Install the Intel System Studio Integration Layer

Copy the integration layer from the Intel System Studio installation folder to the appropriate development folder.

For Yocto Project*:

cp -r <ISS_BASE_DIR>/YoctoProject/meta-intel-iss <YOCTO_HOME>/

For Wind River* Linux*:

cp -r <ISS_BASE_DIR>/YoctoProject/meta-intel-iss <WR_HOME>/

where

<ISS_BASE_DIR>
: Root folder of the Intel System Studio installation. By default, this is
/opt/intel/system_studio_<version>.x.y/
. For example, for the 2019 version, the root folder is
/opt/intel/system_studio_2019.0.0/
.
<YOCTO_HOME>
: Root folder of the Yocto Project* cloned directory.
<WR_HOME>
: Root folder of the Wind River* Linux* cloned directory.

Register the layer by running the post-installation script.

For Yocto Project*:

In the shell console, go to the

<YOCTO_HOME>

folder and run this command:.

$ meta-intel-iss/yp-setup/postinst_yp_iss.sh <ISS_BASE_DIR>

For Wind River* Linux*:

In the shell console, go to the

<WR_HOME>

folder and run this command:.

$ meta-intel-iss/yp-setup/postinst_wr_iss.sh <ISS_BASE_DIR>

Run the appropriate script to uninstall:
For Yocto Project*:
In the shell console, go to the
<YOCTO_HOME>
folder and run this command:.
$ meta-intel-iss/yp-setup/uninst_yp_iss.sh 
For Wind River* Linux*:
In the shell console, go to the
<WR_HOME>
folder and run this command:.
$ meta-intel-iss/yp-setup/uninst_wr_iss.sh 
Remove the
meta-intel-iss
layer.

Add the

Intel VTune

Profiler

Recipe

Add the path to the
wr-iss-<version>
to the
bblayer.conf
file. For example:
vi /path/to/poky-fido-10.0.0/build/conf/bblayers.conf
BBLAYERS = "$HOME/source/poky/wr-iss-2019\"
Your file should look similar to the following:
BBLAYERS ?= " \
  $HOME/source/poky/meta \
  $HOME/source/poky/meta-poky \
  $HOME/source/poky/meta-yocto-bsp \
  $HOME/source/poky/meta-intel \
  $HOME/source/poky/wr-iss-2019 \
  "
Add the
Intel VTune
Profiler
recipe to
conf/local.conf
. Two recipes are available,
intel-vtune-drivers
and
intel-vtune-sep-driver
. In this example, the
intel-vtune-drivers
is used so the analysis can be run from the
VTune
Profiler
GUI on the host system.
vi "conf/local.conf"
IMAGE_INSTALL_append = " intel-vtune-drivers"
You cannot add both
intel-vtune-drivers
and
intel-vtune-sep-driver
at the same time.

Build and Flash the Target Operating System

Build the target operating system. For example:
bitbake core-image-sato
Flash the operating system to the embedded device.

Configure and Run Remote Analysis

Set up a password-less SSH access to the target using RSA keys.
Create a new project.
Select the
remote Linux (SSH)
analysis system and specify the collection details.
Configure the analysis type.
Start the analysis.