`
jinjiankang
  • 浏览: 112920 次
  • 性别: Icon_minigender_1
  • 来自: 北京
社区版块
存档分类
最新评论

《IEEE-1045-1992》

阅读更多

P11:

Source statements in different programming languages shall be counted separately. The programming language used shall be identi?ed for each count along with its software module name. If two languages are used in the development, for example Pascal and C, the quantity of source statements of each language shall be counted and reported separately. Combining counts of different languages into a single count shall not be permitted.

 

P12:

This standard requires that only those source statements written by people be counted.

 

A PSS measurement is line counting where a typical line format is 80 characters. Any deviation from the typical line format shall be noted.

 

 

P13:

All counts of LSS and PSS shall be kept by source module, and identi?ed by module name and software language. The counts may be combined for all modules when expressing aggregate results for the software product, but the combined count shall be only of those modules of the same software source language.

 

 a) Developed source statements. Source statements added or modi?ed for the speci?c product being
measured shall be counted as new source statements. Added source statements are those that did not previously exist and were created speci?cally for this product. Modi?ed source statements are those taken from another software product to which any changes were made to make the software suitable for this application.


 b) Nondeveloped source statements. Source statements that were not developed new for this product are counted in two categories: deleted source statements and reused source statements. Deleted source statements shall be the count of all source statements that have been removed or modified from an earlier version of this software product. Reused source statements are unmodified source statements obtained for the product from an external source of software. The size (LSS or PSS) of this external source would be counted as original source statements and could be a previous version of this product, a reuse library, or acquired software. Reused source statements shall be counted as a part of the software module count. Modifying a source statement is considered to be the process of removing one existing source statement and then adding one or more new source statements. When a single source statement is modi?ed, and the result is two or more source statements, all but one source statement shall be counted in added source statements, and one shall be counted as a modified source statement.

 

P14:

Number of New SS = Number of Added SS + Number of Modified SS
Number of Deleted SS = Number of Modi?ed SS + Number of Removed SS
Number of Reused SS = Number of Original SS – Number of Modified SS – Number of Removed SS

 

P21:

The differences between software languages are suf?ciently great to make cross-language comparisons of productivity difficult. This standard provides a foundation for collecting accurate productivity data. This may make cross-language comparisons possible in the future.

 

P35:
a) new = added + modified or, n = a + m
b) deleted = modified + removed or, d = m + re
c) reused = original – deleted or, r = o – m – re

 

P38:
Consequently, the total product size, which is the sum of the new and the reused statements

分享到:
评论

相关推荐

    IEEE-ISTO 5001™ - 2003

    ### IEEE-ISTO 5001™ - 2003:全球嵌入式处理器调试接口标准 #### 标准背景与历史沿革 IEEE-ISTO 5001™ - 2003 标准由 Nexus 5001 论坛提出并制定,该论坛成立于1998年,旨在解决嵌入式系统中的处理器调试问题。...

    IEEE-1394 IEEE-1394a IEEE-1394b SAE AS5643 标准英文文档

    IEEE-1394 IEEE-1394a IEEE-1394b and SAE AS5643英文文档,从事1394相关开发必备,还有一个有关IEEE 1394b和SAE AS5643的常见问题解答英文+自己手翻。

    IEEE-488.1-1987

    IEEE-488.1-1987标准,正式名称为ANSI/IEEE Std 488.1-1987,全称为IEEE Standard Digital Interface for Programmable Instrumentation(IEEE可编程仪器数字接口标准)。该标准是针对各种可编程测试和测量仪器之间...

    ieee-std-754-2019.pdf

    《IEEE 754-2019标准详解》 IEEE 754标准是浮点计算领域的一个重要规范,由电气和电子工程师协会(IEEE)制定,旨在为数字计算机中的浮点运算提供统一的标准。2019年发布的最新版本——IEEE 754-2019,是对之前标准...

    IEEE-754标准 定义浮点数转换工具

    ** IEEE-754标准详解 ** IEEE-754是国际电工委员会(IEEE)制定的一项标准,专门用于规范浮点数的表示和运算。这一标准在计算机科学领域具有广泛的应用,尤其是在数值计算、硬件设计以及编程语言实现中。它的核心...

    IEEE-1364-2001标准

    ### IEEE-1364-2001标准解析 #### 标准概述 IEEE-1364-2001是针对Verilog硬件描述语言(HDL)的一个国际标准,由电气与电子工程师协会(IEEE)发布,旨在定义Verilog HDL的语法和语义,以支持电子系统的创建过程中...

