Mock sample for your project: OpenFIGI API

Introduction
The Lumminary API was built to allow third parties to interact with Lumminary customers and gain access to their genetic data. The Lumminary API is fast, scalable and highly secure. All requests to the Lumminary API take place over SSL, which means all communication of Customer data is encrypted.
Before we dive in, some definitions. This is what we mean by:
|Term|Definition|
|-----------|-----------|
|Third party|A third party (also referred to as "partner" or as "you") is a company which offers services and products using genetic data.|
|Lumminary clients|The Lumminary client (also referred to as "customer") is an individual who has created an account on the Lumminary platform.|
|Lumminary|This is us - our services including the Lumminary platform, the API, the DNA App Store, the DNA Vault, the "Connect with Lumminary" button, and the website in its totality. |
|CWL|This is the acronym for the "Connect with Lumminary" button.|
|dataset|This is the term we use when we refer to a customer's genetic data.|
|Lumminary API|This is a library/module that you can use to integrate your apps with the Lumminary platform.|
|Lumminary toolkit|This is a stand alone application which helps you integrate with Lumminary without writing any code or interacting with the Lumminary API.|
Let's dive in, now.
Overview
Install Lumminary API Client and Toolkit
Obtaining credentials
Query customers authorizations
Query customer genetic data
Submit reports
"Connect with Lumminary" button
API specs
Overview
In order to use Lumminary services, you'll need to install the Lumminary API Client or Toolkit. The Lumminary API Client and Toolkit are available in multiple programming languages, and we also provide a sandbox environment which you can use for integration and tests.
There are a couple of differences between the API Client and the Toolkit. Mainly, it's about the ease of use for integration. The Toolkit is basically a stand-alone application that facilitates the integration with the Lumminary API without the need to modify your already existing code.
You use the Lumminary API Client when you want to integrate it inside your own application. This means it gives you full flexibility regarding the integration into your own workflow.
You use the Lumminary Toolkit for an integration where the Toolkit is placed alongside your own application. You can use the Toolkit from the CLI - for example, to run a cronjob that processes incoming orders. The Toolkit uses the Lumminary API Client.
Install Lumminary API Client and/or Toolkit
We provide the Lumminary API Client and Toolkit in multiple programming languages - default are PHP (minimum version 7.0), Python2.7 and Python3. However, if you need them in another language (Java, Obj-C, JavaScript, C#, Perl, CURL), please contact us.
How to install the Lumminary API Client
PHP example:
The PHP Lumminary API Client is available at: https://github.com/Lumminary/lumminary-api-client-php
If you are already using Composer, you can import the project by adding the following to your composer.json
| Error Id | Error Message |
|:-----------------:|:---------------------------------------------------------------------------------------------|
| 1 | Invalid Security Token |
| 2 | Invalid Access Scopes |
| 3 | Customer refuses your request (this happens when the customer cancels instead of granting access) |

About CROssBAR & data
CROssBAR: Comprehensive Resource of Biomedical Relations with Deep Learning Applications and Knowledge Graph Representations
CROssBAR is a comprehensive system that integrates large-scale biomedical data from various resources e.g UniProt, ChEMBL, Drugbank, EFO, HPO, InterPro & PubChem and stores them in a new NoSQL database, enrich these data with deep learning based prediction of relations between numerous biomedical entities, rigorously analyse the enriched data to obtain biologically meaningful modules and display them to the user via easy to interpret, interactive and heterogeneous knowledge graphs.
CROssBAR platform exposes a set of 12 endpoints to query data stored in the CROssBAR database. These endpoints help the user to find data of interest using different parameters provided by the API endpoint.
For example,
https://www.ebi.ac.uk/tools/crossbar/proteins?accession=A0A023GRW5 -> will provide protein information about accession 'A0A023GRW5' including its interactions, functions, cross-references, variations and more.
https://www.ebi.ac.uk/tools/crossbar/activities?moleculeChemblId=CHEMBL465983 -> will provide ChEMBL bio-interactions related information including targets and bio-activity measurements associated with molecule chembl id 'CHEMBL465983'
Knowledge graphs
Another use case of CROssBAR's API endpoints is in building knowledge graphs. These endpoints can be weaved together (output from one API endpoint fed as input to another API endpoint) programmatically to link nodes like protein, disease, drugs etc. as nodes of the graph. The endpoints are designed to be independent from each other which allows users the flexibility to drive biological networks from any facet e.g drug-centric, disease-centric, gene-centric etc. Our service for knowledge graph construction is available at https://crossbar.kansil.org.
An example for the part of the background queries on the CROssBAR API during the construction of a knowledge graph,
(with the aim of keeping the example simple, we have only included the processes related to pathways, genes/proteins and drugs/compounds)
In this example, we would like to find bio-active compounds (with a pChEMBL value threshold of at least 6.0) & drugs targeting all proteins belonging to "WNT ligand biogenesis and trafficking" pathway (based on Reactome pathway annotations).
This can be achieved by using endpoints listed on this swagger documentation as illustrated in following steps-
Find bio-active compounds (with a pChEMBL value threshold of at least 6.0) & drugs targeting all proteins belonging to "WNT ligand biogenesis and trafficking" pathway (based on Reactome annotations)
This can be achieved by using endpoints listed on this swagger documentation as illustrated in following steps-
Get all proteins from “/proteins” API endpoint which have a reactome pathway name equal to "WNT ligand biogenesis and trafficking".
From the collection of uniprot protein accessions collected from step 1 above, we query “/targets” API endpoint to obtain the ‘targetchemblid’s of these proteins.
From the collection of targetchemblids collected from step 2 above, we query “/activities” API endpoint with pChEMBL value >=6, to obtain the ’moleculechemblid’s of the molecules that we need.
From the collection of uniprot protein accessions collected from step 1 above, we find out Drug names and ids from the “/drugs” API endpoint that targets our proteins.
From the collection of ’moleculechemblid’s obtained in step3, we query “/molecules” endpoint to get the compounds that are interacting with the genes/proteins belonging to the “WNT ligand biogenesis and trafficking” pathway.

