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-rw-r--r--bin/wireshark.lua150
1 files changed, 0 insertions, 150 deletions
diff --git a/bin/wireshark.lua b/bin/wireshark.lua
deleted file mode 100644
index ac77029f6..000000000
--- a/bin/wireshark.lua
+++ /dev/null
@@ -1,150 +0,0 @@
--- declare our protocol
-gwlan_proto = Proto("gnunet","Gnunet Layer")
--- create a function to dissect it
-local f = gwlan_proto.fields
-
-f.len = ProtoField.uint16 ("gnunet.len", "Gnunet Message Len")
-f.type = ProtoField.uint16 ("gnunet.type", "Gnunet Message Type")
--- rhs_proto.fields.sequence = ProtoField.uint16("rhs.sequence","Sequence number")
-f_proto = DissectorTable.new("gnunet.proto", "Gnunet Protocoll", FT_UINT16, BASE_DEC)
---gwlan_proto.fields = {f_len, f_type}
-
-function gwlan_proto.dissector(buffer,pinfo,tree)
- pinfo.cols.protocol = "Gnunet Packet"
- gnunet_packet_disector(buffer,pinfo,tree)
-end
-
-function gwlan_proto.init()
-end
-
-function gnunet_packet_disector(buffer,pinfo,tree)
- if (buffer:len() > 4) then
- local len = buffer(0,2):uint()
- local type = buffer(2,2):uint()
- if (len <= buffer:len()) then
- local dissect = f_proto:get_dissector(type)
- if dissect ~= nil then
- dissect:call(buffer(0, len):tvb(), pinfo, tree)
- else
- local subtree = tree:add(fragmentack, buffer(),"Gnunet Packet Type: " .. buffer(2,2):uint() .. "(" .. buffer:len() .. ")")
- gnunet_message_header(buffer, pinfo, subtree)
- end
- end
- --if (len < buffer:len()) then
- -- gwlan_proto.dissector(buffer(len, buffer:len() - len):tvb(), pinfo, tree)
- --end
- else
- if (buffer:len() == 4) then
- local subtree = tree:add(fragmentack, buffer(),"Gnunet Packet (" .. buffer:len() .. ")")
- gnunet_message_header(buffer, pinfo, subtree)
- end
- end
-end
-
-function gnunet_message_header(buffer, pinfo, tree)
- if (buffer:len() >= 4) then
- local len = buffer(0,2)
- local type = buffer(2,2)
- tree:add(buffer(0,2), "Message Len: " .. buffer(0,2):uint())
- tree:add(buffer(2,2), "Message Type: " .. buffer(2,2):uint())
- end
-end
-
--- load the udp.port table
-llc_table = DissectorTable.get("llc.dsap")
--- register our protocol to handle llc.dsap 0x1e
-llc_table:add(31,gwlan_proto)
-
-fragmentack = Proto("gnunet.fragmentack","Gnunet Fragment Ack")
-
-function fragmentack.dissector(buffer,pinfo,tree)
- pinfo.cols.protocol = "Gnunet Fragment Ack"
- local subtree = tree:add(fragmentack, buffer(),"Gnunet Data ack (" .. buffer:len() .. ")")
- gnunet_message_header(buffer, pinfo, subtree)
- if buffer:len() >= 16 then
- subtree:add(buffer(4,4),"Fragment Id: " .. buffer(4,4):uint())
- subtree:add(buffer(8,8),"Bits: " .. buffer(8,8))
- end
-end
-
-fragment = Proto("gnunet.fragment","Gnunet Fragment")
-
-function fragment.dissector(buffer,pinfo,tree)
- pinfo.cols.protocol = "Gnunet Fragment"
- local subtree = tree:add(fragment, buffer(),"Gnunet Fragment (" .. buffer:len() .. ")")
- gnunet_message_header(buffer, pinfo, subtree)
