def Show(self):
logger.info("Collector : %s" % self.GID())
logger.info("- Encap : %s" % self.vlan)
logger.info("- Destination : %s" % self.dest_ip)
logger.info("- Source : %s" % self.source_ip)
logger.info("- Protocol : %s" % self.protocol)
logger.info("- Port : %s" % self.dport)
logger.info("- Format : %s" % self.format)
logger.info("- Template ID : %s" % self.template_id)
logger.info("- Export Intvl : %s" % self.export_interval)
return
def TestCaseTrigger(tc):
logger.info("RDMA TestCaseTrigger() Implementation.")
return
def TestCaseVerify(tc):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseVerify() Implementation.")
return True
def __init__(self, session):
logger.info("creating proxycb object for session %s" % (session.GID()))
super().__init__()
self.Clone(Store.templates.Get("PROXYCB"))
self.session = session
return
def PrepareHALRequestSpec(self, req_spec):
logger.info("Configuring proxy for the flow with label: " +
self.session.iflow.label)
if self.session.iflow.label == 'TCP-PROXY' or self.session.iflow.label == 'TCP-PROXY-E2E' or \
self.session.iflow.label == 'PROXY-REDIR' or self.session.iflow.label == 'NVME-PROXY':
req_spec.spec.vrf_key_handle.vrf_id = self.session.initiator.ep.tenant.id
req_spec.spec.key_or_handle.proxy_id = 0
req_spec.spec.proxy_type = 1
if req_spec.__class__.__name__ == 'ProxyFlowConfigRequest':
req_spec.proxy_en = True
req_spec.alloc_qid = True
if hasattr(self, 'tls_sess_profile'):
self.PrepareHalTlsProxyFlowConfigSpec(
req_spec.tls_proxy_config)
self.session.iflow.PrepareHALRequestSpec(req_spec)
elif self.session.iflow.label == 'RAW-REDIR' or self.session.iflow.label == 'RAW-REDIR-FLOW-MISS' or \
self.session.iflow.label == 'RAW-REDIR-KNOWN-APPID':
req_spec.spec.vrf_key_handle.vrf_id = self.session.initiator.ep.tenant.id
req_spec.spec.key_or_handle.proxy_id = 4
req_spec.spec.proxy_type = 7
if req_spec.__class__.__name__ == 'ProxyFlowConfigRequest':
req_spec.proxy_en = True
req_spec.alloc_qid = True
self.session.iflow.PrepareHALRequestSpec(req_spec)
elif self.session.iflow.label == 'RAW-REDIR-SPAN' or self.session.iflow.label == 'RAW-REDIR-SPAN-FLOW-MISS':
req_spec.spec.vrf_key_handle.vrf_id = self.session.initiator.ep.tenant.id
req_spec.spec.key_or_handle.proxy_id = 7
req_spec.spec.proxy_type = 10
if req_spec.__class__.__name__ == 'ProxyFlowConfigRequest':
req_spec.proxy_en = True
req_spec.alloc_qid = False
self.session.iflow.PrepareHALRequestSpec(req_spec)
elif self.session.iflow.label == 'PROXY-REDIR-E2E':
req_spec.spec.vrf_key_handle.vrf_id = self.session.initiator.ep.tenant.id
req_spec.spec.key_or_handle.proxy_id = 6
req_spec.spec.proxy_type = 9
if req_spec.__class__.__name__ == 'ProxyFlowConfigRequest':
req_spec.proxy_en = True
req_spec.alloc_qid = True
self.session.iflow.PrepareHALRequestSpec(req_spec)
elif self.session.iflow.label == 'PROXY-REDIR-SPAN-E2E':
req_spec.spec.vrf_key_handle.vrf_id = self.session.initiator.ep.tenant.id
req_spec.spec.key_or_handle.proxy_id = 8
req_spec.spec.proxy_type = 11
if req_spec.__class__.__name__ == 'ProxyFlowConfigRequest':
req_spec.proxy_en = True
req_spec.alloc_qid = True
self.session.iflow.PrepareHALRequestSpec(req_spec)
elif self.session.iflow.label == 'ESP-PROXY':
