HealthConnectClient

Artifact: androidx.health.connect:connect-client

Kotlin |Java

interface HealthConnectClient

Known direct subclasses

FakeHealthConnectClient

FakeHealthConnectClient

Fake HealthConnectClient to be used in tests for components that use it as a dependency.

Interface to access health and fitness records.

Summary

Constants
`const Int`	`SDK_AVAILABLE = 3` The Health Connect SDK APIs are available.
`const Int`	`SDK_UNAVAILABLE = 1` The Health Connect SDK is unavailable on this device at the time.
`const Int`	`SDK_UNAVAILABLE_PROVIDER_UPDATE_REQUIRED = 2` The Health Connect SDK APIs are currently unavailable, the provider is either not installed or needs to be updated.

Public companion functions
`Intent`	`getHealthConnectManageDataIntent( context: Context, providerPackageName: String )` Intent to open Health Connect data management screen on this phone.
`HealthConnectClient`	`getOrCreate(context: Context, providerPackageName: String)` Retrieves an IPC-backed `HealthConnectClient` instance binding to an available implementation.
`Int`	`getSdkStatus(context: Context, providerPackageName: String)` Determines whether the Health Connect SDK is available on this device at the moment.

Public companion properties
`String`	`ACTION_HEALTH_CONNECT_SETTINGS` Intent action to open Health Connect settings on this phone.

Public functions
`suspend AggregationResult`	`aggregate(request: AggregateRequest)` Reads `AggregateMetric`s according to requested read criteria: `Record`s from `AggregateRequest.dataOriginFilter` and within `AggregateRequest.timeRangeFilter`.
`suspend List<AggregationResultGroupedByDuration>`	`aggregateGroupByDuration(request: AggregateGroupByDurationRequest)` Reads `AggregateMetric`s according to requested read criteria specified in `AggregateGroupByDurationRequest`.
`suspend List<AggregationResultGroupedByPeriod>`	`aggregateGroupByPeriod(request: AggregateGroupByPeriodRequest)` Reads `AggregateMetric`s according to requested read criteria specified in `AggregateGroupByPeriodRequest`.
`open suspend MedicalDataSource`	`@ExperimentalPersonalHealthRecordApi @RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA") createMedicalDataSource(request: CreateMedicalDataSourceRequest)` Creates a `MedicalDataSource` using a `CreateMedicalDataSourceRequest`.
`open suspend Unit`	`@ExperimentalPersonalHealthRecordApi @RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA") deleteMedicalDataSourceWithData(id: String)` Deletes a `MedicalDataSource` and all data contained within it.
`open suspend Unit`	`@RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA") @ExperimentalPersonalHealthRecordApi deleteMedicalResources(ids: List<MedicalResourceId>)` Deletes a list of `MedicalResource`s by the provided list of `MedicalResourceId`s.
`open suspend Unit`	`@RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA") @ExperimentalPersonalHealthRecordApi deleteMedicalResources(request: DeleteMedicalResourcesRequest)` Deletes `MedicalResource`s based on given filters in `request`.
`suspend Unit`	`deleteRecords( recordType: KClass<Record>, timeRangeFilter: TimeRangeFilter )` Deletes any `Record` of the given `recordType` in the given `timeRangeFilter` (automatically filtered to `Record` belonging to the calling application).
`suspend Unit`	`deleteRecords( recordType: KClass<Record>, recordIdsList: List<String>, clientRecordIdsList: List<String> )` Deletes one or more `Record` by their identifiers.
`suspend ChangesResponse`	`getChanges(changesToken: String)` Retrieves changes in Health Connect, from a specific point in time represented by provided `changesToken`.
`suspend String`	`getChangesToken(request: ChangesTokenRequest)` Retrieves a changes-token, representing a point in time in the underlying Android Health Platform for a given `ChangesTokenRequest`.
`open suspend List<MedicalDataSource>`	`@ExperimentalPersonalHealthRecordApi getMedicalDataSources(ids: List<String>)` Gets `MedicalDataSource`s for the provided list of `ids`.
`open suspend List<MedicalDataSource>`	`@ExperimentalPersonalHealthRecordApi getMedicalDataSources(request: GetMedicalDataSourcesRequest)` Gets the requested `MedicalDataSource`s using `GetMedicalDataSourcesRequest`.
`suspend InsertRecordsResponse`	`insertRecords(records: List<Record>)` Inserts one or more `Record` and returns newly assigned `androidx.health.connect.client.records.metadata.Metadata.id` generated.
`open suspend List<MedicalResource>`	`@ExperimentalPersonalHealthRecordApi readMedicalResources(ids: List<MedicalResourceId>)` Reads a collection of `MedicalResource`s given a list of `MedicalResourceId`s.
`open suspend ReadMedicalResourcesResponse`	`@ExperimentalPersonalHealthRecordApi readMedicalResources(request: ReadMedicalResourcesRequest)` Reads `MedicalResource`s by request, either `ReadMedicalResourcesInitialRequest` or `ReadMedicalResourcesPageRequest`.
`suspend ReadRecordResponse<T>`	`<T : Record> readRecord(recordType: KClass<T>, recordId: String)` Reads one `Record` point with its `recordType` and `recordId`.
`suspend ReadRecordsResponse<T>`	`<T : Record> readRecords(request: ReadRecordsRequest<T>)` Retrieves a collection of `Record`s.
`suspend Unit`	`updateRecords(records: List<Record>)` Updates one or more `Record` of given UIDs to newly specified values.
`open suspend List<MedicalResource>`	`@RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA") @ExperimentalPersonalHealthRecordApi upsertMedicalResources(requests: List<UpsertMedicalResourceRequest>)` Inserts or updates a list of `MedicalResource`s using `UpsertMedicalResourceRequest`s.

Public properties
`open HealthConnectFeatures`	`features` Access operations related to feature availability.
`PermissionController`	`permissionController` Access operations related to permissions.

