How-to: recycle your old gadgets

We see a lot of gadgets come in the door here at Engadget. In fact, getting them in the door is actually the easy part… it’s getting them back out that’s a bit confusing. Recycling — something that most of us do on a day-to-day basis with our trash — is a bit stickier when it comes to gadgets. In recent years, however, most major consumer electronics companies have stepped up their games a bit and begun “take back” recycling programs of their own. There are a lot of resources out there if you want to rid yourself of old gadgets in a responsible way, but it can be a pretty overwhelming prospect, especially if (like us) you have an actual pile of old cellphones which has been growing since 1998. We thought about that a lot, and decided to try to make sense of all the wild masses of information out there on the internet, and to provide our readers a central location to look for all that information. Read on and see what we’ve come up with!

Continue reading How-to: recycle your old gadgets

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How-to: recycle your old gadgets originally appeared on Engadget on Tue, 27 Oct 2009 13:56:00 EST. Please see our terms for use of feeds.

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Convert Extract Audio from Videos

This article was written on September 26, 2008 by CyberNet.

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There have been a few times where I’ve wanted to extract audio from video files, but it’s not always easy to find a free tool that can successfully do that. I highly recommend grabbing the free Pazera app if you ever find yourself in a similar situation. To make it even more useful the program also doubles as an audio conversion utility.

What are some things you can do with this? One great example is taking an FLV video (such as one from YouTube), and turning it into a standard MP3 music track. Think of all the free music you could get by doing this! It’s important to note, however, that the audio quality of a YouTube video isn’t exactly the greatest.

Here’s a list of video and audio formats it supports during the conversion process, and also some great features you should know about:

  • Video conversion: AVI, DivX, XviD, MPEG, MPG, WMV, ASF, MOV, QT, FLV, SWF, MP4, M4V, 3GP, 3G2, RM, RMVB, MKV, VOB, VCD DAT, OGM, AMV to MP3, AAC, AC3, WMA, FLAC or WAV.
  • Audio conversion: WAV, MP3, AC3, AAC, M4A, MPC, MPA, MP2, WMA, FLAC, SHN, APE, OGG, WV, AMR to MP3, AAC, AC3, WMA, FLAC or WAV.
  • Profiles. Users can create custom profiles, or you can select from one of the many already available.
  • Doesn’t need any installation. Just extract ZIP archive and click AudioExtractor.exe file. All of the settings are stored in a single file so that it can be carried around with you!

I guess if Super doesn’t do the trick that this just might.

Get Pazera [via Lifehacker]

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How To: Hackintosh a Dell Mini 10v Into the Ultimate Snow Leopard Netbook

Here’s the pitch: a 10-inch, almost-pocketable computer running Snow Leopard, the latest, greatest version of OS X. It costs just $300. Sound good? Here’s how to make your own.

Why You Should Do This

Last time we threw together a guide like this, things were different. Snow Leopard was but a glint in Steve Jobs’ eye, and in terms of hardware, the Mini 9 was the best thing going—it was pretty much the only netbook you could guarantee would work perfectly. Not to mention the hackintosh process was much, much more complicated. And riskier! And yet, despite all this, it was easy to recommend loading a Mini up with OS X, because to put it bluntly, the results were fantastic.

But the Mini 9 was a bit too small for regular use, and even if it’s still pretty easy to buy one, it’s not officially part of Dell’s product line anymore. Fast forward to now: the Mini 10v is a (quite similar) replacement for the 9, with a slightly larger screen, 160GB HDD standard, and 1GB or RAM. Most importantly, the keyboard is a bit larger, and the price is wonderfully low: $300 for a netbook that’s completely ready for hackintoshing. Or to put it another way, the 10v is a $300 Apple netbook.

And it isn’t just the hardware that’s changed, it’s the software. Snow Leopard is fast—faster than 10.5—and its new interface features, like Dock Expose, make using OS X on a netbook even easier. Finder is faster, Quicktime has a new interface. It’s a pretty big upgrade from Leopard, is what I’m trying to say.

And installation tools have grown up too. Netbook hackintoshing used to be an all-day process, with external optical drives, Terminal commands, and numerous terrifying driver tweaks. Today, there are simple software utilities to take care of all this for you. So let’s recap: Since 2008, the hardware has gotten cheaper and better, OS X more mature, and the installation process much simpler. Oh yeah, and Snow Leopard retail costs $30. (Though strict moralists should note that this is intended to be an upgrade.) There’s never been a better time to hackintosh—not by a long shot.

