LuaJIT FFI bindings for Nettle (a low-level cryptographic library)
local require = require
local print = print
local gsub = string.gsub
local byte = string.byte
local format = string.format
local ipairs = ipairs
local concat = table.concat
local function hex(str,spacer)
return (gsub(str,"(.)", function (c)
return format("%02X%s", byte(c), spacer or "")
end))
end
do
local md2 = require "resty.nettle.md2"
print("md2 ", #md2(""), hex(md2("")))
local hash = md2.new()
hash:update("")
print("md2 ", #hash:digest(), hex(hash:digest()))
end
do
local md4 = require "resty.nettle.md4"
print("md4 ", #md4(""), hex(md4("")))
local hash = md4.new()
hash:update("")
print("md4 ", #hash:digest(), hex(hash:digest()))
end
do
local md5 = require "resty.nettle.md5"
print("md5 ", #md5(""), hex(md5("")))
local hash = md5.new()
hash:update("")
print("md5 ", #hash:digest(), hex(hash:digest()))
end
do
local ripemd160 = require "resty.nettle.ripemd160"
local hash = ripemd160.new()
hash:update("")
print("ripemd160", #hash:digest(), hex(hash:digest()))
end
do
local gosthash94 = require "resty.nettle.gosthash94"
local hash = gosthash94.new()
hash:update("")
print("gosthash94", #hash:digest(), hex(hash:digest()))
end
do
local sha1 = require "resty.nettle.sha1"
print("sha1 ", #sha1(""), hex(sha1("")))
local hash = sha1.new()
hash:update("")
print("sha1 ", #hash:digest(), hex(hash:digest()))
end
do
local sha2 = require "resty.nettle.sha2"
local hash = sha2.sha224.new()
hash:update("")
print("sha224 ", #hash:digest(), hex(hash:digest()))
print("sha224 ", #sha2.sha224(""), hex(sha2.sha224("")))
local hash = sha2.sha256.new()
hash:update("")
print("sha256 ", #hash:digest(), hex(hash:digest()))
print("sha256 ", #sha2.sha256(""), hex(sha2.sha256("")))
local hash = sha2.sha384.new()
hash:update("")
print("sha384 ", #hash:digest(), hex(hash:digest()))
print("sha384 ", #sha2.sha384(""), hex(sha2.sha384("")))
local hash = sha2.sha512.new()
hash:update("")
print("sha512 ", #hash:digest(), hex(hash:digest()))
print("sha512 ", #sha2.sha512(""), hex(sha2.sha512("")))
local hash = sha2.sha512_224.new()
hash:update("")
print("sha512_224", #hash:digest(), hex(hash:digest()))
print("sha512_224", #sha2.sha512_224(""), hex(sha2.sha512_224("")))
local hash = sha2.sha512_256.new()
hash:update("")
print("sha512_256", #hash:digest(), hex(hash:digest()))
print("sha512_256", #sha2.sha512_256(""), hex(sha2.sha512_256("")))
end
do
local sha3 = require "resty.nettle.sha3"
local hash = sha3.sha224.new()
hash:update("")
print("sha3 224", #hash:digest(), hex(hash:digest()))
local hash = sha3.sha256.new()
hash:update("")
print("sha3 256", #hash:digest(), hex(hash:digest()))
local hash = sha3.sha384.new()
hash:update("")
print("sha3 384", #hash:digest(), hex(hash:digest()))
local hash = sha3.sha512.new()
hash:update("")
print("sha3 512", #hash:digest(), hex(hash:digest()))
end
do
local hmac = require "resty.nettle.hmac"
print("hmac md5", #hmac("md5", "a", "a"), hex(hmac("md5", "a", "a")))
print("hmac md5", #hmac.md5("a", "a"), hex(hmac.md5("a", "a")))
local hash = hmac.md5.new("a")
hash:update("a")
local dgst = hash:digest()
print("hmac md5", #dgst, hex(dgst))
local hash = hmac.ripemd160.new("a")
hash:update("a")
local dgst = hash:digest()
print("hmac ripemd160", #dgst, hex(dgst))
local hash = hmac.sha1.new("a")
hash:update("a")
local dgst = hash:digest()
print("hmac sha1", #dgst, hex(dgst))
local hash = hmac.sha224.new("a")
hash:update("a")
local dgst = hash:digest()
print("hmac sha224", #dgst, hex(dgst))
local hash = hmac.sha256.new("a")
hash:update("a")
local dgst = hash:digest()
print("hmac sha256", #dgst, hex(dgst))
local hash = hmac.sha384.new("a")
hash:update("a")
local dgst = hash:digest()
print("hmac sha384", #dgst, hex(dgst))
local hash = hmac.sha512.new("a")
hash:update("a")
local dgst = hash:digest()
print("hmac sha512", #dgst, hex(dgst))
end
do
local umac = require "resty.nettle.umac"
local hash = umac.umac32.new("umac32")
hash:update("")
local dgst = hash:digest()
print("umac32 ", #dgst, hex(dgst))
local hash = umac.umac64.new("umac64")
hash:update("")
local dgst = hash:digest()
print("umac64 ", #dgst, hex(dgst))
local hash = umac.umac96.new("umac96")
hash:update("")
local dgst = hash:digest()
print("umac96 ", #dgst, hex(dgst))
local hash = umac.umac128.new("umac128")
hash:update("")
local dgst = hash:digest()
print("umac128 ", #dgst, hex(dgst))
end
do
local poly = require "resty.nettle.poly1305"
local hash = poly.new("poly")
hash:update("")
local dgst = hash:digest()
print("poly1305 ", #dgst, hex(dgst))
end
do
local pbkdf2 = require "resty.nettle.pbkdf2"
local hmac = pbkdf2.hmac_sha1("password", 1, "salt", 20)
print("pbkdf2 sha1", #hmac, hex(hmac))
local hmac = pbkdf2.hmac_sha256("pass\0word", 4096, "sa\0lt", 32)
print("pbkdf2 sha256", #hmac, hex(hmac))
end
print()
do
local aes = require "resty.nettle.aes"
local aes128 = aes.new("testtesttesttest")
local ciphertext = aes128:encrypt("aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa")
print("aes128 encrypt", #ciphertext, hex(ciphertext))
local aes128 = aes.new("testtesttesttest")
local plaintext = aes128:decrypt(ciphertext)
print("aes128 decrypt", #plaintext, plaintext)
print()
