def main():
BK_PATH = sys.argv[1]
OUTPUT_RPOS = "rpos.pl"
cprint("Creating " + OUTPUT_RPOS + "...", 'b')
kb_file_rpos = open(OUTPUT_RPOS, 'a')
d = {"rpos": ""}
dirfiles = [f for f in listdir(BK_PATH)]
for file_name in dirfiles:
with open(BK_PATH + file_name, newline='') as csvfile:
data = csv.DictReader(csvfile)
for row in data:
if (row["Action"][0] == "y"):
#relations
clause = "rel(" + row["Entity"] + "," + row["Relation"]
clause = clause + ",'" + row["Value"] + "').\n" \
if row["Relation"] == "haswikipediaurl" \
else clause + "," + row["Value"] + ").\n"
if ((d['rpos'].find(clause)) == -1):
cprint(clause, 'y')
d['rpos'] += clause
kb_file_rpos.write(d['rpos'])
kb_file_rpos.close()
def test():
print("Nombres intouchables : ", end="")
if not intouchable(4) and not intouchable(16) and intouchable(5) and all(
not intouchable(x) for x in range(7, 125, 2)):
cprint("PASS", 'blue')
else:
cprint("FAIL", 'red')
def test():
print("Anagram generation : ", end="")
ch = "abc"
anagrams = [['abc', 'acb'], ['bac', 'bca'], ['cab', 'cba']]
tab = []
remplir_tab_anagrammes(tab, ch)
if tab == anagrams:
cprint("PASS", 'blue')
else:
cprint("FAIL", 'red')
def test():
print("Testing matrix transposition : ", end="")
m1 = [[1, 2, 3], [4, 5, 6]]
m2 = [[None for x in range(2)] for y in range(3)]
ref = [[6, 3], [5, 2], [4, 1]]
transpose_matrix(m1, m2)
if m2 == ref:
cprint("PASS", 'blue')
else:
cprint("FAIL", 'red')
def test():
print("Recherche de mots : ", end="")
phrase = "je crois ce que je dis et je fais ce que je crois "
occurences = [{
'mot': 'je',
'occurences': 4
}, {
'mot': 'crois',
'occurences': 2
}, {
'mot': 'ce',
'occurences': 2
}, {
'mot': 'que',
'occurences': 2
}, {
'mot': 'dis',
'occurences': 1
}, {
'mot': 'et',
'occurences': 1
}, {
'mot': 'fais',
'occurences': 1
}]
nb_mots = compter_mots(phrase)
tab = []
# pour chaque mot
for i in range(nb_mots):
# trouver sa 1e occurence dans la chaine
ieme_mot, pos = retourner_mot(phrase, i)
# trouver l'indice de ce mot dans notre dict
idex = chercher_mot(phrase, tab, ieme_mot)
if idex == -1:
# 1e occurence du mot: le rajouter à la liste
tab.append({"mot": ieme_mot, "occurences": 1})
else:
# incrémenter le compteur
tab[idex]["occurences"] += 1
if tab == occurences:
cprint("PASS", 'blue')
else:
cprint("FAIL", 'red')
query = db.select([customers_tb]).where(customers_tb.c.isEnabled == 'Yes')
res = conn.execute(query)
# customers = res.fetchall()
# websmslogin = os.environ["WEBSMS_LOGIN"]
# websmspassword = os.environ["WEBSMS_PWD"]
websmslogin = os.getenv("WEBSMS_LOGIN")
websmspassword = os.getenv("WEBSMS_PWD")
w = Websms()
w.username = websmslogin
w.password = websmspassword
# w.isViber = False
for row in list(res):
cprint("PURPLE", "here")
if not row.lastsenddate or row.lastsenddate < row.deliverydate:
try:
w.sendSMS(row.message, row.phone)
lastsenddate = dt.now().strftime("%Y-%m-%d %H:%M:%S")
lastMessageId = w.getLastMessId()
status = w.getLastStatus()
cprint(
'GREEN',
"[{}] phone: {}, message: {}, lastMessageId: {}, status: {}"
.format(lastsenddate, row.phone, row.message,
lastMessageId, status))
query = db.update(customers_tb).where(
customers_tb.c.id == row.id).values(
lastsenddate=lastsenddate,