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|
----------------------------------------
-- script-name: protofield.lua
-- test the ProtoField API
----------------------------------------
local testlib = require("testlib")
local FRAME = "frame"
local PER_FRAME = "per-frame"
local OTHER = "other"
-- expected number of runs
local n_frames = 4
local taptests = {
[FRAME]=n_frames,
[PER_FRAME]=n_frames*8,
[OTHER]=52,
}
testlib.init(taptests)
------------- test script ------------
----------------------------------------
local test_proto = Proto.new("test", "Test Proto")
test_proto.fields.time_field = ProtoField.uint16("test.time", "Time", base.UNIT_STRING, {" sec", " secs"})
test_proto.fields.dist_field = ProtoField.uint16("test.dist", "Distance", base.UNIT_STRING, {" km"})
test_proto.fields.filtered_field = ProtoField.uint16("test.filtered", "Filtered Field", base.DEC)
-- Field type: CHAR
success = pcall(ProtoField.new, "char", "test.char0", ftypes.CHAR)
testlib.test(OTHER,"ProtoField-char", success)
success = pcall(ProtoField.new, "char base NONE without valuestring", "test.char1", ftypes.CHAR, nil, base.NONE)
testlib.test(OTHER,"ProtoField-char-without-valuestring", not success)
success = pcall(ProtoField.new, "char base NONE with valuestring", "test.char2", ftypes.CHAR, {1, "Value"}, base.NONE)
testlib.test(OTHER,"ProtoField-char-with-valuestring", success)
success = pcall(ProtoField.new, "char base DEC", "test.char3", ftypes.CHAR, nil, base.DEC)
testlib.test(OTHER,"ProtoField-char-base-dec", not success)
success = pcall(ProtoField.new, "char base UNIT_STRING", "test.char4", ftypes.CHAR, {" m"}, base.UNIT_STRING)
testlib.test(OTHER,"ProtoField-char-unit-string", not success)
success = pcall(ProtoField.new, "char base RANGE_STRING", "test.char5", ftypes.CHAR, {{1, 2, "Value"}}, base.RANGE_STRING)
testlib.test(OTHER,"ProtoField-char-range-string", success)
-- Field type: BOOLEAN/UINT64 with (64 bit) mask
success = pcall(ProtoField.new, "boolean", "test.boolean0", ftypes.BOOLEAN, nil, base.HEX, 0x1)
testlib.test(OTHER,"ProtoField-new-bool-mask-trivial", success)
success = pcall(ProtoField.new, "boolean", "test.boolean1", ftypes.BOOLEAN, nil, base.HEX, "1")
testlib.test(OTHER,"ProtoField-new-bool-mask-string", success)
success = pcall(ProtoField.new, "boolean", "test.boolean2", ftypes.BOOLEAN, nil, base.HEX, UInt64(0x00000001, 0x0))
testlib.test(OTHER,"ProtoField-new-bool-mask-uint64", success)
success = pcall(ProtoField.new, "boolean", "test.boolean3", ftypes.BOOLEAN, nil, base.NONE, "invalid") -- 0
testlib.test(OTHER,"ProtoField-new-bool-mask-string-invalid", success)
success = pcall(ProtoField.new, "boolean", "test.boolean4", ftypes.BOOLEAN, nil, base.HEX, "-1") -- 0xFFFFFFFFFFFFFFFF
testlib.test(OTHER,"ProtoField-new-bool-mask-negative", success)
success = pcall(ProtoField.new, "boolean", "test.boolean5", ftypes.BOOLEAN, nil, base.NONE)
testlib.test(OTHER,"ProtoField-new-bool-mask-none", success)
success = pcall(ProtoField.new, "boolean", "test.boolean6", ftypes.BOOLEAN, nil, base.NONE, nil)
testlib.test(OTHER,"ProtoField-new-bool-mask-nil", success)
success = pcall(ProtoField.new, "boolean", "test.boolean7", ftypes.BOOLEAN, nil, base.HEX, "0x00FFFFFF00000000")
testlib.test(OTHER,"ProtoField-new-bool-mask-hex", success)
success = pcall(ProtoField.bool, "test.boolean10", nil, 64, nil, 0x1)
testlib.test(OTHER,"ProtoField-bool-mask-trivial", success)
success = pcall(ProtoField.bool, "test.boolean11", nil, 64, nil, "1")
testlib.test(OTHER,"ProtoField-bool-mask-string", success)
success = pcall(ProtoField.bool, "test.boolean12", nil, 64, nil, UInt64(0x00000001, 0x0))
testlib.test(OTHER,"ProtoField-bool-mask-uint64", success)
success = pcall(ProtoField.bool, "test.boolean13", nil, base.NONE, nil, "invalid") -- 0