local aes128 = aes.new("testtesttesttest", "cbc", "testtesttesttest")
local ciphertext = aes128:encrypt("aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa")
print("aes128 cbc enc", #ciphertext, hex(ciphertext))
local aes128 = aes.new("testtesttesttest", "cbc", "testtesttesttest")
local plaintext = aes128:decrypt(ciphertext)
print("aes128 cbc dec", #plaintext, plaintext)
print()
local aes128 = aes.new("testtesttesttest", "ctr", "testtesttesttest")
local ciphertext = aes128:encrypt("a")
print("aes128 ctr enc", #ciphertext, hex(ciphertext))
local aes128 = aes.new("testtesttesttest", "ctr", "testtesttesttest")
local plaintext = aes128:decrypt(ciphertext)
print("aes128 ctr dec", #plaintext, plaintext)
print()
local aes128 = aes.new("testtesttesttest", "eax", "testtesttest")
local ciphertext, digest = aes128:encrypt("a")
print("aes128 eax enc", #ciphertext, hex(ciphertext))
print("aes128 eax dgst", #digest, hex(digest))
local aes128 = aes.new("testtesttesttest", "eax", "testtesttest")
local plaintext, digest = aes128:decrypt(ciphertext)
print("aes128 eax dec", #plaintext, plaintext)
print("aes128 eax dgst", #digest, hex(digest))
print()
local aes128 = aes.new("testtesttesttest", "gcm", "testtesttest")
local ciphertext, digest = aes128:encrypt("a")
print("aes128 gcm enc", #ciphertext, hex(ciphertext))
print("aes128 gcm dgst", #digest, hex(digest))
local aes128 = aes.new("testtesttesttest", "gcm", "testtesttest")
local plaintext, digest = aes128:decrypt(ciphertext)
print("aes128 gcm dec", #plaintext, plaintext)
print("aes128 gcm dgst", #digest, hex(digest))
print()
local aes128 = aes.new("testtesttesttest", "ccm", "testtesttest")
local ciphertext, digest = aes128:encrypt("a")
print("aes128 ccm enc", #ciphertext, hex(ciphertext))
print("aes128 ccm dgst", #digest, hex(digest))
local aes128 = aes.new("testtesttesttest", "ccm", "testtesttest")
local plaintext, digest = aes128:decrypt(ciphertext)
print("aes128 ccm dec", #plaintext, plaintext)
print("aes128 ccm dgst", #digest, hex(digest))
print()
local aes192 = aes.new("testtesttesttesttesttest")
local ciphertext = aes192:encrypt("a")
print("aes192 encrypt", #ciphertext, hex(ciphertext))
local aes192 = aes.new("testtesttesttesttesttest")
local plaintext = aes192:decrypt(ciphertext)
print("aes192 decrypt", #plaintext, plaintext)
print()
local aes192 = aes.new("testtesttesttesttesttest", "cbc", "testtesttesttest")
local ciphertext = aes192:encrypt("a")
print("aes192 cbc enc", #ciphertext, hex(ciphertext))
local aes192 = aes.new("testtesttesttesttesttest", "cbc", "testtesttesttest")
local plaintext = aes192:decrypt(ciphertext)
print("aes192 cbc dec", #plaintext, plaintext)
print()
local aes192 = aes.new("testtesttesttesttesttest", "ctr", "testtesttesttest")
local ciphertext = aes192:encrypt("a")
print("aes192 ctr enc", #ciphertext, hex(ciphertext))
local aes192 = aes.new("testtesttesttesttesttest", "ctr", "testtesttesttest")
local plaintext = aes192:decrypt(ciphertext)
print("aes192 ctr dec", #plaintext, plaintext)
print()
local aes192 = aes.new("testtesttesttesttesttest", "gcm", "testtesttest")
local ciphertext, digest = aes192:encrypt("a")
print("aes192 gcm enc", #ciphertext, hex(ciphertext))
print("aes192 gcm dgst", #digest, hex(digest))
local aes192 = aes.new("testtesttesttesttesttest", "gcm", "testtesttest")
local plaintext, digest = aes192:decrypt(ciphertext)
print("aes192 gcm dec", #plaintext, plaintext)
print("aes192 gcm dgst", #digest, hex(digest))
print()
local aes192 = aes.new("testtesttesttesttesttest", "ccm", "testtesttest")
local ciphertext, digest = aes192:encrypt("a")
print("aes192 ccm enc", #ciphertext, hex(ciphertext))
print("aes192 ccm dgst", #digest, hex(digest))
local aes192 = aes.new("testtesttesttesttesttest", "ccm", "testtesttest")
local plaintext, digest = aes192:decrypt(ciphertext)
print("aes192 ccm dec", #plaintext, plaintext)
print("aes192 ccm dgst", #digest, hex(digest))
print()
local aes256 = aes.new("testtesttesttesttesttesttesttest")
local ciphertext = aes256:encrypt("a")
print("aes256 encrypt", #ciphertext, hex(ciphertext))
local aes256 = aes.new("testtesttesttesttesttesttesttest")
local plaintext = aes256:decrypt(ciphertext)
print("aes256 decrypt", #plaintext, plaintext)
print()
local aes256 = aes.new("testtesttesttesttesttesttesttest", "cbc", "testtesttesttest")
local ciphertext = aes256:encrypt("a")
print("aes256 cbc enc", #ciphertext, hex(ciphertext))
local aes256 = aes.new("testtesttesttesttesttesttesttest", "cbc", "testtesttesttest")
local plaintext = aes256:decrypt(ciphertext)
print("aes256 cbc dec", #plaintext, plaintext)
print()
local aes256 = aes.new("testtesttesttesttesttesttesttest", "ctr", "testtesttesttest")
local ciphertext = aes256:encrypt("a")
print("aes256 ctr enc", #ciphertext, hex(ciphertext))
local aes256 = aes.new("testtesttesttesttesttesttesttest", "ctr", "testtesttesttest")
local plaintext = aes256:decrypt(ciphertext)
print("aes256 ctr dec", #plaintext, plaintext)
print()
local aes256 = aes.new("testtesttesttesttesttesttesttest", "gcm", "testtesttest", "testtesttesttest1asdasdasdasdasdasdasdasdasdasdasdasdasdasdasd")
local ciphertext, digest = aes256:encrypt("a")
print("aes256 gcm enc", #ciphertext, hex(ciphertext))
