TMMI_测试过程改进框架_优化级别8_测试过程优化5

本文介绍了一种在软件测试过程中高效利用和重用高质量测试资产的方法。内容涵盖识别可重用测试资产、选择并将其添加到重用库、部署及在项目中应用这些资产的具体步骤。通过此流程提高测试效率和质量。

SG 4 Establish Re-use of High Quality Test Assets 建立高质量测试资产的重用

Both test process components and testware are recognized as assets and re-used across the organization when creating another test asset.

测试过程组件和测试件被认为是资产,当创建其他的测试资产时被组织范围用。

SP 4.1 Identify re-usable test assets 明确可重用的测试资产

Test assets (test process components or testware) of high quality that can possibly be re-used throughout the organization are identified. Example work products 1. List of identified test assets for re-use Sub-practices 1. Identify test assets for re-use evaluation Examples of activities where test assets for re-use can be identified include the following:  Project retrospectives / lessons learned sessions  Test evaluation report  Test process assessments, whereby areas of strength often indicate test process components and/or testware of high quality that are candidates for reuse  Test improvement efforts 2. Document the background and context for each of the identified test assets for re-use 3. Submit re-use proposals to the Test Process Group

高质量的测试资产能被组织重用被明确。 例子工作产品:可重用的测试资产列表。 子实践:1. 明确可重用的评估。 2. 文档化背景和上下文。 3. 为测试流程组织提交可重用的提议

SP 4.2 Select test assets to be added to the re-use library

选择添加的试资产到重用库。

From the list of identified test assets for re-use, the test assets are selected that will be added to the re-use library. The selection is made based on quantifiable criteria derived from the organization’s test re-use policy. Example work products 1. Test assets selected for re-use Sub-practices 1. Prioritize the candidate test assets for re-use Priority is based on an evaluation of the added value with regard to the test process performance objectives and the organization’s test re-use policy. 2. Analyze the candidate test assets for re-use The candidate test assets for re-use are analyzed for their compliance to the re-use criteria. Examples of re-use criteria for test assets include the following:  The test asset should be defined and documented according to the organizational standards  The test asset should be easy to understand and implement  The test asset, especially test process components, should have associated measurements available  The test asset should have been carefully reviewed and successfully applied to ensure that it has been adequately tested  Test process-related risk should be evaluated and documented  The test asset, especially test process components, should have a well-defined interface to other related processes  The test asset should be flexible and modifiable so that it can be applied to different projects 3. Select the re-usable test assets to be deployed The selection of re-usable test assets is based on their priorities, the available resources and their compliance to the re-use criteria. 4. Document the results of the selection process and inform the stakeholders of the decision(s) made

从验证的可重用测试资产列表中,测试资产被选中添加到重用库中。这个选择是基于可计量的标准(从组织的测试重用方针继承)。例子工作产品:1 被选择的可重用的测试资产。 子实践: 1. 为可重用的测试资产候选划分优先级。 优先级是基于对测试流程性能目标和组织测试可重用方针的附加值的评估。 2分析测试资产的候选项来重用。 可重用的测试资产被分析使他们和可重用标准保证一致。 3. 选择要实施的可重用测试资产。 基于优先级,可用的资源,可重用标准的的准从情况。 4. 文档化选择的过程的结果和通知相关利益人做出的决定。

