How to use inputStream method of com.github.kittinunf.fuel.core.InlineDataPart class

Best Fuel code snippet using com.github.kittinunf.fuel.core.InlineDataPart.inputStream

UploadRequestTest.kt

Source:UploadRequestTest.kt

...238    }239    @Test240    fun uploadBlob() {241        val file = File(currentDir, "lorem_ipsum_short.tmp")242        val blob = BlobDataPart(file.inputStream(), contentLength = file.length(), filename = file.name, name = "coolblob")243        val manager = FuelManager()244        mock.chain(245            request = mock.request().withMethod(Method.POST.value).withPath("/upload"),246            response = mock.reflect()247        )248        val triple = manager.upload(mock.path("upload"), parameters = listOf("foo" to "bar"))249            .add { blob }250            .responseObject(MockReflected.Deserializer())251        assertFileUploaded(file, triple, name = "coolblob", fileName = file.name)252    }253    @Test254    fun uploadWithCustomBoundary() {255        val manager = FuelManager()256        mock.chain(...

DataPart.kt

Source:DataPart.kt

...44    /**45     * Get the input stream that yields the contents of this [DataPart]46     * @return [InputStream] the input stream47     */48    abstract fun inputStream(): InputStream49    /**50     * The Content-Disposition header value51     */52    abstract val contentDisposition: String53    /**54     * The Content-Type header value55     */56    abstract val contentType: String57    /**58     * The content length or -1 or null if unknown59     */60    abstract val contentLength: Long?61    companion object {62        internal const val GENERIC_BYTE_CONTENT = "application/octet-stream"63        internal const val GENERIC_CONTENT = "text/plain"64    }65}66/**67 * Data part that has inline content68 *69 * @example Add metadata with a content-type70 *71 *   val metadata = "{\"description\": \"test document from Kotlin \"}72 *   request.add { InlineDataPart(metadata, contentType = "application/json", name = "metadata") }73 *74 *   // ...boundary75 *   // Content-Disposition: "form-data; name=metadata"76 *   // Content-Type: "application/json"77 *   //78 *   // {"description": "test document from Kotlin"}79 *80 * @param content [String] the inline content81 * @param name [String] the field name82 * @param filename [String] the remote file name, or null83 * @param contentType [String] the content-type of the inline content; defaults to text/plain; charset=utf-884 * @param contentDisposition [String] defaults to form-data with name and filename set, unless filename is null85 */86data class InlineDataPart(87    val content: String,88    val name: String,89    val filename: String? = null,90    override val contentType: String = "$GENERIC_CONTENT; charset=utf-8",91    override val contentDisposition: String = "form-data; name=\"$name\"${if (filename != null) "; filename=\"$filename\"" else "" }"92) : DataPart() {93    override fun inputStream() = content.byteInputStream()94    override val contentLength get() = content.toByteArray(Charsets.UTF_8).size.toLong()95}96/**97 *  DataPart that represents a file98 *99 *  @example Add a file as a DataPart100 *101 *    val file = File("foo.json")102 *    request.add { FileDataPart(file, name = "field-name", filename = "remote-file-name.json") }103 *104 *    // ...boundary105 *    // Content-Disposition: "form-data; name=metadata; filename=remote-file-name.json"106 *    // Content-Type: "application/json"107 *    //108 *    // <file-contents foo.json>109 *110 *  @example Adding multiple files under the same field name, formerly using multipart/mixed:111 *112 *    val file1 = File("foobar.json")113 *    val file2 = File("baz.json")114 *    request.add(FileDataPart(file1, name = "field-name"), FileDataPart(file2, name = "field-name"))115 *116 *    // ...boundary117 *    // Content-Disposition: "form-data; name=field-name; filename=foobar.json"118 *    // Content-Type: "application/json"119 *    //120 *    // <file-contents foobar.json>121 *    //122 *    //123 *    // ...boundary124 *    // Content-Disposition: "form-data; name=field-name; filename=baz.json"125 *    // Content-Type: "application/json"126 *    //127 *    // <file-contents baz.json>128 *129 *  @example Adding multiple files as an array to a single field name:130 *131 *    val file1 = File("foobar.json")132 *    val file2 = File("baz.json")133 *    request.add(FileDataPart(file1, name = "field-name[]"), FileDataPart(file2, name = "field-name[]"))134 *135 *    // ...boundary136 *    // Content-Disposition: "form-data; name=field-name[]; filename=foobar.json"137 *    // Content-Type: "application/json"138 *    //139 *    // <file-contents foobar.json>140 *    //141 *    //142 *    // ...boundary143 *    // Content-Disposition: "form-data; name=field-name[]; filename=baz.json"144 *    // Content-Type: "application/json"145 *    //146 *    // <file-contents baz.json>147 *148 *  @param file [File] the source file149 *  @param name [String] the field name, defaults to the file name without extension150 *  @param filename [String] the remote file name, or null151 *  @param contentType [String] the content type of the file contents; defaults to a guess using [guessContentType]152 *  @param contentDisposition [String] defaults to form-data with name and filename set, unless filename is null153 */154data class FileDataPart(155    val file: File,156    val name: String = file.nameWithoutExtension,157    val filename: String? = file.name,158    override val contentType: String = FileDataPart.guessContentType(file),159    // For form data that represents the content of a file, a name for the160    //   file SHOULD be supplied as well, by using a "filename" parameter of161    //   the Content-Disposition header field.  The file name isn't mandatory162    //   for cases where the file name isn't available or is meaningless or163    //   private; this might result, for example, when selection or drag-and-164    //   drop is used or when the form data content is streamed directly from165    //   a device.166    override val contentDisposition: String = "form-data; name=\"$name\"${if (filename != null) "; filename=\"$filename\"" else "" }"167) : DataPart() {168    override fun inputStream() = file.inputStream()169    override val contentLength get() = file.length()170    companion object {171        fun guessContentType(file: File) = try {172            URLConnection.guessContentTypeFromName(file.name)173                ?: BlobDataPart.guessContentType(file.inputStream())174        } catch (ex: NoClassDefFoundError) {175            // The MimetypesFileTypeMap class doesn't exists on old Android devices.176            GENERIC_BYTE_CONTENT177        }178        /**179         * Create a FileDataPart from a [path]180         *181         * @param path [File] the absolute path to the file182         * @param remoteFileName [String] the filename parameter for the DataPart, set to null to exclude, empty to use actual filename183         * @param name [String] the name for the field, uses [filename] without the extension by default184         * @param contentType [String] the Content-Type for the DataPart, set to null to [guessContentType]185         *186         * @return [FileDataPart] the DataPart187         */188        fun from(path: String, remoteFileName: String? = "", name: String? = null, contentType: String? = null): DataPart {189            val file = File(path)190            return FileDataPart(191                file = file,192                name = name ?: file.nameWithoutExtension,193                filename = remoteFileName?.let { if (it.isBlank()) file.name else it },194                contentType = contentType ?: guessContentType(file)195            )196        }197        /**198         * Create a FileDataPart from a [directory] and [filename]199         *200         * @param directory [File] the directory201         * @param filename [String] the filename relative to the [directory]202         * @param name [String] the name for the field, uses [filename] without the extension by default203         * @param remoteFileName [String] the filename parameter for the DataPart, set to null to exclude, empty to use [filename]204         * @param contentType [String] the Content-Type for the DataPart, set to null to [guessContentType]205         *206         * @return [FileDataPart] the DataPart207         */208        fun from(directory: String, filename: String, name: String? = null, remoteFileName: String? = "", contentType: String? = null): DataPart =209            // This happens if `from` is called with the path and the "remoteFileName" but without using named arguments210            if (File(directory).isFile && remoteFileName.isNullOrBlank())211                from(path = directory, remoteFileName = filename, name = name, contentType = contentType)212            else213                from(directory = File(directory), filename = filename, name = name, remoteFileName = remoteFileName, contentType = contentType)214        /**215         * Create a FileDataPart from a [directory] and [filename]216         *217         * @param directory [File] the directory218         * @param filename [String] the filename relative to the [directory]219         * @param name [String] the name for the field, uses [filename] without the extension by default220         * @param remoteFileName [String] the filename parameter for the DataPart, set to null to exclude, empty to use [filename]221         * @param contentType [String] the Content-Type for the DataPart, set to null to [guessContentType]222         *223         * @return [FileDataPart] the DataPart224         */225        fun from(directory: File?, filename: String, name: String? = null, remoteFileName: String? = "", contentType: String? = null): DataPart {226            val file = File(directory, filename)227            return FileDataPart(228                file = file,229                name = name ?: file.nameWithoutExtension,230                filename = remoteFileName?.let { if (it.isBlank()) filename else it },231                contentType = contentType ?: guessContentType(file)232            )233        }234    }235}236/**237 * DataPart from a generic InputStream238 *239 * @note not setting the content-length or setting it to -1L, results in the default Client using chunked encoding240 *   with an arbitrary buffer size.241 *242 * @param inputStream [File] the source stream243 * @param name [String] the field name, required244 * @param filename [String] the remote file name, or null245 * @param contentLength [Long] the length in bytes, or -1 or null if it's not knows at creation time.246 * @param contentType [String] the content type of the file contents; defaults to a guess using [guessContentType]247 * @param contentDisposition [String] defaults to form-data with name and filename set, unless filename is null248 */249data class BlobDataPart(250    val inputStream: InputStream,251    val name: String,252    val filename: String? = null,253    override val contentLength: Long? = null,254    override val contentType: String = BlobDataPart.guessContentType(inputStream),255    override val contentDisposition: String = "form-data; name=\"$name\"${if (filename != null) "; filename=\"$filename\"" else "" }"256) : DataPart() {257    override fun inputStream() = inputStream258    companion object {259        fun guessContentType(stream: InputStream) = try {260            URLConnection.guessContentTypeFromStream(stream)261            ?: GENERIC_BYTE_CONTENT262        } catch (ex: NoClassDefFoundError) {263            // The MimetypesFileTypeMap class doesn't exists on old Android devices.264            GENERIC_BYTE_CONTENT265        }266    }267}...

