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wpa_supplicant

0.2.0
0.2.0 0.1.0

Elixir interface to the wpa_supplicant daemon. The wpa_supplicant provides application support for scanning for access points, managing Wi-Fi connections, and handling all of the security and other parameters associated with Wi-Fi.

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wpa_supplicant test wpa_encode_test.exs
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test/wpa_encode_test.exs 

defmodule WpaEncodeTest do

  use ExUnit.Case



  test "interactive" do

    assert WpaSupplicant.Encode.encode({:'CTRL-RSP-IDENTITY', 1, "response text"}) == "CTRL-RSP-IDENTITY-1-response text"

    assert WpaSupplicant.Encode.encode({:'CTRL-RSP-PASSWORD', 1, "response text"}) == "CTRL-RSP-PASSWORD-1-response text"

    assert WpaSupplicant.Encode.encode({:'CTRL-RSP-NEW_PASSWORD', 1, "response text"}) == "CTRL-RSP-NEW_PASSWORD-1-response text"

    assert WpaSupplicant.Encode.encode({:'CTRL-RSP-PIN', 1, "response text"}) == "CTRL-RSP-PIN-1-response text"

    assert WpaSupplicant.Encode.encode({:'CTRL-RSP-OTP', 1, "response text"}) == "CTRL-RSP-OTP-1-response text"

    assert WpaSupplicant.Encode.encode({:'CTRL-RSP-PASSPHRASE', 1, "response text"}) == "CTRL-RSP-PASSPHRASE-1-response text"

  end



  test "commands" do

    assert WpaSupplicant.Encode.encode(:PING) == "PING"

    assert WpaSupplicant.Encode.encode(:MIB) == "MIB"

    assert WpaSupplicant.Encode.encode(:STATUS) == "STATUS"

    assert WpaSupplicant.Encode.encode(:'STATUS-VERBOSE') == "STATUS-VERBOSE"

    assert WpaSupplicant.Encode.encode(:PMKSA) == "PMKSA"

    assert WpaSupplicant.Encode.encode({:SET, :int_variable, 5}) == "SET int_variable 5"

    assert WpaSupplicant.Encode.encode({:SET, :string_variable, "string"}) == "SET string_variable \"string\""

    assert WpaSupplicant.Encode.encode(:LOGON) == "LOGON"

    assert WpaSupplicant.Encode.encode(:LOGOFF) == "LOGOFF"

    assert WpaSupplicant.Encode.encode(:REASSOCIATE) == "REASSOCIATE"

    assert WpaSupplicant.Encode.encode(:RECONNECT) == "RECONNECT"

    assert WpaSupplicant.Encode.encode({:PREAUTH, "00:09:5b:95:e0:4e"}) == "PREAUTH 00:09:5b:95:e0:4e"

    assert WpaSupplicant.Encode.encode(:ATTACH) == "ATTACH"

    assert WpaSupplicant.Encode.encode(:DETACH) == "DETACH"

    assert WpaSupplicant.Encode.encode({:LEVEL, 4}) == "LEVEL 4"

    assert WpaSupplicant.Encode.encode(:RECONFIGURE) == "RECONFIGURE"

    assert WpaSupplicant.Encode.encode(:TERMINATE) == "TERMINATE"

    assert WpaSupplicant.Encode.encode({:BSSID, 1, "00:09:5b:95:e0:4e"}) == "BSSID 1 00:09:5b:95:e0:4e"

    assert WpaSupplicant.Encode.encode(:LIST_NETWORKS) == "LIST_NETWORKS"

    assert WpaSupplicant.Encode.encode(:DISCONNECT) == "DISCONNECT"

    assert WpaSupplicant.Encode.encode(:SCAN) == "SCAN"

    assert WpaSupplicant.Encode.encode(:SCAN_RESULTS) == "SCAN_RESULTS"

    assert WpaSupplicant.Encode.encode({:BSS, 4}) == "BSS 4"

    assert WpaSupplicant.Encode.encode({:SELECT_NETWORK, 1}) == "SELECT_NETWORK 1"

    assert WpaSupplicant.Encode.encode({:ENABLE_NETWORK, 1}) == "ENABLE_NETWORK 1"

    assert WpaSupplicant.Encode.encode({:DISABLE_NETWORK, 1}) == "DISABLE_NETWORK 1"

    assert WpaSupplicant.Encode.encode(:ADD_NETWORK) == "ADD_NETWORK"

    assert WpaSupplicant.Encode.encode({:SET_NETWORK, 1, :ssid, "SSID"}) == "SET_NETWORK 1 ssid \"SSID\""

    assert WpaSupplicant.Encode.encode({:SET_NETWORK, 1, :psk, "SSID"}) == "SET_NETWORK 1 psk \"SSID\""

    assert WpaSupplicant.Encode.encode({:SET_NETWORK, 1, :key_mgmt, "SSID"}) == "SET_NETWORK 1 key_mgmt \"SSID\""

    assert WpaSupplicant.Encode.encode({:SET_NETWORK, 1, :identity, "SSID"}) == "SET_NETWORK 1 identity \"SSID\""

    assert WpaSupplicant.Encode.encode({:SET_NETWORK, 1, :password, "SSID"}) == "SET_NETWORK 1 password \"SSID\""

    assert WpaSupplicant.Encode.encode({:GET_NETWORK, 1, :ssid}) == "GET_NETWORK 1 ssid"

    assert WpaSupplicant.Encode.encode(:SAVE_CONFIG) == "SAVE_CONFIG"

    assert WpaSupplicant.Encode.encode(:P2P_FIND) == "P2P_FIND"

    assert WpaSupplicant.Encode.encode(:P2P_STOP_FIND) == "P2P_STOP_FIND"

    assert WpaSupplicant.Encode.encode(:P2P_CONNECT) == "P2P_CONNECT"

    assert WpaSupplicant.Encode.encode(:P2P_LISTEN) == "P2P_LISTEN"

    assert WpaSupplicant.Encode.encode(:P2P_GROUP_REMOVE) == "P2P_GROUP_REMOVE"

    assert WpaSupplicant.Encode.encode(:P2P_GROUP_ADD) == "P2P_GROUP_ADD"

    assert WpaSupplicant.Encode.encode(:P2P_PROV_DISC) == "P2P_PROV_DISC"

    assert WpaSupplicant.Encode.encode(:P2P_GET_PASSPHRASE) == "P2P_GET_PASSPHRASE"

    assert WpaSupplicant.Encode.encode(:P2P_SERV_DISC_REQ) == "P2P_SERV_DISC_REQ"

    assert WpaSupplicant.Encode.encode(:P2P_SERV_DISC_CANCEL_REQ) == "P2P_SERV_DISC_CANCEL_REQ"

    assert WpaSupplicant.Encode.encode(:P2P_SERV_DISC_RESP) == "P2P_SERV_DISC_RESP"

    assert WpaSupplicant.Encode.encode(:P2P_SERVICE_UPDATE) == "P2P_SERVICE_UPDATE"

    assert WpaSupplicant.Encode.encode(:P2P_SERV_DISC_EXTERNAL) == "P2P_SERV_DISC_EXTERNAL"

    assert WpaSupplicant.Encode.encode(:P2P_REJECT) == "P2P_REJECT"

    assert WpaSupplicant.Encode.encode(:P2P_INVITE) == "P2P_INVITE"

    assert WpaSupplicant.Encode.encode(:P2P_PEER) == "P2P_PEER"

    assert WpaSupplicant.Encode.encode(:P2P_EXT_LISTEN) == "P2P_EXT_LISTEN"

  end

end