on c table2")])) steps.append(Step(3, "move d a c", [Condition(True, "on d a"), Condition(True, "clear d"), Condition(True, "clear c")], [Condition(True, "clear a"), Condition(True, "on d c"), Condition(False, "clear c")])) steps.append(Step(4, "move b table1 d", [Condition(True, "on b table1"), Condition(True, "clear b"), Condition(True, "clear d")], [Condition(True, "clear table1"), Condition(False, "clear d"), Condition(True, "on b d")])) steps.append(Step(5, "move a table0 b", [Condition(True, "on a table0"), Condition(True, "clear a"), Condition(True, "clear b")], [Condition(True, "clear table0"), Condition(False, "clear b"), Condition(True, "on a b")])) ordering_constraints = [] ordering_constraints.append([0, 1, 2, 3, 4, 5]) ordering_constraints.append([2, 1, 3, 4, 5]) ordering_constraints.append([3, 1, 4, 5]) ordering_constraints.append([4, 1, 5]) ordering_constraints.append([5, 1]) causal_links = [] causal_links.append(Link(2, 1, Condition(True, "on c table2"))) causal_links.append(Link(3, 1, Condition(True, "on d c"))) causal_links.append(Link(4, 1, Condition(True, "on b d"))) causal_links.append(Link(5, 1, Condition(True, "on a b"))) causal_links.append(Link(3, 1, Condition(True, "clear a"))) causal_links.append(Link(5, 1, Condition(True, "clear table0"))) causal_links.append(Link(4, 1, Condition(True, "clear table1"))) causal_links.append(Link(0, 2, Condition(True, "on c d"))) causal_links.append(Link(0, 2, Condition(True, "clear c"))) causal_links.append(Link(0, 2, Condition(True, "clear table2"))) causal_links.append(Link(0, 3, Condition(True, "on d a")))
def setUp(self):
self.condition = Condition("Condition1", [], "name", -1, 0)
self.symptom = Symptom("name", 0, 0, [self.condition], [],
"description")
def p(x):
return x
def q(x):
return -1
def f(x):
return 0
y, z, x = sympy.symbols('y,z,x')
section = [0, 1]
count_point = 5
step = (section[1] - section[0]) / count_point
alpha, betta, y_0 = 1, 0, 1
delta, gamma, y_1 = 2, 1, 0
cond_a = Condition(alpha, betta, y_0, TYPE_A, y, z)
cond_b = Condition(delta, gamma, y_1, TYPE_B, y, z)
parametrs_method = {
'step': step,
'section': section,
}
method = FiniteDifferenceMethod(**parametrs_method)
parametrs_solve = {
'p': p,
'f': f,
'q': q,
'cond_a': cond_a,
'cond_b': cond_b,
'x': x,
'y': y
def run_test1_causal_links(self):
"""
Complete: True
Consistent: True
Solution: True
Linearization:
Start
move a b table1
move b table0 a
Finish
"""
steps, ordering_constraints, causal_links = self.get_parameters(
"test3")
# TODO
# fill in missing causal_links, e.g., causal_links.append(.....)
causal_links.append(Link(0, 3, Condition(True, "clear a")))
causal_links.append(Link(0, 3, Condition(True, "on b table0")))
causal_links.append(Link(0, 2, Condition(True, "clear table1")))
causal_links.append(Link(0, 2, Condition(True, "clear a")))
causal_links.append(Link(0, 2, Condition(True, "on a b")))
causal_links.append(Link(2, 3, Condition(True, "clear a")))
causal_links.append(Link(2, 3, Condition(True, "on b table0")))
causal_links.append(Link(2, 3, Condition(True, "clear b")))
causal_links.append(Link(2, 1, Condition(True, "clear b")))
causal_links.append(Link(3, 1, Condition(True, "on b a")))
causal_links.append(Link(3, 1, Condition(True, "clear b")))
return steps, ordering_constraints, causal_links
def process_confirmation_conditions(self, message):
"""Processa as condições em caso de mensagem de confirmação de envio"""
return Condition.process_conditions(self.confirmation_conditions.all(), message)
def run_test2_causal_links(self):
"""
Complete: True
Consistent: True
Solution: True
Linearization:
start
move a b table2
move b table0 c
move a table2 b
finish
"""
steps, ordering_constraints, causal_links = self.get_parameters(
"test19")