That said, one thing hasn’t changed. TERMINAL > SUDO REWRITE DISCLAIMER:

Even though we’re using a standard retail-purchased copy of OS X, the disclaimer: Apple does not like Hackintoshing. It violates the OS X EULA, and probably won’t make the Dell folks too happy either, should you need to return your hacked Mini 9 for service. So, as always, proceed at your own risk.

And of course, this tutorial messes with some pretty core components of your netbook, which means there’s a real, if small, risk of brickage. Proceed at your own risk, again. Anyway.

What You’ll Need

Dell Mini 10v. The stock version, at $300, works perfectly. [Note: I’m getting a lot of questions about this, so just to be clear: This has to be a 10v, not a regular Mini 10. Lots of netbooks can be hackintoshed, but the Mini 10 has an incompatible graphics card/chipset. Sorry!]

• BIOS version lower than A06 (A05, A04, A03 all work fine)

Downgrade instructions are available here, though they require a Windows PC for creating a bootable DOS flash drive. There are a lot of scary acronyms here, but don’t worry—it’s no more than a few minutes of work.

• Retail copy of OS X 10.6 (NOT an OEM copy that comes with a new Mac). An ISO will do fine here too, but discs are just $30, you cheapskate. Upgrades to 10.6.1 should be applied after the fact.

• An 8GB (or larger) USB flash drive, the faster the better. External HDDs will work too.

• A Mac with a working optical drive, for preparing your flash drive

Netbook BootMaker (a free Mac application)

Preparing Your Flash Drive


The 10v doesn’t have an optical drive, and it’s a pain in the ass to have to go find one, burn a new disc, and do things the old-fashioned way. Installing from a USB flash drive is much, much easier. So that’s the method we’ll be running with.

1. Insert your flash drive and OS X Retail install disk into your computer

2. Open Disk Utility (searching in Spotlight is the easiest way to find this)

3. Select your flash drive from the list on the left. Make sure to select the drive itself, not any partitions you may have written to it before.

4. In the right panel, select the “Partition” screen.

5. From the dropdown menu, select “1 Partition,” then click “Options” below the partition map.

6. Select “Master Boot Record.” This will ensure that your Mini 10v can boot from your flash drive. Select a name for your partition—doesn’t really matter what—and apply your changes. Keep in mind this will delete anything you have on your flash drive right now, so back it up if need be.

7. Once this is done, move from the “Partition” screen to the “Restore” screen in Disk Utility

8. For your Restore Source, select (by dragging) the OS X install disk from the left panel. Make sure this is the item called something to the effect of “Mac OS Install DVD,” not “Optiarc DVD” or some other hardware title. For the destination, drag your newly-prepared partition over. Click restore.

This will take at least an hour, so go have sandwich or something. Or even better, skip ahead make sure your Mini 10v is ready for the install, as outlined in the next section.

Ok, once that slog is done, it’s time to let Netbook BootMaker do its magic. And let me be clear: it is magic. What this utility will do is install a special bootloader on your flash drive, which allows your netbook to begin an OS X install. It also throws in a few driver tweaks, to make sure your 10v, y’know, work.

9. Running BootMaker is easy—just open the app, select your OS X partition on your newly-minted flash drive, and tell it to GO GO GO.

Aaaaand that’s it! You’re ready to start hackintoshing.

Installing OS X

First, you’re going to need to do some light prep on your 10v.

10. Jump into the BIOS, since we’re going to need to check on a few things. You can do this by restarting the 10v, and hitting F2 as the Dell logo first shows up.

11. Double-check to see if you have the right BIOS. As long as it’s lower than A06, you’re fine. If not, refer back to the “What You’ll Need” section.

12. With the arrow keys, cycle over to the “Advanced” screen, where you’ll see a list of options. USB BIOS Legacy support should be enabled, as should Bluetooth.

13. Now cycle over to the Boot screen. This is where you tell your 10v which drive to start from. During normal use, this will be the hard drive where your OS is installed. Since we’re installing an OS today, though, you’re going to want to select “USB Storage,” and move it to the top by pressing the F6 key.

14. Once you’re done, press F10 to save and exit. If you’re ready to dive straight into the install, make sure you have your prepped USB drive plugged in and ready to go.

15. Plug your computer in, if it’s not already. You don’t want your netbook to die halfway though—this will only lead to sadness.

Next time you boot with your flash drive plugged in, you should see this screen. Don’t be alarmed by the spinning pinwheel; just leave it for a few minutes. Your computer is thinking.

