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How to use Request.suspendable method of com.github.kittinunf.fuel.core.requests.SuspendableRequest class

Best Fuel code snippet using com.github.kittinunf.fuel.core.requests.SuspendableRequest.Request.suspendable

SuspendableRequest.kt

Source:SuspendableRequest.kt

1package com.github.kittinunf.fuel.core.requests2import com.github.kittinunf.fuel.Fuel3import com.github.kittinunf.fuel.core.FuelError4import com.github.kittinunf.fuel.core.HttpException5import com.github.kittinunf.fuel.core.Request6import com.github.kittinunf.fuel.core.Response7import com.github.kittinunf.result.Result8/**9 * Coroutine version of [RequestTask]. Turns a [Request] into an executable, suspendable, coroutine.10 */11class SuspendableRequest private constructor(private val wrapped: Request) : Request by wrapped {12    private val interruptCallback by lazy { executor.interruptCallback }13    private val executor by lazy { request.executionOptions }14    private val client by lazy { executor.client }15    private fun prepareRequest(request: Request): Request = executor.requestTransformer(request)16    private suspend fun executeRequest(request: Request): Pair<Request, Response> {17        return runCatching { Pair(request, client.awaitRequest(request)) }18            .recover { error -> throw FuelError.wrap(error, Response(url)) }19            .getOrThrow()20    }21    private fun prepareResponse(result: Pair<Request, Response>): Response {22        val (request, response) = result23        return runCatching { executor.responseTransformer(request, response) }24            .mapCatching { transformedResponse ->25                val valid = executor.responseValidator(transformedResponse)26                if (valid) transformedResponse27                else throw FuelError.wrap(HttpException(transformedResponse.statusCode, transformedResponse.responseMessage), transformedResponse)28            }29            .recover { error -> throw FuelError.wrap(error, response) }30            .getOrThrow()31    }32    suspend fun awaitResult(): Result<Response, FuelError> {33        return runCatching { prepareRequest(request) }34            .mapCatching { executeRequest(it) }35            .mapCatching { pair ->36                // Nested runCatching so response can be rebound37                runCatching { prepareResponse(pair) }38                    .recover { error ->39                        error.also { Fuel.trace { "[RequestTask] execution error\n\r\t$error" } }40                        throw FuelError.wrap(error, pair.second)41                    }42                    .getOrThrow()43            }44            .onFailure { error ->45                Fuel.trace { "[RequestTask] on failure ${(error as? FuelError)?.exception ?: error}" }46                if (error is FuelError && error.causedByInterruption) {47                    Fuel.trace { "[RequestTask] execution error\n\r\t$error" }48                    interruptCallback.invoke(request)49                }50            }51            .map { Result.Success(it) }52            .recover { Result.Failure(it as FuelError) }53            .getOrThrow()54    }55    @Throws(FuelError::class)56    suspend fun await(): Response {57        return awaitResult().get()58    }59    companion object {60        private val FEATURE = SuspendableRequest::class.java.canonicalName61        fun enableFor(request: Request): SuspendableRequest {62            // Makes sure the "newest" request is stored, although it should always be the same.63            val current = request.enabledFeatures[FEATURE] ?: SuspendableRequest(request)64            if (request !== current) {65                request.enabledFeatures[FEATURE] = current66            }67            return current as SuspendableRequest68        }69    }70}71fun Request.suspendable() = SuspendableRequest.enableFor(this)...