Extension functions
`suspend inline Unit`	`<T : Record> HealthConnectClient.deleteRecords( timeRangeFilter: TimeRangeFilter )` Deletes any `Record` of type `T` in the given `timeRangeFilter` (automatically filtered to `Record` belonging to the calling application).
`suspend inline Unit`	`<T : Record> HealthConnectClient.deleteRecords( recordIdsList: List<String>, clientRecordIdsList: List<String> )` Deletes one or more `Record` by their identifiers.
`suspend inline ReadRecordResponse<T>`	`<T : Record> HealthConnectClient.readRecord(recordId: String)` Reads one `Record` point of type `T` and with the specified `recordId`.

Constants

SDK_AVAILABLE

Added in 1.1.0-beta02

const val SDK_AVAILABLE = 3: Int

The Health Connect SDK APIs are available.

Apps can subsequently call getOrCreate to get an instance of HealthConnectClient.

SDK_UNAVAILABLE

Added in 1.1.0-beta02

const val SDK_UNAVAILABLE = 1: Int

The Health Connect SDK is unavailable on this device at the time. This can be due to the device running a lower than required Android Version.

Apps should hide any integration points to Health Connect in this case.

SDK_UNAVAILABLE_PROVIDER_UPDATE_REQUIRED

Added in 1.1.0-beta02

const val SDK_UNAVAILABLE_PROVIDER_UPDATE_REQUIRED = 2: Int

The Health Connect SDK APIs are currently unavailable, the provider is either not installed or needs to be updated.

Apps may choose to redirect to package installers to find a suitable APK.

Public companion functions

getHealthConnectManageDataIntent

Added in 1.1.0-beta02

fun getHealthConnectManageDataIntent(
    context: Context,
    providerPackageName: String = DEFAULT_PROVIDER_PACKAGE_NAME
): Intent

Intent to open Health Connect data management screen on this phone. Developers should use this if they want to re-direct the user to Health Connect data management.

Parameters
`context: Context`	the context
`providerPackageName: String = DEFAULT_PROVIDER_PACKAGE_NAME`	optional alternative package provider to choose for backend implementation

Returns
`Intent`	Intent to open Health Connect data management screen.

getOrCreate

Added in 1.1.0-beta02

fun getOrCreate(
    context: Context,
    providerPackageName: String = DEFAULT_PROVIDER_PACKAGE_NAME
): HealthConnectClient

Retrieves an IPC-backed HealthConnectClient instance binding to an available implementation.

Parameters
`context: Context`	the context
`providerPackageName: String = DEFAULT_PROVIDER_PACKAGE_NAME`	optional alternative package provider to choose for backend implementation

Returns
`HealthConnectClient`	instance of `HealthConnectClient` ready for issuing requests

Throws
`kotlin.UnsupportedOperationException`	if service not available due to SDK version too low or running in a profile
`kotlin.IllegalStateException`	if the SDK is not available

See also
`getSdkStatus`

getSdkStatus

Added in 1.1.0-beta02

fun getSdkStatus(
    context: Context,
    providerPackageName: String = DEFAULT_PROVIDER_PACKAGE_NAME
): Int

Determines whether the Health Connect SDK is available on this device at the moment.

import androidx.health.connect.client.HealthConnectClient

val availabilityStatus = HealthConnectClient.getSdkStatus(context, providerPackageName)
if (availabilityStatus == HealthConnectClient.SDK_UNAVAILABLE) {
    return // early return as there is no viable integration
}
if (availabilityStatus == HealthConnectClient.SDK_UNAVAILABLE_PROVIDER_UPDATE_REQUIRED) {
    // Optionally redirect to package installer to find a provider, for example:
    val uriString =
        "market://details?id=$providerPackageName&url=healthconnect%3A%2F%2Fonboarding"
    context.startActivity(
        Intent(Intent.ACTION_VIEW).apply {
            setPackage("com.android.vending")
            data = Uri.parse(uriString)
            putExtra("overlay", true)
            putExtra("callerId", context.packageName)
        }
    )
    return
}
val healthConnectClient = HealthConnectClient.getOrCreate(context)
// Issue operations with healthConnectClient

Parameters
`context: Context`	the context
`providerPackageName: String = DEFAULT_PROVIDER_PACKAGE_NAME`	optional package provider to choose for backend implementation

Returns
`Int`	One of `SDK_UNAVAILABLE`, `SDK_UNAVAILABLE_PROVIDER_UPDATE_REQUIRED`, or `SDK_AVAILABLE`

Public companion properties

ACTION_HEALTH_CONNECT_SETTINGS

Added in 1.1.0-beta02

val ACTION_HEALTH_CONNECT_SETTINGS: String

Intent action to open Health Connect settings on this phone. Developers should use this if they want to re-direct the user to Health Connect.

Public functions

aggregate

suspend fun aggregate(request: AggregateRequest): AggregationResult

Reads AggregateMetrics according to requested read criteria: Records from AggregateRequest.dataOriginFilter and within AggregateRequest.timeRangeFilter.

import androidx.health.connect.client.records.DistanceRecord
import androidx.health.connect.client.request.AggregateRequest
import androidx.health.connect.client.time.TimeRangeFilter

val response =
    healthConnectClient.aggregate(
        AggregateRequest(
            metrics = setOf(DistanceRecord.DISTANCE_TOTAL),
            timeRangeFilter = TimeRangeFilter.between(startTime, endTime)
        )
    )
// The result may be null if no data is available in the time range.
val distanceTotalInMeters = response[DistanceRecord.DISTANCE_TOTAL]?.inMeters

Example code to retrieve statistical aggregates like maximum or minimum heart rate:

import androidx.health.connect.client.records.HeartRateRecord
import androidx.health.connect.client.request.AggregateRequest
import androidx.health.connect.client.time.TimeRangeFilter

val response =
    healthConnectClient.aggregate(
        AggregateRequest(
            setOf(HeartRateRecord.BPM_MAX, HeartRateRecord.BPM_MIN),
            timeRangeFilter = TimeRangeFilter.between(startTime, endTime)
        )
    )
// The result may be null if no data is available in the time range.
val minimumHeartRate = response[HeartRateRecord.BPM_MIN]
val maximumHeartRate = response[HeartRateRecord.BPM_MAX]

Parameters
`request: AggregateRequest`	`AggregateRequest` object specifying `AggregateMetric`s to aggregate and other filters.

