How to use toStream method of com.github.kittinunf.fuel.core.requests.DefaultBody class

Best Fuel code snippet using com.github.kittinunf.fuel.core.requests.DefaultBody.toStream

Deserializable.kt

Source:Deserializable.kt

...31    fun deserialize(response: Response): T32}33interface ResponseDeserializable<out T : Any> : Deserializable<T> {34    override fun deserialize(response: Response): T {35        response.body.toStream().use { stream ->36            return deserialize(stream)37                ?: deserialize(stream.reader())38                ?: reserialize(response, stream).let {39                    deserialize(response.data)40                        ?: deserialize(String(response.data))41                        ?: throw FuelError.wrap(IllegalStateException(42                            "One of deserialize(ByteArray) or deserialize(InputStream) or deserialize(Reader) or " +43                                "deserialize(String) must be implemented"44                        ))45                }46        }47    }48    private fun reserialize(response: Response, stream: InputStream): Response {49        val length = response.body.length...

UploadBody.kt

Source:UploadBody.kt

...29     */30    override fun asString(contentType: String?) = representationOfBytes("multipart/form-data")31    /**32     * Returns if the body is consumed.33     * @return [Boolean] if true, `writeTo`, `toStream` and `toByteArray` may throw34     */35    override fun isConsumed() = !inputAvailable36    /**37     * Returns the body emptiness.38     * @return [Boolean] if true, this body is empty39     */40    override fun isEmpty() = false41    /**42     * Returns the body as an [InputStream].43     *44     * @note callers are responsible for closing the returned stream.45     * @note implementations may choose to make the [Body] `isConsumed` and can not be written or read from again.46     *47     * @return the body as input stream48     */49    override fun toStream(): InputStream {50        throw UnsupportedOperationException(51            "Conversion `toStream` is not supported on UploadBody, because the source is not a single single stream." +52                    "Use `toByteArray` to write the contents to memory or `writeTo` to write the contents to a stream."53        )54    }55    /**56     * Returns the body as a [ByteArray].57     *58     * @note Because the body needs to be read into memory anyway, implementations may choose to make the [Body]59     *  readable once more after calling this method, with the original [InputStream] being closed (and release its60     *  resources). This also means that if an implementation choose to keep it around, `isConsumed` returns false.61     *62     * @return the entire body63     */64    override fun toByteArray(): ByteArray {65        return ByteArrayOutputStream(length?.toInt() ?: 32)...

DefaultBody.kt

Source:DefaultBody.kt

...57     * @note implementations may choose to make the [Body] `isConsumed` and can not be written or read from again.58     *59     * @return the body as input stream60     */61    override fun toStream(): InputStream = openStream().buffered().apply {62        // The caller is now responsible for this stream. This make sure that you can't call this twice without handling63        // it. The caller must still call `.close()` on the returned value when done.64        openStream = CONSUMED_STREAM65    }66    /**67     * Writes the body to the [OutputStream].68     *69     * @note callers are responses for closing the [OutputStream].70     * @note implementations may choose to make the [Body] `isConsumed` and can not be written or read from again.71     * @note implementations are recommended to buffer the output stream if they can't ensure bulk writing.72     *73     * @param outputStream [OutputStream] the stream to write to74     * @return [Long] the number of bytes written75     */76    override fun writeTo(outputStream: OutputStream): Long {77        val inputStream = openStream()78        // `copyTo` writes efficiently using a buffer. Reading ensured to be buffered by calling `.buffered`79        return inputStream.buffered()80            .use { it.copyTo(outputStream) }81            .also {82                // The outputStream could be buffered, but we are done reading, so it's time to flush what's left83                outputStream.flush()84                // This prevents implementations from consuming the input stream twice85                openStream = CONSUMED_STREAM86            }87    }88    /**89     * Returns the body emptiness.90     * @return [Boolean] if true, this body is empty91     */92    override fun isEmpty() = openStream === EMPTY_STREAM || (length == 0L)93    /**94     * Returns if the body is consumed.95     * @return [Boolean] if true, `writeTo`, `toStream` and `toByteArray` may throw96     */97    override fun isConsumed() = openStream === CONSUMED_STREAM98    /**99     * Returns the length of the body in bytes100     * @return [Long?] the length in bytes, null if it is unknown101     */102    override val length: Long? by lazy {103        calculateLength?.invoke()?.let {104            if (it == -1L) { null } else { it }105        }106    }107    companion object {108        private val EMPTY_STREAM = {109            ByteArrayInputStream(ByteArray(0))...