RequestTask.kt

Source:RequestTask.kt

1package com.github.kittinunf.fuel.core.requests2import com.github.kittinunf.fuel.Fuel3import com.github.kittinunf.fuel.core.FuelError4import com.github.kittinunf.fuel.core.HttpException5import com.github.kittinunf.fuel.core.Request6import com.github.kittinunf.fuel.core.Response7import java.util.concurrent.Callable8private typealias RequestTaskResult = Pair<Request, Response>9/**10 * Synchronous version of [SuspendableRequest]. Turns a [Request] into a [Callable]11 */12internal class RequestTask(internal val request: Request) : Callable<Response> {13    private val interruptCallback by lazy { executor.interruptCallback }14    private val executor by lazy { request.executionOptions }15    private val client by lazy { executor.client }16    private fun prepareRequest(request: Request): Request = executor.requestTransformer(request)17    @Throws(FuelError::class)18    private fun executeRequest(request: Request): RequestTaskResult {19        return runCatching { Pair(request, client.executeRequest(request)) }20            .recover { error -> throw FuelError.wrap(error, Response(request.url)) }21            .getOrThrow()22    }23    @Throws(FuelError::class)24    private fun prepareResponse(result: RequestTaskResult): Response {25        val (request, response) = result26        return runCatching { executor.responseTransformer(request, response) }27            .mapCatching { transformedResponse ->28                val valid = executor.responseValidator(transformedResponse)29                if (valid) transformedResponse30                else throw FuelError.wrap(HttpException(transformedResponse.statusCode, transformedResponse.responseMessage), transformedResponse)31            }32            .recover { error -> throw FuelError.wrap(error, response) }33            .getOrThrow()34    }35    @Throws(FuelError::class)36    override fun call(): Response {37        return runCatching { prepareRequest(request) }38            .mapCatching { executeRequest(it) }39            .mapCatching { pair ->40                // Nested runCatching so response can be rebound41                runCatching { prepareResponse(pair) }42                    .recover { error ->43                        error.also { Fuel.trace { "[RequestTask] execution error\n\r\t$error" } }44                        throw FuelError.wrap(error, pair.second)45                    }46                    .getOrThrow()47            }48            .onFailure { error ->49                Fuel.trace { "[RequestTask] on failure (interrupted=${(error as? FuelError)?.causedByInterruption ?: error})" }50                if (error is FuelError && error.causedByInterruption) {51                    Fuel.trace { "[RequestTask] execution error\n\r\t$error" }52                    interruptCallback.invoke(request)53                }54            }55            .getOrThrow()56    }57}58internal fun Request.toTask(): Callable<Response> = RequestTask(this)...

Request.suspendable

Using AI Code Generation

1suspend fun <T : Any> Request.suspendable(): T {2return suspendCoroutine { continuation ->3this.responseString { request, response, result ->4when (result) {5is Result.Failure -> {6val ex = result.getException()7continuation.resumeWithException(ex)8}9is Result.Success -> {10val data = result.get()11val type = object : TypeToken<T>() {}.type12val result = Gson().fromJson<T>(data, type)13continuation.resume(result)14}15}16}17}18}19suspend fun <T : Any> Request.suspendable(): T {20return suspendCoroutine { continuation ->21this.responseString { request, response, result ->22when (result) {23is Result.Failure -> {24val ex = result.getException()25continuation.resumeWithException(ex)26}27is Result.Success -> {28val data = result.get()29val type = object : TypeToken<T>() {}.type30val result = Gson().fromJson<T>(data, type)31continuation.resume(result)32}33}34}35}36suspend fun <T : Any> Request.suspendable(): T {37return suspendCoroutine { continuation ->38this.responseString { request, response, result ->39when (result) {40is Result.Failure -> {41val ex = result.getException()42continuation.resumeWithException(ex)43}44is Result.Success -> {45val data = result.get()46val type = object : TypeToken<T>() {}.type47val result = Gson().fromJson<T>(data, type)48continuation.resume(result)49}50}51}52}53suspend fun <T : Any> Request.suspendable(): T {54return suspendCoroutine { continuation ->55this.responseString { request, response, result ->56when (result) {57is Result.Failure -> {58val ex = result.getException()59continuation.resumeWithException(ex)60}61is Result.Success -> {62val data = result.get()63val type = object : TypeToken<T>() {}.type64val result = Gson().fromJson<T>(data, type)65continuation.resume(result)66}67}68}69}