16. HAHA, BEHOLD! This screen here, it’s awfully Apple-y! But you’re not done yet. Let the install complete, following the regular prompts as you go. When it asks you where to install OS X, select and clear the entire HDD of your device. This will delete everything, so make sure you have your stuff backed up.

After about an hour, you’re done. Seriously—that’s it. Your first boot will take longer than normal, and your desktop may freeze for minutes at a time. Give it some time to figure everything out. Within about 10 minutes, your desktop should be ready to go.

Odds and Ends

By and large, your install should work out of the box. Sleep, shutdown/startup, sound, keyboard shortcuts, battery indicators, and anything else you can think of should be present and at attention, barring one glaring flaw: the trackpad. It’s kinda shitty, and makes dragging-and-dropping nearly impossible. Here’s what you need to do:

17. Go here, and download the attached trackpad driver.

18. Open Finder on your 10v, and press CMD+Shift+G (on this keyboard, that’s Alt+Shift+G.) In the box that comes up, typed “/Extra” and press enter.
This will bring you to a hidden folder. Copy the .kext file you’ve download into the Mini10vExt folder, making sure to back up the one you’re replacing.
19. Run the app in the “Extra” directory called UpdateExtra, which will alert OS X to the new drivers. Restart your computer.

Now you should be able to click and drag—the cursor should jump when your second finger makes contact. You should see, as you could before, a panel in the OS X preferences where you can adjust trackpad settings. Play with them as you like—two finger scrolling is great, and makes the 10v feel more like a genuine Apple netbook.

The only other issue you’re likely to run into is the occasional too-tall settings screen. Here‘s an obscenely clever virtual screen resolution workaround for that.

So There You Go


You’ve got yourself a fully-functioning, beautifully small Snow Leopard netbook, which’ll do 90% of what a 13-inch MacBook can, at 70% the size and about 25% of the cost. Mine’s close to perfect: With an extended battery, I’m pushing 7 hours of battery life with Wi-Fi, which makes my MacBook pro look like a LOSER. And tiny extra bit of size over the Mini 9 means the keyboard is just large enough to work on, meaning this thing isn’t just a toy—it’s a decent investment. This from a guy with banana fingers.

Performance is acceptable, meaning you can run regular apps like iTunes, Firefox—and even Photoshop in a bind. It’s not noticeably slow during normal use, though it’ll choke on higher-res Flash video (no YouTube HD, but SD works fine). As with any netbook, this pretty much can’t be your main machine. But it’s a brilliant extra portable machine, for toilet browsing, travel, class notes and the like.

Anyway, buckets of thanks to the MyDellMini forums, especially users MechDrew (site here) and Bmcclure937. Without their guides, I wouldn’t have been able to write this one. And of course, a hat tip to Adam Pash, who was already elbow-deep in Snow Leopard hackintoshing when we were all still too afraid. See his fantastic guide to building the build your own desktop hackintosh here. UPDATE: And I’d be remiss not to mention Meklort, the main developer of the NetbookInstaller suite, which does most of the heavy lifting here. —Thanks, Brian!

So that’s about it! Please add in your experiences in the comments-your feedback is a huge benefit to our Saturday guides. Good luck with your own Hackintoshing, and have a great weekend!

How to Survive Boot Camp (and Run Win 7 on a Mac)

Windows 7 and Snow Leopard are great. And cheap. Boot Camp‘s the free, official way to run them both natively on one machine. It’s easy to setup, and just works, except when it doesn’t. Here’s how to survive Boot Camp.

Boot Camp, to be clear, is different from virtualization software like Parallels or VM Ware Fusion or Virtual Box, which you let you run Windows inside of OS X, almost like an application. Boot Camp runs Windows natively on a Mac—you power on, click the Windows icon at the boot manager, and it starts it up, just the same as if you’d powered on a Dell. Why Windows straight up on a Mac? To live a little. Or in my case, to play PC games.

What you’ll need

• A Windows 7 disc
• A Snow Leopard disc
• An Intel-based Mac
• Free disc space!

More on system requirements here.

It’s easy, probably

Boot Camp, and the process of installing Windows in most cases, couldn’t be more straightforward, at least as far as operating system installs usually go. After you’ve got your Mac up and running like normal, fire up an app called Boot Camp Assistant (just use Spotlight). It’ll warn you to back up your disk before installing Windows, which you should, since you are asking favors of the hard drive gods here.

