libwebsockets
Lightweight C library for HTML5 websockets
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Data Fields | |
int(* | reboot )(void) |
int(* | set_clock )(lws_usec_t us) |
int(* | attach )(struct lws_context *context, int tsi, lws_attach_cb_t cb, lws_system_states_t state, void *opaque, struct lws_attach_item **get) |
int(* | captive_portal_detect_request )(struct lws_context *context) |
uint32_t | wake_latency_us |
int(* lws_system_ops::attach) (struct lws_context *context, int tsi, lws_attach_cb_t cb, lws_system_states_t state, void *opaque, struct lws_attach_item **get) |
if get
is NULL, add an attach callback request to the pt for cb
with arg opaque
, that should be called when we're at or past system state state
.
If get
is non-NULL, look for the first listed item on the pt whose state situation is ready, and set *get to point to it. If no items, or none where the system state is right, set *get to NULL.
It's done like this so (*attach) can perform system-specific locking outside of lws core, for both getting and adding items the same so it is thread-safe. A non-threadsafe helper __lws_system_attach() is provided to do the actual work inside the system-specific locking.
int(* lws_system_ops::captive_portal_detect_request) (struct lws_context *context) |
Check if we can go out on the internet cleanly, or if we are being redirected or intercepted by a captive portal. Start the check that proceeds asynchronously, and report the results by calling lws_captive_portal_detect_result() api
uint32_t lws_system_ops::wake_latency_us |
time taken for this device to wake from suspend, in us