Updated single workstation quickstart to use --local-manager
@@ -68,23 +68,22 @@ Single Workstation
++++++++++++++++++
This quickstart guide addresses QCFractal setup on a single computer which will be used for the :term:`Server`, :term:`Manager`, user client, and compute.
-On the workstation, setup and start the :term:`Server`::
+On the workstation, initialize the :term:`Server`::
qcfractal-server init
- nohup qcfractal-server start &
-The second command starts ``qcfractal-server`` in the background.
-
-Next, start the local ProcessPoolExecutor :term:`Manager`::
+Next, start the :term:`Server` and ProcessPoolExecutor :term:`Manager`::
- nohup qcfractal-manager --adapter pool --verify False &
+ nohup qcfractal-server start --local-manager 1 &
-This command starts one :term:`Worker` which will pull :term:`tasks <Task>` from the :term:`Server` and run them. Note that authentication is turned off (``--verify False``) since all components are run locally.
+The second command starts ``qcfractal-server`` in the background.
+It also starts one :term:`Worker` which will pull :term:`tasks <Task>` from the :term:`Server` and run them.
-Test if the everything is setup by running a Hartee-Fock calculation a single hydrogen molecule, as in the :doc:`quickstart` (note this requires `psi4`)::
+Test if the everything is setup by running a Hartee-Fock calculation a single hydrogen molecule, as in the :doc:`quickstart` (note this requires ``psi4``)::
python
>>> import qcfractal.interface as ptl
+ # Note that server SSL verification is turned off (verify=False) since all components are run locally.
>>> client = ptl.FractalClient(address="localhost:7777", verify=False)
>>> mol = ptl.Molecule(symbols=["H", "H"], geometry=[0, 0, 0, 0, 5, 0])
>>> mol_id = client.add_molecules([mol])[0]
