> For those who are interested, here's how:

> 1) Create your hello world program:

> #include <stdio.h>

> int main(int argc, char** argv) {
>    printf("hello world\n");
>    return 0;

> }

> 2) Compile with an arm cross-compiler toolchain. I used a toolchain I
> built with gentoo's crossdev tool, but there are lots out there.
> Assuming your c file is hi.c and your cross compiler is called armv6-
> vfp-linux-gnueabi-gcc, you can compile using:

> armv6-vfp-linux-gnueabi-gcc hi.c -o hi -static

> Note the -static. I've not figured out the version of libc etc or the
> ABI used yet, so for now, link applications statically.

> 3) Copy to a running emulator:
> adb push hi /system/sbin/hi

> 4) Run it! From the emulator console:
> cd /system/sbin
> ./hi

> 5) Smile as you see "hello world" printed on the console. :-)

> Next, I'm going to try and get busybox up & running so we can have
> access to exciting programs such as "cp"! After that, perhaps dropbear
> for remote ssh access? Or maybe a small web server like boa so we can
> turn the android emulator into a webserver? Stay tuned.

> For those who are interested, here's how:

> 1) Create your hello world program:

> #include <stdio.h>

> int main(int argc, char** argv) {
>    printf("hello world\n");
>    return 0;

> }

> 2) Compile with an arm cross-compiler toolchain. I used a toolchain I
> built with gentoo's crossdev tool, but there are lots out there.
> Assuming your c file is hi.c and your cross compiler is called armv6-
> vfp-linux-gnueabi-gcc, you can compile using:

> armv6-vfp-linux-gnueabi-gcc hi.c -o hi -static

> Note the -static. I've not figured out the version of libc etc or the
> ABI used yet, so for now, link applications statically.

> 3) Copy to a running emulator:
> adb push hi /system/sbin/hi

> 4) Run it! From the emulator console:
> cd /system/sbin
> ./hi

> 5) Smile as you see "hello world" printed on the console. :-)

> Next, I'm going to try and get busybox up & running so we can have
> access to exciting programs such as "cp"! After that, perhaps dropbear
> for remote ssh access? Or maybe a small web server like boa so we can
> turn the android emulator into a webserver? Stay tuned.

> I just noticed that some classes in Android.jar used the keyword
> "native". It should be a matter of time to get either offical or
> unofficial suport for calling native code from the Dalvik VM.

> For those who are interested, here's how:

> 1) Create your hello world program:

> #include <stdio.h>

> int main(int argc, char** argv) {
>    printf("hello world\n");
>    return 0;

> }

> 2) Compile with an arm cross-compiler toolchain. I used a toolchain I
> built with gentoo's crossdev tool, but there are lots out there.
> Assuming your c file is hi.c and your cross compiler is called armv6-
> vfp-linux-gnueabi-gcc, you can compile using:

> armv6-vfp-linux-gnueabi-gcc hi.c -o hi -static

> Note the -static. I've not figured out the version of libc etc or the
> ABI used yet, so for now, link applications statically.

> 3) Copy to a running emulator:
> adb push hi /system/sbin/hi

> 4) Run it! From the emulator console:
> cd /system/sbin
> ./hi

> 5) Smile as you see "hello world" printed on the console. :-)

> Next, I'm going to try and get busybox up & running so we can have
> access to exciting programs such as "cp"! After that, perhaps dropbear
> for remote ssh access? Or maybe a small web server like boa so we can
> turn the android emulator into a webserver? Stay tuned.

> ----
> Android Emulatorhttp://code.google.com/android/reference/emulator.html

> -nojni          Disable JNI checks in the Dalvik runtime.

> // Aaron Ardiri
> Mobile Wizardryhttp://www.mobilewizardry.com/

> > Excellent work!

> > I just noticed that some classes in Android.jar used the keyword
> > "native". It should be a matter of time to get either offical or
> > unofficial suport for calling native code from the Dalvik VM.

