The issue was this one: https://github.com/ARMmbed/mbed-os/pull/3594
To call your custom linker script via the command line:
mbed compile -l <LINKER SCRIPT>
To call your custom linker script in NetBeans:
The issue was this one: https://github.com/ARMmbed/mbed-os/pull/3594
To call your custom linker script via the command line:
mbed compile -l <LINKER SCRIPT>
To call your custom linker script in NetBeans:
A year and a half ago, I wrote up a post lamenting the problems caused by counterfeit USB to serial adapter chips.
One of the primary issues was the inability to tell the adapters apart on the USB device tree when hooked up to the same computer. (There were, of course, other problems.)
Amazingly, after revisiting the thought recently, I discovered that any of the cheap adapters built atop the Silicon Labs CP210x chipset would in fact allow you to set the serial number to a value of your choosing!
I’ve written some code to help exactly measure the ISR stack usage on ARM mbed:
ARM mbed OS derives its thread management capabilities from ARM’s RTX realtime operating system.
When a thread crashes due to a stack overflow or other HardFaults, it can be unclear what code is causing the issue. Also unclear is how the threads are initially created, as ARM mbed OS defines its stack sizes via a handful of preprocessor #define
s and linker provide
s which aren’t well documented at all.
Here are some notes on the things I’ve had to figure out by reading the source.
Continue reading Stack, Heap, and Thread Crash Hunting in mbed OS
For whatever reason, it occurred to me that I had an extra smartphone laying about that could be used to receive analog radio.