print("aes256 gcm dgst", #digest, hex(digest))
local aes256 = aes.new("testtesttesttesttesttesttesttest", "gcm", "testtesttest", "testtesttesttest1asdasdasdasdasdasdasdasdasdasdasdasdasdasdasd")
local plaintext, digest = aes256:decrypt(ciphertext)
print("aes256 gcm dec", #plaintext, plaintext)
print("aes256 gcm dgst", #digest, hex(digest))
print()
local aes256 = aes.new("testtesttesttesttesttesttesttest", "ccm", "testtesttest", "testtesttesttest1asdasdasdasdasdasdasdasdasdasdasdasdasdasdasd")
local ciphertext, digest = aes256:encrypt("a")
print("aes256 ccm enc", #ciphertext, hex(ciphertext))
print("aes256 ccm dgst", #digest, hex(digest))
local aes256 = aes.new("testtesttesttesttesttesttesttest", "ccm", "testtesttest", "testtesttesttest1asdasdasdasdasdasdasdasdasdasdasdasdasdasdasd")
local plaintext, digest = aes256:decrypt(ciphertext)
print("aes256 ccm dec", #plaintext, plaintext)
print("aes256 ccm dgst", #digest, hex(digest))
end
print()
do
local camellia = require "resty.nettle.camellia"
local camellia128 = camellia.new("testtesttesttest")
local ciphertext = camellia128:encrypt("a")
print("cam128 encrypt", #ciphertext, hex(ciphertext))
local camellia128 = camellia.new("testtesttesttest")
local plaintext = camellia128:decrypt(ciphertext)
print("cam128 decrypt", #plaintext, plaintext)
print()
local camellia128 = camellia.new("testtesttesttest", "gcm", "testtesttest")
local ciphertext, digest = camellia128:encrypt("a")
print("cam128 gcm enc", #ciphertext, hex(ciphertext))
print("cam128 gcm dgst", #digest, hex(digest))
local camellia128 = camellia.new("testtesttesttest", "gcm", "testtesttest")
local plaintext, digest = camellia128:decrypt(ciphertext)
print("cam128 gcm dec", #plaintext, plaintext)
print("cam128 gcm dgst", #digest, hex(digest))
print()
local camellia192 = camellia.new("testtesttesttesttesttest")
local ciphertext = camellia192:encrypt("a")
print("cam192 encrypt", #ciphertext, hex(ciphertext))
local camellia192 = camellia.new("testtesttesttesttesttest")
local plaintext = camellia192:decrypt(ciphertext)
print("cam192 decrypt", #plaintext, plaintext)
print()
local camellia256 = camellia.new("testtesttesttesttesttesttesttest")
local ciphertext = camellia256:encrypt("a")
print("cam256 encrypt", #ciphertext, hex(ciphertext))
local camellia256 = camellia.new("testtesttesttesttesttesttesttest")
local plaintext = camellia256:decrypt(ciphertext)
print("cam256 decrypt", #plaintext, plaintext)
print()
local camellia256 = camellia.new("testtesttesttesttesttesttesttest", "gcm", "testtesttest", "testtesttesttest1asdasdasdasdasdasdasdasdasdasdasdasdasdasdasd")
local ciphertext, digest = camellia256:encrypt("a")
print("cam256 gcm enc", #ciphertext, hex(ciphertext))
print("cam256 gcm dgst", #digest, hex(digest))
local camellia256 = camellia.new("testtesttesttesttesttesttesttest", "gcm", "testtesttest", "testtesttesttest1asdasdasdasdasdasdasdasdasdasdasdasdasdasdasd")
local plaintext, digest = camellia256:decrypt(ciphertext)
print("cam256 gcm dec", #plaintext, plaintext)
print("cam256 gcm dgst", #digest, hex(digest))
end
print()
do
local arcfour = require "resty.nettle.arcfour"
local af = arcfour.new("testtesttesttest")
local ciphertext = af:encrypt("a")
print("ARCFOUR encrypt", #ciphertext, hex(ciphertext))
local af = arcfour.new("testtesttesttest")
local plaintext = af:decrypt(ciphertext)
print("ARCFOUR decrypt", #plaintext, plaintext)
end
print()
do
local blowfish = require "resty.nettle.blowfish"
local bf = blowfish.new("testtesttesttest")
local ciphertext = bf:encrypt("a")
print("BLOWFISH enc", #ciphertext, hex(ciphertext))
local bf = blowfish.new("testtesttesttest")
local plaintext = bf:decrypt(ciphertext)
print("BLOWFISH dec", #plaintext, plaintext)
end
print()
do
local twofish = require "resty.nettle.twofish"
local tf = twofish.new("testtesttesttest")
local ciphertext = tf:encrypt("a")
print("TWOFISH enc", #ciphertext, hex(ciphertext))
local tf = twofish.new("testtesttesttest")
local plaintext = tf:decrypt(ciphertext)
print("TWOFISH dec", #plaintext, plaintext)
end
print()
do
local serpent = require "resty.nettle.serpent"
local sp = serpent.new("testtesttesttest")
local ciphertext = sp:encrypt("a")
print("SERPENT enc", #ciphertext, hex(ciphertext))
local sp = serpent.new("testtesttesttest")
local plaintext = sp:decrypt(ciphertext)
print("SERPENT dec", #plaintext, plaintext)
end
print()
do
local cast128 = require "resty.nettle.cast128"
local ct = cast128.new("testtesttesttest")
local ciphertext = ct:encrypt("a")
print("CAST128 enc", #ciphertext, hex(ciphertext))
local ct = cast128.new("testtesttesttest")
local plaintext = ct:decrypt(ciphertext)
print("CAST128 dec", #plaintext, plaintext)
end
print()
do
local chacha = require "resty.nettle.chacha"
local cc = chacha.new("testtesttesttesttesttesttesttest", "testtest")
local ciphertext = cc:encrypt("a")
print("ChaCha enc", #ciphertext, hex(ciphertext))
local cc = chacha.new("testtesttesttesttesttesttesttest", "testtest")
local plaintext = cc:decrypt(ciphertext)
print("ChaCha dec", #plaintext, plaintext)
end
print()
do
local salsa20 = require "resty.nettle.salsa20"
local ss = salsa20.new("testtesttesttest", "testtest")
