C++20 Coroutines on Microcontrollers—What We Learned

Belson, Bruce; Wang, Xiang; Holdsworth, Jason; Philippa, Bronson

doi:10.1109/les.2020.2973397

Cited by 6 publications

(3 citation statements)

References 11 publications

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“…Apart from C, open-source toolchains also support a number of newer compiled languages, such as C++ [5,11,34] and Rust [59,60]. Optimized runtimes also exist for interpreted languages such as Python [21,38,51] and Go [22].…”

Section: Hardware-dependent Softwarementioning

confidence: 99%

[Tool] Automatically Extracting Hardware Descriptions from PDF Technical Documentation

Hauser,

Pennekamp

2023

Journal of Systems Research

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The paper presents a modular processor designed to extract detailed data sets from technical documentation in PDF format, specifically targeting microcontroller hardware descriptions. The extracted data can be used for code generation in the embedded software domain. The table processing and text mining paradigms are applied to extract and convert data from the technical documentation in a deterministic process that yields reproducible results. The processor functionality is verified by comparing the data extracted from the technical documentation against the existing machine-readable sources. Most reviewers find the work very interesting and beneficial for the community.

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Section: Hardware-dependent Softwarementioning

confidence: 99%

[Tool] Automatically Extracting Hardware Descriptions from PDF Technical Documentation

Hauser,

Pennekamp

2023

Journal of Systems Research

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“…to generate infinite series of values, but most of all it allows for cooperative multitasking purely on the Forth platform. The latter is very useful feature especially on small and resource constraints platforms that nevertheless require the kind of multitasking [2]. Forth built in coroutines allow for such operation in much more lightweight way compared to the preemptive multitasking.…”

Section: Forth Endowed With the Coroutinesmentioning

confidence: 99%

Small Footprint Embedded Systems Paradigm Based on a Novel and Scalable Implementation of FORTH

Cyganek¹

2022

Annals of Computer Science and Information Systems

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4This paper describes architecture of the novel implementation of the Forth interpreter-compiler. The architecture follows the object-and component-oriented design paradigms. The implementation is done with the modern C++ 20 language taking full advantage of such constructs as lambda functions, variadic templates, as well as the coroutines and concepts. The system is highly modular and easily scales for small footprint embedded systems. We propose to extend Forth with the coroutine words that allow for async operations and lightweight cooperative multi-threading. We show successful deployment of the proposed Forth implementation on three platforms, two PC frameworks running Linux and Windows, respectively, as well as on tiny embedded system NodeMCU v3 with the 32-bit RISC ESP8266 microprocessor and 32/80KB memory. The platform also has educational value, showing intrinsic operation of Forth and modern C++. Software is available free from the Internet.

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“…When used on Android, coroutines achieve better performance when compared to some existing concurrency frameworks [8]. Also, lot of recent academic works study the application of coroutines on resource-constrained platforms, in the Internet of Things and Embedded Systems [7].…”

Section: Introductionmentioning

confidence: 99%