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|
-- This is a test script for tshark/wireshark.
-- This script runs inside tshark/wireshark, so to run it do:
-- wireshark -X lua_script:<path_to_testdir>/lua/gcrypt.lua
-- tshark -r bogus.cap -X lua_script:<path_to_testdir>/lua/gcrypt.lua
-- Tests Gcrypt class and functions
local testlib = require("testlib")
-- Symmetric Cipher
-- GcryptCipher Class
local OPEN = "open"
local CTL = "ctl"
local INFO = "info"
local ENCRYPT = "encrypt"
local DECRYPT = "decrypt"
local SETKEY = "setkey"
local SETIV = "setiv"
local AUTHENTICATE = "authenticate"
local GETTAG = "gettag"
local CHECKTAG = "checktag"
local SETCTR = "setctr"
-- functions
local ALGO_INFO = "algo_info"
local ALGO_NAME = "algo_name"
local MAP_NAME = "map_name"
local MODE_FROM_OID = "mode_from_oid"
local GET_ALGO_KEYLEN = "get_algo_keylen"
local GET_ALGO_BLKLEN = "get_algo_blklen"
-- expected number of runs per type
local taptests = {
-- Symmetric Cipher
[OPEN] = 5,
[CTL] = 5,
[INFO] = 3,
[ENCRYPT] = 4,
[DECRYPT] = 4,
[SETKEY] = 3,
[SETIV] = 3,
[AUTHENTICATE] = 2,
[GETTAG] = 1,
[CHECKTAG] = 2,
[SETCTR] = 4,
[ALGO_INFO] = 6,
[ALGO_NAME] = 2,
[MAP_NAME] = 2,
[MODE_FROM_OID] = 3,
[GET_ALGO_KEYLEN] = 3,
[GET_ALGO_BLKLEN] = 3
}
local gcrypt_cbc = GcryptCipher.open(GCRY_CIPHER_AES, GCRY_CIPHER_MODE_CBC, 0)
local gcrypt_gcm = GcryptCipher.open(GCRY_CIPHER_AES, GCRY_CIPHER_MODE_GCM, 0)
local plain_data
testlib.init(taptests)
-- the following are so we can use pcall (which needs a function to call)
-- Symmetric Cipher
local function GcryptCipher_ctl(gcrypt, cmd, buffer)
gcrypt:ctl(cmd, buffer)
end
local function GcryptCipher_info(gcrypt, what, buffer_size, nbytes)
local userdata, nbytes = gcrypt:info(what, buffer_size, nbytes)
end
local function GcryptCipher_encrypt(gcrypt, data_out, data_in)
gcrypt:ctl(GCRYCTL_RESET, ByteArray.new())
gcrypt:setkey(ByteArray.new("abcdefabcdef1234abcdefabcdef1234"))
gcrypt:encrypt(data_out, data_in)
end
local function GcryptCipher_decrypt(gcrypt, data_out, data_in)
gcrypt:ctl(GCRYCTL_RESET, ByteArray.new())
gcrypt:setkey(ByteArray.new("abcdefabcdef1234abcdefabcdef1234"))
gcrypt:decrypt(data_out, data_in)
end
local function GcryptCipher_setkey(gcrypt, key)
gcrypt:setkey(key)
end
local function GcryptCipher_setiv(gcrypt, iv)
gcrypt:setiv(iv)
end
local function GcryptCipher_authenticate(gcrypt, data)
gcrypt:ctl(GCRYCTL_RESET, ByteArray.new())
gcrypt:setkey(ByteArray.new("abcdefabcdef1234abcdefabcdef1234"))
gcrypt:setiv(ByteArray.new("01020304050607080102030405060708"))
gcrypt:authenticate(data)
end
local function GcryptCipher_gettag(gcrypt)
gcrypt:ctl(GCRYCTL_RESET, ByteArray.new())
gcrypt:setkey(ByteArray.new("abcdefabcdef1234abcdefabcdef1234"))
gcrypt:setiv(ByteArray.new("01020304050607080102030405060708"))