local ciphertext = ss:encrypt("a")
print("Salsa20 128 enc", #ciphertext, hex(ciphertext))
local ss = salsa20.new("testtesttesttest", "testtest")
local plaintext = ss:decrypt(ciphertext)
print("Salsa20 128 dec", #plaintext, plaintext)
end
print()
do
local salsa20 = require "resty.nettle.salsa20"
local ss = salsa20.new("testtesttesttesttesttesttesttest", "testtest")
local ciphertext = ss:encrypt("a")
print("Salsa20 256 enc", #ciphertext, hex(ciphertext))
local ss = salsa20.new("testtesttesttesttesttesttesttest", "testtest")
local plaintext = ss:decrypt(ciphertext)
print("Salsa20 256 dec", #plaintext, plaintext)
end
print()
do
local salsa20 = require "resty.nettle.salsa20"
local ss = salsa20.new("testtesttesttest", "testtest", 12)
local ciphertext = ss:encrypt("a")
print("Sal20r12 128 e", #ciphertext, hex(ciphertext))
local ss = salsa20.new("testtesttesttest", "testtest", 12)
local plaintext = ss:decrypt(ciphertext)
print("Sal20r12 128 d", #plaintext, plaintext)
end
print()
do
local salsa20 = require "resty.nettle.salsa20"
local ss = salsa20.new("testtesttesttesttesttesttesttest", "testtest", 12)
local ciphertext = ss:encrypt("a")
print("Sal20r12 256 e", #ciphertext, hex(ciphertext))
local ss = salsa20.new("testtesttesttesttesttesttesttest", "testtest", 12)
local plaintext = ss:decrypt(ciphertext)
print("Sal20r12 256 d", #plaintext, plaintext)
end
print()
do
local chacha_poly1305 = require "resty.nettle.chacha-poly1305"
local cp = chacha_poly1305.new("testtesttesttesttesttesttesttest", "testtesttesttest", "testtest")
local ciphertext, digest = cp:encrypt("a")
print("cc-p1305 enc", #ciphertext, hex(ciphertext))
print("cc-p1305 dgst", #digest, hex(digest))
local cp = chacha_poly1305.new("testtesttesttesttesttesttesttest", "testtesttesttest", "testtest")
local plaintext, digest = cp:decrypt(ciphertext)
print("cc-p1305 dec", #plaintext, plaintext)
print("cc-p1305 dgst", #digest, hex(digest))
end
print()
do
local des = require "resty.nettle.des"
print("DES check ", "testtest", des.check_parity("testtest"))
print("DES fix ", "testtest", des.fix_parity("testtest"))
print("DES check ", des.fix_parity("testtest"), des.check_parity(des.fix_parity("testtest")))
end
print()
do
local des = require "resty.nettle.des"
local ds, wk = des.new("testtest")
local ciphertext = ds:encrypt("a")
print("DES enc ", wk, #ciphertext, hex(ciphertext))
local ds, wk = des.new("testtest")
local plaintext = ds:decrypt(ciphertext)
print("DES dec ", wk, #plaintext, plaintext)
end
print()
do
local des = require "resty.nettle.des"
local ds, wk = des.new("testtest", "cbc", "kalakala")
local ciphertext = ds:encrypt("testtestkalakala")
print("DES cbc enc ", wk, #ciphertext, hex(ciphertext))
local ds, wk = des.new("testtest", "cbc", "kalakala")
local plaintext = ds:decrypt(ciphertext)
print("DES cbc dec ", wk, #plaintext, plaintext)
end
print()
do
local des = require "resty.nettle.des"
local ds, wk = des.new("testtest", "ctr", "kalakala")
local ciphertext = ds:encrypt("testtestkalakala")
print("DES ctr enc ", wk, #ciphertext, hex(ciphertext))
local ds, wk = des.new("testtest", "ctr", "kalakala")
local plaintext = ds:decrypt(ciphertext)
print("DES ctr dec ", wk, #plaintext, plaintext)
end
print()
do
local des = require "resty.nettle.des"
print("DES3 check ", "testtestkalakalatesttest", des.check_parity("testtestkalakalatesttest"))
print("DES3 fix ", "testtestkalakalatesttest", des.fix_parity("testtestkalakalatesttest"))
print("DES3 check ", des.fix_parity("testtestkalakalatesttest"), des.check_parity(des.fix_parity("testtestkalakalatesttest")))
end
print()
do
local des = require "resty.nettle.des"
local ds, wk = des.new("testtestkalakalatesttest")
local ciphertext = ds:encrypt("a")
print("DES3 enc ", wk, #ciphertext, hex(ciphertext))
local ds, wk = des.new("testtestkalakalatesttest")
local plaintext = ds:decrypt(ciphertext)
print("DES3 dec ", wk, #plaintext, plaintext)
end
print()
do
local des = require "resty.nettle.des"
local ds, wk = des.new("testtestkalakalatesttest", "cbc", "kalakala")
local ciphertext = ds:encrypt("testtestkalakala")
print("DES3 cbc enc", wk, #ciphertext, hex(ciphertext))
local ds, wk = des.new("testtestkalakalatesttest", "cbc", "kalakala")
local plaintext = ds:decrypt(ciphertext)
print("DES3 cbc dec", wk, #plaintext, plaintext)
end
print()
do
local des = require "resty.nettle.des"
local ds, wk = des.new("testtestkalakalatesttest", "ctr", "kalakala")
local ciphertext = ds:encrypt("testtestkalakala")
print("DES3 ctr enc", wk, #ciphertext, hex(ciphertext))
local ds, wk = des.new("testtestkalakalatesttest", "ctr", "kalakala")
local plaintext = ds:decrypt(ciphertext)
print("DES3 ctr dec", wk, #plaintext, plaintext)
end
print()
do
local base64 = require "resty.nettle.base64"
local encoded = base64.encode("testtesttesttest")
print("BASE64 enc", #encoded, encoded)
local decoded = base64.decode(encoded)
print("BASE64 dec", #decoded, decoded)
print()
local encoded = base64.encode("testtesttesttest+&", true)
print("BASE64 enc-url", #encoded, encoded)
local decoded = base64.decode(encoded, true)
print("BASE64 dec-url", #decoded, decoded)
print()
local base64enc = base64.encoder.new()
print(base64enc:single("t"))
