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move crypto Lua test to dev tests

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dagger 2026-09-15 04:45:07 +07:00
parent 5391be4b8a
commit 8d279466a9
2 changed files with 41 additions and 70 deletions
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41
dev/tests/crypto.lua Normal file
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@ -0,0 +1,41 @@
assert(crypto.API_VERSION == 1)
local features = crypto.features()
assert(features.api_version == 1)
assert(features.backend == "OpenSSL")
local binary = "a\0b"
assert(crypto.hash("SHA256", binary) == crypto.sha256(binary))
local stream = crypto.hash_new("SHA256")
assert(stream:update("a"):update("\0b"):final() == crypto.sha256(binary))
stream:reset():update("abc")
assert(stream:final() == crypto.sha256("abc"))
local private, public = crypto.ed25519_keypair()
assert(crypto.ed25519_public(private) == public)
local signature = crypto.ed25519_sign(private, binary)
assert(crypto.ed25519_verify(public, binary, signature) == true)
local ok, error_code = crypto.ed25519_verify(public, "changed", signature)
assert(ok == false and error_code == "invalid_signature")
local x_private_a, x_public_a = crypto.x25519_keypair()
local x_private_b, x_public_b = crypto.x25519_keypair()
assert(crypto.x25519(x_private_a, x_public_b) ==
crypto.x25519_shared(x_private_b, x_public_a))
local p_private_a, p_public_a = crypto.p256_keypair()
local p_private_b, p_public_b = crypto.p256_keypair()
assert(crypto.p256_public(p_private_a) == p_public_a)
assert(crypto.p256_shared(p_private_a, p_public_b) ==
crypto.p256_shared(p_private_b, p_public_a))
local key = crypto.random_bytes(16)
local nonce = crypto.random_bytes(12)
local ciphertext = crypto.aes_gcm_encrypt(key, nonce, "aad", binary)
assert(crypto.aes_gcm_decrypt(key, nonce, "aad", ciphertext) == binary)
local plaintext, decrypt_error = crypto.aes_gcm_decrypt(
key, nonce, "changed", ciphertext
)
assert(plaintext == nil and decrypt_error == "authentication_failed")
assert(#crypto.pbkdf2("SHA256", "password", "salt", 1, 32) == 32)
assert(#crypto.scrypt("password", "salt", 16, 1, 1, 32) == 32)

70
test/crypto/CryptoLua.cpp
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@ -1,70 +0,0 @@
#include <gtest/gtest.h>
#include <memory>
#include "logic/scripting/lua/libs/api_lua.hpp"
namespace {
struct LuaCloser {
void operator()(lua::State* state) const {
lua_close(state);
}
};
}
TEST(CryptoLua, PublicV1ApiWorksFromLua) {
std::unique_ptr<lua::State, LuaCloser> state(luaL_newstate());
ASSERT_NE(state, nullptr);
luaL_openlibs(state.get());
lua::openlib(state.get(), "crypto", cryptolib);
initialize_cryptolib(state.get());
const char* script = R"lua(
assert(crypto.API_VERSION == 1)
local features = crypto.features()
assert(features.api_version == 1)
assert(features.backend == "OpenSSL")
local binary = "a\0b"
assert(crypto.hash("SHA256", binary) == crypto.sha256(binary))
local stream = crypto.hash_new("SHA256")
assert(stream:update("a"):update("\0b"):final() == crypto.sha256(binary))
stream:reset():update("abc")
assert(stream:final() == crypto.sha256("abc"))
local private, public = crypto.ed25519_keypair()
assert(crypto.ed25519_public(private) == public)
local signature = crypto.ed25519_sign(private, binary)
assert(crypto.ed25519_verify(public, binary, signature) == true)
local ok, error_code = crypto.ed25519_verify(public, "changed", signature)
assert(ok == false and error_code == "invalid_signature")
local x_private_a, x_public_a = crypto.x25519_keypair()
local x_private_b, x_public_b = crypto.x25519_keypair()
assert(crypto.x25519(x_private_a, x_public_b) ==
crypto.x25519_shared(x_private_b, x_public_a))
local p_private_a, p_public_a = crypto.p256_keypair()
local p_private_b, p_public_b = crypto.p256_keypair()
assert(crypto.p256_public(p_private_a) == p_public_a)
assert(crypto.p256_shared(p_private_a, p_public_b) ==
crypto.p256_shared(p_private_b, p_public_a))
local key = crypto.random_bytes(16)
local nonce = crypto.random_bytes(12)
local ciphertext = crypto.aes_gcm_encrypt(key, nonce, "aad", binary)
assert(crypto.aes_gcm_decrypt(key, nonce, "aad", ciphertext) == binary)
local plaintext, decrypt_error = crypto.aes_gcm_decrypt(
key, nonce, "changed", ciphertext
)
assert(plaintext == nil and decrypt_error == "authentication_failed")
assert(#crypto.pbkdf2("SHA256", "password", "salt", 1, 32) == 32)
assert(#crypto.scrypt("password", "salt", 16, 1, 1, 32) == 32)
)lua";
const int result = luaL_dostring(state.get(), script);
if (result != 0) {
FAIL() << lua_tostring(state.get(), -1);
}
}