[Michael] tells us that this first version is pretty simplistic, and currently uses a single word list with all 2,309 terms in the New York Times version. Translations to Finnish, Russian, and German are in the works, though interestingly it looks like the effort is currently stymied by the fact that the code doesn’t support words with hyphens in them; meaning it’s possible to find yourself in an unwinnable situation if you’re playing in Russian. We’re sure that’s just a coincidence and not meant as any kind of political commentary, but still…you can’t make this stuff up.
So how does one go about developing a new game for a failed console from the early 2000s? The answer is by using the modern N-Gage SDK that’s is currently in development, which lets you write code for the system using popular tools and libraries like Visual Studio 2022, CMake, and SDL. But [Michael] isn’t just a user of this new SDK, he’s also the brains behind the operation.
The hope is this new development platform will lead to something of a renaissance for the maligned device, and he’s even started a Discord server to discuss the past, future, and present of sidetalkin’. If you’re surprised to find yourself looking up what a used N-Gage goes for on eBay these days, join the club.
The ESP8266 is a chip that turned a lot of heads recently, stuffing a WiFi radio, TCP/IP stack, and all the required bits to get a microcontroller on the Internet into a tiny, $5 module. It’s an interesting chip, not only because it’s a UART to WiFi module, allowing nearly anything to get on the Internet for $5, but because there’s a user-programmable microcontroller in this board. If only we had an SDK or a few libraries…
Included in the SDK are sources for an SSL, JSON, and lwIP library, making this a solution for pretty much everything you would need to do with an Internet of Things thing. As far as LX106 core is concerned, there’s example code for using the spare pins on this board as GPIOs, I2C and SPI busses, and a UART.
This turns the ESP8266 into something much better than a UART to WiFi module; now you can create a Internet of Things thing with just $5 in hardware. We’d love to see some examples, so put those up on hackaday.io and send them in to the tip line.
[Koush] is at it again, this time releasing AirCast, an Android app that’ll push videos to the Chromecast from Dropbox, Google Drive, and your phone’s Gallery. Astute Hackaday readers will recall that AirCast has been around for a few weeks now, but limited to only his whitelisted Chromecast. As [Koush] explains it, he had to reverse engineer the protocols and now he simply avoids the Chromecast SDK entirely. If you’re lucky enough to have a Chromecast, you’ll want to hurry and grab the APK (direct download link) and have some fun with it before it self-destructs. [Koush] isn’t ready to release it for more than a 48 hour period, but we encourage you to take advantage of AirCast and contribute to his call for feedback, bugs, and crash reports. You have a little under a day left.
See “AllCast” work its magic in the video below. No, that’s not a typo. Apparently [Koush] has been struggling with available names for the app, and you’ll hear him call it “AllCast” in the Youtube video. That name was taken for some other product, though, and “AirCast” has now replaced it. If you suddenly regret not immediately ordering a Chromecast and are sitting this one out, go read [Mike’s] rant and get psyched up for when they’re back in stock.
I’ve had my hands on this Chromecast for almost a week now and I love it. Years ago I hacked my first Xbox after seeing [Kevin Rose] do it on The Screensavers (I did the hardware mod but that’s inconsequential). Why did I do this? So that I could run Xbox Media Center, the predecessor of XBMC. Since then I’ve dreamed of a device which can be hung on the back of the TV with Velcro and run XBMC. We basically got there with the Raspberry Pi, but the Chromecast is the form-factor that I had always envisioned. This lets me watch Netflix, while the RPi runs XBMC. The two are match made in heaven for under a hundred bucks.
That’s why I love the Chromecast device itself, but the bigger picture is that I love what it stands for. Keep reading to see what i mean.
This is Sony’s smart watch, which has been around for a while now. It’s designed for use with your Android phone, and has always included an SDK that allows app developers to interact with it. But now Sony is taking it one big step further. They’ve published everything you need to know to hack your own firmware for the SmartWatch.
The navigation scheme for that articles includes five menu items at the bottom which you’ll want to dig through. The most interesting to us was the one labeled “SmartWatch hacker guide”. It lays bare the hardware used in the watch and how it’s peripheral component connect to each other. This starts with the STM32 (ARM) microcontroller that drives the watch. It goes on to document how the screen is addressed (SPI1) including the pin to turn it on and off. The same goes for the Bluetooth, accelerometer, buzzer, and touch sensors.
Firmware is updated via USB using Device Firmware Upgrade (DFU) mode. We don’t don’t see any way to connect an on-chip debugger. We searched to see if there is a JTAG port on the circuit board and it sounds like getting the watch apart without breaking it is pretty tough.
Now that you don’t need to stick to what Sony had planned for the device, what do you want to do with your strapless wristwatch?
The challenge here is figuring out a reliable way to track the tip of the pencil as it moves through the air. You may have already guess that they are using a Microsoft Kinect depth camera for this task. The Windows SDK for the device actually has a wrapper that helps it to play nicely with LabView, where the data is converted to position commands for the display.
On the Etch a Sketch side of things they’ve chosen the time-tested technique of adding gears and stepper motors to each of the toy’s knobs. As you can see from the video after the break, the results are mixed. We’d say from the CNC ‘W’ demo that is shown there’s room for improvement when it comes to the motor driver. We can’t really tell if the Kinect data translation is working as intended or not. But we say load it up and bring to a conference. We’re sure it’ll attract a lot of attention just like this giant version did.
[Kevin] wrote in to tell us about the robotics development platform he’s been working on for the last few years. He calls his device the DyIO, and looks like an extremely easy way to get a robot up and running quickly.
Because the DyIO stands for Dynamic Input & Output, [Kevin] thought it was important to put 24 separate IO pins in his build. These pins can serve as 24 digital inputs or outputs, a few analog inputs and PWM outs, or even DC motor controls.
What’s really interesting is the SDK that [Kevin] and his team chose to build. With this SDK, you can program the DyIO in Java or just about any other language you would want. Already, [Kevin] and his team have built a few interesting projects around the DyIO, like a hexapod robot and animatronic pokemon. While we’re sure something awesome beyond imagination is waiting to be built with the DyIO platform, you can check out these already-completed builds after the break.