def validate_sentence_by_rules(rules, architecture):
env = clips.Environment()
for cnt, i in enumerate(rules):
rule = '''
(defrule rule%s
(sentence %s)
=>
(printout t "The sentence is correct." crlf))
''' % (str(cnt), i)
env.build(rule)
rule = '''
(defrule wrong
=>
(printout t "The sentence is wrong." crlf))
'''
env.build(rule)
sentence = ''
for i in architecture:
sentence = sentence + i + ' '
sentence = sentence[:-1]
# print(sentence)
fact_string = f'(sentence {sentence})'
fact = env.assert_string(fact_string)
template = fact.template
assert template.implied == True
validation_result = env.run()
return validation_result
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.cell_mode = CellMode.CLIPS
self.clips_output = OutputRouter()
self.environment = clips.Environment()
self.environment.add_router(self.clips_output)
global_environment(self.environment)
def runButtonButtonFunction():
global environment, guessOK, guessFAIL, fireOK, fireFAIL, kCell
if not mapPath:
msgBox = QMessageBox()
msgBox.setWindowTitle("Error!")
msgBox.setText("Load a map!")
msgBox.exec()
else:
writeDat()
environment = clips.Environment()
environment.clear()
environment.batch_star('go.bat')
environment.run()
for fact in environment.facts():
analyze_fact(fact)
win.textEdit.append(
'Guess: ' + str(round((guessOK /
(guessOK + guessFAIL) * 100), 1)) + '% ' +
' (' + str(guessOK) + ' su ' + str(guessOK + guessFAIL) + ')')
win.textEdit.append('Fire: ' +
str(round((fireOK /
(fireOK + fireFAIL) * 100), 1)) + '% ' +
' (' + str(fireOK) + ' su ' +
str(fireOK + fireFAIL) + ')')
win.textEdit.append(
'Found: ' + str(round(((guessOK + fireOK) /
(20 - kCell) * 100), 1)) + '% ' + ' (' +
str(guessOK + fireOK) + ' su ' + str(20 - kCell) + ')')
win.textEdit.append('Precision: ' + calculate_precision() +
' ' + 'Recall: ' + calculate_recall())
def __init__(self, custom_bridges=[]):
""" EnvProvider constructor method
Create new CLIPS environment
"""
# Define holders for data_providers, bridges, functions,
# built-it funcs, return func data
self.data_providers = []
self.bridges = {}
self.functions = {}
self.built_in_functions = ["not", "count", "str"]
self.return_data = []
# Create new empty CLIPS environment
self.env = clips.Environment()
# Prepare DSD meta-model and fill RULE meta model
self.dsd_mm = DSD_META_MODEL
mm_fill = self.import_custom_bridges(custom_bridges)
self.rule_mm = self.fill_rule_meta_model(*mm_fill)
# Build system data providers and define it's tempaltes
self.data_providers = self.build_system_data_providers()
self.define_templates_of_dsds(self.data_providers)
# Insert system bridges
self.insert_system_bridges()
# Insert system rules
self.insert_system_rules()
def clip_s(factList):
env = clips.Environment()
env.define_function(addLocation)
env.define_function(stackExchange)
env.define_function(associateConflictTop)
env.define_function(addConflictsStack)
env.define_function(conflictAddStack)
env.define_function(addLocationWithAssociation)
env.define_function(addLocationWithoutAssociation)
env.load('rules.clp')
aux = ''
for a in factList:
aux += a + '\n'
env.load_facts(aux)
for fact in env.facts():
print(fact)
for act in env.activations():
print(act)
print("##########################")
env.run()
#print(x)
env.reset()
def __init__(self):
self.environment = clips.Environment()
self.logger = logger.getChild(type(self).__name__)
self.clips_types = {}
self.preprocess_funcs = []
self.postprocess_funcs = []
RuleFunc._register_engine(self)
def run_CLIPS(input):
premise_types = nlp.get_premise_types(input)
nlp.check_S_M_P(nlp.preprocess(input))
env = clips.Environment()
env.clear()
rule = f"""
(defrule my-rule
=>
(assert (premisa1 {premise_types[0]}))
(assert (premisa2 {premise_types[1]}))
(assert (concluzia {premise_types[2]}))
(assert (Running))
)
"""
env.build(rule)
env.batch_star("Proiect.clp")
env.reset()
env.run()
#
# for fact in env.facts():
# print(fact)
# for rule in env.rules():
# print(rule)
#
#
# run_CLIPS(example)
def __init__(self, size):
self.size = size
# Initialize tiles
self.matrix = [[MinesweeperTile() for i in range(size)]
for j in range(size)]
self.game = INIT
self.env = clips.Environment() # Connect CLIPS environment to the game
self.recent_act = (-1, -1) # Recent tile to be acted upon
def main():
window = Tk()
env = clips.Environment()
env.load('es_rules.CLP')
env.run(limit=None)
app = Application(window, env)
window.geometry('800x700')
window.mainloop()
def setUp(self):
"""sets up the environment to work with."""
