def query(self):
query = self.config.get('query')
if not query:
table_name = self.config.get('table')
table = Table(table_name, self.meta, autoload=True)
query = table.select()
else:
query = sql_text(query)
log.info("Query: %s", query)
return query
def create_hash_token(self, msisdn, profile_id, remember=False):
import hashlib
dk = hashlib.sha224(
"%s-%s-%s" %
(msisdn, 'I got to let the avalanche REST!', profile_id))
token = dk.hexdigest()
expiry = ' now() + interval 1 day ' if remember else ' now() + interval 30 day '
sql = "insert into android_auth set id=null, profile_id=:pfid, token=:token, expiry=%s" % expiry
result = self.connection.execute(sql_text(sql), {
'pfid': profile_id,
'token': token
})
insert_id = result.lastrowid
return token if insert_id else None
def get(self):
args = resolvepermalink_parser.parse_args()
key = args['key']
data = {}
configconn = configdb.connect()
sql = sql_text("""
SELECT data
FROM {table}
WHERE key = :key
""".format(table=PERMALINKS_TABLE))
try:
data = json.loads(configconn.execute(sql, key=key).first().data)
except:
pass
return jsonify(data)
def get_flurnamen(self, egrid, conn):
"""Get Flurnamen for plot with EGRID.
:param str egrid: EGRID
:param Connection conn: DB connection
"""
flurnamen = []
sql = sql_text(self.flurnamen_sql)
result = conn.execute(sql, egrid=egrid)
for row in result:
flurnamen.append(row['flurname'])
return flurnamen
def get_mybets(self, token, page=1, limit=10):
profile_id = self.validate_token(token)
if not profile_id:
return []
offset = (page - 1) * limit
sql = "select date_format(b.created, '%s'), b.bet_id, (select count(*) from bet_slip "\
" where bet_id=b.bet_id) as total_matches, jackpot_bet_id, total_odd,"\
" bet_message, bet_amount, possible_win, b.status from bet b left join jackpot_bet j "\
" on j.bet_id = b.bet_id where profile_id=:pfid order by b.created "\
" desc limit %s, %s" % ('%Y-%m-%d %H:%i', offset, limit)
self.logger.info("%s, %s" % (sql, profile_id))
result = self.connection.execute(sql_text(sql), {
'pfid': profile_id
}).fetchall()
return result
def check_bonus_daily_award_limit(self, profile_id, re_award_amount):
houurz = int(self.scorepesa_bonus_cfgs['limit_check_no_of_hours'])
t_q = "select sum(bonus_amount) from profile_bonus where updated > DATE_SUB(NOW(), INTERVAL {0} HOUR) and status in ('CLAIMED','USED') and profile_id = :pf and created_by in ('referral_message', 'referral_message_re_award')".format(houurz)
awarded_bonus = self.connection.execute(sql_text(t_q), {'pf': profile_id}).fetchone()
self.logger.info("checking daily bonus awarded so far ..../::: {0} :sql: {1} :profile: {2}".format(awarded_bonus, t_q, profile_id))
if awarded_bonus and awarded_bonus[0]:
amount = float(re_award_amount)
self.daily_bonus_claimed = amount
if awarded_bonus[0] is not None:
amount = float(awarded_bonus[0]) + float(re_award_amount)
self.daily_bonus_claimed = amount
if float(amount) <= float(self.scorepesa_bonus_cfgs['scorepesa_bonus_re_award_daily_limit']):
return True
return False
return True
def get(self):
args = resolvepermalink_parser.parse_args()
key = args['key']
data = {}
configconn, permalinks_table, user_permalink_table = db_conn()
sql = sql_text("""
SELECT data
FROM {table}
WHERE key = :key
""".format(table=permalinks_table))
try:
data = json.loads(configconn.execute(sql, key=key).first().data)
except:
pass
return jsonify(data)
def get_match_details(self,
game_id,
pick,
sub_type=1,
parent_match_id=None):
try:
self.logger.info("[+] get_match_details data....[][] {0} "\
"[+] {1} [+] {2} [+] {3} [][]".format(game_id, pick, sub_type, parent_match_id))
if parent_match_id:
sql = "select sub_type_id, odd_key as pick_key, odd_value,"\
" m.parent_match_id, special_bet_value from event_odd e inner join `match` "\
"m on e.parent_match_id=m.parent_match_id where "\
"m.parent_match_id=:pmid and e.sub_type_id=:sub_type and odd_key=:pick"
dpars = {
'sub_type': sub_type,
'pick': pick,
'pmid': parent_match_id
}
else:
