def TestCaseStepVerify(tc, step):
if halapi.IsHalDisabled():
return True
print("step")
print(step.step_id)
if step.step_id == 0:
resp = quience_msg_send()
return True
def TestCaseSetup(tc):
print("Quiesce API: %s" % tc.module.args.api)
if halapi.IsHalDisabled():
return
if tc.module.args.api == "QUIESCE_START":
quiesce_start()
elif tc.module.args.api == "QUIESCE_STOP":
quiesce_stop()
else:
print("Invalid API in module definition")
return
def TestCaseVerify(tc):
print("Crypto API: %s" % tc.module.args.api)
if halapi.IsHalDisabled():
return True
if tc.module.args.api == "CRYPTO_API_ASYM_ECC_POINT_MUL_P256":
return crypto_asym_apis.ecc_point_mul_p256_test()
elif tc.module.args.api == "CRYPTO_API_ASYM_ECDSA_P256_SIG_GEN":
return crypto_asym_apis.ecdsa_p256_sig_gen_test()
elif tc.module.args.api == "CRYPTO_API_ASYM_ECDSA_P256_SIG_VERIFY":
return crypto_asym_apis.ecdsa_p256_sig_verify_test()
elif tc.module.args.api == "CRYPTO_API_ASYM_RSA2K_ENCRYPT":
return crypto_asym_apis.rsa2k_encrypt_test()
elif tc.module.args.api == "CRYPTO_API_ASYM_RSA2K_DECRYPT":
return crypto_asym_apis.rsa2k_decrypt_test()
elif tc.module.args.api == "CRYPTO_API_ASYM_RSA2K_CRT_DECRYPT":
return crypto_asym_apis.rsa2k_crt_decrypt_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA1_GENERATE":
return crypto_sym_apis.hmac_sha1_generate_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA1_VERIFY":
return crypto_sym_apis.hmac_sha1_verify_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA224_GENERATE":
return crypto_sym_apis.hmac_sha224_generate_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA224_VERIFY":
return crypto_sym_apis.hmac_sha224_verify_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA256_GENERATE":
return crypto_sym_apis.hmac_sha256_generate_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA256_VERIFY":
return crypto_sym_apis.hmac_sha256_verify_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA384_GENERATE":
return crypto_sym_apis.hmac_sha384_generate_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA384_VERIFY":
return crypto_sym_apis.hmac_sha384_verify_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA512_GENERATE":
return crypto_sym_apis.hmac_sha512_generate_test()
elif tc.module.args.api == "CRYPTO_API_HMAC_SHA512_VERIFY":
return crypto_sym_apis.hmac_sha512_verify_test()
elif tc.module.args.api == "CRYPTO_API_ASYM_RSA2K_SIG_GEN":
return crypto_asym_apis.rsa2k_sig_gen_test()
elif tc.module.args.api == "CRYPTO_API_ASYM_RSA2K_SIG_VERIFY":
return crypto_asym_apis.rsa2k_sig_verify_test()
else:
print("Invalid API in module definition")
return False
def Init(self, qid):
if halapi.IsHalDisabled(): qid = resmgr.RawrCbIdAllocator.get()
self.id = qid
gid = "RawrCb%04d" % qid
self.GID(gid)
# self.spec = spec_obj
# logger.info(" - %s" % self)
# self.uplinks = objects.ObjectDatabase()
# for uplink_spec in self.spec.uplinks:
# uplink_obj = uplink_spec.Get(Store)
# self.uplinks.Set(uplink_obj.GID(), uplink_obj)
# assert(len(self.uplinks) > 0)
logger.info(" - %s" % self)
return
def Init(self, qid):
if halapi.IsHalDisabled(): qid = resmgr.ProxyrCbIdAllocator.get()
self.id = qid
gid = "ProxyrCb%04d" % qid
self.GID(gid)
# self.spec = spec_obj
# logger.info(" - %s" % self)
# self.uplinks = objects.ObjectDatabase()
# for uplink_spec in self.spec.uplinks:
# uplink_obj = uplink_spec.Get(Store)
# self.uplinks.Set(uplink_obj.GID(), uplink_obj)
# assert(len(self.uplinks) > 0)
logger.info(" - %s" % self)
self.proxyrcbq = SwDscrRingHelper.main("PROXYRCBQ", gid, self.id)
return
def Init(self, qid, other_qid=None, session=None, is_iflow=None):
if halapi.IsHalDisabled(): qid = resmgr.TcpCbIdAllocator.get()
self.id = qid
if other_qid != None:
self.other_qid = other_qid
else:
self.other_qid = 0xffff
gid = "TcpCb%04d" % qid
self.GID(gid)
# self.spec = spec_obj
# logger.info(" - %s" % self)
# self.uplinks = objects.ObjectDatabase()
# for uplink_spec in self.spec.uplinks:
# uplink_obj = uplink_spec.Get(Store)
# self.uplinks.Set(uplink_obj.GID(), uplink_obj)
# assert(len(self.uplinks) > 0)
logger.info(" - %s" % self)
if session is not None:
if session.iflow.label == 'NVME-PROXY':
logger.info("skipping TLS cb creation for nvme..")
else:
self.tlscb = TlsCbHelper.main(self)
self.sesq = SwDscrRingHelper.main("SESQ", gid, self.id)
self.asesq = SwDscrRingHelper.main("ASESQ", gid, self.id)
if is_iflow:
logger.info("%s is iflow" % gid)
tcp_proxy.init_tcb1(self, session)
elif is_iflow != None:
logger.info("%s is rflow" % gid)
if session.iflow.label == 'NVME-PROXY':
nvme_o_tcp.init_tcb2(self, session)
else:
tcp_proxy.init_tcb2(self, session)
self.debug_dol = tcp_proxy.tcp_debug_dol_dont_send_ack | \
tcp_proxy.tcp_debug_dol_bypass_barco
self.debug_dol_tx = tcp_proxy.tcp_tx_debug_dol_dont_send_ack | \
tcp_proxy.tcp_tx_debug_dol_bypass_barco
return