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deps/libfido2/src/fido/types.h  view on Meta::CPAN

		es256_pk_t es256;
		rs256_pk_t rs256;
		eddsa_pk_t eddsa;
	} pubkey;
} fido_attcred_t;

typedef struct fido_attstmt {
	fido_blob_t x5c; /* attestation certificate */
	fido_blob_t sig; /* attestation signature */
} fido_attstmt_t;

typedef struct fido_rp {
	char *id;   /* relying party id */
	char *name; /* relying party name */
} fido_rp_t;

typedef struct fido_user {
	fido_blob_t  id;           /* required */
	char        *icon;         /* optional */
	char        *name;         /* optional */
	char        *display_name; /* required */
} fido_user_t;

typedef struct fido_cred_ext {
	int mask; /* enabled extensions */
	int prot; /* protection policy */
} fido_cred_ext_t;

typedef struct fido_cred {
	fido_blob_t       cdh;           /* client data hash */
	fido_rp_t         rp;            /* relying party */
	fido_user_t       user;          /* user entity */
	fido_blob_array_t excl;          /* list of credential ids to exclude */
	fido_opt_t        rk;            /* resident key */
	fido_opt_t        uv;            /* user verification */
	fido_cred_ext_t   ext;           /* extensions */
	int               type;          /* cose algorithm */
	char             *fmt;           /* credential format */
	fido_cred_ext_t   authdata_ext;  /* decoded extensions */
	fido_blob_t       authdata_cbor; /* raw cbor payload */
	fido_authdata_t   authdata;      /* decoded authdata payload */
	fido_attcred_t    attcred;       /* returned credential (key + id) */
	fido_attstmt_t    attstmt;       /* attestation statement (x509 + sig) */
} fido_cred_t;

typedef struct _fido_assert_stmt {
	fido_blob_t     id;              /* credential id */
	fido_user_t     user;            /* user attributes */
	fido_blob_t     hmac_secret_enc; /* hmac secret, encrypted */
	fido_blob_t     hmac_secret;     /* hmac secret */
	int             authdata_ext;    /* decoded extensions */
	fido_blob_t     authdata_cbor;   /* raw cbor payload */
	fido_authdata_t authdata;        /* decoded authdata payload */
	fido_blob_t     sig;             /* signature of cdh + authdata */
} fido_assert_stmt;

typedef struct fido_assert {
	char              *rp_id;        /* relying party id */
	fido_blob_t        cdh;          /* client data hash */
	fido_blob_t        hmac_salt;    /* optional hmac-secret salt */
	fido_blob_array_t  allow_list;   /* list of allowed credentials */
	fido_opt_t         up;           /* user presence */
	fido_opt_t         uv;           /* user verification */
	int                ext;          /* enabled extensions */
	fido_assert_stmt  *stmt;         /* array of expected assertions */
	size_t             stmt_cnt;     /* number of allocated assertions */
	size_t             stmt_len;     /* number of received assertions */
} fido_assert_t;

typedef struct fido_opt_array {
	char **name;
	bool *value;
	size_t len;
} fido_opt_array_t;

typedef struct fido_str_array {
	char **ptr;
	size_t len;
} fido_str_array_t;

typedef struct fido_byte_array {
	uint8_t *ptr;
	size_t len;
} fido_byte_array_t;

typedef struct fido_cbor_info {
	fido_str_array_t  versions;      /* supported versions: fido2|u2f */
	fido_str_array_t  extensions;    /* list of supported extensions */
	unsigned char     aaguid[16];    /* aaguid */
	fido_opt_array_t  options;       /* list of supported options */
	uint64_t          maxmsgsiz;     /* maximum message size */
	fido_byte_array_t protocols;     /* supported pin protocols */
	uint64_t          maxcredcntlst; /* max number of credentials in list */
	uint64_t          maxcredidlen;  /* max credential ID length */
	uint64_t          fwversion;     /* firmware version */
} fido_cbor_info_t;

typedef struct fido_dev_info {
	char                 *path;         /* device path */
	int16_t               vendor_id;    /* 2-byte vendor id */
	int16_t               product_id;   /* 2-byte product id */
	char                 *manufacturer; /* manufacturer string */
	char                 *product;      /* product string */
	fido_dev_io_t         io;           /* i/o functions */
	fido_dev_transport_t  transport;    /* transport functions */
} fido_dev_info_t;

PACKED_TYPE(fido_ctap_info_t,
/* defined in section 8.1.9.1.3 (CTAPHID_INIT) of the fido2 ctap spec */
struct fido_ctap_info {
	uint64_t nonce;    /* echoed nonce */
	uint32_t cid;      /* channel id */
	uint8_t  protocol; /* ctaphid protocol id */
	uint8_t  major;    /* major version number */
	uint8_t  minor;    /* minor version number */
	uint8_t  build;    /* build version number */
	uint8_t  flags;    /* capabilities flags; see FIDO_CAP_* */
})

typedef struct fido_dev {
	uint64_t              nonce;     /* issued nonce */
	fido_ctap_info_t      attr;      /* device attributes */
	uint32_t              cid;       /* assigned channel id */
	char                 *path;      /* device path */
	void                 *io_handle; /* abstract i/o handle */
	fido_dev_io_t         io;        /* i/o functions */
	bool                  io_own;    /* device has own io/transport */
	size_t                rx_len;    /* length of HID input reports */
	size_t                tx_len;    /* length of HID output reports */
	int                   flags;     /* internal flags; see FIDO_DEV_* */
	fido_dev_transport_t  transport; /* transport functions */
} fido_dev_t;

#else
typedef struct fido_assert fido_assert_t;
typedef struct fido_cbor_info fido_cbor_info_t;
typedef struct fido_cred fido_cred_t;
typedef struct fido_dev fido_dev_t;
typedef struct fido_dev_info fido_dev_info_t;
typedef struct es256_pk es256_pk_t;
typedef struct es256_sk es256_sk_t;
typedef struct rs256_pk rs256_pk_t;
typedef struct eddsa_pk eddsa_pk_t;
#endif /* _FIDO_INTERNAL */

#ifdef __cplusplus
} /* extern "C" */
#endif /* __cplusplus */

#endif /* !_FIDO_TYPES_H */