sql = "select sub_type_id, odd_key as pick_key, odd_value, "\
"m.parent_match_id, special_bet_value from event_odd e inner join `match` m on "\
"e.parent_match_id=m.parent_match_id where m.game_id=:gmid and "\
"e.sub_type_id=:sub_type and odd_key=:pick"
dpars = {'sub_type': sub_type, 'gmid': game_id, 'pick': pick}
result = self.db.engine.execute(sql_text(sql), dpars).fetchone()
if result:
sub_type_id, pick_key, odd_value, parent_match_id, special_bet_value = result
else:
sub_type_id, pick_key, odd_value, parent_match_id, special_bet_value =\
sub_type, pick, None, parent_match_id, ''
data = {
"sub_type_id": sub_type_id,
"pick_key": pick_key,
'special_bet_value': special_bet_value,
"odd_value": odd_value,
"parent_match_id": parent_match_id
}
self.logger.info("[+] bet match detail fetch [][] %s [+] %r "\
"[+] %r [+] %r [][]" % (sql, result, dpars, data))
return data
except Exception, e:
self.logger.error(
"[x] Exception match detail fetch [][] %r [] %s [][]" %
(e, sql))
return {}
def load_metadata(self):
"""Load metadata for all layers from MetaDB."""
if not self.db_url:
# skip if no MetaDB in config
self.logger.debug(
"No MetaDB connection configured, skipping loading of metadata"
)
return
try:
# connect to MetaDB
db_engine = DatabaseEngine().db_engine(self.db_url)
conn = db_engine.connect()
# build query SQL
sql = sql_text(self.layers_sql)
# execute query
result = conn.execute(sql)
for row in result:
# check required columns
if 'layer_name' not in row:
self.logger.error(
"Missing column 'layer_name' in layers query")
break
if 'layer_ref' not in row:
self.logger.error(
"Missing column 'layer_ref' in layers query")
break
# collect metadata
layer_metadata = dict(row)
layer_metadata['_products'] = self.load_products_metadata(
row['layer_ref'], conn)
# render templates
html_metadata = self.render_metadata_templates(layer_metadata)
# add to metadata lookup
self.metadata[row['layer_name']] = {
'metadata': layer_metadata,
'html_contents': html_metadata
}
# close database connection
conn.close()
except Exception as e:
self.logger.error("Could not load metadata:\n%s" % e)
def check_profile_has_bet(self, msisdn, profile_id=None):
try:
profile_id = self.get_profile_id_for_msisdn(msisdn) if profile_id is None else profile_id
self.logger.info("check if profile has bet [][] {0}".format(profile_id))
sql = "select bet_id from bet where profile_id=:pfid order by bet_id asc limit 1"
results = self.connection.execute(sql_text(sql), {'pfid': profile_id}).fetchone()
self.logger.info("check if bet has bet results [][] {0} [][][]...".format(results))
if results:
self.logger.info("extract check if bet bet_id[][] {0}".format(results[0]))
if results[0]:
self.logger.info("confirmed have bet proceed and award bonus....")
return True
return False
except Exception, ex:
self.logger.error("check if profile has bet exception:: {0} ::".format(ex))
return False
def _count_excluded_events(self, session):
excluded_uuids = session.query(File.uuid) \
.filter(File.is_folder) \
.filter(File.excluded).all()
excluded_uuids = [u.uuid for u in excluded_uuids]
if not excluded_uuids:
return 0
excluded_events = session.query(Event).from_statement(sql_text(
"""
select final_e.* from events final_e
where final_e.id in (
select max(last_event.id) from events last_event
where last_event.file_id in (
select moved_file.id from events move_event, files moved_file
where moved_file.id = move_event.file_id
and move_event.id in (
select max(event.id) from events event, files file
where file.id = event.file_id
and file.excluded
and event.type == 'move'
group by file.id
)
and (
move_event.folder_uuid is null
or move_event.folder_uuid not in ({})
)
)
group by last_event.file_id
)
order by final_e.is_folder desc, final_e.id
""".format(
','.join(["'{}'".format(uuid) for uuid in excluded_uuids]),
))) \
.all()
if not excluded_events:
return 0
excluded_count = len(
list(
filter(
lambda e: not is_contained_in_dirs(
self._db.get_path_from_event(e, session), self.
