Hi!
I'm looking for an offline C compiler, and an offline webserver with PHP. The best would be a whole IDE, but I don't think it's exist for android 'cause it's for phones for first. I'm doing the C compiling on a chrooted debian, but it's not so comfortable. And the apache in there doesn't work. So any suggestions?
Thx:RiseR
It is possible to do something like this I just wouldnt know where to start. They have been able to get Ubuntu working on it and I am thinking about buying a second one to do that but its still buggy. I did however turn my rooted G1 into a server controller.
I already did it. I'm dual booting it. And on ubuntu it's fine, I can compile my programs but apache doesn't work there as well. I'm using IceWM, the only problem is the following:There're not as good keyboard as android has, so it's a bit slow to use. I'm using xvkbd, tried matchbox-keyboard, and onboard as well, but none of them are tablet ready, I think.
(I still don't have keyboard dock)
Give virtualbox a try ?
Have you tried using something other than Apache? nginx and lighttpd have worked for me under the debian chroot.
Try paw server for android then install the PHP plugin. Works for me so far.
Related
I have been flashing others' ROMs for about a year now, but I have also been on Ubuntu (and also tried Bodhi and other distros) on my laptop for years now. I was wondering if a ROM could be compiled using a hybrid of android and ubuntu or debian source code?
I would like to get a BT keyboard and an external monitor, and eventually do away with my laptop. I am in a masters program for instructional technology, and NEED to be able to write in APA format... difficult for QuickOffice Pro, but easy for OpenOffice and/or LibreOffice...
I know that an armel (ARM) version of ubuntu is available, and that a chroot method is possible via VNC. Ideally, however, I would love to run Ubuntu natively, but need phone functions too. I am up for a VZW upgrade anytime now, but wonder what handset would be best for attempting something like this, if it is possible? I am currently using the D1.
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I searched xda-developers a lot about IPv6 (Android related) but only questions, no one seamed to get it to work. Now I got IPv6 working on my Android phone and I want to share it.
Of course I can not held any responsibility for anything. I am no developer, just a user, who used Google a lot and who put a lot of single things together. Rather I am not sure why it works, but it does work.
Quick guide:
1. find out if Linux (Debian) is available for your Android phone and learn how to use it
2. find out if a tun module or a kernel with tun support exists for your phone
3. learn how to use IPv6 on Windows (if you are a Windows user) (I was happy with gogo Client at http://gogonet.gogo6.com/page/download-1) and on normal Linux (normal in meaning of running on PC) (I used miredo first)
4. learn what aiccu is and how to use it on PC
5. install Linux (Debian) on your phone
6. load the tun module (or use a kernel with tun support)
8. register aiccu
9. request tunnel at aiccu
10. install aiccu on your rooted Android phone (with tun) inside Debian chroot
11. done, test "ping6 ipv6.google.com" inside console, should work, and test in Android stock browers, it should also work!
Comprehensive guide:
First of all, before you start fiddling with Android and IPv6, which is quite tricky, I highly recommend to learn how to use IPv6 on Windows (only if you are a Windows user) and on some Linux distribution (Debian or Ubuntu recommend, as Debian is imho the most easy to get Linux for our Android phones).
On Ubuntu, which was running in VMware, I installed a package called miredo.(used this guide https://wiki.ubuntu.com/IPv6 look for miredo) It is a great piece of software. I just installed it and afterwards an apache2 webserver and the server was reachable from outside the virtual machine. Furthermore I did run another virtual machine with XP, both virtual machines, XP and Ubuntu where behind NAT (standard network configuration in VMware, setting up port forwardings is quite complicated) and also my router has a NAT and Windows firewall on host computer was also activated. Still... From the XP virtual machine I could access the apache2 running on Ubuntu. Great. You do not need VMware to learn how to use IPv6, of course, you can also use real hardware, but for me, VMware is very convenient.
Also learn what aiccu is and how to use it (https://wiki.ubuntu.com/IPv6#Get_connected_with_SixXS).
After you just learnt how to use IPv6 on normal Linux (normal refers to the normal end user version, no hacked stuff for Android) you have to learn how to use Linux (Debian) on your Android phone.
I used this guide http://forum.xda-developers.com/showthread.php?t=1254283 but you will need another guide for your phone, because this is phone specific. Google the name of your phone in conjunction with chroot, Android, Linux, Debian or search xda. It may not be possible to install Linux on all Android phones. I do not know that and I can not help you with that because I am a Linux noob. Of course, maybe you don't have to use Debian on your phone, I just like Debian because imho you'll find most informations in conjunction with Android about it and because it's more newbie friendly in general compared to other Linux distros. So maybe you prefer some other distro.
Then you need to get a tun module for your phone/kernel or a kernel with tun support for your kernel. Load the module.
You need to register for aiccu and also request a tunnel.