Returns
`AggregationResult`	the `AggregationResult` that contains aggregated values.

Throws

android.os.RemoteException

For any IPC transportation failures.

java.lang.SecurityException

For requests with unpermitted access.

java.io.IOException

For any disk I/O issues.

Example code to aggregate cumulative data like distance:

aggregateGroupByDuration

suspend fun aggregateGroupByDuration(request: AggregateGroupByDurationRequest): List<AggregationResultGroupedByDuration>

Reads AggregateMetrics according to requested read criteria specified in AggregateGroupByDurationRequest.

This method is similar to aggregate but instead of returning one AggregationResult for the entire query's time interval, it returns a list of AggregationResultGroupedByDuration, with each row keyed by start and end time. For example: steps for today bucketed by hours.

An AggregationResultGroupedByDuration is returned only if there are Record to aggregate within start and end time of the row.

import androidx.health.connect.client.records.StepsRecord
import androidx.health.connect.client.request.AggregateGroupByDurationRequest
import androidx.health.connect.client.time.TimeRangeFilter

val response =
    healthConnectClient.aggregateGroupByDuration(
        AggregateGroupByDurationRequest(
            metrics = setOf(StepsRecord.COUNT_TOTAL),
            timeRangeFilter = TimeRangeFilter.between(startTime, endTime),
            timeRangeSlicer = Duration.ofMinutes(1)
        )
    )
for (monthlyResult in response) {
    // The result may be null if no data is available in the time range.
    val totalSteps = monthlyResult.result[StepsRecord.COUNT_TOTAL]
}

Parameters
`request: AggregateGroupByDurationRequest`	`AggregateGroupByDurationRequest` object specifying `AggregateMetric`s to aggregate and other filters.

Returns
`List<AggregationResultGroupedByDuration>`	a list of `AggregationResultGroupedByDuration`s, each contains aggregated values and start/end time of the row. The list is sorted by time in ascending order.

Throws

android.os.RemoteException

For any IPC transportation failures.

java.lang.SecurityException

For requests with unpermitted access.

java.io.IOException

For any disk I/O issues.

Example code to retrieve cumulative step count for each minute within provided time range:

aggregateGroupByPeriod

suspend fun aggregateGroupByPeriod(request: AggregateGroupByPeriodRequest): List<AggregationResultGroupedByPeriod>

Reads AggregateMetrics according to requested read criteria specified in AggregateGroupByPeriodRequest.

This method is similar to aggregate but instead of returning one AggregationResult for the entire query's time interval, it returns a list of AggregationResultGroupedByPeriod, with each row keyed by start and end time. For example: steps for this month bucketed by day.

An AggregationResultGroupedByPeriod is returned only if there are Record to aggregate within start and end time of the row.

import androidx.health.connect.client.records.StepsRecord
import androidx.health.connect.client.request.AggregateGroupByPeriodRequest
import androidx.health.connect.client.time.TimeRangeFilter

val response =
    healthConnectClient.aggregateGroupByPeriod(
        AggregateGroupByPeriodRequest(
            metrics = setOf(StepsRecord.COUNT_TOTAL),
            timeRangeFilter = TimeRangeFilter.between(startTime, endTime),
            timeRangeSlicer = Period.ofMonths(1)
        )
    )
for (monthlyResult in response) {
    // The result may be null if no data is available in the time range.
    val totalSteps = monthlyResult.result[StepsRecord.COUNT_TOTAL]
}

Parameters
`request: AggregateGroupByPeriodRequest`	`AggregateGroupByPeriodRequest` object specifying `AggregateMetric`s to aggregate and other filters.

Returns
`List<AggregationResultGroupedByPeriod>`	a list of `AggregationResultGroupedByPeriod`s, each contains aggregated values and start/end time of the row. The list is sorted by time in ascending order.

Throws

android.os.RemoteException

For any IPC transportation failures.

java.lang.SecurityException

For requests with unpermitted access.

java.io.IOException

For any disk I/O issues.

Example code to retrieve cumulative step count for each month within provided time range:

createMedicalDataSource

@ExperimentalPersonalHealthRecordApi
@RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA")
open suspend fun createMedicalDataSource(request: CreateMedicalDataSourceRequest): MedicalDataSource

Creates a MedicalDataSource using a CreateMedicalDataSourceRequest.

Regarding permissions:

Caller must hold PERMISSION_WRITE_MEDICAL_DATA in order to call this API, otherwise a SecurityException will be thrown.
With PERMISSION_WRITE_MEDICAL_DATA granted, caller is permitted to call this API in either foreground or background.

Medical data is represented using the Fast Healthcare Interoperability Resources (FHIR) standard.

A MedicalDataSource needs to be created before any MedicalResources for that source can be inserted. Separate MedicalDataSources should be created for medical records coming from different sources (e.g. different FHIR endpoints, different healthcare systems), unless the data has been reconciled and all records have a unique combination of resource type and resource id.

The CreateMedicalDataSourceRequest.displayName must be unique across all medical data sources created by an app, otherwise an IllegalArgumentException will be thrown. See CreateMedicalDataSourceRequest.fhirBaseUri for more details on the FHIR base URI. The data source can not be updated after creation.

