Next, we create an HTTP Request using the RequestBuilder and assign the previously . Following is the code I have used. The method setMode() returns . And write to the network using a pipeline stream to avoid memory overflow due to oversized request bodies. By using this website, you agree with our Cookies Policy. In general, any multipart upload contains three parts. System.err.println(s);*/, /** The go-to library for making HTTP requests in Groovy is HTTPBuilder, a wrapper around Apache Commons HttpClient. Finding features that intersect QgsRectangle but are not equal to themselves using PyQGIS, Employer made me redundant, then retracted the notice after realising that I'm about to start on a new project. Complete the build and obtain a multipart HttpEntity. "Password reset requested! Example 1. org.apache.http.entity.mime.MultipartEntityBuilder java code examples upload(String resource, String url, String schema, StringBuilder response), (CloseableHttpClient client = HttpClients.createDefault()) {. Taipei (/ t a p e /), officially Taipei City, is the capital and a special municipality of the Republic of China (Taiwan). Execute post request to invoke RESTFul resource. So far, we have covered sending a GET & POST Request in our tutorial on Apache HttpClient.If you haven't checked that, lets check 'Sending GET Request' by clicking this link and also check 'Sending POST request' using this link.Now, in this example, we are going to see "How to send a PUT request with JSON as request body using Apache HttpClient by utilizing HttpPut method?". InputStreamBody(inputStream, ContentType.APPLICATION_OCTET_STREAM, fileName)). These are the top rated real world Java examples of org.apache.http.entity.mime.MultipartEntityBuilder.addBinaryBody extracted from open source projects. (GoConstants.CHECKSUM_MULTIPART_FILENAME. org.apache.http.entity.mime.MultipartEntityBuilder#addTextBody HttpPost. answering my own question (after about an hour of searching) the last one has MultipartEntityBuilder in it. You can build all these parts to a single entity using the build() method of the MultipartEntityBuilder class. Build multipart upload request. * @param userName Asking for help, clarification, or responding to other answers. maven Apache HttpClient MultipartEntityBuilder build() null Syntax The method build() from MultipartEntityBuilder is declared as: Copy public HttpEntity build() Return. Maven Repository: org.apache.httpcomponents httpmime HttpClientMultipartEntityBuilder HttpClient4.3MultipartEntityhttpmimeMultipartEntityBuilder httpclient-4.5.jarhttpmime-4.5.jar. You may check out the related API usage on the sidebar. In this example we'll show how to to a multipart file upload using HttpClient 4.5. (PARAM_ACCESS_TOKEN, API.accessToken(access_token)). The marshal option of the mime-multipart data format will convert a message with attachments into a MIME-Multipart message. You can vote up the ones you like or vote down the ones you don't like, and go to the original project or source file by following the links above each example. /**Creates an instance using the specified parameters * @param mode the mode to use, may be {@code null}, in which case {@link HttpMultipartMode#STRICT} is used * @param boundary the boundary string, may be {@code null}, in which case {@link #generateBoundary()} is invoked to create the string * @param charset the character set to use, may be {@code null . apache httpclient 5 maven . Vulnerabilities from dependencies: CVE-2020-15250. System.err.println("BASE64 FILE STRING IS ******"+fileName); How to upload file using Apache HttpClient in Java? - Techndeck entityBuilder. You can rate examples to help us improve the quality of examples. //System.err.println("JsonString is: "+jsonString); //Iterator fileStringIterator = fileMetadata.keySet().iterator(); /*while(fileStringIterator.hasNext()) How can I get a huge Saturn-like ringed moon in the sky? The following examples show how to use org.apache.http.entity.mime.MultipartEntityBuilder #setMode () . Following are the steps to upload a multipart entity using the HttpClient library. Maven Repository: org.apache.httpcomponents httpmime 4.5.13 Apache HttpClient MultipartEntityBuilder addBinaryBody(final String HttpClientUtil__-_httpclientutil. Some of our partners may process your data as a part of their legitimate business interest without asking for consent. Add