def connect_private(): return _pg.connect( host=_config.DBHOST, dbname=_config.DB_PRIVATE_DATABASE, port=_config.DB_PORT, user=_config.DB_USER, passwd=_config.DB_PASSWORD)
def __init__(self, server, ref, file, pgconnect=None, db=None):
if db == None:
print pgconnect
self.db = _pg.connect(pgconnect)
else:
self.db = db
res = self.db.query(
"SELECT f_handle, type FROM meta WHERE ref=\'%s\'" % file)
if len(res.getresult()) == 0 and file == '/':
self.db.query(
"INSERT INTO meta (f_handle, ref, type) VALUES ('rootfh', '/', 2)"
)
self.f_handle = 'rootfh'
self.type = NF4DIR
else:
self.f_handle, self.type = res.getresult()[0]
if self.type == NF4REG:
res = self.db.query(
"SELECT obj_data FROM files WHERE f_handle = '%s'" %
self.f_handle)
self.oid = res.getresult()[0][0]
print "OID: %d" % self.oid
print "%s, %d" % (self.f_handle, self.type)
self.handle = self.f_handle
nfs4state.NFSFileHandle.__init__(self, server, ref, file)
def connect(): return _pg.connect( host=_config.DBHOST, dbname=_config.DB_PUBLIC_DATABASE, port=_config.DB_PORT, user=_config.DB_USER, passwd=_config.DB_PASSWORD)
def connect(dsn=None, user=None, password=None, host=None, database=None):
# first get params from DSN
dbport = -1
dbhost = ""
dbbase = ""
dbuser = ""
dbpasswd = ""
dbopt = ""
dbtty = ""
try:
params = string.split(dsn, ":")
dbhost = params[0]
dbbase = params[1]
dbuser = params[2]
dbpasswd = params[3]
dbopt = params[4]
dbtty = params[5]
except:
pass
# override if necessary
if user != None:
dbuser = user
if password != None:
dbpasswd = password
if database != None:
dbbase = database
if host != None:
try:
params = string.split(host, ":")
dbhost = params[0]
dbport = int(params[1])
except:
pass
# empty host is localhost
if dbhost == "":
dbhost = None
if dbuser == "":
dbuser = None
# open the connection
cnx = _pg.connect(host=dbhost,
dbname=dbbase,
port=dbport,
opt=dbopt,
tty=dbtty,
user=dbuser,
passwd=dbpasswd)
return pgdbCnx(cnx)
def __init__(self, confFile="sql.conf", confSectionName="Database", **props):
try:
config=ConfigParser.ConfigParser()
config.read(confFile)
self.dbProp = config.get(confSectionName,'db')
self.hostProp = config.get(confSectionName,'host')
self.userProp = config.get(confSectionName,'user')
self.passwordProp = config.get(confSectionName,'password')
self.db = _pg.connect(dbname=self.dbProp,\
host=self.hostProp,\
user=self.userProp,\
passwd=self.passwordProp)
except:
raise DBInitError("StackTrace -> " + traceBack())
def connect(dsn = None, user = None, password = None, host = None, database = None): # first get params from DSN dbport = -1 dbhost = "" dbbase = "" dbuser = "" dbpasswd = "" dbopt = "" dbtty = "" try: params = string.split(dsn, ":") dbhost = params[0] dbbase = params[1] dbuser = params[2] dbpasswd = params[3] dbopt = params[4] dbtty = params[5] except: pass # override if necessary if user != None: dbuser = user if password != None: dbpasswd = password if database != None: dbbase = database if host != None: try: params = string.split(host, ":") dbhost = params[0] dbport = int(params[1]) except: pass # empty host is localhost if dbhost == "": dbhost = None if dbuser == "": dbuser = None # open the connection cnx = _pg.connect(host = dbhost, dbname = dbbase, port = dbport, opt = dbopt, tty = dbtty, user = dbuser, passwd = dbpasswd) return pgdbCnx(cnx)
def __init__(self,
confFile="sql.conf",
confSectionName="Database",
**props):
try:
config = ConfigParser.ConfigParser()
config.read(confFile)
self.dbProp = config.get(confSectionName, 'db')
self.hostProp = config.get(confSectionName, 'host')
self.userProp = config.get(confSectionName, 'user')
self.passwordProp = config.get(confSectionName, 'password')
self.db = _pg.connect(dbname=self.dbProp,\
host=self.hostProp,\
user=self.userProp,\
passwd=self.passwordProp)
except:
raise DBInitError("StackTrace -> " + traceBack())
def __init__(self, server, ref, file, pgconnect=None, db=None):
if db == None:
print pgconnect
self.db = _pg.connect(pgconnect)
else:
self.db = db
res = self.db.query("SELECT f_handle, type FROM meta WHERE ref=\'%s\'" % file);
if len(res.getresult()) == 0 and file == '/':
self.db.query("INSERT INTO meta (f_handle, ref, type) VALUES ('rootfh', '/', 2)");
self.f_handle = 'rootfh'
self.type = NF4DIR
else:
self.f_handle, self.type = res.getresult()[0]
if self.type == NF4REG:
res = self.db.query("SELECT obj_data FROM files WHERE f_handle = '%s'" % self.f_handle)
self.oid = res.getresult()[0][0]
print "OID: %d" % self.oid
print "%s, %d" % (self.f_handle, self.type)
self.handle = self.f_handle
nfs4state.NFSFileHandle.__init__(self, server, ref, file)
#!/usr/bin/python
import _pg
import os
import commands
import string
import sys
tuner_id = "0"
tuner_address = "0"
transcode = "no"
duration = "no"
cur_tuner = "nada"
htdb_db = _pg.connect(host="localhost",
user="******",
passwd="htdb",
dbname="htdb")
def find_tconst(title, runtime):
tconst = "nada"
query = "select distinct tconst from tv_files where primarytitle = '" + title + "';"
print query
result = htdb_db.query(query)
result_list = list(result.dictresult())
for record in result_list:
tconst = str(record['tconst'])
if tconst == "nada":
query = "select tconst from title_basics where primarytitle = '" + title + "' and ttype = 'tvseries' and runtime_int = " + runtime + " order by tconst limit 1;"
print query
schema = argv[7]
table = argv[8]
if (len(argv) >= 10):
score_min = float(argv[9])
if (len(argv) == 12):
parall_workers = int(argv[10])
parall_id = int(argv[11])
else:
parall_workers = 1
parall_id = 0
except NameError as e:
exit(e)
# Test DB connexion
try:
db_conn = _pg.connect(db_name, db_ip, db_port, None, db_user, db_password)
except Exception as e:
exit(e)
# Test BAN API connexion
try:
response = get(api_url + "?q=8+bd+du+port")
if (response.status_code > 200):
raise NameError("API BAN error ! http_status_code=" +
str(response.status_code))
except NameError as e:
exit(e)
except:
exit("API BAN error !")
#!/usr/bin/python2.7
import subprocess
import _pg
#conn = _pg.connect("imdb", "w.cs.uvic.ca", 5432, None, None, "csc370", "ecs108")
conn = _pg.connect("postgres", "localhost", 5432, None, None, "postgres", "something")
print "Running question 2. J)...."
x = conn.query("select * from discoverychannel_j()")
subprocess.call("clear")
print x
conn.close()
