f9013d9ff8
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 This also includes other changes: - fixes to FreeRTOS tasks.c made by Jeroen and me — these were originally made to fix issues with high priority tasks seen in WiFi stack, but were required to get stuff in ipc.c working as well - initial base idea with two high-priority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 |
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| .. | ||
| bootloader | ||
| bt | ||
| esp32 | ||
| esptool_py | ||
| expat | ||
| freertos | ||
| json | ||
| lwip | ||
| mbedtls | ||
| newlib | ||
| nvs_flash | ||
| partition_table | ||
| spi_flash | ||
| tcpip_adapter | ||