@Override
public void exitMethodBody(MethodBodyContext ctx) {
if (patternMatchedInMethod
&& !nearestMatchingIfsForPattern.isEmpty()
&& nearestMatchingsIfsForMethod != null) {
if (nearestMatchingsIfsForMethod.containsKey(actMethodFrMap)) {
if (LogUtil.isDebugEnabled(LOG_NAME)) {
LogUtil.debug(CLASS_NAME, "exitMethodBody:", actMethodFrMap + "==>", LOG_NAME);
}
nearestMatchingsIfsForMethod.get(actMethodFrMap).putAll(nearestMatchingIfsForPattern);
} else {
nearestMatchingsIfsForMethod.put(actMethodFrMap, nearestMatchingIfsForPattern);
}
patternText.append("\nNearest Matching If map\n");
patternText.append("\n" + nearestMatchingIfsForPattern);
actMethodFrMap = null;
}
if (patternMatchedInMethod && nearestMatchingIfsForPattern.isEmpty()) {
count++;
if (LogUtil.isDebugEnabled(LOG_NAME)) {
LogUtil.debug(CLASS_NAME, "Statistics:", ruleID + "==>POJO not generated", LOG_NAME);
}
}
}
@Override
public void exitClassDeclaration(ClassDeclarationContext ctx) {
try {
// To test need to remove
if (LogUtil.isDebugEnabled(LOG_NAME)) {
LogUtil.debug(
CLASS_NAME,
"exitClassDeclaration",
"NearestMatch==>" + nearestMatchingsIfsForMethod,
LOG_NAME);
}
conditionWriter.write(conditionText.toString());
patternMatchWriter.write(patternText.toString());
if (LogUtil.isDebugEnabled(LOG_NAME)) {
// LogUtil.debug(CLASS_NAME,"exitClassDeclaration"
// ,conditionWriter.toString(), LOG_NAME);
// LogUtil.debug(CLASS_NAME,ctx.Identifier().getText(),"Skip count==>"+count,
// LOG_NAME);
}
} catch (IOException ie) {
System.out.println("exitclass" + ie.toString());
LogUtil.error(CLASS_NAME, "exitClassDeclaration", ie.toString(), LOG_NAME);
// ie.printStackTrace();
}
}
private void getJavaDocMatch() {
// TODO Auto-generated method stub
try {
matchedindex = new HashMap<Integer, String>();
// Need to modify regex Pattern as StackOverFlow Error
String regex = "/\\*\\*([^\\*]|\\*(?!/))*?.*?\\*/";
Pattern pattern = Pattern.compile(regex);
Matcher matcher = pattern.matcher(tokens.getText());
// System.out.println(matcher.matches());
if (tokens.getText() != null) {
while (matcher.find()) { // find the next match
if (LogUtil.isDebugEnabled(LOG_NAME)) {
// System.out.println("(matcher.group()==>"+(matcher.group()));
LogUtil.debug(CLASS_NAME, "Pattern==>", " " + matcher.group(), LOG_NAME);
}
for (String searchKeyword : searchPatterns) {
if (searchKeyword != null) {
if (matcher.group().contains(searchKeyword)) {
/*
* System.out.println(
* "Keyword matched in Javadoc ==>" +
* matcher.group() + "\" starting at index " +
* matcher.start() + " and ending at index " +
* matcher.end());
*/
matchedindex.put(matcher.end(), matcher.group());
break;
}
}
}
}
}
} catch (Exception ex) {
ex.printStackTrace();
System.out.println(ex.toString() + "");
if (LogUtil.isDebugEnabled(LOG_NAME)) {
// System.out.println("Javadoc exception==>" + ex.toString());
LogUtil.debug(CLASS_NAME, "Pattern==>", " " + ex.getStackTrace(), LOG_NAME);
}
}
}
@Override
public void enterClassDeclaration(ClassDeclarationContext ctx) {
boolean patternFound = false;
conditionText = new StringBuffer();
patternText = new StringBuffer();
// System.out.println("Class Data ==>"+tokens.getText());
if (ctx == null || ctx.Identifier() == null) {
return;
}
// System.out.println("Class name==>"+ ctx.Identifier().getText());
if (LogUtil.isDebugEnabled(LOG_NAME)) {
LogUtil.debug(CLASS_NAME, "", "Class name==>" + ctx.Identifier().getText(), LOG_NAME);
}
// getJavaDocMatch();
className = ctx.Identifier().getText();
if (className.toLowerCase().indexOf("processfacade") != -1
|| className.toLowerCase().indexOf("processdelegate") != -1) {
conditionText.append(
"\nProcessCalls References are found. Class : " + ctx.Identifier().getText() + "\n");
patternText.append(
"\nProcessCalls References are found. Class : " + ctx.Identifier().getText() + "\n");
}
conditionText.append("\n Class name-->" + ctx.Identifier().getText() + "\n");
if (searchPatterns != null) {
for (String searchKeyword : searchPatterns) {
String actualPropertyValue = "";
if (messageMap != null && messageMap.get(searchKeyword) != null) {
actualPropertyValue = " [" + messageMap.get(searchKeyword) + "] ";
}
// System.out.println("SearchKeyword ==> "+searchKeyword+" =
// "+rewriter.getText().toUpperCase().contains(searchKeyword.toUpperCase()));
if (searchKeyword != null) {
try {
String keywordWOQuote = Pattern.quote(searchKeyword);
pattern = Pattern.compile(keywordWOQuote, Pattern.CASE_INSENSITIVE);
System.out.println(pattern.compile(keywordWOQuote));
// Need to add pattern for finding keyword
// if(rewriter.getText().indexOf(searchKeyword)!=-1) {
if (pattern.matcher(rewriter.getText()).find()) {
conditionText.append(
"Pattern Matched for searchPattern-->"
+ searchKeyword
+ actualPropertyValue
+ "\n");
actClassName = ctx.Identifier().getText();
patternText.append("\n Class name-->" + className + "\n");
patternText.append(
"Pattern Matched for searchPattern-->"
+ searchKeyword
+ actualPropertyValue
+ "\n");
// System.out.println("Pattern Matched for
// searchPattern=="+searchKeyword+actualPropertyValue);
if (LogUtil.isDebugEnabled(LOG_NAME)) {
LogUtil.debug(
CLASS_NAME,
"enterClassDeclaration",
"Pattern Matched for searchPattern=" + searchKeyword + actualPropertyValue,
LOG_NAME);
}
patternFound = true;
}
} catch (Exception ex) {
ex.printStackTrace();
}
}
}
}
if (!patternFound) throw new PatternNotFoundException("Keyword not match");
}