def connect_db(uri):
scheme, user, password, host, port, db = parse(uri);
if not (scheme == "mysql"):
print "ERROR: Unsupported database %s\n" % scheme
sys.exit()
params = []
if user is not None:
params.append("user='******'" % user)
if password is not None:
params.append("passwd='%s'" % password)
if host is not None:
params.append("host='%s'" % host)
if port is not None:
params.append("port=%s" % port)
if db is not None:
params.append("db='%s'" % db)
params = ', '.join(params)
connect = 'MySQLdb.connect(%s)' % params
return eval(connect)
def convert_acc(table, dst, src):
if common.verbose: print "Converting %s table" % table
start = 0
count = 1000
num = 1
while True:
cur = src.cursor()
try:
cur.execute("select sip_from, sip_to, sip_status, sip_method, i_uri, o_uri, "
"from_uri, to_uri, sip_callid, username, fromtag, totag, time, "
"timestamp, domain from %s limit %s, %s" % (table, start, count))
except MySQLdb.ProgrammingError:
print "Error while querying %s table, skipping" % table
if cur.rowcount == 0:
return
acc = cur.fetchone()
while acc:
cols = []
vals = []
# time
cols.append("request_timestamp")
vals.append(acc[13])
cols.append("response_timestamp")
vals.append(acc[13])
# sip_from
cols.append("sip_from")
vals.append(acc[0])
# from_uri
did = None
cols.append("from_uri")
vals.append(acc[6])
# Parse the URI in from_uri column
(scheme, user, passwd, domain, port, params) = parse(acc[6])
# Find out did
try:
did = get_did_by_domain(dst, domain)
cols.append("from_did")
vals.append(did)
except DidNotFoundException:
pass
# Try to find out UID if we have did
if did is not None and user is not None:
try:
uid = get_uid_by_uri(dst, user, domain, did)
cols.append("from_uid")
vals.append(uid)
except UidNotFoundException:
pass
# sip_to
cols.append("sip_to")
vals.append(acc[1])
# sip_status
cols.append("sip_status")
vals.append(acc[2])
# sip_method
cols.append("sip_method")
vals.append(acc[3])
# i_uri
did = None
cols.append("in_ruri")
vals.append(acc[4])
# Parse the URI in in_ruri column
(scheme, user, passwd, domain, port, params) = parse(acc[4])
# Try to find DID
try:
did = get_did_by_domain(dst, domain)
except DidNotFoundException:
# We could not find DID, let's try to_uri instead of i_uri
(scheme, user, passwd, domain, port, params) = parse(acc[7])
try:
did = get_did_by_domain(dst, domain)
except DidNotFoundException:
pass
# If we have DID try to find UID
if did is not None:
cols.append("to_did")
vals.append(did)
if user is not None:
try:
uid = get_uid_by_uri(dst, user, domain, did)
cols.append("to_uid")
vals.append(uid)
except UidNotFoundException:
pass
# o_uri
cols.append("out_ruri")
vals.append(acc[5])
# to_uri
cols.append("to_uri")
vals.append(acc[7])
# sip_callid
cols.append("sip_callid")
vals.append(acc[8])
# username
cols.append("digest_username")
vals.append(acc[9])
# fromtag
cols.append("from_tag")
vals.append(acc[10])
# totag
cols.append("to_tag")
vals.append(acc[11])
# domain
cols.append("digest_realm")
vals.append(acc[14])
query = "insert into %s (" % table
query += cols[0]
for c in cols[1:]:
query += ", "
query += c
query += ") values ("
query += "%s"
for c in cols[1:]:
query += ", %s"
query += ")"
try:
dst.cursor().execute(query, tuple(vals))
except:
print "Error while executing:"
print vals
sys.exit(1)
num = num + 1
acc = cur.fetchone()
start += count