Afterwards, last step, install aiccu. I think I edited aiccu.conf and entered username and password.
ping6 inside Debian chroot is working for me and also in Android stock browser I can access IPv6 websites.
There are quite a lot requirements and things to learn before, I am sorry, because I can not ease this process.
Right now I also can not tell you nothing about how stable this works, how reliable it is or what the benefits are.
Update:
Working - 3g connection on phone (everything only IPv6 of course)
- apache2 webserver
- SSH server - access with Putty
- SFTP - access with FireFTP or WinSCP
Native aiccu for Android
Some time ago, I hacked together a native aiccu port for Android. I only tested it with AYIYA tunnels. It worked greatly both on Android 2.1 in a Xperia X10 mini pro and on Android 2.3 in a Galaxy Tab.
To use, copy the aiccu-android-bin.7z contents to your phone and put your config at /data/aiccu/aiccu.conf.
Please note that you HAVE to use the provided "ip" executable. The one provided with busybox is incomplete for usage with aiccu, and won't work.
The aiccu-android-src.7z contains the source code if someone is interested in hacking deeper. In particular, testing heartbeat tunnels and seeing if any changes are needed to the source would be nice. Also, cleaning up and trying to push upstream would be great.
Nice thx
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thotypous said:
Some time ago, I hacked together a native aiccu port for Android. I only tested it with AYIYA tunnels. It worked greatly both on Android 2.1 in a Xperia X10 mini pro and on Android 2.3 in a Galaxy Tab.
To use, copy the aiccu-android-bin.7z contents to your phone and put your config at /data/aiccu/aiccu.conf.
Please note that you HAVE to use the provided "ip" executable. The one provided with busybox is incomplete for usage with aiccu, and won't work.
The aiccu-android-src.7z contains the source code if someone is interested in hacking deeper. In particular, testing heartbeat tunnels and seeing if any changes are needed to the source would be nice. Also, cleaning up and trying to push upstream would be great.
Click to expand...
Click to collapse
Very nice. This simplifys the process a lot.
Unfortunately this does not work on my x8. Maybe because busybox is preinstalled with my ROM?
When I do acciu test, it complains about the ip executable. But I already copied both.
Can I get ride of the old buybox ip? Should it work on x8 as well?
T-Mobile USA has an beta native IPv6 service for ICS Nexus S and Galaxy Nexus UMTS phones. You can google the details. It is natively supported on the stock ICS software now using the UMTS network.
New solution:
https://code.google.com/p/gogodroid/wiki/GogoDroid
drawback:
needs ROM (kernel) with TUN (but any app could null that dependency)
First of all thanks for your work of putting all these information together!
I am using a Galaxy Nexus which allready has tun built in to the stock rom (ICS 4.0.4).
Unfortunately I cant get gogoDroid working. It seems it doesnt recognize the built in tun functionality.
So I tried it with the tun.ko module - no luck there neither, since there is no compiled version for the IMM76I Build :-(
Any suggestions on how to get it working anyways?
Edit: I also found another app which supports 6to4 tunneling called IPv6Config - you can find it on the Play market. Unfortunately 6to4 doesnt get thru NATted mobile networks...
Hello all !
Sorry to dig out this old thread again but here some infos about running IPv6 tunnels on a rooted Android phone.
I wrote a little app to simplify the installation, configuration and running the binaries posted by thotypous:
The app is called Androiccu and you can find it in the google market. Sorry, I'm not old enough to be allowed to post a link to it.
It's still in an early development stage but it does basically work for me and I would enjoy some feedback about success or failure.
This application downloads and installs the binaries, creates a config file with your login infos and can start and stop aiccu. All from a GUI, no need to play on a terminal.
Cheers and have fun testing.
why tunnel when you can have native ipv6 https://sites.google.com/site/tmoipv6/lg-mytouch
elgato99 said:
why tunnel when you can have native ipv6
Click to expand...
Click to collapse
Because most mobile network operators don't provide native IPv6 yet. You're among a few lucky ones that has such an operator. I'm not. When i'm at home i don't need this app as my router provides natively an IPv6 address to my phone over the wifi network. But on my router itself i have to run a tunnel as well as my provider is also not able to provide IPv6.
The biggest aim of this application is to become quickly obsolete when finally all mobile network operators will be able to provide IPv6 natively.
Best regards,
Martin
ty for info. my phone now running sixxs and route it on hostpot.
core7x said:
ty for info. my phone now running sixxs and route it on hostpot.
Click to expand...
Click to collapse
I have a sixxs tunnel. But how can I route this to wifi tethering? My ipad is connected to the wifi hotspot from the android, but the ipad can not resolve ipv6.google.com, but the android can do this.
