defmodule Openflow.Action.NxLearn2 do defstruct( idle_timeout: 0, hard_timeout: 0, priority: 0, cookie: 0, flags: [], table_id: 0, fin_idle_timeout: 0, fin_hard_timeout: 0, limit: 0, result_dst_offset: 0, result_dst: nil, flow_specs: [] ) @experimenter 0x00002320 @nxast 45 alias __MODULE__ def new(options) do idle = Keyword.get(options, :idle_timeout, 0) hard = Keyword.get(options, :hard_timeout, 0) prio = Keyword.get(options, :priority, 0) cookie = Keyword.get(options, :cookie, 0) flags = Keyword.get(options, :flags, []) table_id = Keyword.get(options, :table_id, 0) fin_idle = Keyword.get(options, :fin_idle_timeout, 0) fin_hard = Keyword.get(options, :fin_hard_timeout, 0) flow_specs = Keyword.get(options, :flow_specs, []) limit = Keyword.get(options, :limit, 0) result_dst_offset = Keyword.get(options, :result_dst_offset, 0) result_dst = Keyword.get(options, :result_dst) %NxLearn2{idle_timeout: idle, hard_timeout: hard, priority: prio, cookie: cookie, flags: flags, table_id: table_id, fin_idle_timeout: fin_idle, fin_hard_timeout: fin_hard, limit: limit, result_dst_offset: result_dst_offset, result_dst: result_dst, flow_specs: flow_specs} end def to_binary(%NxLearn2{idle_timeout: idle, hard_timeout: hard, priority: prio, cookie: cookie, flags: flags, table_id: table_id, fin_idle_timeout: fin_idle, fin_hard_timeout: fin_hard, limit: limit, result_dst_offset: result_dst_ofs, result_dst: result_dst, flow_specs: flow_specs}) do flags_int = Openflow.Enums.flags_to_int(flags, :nx_learn_flag) result_dst_bin = if :write_result in flags do Openflow.Match.codec_header(result_dst) else "" end flow_specs_bin = Openflow.Action.NxFlowSpec.to_binary(flow_specs) exp_body = <<@experimenter::32, @nxast::16, idle::16, hard::16, prio::16, cookie::64, flags_int::16, table_id::8, 0::size(1)-unit(8), fin_idle::16, fin_hard::16, limit::32, result_dst_ofs::16, 0::size(2)-unit(8), result_dst_bin::bytes, flow_specs_bin::bitstring>> exp_body_size = byte_size(exp_body) padding_length = Openflow.Utils.padding(4 + exp_body_size, 8) length = 4 + exp_body_size + padding_length <<0xffff::16, length::16, exp_body::bytes, 0::size(padding_length)-unit(8)>> end def read(<<@experimenter::32, @nxast::16, body::bytes>>) do <> = body flags = Openflow.Enums.int_to_flags(flags_int, :nx_learn_flag) learn = %NxLearn2{idle_timeout: idle, hard_timeout: hard, priority: prio, cookie: cookie, flags: flags, table_id: table_id, fin_idle_timeout: fin_idle, fin_hard_timeout: fin_hard, limit: limit, result_dst_offset: result_dst_ofs} if :write_result in flags do header_size = Openflow.Match.header_size(rest) <> = rest result_dst = Openflow.Match.codec_header(result_dst_bin) flow_specs = Openflow.Action.NxFlowSpec.read(flow_specs_bin) struct(learn, %{result_dst: result_dst, flow_specs: flow_specs}) else <> = rest flow_specs = Openflow.Action.NxFlowSpec.read(flow_specs_bin) struct(learn, %{flow_specs: flow_specs}) end end end