def dump_string(self):
rx_tx_type = "rx"
return "matcher_id %s, index %s, rx_tx_type %s, lu_type %s\n" % (
_srd(self.data, "matcher_id"),
_srd(self.data, "index"),
rx_tx_type,
dr_prettify.lu_type_conv(_srd(self.data, "lu_type")))
def dump_str(self, verbose, raw):
nic_version = None
if self.data['dr_dump_rec_type'] in [
DR_DUMP_REC_TYPE_RULE_RX_ENTRY_V1,
DR_DUMP_REC_TYPE_RULE_TX_ENTRY_V1
]:
nic_version = MLX5_HW_CONNECTX_6DX
else:
nic_version = MLX5_HW_CONNECTX_5
parsed_ste = mlx5_hw_ste_parser(nic_version, self.data['ste_data'],
raw, verbose)
if "tag" not in parsed_ste.keys():
return ""
if verbose == 0:
return "%s" % dict_join_str(parsed_ste["tag"])
else:
if self.data['dr_dump_rec_type'] in [
DR_DUMP_REC_TYPE_RULE_RX_ENTRY_V0,
DR_DUMP_REC_TYPE_RULE_RX_ENTRY_V1
]:
rx_tx = "RX"
else:
rx_tx = "TX"
if verbose == 1:
return "(%s STE, icm_idx %s): %s" % (
rx_tx, _srd(self.data, "ste_icm_addr"),
dict_join_str(parsed_ste["tag"]))
elif verbose >= 2:
return "(%s STE, icm_idx %s): %s (%s)" % (
rx_tx, _srd(self.data,
"ste_icm_addr"), _srd(self.data, "ste_data"),
dict_join_str(parsed_ste["tag"]))
def dump_string(self):
flex_str = felx_parser_dump_string(int(self.data["flex_protocols"],
16))
return "caps: eswitch_manager %s, num_vports %s, flex_protocols: %s, nic_rx_drop_address %s, nic_tx_drop_address %s\n" % (
_srd(self.data, "eswitch_manager"), _srd(self.data, "num_vports"),
flex_str, _srd(self.data, "nic_rx_drop_address"),
_srd(self.data, "nic_tx_drop_address"))
def dump_str(self):
return "SAMPLER, next flow table %s, sample table devx obj id %s, sampler devx obj id %s, rx_icm_addr %s " \
"rx_icm_addr %s" % (
_srd(self.data, "next_ft"),
_srd(self.data, "sample_tbl_devx_id"),
_srd(self.data, "devx_id"),
_srd(self.data, "rx_icm_addr"),
_srd(self.data, "tx_icm_addr"))
def print_rule_view(self, dump_ctx, verbose, raw):
dmn_str = "domain %s, " % (_srd(dump_ctx.domain.data, "id"))
tbl_str = "table %s, " % (_srd(dump_ctx.table.data, "id"))
matcher_str = "matcher %s, " % (_srd(dump_ctx.matcher.data, "id"))
print_dr(dr_print_color.DOMAIN, dmn_str)
print_dr(dr_print_color.TABLE, tbl_str)
print_dr(dr_print_color.MATCHER, matcher_str)
print_dr(dr_print_color.RULE, self.dump_str())
inc_indent()
print_dr(dr_print_color.RULE_MATCH, self.dump_match_str(verbose, raw))
print_dr(dr_print_color.RULE_ACTIONS, self.dump_actions_str(verbose))
dec_indent()
def dump_str(self):
rx_tx_e_anchor = ""
if self.matcher_rx:
rx_tx_e_anchor += "rx e_anchor %s" % (_srd(self.matcher_rx.data,
"e_anchor"))
if self.matcher_tx:
if self.matcher_rx:
rx_tx_e_anchor += ", "
rx_tx_e_anchor += "tx e_anchor %s" % (_srd(self.matcher_tx.data,
"e_anchor"))
return "matcher %s: priority %s, %s\n" % (_srd(
self.data, "id"), _srd(self.data, "priority"), rx_tx_e_anchor)
def dump_str(self, verbose):
if verbose == 0:
return "table %s: level: %s, type: %s\n" % (_srd(
self.data, "id"), _srd(self.data,
"level"), _srd(self.data, "type"))
else:
rx_s_anchor = ""
tx_s_anchor = ""
if self.table_rx:
rx_s_anchor = "rx s_anchor %s," % (self.table_rx.dump_str())
if self.table_tx:
