Dual core compatible spi flash APIs
Implementation of spi flash APIs which work in dual core mode.
This also includes other changes:
- fixes to FreeRTOS tasks.c made by Jeroen and me — these were originally made to fix issues with high priority tasks seen in WiFi stack, but were required to get stuff in ipc.c working as well
- initial base idea with two high-priority tasks was separated into a separate API — esp_ipc.h. That API allows one to run a function on the other CPU from a high-priority task. Because we don't have preemption across CPUs, this is currently not very fast: it requires on average half a tick until the second CPU switches to the high priority task. Currently that API can be either blocking, or non-blocking with queue length of 1. I haven't yet found a use case for arbitrary sized queue of IPC requests. Anyone who needs that can trivially add that later by replacing a binary semaphore with a generic queue.
With these changes i can run application with WiFi stack and NVS on both cores.
See merge request !25
1. timer reg file for both time group 0 and time group 1, not only timer group 0
2. fix bug that io mux header file mismatch with chip
3. fix bug that some BASE address not correct
4. add some static function to eagle.fpga32.rom.addr.v7.ld
5. add interrupts usage table
6. add some comments for rom code functions
* master: (130 commits)
lwip: Define LWIP_ESP8266 in port lwipopts.h not gcc command line
CI: Build the esp-idf-template with the matching branch name, if it exists
README: Add Resources section with some links
Rename README.buildenv to docs/build_system.rst and ReST-ify it
Eclipse docs: Easier to just replace entire PATH, msys32 has everything we need to build/flash
test_build_system: Print ESP_IDF_TEMPLATE_GIT for easier debugging
Name component makefiles component.mk instead of Makefile
Eclipse doc: Add troubleshooting note about Makefile directories
eclipse_make.sh: Fix printing of make directory
Move bin/eclipse_windows_make.sh to tools/windows_eclipse_make.sh
Eclipse docs: Prepend IDF paths to beginning of PATH
Set default SPI flash access mode to DIO
FreeRTOS: temporary solution for memory canaries and memory debug
tcpip_adapter: fix dhcp client work flow
event: not post got ip event if static is invalid
tcpip_adapter: typedef clean up
event: post got ip event when use static ip
tcpip_adapter: use dhcp callback to post got ip event
dhcp: add dhcp callback
lwip: remove netif_reg_addr_change_cb
...
Used by mbedTLS to set MBEDTLS_CONFIG_FILE in all components.
This change sets CFLAGS/etc at the project level and then exports those
variables for components, rather than setting them independently each time
a component Makefile is invoked.
Eclipse fixes, including renaming component Makefiles to component.mk
Some changes after following up some Eclipse problems with @nilay .
Biggest thing is renaming all component Makefiles to component.mk. This requires changes to all esp-idf projects, ie:
* https://github.com/espressif/esp-idf-template/compare/bugfix/docs_eclipse?expand=1
* http://gitlab.espressif.cn/idf/esp-idf-tests/tree/update/component_makefiles
... this fixes Eclipse weirdness and also means the only "Makefile"s in the project are the ones you should run make against.
If this MR is merged then I'll also merge these, email all developers about the breaking change and post on esp32.com.
See merge request !34
Set default SPI flash access mode to DIO
We have a bunch of boards out there (the NodeMCU-lookalike, breadboardable boards) in the hands of early reviewers. Because the flash chips on these boards have a different command to go into QIO mode, ESP-IDF will break on these boards out of the box. Eventually, we need some nifty way to autodetect this or something, but for now, the quick fix is to make DIO the default access mode.
Once this is merged, I will also modify the default in the template apps sdkconfig.
See merge request !65
Should protect against concurrent use of hardware crypto primitives,
with good performance.
Not necessary to call esp_aes_acquire_hardware(),
esp_sha_acquire_hardware(), etc when using these APIs. These are
provided for external users calling the hardware crypto hardware
directly, to coexist with this implementation.