Boot Camp Assistant will ask how much of your hard drive you wanna dedicate to Windows. You want more than the laughably small 5GB of space it suggests. Since I keep around 3-4 games on my Windows partition at a time, and I want some breathing room just in case, I stick with 40GB, but you probably really want no less than 20GB. Slide the bar toward the Finder face, granting Windows how much hard drive space you want it to have. After you click partition, Boot Camp Assistant will start getting your hard drive divvied up for some Windows action, which’ll take a few minutes. Once that’s done, you’ll need your Windows disk.

If everything went according to plan, skip this next section!

If something went wrong

It’s possible you’ll get an error that says Boot Camp Assistant wasn’t able to create the partition because some files couldn’t be moved, and you need to format the drive into a single partition. Basically, what’s happened here, most likely, is that your hard drive is fragmented like a mofo, and there’s not enough contiguous space for Boot Camp Assistant to create the Windows partition. Yeah, disk fragmentation. In OS X. Believe it. From here, there a couple possible solutions.

If you’re extraordinarily lucky, it’s possible you might be able to simply restart your computer and stuff will just work. Probably not! From there, you proceed to the free and easy solution. Using Disk Utility, resize your main OS X partition, reducing it by 40GB (or however much you plan on making your Windows partition). Hit apply, and pray. If that goes peachy, you’ll have 40GB of unused space on your disk. Go back to Disk Utility, and re-expand your OS X partition to reclaim the 40GB. After that’s all done, run Boot Camp Assistant again, and since the hard work of moving files around on the disk was done by Disk Utility, you should be golden.

If, on the other hand, Disk Utility also refused to change your drive’s partitions, you have two choices. The nuclear option is to back up, format your hard drive completely, then run Boot Camp and divide your hard drive into partitions from the Snow Leopard installation before restoring all of your OS X data via machine. Since my Snow Leopard install was practically virginal, as a totally clean (not restored) install that was only around 10 days old [ed. note—how the hell did your hard drive get so fragmented then?], I said screw that. Which led me to iDefrag.

It’s a $30 defragmenting program. I don’t know if my hard drive was really as disgustingly fragmented as it said, or if it’ll ultimately help my Mac’s performance, but it perfectly executed what I bought it for. Basically, you make a startup DVD (using your Snow Leopard install disc, so keep it handy), boot into it, and it shows you how gross and fragmented your hard drive is before going to work defragging it for a couple hours. Restart, you’re back in OS X, and Boot Camp Assistant won’t talk back to you again. At least, it didn’t to me.

The part where you actually install Windows, so grab some tea

Okay, welcome back, people without problems. After the partioning is successful, Boot Camp Assistant will ask you to pop in your Windows disc. If you’ve got one of these Macs and 4GB of RAM, you should install the 64-bit version. If not, go 32-bit. Now, all of the pains and glories of installing Windows will actually commence.

After you pick the language and accept the terms, it’ll ask you want kind of Windows installation you want. Pick custom, and you should get a list of hard drives to install Windows on. Make sure you highlight the correct partition and click format, which will transform it to Windows’ native NTFS file system, if you’re doing a partition that’s bigger than 32GB for Windows. Then tell Windows to install itself there. Go make a drink, and come back 20 minutes later.

Welcome to Windows land.

Now what?

To pick between booting into OS X or Windows when you turn on your Mac, start holding down the Alt key before the gray screen appears when you power on. (You gotta be fast.) It’ll give you the option to boot into Mac or Windows. Pick Windows, obviously. Once you’re totally in Windows, like with the desktop and everything, you need to pop in the Snow Leopard installation disc, and run the Boot Camp installer, which puts in place all the drivers Windows needs to actually run decent on your Mac.

After that, you should run Windows Update to grab the latest goods from Microsoft, and I’d suggest, especially if you’re running a unibody MacBook (or Pro) going to Nvidia’s site and downloading their latest Windows 7 drivers for your graphics card (the 9M series for unibody MacBook Pros, 8M for the previous, non-unibody generation).

Overall, Boot Camp 3.0 in Snow Leopard works way better and more smoothly than before: Multitouch trackpads on MacBooks feel way less janky; shortcut keys, like for brightness or volume, work exactly like in OS X (before, you pressed the function key); and you can read your OS X partition’s files from Windows now. (Back in OS X, you won’t be able to write to your Windows partition if it’s the NTFS format.) By the way, the command key, by default, is mapped as the Windows key, so you’re probably gonna annoyingly bring up the start menu a whole bunch. It’s natural.

