Freedom is the ability to pull yourself away from things that limit your potential. Freedom from obsession, from doubt, from criticism (both self and from others), from social norms and expectations. Freedom is an escape from the artificial worlds we build around ourselves and the impositions that we place on ourselves because of them. Freedom is the permission to be who and what we truly are: not as people or citizens, but living, breathing, thinking, and feeling animals.
Digital ads are a disaster. While ads themselves are a legitimate and often necessary source of income for service providers, the way they’re delivered to users can be downright malicious. On mobile devices, ads have been shown to drain battery life and surreptitiously deliver malware, without the content providers even being aware of it. Until content providers can get their act together, it’s up to users to protect themselves.
In this post, I’ll present a convenient, root-free way of blocking ads on Android devices using free and open source tools.
I came across an article about the lack of interest in open source software among younger programmers. And while I think it’s an important topic and worth discussing, I think the article misses a few important points about who millennials are, how we were affected by changes in computing and why so few of us seem to care about open source.
Wanting to better yourself as a person is a noble and admirable endeavor. As humans, we have the power to think critically about our actions and our behaviors. More importantly, we have the power to change them. This insight and desire for change is a core tenant of what we call “the human experience”, but it’s also a core part of our suffering. As someone who is actively working to overcome my own faults, I want to take the time to look into the idea of “self-help” and how it can actually be damaging when applied in the wrong ways.
This past week saw the release of PixelMaestro 2.0, and with it, a bunch of fixes to device communication and control. You can now plug in any Arduino-compatible board with an attached LED strip or matrix and start controlling it in a matter of minutes. Not only can you send commands to it in real-time, but you can upload complete configurations and store them in EEPROM for long-term storage, even across reboots. This was possible in previous versions of PixelMaestro, but now it’s even easier.
This post demonstrates some of PixelMaestro’s new device integration features and example sketches.
Google’s Digital Wellbeing app found its way onto my phone yesterday, and it’s an interesting new app. Unlike most apps, which fight to hold your attention as long as they can, Wellbeing is all about getting you off of your phone. For a company that amassed its fortune on clicks and views, this seems counter-intuitive. What exactly does Wellbeing offer, and can it actually help you spend less time on your phone?
Most of us experience at least one major shift in how we perceive the world. Whether it results from a traumatic event, or from the natural aging process, at some point we find that our old habits no longer serve our current needs. For me, one of these shifts happened earlier this year.
After taking some time to reflect on the experience, I set about summarizing my thoughts into a set of simple guidelines. These guidelines are meant as a motivational tool to keep myself focused on the things that are the most important to me. I called these guidelines the Three Cs.
About a year ago, I started looking into ways to cross-compile Windows applications from within Linux. This brought me to a cool project called MXE (short for M Cross Environment). With MXE, you can use your Linux machine to generate Windows binaries without having to install any virtual machines or compatibility layers. In this post, I’ll walk you through the process of setting up MXE and turning your source code into a Windows program.
While working on the next release of PixelMaestro, I came across a problem of storing long-term data on an Arduino. I have a system in place where configuration changes are sent to an Arduino over USB as byte arrays, and as the Arduino reads the array it applies the changes. The problem is those changes disappear as soon as you restart the device. How, then, does one store persistent data without having to add an SD card or extra memory? Enter EEPROM.