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The primary site navigation is: Homepage overview Get involved Projects Ecosystem Our program Other content includes: Jobs an external link Blog an external link Code of Conduct text a "thank you" page about the open source powering the project Contributing Code of Conduct This project has adopted the Microsoft Open Source Code of Conduct. CLA This project welcomes contributions and suggestions.

Thanks for your understanding. Trademarks This project may contain trademarks or logos for projects, products, or services. Telemetry By default, this project does not include telemetry ; however, the GitHub Actions may generate the production version of the site without modification. Data Collection. The software may collect information about you and your use of the software and send it to Microsoft.

Microsoft may use this information to provide services and improve our products and services. You may turn off the telemetry as described in the repository. There are also some features in the software that may enable you and Microsoft to collect data from users of your applications. If you use these features, you must comply with applicable law, including providing appropriate notices to users of your applications together with a copy of Microsoft's privacy statement.

You can learn more about data collection and use in the help documentation and our privacy statement. Your use of the software operates as your consent to these practices.

Development Developing with Codespaces Run these commands in your Codespace: bundle npm install bundle exec jekyll serve. Whether new to Microsoft, or learning… Read more. Securing the software supply chain and verifying that chain is hard for any software, and containers running in Kubernetes are no exception. Operational best practices like image signing, scanning, provenance verification, and ensuring these operations have been properly completed with signed software bill of materials SBoMs are all required, and tons of tools are appearing… Read more.

In May , we announced the effort to make eBPF work on Windows, and were encouraged by the huge amount of interest. Six months have passed since then, and… Read more. Welcome to KubeCon in Los Angeles!

Commercial security intelligence sources augment public vulnerability data with additional information, and while the details vary by vendor, they generally include things like: Higher-fidelity vulnerability data — which versions of a component are affected, and to what extent? Dependency information — which components are affected because they depend on a vulnerable component?

Mitigation guidance — if upgrading to a new version isn't viable, can the risk be otherwise mitigated? Capabilities vary widely here; we strongly encourage you to do your own research and select a vendor that can help you mitigate the risks that you believe will affect you.

Since open source components, by definition, have source code available, it's feasible to use security tools, such as static analysis, to identify new vulnerabilities. This can significantly improve your understanding of the security posture of an open source component, often resulting in newly-identified security vulnerabilities which we strongly encourage you to report back to the open source project to be fixed. Like the commercial data vendors, the capabilities of static analysis tools vary widely, and you should select one or more that fit both the technology stacks commonly in use and your preferred software development methodology.

Review SDL Practice 9 for more information on static analysis tools. A comprehensive security audit of an open source component can provide the highest level of assurance that the component is highly secure. Such an audit should include multiple areas, including: Project Health. Is the component still maintained? Does it have a history of security vulnerabilities? Does the author release security fixes in a timely manner?

Public Vulnerabilities. Static Analysis. Run high-quality static analysis tools to identify potential security vulnerabilities. Dynamic Analysis. Secure Configuration. Most packages offer documents and spreadsheets as standard, but some providers may not provide database or presentation software in a bundle. The intention was to build an open source development community around the software, and provide a free and open alternative to Microsoft Office.

The new project was known as OpenOffice. It quickly became a competitor to Microsoft Office, achieving 14 per cent penetration in the large enterprise market by The development of OpenOffice.

It also contributed Oracle-owned code to Apache for relicensing under the Apache License, at the suggestion of IBM, as the latter did not want the code put under a copyleft licence. This code drop formed the basis for the Apache OpenOffice project.

It can also read a wide variety of other file formats, particularly those from Microsoft Office. Apache renamed the software Apache OpenOffice. The alternative name LibreOffice was picked after researching trademark databases and social media, as well as after checking to see if it could be used for URLs in other countries too. Earlier, OpenOffice. LibreOffice 3.

Later, Go-oo was discontinued in favour of LibreOffice. Since the office suite that was branded OpenOffice. It was forked in from OpenOffice. Since the core of the OpenOffice.

LibreOffice supports third-party extensions. It is used to write small programs known as macros, with each macro performing a different task, such as counting the words in a paragraph.

Specifically, LibreOffice is often considered to be more actively developed than OpenOffice; the standard package, for example, offers PDF import, a presentation minimiser and a Wiki publisher.

Users can expand functionality with extensions and templates as well. It includes a word processor, spreadsheet, presentation tool, drawing package and database.