sfsistat clamfi_envrcpt(SMFICTX *ctx, char **argv) {
struct CLAMFI *cf;
if(!(cf = (struct CLAMFI *)smfi_getpriv(ctx)))
return SMFIS_CONTINUE; /* whatever */
if(cf->all_whitelisted)
cf->all_whitelisted &= whitelisted(argv[0], 0);
if(multircpt) {
void *new_rcpt = realloc(cf->recipients, (cf->nrecipients + 1) * sizeof(*(cf->recipients)));
unsigned int rcpt_cnt;
if(!new_rcpt) {
logg("!Failed to allocate array for new recipient\n");
nullify(ctx, cf, CF_ANY);
free(cf);
return FailAction;
}
cf->recipients = new_rcpt;
rcpt_cnt = cf->nrecipients++;
if(!(cf->recipients[rcpt_cnt] = strdup(argv[0]))) {
logg("!Failed to allocate space for new recipient\n");
nullify(ctx, cf, CF_ANY);
free(cf);
return FailAction;
}
}
return SMFIS_CONTINUE;
}
sfsistat clamfi_envfrom(SMFICTX *ctx, char **argv) {
struct CLAMFI *cf;
const char *login = smfi_getsymval(ctx, "{auth_authen}");
if(login && smtpauthed(login)) {
logg("*Skipping scan for authenticated user %s\n", login);
return SMFIS_ACCEPT;
}
if(whitelisted(argv[0], 1)) {
logg("*Skipping scan for %s (whitelisted from)\n", argv[0]);
return SMFIS_ACCEPT;
}
if(!(cf = (struct CLAMFI *)malloc(sizeof(*cf)))) {
logg("!Failed to allocate CLAMFI struct\n");
return FailAction;
}
cf->totsz = 0;
cf->bufsz = 0;
cf->main = cf->alt = -1;
cf->all_whitelisted = 1;
cf->gotbody = 0;
cf->msg_subj = cf->msg_date = cf->msg_id = NULL;
if(addxvirus==1) {
cf->scanned_count = 0;
cf->status_count = 0;
}
smfi_setpriv(ctx, (void *)cf);
return SMFIS_CONTINUE;
}
sfsistat clamfi_envrcpt(SMFICTX *ctx, char **argv) {
struct CLAMFI *cf;
if(!(cf = (struct CLAMFI *)smfi_getpriv(ctx)))
return SMFIS_CONTINUE; /* whatever */
if(cf->all_whitelisted)
cf->all_whitelisted &= whitelisted(argv[0], 0);
return SMFIS_CONTINUE;
}