print(base64enc:single("e"))
print(base64enc:single("s"))
print(base64enc:single("t"))
print(base64enc:update("test"))
print(base64enc:single("t"))
print(base64enc:single("e"))
print(base64enc:single("s"))
print(base64enc:single("t"))
print(base64enc:update("test"))
print(base64enc:final())
print()
local base64dec = base64.decoder.new()
print(base64dec:single("d"))
print(base64dec:single("G"))
print(base64dec:single("V"))
print(base64dec:single("z"))
print(base64dec:single("d"))
print(base64dec:update("HRlc3"))
print(base64dec:single("R"))
print(base64dec:single("0"))
print(base64dec:single("Z"))
print(base64dec:single("X"))
print(base64dec:single("N"))
print(base64dec:single("0"))
print(base64dec:update("dGVzdA=="))
print(base64dec:final())
end
print()
do
local base16 = require "resty.nettle.base16"
local encoded = base16.encode("testtesttesttest")
print("BASE16 enc", #encoded, encoded)
local decoded = base16.decode(encoded)
print("BASE16 dec", #decoded, decoded)
print()
local base16enc = base16.encoder.new()
print(base16enc:single("t"))
print(base16enc:single("e"))
print(base16enc:single("s"))
print(base16enc:single("t"))
print(base16enc:update("test"))
print(base16enc:single("t"))
print(base16enc:single("e"))
print(base16enc:single("s"))
print(base16enc:single("t"))
print(base16enc:update("test"))
print()
local base16dec = base16.decoder.new()
print(base16dec:single("7"))
print(base16dec:single("4"))
print(base16dec:single("6"))
print(base16dec:single("5"))
print(base16dec:single("7"))
print(base16dec:single("3"))
print(base16dec:single("7"))
print(base16dec:single("4"))
print(base16dec:update("74657374"))
print(base16dec:single("7"))
print(base16dec:single("4"))
print(base16dec:single("6"))
print(base16dec:single("5"))
print(base16dec:single("7"))
print(base16dec:single("3"))
print(base16dec:single("7"))
print(base16dec:single("4"))
print(base16dec:update("74657374"))
print(base16dec:final())
end
print()
do
local yarrow = require "resty.nettle.yarrow"
local y = yarrow.new()
print(y.sources)
print(y.seeded)
y:seed("testtesttesttesttesttesttesttest")
print(y.seeded)
print(hex(y:random(30)))
print(hex(y:random(30)))
y:fast_reseed()
print(hex(y:random(30)))
y:slow_reseed()
print(hex(y:random(30)))
end
print()
do
local knuth = require "resty.nettle.knuth-lfib"
local k = knuth.new()
print(k:number())
print(k:number())
print(hex(k:random(10)))
local t = k:array(10)
print(t)
print(concat(t, '|'))
end
print()
do
local rsa = require "resty.nettle.rsa"
local hex = require "resty.nettle.base16"
local kp = rsa.keypair.new()
print(hex.encode(kp.sexp))
local r = rsa.new()
local gibb = r:encrypt("fish")
print(gibb)
local clear = r:decrypt(gibb)
print(clear)
end
print()
do
local hash = require "resty.nettle.hash"
local hashes = hash.hashes
for _, h in ipairs(hashes) do
print(h.name, h.context_size, h.block_size, h.init, h.update, h.digest)
end
end
print()
do
local cipher = require "resty.nettle.cipher"
local ciphers = cipher.ciphers
for _, c in ipairs(ciphers) do
print(c.name, c.context_size, c.block_size, c.key_size, c.set_encrypt_key, c.set_decrypt_key, c.encrypt, c.decrypt)
end
end
print()
do
local aead = require "resty.nettle.aead"
local aeads = aead.aeads
for _, a in ipairs(aeads) do
print(a.name, a.context_size, a.block_size, a.key_size, a.nonce_size, a.set_encrypt_key, a.set_decrypt_key, a.set_nonce, a.update, a.encrypt, a.decrypt, a.digest)
end
end
print()
do
local ed = require "resty.nettle.ed25519-sha512"
local pri = "testtesttesttesttesttesttesttest"
print("EdDSA25519 SHA-512 private key", #pri, pri)
local pub = ed.public_key(pri)
print("EdDSA25519 SHA-512 public key", #pub, hex(pub))
local msg = "hello"
print("EdDSA25519 SHA-512 message", #msg, msg)
local sig = ed.sign(pub, pri, msg)
print("EdDSA25519 SHA-512 signature", #sig, hex(sig))
local chk = ed.verify(pub, msg, sig)
print("EdDSA25519 SHA-512 verify (true)", chk)
local err = "error"
local chk = ed.verify(pub, err, sig)
print("EdDSA25519 SHA-512 verify (false)", chk)
end
print()The above should output this (randoms are different of course):
md2 16 8350E5A3E24C153DF2275C9F80692773
md2 16 8350E5A3E24C153DF2275C9F80692773
md4 16 31D6CFE0D16AE931B73C59D7E0C089C0
md4 16 31D6CFE0D16AE931B73C59D7E0C089C0
md5 16 D41D8CD98F00B204E9800998ECF8427E
md5 16 D41D8CD98F00B204E9800998ECF8427E
ripemd160 20 9C1185A5C5E9FC54612808977EE8F548B2258D31
gosthash94 32 CE85B99CC46752FFFEE35CAB9A7B0278ABB4C2D2055CFF685AF4912C49490F8D
sha1 20 DA39A3EE5E6B4B0D3255BFEF95601890AFD80709
sha1 20 DA39A3EE5E6B4B0D3255BFEF95601890AFD80709
sha224 28 D14A028C2A3A2BC9476102BB288234C415A2B01F828EA62AC5B3E42F
sha224 28 D14A028C2A3A2BC9476102BB288234C415A2B01F828EA62AC5B3E42F
sha256 32 E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855
sha256 32 E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855
sha384 48 38B060A751AC96384CD9327EB1B1E36A21FDB71114BE07434C0CC7BF63F6E1DA274EDEBFE76F65FBD51AD2F14898B95B
sha384 48 38B060A751AC96384CD9327EB1B1E36A21FDB71114BE07434C0CC7BF63F6E1DA274EDEBFE76F65FBD51AD2F14898B95B
sha512 64 CF83E1357EEFB8BDF1542850D66D8007D620E4050B5715DC83F4A921D36CE9CE47D0D13C5D85F2B0FF8318D2877EEC2F63B931BD47417A81A538327AF927DA3E
