Does anyone know of any VirtualBox Android Emulator that has Marketplace?
Thanks!
Oh, I forgot to add "that's free" and not the $50 that some cheeky bastards are trying to charge for a thing called AndroidVM!
iridium21 said:
Does anyone know of any VirtualBox Android Emulator that has Marketplace?
Thanks!
Oh, I forgot to add "that's free" and not the $50 that some cheeky bastards are trying to charge for a thing called AndroidVM!
Click to expand...
Click to collapse
Android doesn't just load up and run on a PC. It's a source code project that a real developer has to spend time porting from platform to platform, unless you want to run it from a runtime built from the SDK. To do that requires an underlying OS, like Windows, Linux a MAC - something capable of running the SDK.
Since, VMware is emulating a PC, then in order to run as a real virtual machine, android needs to be pretty much ported to a PC. Since Android is built on a Linux kernel, it's not impossible, but geese - why? That said, it's bound to show up on an Intel compatible tablet at some point, if it hasn't already.
attn1 said:
Android doesn't just load up and run on a PC. It's a source code project that a real developer has to spend time porting from platform to platform, unless you want to run it from a runtime built from the SDK. To do that requires an underlying OS, like Windows, Linux a MAC - something capable of running the SDK.
Since, VMware is emulating a PC, then in order to run as a real virtual machine, android needs to be pretty much ported to a PC. Since Android is built on a Linux kernel, it's not impossible, but geese - why? That said, it's bound to show up on an Intel compatible tablet at some point, if it hasn't already.
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Click to collapse
I'm already running Android under Virtualbox - I just wondered if there's a version for VB that has Marketplace.
attn1 said:
Android doesn't just load up and run on a PC. It's a source code project that a real developer has to spend time porting from platform to platform, unless you want to run it from a runtime built from the SDK. To do that requires an underlying OS, like Windows, Linux a MAC - something capable of running the SDK.
Since, VMware is emulating a PC, then in order to run as a real virtual machine, android needs to be pretty much ported to a PC. Since Android is built on a Linux kernel, it's not impossible, but geese - why? That said, it's bound to show up on an Intel compatible tablet at some point, if it hasn't already.
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Click to collapse
Wow. So much complete and utter wrong in one post... I've been running Android under a virtual machine for quite a while...
There is an x86 version of Android available at androidx86.org
It will definitely run under Virtual Box or any other virtualization software package. It's Android 1.6 by the way, and you will have to perform some geek-like activities to simulate an SD-card to install appz.
Big question is whether an ARM-device version of Android would work in a normal VM emulator (not talking about Bochs and stuff).
FloatingFatMan said:
Wow. So much complete and utter wrong in one post... I've been running Android under a virtual machine for quite a while...
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Click to collapse
Well, since I hadn't heard of a port to x86, I was certainly wrong about that, which makes the rest of the post moot, but not wrong. In any event, I stand corrected.
sorry to add a flame of any kind but this
"Since, VMware is emulating a PC, then in order to run as a real virtual machine, android needs to be pretty much ported to a PC. Since Android is built on a Linux kernel, it's not impossible, but geese - why? That said, it's bound to show up on an Intel compatible tablet at some point, if it hasn't already."
is totally wrong.
Virtual machines virtualise the hardware of your machine (bad explanation I KNOW). if you have a PowerPC you can only emulate PowerPC (Mac for those that dont know) and intel/amd chips are things like x86 then theres smaller devices like ARM. my point is that if you have a Intel/amd box you can only emulate x86 O/S. however if you have a netbook with a version of linux or windows built on arm arch then u could prob get away with the original android if you are running normal x86 then u require android that has been built from source on x86.
this made me laugh
"Since Android is built on a Linux kernel, it's not impossible"
all i can say is what??
anyway back to the point... to run android on a x86 box u need x86 android
The problem with getting the Market to work is simply that the GApps are currently only available in a compiled for ARM version. period. that's the answer you wanted to hear i guess.
