static MsgInfo *news_parse_xover(struct newsnntp_xover_resp_item *item)
{
MsgInfo *msginfo;
/* set MsgInfo */
msginfo = procmsg_msginfo_new();
msginfo->msgnum = item->ovr_article;
msginfo->size = item->ovr_size;
msginfo->date = g_strdup(item->ovr_date);
msginfo->date_t = procheader_date_parse(NULL, item->ovr_date, 0);
msginfo->from = conv_unmime_header(item->ovr_author, NULL, TRUE);
msginfo->fromname = procheader_get_fromname(msginfo->from);
msginfo->subject = conv_unmime_header(item->ovr_subject, NULL, TRUE);
remove_return(msginfo->from);
remove_return(msginfo->fromname);
remove_return(msginfo->subject);
if (item->ovr_message_id) {
gchar *tmp = g_strdup(item->ovr_message_id);
extract_parenthesis(tmp, '<', '>');
remove_space(tmp);
if (*tmp != '\0')
msginfo->msgid = g_strdup(tmp);
g_free(tmp);
}
/* FIXME: this is a quick fix; references' meaning was changed
* into having the actual list of references in the References: header.
* We need a GSList here, so msginfo_free() and msginfo_copy() can do
* their things properly. */
if (item->ovr_references && *(item->ovr_references)) {
gchar **ref_tokens = g_strsplit(item->ovr_references, " ", -1);
guint i = 0;
char *tmp;
char *p;
while (ref_tokens[i]) {
gchar *cur_ref = ref_tokens[i];
msginfo->references = references_list_append(msginfo->references,
cur_ref);
i++;
}
g_strfreev(ref_tokens);
tmp = g_strdup(item->ovr_references);
eliminate_parenthesis(tmp, '(', ')');
if ((p = strrchr(tmp, '<')) != NULL) {
extract_parenthesis(p, '<', '>');
remove_space(p);
if (*p != '\0')
msginfo->inreplyto = g_strdup(p);
}
g_free(tmp);
}
return msginfo;
}
/*
* Parse address from header buffer creating address in cache.
* Enter: harvester Harvester object.
* entry Header object.
* cache Address cache to load.
* hdrBuf Pointer to header buffer.
*/
static void addrharvest_parse_address(
AddressHarvester *harvester, HeaderEntry *entry,
AddressCache *cache, const gchar *hdrBuf )
{
gchar buffer[ ADDR_BUFFSIZE + 2 ];
gchar buf[ADDR_BUFFSIZE];
const gchar *bp;
const gchar *ep;
gchar *atCh, *email, *name;
gint bufLen;
/* Search for an address */
while((atCh = addrharvest_find_at( hdrBuf )) != NULL) {
/* Find addres string */
addrharvest_find_address( hdrBuf, atCh, &bp, &ep );
/* Copy into buffer */
bufLen = ( size_t ) ( ep - bp );
if( bufLen > ADDR_BUFFSIZE ) {
bufLen = ADDR_BUFFSIZE;
}
strncpy( buffer, bp, bufLen );
buffer[ bufLen ] = '\0';
buffer[ bufLen + 1 ] = '\0';
buffer[ bufLen + 2 ] = '\0';
/* Extract address from buffer */
email = addrharvest_extract_address( buffer );
if( email ) {
/* Unescape characters */
mgu_str_unescape( buffer );
/* Remove noise characaters */
addrharvest_del_email( buffer, REM_NAME_STRING );
addrharvest_del_email( buffer, REM_NAME_STRING2 );
/* Remove leading trailing quotes and spaces */
mgu_str_ltc2space( buffer, '\"', '\"' );
mgu_str_ltc2space( buffer, '\'', '\'' );
mgu_str_ltc2space( buffer, '\"', '\"' );
mgu_str_ltc2space( buffer, '(', ')' );
g_strstrip( buffer );
if( g_strcasecmp( buffer, email ) == 0 ) {
name = "";
}
else {
name = buffer;
conv_unmime_header(buf, sizeof(buf), name,
NULL);
}
/* Insert into address book */
addrharvest_insert_cache(
harvester, entry, cache, name, email );
g_free( email );
}
hdrBuf = ep;
}
}
