예제 #1
0
loglinesType *
testcase_get_logmessages(gchar *logs)
{
    int i, len;
    loglinesType *self;
    gchar **input_lines;
    gchar *logline;
    GSockAddr *addr = g_sockaddr_inet_new("10.10.10.10", 1010);
    LogMessage *msg;

    self = g_new(loglinesType, 1);
    self->logmessages = g_ptr_array_sized_new(10);
    self->num_of_logs = 0;

    input_lines = g_strsplit(logs, "\n", 0);

    for (i = 0; input_lines[i]; ++i)
    {
        logline = g_strdup_printf("Jul 29 06:25:41 vav zorp/inter_http[27940]: %s", input_lines[i]);
        len = strlen(logline);
        if (logline[len-1] == '\n')
            logline[len-1] = 0;

        msg = log_msg_new(logline, len, addr, &parse_options);
        g_ptr_array_add(self->logmessages, msg);
        ++(self->num_of_logs);
        g_free(logline);
    }

    msg_format_options_destroy(&parse_options);

    return self;
}
예제 #2
0
void
log_reader_options_destroy(LogReaderOptions *options)
{
  log_source_options_destroy(&options->super);
  log_proto_server_options_destroy(&options->proto_options.super);
  msg_format_options_destroy(&options->parse_options);
  options->initialized = FALSE;
}
예제 #3
0
void
log_reader_options_destroy(LogReaderOptions *options)
{
  log_source_options_destroy(&options->super);
  msg_format_options_destroy(&options->parse_options);
  if (options->text_encoding)
    {
      g_free(options->text_encoding);
      options->text_encoding = NULL;
    }
}
예제 #4
0
/*
 * NOTE: options_init and options_destroy are a bit weird, because their
 * invocation is not completely symmetric:
 *
 *   - init is called from driver init (e.g. affile_sd_init),
 *   - destroy is called from driver free method (e.g. affile_sd_free, NOT affile_sd_deinit)
 *
 * The reason:
 *   - when initializing the reloaded configuration fails for some reason,
 *     we have to fall back to the old configuration, thus we cannot dump
 *     the information stored in the Options structure.
 *
 * For the reasons above, init and destroy behave the following way:
 *
 *   - init is idempotent, it can be called multiple times without leaking
 *     memory, and without loss of information
 *   - destroy is only called once, when the options are indeed to be destroyed
 *
 * As init allocates memory, it has to take care about freeing memory
 * allocated by the previous init call (or it has to reuse those).
 *
 */
void
msg_format_options_init(MsgFormatOptions *options, GlobalConfig *cfg)
{
  gchar *recv_time_zone, *format;
  TimeZoneInfo *recv_time_zone_info;
  MsgFormatHandler *format_handler;
  Plugin *p;

  recv_time_zone = options->recv_time_zone;
  options->recv_time_zone = NULL;
  recv_time_zone_info = options->recv_time_zone_info;
  options->recv_time_zone_info = NULL;
  format = options->format;
  options->format = NULL;
  format_handler = options->format_handler;
  options->format_handler = NULL;

  msg_format_options_destroy(options);

  options->format = format;
  options->format_handler = format_handler;
  options->recv_time_zone = recv_time_zone;
  options->recv_time_zone_info = recv_time_zone_info;

  if (cfg->bad_hostname_compiled)
    options->bad_hostname = &cfg->bad_hostname;
  if (options->recv_time_zone == NULL)
    options->recv_time_zone = g_strdup(cfg->recv_time_zone);
  if (options->recv_time_zone_info == NULL)
    options->recv_time_zone_info = time_zone_info_new(options->recv_time_zone);

  if (!options->format)
    options->format = g_strdup("syslog");

  p = plugin_find(cfg, LL_CONTEXT_FORMAT, options->format);
  if (p)
    options->format_handler = plugin_construct(p, cfg, LL_CONTEXT_FORMAT, options->format);
}