Well, I've built and led developer communities for 10+ years at Sun, Oracle, and Red Hat, so I have experience in leading crossfunctional teams to develop and execute strategy, planning, and execution of content, and marketing campaigns and programs. I've also led engineering teams at Sun, and I’m a founding member of the Java EE team.
At Couchbase, a developer advocate helps developers become effective users of a technology, product, API, or platform. This can be done by sharing knowledge about the product using the medium where developers typically hangout. Some of the more common channels include blogs, articles, webinars, and presentations at conferences and meetups. Answering questions on forums and Stack Overflow, conversations on social media, and seeking contributors for open source projects are some other typical activities that a developer advocate performs on a regular basis.
I was a bookkeeper for many years. Long ago, I had to hand-enter all data to a paper spreadsheet with a pencil.
When my clients started getting computers, I was fascinated by everything about these amazing tools: the hardware, the software, how customizable it all was. In my spare time, I started taking occasional computer-related classes at my local community college, and doing many IT-related tasks for my clients, in addition to the bookkeeping I was already doing for them.
In 1995, I met the man who became my husband. He got a personal computer that same year, and happily allowed me to become our home IT expert.
Canonical, a 750-person company with employees in more than 42 countries around the world, is the driving force behind Ubuntu open-source software. Although Canonical and Ubuntu are well-known and well-respected among hardcore technologists, most consumers have probably never heard of either.
This is an unfortunate reality of open-source software. Products and projects dedicated to democratizing technology by making computer use free and fair for everyone often fly under the radar. Whether Canonical and Ubuntu become synonymous with the general consumer is largely dependent on whether or not consumers move away from traditional device usage. Can Canonical's vision for a converged computing experience across a spectrum devices make the Canonical name as synonymous with desktop users as it is with users of its enterprise cloud and application performance management (APM) solutions?
I chatted with Canonical CEO Jane Silber, a remarkable executive with a rich technological background, over email about the challenges Canonical faces in consumer computing and even television, as well as how the company plans to maintain its status in the enterprise cloud and software markets.
There were big changes announced at Google this week as the company's "Google Hardware" team came out of hiding and announced a slew of products. The star of the show was definitely the Google Pixel, Google's new pair of smartphones that the company is saying it designed while using HTC as a manufacturer. The advent of Pixel phones means Google is an Android OEM again, harkening back to the days when it owned Motorola. This time, though, the company is serious about hardware and software integration.
Android, however, is the world's most popular operating system because of OEM partners like Samsung, Huawei, Xiaomi, and LG. And if Google wants Android to continue to deliver Google services to billions of people, it will still need all those partners. Google once again has a delicate balancing act to pull off. The company must do its best to deliver a Google-y Android phone while not stealing the thunder from other OEMs or putting them at a serious competitive disadvantage.
Operating system security is top of mind right now, and Linux is a big part of that discussion. One of the questions to be solved is: How do we ensure that patches going upstream are properly reviewed?
Wolfram Sang has been a Linux kernel developer since 2008, and frequently talks at Linux conferences around the world, like LinuxCon Berlin 2016, about ways to improve kernel development practices.
Let's get his point of view.
Linux containers are helping to change the way that IT operates. In place of large, monolithic virtual machines, organizations are finding effective ways to deploy their applications inside Linux containers, providing for faster speeds, greater density, and increased agility in their operations.
While containers can bring a number of advantages from a security perspective, they come with their own set of security challenges as well. Just as with traditional infrastructure, it is critical to ensure that the system libraries and components running within a container are regularly updated in order to avoid vulnerabilities. But how do you know what is running inside of your containers? To help manage the full set of security challenges facing container technologies, a startup named Anchore is developing an open source project of the same name to bring visibility inside of Linux containers.
AS PART of our visit to LinuxCon this week we’re going to ask five key players in the Linux story the same 10 questions to get an idea of where Linux has been, where it is and where it’s going.
And who better to start with than Linus Torvalds, the often outspoken creator of Linux itself. Torvalds isn’t actually attending the celebrations this year, but was kind enough to chat to the INQUIRER by email.
In the meantime, I was able to convince Phil to step out of his metaphorical kitchen for a few minutes to chat about how he uses Android in his day-to-day life. This is a man who has seen and used practically every Android device over the past several years, after all -- and a fair number of apps and customization tools, to boot.
So what devices does someone with so much knowledge carry around in his own trousers, and how does he make the most of what they have to offer?
Enough with the suspense already. In his own words, this is how Phil Nickinson uses Android.
I started using Linux when I was in school. But at that point, I was limited to Installation and running a few commands. I really started learning and growing my interest in Linux while I was working on my degree in Computer Applications. My first distribution was Red Hat CentOS. I spent many hours learning Linux and enjoyed it.
A few years ago I decided to try Linux and it was surprisingly easy to install and use. Since I started with Ubuntu there were already lots of tutorials online for beginners. Initially I was interested in learning about the Linux kernel but using Linux led me to discovery of new tools such as vim, git, and bash shell.
I started experimenting with the kernel over a year ago when I wrote a simple hello module and loaded it into the kernel. After that I started making simple fixes using scripts such as checkpatch.pl and submitting patches. My confidence grew and eventually I joined the Eudyptula challenge to deepen my knowledge and I started making even bigger changes to the kernel tree. After being accepted into the Outreachy program, I had the opportunity to learn more about driver development and also got to work on embedded ARM devices running the Linux operating system.