logger.info(
"Configuring esp ipsec proxy for the flow with label: " +
self.session.iflow.label)
req_spec.spec.vrf_key_handle.vrf_id = self.session.initiator.ep.tenant.id
req_spec.spec.key_or_handle.proxy_id = 0
req_spec.spec.proxy_type = 3
if req_spec.__class__.__name__ == 'ProxyFlowConfigRequest':
req_spec.proxy_en = True
req_spec.alloc_qid = False
req_spec.ipsec_config.encrypt = False
self.session.iflow.PrepareHALRequestSpec(req_spec)
elif self.session.iflow.label == 'IPSEC-PROXY':
logger.info(
"Configuring host ipsec proxy for the flow with label: " +
self.session.iflow.label)
req_spec.spec.vrf_key_handle.vrf_id = self.session.initiator.ep.tenant.id
req_spec.spec.key_or_handle.proxy_id = 0
req_spec.spec.proxy_type = 3
if req_spec.__class__.__name__ == 'ProxyFlowConfigRequest':
req_spec.proxy_en = True
req_spec.alloc_qid = True
req_spec.ipsec_config.encrypt = True
self.session.iflow.PrepareHALRequestSpec(req_spec)
return
def Init(self, tenant, spec, namespace=None):
if namespace:
self.id = namespace.get()
else:
self.id = resmgr.LifIdAllocator.get()
self.GID("Lif%d" % self.id)
self.status = haldefs.interface.IF_STATUS_UP
self.hw_lif_id = -1
self.qstate_base = {}
self.promiscuous = False
self.allmulticast = False
self.pds = []
self.c_lib_name = getattr(spec, 'c_lib', None)
if self.c_lib_name:
self.c_lib = clibs.LoadCLib(self.c_lib_name)
if self.c_lib:
self.c_lib_config = self.c_lib[self.c_lib_name + '_config']
self.c_lib_config.argtypes = [ctypes.POINTER(QInfoStruct)]
self.c_lib_config.restype = None
else:
self.c_lib = None
if hasattr(spec, 'rdma') and spec.rdma.enable:
self.enable_rdma = spec.rdma.enable
self.rdma_max_pt_entries = spec.rdma.max_pt_entries
self.rdma_max_keys = spec.rdma.max_keys
self.rdma_max_ahs = spec.rdma.max_ahs
self.hostmem_pg_size = spec.rdma.hostmem_pg_size
self.hbm_barmap_entries = (int(spec.rdma.hbm_barmap_size /
spec.rdma.hostmem_pg_size))
self.rdma_tbl_pos = BitArray(length=self.rdma_max_pt_entries)
self.hbm_tbl_pos = BitArray(length=self.hbm_barmap_entries)
self.rdma_async_eq_id = 0
self.rdma_admin_aq_id = 1
self.rdma_admin_cq_id = 0
else:
self.enable_rdma = False
self.rdma_max_pt_entries = 0
self.rdma_max_keys = 0
self.rdma_max_ahs = 0
self.hbm_barmap_entries = 0
self.hostmem_pg_size = 0
self.rdma_pt_base_addr = 0
self.rdma_kt_base_addr = 0
self.rdma_dcqcn_profile_base_addr = 0
self.rdma_at_base_addr = 0
if hasattr(spec, 'nvme') and spec.nvme.enable:
self.enable_nvme = spec.nvme.enable
self.nvme_lif = nvme_lif.NvmeLifObject(self, spec.nvme)
else:
self.enable_nvme = False
self.vlan_strip_en = False
self.vlan_insert_en = False
self.queue_types = objects.ObjectDatabase()
self.obj_helper_q = queue_type.QueueTypeObjectHelper()
self.obj_helper_q.Generate(self, spec)
self.queue_types.SetAll(self.obj_helper_q.queue_types)
self.queue_types_list = self.obj_helper_q.queue_types
self.queue_list = []
for q_type in self.queue_types_list:
for queue in q_type.queues.GetAll():
self.queue_list.append(queue)
# RDMA per LIF allocators
if self.enable_rdma:
# QP 0, 1 are special QPs
self.qpid_allocator = objects.TemplateFieldObject(
"range/2/" + str(spec.rdma.max_qp))
# AQ ID 0 is owned by ETH
self.aqid_allocator = objects.TemplateFieldObject(