> this is what i mentioned in an earlier thread (titled JNI: ....)

> I've managed to get a native C application working in the emulator.

> For those who are interested, here's how:

> 1) Create your hello world program:

> #include <stdio.h>

> int main(int argc, char** argv) {
>    printf("hello world\n");
>    return 0;
> }

> 2) Compile with an arm cross-compiler toolchain. I used a toolchain I
> built with gentoo's crossdev tool, but there are lots out there.
> Assuming your c file is hi.c and your cross compiler is called armv6-
> vfp-linux-gnueabi-gcc, you can compile using:

> armv6-vfp-linux-gnueabi-gcc hi.c -o hi -static

> Note the -static. I've not figured out the version of libc etc or the
> ABI used yet, so for now, link applications statically.

> 3) Copy to a running emulator:
> adb push hi /system/sbin/hi

> 4) Run it! From the emulator console:
> cd /system/sbin
> ./hi

> 5) Smile as you see "hello world" printed on the console. :-)

> Next, I'm going to try and get busybox up & running so we can have
> access to exciting programs such as "cp"! After that, perhaps dropbear
> for remote ssh access? Or maybe a small web server like boa so we can
> turn the android emulator into a webserver? Stay tuned.

> For those who are interested, here's how:

> 1) Create your hello world program:

> #include <stdio.h>

> int main(int argc, char** argv) {
>    printf("hello world\n");
>    return 0;

> }

> 2) Compile with an arm cross-compiler toolchain. I used a toolchain I
> built with gentoo's crossdev tool, but there are lots out there.
> Assuming your c file is hi.c and your cross compiler is called armv6-
> vfp-linux-gnueabi-gcc, you can compile using:

> armv6-vfp-linux-gnueabi-gcc hi.c -o hi -static

> Note the -static. I've not figured out the version of libc etc or the
> ABI used yet, so for now, link applications statically.

> 3) Copy to a running emulator:
> adb push hi /system/sbin/hi

> 4) Run it! From the emulator console:
> cd /system/sbin
> ./hi

> 5) Smile as you see "hello world" printed on the console. :-)

> Next, I'm going to try and get busybox up & running so we can have
> access to exciting programs such as "cp"! After that, perhaps dropbear
> for remote ssh access? Or maybe a small web server like boa so we can
> turn the android emulator into a webserver? Stay tuned.

> On Nov 13, 12:31 pm, TomCooksey <TomCook...@googlemail.com> wrote:

> > I've managed to get a native C application working in the emulator.

> > For those who are interested, here's how:

> > 1) Create your hello world program:

> > #include <stdio.h>

> > int main(int argc, char** argv) {
> >    printf("hello world\n");
> >    return 0;

> > }

> > 2) Compile with an arm cross-compiler toolchain. I used a toolchain I
> > built with gentoo's crossdev tool, but there are lots out there.
> > Assuming your c file is hi.c and your cross compiler is called armv6-
> > vfp-linux-gnueabi-gcc, you can compile using:

> > armv6-vfp-linux-gnueabi-gcc hi.c -o hi -static

> > Note the -static. I've not figured out the version of libc etc or the
> > ABI used yet, so for now, link applications statically.

> > 3) Copy to a running emulator:
> > adb push hi /system/sbin/hi

> > 4) Run it! From the emulator console:
> > cd /system/sbin
> > ./hi

> > 5) Smile as you see "hello world" printed on the console. :-)

> > Next, I'm going to try and get busybox up & running so we can have
> > access to exciting programs such as "cp"! After that, perhaps dropbear
> > for remote ssh access? Or maybe a small web server like boa so we can
> > turn the android emulator into a webserver? Stay tuned.- Hide quoted text -

> - Show quoted text -

>I've managed to get a native C application working in the emulator.

