TD;LR import io.github.jy95.fds.common.types.DisplayOrder; import io.github.jy95.fds.r4.DosageAPIR4; import io.github.jy95.fds.r4.config.FDSConfigR4; import org.hl7.fhir.r4.model.Dosage; import java.util.List; public class Main { public static void main(String[] args) { // Create a configuration to be used by the library FDSConfigR4 configR4 = FDSConfigR4 .builder() .build(); // Create the library with that configuration DosageAPIR4 lib = new DosageAPIR4(configR4); // TODO Your HAPI FHIR Dosage instance you would like to deal with ;) Dosage dosage = new Dosage(); // Converts the dosage object into human-readable text String asText = lib.asHumanReadableText(dosage).get(); // Extract specific existing field(s) to meet your requirements String singleField = lib.getFields(dosage, DisplayOrder.DOSE_QUANTITY).get(); String multipleFields = lib.getFields(dosage, DisplayOrder.TEXT, DisplayOrder.PATIENT_INSTRUCTION).get(); // Converts the dosage object into human-readable text String multipleAsText = lib.asHumanReadableText(List.of(dosage)).get(); // And much more ... } } Key Features: Compatible: Works with Dosage R4 and Dosage R5 Extensible – Easily adaptable to your needs Internationalized – ICU4J for multilingual support Easy Integration – Works across server, client, and more Why Use This ? This library is built with flexibility in mind, ensuring that developers can seamlessly work with different FHIR dosage structures without compatibility concerns. Whether you're dealing with R4 or R5, the design ensures a smooth experience without requiring major modifications. The extensibility aspect makes it an excellent choice for projects that need customization. If your use case requires additional dosage-related logic or specific domain-based adaptations, you can easily extend its capabilities without breaking existing functionality. For teams working on multilingual applications, internationalization is a critical factor. Thanks to ICU4J, this library ensures robust language support, making it easier to integrate into healthcare systems across different regions without manual localization efforts. Integration is another key advantage. Whether your system runs on a server-side backend, a client-side web application, or even a hybrid environment, this library is designed to work effortlessly. It adheres to best practices, allowing for quick adoption in different architectural setups. For more details, visit the official project site or explore the GitHub repository. 🔗 More Info: Project Site | GitHub TD;LR TD;LR import io.github.jy95.fds.common.types.DisplayOrder; import io.github.jy95.fds.r4.DosageAPIR4; import io.github.jy95.fds.r4.config.FDSConfigR4; import org.hl7.fhir.r4.model.Dosage; import java.util.List; public class Main { public static void main(String[] args) { // Create a configuration to be used by the library FDSConfigR4 configR4 = FDSConfigR4 .builder() .build(); // Create the library with that configuration DosageAPIR4 lib = new DosageAPIR4(configR4); // TODO Your HAPI FHIR Dosage instance you would like to deal with ;) Dosage dosage = new Dosage(); // Converts the dosage object into human-readable text String asText = lib.asHumanReadableText(dosage).get(); // Extract specific existing field(s) to meet your requirements String singleField = lib.getFields(dosage, DisplayOrder.DOSE_QUANTITY).get(); String multipleFields = lib.getFields(dosage, DisplayOrder.TEXT, DisplayOrder.PATIENT_INSTRUCTION).get(); // Converts the dosage object into human-readable text String multipleAsText = lib.asHumanReadableText(List.of(dosage)).get(); // And much more ... } } import io.github.jy95.fds.common.types.DisplayOrder; import io.github.jy95.fds.r4.DosageAPIR4; import io.github.jy95.fds.r4.config.FDSConfigR4; import org.hl7.fhir.r4.model.Dosage; import java.util.List; public class Main { public static void main(String[] args) { // Create a configuration to be used by the library FDSConfigR4 configR4 = FDSConfigR4 .builder() .build(); // Create the library with that configuration DosageAPIR4 lib = new DosageAPIR4(configR4); // TODO Your HAPI FHIR Dosage instance you would like to deal with ;) Dosage dosage = new Dosage(); // Converts the dosage object into human-readable text String asText = lib.asHumanReadableText(dosage).get(); // Extract specific existing field(s) to meet your requirements String singleField = lib.getFields(dosage, DisplayOrder.DOSE_QUANTITY).get(); String multipleFields = lib.getFields(dosage, DisplayOrder.TEXT, DisplayOrder.PATIENT_INSTRUCTION).get(); // Converts the dosage object into human-readable text String multipleAsText = lib.asHumanReadableText(List.of(dosage)).get(); // And much more ... } } Key Features: Key Features: Compatible: Works with Dosage R4 and Dosage R5 Extensible – Easily adaptable to your needs Internationalized – ICU4J for multilingual support Easy Integration – Works across server, client, and more Compatible : Works with Dosage R4 and Dosage R5 Compatible Dosage R4 Dosage R4 Dosage R5 Dosage R5 Extensible – Easily adaptable to your needs Extensible Internationalized – ICU4J for multilingual support Internationalized Easy Integration – Works across server, client, and more Easy Integration Why Use This ? Why Use This ? This library is built with flexibility in mind, ensuring that developers can seamlessly work with different FHIR dosage structures without compatibility concerns. Whether you're dealing with R4 or R5, the design ensures a smooth experience without requiring major modifications. The extensibility aspect makes it an excellent choice for projects that need customization. If your use case requires additional dosage-related logic or specific domain-based adaptations, you can easily extend its capabilities without breaking existing functionality. extensibility For teams working on multilingual applications, internationalization is a critical factor. Thanks to ICU4J , this library ensures robust language support, making it easier to integrate into healthcare systems across different regions without manual localization efforts. internationalization ICU4J Integration is another key advantage. Whether your system runs on a server-side backend, a client-side web application, or even a hybrid environment, this library is designed to work effortlessly. It adheres to best practices, allowing for quick adoption in different architectural setups. Integration For more details, visit the official project site or explore the GitHub repository. 🔗 More Info: Project Site | GitHub More Info: Project Site GitHub
