List of usage examples for org.dom4j Document addElement
Element addElement(String name);
Element node with the given name to this branch and returns a reference to the new node. From source file:VersionRelease.java
License:Open Source License
public void run() { processDir(jbossHome);/*from w w w . j a va 2 s . c om*/ try { DocumentFactory df = DocumentFactory.getInstance(); Document doc = df.createDocument(); Element root = doc.addElement("jar-versions"); Iterator iter = jars.iterator(); while (iter.hasNext()) { JarInfo info = (JarInfo) iter.next(); info.writeXML(root); } File versionsXml = new File(jbossHome, "jar-versions.xml"); FileWriter versionInfo = new FileWriter(versionsXml); OutputFormat outformat = OutputFormat.createPrettyPrint(); XMLWriter writer = new XMLWriter(versionInfo, outformat); writer.setEscapeText(true); writer.write(doc); writer.flush(); versionInfo.close(); } catch (IOException e) { e.printStackTrace(); } }
From source file:adr.main.AlcorAdrSettings.java
/** * ? ?? ? .xml /*from w ww . j a v a 2 s .c o m*/ */ public void SaveSettings() { try { Document document = DocumentHelper.createDocument(); Element root = document.addElement("Settings"); root.addElement("COM_Port").addText(m_pCOMPortSettings.GetPort()); root.addElement("COM_Baudrate").addText(Integer.toString(m_pCOMPortSettings.GetBaudRate())); if (m_pCOMPortSettings.GetDataBits() == SerialPort.DATABITS_5) root.addElement("COM_DataBits").addText("5"); else if (m_pCOMPortSettings.GetDataBits() == SerialPort.DATABITS_6) root.addElement("COM_DataBits").addText("6"); else if (m_pCOMPortSettings.GetDataBits() == SerialPort.DATABITS_7) root.addElement("COM_DataBits").addText("7"); else if (m_pCOMPortSettings.GetDataBits() == SerialPort.DATABITS_8) root.addElement("COM_DataBits").addText("8"); else { logger.warn( "Unknown COM_DataBits value '" + m_pCOMPortSettings.GetDataBits() + "'! Saving default!"); root.addElement("COM_DataBits").addText("8"); } switch (m_pCOMPortSettings.GetParity()) { case SerialPort.PARITY_NONE: root.addElement("COM_Parity").addText("None"); break; case SerialPort.PARITY_ODD: root.addElement("COM_Parity").addText("Odd"); break; case SerialPort.PARITY_EVEN: root.addElement("COM_Parity").addText("Even"); break; case SerialPort.PARITY_MARK: root.addElement("COM_Parity").addText("Mark"); break; case SerialPort.PARITY_SPACE: root.addElement("COM_Parity").addText("Space"); break; default: logger.warn("Unknown COM_Parity value '" + m_pCOMPortSettings.GetParity() + "'! Saving default!"); root.addElement("COM_Parity").addText("None"); break; } switch (m_pCOMPortSettings.GetStopBits()) { case SerialPort.STOPBITS_1: root.addElement("COM_StopBits").addText("1"); break; case SerialPort.STOPBITS_2: root.addElement("COM_StopBits").addText("2"); break; default: logger.warn( "Unknown COM_StopBits value '" + m_pCOMPortSettings.GetStopBits() + "'! Saving default!"); root.addElement("COM_StopBits").addText("1"); break; } OutputFormat format = OutputFormat.createPrettyPrint(); //TODO String strSettingsXmlFile = "alcor.adr.settings.xml";//System.getenv( "AMS_ROOT") + "/etc/settings.ams.xml"; XMLWriter writer = new XMLWriter(new FileWriter(strSettingsXmlFile), format); writer.write(document); writer.close(); } catch (IOException ex) { logger.error("IOException caught while saving settings!", ex); } }
From source file:ams.AMSDevSerialNumbers.java
/** * Saves entered numbers to XML file// w w w . ja v a2s . com */ public void SaveDevNumsToXML() { try { Document document = DocumentHelper.createDocument(); Element root = document.addElement("Settings"); root.addElement("Device1").addText(m_strDev1SerialNumber); root.addElement("Device2").addText(m_strDev2SerialNumber); root.addElement("Device3").addText(m_strDev3SerialNumber); root.addElement("Device4").addText(m_strDev4SerialNumber); root.addElement("Device5").addText(m_strDev5SerialNumber); root.addElement("Device6").addText(m_strDev6SerialNumber); root.addElement("Device7").addText(m_strDev7SerialNumber); root.addElement("Device8").addText(m_strDev8SerialNumber); OutputFormat format = OutputFormat.createPrettyPrint(); String strSerialsXmlFile = System.getenv("AMS_ROOT") + "/serials.xml"; XMLWriter writer = new XMLWriter(new FileWriter(strSerialsXmlFile), format); writer.write(document); writer.close(); } catch (IOException ex) { logger.error("IOException caught while saving serials!", ex); } }
From source file:ams.AMSSettings.java