AMBIT REST web services [eNanoMapper profile] with free text & faceted search

The Open Movie Database. The OMDb API is a free web service to obtain movie information, all content and images on the site are contributed and maintained by our users.

Corrently - from italian corrente, which is energy
Introduction
The Corrently ecosystem gets maintained by STROMDAO GmbH to support green energy services for prosumers, grid operators, regulators, integrators or any other party with an emerging need of consensus driven management.
As the energy product Corrently got first launched in Germany parts of this documentation provide simple translations for better understanding.
Released SKDs for Download

This API allows you to receive a feed of jobs from WorkBC's Job Board. Please see our data collection notice. Please note that you may experience issues when submitting requests to the delivery or test environment if using this OpenAPI specification in other API console viewers.

You can use the CORE API to access the
resources harvested and enriched by CORE. If you encounter any problems with the API, please report them to us.
Overview
The API is organised by resource type. The resources are articles,
journals and repositories and are represented using JSON data format. Furthermore,
each resource has a list of methods. The API also provides two global methods for accessing all resources at once.
Response format
Response for each query contains two fields: status and data.
In case of an error status, the data field is empty. The data field contains a single object
in case the request is for a specific identifier (e.g. CORE ID, CORE repository ID, etc.), or
contains a list of objects, for example for search queries. In case of batch requests, the response
is an array of objects, each of which contains its own status and data fields.
For search queries the response contains an additional field totalHits, which is the
total number of items which match the search criteria.
Search query syntax
Complex search queries can be used in all of the API search methods.
The query can be a simple string or it can be built using terms and operators described in Elasticsearch
documentation.
The usable field names are title, description, fullText,
authors, publisher, repositories.id, repositories.name,
doi, oai, identifiers (which is a list of article identifiers including OAI, URL, etc.), language.name
and year. Some example queries:
title:psychology and language.name:English
repositories.id:86 AND year:2014
identifiers:"oai:aura.abdn.ac.uk:2164/3837" OR identifiers:"oai:aura.abdn.ac.uk:2164/3843"
doi:"10.1186/1471-2458-6-309"
Retrieving the latest Articles
You can retrieve the harvested items since specific dates using the following queries:
repositoryDocument.metadataUpdated:>2017-02-10
repositoryDocument.metadataUpdated:>2017-03-01 AND repositoryDocument.metadataUpdated:
Sort order
For search queries, the results are ordered by relevance score. For batch
requests, the results are retrieved in the order of the requests.
Parameters
The API methods allow different parameters to be passed. Additionally, there is an API key parameter which is common to all API methods. For all API methods
the API key can be provided either as a query parameter or in the request header. If the API key
is not provided, the API will return HTTP 401 error. You can register for an API key here.
API methods

A free & open API for FIGI discovery.

This REST-API enables you to query station and stop infos

This REST API provides searchable access to information about geographical names in the province of British Columbia, including name status and details about the corresponding geographic feature.
Please note that you may experience issues when submitting requests to the delivery or test environment if using this OpenAPI specification in other API console viewers.

This is an API for accessing all sorts of college football data. Please note that API keys should be supplied with "Bearer " prepended (e.g. "Bearer your_key"). API keys can be acquired from the CollegeFootballData.com website.

A RESTful webservice to retrieve data about the operational state of public elevators and escalators in german railway stations.