SP 4.3 Deploy re-usable test assets 部署可重用的测试资产

Manage and perform the deployment of the selected re-usable test assets, being either test process components or testware. Example work products 1. Updated test process library 2. Re-usable test asset 3. Documented results of deployment activities Sub-practices 1. Incorporate the selected re-usable test assets into the organizational test process assets library, as appropriate Work will typically need to be performed to make the test asset suitable for inclusion in the test process asset library (refer to the list of re-use criteria in the previous specific practice). To supportre-use, each test asset meeting the re-use criteria should be represented by a template. The template should contain information that allows the test asset to be tailored for specific projects. Examples of components for a re-use template include the following [Hollenbach and Frakes]:  Test asset name  General information  Customer description  Interface description  Procedure description  Context description  Measurement description Refer to the Test Organization and Test Lifecycle and Integration process areas at level 3 for more information about the test process asset library. 2. Review and test the defined re-usable test asset to ensure it is fit for re-use 3. Deploy the re-usable test assets across the organization and within projects Examples of deployment mechanisms include the following:  Presenting in project and/or departmental meeting  Circulating an informational email or feature in a general periodic newsletter  Making it part of an introduction training program on the test process asset library  Communicating and providing access to it on a central web portal 4. Provide consulting, as appropriate, to support deployment of the new or updated re-usable test assets 5. Provide (updated) training material and perform the training as necessary 6. Perform marketing inside and outside testing on successes achieved on the re-use process to keep staff motivated and involved 7. Document and review the results of test asset re-use deployment

管理和执行对被选中的可重用测试资产的实施,测试过程组件或者测试件。 例子工作产品:1. 更新测试流程库, 2. 可重用测试资产,3 文档化实施行为的结果。子实践: 1.包含被选中的可重用测试资产到组织的测试流程资产库。 2. 重审和测试定义的可重用测试资产来保证它符合重用。 3.部署重用资产到组织范围。 4.提供咨询。 5, 提供培训。。。。

SP 4.4 Apply re-usable test assets in projects 应用可重用的测试资产到项目中

Defined re-usable test assets stored in the test process asset library are applied and used in projects. Example work products 1. Records of tailoring and using re-usable test assets in projects 2. Measurements on usage of re-usable test assets 3. Refined re-usable test assets Sub-practices 1. Tailor the re-usable test asset to the project Tailoring consists of selecting and retrieving a suitable test asset (as a template from the test process asset library) and applying it to a new project. Changes may be needed to meet the requirements and environment of the new project. 2. Train the project staffThe generic training package on the test asset is tailored to meet the specific project needs. The training package is used to instruct project staff. 3. Use the test asset on a project The (tailored) test asset is implemented (used) for the project. It is monitored and controlled using appropriate mechanisms. Measurements are taken during test process execution regarding the test asset. 4. Refine the re-usable test asset Using the measurements taken during process execution, it is determined whether the re-use of the test asset is efficient and effective. If there are issues, these are analyzed. Appropriate changes are made to the test asset definition.

定义可重用测试资产,存储在测试过程资产库被应用。 例子工作产品:1. 记录裁剪和使用可重用测试资产。2. 测量可重用测试资产的使用。 子实践: 1. 裁剪可重用测试资产,裁剪包括选择和恢复适当的测试资产。培训项目员工,3.使用测试资产到项目。 

 

 

