Good news for the Galaxy Tab 10.1 hackers, modders, and customizers out there: Sammy released the kernel source code this morning.
Head over to the Samsung Open Source Developer Center to grab the download and get crackin'!
Good news for the Galaxy Tab 10.1 hackers, modders, and customizers out there: Sammy released the kernel source code this morning.
Head over to the Samsung Open Source Developer Center to grab the download and get crackin'!
It seems like Samsung was releasing source code on a daily basis there for a while, but it has been relatively quiet over the past couple of weeks in that area. Today, though, the Sammy crew dropped the source code for the upcoming Exhibit 4G, which is set to land on T-Mobile sometime this month.
As it turns out, we just couldn't resist the joke after all.
If you're aching to crack this code open, you can grab it from Samsung's Open Source Developers Center.
Update: If you've somehow inexplicably ended up at this article, please note, HTC has since announced the 3D will be unlocked (at some point) and their future policy is to have unlocked bootloaders on all devices.
It seems HTC has finally caved to what are likely the security demands of wireless carriers with its newest phones, and is locking down its handsets Moto-style. Latest case in point: the EVO 3D - which sports the same sort of security we found on the Sensation earlier this month. In other words, good luck cracking into this thing.
Before we get any further, there seems to be some confusion on what exactly is "locked down." Let's clear that up: the bootloader image itself is not encrypted.
Ok, so we have some good news and some not-as-good-as-you-would-like-it-to-be news for Notion Ink Adam owners. Let's start with the good: according to the official Notion Ink blog, the kernel source code for the Adam has been released. Great, right? Now all of the custom fun that you've been waiting for is just around the corner, you just have to wait on developers to download the code and get to work.
Oh, the not-as-good-but-still-decent news? It looks like there is also an update on the way... but it's not a Honeycomb update. I know, it's disappointing, but at least it's something.
Motorola has had a dark past when it comes to bootloaders. Apart from a couple exceptions (most notably, the XOOM), all of the major Motorola devices have had locked bootloaders, and thus, Android customization enthusiasts have been shut out from such tweaks as custom kernels.
Recently, there has been quite an outcry directed at Motorola and their bootloader policy, in the form of petitions and hijacked polls, and it looks like they have heard users' requests. In response to questions from Irwin Proud, the man behind the petition, Motorola has indicated that they plan on changing their tune.
“In terms of your question – we completely understand the operator requirement for security to the end user, and as well, want to support the developer communities desire to use these products as a development platform. It is our intention to enable the unlockable/relockable bootloader currently found on Motorola XOOM across our portfolio of devices starting in late 2011, where carriers and operators will allow it.”
*Hold for applause* Yes, it looks like the company notorious for their developer-unfriendly attitude has heard the requests of the Android community and is ready to embrace handset freedom.
Keeping up with its newfound timeliness as of late, Samsung has dropped the source code for the recently released Sidekick 4G. Considering the Sidekick seems to be easily rootable using the SuperOneClick method, it probably won't be too long before we are knee deep in all of the custom ROM goodness that we can handle.
Head over the the Open Source Developers Center and search for "SGH-T839_Opensource.zip" to snag the download.
Source: Open Source Developers Center
If there's one thing that most rooted users love to do, it's flash their devices. While ROM Manager has always made flashing new ROMs particularly easy, what about new kernels? ROM Manager does support kernel flashing, but it's pretty basic compared to the app's other features. That's all about to change though, because XDA member Shinzul along with TeamWin have been working on a ROM Manager-esque app for kernels, appropriately named Universal Kernel Manager.
The idea is simple: Kernel developers will submit their kernels to TeamWin, where they will be uploaded to a centralized location and readily available to download via Universal Kernel Manager.
The XOOM's currently nonfunctional microSD card slot has likely turned off many a potential buyer, but – if you're willing to take your chances with unofficial software from the Android dev community – the problem has finally been solved.
The solution comes by way of an update to Tiamat, a custom kernel from XDA member bigrushdog. Installation is more or less identical to any other kernel, but if you need instructions, knock yourself out:
The Asus EEE Pad Transformer has yet to hit US soil and it has only been out in the UK for a short amount of time, but thanks to a collaborative effort from Android hackers @PauOBrien and @BumbleDroid, it's already been rooted. The method is still very rough around the edges right now, and it's not ready for prime time use just yet - for example, there is no backup method (such as Nandroid) - but that should be coming down the pike soon.
This is great news for those looking to pick this little bad boy up once it's released in the US since a more stable method of gaining root (and possibly custom ROMs) will most likely be available by then.
We all want to squeeze every last little bit of juice out of our devices that we can, and if you happen to have a rooted HTC EVO 4G running an AOSP kernel (such as the one that ships with CyanogenMod), then XDA member -viperboy- just made your life a little bit better. Thanks to him, there is now an easy to way to undervolt your kernel, by way of four flashable .zip files.
Generally speaking, AOSP kernels are volted to support several different devices, so it stands to reason that some devices could handle lower voltages.