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gpgme/gpgme/gpgme.h
Werner Koch 6b89172051 * gpgme.h: Add GPGME_ATTR_SIG_SUMMARY and the GPGME_SIGSUM_ 
constants.
* verify.c (calc_sig_summary): New.
(gpgme_get_sig_ulong_attr): And use it here.
2002-06-11 15:33:08 +00:00

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/* gpgme.h - GnuPG Made Easy
* Copyright (C) 2000 Werner Koch (dd9jn)
* Copyright (C) 2001, 2002 g10 Code GmbH
*
* This file is part of GPGME.
*
* GPGME is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* GPGME is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA
*/
#ifndef GPGME_H
#define GPGME_H
#include <stdio.h> /* For FILE *. */
#ifdef _MSC_VER
typedef long off_t;
#else
# include <sys/types.h>
#endif
#ifdef __cplusplus
extern "C" {
#if 0 /* just to make Emacs auto-indent happy */
}
#endif
#endif
/* The version of this header should match the one of the library. Do
not use this symbol in your application, use gpgme_check_version
instead. The purpose of this macro is to let autoconf (using the
AM_PATH_GPGME macro) check that this header matches the installed
library. Warning: Do not edit the next line. configure will do
that for you! */
#define GPGME_VERSION "0.3.8-cvs"
/* The opaque data types used by GPGME. */
/* The context holds some global state and configration options as
well as the results of a crypto operation. */
struct gpgme_context_s;
typedef struct gpgme_context_s *GpgmeCtx;
/* The data object used by GPGME to exchange arbitrary data. */
struct gpgme_data_s;
typedef struct gpgme_data_s *GpgmeData;
/* A list of recipients to be used in an encryption operation. */
struct gpgme_recipients_s;
typedef struct gpgme_recipients_s *GpgmeRecipients;
/* A key from the keyring. */
struct gpgme_key_s;
typedef struct gpgme_key_s *GpgmeKey;
/* A trust item. */
struct gpgme_trust_item_s;
typedef struct gpgme_trust_item_s *GpgmeTrustItem;
/* The error numbers used by GPGME. */
typedef enum
{
GPGME_EOF = -1,
GPGME_No_Error = 0,
GPGME_General_Error = 1,
GPGME_Out_Of_Core = 2,
GPGME_Invalid_Value = 3,
GPGME_Busy = 4,
GPGME_No_Request = 5,
GPGME_Exec_Error = 6,
GPGME_Too_Many_Procs = 7,
GPGME_Pipe_Error = 8,
GPGME_No_Recipients = 9,
GPGME_No_Data = 10,
GPGME_Conflict = 11,
GPGME_Not_Implemented = 12,
GPGME_Read_Error = 13,
GPGME_Write_Error = 14,
GPGME_Invalid_Type = 15,
GPGME_Invalid_Mode = 16,
GPGME_File_Error = 17, /* errno is set in this case. */
GPGME_Decryption_Failed = 18,
GPGME_No_Passphrase = 19,
GPGME_Canceled = 20,
GPGME_Invalid_Key = 21,
GPGME_Invalid_Engine = 22,
GPGME_Invalid_Recipients = 23
}
GpgmeError;
/* The possible types of GpgmeData objects. */
typedef enum
{
GPGME_DATA_TYPE_NONE = 0,
GPGME_DATA_TYPE_MEM = 1,
GPGME_DATA_TYPE_FD = 2,
GPGME_DATA_TYPE_FILE = 3,
GPGME_DATA_TYPE_CB = 4
}
GpgmeDataType;
/* The possible encoding mode of GpgmeData objects. */
typedef enum
{
GPGME_DATA_ENCODING_NONE = 0, /* i.e. not specified */
GPGME_DATA_ENCODING_BINARY = 1,
GPGME_DATA_ENCODING_BASE64 = 2,
GPGME_DATA_ENCODING_ARMOR = 3 /* Either PEM or OpenPGP Armor */
}
GpgmeDataEncoding;
/* The possible signature stati. */
typedef enum
{
