stack-resident types
[/stæk ˈrɛzɪdənt taɪps/]
nounpl: stack-resident types
tipos residentes em pilha
1. In programming, data types whose instances are allocated on the call stack rather than the heap, typically including primitive types and value types in languages like C#, C++, and Rust
In C#, integers and structs are stack-resident types, meaning they are stored directly on the stack for faster access.
Em C#, inteiros e structs são tipos residentes em pilha, o que significa que são armazenados diretamente na pilha para acesso mais rápido.
2. Types that have automatic memory management through stack allocation, with lifetime determined by scope
Stack-resident types have their memory automatically freed when they go out of scope, unlike heap-allocated objects.
Tipos residentes em pilha têm sua memória automaticamente liberada quando saem do escopo, diferentemente dos objetos alocados na pilha dinâmica.
This is specialized technical terminology used in software development and computer science education. It is language-agnostic and appears consistently in programming documentation across both English-speaking and Portuguese-speaking technical communities. Understanding the distinction between stack-resident and heap-resident types is fundamental to memory management concepts taught in university computer science programs and professional development training.
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