Hello,
While I am a huge supporter of the oongoing work of porting Ubuntu to the ASUS Transformer, I am more interested in seeing a native X11 Implementation. I run Debian as my primary OS and would love to be able to access native applications without the need for VNC. I do love Honeycomb, which is why I wont go pure Ubuntu​
DISCLAIMER: I AM NOT A DEV
I'm pretty sure there's a very good reason that this isn't possible. If so, it would have been implemented from the G1/Dream onward. I think it has something to do with the fact that Android really only uses the Linux kernel and thus DisplayFlinger (the video output module) has absolutely zero interoperability with X11. Also, the Android system structure (for lack of the correct term) just plain doesn't allow for something like X11 to exist.
There's pseudo-workarounds which involve having a Debian shell on your phone/tablet and then accessing it via a VNC app... but it takes over the whole screen, so you may as well just be booting into a Ubuntu partition.
http://www.androidauthority.com/run-x-windows-x11-on-your-android-smartphone-2176/
(I never got it working on any phone I own/owned though)
Android and X11 do not work together for several reasons;
First is instances owning the fb, only one is allowed to own the framebuffer, this is why on your computer you can't have more than one VT running X. The framebuffer is owned by the DisplayFlinger, Androids own XWindowManager, the flinger and X11 are not interchangeable, it is one or the other and Android apps will not run on X.
The second is libc, Android does not implement libc, but instead its own mutated library called bionic this means compiling with bionic, statically compiling, or forgetting about it. Forgetting about it is the easiest to do here because statically compiling will end up with a 100+mb xserver, which we don't want, compiling with bionic has two issues one, stripped binaries will not run on bionic, so you might as well be just running Androids display manager, and the second issue is as above.
Couldn't someone emulate a framebuffer in an android app and have X take over that framebuffer and make the app's screen be the display on this emulated framebuffer?
EDIT: I guess what I am trying to describe is that you could set up X to write to a different framebuffer than android and make an app to display this framebuffer while still keeping the android UI.
A X server for android is available.
Search github for androix-xserver. The fork of webbbn has a branch containing a lot of recent developments. Only problem with the xserver for android is building the thing. It has a lot of dependencies. It should be beter documented.
There's really no reason one could not implement a full X server against standard Android SurfaceFlinger Surfaces. Though what might be more interesting would be a library-ized version to make it simpler to bundle app + ui into a self-contained "native" Android app package.
It's just a bunch of work -- not particularly glamorous or exciting, unless you're really into porting or writing X servers -- but especially with the NDK these days supporting native apps, access to surfaces, and access to openGL, all the necessary bits are out there to make it possible
Writing a X server program that works e.g. more or less like a vnc client is likely more fun than useful. You can get around the bionic issue in many cases, but for practicle value you're just not able to make it work without z lot of effort. Better off using the vnc/x thing, a debian chroot, and an android vnc client to local host.
Sent from my Transformer TF101 using Tapatalk
I'm gonna speculate and say that it just needs to display a window on the surface flinger and render the Xorg api stuff.. also poll for taps.. doesn't seem like it would be too complex... maybe more complex to have it functioning well on every device.
Vnc will never be better than native X even if it is currently more convienent. I find it frustrating when people say something is not likely because it is tedious or trivial.
Just the fact that someone is actually working on an implementation suggests that it will happen eventually. When it is finished and works.. guess who is gonna be the only ones with the software that can do it!
They're where the people who ask these questions will eventually find themselves.
TBH, the idea of running an xserver with a chroot'd distro on my tab makes me all tingly.
tiiiiingly, kthx!
Sent from my TI-89 silver edition
The rendering stuff is one thing, issues with auth, environment, etc are another. It's slightly more complicated than filling pixels. Something you might also want to consider, doing it with a real X rather tha n the x/vnc trick, is pretty much the same. At best versus writing your own vnc client, it would *maybe* have better performance, rather than just an easy way tobsetup a .xinit/.xsession file.
Sent from my Transformer TF101 using Tapatalk
no me gusta.
Another approach
Another approach might be this
Search for X11 server with VNC backend in the market place (not allowed to post URLs)
market.android.com/details?id=com.theqvd.android.x
It is an X server with VNC backend.
It's probably just a bundle of Xvnc compiled for Linux/ARMv5 and an Android VNC client that knows how to connect to it smoothly. Basically packing what people already do, in an app.
I would also worry if the C code was replaced with a 100% Java xvnc port.