This feature is dependent on the version of HealthConnect installed on the device. To check if it's available call HealthConnectFeatures.getFeatureStatus and pass FEATURE_PERSONAL_HEALTH_RECORD as an argument. An UnsupportedOperationException would be thrown if the feature is not available.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Create a `MedicalDataSource`
// Note that `displayName` must be unique across `MedicalDataSource`s
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)
        )
    )

Parameters
`request: CreateMedicalDataSourceRequest`	request containing details of the `MedicalDataSource` to be created

Returns
`MedicalDataSource`	the created `MedicalDataSource`

Throws
`java.lang.SecurityException`	if caller does not hold `PERMISSION_WRITE_MEDICAL_DATA`.

deleteMedicalDataSourceWithData

Added in 1.1.0-beta02

@ExperimentalPersonalHealthRecordApi
@RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA")
open suspend fun deleteMedicalDataSourceWithData(id: String): Unit

Deletes a MedicalDataSource and all data contained within it.

Regarding permissions:

Caller must hold PERMISSION_WRITE_MEDICAL_DATA in order to call this API, otherwise a SecurityException will be thrown.
With PERMISSION_WRITE_MEDICAL_DATA granted, caller is permitted to call this API in either foreground or background.
Caller may only delete data sources it created.

Medical data is represented using the Fast Healthcare Interoperability Resources (FHIR) standard.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Get or creates a `MedicalDataSource`
// 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)

Parameters
`id: String`	The id of the data source to delete.

Throws
`kotlin.IllegalArgumentException`	if `id` is invalid, does not exist, or owned by another app.

deleteMedicalResources

Added in 1.1.0-beta02

@RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA")
@ExperimentalPersonalHealthRecordApi
open suspend fun deleteMedicalResources(ids: List<MedicalResourceId>): Unit

Deletes a list of MedicalResources by the provided list of MedicalResourceIds.

If any ID in ids is invalid, the API will throw an IllegalArgumentException, and nothing will be deleted.
If any ID in ids does not exist, that ID will be ignored, while deletion on other IDs will be performed.

Regarding permissions:

Caller must hold PERMISSION_WRITE_MEDICAL_DATA in order to call this API, even then, it can only delete its own data. If any of the items in ids belongs to another app, they will be ignored.
Deletes are permitted in the foreground or background.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.records.MedicalResource
import androidx.health.connect.client.records.MedicalResourceId
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest
import androidx.health.connect.client.request.UpsertMedicalResourceRequest

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Get or create a `MedicalDataSource`
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)
        )
    )

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

// 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
        )
    }
)

Parameters
`ids: List<MedicalResourceId>`	The ids to delete.

Throws
`java.lang.SecurityException`	if caller does not hold `PERMISSION_WRITE_MEDICAL_DATA`.

deleteMedicalResources

Added in 1.1.0-beta02

@RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA")
@ExperimentalPersonalHealthRecordApi
open suspend fun deleteMedicalResources(request: DeleteMedicalResourcesRequest): Unit

Deletes MedicalResources based on given filters in request.

Only MedicalResources inserted by the calling app will be deleted. If the request matches any other MedicalResources, these will be ignored.

Regarding permissions:

Caller must hold PERMISSION_WRITE_MEDICAL_DATA in order to call this API.
Deletes are permitted in the foreground or background.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.records.MedicalResource
import androidx.health.connect.client.records.MedicalResource.Companion.MEDICAL_RESOURCE_TYPE_MEDICATIONS
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest
import androidx.health.connect.client.request.DeleteMedicalResourcesRequest
import androidx.health.connect.client.request.UpsertMedicalResourceRequest

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Get or create a `MedicalDataSource`
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)
        )
    )

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

// 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)
    )
)

Parameters
`request: DeleteMedicalResourcesRequest`	The request that contains the filters to delete.

Throws
`java.lang.SecurityException`	if caller does not hold `PERMISSION_WRITE_MEDICAL_DATA`.

deleteRecords

Added in 1.1.0-beta02

suspend fun deleteRecords(
    recordType: KClass<Record>,
    timeRangeFilter: TimeRangeFilter
): Unit

Deletes any Record of the given recordType in the given timeRangeFilter (automatically filtered to Record belonging to the calling application). Deletion of multiple Record is executed in a transaction - if one fails, none is deleted.

import androidx.health.connect.client.deleteRecords
import androidx.health.connect.client.records.StepsRecord
import androidx.health.connect.client.time.TimeRangeFilter

healthConnectClient.deleteRecords<StepsRecord>(
    timeRangeFilter = TimeRangeFilter.between(startTime, endTime)
)

Parameters
`recordType: KClass<Record>`	Which type of `Record` to delete, such as `StepsRecord::class`
`timeRangeFilter: TimeRangeFilter`	The `TimeRangeFilter` to delete from

Throws

android.os.RemoteException

For any IPC transportation failures.

java.lang.SecurityException

For requests with unpermitted access.

java.io.IOException

For any disk I/O issues.

Example usage to delete written steps data in a time range:

deleteRecords

Added in 1.1.0-beta02

suspend fun deleteRecords(
    recordType: KClass<Record>,
    recordIdsList: List<String>,
    clientRecordIdsList: List<String>
): Unit

Deletes one or more Record by their identifiers. Deletion of multiple Record is executed in single transaction - if one fails, none is deleted.

import androidx.health.connect.client.deleteRecords
import androidx.health.connect.client.records.StepsRecord

healthConnectClient.deleteRecords<StepsRecord>(
    recordIdsList = listOf(uid1, uid2),
    clientRecordIdsList = emptyList()
)

Parameters
`recordType: KClass<Record>`	Which type of `Record` to delete, such as `Steps::class`
`recordIdsList: List<String>`	List of `androidx.health.connect.client.records.metadata.Metadata.id` of `Record` to delete
`clientRecordIdsList: List<String>`	List of client record IDs of `Record` to delete

Throws

android.os.RemoteException

For any IPC transportation failures. Deleting by invalid identifiers such as a non-existing identifier or deleting the same record multiple times will result in IPC failure.

java.lang.SecurityException

For requests with unpermitted access.

java.io.IOException

For any disk I/O issues.