@others: stop OTing please...
hvc123 said:
sorry to add a flame of any kind but this
"Since, VMware is emulating a PC, then in order to run as a real virtual machine, android needs to be pretty much ported to a PC. Since Android is built on a Linux kernel, it's not impossible, but geese - why? That said, it's bound to show up on an Intel compatible tablet at some point, if it hasn't already."
is totally wrong.
Virtual machines virtualise the hardware of your machine (bad explanation I KNOW). if you have a PowerPC you can only emulate PowerPC (Mac for those that dont know) and intel/amd chips are things like x86 then theres smaller devices like ARM. my point is that if you have a Intel/amd box you can only emulate x86 O/S. however if you have a netbook with a version of linux or windows built on arm arch then u could prob get away with the original android if you are running normal x86 then u require android that has been built from source on x86.
this made me laugh
"Since Android is built on a Linux kernel, it's not impossible"
all i can say is what??
anyway back to the point... to run android on a x86 box u need x86 android
Click to expand...
Click to collapse
VMware and Virtualbox emulate PC hardware. Since Android runs on a Linux kernel, and Linux was originally developed for an x86 PC, it follows that a port of Android could be done for a PC. Since this was not a generic discussion about virtual machines but a specific discussion about PC emulation, I don't see where the argument is.
PC = x86 and it's successors. You said I was totally wrong and then pretty much made my case. The only point I missed is that the work had already been done. To run Android in a x86 (PC) VM, you'll need an X86 (PC) compatible version of Android - right - what I said.
Right... Ok, now does anyone know the answer to the original question?
the_fish said:
The problem with getting the Market to work is simply that the GApps are currently only available in a compiled for ARM version. period. that's the answer you wanted to hear i guess.
@others: stop OTing please...
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Click to collapse
OP should read your thread.
arctu said:
OP should read your thread.
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Click to collapse
I have
Supposedly, these guys have Android with Marketplace for VirtualBox:
http://www.androidvm.com/home
So it must be able to be done - the only problem is that it's $49.95!
deleted
zgornz said:
They state they are running Ubuntu in a VM, then installed the Android emulator in Ubuntu, then the android emulator is setup to have the Marketplace. The android emulator is doing the ARM emulation.
I think using qemu User Mode emulation it might be possible to actually launch the Marketplace and apps via android-x86 without using a phone emulator. Not sure it would be that valuable, but it would allow lots more apps on a netbook running Android.
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Click to collapse
I imagine it would be a mess to get a touch screen working in android running on an emulator.
I read reviews on androidx86 booted (not emulated) on a few netbooks that ran great and very responsive..I also read one on a touch screen comp that worked fine..they claim all apps work-minus gapps obviously.
I plan on trying this on my Toshiba nb205 netbook today and can post a review if anyone is interested..
Sent from my Nexus One using the XDA mobile application powered by Tapatalk
A review would sure be appreciated. More knowledge is always better.
Just a quick follow up, I tried out the Androidx86 on my netbook this weekend, both booted off the usb and installed on the hd..it runs..nothing spectacular and slightly dissappointing. You still only have a 4x4 screen and the Marketplace is entirely different, very small selection of "blah" apps..none of my favorite android apps anyways-facebook,twitter,gmail..not really any widgets either. Lastly, you need to use an external mouse..the touchpad just moves the background but gives you no pointer (could be a hardware compatability issue tho)..
On the positive side, the internet was very fast and resume time was almost instantanious..not really any major bugs, just nothing too special..
This method works with 1.6 as originally described here:
link-> forum.xda-developers.com/showthread.php?t=529170
I got it to run with the signed-dream_devphone_userdebug-img-14721.zip image from HTC for the developer phone.
link-> developer.htc.com/adp.html
I replaced the android-sdk-windows\add-ons\google_apis-4_r02\images\system.img with the one from the signed-dream_devphone_userdebug-img-14721.zip
(you should backup the original system.ini)
I then used the Android SDK GUI interface to create a Google API Level 4 machine.
I did not need to install the marketenabler.apk, as described in the original thread.
It boots up like a new Dev Phone, it behaves like there is a valid SIM and working data connection.
CTRL-F11 rotates the screen (slide out keyboard).
