Useful targets

Useful Targets

Bitbake can build individual packages such as "bitbake nano" to build the single package nano, but it's often more useful to build a set of things and say compile them into an image. The directory packages/meta contains most of these "meta" targets that build multiple packages but some of the more useful ones are detailed below:

helloworld

Builds a static executable that prints hello world, then loops infinitely.

world

Build everything. This takes a long time, a lot of network bandwidth, and a lot of disc space. Can also break your toolchain.

task-base

Build a kernel and core packages for a basic installation. You won't be able to do much more than ssh to the machine if this is all that's installed.

helloworld-image

Builds an image, that if used as a root filesystem, will start a static executable that prints hello world, then loops infinitely. Can be used to test the Linux boot procedure into user space (init).

bootstrap-image

Build image contains task-base packages.

opie-image

Build image based on the OPIE.

opie-kdepim-image

Build image based on the OPIE and full featured KDE-based PIM (pi-sync, ko/pi, ka/pi, etc).

meta-opie

Build all OPIE related packages and some more for OPIE based usage.

pivotboot-image

Build image that is necessary to flash a Sharp SL C3000, Zaurus. It pivots after booting from the NAND and finalizes the install to the HD during the first boot.

task-dvb

meta-package for DVB application (DVB = Digital Video Broadcasting).

task-python-everything

all of python.

twin-image

task-base plus a couple of editors nano and vim --- why two? and a mail reader mutt

uml-image

A root image for user-mode-linux. Includes task-base, and parts of opie I think.

gpe-image

GPE-based kernel and rootfs.

meta-gpe

Basic packages to go with gpe-image.

package-index

Target to update the "feed" files (Package*) to reflect the current set of .ipk's that exist in the deploy directory. Commonly used after building some packages individually to update the feed and allow them to be installed via a package manager or thie ipkg command line tools.

virtual/kernel

Builds the appropriate kernel for your device.