_excluded_dirs), excluded_events)))
return excluded_count
def award_bonus_on_request(self, profile_id, msisdn, amount, bonus_type='customer_engage_bonus'):
try:
self.logger.info("award bonus {0}::{1}::{2}::{3}".format(profile_id, msisdn, amount, bonus_type))
profile_bonus_dict = {
"profile_id": profile_id,
"referred_msisdn": msisdn,
"bonus_amount": float(amount),
"status":'CLAIMED',
"expiry_date": datetime.now()+timedelta(days =1),
"created_by": bonus_type,
"bet_on_status": 1,
"date_created": datetime.now(),
"updated": datetime.now()
}
result_proxy = self.connection.execute(ProfileBonu.__table__.insert(), profile_bonus_dict)
profile_bonus_id = result_proxy.inserted_primary_key
self.logger.info("Profile bonus insert proxy.... {0}".format(profile_bonus_id))
bonus_trx_dict = {
"profile_id":profile_id,
"profile_bonus_id": profile_bonus_id,
"account":"%s_%s" % (profile_id, 'VIRTUAL'),
"iscredit":1,
"reference": profile_bonus_id,
"amount": float(amount),
"created_by": bonus_type,
"created":datetime.now(),
"modified":datetime.now()
}
#update bonus balance to the re-adjusted bonus balance based on bet stake amount of referrred friend
self.connection.execute(BonusTrx.__table__.insert(), bonus_trx_dict)
self.logger.info('Profile bonus created for ..%s ::id:: %s ' % (msisdn, profile_bonus_id))
#update profile for this dude to get bonus
profileUpdate = """INSERT INTO profile_balance(profile_id, balance, bonus_balance, transaction_id, created) VALUES (:pf, 0, :amount, :trx_id, NOW()) ON DUPLICATE KEY UPDATE bonus_balance = (bonus_balance+%0.2f)""" % (float(amount), )
self.connection.execute(sql_text(profileUpdate), {'pf': profile_id, 'amount': float(amount), 'trx_id': -1})
self.logger.info('Bonus amount kshs.%s awarded for.... %s ' % (amount, msisdn))
#msisdn = self.get_msisdn_for_profile(claimer_profile_id)
message = 'CONGRATULATIONS! You have been awarded a bonus of Kshs. %0.2f. www.scorepesasports.com.' % float(amount)
message_type = 'BULK'
short_code = 101010
correlator = ''
link_id = ''
payload = urllib.urlencode({"message": message, "msisdn":msisdn, "message_type":message_type, "short_code":short_code, "correlator":correlator, "link_id":link_id})
self.send_notification(payload)
except Exception, ex:
self.logger.info('Failed to award bonus %s::%r '% (msisdn, ex))
def create_speed_dial_profile(self, data):
try:
data['msisdn'] = self.get_msisdn_for_profile(
data.get("profile_id"))
self.logger.info("creating speeddial profile.... {0}".format(data))
sql = "INSERT IGNORE INTO speed_dial_profile (profile_id, msisdn, date_created) VALUES(:profile_id, :msisdn, :created)"
params = {
"profile_id": data.get("profile_id"),
"msisdn": data.get("msisdn"),
"created": datetime.now()
}
self.connection.execute(sql_text(sql), params)
return True
except Exception, exk:
self.logger.error(
"Exception on create speed dial profile ::: {0}".format(exk))
return False
def profile_bonus_flag_created_by(self, profile_id, profile_bonus_id, status=None):
trxx = self.connection.begin()
try:
created_by = "referral_message_re_award"
pbQ = """update profile_bonus set created_by=:created_by where profile_id=:profile_id and profile_bonus_id=:id"""
params = {"profile_id": profile_id, "id": profile_bonus_id, "created_by": created_by}
if status is not None:
pbQ = """update profile_bonus set created_by=:created_by, status=:status where profile_id=:profile_id and profile_bonus_id=:id"""
created_by = "referral_message"
params = {"profile_id": profile_id, "id": profile_bonus_id, "created_by": created_by, "status": status}
self.logger.info("update referal bonus re-award flag created by query {0} :: params :: {1}".format(pbQ, params))
self.connection.execute(sql_text(pbQ), params)
trxx.commit()
except Exception as e:
trxx.rollback()
self.logger.error("Re-award bonus flag exception :: {0} ::".format(e))
def get(self):
username = get_jwt_identity()
if not username:
return jsonify({})
configconn = configdb.connect()