TestPrograms.kt

Source:TestPrograms.kt

...64        val qemu = ProcessBuilder("/bin/sh", "-c", "echo $stdin | qemu-arm -L /usr/arm-linux-gnueabi/ $executableName").start()65        val exitCode = qemu.waitFor().toString()66        // Read the content produced by qemu67        val outputContent = StringBuilder()68        qemu.inputStream.reader().use {69            outputContent.append(it.readText())70        }71        // Cache the file if isn't already cached to reduce HTTP overhead72        val cachedName = "./wacc_examples/cached_outputs/${inputFile.name.replace(".wacc", "")}.output"73        val cachedFile = File(cachedName)74        if(!cachedFile.exists()) {75            // Contact the reference compiler using Fuel and gson76            val referenceCompiler =77                Fuel.upload("https://teaching.doc.ic.ac.uk/wacc_compiler/run.cgi")78                    .add(FileDataPart(inputFile, "testfile", inputFile.name, "text/plain"))79                    .add(InlineDataPart("-x","options[]"))80                    .add(InlineDataPart(stdin, "stdin"))81                    .responseObject<CompilerOutput>(gson)82                    .third...

inputStream

Using AI Code Generation

1val dataPart = InlineDataPart("test.txt", "Hello World".toByteArray(), "text/plain")2val (request, response, result) = Fuel.upload("/upload").source { request, url -> dataPart.inputStream() }.responseString()3val dataPart = FileDataPart(File("test.txt"), "text/plain")4val (request, response, result) = Fuel.upload("/upload").source { request, url -> dataPart.inputStream() }.responseString()5val dataPart = InputStreamDataPart("test.txt", ByteArrayInputStream("Hello World".toByteArray()), "text/plain")6val (request, response, result) = Fuel.upload("/upload").source { request, url -> dataPart.inputStream() }.responseString()7val dataPart = ByteArrayDataPart("test.txt", "Hello World".toByteArray(), "text/plain")8val (request, response, result) = Fuel.upload("/upload").source { request, url -> dataPart.inputStream() }.responseString()9val dataPart = FileDataPart(File("test.txt"), "text/plain")10val (request, response, result) = Fuel.upload("/upload").source { request, url -> dataPart.inputStream() }.responseString()11val dataPart = InputStreamDataPart("test.txt", ByteArrayInputStream("Hello World".toByteArray()), "text/plain")12val (request, response, result) = Fuel.upload("/upload").source { request, url -> dataPart.inputStream() }.responseString()13val dataPart = ByteArrayDataPart("test.txt", "Hello World".toByteArray(), "text/plain")14val (request, response, result) = Fuel.upload("/upload").source { request, url -> dataPart.inputStream() }.responseString()

inputStream

Using AI Code Generation

1val dataPart = InlineDataPart(data, "text/plain")2val (request, response, result) = Fuel.upload("/post").source { request, url -> dataPart.inputStream() }.responseString()3val dataPart = FileDataPart(File("path/to/file"), "text/plain")4val (request, response, result) = Fuel.upload("/post").source { request, url -> dataPart.inputStream() }.responseString()5val dataPart = InputStreamDataPart(inputStream, "text/plain")6val (request, response, result) = Fuel.upload("/post").source { request, url -> dataPart.inputStream() }.responseString()7val dataPart = ByteArrayDataPart("Hello World".toByteArray(), "text/plain")8val (request, response, result) = Fuel.upload("/post").source { request, url -> dataPart.inputStream() }.responseString()9val dataPart = UrlEncodedDataPart("key" to "value")10val (request, response, result) = Fuel.upload("/post").source { request, url -> dataPart.inputStream() }.responseString()11val dataPart = FileDataPart(File("path/to/file"), "text/plain")12val (request, response, result) = Fuel.upload("/post").source { request, url -> dataPart.inputStream() }.responseString()13val dataPart = InputStreamDataPart(inputStream, "text/plain")14val (request, response, result) = Fuel.upload("/post").source { request, url -> dataPart.inputStream() }.responseString()15val dataPart = ByteArrayDataPart("Hello World".toByteArray(), "text/plain")16val (request, response, result) =

inputStream

Using AI Code Generation

1val file = File("file.txt")2val filePart = InlineDataPart(file, "file")3.file(filePart)4.response()5val file = File("file.txt")6val filePart = InlineDataPart(file, "file")7.file(filePart)8.response()9val file = File("file.txt")10val filePart = InlineDataPart(file, "file")11.file(filePart)12.response()13val file = File("file.txt")14val filePart = InlineDataPart(file, "file")15.file(filePart)16.response()17val file = File("file.txt")18val filePart = InlineDataPart(file, "file")19.file(filePart)20.response()21val file = File("file.txt")22val filePart = InlineDataPart(file, "file")23.file(filePart)24.response()25val file = File("file.txt")26val filePart = InlineDataPart(file, "file")27.file(filePart)28.response()29val file = File("file.txt")30val filePart = InlineDataPart(file, "file")31val (

inputStream

Using AI Code Generation

1val inlineDataPart = InlineDataPart("file", fileBytes, "image/png", "test.png")2val (data, error) = result3data?.let { println(String(it)) }4error?.let { println(it) }5val inputStreamPart = InputStreamPart("file", ByteArrayInputStream(fileBytes), "image/png", "test.png")6val (data, error) = result7data?.let { println(String(it)) }8error?.let { println(it) }9val filePart = FilePart("file", File("test.png"), "image/png")10val (data, error) = result11data?.let { println(String(it)) }12error?.let { println(it) }13val fileDataPart = FileDataPart("file", fileBytes, "image/png", "test.png")14val (data, error) = result15data?.let { println(String(it)) }16error?.let { println(it) }17val fileInputStreamPart = FileInputStreamPart("file", ByteArrayInputStream(fileBytes), "image/png", "test.png")18val (data, error) = result19data?.let { println(String(it)) }20error?.let { println(it) }