sha512 64 CF83E1357EEFB8BDF1542850D66D8007D620E4050B5715DC83F4A921D36CE9CE47D0D13C5D85F2B0FF8318D2877EEC2F63B931BD47417A81A538327AF927DA3E
sha512_224 28 6ED0DD02806FA89E25DE060C19D3AC86CABB87D6A0DDD05C333B84F4
sha512_224 28 6ED0DD02806FA89E25DE060C19D3AC86CABB87D6A0DDD05C333B84F4
sha512_256 32 C672B8D1EF56ED28AB87C3622C5114069BDD3AD7B8F9737498D0C01ECEF0967A
sha512_256 32 C672B8D1EF56ED28AB87C3622C5114069BDD3AD7B8F9737498D0C01ECEF0967A
sha3 224 28 F71837502BA8E10837BDD8D365ADB85591895602FC552B48B7390ABD
sha3 256 32 C5D2460186F7233C927E7DB2DCC703C0E500B653CA82273B7BFAD8045D85A470
sha3 384 48 2C23146A63A29ACF99E73B88F8C24EAA7DC60AA771780CCC006AFBFA8FE2479B2DD2B21362337441AC12B515911957FF
sha3 512 64 0EAB42DE4C3CEB9235FC91ACFFE746B29C29A8C366B7C60E4E67C466F36A4304C00FA9CAF9D87976BA469BCBE06713B435F091EF2769FB160CDAB33D3670680E
hmac md5 16 06F30DC9049F859EA0CCB39FDC8FD5C2
hmac md5 16 06F30DC9049F859EA0CCB39FDC8FD5C2
hmac md5 16 06F30DC9049F859EA0CCB39FDC8FD5C2
hmac ripemd160 20 ECB2E5CA0EEFFD84F5566B5DE1D037EF1F9689EF
hmac sha1 20 3902ED847FF28930B5F141ABFA8B471681253673
hmac sha224 28 7A5027C4F3A358A76D943D6D83A8242675FE96E2D30A526FE9E19629
hmac sha256 32 3ECF5388E220DA9E0F919485DEB676D8BEE3AEC046A779353B463418511EE622
hmac sha384 48 724C212553F366248BC76017E812C8ACC85B94FEC2F396C2A925BCC2571F7AB29FEDEE6B3B3013BBF9DE7B89549D5A69
hmac sha512 64 FC8C80E6B943CD07ECCECF01BC6038BAE68EBB6FA2E1E62B44753D7C177AF7A46B089DF349A19F7622A22312C76906CA9C984E1446D3AB86A98FDFA1425341C5
umac32 4 D262065C
umac64 8 DA7E5EB7E37A27E6
umac96 12 6B8FBA819AB2FEFA8A18F5AA
umac128 16 D55988EE39924D7642FFB401A79BCE29
poly1305 16 879E865A98C8CDE7C899D9A3A243EDB9
pbkdf2 sha1 20 0C60C80F961F0E71F3A9B524AF6012062FE037A6
pbkdf2 sha256 32 89B69D0516F829893C696226650A86878C029AC13EE276509D5AE58B6466A724
aes128 encrypt 32 2EBEA9810D3056A2159BBE45A72429692EBEA9810D3056A2159BBE45A7242969
aes128 decrypt 32 aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa
aes128 cbc enc 32 D3D069910C09DFC1675562A0EC9D8B204DD27DB3413D24D994F7300DD331135A
aes128 cbc dec 32 aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa
aes128 ctr enc 1 64
aes128 ctr dec 1 a
aes128 eax enc 1 73
aes128 eax dgst 16 B4D34C46BFCA2E729FECC7638F9A6199
aes128 eax dec 1 a
aes128 eax dgst 16 B4D34C46BFCA2E729FECC7638F9A6199
aes128 gcm enc 1 BB
aes128 gcm dgst 16 18D5F5CCECB218322F21005BCBFF16E0
aes128 gcm dec 1 a
aes128 gcm dgst 16 18D5F5CCECB218322F21005BCBFF16E0
aes128 ccm enc 1 6E
aes128 ccm dgst 16 415B65935A4B546B9E81C988B9C68E53
aes128 ccm dec 1 a
aes128 ccm dgst 16 415B65935A4B546B9E81C988B9C68E53
aes192 encrypt 16 E21AE894602E835C9A21A6CBC5BDC030
aes192 decrypt 16 a
aes192 cbc enc 16 896A1B518F24B9FC5C5765BF102DB40A
aes192 cbc dec 16 a
aes192 ctr enc 1 98
aes192 ctr dec 1 a
aes192 gcm enc 1 1B
aes192 gcm dgst 16 8F616E7FF9A858FBDC2C1C4C302C4747
aes192 gcm dec 1 a
aes192 gcm dgst 16 8F616E7FF9A858FBDC2C1C4C302C4747
aes192 ccm enc 1 CD
aes192 ccm dgst 16 0D19B5B3D3B637D240B48BDE79395B94
aes192 ccm dec 1 a
aes192 ccm dgst 16 0D19B5B3D3B637D240B48BDE79395B94
aes256 encrypt 16 A18335BBBFFBA0996D6B7E36FBC8C0D4
aes256 decrypt 16 a
aes256 cbc enc 16 55A88E8F506DA90A694059A3A2F22E77
aes256 cbc dec 16 a
aes256 ctr enc 1 70
aes256 ctr dec 1 a
aes256 gcm enc 1 3B
aes256 gcm dgst 16 EFB12AF268F64A602779EAE2F8C2FA03
aes256 gcm dec 1 a
aes256 gcm dgst 16 EFB12AF268F64A602779EAE2F8C2FA03
aes256 ccm enc 1 A1
aes256 ccm dgst 16 B743659EF6F2FB95C77870FE3F9BD297
aes256 ccm dec 1 a
aes256 ccm dgst 16 B743659EF6F2FB95C77870FE3F9BD297
cam128 encrypt 16 FE50E0F47DF41615C2C5DC042F75B1AC
cam128 decrypt 16 a
cam128 gcm enc 1 E0
cam128 gcm dgst 16 AF2E1CC47D3D31CCC3EA63F417DF35DD
cam128 gcm dec 1 a
cam128 gcm dgst 16 AF2E1CC47D3D31CCC3EA63F417DF35DD
cam192 encrypt 16 3870F36C308368F14B4EDFFF1C577811
cam192 decrypt 16 a
cam256 encrypt 16 B2572D8BFEF8199B241C0B1008D8506B
cam256 decrypt 16 a
cam256 gcm enc 1 A0
cam256 gcm dgst 16 6B1891EE8E1F20FA49788E75A8F9447F
cam256 gcm dec 1 a
cam256 gcm dgst 16 6B1891EE8E1F20FA49788E75A8F9447F
ARCFOUR encrypt 1 CF
ARCFOUR decrypt 1 a
BLOWFISH enc 8 821C2FA4533A2FD2
BLOWFISH dec 8 a
TWOFISH enc 16 6375B41B0C29E7446D217F79A909BB4B
TWOFISH dec 16 a
SERPENT enc 16 0F65C1891EA2BCCA60A1AA228A84B233
SERPENT dec 16 a
CAST128 enc 8 FA80BC104398019E
CAST128 dec 8 a
ChaCha enc 1 E2
ChaCha dec 1 a
Salsa20 128 enc 1 27
Salsa20 128 dec 1 a
Salsa20 256 enc 1 2B
Salsa20 256 dec 1 a
Sal20r12 128 e 1 C1
Sal20r12 128 d 1 a
Sal20r12 256 e 1 E8
Sal20r12 256 d 1 a
cc-p1305 enc 1 35
cc-p1305 dgst 16 94BECC3FD052F18D657B4F18521C0409
cc-p1305 dec 1 a
cc-p1305 dgst 16 94BECC3FD052F18D657B4F18521C0409
DES check testtest false
DES fix testtest udsuudsu
DES check udsuudsu true
DES enc false 8 236BF47A8D784246
DES dec false 8 a
DES cbc enc false 16 3840F08DBAD6CD6DE2AF46AF2656BE48
DES cbc dec false 16 testtestkalakala
DES ctr enc false 16 AEC72E5671C9D82D343F9F721F668701
DES ctr dec false 16 testtestkalakala
DES3 check testtestkalakalatesttest false
DES3 fix testtestkalakalatesttest udsuudsukamakamaudsuudsu
DES3 check udsuudsukamakamaudsuudsu true
DES3 enc false 8 95D3D64AEA12A4B5
DES3 dec false 8 a
DES3 cbc enc false 16 C668BD2F4C1154F638A5995EC10EF184
DES3 cbc dec false 16 testtestkalakala