# TODO
# fill in missing causal_links, e.g., causal_links.append(.....)
causal_links.append(Link(0, 1, Condition(True, "on c d")))
causal_links.append(Link(0, 1, Condition(True, "on d table1")))
causal_links.append(Link(0, 1, Condition(True, "clear a")))
causal_links.append(Link(0, 3, Condition(True, "on a b")))
causal_links.append(Link(0, 3, Condition(True, "clear a")))
causal_links.append(Link(0, 3, Condition(True, "clear table2")))
causal_links.append(Link(0, 4, Condition(True, "on b table0")))
causal_links.append(Link(0, 4, Condition(True, "clear c")))
causal_links.append(Link(3, 4, Condition(True, "clear b")))
causal_links.append(Link(3, 5, Condition(True, "on a table2")))
causal_links.append(Link(3, 5, Condition(True, "clear b")))
causal_links.append(Link(4, 1, Condition(True, "on b c")))
causal_links.append(Link(4, 1, Condition(True, "clear table0")))
causal_links.append(Link(5, 1, Condition(True, "on a b")))
causal_links.append(Link(5, 1, Condition(True, "clear table2")))
return steps, ordering_constraints, causal_links
def test_add_preexisting_condition(self):
cond = Condition("Runny nose and sneezing", [], "flu", 19283, 0)
self.assertEqual([], self.user.getPreExistingConditions())
self.user.addPreExistingCondition(cond)
self.assertEqual(cond, self.user.getPreExistingConditions()[0])
from step import Step from condition import Condition from link import Link steps = [] steps.append(Step(0, "start", [], [Condition(True, "on e table3"), Condition(True, "on a b"), Condition(True, "on b table0"), Condition(True, "on c d"), Condition(True, "on d table1"), Condition(True, "clear a"), Condition(True, "clear c"), Condition(True, "clear table2")])) steps.append(Step(1, "finish", [Condition(True, "on e table2"), Condition(True, "on a b"), Condition(True, "on b c"), Condition(True, "on c d"), Condition(True, "on d table1"), Condition(True, "clear a"), Condition(True, "clear table0")], [])) steps.append(Step(3, "move a b table2", [Condition(True, "on a b"), Condition(True, "clear a"), Condition(True, "clear table2")], [Condition(True, "on a table2"), Condition(True, "clear b"), Condition(False, "clear table2"), Condition(False, "on a b")])) steps.append(Step(4, "move b table0 c", [Condition(True, "on b table0"), Condition(True, "clear c"),Condition(True, "clear b")], [Condition(True, "on b c"), Condition(True, "clear table0"), Condition(False, "clear c")])) steps.append(Step(5, "move a table2 b", [Condition(True, "clear b"), Condition(True, "on a table2")], [Condition(True, "on a b"), Condition(False, "clear b"), Condition(True, "clear table2")])) steps.append(Step(6, "move e table3 table2", [Condition(True, "on e table3"),Condition(True, "clear table2")], [Condition(True, "on e table2")])) ordering_constraints = [] ordering_constraints.append([5, 6]) causal_links = [] causal_links.append(Link(0, 3, Condition(True, "on a b"))) causal_links.append(Link(0, 3, Condition(True, "clear a"))) causal_links.append(Link(0, 3, Condition(True, "clear table2"))) causal_links.append(Link(0, 4, Condition(True, "on b table0"))) causal_links.append(Link(0, 4, Condition(True, "clear c"))) causal_links.append(Link(3, 4, Condition(True, "clear b"))) causal_links.append(Link(3, 5, Condition(True, "clear b"))) causal_links.append(Link(3, 5, Condition(True, "on a table2"))) causal_links.append(Link(5, 1, Condition(True, "on a b"))) causal_links.append(Link(4, 1, Condition(True, "on b c"))) causal_links.append(Link(0, 1, Condition(True, "on c d"))) causal_links.append(Link(0, 1, Condition(True, "on d table1"))) causal_links.append(Link(0, 1, Condition(True, "clear a"))) causal_links.append(Link(4, 1, Condition(True, "clear table0"))) causal_links.append(Link(0, 6, Condition(True, "clear table2"))) causal_links.append(Link(0, 6, Condition(True, "on e table3"))) causal_links.append(Link(6, 1, Condition(True, "on e table2")))
