Hi
I've installed the prime 1.5 rom onto my transformer. However I need serial devices support for my electronics stuff. How would I go about compiling the kernel module using the chrooted ubuntu.
Related
Can anyone please recommend me (or maybe cook me) a ROM which has the following capabilities:
- has System V IPC enabled in the kernel, either as a module or built-in
- made for TF101 B70
- based on ICS
- rooted
What I'm trying to do is: I have a chrooted Ubuntu environment (not dual-boot, just chroot), and I'm trying to run PostgreSQL in that, but it requires System V IPC. Plan B is to dual-boot, but I'm sooooo happy with this chrooted environment, and enjoying the best of two OSes in parallel that it's a last resort only.
Thanks in advance for all responses!
I'm amazed you're able to tolerate the lag of chroot, but I think you have to dualboot to flash a kernel over your ubuntu install, or rebuild your ubuntu image file with the kernel. Sadly I don't think one with ALL of the standard unix communications (EG. SystemVIPC) has been built.
Wanting to run Ubuntu with JB , f anyone can tell me if there is a kernel out there currently that supports loop devices.
thanks in advance
Dan
gddan said:
Wanting to run Ubuntu with JB , f anyone can tell me if there is a kernel out there currently that supports loop devices.
Click to expand...
Click to collapse
If you can successfully move apps to an SD card on your ROM, then the ROM kernel will have loop device support: the move-apps-to-SD card feature requires it.
However, some kernels, notably the older TeamDRH ICS kernels, have been mis-compiled, so you should check directly for loop device support in the kernel:
Code:
$ [B]fgrep loop /proc/devices[/B]
7 loop
$
However, if you plan to run Ubuntu in parallel with Android, then it's better to use a Linux kernel than an Android one.
Thank you,
I have managed to get it running but am having a serious lag with the JB ROM, still able to run commands through terminal but when I try to vnc in I barely am able to load the desktop, am assuming I should drop down to a lighter ROM like a froyo. Maybe a little over clock will help.
I'm trying to compile a kernel module for Cyanogenmod 10.2.1 on a Nexus 7 tablet (tilapia). I'm using for this task an ARM virtual machine with Debian installed on it.
To compile the module I need the CM linux headers, but I can't find where to get them. Can you please link me the source repo?
PS: I want to compile a driver for a usb to lan adapter:
http://www.asix.com.tw/download.php?sub=driverdetail&PItemID=105
http://www.lindy-usa.com/usb-20-fast-ethernet-adapter-usb-micro-b-42948.html
Lucas Malor said:
I'm trying to compile a kernel module for Cyanogenmod 10.2.1 on a Nexus 7 tablet (tilapia). I'm using for this task an ARM virtual machine with Debian installed on it.
To compile the module I need the CM linux headers, but I can't find where to get them. Can you please link me the source repo?
PS: I want to compile a driver for a usb to lan adapter:
http://www.asix.com.tw/download.php?sub=driverdetail&PItemID=105
http://www.lindy-usa.com/usb-20-fast-ethernet-adapter-usb-micro-b-42948.html
Click to expand...
Click to collapse
You don't need "cm linux" headers. There is no such thing. What you need is to compile from source the kernel you are using....which is some 3.1.10 kernel. Then you need to have the "3.1.10 kernel headers" installed. Finally you cross compile the USB to Lan driver against the sources of the kernel you compiled. If the compiled kernel is there....then the cross compiler must be properly linked to the source...and it will find the header files it needs and warn you of missing dependencies. It could be that you'll need to enable some things in the kernel build in order to have all the needed support for your driver.
I recently got an ASIX AX88179 USB 3.0 to Gigabit Ethernet adapter for my Android device running CyanogenMod based on Android 5.1.1 and the 3.4.* kernel.
The drivers for the device are provided as source code and are available:
http://www.asix.com.tw/FrootAttach/driver/AX88179_178A_LINUX_DRIVER_v1.14.2_SOURCE.tar.gz
ASIX represents that the drivers are "For Android 1.x/2.x/3.x/4.x/5.x, Linux kernel 2.6.25 and later".
I attempted to compile the drivers using the CyanogenMod-included Terminal emulator App, but could not get anything to compile. It seemed that the "make" command or tool is not recognized.
I found a note in the drivers source readme file:
Code:
Prepare to build the driver, you need the Linux kernel sources installed on the
build machine, and make sure that the version of the running kernel must match
the installed kernel sources.
I found kernel sources on https://www.kernel.org/ . How do I make use of the kernel sources?
The version 3.4.* kernel is frequently updated. Should I be recompiling the driver with new, updated kernel sources every time a new kernel version is installed?
Must the drivers be compiled on the system they are to be used on?
Is there a better way to handle driver preparations or acquisitions?
I Need A Flashable Zip Linux Mainline 5.12.0 Kernel For TF101
Link To The Image: Debian 11 Imgs For TF101
I Tried With 3.10.15 Kernel And I Got A Fatal Error That Says "
FATAL: kernel too old"
And A Kernel Panic Occurs
And Im Stuck With Debian 8 Jessie.
Getting Debian 11 for TF101 is trickier than getting a flashable zip linux mainline 5.12 kernel. Dealing with proprietary Asus Bootloader is a pain.
Read the guide and you'll get it working:
TF101-linux-images/README.Debian11Bullseye.md at master · antonialoytorrens/TF101-linux-images
TF101 linux images based on Jhinta's 3.1 Kernel (see README.postmarketos-downstream.old) and grate kernel (current README.md) - TF101-linux-images/README.Debian11Bullseye.md at master · antonia...
github.com
Nvflash doesn't work on my tf101. I installed drivers on windows 10 and win10 doesn't recognize my tf101 I tried with 2 USB cables
my computer does not detect tf101 and never. i installed alot of apx drivers and still does not recognize the tf101
and i dont know how to install this to my tf101: boot-5.12.0-rc8-next-20210419.tar.gz