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GlobalWineScore API Documentation
globalwinescore.com
Version: 8234aab51481d37a30757d925b7f4221a659427e
Integrate third-party APIs faster by using "GlobalWineScore API Documentation" ready-to-use mock sample. Mocking this API will help you accelerate your development lifecycles and improves your integration tests' quality and reliability by accounting for random failures, slow response time, etc.
It also helps reduce your dependency on third-party APIs: no more accounts to create, API keys to provision, accesses to configure, unplanned downtime, etc.
Description
The GlobalWineScore API is designed as a RESTful API, providing several resources and methods depending on your usage plan.
For further information please refer to our plans.
Authentication
The API uses token-based authentication.
In order to authenticate your requests, you need to include a specific header in each of your requests:
The word Token must be written. Your requests must also use the HTTPS protocol.
If you don't have a token yet, you need to apply for one here.
Your personal token can be found under the My account > API section of the GlobalWineScore website
Format
The API provides several rendering formats which you can control using the Accept header or format query parameter.
JSON (default): no header or Accept: application/json
XML: Accept: application/xml
Rate limiting
For API requests, the rate limit allows for up to 10 requests per minute.
Error handling
Whether a request succeeded is indicated by the HTTP status code. A 2xx status code indicates success, whereas a 4xx status code indicates failure.
When a request fails, the response body is still JSON, but always contains a detail field with a description of the error, which you can inspect for debugging.
For example, trying to access the API without proper authentication will return code 403 along with the message:
{"detail": "Authentication credentials were not provided."}
Found a bug ? send us an email at [email protected]
Ordering
At the moment, GlobalWineScores may be sorted by date and score. Use "-"
to sort in descending order.
Continuous synchronization
If you need to synchronize your database with our API, you can query our API using ?ordering=-date to get the newest scores first, which means you won't have to crawl the whole catalog every time :-)
Quick search interface
If you need to search our catalog (e.g. to align it with yours), we're providing you with a handy interface accessible here: https://api.globalwinescore.com/search/
You need to be logged in (email/password) to access this page, but other than that you can share it with anyone in your team and start searching right away !
Resources
The details about available endpoints can be found below.
You can click on each endpoint to find information about their parameters.
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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.
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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.
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(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)
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Get all proteins from â/proteinsâ API endpoint which have a reactome pathway name equal to "WNT ligand biogenesis and trafficking".
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From the collection of targetchemblids collected from step 2 above, we query â/activitiesâ API endpoint with pChEMBL value >=6, to obtain the âmoleculechemblidâs 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 â/drugsâ API endpoint that targets our proteins.
From the collection of âmoleculechemblidâs obtained in step3, we query â/moleculesâ endpoint to get the compounds that are interacting with the genes/proteins belonging to the âWNT ligand biogenesis and traffickingâ pathway.
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The getfacilities, getmap, getqid, and getdownload end points are meant to be used together, while the enhanced getfacilityinfo end point is self contained.
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The recommended use scenario for getfacilities, getqid, getmap, and getdownoad is:
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1) Use getfacilities to validate passed query parameters, obtain summary statistics and to obtain a queryid (QID). QIDs are time sensitive and will be valid for approximately 30 minutes.
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Use the qcolumns parameter to customize your search results. Use the Metadata service endpoint for a list of available output objects, their Column Ids, and their definitions to help you build your customized output.
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