Usted buscó: enqueued (Inglés - Griego)

torrent cannot be enqueued
Το torrent δεν μπορεί να μπει σε αναμονήname

post enqueued in the local draft.
Η καταχώρηση στην αναμονή στα τοπικά πρόχειρα.

new post upload enqueued in the job list.
Η καταχώρηση στην αναμονή στα τοπικά πρόχειρα.

modified post upload enqueued in the job list.
Η καταχώρηση στην αναμονή στα τοπικά πρόχειρα.

automatically start playing any tracks enqueued on the command line
Αυτόματη έναρξη αναπαραγωγής οποιουδήποτε κομματιού ακολουθεί στη γραμμή εντολών

%1 has reached its maximum seed time of %2 hours and cannot be enqueued. remove the limit manually if you want to continue seeding.
Το% 1 έχει φτάσει τη μέγιστη αναλογία κοινοχρήστων των% 2 ωρών και δεν μπορεί να μπει σε αναμονή. Αφαιρέστε χειροκίνητα το όριο αν θέλετε να συνεχίσετε την προσφορά γόνου.

/** * messagequeuesource: * * this is a #gsource which wraps a #gasyncqueue and is dispatched whenever a * message can be pulled off the queue. messages can be enqueued from any * thread. * * the callbacks dispatched by a #messagequeuesource have type * #messagequeuesourcefunc. * * #messagequeuesource supports adding a #gcancellable child source which will * additionally dispatch if a provided #gcancellable is cancelled. */typedef struct { gsource parent; gasyncqueue *queue; /* owned */ gdestroynotify destroy_message;} messagequeuesource;/** * messagequeuesourcefunc: * @message: (transfer full) (nullable): message pulled off the queue * @user_data: user data provided to g_source_set_callback() * * callback function type for #messagequeuesource. */typedef gboolean (*messagequeuesourcefunc) (gpointer message, gpointer user_data);static gbooleanmessage_queue_source_prepare (gsource *source, gint *timeout_){ messagequeuesource *message_queue_source = (messagequeuesource *) source; return (g_async_queue_length (message_queue_source->queue) > 0);}static gbooleanmessage_queue_source_dispatch (gsource *source, gsourcefunc callback, gpointer user_data){ messagequeuesource *message_queue_source = (messagequeuesource *) source; gpointer message; messagequeuesourcefunc func = (messagequeuesourcefunc) callback; /* pop a message off the queue. */ message = g_async_queue_try_pop (message_queue_source->queue); /* if there was no message, bail. */ if (message == null) { /* keep the source around to handle the next message. */ return true; } /* @func may be %null if no callback was specified. * if so, drop the message. */ if (func == null) { if (message_queue_source->destroy_message != null) { message_queue_source->destroy_message (message); } /* keep the source around to consume the next message. */ return true; } return func (message, user_data);}static voidmessage_queue_source_finalize (gsource *source){ messagequeuesource *message_queue_source = (messagequeuesource *) source; g_async_queue_unref (message_queue_source->queue);}static gbooleanmessage_queue_source_closure_callback (gpointer message, gpointer user_data){ gclosure *closure = user_data; gvalue param_value = g_value_init; gvalue result_value = g_value_init; gboolean retval; /* the invoked function is responsible for freeing @message. */ g_value_init (&result_value, g_type_boolean); g_value_init (&param_value, g_type_pointer); g_value_set_pointer (&param_value, message); g_closure_invoke (closure, &result_value, 1, &param_value, null); retval = g_value_get_boolean (&result_value); g_value_unset (&param_value); g_value_unset (&result_value); return retval;}static gsourcefuncs message_queue_source_funcs = { message_queue_source_prepare, null, /* check */ message_queue_source_dispatch, message_queue_source_finalize, (gsourcefunc) message_queue_source_closure_callback, null, };/** * message_queue_source_new: * @queue: the queue to check * @destroy_message: (nullable): function to free a message, or %null * @cancellable: (nullable): a #gcancellable, or %null * * create a new #messagequeuesource, a type of #gsource which dispatches for * each message queued to it. * * if a callback function of type #messagequeuesourcefunc is connected to the * returned #gsource using g_source_set_callback(), it will be invoked for each * message, with the message passed as its first argument. it is responsible for * freeing the message. if no callback is set, messages are automatically freed * as they are queued. * * returns: (transfer full): a new #messagequeuesource */gsource *message_queue_source_new (gasyncqueue *queue, gdestroynotify destroy_message, gcancellable *cancellable){ gsource *source; /* alias of @message_queue_source */ messagequeuesource *message_queue_source; /* alias of @source */ g_return_val_if_fail (queue != null, null); g_return_val_if_fail (cancellable == null || g_is_cancellable (cancellable), null); source = g_source_new (&message_queue_source_funcs, sizeof (messagequeuesource)); message_queue_source = (messagequeuesource *) source; /* the caller can overwrite this name with something more useful later. */ g_source_set_name (source, \"messagequeuesource\"); message_queue_source->queue = g_async_queue_ref (queue); message_queue_source->destroy_message = destroy_message; /* add a cancellable source. */ if (cancellable != null) { gsource *cancellable_source; cancellable_source = g_cancellable_source_new (cancellable); g_source_set_dummy_callback (cancellable_source); g_source_add_child_source (source, cancellable_source); g_source_unref (cancellable_source); } return source;}
