dimgigov
e7e900973f
- lib/crypto/: 9-module crypto library (Hash, HMAC, Base64/URL, Random, AES, RSA, ECDSA, Ed25519, JWT) - rt/runtime.c: +346 lines OpenSSL crypto primitives (SHA-1/384/512, HMAC, Base64URL, AES-CBC/GCM, RSA, ECDSA, Ed25519) - apps/nexus/: multi-threaded HTTP/1.1 + HTTP/2 detect + WebSocket server - apps/jwt-pitbul/: JWT CLI tool (sign, verify, decode, keygen) - apps/boko-framework/: FastAPI-inspired async web framework - test_crypto/: crypto library test suite (23 tests)
82 lines
2.8 KiB
Plaintext
82 lines
2.8 KiB
Plaintext
// =============================================================================
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// Std::Crypto — backward-compatible wrapper (delegates to submodules)
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//
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// Migration note: new code should use the submodules directly:
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// Std::Crypto::Hash::{Hash_Sha256, ...}
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// Std::Crypto::Hmac::{Hmac_Sha256, ...}
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// Std::Crypto::Base64::{Base64_Encode, Base64URL_Encode, ...}
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// Std::Crypto::Random::{Random_Bytes, ...}
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// Std::Crypto::Jwt::{Jwt_EncodeHS256, ...}
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// =============================================================================
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module Std::Crypto {
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import Std::Mem::{Alloc, Free};
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import Std::String::{String_Len};
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// Re-use the same externs from submodules (merged by compiler)
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extern func bux_sha256(data: String, len: int, out: *void);
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extern func bux_hmac_sha256(key: String, keylen: int, msg: String, msglen: int, out: *void);
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extern func bux_random_bytes(buf: *void, len: int) -> int;
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extern func bux_base64_encode(data: String, len: int) -> String;
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extern func bux_base64_decode(data: String, len: int, outlen: *int) -> String;
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extern func bux_bytes_to_hex(data: *void, len: int) -> String;
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// --- Legacy function names (delegate to new submodule functions) ---
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// SHA-256 → hex
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func Crypto_Sha256(data: String) -> String {
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let len: int = String_Len(data) as int;
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let hashBuf: *void = Alloc(32);
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bux_sha256(data, len, hashBuf);
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let result: String = bux_bytes_to_hex(hashBuf as *void, 32);
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Free(hashBuf);
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return result;
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}
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// HMAC-SHA256 → hex
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func Crypto_HmacSha256(key: String, message: String) -> String {
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let keylen: int = String_Len(key) as int;
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let msglen: int = String_Len(message) as int;
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let hmacBuf: *void = Alloc(32);
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bux_hmac_sha256(key, keylen, message, msglen, hmacBuf);
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let result: String = bux_bytes_to_hex(hmacBuf as *void, 32);
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Free(hmacBuf);
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return result;
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}
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// Random bytes → base64
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func Crypto_RandomBytes(n: int) -> String {
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if n <= 0 { return ""; }
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let buf: *void = Alloc(n as uint);
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if bux_random_bytes(buf, n) != 1 {
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Free(buf);
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return "";
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}
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let result: String = bux_base64_encode(buf as String, n);
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Free(buf);
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return result;
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}
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// Base64 encode
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func Crypto_Base64Encode(s: String) -> String {
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return bux_base64_encode(s, String_Len(s) as int);
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}
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// HMAC-SHA256 raw → base64
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func Crypto_HmacSha256Raw(key: String, message: String) -> String {
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let keylen: int = String_Len(key) as int;
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let msglen: int = String_Len(message) as int;
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let hmacBuf: *void = Alloc(32);
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bux_hmac_sha256(key, keylen, message, msglen, hmacBuf);
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let result: String = bux_base64_encode(hmacBuf as String, 32);
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Free(hmacBuf);
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return result;
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}
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// Base64 decode
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func Crypto_Base64Decode(s: String) -> String {
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let outlen: int = 0;
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return bux_base64_decode(s, String_Len(s) as int, &outlen);
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}
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}
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