Request.suspendable

Using AI Code Generation

1suspend fun <T : Any> Request.suspendable(deserializer: Deserializable<T>): T {2    return suspendCoroutine { continuation ->3        request.response(deserializer) { _, _, result ->4            when (result) {5                is Result.Success -> continuation.resume(result.value)6                is Result.Failure -> continuation.resumeWithException(result.error.exception)7            }8        }9    }10}11println("Result: $result")12suspend fun <T : Any> Request.await(deserializer: Deserializable<T>): T {13    return suspendCoroutine { continuation ->14        request.response(deserializer) { _, _, result ->15            when (result) {16                is Result.Success -> continuation.resume(result.value)17                is Result.Failure -> continuation.resumeWithException(result.error.exception)18            }19        }20    }21}22println("Result: $result")23suspend fun <T : Any> Request.await(deserializer: Deserializable<T>): T {24    return suspendCoroutine { continuation ->25        request.response(deserializer) { _, _, result ->26            when (result) {27                is Result.Success -> continuation.resume(result.value)28                is Result.Failure -> continuation.resumeWithException(result.error.exception)29            }30        }31    }32}33println("Result: $result")34suspend fun <T : Any> Request.await(deserializer: Deserializable<T>): T {35    return suspendCoroutine { continuation ->36        request.response(deserializer) { _, _, result ->37            when (result) {38                is Result.Success -> continuation.resume(result.value)39                is Result.Failure -> continuation.resumeWithException(result.error.exception)40            }41        }42    }

Request.suspendable

Using AI Code Generation

1suspend fun get(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.GET)2suspend fun post(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.POST)3suspend fun put(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.PUT)4suspend fun delete(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.DELETE)5suspend fun head(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.HEAD)6suspend fun patch(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.PATCH)7suspend fun options(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.OPTIONS)8suspend fun trace(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.TRACE)9suspend fun download(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.DOWNLOAD)10suspend fun upload(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.UPLOAD)11suspend fun Request.suspendable(url: String, method: Method): Response {12    return suspendCoroutine { continuation ->13        request.url(url).method(method).response { request, response, result ->14            when (result) {15                is Result.Failure -> continuation.resumeWithException(result.getException())16                is Result.Success -> continuation.resume(response)17            }18        }19    }20}21suspend fun get(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.GET)22suspend fun post(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.POST)23suspend fun put(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.PUT)24suspend fun delete(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.DELETE)25suspend fun head(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.HEAD)26suspend fun patch(url: String, parameters: Parameters = listOf()): Response = Request.suspendable(url, Method.P

Request.suspendable

Using AI Code Generation

1response(): Response<ByteArray, FuelError>2responseString(): Response<String, FuelError>3responseString(charset: Charset): Response<String, FuelError>4responseString(charset: String): Response<String, FuelError>5responseString(charset: Charset, handler: (String) -> String): Response<String, FuelError>6responseString(charset: String, handler: (String) -> String): Response<String, FuelError>7responseString(handler: (String) -> String): Response<String, FuelError>8responseObject(deserializer: ResponseDeserializable<T>): Response<T, FuelError>9responseObject(deserializer: (String) -> T): Response<T, FuelError>10responseObject(deserializer: ResponseDeserializable<T>, handler: (String) -> String): Response<T, FuelError>11responseObject(deserializer: (String) -> T, handler: (String) -> String): Response<T, FuelError>12responseObject(deserializer: ResponseDeserializable<T>, charset: Charset): Response<T, FuelError>13responseObject(deserializer: (String) -> T, charset: Charset): Response<T, FuelError>14responseObject(deserializer: ResponseDeserializable<T>, charset: String): Response<T, FuelError>15responseObject(deserializer: (String) -> T, charset: String): Response<T, FuelError>16responseObject(deserializer: ResponseDeserializable<T>, charset: Charset, handler: (String) -> String): Response<T, FuelError>17responseObject(deserializer: (String) -> T, charset: Charset, handler: (String) -> String): Response<T, FuelError>18responseObject(deserializer: ResponseDeserializable<T

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