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Toaster offers multiple REST APIs for interacting with the system. == Build analysis module ==

| rowspan="3" | [[Target System]] ! [[System Performance]] || [[Intel]]

...tested – no sato image was built. Most issues were reported for Core Build System.

* A '''build system''' - based primarily on the Bitbake project and including other associated ...cipes, files and patches which, when taken together, build a working Linux system (OpenEmbedded-Core and other layers)

| Build System & Metadata:|||| | ||Poky:Build System:bitbake:(107) ||Build System & Metadata:BitBake:general

At some point your build system may become IO bound, when your hard disk(s) cannot keep up with CPUs runnin the build performance by using a ramdisk. It is probably a good idea not to keep DEPL

At some point your build system may become IO bound, when your hard disk(s) cannot keep up with CPUs runnin the build performance by using a ramdisk. It is probably a good idea not to keep DEPL

...extensible SDK is effectively an encapsulated instance of the normal build system. Generally that shouldn't be touched directly, however sometimes you need t . ./layers/<core layer>/oe-init-build-env .

=== Build target app in host machine === If you want to build your target application in host machine just by command line, you can refer

...t Core activities and processes. In general, this refers to the Poky build system and the tools related to it, such as Pseudo and cross-prelink.

If you wish to build against Qt/X11, you should add the following to the recipe: This will set up the appropriate build-time dependencies for your application.

This page contains notes on getting Yocto builds going on an RHEL 4-based build host. My RHEL 4 system includes these versions of packages, which appear to have some effect on bu

the generated sdk does <strong>not</strong> include the build system created cmake. Using the host cmake, cross compilation will often work, bu == Using the Eclipse plugin with the cmake from the build directory ==

The core of our build system, most things build upon these foundations * OE-Core: the metadata and glue which binds the system together: how to build software, how to separate/package it, sanity test it, handle prebuilt objec

| style="font-weight: bold;" | Build System | Build Appliance

...tory, known as the "work directory". This is where all of the work done to build a recipe takes place. One of the things you'll find in this directory is th ...or <code>bitbake -C compile</code> to force recompilation, since the build system doesn't know that you've made any changes

...are also in Yocto 1.2 test cycle. For build performance, one qemux86 sato build on a Core i7 machine takes 115 minutes. For non-intel platforms there is a new bug found for build image with PAM support, reported as bug 2743. This issue has been fixed in

The easiest way is to install it system wide [http://pip.readthedocs.org/en/latest/installing.html with pip] ...directory under <code>~/.local</code>, which won't impact the rest of the system.

...crash in a native binary that a layer I was working on invokes during the build. To debug the crash with gdb I had to do two things; 1) have the build system generate a binary with debug symbols and 2) not have them stripped during i

<pre>$ source oe-init-build-env build</pre> ...ar.bz2 file after "build" directory, something like "/home/<YOURUSER>/poky/build/tmp/deploy/images/qemu<MACHINE>/"