GPGME_SIG_STAT_NONE = 0,
GPGME_SIG_STAT_GOOD = 1,
GPGME_SIG_STAT_BAD = 2,
GPGME_SIG_STAT_NOKEY = 3,
GPGME_SIG_STAT_NOSIG = 4,
GPGME_SIG_STAT_ERROR = 5,
GPGME_SIG_STAT_DIFF = 6,
GPGME_SIG_STAT_GOOD_EXP = 7,
GPGME_SIG_STAT_GOOD_EXPKEY = 8
}
GpgmeSigStat;
/* Flags used with the GPGME_ATTR_SIG_SUMMARY. */
enum
{
GPGME_SIGSUM_VALID = 0x0001, /* The signature is fully valid */
GPGME_SIGSUM_GREEN = 0x0002, /* The signature is good. */
GPGME_SIGSUM_RED = 0x0004, /* The signature is bad. */
GPGME_SIGSUM_KEY_REVOKED = 0x0010, /* One key has been revoked. */
GPGME_SIGSUM_KEY_EXPIRED = 0x0020, /* One key has expired. */
GPGME_SIGSUM_SIG_EXPIRED = 0x0040, /* The signature has expired. */
GPGME_SIGSUM_KEY_MISSING = 0x0080, /* Can't verify: key missing. */
GPGME_SIGSUM_CRL_MISSING = 0x0100, /* CRL not available. */
GPGME_SIGSUM_CRL_TOO_OLD = 0x0200, /* Available CRL is too old. */
GPGME_SIGSUM_BAD_POLICY = 0x0400, /* A policy was not met. */
GPGME_SIGSUM_SYS_ERROR = 0x0800 /* A system error occured. */
};
/* The available signature modes. */
typedef enum
{
GPGME_SIG_MODE_NORMAL = 0,
GPGME_SIG_MODE_DETACH = 1,
GPGME_SIG_MODE_CLEAR = 2
}
GpgmeSigMode;
/* The available key and signature attributes. */
typedef enum
{
GPGME_ATTR_KEYID = 1,
GPGME_ATTR_FPR = 2,
GPGME_ATTR_ALGO = 3,
GPGME_ATTR_LEN = 4,
GPGME_ATTR_CREATED = 5,
GPGME_ATTR_EXPIRE = 6,
GPGME_ATTR_OTRUST = 7,
GPGME_ATTR_USERID = 8,
GPGME_ATTR_NAME = 9,
GPGME_ATTR_EMAIL = 10,
GPGME_ATTR_COMMENT = 11,
GPGME_ATTR_VALIDITY = 12,
GPGME_ATTR_LEVEL = 13,
GPGME_ATTR_TYPE = 14,
GPGME_ATTR_IS_SECRET = 15,
GPGME_ATTR_KEY_REVOKED = 16,
GPGME_ATTR_KEY_INVALID = 17,
GPGME_ATTR_UID_REVOKED = 18,
GPGME_ATTR_UID_INVALID = 19,
GPGME_ATTR_KEY_CAPS = 20,
GPGME_ATTR_CAN_ENCRYPT = 21,
GPGME_ATTR_CAN_SIGN = 22,
GPGME_ATTR_CAN_CERTIFY = 23,
GPGME_ATTR_KEY_EXPIRED = 24,
GPGME_ATTR_KEY_DISABLED = 25,
GPGME_ATTR_SERIAL = 26,
GPGME_ATTR_ISSUER = 27,
GPGME_ATTR_CHAINID = 28,
GPGME_ATTR_SIG_STATUS = 29,
GPGME_ATTR_ERRTOK = 30,
GPGME_ATTR_SIG_SUMMARY = 31
}
GpgmeAttr;
/* The available validities for a trust item or key. */
typedef enum
{
GPGME_VALIDITY_UNKNOWN = 0,
GPGME_VALIDITY_UNDEFINED = 1,
GPGME_VALIDITY_NEVER = 2,
GPGME_VALIDITY_MARGINAL = 3,
GPGME_VALIDITY_FULL = 4,
GPGME_VALIDITY_ULTIMATE = 5
}
GpgmeValidity;
/* The available protocols. */
typedef enum
{
GPGME_PROTOCOL_OpenPGP = 0, /* The default mode. */
GPGME_PROTOCOL_CMS = 1,
GPGME_PROTOCOL_AUTO = 2
}
GpgmeProtocol;
/* The available keylist mode flags. */
#define GPGME_KEYLIST_MODE_LOCAL 1
#define GPGME_KEYLIST_MODE_EXTERN 2
/* Types for callback functions. */
/* Request a passphrase from the user. */
typedef const char *(*GpgmePassphraseCb) (void *hook, const char *desc,
void **r_hd);
/* Inform the user about progress made. */
typedef void (*GpgmeProgressCb) (void *opaque, const char *what,
int type, int current, int total);
/* Context management functions. */
/* Create a new context and return it in CTX. */
GpgmeError gpgme_new (GpgmeCtx *ctx);
/* Release the context CTX. */
void gpgme_release (GpgmeCtx ctx);
/* Retrieve more info about performed signature check. */
char *gpgme_get_notation (GpgmeCtx ctx);