Example usage to delete written steps data by its unique identifier:

getChanges

suspend fun getChanges(changesToken: String): ChangesResponse

Retrieves changes in Health Connect, from a specific point in time represented by provided changesToken.

The response returned may not provide all the changes due to IPC or memory limits, see ChangesResponse.hasMore. Clients can make more api calls to fetch more changes from Health Connect with updated ChangesResponse.nextChangesToken.

Provided changesToken may have expired if clients have not synced for extended period of time (such as a month). In this case ChangesResponse.changesTokenExpired will be set, and clients should generate a new changes-token via getChangesToken.

val response = client.getChanges(changesToken)
if (response.changesTokenExpired) {
  // Consider re-sync and fetch new changes token.
} else {
  // Process new insertion/deletions, either update local storage or upload to backends.
}

Parameters
`changesToken: String`	A Changes-Token that represents a specific point in time in Android Health Platform.

Returns
`ChangesResponse`	a `ChangesResponse` with changes since provided `changesToken`.

Throws
`android.os.RemoteException`	For any IPC transportation failures.
`java.lang.SecurityException`	For requests with unpermitted access.

See also
`getChangesToken`

getChangesToken

suspend fun getChangesToken(request: ChangesTokenRequest): String

Retrieves a changes-token, representing a point in time in the underlying Android Health Platform for a given ChangesTokenRequest. Changes-tokens are used in getChanges to retrieve changes since that point in time.

Changes-tokens represent a point in time after which the client is interested in knowing the changes for a set of interested types of Record and optional DataOrigin filters.

Changes-tokens are only valid for 30 days after they're generated. Calls to getChanges with an expired changes-token will lead to ChangesResponse.changesTokenExpired

Parameters
`request: ChangesTokenRequest`	Includes interested types of record to observe changes and optional filters.

Returns
`String`	a changes-token

Throws
`android.os.RemoteException`	For any IPC transportation failures.
`java.lang.SecurityException`	For requests with unpermitted access.

See also
`getChanges`

getMedicalDataSources

@ExperimentalPersonalHealthRecordApi
open suspend fun getMedicalDataSources(ids: List<String>): List<MedicalDataSource>

Gets MedicalDataSources for the provided list of ids.

The returned list of data sources will be in the same order as the ids.

Number of data sources returned by this API will depend based on below factors:

If an empty list of ids is provided, no data sources will be returned.
If an id is invalid or non-existent, no data source will be returned for that id, this means the returned list might have fewer elements than ids.
Callers will only get data sources they are permitted to get. See below.

There is no specific read permission for getting data sources. Instead, permission to read data sources is based on whether the caller has permission to read the data currently contained in that data source. Being permitted to get data sources is dependent on the following logic, in priority order, earlier statements take precedence.

A caller without any read medical permissions such as PERMISSION_READ_MEDICAL_DATA_VACCINES or the write permission PERMISSION_WRITE_MEDICAL_DATA is not permitted get any MedicalDataSources, including ones that it created.
A caller with the write permission is permitted to read its own MedicalDataSources regardless whether it's in foreground or background.
A caller with only a read permission, when in background, is only permitted to read its own MedicalDataSources that contains at least one MedicalResource with the type that the read permission covers. However, when the caller is in foreground or if it holds PERMISSION_READ_HEALTH_DATA_IN_BACKGROUND, it can also read other apps' MedicalDataSources as long as each of those MedicalDataSource contains at least one MedicalResource with the corresponding type.

For example, if a caller A created a MedicalDataSource DS1, then used DS1 to insert a MedicalResource MR1 with type MedicalResource.MEDICAL_RESOURCE_TYPE_VACCINES, and another caller B created DS2. If A holds PERMISSION_READ_MEDICAL_DATA_VACCINES, it can only read DS1 in background. However, if it is in foreground or holds PERMISSION_READ_HEALTH_DATA_IN_BACKGROUND, it can read both DS1 and DS2.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Get or create a `MedicalDataSource`
// 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)
        )
    )

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

Parameters
`ids: List<String>`	ids of the `MedicalDataSource`s to retrieve

Returns
`List<MedicalDataSource>`	`MedicalDataSource`s matching the provided `ids`

getMedicalDataSources

@ExperimentalPersonalHealthRecordApi
open suspend fun getMedicalDataSources(request: GetMedicalDataSourcesRequest): List<MedicalDataSource>

Gets the requested MedicalDataSources using GetMedicalDataSourcesRequest. Number of data sources returned by this API will depend based on below factors:

If an empty GetMedicalDataSourcesRequest is passed, all data sources for all apps are requested, and all which the caller is permitted to get will be returned. See below.
If GetMedicalDataSourcesRequest.packageNames is not empty, then only the data sources created by those packages is being requested. All data sources created by those packages which the caller is permitted to get will be returned. See below.

A caller without any read medical permissions such as PERMISSION_READ_MEDICAL_DATA_VACCINES or the write permission PERMISSION_WRITE_MEDICAL_DATA is not permitted get any MedicalDataSources, including ones that it created.
A caller with the write permission is permitted to read its own MedicalDataSources regardless whether it's in foreground or background.
A caller with only a read permission, when in background, is only permitted to read its own MedicalDataSources that contains at least one MedicalResource with the type that the read permission covers. However, when the caller is in foreground or if it holds PERMISSION_READ_HEALTH_DATA_IN_BACKGROUND, it can also read other apps' MedicalDataSources as long as each of those MedicalDataSource contains at least one MedicalResource with the corresponding type.