id = 'tenantId'
self.json_fact = '{"serverId": "serverId", "cpu": 90, "mem": 30, "hdd":70, "net":90}'
clips.Reset()
self.e1 = clips.Environment()
eid = clips.Symbol(id)
self.e1.Identifier = eid
def printRules():
env = clips.Environment()
env.load("shape_rule.clp")
rules = list(env.rules())
f = open("rules.txt", "w")
for rule in rules:
f.write(str(rule) + "\n")
f.close()
def setUp(self):
"""set up testing environment"""
e1 = clips.Environment()
self.envdict = {
'clips': clips,
'env': e1,
}
clips.DebugConfig.WatchAll()
e1.DebugConfig.WatchAll()
def __init__(self):
self.smartphones = None
with open(path_to_data_clean_pickle, 'rb') as handle:
self.smartphones = pickle.load(handle) # pandas DataFrame
self.columns = self.smartphones.columns
self.env = clips.Environment()
self.env.load(path_to_smartphones_clp)
self.env.reset()
self.fill_database()
def __load_clp(self):
try:
os.remove("fiesire.dat")
except OSError:
pass
env = clips.Environment()
env.load("sudokuv3.clp")
env.reset()
env.run()
def __init__(self, mlObject):
self.env = clips.Environment()
self.mlObject = mlObject
self.fact_type = "input ui"
self.clips_type = "symbol"
self.set_of_functions = dictionary
#NLP components
self.nlp = eric_nlp.Eric_nlp()
self.nlp.load_model(self.nlp.nlp_model_file)
self.nlp.init_depparsing("en")
def __init__(self):
self.rules = []
self.inp_template = None
self.out_template = None
self.clips_sinp_template = None
self.clips_out_template = None
self.env = clips.Environment()
#env.build
return None
def __init__(self, config_path):
self.env = clips.Environment()
print("strategy used: {}".format(self.env.strategy))
print("config_path: ", config_path)
self.game_config = load_game(config_path)
self.rem_bombs = self.game_config["num_bombs"]
self.b = self.game_config["board_size"]
self.board = [['*' for i in range(self.b)] for i in range(self.b)]
self.board[0][0] = 0
self.opened = [[0 for i in range(self.b)] for i in range(self.b)]
self.opened[0][0] = 1
self.E = generate_e(self.game_config)
self.init_facts()
def reset(self):
"""
reset
:return:
"""
self.file_pointers = 1 # sim.data file read position
self.m_nCount = 0
self.clips_env = clips.Environment()
self.engine = clips
self.filemodel.reset()
self.filemodel.load_data(self.fact_filename)
self.data = np.array([])
self.data_header = np.array([])
def __enter__(self):
self.semaphore.acquire()
with self.lock:
if self.free_envs:
# Free environments are available
self.env_id, env = self.free_envs.popitem()
logger.debug("Reusing CLIPS environment #%d", self.env_id)
else:
# Create new environment
self.env_id = self.env_seq.next()
logger.debug("Creating new CLIPS environment #%d", self.env_id)
env = clips.Environment()
self.used_envs[self.env_id] = env
return env
def __init__(self):
##CONST CODE AREA
self.CLIPS_FILE_LOAD_FAILED_CODE = 404
self.CLIPS_FILE_LOAD_SUCCESS_CODE = 200
##GLOBAL_AREA
self.file_pointers = 1 # sim.data file read position
self.m_nCount = 0
self.data_file_name = TEMP_FILE_PREFIX + 'test_flight_facts.dat'
self.clips_dribble_filename = TEMP_FILE_PREFIX + 'record.dat'
self.clips_env = clips.Environment()
self.engine = clips
## fact dataframe
self.dataframe = pd.DataFrame
## mapper
self.mapper_list = []
self.record_name = '' #Reasoning result record file name
def test_clips(self):
env = clips.Environment()
env.Reset()
rule_lhs_index = {}
r1_lhs = "(duck ?name)"
r1 = env.BuildRule("duck-rule", r1_lhs, "", "The Duck rule")
rule_lhs_index[r1.Name] = r1_lhs
r2_lhs = "(cat-name ?name)(cat-has ?name ?thing)"
r2 = env.BuildRule("cat-rule", r2_lhs, "", "The Cat rule")
rule_lhs_index[r2.Name] = r2_lhs
fact_index = {}
f1 = env.Assert("(duck daffy)")
fact_index[f1.Index] = f1
self.assertEqual(f1.Index, 1)