def new_window_is_opened(self, current_handles=None):
return Condition(
ec.new_window_is_opened(current_handles
or self.driver.window_handles),
self.driver)
from step import Step
from condition import Condition
from link import Link
steps = []
steps.append(
Step(0, "start", [], [
Condition(True, "on a b"),
Condition(True, "on b table0"),
Condition(True, "on c d"),
Condition(True, "on d table1"),
Condition(True, "clear a"),
Condition(True, "clear c"),
Condition(True, "clear table2")
]))
steps.append(
Step(1, "finish", [
Condition(True, "on a b"),
Condition(True, "on b c"),
Condition(True, "on c d"),
Condition(True, "on d table1"),
Condition(True, "clear a"),
Condition(True, "clear table0"),
Condition(True, "clear table2")
], []))
steps.append(
Step(3, "move a b table2", [
Condition(True, "on a b"),
Condition(True, "clear a"),
Condition(True, "clear table2")
], [
def is_stale(self):
return Condition(ec.staleness_of(self.element), self._scope)
def __init__(self, json):
self.temperature_unit = TemperatureUnit(json["units"]["temperature"])
self.condition = Condition(json["item"]["condition"])
self.location = Location(json["location"])
def is_invisible(self):
return Condition(ec.invisibility_of_element(self.element), self._scope)
def do_GET(self):
self._set_headers()
if self.path.startswith('/?'):
path = parse.urlparse(self.path[2:]).path
path = parse.unquote_plus(path)
entries = {}
package = False
for entry in path.split('&'):
a = entry.split('=')
if a[0] == 'extras[]':
if 'package' in a[1]:
package = True
continue
entries[a[0]] = a[1] if not a[1].isdecimal() else int(a[1])
conditions = Condition.create_conditions(entries)
timestamp = datetime.now().strftime('%y%m%d_%H%M%S')
log = open(timestamp + '.txt', 'w')
log.write(pprint.pformat(conditions) + '\n')
log.close()
documents = Finder.find(
Finder.get_collection('localhost', 27017, 'shoulie',
'resumes'), conditions)
if package:
Finder.package(documents, WebSvr.base_folder,
timestamp + '.zip')
message = Reporter.to_html(documents, '')
"""
html = open(timestamp + '.html', 'w')
html.write(message)
html.close()
"""
self.wfile.write(bytes(message, 'utf8'))
elif self.path == '/' or self.path.endswith('.html'):
path = parse.unquote(self.path.lstrip('/'))
if not path:
path = 'form.html'
else:
path = os.path.join(WebSvr.base_folder,
path.split('_')[0], path)
try:
f = open(path)
except FileNotFoundError:
self.send_error(404, 'File Not Found: ' + path)
return
self.wfile.write(bytes(f.read(), 'utf8'))
elif self.path.endswith('.docx'):
path = parse.unquote(self.path.lstrip('/'))
basic = os.path.splitext(path)[0]
conditions = Condition.create_conditions({'file': basic + '.html'})
documents = Finder.find(
Finder.get_collection('localhost', 27017, 'shoulie',
'resumes'), conditions)
"""
txt = open(basic + '.txt', 'w')
txt.write(pprint.pformat(documents[0]) + '\n')
txt.close()
"""
Saver.to_doc(documents[0], path)
message = '''<!DOCTYPE html>
<html>
<head>
<meta charset="utf-8">
<style type="text/css">td, th {{ border: 1px solid black; }}</style>
</head>
<body>
File "{}" generated
</body>
</html>
'''
self.wfile.write(bytes(message.format(path), "utf8"))
def is_selected(self):
return Condition(ec.element_to_be_selected(self.element), self._scope)