Sent from my Transformer Prime TF201 using Tapatalk
vnc x server and android
While I would love to see a native x server on android, the only way it would work is if there was a port of an android exec environment. Then you can integrate the keyboard, market and etc. But until then the UI is just... Unacceptable. HOWEVER I have been effing with it a lot and realized the best way to run Linux applications for now is to skip the desktop environment... Run xinit via xvfb vnc (tightvncserver) and to make it capture by window at your phones native res. Set options economic translate. This will run any non multimedia application B E A utifully
And then their are freaks like me that get by fine with a terminal emulators UI lol
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Hi, another approach here. I think it's a native x11 server (no chroot, no vnc) written in java... there are no binaries though, only sources. If there is any dev here willing to build an apk from sources for us it would be great...
x11
afaik we can run several x11 in pc with different vts, and since x11 is a server its completely possible to write something that listens to tcp and draw stuff grab events and send tcp stuff on a single android app despite that being rly similar to vnc or rdp except vnc works on image buffers,x11 its a bit more complex... i suppose .
i use every day a winxserver at work completely independent of os window manager concluding that would be possible on a android app, (probably lots of work)
android-x11-server looks good, I'm surprised how far along it is but I'm sure the developer has a reason for not putting a downloadable APK up yet.
Something like X11->VNC works like keeping a copy of the frame buffer and figuring out what to encode and send to the VNC client for rendering. X11 and RDP I believe are more command driven, but I'm not sure about RDP. Some kind of native X11 server would rock.
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I've just released an open-source X server for Android, also available through the Android Market. Details at my20percent.wordpress.com/2012/02/27/android-x-server/
Note that it's still in beta, and doesn't come with a window manager, although in theory you can run a window manager remotely.
Regards,
mkwan
Anybody here who can download mkwan's android-x11-server from the market and attach it here?
Thanks
Hi I'm farely new to xda (over on the Rezound forums mostly). Just recently I've been looking into tablets since my laptop died. My friend has this tablet and from what I've seen and read it's a good buy. Since im replacing my laptop with this I'd need to be able to run exe files. Is it possible to root and mod this to be able to run exe files? Or not since this a an android device? Sorry if this is a basic question again I'm new here. Thanks for help in advance
hmmmm, i dont think thats possible. Unless you install a different OS on it. But with pure android OS, i dont think so. EXE is kind of windows specific. But, what app are you trying to install using an EXE file? Im pretty sure there is an android equivelant for the app.
May have problems with it as exe is a program compiled for x86/x64, not ARM. Same reason why Windows RT & Pro aren't the same. Pro runs on x64 and can run normal exe's. RT runs on ARM and can't run native windows programs.
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NickS VR4 said:
May have problems with it as exe is a program compiled for x86/x64, not ARM.
Click to expand...
Click to collapse
And even if it was compiled for ARM, it won't run on Android. EXE is an Windows executable and depends on the Windows runtime libraries.
It would be nice to see someone developer a full blown version of Wine for Android, or if companies like Codeweavers can make CrossOver for Android to allow the use of .exe Windows applications.
I know this is not impossible and very possible if Android is really just a Google controlled version of Linux.
My first and only paid $ purchase of Linux was Xandros 2.0 desktop OS, and one of that OS main selling features was that it had Crossover integrated into it. I could download .exe's and install them on Xandros and run Windows apps. :laugh:
You're looking at two different processor architectures on two different operating systems. You would need a whole lot more than just a crossover/wine for Android. Consider purchasing the Asus Vivo Tab (not the Vivo Tab RT) if you have to run .NET/win32/WinRT executables. Also consider if android has equivalent apps that suit your needs. What kind of Windows programs do you use?
Update:
https://play.google.com/store/apps/details?id=com.max2idea.android.limbo.main&hl=en
If you ran this, installed Trinux on it and ran wine/crossover (provided they even support Trinux) you MIGHT have a chance at running windows apps. But it will likely be insanely slow.
The other option is to buy a new server, install Windows Server 2008/Server 2008 R2, buy a router that supports VPN, get a really good internet service (preferably with symmetrical data rates), buy the XTraLogic RDP app for android, tunnel into your VPN from your android device, set up terminal services on Windows Server, buy one Terminal Services Client Access License, configure RemoteApp in terminal services and run the apps using XTraLogic RDP on your android from your windows server. You would have to keep the server running 24/7.
My point being, even if you could pull this off, it would be incredibly impractical. Consider alternatives, like equivalent apps for Android or an X86 tablet.
this post is relevant
Hi there
After a tragic accident the touchscreen of my Nexus S lost its touch- prefix. I'm thinking into turning it into a linux machine to use as a small home server (I have many uses for those, I'm using serveral Raspberry Pi for this purpose), and I'm looking for the best solution.
I'm open to any Linux distribution (even if I am quite more familiar with debian derivatives). If possible, I would like to get rid of the Android stack itself because it is quite useless without touch input. I won't use a SIM card in it so I only need Wireless LAN.
Here are the options I have found so far :
- Using Ubuntu Touch and hoping it can be accessed with SSH and used like a "normal" distro (I had no luck installing it yet, but I will find out eventually)
- Installing Debian in a chroot over Android, but I don't know if it is possible to do with only adb access. This would not get rid of the Android stack but at least I would be sure to have a functional wireless stack.
Does anyone have pointers to how to achieve this ? Or other solutions ?
Thanks !