T-Mobile posts Sidekick contact recovery instructions

That Microsoft / T-Mobile tag team has been doing a pretty decent job of cleaning up the disaster area left by the Sidekick data loss, and now the first item on the recovery menu is ready for collection. Sidekick users can hit up the My T-Mobile webpage to download their contacts and then restore them either to their Sidekick or whatever device they’ve replaced it with. Extensive how-to instructions are available at the read link, which also furnishes us with the reassurance that “Microsoft/Danger continues its efforts to recover pictures, calendar entries and to-do lists, which may be available in the future.”

[Thanks, Abe G.]

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T-Mobile posts Sidekick contact recovery instructions originally appeared on Engadget on Tue, 20 Oct 2009 06:24:00 EST. Please see our terms for use of feeds.

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How To: Virtualize Any OS For Free

Syncing your Zune in Mac OS X, running Word in Linux, giving Linux a go within Windows 7: just a few of the things you can do with virtual machines. And setting one up isn’t just easy—it’s free.

The word virtualization conjures images of the dank nerd lairs, populated by lonely network admins, scattered with miles of gray wire, grimy PC towers, processed food packaging and tiny tumbleweeds woven from human hair. It sounds like the domain of the software nerd, the Gentoo jockey, and most importantly, not you. Today, though, virtualization has become mainstream: modern software makes running virtualized operating systems amazingly easy, and undeniably useful.

Intimidating erminology aside, here’s what desktop virtualization means today: You can run just about any OS, Mac OS X excluded, inside any other OS. Ubuntu in Mac OS? Sure. Windows 7 within Windows XP? Why not? Windows ME within Snow Leopard? Nobody’s going to stop you, I guess! And these aren’t patchy, half-assed experiments we’re talking about here—these are fully-functioning installations that’ll connect to USB peripherals, access the internet, share files with your host OS, and run almost any software, short of 3D games. You can set up as many of these things as you want, and delete them in a matter of seconds. It’s pretty great, is what I’m trying to say.

Best of all, virtualization is now something you can try—and stick with—for free, thanks to software like Sun’s VirtualBox. It’s a free download on any platform, and it does its job spectacularly. Here’s how to get started.

What You’ll Need

Free hard drive space: VirtualBox is going to create a simulated hard drive (a hard drive image, to be specific) inside your current OS’s file system. In other words, you’ll need to have space handy to hold a standard OS install, plus whatever apps you’re planning on using on the host system. 10GB is enough to play around with in most cases.

Lots-o-RAM: As efficient as modern virtualization is, running one OS inside another isn’t going to be easy on your hardware. The easiest way to ensure good VM performance is to have plenty of RAM, such that both OSes—your host and your guest—can have more than their minimum recommended amount of RAM.

VirtualBox: This is the virtual machine software, or the program in which all of your virtual OSes will run. You may’ve heard of clients like VMWare or Parallels, but these are either paid or have limited platform support. VirtualBox is a free, cross-platform alternative. Getting it is just a matter of downloading the correct version—there are Windows, Mac and Linux editions—and running an installation wizard.

A guest OS: Installing an OS as a virtual machine is almost exactly like installing an OS natively, albeit slightly easier. In other words, you’ll need a full, licensed version of your OS, in whatever form you can get it. Downloaded ISO images will work right out of the box—this is how most Linux distributions will come packaged—while OSes on a CD will work too, including your Windows install discs. If applicable, you’ll still need to enter license keys—as far as Microsoft is concerned, this is a fresh installation of an OS.

Installing Your Virtual Machine

I’ve chosen to install Windows 7 within OS X Snow Leopard for this guide, because this will be a common usage scenario, and because the processing of installing an OS in VirtualBox is nearly the same no matter what host/guest combo you’re. If you’re installing Ubuntu 9.04 within Windows XP, for example, you can still follow along. Anyway, here you go:

Installing Guest Additions


VirtualBox supports so-called “Guest Additions” in some OSes, which are essentially sets of tools and drivers that make the virtualization more seamless. If they’re available, you’ll want to install them: the guest OS will adjust to your screen resolution properly, your video performance will be smoother (and in Windows XP and Vista, possibly accelerated), filesharing will be simplified, copy and paste will work between OSes, and in some cases, you’ll even be able to run individual programs as native windows in your host OS

That’s called “Seamless Mode,” and if you’re running Windows inside Mac OS or Linux, you may as well try it out. It’s not quite perfect—the Start Menu stacked atop the Dock is a little awkward—but this way you don’t have to switch between entire desktops just to switch from one app to another. It’s a cool effect, at the very least.

