True-Q™ provides methods to calibrate and optimize the performance of quantum devices. This includes diagnostic tools, which generate quantum circuits that measure noise properties of your device, and runtime solutions, which tailor and reduce noise profiles.
The simplest way to install True-Q™ is from the remote URL:
pip install --no-cache-dir https://app.quantumbenchmark.com/download_trueq
pip usually caches remote packages. The
--no-cache-dir flag is used to
disable this behavior and force
pip to download the latest version from the remote
URL. When prompted for username and password, you can use the username and token found
You can skip the username and password prompt by including them inside the
pip install --no-cache-dir "https://username:firstname.lastname@example.org/download_trueq"
password with your username and password/token and note the use
of quotation marks around the URL. This command is useful if you wish to automate pip
installation or when you encounter bugs that prevent you from entering the password
during the prompt, such as when using Git Bash on Windows.
To install True-Q™ from a local copy, e.g. after downloading and extracting it
or from a folder containing
setup.py, you can use:
pip install .
which will install it as a package in your current Python environment. Note that you
must have your
qb-token.json located in the same directory as
setup.py in order to
perform the installation successfully.
If you want to be able to run tests, view documentation locally, or edit the Python source code, then it is easiest to install True-Q™ in the editable mode using:
pip install -e .
To use True-Q™, you must have a 64-bit version of Python 3.6 or above, and you need to meet the following OS-specific requirements:
libstdc++ >= 8.2.1
libSystem.B >= 1252.250.1and
libc++ >= 400.9.4
Microsoft Visual C++ 2015-2019 Redistributable (x64) >= 14.27.29334(download it here)
The full list of required Python packages can be found in the
True-Q™ is capable of interfacing with other Python quantum computing packages,
such as Cirq, pyQuil, and Qiskit, out of the box. This functionality is optional and
becomes available automatically whenever any of these packages are installed on your
machine. The full list of these packages can be found in the
If you installed True-Q™ from the remote URL, then you can update it using:
pip install -U --no-cache-dir https://app.quantumbenchmark.com/download_trueq
If you installed True-Q™ from a local copy, i.e. using
pip install . command,
then you can update the installed package using:
pip install -U .
If you installed True-Q™ in the develop or editable mode, then you only need to update your local copy:
python setup.py update
If you wish to cite True-Q™ in your publication, you can visit this page to download a citation in a format of your choice.
You can view True-Q™ documentation and examples online at https://trueq.quantumbenchmark.com/.
If you have a local copy of True-Q™, you can open
documentation.html in your
browser to view it.
If you want to build the documentation from source, ensure that you have all of the required Python packages installed using:
pip install -r requirements_optional.txt pip install -r docs/requirements.txt
To build the documentation, execute the following command:
cd docs && make html && cd ..
If successful, the compiled documentation will appear in the
which could be accessed via the
documentation.html shortcut with your browser.
Running tests requires the
pytest package, which can be installed via:
pip install pytest>=4.4
Once installed, navigate to the folder containing
setup.py and run:
to run tests from the
tests folder using the installed version of True-Q™. You
can also run tests against the local copy of True-Q™, rather than the installed
version, by running:
python -m pytest
Note that many of these tests involve quantum simulation, and therefore it might take a minute or two to run all of them.
A troubleshooting script is included that checks True-Q™, its dependencies, and
the connection to the server and produces a log file of the results. To run the script
from the command line, navigate to the
trueq folder and then run:
from the command line. Make sure to use the same version of Python that you will use
with True-Q™ since you may have multiple copies of Python installed, especially if
you use Anaconda. This will generate a file called
If you are having trouble running this script via command line, you can also execute it
through Jupyter (IPython) Notebook. First, copy the full file path of
located in your
trueq folder, paste it into the code below, and run it. (To get the
full path on Windows, hold shift and right click on
troubleshoot.py in Explorer and
select “Copy as path”. On macOS, right click on
troubleshoot.py in Finder, hold down
Alt/Option, and select “Copy troubleshoot.py as Pathname”. On Linux,
right click on
troubleshoot.py in Files and select “Copy”.)
import os import subprocess import sys full_path = "/your/trueq/path/troubleshoot.py" log_file = os.path.join(os.path.dirname(full_path), "troubleshoot.log") subprocess.call([sys.executable, full_path, "--filename", log_file]) with open(log_file, "r") as f: print(f.read())
If you require assistance generating or interpreting a log file, please email email@example.com.