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Zephyr

Summary

Zephyr is a lightweight, secure, and scalable protocol-oriented language for the Internet of Things (IoT) and embedded systems. It emphasizes safety, efficiency, and interoperability in resource-constrained environments.

Paradigms

imperative, procedural, concurrent, modular

Domains

IoT, embedded systems, systems programming, network programming, real-time computing

Key Features

zero-cost abstractions, ownership system, native FFI, pattern matching, generics, traits/interfaces, first-class functions, modules

Typing

static system, non-structural typing, strong typing, partial inference, compile-time checking, conservative type coercion, required type annotations

Compilation

compiled

Ratings

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Compilation speed
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Maturity
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Community size
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Learning resources
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Job market demand
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Learning curve
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Cognitive load
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Syntax complexity
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Semantic complexity
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Memory safety
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Concurrency ease of use
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Std lib maturity
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Std lib size
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Backwards compatibility
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Documentation quality
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File extensions

zpr, zph

External Links

Status active
Type programming
Created 2018
Designed by Ella Rodriguez
Marcus Chen
Developed by Zephyr Foundation
PyPL Index N/A
TIOBE Index N/A
GitHub rank N/A