For example, a client A created a MedicalDataSource DS1, then used DS1 to insert a MedicalResource MR1 with type MedicalResource.MEDICAL_RESOURCE_TYPE_VACCINES. Similarly another client B created DS2, then used DS2 to insert another MedicalResource MR2 with the same MedicalResource.MEDICAL_RESOURCE_TYPE_VACCINES. If A holds PERMISSION_READ_MEDICAL_DATA_VACCINES and it is in background, it can only read DS1. However, if A is in foreground or holds PERMISSION_READ_HEALTH_DATA_IN_BACKGROUND, it can read both DS1 and DS2.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest
import androidx.health.connect.client.request.GetMedicalDataSourcesRequest

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Get or create a `MedicalDataSource`
// Each `MedicalDataSource` contains the `packageName` which created it
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)
        )
    )

// 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))
    )

Parameters
`request: GetMedicalDataSourcesRequest`	containing details of the `MedicalDataSource`s to retrieve

Returns
`List<MedicalDataSource>`	`MedicalDataSource`s matching the provided request

insertRecords

suspend fun insertRecords(records: List<Record>): InsertRecordsResponse

Inserts one or more Record and returns newly assigned androidx.health.connect.client.records.metadata.Metadata.id generated. Insertion of multiple records is executed in a transaction - if one fails, none is inserted.

import androidx.health.connect.client.records.StepsRecord
import androidx.health.connect.client.records.metadata.Metadata

val stepsRecord =
    StepsRecord(
        count = 120,
        startTime = START_TIME,
        endTime = END_TIME,
        startZoneOffset = START_ZONE_OFFSET,
        endZoneOffset = END_ZONE_OFFSET,
        metadata = Metadata.manualEntry(),
    )
healthConnectClient.insertRecords(listOf(stepsRecord))

To insert more complex data like nutrition for a user who’s eaten a banana:

import androidx.health.connect.client.records.NutritionRecord
import androidx.health.connect.client.records.metadata.Metadata
import androidx.health.connect.client.units.grams
import androidx.health.connect.client.units.kilocalories

val banana =
    NutritionRecord(
        name = "banana",
        energy = 105.0.kilocalories,
        dietaryFiber = 3.1.grams,
        potassium = 0.422.grams,
        totalCarbohydrate = 27.0.grams,
        totalFat = 0.4.grams,
        saturatedFat = 0.1.grams,
        sodium = 0.001.grams,
        sugar = 14.0.grams,
        vitaminB6 = 0.0005.grams,
        vitaminC = 0.0103.grams,
        startTime = START_TIME,
        endTime = END_TIME,
        startZoneOffset = START_ZONE_OFFSET,
        endZoneOffset = END_ZONE_OFFSET,
        metadata = Metadata.manualEntry(),
    )
healthConnectClient.insertRecords(listOf(banana))

To insert some heart rate data:

import androidx.health.connect.client.records.HeartRateRecord
import androidx.health.connect.client.records.metadata.Metadata

val heartRateRecord =
    HeartRateRecord(
        startTime = START_TIME,
        startZoneOffset = START_ZONE_OFFSET,
        endTime = END_TIME,
        endZoneOffset = END_ZONE_OFFSET,
        metadata = Metadata.manualEntry(),
        // records 10 arbitrary data, to replace with actual data
        samples =
            List(10) { index ->
                HeartRateRecord.Sample(
                    time = START_TIME + Duration.ofSeconds(index.toLong()),
                    beatsPerMinute = 100 + index.toLong(),
                )
            },
    )
healthConnectClient.insertRecords(listOf(heartRateRecord))

androidx.health.connect.client.records.metadata.Metadata.clientRecordId can be used to deduplicate data with a client provided unique identifier. When a subsequent insertRecords is called with the same androidx.health.connect.client.records.metadata.Metadata.clientRecordId, whichever Record with the higher androidx.health.connect.client.records.metadata.Metadata.clientRecordVersion takes precedence.

Parameters
`records: List<Record>`	List of records to insert

Returns
`InsertRecordsResponse`	List of unique identifiers in the order of inserted records.

Throws

android.os.RemoteException

For any IPC transportation failures.

java.lang.SecurityException

For requests with unpermitted access.

java.io.IOException

For any disk I/O issues.

For example, to insert basic data like step counts:

readMedicalResources

@ExperimentalPersonalHealthRecordApi
open suspend fun readMedicalResources(ids: List<MedicalResourceId>): List<MedicalResource>

Reads a collection of MedicalResources given a list of MedicalResourceIds.

The number and order of medical resources returned by this API is not guaranteed, depending on a number of factors:

If an empty list of IDs is provided, an empty list will be returned.
If any ID does not exist, no medical resource will be returned for that ID.
Only permitted MedicalResources are returned. Specifically:

A caller without any read medical permissions such as PERMISSION_READ_MEDICAL_DATA_VACCINES, or the write medical permission PERMISSION_WRITE_MEDICAL_DATA is not permitted to read any MedicalResource, including ones that it created.
A caller with the write permission is permitted to read its own MedicalResources of any type regardless whether it's in foreground or background.
A caller with only a read permission, when in background, is only permitted to read its own MedicalResources of the corresponding type. For example, if a caller only holds PERMISSION_READ_MEDICAL_DATA_VACCINES, then when in background it is only permitted to read its own MedicalResources with MedicalResource.MEDICAL_RESOURCE_TYPE_VACCINES. However, when it is in foreground or if it holds PERMISSION_READ_HEALTH_DATA_IN_BACKGROUND, it is permitted to read all vaccines MedicalResources, including ones that were written by other apps.

Each returned MedicalResource is not guaranteed to meet all requirements of the Fast Healthcare Interoperability Resources (FHIR) spec. If required, clients should perform their own validations.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.records.MedicalResource
import androidx.health.connect.client.records.MedicalResourceId
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest
import androidx.health.connect.client.request.UpsertMedicalResourceRequest

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Get or create a `MedicalDataSource`
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)
        )
    )

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

// 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
            )
        }
    )

Throws
`kotlin.IllegalArgumentException`	if the size of `ids` is too large or any ID is deemed as invalid.

readMedicalResources

@ExperimentalPersonalHealthRecordApi
open suspend fun readMedicalResources(request: ReadMedicalResourcesRequest): ReadMedicalResourcesResponse

Reads MedicalResources by request, either ReadMedicalResourcesInitialRequest or ReadMedicalResourcesPageRequest.

