List of usage examples for org.apache.commons.compress.archivers.tar TarArchiveOutputStream TarArchiveOutputStream
public TarArchiveOutputStream(OutputStream os)
From source file:org.xlcloud.commons.compress.CompressUtils.java
/** * creates tar.gz archive for a directory and write this to stream pased as * parameter//from w w w .j a v a 2 s . c o m * * @param rootDir * @return */ public static OutputStream writeArchiveToStream(File rootDir, OutputStream stream) throws IOException { BufferedOutputStream bufferedOutputStream = null; TarArchiveOutputStream archiveStream = null; try { bufferedOutputStream = new BufferedOutputStream(stream); archiveStream = new TarArchiveOutputStream(new GZIPOutputStream(bufferedOutputStream)); addFileToArchive(archiveStream, rootDir.getAbsoluteFile(), ""); return archiveStream; } finally { IOUtils.closeQuietly(archiveStream); IOUtils.closeQuietly(bufferedOutputStream); } }
From source file:plptool.gui.ProjectDriver.java
/** * Save current project state to the file specified by plpfile. * * @return PLP_OK on successful save, error code otherwise *///from www. ja v a 2 s . c o m public int save() { if (sim_mode) { smods = ioreg.createPreset(); watcher = g_watcher.getEntries(); } // commit changes of currently open source file if (g) updateAsm(open_asm, g_dev.getEditorText()); //assemble(); if (plpfile == null || plpfile.getName().equals("Unsaved Project")) return Msg.E("No PLP project file is open. Use Save As.", Constants.PLP_FILE_USE_SAVE_AS, null); ArrayList<PLPAsmSource> sourceList; String verilogHex = ""; long[] objCode = null; PLPAsmSource temp; int i; try { File outFile = plpfile; meta = "PLP-5.0\n"; if (asm != null && asm.isAssembled()) { objCode = asm.getObjectCode(); if (arch.getID() == ArchRegistry.ISA_PLPMIPS) { Msg.D("Creating verilog hex code...", 2, this); verilogHex = plptool.mips.Formatter.writeVerilogHex(objCode); } if (objCode != null && objCode.length > 0) meta += "START=" + asm.getAddrTable()[0] + "\n"; else meta += "START=0\n"; meta += "DIRTY=0\n"; dirty = false; } else { meta += "DIRTY=1\n"; dirty = true; } meta += "ARCH=" + arch.getID() + "\n"; meta += "\n"; sourceList = asms; for (i = 0; i < sourceList.size(); i++) { temp = (PLPAsmSource) sourceList.get(i); meta += temp.getAsmFilePath() + "\n"; } // Create plpfile (a tar archive) TarArchiveOutputStream tOut = new TarArchiveOutputStream(new FileOutputStream(outFile)); Msg.D("Writing plp.metafile...", 2, this); TarArchiveEntry entry = new TarArchiveEntry("plp.metafile"); entry.setSize(meta.length()); tOut.putArchiveEntry(entry); byte[] data = meta.getBytes(); tOut.write(data); tOut.flush(); tOut.closeArchiveEntry(); for (i = 0; i < sourceList.size(); i++) { PLPAsmSource asmFile = sourceList.get(i); Msg.D("Writing " + asmFile.getAsmFilePath() + "...", 2, this); entry = new TarArchiveEntry(asmFile.getAsmFilePath()); // We are not expecting an .asm file with size greater than 4GiB // ... I hope... byte[] fileStr = asmFile.getAsmString().getBytes(); entry.setSize(fileStr.length); tOut.putArchiveEntry(entry); tOut.write(fileStr); tOut.flush(); tOut.closeArchiveEntry(); } // Write simulation configuration Msg.D("Writing out simulation configuration...", 2, this); entry = new TarArchiveEntry("plp.simconfig"); String str = ""; str += "simRunnerDelay::" + Config.simRunnerDelay + "\n"; str += "simAllowExecutionOfArbitraryMem::" + Config.simAllowExecutionOfArbitraryMem + "\n"; str += "simBusReturnsZeroForUninitRegs::" + Config.simBusReturnsZeroForUninitRegs + "\n"; str += "simDumpTraceOnFailedEvaluation::" + Config.simDumpTraceOnFailedEvaluation + "\n"; if (watcher != null) { str += "WATCHER\n"; for (i = 0; i < watcher.getRowCount(); i++) { str += watcher.getValueAt(i, 0) + "::"; str += watcher.getValueAt(i, 1) + "\n"; } str += "END\n"; } Msg.D("-- saving mods info...", 2, this); if (ioreg != null && ioreg.getNumOfModsAttached() > 0) smods = ioreg.createPreset(); if (smods != null && smods.size() > 0) { str += "MODS\n"; for (i = 0; i < smods.size(); i++) { str += smods.getType(i) + "::"; //0 str += "RESERVED_FIELD::"; //1 str += smods.getAddress(i) + "::"; //2 str += smods.getSize(i) + "::"; //3 if (smods.getHasFrame(i)) { str += "frame::"; //4 str += smods.getVisible(i) + "::"; //5 str += smods.getX(i) + "::"; //6 str += smods.getY(i) + "::"; //7 str += smods.getW(i) + "::"; //8 str += smods.getH(i); //9 } else { str += "noframe"; } str += "\n"; } str += "END\n"; } str += "ISASPECIFIC\n"; str += arch.saveArchSpecificSimStates(); str += "END\n"; entry.setSize(str.getBytes().length); tOut.putArchiveEntry(entry); tOut.write(str.getBytes()); tOut.flush(); tOut.closeArchiveEntry(); if (asm != null && asm.isAssembled() && objCode != null) { // Write