Reliability

Integer Arithmetic Is Not Safe by Default: The Overflow Contract You Didn’t Define

Integer Arithmetic Is Not Safe by Default: The Overflow Contract You Didn’t Define

Using integer arithmetic operations on integers introduces silent failure modes unless you define how overflow is handled. This article breaks down …

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The Silicon Limit: Why Floating-Point and Integer Math Fails Silently

The Silicon Limit: Why Floating-Point and Integer Math Fails Silently

Choosing the wrong data type is a silent killer in software. Explore the mechanics of integer overflow and floating-point precision loss to keep your …

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The `1ms` Lie: Why `sleep()` Breaks Real-Time Code—Resolution & Jitter Fixed

The 1ms Lie: Why sleep() Breaks Real-Time Code—Resolution & Jitter Fixed

If you’ve ever built a real-time system, a data simulator, or a game loop, you’ve tried using sleep() to control timing. And if …

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Software Robustness and Timeout Retry Backoff Paradigms

Software Robustness and Timeout Retry Backoff Paradigms

Programs access external resources, including I/O devices and remote services. These resources can be unreliable, requiring robust handling strategies …

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