LWS_CALLBACK_SET_MODE_POLL_FD and LWS_CALLBACK_CLEAR_MODE_POLL_FD no longer exist.
Updating the documentation to reflect that and point to LWS_CALLBACK_CHANGE_MODE_POLL_FD.
Re-use wsi->preamble_rx to also hold leftover rx after dealing with POST
body. Ensure ah->rx is always big enough to cope with what may have
been read into the pt->serv_buf.
Update the check for forced needed to also accept non-NULL wsi->preamble
as well as ah->rxpos != ah->rxlen as indication forced needed.
Disable autoservice on ah reset during transaction completed... it may
close the wsi underneath us when it sees and processes the pending
wsi->preamble_rx recursively otherwise.
Using the build user and build hostname as part of the git hash breaks
reproducible builds. Make this part optional, but build reproducible by
default.
This adds a new api lws_set_timer(wsi, secs), which schedules
a callback LWS_CALLBACK_TIMER secs seconds into the future.
The timer can be continuously deferred by calling lws_set_timer()
again before it expires.
Calling lws_set_timer(wsi, -1) cancels any pending timer.
ESP32 module price is now within range of 8266 price.
ESP32 capability and OS support is hugely better than 8266,
we can support mbedtls tls, http/2 etc with ESP32.
I'm no longer testing on ESP8266... there's no more
user traffic... it's time to go.
LWIP_SOCKET_OFFSET is now nonzero, which I handled a while back.
But the C api support for it is broken in esp-idf.
select() takes unmodified fds, but FD_SET / FD_ISSET etc must have the
offset subtracted on their args.
With this we are working on current HEAD esp-idf.
This provides platform-independent support for time discontiguities.
On embedded without battery RTC, commonly we only get time after
NTP completes. This makes the cert checking happen when we have
a reasonable time and introduces lws_compare_time_t() to correctly
compare time_t s that may sit on either side of a time discontiguity.