/** * ? ?? ? .xml //from w w w. ja v a 2 s . c o m */ public void SaveSettings() { try { Document document = DocumentHelper.createDocument(); Element root = document.addElement("Settings"); root.addElement("COM_Port").addText(m_pCOMPortSettings.GetPort()); root.addElement("COM_Baudrate").addText(Integer.toString(m_pCOMPortSettings.GetBaudRate())); if (m_pCOMPortSettings.GetDataBits() == SerialPort.DATABITS_5) root.addElement("COM_DataBits").addText("5"); else if (m_pCOMPortSettings.GetDataBits() == SerialPort.DATABITS_6) root.addElement("COM_DataBits").addText("6"); else if (m_pCOMPortSettings.GetDataBits() == SerialPort.DATABITS_7) root.addElement("COM_DataBits").addText("7"); else if (m_pCOMPortSettings.GetDataBits() == SerialPort.DATABITS_8) root.addElement("COM_DataBits").addText("8"); else { logger.warn( "Unknown COM_DataBits value '" + m_pCOMPortSettings.GetDataBits() + "'! Saving default!"); root.addElement("COM_DataBits").addText("8"); } switch (m_pCOMPortSettings.GetParity()) { case SerialPort.PARITY_NONE: root.addElement("COM_Parity").addText("None"); break; case SerialPort.PARITY_ODD: root.addElement("COM_Parity").addText("Odd"); break; case SerialPort.PARITY_EVEN: root.addElement("COM_Parity").addText("Even"); break; case SerialPort.PARITY_MARK: root.addElement("COM_Parity").addText("Mark"); break; case SerialPort.PARITY_SPACE: root.addElement("COM_Parity").addText("Space"); break; default: logger.warn("Unknown COM_Parity value '" + m_pCOMPortSettings.GetParity() + "'! Saving default!"); root.addElement("COM_Parity").addText("None"); break; } switch (m_pCOMPortSettings.GetStopBits()) { case SerialPort.STOPBITS_1: root.addElement("COM_StopBits").addText("1"); break; case SerialPort.STOPBITS_2: root.addElement("COM_StopBits").addText("2"); break; default: logger.warn( "Unknown COM_StopBits value '" + m_pCOMPortSettings.GetStopBits() + "'! Saving default!"); root.addElement("COM_StopBits").addText("1"); break; } Element adams = root.addElement("Devices"); adams.addElement("ADC1").addText(m_strADC1Address); adams.addElement("ADC2").addText(m_strADC2Address); adams.addElement("DAC1").addText(m_strDAC1Address); adams.addElement("DAC2").addText(m_strDAC2Address); adams.addElement("REL1").addText(m_strREL1Address); adams.addElement("ADC3").addText(m_strADC3Address); adams.addElement("ADC4").addText(m_strADC4Address); adams.addElement("DAC3").addText(m_strDAC3Address); adams.addElement("DAC4").addText(m_strDAC4Address); adams.addElement("REL2").addText(m_strREL2Address); // ***** ***** ***** ***** ***** // //Iterator it = AMSConstants.getInstance().T_DEVICES.iterator(); //while( it.hasNext()) { for (int nDevice = AMSConstants.T_DEVICE1; nDevice <= AMSConstants.T_DEVICE8; nDevice++) { //int nDevice = ( int) it.next(); Element device = root.addElement("Device" + nDevice + "_channels"); Element devAn = device.addElement("anode"); devAn.addElement("ADC_V_DEV") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetAnoAdcVoltDev()); devAn.addElement("ADC_V_CHAN") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetAnoAdcVoltChan()); devAn.addElement("ADC_C_DEV") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetAnoAdcCurrDev()); devAn.addElement("ADC_C_CHAN") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetAnoAdcCurrChan()); devAn.addElement("DAC_DEV").addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetAnoDacDev()); devAn.addElement("DAC_CHAN") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetAnoDacChan()); devAn.addElement("REL_DEV").addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetAnoRelDev()); devAn.addElement("REL_CHAN") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetAnoRelChan()); Element devTu = device.addElement("tubulation"); devTu.addElement("ADC_V_DEV") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetTubAdcVoltDev()); devTu.addElement("ADC_V_CHAN") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetTubAdcVoltChan()); devTu.addElement("ADC_C_DEV") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetTubAdcCurrDev()); devTu.addElement("ADC_C_CHAN") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetTubAdcCurrChan()); devTu.addElement("DAC_DEV").addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetTubDacDev()); devTu.addElement("DAC_CHAN") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetTubDacChan()); devTu.addElement("REL_DEV").addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetTubRelDev()); devTu.addElement("REL_CHAN") .addText("" + ((AMSSettingsTDev) m_mapDevs.get(nDevice)).GetTubRelChan()); } OutputFormat format = OutputFormat.createPrettyPrint(); String strSettingsXmlFile = System.getenv("AMS_ROOT") + "/settings.xml"; XMLWriter writer = new XMLWriter(new FileWriter(strSettingsXmlFile), format); writer.write(document); writer.close(); } catch (IOException ex) { logger.error("IOException caught while saving settings!", ex); } }