"range/1/" + str(spec.rdma.max_aq))
# Reserve CQ 0, 1 for special QPs, AQ
self.cqid_allocator = objects.TemplateFieldObject(
"range/2/" + str(spec.rdma.max_cq))
self.eqid_allocator = objects.TemplateFieldObject(
"range/0/" + str(spec.rdma.max_eq))
self.pd_allocator = objects.TemplateFieldObject(
"range/0/" + str(spec.rdma.max_pd))
self.mr_key_allocator = objects.TemplateFieldObject(
"range/1/" + str(spec.rdma.max_mr))
self.slab_allocator = objects.TemplateFieldObject("range/0/2048")
self.kslab_allocator = objects.TemplateFieldObject("range/0/2048")
# Generate RDMA LIF owned resources
self.slabs = objects.ObjectDatabase()
# Generate KernelSlab of 4KB and 10 MB for FRPMR
self.kslab_4KB = slab.SlabObject(self, 4096, True)
self.obj_helper_slab = slab.SlabObjectHelper()
#slab_spec = spec.rdma.slab.Get(Store)
#self.obj_helper_slab.Generate(self, slab_spec)
#self.slabs.SetAll(self.obj_helper_slab.slabs)
# Create EQs for RDMA LIF
self.eqs = objects.ObjectDatabase()
self.obj_helper_eq = eq.EqObjectHelper()
self.obj_helper_eq.Generate(self, spec.rdma.max_eq,
spec.rdma.max_eqe)
if len(self.obj_helper_eq.eqs):
self.eqs.SetAll(self.obj_helper_eq.eqs)
# Create CQ 0 for adminQ
logger.info("Creating 1 Cqs. for LIF:%s" % (self.GID()))
# Hardcode CQ 0 for AQ
# Page size is calculated as max_cqe * cqe_size by the CQ for privileged resources
cq_id = 0
self.cq = cqs.CqObject(None, cq_id, spec.rdma.max_cqe, 0, True,
self)
# Create AdminQ
logger.info("Creating 1 Aqs. for LIF:%s" % (self.GID()))
aq_id = self.GetAqid()
self.aq = aqs.AqObject(self, aq_id, spec.rdma.max_aqe,
spec.rdma.hostmem_pg_size)
self.dcqcn_config_spec = spec.rdma.dcqcn_config.Get(Store)
if hasattr(spec, 'rss'):
self.rss_type = (
haldefs.interface.LifRssType.Value("RSS_TYPE_IPV4")
| haldefs.interface.LifRssType.Value("RSS_TYPE_IPV4_TCP")
| haldefs.interface.LifRssType.Value("RSS_TYPE_IPV4_UDP")
| haldefs.interface.LifRssType.Value("RSS_TYPE_IPV6")
| haldefs.interface.LifRssType.Value("RSS_TYPE_IPV6_TCP")
| haldefs.interface.LifRssType.Value("RSS_TYPE_IPV6_UDP"))
self.rss_key = array.array('B', toeplitz.toeplitz_msft_key)
self.rss_indir = array.array('B', [0] * 128)
else:
self.rss_type = haldefs.interface.LifRssType.Value("RSS_TYPE_NONE")
self.rss_key = array.array('B', toeplitz.toeplitz_msft_key)
self.rss_indir = array.array('B', [0] * 128)
self.tenant = tenant
self.spec = spec
self.tx_qos_class = None
self.rx_qos_class = None
if self.tenant.IsQosEnabled():
self.tx_qos_class = getattr(spec, 'tx_qos_class', None)
self.rx_qos_class = getattr(spec, 'rx_qos_class', None)
if self.tx_qos_class:
self.tx_qos_class = Store.objects.Get(self.tx_qos_class)
if self.rx_qos_class:
self.rx_qos_class = Store.objects.Get(self.rx_qos_class)
self.Show()
def RegisterPd(self, pd):
if self.enable_rdma:
logger.info("Registering PD: %s LIF %s" % (pd.GID(), self.GID()))
self.pds.append(pd)
def TestCaseSetup(tc):
logger.info("RDMA TestCaseSetup() Implementation.")
PopulatePreQStates(tc)
return
def TestCaseTeardown(tc):
logger.info("RDMA TestCaseTeardown() Implementation.")
if (GlobalOptions.dryrun): return
return
def TestCaseStepVerify(tc, step):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseVerify() Implementation.")