from step import Step from condition import Condition from link import Link steps = [] steps.append(Step(0,"start",[],[ Condition(True,"clear table4"), Condition(True, "clear table3"), Condition(True, "on c a"), Condition(True, "on b table0"), Condition(True, "on a table1"), Condition(True, "clear c"), Condition(True, "clear b")])) steps.append(Step(1,"finish",[Condition(True,"on a b"), Condition(True,"on b c")],[])) steps.append(Step(2,"move a table1 b",[Condition(True,"on a table1"), Condition(True,"clear b"), Condition(True,"clear a")],[ Condition(True,"on a b"), Condition(False, "on a table1"), Condition(True,"clear table1"), Condition(False, "clear b")])) steps.append(Step(3,"move b a c",[Condition(True,"on b a"), Condition(True,"clear c"), Condition(True,"clear b")],[ Condition(True,"on b c"), Condition(False, "on b a"), Condition(True,"clear a"), Condition(False, "clear c")])) steps.append(Step(4,"move b table0 a",[Condition(True,"on b table0"), Condition(True,"clear a"), Condition(True,"clear b")],[ Condition(True,"on b a"), Condition(False, "on b table0"), Condition(True,"clear table0"), Condition(False, "clear a")])) steps.append(Step(5,"move c a table4",[Condition(True,"on c a"), Condition(True,"clear table4"), Condition(True,"clear c")],[ Condition(True,"on c table4"), Condition(False, "on c a"), Condition(True,"clear a"), Condition(False, "clear table4")])) ordering_constraints = [] ordering_constraints.append([0,5,3,2,4,1]) ordering_constraints.append([1,3]) ordering_constraints.append([2,1]) ordering_constraints.append([3,2,1]) ordering_constraints.append([4,2,3,1]) ordering_constraints.append([5,3,2,4,1]) causal_links = [] causal_links.append(Link(0,5,Condition(True,"clear c"))) causal_links.append(Link(0,5,Condition(True,"clear table4"))) causal_links.append(Link(0,5,Condition(True,"on c a"))) causal_links.append(Link(0,4,Condition(True,"clear b"))) causal_links.append(Link(5,4,Condition(True,"clear a"))) causal_links.append(Link(0,4,Condition(True,"on b table0"))) causal_links.append(Link(0,3,Condition(True,"clear b"))) causal_links.append(Link(0,3,Condition(True,"clear c"))) causal_links.append(Link(4,3,Condition(True,"on b a"))) causal_links.append(Link(3,2,Condition(True,"clear a"))) causal_links.append(Link(0,2,Condition(True,"clear b"))) causal_links.append(Link(0,2,Condition(True,"on a table1"))) causal_links.append(Link(3,1,Condition(True,"on b c")))
def has_text(self, text):
return Condition(ec.text_to_be_present_in_element(self.locator, text),
self._scope)
def test_class_condition_not_satisfied_by_class_object(self):
class A: pass
isAnA = Condition(A)
self.assertFalse(isAnA.matches(A))
from step import Step
from condition import Condition
from link import Link
steps = []
steps.append(
Step(0, "start", [], [
Condition(True, "clear table4"),
Condition(True, "clear table3"),
Condition(True, "on c a"),
Condition(True, "on b table0"),
Condition(True, "on a table1"),
Condition(True, "clear c"),
Condition(True, "clear b")
]))
steps.append(
Step(1, "finish", [Condition(True, "on a b"),
Condition(True, "on b c")], []))
steps.append(
Step(2, "move a table1 b", [
Condition(True, "on a table1"),
Condition(True, "clear b"),
Condition(True, "clear a")
], [
Condition(True, "on a b"),
Condition(False, "on a table1"),
Condition(True, "clear table1"),
Condition(False, "clear b")
]))
steps.append(
Step(3, "move b a c", [
Condition(True, "on b a"),
def url_contains(self, url):
return Condition(ec.url_contains(url), self.driver)
def test_value_condition_not_satisfied_by_other_value(self):
is5 = Condition(5)
self.assertFalse(is5.matches(7))
def url_matches(self, url_pattern):
return Condition(ec.url_matches(url_pattern), self.driver)
def test_value_condition_satisfied_by_same_value(self):
is5 = Condition(5)
self.assertTrue(is5.matches(5))
def url_is(self, url):
return Condition(ec.url_to_be(url), self.driver)
def url_changes(self):
return Condition(ec.url_changes(self.driver.current_url), self.driver)
def test_function_condition_satisfied_when_function_returns_true(self):
isEven = Condition(lambda number: number % 2 == 0)
self.assertTrue(isEven.matches(4))
self.assertFalse(isEven.matches(3))