首页 > 其他分享 >Load Test Statistics 负载测试统计(负载测试计数器)

Load Test Statistics 负载测试统计(负载测试计数器)

时间:2023-11-09 12:33:17浏览次数:47  
标签:Load 负载 ASP IIS Cache sec 测试 NET CLR

Load Test Statistics

Load Tester collects an extensive measurements during a load test. This data is collected in samples. Each sample has multiple measurements associated with it. Depending on the measurement type, some measurements may not ba applicable during each sample and may therefore appear empty in some displays, such as the Statistics View. Unless otherwise noted, the value of each measurement in a sample pertains only to events that completed

 

While the term sample is used for our data storage units, it is important to understand that Load Tester does not rely on sampled

Test statistics

Test statistics are collected by the Virtual Users as the testcases are executed. The data is collected at four levels: Test Summary, Testcase, Web Page and Transaction. These levels represent narrowing scopes of data - for example: web pages may contain many transactions and a testcase may contain many web pages. In many cases, the higher levels are not simply aggregations of lower levels but measurements tailored specifically for each level.

 

Average Duration

 

Average Page Duration

 

Average Page Wait Time

 

Average Speed - The average data transfer rate of the item. For testcases, this measurement includes the total bytes transferred for all web pages and transactions and the total duration of the testcase, including think time but not repeat delay. For web pages, this includes the bytes transferred for all transactions and the total duration of the page, not including think time. For transactions, this includes bytes sent and received (the total of the size of the HTTP request and response messages) and the duration of the transaction.

 

Average Wait Time

 

Average TTFB - The average TTFB for the transaction. The Time To First Byte

 

Bytes/sec

 

Current Page Users - The number of users working on a web page at the end of the sample period. Note that working on a web page refers to the process of requesting and receiving the contents of a URL. Users that are not working on pages will either be executing think time or the repeat delay.

 

Errors

 

Hits/sec - The number of transactions completed per second. "Transactions/sec" would be more technically accurate but is not used for two reasons: (1) hits/sec is a standard industry term and (2) the term transaction

 

Maximum Duration

 

Maximum Page Duration

 

Maximum TTFB

 

Minimum Duration

 

Minimum Page Duration

 

Minimum TTFB

 

Pages/sec

 

Repeats

 

Time

 

Total Size

 

Users

 

Load Engine statistics

Load Engine statistics are collected by the load engines in the process of monitoring its own performance.

 

Time

 

CPU %

 

Memory % - The amount of VM memory that is available. Note that the load testing and/or the load engine, by default, is configured, by default, to use 200M of RAM. There may be more memory available. If so, see the Configuring Memory Usage page for configuration instructions.

 

Users - The number of VUs running in this load engine.

 

Total Capacity - The estimated

 

Engine Status

Server statistics

Server statistics are collected by the Server Agents to help assess the performance of the server OS and application servers during a load test.

Operating System

CPU %

 

Memory %

 

Context Switches / sec

 

Process Queue Length

 

Page reads/sec

 

Page writes/sec

 

Disk I/O Time %

 

Avg Disk Service Time

 

Disk Queue Length

 

Disk Reads/sec

 

Disk Writes/sec

 

Network bytes sent

 

Network bytes received

 

Network packets received / sec

 

Network packets sent / sec

 

Network Packets Received Errors

 

Network Packets Sent Errors

 

Network Collisions

 

TCP Connections Established

 

TCP Connection Failures

 

TCP Segments Retransmitted / sec

ASP.NET (Active Server Pages)

ASP.NET Active Sessions

 

ASP.NET Application Restarts

 

ASP.NET Cache Entries

 

ASP.NET Cache Hit Ratio

 

ASP.NET Cache Hits

 

ASP.NET Cache Misses

 

ASP.NET Cache Turnover Rate

 

ASP.NET Compilations

 

ASP.NET Current Requests

 

ASP.NET Disconnected Requests

 

ASP.NET Errors/sec

 

ASP.NET Last Request Execution Time

 

ASP.NET Pipeline Instance count

 

ASP.NET Queued Requests

 

ASP.NET Rejected Requests

 

ASP.NET Request Wait Time

 

ASP.NET Requests Executing

 

ASP.NET Requests Not Found

 

ASP.NET Requests Not Authorized

 

ASP.NET Requests Queue Length

 

ASP.NET Requests Succeeded

 

ASP.NET Requests Timed Out

 

ASP.NET Requests/sec

 

ASP.NET Sessions Timed Out

 

ASP.NET Sessions Abandoned

 

ASP.NET Unhandled Execution Errors/sec

.NET CLR (Common Language Runtime)

.NET CLR Class loader Heap Size

 

.NET CLR Current AppDomains

 

.NET CLR Current Assemblies

 

.NET CLR Exceptions / sec

 

.NET CLR Heap Size

 

.NET CLR Generation 0 Collections

 

.NET CLR Generation 1 Collections - The number of times the generation 1 objects are garbage collected. Higher generation GCs include all lower generation GCs.

