Cbrake/master

README.md

@@ -15,10 +15,10 @@ scratch on a Raspberry PI 3:
 1. `cd yoe-distro`
 1. `. raspberrypi3-64-envsetup.sh`
 1. `yoe_setup`
-1. `bitbake core-image-base`
+1. `bitbake yoe-simple-image`
 1. insert SD card
 1. `lsblk` (note sd card device, and substitute for /dev/sdX below)
-1. `yoe_install_image /dev/sdX core-image-base`
+1. `yoe_install_image /dev/sdX yoe-simple-image`
 1. optional: [configure console for serial port](docs/raspberrypi.md)
 1. `sudo eject /dev/sdX`
 1. Install SD card in a Raspberry PI and enjoy your new image

docs/beagleboneblack.md

@@ -12,10 +12,10 @@
 1. `cd yoe-distro`
 1. `. beaglebone-envsetup.sh`
 1. `yoe_setup`
-1. `bitbake core-image-base`
+1. `bitbake yoe-simple-image`
 1. insert SD card
 1. `lsblk` (note sd card device, and substitute for /dev/sdX below)
-1. `yoe_install_image /dev/sdX core-image-base`
+1. `yoe_install_image /dev/sdX yoe-simple-image`
 1. `sudo eject /dev/sdX`
 1. connect serial console (instructions below)
 1. install SD card in a BeagleBone

docs/gcc.md

@@ -5,8 +5,8 @@
 The primary use for OE is to cross-compile software on a fast workstation, but there are
 times during development or evaluating technology where it may be useful to compile
 software on the target device. There is also some software that is simply too nasty for
-most of us to figure out how to cross-compile so one workaround is to build a  
-binary on the target system, and then package that binary in subsequent image builds.
+most of us to figure out how to cross-compile so one workaround is to build a binary on
+the target system, and then package that binary in subsequent image builds.
 This _hack_ should only be used as a _last resort_ in production builds.
 
 The following packages can be added to the image, or installed at runtime using a package

docs/packages.md

@@ -18,7 +18,8 @@ following procedure:
   - `IMAGE_FEATURES += "packages-management"`
 - a ssh server must be enabled in the target image:
   - `IMAGE_FEATURES += "ssh-server-dropbear"`
-- target system just be on the same network as your build computer.
+- see [yoe-simple-image](https://github.com/YoeDistro/meta-yoe/blob/master/recipes-core/images/yoe-simple-image.bb) for an example.
+- target system must be on the same network as your build computer.
 - run `yoe_setup_feed_server <target ip address>`. This configures the target to fetch packages
   from your build computer. Alternatively you can set the MACHINE_IP environment variable.
 - run `yoe_feed_server`. This starts a web server that serves packages.

docs/raspberrypi.md

@@ -10,10 +10,10 @@
 1. `cd yoe-distro`
 1. `. raspberrypi3-64-envsetup.sh`
 1. `yoe_setup`
-1. `bitbake core-image-base`
+1. `bitbake yoe-simple-image`
 1. insert SD card
 1. `lsblk` (note sd card device, and substitute for /dev/sdX below)
-1. `yoe_install_image /dev/sdX core-image-base`
+1. `yoe_install_image /dev/sdX yoe-simple-image`
 1. optional: configure console for serial port (see below)
 1. `sudo eject /dev/sdX`
 1. Install SD card in a Raspberry PI and enjoy your new image

envsetup.sh

@@ -64,7 +64,7 @@ if [ -z "${MACHINE}" ]; then
   return
 fi
 export MACHINE
-echo "setting MACHINE=$MACHINE"
+echo "Setting MACHINE=$MACHINE"
 if [ -z "${MEDIA}" ]; then
   # set the location of the automounted location for removable storage
   # newer gnome systems