This commit updates the linker fragment file for IDF FreeRTOS.
- Linker fragment file's formatting was updated
- Placement rules of functions is now clearly specified inside the linker
fragment file.
- Some extra functions are now placed in flash in accordance to the new
placement rules.
This commit updates the linker fragment file for Amazon SMP FreeRTOS.
- Linker fragment file's formatting was updated
- Placement rules of functions is now clearly specified inside the linker
fragment file.
- Some extra functions are now placed in flash in accordance to the new
placement rules.
This commit adds a separate linker fragment file "linker_common.lf" for the
functions in "port_common.c". The placement rules are now clearly specified
inside the linker fragment file.
From SNTP update in a71fa821, the example test uses notification event
(before it simply polled the state in 2 seconds interval). With this
change it is possible that the time gets synchronized before retrying,
i.e. printing "Waiting for system time to be set... (2/15)". (it was
theoretically possible also before this change, but practically never
happened)
1) station: send deauth while going from assoc to init, if reason is assoc timeout
2) softAP pmf: do not drop open deauth/disassoc if keys are not generated
3) softAP pmf: improvements in SA query handling
esp_http_server: fix return values for `httpd_socket_send()` and `httpd_socket_recv()` APIs
Closes IDFGH-9275
See merge request espressif/esp-idf!22168
Some of the esp_sntp_...() APIs that wrap lwip's SNTP
module use tcpip_callback() to execute the lwip functionality
in the correct state (either with locked TCP/IP core,
or within the TCP/IP thread).
tcpip_callback() however doesn't wait for completion of the callback,
which doesn't prevent from using the stack variables after destroy
if used as a parameter.
Introduced in a71fa82.
Fixed by using of tcpip_api_call() instead of the tcpip_callback().
Closes https://github.com/espressif/esp-idf/issues/10611
cpu retention: add riscv core sleep critical and non-critical register layout structure definition
cpu retention: add assembly subroutine for cpu critical register backup and restore
cpu retention: add cpu core critical register context backup and restore support
cpu retention: add cpu core non-critical register context backup and restore support
cpu retention: add interrupt priority register context backup and restore support
cpu retention: add cache config register context backup and restore support
cpu retention: add plic interrupt register context backup and restore support
cpu retention: add clint interrupt register context backup and restore support
cpu retention: wait icache state idle before pmu enter sleep
Initialize the pmu sleep machine constant when pmu is initialized, and calculate
the pmu sleep time adjustment value and hardware configuration value according
to the machine constant during system sleep.
Calibrate fast OSC before each sleep and use the calibration value to calculate
PMU hardware wait cycles when use the fast OSC as the work clock.