gcrypt:authenticate(ByteArray.new("55667788"))
gcrypt:encrypt(ByteArray.new("000102030405060708090a0b0c0d0e0f"), NULL)
return gcrypt:gettag()
end
local function GcryptCipher_checktag(gcrypt, tag)
gcrypt:ctl(GCRYCTL_RESET, ByteArray.new())
gcrypt:setkey(ByteArray.new("abcdefabcdef1234abcdefabcdef1234"))
gcrypt:setiv(ByteArray.new("01020304050607080102030405060708"))
gcrypt:authenticate(ByteArray.new("55667788"))
gcrypt:decrypt(NULL, ByteArray.new("14E50ECE75184B758A9DF304F3918A64"))
return gcrypt:checktag(tag)
end
local function GcryptCipher_setctr(gcrypt, ctr, ctr_len)
gcrypt:setctr(ctr, ctr_len)
end
------------- test script ------------
-- Symmetric Cipher
testlib.testing(OPEN, "negative tests")
testlib.test(OPEN,"GcryptCipher:open-0", not pcall(GcryptCipher.open))
testlib.test(OPEN,"GcryptCipher:open-1", not pcall(GcryptCipher.open, 0xFFFF, GCRY_CIPHER_MODE_CBC, 0))
testlib.test(OPEN,"GcryptCipher:open-2", not pcall(GcryptCipher.open, GCRY_CIPHER_AES, 0xFFFF, 0))
testlib.test(OPEN,"GcryptCipher:open-3", not pcall(GcryptCipher.open, GCRY_CIPHER_AES, GCRY_CIPHER_MODE_CBC, ""))
testlib.testing(OPEN, "positive tests")
testlib.test(OPEN,"GcryptCipher:open-4", pcall(GcryptCipher.open, GCRY_CIPHER_AES, GCRY_CIPHER_MODE_CBC, 0))
testlib.testing(CTL, "negative tests")
testlib.test(CTL,"GcryptCipher:ctl-0", not pcall(GcryptCipher_ctl))
testlib.test(CTL,"GcryptCipher:ctl-1", not pcall(GcryptCipher_ctl, gcrypt_cbc, 0xffff, ByteArray.new()))
testlib.test(CTL,"GcryptCipher:ctl-2", not pcall(GcryptCipher_ctl, gcrypt_cbc, GCRYCTL_CFB_SYNC, 0))
testlib.testing(CTL, "positive tests")
testlib.test(CTL,"GcryptCipher:ctl-3", pcall(GcryptCipher_ctl, gcrypt_cbc, GCRYCTL_CFB_SYNC, ByteArray.new()))
testlib.test(CTL,"GcryptCipher:ctl-4", pcall(GcryptCipher_ctl, gcrypt_cbc, GCRYCTL_SET_CBC_MAC, ByteArray.new()))
testlib.testing(INFO, "negative tests")
testlib.test(INFO,"GcryptCipher:info-0", not pcall(GcryptCipher_info, gcrypt_gcm, 0xffff, NULL, 1))
testlib.test(INFO,"GcryptCipher:info-1", not pcall(GcryptCipher_info, gcrypt_gcm, GCRYCTL_GET_TAGLEN, ByteArray.new(), NULL))
testlib.testing(INFO, "positive tests")
testlib.test(INFO,"GcryptCipher:info-2", pcall(GcryptCipher_info, gcrypt_gcm, GCRYCTL_GET_TAGLEN, NULL, 1))
testlib.testing(ENCRYPT, "negative tests")
testlib.test(ENCRYPT,"GcryptCipher:encrypt-0", not pcall(GcryptCipher_encrypt, gcrypt_cbc))
testlib.testing(ENCRYPT, "positive tests")
testlib.test(ENCRYPT,"GcryptCipher:encrypt-1", gcrypt_cbc:encrypt(NULL, ByteArray.new("000102030405060708090A0B0C0D0E0F")):tohex() == "E27FC30A38E17B6BB7E67AFF2800792F")
plain_data = ByteArray.new("000102030405060708090A0B0C0D0E0F")
testlib.test(ENCRYPT,"GcryptCipher:encrypt-2", pcall(GcryptCipher_encrypt, gcrypt_cbc, plain_data, NULL))
testlib.test(ENCRYPT,"GcryptCipher:encrypt-3", plain_data:tohex() == "E27FC30A38E17B6BB7E67AFF2800792F")