PopulatePostQStates(tc)
rs = tc.config.rdmasession
ring0_mask = (rs.lqp.num_rq_wqes - 1)
if step.step_id == 0:
############ RQ VALIDATIONS #################
# verify that e_psn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'e_psn', 1):
return False
# verify that msn is NOT incremented
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'msn', 0):
return False
# verify that proxy_cindex is NOT incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'proxy_cindex',
ring0_mask, 0):
return False
# verify that token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'token_id', 1):
return False
# verify that nxt_to_go_token_id is NOT incremented
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate,
'nxt_to_go_token_id', 0):
return False
# verify that state is now moved to ERR (2)
if not VerifyErrQState(tc):
return False
############ STATS VALIDATIONS #################
# verify that error disable stats are updated
if not VerifyErrStatistics(tc):
return False
#verify that insuff_sge_err is set to 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate,
'qp_err_dis_insuff_sge_err', 1):
return False
# last bth opcode should be 0 (send_first)
if not VerifyFieldAbsolute(tc, tc.pvtdata.rq_post_qstate,
'last_bth_opcode', 0):
return False
elif step.step_id == 1:
if not ValidatePostSyncCQChecks(tc):
return False
return True
def TestCaseStepVerify(tc, step):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseVerify() Implementation.")
rs = tc.config.rdmasession
rs.lqp.rq.qstate.Read()
ring0_mask = (rs.lqp.num_rq_wqes - 1)
tc.pvtdata.rq_post_qstate = rs.lqp.rq.qstate.data
if step.step_id == 0:
############ RQ VALIDATIONS #################
# verify that e_psn is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'e_psn', 3):
return False
# verify that proxy_cindex is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'proxy_cindex',
ring0_mask, 1):
return False
# verify that token_id is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'token_id', 3):
return False
# verify that nxt_to_go_token_id is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate,
'nxt_to_go_token_id', 3):
return False
############ RQ STATS VALIDATIONS #################
# verify that num_pkts is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'num_pkts', 3):
return False
# verify that num_bytes is incremented by pvtdata.num_total_bytes
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'num_bytes',
tc.pvtdata.num_total_bytes):
return False
# verify that num_send_msgs is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'num_send_msgs',
1):
return False
# verify that num_pkts_in_cur_msg is 3
if not VerifyFieldAbsolute(tc, tc.pvtdata.rq_post_qstate,
'num_pkts_in_cur_msg', 3):
return False
# verify that max_pkts_in_any_msg is 3
if not VerifyFieldAbsolute(
tc, tc.pvtdata.rq_post_qstate, 'max_pkts_in_any_msg',
max([3, tc.pvtdata.rq_pre_qstate.max_pkts_in_any_msg])):
return False
############ CQ VALIDATIONS #################
if not ValidateRespRxCQChecks(tc):
return False
elif step.step_id == 1:
if not ValidatePostSyncCQChecks(tc):
return False
return True
def TestCaseStepVerify(tc, step):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseVerify() Implementation.")