From source file:ams.devices.AMSCalibration.java
public void SaveCalibration() { try {// w w w . j a va2s .c om Document document = DocumentHelper.createDocument(); Element root = document.addElement("Calibration"); AMSCalibrationUnit unit = (AMSCalibrationUnit) m_mapCalibrationUnits.get(AMSConstants.ADC1); Element anodes = root.addElement("ADC1"); anodes.addElement("ADC1_0_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL1))); anodes.addElement("ADC1_0_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL1))); anodes.addElement("ADC1_1_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL2))); anodes.addElement("ADC1_1_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL2))); anodes.addElement("ADC1_2_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL3))); anodes.addElement("ADC1_2_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL3))); anodes.addElement("ADC1_3_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL4))); anodes.addElement("ADC1_3_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL4))); anodes.addElement("ADC1_4_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL5))); anodes.addElement("ADC1_4_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL5))); anodes.addElement("ADC1_5_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL6))); anodes.addElement("ADC1_5_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL6))); anodes.addElement("ADC1_6_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL7))); anodes.addElement("ADC1_6_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL7))); anodes.addElement("ADC1_7_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL8))); anodes.addElement("ADC1_7_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL8))); unit = (AMSCalibrationUnit) m_mapCalibrationUnits.get(AMSConstants.ADC2); anodes = root.addElement("ADC2"); anodes.addElement("ADC2_0_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL1))); anodes.addElement("ADC2_0_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL1))); anodes.addElement("ADC2_1_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL2))); anodes.addElement("ADC2_1_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL2))); anodes.addElement("ADC2_2_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL3))); anodes.addElement("ADC2_2_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL3))); anodes.addElement("ADC2_3_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL4))); anodes.addElement("ADC2_3_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL4))); anodes.addElement("ADC2_4_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL5))); anodes.addElement("ADC2_4_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL5))); anodes.addElement("ADC2_5_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL6))); anodes.addElement("ADC2_5_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL6))); anodes.addElement("ADC2_6_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL7))); anodes.addElement("ADC2_6_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL7))); anodes.addElement("ADC2_7_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL8))); anodes.addElement("ADC2_7_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL8))); unit = (AMSCalibrationUnit) m_mapCalibrationUnits.get(AMSConstants.ADC3); anodes = root.addElement("ADC3"); anodes.addElement("ADC3_0_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL1))); anodes.addElement("ADC3_0_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL1))); anodes.addElement("ADC3_1_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL2))); anodes.addElement("ADC3_1_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL2))); anodes.addElement("ADC3_2_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL3))); anodes.addElement("ADC3_2_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL3))); anodes.addElement("ADC3_3_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL4))); anodes.addElement("ADC3_3_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL4))