 

.NET CLR Generation 2 Collections

 

.NET CLR Lock Contention Queue Length

 

.NET CLR Lock Contention / sec

 

.NET CLR Lock Contentions

 

.NET CLR Logical Thread Count

 

.NET CLR Percent Time in GC

 

.NET CLR Physical Thread Count

 

.NET CLR Recognized Thread Count

IIS (Internet Information Server)

IIS CGI Requests/sec

 

IIS Connection Attempts/sec

 

IIS Current Connections

 

IIS File Cache Entries

 

IIS File Cache Hits

 

IIS File Cache Hit %

 

IIS File Cache Misses

 

IIS ISAPI Extension Requests/sec

 

IIS Kernel URI Cache Entries

 

IIS Kernel URI Cache Hits

 

IIS Kernel URI Cache Hit %

 

IIS Kernel URI Cache Misses

 

IIS Requests/sec

 

IIS URI Cache Entries

 

IIS URI Cache Hits

 

IIS URI Cache Hit %

 

IIS URI Cache Misses

IIS+App

These statistics represent the combined processes for IIS (inetinfo), ASP.NET (aspnet_wp) and the Application Pool Process (w3wp).

 

IIS+App Handle Count

 

IIS+App Private Bytes

 

IIS+App Thread Count

 

IIS+App Virtual Bytes

 

IIS+App % Processor Time

 

http://www.webperformanceinc.com/support/suite/manual/Load_Test_Statistics.htm



标签:Load,负载,ASP,IIS,Cache,sec,测试,NET,CLR
From: https://blog.51cto.com/emanlee/8276150

相关文章

  • 基于i.MX6ULL的掉电检测设计与软件测试
    基于i.MX6ULL平台设计实现掉电检测功能,首先选择一路IO,利用IO电平变化触发中断,在编写驱动时捕获该路GPIO的中断,然后在中断响应函数中发送信号通知应用程序掉电发生了。图1.1掉电信号IO       驱动代码:#include<linux/module.h>#include<linux/init.h>#include<linux/......
  • 2023码尚教育接口自动化框架的实现源码分享pytest+allure+jenkins几乎零代码少量的代
    本框架适合对Pytest有大概认识(比如看完X站3天课程的水平),职场新人没有雄厚的资本去参加专业的培训、功能测试转自动化测试、开发转测试的小伙伴们。首先介绍下这个框架的使用,看看是不是你所需要的。第一步、添加模块PY文件,编写接口代码。classTestJuhe: #upwei:fanfanzb2023......
  • 微信小程序hideLoading隐藏showToast提示的问题
     在调用hideLoading与hideToast时配置参数noConflict:true取消混用特性,解决hideLoading隐藏showToast提示的问题。wx.hideLoading({noConflict:true})//也适用于TaroTaro.hideLoading({noConflict:true}) ......
  • Spring Junit单元测试
    发现通过Spring进行bean管理后,做测试会有各种不足,例如,很多人做单元测试的时候,还要在Before方法中,初始化Spring容器,导致容器被初始化多次。@Beforepublicvoidinit(){newFileSystemXmlApplicationContext("classpath:spring/spring-basic.xml");......
  • 2023.11.6测试
    \[\text{NOIP模拟赛-2023.11.6}\]T1视频监控简单题,写复杂了#include<bits/stdc++.h>#defineLLlonglongusingnamespacestd;boolMbe;constintN=1e5+10;introw,col,n,ansr,cntr,ansc,cntc;intb[N<<1],rev[N<<1],tr[N<<1],sumr[N<<1],......
  • 2023.11.8测试
    \[\text{NOIP模拟赛-2023.11.8}\]T1日本题一\(n\timesm\)的网格,从\((1,1)\)移到\((n,m)\)网格间有两种连边(无向边):一类边\((i,j)\rightarrow(i+1,j)\);二类边\((i,j)\rightarrow(i,j+1)\)。所有边的代价都是\(1\),但初始时二类边均不能通过网络中有\(k\)个节点可以......
  • python json.loads()字符串转json
    python json.loads()字符串转jsonimportjsonimportrequestsres='''{"code":200,"message":"success","duration":147,"result":{"angle":0,"height":368,"tables":[],&qu......
  • java 获取resources下文件的路径 使用 ClassLoader类 获取路径,使用流的方式读取
    java获取resources下文件的路径使用ClassLoader类,使用流的方式读取Java获取resources下文件的路径在Java开发中,我们经常需要读取resources目录下的文件,例如配置文件、模板文件等。本文将介绍如何获取resources下文件的路径,并提供相应的代码示例。1.resources目录在Java项......
  • 小景的Dba之路--压力测试和Oracle数据库缓存
    小景最近在做系统查询接口的压测相关的工作,其中涉及到了查询接口的数据库缓存相关的内容,在这里做一个汇总和思维发散,顺便简单说下自己的心得:针对系统的查询接口,首次压测执行的时候TPS较低,平均响应时间较高,后续的查询中,TPS和平均相应时间较第一次比有较为明显的提升,这里考虑到时Or......
  • 浅谈性能测试问题定位
    什么是系统的性能?当一个系统被开发出来后,功能均被实现了,系统进入稳定的运行状态。但系统的运行得怎么样,还是有待验证。系统的运行得怎么样即可以简单理解为系统的性能。什么是系统的性能测试?在指定的软件、硬件、网络条件下,通过编制脚本运行模拟多种环境进行测试(如:正常环境、峰......