Hacking Mozilla Table of Contents[z]

本文档详细介绍了如何将代码贡献给Mozilla项目的全过程,包括理解代码开发周期、遵循编码规范及检查代码入库的要求等。此外,还提供了新手入门建议、代码审查流程及项目组织结构的相关信息。

To get your code checked into mozilla.org's CVS repository you'll need to understand our code development cycle, coding practices, and checkin requirements. You probably also want to have a reasonable understanding about the project's organization.

(If you're looking for the document called Hacking Mozilla that used to live at this page, go to the first link below.)

A. Code Development

Life Cycle of a Patch (formerly "Hacking Mozilla")
An overview of how to get the source, develop patches, get them reviewed, super-reviewed and checked in the tree.

Mozilla Hacker's Getting Started Guide
How is the source code organized, where to start, critical tools, rules to follow to contribute.

Good First Bugs
Want to help, but don't know where to start? Here are a few suggestions.

Code review
An FAQ about mozilla.org's code review and super-review process - what it's for, how it works, what to expect.

Super-review
What code needs super-review, what to do if you're seeking a super-review, a list of super-reviewers, plus some tips about what to consider in your code before seeking super-review.

Development Strategies
Some strategies to help developers stay productive.

Tips on Contributing New Features to Mozilla
Design and implementation suggestions for large contributions.

B. Mozilla Coding practices

Mozilla Coding Style Guide
Explanation of the basic styles and patterns that are used in the Mozilla codebase. New code should try to conform to these standards.

Seamonkey Code Reviewer's Guide
A high level outline of what to look for when doing a code review.

Rules and Tips
Questions to ask about your code before you submit it for super-review.

C++ portability guide
Rules, guidelines, and tips for making C++ code portable across many machines and compilers.

C. Checking Code into the mozilla.org tree

Working with the Seamonkey Tree
Description of how to build and test your code before checkin, how mozilla.org manages checkins and each developer's responsibilities to the community when code is committed.

The Seamonkey Engineering Bible
An older but still useful document containing guidance on how to make checkins go smoothly.

Pre-checkin tests
The minimum tests that must be run before you check code in.

Hacking Mozilla with Bonsai (aka "Being on the Hook")
When your code is checked in you are "on the hook." Here's a description of what this means..

Tinderbox Performance tests
These are the tests Tinderbox runs to measure performance. They can be run on patches whose performance impact is suspect.

Performance Regression Policy
When the tree is to be closed due to performance regressions and how it is to be reopened.

Full Smoketests
Tests Mozilla Community QA runs each day on the verification builds.

Getting commit access to Mozilla source code
Steps required to obtain CVS write access to mozilla.org's CVS repository.

Using SSH to connect to cvs.mozilla.org FAQ
A guide to setting up access to cvs.mozilla.org using ssh.

How to complete the CVS Contributor Form
Information on completing the form one needs to fill out as part of the process of getting CVS write access, plus a link to the form itself.

D. Project Organization

Mozilla Roles and Responsibilities
A description of the formalized roles in the Mozilla community -- mozilla.org, drivers, module owners, etc.

Mozilla Modules and Module Ownership
Information on the nature of Mozilla modules, role of module owners, criteria for module ownership, and designating module owners.

Handling Mozilla Security Bugs
mozilla.org policy for handling bugs related to security issues.

考虑柔性负荷的综合能源系统低碳经济优化调度【考虑碳交易机制】(Matlab代码实现)内容概要:本文围绕“考虑柔性负荷的综合能源系统低碳经济优化调度”展开,重点研究在碳交易机制下如何实现综合能源系统的低碳化与经济性协同优化。通过构建包含风电、光伏、储能、柔性负荷等多种能源形式的系统模型,结合碳交易成本与能源调度成本,提出优化调度策略,以降低碳排放并提升系统运行经济性。文中采用Matlab进行仿真代码实现,验证了所提模型在平衡能源供需、平抑可再生能源波动、引导柔性负荷参与调度等方面的有效性,为低碳能源系统的设计与运行提供了技术支撑。; 适合人群:具备一定电力系统、能源系统背景,熟悉Matlab编程,从事能源优化、低碳调度、综合能源系统等相关领域研究的研究生、科研人员及工程技术人员。; 使用场景及目标:①研究碳交易机制对综合能源系统调度决策的影响;②实现柔性负荷在削峰填谷、促进可再生能源消纳中的作用;③掌握基于Matlab的能源系统建模与优化求解方法;④为实际综合能源项目提供低碳经济调度方案参考。; 阅读建议:建议读者结合Matlab代码深入理解模型构建与求解过程,重点关注目标函数设计、约束条件设置及碳交易成本的量化方式,可进一步扩展至多能互补、需求响应等场景进行二次开发与仿真验证。
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