PopulatePostQStates(tc)
rs = tc.config.rdmasession
rs.lqp.sq.qstate.Read()
ring0_mask = (rs.lqp.num_sq_wqes - 1)
ring4_mask = (rs.lqp.num_rrq_wqes - 1)
if step.step_id == 0:
# verify that tx_psn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'tx_psn', 1):
return False
# verify that p_index is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'p_index0', ring0_mask, 1):
return False
# verify that c_index is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'c_index0', ring0_mask, 1):
return False
# verify that ssn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'ssn', 1):
return False
# verify that lsn is incremented by 1 for write
if tc.pvtdata.sq_pre_qstate.disable_credits != 1:
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'lsn', 1):
return False
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'in_progress', 0):
return False
# verify that p_index of rrq is not incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'p_index4', ring4_mask, 1):
return False
elif step.step_id == 1:
msn = tc.pvtdata.sq_pre_qstate.ssn - 1
# verify that msn is not modified
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'msn', msn):
return False
# verify rexmit_psn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'rexmit_psn', 1):
return False
# verify that c_index of rrq is not incremented
if not VerifyFieldsEqual(tc, tc.pvtdata.sq_pre_qstate, 'c_index4', tc.pvtdata.sq_post_qstate, 'c_index4'):
return False
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'in_progress', 0):
return False
# verify that tx_psn is not incremented
if not VerifyFieldsEqual(tc, tc.pvtdata.sq_pre_qstate, 'tx_psn', tc.pvtdata.sq_post_qstate, 'tx_psn'):
return False
# verify that token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'token_id', 1):
return False
# verify that nxt_to_go_token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'nxt_to_go_token_id', 1):
return False
# verify qp_err_disable is set
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'rx_qp_err_disabled', 1):
return False
# verify qp_err_dis_rrqwqe_remote_acc_err_rcvd is set
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'qp_err_dis_rrqwqe_remote_acc_err_rcvd', 1):
return False
if not ValidateCQCompletions(tc, 1, 1):
return False
############ SKIP EQ VALIDATIONS #################
#if not ValidateEQChecks(tc):
# return False
# verify that state is now moved to ERR (2)
if not VerifyErrQState(tc):
return False
elif step.step_id == 2:
if not ValidatePostSyncCQChecks(tc):
return False
# update current as pre_qstate ... so next step_id can use it as pre_qstate
tc.pvtdata.sq_pre_qstate = copy.deepcopy(rs.lqp.sq.qstate.data)
return True
def TestCaseStepVerify(tc, step):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseStepVerify() Implementation for Step: %d" %
step.step_id)
rs = tc.config.rdmasession
rs.lqp.sq.qstate.Read()
ring0_mask = (rs.lqp.num_sq_wqes - 1)
ring4_mask = (rs.lqp.num_rrq_wqes - 1)
tc.pvtdata.sq_post_qstate = rs.lqp.sq.qstate.data
if step.step_id == 0:
# verify that tx_psn is incremented by 2
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'tx_psn', 2):
return False
# verify that p_index sq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'p_index0',
ring0_mask, 1):
return False
# verify that c_index sq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'c_index0',
ring0_mask, 1):
return False
# verify that p_index of rrq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'p_index4',
ring4_mask, 1):
return False
# verify that ssn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'ssn', 1):
return False
# verify that lsn incremented
if tc.pvtdata.sq_pre_qstate.disable_credits != 1:
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'lsn', 1):
return False
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'in_progress', 0):
return False
elif step.step_id == 1:
msn = tc.pvtdata.sq_pre_qstate.ssn - 1
# verify that c_index of rrq is not incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'c_index4',
ring4_mask, 0):
return False
# verify rexmit_psn is not incremented
if not VerifyFieldModify(tc, tc.pvtdata.sq_post_qstate,
tc.pvtdata.sq_post_qstate, 'rexmit_psn', 0):
return False
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'in_progress', 0):
return False
# verify that tx_psn is not incremented
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'tx_psn', 0):
return False
# verify that token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'token_id', 1):
return False
# verify that nxt_to_go_token_id is not incremented
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate,
'nxt_to_go_token_id', 0):
return False
# make sure sqcb1 state has moved to ERR
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'sqcb1_state', 2):
return False
# make sure sqcb0 state has also moved to ERR
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'state', 2):
return False
# verify that max_recirc_cnt_err is captured
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'sqcb5_max_recirc_cnt_err', 1):
return False
# recirc reason should be 1 (inorder_work_not_done)
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'sqcb5_recirc_reason', 1):
return False
# recirc bth opcode should be 13 (read-resp-first)
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'sqcb5_recirc_bth_opcode', 13):
return False
# recirc bth psn should be the psn of the packet (which is same as pre_qstate.tx_psn - 2)
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'sqcb5_recirc_bth_psn',
tc.pvtdata.sq_pre_qstate.tx_psn - 2):
return False
# update current as pre_qstate ... so next step_id can use it as pre_qstate
tc.pvtdata.sq_pre_qstate = copy.deepcopy(rs.lqp.sq.qstate.data)
return True
def ProcessHALResponse(self, req_spec, resp_spec):
logger.info(" - Collector %s = %s" %\
(self.GID(), \
haldefs.common.ApiStatus.Name(resp_spec.api_status)))
#pdb.set_trace()
return
def ProcessHALGetResponse(self, req_spec, resp_spec):
logger.info(
"- GET LIF %s = %s" %
(self.GID(), haldefs.common.ApiStatus.Name(resp_spec.api_status)))
self.get_resp = copy.deepcopy(resp_spec)
return
def TestCaseVerify(tc):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseVerify() Implementation.")