testlib.test(OTHER,"ProtoField-bool-mask-string-invalid", success)
success = pcall(ProtoField.bool, "test.boolean14", nil, 64, nil, "-1") -- 0xFFFFFFFFFFFFFFFF
testlib.test(OTHER,"ProtoField-bool-mask-negative", success)
success = pcall(ProtoField.bool, "test.boolean15", nil, base.NONE, nil)
testlib.test(OTHER,"ProtoField-bool-mask-none", success)
success = pcall(ProtoField.bool, "test.boolean16", nil, base.NONE, nil, nil)
testlib.test(OTHER,"ProtoField-bool-mask-nil", success)
success = pcall(ProtoField.new, "uint64", "test.uint64_0", ftypes.UINT64, nil, base.HEX, 0x1)
testlib.test(OTHER,"ProtoField-new-uint64-mask-trivial", success)
success = pcall(ProtoField.new, "uint64", "test.uint64_1", ftypes.UINT64, nil, base.HEX, "1")
testlib.test(OTHER,"ProtoField-new-uint64-mask-string", success)
success = pcall(ProtoField.new, "uint64", "test.uint64_2", ftypes.UINT64, nil, base.HEX, UInt64(0x00000001, 0x0))
testlib.test(OTHER,"ProtoField-new-uint64-mask-uint64", success)
success = pcall(ProtoField.new, "uint64", "test.uint64_3", ftypes.UINT64, nil, base.NONE, "invalid") -- 0
testlib.test(OTHER,"ProtoField-new-uint64-mask-string-invalid", success)
success = pcall(ProtoField.new, "uint64", "test.uint64_4", ftypes.UINT64, nil, base.HEX, "-1") -- 0xFFFFFFFFFFFFFFFF
testlib.test(OTHER,"ProtoField-new-uint64-mask-negative", success)
success = pcall(ProtoField.new, "uint64", "test.uint64_5", ftypes.UINT64, nil, base.NONE)
testlib.test(OTHER,"ProtoField-new-uint64-mask-none", success)
success = pcall(ProtoField.new, "uint64", "test.uint64_6", ftypes.UINT64, nil, base.NONE, nil)
testlib.test(OTHER,"ProtoField-new-uint64-mask-nil", success)
success = pcall(ProtoField.new, "uint64", "test.uint64_7", ftypes.UINT64, nil, base.HEX, "0x00FFFFFF00000000")
testlib.test(OTHER,"ProtoField-new-uint64-mask-hex", success)
success = pcall(ProtoField.uint64, "test.uint64_10", nil, base.HEX, nil, 0x1)
testlib.test(OTHER,"ProtoField-uint64-mask-trivial", success)
success = pcall(ProtoField.uint64, "test.uint64_11", nil, base.HEX, nil, "1")
testlib.test(OTHER,"ProtoField-uint64-mask-string", success)
success = pcall(ProtoField.uint64, "test.uint64_12", nil, base.HEX, nil, UInt64(0x00000001, 0x0))
testlib.test(OTHER,"ProtoField-uint64-mask-uint64", success)
success = pcall(ProtoField.uint64, "test.uint64_13", nil, base.DEC, nil, "invalid") -- 0
testlib.test(OTHER,"ProtoField-uint64-mask-string-invalid", success)
success = pcall(ProtoField.uint64, "test.uint64_14", nil, base.DEC, nil, "-1") -- 0xFFFFFFFFFFFFFFFF
testlib.test(OTHER,"ProtoField-uint64-mask-negative", success)
success = pcall(ProtoField.uint64, "test.uint64_15", nil, base.DEC, nil)
testlib.test(OTHER,"ProtoField-uint64-mask-none", success)
success = pcall(ProtoField.uint64, "test.uint64_16", nil, base.DEC, nil, nil)
testlib.test(OTHER,"ProtoField-uint64-mask-nil", success)
-- Field name: empty, illegal, incompatible
success = pcall(ProtoField.int8, nil, "empty field name 1")
testlib.test(OTHER,"ProtoField-empty-field-name-1", not success)
success = pcall(ProtoField.int8, "", "empty field name 2")
testlib.test(OTHER,"ProtoField-empty-field-name-2", not success)
success = pcall(ProtoField.int8, "test.$", "illegal field name")
testlib.test(OTHER,"ProtoField-illegal-field-name", not success)
success = pcall(ProtoField.int8, "frame.time", "incompatible field name")
testlib.test(OTHER,"ProtoField-incompatible-field-name", not success)
-- Actual name: empty
success = pcall(ProtoField.int8, "test.empty_name_1")
testlib.test(OTHER,"ProtoField-empty-name-1", success) -- will use abbrev
success = pcall(ProtoField.int8, "test.empty_name_2", "")
testlib.test(OTHER,"ProtoField-empty-name-2", not success)
-- Signed integer base values, only base.DEC should work
