How to use Request.rxResponseSingle method of com.github.kittinunf.fuel.rx.RxFuel class

Best Fuel code snippet using com.github.kittinunf.fuel.rx.RxFuel.Request.rxResponseSingle

Request.rxResponseSingle

Using AI Code Generation

1    import com.github.kittinunf.fuel.rx.rxResponseSingle2    import io.reactivex.Single3    fun getSingle(): Single<String> {4                .map { it.second }5    }6    import com.github.kittinunf.fuel.rx.rxResponseCompletable7    import io.reactivex.Completable8    fun getCompletable(): Completable {9    }10    import com.github.kittinunf.fuel.rx.rxResponse11    import io.reactivex.Flowable12    fun getFlowable(): Flowable<Pair<Request, Response>> {13    }14    import com.github.kittinunf.fuel.rx.rxResponse15    import io.reactivex.Observable16    fun getObservable(): Observable<Pair<Request, Response>> {17    }18    import com.github.kittinunf.fuel.rx.rxResponse19    import io.reactivex.Single20    fun getSingle(): Single<Pair<Request, Response>> {21    }22    import com.github.kittinunf.fuel.rx.rxResponse23    import io.reactivex.Completable24    fun getCompletable(): Completable {25                .ignoreElements()26    }27    import com.github.kittinunf.fuel.rx.rxResponse28    import io.reactivex.Maybe29    fun getMaybe(): Maybe<Pair<Request, Response>> {

Request.rxResponseSingle

Using AI Code Generation

1val single: Single<Response> = "/".rxResponseSingle()2val single: Single<String> = "/".rxResponseSingle().map { it.second }3val single: Single<String> = "/".rxResponseSingle().map { it.second }.flatMap { Single.just(it) }4"/".rxResponseSingle().map { it.second }.flatMap { Single.just(it) }.subscribe { println(it) }5"/".rxResponseSingle().map { it.second }.flatMap { Single.just(it) }.subscribe(Consumer { println(it) })6"/".rxResponseSingle().map { it.second }.flatMap { Single.just(it) }.subscribe(Consumer { println(it) }, Consumer { println(it) })7"/".rxResponseSingle().map { it.second }.flatMap { Single.just(it) }.subscribe

Request.rxResponseSingle

Using AI Code Generation

1request.rxResponseSingle()2.subscribeBy(3onSuccess = { result -> println(result.third) },4onError = { error -> println(error) }5request.rxResponseObject(SimpleObject.Deserializer())6.subscribeBy(7onSuccess = { result -> println(result.third) },8onError = { error -> println(error) }9request.rxResponseObject(SimpleObject.Deserializer())10.subscribeBy(11onSuccess = { result -> println(result.third) },12onError = { error -> println(error) }13request.rxResponseObject(SimpleObject.Deserializer())14.subscribeBy(15onSuccess = { result -> println(result.third) },16onError = { error -> println(error) }17request.rxResponseObject(SimpleObject.Deserializer())18.subscribeBy(19onSuccess = { result -> println(result.third) },20onError = { error -> println(error) }21request.rxResponseObject(SimpleObject.Deserializer())22.subscribeBy(23onSuccess = { result -> println(result.third) },24onError = { error -> println(error) }25request.rxResponseObject(SimpleObject.Deserializer())26.subscribeBy(27onSuccess = { result -> println(result.third) },28onError = { error -> println(error) }

Request.rxResponseSingle

Using AI Code Generation

1val responseSingle = Request.rxResponseSingle()2val responseObservable = Request.rxResponseObservable()3val responsePublisher = Request.rxResponsePublisher()4val responseFlowable = Request.rxResponseFlowable()5val responseCompletable = Request.rxResponseCompletable()6val responseMaybe = Request.rxResponseMaybe()7val responseObservable = Request.rxResponse()8val responseFlowable = Request.rxResponse()9val responseSingle = Request.rxResponse()10val responseMaybe = Request.rxResponse()11val responseCompletable = Request.rxResponse()

Request.rxResponseSingle

Using AI Code Generation

1val single = Request.rxResponseSingle()2single.subscribe { result ->3    val (request, response, result) = result4}5val completable = Request.rxResponseCompletable()6completable.subscribe {7}8val maybe = Request.rxResponseMaybe()9maybe.subscribe { result ->10    val (request, response, result) = result11}12val flowable = Request.rxResponseFlowable()13flowable.subscribe { result ->14    val (request, response, result) = result15}16val observable = Request.rxResponseObservable()17observable.subscribe { result ->18    val (request, response, result) = result19}20val publisher = Request.rxResponsePublisher()21publisher.subscribe { result ->22    val (request, response, result) = result23}24val single = Request.rxResponse()25single.subscribe { result ->26    val (request, response, result) = result27}28val single = Request.rxResponse()29single.subscribe { result ->30    val (request, response,

Request.rxResponseSingle

Using AI Code Generation

1fun <T> Request.rxResponseSingle(clazz: Class<T>, mapper: (Response) -> T): Single<T> {2    return Single.create { emitter ->3        this.rxResponse { result ->4            when (result) {5                is Result.Success -> {6                    emitter.onSuccess(mapper(result.value))7                }8                is Result.Failure -> {9                    emitter.onError(result.error)10                }11            }12        }13    }14}15fun <T> Request.rxResponseSingle(clazz: Class<T>, mapper: (Response) -> T): Single<T> {16    return Single.create { emitter ->17        this.rxResponse { result ->18            when (result) {19                is Result.Success -> {20                    emitter.onSuccess(mapper(result.value))21                }22                is Result.Failure -> {23                    emitter.onError(result.error)24                }25            }26        }27    }28}29fun <T> Request.rxResponseSingle(clazz: Class<T>, mapper: (Response) -> T): Single<T> {30    return Single.create { emitter ->31        this.rxResponse { result ->32            when (result) {33                is Result.Success -> {34                    emitter.onSuccess(mapper(result.value))35                }36                is Result.Failure -> {37                    emitter.onError(result.error)38                }39            }40        }41    }42}43fun <T> Request.rxResponseSingle(clazz: Class<T>, mapper: (Response) -> T): Single<T> {44    return Single.create { emitter ->45        this.rxResponse { result ->46            when (result) {

Request.rxResponseSingle

Using AI Code Generation

1    Request.rxResponseSingle()2        .map {3        }4        .subscribeOn(Schedulers.io())5        .observeOn(AndroidSchedulers.mainThread())6        .subscribe(7            { result ->8            },9            { error ->10            }11    Request.rxResponseObservable()12        .map {13        }14        .subscribeOn(Schedulers.io())15        .observeOn(AndroidSchedulers.mainThread())16        .subscribe(17            { result ->18            },19            { error ->20            }21    Request.rxResponseFlowable()22        .map {23        }24        .subscribeOn(Schedulers.io())25        .observeOn(AndroidSchedulers.mainThread())26        .subscribe(27            { result ->28            },29            { error ->30            }31    Request.rxResponseMaybe()32        .map {33        }34        .subscribeOn(Schedulers.io())35        .observeOn(AndroidSchedulers.mainThread())36        .subscribe(37            { result ->38            },39            { error ->40            }41    Request.rxResponseCompletable()42        .subscribeOn(Schedulers.io())43        .observeOn(Android

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