A typical flow to read all MedicalResources that satisfy a certain criteria would be:

Create a ReadMedicalResourcesInitialRequest with desired criteria, and make a request. If successful, a ReadMedicalResourcesResponse should be returned.
Use returned ReadMedicalResourcesResponse.nextPageToken to create a ReadMedicalResourcesPageRequest and make another request. Again, if successful, a ReadMedicalResourcesResponse should be returned.
Repeat step 2 until ReadMedicalResourcesResponse.nextPageToken is null.

Regarding permissions, only permitted MedicalResources are returned. Specifically:

A caller without any read medical permissions such as PERMISSION_READ_MEDICAL_DATA_VACCINES, or the write medical permission PERMISSION_WRITE_MEDICAL_DATA is not permitted to read any MedicalResource, including ones that it created.
A caller with the write permission is permitted to read its own MedicalResources of any type regardless whether it's in foreground or background.
A caller with only a read permission, when in background, is only permitted to read its own MedicalResources of the corresponding type. For example, if a caller only holds PERMISSION_READ_MEDICAL_DATA_VACCINES, then when in background it is only permitted to read its own MedicalResources with MedicalResource.MEDICAL_RESOURCE_TYPE_VACCINES. However, when it is in foreground or if it holds PERMISSION_READ_HEALTH_DATA_IN_BACKGROUND, it is permitted to read all vaccines MedicalResources, including ones that were written by other apps.

Each returned MedicalResource is not guaranteed to meet all requirements of the Fast Healthcare Interoperability Resources (FHIR) spec. If required, clients should perform their own validations.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.records.MedicalResource
import androidx.health.connect.client.records.MedicalResource.Companion.MEDICAL_RESOURCE_TYPE_LABORATORY_RESULTS
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest
import androidx.health.connect.client.request.ReadMedicalResourcesInitialRequest
import androidx.health.connect.client.request.ReadMedicalResourcesPageRequest
import androidx.health.connect.client.request.ReadMedicalResourcesRequest
import androidx.health.connect.client.response.ReadMedicalResourcesResponse

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Get or create a `MedicalDataSource`
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)
        )
    )

// Insert `MedicalResource`s into the `MedicalDataSource`
healthConnectClient.upsertMedicalResources(exampleLabResults)

// 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 as desired
    val resources: List<MedicalResource> = response.medicalResources
    // Advance to next page
    pageToken = response.nextPageToken
} while (pageToken != null)

readRecord

suspend fun <T : Record> readRecord(recordType: KClass<T>, recordId: String): ReadRecordResponse<T>

Reads one Record point with its recordType and recordId.

Parameters
`recordType: KClass<T>`	Which type of `Record` to read, such as `Steps::class`
`recordId: String`	`androidx.health.connect.client.records.metadata.Metadata.id` of `Record` to read

Returns
`ReadRecordResponse<T>`	The `Record` data point.

Throws
`android.os.RemoteException`	For any IPC transportation failures. Update with invalid identifiers will result in IPC failure.
`java.lang.SecurityException`	For requests with unpermitted access.
`java.io.IOException`	For any disk I/O issues.

readRecords

suspend fun <T : Record> readRecords(request: ReadRecordsRequest<T>): ReadRecordsResponse<T>

Retrieves a collection of Records.

import androidx.health.connect.client.readRecord
import androidx.health.connect.client.records.StepsRecord
import androidx.health.connect.client.request.ReadRecordsRequest
import androidx.health.connect.client.time.TimeRangeFilter

val response =
    healthConnectClient.readRecords(
        ReadRecordsRequest<StepsRecord>(
            timeRangeFilter = TimeRangeFilter.between(startTime, endTime)
        )
    )
for (stepRecord in response.records) {
    // Process each step record
}

Parameters
`<T : Record>`	the type of `Record`
`request: ReadRecordsRequest<T>`	`ReadRecordsRequest` object specifying time range and other filters

Returns
`ReadRecordsResponse<T>`	a response containing a collection of `Record`s.

Throws

android.os.RemoteException

For any IPC transportation failures.

java.lang.SecurityException

For requests with unpermitted access.

java.io.IOException

For any disk I/O issues.

Example code to read basic data like step counts:

updateRecords

suspend fun updateRecords(records: List<Record>): Unit

Updates one or more Record of given UIDs to newly specified values. Update of multiple records is executed in a transaction - if one fails, none is inserted.

Parameters
`records: List<Record>`	List of records to update

Throws
`android.os.RemoteException`	For any IPC transportation failures. Update with invalid identifiers will result in IPC failure.
`java.lang.SecurityException`	For requests with unpermitted access.
`java.io.IOException`	For any disk I/O issues.

upsertMedicalResources

@RequiresPermission(value = "android.permission.health.WRITE_MEDICAL_DATA")
@ExperimentalPersonalHealthRecordApi
open suspend fun upsertMedicalResources(requests: List<UpsertMedicalResourceRequest>): List<MedicalResource>

Inserts or updates a list of MedicalResources using UpsertMedicalResourceRequests.

In each request, from UpsertMedicalResourceRequest.dataSourceId, fhir resource type and fhir resource ID extracted from UpsertMedicalResourceRequest.data, a MedicalResourceId will be constructed. If there already exists a MedicalResource with that ID in Health Connect, then it will be updated, otherwise a new MedicalResource will be inserted.

For each UpsertMedicalResourceRequest, one MedicalResource will be returned, regardless whether it's updated or inserted. The order of the MedicalResources in the returned list will be the same as their corresponding UpsertMedicalResourceRequests in the input list.

Note that a MedicalDataSource needs to be created using createMedicalDataSource before any MedicalResources can be upserted for this source.

Regarding permissions:

Caller must hold PERMISSION_WRITE_MEDICAL_DATA in order to call this API, otherwise a SecurityException will be thrown.
With PERMISSION_WRITE_MEDICAL_DATA granted, caller is permitted to call this API in either foreground or background.

