uss stack

Terms Vss-virtual Set Size Virtual memory consumption (contains memory consumed by shared libraries) Rss-resident Set Size actually uses physical memory (contains memory consumed by shared libraries) Pss-proportional Set Size Actual physical memory used (proportional allocation of memory consumed by shared libraries) Uss-unique the Set Size process consumes the physical memory alone

VSS-Virtual Set Size virtualized memory consumption (contains memory consumed by shared libraries)is not the actual memory occupied by the current application process. 　　　　The principle of memory allocationFrom the operating system perspective, the process allocates memory in two ways, with two system invocations:BRK and mmap (regardless of shared memory). 1, BRK is the data segment (. data) The highest address pointer _edata to the high address of the push;2, Mmap is in the virtual address spac

From: http://netcome.javaeye.com/blog/746793 TermsVSS-virtual set size virtual memory consumption (including memory occupied by shared libraries)RSS-resident set size actually uses physical memory (including memory occupied by shared libraries)Pss-proportional set size physical memory actually used (proportional allocation of memory occupied by the Shared Library)USS-unique set size physical memory occupied by the process (excluding the memory occupi

Reprint: http://myeyeofjava.iteye.com/blog/1837860ADB Shell Procrank | grep com.package > AppmemDescription: Five parameters for PID Vss Rss Pss UssIn general, memory footprint has the following rules: VSS >= RSS >= PSS >= USSVss-virtual Set Size Virtual memory consumption (contains memory consumed by shared libraries)Rss-resident Set Size actually uses physical memory (contains memory consumed by shared libraries)Pss-proportional Set Size Actual physical memory used (proportional allocation of

Note: In the process of the stack, not all elements are in the stack after the stack, it is possible to stack a few elements, out of one or more stacks, and then continue into the stack, into the stack sequence can only ensure tha

Sequential stacks: Use a continuous set of memory to save the data in the stack, and define a top variable to hold the stack number. The stack structure is the "LIFO" principle. The most basic operation of the stack is two: push (into stack) + pop (out of

This program is run under VC environment. Sequential stacks are relatively simple. This program simply deletes the data directly after inserting a data. Please forgive me for not being perfect. seqstack.h files. #include #include #define MAXSIZE 50 #define FALSE 0; #define TRUE 1; typedef struct{ int data[maxsize]; int top; }seqstack; Seqstack.cpp files. #include "Seqstack.h" Initialization of sequential stacks int Initseqstack (Seqstack *s) { s->top=-1; return True; }

Source:Http://www.c-sharpcorner.com/UploadFile/rmcochran/csharp_memory01122006130034PM/csharp_memory.aspx Although we do not need to worry about memory management and garbage collection in. NET Framework, we should still understand them to optimize our applications. At the same time, we also need to have some basic knowledge of memory management mechanisms, which can help to explain the behavior of variables in our daily program writing. In this article, I will explain the basic knowledge of sta

The definition of PHP stack, the method of inbound and outbound stack, and the complete example of the calculator Based on stack implementation, php Stack This article describes the definition of the PHP stack, the method of the inbound