Best Fuel code snippet using com.github.kittinunf.fuel.reactor.Reactor.Request.monoResult
Reactor.kt
Source:Reactor.kt
1package com.github.kittinunf.fuel.reactor2import com.github.kittinunf.fuel.core.Deserializable3import com.github.kittinunf.fuel.core.FuelError4import com.github.kittinunf.fuel.core.Request5import com.github.kittinunf.fuel.core.Response6import com.github.kittinunf.fuel.core.deserializers.ByteArrayDeserializer7import com.github.kittinunf.fuel.core.deserializers.EmptyDeserializer8import com.github.kittinunf.fuel.core.deserializers.StringDeserializer9import com.github.kittinunf.fuel.core.requests.CancellableRequest10import com.github.kittinunf.fuel.core.response11import com.github.kittinunf.result.Result12import reactor.core.publisher.Mono13import reactor.core.publisher.MonoSink14import java.nio.charset.Charset15private fun <T : Any> Request.monoResult(async: Request.(MonoSink<T>) -> CancellableRequest): Mono<T> =16 Mono.create<T> { sink ->17 val cancellableRequest = async(sink)18 sink.onCancel { cancellableRequest.cancel() }19 }20private fun <T : Any> Request.monoResultFold(mapper: Deserializable<T>): Mono<T> =21 monoResult { sink ->22 response(mapper) { _, _, result ->23 result.fold(sink::success, sink::error)24 }25 }26private fun <T : Any> Request.monoResultUnFolded(mapper: Deserializable<T>): Mono<Result<T, FuelError>> =27 monoResult { sink ->28 response(mapper) { _, _, result ->29 sink.success(result)30 }31 }32/**33 * Get a single [Response]34 * @return [Mono<Response>] the [Mono]35 */36fun Request.monoResponse(): Mono<Response> =37 monoResult { sink ->38 response { _, res, _ -> sink.success(res) }39 }40/**41 * Get a single [ByteArray] via a [MonoSink.success], or any [FuelError] via [MonoSink.error]42 *43 * @see monoResultBytes44 * @return [Mono<ByteArray>] the [Mono]45 */46fun Request.monoBytes(): Mono<ByteArray> = monoResultFold(ByteArrayDeserializer())47/**48 * Get a single [String] via a [MonoSink.success], or any [FuelError] via [MonoSink.error]49 *50 * @see monoResultString51 *52 * @param charset [Charset] the charset to use for the string, defaults to [Charsets.UTF_8]53 * @return [Mono<String>] the [Mono]54 */55fun Request.monoString(charset: Charset = Charsets.UTF_8): Mono<String> = monoResultFold(StringDeserializer(charset))56/**57 * Get a single [T] via a [MonoSink.success], or any [FuelError] via [MonoSink.error]58 *59 * @see monoResultObject60 *61 * @param mapper [Deserializable<T>] the deserializable that can turn the response int a [T]62 * @return [Mono<T>] the [Mono]63 */64fun <T : Any> Request.monoObject(mapper: Deserializable<T>): Mono<T> = monoResultFold(mapper)65/**66 * Get a single [ByteArray] or [FuelError] via [Result]67 *68 * @see monoBytes69 * @return [Mono<Result<ByteArray, FuelError>>] the [Mono]70 */71fun Request.monoResultBytes(): Mono<Result<ByteArray, FuelError>> =72 monoResultUnFolded(ByteArrayDeserializer())73/**74 * Get a single [String] or [FuelError] via [Result]75 *76 * @see monoString77 *78 * @param charset [Charset] the charset to use for the string, defaults to [Charsets.UTF_8]79 * @return [Mono<Result<ByteArray, FuelError>>] the [Mono]80 */81fun Request.monoResultString(charset: Charset = Charsets.UTF_8): Mono<Result<String, FuelError>> =82 monoResultUnFolded(StringDeserializer(charset))83/**84 * Get a single [T] or [FuelError] via [Result]85 *86 * @see monoObject87 * @return [Mono<Result<T, FuelError>>] the [Mono]88 */89fun <T : Any> Request.monoResultObject(mapper: Deserializable<T>): Mono<Result<T, FuelError>> =90 monoResultUnFolded(mapper)91/**92 * Get a complete signal(success with [Unit]) via a [MonoSink.success], or any [FuelError] via [MonoSink.error]93 */94fun Request.monoUnit(): Mono<Unit> = monoResultFold(EmptyDeserializer)...