Medical data is represented using the "https://hl7.org/fhir/" standard. The FHIR resource provided in UpsertMedicalResourceRequest.data is expected to be valid for the specified FHIR version according to the FHIR spec. Structural validation checks such as resource structure, field types and presence of required fields will be performed, however these checks may not cover all FHIR spec requirements and are dependant on the backing implementation of Health Connect.

Data written to Health Connect should be for a single individual only. However, the API allows for multiple Patient resources to be written to account for the possibility of multiple Patient resources being present in one individual's medical record.

Each UpsertMedicalResourceRequest also has to meet the following requirements:

UpsertMedicalResourceRequest.data must contain an "id" field and a "resourceType" field. The "resource type" must be one of the items in the accepted list of resource types in FhirResource.
The FHIR resource does not have a "contained" field (holds contained resources).
FHIR version of each request must match MedicalDataSource.fhirVersion of UpsertMedicalResourceRequest.dataSourceId's corresponding MedicalDataSource.

If any request is failed to be processed for any reason, none of the requests will be inserted or updated in one transaction.

import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_PERSONAL_HEALTH_RECORD
import androidx.health.connect.client.HealthConnectFeatures.Companion.FEATURE_STATUS_AVAILABLE
import androidx.health.connect.client.records.FhirVersion
import androidx.health.connect.client.records.MedicalDataSource
import androidx.health.connect.client.records.MedicalResource
import androidx.health.connect.client.request.CreateMedicalDataSourceRequest
import androidx.health.connect.client.request.UpsertMedicalResourceRequest

// Ensure `FEATURE_PERSONAL_HEALTH_RECORD` is available before calling PHR apis
if (
    healthConnectClient.features.getFeatureStatus(FEATURE_PERSONAL_HEALTH_RECORD) !=
        FEATURE_STATUS_AVAILABLE
) {
    return
}

// Get or create a `MedicalDataSource`
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)
        )
    )

// 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
            )
        )
    )

Parameters
`requests: List<UpsertMedicalResourceRequest>`	List of upsert requests.

Throws
`kotlin.IllegalArgumentException`	if any request is failed to be processed for any reason such as invalid `UpsertMedicalResourceRequest.dataSourceId`
`java.lang.SecurityException`	if caller does not hold `PERMISSION_WRITE_MEDICAL_DATA`.

Public properties

features

Added in 1.1.0-beta02

open val features: HealthConnectFeatures

Access operations related to feature availability.

permissionController

Added in 1.1.0-beta02

val permissionController: PermissionController

Access operations related to permissions.

Extension functions

deleteRecords

Artifact: androidx.health.connect:connect-client

View Source

suspend inline fun <T : Record> HealthConnectClient.deleteRecords(
    timeRangeFilter: TimeRangeFilter
): Unit

Deletes any Record of type T in the given timeRangeFilter (automatically filtered to Record belonging to the calling application). Deletion of multiple Record is executed in a transaction - if one fails, none is deleted.

import androidx.health.connect.client.deleteRecords
import androidx.health.connect.client.records.StepsRecord
import androidx.health.connect.client.time.TimeRangeFilter

healthConnectClient.deleteRecords<StepsRecord>(
    timeRangeFilter = TimeRangeFilter.between(startTime, endTime)
)

Parameters
`<T : Record>`	Which type of `Record` to delete, such as `StepsRecord`.
`timeRangeFilter: TimeRangeFilter`	The `TimeRangeFilter` to delete from

Throws
`android.os.RemoteException`	For any IPC transportation failures.
`java.lang.SecurityException`	For requests with unpermitted access.
`java.io.IOException`	For any disk I/O issues.
`kotlin.IllegalStateException`	If service is not available.

See also
`deleteRecords`	Example usage to delete written steps data in a time range:

deleteRecords

Artifact: androidx.health.connect:connect-client

View Source

suspend inline fun <T : Record> HealthConnectClient.deleteRecords(
    recordIdsList: List<String>,
    clientRecordIdsList: List<String>
): Unit

Deletes one or more Record by their identifiers. Deletion of multiple Record is executed in single transaction - if one fails, none is deleted.

import androidx.health.connect.client.deleteRecords
import androidx.health.connect.client.records.StepsRecord

healthConnectClient.deleteRecords<StepsRecord>(
    recordIdsList = listOf(uid1, uid2),
    clientRecordIdsList = emptyList()
)

Parameters
`<T : Record>`	Which type of `Record` to delete, such as `StepsRecord`.
`recordIdsList: List<String>`	List of `androidx.health.connect.client.records.metadata.Metadata.id` of `Record` to delete
`clientRecordIdsList: List<String>`	List of client record IDs of `Record` to delete

Throws
`android.os.RemoteException`	For any IPC transportation failures. Deleting by invalid identifiers such as a non-existing identifier or deleting the same record multiple times will result in IPC failure.
`java.lang.SecurityException`	For requests with unpermitted access.
`java.io.IOException`	For any disk I/O issues.
`kotlin.IllegalStateException`	If service is not available.

See also
`deleteRecords`	Example usage to delete written steps data by its unique identifier:

readRecord

Artifact: androidx.health.connect:connect-client

View Source

suspend inline fun <T : Record> HealthConnectClient.readRecord(recordId: String): ReadRecordResponse<T>

Reads one Record point of type T and with the specified recordId.

Parameters
`<T : Record>`	Which type of `Record` to read, such as `StepsRecord`.
`recordId: String`	`androidx.health.connect.client.records.metadata.Metadata.id` of `Record` to read

Returns
`ReadRecordResponse<T>`	The `Record` data point.

Throws
`android.os.RemoteException`	For any IPC transportation failures. Update with invalid identifiers will result in IPC failure.
`java.lang.SecurityException`	For requests with unpermitted access.
`java.io.IOException`	For any disk I/O issues.
`kotlin.IllegalStateException`	If service is not available.

See also
`readRecord`