Embedded programming is a tricky task that looks straightforward to the uninitiated, but those with a few decades of experience know differently. Getting what you want to work predictably or even fit ...
To meet time-to-market and productivity pressures, embedded-system developers increasingly consider and use high-level design-software tools that provide more abstraction, simpler representations of ...
As embedded systems requirements grow and development cycles shrink, developers increasingly integrate commercial application programming interfaces (APIs), or collections of functions that the ...
Delegates are type safe function pointers *with an optional this pointer* thus no need to pass one round yourself. Obviously their utility is much enhanced in contract to C++ by virtue of being part ...
This latest update introduces advances in code security with the integration of the pointer Authentication and Branch Target Identification (PACBTI) extension for Armv8.1-M. With PACBTI, user ...
How pointers create pitfalls for a number of hard-to-detect programming errors. How Rust avoids these pitfalls and catches most pointer errors at compile time. Pointers have been a staple of ...
Embedded C developers shy away from C++ out of concern for performance. The class construct is one of their main concerns. My previous article Code Craft – Embedding C++: Classes explored whether ...
The Rust language brings a fresh approach to whacking the pointer mole. Why the Rust language needed a fresh approach to managing pointers. Why there are no null values in Rust. Pointers in the Rust ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results
Feedback