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#ifndef PURE_CRYPTO_H
#define PURE_CRYPTO_H
#include "seal.h"
#include "tls.h"
/* What pure-serve asks of OpenSSL, as the table pure-crypto.so exports
* (serve/crypto-openssl.c). pure-serve maps it, and OpenSSL with it, the
* first time a server seals, opens a seal or connects to an https receiver
* (serve/crypto.c): one that does none of these maps no OpenSSL, 2.3 MiB
* less resident and 0.6 MiB less of its own. */
enum { PURE_CRYPTO_VERSION = 1 };
typedef struct {
unsigned version;
/* TLS client: the context (verifying against ca_file, or the system's
* CAs when NULL), sessions over connected sockets, their reads and
* writes (as SSL_read and SSL_write: bytes, or <= 0), and their end. */
bool (*tls_start)(const char *ca_file);
PureTls *(*tls_open)(const char *host, int fd);
int (*tls_read)(PureTls *, void *bytes, int size);
int (*tls_write)(PureTls *, const void *bytes, int size);
void (*tls_close)(PureTls *);
/* Sealing, as serve/seal.h says, in the suite named. */
PureSealKey *(*seal_key)(const char *path, char public_hex[2 * PURE_SEAL_KEY + 1], char *error, size_t size);
void (*seal_key_free)(PureSealKey *);
bool (*seal)(const char *suite, const unsigned char peer[PURE_SEAL_KEY], const char *aad,
const unsigned char *plain, size_t size, unsigned char *out);
bool (*unseal)(const PureSealKey *, const char *suite, const char *aad, const unsigned char *sealed, size_t size,
unsigned char *plain);
} PureCrypto;
#endif
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