/* Set the protocol to be used by CTX to PROTO. */
GpgmeError gpgme_set_protocol (GpgmeCtx ctx, GpgmeProtocol proto);
/* Get the protocol used with CTX */
GpgmeProtocol gpgme_get_protocol (GpgmeCtx ctx);
/* If YES is non-zero, enable armor mode in CTX, disable it otherwise. */
void gpgme_set_armor (GpgmeCtx ctx, int yes);
/* Return non-zero if armor mode is set in CTX. */
int gpgme_get_armor (GpgmeCtx ctx);
/* If YES is non-zero, enable text mode in CTX, disable it otherwise. */
void gpgme_set_textmode (GpgmeCtx ctx, int yes);
/* Return non-zero if text mode is set in CTX. */
int gpgme_get_textmode (GpgmeCtx ctx);
/* Include up to NR_OF_CERTS certificates in an S/MIME message. */
void gpgme_set_include_certs (GpgmeCtx ctx, int nr_of_certs);
/* Return the number of certs to include in an S/MIME message. */
int gpgme_get_include_certs (GpgmeCtx ctx);
/* Set keylist mode in CTX to MODE. */
GpgmeError gpgme_set_keylist_mode (GpgmeCtx ctx, int mode);
/* Get keylist mode in CTX. */
int gpgme_get_keylist_mode (GpgmeCtx ctx);
/* Set the passphrase callback function in CTX to CB. HOOK_VALUE is
passed as first argument to the passphrase callback function. */
void gpgme_set_passphrase_cb (GpgmeCtx ctx,
GpgmePassphraseCb cb, void *hook_value);
/* Get the current passphrase callback function in *CB and the current
hook value in *HOOK_VALUE. */
void gpgme_get_passphrase_cb (GpgmeCtx ctx, GpgmePassphraseCb *cb,
void **hook_value);
/* Set the progress callback function in CTX to CB. HOOK_VALUE is
passed as first argument to the progress callback function. */
void gpgme_set_progress_cb (GpgmeCtx c, GpgmeProgressCb cb, void *hook_value);
/* Get the current progress callback function in *CB and the current
hook value in *HOOK_VALUE. */
void gpgme_get_progress_cb (GpgmeCtx ctx, GpgmeProgressCb *cb,
void **hook_value);
/* Delete all signers from CTX. */
void gpgme_signers_clear (GpgmeCtx ctx);
/* Add KEY to list of signers in CTX. */
GpgmeError gpgme_signers_add (GpgmeCtx ctx, const GpgmeKey key);
/* Return the SEQth signer's key in CTX. */
GpgmeKey gpgme_signers_enum (const GpgmeCtx ctx, int seq);
/* Retrieve the signature status of signature IDX in CTX after a
successful verify operation in R_STAT (if non-null). The creation
time stamp of the signature is returned in R_CREATED (if non-null).
The function returns a string containing the fingerprint. */
const char *gpgme_get_sig_status (GpgmeCtx ctx, int idx,
GpgmeSigStat *r_stat, time_t *r_created);
/* Retrieve certain attributes of a signature. IDX is the index
number of the signature after a successful verify operation. WHAT
is an attribute where GPGME_ATTR_EXPIRE is probably the most useful
one. RESERVED must be passed as 0. */
unsigned long gpgme_get_sig_ulong_attr (GpgmeCtx c, int idx,
GpgmeAttr what, int reserved);
const char *gpgme_get_sig_string_attr (GpgmeCtx c, int idx,
GpgmeAttr what, int reserved);
/* Get the key used to create signature IDX in CTX and return it in
R_KEY. */
GpgmeError gpgme_get_sig_key (GpgmeCtx ctx, int idx, GpgmeKey *r_key);
/* Return a string with more info about the last crypto operating in CTX.