Request.monoResult
Using AI Code Generation
1ReactorRequest.monoResult(request)2ReactorRequest.singleResult(request)3ReactorRequest.flowableResult(request)4ReactorRequest.observableResult(request)5ReactorRequest.maybeResult(request)6ReactorRequest.singleResult(request)7ReactorRequest.flowableResult(request)8ReactorRequest.observableResult(request)9ReactorRequest.maybeResult(request)10ReactorRequest.singleResult(request)11ReactorRequest.flowableResult(request)12ReactorRequest.observableResult(request)13ReactorRequest.maybeResult(request)14ReactorRequest.singleResult(request)15ReactorRequest.flowableResult(request)16ReactorRequest.observableResult(request)
Request.monoResult
Using AI Code Generation
1val (request, response, result) = Fuel.get("get").awaitStringResponse()2val (data, error) = result3println(data)4println(error)5val (request, response, result) = Fuel.get("get").awaitStringResponse()6val (data, error) = result7println(data)8println(error)9val (request, response, result) = Fuel.get("get").awaitStringResponse()10val (data, error) = result11println(data)12println(error)13val (request, response, result) = Fuel.get("get").awaitStringResponse()14val (data, error) = result15println(data)16println(error)17val (request, response, result) = Fuel.get("get").awaitStringResponse()18val (data, error) = result19println(data)20println(error)21val (request, response, result) = Fuel.get("get").awaitStringResponse()22val (data, error) = result23println(data)24println(error)25val (request, response, result) = Fuel.get("get").awaitStringResponse()26val (data, error) = result27println(data)28println(error)
Request.monoResult
Using AI Code Generation
1val result = request.monoResult()2result.subscribe { response ->3println(response)4}5val result = request.monoResponse()6result.subscribe { response ->7println(response)8}9val result = request.monoData()10result.subscribe { response ->11println(response)12}13val result = request.monoString()14result.subscribe { response ->15println(response)16}17val result = request.monoBytes()18result.subscribe { response ->19println(response)20}21val result = request.monoStream()22result.subscribe { response ->23println(response)24}25val result = request.monoFile()26result.subscribe { response ->27println(response)28}29val result = request.monoDownload()30result.subscribe { response ->31println(response)32}
Request.monoResult
Using AI Code Generation
1val mono = Reactor.monoResult(request, response, result)2mono.subscribe({ (request, response, result) ->3println(request)4println(response)5println(result)6})7val flux = Reactor.fluxResult(request, response, result)8flux.subscribe({ (request, response, result) ->9println(request)10println(response)11println(result)12})13val rx = Reactor.rxResult(request, response, result)14rx.subscribe({ (request, response, result) ->15println(request)16println(response)17println(result)18})19val rx = Reactor.rxResponse(request, response, result)20rx.subscribe({ (request, response) ->21println(request)22println(response)23})24val rx = Reactor.rxRequest(request, response, result)25rx.subscribe({ (request) ->26println(request)27})28val rx = Reactor.rxData(request, response, result)29rx.subscribe({ (data) ->30println(data)31})32val (request,
Request.monoResult
Using AI Code Generation
1mono.subscribe { result -> println(result) }2flux.subscribe { result -> println(result) }3single.subscribe { result -> println(result) }4observable.subscribe { result -> println(result) }5flowable.subscribe { result -> println(result) }6maybe.subscribe { result -> println(result) }7completable.subscribe { println("completed") }8singleResult.subscribe { result -> println(result) }9observableResult.subscribe { result
Request.monoResult
Using AI Code Generation
1val monoResult = request.monoResult( String ::class.java)2monoResult.subscribe { result ->3 println(result)4}5val monoResult = request.monoResult( String ::class.java)6monoResult.subscribe { result ->7 println(result)8}9val monoResult = request.monoResult( String ::class.java)10monoResult.subscribe { result ->11 println(result)12}13val monoResult = request.monoResult( String ::class.java)14monoResult.subscribe { result ->15 println(result)16}17val monoResult = request.monoResult( String ::class.java)18monoResult.subscribe { result ->19 println(result)20}
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