f2 = env.Assert("(duck waldo)")
fact_index[f2.Index] = f2
self.assertEqual(f2.Index, 2)
f3 = env.Assert("(cat-name mittens)")
fact_index[f3.Index] = f3
self.assertEqual(f3.Index, 3)
f4 = env.Assert("(cat-has mittens paws)")
fact_index[f4.Index] = f4
out = planner._get_clips_output(env, 'PrintAgenda')
match_sets = planner._get_clips_match_sets(out, env, fact_index,
rule_lhs_index)
d = {
'duck-rule': [{
'name': 'waldo'
}, {
'name': 'daffy'
}],
'cat-rule': [{
'thing': 'paws',
'name': 'mittens'
}]
}
self.assertEqual(match_sets, d)
def clip_s(self, factList):
env = clips.Environment()
env.define_function(self.addLocation)
env.define_function(self.stackExchange)
env.define_function(self.associateConflictTop)
env.define_function(self.addConflictsStack)
env.define_function(self.conflictAddStack)
env.define_function(self.addLocationWithAssociation)
env.define_function(self.addLocationWithoutAssociation)
env.load('rules.clp')
aux = ''
for a in factList:
aux += a + '\n'
env.load_facts(aux)
env.run()
env.reset()
def __init__(self, *args, **kw):
graphs = [x.ns.value for x in args]
self.ns = Namespace(*graphs)
IMP.__init__(self)
TPL.__init__(self)
for k in kw:
self.ns.set(f"/etc/{k}", kw[k])
self.get = self.ns.get
self.set = self.ns.set
self.mkdir = self.ns.mkdir
self.rm = self.ns.rm
self.o = self.ns.object
self.ls = self.ns.ls
self.Set("id", str(uuid.uuid4()))
self.Set("faker", faker.Faker())
self.Set("env", clips.Environment())
self.Reload()
self.Run = self.env.run
def __init__(self, socket, sid, source):
# clips.RegisterPythonFunction(self.clips_debug, "debug")
# clips.RegisterPythonFunction(self.clips_alert, "print")
# clips.RegisterPythonFunction(self.clips_prompt, "ask")
clipsEnv = clips.Environment()
PrepareEnvironment(clipsEnv, sid)
AddSpecificFunction(clipsEnv, self.clips_debug, "debug")
AddSpecificFunction(clipsEnv, self.clips_alert, "alert")
AddSpecificFunction(clipsEnv, self.clips_prompt, "prompt")
AddSpecificFunction(clipsEnv, self.clips_prompt2, "prompt2")
AddSpecificFunction(clipsEnv, self.clips_final, "final")
# clipsEnv.Load("header_python.clp")
clipsEnv.Load("{}.clp".format(source))
self.ta = TempAns()
self.socket = socket
self.sid = sid
self.clips = clips
self.clipsEnv = clipsEnv
self.final = None
def __init__(self):
##CONST CODE AREA
self.CLIPS_FILE_LOAD_FAILED_CODE = 404
self.CLIPS_FILE_LOAD_SUCCESS_CODE = 200
self.codetype = sys.getfilesystemencoding()
##GLOBAL_AREA
self.file_pointers = 1 # sim.data file read position
self.m_nCount = 0
self.data_file_name = TEMP_FILE_PREFIX + 'test_flight_facts.dat'
self.clips_dribble_filename = TEMP_FILE_PREFIX + 'record.dat'
self.clips_env = clips.Environment()
self.engine = clips
self.filemodel = FileModel()
self.fact_filename = ''
## fact dataframe
self.data = np.array([])
self.data_header = np.array([])
# self.dataframe = pd.DataFrame
## mapper
self.mapper_list = [] # Template and slot mapping pair list
self.record_name = '' # Reasoning result record file name
def result():
bb = int(request.form['bb'])
tb = int(request.form['tb'])
usia = int(request.form['usia'])
jk = request.form['jk']
aktivitas = request.form['aktivitas']
penyakit = request.form['penyakit']
env = clips.Environment()
env.Load("CLIPS/templates.clp")
env.Load("CLIPS/functions.clp")
env.Load("CLIPS/rules.clp")
env.Load("CLIPS/skeletal-kontrol.clp")
env.BuildDeffacts(
"pasien", "(pasien (berat-badan " + str(bb) + ") (tinggi-badan " +
str(tb) + ") (usia " + str(usia) + ") (jenis-kelamin " + jk +
") (aktivitas \"" + aktivitas + "\") (penyakit \"" + penyakit + "\"))")
env.Reset()
env.Assert("(mulai)")
env.Run()
env.SaveFacts("a.txt")
t = clips.StdoutStream.Read()
return render_template("result.html", t=Markup(t))
def __enter__(self):