tx_s_anchor = "tx s_anchor %s" % (self.table_tx.dump_str())
return "table %s: level: %s, type: %s, %s %s\n" % (
_srd(self.data, "id"), _srd(self.data, "level"),
_srd(self.data, "type"), rx_s_anchor, tx_s_anchor)
def dump_str(self):
return "TAG, value %s" % (_srd(self.data, "tag"))
def dump_str(self):
return "%s" % (_srd(self.data, "s_anchor"))
def dump_string(self):
return "rx_builder_num: %s, rx_s_htbl_idx: %s, rx_e_anchor_idx: %s\n" % (
_srd(self.data, "num_of_builders"), _srd(
self.data, "s_htbl"), _srd(self.data, "e_anchor"))
def dump_str(self):
return "MODIFY_HDR, rewrite index %s" % (_srd(self.data,
"rewrite_index"))
def dump_str(self):
return "ASO CT devx_id %s" % (_srd(self.data, "devx_id"))
def dump_string(self):
return "send ring: CQ num %s, QP num %s\n" % (_srd(
self.data, "cq_num"), _srd(self.data, "qp_num"))
def dump_str(self):
return "DEST_ARRAY, devx obj id %s, rx_icm_addr %s rx_icm_addr %s" % (
_srd(self.data, "devx_id"), _srd(
self.data, "rx_icm_addr"), _srd(self.data, "tx_icm_addr"))
def dump_str(self):
return "ASO, flow_hit_aso %s" % (_srd(self.data, "flow_hit_aso"))
def dump_str(self):
return "PUSH_VLAN, vlan id %s" % (_srd(self.data, "vlan_id"))
def dump_str(self):
return "METER, next flow table %s, devx obj id %s, rx_icm_addr %s rx_icm_addr %s" % (
_srd(self.data, "next_ft"), _srd(self.data, "devx_id"),
_srd(self.data, "rx_icm_addr"), _srd(self.data, "tx_icm_addr"))
def dump_str(self):
return "ENCAP_L3, devx obj id %s" % (_srd(self.data, "devx_obj_id"))
def dump_str(self):
return "DECAP_L3, rewrite index %s" % (_srd(self.data,
"rewrite_index"))
def dump_str(self):
return "VPORT, num %s" % (_srd(self.data, "vport_num"))
def dump_string(self):
return "device: ports_num %s, FW version %s\n" % (_srd(
self.data, "ports_num"), _srd(self.data, "fw_version"))
def dump_str(self):
if self.data["single_action_opt"]:
if int(self.data["single_action_opt"], 16) == 1:
return "MODIFY_HDR, single modify action optimized"
return "MODIFY_HDR, rewrite index %s" % (_srd(self.data,
"rewrite_index"))
def dump_string(self):
return "flex parser: name %s, value %s\n" % (_srd(
self.data, "name"), _srd(self.data, "value"))
def dump_str(self):
return "QP num %s" % (_srd(self.data, "qp_num"))
def dump_string(self):
return "vport: index %s, gvmi %s, icm_addr_rx %s, icm_addr_tx %s\n" % (
_srd(self.data, "index"), _srd(self.data, "gvmi"),
_srd(self.data, "icm_addr_rx"), _srd(self.data, "icm_addr_tx"))
def dump_str(self):
return "DEVX_TIR, ICM addr %s" % (_srd(self.data, "icm_addr"))
def dump_str(self):
return "domain %s: type: %s, gvmi: %s, support_sw_steering %s, dev_name %s, package_version %s\n" % (
_srd(self.data, "id"), _srd(self.data, "type"),
_srd(self.data, "gvmi"), _srd(self.data, "support_sw_steering"),
_srd(self.data, "dev_name"), _srd(self.data, "package_version"))
def dump_str(self):
return "CTR, index %s" % (_srd(self.data, "ctr_index"))
def dump_str(self):
return "FT devx id %s, dest_ft %s" % (_srd(
self.data, "table_devx_id"), _srd(self.data, "dest_ft"))
def dump_str(self):
return "rule %s\n" % (_srd(self.data, "id"))