hex image Msg.D("Writing out verilog hex code...", 2, this); entry = new TarArchiveEntry("plp.hex"); entry.setSize(verilogHex.length()); tOut.putArchiveEntry(entry); data = new byte[verilogHex.length()]; for (i = 0; i < verilogHex.length(); i++) { data[i] = (byte) verilogHex.charAt(i); } tOut.write(data); tOut.flush(); tOut.closeArchiveEntry(); // Write binary image, 4-byte big-endian packs Msg.D("Writing out binary image...", 2, this); entry = new TarArchiveEntry("plp.image"); entry.setSize(objCode.length * 4); tOut.putArchiveEntry(entry); data = new byte[objCode.length * 4]; for (i = 0; i < objCode.length; i++) { data[4 * i] = (byte) (objCode[i] >> 24); data[4 * i + 1] = (byte) (objCode[i] >> 16); data[4 * i + 2] = (byte) (objCode[i] >> 8); data[4 * i + 3] = (byte) (objCode[i]); } tOut.write(data); tOut.flush(); tOut.closeArchiveEntry(); } else if (binimage != null) { Msg.D("Writing out old (dirty) verilog hex code...", 2, this); entry = new TarArchiveEntry("plp.hex"); entry.setSize(hexstring.length()); tOut.putArchiveEntry(entry); tOut.write(hexstring.getBytes()); tOut.flush(); tOut.closeArchiveEntry(); Msg.D("Writing out old (dirty) binary image...", 2, this); entry = new TarArchiveEntry("plp.image"); entry.setSize(binimage.length); tOut.putArchiveEntry(entry); tOut.write(binimage); tOut.flush(); tOut.closeArchiveEntry(); } // Hook for project save CallbackRegistry.callback(CallbackRegistry.PROJECT_SAVE, tOut); Msg.D("Closing tar archive...", 2, this); tOut.close(); Msg.D("Project save completed", 2, this); modified = false; if (g) refreshProjectView(false); Msg.I(plpfile.getAbsolutePath() + " written", null); } catch (Exception e) { Msg.trace(e); Msg.E("save: Unable to write to " + plpfile.getAbsolutePath() + ". " + "Do you have access to the specified location?", Constants.PLP_FILE_SAVE_ERROR, this); return Constants.PLP_FILE_SAVE_ERROR; } return Constants.PLP_OK; }
From source file:psef.handler.ProjectGetHandler.java
/** * Convert the root into a tarball/* w ww .ja v a 2 s . c om*/ * @return file pointing to the temporary tar.gz file */ private File tarRoot() throws IOException { TarArchiveOutputStream tOut = null; GzipCompressorOutputStream gzOut = null; BufferedOutputStream bOut = null; FileOutputStream fOut = null; System.out.println("Creating tarball"); try { File parent = root.getParentFile(); File dst = new File(parent, root.getName() + ".tar.gz"); if (dst.exists()) { dst.delete(); dst.createNewFile(); } String tarGzPath = dst.getAbsolutePath(); fOut = new FileOutputStream(new File(tarGzPath)); bOut = new BufferedOutputStream(fOut); gzOut = new GzipCompressorOutputStream(bOut); tOut = new TarArchiveOutputStream(gzOut); addFilesToTarGz(tOut, root.getAbsolutePath(), ""); return dst; } finally { if (tOut != null) { tOut.finish(); tOut.close(); } if (gzOut != null) gzOut.close(); if (bOut != null) bOut.close(); if (fOut != null) fOut.close(); } }
From source file:uk.ac.ebi.intact.dataexchange.psimi.exporter.archive.Compressor.java
private void tar(File outputFile, List<File> filesToCompress) throws IOException { OutputStream os = new FileOutputStream(outputFile); TarArchiveOutputStream tarOutput = new TarArchiveOutputStream(os); for (File fileToCompress : filesToCompress) { TarArchiveEntry entry = new TarArchiveEntry(fileToCompress.getName()); entry.setSize(fileToCompress.length()); tarOutput.putArchiveEntry(entry); IOUtils.copy(new FileInputStream(fileToCompress), tarOutput); tarOutput.closeArchiveEntry();/*from ww w .j a v a 2s.c o m*/ } tarOutput.finish(); tarOutput.close(); os.close(); }
From source file:utybo.branchingstorytree.swing.utils.BSTPackager.java
public static void toPackage(File bstFile, OutputStream out, HashMap<String, String> meta, Consumer<String> cs) throws IOException { TarArchiveOutputStream tar = new TarArchiveOutputStream(new GZIPOutputStream(out)); if (cs != null) { cs.accept("Packaging the main BST file"); }//from w ww . j a v a 2s . c o m // Write the main BST file tarFile(bstFile, tar); // Write the resources folder if (cs != null) { cs.accept("Packaging resources"); } tarFolder(new File(bstFile.getParentFile(), "resources"), "resources", tar, cs); // Write the meta file if (cs != null) { cs.accept("Writing meta information"); } meta.put("mainFile", bstFile.getName()); ByteArrayOutputStream baos = new ByteArrayOutputStream(); OutputStreamWriter osw = new OutputStreamWriter(baos, "UTF-8"); new Gson().toJson(meta, osw); osw.flush(); osw.close(); TarArchiveEntry tae = new TarArchiveEntry("bstmeta.json"); tae.setSize(baos.size()); InputStream bais = baos.toInputStream(); tar.putArchiveEntry(tae); IOUtils.copy(bais, tar); tar.closeArchiveEntry(); tar.close(); if (cs != null) { cs.accept("Done"); } }