AI 代码审查Review工具 是一个旨在自动化代码审查流程的工具。它通过集成版本控制系统(如 GitHub 和 GitLab)的 Webhook,利用大型语言模型(LLM)对代码变更进行分析,并将审查意见反馈到相应的 Pull Request 或 Merge Request 中。此外,它还支持将审查结果通知到企业微信等通讯工具。 一个基于 LLM 的自动化代码审查助手。通过 GitHub/GitLab Webhook 监听 PR/MR 变更,调用 AI 分析代码,并将审查意见自动评论到 PR/MR,同时支持多种通知渠道。 主要功能 多平台支持: 集成 GitHub 和 GitLab Webhook,监听 Pull Request / Merge Request 事件。 智能审查模式: 详细审查 (/github_webhook, /gitlab_webhook): AI 对每个变更文件进行分析,旨在找出具体问题。审查意见会以结构化的形式(例如,定位到特定代码行、问题分类、严重程度、分析和建议)逐条评论到 PR/MR。AI 模型会输出 JSON 格式的分析结果,系统再将其转换为多条独立的评论。 通用审查 (/github_webhook_general, /gitlab_webhook_general): AI 对每个变更文件进行整体性分析,并为每个文件生成一个 Markdown 格式的总结性评论。 自动化流程: 自动将 AI 审查意见(详细模式下为多条,通用模式下为每个文件一条)发布到 PR/MR。 在所有文件审查完毕后,自动在 PR/MR 中发布一条总结性评论。 即便 AI 未发现任何值得报告的问题,也会发布相应的友好提示和总结评论。 异步处理审查任务,快速响应 Webhook。 通过 Redis 防止对同一 Commit 的重复审查。 灵活配置: 通过环境变量设置基
【直流微电网】径向直流微电网的状态空间建模与线性化:一种耦合DC-DC变换器状态空间平均模型的方法 (Matlab代码实现)内容概要:本文介绍了径向直流微电网的状态空间建模与线性化方法,重点提出了一种基于耦合DC-DC变换器的状态空间平均模型的建模策略。该方法通过数学建模手段对直流微电网系统进行精确的状态空间描述,并对其进行线性化处理,以便于系统稳定性分析与控制器设计。文中结合Matlab代码实现,展示了建模与仿真过程,有助于研究人员理解和复现相关技术,推动直流微电网系统的动态性能研究与工程应用。; 适合人群:具备电力电子、电力系统或自动化等相关背景,熟悉Matlab/Simulink仿真工具,从事新能源、微电网或智能电网研究的研究生、科研人员及工程技术人员。; 使用场景及目标:①掌握直流微电网的动态建模方法;②学习DC-DC变换器在耦合条件下的状态空间平均建模技巧;③实现系统的线性化分析并支持后续控制器设计(如电压稳定控制、功率分配等);④为科研论文撰写、项目仿真验证提供技术支持与代码参考。; 阅读建议:建议读者结合Matlab代码逐步实践建模流程,重点关注状态变量选取、平均化处理和线性化推导过程,同时可扩展应用于更复杂的直流微电网拓扑结构中,提升系统分析与设计能力。
内容概要:本文介绍了基于物PINN驱动的三维声波波动方程求解(Matlab代码实现)理信息神经网络(PINN)求解三维声波波动方程的Matlab代码实现方法,展示了如何利用PINN技术在无需大量标注数据的情况下,结合物理定律约束进行偏微分方程的数值求解。该方法将神经网络与物理方程深度融合,适用于复杂波动问题的建模与仿真,并提供了完整的Matlab实现方案,便于科研人员理解和复现。此外,文档还列举了多个相关科研方向和技术服务内容,涵盖智能优化算法、机器学习、信号处理、电力系统等多个领域,突出其在科研仿真中的广泛应用价值。; 适合人群:具备一定数学建模基础和Matlab编程能力的研究生、科研人员及工程技术人员,尤其适合从事计算物理、声学仿真、偏微分方程数值解等相关领域的研究人员; 使用场景及目标:①学习并掌握PINN在求解三维声波波动方程中的应用原理与实现方式;②拓展至其他物理系统的建模与仿真,如电磁场、热传导、流体力学等问题;③为科研项目提供可复用的代码框架和技术支持参考; 阅读建议:建议读者结合文中提供的网盘资源下载完整代码,按照目录顺序逐步学习,重点关注PINN网络结构设计、损失函数构建及物理边界条件的嵌入方法,同时可借鉴其他案例提升综合仿真能力。
评论
成就一亿技术人!
拼手气红包6.0元
还能输入1000个字符
 
红包 添加红包
表情包 插入表情
 条评论被折叠 查看
添加红包

请填写红包祝福语或标题

红包个数最小为10个

红包金额最低5元

当前余额3.43前往充值 >
需支付:10.00
成就一亿技术人!
领取后你会自动成为博主和红包主的粉丝 规则
hope_wisdom
发出的红包
实付
使用余额支付
点击重新获取
扫码支付
钱包余额 0

抵扣说明:

1.余额是钱包充值的虚拟货币,按照1:1的比例进行支付金额的抵扣。
2.余额无法直接购买下载,可以购买VIP、付费专栏及课程。

余额充值