channel() = binary()
eredis_queue() = queue:queue()
sub_args() = [sub_option()]
sub_option() = eredis:option() | {max_queue_size, non_neg_integer() | infinity} | {queue_behaviour, drop | exit}
ack_message/1 | acknowledge the receipt of a pubsub message. |
channels/1 | Returns the channels the given client is currently subscribing to. |
controlling_process/1 | Make the calling process the controlling process. |
controlling_process/2 | Make the given process (pid) the controlling process. |
controlling_process/3 | Make the given process (pid) the controlling process subscriber with the given Timeout. |
psubscribe/2 | Pattern subscribe to the given channels. |
punsubscribe/2 | |
start_link/0 | |
start_link/1 | Callback for starting from poolboy. |
start_link/3 | |
start_link/4 | |
start_link/6 | |
start_link/7 | |
stop/1 | |
subscribe/2 | Subscribe to the given channels. |
unsubscribe/2 |
ack_message(Client::pid()) -> ok
acknowledge the receipt of a pubsub message. each pubsub message must be acknowledged before the next one is received
channels(Client) -> any()
Returns the channels the given client is currently subscribing to. Note: this list is based on the channels at startup and any channel added during runtime. It might not immediately reflect the channels Redis thinks the client is subscribed to.
controlling_process(Client::pid()) -> ok
Make the calling process the controlling process. The controlling process received pubsub-related messages, of which there are three kinds. In each message, the pid refers to the eredis client process.
{message, Channel::binary(), Message::binary(), pid()} This is sent for each pubsub message received by the client.
{pmessage, Pattern::binary(), Channel::binary(), Message::binary(), pid()} This is sent for each pattern pubsub message received by the client.
{dropped, NumMessages::integer(), pid()} If the queue reaches the max size as specified in start_link and the behaviour is to drop messages, this message is sent when the queue is flushed.
{subscribed, Channel::binary(), pid()} When using eredis_sub:subscribe(pid()), this message will be sent for each channel Redis aknowledges the subscription. The opposite, 'unsubscribed' is sent when Redis aknowledges removal of a subscription.
{eredis_disconnected, pid()} This is sent when the eredis client is disconnected from redis.
{eredis_connected, pid()} This is sent when the eredis client reconnects to redis after an existing connection was disconnected.
Any message of the form {message, _, _, _} must be acknowledged before any subsequent message of the same form is sent. This prevents the controlling process from being overrun with redis pubsub messages. See ack_message/1.controlling_process(Client::pid(), Pid::pid()) -> ok
Make the given process (pid) the controlling process.
controlling_process(Client, Pid, Timeout) -> any()
Make the given process (pid) the controlling process subscriber with the given Timeout.
psubscribe(Client::pid(), Channels::[channel()]) -> ok
Pattern subscribe to the given channels. Returns immediately. The result will be delivered to the controlling process as any other message. Delivers {subscribed, Channel::binary(), pid()}
punsubscribe(Client, Channels) -> any()
start_link() -> any()
start_link(Args::sub_args()) -> {ok, Pid::pid()} | {error, Reason::term()}
Callback for starting from poolboy
start_link(Host, Port, Password) -> any()
start_link(Transport, Host, Port, Password) -> any()
start_link(Host, Port, Password, ReconnectSleep, MaxQueueSize, QueueBehaviour) -> any()
start_link(Transport, Host, Port, Password, ReconnectSleep, MaxQueueSize, QueueBehaviour) -> any()
stop(Pid) -> any()
subscribe(Client::pid(), Channels::[channel()]) -> ok
Subscribe to the given channels. Returns immediately. The result will be delivered to the controlling process as any other message. Delivers {subscribed, Channel::binary(), pid()}
unsubscribe(Client, Channels) -> any()
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