List of usage examples for java.beans Statement execute
public void execute() throws Exception
From source file:Main.java
public static void main(String[] argv) throws Exception { Object o = new MyBean(); // Get the value of prop1 Expression expr = new Expression(o, "getProp1", new Object[0]); expr.execute();//from ww w .ja v a 2 s. com String s = (String) expr.getValue(); // Set the value of prop1 Statement stmt = new Statement(o, "setProp1", new Object[] { "new string" }); stmt.execute(); }
From source file:Main.java
public static void main(String[] argv) throws Exception { Object o = new MyBean(); // Get the value of prop2 Expression expr = new Expression(o, "getProp2", new Object[0]); expr.execute();/*from w ww. jav a 2 s . c o m*/ int i = ((Integer) expr.getValue()).intValue(); // Set the value of prop2 Statement stmt = new Statement(o, "setProp2", new Object[] { new Integer(123) }); stmt.execute(); }
From source file:Main.java
public static void main(String[] argv) throws Exception { Object o = new MyBean(); Expression expr = new Expression(o, "getProp3", new Object[0]); expr.execute();//w ww . j av a 2 s.c o m byte[] bytes = (byte[]) expr.getValue(); Statement stmt = new Statement(o, "setProp3", new Object[] { new byte[] { 0x12, 0x23 } }); stmt.execute(); }
From source file:org.codehaus.sonarplugins.cxx.cxxlint.CxxLint.java
/** * @param args the command line arguments * @throws java.lang.InstantiationException * @throws java.lang.IllegalAccessException * @throws java.io.IOException// ww w . j a va2 s . c o m */ public static void main(String[] args) throws InstantiationException, IllegalAccessException, IOException, Exception { CommandLineParser commandlineParser = new DefaultParser(); Options options = CreateCommandLineOptions(); CommandLine parsedArgs; String settingsFile = ""; String fileToAnalyse = ""; CxxConfiguration configuration = new CxxConfiguration(); try { parsedArgs = commandlineParser.parse(CreateCommandLineOptions(), args); if (!parsedArgs.hasOption("f")) { throw new ParseException("f option mandatory"); } else { fileToAnalyse = parsedArgs.getOptionValue("f"); File f = new File(fileToAnalyse); if (!f.exists()) { throw new ParseException("file to analysis not found"); } } if (parsedArgs.hasOption("s")) { settingsFile = parsedArgs.getOptionValue("s"); File f = new File(settingsFile); if (!f.exists()) { throw new ParseException("optional settings file given with -s, however file was not found"); } } } catch (ParseException exp) { System.err.println("Parsing Command line Failed. Reason: " + exp.getMessage()); HelpFormatter formatter = new HelpFormatter(); formatter.printHelp("java -jar CxxLint-<sersion>.jar -f filetoanalyse", options); throw exp; } HashMap<String, CheckerData> rulesData = new HashMap<>(); if (!"".equals(settingsFile)) { JsonParser parser = new JsonParser(); String fileContent = readFile(settingsFile); // get basic information String platformToolset = GetJsonStringValue(parser, fileContent, "platformToolset"); String platform = GetJsonStringValue(parser, fileContent, "platform"); String projectFile = GetJsonStringValue(parser, fileContent, "projectFile"); JsonElement rules = parser.parse(fileContent).getAsJsonObject().get("rules"); if (rules != null) { for (JsonElement rule : rules.getAsJsonArray()) { JsonObject data = rule.getAsJsonObject(); String ruleId = data.get("ruleId").getAsString(); String enabled = data.get("status").getAsString(); if (rulesData.containsKey(ruleId)) { continue; } CheckerData check = new CheckerData(); check.id = ruleId; check.enabled = enabled.equals("Enabled"); JsonElement region = data.get("properties"); if (region != null) { for (Entry parameter : region.getAsJsonObject().entrySet()) { JsonElement elem = (JsonElement) parameter.getValue(); check.parameterData.put(parameter.getKey().toString(), elem.getAsString()); } } rulesData.put(ruleId, check); } } JsonElement includes = parser.parse(fileContent).getAsJsonObject().get("includes"); if (includes != null) { for (JsonElement include : includes.getAsJsonArray()) { configuration.addOverallIncludeDirectory(include.getAsString()); } } JsonElement defines = parser.parse(fileContent).getAsJsonObject().get("defines"); if (defines != null) { for (JsonElement define : defines.getAsJsonArray()) { configuration.addOverallDefine(define.getAsString()); } } JsonElement additionalOptions = parser.parse(fileContent).getAsJsonObject().get("additionalOptions"); String elementsOfAdditionalOptions = ""; if (additionalOptions != null) { for (JsonElement option : additionalOptions.getAsJsonArray()) { elementsOfAdditionalOptions = elementsOfAdditionalOptions + " " + option.getAsString(); } } HandleVCppAdditionalOptions(platformToolset, platform, elementsOfAdditionalOptions + " ", projectFile, fileToAnalyse, configuration); } List<Class> checks = CheckList.getChecks(); List<SquidAstVisitor<Grammar>> visitors = new ArrayList<>(); HashMap<String, String> KeyData = new HashMap<String, String>(); for (Class check : checks) { Rule rule = (Rule) check.getAnnotation(Rule.class); if (rule == null) { continue; } SquidAstVisitor<Grammar> element = (SquidAstVisitor<Grammar>) check.newInstance(); KeyData.put(check.getCanonicalName(), rule.key()); if (!parsedArgs.hasOption("s")) { visitors.add(element); continue; } if (!rulesData.containsKey(rule.key())) { continue; } CheckerData data = rulesData.get(rule.key()); if (!data.enabled) { continue; } for (Field f : check.getDeclaredFields()) { for (Annotation a : f.getAnnotations()) { RuleProperty ruleProp = (RuleProperty) a; if (ruleProp != null) { if (data.parameterData.containsKey(ruleProp.key())) { if (f.getType().equals(int.class)) { String cleanData = data.parameterData.get(ruleProp.key()); int value = Integer.parseInt(cleanData); if (f.toString().startsWith("public ")) { f.set(element, value); } else { char first = Character.toUpperCase(ruleProp.key().charAt(0)); Statement stmt = new Statement(element, "set" + first + ruleProp.key().substring(1), new Object[] { value }); stmt.execute(); } } if (f.getType().equals(String.class)) { String cleanData = data.parameterData.get(ruleProp.key()); if (f.toString().startsWith("public ")) { f.set(element, cleanData); } else { char first = Character.toUpperCase(ruleProp.key().charAt(0)); Statement stmt = new Statement(element, "set" + first + ruleProp.key().substring(1), new Object[] { cleanData }); stmt.execute(); } } } } } } visitors.add(element); } System.out.println("Analyse with : " + visitors.size() + " checks"); SourceFile file = CxxAstScanner.scanSingleFileConfig(new File(fileToAnalyse), configuration, visitors.toArray(new SquidAstVisitor[visitors.size()])); for (CheckMessage message : file.getCheckMessages()) { String key = KeyData.get(message.getCheck().getClass().getCanonicalName()); // E:\TSSRC\Core\Common\libtools\tool_archive.cpp(390): Warning : sscanf can be ok, but is slow and can overflow buffers. [runtime/printf-5] [1] System.out.println(message.getSourceCode() + "(" + message.getLine() + "): Warning : " + message.formatDefaultMessage() + " [" + key + "]"); } }
From source file:org.sonar.cxx.cxxlint.CxxLint.java
/** * @param args the command line arguments * @throws java.lang.InstantiationException * @throws java.lang.IllegalAccessException * @throws java.io.IOException/* w w w . j a v a 2s . co m*/ */ public static void main(String[] args) throws InstantiationException, IllegalAccessException, IOException, Exception { CommandLineParser commandlineParser = new DefaultParser(); Options options = CreateCommandLineOptions(); CommandLine parsedArgs; String settingsFile = ""; String fileToAnalyse = ""; String encodingOfFile = "UTF-8"; try { parsedArgs = commandlineParser.parse(CreateCommandLineOptions(), args); if (!parsedArgs.hasOption("f")) { throw new ParseException("f option mandatory"); } else { fileToAnalyse = parsedArgs.getOptionValue("f"); File f = new File(fileToAnalyse); if (!f.exists()) { throw new ParseException("file to analysis not found"); } } if (parsedArgs.hasOption("s")) { settingsFile = parsedArgs.getOptionValue("s"); File f = new File(settingsFile); if (!f.exists()) { throw new ParseException("optional settings file given with -s, however file was not found"); } } if (parsedArgs.hasOption("e")) { encodingOfFile = parsedArgs.getOptionValue("e"); } } catch (ParseException exp) { System.err.println("Parsing Command line Failed. Reason: " + exp.getMessage()); HelpFormatter formatter = new HelpFormatter(); formatter.printHelp("java -jar CxxLint-<sersion>.jar -f filetoanalyse", options); throw exp; } CxxConfiguration configuration = new CxxConfiguration(Charset.forName(encodingOfFile)); String fileName = new File(fileToAnalyse).getName(); SensorContextTester sensorContext = SensorContextTester .create(new File(fileToAnalyse).getParentFile().toPath()); String content = new String(Files.readAllBytes(new File(fileToAnalyse).toPath()), encodingOfFile); sensorContext.fileSystem().add(new DefaultInputFile("myProjectKey", fileName).initMetadata(content)); InputFile cxxFile = sensorContext.fileSystem() .inputFile(sensorContext.fileSystem().predicates().hasPath(fileName)); HashMap<String, CheckerData> rulesData = new HashMap<>(); if (!"".equals(settingsFile)) { JsonParser parser = new JsonParser(); String fileContent = readFile(settingsFile); // get basic information String platformToolset = GetJsonStringValue(parser, fileContent, "platformToolset"); String platform = GetJsonStringValue(parser, fileContent, "platform"); String projectFile = GetJsonStringValue(parser, fileContent, "projectFile"); JsonElement rules = parser.parse(fileContent).getAsJsonObject().get("rules"); if (rules != null) { for (JsonElement rule : rules.getAsJsonArray()) { JsonObject data = rule.getAsJsonObject(); String ruleId = data.get("ruleId").getAsString(); String enabled = data.get("status").getAsString(); if (rulesData.containsKey(ruleId)) { continue; } CheckerData check = new CheckerData(); check.id = ruleId; check.enabled = enabled.equals("Enabled"); JsonElement region = data.get("properties"); if (region != null) { for (Entry parameter : region.getAsJsonObject().entrySet()) { JsonElement elem = (JsonElement) parameter.getValue(); check.parameterData.put(parameter.getKey().toString(), elem.getAsString()); } } rulesData.put(ruleId, check); } } JsonElement includes = parser.parse(fileContent).getAsJsonObject().get("includes"); if (includes != null) { for (JsonElement include : includes.getAsJsonArray()) { configuration.addOverallIncludeDirectory(include.getAsString()); } } JsonElement defines = parser.parse(fileContent).getAsJsonObject().get("defines"); if (defines != null) { for (JsonElement define : defines.getAsJsonArray()) { configuration.addOverallDefine(define.getAsString()); } } JsonElement additionalOptions = parser.parse(fileContent).getAsJsonObject().get("additionalOptions"); String elementsOfAdditionalOptions = ""; if (additionalOptions != null) { for (JsonElement option : additionalOptions.getAsJsonArray()) { elementsOfAdditionalOptions = elementsOfAdditionalOptions + " " + option.getAsString(); } } HandleVCppAdditionalOptions(platformToolset, platform, elementsOfAdditionalOptions + " ", projectFile, fileToAnalyse, configuration); } List<Class> checks = CheckList.getChecks(); List<SquidAstVisitor<Grammar>> visitors = new ArrayList<>(); HashMap<String, String> KeyData = new HashMap<String, String>(); for (Class check : checks) { Rule rule = (Rule) check.getAnnotation(Rule.class); if (rule == null) { continue; } SquidAstVisitor<Grammar> element = (SquidAstVisitor<Grammar>) check.newInstance(); KeyData.put(check.getCanonicalName(), rule.key()); if (!parsedArgs.hasOption("s")) { visitors.add(element); continue; } if (!rulesData.containsKey(rule.key())) { continue; } CheckerData data = rulesData.get(rule.key()); if (!data.enabled) { continue; } for (Field f : check.getDeclaredFields()) { for (Annotation a : f.getAnnotations()) { RuleProperty ruleProp = (RuleProperty) a; if (ruleProp != null) { if (data.parameterData.containsKey(ruleProp.key())) { if (f.getType().equals(int.class)) { String cleanData = data.parameterData.get(ruleProp.key()); int value = Integer.parseInt(cleanData); if (f.toString().startsWith("public ")) { f.set(element, value); } else { char first = Character.toUpperCase(ruleProp.key().charAt(0)); Statement stmt = new Statement(element, "set" + first + ruleProp.key().substring(1), new Object[] { value }); stmt.execute(); } } if (f.getType().equals(String.class)) { String cleanData = data.parameterData.get(ruleProp.key()); if (f.toString().startsWith("public ")) { f.set(element, cleanData); } else { char first = Character.toUpperCase(ruleProp.key().charAt(0)); Statement stmt = new Statement(element, "set" + first + ruleProp.key().substring(1), new Object[] { cleanData }); stmt.execute(); } } } } } } visitors.add(element); } System.out.println("Analyse with : " + visitors.size() + " checks"); SourceFile file = CxxAstScanner.scanSingleFileConfig(cxxFile, configuration, sensorContext, visitors.toArray(new SquidAstVisitor[visitors.size()])); for (CheckMessage message : file.getCheckMessages()) { String key = KeyData.get(message.getCheck().getClass().getCanonicalName()); // E:\TSSRC\Core\Common\libtools\tool_archive.cpp(390): Warning : sscanf can be ok, but is slow and can overflow buffers. [runtime/printf-5] [1] System.out.println(message.getSourceCode() + "(" + message.getLine() + "): Warning : " + message.formatDefaultMessage() + " [" + key + "]"); } System.out.println("LOC: " + file.getInt(CxxMetric.LINES_OF_CODE)); System.out.println("COMPLEXITY: " + file.getInt(CxxMetric.COMPLEXITY)); }
From source file:ca.oson.json.util.ObjectUtil.java
@SuppressWarnings("unchecked") public static <E> void setMethodValue(E obj, Method method, Object... args) { try {/*w ww. j a v a 2s. c o m*/ method.setAccessible(true); method.invoke(obj, args); } catch (InvocationTargetException | IllegalAccessException | IllegalArgumentException e) { // e.printStackTrace(); try { if (obj != null) { Statement stmt = new Statement(obj, method.getName(), args); stmt.execute(); } } catch (Exception e1) { // e1.printStackTrace(); } } }
From source file:org.jasypt.spring31.xml.encryption.EncryptorFactoryBean.java
private Object computeObject() throws Exception { Object encryptor = null;//w w w. j a v a2s . co m if (isPooled()) { if (this.encryptorType == ENCRYPTOR_TYPE_BYTE) { encryptor = new PooledPBEByteEncryptor(); } else if (this.encryptorType == ENCRYPTOR_TYPE_STRING) { encryptor = new PooledPBEStringEncryptor(); } else if (this.encryptorType == ENCRYPTOR_TYPE_BIG_DECIMAL) { encryptor = new PooledPBEBigDecimalEncryptor(); } else if (this.encryptorType == ENCRYPTOR_TYPE_BIG_INTEGER) { encryptor = new PooledPBEBigIntegerEncryptor(); } else { throw new IllegalArgumentException("Unknown encryptor type: " + this.encryptorType); } if (this.poolSizeSet && this.poolSize != null) { final Statement st = new Statement(encryptor, "setPoolSize", new Object[] { this.poolSize }); st.execute(); } } else { if (this.encryptorType == ENCRYPTOR_TYPE_BYTE) { encryptor = new StandardPBEByteEncryptor(); } else if (this.encryptorType == ENCRYPTOR_TYPE_STRING) { encryptor = new StandardPBEStringEncryptor(); } else if (this.encryptorType == ENCRYPTOR_TYPE_BIG_DECIMAL) { encryptor = new StandardPBEBigDecimalEncryptor(); } else if (this.encryptorType == ENCRYPTOR_TYPE_BIG_INTEGER) { encryptor = new StandardPBEBigIntegerEncryptor(); } else { throw new IllegalArgumentException("Unknown encryptor type: " + this.encryptorType); } } if (this.algorithmSet) { final Statement st = new Statement(encryptor, "setAlgorithm", new Object[] { this.algorithm }); st.execute(); } if (this.configSet) { final Statement st = new Statement(encryptor, "setConfig", new Object[] { this.config }); st.execute(); } if (this.keyObtentionIterationsSet && this.keyObtentionIterations != null) { final Statement st = new Statement(encryptor, "setKeyObtentionIterations", new Object[] { this.keyObtentionIterations }); st.execute(); } if (this.passwordSet) { final Statement st = new Statement(encryptor, "setPassword", new Object[] { this.password }); st.execute(); } if (this.providerSet) { final Statement st = new Statement(encryptor, "setProvider", new Object[] { this.provider }); st.execute(); } if (this.providerNameSet) { final Statement st = new Statement(encryptor, "setProviderName", new Object[] { this.providerName }); st.execute(); } if (this.saltGeneratorSet) { final Statement st = new Statement(encryptor, "setSaltGenerator", new Object[] { this.saltGenerator }); st.execute(); } if (this.stringOutputTypeSet && encryptor instanceof PBEStringEncryptor) { final Statement st = new Statement(encryptor, "setStringOutputType", new Object[] { this.stringOutputType }); st.execute(); } return encryptor; }