- if buffer:len() >= 13 then
- subtree:add(buffer(4,4),"Fragment Id: " .. buffer(4,4):uint())
- subtree:add(buffer(8,2),"Total Size: " .. buffer(8,2):uint())
- subtree:add(buffer(10,2),"Offset: " .. buffer(10,2):uint())
- if buffer(10,2):uint() == 0 then
- if (buffer(8,2):uint() <= buffer:len() - 12) then
- gnunet_packet_disector(buffer(12):tvb(),pinfo,tree)
- end
- else
- subtree:add(buffer(12), "Data: " .. buffer(12))
- end
- end
-end
-
-hello = Proto("gnunet.hello","Gnunet Hello Message")
-
-function hello.dissector(buffer,pinfo,tree)
- pinfo.cols.protocol = "Gnunet Hello Message"
- local subtree = tree:add(hello, buffer(),"Gnunet Hello Message (" .. buffer:len() .. ")")
- gnunet_message_header(buffer, pinfo, subtree)
- if buffer:len() > (264 + 8) then
- subtree:add(buffer(4,4),"Reserved: " .. buffer(4,4):uint())
- RsaPublicKeyBinaryEncoded(buffer(8 , 264):tvb(),pinfo, subtree)
- else
- subtree:add(buffer(4), "SIZE WRONG (< 272)")
- end
-end
-
-wlan = Proto("gnunet.wlan","Gnunet WLAN Message")
-
-function wlan.dissector(buffer,pinfo,tree)
- pinfo.cols.protocol = "Gnunet WLAN Message"
- local subtree = tree:add(wlan, buffer(),"Gnunet WLAN Message (" .. buffer:len() .. ")")
- gnunet_message_header(buffer, pinfo, subtree)
- if buffer:len() > (4 + 4 + 2*64) then
- subtree:add(buffer(4,4),"CRC: " .. buffer(4,4):uint())
- local peer = GNUNET_PeerIdentity(buffer(8,64), pinfo, subtree)
- peer:append_text(" Traget")
- peer = GNUNET_PeerIdentity(buffer(8 + 64,64), pinfo, subtree)
- peer:append_text(" Source")
- else
- subtree:add(buffer(8), "SIZE WRONG (< 4 + 4 + 2*64)")
- end
- if (buffer:len() - (4 + 4 + 2*64) > 0) then
- gnunet_packet_disector(buffer(4 + 4 + 2*64):tvb(),pinfo,tree)
- end
-end
-
-function RsaPublicKeyBinaryEncoded(buffer,pinfo,tree)
- local subtree = tree:add(gwlan_proto,buffer(),"Gnunet RsaPublicKeyBinaryEncoded(" .. buffer:len() .. ")")
- subtree:add(buffer(0,2),"Len: " .. buffer(0,2):uint())
- subtree:add(buffer(2,2),"Sizen: " .. buffer(2,2):uint())
- subtree:add(buffer(4,258),"Pub Key: " .. buffer(4,258))
- subtree:add(buffer(262,2),"Padding: " .. buffer(262,2):uint())
-end
-
-function GNUNET_PeerIdentity(buffer,pinfo,tree)
- local subtree = tree:add(gwlan_proto,buffer(),"Gnunet PeerIdentity(" .. buffer:len() .. ")")
- subtree:add(buffer(0),"hashPubKey: " .. buffer(0))
- return subtree
-end
-
-transport_session_keepalive = Proto("gnunet.transport_session_keepalive","Gnunet transport session keepalive")
-
-function transport_session_keepalive.dissector(buffer,pinfo,tree)
- pinfo.cols.protocol = "Gnunet transport session keepalive"
- local subtree = tree:add(transport_session_keepalive, buffer(),"Gnunet transport session keepalive (" .. buffer:len() .. ")")
- gnunet_message_header(buffer, pinfo, subtree)
-end
-
-f_proto:add(43,wlan)
-f_proto:add(39,transport_session_keepalive)
-f_proto:add(19,fragmentack)
-f_proto:add(18,fragment)
-f_proto:add(16,hello)