Tools for implementing and consuming OPTiMaDe APIs.
Project description
OPTiMaDe Python tools
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The aim of OPTiMaDe is to develop a common API, compliant with the JSON API 1.0 specification. This is to enable interoperability among databases that contain calculated properties of existing and hypothetical materials.
This repository contains a library of tools for implementing and consuming OPTiMaDe APIs using Python.
Status
Both the OPTiMaDe specification and this repository are under development.
Installation (Index Meta-Database)
This package may be used to setup and run an OPTiMaDe index meta-database.
Install the package via pip install optimade[server] and change the file server.cfg found in the root of the package.
The server.cfg file serves paths to a server runtime configuration file (either an ini or json file, see the config.ini file for an example) and an index /links-endpoint data file.
The paths must be relative from your current working directory, where your server.cfg is located, or they must be absolute paths.
The index meta-database is set up to populate a mongomock in-memory database with resources from a static json file containing the child resources you, as a database provider, want to serve under this index meta-database.
Running the index meta-database is then as simple as writing ./run.sh index in a terminal from the root of this package.
You can find it at the base URL: http://localhost:5001/index/optimade/.
Note: server.cfg is loaded from the current working directory, from where you run run.sh.
E.g., if you have installed optimade on a Linux machine at /home/USERNAME/optimade/optimade-python-tools and you run the following:
:~$ ./optimade/optimade-python-tools/run.sh index
Then you need server.cfg to be located in your home folder containing either relative paths from its current location or absolute paths.
Development installation & Contributing
Full installation instructions and contribution guidelines can be found in CONTRIBUTING.
Links
- OPTiMaDe Specification, the human-readable specification that this library is based on.
- OpenAPI, the machine-readable format used to specify the OPTiMaDe API in
openapi.json. - Interactive documentation generated from
openapi.json(see also interactive JSON editor). - pydantic, the library used for generating the OpenAPI schema from Python models.
- FastAPI, the framework used for generating the reference implementation from the
openapi.jsonspecification. - lark, the library used to parse the filter language in OPTiMaDe queries.
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