def test_state(self):
trans, client = get_client(saas.VPS)
print "test state"
trans.open()
try:
vps = client.vps(65)
print VPSMgr.dump_vps_info(vps)
finally:
trans.close()
def test_state (self):
trans, client = get_client (saas.VPS)
print "test state"
trans.open ()
try:
vps = client.vps (65)
print VPSMgr.dump_vps_info (vps)
finally:
trans.close ()
def test_invalid(self):
trans, client = get_client(saas.VPS)
trans.open()
print "connected"
try:
vps = client.vps(0)
print VPSMgr.dump_vps_info(vps)
self.assert_(not VPSMgr.vps_is_valid(vps))
vps = client.vps(100000000)
print VPSMgr.dump_vps_info(vps)
self.assert_(not VPSMgr.vps_is_valid(vps))
finally:
trans.close()
def test_invalid (self):
trans, client = get_client (saas.VPS)
trans.open ()
print "connected"
try:
vps = client.vps (0)
print VPSMgr.dump_vps_info (vps)
self.assert_ (not VPSMgr.vps_is_valid (vps))
vps = client.vps (100000000)
print VPSMgr.dump_vps_info (vps)
self.assert_ (not VPSMgr.vps_is_valid (vps))
finally:
trans.close ()
def run_server (queue_dict):
# server = zthrift.server.get_server_nonblock (saas.VPS, DummyHandler (queue_dict))
# return server.serve ()
zthrift.server.server (saas.VPS, DummyHandler (queue_dict), port=conf.SAAS_PORT + 1, allowed_ips=["119.254.32.166", "127.0.0.1"])
print "server exit ?"
if __name__ == '__main__':
logging.basicConfig(level=logging.DEBUG)
queue_dict = get_queue_dict ()
th = threading.Thread(target=run_server, args=(queue_dict,))
th.setDaemon(1)
th.start ()
time.sleep (2)
transport, client = get_client (saas.VPS, host="127.0.0.1", port=conf.SAAS_PORT + 1)
transport.open ()
try:
vps = client.vps (1)
print "id", vps.id, "os", vps.os, "cpu", vps.cpu, "ram", vps.ram, "hd", vps.hd, \
"ip", int2ip (vps.ipv4), "netmask", int2ip (vps.ipv4_netmask), "gateway", int2ip (vps.ipv4_gateway), \
"pw", vps.password
finally:
transport.close ()
# unittest.main ()
# vim: tabstop=4 expandtab shiftwidth=4 softtabstop=4 :
def get_client(self):
return get_client(VPS)
def get_client (self):
return get_client (VPS)