); anodes.addElement("ADC3_4_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL5))); anodes.addElement("ADC3_4_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL5))); anodes.addElement("ADC3_5_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL6))); anodes.addElement("ADC3_5_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL6))); anodes.addElement("ADC3_6_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL7))); anodes.addElement("ADC3_6_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL7))); anodes.addElement("ADC3_7_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL8))); anodes.addElement("ADC3_7_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL8))); unit = (AMSCalibrationUnit) m_mapCalibrationUnits.get(AMSConstants.ADC4); anodes = root.addElement("ADC4"); anodes.addElement("ADC4_0_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL1))); anodes.addElement("ADC4_0_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL1))); anodes.addElement("ADC4_1_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL2))); anodes.addElement("ADC4_1_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL2))); anodes.addElement("ADC4_2_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL3))); anodes.addElement("ADC4_2_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL3))); anodes.addElement("ADC4_3_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL4))); anodes.addElement("ADC4_3_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL4))); anodes.addElement("ADC4_4_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL5))); anodes.addElement("ADC4_4_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL5))); anodes.addElement("ADC4_5_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL6))); anodes.addElement("ADC4_5_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL6))); anodes.addElement("ADC4_6_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL7))); anodes.addElement("ADC4_6_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL7))); anodes.addElement("ADC4_7_A").addText(String.format("%.3f", unit.GetSlope(AMSConstants.CHANNEL8))); anodes.addElement("ADC4_7_B").addText(String.format("%.3f", unit.GetShift(AMSConstants.CHANNEL8))); OutputFormat format = OutputFormat.createPrettyPrint(); String strCalibrationFilePathName = System.getenv("AMS_ROOT") + "/calibration.xml"; XMLWriter writer = new XMLWriter(new FileWriter(strCalibrationFilePathName), format); writer.write(document); writer.close(); } catch (IOException ex) { logger.error("IOException caught while saving calibration!", ex); } }
From source file:architecture.common.license.License.java
License:Apache License
public String toXML() { DocumentFactory factory = DocumentFactory.getInstance(); Document document = factory.createDocument(); Element root = document.addElement("license"); root.addAttribute("id", String.valueOf(getLicenseId())); root.addAttribute("name", getName()); if (edition != null) root.addAttribute("edition", getEdition()); root.addAttribute("creationDate", formatDate(getCreationDate())); root.addAttribute("version", getVersion().getVersionString()); root.addAttribute("type", getType().name()); if (getClient() != null) { Element client = root.addElement("client"); if (getClient().getName() != null) client.addAttribute("name", getClient().getName()); if (getClient().getCompany() != null) client.addAttribute("company", getClient().getCompany()); }//from w w w. jav a 2 s . c o m for (Module m : getModules()) { Element me = root.addElement("module"); me.addAttribute("name", m.getName()); } for (java.util.Map.Entry<String, String> entry : getProperties().entrySet()) { Element prop = root.addElement("property"); prop.addAttribute("name", (String) entry.getKey()); prop.setText((String) entry.getValue()); } return document.asXML(); }
From source file:architecture.ee.component.core.lifecycle.RepositoryImpl.java
License:Apache License
