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Step-by-step guide to freeing conventional memory in MS-DOS 5.0–6.22 by loading the DOS kernel into the HMA and moving drivers/TSRs into UMBs using HIMEM.SYS and EMM386.EXE. Includes CONFIG.SYS and AUTOEXEC.BAT examples, MEM verification commands, and recovery procedures for boot failures.
A step‑by‑step guide to diagnose uWSGI worker recycling, memory‑related reloads, harakiri timeouts, and graceful‑reload mercy issues using logs, stats, and cgroup limits.
How to break strong reference cycles in Objective-C blocks using the __weak-strong pattern to prevent memory leaks under ARC.
Memcached's slab allocator trades memory utilization for predictable latency. Here's how slab classes work, why eviction is per-class, and how to measure your actual waste with stats slabs.
Memcached evicts items despite free RAM because its slab allocator rounds values to fixed chunk sizes. Learn to read stats slabs, spot per-class starvation, and use slab_automove or manual reassignment to reclaim wasted pages.
Default to pureComputed for UI-derived values in Knockout; it evaluates only when subscribed, auto-cleans on unsubscribe, and avoids the memory leaks of regular computed. Reserve computed for side effects and writable derived state.
Prolog tabling transforms SLD resolution into SLG resolution, caching subgoal answers to avoid redundant computation. This article covers when to enable it, trust boundaries, operational checks, and failure modes to help you decide if memoization fits your project.
Learn how to implement explicit memory management in Zig using the GeneralPurposeAllocator to eliminate leaks and manage dynamic memory with precision.
Learn how to choose between value and reference types in Ceylon to optimize memory layout, reduce GC pressure, and improve CPU cache locality on the JVM.
msdos
uwsgi
memcached
knockout
prolog
zig