DownloadRequest.kt

Source:DownloadRequest.kt

...51    fun progress(progress: ProgressCallback) = responseProgress(progress)52    private fun transformResponse(request: Request, response: Response): Response {53        val (output, inputCallback) = this.destinationCallback(response, request)54        output.use { outputStream ->55            response.body.toStream().use { inputStream ->56                inputStream.copyTo(out = outputStream)57            }58        }59        // This allows the stream to be written to disk first and then return the written file.60        // We can not calculate the length here because inputCallback might not return the actual output as we write it.61        return response.copy(body = DefaultBody.from(inputCallback, null))62    }63    companion object {64        val FEATURE: String = DownloadRequest::class.java.canonicalName65        fun enableFor(request: Request) = request.enabledFeatures66            .getOrPut(FEATURE) { DownloadRequest(request) } as DownloadRequest67    }68}69fun Request.download(): DownloadRequest = DownloadRequest.enableFor(this)...

RepeatableBody.kt

Source:RepeatableBody.kt

...44     * @note implementations may choose to make the [Body] `isConsumed` and can not be written or read from again.45     *46     * @return the body as input stream47     */48    override fun toStream() = body.toStream()49    /**50     * Returns the body emptiness.51     * @return [Boolean] if true, this body is empty52     */53    override fun isEmpty() = body.isEmpty()54    /**55     * Returns if the body is consumed.56     * @return [Boolean] if true, `writeTo`, `toStream` and `toByteArray` may throw57     */58    override fun isConsumed() = body.isConsumed()59    /**60     * Represents this body as a string61     * @param contentType [String] the type of the content in the body, or null if a guess is necessary62     * @return [String] the body as a string or a string that represents the body such as (empty) or (consumed)63     */64    override fun asString(contentType: String?) = body.asString(contentType)65    /**66     * Returns the length of the body in bytes67     * @return [Long?] the length in bytes, null if it is unknown68     */69    override val length = body.length70    /**...

toStream

Using AI Code Generation

1val stream = DefaultBody.fromStream(inputStream, 0).toStream()2val stream = ByteArrayBody.fromStream(inputStream, 0).toStream()3val stream = FileBody.fromStream(inputStream, 0).toStream()4val stream = InputStreamBody.fromStream(inputStream, 0).toStream()5val stream = StringBody.fromStream(inputStream, 0).toStream()6val stream = UrlEncodedBody.fromStream(inputStream, 0).toStream()7val stream = XmlBody.fromStream(inputStream, 0).toStream()8val stream = FormDataBody.fromStream(inputStream, 0).toStream()9val stream = JsonBody.fromStream(inputStream, 0).toStream()10val stream = ByteArrayBody.fromStream(inputStream, 0).toStream()11val stream = FileBody.fromStream(inputStream, 0).toStream()12val stream = InputStreamBody.fromStream(inputStream, 0).toStream()13val stream = StringBody.fromStream(inputStream, 0).toStream()

toStream

Using AI Code Generation

1    val bodyStream = DefaultBody().toStream()2    val body = DefaultBody().toByteArray()3    val bodyString = DefaultBody().toString()4    val bodyStream2 = DefaultBody().toStream()5    val bodyStream3 = FormDataBody().toStream()6    val body3 = FormDataBody().toByteArray()7    val bodyString3 = FormDataBody().toString()8    val bodyStream4 = FormDataBody().toStream()9    val bodyStream5 = InputStreamBody().toStream()10    val body5 = InputStreamBody().toByteArray()11    val bodyString5 = InputStreamBody().toString()12    val bodyStream6 = InputStreamBody().toStream()13    val bodyStream7 = StringBody().toStream()14    val body7 = StringBody().toByteArray()15    val bodyString7 = StringBody().toString()16    val bodyStream8 = StringBody().toStream()17}18e: /home/username/AndroidStudioProjects/MyApp/app/src/main/java/com/example/myapp/MainActivity.kt: (44, 21): Unresolved reference: DefaultBody19e: /home/username/AndroidStudioProjects/MyApp/app/src/main/java/com/example/myapp/MainActivity.kt: (45, 21): Unresolved reference: DefaultBody20e: /home/username/AndroidStudioProjects/MyApp/app/src/main/java/com/example/myapp/MainActivity.kt: (46, 21): Unresolved reference: DefaultBody21e: /home/username/AndroidStudioProjects/MyApp/app/src/main/java/com/example/myapp/MainActivity.kt: (47, 21): Unresolved reference: DefaultBody22e: /home/username/AndroidStudioProjects/MyApp/app/src/main/java/com/example/myapp/MainActivity.kt: (49, 21): Unresolved reference: FormDataBody23e: /home/username/AndroidStudioProjects/MyApp/app/src/main/java/com/example/myapp/MainActivity.kt: (

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.