To install Guest Additions, click “Install Guest Additions” under the “Machine” menu while running your virtual machine. Guest Additions should appear in your guest OS as an optical disc, which should contain an installer. Run it, then restart your virtual machine. Once Guest Additions are installed, you can access Seamless Mode from the VirtualBox menu, under “Machine.”

Shared Directories


Copy and paste will often work between the host and guest OS, but if you’re planning on using your guest OS for productivity or downloading any kind of media, a shared folder is the only real solution. In the bottom right corner of a running virtual machine, you should see a small folder icon. Clicking it will bring up a shared folder creation dialog. Select where on your host OS your shared folder should be—it can be an existing directory, like your “Music” folder—and check the box to make it “Permanent.” On your guest machine, the shared folder will show up as a VirtualBox shared directory in your local network.

(Note: I’m getting reports that some people running Windows 7 guest machines have trouble finding the network share. You may have to map a network drive manually—just right-click “Computer” anywhere in Windows—the Start Menu works fine—and select “Map Network Drive.” Choose whatever drive letter you’d like to give your directory, then enter “\\vboxsvr\myshare” as the folder path, where “myshare” is the name you’ve given your shared folder in virtualbox.)

Connecting USB Devices


One of the most common reasons for installing a virtual machine is to circumvent some kind of driver incompatibility. VirtualBox recognized most of your computer’s inbuilt components, like sound cards, extra storage or webcams, and can use them automatically. For most USB devices, though, you’ll need to tell it when to take control.

In most cases, this just means making sure your device isn’t in use by your host OS (a flash drive will need to be unmounted, for example), and clicking the small USB plug icon in the bottom right corner of the screen. This will bring up a list of available connected devices; simply click the one you want, and you’re good to go.

Odds and Ends

Virtualizing isn’t just a good way to get around some kind of nagging compatibility problem, it’s a fun way to wile away a few hours experimenting with weird new OSes. Setup is just about the same no matter what you’re installing, so there’s really no reason not to try some of the more esoteric software out there—anything with an ISO available for download will do. For a taste, try the Haiku Project—a revival of the long-dead BeOS, or see what the hell FreeBSD is.

If you have more tips and tools to share, please drop some links in the comments-your feedback is hugely important to our Saturday How To guides. And if you have any topics you’d like to see covered here, please let me know. Happy virtualizing, folks.

How-to guide details PS/2 keyboard-to-iPhone mod, just for you

Oh sure, we’ve seen hacker after hacker brag about their success in connecting some sort of keyboard to Apple’s iPhone, but have any of them bothered to take the time to explain the process behind the magic? Exactly. The man behind AwghBlog, however, is a kinder, gentler soul, and he’s found the time to detail in quite specific terms how he connected a legacy PS/2 keyboard (you know, the one you’re not using any longer) to Apple’s cash-cow of a smartphone. Best of all, the guide actually explains how to build a PS/2 keyboard-to-iPhone converter, so you’re not necessarily tied to a certain board. Hit the read link if you’re down for a weekend project.

[Via MAKE]

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How-to guide details PS/2 keyboard-to-iPhone mod, just for you originally appeared on Engadget on Thu, 15 Oct 2009 10:50:00 EST. Please see our terms for use of feeds.

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Zoundry Raven: Free Blogging Software

This article was written on December 04, 2008 by CyberNet.

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My favorite blogging software has always been Windows Live Writer because of the tremendous job Microsoft has done maintaining and adding more and more useful features to it. The interface is nice, inline spell checking catches mistakes as I make them, and the overall experience is very positive.

I’ve tried out a lot of other blogging applications (both paid and free), and none have come close to all the features Windows Live Writer has to offer. There’s one alternative, however, that’s almost there: Zoundry Raven. It supports nearly all blogging platforms, will let you preview posts just as they would appear on your blog, and much more:

  • Tabbed WYSIWYG Editing

    • True WYSIWYG writing and XHTML source editing
    • Drag and drop images, video, and text from the Web
    • Unicode (UTF-8) support
    • Preview posts in your blog’s template
  • Improved content management

    • Built-in indexer allows you to see posts by blogs, links, tags, and images
    • View tag cloud and browse to posts containing specific tags
    • View posts independently of where they were published
  • Manage multiple media storage services

    • Set up different media services (Picasa, Image Shack, Ripway, custom FTP) for different blogs
    • Share single media service with multiple blogs
  • Manage multiple blogs offline