testlib.testing(DECRYPT, "negative tests")
testlib.test(DECRYPT,"GcryptCipher:decrypt-0", not pcall(GcryptCipher_decrypt, gcrypt_cbc))
testlib.testing(DECRYPT, "positive tests")
testlib.test(DECRYPT,"GcryptCipher:decrypt-1", gcrypt_cbc:decrypt(NULL, ByteArray.new("E27FC30A38E17B6BB7E67AFF2800792F")):tohex() == "000102030405060708090A0B0C0D0E0F")
plain_data = ByteArray.new("E27FC30A38E17B6BB7E67AFF2800792F")
testlib.test(DECRYPT,"GcryptCipher:decrypt-2", pcall(GcryptCipher_decrypt, gcrypt_cbc, plain_data, NULL))
testlib.test(DECRYPT,"GcryptCipher:decrypt-3", plain_data:tohex() == "000102030405060708090A0B0C0D0E0F")
testlib.testing(SETKEY, "negative tests")
testlib.test(SETKEY,"GcryptCipher:setkey-0", not pcall(GcryptCipher_setkey, gcrypt_cbc))
testlib.test(SETKEY,"GcryptCipher:setkey-1", not pcall(GcryptCipher_setkey, gcrypt_cbc, ByteArray.new("abcdefabcdef1234abcdefabcdef12")))
testlib.testing(SETKEY, "positive tests")
testlib.test(SETKEY,"GcryptCipher:setkey-2", pcall(GcryptCipher_setkey, gcrypt_cbc, ByteArray.new("abcdefabcdef1234abcdefabcdef1234")))
testlib.testing(SETIV, "negative tests")
testlib.test(SETIV,"GcryptCipher:setiv-0", not pcall(GcryptCipher_setiv, gcrypt_cbc))
testlib.test(SETIV,"GcryptCipher:setiv-1", not pcall(GcryptCipher_setiv, gcrypt_cbc, NULL))
testlib.testing(SETIV, "positive tests")
testlib.test(SETIV,"GcryptCipher:setiv-2", pcall(GcryptCipher_setiv, gcrypt_cbc, ByteArray.new("abcdefabcdef1234abcdefabcdef1234")))
testlib.testing(AUTHENTICATE, "negative tests")
testlib.test(AUTHENTICATE,"GcryptCipher:authenticate-0", not pcall(GcryptCipher_authenticate, gcrypt_gcm))
testlib.testing(AUTHENTICATE, "positive tests")
testlib.test(AUTHENTICATE,"GcryptCipher:authenticate-1", pcall(GcryptCipher_authenticate, gcrypt_gcm, ByteArray.new("55667788")))
testlib.testing(GETTAG, "positive tests")
print(gcrypt_gcm:gettag():tohex())
testlib.test(GETTAG,"GcryptCipher:gettag-0", GcryptCipher_gettag(gcrypt_gcm):tohex() == "08805135EBBDFE49BFBBB82007F88AB3")
testlib.testing(CHECKTAG, "negative tests")
testlib.test(CHECKTAG,"GcryptCipher:checktag-0", GcryptCipher_checktag(gcrypt_gcm, ByteArray.new("00805135EBBDFE49BFBBB82007F88A00")) ~= 0)
testlib.testing(CHECKTAG, "positive tests")
testlib.test(CHECKTAG,"GcryptCipher:checktag-1", GcryptCipher_checktag(gcrypt_gcm, ByteArray.new("08805135EBBDFE49BFBBB82007F88AB3")))
testlib.testing(SETCTR, "positive tests")
testlib.test(SETCTR,"GcryptCipher:setctr-0", pcall(GcryptCipher_setctr, gcrypt_cbc, NULL, NULL))
testlib.test(SETCTR,"GcryptCipher:setctr-1", pcall(GcryptCipher_setctr, gcrypt_cbc, NULL, 0))
testlib.test(SETCTR,"GcryptCipher:setctr-2", pcall(GcryptCipher_setctr, gcrypt_cbc, ByteArray.new("000102030405060708090A0B0C0D0E0F"), 0))