public ApplicationProperties getSetupApplicationProperties() { if (setupProperties == null) { try {//ww w.j av a 2s .com File file = getFile(ApplicationConstants.DEFAULT_STARTUP_FILENAME); if (!file.exists()) { boolean error = false; // create default file... log.debug("No startup file now create !!!"); Writer writer = null; try { writer = new OutputStreamWriter(new FileOutputStream(file), ApplicationConstants.DEFAULT_CHAR_ENCODING); XMLWriter xmlWriter = new XMLWriter(writer, OutputFormat.createPrettyPrint()); StringBuilder sb = new StringBuilder(); org.dom4j.Document document = org.dom4j.DocumentHelper.createDocument(); org.dom4j.Element root = document.addElement("startup-config"); // setup start // ------------------------------------------------------------ org.dom4j.Element setupNode = root.addElement("setup"); setupNode.addElement("complete").setText("false"); // setup end // -------------------------------------------------------------- // license start org.dom4j.Element licenseNode = root.addElement("license"); // license end // view start org.dom4j.Element viewNode = root.addElement("view"); org.dom4j.Element renderNode = viewNode.addElement("render"); org.dom4j.Element freemarkerNode = renderNode.addElement("freemarker"); freemarkerNode.addElement("enabled").setText("true"); freemarkerNode.addElement("source").addElement("location"); org.dom4j.Element velocityNode = renderNode.addElement("velocity"); velocityNode.addElement("enabled").setText("false"); // view end // security start org.dom4j.Element securityNode = root.addElement("security"); securityNode.addElement("authentication").addElement("encoding").addElement("algorithm") .setText("SHA-256"); // security end // scripting start org.dom4j.Element scriptingNode = root.addElement("scripting"); org.dom4j.Element groovyNode = scriptingNode.addElement("groovy"); groovyNode.addElement("debug").setText("false"); org.dom4j.Element sourceGroovyNode = groovyNode.addElement("source"); sourceGroovyNode.addElement("location"); sourceGroovyNode.addElement("encoding").setText(ApplicationConstants.DEFAULT_CHAR_ENCODING); sourceGroovyNode.addElement("recompile").setText("true"); // scripting end // database start org.dom4j.Element databaseNode = root.addElement("database"); // database end xmlWriter.write(document); } catch (Exception e) { log.error(L10NUtils.format("003007", file.getName(), e.getMessage())); error = true; } finally { try { writer.flush(); writer.close(); } catch (Exception e) { log.error(e); error = true; } } } this.setupProperties = new XmlApplicationProperties(file); } catch (Exception e) { log.warn("I warning you!"); log.debug(e.getMessage(), e); return EmptyApplicationProperties.getInstance(); } } return setupProperties; }
From source file:architecture.ee.component.RepositoryImpl.java
License:Apache License
public ApplicationProperties getSetupApplicationProperties() { if (setupProperties == null) { if (initailized.get()) { File file = getFile(ApplicationConstants.DEFAULT_STARTUP_FILENAME); if (!file.exists()) { boolean error = false; // create default file... log.debug(CommonLogLocalizer.format("003012", file.getAbsolutePath())); Writer writer = null; try { lock.lock();//from w ww. j av a2 s . c om writer = new OutputStreamWriter(new FileOutputStream(file), StandardCharsets.UTF_8); XMLWriter xmlWriter = new XMLWriter(writer, OutputFormat.createPrettyPrint()); StringBuilder sb = new StringBuilder(); org.dom4j.Document document = org.dom4j.DocumentHelper.createDocument(); org.dom4j.Element root = document.addElement("startup-config"); // setup start // ------------------------------------------------------------ org.dom4j.Element setupNode = root.addElement("setup"); setupNode.addElement("complete").setText("false"); // setup end // license start root.addComment("LICENSE SETTING"); org.dom4j.Element licenseNode = root.addElement("license"); // license end // view start /* org.dom4j.Element viewNode = root.addElement("view"); org.dom4j.Element renderNode = viewNode.addElement("render"); org.dom4j.Element freemarkerNode = renderNode.addElement("freemarker"); freemarkerNode.addElement("enabled").setText("true"); freemarkerNode.addElement("source").addElement("location"); org.dom4j.Element velocityNode = renderNode.addElement("velocity"); velocityNode.addElement("enabled").setText("false"); */ // view end // security start root.addComment("SECURITY SETTING"); org.dom4j.Element securityNode = root.addElement("security"); org.dom4j.Element encrpptNode = securityNode.addElement("encrypt"); encrpptNode.addElement("algorithm").setText("Blowfish"); encrpptNode.addElement("key").addElement("current"); org.dom4j.Element encrpptPropertyNode = encrpptNode.addElement("property"); encrpptPropertyNode.addElement("name").setText("username"); encrpptPropertyNode.addElement("name").setText("password"); securityNode.addElement("authentication").addElement("encoding").addElement("algorithm") .setText("SHA-256"); // security end // services start