From source file:org.jasypt.spring31.xml.encryption.DigesterFactoryBean.java
private synchronized Object computeObject() throws Exception { Object digester = null;/*from ww w .jav a 2 s .co m*/ if (isPooled()) { if (this.digesterType == DIGESTER_TYPE_BYTE) { digester = new PooledByteDigester(); } else if (this.digesterType == DIGESTER_TYPE_STRING) { digester = new PooledStringDigester(); } else { throw new IllegalArgumentException("Unknown digester type: " + this.digesterType); } if (this.poolSizeSet && this.poolSize != null) { final Statement st = new Statement(digester, "setPoolSize", new Object[] { this.poolSize }); st.execute(); } } else { if (this.digesterType == DIGESTER_TYPE_BYTE) { digester = new StandardByteDigester(); } else if (this.digesterType == DIGESTER_TYPE_STRING) { digester = new StandardStringDigester(); } else { throw new IllegalArgumentException("Unknown digester type: " + this.digesterType); } } if (this.algorithmSet) { final Statement st = new Statement(digester, "setAlgorithm", new Object[] { this.algorithm }); st.execute(); } if (this.configSet) { final Statement st = new Statement(digester, "setConfig", new Object[] { this.config }); st.execute(); } if (this.iterationsSet && this.iterations != null) { final Statement st = new Statement(digester, "setIterations", new Object[] { this.iterations }); st.execute(); } if (this.invertPositionOfSaltInMessageBeforeDigestingSet && this.invertPositionOfSaltInMessageBeforeDigesting != null) { final Statement st = new Statement(digester, "setInvertPositionOfSaltInMessageBeforeDigesting", new Object[] { this.invertPositionOfSaltInMessageBeforeDigesting }); st.execute(); } if (this.invertPositionOfPlainSaltInEncryptionResultsSet && this.invertPositionOfPlainSaltInEncryptionResults != null) { final Statement st = new Statement(digester, "setInvertPositionOfPlainSaltInEncryptionResults", new Object[] { this.invertPositionOfPlainSaltInEncryptionResults }); st.execute(); } if (this.providerSet) { final Statement st = new Statement(digester, "setProvider", new Object[] { this.provider }); st.execute(); } if (this.providerNameSet) { final Statement st = new Statement(digester, "setProviderName", new Object[] { this.providerName }); st.execute(); } if (this.saltGeneratorSet) { final Statement st = new Statement(digester, "setSaltGenerator", new Object[] { this.saltGenerator }); st.execute(); } if (this.saltSizeBytesSet && this.saltSizeBytes != null) { final Statement st = new Statement(digester, "setSaltSizeBytes", new Object[] { this.saltSizeBytes }); st.execute(); } if (this.useLenientSaltSizeCheckSet && this.useLenientSaltSizeCheck != null) { final Statement st = new Statement(digester, "setUseLenientSaltSizeCheck", new Object[] { this.useLenientSaltSizeCheck }); st.execute(); } if (digester instanceof StringDigester) { if (this.stringOutputTypeSet) { final Statement st = new Statement(digester, "setStringOutputType", new Object[] { this.stringOutputType }); st.execute(); } if (this.unicodeNormalizationIgnoredSet) { final Statement st = new Statement(digester, "setUnicodeNormalizationIgnored", new Object[] { this.unicodeNormalizationIgnored }); st.execute(); } if (this.prefixSet) { final Statement st = new Statement(digester, "setPrefix", new Object[] { this.prefix }); st.execute(); } if (this.suffixSet) { final Statement st = new Statement(digester, "setSuffix", new Object[] { this.suffix }); st.execute(); } } return digester; }