/* NOTE: intentionally static, as only LogSrcDriver or LogDestDriver will derive from LogDriver */
static void
log_driver_init_instance(LogDriver *self)
{
log_pipe_init_instance(&self->super);
self->super.free_fn = log_driver_free;
self->super.init = log_driver_init_method;
self->super.deinit = log_driver_deinit_method;
}
LogPipe *
log_pipe_new(void)
{
LogPipe *self = g_new0(LogPipe, 1);
log_pipe_init_instance(self);
return self;
}
void
log_rewrite_init(LogRewrite *self)
{
log_pipe_init_instance(&self->super);
/* indicate that the rewrite rule is changing the message */
self->super.free_fn = log_rewrite_free_method;
self->super.queue = log_rewrite_queue;
self->super.init = log_rewrite_init_method;
self->value_handle = LM_V_MESSAGE;
}
void
log_source_init_instance(LogSource *self, GlobalConfig *cfg)
{
log_pipe_init_instance(&self->super, cfg);
self->super.queue = log_source_queue;
self->super.free_fn = log_source_free;
self->super.init = log_source_init;
self->super.deinit = log_source_deinit;
g_atomic_counter_set(&self->window_size, -1);
self->ack_tracker = NULL;
}
LogCenter *
log_center_new()
{
LogCenter *self = g_new0(LogCenter, 1);
log_pipe_init_instance(&self->super);
self->super.init = log_center_init;
self->super.deinit = log_center_deinit;
self->super.queue = log_center_queue;
self->super.free_fn = log_center_free;
return self;
}
LogPipe *
log_filter_pipe_new(FilterExprNode *expr)
{
LogFilterPipe *self = g_new0(LogFilterPipe, 1);
log_pipe_init_instance(&self->super);
self->super.init = log_filter_pipe_init;
self->super.queue = log_filter_pipe_queue;
self->super.free_fn = log_filter_pipe_free;
self->super.clone = log_filter_pipe_clone;
self->expr = expr;
return &self->super;
}
LogMultiplexer *
log_multiplexer_new(GlobalConfig *cfg)
{
LogMultiplexer *self = g_new0(LogMultiplexer, 1);
log_pipe_init_instance(&self->super, cfg);
self->super.init = log_multiplexer_init;
self->super.deinit = log_multiplexer_deinit;
self->super.queue = log_multiplexer_queue;
self->super.free_fn = log_multiplexer_free;
self->next_hops = g_ptr_array_new();
return self;
}
LogPipe *
log_process_pipe_new(LogProcessRule *rule)
{
LogProcessPipe *self = g_new0(LogProcessPipe, 1);
log_pipe_init_instance(&self->super);
log_process_rule_ref(rule);
self->rule = rule;
self->super.init = log_process_pipe_init;
self->super.deinit = log_process_pipe_deinit;
self->super.queue = log_process_pipe_queue;
self->super.free_fn = log_process_pipe_free;
return &self->super;
}
LogMultiplexer *
log_multiplexer_new(guint32 flags)
{
LogMultiplexer *self = g_new0(LogMultiplexer, 1);
log_pipe_init_instance(&self->super);
self->super.init = log_multiplexer_init;
self->super.deinit = log_multiplexer_deinit;
self->super.queue = log_multiplexer_queue;
self->super.free_fn = log_multiplexer_free;
self->next_hops = g_ptr_array_new();
self->super.flags = flags;
return self;
}
AFSocketSourceConnection *
afsocket_sc_new(GSockAddr *peer_addr, int fd, GlobalConfig *cfg)
{
AFSocketSourceConnection *self = g_new0(AFSocketSourceConnection, 1);
log_pipe_init_instance(&self->super, cfg);
self->super.init = afsocket_sc_init;
self->super.deinit = afsocket_sc_deinit;
self->super.notify = afsocket_sc_notify;
self->super.free_fn = afsocket_sc_free;
self->peer_addr = g_sockaddr_ref(peer_addr);
self->sock = fd;
return self;
}
LogDestGroup *
log_dest_group_new(gchar *name, LogDriver *drivers)
{
LogDestGroup *self = g_new0(LogDestGroup, 1);
log_pipe_init_instance(&self->super);
self->name = g_string_new(name);
self->drivers = drivers;
self->super.init = log_dest_group_init;
self->super.deinit = log_dest_group_deinit;
self->super.queue = log_dest_group_queue;
self->super.free_fn = log_dest_group_free;
return self;
}
LogSourceGroup *
log_source_group_new(gchar *name, LogDriver *drivers)
{
LogSourceGroup *self = g_new0(LogSourceGroup, 1);
log_pipe_init_instance(&self->super);
self->name = g_strdup(name);
self->name_len = strlen(self->name);
self->drivers = drivers;
self->super.init = log_source_group_init;
self->super.deinit = log_source_group_deinit;
self->super.queue = log_source_group_queue;
self->super.free_fn = log_source_group_free;
return self;
}
static LogPipe *
almighty_always_pipe_new (gboolean return_value)
{
AlmightyAlwaysPipe *self;
self = g_new0 (AlmightyAlwaysPipe, 1);
log_pipe_init_instance (&self->super);
self->super.init = almighty_always_pipe_init;
self->super.deinit = almighty_always_pipe_deinit;
self->return_value = return_value;
return &self->super;
}
AFSocketSourceConnection *
afsocket_sc_new(AFSocketSourceDriver *owner, GSockAddr *peer_addr, int fd)
{
AFSocketSourceConnection *self = g_new0(AFSocketSourceConnection, 1);
log_pipe_init_instance(&self->super);
self->super.init = afsocket_sc_init;
self->super.deinit = afsocket_sc_deinit;
self->super.notify = afsocket_sc_notify;
self->super.free_fn = afsocket_sc_free;
log_pipe_ref(&owner->super.super.super);
self->owner = owner;
self->peer_addr = g_sockaddr_ref(peer_addr);
self->sock = fd;
return self;
}
TestSource *
test_source_new(GlobalConfig *cfg)
{
TestSource *self = g_new0(TestSource, 1);
log_pipe_init_instance(&self->super, cfg);
self->super.init = __init;
self->super.deinit = __deinit;
self->super.free_fn = __free;
self->super.queue = __queue;
self->journald_mock = journald_mock_new();
journal_reader_options_defaults(&self->options);
IV_TASK_INIT(&self->start);
self->start.cookie = self;
self->start.handler = __start_source;
IV_TASK_INIT(&self->stop);
self->stop.cookie = self;
self->stop.handler = __stop_source;
return self;
}
void
log_drv_init_instance(LogDriver *s)
{
log_pipe_init_instance(&s->super);
}