sql = sql_text("""
SELECT data
FROM {table}
WHERE username = :user
""".format(table=USER_PERMALINK_TABLE))
try:
data = json.loads(
configconn.execute(sql, user=username).first().data)
except:
data = {}
return jsonify(data)
def scorepesa_app_update_version(self, data):
try:
self.logger.info(
"update scorepesa app version data.... {0}".format(data))
vsql="INSERT INTO mobile_app_version (current_version, created_at)"\
" VALUES(:current_version, :created_at) ON DUPLICATE KEY UPDATE"\
" current_version=:current_version"
params = {
"current_version": data.get("vnum"),
"created_at": datetime.now()
}
self.connection.execute(sql_text(vsql), params)
return {"updated": True}
except Exception, exk:
self.logger.error(
"Exception on create mobile app version ::: {0}".format(exk))
return {"updated": False}
def get_account_balance(self, profile_id):
bal = False
if profile_id:
bal = self.db.engine.execute(
sql_text(
"select balance, bonus_balance from profile_balance where profile_id = :value"
), {
'value': profile_id
}).fetchone()
if bal:
available_bonus = float(bal[1])
self.balance, self.bonus = float(bal[0]), available_bonus
else:
self.balance, self.bonus = 0, 0
self.logger.info("returned balance and bonus ::{0}::{1}".format(
self.balance, self.bonus))
return self.balance, self.bonus
def delete(self, key):
username = get_jwt_identity()
if not username:
return jsonify({"success": False})
# Delete into databse
conn, permalinks_table, user_permalink_table, user_bookmark_table = db_conn(
)
sql = sql_text("""
DELETE FROM {table}
WHERE key = :key and username = :username
""".format(table=user_bookmark_table))
conn.execute(sql, key=key, username=username)
conn.close()
return jsonify({"success": True})
def get(self):
username = get_jwt_identity()
if not username:
return jsonify({})
configconn, permalinks_table, user_permalink_table = db_conn()
sql = sql_text("""
SELECT data
FROM {table}
WHERE username = :user
""".format(table=user_permalink_table))
try:
data = json.loads(
configconn.execute(sql, user=username).first().data)
except:
data = {}
return jsonify(data)
def get(self):
"""Submit query
Returns additional information at clicked map position.
"""
args = mapinfo_parser.parse_args()
tenant = tenant_handler.tenant()
config_handler = RuntimeConfig("mapinfo", app.logger)
config = config_handler.tenant_config(tenant)
db = db_engine.db_engine(config.get('db_url'))
table = config.get('info_table')
info_geom_col = config.get('info_geom_col')
info_display_col = config.get('info_display_col')
info_title = config.get('info_title')
try:
pos = args['pos'].split(',')
pos = [float(pos[0]), float(pos[1])]
except:
return jsonify({"error": "Invalid position specified"})
try:
srid = int(re.match(r'epsg:(\d+)', args['crs'], re.IGNORECASE).group(1))
except:
return jsonify({"error": "Invalid projection specified"})
conn = db.connect()
sql = sql_text("""
SELECT {display}
FROM {table}
WHERE ST_contains({table}.{geom}, ST_SetSRID(ST_Point(:x, :y), :srid))
LIMIT 1;
""".format(display=info_display_col, geom=info_geom_col, table=table))
result = conn.execute(sql, x=pos[0], y=pos[1], srid=srid)
info_result = []
for row in result:
info_result = [[info_title, row[info_display_col]]]
conn.close()
return jsonify({"results": info_result})
def get(self, key):
username = get_jwt_identity()
if not username:
return jsonify({"success": False})
conn, permalinks_table, user_permalink_table, user_bookmark_table = db_conn(
)
sql = sql_text("""
SELECT data
FROM {table}
WHERE username = :user and key = :key
""".format(table=user_bookmark_table))
try:
data = json.loads(
conn.execute(sql, user=username, key=key).first().data)
except:
data = {}
return jsonify(data)
def ussd_match_sport_ids(self, data):
try:
#profile_id, new = self.create_profile(data, 1)
prematch_markets = self.scorepesa_ussd_cfgs[
'scorepesa_ussd_sport_markets']
ex_sport_id = self.scorepesa_ussd_cfgs['exclude_sport_ids']
self.logger.info("[+] get_match_details sport id data "\