RESERVED should be zero. The user has to free the string. */
char *gpgme_get_op_info (GpgmeCtx ctx, int reserved);
/* Run control. */
/* The type of an I/O callback function. */
typedef void (*GpgmeIOCb) (void *data, int fd);
/* The type of a function that can register FNC as the I/O callback
function for the file descriptor FD with direction dir (0: inbound,
1: outbound). FNC_DATA should be passed as DATA to FNC. The
function should return a TAG suitable for the corresponding
GpgmeRemoveIOCb. */
typedef void *(*GpgmeRegisterIOCb) (void *data, int fd, int dir,
GpgmeIOCb fnc, void *fnc_data);
/* The type of a function that can remove a previously registered I/O
callback function given TAG as returned by the register
function. */
typedef void (*GpgmeRemoveIOCb) (void *tag);
typedef enum { GPGME_EVENT_DONE,
GPGME_EVENT_NEXT_KEY,
GPGME_EVENT_NEXT_TRUSTITEM } GpgmeEventIO;
/* The type of a function that is called when a context finished an
operation. */
typedef void (*GpgmeEventIOCb) (void *data, GpgmeEventIO type,
void *type_data);
struct GpgmeIOCbs
{
GpgmeRegisterIOCb add;
void *add_priv;
GpgmeRemoveIOCb remove;
GpgmeEventIOCb event;
void *event_priv;
};
/* Set the I/O callback functions in CTX to IO_CBS. */
void gpgme_set_op_io_cbs (GpgmeCtx ctx, struct GpgmeIOCbs *io_cbs);
/* Get the current I/O callback functions. */
void gpgme_get_op_io_cbs (GpgmeCtx ctx, struct GpgmeIOCbs *io_cbs);
/* Cancel a pending operation in CTX. */
void gpgme_cancel (GpgmeCtx ctx);
/* Process the pending operation and, if HANG is non-zero, wait for
the pending operation to finish. */
GpgmeCtx gpgme_wait (GpgmeCtx ctx, GpgmeError *status, int hang);
/* Functions to handle recipients. */
/* Create a new recipients set and return it in R_RSET. */
GpgmeError gpgme_recipients_new (GpgmeRecipients *r_rset);
/* Release the recipients set RSET. */
void gpgme_recipients_release (GpgmeRecipients rset);
/* Add NAME to the recipients set RSET. */
GpgmeError gpgme_recipients_add_name (GpgmeRecipients rset, const char *name);
/* Add NAME with validity AL to the recipients set RSET. */
GpgmeError gpgme_recipients_add_name_with_validity (GpgmeRecipients rset,
const char *name,
GpgmeValidity val);
/* Return the number of recipients in RSET. */
unsigned int gpgme_recipients_count (const GpgmeRecipients rset);
/* Create a new enumeration handle for the recipients set RSET and
return it in ITER. */
GpgmeError gpgme_recipients_enum_open (const GpgmeRecipients rset,
void **iter);
/* Return the next recipient from the recipient set RSET in the
enumerator ITER. */
const char *gpgme_recipients_enum_read (const GpgmeRecipients rset,
void **iter);
/* Destroy the enumerator ITER for the recipient set RSET. */
GpgmeError gpgme_recipients_enum_close (const GpgmeRecipients rset,
void **iter);
/* Functions to handle data objects. */
/* Create a new data buffer and return it in R_DH. */
GpgmeError gpgme_data_new (GpgmeData *r_dh);
/* Create a new data buffer filled with SIZE bytes starting from
BUFFER. If COPY is zero, copying is delayed until necessary, and
the data is taken from the original location when needed. */
GpgmeError gpgme_data_new_from_mem (GpgmeData *r_dh,
const char *buffer, size_t size,
int copy);
/* Create a new data buffer which retrieves the data from the callback
function READ_CB. */
GpgmeError gpgme_data_new_with_read_cb (GpgmeData *r_dh,
int (*read_cb) (void*,char *,size_t,size_t*),
void *read_cb_value);
/* Create a new data buffer filled with the content of file FNAME.
COPY must be non-zero (delayed reads are not supported yet). */
GpgmeError gpgme_data_new_from_file (GpgmeData *r_dh,
const char *fname,
int copy);
/* Create a new data buffer filled with LENGTH bytes starting from
OFFSET within the file FNAME or stream FP (exactly one must be
non-zero). */
GpgmeError gpgme_data_new_from_filepart (GpgmeData *r_dh,
const char *fname, FILE *fp,
off_t offset, size_t length);
/* Destroy the data buffer DH. */
void gpgme_data_release (GpgmeData dh);
/* Destroy the data buffer DH and return a pointer to its content.
