libx6

This C/C++ shared library enables interaction with the BBN QDSP firmware for the Innovative Integration X6-1000 FPGA card as a data acquisition card for superconducting qubit experiments.

Installation

The libx6 shared library binaries are available for windows and linux in BBN's conda channel. These libraries depend on Innovative Integration's Malibu library, which must be obtained directly from the vendor. After following the Malibu installation instructions below, you can install libx6 by simply executing:

conda install -c bbn-q libx6

This command installs the shared libraries, header files, and python libx6 module into your Anaconda environment folder. To use libx6 from C++, MATLAB, or Julia you must add ~/anaconda3/lib to LD_LIBRARY_PATH on linux/mac, or add HOMEDIR/Anaconda3/Library/bin to the PATH on windows. The MATLAB and Julia wrappers can be obtained by cloning the source repository:

git clone --recursive https://github.com/BBN-Q/libx6.git

or downloading and unzipping the most recent release.

Building

---

N.B. This is only necessary if you wish to develop the library. BBN ships a pre-compiled shared library via our conda channel.

Dependencies

1. C++11 compliant compiler
2. Test cases use Catch as a git submodule.
3. CMake >= 3.2
4. Innovative Integration libraries.

Windows

Requirements

• Innovative Integration development libraries. Use the Install from Web tool from II to download and install the X6-1000M - PCIe XMC Module Development Kit. As of September 2015 we have built against Malibu 1.8.5.
• C++11 compliant compiler. If using the gcc compiler stack, II has used a specific compiler in the Malibu libraries that libx6 links against - as of Malibu 1.8.5 this is TDM GCC 4.8.1 ( use strings -a libFramework_Mb.a | grep GCC to discover). We have used mingw-w64 and the mingw-builds installer to get the x86_64-4.8.1-posix-seh-rt_v3_rev2 stack which is compatible with the compiler II used. It is easiest to run this within the MSYS2 environment for access to cmake and make.

Uninstalling previous II drivers and software

If you already have II software installed and want to start from scratch try the following modified from the end of this forum thread.

1. Open Device Manager and disable the WinJungo driver. Careful if you have other WinJungo devices like Xilinx USB JTAG cables.
2. Open a PowerShell as administrator.
3. Move to C:\Innovative\Driver (not wdreg as the forum says and might be "Drivers")
4. Run .\wdreg_gui.exe -inf .\windrvr6.inf uninstall (might be IIWDrvr1190.inf)
5. Run .\wdreg_gui.exe -name kp_malibu uninstall (may not be there)
6. Run .\wdreg_gui.exe -name memdrv uninstall (may not be there)
7. Uninstall any remaining II Jungo drivers using Device Manager.
8. Use MSYS2 grep to find all files in C:\Windows\INF that contain 1303 and remove them.
9. In the C:\windows\system32\drivers folder, delete: kp_malibu.sys, memdrv.sys, and windrvr6.sys
10. Delete C:\Innovative folder.
11. Restart

Instructions

MSYS2 Development Environment Setup

1. Download the MSYS2 installer and follow the instructions to install and update in place.
2. Use pacman package manager to install some additional tools and libraries:

pacman -S make
pacman -S mingw64/mingw-w64-x86_64-cmake

3. Put the mingw-w64 gcc 4.8.1 compiler on the path

export PATH=/c/Program\ Files/mingw-w64/x86_64-4.8.1-posix-seh-rt_v3-rev2/mingw64/bin:$PATH

Building

Assuming a default install of the II software into C:\Innovative:

mkdir build
cd build
cmake -G "MSYS Makefiles" -DINNOVATIVE_PATH="C:\\Innovative" ../src/
make

Linux

Innovative Integration Setup

1. download all files for II-X6 by going to Support->Software Downloads then Linux - 64bit - X6-1000M or http://www.innovative-dsp.com/cgi-bin/dlLinux64.cgi?product=64X6-1000M. The current file list is:
   1. 64Malibu-LinuxPeriphLib-1.9-1f.tar.gz
   2. 64Malibu-LinuxRed-1.4-0.tar.gz
   3. 64WinDriver-12.1-0.x86_64.tar.gz
   4. 64X6-1000M-LinuxPeriphLib-1.2-5c.tar.gz
   5. Ipp9_redist.tar
   6. LinuxNotes.pdf
   7. Make_All.pro
   8. Setup_Debian.sh
   9. Setup.sh
   10. X6-1000M_Firmware.zip
2. copy all files above to /usr/Innovative
3. link kernel source in /usr/src: sudo ln -s kernels/3.10.0-514.2.2.el7.x86_64 linux
4. run the Innovative Setup.sh script
5. setup links for Ipp

   cd /usr/Innovative/Lib/Gcc
   sudo ln -s libippcore-9.0.a libippcore.a
   sudo ln -s libipps-9.0.a libipps.a

6. copy the X6-1000M folder from /usr/Innovative to some user folder
7. install qt5-qtbase-devel
8. rebuild the Finder and VsProm applets but first modify the .pro files to add LIBS += -ldl

   cd /path/to/X6-1000M/Applets/Finder/Qt
   qmake-qt5 Finder.pro
   make
   ./Release/Finder

9. Program the latest QDSP firmware using the VsProm applets
10. Load the kernel driver on boot

    1. Add a file to /etc/systemd/system called iix6.service

       [Unit] Description=Load Kernel driver for II X6

       [Service] Type=oneshot ExecStart=/bin/sh -c "/usr/Innovative/WinDriver/util/wdreg windrvr1221;chmod 666 /dev/windrvr1221;insmod /usr/Innovative/KerPlug/linux/LINUX*/kp_malibu_module.ko"

       [Install] WantedBy=multi-user.target

    2. Enable the service sudo systemctl enable iix6.service

11. Reboot the computer with a full power down.

Building libx6

git clone --recursive https://github.com/BBN-Q/libx6.git
cd libx6
mkdir build
cd build
cmake ../src
make -j4
./run_tests

License

Licensed under the Apache License v2.

Funding

This software was funded in part by the Office of the Director of National Intelligence (ODNI), Intelligence Advanced Research Projects Activity (IARPA), through the Army Research Office contract No. W911NF-10-1-0324 and No. W911NF-14-1-0114. All statements of fact, opinion or conclusions contained herein are those of the authors and should not be construed as representing the official views or policies of IARPA, the ODNI, or the US Government.