    IEEE-39-bus-power-system-master_ieee39-bus_ieee39

    文件“IEEE-39-bus-power-system-master”很可能是一个包含详细信息和仿真代码的资源包,用于帮助用户理解和研究该系统。这可能包括MATLAB、Python或其他编程语言的脚本,用于进行电力系统分析,例如使用牛顿-拉弗森...

    labview IEEE-754单精度数值至字符转换

    IEEE二进制浮点数算术标准(IEEE 754)是1980年代以来最广泛使用的浮点数运算标准,为许多CPU与浮点运算器所采用。这个标准定义了表示浮点数的格式(包括负零-0)与反常值(denormal... 本资源为IEEE-754单精度转换程序

    IEEE-9节点PSCAD模型

    《IEEE-9节点系统在PSCAD中的电磁暂态模型详解》 在电力系统分析领域,电磁暂态仿真是一项至关重要的技术,它可以帮助我们理解电力系统在极端条件下的动态行为。PSCAD(Power System Computer Aided Design)是广泛...

    IEEE-Transactions-LaTeX2e-templates-and-instructions.zip

    《IEEE Transactions LaTeX2e 模板与指南》 在学术界,尤其是在计算机科学与信息技术领域,IEEE Transactions 杂志是极具权威的出版物之一。它提供了高质量的研究成果展示平台,而使用正确的论文格式是提交论文的第...

    ieee-std-754-2008.pdf

    《IEEE 754-2008标准详解》 IEEE 754标准,全称为“浮点运算标准”,是计算机科学领域中一个至关重要的规范,由电气和电子工程师协会(IEEE)于2008年发布。该标准详细定义了浮点数的表示、算术运算以及异常处理等...

    IEEE-Transactions-Word-templates-and-instructions.zip

    这个压缩包"IEEE-Transactions-Word-templates-and-instructions.zip"包含了用于撰写和提交论文的官方Microsoft Word模板和指南,对于需要在该期刊发表论文的IT专业人士至关重要。下面我们将详细探讨使用这些模板和...

    IEEE-1284驱动

    驱动If you had installed our old USB-1EEE1284 cable before, please run the delold.exe in the disk to remove the old installation before you plug-in this cable. For Windows2000/XP,USB-1EEE1284 cable...

    ieee 14-bus_ieee_ieee14_

    标题 "ieee 14-bus_ieee_ieee14_" 指涉的是 IEEE 14-bus 系统,这是一个广泛用于电力系统分析和教学的标准化测试案例。该系统由 IEEE(电气与电子工程师协会)制定,用以模拟一个中等规模的电力网络,包含14个节点...

    IEEE14.rar_14 bus system_IEEE 14 BUS MATLAB_IEEE-14_IEEE14-b_mat

    标题中的“IEEE14.rar_14 bus system_IEEE 14 BUS MATLAB_IEEE-14_IEEE14-b_mat”表明这是一个与电力系统相关的压缩文件,特别关注的是IEEE 14节点系统(14 Bus System)的实现,使用了MATLAB编程语言。在电力系统...

    IEEE-RTS79系统visio接线图

    可以根据自己的需要修改该图进行展示,用于电力系统分析的仿真

    ieee-std-754-2019

    《IEEE 754-2019:浮点数计算的基石》 浮点数在计算机科学中扮演着至关重要的角色,特别是在数值计算、图形处理、物理学模拟以及各种科学计算领域。IEEE 754标准是定义浮点数运算行为的国际标准,自1985年首次发布...

    THE NEW IEEE-754 STANDARD FOR FLOATING POINT ARITHMETIC

    ### 新版IEEE-754浮点运算标准详解 #### 引言 IEEE-754标准自1985年发布以来,为计算机硬件和软件领域的浮点运算提供了统一的标准框架。该标准旨在规范浮点数的表示方法、运算规则以及异常处理机制等关键方面。...

    ieee-754-2008.pdf

    IEEE 754-2008标准是计算机编程环境中用于二进制和十进制浮点算术的交换和算术格式以及方法的标准规范。这一标准详细规定了浮点数在进行算术运算时的格式,包括在计算过程中可能出现的异常情况以及它们的默认处理...

    IEEE-30节点全套数据 (1).zip_30节点_IEEE 30_IEEE-30节点_ieee 30节点_ieee节点

    《深入解析IEEE-30节点系统:数据与应用》 在电力系统的研究和分析中,IEEE-30节点系统是一个广泛引用的基准测试系统。它由美国电气和电子工程师协会(IEEE)制定,用于模拟中等规模的电力网络,便于进行电力系统...

Global site tag (gtag.js) - Google Analytics