/* Verify a signed mime node (GMime 2.6) */
static void
node_verify (mime_node_t *node, GMimeObject *part,
- g_mime_3_unused(notmuch_crypto_context_t *cryptoctx))
+ g_mime_3_unused(GMimeCryptoContext *cryptoctx))
{
GError *err = NULL;
/* Decrypt and optionally verify an encrypted mime node (GMime 2.6) */
static void
node_decrypt_and_verify (mime_node_t *node, GMimeObject *part,
- g_mime_3_unused(notmuch_crypto_context_t *cryptoctx))
+ g_mime_3_unused(GMimeCryptoContext *cryptoctx))
{
GError *err = NULL;
GMimeDecryptResult *decrypt_result = NULL;
_mime_node_create (mime_node_t *parent, GMimeObject *part)
{
mime_node_t *node = talloc_zero (parent, mime_node_t);
- notmuch_crypto_context_t *cryptoctx = NULL;
+ GMimeCryptoContext *cryptoctx = NULL;
/* Set basic node properties */
node->part = part;
|| (GMIME_IS_MULTIPART_SIGNED (part) && node->ctx->crypto->verify)) {
GMimeContentType *content_type = g_mime_object_get_content_type (part);
const char *protocol = g_mime_content_type_get_parameter (content_type, "protocol");
- cryptoctx = _notmuch_crypto_get_context (node->ctx->crypto, protocol);
+ cryptoctx = _notmuch_crypto_get_gmime_context (node->ctx->crypto, protocol);
if (!cryptoctx)
return NULL;
}