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#ifndef AWS_CAL_RSA_H #define AWS_CAL_RSA_H /** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. */ #include #include AWS_PUSH_SANE_WARNING_LEVEL struct aws_rsa_key_pair; enum aws_rsa_encryption_algorithm { AWS_CAL_RSA_ENCRYPTION_PKCS1_5, AWS_CAL_RSA_ENCRYPTION_OAEP_SHA256, AWS_CAL_RSA_ENCRYPTION_OAEP_SHA512, }; enum aws_rsa_signature_algorithm { AWS_CAL_RSA_SIGNATURE_PKCS1_5_SHA256, AWS_CAL_RSA_SIGNATURE_PKCS1_5_SHA1, AWS_CAL_RSA_SIGNATURE_PSS_SHA256, }; /* * Note: prefer using standard key sizes - 1024, 2048, 4096. * Other key sizes will work, but which key sizes are supported may vary by * platform. Typically, multiples of 64 should work on all platforms. */ enum { AWS_CAL_RSA_MIN_SUPPORTED_KEY_SIZE_IN_BITS = 1024, AWS_CAL_RSA_MAX_SUPPORTED_KEY_SIZE_IN_BITS = 4096, }; AWS_EXTERN_C_BEGIN /** * Creates an RSA public key from RSAPublicKey as defined in rfc 8017 (aka PKCS1). * Returns a new instance of aws_rsa_key_pair if the key was successfully built. * Otherwise returns NULL. */ AWS_CAL_API struct aws_rsa_key_pair *aws_rsa_key_pair_new_from_public_key_pkcs1( struct aws_allocator *allocator, struct aws_byte_cursor key); /** * Creates an RSA private key from RSAPrivateKey as defined in rfc 8017 (aka PKCS1). * Returns a new instance of aws_rsa_key_pair if the key was successfully built. * Otherwise returns NULL. */ AWS_CAL_API struct aws_rsa_key_pair *aws_rsa_key_pair_new_from_private_key_pkcs1( struct aws_allocator *allocator, struct aws_byte_cursor key); /** * Creates an RSA private key from PrivateKeyInfo as defined in rfc 5208 (aka PKCS8). * Returns a new instance of aws_rsa_key_pair if the key was successfully built. * Otherwise returns NULL. */ AWS_CAL_API struct aws_rsa_key_pair *aws_rsa_key_pair_new_from_private_key_pkcs8( struct aws_allocator *allocator, struct aws_byte_cursor key); /** * Adds one to an RSA key pair's ref count. * Returns key_pair pointer. */ AWS_CAL_API struct aws_rsa_key_pair *aws_rsa_key_pair_acquire(struct aws_rsa_key_pair *key_pair); /** * Subtracts one from an RSA key pair's ref count. If ref count reaches zero, the key pair is destroyed. * Always returns NULL. */ AWS_CAL_API struct aws_rsa_key_pair *aws_rsa_key_pair_release(struct aws_rsa_key_pair *key_pair); /** * Max plaintext size that can be encrypted by the key (i.e. max data size * supported by the key - bytes needed for padding). */ AWS_CAL_API size_t aws_rsa_key_pair_max_encrypt_plaintext_size( const struct aws_rsa_key_pair *key_pair, enum aws_rsa_encryption_algorithm algorithm); /* * Uses the key_pair's private key to encrypt the plaintext. The output will be * in out. out must be large enough to to hold the ciphertext. Check * aws_rsa_key_pair_block_length() for output upper bound. */ AWS_CAL_API int aws_rsa_key_pair_encrypt( const struct aws_rsa_key_pair *key_pair, enum aws_rsa_encryption_algorithm algorithm, struct aws_byte_cursor plaintext, struct aws_byte_buf *out); /* * Uses the key_pair's private key to decrypt the ciphertext. The output will be * in out. out must be large enough to to hold the ciphertext. Check * aws_rsa_key_pair_block_length() for output upper bound. */ AWS_CAL_API int aws_rsa_key_pair_decrypt( const struct aws_rsa_key_pair *key_pair, enum aws_rsa_encryption_algorithm algorithm, struct aws_byte_cursor ciphertext, struct aws_byte_buf *out); /* * Max size for a block supported by a given key pair. */ AWS_CAL_API size_t aws_rsa_key_pair_block_length(const struct aws_rsa_key_pair *key_pair); /** * Uses the key_pair's private key to sign message. The output will be in out. out must be large enough * to hold the signature. Check aws_rsa_key_pair_signature_length() for the appropriate size. * * It is the callers job to make sure message is the appropriate cryptographic digest for this operation. It's usually * something like a SHA256. */ AWS_CAL_API int aws_rsa_key_pair_sign_message( const struct aws_rsa_key_pair *key_pair, enum aws_rsa_signature_algorithm algorithm, struct aws_byte_cursor digest, struct aws_byte_buf *out); /** * Uses the key_pair's public key to verify signature of message. * * It is the callers job to make sure message is the appropriate cryptographic digest for this operation. It's usually * something like a SHA256. * * returns AWS_OP_SUCCESS if the signature is valid. * raises AWS_ERROR_CAL_SIGNATURE_VALIDATION_FAILED if signature validation failed */ AWS_CAL_API int aws_rsa_key_pair_verify_signature( const struct aws_rsa_key_pair *key_pair, enum aws_rsa_signature_algorithm algorithm, struct aws_byte_cursor digest, struct aws_byte_cursor signature); /* * Max size for a signature supported by a given key pair. */ AWS_CAL_API size_t aws_rsa_key_pair_signature_length(const struct aws_rsa_key_pair *key_pair); enum aws_rsa_key_export_format { AWS_CAL_RSA_KEY_EXPORT_PKCS1, }; /* * Get public key for the key pair. * Inits out to a copy of key. * Any encoding on top of that (ex. b64) is left up to user. * Note: this function is currently not supported on windows for generated keys. */ AWS_CAL_API int aws_rsa_key_pair_get_public_key( const struct aws_rsa_key_pair *key_pair, enum aws_rsa_key_export_format format, struct aws_byte_buf *out); /* * Get private key for the key pair. * Inits out to a copy of key. * Any encoding on top of that (ex. b64) is left up to user. * Note: this function is currently not supported on Windows for generated keys. */ AWS_CAL_API int aws_rsa_key_pair_get_private_key( const struct aws_rsa_key_pair *key_pair, enum aws_rsa_key_export_format format, struct aws_byte_buf *out); AWS_EXTERN_C_END AWS_POP_SANE_WARNING_LEVEL #endif /* AWS_CAL_RSA_H */