The memory has be to released with free by the user. It's size is
returned in R_LEN. */
char *gpgme_data_release_and_get_mem (GpgmeData dh, size_t *r_len);
/* Return the type of the data buffer DH. */
GpgmeDataType gpgme_data_get_type (GpgmeData dh);
/* Return the encoding attribute of the data buffer DH */
GpgmeDataEncoding gpgme_data_get_encoding (GpgmeData dh);
/* Set the encoding attribute of data buffer DH to ENC */
GpgmeError gpgme_data_set_encoding (GpgmeData dh, GpgmeDataEncoding enc);
/* Reset the read pointer in DH. */
GpgmeError gpgme_data_rewind (GpgmeData dh);
/* Read LENGTH bytes from the data object DH and store them in the
memory starting at BUFFER. The number of bytes actually read is
returned in NREAD. */
GpgmeError gpgme_data_read (GpgmeData dh, void *buffer,
size_t length, size_t *nread);
/* Write LENGTH bytes starting from BUFFER into the data object DH. */
GpgmeError gpgme_data_write (GpgmeData dh, const void *buffer, size_t length);
/* Key and trust functions. */
/* Acquire a reference to KEY. */
void gpgme_key_ref (GpgmeKey key);
/* Release a reference to KEY. If this was the last one the key is
destroyed. */
void gpgme_key_unref (GpgmeKey key);
void gpgme_key_release (GpgmeKey key);
/* Get the data from key KEY in a XML string, which has to be released
with free by the user. */
char *gpgme_key_get_as_xml (GpgmeKey key);
/* Return the value of the attribute WHAT of KEY, which has to be
representable by a string. IDX specifies a running index if the
attribute appears more than once in the key. */
const char *gpgme_key_get_string_attr (GpgmeKey key, GpgmeAttr what,
const void *reserved, int idx);
/* Return the value of the attribute WHAT of KEY, which has to be
representable by an unsigned integer. IDX specifies a running
index if the attribute appears more than once in the key. */
unsigned long gpgme_key_get_ulong_attr (GpgmeKey key, GpgmeAttr what,
const void *reserved, int idx);
/* Release the trust item ITEM. */
void gpgme_trust_item_release (GpgmeTrustItem item);
/* Return the value of the attribute WHAT of ITEM, which has to be
representable by a string. IDX specifies a running index if the
attribute appears more than once in the key. */
const char *gpgme_trust_item_get_string_attr (GpgmeTrustItem item,
GpgmeAttr what,
const void *reserved, int idx);
/* Return the value of the attribute WHAT of KEY, which has to be
representable by an integer. IDX specifies a running index if the
attribute appears more than once in the key. */
int gpgme_trust_item_get_int_attr (GpgmeTrustItem item, GpgmeAttr what,
const void *reserved, int idx);
/* Crypto operation function. */
/* Encrypt plaintext PLAIN within CTX for the recipients RECP and
store the resulting ciphertext in CIPHER. */
GpgmeError gpgme_op_encrypt_start (GpgmeCtx ctx,
GpgmeRecipients recp,
GpgmeData plain, GpgmeData cipher);
GpgmeError gpgme_op_encrypt (GpgmeCtx ctx,
GpgmeRecipients recp,
GpgmeData plain, GpgmeData cipher);
/* Encrypt plaintext PLAIN within CTX for the recipients RECP and
store the resulting ciphertext in CIPHER. Also sign the ciphertext
with the signers in CTX. */
GpgmeError gpgme_op_encrypt_sign_start (GpgmeCtx ctx,
GpgmeRecipients recp,
GpgmeData plain, GpgmeData cipher);
GpgmeError gpgme_op_encrypt_sign (GpgmeCtx ctx,
GpgmeRecipients recp,
GpgmeData plain, GpgmeData cipher);
/* Decrypt ciphertext CIPHER within CTX and store the resulting
plaintext in PLAIN. */
GpgmeError gpgme_op_decrypt_start (GpgmeCtx ctx,
GpgmeData cipher, GpgmeData plain);
GpgmeError gpgme_op_decrypt (GpgmeCtx ctx,
GpgmeData cipher, GpgmeData plain);
/* Decrypt ciphertext CIPHER and make a signature verification within
