33694a1fcc
* Migrate RP2040-specific bits to separate dirs * Add chip to boards.txt, isolate RP2040-specifics * Add RP2350 boot2, bearssl, and libraries * Platform.IO adjust to new paths * Add RPIPICO2 JSON for P.IO * Add RP2350 to Platform.io * Update Picotool and OpenOCD for all hosts * Use picotool to generate UF2s * Build separate libpico blobs serially Thanks for the review, @aarturo182 ! * Add RP2350 to CI * Allow Ethernet/WiFi building for RP2350 * Update Adafruit TinyUSB to latest * Test skip fix * Make RP2350 Picotool work. update USB ID * Fix EEPROM/FS flash locations RP2350 adds a 4K header sector to the UF2, meaning we have 4K less total flash to work with. Adjust all constants appropriately on the RP2350. * Adds ilabs board and PSRAM support. (#2342) * Adds iLabs boards and basic PSRAM support. * Make PSRAM come up as part of chip init Uses SparkFun psram.cpp to set timings on clocks which are defined in the variant file. Prefix things with RP2350_PSRAM_xxx for sanity. Users don't need to call anything, PSRAM "just appears". Still need to add in malloc-type allocation. * Add board SparkFun ProMicro RP2350 Same pinout as the SparkFun ProMicro RP2040 with 8MB PSRAM and RP2350 * Add TLSF library for use w/PSRAM Fork of upstream to include add'l C++ warning fixes. * Add pmalloc/pcalloc to use PSRAM memory free() and realloc() all look at the pointer passed in and jump to the appropriate handler. Also takes care of stopping IRQs and taking the malloc mutex to support multicore and FreeRTOS (when that workd) * Fix BOOTSEL for RP2350 * Add simple rp2040.idleOtherCore test * Add Generic RP2350 and clean up PSRAM menus Commercial boards now only have 1 size PSRAM, no need to have menu for them. * Add Solder Party RP2350 Stamp boards (#2352) * Add PSRAM heap info helpers, mutex lock mallinfo * Add RP2350 docs * FreeRTOS and OTA unsupported warnings for RP2350 |
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| Makefile | ||
| README.md | ||
BearSSL ESP8266 builder
This directory contains the git submodule for the ESP8266 ported bearssl low-level library, a port of BearSSL
If you are only working on the BearSSL:: namespace functions in the
Arduino ESP8266WiFi library (BearSSL::WiFiClientSecure,
BearSSL::WiFiServerSecure, etc.) you do NOT need to work in this
directory.
Normal users can simply use the libbearssl.a file already included in
the Arduino repo. Experienced users looking to work on the underlying
BearSSL-ESP8266 ported library can use this directory to automate the
build flow.
Prerequisites
The tools directory needs to be populated (i.e. Arduino IDE should be able
to compile an executable probect. get.py should ensure this).
UNIX-like system (Linux, Mac):
If you need to change the *.t0 (Forth-like language) you will need a
.NET-compatible runtime (such as mono under Linux) to rebuild the
resulant .c files.
For Windows (untested)
Microsoft's .NET runtime must be installed to run the .t0->.c workflow.
Building
make all: Init the submodule, if needed, then build but do not install the librarymake install: Init the submodule, if needed, then build and copy the library to the standard location intools/sdk/lib
Editing the library
https://github.com/earlephilhower/bearssl-esp8266 is the current repository
for this library. A git remote to the original BearSSL sources from
https://bearssl.org/git/BearSSL is added on submodule init. You can either
manually do pulls, or make merge-upstream to bring in any BearSSL upstream
changes.
Documentation in the library README-esp8266 and git log describes the changes done.
Feel free to drop me a line at earlephilhower@yahoo.com if you have questions.
-Earle F. Philhower, III