"[][] {0} [+] {1} [][]".format(data, prematch_markets))
sql = "select s.sport_id, sport_name, e.sub_type_id as market"\
" from sport s inner join competition c on (c.sport_id=s.sport_id)"\
" inner join `match` m on m.competition_id=c.competition_id "\
" inner join event_odd e on e.parent_match_id=m.parent_match_id"\
" where e.sub_type_id in({0}) and s.sport_id not in({1}) "\
" group by s.sport_id, e.sub_type_id"\
.format(prematch_markets, ex_sport_id)
result = self.db.engine.execute(sql_text(sql)).fetchall()
data = []
if result:
for res in result:
sport_id, sport_name, market = res
data.append({
"sport_id": sport_id,
"sport_name": sport_name,
"sub_type_id": market
})
else:
sport_id, sport_name, market = 14, "soccer", 10
data = {
"sport_id": sport_id,
"sport_name": sport_name,
"sub_type_id": market
}
self.logger.info("[+] bet match detail ussd match sport "\
"details[][] %s [+] %r [+] %r [][]" % (sql, result, data))
return data
except Exception, e:
self.logger.error("[x] Exception match sport details[][] %r [][]" %
(e))
return None
def ussd_match_top_leagues(self, data):
try:
top_league_sport_id = self.scorepesa_ussd_cfgs[
'top_league_sport_id']
self.logger.info("[+] 2222222222 get_league_details top leagues data [+] {0}"\
" [+] for sportId [+] {1} [][]".format(data, top_league_sport_id))
sql = "select s.sport_id, s.sport_name, c.competition_id as league_id,"\
" c.competition_name as league_name, c.priority "\
" from sport s inner join competition c on (c.sport_id=s.sport_id) "\
" where s.sport_id={0} group by c.competition_id order by c.priority"\
" desc limit 10"\
.format(top_league_sport_id)
result = self.db.engine.execute(sql_text(sql)).fetchall()
data = []
if result:
for res in result:
sport_id, sport_name, league_id, league_name, priority = res
data.append({
"sport_id": sport_id,
"sport_name": sport_name,
"league_id": league_id,
"league_name": league_name,
"priority": priority
})
else:
sport_id, sport_name, league_id, league_name, priority = 79, "soccer", None, None, 0
data = {
"sport_id": sport_id,
"sport_name": sport_name,
"league_id": league_id,
"league_name": league_name,
"priority": priority
}
self.logger.info("[+] soccer ussd top leagues detail [][]"\
" %s [+] %r [+] %r [][]" % (sql, result, data))
return data
except Exception, e:
self.logger.error(
"[x] Exception soccer top league details[][] %r [][]" % (e))
return []
def post(self):
args = createpermalink_parser.parse_args()
url = args['url']
parts = urlparse(url)
query = parse_qs(parts.query, keep_blank_values=True)
for key in query:
query[key] = query[key][0]
data = {"query": query, "state": request.json}
# Insert into databse
configconn, permalinks_table, user_permalink_table, user_bookmark_table = db_conn(
)
datastr = json.dumps(data)
hexdigest = hashlib.sha224(datastr.encode('utf-8')).hexdigest()[0:9]
date = datetime.date.today().strftime(r"%Y-%m-%d")
sql = sql_text("""
INSERT INTO {table} (key, data, date)
VALUES (:key, :data, :date)
""".format(table=permalinks_table))
attempts = 0
while attempts < 100:
try:
configconn.execute(sql, key=hexdigest, data=datastr, date=date)
break
except:
pass
hexdigest = hashlib.sha224(
(datastr +
str(random.random())).encode('utf-8')).hexdigest()[0:9]
attempts += 1
configconn.close()
# Return
if attempts < 100:
result = {
"permalink":
parts.scheme + "://" + parts.netloc + parts.path + "?k=" +
hexdigest
}
else:
result = {"message": "Failed to generate compact permalink"}
return jsonify(**result)
def exists(self, id):
"""Check if a feature exists.
:param int id: Dataset feature ID
"""
sql = sql_text(("""
SELECT EXISTS(SELECT 1 FROM {table} WHERE {pkey}=:id)
""").format(table=self.table_name, pkey=self.primary_key))
# connect to database
conn = self.db.connect()
# execute query
result = conn.execute(sql, id=id)
exists = result.fetchone()[0]
# close database connection
conn.close()
return exists
def show(self, id, client_srid):
"""Get a feature.
