Astrobe Forum

Latest changes and updates: https://oberon-rtk.org/changes/2024/cn-2024-12-15/ There's a description of a simple "universal IDE" that I have cobbled together for my own use, but may release if there's sufficient interest. It integrates Astrobe's command line tools for different MCUs into a single wo...

Latest changes and updates: https://oberon-rtk.org/changes/2024/cn-2024-12-02/

Main addition is a rewritten, from the ground up, UF2 transmogrifier and uploader: https://oberon-rtk.org/tools/makeuf2/

Website: https://oberon-rtk.org/
GitHub repository: https://github.com/ygrayne/oberon-rtk

Latest changes and updates: https://oberon-rtk.org/changes/2024/cn-2024-11-25/

Main additions are modules for the Watchdog and Alarms, including example programs.

Website: https://oberon-rtk.org/
GitHub repository: https://github.com/ygrayne/oberon-rtk

I wish it was for something fancy as that. :) No, I wrote a test program to measure code loading times and rates from flash memory cached and un-cached, from SRAM, and pre-cached: https://oberon-rtk.org/examples/v2/codeloading/. To measure the loading times from raw, un-cached flash memory, I wanted...

Latest changes and update: https://oberon-rtk.org/changes/2024/cn-2024-11-17/

Website: https://oberon-rtk.org/
GitHub repository: https://github.com/ygrayne/oberon-rtk

With Astrobe for RP2040 (v9.3), if I set Code Range 013000100H, 013200000H I get an error message [1], and the linking fails, even though the above code range is valid to access XIP bypassing the cache. See RP2040 datasheet section 2.2.2, p25, 'XIP_NOCACHE_NOALLOC_BASE' [1] As pop-up, titled "Bin2UF...

Latest changes and update: https://oberon-rtk.org/changes/2024/cn-2024-11-11/ The essential library modules have been ported to support both the RP2040 and RP2350: https://oberon-rtk.org/lib/ The first set of example programs has been ported to run on both MCUs: https://oberon-rtk.org/examples/ Stru...

In addition, the RP2350 has an AHB5 bus, while the RP2040 uses AHB-lite. Each of the two Cortex-M33 cores of the RP2350 has two bus masters (managers), one for fetching instructions, and one for load/store access. That is, code can be read in parallel to reading and writing memory or peripheral data...

Oberon RTK is a framework to design and implement dual-core, multi-threaded control programs for the RP2040 and the RP2350: https://oberon-rtk.org

Latest changes and update: https://oberon-rtk.org/changes/2024/cn-2024-11-03/

All change notes: https://oberon-rtk.org/changes/2024

This change note outlines first steps and some groundwork towards supporting the RP2350 micro-controller and the Pico 2 board: https://oberon-rtk.org/changes/2024/cn-2024-10-24/ [updated 2024-10-26] Using a first subset of the Oberon RTK framework modules and a new bin-to-uf2 transmogrifier the dual...