self.cond.acquire()
env = None
while not env:
if self.free_envs:
# Reuse free environment
self.env_id, env = self.free_envs.popitem()
logger.debug("Reusing CLIPS environment #%d", self.env_id)
self.used_envs[self.env_id] = env
break
elif self.env_seq < self.max_environments:
# Create new environment
self.env_id = self.env_seq
self.env_seq += 1
logger.debug("Creating new CLIPS environment #%d", self.env_id)
env = clips.Environment()
self.used_envs[self.env_id] = env
break
else:
logging.debug("No free CLIPS environment available. Waiting")
self.cond.wait()
self.cond.release()
return env
def parse_input(sentence):
sentence_post_tagged = pos_tagg(sentence)
env = clips.Environment()
env.clear()
env.load('LAL.clp')
env.reset()
''' Facts - Base parsing rules '''
fact = env.assert_string('(text S ' + sentence_post_tagged + ')')
fact = env.assert_string('(answer)')
fact = env.assert_string('(rule G1 S NN A)')
fact = env.assert_string('(rule G2 A NN B)')
fact = env.assert_string('(rule G3 B , C)')
fact = env.assert_string('(rule G4 C NNP D)')
fact = env.assert_string('(rule G5 D VBD E)')
fact = env.assert_string('(rule G6 E RB F)')
fact = env.assert_string('(rule G7 F JJ H)')
fact = env.assert_string('(rule G8 H . EPS)')
print("Input received: " + sentence)
print("POS Tagged version: " + sentence_post_tagged)
print("Result from CLIPS code: ")
env.run()
x, y = tuple(map(int, line.split(',')))
arBombX.append(x)
arBombY.append(y)
arBomb = list(zip(arBombX, arBombY))
print(arBomb)
f.close()
print("input file success!")
print()
print()
game = papan(size, arBomb)
env = clips.Environment()
env.load('minesweeper6.clp')
for i in range(size):
for k in range(size):
result_facts.append(add_val(i, k, game.isi[i][k].status))
if ((i == 0) and (k == 0)):
result_facts.append(add_tile(i, k, 3, 0, 0))
elif (((i == size - 1) and (k == size - 1))
or ((i == 0) and (k == size - 1))
or ((i == size - 1) and (k == 0))):
result_facts.append(add_tile(i, k, 3, 0, -1))
elif ((i == 0) or (k == 0) or (i == size - 1) or (k == size - 1)):
result_facts.append(add_tile(i, k, 5, 0, -1))
else:
result_facts.append(add_tile(i, k, 8, 0, -1))
def main():
tenantId = sys.argv[1]
def env_id():
return clips.Symbol(sys.argv[1])
# the following dictionary will contain the environment specific functions
ENV_SPECIFIC_FUNCTIONS = {}
# ...and this wrapper calls in turn the functions associated with certain
# names for each environment
def envCallSpecificFunction(e_id, funcname, *args):
f = ENV_SPECIFIC_FUNCTIONS[e_id][funcname]
return f(*args)
clips.RegisterPythonFunction(envCallSpecificFunction,
'env-call-specific-func')
# now we need some helpers to make it easier to set up the environment and
# the map of environment specific functions
def PrepareEnvironment(e):
"""Prepares environments to be defined.
"""
eid = env_id()
ENV_SPECIFIC_FUNCTIONS[eid] = {} # a map of functions
e.Identifier = eid # so that we can always get it back
return eid
def GetNotificationUrl(ruleName, serverId):
"""Gets url from database where actions should be notified.
"""
#conn = db.connect("cloto.db")
conn = mysql.connect(charset=DB_CHARSET,
use_unicode=True,
host=DB_HOST,
user=DB_USER,
passwd=DB_PASSWD,
db=DB_NAME)
#conn.row_factory = db.Row
cur = conn.cursor()
SQL = "SELECT url from cloto.cloto_subscription S join cloto.cloto_specificrule R " \
"on S.ruleId=R.specificRule_Id " \
"WHERE name='%s' AND S.serverId='%s';" \
% (ruleName, serverId)
cur.execute(SQL)
while True:
r = cur.fetchone()
if not r:
conn.close()
break
else:
url = r[0]
#url = r['url']
return url
def NotifyEmail(serverId, url, description, email):
"""Sends a notification to given url showing that service must send an email to an address.