CTX and store the resulting plaintext in PLAIN. */
GpgmeError gpgme_op_decrypt_verify_start (GpgmeCtx ctx,
GpgmeData cipher, GpgmeData plain);
GpgmeError gpgme_op_decrypt_verify (GpgmeCtx ctx,
GpgmeData cipher, GpgmeData plain,
GpgmeSigStat *r_status);
/* Sign the plaintext PLAIN and store the signature in SIG. Only
detached signatures are supported for now. */
GpgmeError gpgme_op_sign_start (GpgmeCtx ctx,
GpgmeData plain, GpgmeData sig,
GpgmeSigMode mode);
GpgmeError gpgme_op_sign (GpgmeCtx ctx,
GpgmeData plain, GpgmeData sig,
GpgmeSigMode mode);
/* Verify within CTX that SIG is a valid signature for TEXT. */
GpgmeError gpgme_op_verify_start (GpgmeCtx ctx,
GpgmeData sig, GpgmeData text);
GpgmeError gpgme_op_verify (GpgmeCtx ctx,
GpgmeData sig, GpgmeData text,
GpgmeSigStat *r_status);
/* Import the key in KEYDATA into the keyring. */
GpgmeError gpgme_op_import_start (GpgmeCtx ctx, GpgmeData keydata);
GpgmeError gpgme_op_import (GpgmeCtx ctx, GpgmeData keydata);
/* Export the keys listed in RECP into KEYDATA. */
GpgmeError gpgme_op_export_start (GpgmeCtx ctx, GpgmeRecipients recp,
GpgmeData keydata);
GpgmeError gpgme_op_export (GpgmeCtx ctx, GpgmeRecipients recp,
GpgmeData keydata);
/* Generate a new keypair and add it to the keyring. PUBKEY and
SECKEY should be null for now. PARMS specifies what keys should be
generated. */
GpgmeError gpgme_op_genkey_start (GpgmeCtx ctx, const char *parms,
GpgmeData pubkey, GpgmeData seckey);
GpgmeError gpgme_op_genkey (GpgmeCtx ctx, const char *parms,
GpgmeData pubkey, GpgmeData seckey);
/* Delete KEY from the keyring. If ALLOW_SECRET is non-zero, secret
keys are also deleted. */
GpgmeError gpgme_op_delete_start (GpgmeCtx ctx, const GpgmeKey key,
int allow_secret);
GpgmeError gpgme_op_delete (GpgmeCtx ctx, const GpgmeKey key,
int allow_secret);
/* Key management functions */
/* Start a keylist operation within CTX, searching for keys which
match PATTERN. If SECRET_ONLY is true, only secret keys are
returned. */
GpgmeError gpgme_op_keylist_start (GpgmeCtx ctx,
const char *pattern, int secret_only);
GpgmeError gpgme_op_keylist_ext_start (GpgmeCtx ctx, const char *pattern[],
int secret_only, int reserved);
/* Return the next key from the keylist in R_KEY. */
GpgmeError gpgme_op_keylist_next (GpgmeCtx ctx, GpgmeKey *r_key);
/* Terminate a pending keylist operation within CTX. */
GpgmeError gpgme_op_keylist_end (GpgmeCtx ctx);
/* Start a trustlist operation within CTX, searching for trust items
which match PATTERN. */
GpgmeError gpgme_op_trustlist_start (GpgmeCtx ctx,
const char *pattern, int max_level);
/* Return the next trust item from the trustlist in R_ITEM. */
GpgmeError gpgme_op_trustlist_next (GpgmeCtx ctx, GpgmeTrustItem *r_item);
/* Terminate a pending trustlist operation within CTX. */
GpgmeError gpgme_op_trustlist_end (GpgmeCtx ctx);
/* Various functions. */
/* Check that the library fulfills the version requirement. */
const char *gpgme_check_version (const char *req_version);
/* Check that the backend engine is available. DEPRECATED. */
GpgmeError gpgme_check_engine (void);
/* Retrieve information about the backend engines. */
const char *gpgme_get_engine_info (void);
/* Return a string describing ERR. */
const char *gpgme_strerror (GpgmeError err);
/* Register an idle function. */
typedef void (*GpgmeIdleFunc)(void);
GpgmeIdleFunc gpgme_register_idle (GpgmeIdleFunc idle);
/* Engine support functions. */
/* Verify that the engine implementing PROTO is installed and
available. */
GpgmeError gpgme_engine_check_version (GpgmeProtocol proto);
#ifdef __cplusplus
}
#endif
#endif /* GPGME_H */
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