PHR - Jetpack SDK

संग्रह की मदद से व्यवस्थित रहें अपनी प्राथमिकताओं के आधार पर, कॉन्टेंट को सेव करें और कैटगरी में बांटें.

if (healthConnectClient
     .features
     .getFeatureStatus(
       HealthConnectFeatures.FEATURE_PERSONAL_HEALTH_RECORD
     ) == HealthConnectFeatures.FEATURE_STATUS_AVAILABLE) {

  // Feature is available
} else {
  // Feature isn't available
}

<application>
  <uses-permission
android:name="android.permission.health.WRITE_MEDICAL_DATA" />
  <uses-permission
android:name="android.permission.health.READ_MEDICAL_DATA_ALLERGIES_INTOLERANCES" />
...
</application>

// Create a `MedicalDataSource`
// Note that `displayName` must be unique across `MedicalDataSource`s
// Each `MedicalDataSource` is assigned an `id` by the system on creation
val medicalDataSource: MedicalDataSource =
    healthConnectClient.createMedicalDataSource(
        CreateMedicalDataSourceRequest(
            fhirBaseUri = Uri.parse("https://fhir.com/oauth/api/FHIR/R4/"),
            displayName = "Test Data Source",
            fhirVersion = FhirVersion(4, 0, 1)
        )
    )

// Delete the `MedicalDataSource` that has the specified `id`
healthConnectClient.deleteMedicalDataSourceWithData(medicalDataSource.id)

// Retrieve all `MedicalDataSource`s created by any of the specified package names
// Package names may be found in other `MedicalDataSource`s or from arbitrary input
val medicalDataSources: List<MedicalDataSource> =
    healthConnectClient.getMedicalDataSources(
        GetMedicalDataSourcesRequest(listOf(medicalDataSource.packageName, anotherPackageName))
    )

// Retrieve all `MedicalDataSource` with `id` matching any of the given ids
val medicalDataSources: List<MedicalDataSource> =
    healthConnectClient.getMedicalDataSources(listOf(medicalDataSource.id, anotherId))

// Insert `MedicalResource`s into the `MedicalDataSource`
val medicalResources: List<MedicalResource> =
    healthConnectClient.upsertMedicalResources(
        listOf(
            UpsertMedicalResourceRequest(
                medicalDataSource.id,
                medicalDataSource.fhirVersion,
                medicationJsonToInsert // a valid FHIR json string
            )
        )
    )

// Update `MedicalResource`s in the `MedicalDataSource`
val updatedMedicalResources: List<MedicalResource> =
    healthConnectClient.upsertMedicalResources(
        listOf(
            UpsertMedicalResourceRequest(
                medicalDataSource.id,
                medicalDataSource.fhirVersion,
                // a valid FHIR json string
                // if this resource has the same type and ID as in `medicationJsonToInsert`,
                // this `upsertMedicalResources()` call will update the previously inserted
                // `MedicalResource`
                updatedMedicationJsonToInsert
            )
        )
    )

// Read `MedicalResource`s back from the `MedicalDataSource`
// Read 100 resources / page. See `pageSize` doc for defaults and limits.
val pageSize = 100
// Prepare the initial read request.
// All `MedicalResource`s in the given `MedicalDataSource`s and of given `medicalResourceType`
// will be retrieved.
val initialRequest: ReadMedicalResourcesRequest =
    ReadMedicalResourcesInitialRequest(
        MEDICAL_RESOURCE_TYPE_LABORATORY_RESULTS,
        setOf(medicalDataSource.id),
        pageSize = pageSize,
    )
// Continue reading pages until all `MedicalResource`s are read
var pageToken: String? = null
do {
    // Prepare paged request if needed
    val request: ReadMedicalResourcesRequest =
        if (pageToken == null) initialRequest
        else ReadMedicalResourcesPageRequest(pageToken, pageSize = pageSize)
    // Read `MedicalResource`s
    val response: ReadMedicalResourcesResponse =
        healthConnectClient.readMedicalResources(request)
    // Process `MedicalResource`s
    val resources: List<MedicalResource> = response.medicalResources
    // Advance to next page
    pageToken = response.nextPageToken
} while (pageToken != null)

// Retrieve `fhirResourceType` type `MedicalResource`s with the specified `id`s from the
// provided `MedicalDataSource`
val retrievedMedicalResources: List<MedicalResource> =
    healthConnectClient.readMedicalResources(
        medicalResources.map { medicalResource: MedicalResource ->
            MedicalResourceId(
                dataSourceId = medicalDataSource.id,
                fhirResourceType = medicalResource.id.fhirResourceType,
                fhirResourceId = medicalResource.id.fhirResourceId
            )
        }
    )

// Delete `MedicalResource`s matching the specified `dataSourceId`, `type` and `fhirResourceId`
healthConnectClient.deleteMedicalResources(
    medicalResources.map { medicalResource: MedicalResource ->
        MedicalResourceId(
            dataSourceId = medicalDataSource.id,
            fhirResourceType = medicalResource.id.fhirResourceType,
            fhirResourceId = medicalResource.id.fhirResourceId
        )
    }
)

// Delete all `MedicalResource`s that are in any pair of provided `dataSourceIds` and
// `medicalResourceTypes`
healthConnectClient.deleteMedicalResources(
    DeleteMedicalResourcesRequest(
        dataSourceIds = setOf(medicalDataSource.id),
        medicalResourceTypes = setOf(MEDICAL_RESOURCE_TYPE_MEDICATIONS)
    )
)