root.addComment("SERVICES SETTING"); org.dom4j.Element servicesNode = root.addElement("services"); servicesNode.addElement("sql").addElement("location").addText("sql"); // services end // database start root.addComment("DATABASE SETTING"); org.dom4j.Element databaseNode = root.addElement("database"); org.dom4j.Element databaseDefaultNode = databaseNode.addElement("default"); databaseDefaultNode.addComment(" 1. jndi datasource "); databaseDefaultNode.addComment((new StringBuilder()).append("\n").append(" ") .append("<jndiDataSourceProvider>").append("\n").append(" ") .append(" <jndiName></jndiName>").append("\n").append(" ") .append("</jndiDataSourceProvider>").append("\n").toString()); databaseDefaultNode.addComment(" 2. connection pool datasource using dbcp "); databaseDefaultNode.addComment((new StringBuilder()).append("\n").append(" ") .append("<pooledDataSourceProvider> ").append("\n").append(" ") .append(" <driverClassName></driverClassName> ").append("\n").append(" ") .append(" <url></url>").append("\n").append(" ") .append(" <username></username>").append("\n").append(" ") .append(" <password></password>").append("\n").append(" ") .append(" <connectionProperties>").append("\n").append(" ") .append(" <initialSize>1</initialSize>").append("\n").append(" ") .append(" <maxActive>8</maxActive>").append("\n").append(" ") .append(" <maxIdle>8</maxIdle>").append("\n").append(" ") .append(" <maxWait>-1</maxWait>").append("\n").append(" ") .append(" <minIdle>0</minIdle>").append("\n").append(" ") .append(" <testOnBorrow>true</testOnBorrow>").append("\n").append(" ") .append(" <testOnReturn>false</testOnReturn>").append("\n").append(" ") .append(" <testWhileIdle>false</testWhileIdle>").append("\n") .append(" ") .append(" <validationQuery>select 1 from dual</validationQuery>") .append("\n").append(" ").append(" </connectionProperties>").append("\n") .append(" ").append("</pooledDataSourceProvider>").toString()); // database end xmlWriter.write(document); } catch (Exception e) { log.error("fail to making {} - {}", file.getName(), e.getMessage()); error = true; } finally { try { writer.flush(); writer.close(); } catch (Exception e) { log.error("error", e); error = true; } lock.unlock(); } } else { try { log.debug(CommonLogLocalizer.format("003011", file.getPath())); this.setupProperties = new LocalApplicationProperties(file); } catch (IOException e) { log.error(CommonLogLocalizer.getMessage("003013"), e); } } } else { return LocalApplicationProperties.EMPTY_APPLICATION_PROPERTIES; } } return setupProperties; }
From source file:bio.pih.genoogle.io.Output.java
/** * @param searchResults//from www .j a va 2 s .co m * * @return {@link Document} containing the {@link SearchResults} in XML form. */ public static Document genoogleOutputToXML(List<SearchResults> searchResults) { assert searchResults != null; DocumentFactory factory = DocumentFactory.getInstance(); Document doc = factory.createDocument(); doc.setName("genoogle"); Element output = doc.addElement(Genoogle.SOFTWARE_NAME); output.addAttribute("version", Genoogle.VERSION.toString()); output.addAttribute("copyright", Genoogle.COPYRIGHT); Element iterationsElement = output.addElement("iterations"); for (int i = 0; i < searchResults.size(); i++) { SearchResults searchResult = searchResults.get(i); Element iterationElement = iterationsElement.addElement("iteration"); iterationElement.addAttribute("number", String.valueOf(i)); SymbolList query = searchResult.getParams().getQuery(); if (query instanceof RichSequence) { iterationElement.addAttribute("query", ((RichSequence) query).getHeader()); } iterationElement.add(searchResultToXML(searchResult)); } return doc; }
From source file:bio.pih.genoogle.io.Output.java
public static Element genoogleXmlHeader() { DocumentFactory factory = DocumentFactory.getInstance(); Document doc = factory.createDocument(); doc.setName("genoogle"); Map<String, String> xslProcessing = Maps.newHashMap(); xslProcessing.put("type", "text/xsl"); xslProcessing.put("href", "results.xsl"); ProcessingInstruction xsltInstruction = DocumentHelper.createProcessingInstruction("xml-stylesheet", xslProcessing);//from w w w . ja va2s . c om doc.add(xsltInstruction); Element output = doc.addElement("genoogle"); output.addElement("references").addAttribute("program", Genoogle.SOFTWARE_NAME) .addAttribute("version", Double.toString(Genoogle.VERSION)) .addAttribute("copyright", Genoogle.COPYRIGHT); return output; }