![]() ![]() ![]() You should now see i586-poky-linux in the Target Architecture dropdown list.Īlternatively, Downloading what we need for Qemux86.enter Qemu/Kernel: /tmp/deploy/images/qemux86/bzImage-qemux86.bin.this is where you extracted the 2 to by running runqemu-extract-sdk.enter Sysroot Location: /MY_QEMU_ROOTFS.this is where you have been running bitbake core-image-sato, bitbake etc.Goto Windows->Preferences->Yocto Project SDK.Set up the Configuration For the Built Image This Cookbook assumes you have already installed the Eclipse Poky plugin following the directions in. Running Eclipse Against the Built Qemux86 Image This will result in a fully extracted rootfs in MY_QEMU_ROOTFS and a set of permissions maintained by pseudo (a yocto tool similar to but more functional than fakeroot) for the rootfs in MY_QEMU_ROOTFS.pseudo_state.Execute $runqemu-extract-sdk tmp/deploy/images/qemux86/2 MY_QEMU_ROOTFS.We need an extracted rootfs that can be used by the userspace nfs daemon to boot qemu.We need to build a version of qemu that can run natively on our workstation as well as a userspace nfs daemon.This makes sdk stuff such as the toolchains eclipse will use to build,.Execute $bitbake core-image-sato -c populate_sdk. ![]() We need to build the toolchain eclipse will use.This makes a rootfs in tmp/deploy/images/qemux86/2.You can use either so this line can be omitted since the sftp server works with either. This defaults to the openssl ssh server rather than dropbear.EXTRA_IMAGE_FEATURES += " ssh-server-openssh ".This is needed since the Yocto Eclipse plugin is assuming that the qemu rootfs and the sysroot are synonymous. This adds the build requirements on the target rootfs.This adds gdbserver,tcf-agent (for Target Communication Framework), and openssh-sftp-server).EXTRA_IMAGE_FEATURES += " eclipse-debug ".We add the following to EXTRA_IMAGE_FEATURES in conf/nf.We need to build a core-image-sato-sdk that has the pieces needed by Eclipse, so we add/change the following in our conf/nf:.see section #Why SDK Image for why you have to build the sdk image and how to work around it if you really don't want to.So that the commands are specific and can be cut and pasted to try, we will assume the following: This cookbook will explain the small number of steps needed to accomplish this. Suppose you are building images and would like to be able to use Eclipse and the Yocto Eclipse plugin to develop/debug a C/C++ application on either a remote hardware target or on qemu. 1.6.5.2 How do you know you are running Wayland?Ĭookbook guide to Making an Eclipse Debug Capable Image.1.6.5.1 How to know what version of gtk is being used in your session?.1.6.5 XWayland workaround with gtk3 (Fedora-25).1.6.3 Switching autotools C/C++ project from one toolchain/sysroot to another and build failing.1.5.1.2 Back to Using the Connection whether it be ssh or tcf.1.5.1 Put the binary on the Qemu instance and debug it.1.4.1 Set up the Configuration For the Downloaded Image.1.4 Running Eclipse Against the Downloaded Image.1.3 Alternatively, Downloading what we need for Qemux86.1.2.1 Set up the Configuration For the Built Image.1.2 Running Eclipse Against the Built Qemux86 Image.1 Cookbook guide to Making an Eclipse Debug Capable Image. ![]()
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