rs = tc.config.rdmasession
rs.lqp.rq.qstate.Read()
ring0_mask = (rs.lqp.num_rq_wqes - 1)
tc.pvtdata.rq_post_qstate = rs.lqp.rq.qstate.data
rs.lqp.ReadDcqcnCb()
tc.pvtdata.dcqcn_post_qstate = rs.lqp.dcqcn_data
############ RQ VALIDATIONS #################
# verify that e_psn is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'e_psn', 1):
return False
# verify that p_index is not incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'p_index0',
ring0_mask, 0):
return False
# verify that c_index is not incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'proxy_cindex',
ring0_mask, 0):
return False
# verify that token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'token_id', 1):
return False
# verify that nxt_to_go_token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'nxt_to_go_token_id',
1):
return False
############ RSQ VALIDATIONS #################
logger.info("RSQ VALIDATIONS:")
ring1_mask = (rs.lqp.num_rsq_wqes - 1)
# verify that p_index is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'p_index1',
ring1_mask, 1):
return False
# verify that c_index is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'c_index1',
ring1_mask, 1):
return False
# verify that cur_avail_tokens in dcqcn state is . Since at end of 2 iteration 1*9834+120=9954 bits will be accumulated
# with core-clock running at 833 MHz.
# 8*64=512 bits will be consumed by packet. So 9954-512=9442 tokens remain.
if not VerifyFieldAbsolute(tc, tc.pvtdata.dcqcn_post_qstate,
'cur_avail_tokens', 9442):
return False
# verify that last_sched_timestamp in dcqcn state is set to cur_timestamp of iteration 1 which is 8192000 + 100000 ticks
if not VerifyFieldAbsolute(tc, tc.pvtdata.dcqcn_post_qstate,
'last_sched_timestamp', 0x7E86A0):
return False
# verify that packets dropped = 0 to accumulate the required tokens to send out packets eventually.
# It requires 1 iterations to accumulate enough tokens to send 64B packet at rate 1 Mbps,
# for clock which ticks 833 times per us and program scheduled every 8192K ticks.
if not VerifyFieldAbsolute(tc, tc.pvtdata.dcqcn_post_qstate,
'num_sched_drop', 1):
return False
############ CQ VALIDATIONS #################
if not ValidateNoCQChanges(tc):
return False
return True
def SetPromiscous(self):
logger.info("Setting PROMISCUOUS mode for LIF:%s" % self.GID())
self.promiscuous = True
return
def TestCaseStepVerify(tc, step):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseStepVerify() Implementation for Step: %d" %step.step_id)
rs = tc.config.rdmasession
rs.lqp.sq.qstate.Read()
ring0_mask = (rs.lqp.num_sq_wqes - 1)
ring4_mask = (rs.lqp.num_rrq_wqes - 1)
tc.pvtdata.sq_post_qstate = rs.lqp.sq.qstate.data
if step.step_id == 0:
# verify that tx_psn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'tx_psn', 1):
return False
# verify that p_index sq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'p_index0', ring0_mask, 1):
return False
# verify that c_index sq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'c_index0', ring0_mask, 1):
return False
# verify that p_index of rrq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'p_index4', ring4_mask, 1):
return False
# verify that ssn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'ssn', 1):
return False
# verify that lsn incremented
if tc.pvtdata.sq_pre_qstate.disable_credits != 1:
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'lsn', 1):
return False
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'in_progress', 0):
return False
elif step.step_id == 1:
msn = tc.pvtdata.sq_pre_qstate.ssn - 1
# verify that msn is incremented to that of ssn of this msg
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'msn', msn):
return False
# verify that c_index of rrq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'c_index4', ring4_mask, 1):
return False
# verify rexmit_psn is incremented to that of tx_psn
if not VerifyFieldsEqual(tc, tc.pvtdata.sq_post_qstate, 'rexmit_psn', tc.pvtdata.sq_post_qstate, 'tx_psn'):
return False
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'in_progress', 0):
return False
# verify that tx_psn is not incremented
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'tx_psn', 0):
return False
# verify that token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'token_id', 1):
return False
# verify that nxt_to_go_token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate, tc.pvtdata.sq_post_qstate, 'nxt_to_go_token_id', 1):
return False
if not ValidateReqRxCQChecks(tc, 'EXP_CQ_DESC'):
return False
elif step.step_id == 2:
if not ValidatePostSyncCQChecks(tc):
return False
# update current as pre_qstate ... so next step_id can use it as pre_qstate
tc.pvtdata.sq_pre_qstate = copy.deepcopy(rs.lqp.sq.qstate.data)
return True
def SetAllMulticast(self):
logger.info("Setting ALL MULTICAST mode for LIF:%s" % self.GID())
self.allmulticast = True
return
def TestCaseVerify(tc):
logger.info("RDMA TestCaseVerify() Implementation.")
