The following example shows how to build a simple C application, transfer it to the device using SCP, and run it over an SSH connection.<\/p>\n
\r\n# set PATH to include the toolchain \r\n# (assumes OETREE is set from env-oe.sh and build system is x86_64)\r\nexport PATH=$PATH:${OETREE}\/build\/tmp\/sysroots\/x86_64-linux\/usr\/armv5te\/bin\r\n\r\n# compile and link helloworld.c\r\narm-corecdp-linux-gnueabi-gcc -o helloworld helloworld.c\r\n\r\n# copy to device in \/usr\/bin\/\r\nscp helloworld root@192.168.2.1:\/usr\/bin\/\r\n\r\n# ssh to device and run it\r\nssh root@192.168.2.1\r\nhelloworld\r\n<\/pre>\nBuilding HelloWorld with a BitBake recipe<\/h3>\n
The following example shows how to package a simple C application using a BitBake recipe. First, the recipe is created. Then the package is built and copied to the device using SCP. Lastly, opkg is used to install the package on the device.<\/p>\n
\r\n# create a recipe\r\ncd ${OETREE}\/user-layer\/recipes\r\nmkdir helloworld\r\ncd helloworld\r\n\r\n# (create helloworld_1.0.0.bb, see below for contents)\r\n# (create helloworld.c)\r\n\r\n# build package\r\ncd ${OETREE}\r\nbitbake helloworld\r\n\r\n# copy the package to the device\r\nscp build\/tmp\/deploy\/eglibc\/ipk\/armv5te\/helloworld_1.0.0-r0.10_armv5te.ipk root@192.168.2.1:\/var\/tmp\/\r\n\r\n# install the package\r\nssh root@192.168.2.1\r\ncd \/var\/tmp\r\nopkg install helloworld_1.0.0-r0.10_armv5te.ipk\r\n\r\n# run it\r\nhelloworld\r\n<\/pre>\nTo install the helloworld package into a custom filesystem image that can be flashed into the device, see Creating a Custom Image<\/a><\/p>\nhelloworld_1.0.0.bb<\/h5>\n