I always enjoy stories about Ada, Pascal, Object Pascal, Prolog, Perl, OCaml, Standard ML, Forth, Pike, Fortran, Scheme, Common Lisp, or some APL derivative in use in the wild.
It’s especially good to see a story about a recent project on a smaller system using Ada.
At a lower level in the formal verification stack than this, it's on the one hand awesome that ARM has published a machine readable architecture specification for the more recent A architectures in ASL... and on the other hand extremely frustrating that they haven't done the same for M.
"For example, the ASL code published through the A-Profile Arm Architecture Reference Manual, Exploration Tools downloads for A-Profile, or the Armv8-M Architecture Reference Manual."
Cortex-M is a lovely platform. Shame it has stagnated. Both STM32H7 (or N6) or NXP RT1170/80 beg for a major update - more performance, inclusion of NEON (or equivalent), support for DDR3 at least, PCIe?
It would be amazing for doing some more complex DSP.
Otherwise using those platforms is a bit like programming on 8086 today. Fun. You get basic stuff done and then you hit a wall. Only option is to jump on SoM stuff or FPGA which is another can of worms in itself.
It’s especially good to see a story about a recent project on a smaller system using Ada.
"For example, the ASL code published through the A-Profile Arm Architecture Reference Manual, Exploration Tools downloads for A-Profile, or the Armv8-M Architecture Reference Manual."
https://developer.arm.com/architectures/architecture%20speci...
It would be amazing for doing some more complex DSP.
Otherwise using those platforms is a bit like programming on 8086 today. Fun. You get basic stuff done and then you hit a wall. Only option is to jump on SoM stuff or FPGA which is another can of worms in itself.