return True
def Update(self):
logger.info("Updating %d LIFs." % len(self.lifs))
halapi.ConfigureLifs(self.lifs, update=True)
for lif in self.lifs:
lif.ConfigureQueueTypes()
def TestCaseStepVerify(tc, step):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseStepVerify() Implementation for Step: %d" %
step.step_id)
rs = tc.config.rdmasession
rs.lqp.sq.qstate.Read()
ring0_mask = (rs.lqp.num_sq_wqes - 1)
ring4_mask = (rs.lqp.num_rrq_wqes - 1)
tc.pvtdata.sq_post_qstate = rs.lqp.sq.qstate.data
if step.step_id == 0:
# verify that tx_psn is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'tx_psn', 3):
return False
# verify that p_index sq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'p_index0',
ring0_mask, 1):
return False
# verify that c_index sq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'c_index0',
ring0_mask, 1):
return False
# verify that p_index of rrq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'p_index4',
ring4_mask, 1):
return False
# verify that ssn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'ssn', 1):
return False
# verify that lsn is incremented by 1
if tc.pvtdata.sq_pre_qstate.disable_credits != 1:
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'lsn', 1):
return False
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'in_progress', 0):
return False
elif step.step_id == 1:
# verify that c_index of rrq is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'c_index4',
ring4_mask, 1):
return False
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'in_progress', 0):
return False
# verify that tx_psn is not incremented
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'tx_psn', 0):
return False
# verify rexmit_psn is same as tx_psn
if not VerifyFieldsEqual(tc, tc.pvtdata.sq_post_qstate, 'rexmit_psn',
tc.pvtdata.sq_post_qstate, 'tx_psn'):
return False
# verify that token_id is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'token_id', 3):
return False
# verify that nxt_to_go_token_id is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate,
'nxt_to_go_token_id', 3):
return False
if not ValidateReqRxCQChecks(tc, 'EXP_READ_CQ_DESC'):
return False
elif step.step_id == 2:
# verify that busy is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'busy', 0):
return False
# verify that in_progress is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate,
'in_progress', 0):
return False
# verify that tx_psn is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'tx_psn', 3):
return False
# verify that rexmit_psn is 3 less than tx_psn
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'rexmit_psn',
tc.pvtdata.sq_post_qstate.tx_psn - 3):
return False
# verify that rrq_pindex/rrq_cindex fence check has not failed since rrq_pindex == rrq_cindex
if not VerifyFieldModify(tc, tc.pvtdata.sq_pre_qstate,
tc.pvtdata.sq_post_qstate, 'timestamp', 0):
return False
# verify that fence bit is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'fence', 0):
return False
# verify that fence_done is set
if not VerifyFieldAbsolute(tc, tc.pvtdata.sq_post_qstate, 'fence_done',
1):
return False
elif step.step_id == 3:
if not ValidatePostSyncCQChecks(tc):
return False
# update current as pre_qstate ... so next step_id can use it as pre_qstate
tc.pvtdata.sq_pre_qstate = copy.deepcopy(rs.lqp.sq.qstate.data)
return True
def Show(self):
logger.info("Service List for %s" % self.GID())
return
def TestCaseTeardown(tc):
logger.info("RDMA TestCaseTeardown() Implementation.")
return
def TestCaseTeardown(tc):
logger.info("RDMA TestCaseTeardown() Implementation.")
