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Difference between revisions of "Publicly Available FHIR Servers for testing"

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** also available using SSL at https://hl7connect.healthintersections.com.au/svc/fhir/
 
** also available using SSL at https://hl7connect.healthintersections.com.au/svc/fhir/
 
** also available as an OAuth secured endpoint at http://hl7connect.healthintersections.com.au/svc/secure/fhir/ (and https too) see [[Health Intersections FHIR Server OAuth documentation]]
 
** also available as an OAuth secured endpoint at http://hl7connect.healthintersections.com.au/svc/secure/fhir/ (and https too) see [[Health Intersections FHIR Server OAuth documentation]]
* http://spark.furore.com - Ewout's test server (previously fhir.furore.com)
+
* http://spark.furore.com/fhir - Ewout's test server (previously fhir.furore.com)
 
** Supports all resource types, all operations, xml + json
 
** Supports all resource types, all operations, xml + json
 
** implementation details: C# reference implementation, WCF Rest library, Mongo DB for storage, Lucene for search. Server is running on AppHarbor, Mongo at MongoHQ, and storage of binary is done on Amazon S3
 
** implementation details: C# reference implementation, WCF Rest library, Mongo DB for storage, Lucene for search. Server is running on AppHarbor, Mongo at MongoHQ, and storage of binary is done on Amazon S3

Revision as of 11:50, 2 September 2013

Back to FHIR home page

Introduction

This page lists FHIR servers that are publically available for testing. In order to avoid spam etc, the servers are generally password protected. A contact is provided to get a password.

List

Note that these servers are testing servers. They may be sporadically unavailable, and as the FHIR specification is a moving target, they may not always implement the latest version, or do so correctly.

SSL Fix

On Grahame's SSL server the SSL trust certificate is not signed by a known Cert Authority. At least in JAVA or SCALA to get the resources you will have to set up a trustStore and manually import the cert from the server and assert that it is trusted.

To create the trustStore use the Java utility called keytool. First create a trustStore in the directory of your choice like this.

keytool -genkeypair -keyalg RSA -keysize 1024 -dname "CN=hl7.kp.org, OU=Pleasanton, O=Kaiser Permanente , L=Corona, S=California, C=US, EMAILADDRESS=Me@server.com" -validity 365 -keystore fhirTruststore

Note you will be prompted for a new password. Choose one and remember it.

You can obtain the cert from Grahame's server with various browsers, instructions differ.

Once you have the cert add it as a trusted cert to the trustStore like this, the cert file is fhir_der_x509.cer.

keytool -import -trustcacerts -alias hl7.kp.org -file fhir_der_x509.cer -keystore fhirTruststore

You can confirm it worked with this line.

keytool -list -v -keystore fhirTruststore

Now that you have that done, know the directory you put it, and know the password, then in your JAVA code you must add these lines.

   System.setProperty("javax.net.ssl.trustStore", "/Users/peterhendler/development/FHIR/certificates/fhirTruststore");
   System.setProperty("javax.net.ssl.trustStorePassword", "fhirdemo");

Finally, and this is important, you can not use the URL published above. The cert is actually from Amazon AWS so you must connect like this.

url = new URL("https://ec2-107-20-116-177.compute-1.amazonaws.com/svc/fhir/people/@34234");

Note the server name been has changed.