config

######################### Kuiper Configuration File #########################
#
# [MINIMAL] - this is the default configuration
# Contains only mandatory packages for minimum functionality.
# This image can be customized by adding one or more of the following libraries and tools.
#
# Set the architecture for Kuiper. Options: armhf (for 32 bits), arm64 (for 64 bits).
TARGET_ARCHITECTURE=armhf
#
# Set the Debian version for Kuiper. Options: bullseye, bookworm, trixie.
DEBIAN_VERSION=trixie
#
# Set the hostname for the system. Default: analog
HOSTNAME=analog
#
# Preserve the Docker container.
PRESERVE_CONTAINER=n
#
# Set the name of the Docker container. By default the name of the container will be 'debian_<DEBIAN_VERSION>_rootfs_container'
#CONTAINER_NAME=debian_trixie_rootfs_container
#
#
#
# [DESKTOP ENVIRONMENT]
# Contains XFCE4 desktop environment and X11VNC server.
CONFIG_DESKTOP=n
#
#
#
# [LIBIIO]
# Libiio is an Analog Devices library for interfacing with Linux IIO devices.
# Github: https://github.com/analogdevicesinc/libiio
CONFIG_LIBIIO=n
#
#
#
# [PYADI]*
# Pyadi: Analog Devices python interfaces for hardware with Industrial I/O drivers.
# Github: https://github.com/analogdevicesinc/pyadi-iio
CONFIG_PYADI=n
#
# 
#
# [LIBM2K]*
# Libm2k: library for interfacing with the ADALM2000.
# Github: https://github.com/analogdevicesinc/libm2k
CONFIG_LIBM2K=n
#
#
#
# [LIBAD9166 IIO]*
# Libad9166-iio: library used for userspace, which applies calibration gain and offset for a user-given frequency.
# Github: https://github.com/analogdevicesinc/libad9166-iio
CONFIG_LIBAD9166_IIO=n
#
#
#
# [LIBAD9361 IIO]*
# Libad9361-iio: library used for userspace, which manages multi-chip sync (on platforms (FMCOMMS5) 
# where multiple AD9361 devices are use) and can create AD9361 specific FIR filters on the fly
# Github: https://github.com/analogdevicesinc/libad9361-iio
CONFIG_LIBAD9361_IIO=n
#
#
#
# [IIO OSCILLOSCOPE]*
# The IIO Oscilloscope is a GTK+ application, which demonstrates how to interface various IIO devices 
# to different visualization methods within a Linux system. 
# Github: https://github.com/analogdevicesinc/iio-oscilloscope
CONFIG_IIO_OSCILLOSCOPE=n
#
#
#
# [IIO FM RADIO]
# IIO Fm Radio: simple IIO FM Radio receive example
# Github: https://github.com/analogdevicesinc/iio-fm-radio
CONFIG_IIO_FM_RADIO=n
#
#
#
# [FRU TOOLS]
# Fru tools: tools to display/manipulate FMC FRU info
# Github: https://github.com/analogdevicesinc/fru_tools
CONFIG_FRU_TOOLS=n
#
#
#
# [JESD EYE SCAN GTK]*
# JESD Eye Scan Gtk: JESD204 Eye Scan Visualization Utility
# Github: https://github.com/analogdevicesinc/jesd-eye-scan-gtk
CONFIG_JESD_EYE_SCAN_GTK=n
#
#
#
# [COLORIMETER]*
# Colorimeter: Application to be used with the EVAL-CN0363-PMDZ
# Github: https://github.com/analogdevicesinc/colorimeter
CONFIG_COLORIMETER=n
#
#
#
# [SCOPY]
# Scopy: a software oscilloscope and signal analysis toolset.
# Github: https://github.com/analogdevicesinc/scopy
CONFIG_SCOPY=n
#
#
#
# [GNURADIO]
# Gnuradio: software development toolkit that provides signal processing blocks to implement software radios.
# Github: https://github.com/gnuradio/gnuradio
CONFIG_GNURADIO=n
#
#
#
# [GRM2K]*
# Grm2k: GNU Radio blocks for ADALM-2000.
# Github: https://github.com/analogdevicesinc/gr-m2k
CONFIG_GRM2K=n
#
#
#
# [RASPBERRY PI BOOT FILES]
# Contains boot files for Raspberry PI installed from the ADI Package Repository.
CONFIG_RPI_BOOT_FILES=y
#
#
#
# [INTEL AND XILINX BOOT FILES]
# Contains boot files for Intel and Xilinx.
#
# For armhf:
CONFIG_ARCH_ZYNQ=y
CONFIG_ARCH_ARRIA10=y
CONFIG_ARCH_CYCLONE5=y
#
# For arm64:
CONFIG_ARCH_ZYNQMP=n
CONFIG_ARCH_VERSAL=n
#
#
#
# [PREPARE BOOT FILES]*
# Prepare boot partition with carriers boot files at build time by setting the
# ADI_EVAL_BOARD and the CARRIER. Corresponding boot file package must be
# enabled.
ADI_EVAL_BOARD=
CARRIER=
#
#
#
# [RASPBERRY PI SPECIFIC PACKAGES]
# Install the following RaspberryPi specific packages: raspi-config, GPIO related (pigpio, python3-gpio, raspi-gpio, python3-rpi.gpio),
# VideoCore debugging related (vcdbg), sense-hat, sense-emu.
INSTALL_RPI_PACKAGES=n
#
#
#
# [EXTRA SCRIPT]
# Customize you Kuiper image by running an extra bash script.
# The 'EXTRA_SCRIPT' variable should have the path to the script you want to run.
# After cloning the repository, the script should be added inside 'kuiper' folder.
# The path should be relative to 'kuiper' folder.
# Example: EXTRA_SCRIPT=stages/07.extra-tweaks/01.extra-scripts/examples/extra-script-example.sh
EXTRA_SCRIPT=
#
#
#
# [SOURCES]
# Contains sources for all packages in the rootfs.
EXPORT_SOURCES=n
#
#
#############################################################################