ResetErrQState(tc)
return
def TestCaseVerify(tc):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseVerify() Implementation.")
rs = tc.config.rdmasession
rs.lqp.rq.qstate.Read()
ring0_mask = (rs.lqp.num_rq_wqes - 1)
tc.pvtdata.rq_post_qstate = rs.lqp.rq.qstate.data
############ RQ VALIDATIONS #################
# verify that e_psn is incremented by 3
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'e_psn', 3):
return False
# verify that p_index is not incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'p_index0',
ring0_mask, 0):
return False
# verify that c_index is not incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'proxy_cindex',
ring0_mask, 0):
return False
# verify that token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'token_id', 1):
return False
# verify that nxt_to_go_token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'nxt_to_go_token_id',
1):
return False
############ RSQ VALIDATIONS #################
logger.info("RSQ VALIDATIONS:")
ring1_mask = (rs.lqp.num_rsq_wqes - 1)
color_mask = 1
# verify that p_index is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'p_index1',
ring1_mask, 1):
return False
# verify that c_index is incremented by 1
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'c_index1',
ring1_mask, 1):
return False
# verify that curr_psn is 0
if not VerifyFieldAbsolute(tc, tc.pvtdata.rq_post_qstate,
'curr_read_rsp_psn', 0):
return False
############ CQ VALIDATIONS #################
if not ValidateNoCQChanges(tc):
return False
############ RESP_RX VALIDATIONS ################
# verify that curr_color is changed by design
if not ValidateRespRx(tc):
return False
return True
def TestCaseStepTrigger(tc, step):
logger.info("RDMA TestCaseStepTrigger() Implementation with step_id: %d" %
(step.step_id))
if (GlobalOptions.dryrun): return True
return
def Show(self):
logger.info("- LIF : %s" % self.GID())
logger.info(" - # Queue Types : %d" %
len(self.obj_helper_q.queue_types))
def TestCaseStepVerify(tc, step):
if (GlobalOptions.dryrun): return True
logger.info("RDMA TestCaseStepVerify() Implementation.")
logger.info("step id: %d" % (step.step_id))
PopulatePostQStates(tc)
rs = tc.config.rdmasession
rs.lqp.rq.qstate.Read()
ring0_mask = (rs.lqp.num_rq_wqes - 1)
tc.pvtdata.rq_post_qstate = rs.lqp.rq.qstate.data
if step.step_id == 0:
# verify that e_psn is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'e_psn', 1):
return False
# verify that proxy_cindex is NOT incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'proxy_cindex',
ring0_mask, 0):
return False
# verify that token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'token_id', 1):
return False
# verify that nxt_to_go_token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate,
'nxt_to_go_token_id', 1):
return False
elif step.step_id == 1:
# verify that e_psn is NOT incremented
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'e_psn', 0):
return False
# verify that proxy_cindex is NOT incremented
if not VerifyFieldMaskModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'proxy_cindex',
ring0_mask, 0):
return False
# verify that token_id is incremented by 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate, 'token_id', 1):
return False
# verify that nxt_to_go_token_id is NOT incremented
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate,
'nxt_to_go_token_id', 0):
return False
# verify that state is now moved to ERR (2)
if not VerifyErrQState(tc):
return False
############ STATS VALIDATIONS #################
# verify that error disable stats are updated
if not VerifyErrStatistics(tc):
return False
#verify that opcode_err is set to 1
if not VerifyFieldModify(tc, tc.pvtdata.rq_pre_qstate,
tc.pvtdata.rq_post_qstate,
'qp_err_dis_opcode_err', 1):
return False
# last bth opcode should be 7 (write_middle)
if not VerifyFieldAbsolute(tc, tc.pvtdata.rq_post_qstate,
'last_bth_opcode', 7):
return False
# update current as pre_qstate ... so next step_id can use it as pre_qstate
tc.pvtdata.rq_pre_qstate = copy.deepcopy(rs.lqp.rq.qstate.data)
tc.pvtdata.rq_cq_pre_qstate = copy.deepcopy(rs.lqp.rq_cq.qstate.data)
return True
def Configure(self):
logger.info("Configuring %d Collector." % len(self.collectors))
halapi.ConfigureCollectors(self.collectors)
return