I have only installed a few free apps (K9 mail) but they seem to work fine.
I can't post links so copy, and paste them.
It would be trivial to create an Ubuntu virtual machine and then install the Android SDK inside of it and modify the system.img. Installing the SDK on your own machine probably takes less space and resources then running it inside another VM.
attn1 said:
Well, since I hadn't heard of a port to x86, I was certainly wrong about that, which makes the rest of the post moot, but not wrong. In any event, I stand corrected.
Click to expand...
Click to collapse
Updated, not corrected.
Yes, you were absolutely correct except for being out of date, because that process you described has already taken place as others have now pointed out.
To the person who said he was wrong, actually, no.
Android as it stands on the phone, is an ARM system compiled in ARM machine code. Android apps are hardware/platform agnostic but the operating system is not, it does have to be ported and recompiled for any different hardware system. That being said, it seems that most of that work is finished, ala androidx86.org
Cheers,
Rob
x86 Android Market
I have been reading a bit. It seems that it is possible to have Gapps installed for x86.
Froyo, people have been using Cyanogen 6 Gapps for Tegra.
Android x86 launched their Gingerbread version not long ago. It would not surprise me if Cyanogen 7 Gapps worked with it. Different devices used different versions and now there is just one version for all. It should be possible to run VM from the desktop.
NDK dependent Apps: in theory, it may be possible taking the apk using android apk tool, x86 NDK from the x86 build and rebuild it for x86 code.
I will be playing with an old EEE900 and see how this goes sooon.
Which smartphone has the source for the drivers availbale at the moment?
To know what to choose in case i want to port tizen to it...
frullewulle said:
Which smartphone has the source for the drivers availbale at the moment?
To know what to choose in case i want to port tizen to it...
Click to expand...
Click to collapse
I just wanted to post a new thread with the same question.
Also, which are the phones with the best reverse-engineered drivers? And is there much difference between this and open drivers?
If you have open drivers you should pretty easily be able to port every system to it that supports the same specs as screen resolution, etc, right?
Unrelashade said:
I just wanted to post a new thread with the same question.
Also, which are the phones with the best reverse-engineered drivers? And is there much difference between this and open drivers?
If you have open drivers you should pretty easily be able to port every system to it that supports the same specs as screen resolution, etc, right?
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Click to collapse
Although it would be reasonable for you to think so, you would also be incorrect. The reason why this isn't the case is because hardware manufacturers each have their own different firmware that they use, which causes a lot of the bifurcation of the Android ecosystem. Just because you have two phones that are identical in every hardware fashion doesn't mean that their firmware is the same, so there is no guarantee that one set of drivers would work on different devices.
syung said:
Although it would be reasonable for you to think so, you would also be incorrect. The reason why this isn't the case is because hardware manufacturers each have their own different firmware that they use, which causes a lot of the bifurcation of the Android ecosystem. Just because you have two phones that are identical in every hardware fashion doesn't mean that their firmware is the same, so there is no guarantee that one set of drivers would work on different devices.
Click to expand...
Click to collapse
Ooohh, so underneath android and its Linux kernel lies a firmware that handles communication between the kernel/ Android and the drivers/ hardware? So I'd need open drivers and open firmware to be able to port anything with ease to this device (at least theoretically)?
Unrelashade said:
Ooohh, so underneath android and its Linux kernel lies a firmware that handles communication between the kernel/ Android and the drivers/ hardware? So I'd need open drivers and open firmware to be able to port anything with ease to this device (at least theoretically)?
Click to expand...
Click to collapse
Yes, but practically this is impossible as firmware comes straight from the manufacturer, so even if you could develop some sort of open firmware (basically you would be making an open BIOS), you would have no way to install it onto the actual device, since they are hard coded into the chip. You would need specialized tools in order modify on that level.
syung said:
Yes, but practically this is impossible as firmware comes straight from the manufacturer, so even if you could develop some sort of open firmware (basically you would be making an open BIOS), you would have no way to install it onto the actual device, since they are hard coded into the chip. You would need specialized tools in order modify on that level.