testlib.test(SETCTR,"GcryptCipher:setctr-3", pcall(GcryptCipher_setctr, gcrypt_cbc, ByteArray.new("000102030405060708090A0B0C0D0E0F"), 16))
testlib.testing(ALGO_INFO, "negative tests")
testlib.test(ALGO_INFO,"gcry_cipher_algo_info-0", not pcall(gcry_cipher_algo_info, GCRY_CIPHER_AES, GCRYCTL_GET_KEYLEN, NULL, NULL))
testlib.test(ALGO_INFO,"gcry_cipher_algo_info-1", not pcall(gcry_cipher_algo_info, GCRY_CIPHER_AES, GCRYCTL_GET_KEYLEN, ByteArray.new(), NULL))
testlib.test(ALGO_INFO,"gcry_cipher_algo_info-2", not pcall(gcry_cipher_algo_info, GCRY_CIPHER_AES, GCRYCTL_GET_BLKLEN, NULL, NULL))
testlib.testing(ALGO_INFO, "positive tests")
testlib.test(ALGO_INFO,"gcry_cipher_algo_info-3", pcall(gcry_cipher_algo_info, GCRY_CIPHER_AES, GCRYCTL_GET_KEYLEN, NULL, 0))
testlib.test(ALGO_INFO,"gcry_cipher_algo_info-4", pcall(gcry_cipher_algo_info, GCRY_CIPHER_AES, GCRYCTL_GET_BLKLEN, NULL, 0))
testlib.test(ALGO_INFO,"gcry_cipher_algo_info-5", pcall(gcry_cipher_algo_info, GCRY_CIPHER_AES, GCRYCTL_TEST_ALGO, NULL, NULL))
testlib.testing(ALGO_NAME, "positive tests")
testlib.test(ALGO_NAME,"gcry_cipher_algo_name-0", gcry_cipher_algo_name(0xFFFF) == "?")
testlib.test(ALGO_NAME,"gcry_cipher_algo_name-1", gcry_cipher_algo_name(GCRY_CIPHER_AES) == "AES" )
testlib.testing(MAP_NAME, "positive tests")
testlib.test(MAP_NAME,"gcry_cipher_map_name-0", gcry_cipher_map_name(0xFFFF) == 0)
testlib.test(MAP_NAME,"gcry_cipher_map_name-1", pcall(gcry_cipher_map_name, "AES"))
testlib.testing(MODE_FROM_OID, "negative tests")
testlib.test(MODE_FROM_OID,"gcry_cipher_mode_from_oid-0", not pcall(gcry_cipher_mode_from_oid))
testlib.testing(MODE_FROM_OID, "positive tests")
testlib.test(MODE_FROM_OID,"gcry_cipher_mode_from_oid-1", gcry_cipher_mode_from_oid("2.16.840.1.101.3.4.1.2") == GCRY_CIPHER_MODE_CBC)
testlib.test(MODE_FROM_OID,"gcry_cipher_mode_from_oid-2", gcry_cipher_mode_from_oid("NONE") == 0)
testlib.testing(GET_ALGO_KEYLEN, "negative tests")
testlib.test(GET_ALGO_KEYLEN,"gcry_cipher_get_algo_keylen-0", not pcall(gcry_cipher_get_algo_keylen))
testlib.testing(GET_ALGO_KEYLEN, "positive tests")
testlib.test(GET_ALGO_KEYLEN,"gcry_cipher_get_algo_keylen-1", gcry_cipher_get_algo_keylen(GCRY_CIPHER_AES) == 16)
testlib.test(GET_ALGO_KEYLEN,"gcry_cipher_get_algo_keylen-2", gcry_cipher_get_algo_keylen(0xFFFF) == 0)
testlib.testing(GET_ALGO_BLKLEN, "negative tests")
testlib.test(GET_ALGO_BLKLEN,"gcry_cipher_get_algo_blklen-0", not pcall(gcry_cipher_get_algo_blklen))
testlib.testing(GET_ALGO_BLKLEN, "positive tests")
testlib.test(GET_ALGO_BLKLEN,"gcry_cipher_get_algo_blklen-1", gcry_cipher_get_algo_blklen(GCRY_CIPHER_AES) == 16)
testlib.test(GET_ALGO_BLKLEN,"gcry_cipher_get_algo_keylen-2", gcry_cipher_get_algo_blklen(0xFFFF) == 0)
testlib.getResults()
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