def get_umad_for_target(self, path=False, gmp=False): """Return a UMAD suitable for use to talk to *path*. *path* is an :class:`rdma.path.IBPath`. If *path* is `None` then a loopback path is resolved, if *path* is `False` then no path is resolved. """ if path: assert (path.end_port == self.end_port) umad = rdma.get_umad(self.end_port) try: if self.debug >= 1: umad.trace_func = rdma.madtransactor.simple_tracer if self.debug >= 2: umad.trace_func = rdma.madtransactor.dumper_tracer if self.args.use_sa: __import__("rdma.satransactor") import sys umad = sys.modules["rdma.satransactor"].SATransactor(umad) if path is False: self.path = None elif gmp: self.path = self.get_gmp_path(path, umad) else: self.path = self.get_smp_path(path, umad) return umad except: umad.close() raise
def get_umad_for_target(self,path=False,gmp=False,local_sa=False): """Return a UMAD suitable for use to talk to *path*. *path* is an :class:`rdma.path.IBPath`. If *path* is `None` then a loopback path is resolved, if *path* is `False` then no path is resolved. """ if path: assert(path.end_port == self.end_port); umad = rdma.get_umad(self.end_port); try: if self.debug >= 1: umad.trace_func = rdma.madtransactor.simple_tracer; if self.debug >= 2: umad.trace_func = rdma.madtransactor.dumper_tracer; if self.args.use_sa: __import__("rdma.satransactor"); import sys; if local_sa or self.args.sa_path is None: sa_path = self.end_port.sa_path else: sa_path = self.args.sa_path rdma.path.resolve_path(umad, sa_path) umad = sys.modules["rdma.satransactor"].SATransactor(umad,sa_path); if path is False: self.path = None; elif gmp: self.path = self.get_gmp_path(path,umad); else: self.path = self.get_smp_path(path,umad); return umad; except: umad.close(); raise
def setUp(self): self.extra_opts = None; if self.cmd_mod is None: fn = os.path.join(os.path.dirname(sys.modules[__name__].__file__), os.path.pardir, "ibtool"); self.cmd_mod = imp.load_source("__ibtool__",fn); self.get_cmd_func = self.cmd_mod.get_cmd_func; self.end_port = rdma.get_end_port(); self.peer_dr = "0,%u"%(self.end_port.port_id); with rdma.get_umad(self.end_port) as umad: dr = rdma.path.IBDRPath(self.end_port,drPath="\0" + chr(self.end_port.port_id)); self.peer_pinf = umad.SubnGet(IBA.SMPPortInfo,dr); self.peer_ninf = umad.SubnGet(IBA.SMPNodeInfo,dr);
def setUp(self): self.extra_opts = None if self.cmd_mod is None: fn = os.path.join(os.path.dirname(sys.modules[__name__].__file__), os.path.pardir, "ibtool") self.cmd_mod = imp.load_source("__ibtool__", fn) self.get_cmd_func = self.cmd_mod.get_cmd_func self.end_port = rdma.get_end_port() self.peer_dr = "0,%u" % (self.end_port.port_id) with rdma.get_umad(self.end_port) as umad: dr = rdma.path.IBDRPath(self.end_port, drPath="\0" + chr(self.end_port.port_id)) self.peer_pinf = umad.SubnGet(IBA.SMPPortInfo, dr) self.peer_ninf = umad.SubnGet(IBA.SMPNodeInfo, dr)
def setUp(self): self.end_port = rdma.get_end_port(); self.umad = rdma.get_umad(self.end_port); self.local_path = rdma.path.IBDRPath(self.end_port);
def test_get(self): for I in rdma.get_devices(): for Q in I.end_ports: with rdma.get_umad(Q) as X: print X
def setUp(self): self.end_port = rdma.get_end_port() self.umad = rdma.get_umad(self.end_port) self.local_path = rdma.path.IBDRPath(self.end_port)
def test_get(self): for I in rdma.get_devices(): for Q in I.end_ports: with rdma.get_umad(Q) as X: print X;