inputStream

Using AI Code Generation

1import com.github.kittinunf.fuel.core.InlineDataPart2.add(InlineDataPart("file", File("path/to/file").readBytes()))3.response { request, response, result ->4println(request)5println(response)6println(result)7}8import com.github.kittinunf.fuel.core.InputStreamPart9.add(InputStreamPart("file", File("path/to/file").inputStream()))10.response { request, response, result ->11println(request)12println(response)13println(result)14}15import com.github.kittinunf.fuel.core.FileDataPart16.add(FileDataPart(File("path/to/file"), name = "file"))17.response { request, response, result ->18println(request)19println(response)20println(result)21}22import com.github.kittinunf.fuel.core.FileDataPart23.add(FileDataPart(File("path/to/file"), name = "file"))24.response { request, response, result ->25println(request)26println(response)27println(result)28}29import com.github.kittinunf.fuel.core.FileDataPart30.add(FileDataPart(File("path/to/file"), name = "file"))31.response { request, response, result ->32println(request)33println(response)34println(result)35}36import com.github.kittinunf.fuel.core.FileDataPart37.add(FileDataPart(File("path/to/file"), name = "file"))38.response { request, response, result ->39println(request)40println(response)41println(result)42}43import com.github.kittinunf.fuel.core.File

inputStream

Using AI Code Generation

1val inputStream = ByteArrayInputStream("hello".toByteArray())2val file = File("test.txt")3val filePart = DataPart(file, "text/plain")4val dataPart = DataPart(inputStream, "text/plain")5val dataParts = listOf(filePart, dataPart)6val (request, response, result) = Fuel.upload("/upload")7.dataParts { dataParts }8.response()9val inputStream = ByteArrayInputStream("hello".toByteArray())10val file = File("test.txt")11val filePart = DataPart(file, "text/plain")12val dataPart = DataPart(inputStream, "text/plain")13val dataParts = listOf(filePart, dataPart)14val (request, response, result) = Fuel.upload("/upload")15.dataParts { dataParts }16.response()

inputStream

Using AI Code Generation

1val file = File(“/path/to/file”)  2val inputStream = file.inputStream()  3val dataPart = InlineDataPart(inputStream, name = “file”, filename = “file_name”)  4val request = Fuel.upload(“/path/to/upload”)  5val (_, _, result) = request  6.part(dataPart)  7.response()  8val file = File(“/path/to/file”)  9val byteArray = file.readBytes()  10val dataPart = InlineDataPart(byteArray, name = “file”, filename = “file_name”)  11val request = Fuel.upload(“/path/to/upload”)  12val (_, _, result) = request  13.part(dataPart)  14.response()

inputStream

Using AI Code Generation

1val inlineDataPart = InlineDataPart("test", "test", "test.txt")2val dataPart = inlineDataPart.inputStream()3val (request, response, result) = request.source { request, url -> dataPart }.response()4val fileDataPart = FileDataPart(File("test.txt"), name = "test")5val dataPart = fileDataPart.inputStream()6val (request, response, result) = request.source { request, url -> dataPart }.response()7val byteArrayDataPart = ByteArrayDataPart("test".toByteArray(), name = "test")8val dataPart = byteArrayDataPart.inputStream()9val (request, response, result) = request.source { request, url -> dataPart }.response()10val inputStreamDataPart = InputStreamDataPart("test".byteInputStream(), name = "test")11val dataPart = inputStreamDataPart.inputStream()12val (request, response, result) = request.source { request, url -> dataPart }.response()13val inputStreamDataPart = InputStreamDataPart("test".byteInputStream(), name = "test")14val dataPart = inputStreamDataPart.inputStream()15val (request, response, result) = request.source { request, url -> dataPart }.response()16val inputStreamDataPart = InputStreamDataPart("test".byteInputStream(), name = "test")17val dataPart = inputStreamDataPart.inputStream()18val (request

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.