"""
try:
headers = {'Content-Type': 'application/json'}
data = '{"action": "notifyEmail", "serverId": "' + serverId\
+ ', "email": "' + email + '", "description": "' + description + '"}'
logger.info("Preparing eMail to %s: %s--- Response: " %
(url, data))
r = requests.post(url, data=data, headers=headers)
if r.status_code == 200:
logger.info(
"mail sent to %s about server %s.--- Response: %d" %
(email, serverId, url, r.status_code))
else:
print(2)
logger.info(
"ERROR Sending mail to %s about server %s.--- %s Response: %d"
% (email, serverId, url, r.status_code))
except Exception as ex:
logger.error(ex.message)
def NotifyScale(serverId, url, action):
"""Sends a notification to given url showing that service must scale up or scale down a server.
"""
try:
headers = {'Content-Type': 'application/json'}
data = '{"action": "' + action + '", "serverId": "' + serverId + '"}'
logger.info(action + " message sent to %s : %s" % (url, data))
r = requests.post(url, data=data, headers=headers)
if r.status_code == 200:
logger.info(
action +
" message sent to %s about server %s.--- Response: %d" %
(url, serverId, r.status_code))
else:
logger.error(
action +
" message sent to %s about server %s.--- Response: %d" %
(url, serverId, r.status_code))
except Exception as ex:
logger.error(ex.message)
def get_rules_from_db(tenantId):
"""Gets all subscripted rules for a specified tenant and adds them to CLIPS environment to be checked.
"""
import MySQLdb as mysql
conn = mysql.connect(charset=DB_CHARSET,
use_unicode=True,
host=DB_HOST,
user=DB_USER,
passwd=DB_PASSWD,
db=DB_NAME)
#conn = db.connect("cloto.db")
#conn.row_factory = db.Row
cur = conn.cursor()
SQL = "SELECT * FROM cloto.cloto_specificrule WHERE specificRule_Id IN " \
"(SELECT ruleId FROM cloto.cloto_subscription WHERE %s IN " \
"(SELECT %s FROM cloto.cloto_entity WHERE tenantId='%s'))" % (SERVERID, SERVERID, tenantId)
cur.execute(SQL)
while True:
r = cur.fetchone()
if not r:
conn.close()
break
else:
rule_name = r[2]
rule_cond = r[5]
rule_action = r[6]
#rule_name = r['name']
#rule_cond = r['condition']
#rule_action = r['action']
e1.BuildRule(rule_name, rule_cond, rule_action)
clips.Reset()
e1 = clips.Environment()
PrepareEnvironment(e1)
clips.RegisterPythonFunction(NotifyEmail, "notify-email")
clips.RegisterPythonFunction(NotifyScale, "notify-scale")
clips.RegisterPythonFunction(GetNotificationUrl, "get-notification-url")
e1.Assert("(initial-fact)")
try:
connection = pika.BlockingConnection(
pika.ConnectionParameters(host=RABBITMQ_URL))
channel = connection.channel()
channel.exchange_declare(exchange="facts", exchange_type='direct')
result = channel.queue_declare(exclusive=True)
queue_name = result.method.queue
channel.queue_bind(exchange="facts",
queue=queue_name,
routing_key=tenantId)
logger.info('Environment started. Waiting for Facts')
def callback(ch, method, properties, body):
try:
decoded = json.loads(body)
f1 = e1.Assert("(ServerFact \"" + str(decoded[SERVERID]) +
"\" " + str(decoded['cpu']) + " " +
str(decoded['mem']) + ")")
logger.info("received fact: %s" % body)
get_rules_from_db(tenantId)
saveout = sys.stdout
fsock = open(LOGGING_PATH + '/CLIPSout.log', 'w')
sys.stdout = fsock
e1.PrintFacts()
e1.PrintRules()
e1.Run()
sys.stdout = saveout
fsock.close()
f1.Retract()
except ValueError:
logger.error("receiving an invalid body: " + body)
except clips.ClipsError:
logger.error(clips.ErrorStream.Read())
except Exception as ex:
logger.warn("FACT: already exists or " + ex.message)
channel.basic_consume(callback, queue=queue_name, no_ack=True)
channel.start_consuming()
except mysql.Error, e:
logger.error("%s %s Error %s:" % LOGGER_COMPONENT, tenantId, e.args[0])