MultiPart part = new MultiPart(name, filename); part.setHeaders(headers); part.setContentType(contentType); _parts.add(name, part); part.open(); part.write(13); part.write(10); part.write(byteBoundary,0,b); part.write(c); part.write(13); part.write(10); part.write(byteBoundary,0,b); b=-1; part.write(13); part.write(10); part.close();
protected void open() throws IOException { //We will either be writing to a file, if it has a filename on the content-disposition //and otherwise a byte-array-input-stream, OR if we exceed the getFileSizeThreshold, we //will need to change to write to a file. if (isWriteFilesWithFilenames() && _filename != null && _filename.trim().length() > 0) { createFile(); } else { //Write to a buffer in memory until we discover we've exceed the //MultipartConfig fileSizeThreshold _out = _bout= new ByteArrayOutputStream2(); } }
MultiPart part = new MultiPart(name, filename); part.setHeaders(headers); part.setContentType(contentType); _parts.add(name, part); part.open(); part.write(13); part.write(10); part.write(byteBoundary,0,b); part.write(c); part.write(13); part.write(10); part.write(byteBoundary,0,b); b=-1; part.write(13); part.write(10); part.close();
MultiPart part = new MultiPart(name, filename); part.setHeaders(headers); part.setContentType(contentType); _parts.add(name, part); part.open(); part.write(13); part.write(10); part.write(byteBoundary,0,b); part.write(c); part.write(13); part.write(10); part.write(byteBoundary,0,b); b=-1; part.write(13); part.write(10); part.close();
MultiPart part = new MultiPart(name, filename); part.setHeaders(headers); part.setContentType(contentType); _parts.add(name, part); part.open(); part.write(13); part.write(10); part.write(byteBoundary,0,b); part.write(c); part.write(13); part.write(10); part.write(byteBoundary,0,b); b=-1; part.write(13); part.write(10); part.close();
MultiPart part = new MultiPart(name, filename); part.setHeaders(headers); part.setContentType(contentType); _parts.add(name, part); part.open(); part.write(13); part.write(10); part.write(byteBoundary,0,b); part.write(c); part.write(13); part.write(10); part.write(byteBoundary,0,b); b=-1; part.write(13); part.write(10); part.close();
if (mp.getFile() != null) request.setAttribute(mp.getName(),mp.getFile()); if (mp.getContentDispositionFilename() != null) params.add(mp.getName(), mp.getContentDispositionFilename()); if (mp.getContentType() != null) params.add(mp.getName()+CONTENT_TYPE_SUFFIX, mp.getContentType());
if (mp.getFile() != null) request.setAttribute(mp.getName(),mp.getFile()); if (mp.getContentDispositionFilename() != null) params.add(mp.getName(), mp.getContentDispositionFilename()); if (mp.getContentType() != null) params.add(mp.getName()+CONTENT_TYPE_SUFFIX, mp.getContentType());
if (mp.getContentDispositionFilename() == null) if (mp.getContentType() != null) charset = MimeTypes.getCharsetFromContentType(mp.getContentType()); try (InputStream is = mp.getInputStream()) if (_contentParameters == null) _contentParameters = params == null ? new MultiMap<String>() : params; _contentParameters.add(mp.getName(), content);
if (mp.getContentDispositionFilename() == null) if (mp.getContentType() != null) charset = MimeTypes.getCharsetFromContentType(mp.getContentType()); try (InputStream is = mp.getInputStream()) if (_contentParameters == null) _contentParameters = params == null ? new MultiMap<>() : params; _contentParameters.add(mp.getName(), content);
if (mp.getContentDispositionFilename() == null && mp.getFile() == null) if (mp.getContentType() != null) charset = MimeTypes.getCharsetFromContentType(mp.getContentType()); String content=new String(mp.getBytes(),charset==null?StringUtil.__UTF8:charset); getParameter(""); //cause params to be evaluated getParameters().add(mp.getName(), content);
if (mp.getContentDispositionFilename() == null && mp.getFile() == null) if (mp.getContentType() != null) charset = MimeTypes.getCharsetFromContentType(mp.getContentType()); String content=new String(mp.getBytes(),charset==null?StringUtil.__UTF8:charset); getParameter(""); //cause params to be evaluated getParameters().add(mp.getName(), content);
if (mp.getContentDispositionFilename() == null && mp.getFile() == null) if (mp.getContentType() != null) charset = MimeTypes.getCharsetFromContentType(mp.getContentType()); String content=new String(mp.getBytes(),charset==null?StringUtil.__UTF8:charset); getParameter(""); //cause params to be evaluated getParameters().add(mp.getName(), content);
if (mp.getContentDispositionFilename() == null && mp.getFile() == null) if (mp.getContentType() != null) charset = MimeTypes.getCharsetFromContentType(mp.getContentType()); String content=new String(mp.getBytes(),charset==null?StringUtil.__UTF8:charset); getParameter(""); //cause params to be evaluated getParameters().add(mp.getName(), content);
/** * Delete any tmp storage for parts, and clear out the parts list. */ public void deleteParts () { if(!_parsed) return; Collection<Part> parts = getParsedParts(); MultiException err = new MultiException(); for (Part p:parts) { try { ((MultiPartInputStreamParser.MultiPart)p).cleanUp(); } catch(Exception e) { err.add(e); } } _parts.clear(); err.ifExceptionThrowRuntime(); }
/** * Delete any tmp storage for parts, and clear out the parts list. * * @throws MultiException */ public void deleteParts () throws MultiException { Collection<Part> parts = getParsedParts(); MultiException err = new MultiException(); for (Part p:parts) { try { ((MultiPartInputStreamParser.MultiPart)p).cleanUp(); } catch(Exception e) { err.add(e); } } _parts.clear(); err.ifExceptionThrowMulti(); }
/** * Delete any tmp storage for parts, and clear out the parts list. * * @throws MultiException */ public void deleteParts () throws MultiException { Collection<Part> parts = getParsedParts(); MultiException err = new MultiException(); for (Part p:parts) { try { ((MultiPartInputStreamParser.MultiPart)p).cleanUp(); } catch(Exception e) { err.add(e); } } _parts.clear(); err.ifExceptionThrowMulti(); }
/** * Delete any tmp storage for parts, and clear out the parts list. * * @throws MultiException */ public void deleteParts () throws MultiException { Collection<Part> parts = getParsedParts(); MultiException err = new MultiException(); for (Part p:parts) { try { ((MultiPartInputStreamParser.MultiPart)p).cleanUp(); } catch(Exception e) { err.add(e); } } _parts.clear(); err.ifExceptionThrowMulti(); }
protected void open() throws IOException { //We will either be writing to a file, if it has a filename on the content-disposition //and otherwise a byte-array-input-stream, OR if we exceed the getFileSizeThreshold, we //will need to change to write to a file. if (isWriteFilesWithFilenames() && _filename != null && _filename.trim().length() > 0) { createFile(); } else { //Write to a buffer in memory until we discover we've exceed the //MultipartConfig fileSizeThreshold _out = _bout= new ByteArrayOutputStream2(); } }
protected void open() throws IOException { //We will either be writing to a file, if it has a filename on the content-disposition //and otherwise a byte-array-input-stream, OR if we exceed the getFileSizeThreshold, we //will need to change to write to a file. if (_filename != null && _filename.trim().length() > 0) { createFile(); } else { //Write to a buffer in memory until we discover we've exceed the //MultipartConfig fileSizeThreshold _out = _bout= new ByteArrayOutputStream2(); } }