Best Fuel code snippet using com.github.kittinunf.fuel.core.requests.RequestTask.executeRequest
SuspendableRequest.kt
Source:SuspendableRequest.kt
...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)...
RequestTask.kt
Source:RequestTask.kt
...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)...
executeRequest
Using AI Code Generation
1val (request, response, result) = FuelManager.instance.executeRequest(request)2val (request, response, result) = FuelManager.instance.executeRequest(request)3val (request, response, result) = FuelManager.instance.executeRequest(request)4val (request, response, result) = FuelManager.instance.executeRequest(request)5val (request, response, result) = FuelManager.instance.executeRequest(request)6val (request, response, result) = FuelManager.instance.executeRequest(request)7val (request, response, result) = FuelManager.instance.executeRequest(request)8val (request, response, result) = FuelManager.instance.executeRequest(request)9val (request, response, result) = FuelManager.instance.executeRequest(request)10val (request, response, result) = FuelManager.instance.executeRequest(request)11val (request, response, result) = FuelManager.instance.executeRequest(request)12val (request, response, result) = FuelManager.instance.executeRequest(request)13val (request, response, result) = FuelManager.instance.executeRequest(request)
executeRequest
Using AI Code Generation
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executeRequest
Using AI Code Generation
1fun executeRequest(request: Request, handler: (Request, Response, Result<String, FuelError>) -> Unit) {2val task = RequestTask(request)3task.responseString { request, response, result ->4handler(request, response, result)5}6}7fun executeRequest(request: Request, handler: (Request, Response, Result<String, FuelError>) -> Unit) {8val task = RequestTask(request)9task.responseString { request, response, result ->10handler(request, response, result)11}12}13request.responseString { request, response, result ->14}15val result = request.responseString()
executeRequest
Using AI Code Generation
1val response = request.executeRequest()2println(response.data)3request.executeRequest { response ->4 println(response.data)5}6request.executeRequest { _, _, result ->7 val (data, error) = result8 println(data)9}10request.executeRequest { _, _, result ->11 val (data, error) = result12 println(data)13}14request.executeRequest { _, _, result ->15 val (data, error) = result16 println(data)17}18request.executeRequest { _, _, result ->19 val (data, error) = result20 println(data)21}22request.executeRequest { _, _, result ->23 val (data, error) = result24 println(data)25}26request.executeRequest { _, _, result ->27 val (data, error) = result28 println(data)29}
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