DES3 ctr enc false 16 BDD1394B141DE724ADB714DEC4D8E30F
DES3 ctr dec false 16 testtestkalakala
BASE64 enc 24 dGVzdHRlc3R0ZXN0dGVzdA==
BASE64 dec 16 testtesttesttest
BASE64 enc-url 24 dGVzdHRlc3R0ZXN0dGVzdCsm
BASE64 dec-url 18 testtesttesttest+&
d 1
G 1
Vz 2
d 1
HRlc3 5
R0 2
Z 1
X 1
N0 2
dGVzd 5
A== 3
0
t 1
e 1
s 1
0
ttes 4
t 1
t 1
0
e 1
s 1
t 1
test 4
true
BASE16 enc 32 74657374746573747465737474657374
BASE16 dec 16 testtesttesttest
74
65
73
74
74657374
74
65
73
74
74657374
0
t 1
0
e 1
0
s 1
0
t 1
test 4
0
t 1
0
e 1
0
s 1
0
t 1
test 4
true
2
false
true
5DBE3C56BEDDA2608DD6D0924902271A7CE0A9C81EF955E396594329306A
0D3CE56865CF002F7A53914C58D6C8037904C82E3D72ED1E5F09D0178A93
5114614E5779289597D9DC54EF2716531A6543718ED8F26CE850632E4B46
7D0D2C1F5D5C4D59F4C07115A5B0E0AED2BA6FF406AE9A85412EB62091E6
1028764519
765133839
DC1424283A03BA0C01E9
table: 0x000d4f18
584484306|437203720|985724606|714176836|864733948|650443754|198142580|632065637|974210952|193718333
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
fish
md2 84 16 cdata<void (*)()>: 0x0008f87c cdata<void (*)()>: 0x0008f89f cdata<void (*)()>: 0x0008f9dd
md4 96 64 cdata<void (*)()>: 0x0008fa7b cdata<void (*)()>: 0x0008fa9a cdata<void (*)()>: 0x0008fbd6
md5 96 64 cdata<void (*)()>: 0x0009025a cdata<void (*)()>: 0x00090279 cdata<void (*)()>: 0x00090352
ripemd160 104 64 cdata<void (*)()>: 0x00091503 cdata<void (*)()>: 0x0009152b cdata<void (*)()>: 0x00091604
sha1 104 64 cdata<void (*)()>: 0x00093512 cdata<void (*)()>: 0x0009353a cdata<void (*)()>: 0x00093613
sha224 112 64 cdata<void (*)()>: 0x00094c4d cdata<void (*)()>: 0x000949f3 cdata<void (*)()>: 0x00094c77
sha256 112 64 cdata<void (*)()>: 0x000949c9 cdata<void (*)()>: 0x000949f3 cdata<void (*)()>: 0x00094ae4
sha384 216 128 cdata<void (*)()>: 0x00095f3f cdata<void (*)()>: 0x00095b51 cdata<void (*)()>: 0x00095f81
sha512 216 128 cdata<void (*)()>: 0x00095b0f cdata<void (*)()>: 0x00095b51 cdata<void (*)()>: 0x00095c62
aes128 176 16 16 cdata<void (*)()>: 0x00083e58 cdata<void (*)()>: 0x00083e93 cdata<void (*)()>: 0x00083a55 cdata<void (*)()>: 0x000836a5
aes192 208 16 24 cdata<void (*)()>: 0x00083eb7 cdata<void (*)()>: 0x00083ef2 cdata<void (*)()>: 0x00083a9e cdata<void (*)()>: 0x000836ee
aes256 240 16 32 cdata<void (*)()>: 0x00083f16 cdata<void (*)()>: 0x00083f51 cdata<void (*)()>: 0x00083ae7 cdata<void (*)()>: 0x00083737
camellia128 192 16 16 cdata<void (*)()>: 0x00086486 cdata<void (*)()>: 0x00086ac4 cdata<void (*)()>: 0x00086a60 cdata<void (*)()>: 0x00086a60
camellia192 256 16 24 cdata<void (*)()>: 0x00087329 cdata<void (*)()>: 0x000874b8 cdata<void (*)()>: 0x00087430 cdata<void (*)()>: 0x00087430
camellia256 256 16 32 cdata<void (*)()>: 0x00086ae8 cdata<void (*)()>: 0x00087494 cdata<void (*)()>: 0x00087430 cdata<void (*)()>: 0x00087430
cast128 84 8 16 cdata<void (*)()>: 0x00088f54 cdata<void (*)()>: 0x00088f54 cdata<void (*)()>: 0x000874dc cdata<void (*)()>: 0x000879c0
serpent128 528 16 16 cdata<void (*)()>: 0x0009839d cdata<void (*)()>: 0x0009839d cdata<void (*)()>: 0x000983e0 cdata<void (*)()>: 0x000994a0
serpent192 528 16 24 cdata<void (*)()>: 0x000983b2 cdata<void (*)()>: 0x000983b2 cdata<void (*)()>: 0x000983e0 cdata<void (*)()>: 0x000994a0
serpent256 528 16 32 cdata<void (*)()>: 0x000983c7 cdata<void (*)()>: 0x000983c7 cdata<void (*)()>: 0x000983e0 cdata<void (*)()>: 0x000994a0
twofish128 4256 16 16 cdata<void (*)()>: 0x0009ac4c cdata<void (*)()>: 0x0009ac4c cdata<void (*)()>: 0x0009ac8b cdata<void (*)()>: 0x0009aee9
twofish192 4256 16 24 cdata<void (*)()>: 0x0009ac61 cdata<void (*)()>: 0x0009ac61 cdata<void (*)()>: 0x0009ac8b cdata<void (*)()>: 0x0009aee9
twofish256 4256 16 32 cdata<void (*)()>: 0x0009ac76 cdata<void (*)()>: 0x0009ac76 cdata<void (*)()>: 0x0009ac8b cdata<void (*)()>: 0x0009aee9
arctwo40 128 8 5 cdata<void (*)()>: 0x00084686 cdata<void (*)()>: 0x00084686 cdata<void (*)()>: 0x000841ad cdata<void (*)()>: 0x00084324
arctwo64 128 8 8 cdata<void (*)()>: 0x000846a0 cdata<void (*)()>: 0x000846a0 cdata<void (*)()>: 0x000841ad cdata<void (*)()>: 0x00084324
arctwo128 128 8 16 cdata<void (*)()>: 0x000846ba cdata<void (*)()>: 0x000846ba cdata<void (*)()>: 0x000841ad cdata<void (*)()>: 0x00084324
arctwo_gutmann128 128 8 16 cdata<void (*)()>: 0x000846d4 cdata<void (*)()>: 0x000846d4 cdata<void (*)()>: 0x000841ad cdata<void (*)()>: 0x00084324
gcm_aes128 4336 16 16 12 cdata<void (*)()>: 0x0008d6b3 cdata<void (*)()>: 0x0008d6b3 cdata<void (*)()>: 0x0008d7c3 cdata<void (*)()>: 0x0008d705 cdata<void (*)()>: 0x0008d728 cdata<void (*)()>: 0x0008d760 cdata<void (*)()>: 0x0008d798
gcm_aes192 4368 16 24 12 cdata<void (*)()>: 0x0008d7d8 cdata<void (*)()>: 0x0008d7d8 cdata<void (*)()>: 0x0008d8e8 cdata<void (*)()>: 0x0008d82a cdata<void (*)()>: 0x0008d84d cdata<void (*)()>: 0x0008d885 cdata<void (*)()>: 0x0008d8bd
gcm_aes256 4400 16 32 12 cdata<void (*)()>: 0x0008d8fd cdata<void (*)()>: 0x0008d8fd cdata<void (*)()>: 0x0008da0d cdata<void (*)()>: 0x0008d94f cdata<void (*)()>: 0x0008d972 cdata<void (*)()>: 0x0008d9aa cdata<void (*)()>: 0x0008d9e2
gcm_camellia128 4352 16 16 12 cdata<void (*)()>: 0x0008da22 cdata<void (*)()>: 0x0008da22 cdata<void (*)()>: 0x0008db32 cdata<void (*)()>: 0x0008da74 cdata<void (*)()>: 0x0008da97 cdata<void (*)()>: 0x0008dacf cdata<void (*)()>: 0x0008db07