    • Publish and update the same post to multiple blogs
    • Manage multiple blogs within multiple accounts
    • Now supports extended entries
  • Raven2Go

    • Install Raven as a Portable Application on your flash/thumb drive
    • Raven will stay out of your Windows registry and let you take your blogging on the road
  • WordPress 2.2+ Page & Tag support

    • Use Raven to create and modify your WordPress Pages just like any other blog post
    • Set WordPress tags as well as import tags from all of your posts

I’d say that Zoundry Raven is almost on par with Windows Live Writer. It did have troubles importing the template for one of my blogs, and the spell checking is on-demand instead of inline, but overall I’d say this has a chance of becoming a popular blogging tool.

Get Zoundry Raven for Windows
Thanks Jason!

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How To: Install Homebrew On Palm Pre 1.2.1

WebOS 1.2(.1) is here, and yes: It broke homebrew. Amazingly, it only took devs about two days to bounce back. Here’s how to bring hundreds of free apps, tweaks and themes to your Pre, without flashing your firmware.

Why Homebrew?

Paid apps are due in the official App Catalog any day now—actually they’re running a little late—meaning that the app selection is probably about to get a lot wider, and basically better. But webOS development is limited in scope, and App Catalog applications will never be able to theme your device, access 3D APIs that aren’t in the MojoSDK, change your homescreen layout, or add an onscreen keyboard.

Pre homebrew is as much about adding apps that Palm has been so slow to approve as it is tweaking your handset. Think of it like jailbreaking an iPhone, except that it’s easier to do, and the benefits are much, much greater.

(This guide owes a huge debt to the PreCentral forums, where the developer of WebOS Quick Install, with others, have collected most of the necessary resources. Recognition is nice, but donations are better. If you find WebOS Quick Install useful, send Jason a few bucks.)

What You Need

Some downloads! The only app you’ll need to run on your computer is a Java app, so it’s completely cross-platform. This guide should work for Windows, Mac or Linux.

1. WebOS Quick Install:
This is the desktop program that effectively opens up your Pre for business. It’s got quite a bit of power on its own, but one of its greatest talents is the ability to install package managers like Preware, which make installing homebrew apps to your Pre, from your Pre super-easy.

2. WebOSDoctor ROM (Sprint, Bell): This is just a restoration ROM for webOS, which WebOS Quick Install needs to work. It should be saved into the same directory as WebOS Quick Install, then left alone.

3. Java SE 6: Make sure you’ve got Java 1.6, or SE 6, so you can run these apps properly.

And one trick:

4. Dev Mode: Switching your Pre to dev mode is either sort of fun or sort of tedious, depending on your capacity for nostalgia.

All you have to do is type “upupdowndownleftrightleftrightbastart” on the keypad. That’ll open a search query that’ll uncover a new app on your Pre called “DeveloperMode.” Run it, and it’ll switch your phone into, you guessed it, developer mode.

Running WebOS Quick Install

5. Plug your Pre into your computer. When prompted for connection type, select “Just Charge”

6. Open WebOS Quick Install, making sure that the WebOSDoctor ROM is in the same directory as the Quick Install JAR.

You’ll get this message:

Heed it.

7. When you reopen WebOS Quick Install, you’ll be prompted to choose which kind of device you want to access. Choose “USB Device,” which’ll install the drivers necessary to crack into a physical Pre, not just an emulator.

8. Follow the driver installation prompts through to completion.

9. Open WebOS Quick Install again. You should see the app’s home screen. Click on the bottom button in the right panel, as indicated here:

10. Select “WebOS-Internals Feed (all)” from the download list. Select both “Package Manager Service” and “Preware” from the resulting list. These will enable you to download and apply the tweaks and apps you want.

11. After download, they will be added to the previously empty list in the app’s homescreen, where you should highlight both, then click “Install”

There you go!

Getting the Most Out Of Homebrew

Now that you’re set up and ready to go, it’s time to do stuff. Launch the Preware app on your Pre—at first load, it takes a while to sync up with all the repositories, so be patient—and explore the 200+ apps included by default. (You can add other repositories on your own, but most of the good stuff is already here.)

The “Package Manager Service” installation doesn’t just enable downloads through Preware—it enables a whole range of WebOS Quick Install tweaks, which you can access through the Tools ->Tweaks menu. WebOS Quick Install may prompt you to install a few patches; just go along with it, it’ll only take a second.