:param int id: Dataset feature ID
:param int client_srid: Client SRID or None for dataset SRID
"""
srid = client_srid or self.srid
# build query SQL
# select id and permitted attributes
columns = (', ').join(
self.escape_column_names([self.primary_key] + self.attributes)
)
geom_sql = self.geom_column_sql(srid)
sql = sql_text(("""
SELECT {columns}%s
FROM {table}
WHERE {pkey} = :id
LIMIT 1;
""" % geom_sql).format(
columns=columns, geom=self.geometry_column, table=self.table_name,
pkey=self.primary_key
))
# connect to database and start transaction (for read-only access)
conn = self.db_read.connect()
trans = conn.begin()
# execute query
feature = None
result = conn.execute(sql, id=id)
for row in result:
# NOTE: result is empty if not found
feature = self.feature_from_query(row, srid)
# roll back transaction and close database connection
trans.rollback()
conn.close()
return feature
def get_building_addresses(self, egrid, conn):
"""Get building addresses inside plot with EGRID.
:param str egrid: EGRID
:param Connection conn: DB connection
"""
addresses = []
sql = sql_text(self.building_addresses_sql)
result = conn.execute(sql, egrid=egrid)
for row in result:
addresses.append({
'street': row['strassenname'],
'number': row['hausnummer'],
'zip': row['plz'],
'city': row['ortschaft']
})
return addresses
def ussd_check_user_exists(self, message):
try:
userQ = "select profile_id from profile where msisdn=:value"
msisdn = message.get("msisdn")
userExist = self.db.engine.execute(sql_text(userQ), {
'value': msisdn
}).fetchone()
self.logger.info(
"[+] user exists result [][][] {0} [][]".format(userExist))
if userExist:
self.logger.info(
"Found user exists already... return response...")
return {"userExist": True}
else:
profile_id, new = self.create_profile(message, 1)
return {"userExist": False}
except Exception, e:
self.logger.error(
"[-] Exception on ussd_check_user_exists {0}".format(e))
return {"userExist": "error"}
def update(self, id, feature):
"""Update a feature.
:param int id: Dataset feature ID
:param object feature: GeoJSON Feature
"""
# build query SQL
sql_params = self.sql_params_for_feature(feature)
srid = sql_params['client_srid']
geom_sql = self.geom_column_sql(srid)
sql = sql_text(("""
UPDATE {table} SET ({columns}) =
({values_sql})
WHERE {pkey} = :{pkey}
RETURNING {return_columns}%s;
""" % geom_sql).format(table=self.table_name,
columns=sql_params['columns'],
values_sql=sql_params['values_sql'],
pkey=self.primary_key,
return_columns=sql_params['return_columns'],
geom=self.geometry_column))
update_values = sql_params['bound_values']
update_values[self.primary_key] = id
# connect to database
conn = self.db.connect()
# execute query
# NOTE: use bound values
feature = None
result = conn.execute(sql, **update_values)
for row in result:
# NOTE: result is empty if not found
feature = self.feature_from_query(row, srid)
# close database connection
conn.close()
return feature
def basic_info_egrid(self, egrid):
"""Return basic plot information given the plot EGRID.
:param string egrid: The plot EGRID
"""
try:
sql = sql_text(self.basic_info_by_egrid_sql)
conn = self.db.connect()
result = conn.execute(sql,
egrid=egrid,
srid=self.QUERY_SRID,
buffer=self.QUERY_BUFFER)
plots = self.format_basic_info(result, conn)
conn.close()
return {'plots': plots, 'success': True}
except Exception as e:
self.logger.error(e)
return {'error': str(e), 'success': False}
def create_speed_dial_history(self, data):
try:
data['msisdn'] = self.get_msisdn_for_profile(
data.get("profile_id"))
self.logger.info("creating speeddial history.... {0}".format(data))
sql = "INSERT INTO speed_dial_history (profile_id, msisdn, source, header_info, created) VALUES(:profile_id, :msisdn, :source, :header_info, :created)"
params = {
"profile_id": data.get("profile_id"),
"msisdn": data.get("msisdn"),
"source": data.get("source"),
"header_info": data.get("header_data"),
"created": datetime.now()
}
self.connection.execute(sql_text(sql), params)
#create speed dial profile
self.create_speed_dial_profile(data)
return True
except Exception, exk:
self.logger.error(
"Exception on create speed dial history ::: {0}".format(exk))
return False