gcm_camellia256 4416 16 32 12 cdata<void (*)()>: 0x0008db47 cdata<void (*)()>: 0x0008db47 cdata<void (*)()>: 0x0008dc57 cdata<void (*)()>: 0x0008db99 cdata<void (*)()>: 0x0008dbbc cdata<void (*)()>: 0x0008dbf4 cdata<void (*)()>: 0x0008dc2c
eax_aes128 272 16 16 16 cdata<void (*)()>: 0x0008ce11 cdata<void (*)()>: 0x0008ce11 cdata<void (*)()>: 0x0008cf10 cdata<void (*)()>: 0x0008ce62 cdata<void (*)()>: 0x0008ce87 cdata<void (*)()>: 0x0008ceb9 cdata<void (*)()>: 0x0008ceeb
chacha_poly1305 176 64 32 12 cdata<void (*)()>: 0x0008a065 cdata<void (*)()>: 0x0008a065 cdata<void (*)()>: 0x0008a06f cdata<void (*)()>: 0x0008a0ce cdata<void (*)()>: 0x0008a214 cdata<void (*)()>: 0x0008a2df cdata<void (*)()>: 0x0008a35a
EdDSA25519 SHA-512 private key 32 testtesttesttesttesttesttesttest
EdDSA25519 SHA-512 public key 32 06B77FC89D2B9785433DD37A9B98A3C8FA37F03DB2B2CC0E79BE76F87B223D21
EdDSA25519 SHA-512 message 5 hello
EdDSA25519 SHA-512 signature 64 0E202379D19190BC1A933D3DD1753FF0B833393BEED1DC12469309F2A07094348E340C302069CDB7C7C54C21CCDA8891F21FA4588D63803C9538F2A513DA6E04
EdDSA25519 SHA-512 verify (true) true
EdDSA25519 SHA-512 verify (false) false
Just place nettle.lua and nettle directory somewhere in your package.path, under resty directory. If you are using OpenResty, the default location would be /usr/local/openresty/lualib/resty.
$ opm get bungle/lua-resty-nettle$ luarocks install lua-resty-nettleLuaRocks repository for lua-resty-nettle is located at https://luarocks.org/modules/bungle/lua-resty-nettle.
local hash = require "resty.nettle.sha1"
local dgst = hash "test"
-- or
local sha1 = hash.new()
sha1:update "te"
sha1:update "st"
local dgst = sha1:digest()local hash = require "resty.nettle.sha2"
local dgst = hash("sha224", "test")
-- or
local dgst = hash.sha224 "test"
-- or
local sha2 = hash.sha224..new()
sha2:update "te"
sha2:update "st"
local dgst = sha2:digest()local hash = require "resty.nettle.sha2"
local dgst = hash("sha256", "test")
-- or
local dgst = hash.sha256 "test"
-- or
local sha2 = hash.sha256.new()
sha2:update "te"
sha2:update "st"
local dgst = sha2:digest()local hash = require "resty.nettle.sha2"
local dgst = hash("sha384", "test")
-- or
local dgst = hash.sha384 "test"
-- or
local sha2 = hash.sha384.new()
sha2:update "te"
sha2:update "st"
local dgst = sha2:digest()local hash = require "resty.nettle.sha2"
local dgst = hash("sha512", "test")
-- or
local dgst = hash.sha512 "test"
-- or
local sha2 = hash.sha512.new()
sha2:update "te"
sha2:update "st"
local dgst = sha2:digest()local hash = require "resty.nettle.sha2"
local dgst = hash("sha512_224", "test")
-- or
local dgst = hash.sha512_224 "test"
-- or
local sha2 = hash.sha512_224.new()
sha2:update "te"
sha2:update "st"
local dgst = sha2:digest()local hash = require "resty.nettle.sha2"
local dgst = hash("sha512_256", "test")
-- or
local dgst = hash.sha512_256 "test"
-- or
local sha2 = hash.sha512_256.new()
sha2:update "te"
sha2:update "st"
local dgst = sha2:digest()local hash = require "resty.nettle.sha3"
local dgst = hash(224, "test")
-- or
local dgst = hash.sha224 "test"
-- or
local sha3 = hash.sha224.new()
sha3:update "te"
sha3:update "st"
local dgst = sha3:digest()local hash = require "resty.nettle.sha3"
local dgst = hash(256, "test")
-- or
local dgst = hash.sha256 "test"
-- or
local sha3 = hash.sha256.new()
sha3:update "te"
sha3:update "st"
local dgst = sha3:digest()local hash = require "resty.nettle.sha3"
local dgst = hash(384, "test")
-- or
local dgst = hash.sha384 "test"
-- or
local sha3 = hash.sha384.new()
sha3:update "te"
sha3:update "st"
local dgst = sha3:digest()local hash = require "resty.nettle.sha3"
local dgst = hash(512, "test")
-- or
local dgst = hash.sha512 "test"
-- or
local sha3 = hash.sha512.new()
sha3:update "te"
sha3:update "st"
local dgst = sha3:digest()local hash = require "resty.nettle.md2"
local dgst = hash "test"
-- or
local md2 = hash.new()
md2:update "te"
md2:update "st"
local dgst = md2:digest()local hash = require "resty.nettle.md4"
local dgst = hash "test"
-- or
local md4 = hash.new()
md4:update "te"
md4:update "st"
local dgst = md4:digest()local hash = require "resty.nettle.md5"
local dgst = hash "test"
-- or
local md5 = hash.new()
md5:update "te"
md5:update "st"
local dgst = md5:digest()local hash = require "resty.nettle.ripemd160"
local dgst = hash "test"
-- or
local ripe = hash.new()
ripe:update "te"
ripe:update "st"
local dgst = ripe:digest()local hash = require "resty.nettle.gosthash94"
local dgst = hash "test"
-- or
local gh94 = hash.new()
gh94:update "te"
gh94:update "st"
local dgst = gh94:digest()The changes of every release of this module is recorded in Changes.md file.
lua-resty-nettle uses two clause BSD license.
Copyright (c) 2014 – 2017, Aapo Talvensaari
All rights reserved.
Redistribution and use in source and binary forms, with or without modification,
are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice, this
list of conditions and the following disclaimer in the documentation and/or
other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON
ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.