success = pcall(ProtoField.int8, "test.int.base_none", "int base NONE", base.NONE)
testlib.test(OTHER,"ProtoField-int-base-none", not success)
success = pcall(ProtoField.int8, "test.int.base_dec", "int base DEC", base.DEC)
testlib.test(OTHER,"ProtoField-int-base-dec", success)
success = pcall(ProtoField.int8, "test.int.base_hex", "int base HEX", base.HEX)
testlib.test(OTHER,"ProtoField-int-base-hex", not success)
success = pcall(ProtoField.int8, "test.int.base_oct", "int base OCT", base.OCT)
testlib.test(OTHER,"ProtoField-int-base-oct", not success)
success = pcall(ProtoField.int8, "test.int.base_dec_hex", "int base DEC_HEX", base.DEC_HEX)
testlib.test(OTHER,"ProtoField-int-base-dec-hex", not success)
success = pcall(ProtoField.int8, "test.int.base_hex_dec", "int base HEX_DEC", base.HEX_DEC)
testlib.test(OTHER,"ProtoField-int-base-hex-dec", not success)
-- Passing no table should not work
success = pcall(ProtoField.uint16, "test.bad0", "Bad0", base.UNIT_STRING)
testlib.test(OTHER,"ProtoField-unitstring-no-table", not success)
-- Passing an empty table should not work
success = pcall(ProtoField.uint16, "test.bad1", "Bad1", base.UNIT_STRING, {})
testlib.test(OTHER,"ProtoField-unitstring-empty-table", not success)
-- Passing userdata should not work
success = pcall(ProtoField.uint16, "test.bad2", "Bad2", base.UNIT_STRING, {test_proto})
testlib.test(OTHER,"ProtoField-unitstring-userdata", not success)
-- Too many items are not supported
success = pcall(ProtoField.uint16, "test.bad3", "Bad3", base.UNIT_STRING, {"too", "many", "items"})
testlib.test(OTHER,"ProtoField-unitstring-too-many-items", not success)
local numinits = 0
function test_proto.init()
numinits = numinits + 1
if numinits == 2 then
testlib.getResults()
end
end
-- Test expected text with singular and plural forms
function test_proto.dissector(tvb, pinfo, tree)
local ti
testlib.countPacket(FRAME)
local tvb1 = ByteArray.new("00 00"):tvb("Tvb1")
ti = tree:add(test_proto.fields.time_field, tvb1())
testlib.test(PER_FRAME,"Time: 0 secs", ti.text == "Time: 0 secs")
ti = tree:add(test_proto.fields.dist_field, tvb1())
testlib.test(PER_FRAME,"Distance: 0 km", ti.text == "Distance: 0 km")
local tvb2 = ByteArray.new("00 01"):tvb("Tvb2")
ti = tree:add(test_proto.fields.time_field, tvb2())
testlib.test(PER_FRAME,"Time: 1 sec", ti.text == "Time: 1 sec")
ti = tree:add(test_proto.fields.dist_field, tvb2())
testlib.test(PER_FRAME,"Distance: 1 km", ti.text == "Distance: 1 km")
local tvb3 = ByteArray.new("ff ff"):tvb("Tvb3")
ti = tree:add(test_proto.fields.time_field, tvb3())
testlib.test(PER_FRAME,"Time: 65535 secs", ti.text == "Time: 65535 secs")
ti = tree:add(test_proto.fields.dist_field, tvb3())
testlib.test(PER_FRAME,"Distance: 65535 km", ti.text == "Distance: 65535 km")
ti = tree:add(test_proto.fields.filtered_field, tvb2())
-- Note that this file should be loaded in tshark twice. Once with a visible
-- tree (-V) and once without a visible tree.
if tree.visible then
-- Tree is visible so both fields should be referenced
testlib.test(PER_FRAME,"Visible tree: Time is referenced", tree:referenced(test_proto.fields.time_field) == true)
testlib.test(PER_FRAME,"Visible tree: Filtered field is referenced", tree:referenced(test_proto.fields.filtered_field) == true)
else
-- Tree is not visible so only the field that appears in a filter should be referenced
testlib.test(PER_FRAME,"Invisible tree: Time is NOT referenced", tree:referenced(test_proto.fields.time_field) == false)
testlib.test(PER_FRAME,"Invisible tree: Filtered field is referenced", tree:referenced(test_proto.fields.filtered_field) == true)
end
testlib.pass(FRAME)
end
DissectorTable.get("udp.port"):add(65333, test_proto)
DissectorTable.get("udp.port"):add(65346, test_proto)
|