Click to expand...
Click to collapse
Awesome, I'm finally learning what I want to know!
So if there was a manufacturer who gave this firmware/ BIOS code away (because it's an old model or they have been convinced by the community or it's a dedicated device for developers or whatever) then it would be finally easy to port every system to it (that supports the hardware)?
And how come it is possible to port e.g. Linux to Android devices without having the sourcecode of the firmware/ BIOS? Because they reverse engineered it? And if you have a device with closed drivers you have to reverse engineer the drivers *and* the firmware/ BIOS? How come no manufacturer tried to build a developer device with open firmware/ BIOS since it would give them a lot of support from developers?
Theoretically yes, but then you would still face the issue of how you are going to interface with the hardware, as the chips were not designed to be interfaced with via usb devices. They tend to be programmed at production then never altered again.
Android is linux-based, so it would stand to reason that you could port a stripped-down version of linux onto the device. Using other tools, you can create a VM on the Android device to have a fully functioning version of linux, but this is all software-level, not physical level. And the reason why they don't make open BIOS is for the same reason textbook manufacturers keep making new versions of textbook that are almost exactly the same.
Hi guys, is there a clean generic windows phone 7 os? just like desktops were we get a retail os, is there one for phones? and is it flash-able with all phone?
No
No.
It would certainly be interesting to get hold of the OS as Microsoft delivers it to OEMs to begin the process of adapting it to a certain phone model, writing or modifying device drivers, etc., but it seems nothing like that was ever leaked.
WP is closed, as is iOS; for the reasonably open Android there is of course something like a "generic" version; you could even compile and produce one yourself.
There isn't really any such thing as a "clean generic" phone OS, anyhow. Unlike desktop OSes, phone OSes don't ship with support for the massive array of hardware configurations that are found in the wild. Instead, phone OSes rely on a Board Support Package, commonly simply called the firmware, which has the various drivers needed to interface with that specific model's hardware. This is why, for example, even though the source code is available for the Android Open Source Project upon which CyanogenMod is based, it still takes a long time to get fully functional CM ports to each individual device. On things like WP7, where the source code isn't available (except for the kernel and some core libraries), it's even harder.
However, if what you really mean is you want a "clean" ROM that has no carrier customizations in it, there are "open market" ROMs available for many WP7 devices. These ROMs are still specific to the device whose BSP they contain, but are not specific to any mobile operator and usually not to any region.
thanks for the info guys, but it looks like there are no open market roms for the omnia w yet, well, not yet anyway, will keep an eye out now that i know what to look for,
thanks again guys
Answer is yes and no. No oem device created by Microsoft, but there is Nokia. As you know Nokia is part of Microsoft Windows Phone hardware partner. More options etc has Nokia.
Sent from my Lumia 900 using Board Express
May be a dumd question, but I'm asking anyway. Why is Android so hardware specific?. or better yet, why can't you install any android system on any phone?
example: you can install windows or linux on any system, you don't have to have a certain set of chips. Is it a propitiatory type thing with these phone makers. is the whole android system so small, that the coding can't be added to make it installable on any phone.
I'm not a coder, or prgrammer, I do understand it enough to read what it is doing, but cannot write anything. Can someone shed some light on this
Thanks in advance
You've got this completely bass ackwards. Android is decidedly not hardware specific. Phones, tablets, computers, car stereos, home heating/AC, watches, TVs, etc. Android is open source, which means anybody can develop it to work on just about any platform they wish. I mean, you can get refrigerators and microwaves that run Android for Pete's sake.
If you're complaining that you can't get Android on an iPhone or a Nokia Lumia, then you're barking up the wrong tree.
To add some more "devices" to the list above on which android can be installed - cars! I'm working in that industry now
And the answer above is right - if your device is totally closed for others, then you will not be able to install anything on it, maybe, without really breaking into it. Android can be put mostly on any hardware - if the hardware manufacturer wants it. The short description is - Android is implemented on top of HALs (Hardware Abstraction Layer) which are then implemented by manufacturers specific to their devices and then Android works "out of the box".