> For those who are interested, here's how:

> 1) Create your hello world program:

> #include <stdio.h>

> int main(int argc, char** argv) {
>    printf("hello world\n");
>    return 0;

> }

> 2) Compile with an arm cross-compiler toolchain. I used a toolchain I
> built with gentoo's crossdev tool, but there are lots out there.
> Assuming yourcfile is hi.cand your cross compiler is called armv6-
> vfp-linux-gnueabi-gcc, you can compile using:

> armv6-vfp-linux-gnueabi-gcc hi.c-o hi -static

> Note the -static. I've not figured out the version of libc etc or the
> ABI used yet, so for now, link applications statically.

> 3) Copy to a runningemulator:
> adb push hi /system/sbin/hi

> 4) Run it! From theemulatorconsole:
> cd /system/sbin
> ./hi

> 5) Smile as you see "hello world" printed on the console. :-)

> Next, I'm going to try and get busybox up & running so we can have
> access to exciting programs such as "cp"! After that, perhaps dropbear
> for remote ssh access? Or maybe a small web server like boa so we can
> turn the androidemulatorinto a webserver? Stay tuned.

> http://research.nokia.com/research/projects/mobile-web-server/

> btw as you probably can tell I'm not a C programmer :-)

> On Nov 13, 5:31 pm, TomCooksey <TomCook...@googlemail.com> wrote:

> > I've managed to get a nativeCapplication working in theemulator.

> > For those who are interested, here's how:

> > 1) Create your hello world program:

> > #include <stdio.h>

> > int main(int argc, char** argv) {
> >    printf("hello world\n");
> >    return 0;

> > }

> > 2) Compile with an arm cross-compiler toolchain. I used a toolchain I
> > built with gentoo's crossdev tool, but there are lots out there.
> > Assuming yourcfile is hi.cand your cross compiler is called armv6-
> > vfp-linux-gnueabi-gcc, you can compile using:

> > armv6-vfp-linux-gnueabi-gcc hi.c-o hi -static

> > Note the -static. I've not figured out the version of libc etc or the
> > ABI used yet, so for now, link applications statically.

> > 3) Copy to a runningemulator:
> > adb push hi /system/sbin/hi

> > 4) Run it! From theemulatorconsole:
> > cd /system/sbin
> > ./hi

> > 5) Smile as you see "hello world" printed on the console. :-)

> > Next, I'm going to try and get busybox up & running so we can have
> > access to exciting programs such as "cp"! After that, perhaps dropbear
> > for remote ssh access? Or maybe a small web server like boa so we can
> > turn the androidemulatorinto a webserver? Stay tuned.

> hello Tom:

> On Nov 13, 10:31 pm, TomCooksey <TomCook...@googlemail.com> wrote:
> > I've managed to get a native C application working in the emulator.

> i followed the steps that you and Benno listed. i am not able to run
> the app
> at all from Windows.

> G:\>adb push a.out data/hello
> 111 KB/s (0 bytes in 5373.000s)

> G:\>adb shell data/hello
> data/hello: permission denied

> G:\>adb shell chmod 777 data/hello

> G:\>adb shell data/hello
> data/hello: not found

> i even did the same after logging in using "adb shell".
> i always get "hello not found".

> any ideas?

> On Nov 14, 2007 4:42 PM, Aaron <adso...@gmail.com> wrote:

> > hello Tom:

> > On Nov 13, 10:31 pm, TomCooksey <TomCook...@googlemail.com> wrote:
> > > I've managed to get a native C application working in the emulator.

> > i followed the steps that you and Benno listed. i am not able to run
> > the app
> > at all from Windows.

> > G:\>adb push a.out data/hello
> > 111 KB/s (0 bytes in 5373.000s)

> > G:\>adb shell data/hello
> > data/hello: permission denied

> > G:\>adb shell chmod 777 data/hello

> > G:\>adb shell data/hello
> > data/hello: not found

> > i even did the same after logging in using "adb shell".
> > i always get "hello not found".

> > any ideas?