qe-qhipster

What is it?

qe-qhipster is an Orquestra module, which allows to users to integrate workflow components with the Intel qHiPSTER simulator. It complies to the backend interface defined in the z-quantum-core.

Usage

Workflow

In order to use qe-qhipster in your workflow, you need to add it as a resource:

resources:
- name: qe-qhipster
  type: git
  parameters:
    url: "[email protected]:zapatacomputing/qe-qhipster.git"
    branch: "main"

and then import in a specific step:

- - name: my-task
    template: template-1
    arguments:
      parameters:
      - backend-specs: "{'module_name': 'qeqhipster.simulator', 'function_name': 'QHipsterSimulator'}"
      - resources: [qe-qhipster]

Task

In order to work with Orquestra qHipster requires a custom docker image. Here's an example how to define it in your workflow:

  config:
    runtime:
      language: python3
      customImage: "zapatacomputing/qe-qhipster"

Then to use backend in the python code we can either simply create an object:

from qeqhipster.simulator import QHipsterSimulator
backend = QHipsterSimulator()

or use backend-specs parameter to make our code work with other backends too:

from zquantum.core.utils import create_object
backend_specs = {{inputs.parameters.backend-specs}}
backend = create_object(backend_specs)

Development and contribution

You can find the development guidelines in the z-quantum-core repository.

Tests

Since qHiPSTER requires compiled binaries, it cannot be executed locally (unless you have aforementioned binaries). Therefore, in order to run tests on your machine, you need perform the following steps:

• pull the docker image zapatacomputing/qe_qhipster
• run a docker container for the above image
• download and install the z-quantum-core resource in said container
• download and install the qe-qhipster resource in said container
• run python3 -m pytest from the qe-qhipster resource src/ directory