desired parts to it. For the multipart upload using HttpClient, we need to follow the below steps . Not the answer you're looking for? File file = new File (textFileName . Create its object using the create() method (of the same class). Email: Apache HttpClient MultipartEntityBuilder setMode(final Apache HttpClient MultipartEntityBuilder addBinaryBody(final String name, final File file) null Syntax The method addBinaryBody() from MultipartEntityBuilder is declared as: Copy public MultipartEntityBuilder addBinaryBody(final String name, final File file) Parameter. response = getObjectId(base64File,fileName); Allow Necessary Cookies & Continue Example The following code shows how to use Apache HttpClient MultipartEntityBuilder setMode(final HttpMultipartMode mode) . Build request by setting the above muti-part entity. Apache HttpClient Upload File Example - Java Guides Vulnerabilities. Create a multipart builder. Parameter. To learn more, see our tips on writing great answers. Stack Overflow for Teams is moving to its own domain! #162 in MvnRepository ( See Top Artifacts) #1 in MIME Types Libraries. apache httpclient 5 maven. org.apache.http.entity.mime.MultipartEntityBuilder - Tabnine . Code Index Add Tabnine to your IDE (free) . For the multipart upload using HttpClient, we need to follow the below steps . String s = out.toString("UTF-8"); MultipartEntityBuilder (Apache HttpClient 5.1.3 API) Completing the Multipart upload. The FileBody represent the binary body part of the file.. Next, prepare the HttpEntity object by create an instance of MultipartEntityBuilder.Add parts to this object, in this case we add the fileBody. We and our partners use data for Personalised ads and content, ad and content measurement, audience insights and product development. * Confirms that requestId parameter values are restricted as desired. Have tried this three off Apache HttpComponents website with no luck : Can anyone point me in the correct direction? Using the execute() method, execute the request built in the previous step (bypassing the request as a parameter to this method). MultipartEntityBuilder entityBuilder = MultipartEntityBuilder. ClientConnection(String urlstring, Map base64File = ""; ().setParameter(CoreProtocolPNames.PROTOCOL_VERSION, HttpVersion.HTTP_1_1); FileBody(mSharedImagePath, ContentType.create(, (param.getName(), param.getValue(), ContentType.create(, String doMultipartPost(String apiUrl, MultipartEntityBuilder multipartEntityBuilder). HttpClient uses MultipartEntity Builder to upload multiple files Apache HttpClient MultipartEntityBuilder addPart(final FormBodyPart bodyPart) @since 4.4 Syntax The method addPart() from MultipartEntityBuilder is declared as: Copy public MultipartEntityBuilder addPart(final FormBodyPart bodyPart) Parameter. The class RequestBuilder is used to build request by adding parameters to it. HttpClientUtil__-_httpclientutil - /* example for setting a HttpMultipartMode */, HttpEntity createMultipartRequestEntity(File artifact, Properties artifactChecksums). org.apache.http.entity.mime.MultipartEntityBuilder - Tabnine . HttpEntity postData = MultipartEntityBuilder. If you are not able to find MultipartEntityBuilder maven dependency then on your project then it means that the dependency is missing in your pom.xml file. apache httpclient 5 maven A MultipartEntityBuilder has three modes: STRICT, RFC6532, and BROWSER_COMPATIBLE. DefaultHttpClient. Horror story: only people who smoke could see some monsters, Fourier transform of a functional derivative. Set it to the desired mode using the setMode() method. IntelliJ inspection gives "Cannot resolve symbol" but still compiles code, How to solve "Plugin execution not covered by lifecycle configuration" for Spring Data Maven Builds. Apache HttpComponents HttpClient - MIME coded entities License: Apache 2.0: Categories: MIME Types Libraries: Tags: mime apache: Ranking #162 in MvnRepository (See Top Artifacts) #1 in MIME Types Libraries: Used By: 2,606 artifacts: Central (52) AtlassianPkgs (2) Atlassian 3rd-P Old (1) Redhat GA (10) An example of data being processed may be a unique identifier stored in a cookie. To view the purposes they believe they have legitimate interest for, or to object to this data processing use the vendor list link below. 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".

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