Once you’re in the panel, you’ll see a wealth of useful tweaks, from a 4-icon-wide app launcher, to a browser ad-blocker, to a user agent string changer, so your Pre asks for snazzier iPhone mobile pages instead of standard mobile fare. Generally, each tweak will restart your Pre.

Themes are managed either through Preware, which has a selection of over 200 that you can install with a single button press, or through the WebOS Quick Install menu, at Tools -> Themer. To install a new theme from WebOS Quick Install, you’ll have to manually download from an external site, which you’ll be directed to automatically. Once you’ve downloaded the theme, it’s just a matter of loading it into the app. Preware is probably your best bet for this, though there isn’t really a way to find out if a theme is any good without actually trying it.

As for that onscreen keyboard? You can install that through WebOS Quick Install: It’s in the same place you found Preware, in the “WebOS-Internals Feed (all)” section of the package downloader. A word of warning: It’s only officially supported up to WebOS 1.2.0, so you might be best advised to wait a few days until the developers have worked out any bugs with 1.2.1.

Anyway, the Pre Homebrew community is rich and fast-moving, so I’ll let you all take it from here. Some great resources to get you started:

PreCentral
WebOS-Internals
PimpMyPre
PreYourMind

And again, a gajillion thanks to WebOS Quick Install Developer Jason Robitaille and the users over at the PreCentral forums.

If you have more tips and tools to share, please drop some links in the comments-your feedback is hugely important to our Saturday How To guides. And if you have any topics you’d like to see covered here, please let me know. Happy homebrewing, folks!

CyberNotes: Getting Aero to Work with Vista on Virtual PC or VMware

This article was written on April 19, 2007 by CyberNet.

CyberNotes
Tutorial Thursday

I love testing out new software, but I like to use virtual machines to see what the software is like before I go installing it on my actual system. A virtual machine is a virtual computer environment which allows you to run one operating system form within your current operating system. This gives a lot of benefits with the biggest one being that you can run multiple operating systems (both Linux and Windows) on your computer without ever having to restart it. The next big benefit that I mentioned is that you can test out software and other things before installing it on your main system.

Microsoft offers a Virtual PC program that runs only on Windows and supports the installation of many different versions of Windows. This is the best choice for most people because it is easy-to-use and is actually free.

Probably the most popular solution for using virtual machines is VMware Workstation. This supports a very long list of operating systems but costs $189…which is well out of the range for most consumers. However, VMware currently has a Beta program going on to test the next milestone release of their software, and you can obtain a valid serial number at no cost to you without any restrictions! Despite having the “Beta” label, I would say that the software is extremely stable from my experiences, and works very well with Vista as both the host (your main operating system) and guest (the operating system installed on the virtual machine).

One thing that is frustrating about the virtual machines is that the graphical capabilities are normally pretty limited because they have to be shared with your host operating system. This can definitely have an effect on anyone trying to run Vista in a virtual machine because you won’t receive any of the Aero glass effects, even if your computer completely supports it. There is, however, a workaround to get Aero to work.

Note: This does require your virtual machine to have access to your network, and the host machine has to be running Aero for this to work.

  1. Install Vista on a virtual machine and run it. Make sure to enable remote connections on the virtual machine in the Remote Settings located in the Control Panel under System Properties.
    Virtual Vista
  2. Your virtual machine should be running Vista without the Aero glass. You now need to find out the IP address of the virtual machine. To do this open up the Start Menu, type “cmd” without the quotes, and press Ctrl+Shift+Enter to run the program as an administrator.
    Virtual Vista
  3. At the prompt type ipconfig and press Enter. You are looking for the IP address in the output which should look something like this:
    Virtual Vista
  4. On your host computer start the Remote Desktop client and expand the Options. On the Experience tab, make sure all of the boxes are checked, and on the Display tab make sure the color is set to 32–bit. Then go back to the General tab and enter in the IP address that you found in the previous step.
    Virtual Vista
  5. Enter in the username/password if prompted and now you will have successfully connected to your virtual machine using remote desktop. The only difference is that the host machine is processing the graphics instead of the virtual machine so you can enable Aero on Vista!
    Virtual Vista

I wish there was some other way to enable Aero in a virtual PC, but this is the only way that I have seen. You’re probably wondering why it would even matter whether Aero was running if I just wanted to quickly test out software? There is a lot of new software being developed that takes advantage of Aero’s capabilities, and if I want to test what it really has to offer, I need to have Aero running.

Eventually a better solution may emerge, but until then I think this is the only workaround that’s available. :(

Source: MSDN Blog

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