/** * messagequeuesource: * * this is a #gsource which wraps a #gasyncqueue and is dispatched whenever a * message can be pulled off the queue. messages can be enqueued from any * thread. * * the callbacks dispatched by a #messagequeuesource have type * #messagequeuesourcefunc. * * #messagequeuesource supports adding a #gcancellable child source which will * additionally dispatch if a provided #gcancellable is cancelled. */typedef struct { gsource parent; gasyncqueue *queue; /* owned */ gdestroynotify destroy_message;} messagequeuesource;/** * messagequeuesourcefunc: * @message: (transfer full) (nullable): message pulled off the queue * @user_data: user data provided to g_source_set_callback() * * callback function type for #messagequeuesource. */typedef gboolean (*messagequeuesourcefunc) (gpointer message, gpointer user_data);static gbooleanmessage_queue_source_prepare (gsource *source, gint *timeout_){ messagequeuesource *message_queue_source = (messagequeuesource *) source; return (g_async_queue_length (message_queue_source->queue) > 0);}static gbooleanmessage_queue_source_dispatch (gsource *source, gsourcefunc callback, gpointer user_data){ messagequeuesource *message_queue_source = (messagequeuesource *) source; gpointer message; messagequeuesourcefunc func = (messagequeuesourcefunc) callback; /* pop a message off the queue. */ message = g_async_queue_try_pop (message_queue_source->queue); /* if there was no message, bail. */ if (message == null) { /* keep the source around to handle the next message. */ return true; } /* @func may be %null if no callback was specified. * if so, drop the message. */ if (func == null) { if (message_queue_source->destroy_message != null) { message_queue_source->destroy_message (message); } /* keep the source around to consume the next message. */ return true; } return func (message, user_data);}static voidmessage_queue_source_finalize (gsource *source){ messagequeuesource *message_queue_source = (messagequeuesource *) source; g_async_queue_unref (message_queue_source->queue);}static gbooleanmessage_queue_source_closure_callback (gpointer message, gpointer user_data){ gclosure *closure = user_data; gvalue param_value = g_value_init; gvalue result_value = g_value_init; gboolean retval; /* the invoked function is responsible for freeing @message. */ g_value_init (&result_value, g_type_boolean); g_value_init (&param_value, g_type_pointer); g_value_set_pointer (&param_value, message); g_closure_invoke (closure, &result_value, 1, &param_value, null); retval = g_value_get_boolean (&result_value); g_value_unset (&param_value); g_value_unset (&result_value); return retval;}static gsourcefuncs message_queue_source_funcs = { message_queue_source_prepare, null, /* check */ message_queue_source_dispatch, message_queue_source_finalize, (gsourcefunc) message_queue_source_closure_callback, null, };/** * message_queue_source_new: * @queue: the queue to check * @destroy_message: (nullable): function to free a message, or %null * @cancellable: (nullable): a #gcancellable, or %null * * create a new #messagequeuesource, a type of #gsource which dispatches for * each message queued to it. * * if a callback function of type #messagequeuesourcefunc is connected to the * returned #gsource using g_source_set_callback(), it will be invoked for each * message, with the message passed as its first argument. it is responsible for * freeing the message. if no callback is set, messages are automatically freed * as they are queued. * * returns: (transfer full): a new #messagequeuesource */gsource *message_queue_source_new (gasyncqueue *queue, gdestroynotify destroy_message, gcancellable *cancellable){ gsource *source; /* alias of @message_queue_source */ messagequeuesource *message_queue_source; /* alias of @source */ g_return_val_if_fail (queue != null, null); g_return_val_if_fail (cancellable == null || g_is_cancellable (cancellable), null); source = g_source_new (&message_queue_source_funcs, sizeof (messagequeuesource)); message_queue_source = (messagequeuesource *) source; /* the caller can overwrite this name with something more useful later. */ g_source_set_name (source, \"messagequeuesource\"); message_queue_source->queue = g_async_queue_ref (queue); message_queue_source->destroy_message = destroy_message; /* add a cancellable source. */ if (cancellable != null) { gsource *cancellable_source; cancellable_source = g_cancellable_source_new (cancellable); g_source_set_dummy_callback (cancellable_source); g_source_add_child_source (source, cancellable_source); g_source_unref (cancellable_source); } return source;}