To enable pretty printed output: // Create a parser This is good for machine-to-machine communication since it reduces the amount of data to be transferred but it is harder to read. Serialized = ctx.newXmlParser().encodeResourceToString(patient) īy default, the parser will output in condensed form, with no newlines or indenting. String serialized = parser.encodeResourceToString(patient) Patient.addName().setFamily("Simpson").addGiven("James") Create a Patient resource to serialize The following example shows a JSON Parser being used to serialize a FHIR resource. The FhirContext can be used to request an IParser for your chosen encoding style that is then used to serialize. (parsed.getName().get(0).getFamily()) Īs with many parts of the HAPI FHIR API, parsing begins with a FhirContext object. Patient parsed = parser.parseResource(Patient.class, input) The following example is a simple serialized Patient resource to parse The FhirContext can be used to request an IParser for your chosen encoding style that is then used to parse. 3.1.1Parsing (aka Deserializing)Īs with many parts of the HAPI FHIR API, parsing begins with a FhirContext object. Both of these functions are handled by a single object called the Parser. Note that unlike some other frameworks, HAPI FHIR does not have separate parsers and serializers. HAPI FHIR has built-in support for the FHIR JSON and XML encoding formats.Ī built in parser can be used to convert HAPI FHIR Java objects into a serialized form, and to parse serialized data into Java objects. ![]() JPA Server: Partitioning and Multitenancy ![]() International Patient Summary (IPS) 6.13.Customizing the CapabilityStatement 5.11.REST Operations: Extended Operations 5.6.Resource Providers and Plain Providers 5.3.
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