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#pragma once /** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. */ #include #include #include struct aws_hmac; namespace Aws { namespace Crt { namespace Crypto { static const size_t SHA256_HMAC_DIGEST_SIZE = 32; /** * Computes a SHA256 HMAC with secret over input, and writes the digest to output. If truncateTo is * non-zero, the digest will be truncated to the value of truncateTo. Returns true on success. If this * function fails, Aws::Crt::LastError() will contain the error that occurred. Unless you're using * 'truncateTo', output should have a minimum capacity of SHA256_HMAC_DIGEST_SIZE. */ bool AWS_CRT_CPP_API ComputeSHA256HMAC( Allocator *allocator, const ByteCursor &secret, const ByteCursor &input, ByteBuf &output, size_t truncateTo = 0) noexcept; /** * Computes a SHA256 HMAC using the default allocator with secret over input, and writes the digest to * output. If truncateTo is non-zero, the digest will be truncated to the value of truncateTo. Returns true * on success. If this function fails, Aws::Crt::LastError() will contain the error that occurred. Unless * you're using 'truncateTo', output should have a minimum capacity of SHA256_HMAC_DIGEST_SIZE. */ bool AWS_CRT_CPP_API ComputeSHA256HMAC( const ByteCursor &secret, const ByteCursor &input, ByteBuf &output, size_t truncateTo = 0) noexcept; /** * Streaming HMAC object. The typical use case is for computing the HMAC of an object that is too large to * load into memory. You can call Update() multiple times as you load chunks of data into memory. When * you're finished simply call Digest(). After Digest() is called, this object is no longer usable. */ class AWS_CRT_CPP_API HMAC final { public: ~HMAC(); HMAC(const HMAC &) = delete; HMAC &operator=(const HMAC &) = delete; HMAC(HMAC &&toMove); HMAC &operator=(HMAC &&toMove); /** * Returns true if the instance is in a valid state, false otherwise. */ inline operator bool() const noexcept { return m_good; } /** * Returns the value of the last aws error encountered by operations on this instance. */ inline int LastError() const noexcept { return m_lastError; } /** * Creates an instance of a Streaming SHA256 HMAC. */ static HMAC CreateSHA256HMAC(Allocator *allocator, const ByteCursor &secret) noexcept; /** * Creates an instance of a Streaming SHA256 HMAC using the Default Allocator. */ static HMAC CreateSHA256HMAC(const ByteCursor &secret) noexcept; /** * Updates the running HMAC object with data in toHMAC. Returns true on success. Call * LastError() for the reason this call failed. */ bool Update(const ByteCursor &toHMAC) noexcept; /** * Finishes the running HMAC operation and writes the digest into output. The available capacity of * output must be large enough for the digest. See: SHA256_DIGEST_SIZE and MD5_DIGEST_SIZE for size * hints. 'truncateTo' is for if you want truncated output (e.g. you only want the first 16 bytes of a * SHA256 digest. Returns true on success. Call LastError() for the reason this call failed. */ bool Digest(ByteBuf &output, size_t truncateTo = 0) noexcept; /** * Returns the size of the digest for this hmac algorithm. If this object is not valid, it will * return 0 instead. */ size_t DigestSize() const noexcept; /** * Computes the running HMAC and finishes the running HMAC operation and writes the digest into output. * The available capacity of output must be large enough for the digest. * See: SHA256_DIGEST_SIZE and MD5_DIGEST_SIZE for size * hints. 'truncateTo' is for if you want truncated output (e.g. you only want the first 16 bytes of a * SHA256 HMAC digest. Returns true on success. Call LastError() for the reason this call failed. * * This is an API a user would use for smaller size inputs. For larger, streaming inputs, use * multiple calls to Update() for each buffer, followed by a single call to Digest(). */ bool ComputeOneShot(const ByteCursor &input, ByteBuf &output, size_t truncateTo = 0) noexcept; private: HMAC(aws_hmac *hmac) noexcept; HMAC() = delete; aws_hmac *m_hmac; bool m_good; int m_lastError; }; /** * BYO_CRYPTO: Base class for custom HMAC implementations. * * If using BYO_CRYPTO, you must define concrete implementations for the required HMAC algorithms * and set their creation callbacks via functions like ApiHandle.SetBYOCryptoNewSHA256HMACCallback(). */ class AWS_CRT_CPP_API ByoHMAC { public: virtual ~ByoHMAC() = default; /** @private * this is called by the framework. If you're trying to create instances of this class manually, * please don't. But if you do. Look at the other factory functions for reference. */ aws_hmac *SeatForCInterop(const std::shared_ptr &selfRef); protected: ByoHMAC(size_t digestSize, const ByteCursor &secret, Allocator *allocator = ApiAllocator()); /** * Updates the running HMAC with to_hash. * This can be called multiple times. * Raise an AWS error and return false to indicate failure. */ virtual bool UpdateInternal(const ByteCursor &toHash) noexcept = 0; /** * Complete the HMAC computation and write the final digest to output. * This cannot be called more than once. * If truncate_to is something other than 0, the output must be truncated to that number of bytes. * Raise an AWS error and return false to indicate failure. */ virtual bool DigestInternal(ByteBuf &output, size_t truncateTo = 0) noexcept = 0; private: static void s_Destroy(struct aws_hmac *hmac); static int s_Update(struct aws_hmac *hmac, const struct aws_byte_cursor *buf); static int s_Finalize(struct aws_hmac *hmac, struct aws_byte_buf *out); static aws_hmac_vtable s_Vtable; aws_hmac m_hmacValue; std::shared_ptr m_selfReference; }; using CreateHMACCallback = std::function(size_t digestSize, const ByteCursor &secret, Allocator *)>; } // namespace Crypto } // namespace Crt } // namespace Aws