Examples of org.apache.openjpa.lib.util.concurrent.ConcurrentHashMap$Entry

Package org.apache.openjpa.lib.util.concurrent

Examples of org.apache.openjpa.lib.util.concurrent.ConcurrentHashMap$Entry

org.easetech.easytest._1.Entry
This class implements a HashMap which has limited synchronization. In particular mutators are generally synchronized while accessors are generally not. Additionally the Iterators returned by this class are not "fail-fast", but instead try to continue to iterate over the data structure after changes have been made. The synchronization semantics are built right in to the implementation rather than using a delegating wrapper like the other collection classes do because it wasn't clear to me that the how the two should be seperated or that it would be useful to do so. This can probably be a topic for further debate in the future. This class is based heavily on the HashMap class in the Java collections package.


            public void valueExpired(Object key) {
                softMapValueExpired(key);
            }
        };
        pinnedMap = new ConcurrentHashMap();


        if (!lru) {
            cacheMap = new ConcurrentHashMap(size, load) {
                public void overflowRemoved(Object key, Object value) {
                    cacheMapOverflowRemoved(key, value);
                }
            };
            _readLock = null;

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        AbstractBrokerFactory factory = getPooledFactory(_conf);
        if (factory != null)
            return factory;


        // reset these transient fields to empty values
        _transactional = new ConcurrentHashMap();
        _brokers = new ConcurrentReferenceHashSet(
                ConcurrentReferenceHashSet.WEAK);


        makeReadOnly();
        return this;

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        AbstractBrokerFactory factory = getPooledFactory(_conf);
        if (factory != null)
            return factory;


        // reset these transient fields to empty values
        _transactional = new ConcurrentHashMap();
        _brokers = new ConcurrentReferenceHashSet(
                ConcurrentReferenceHashSet.WEAK);


        makeReadOnly();
        return this;

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            // can't have a null reference in the map, so use symbolic
            // constant as key
            Object key = loader == null ? NULL_LOADER : loader;
            Map loaderCache = (Map) _loaders.get(key);
            if (loaderCache == null) { // We don't have a cache for this loader.
                loaderCache = new ConcurrentHashMap();
                _loaders.put(key, loaderCache);
            } else {  // We have a cache for this loader.
                cls = (Class) loaderCache.get(clsName);
            }

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                    for (TestMethod testMethod : inputTestData.getTestMethod()) {
                        List<TestRecord> originalTestRecords = testMethod.getTestRecord();
                        for (TestRecord originalTestRecord : originalTestRecords) {
                            if (originalTestRecord.getId().equals(testRecord.get(RECORD_POSITION))) {
                                OutputData outputData = new OutputData();
                                Entry outputEntry = new Entry();
                                outputEntry.setKey(ACTUAL_RESULT);
                                outputEntry.setValue(testRecord.get(ACTUAL_RESULT).toString());
                                outputData.getEntry().add(outputEntry);
                                originalTestRecord.setOutputData(outputData);
                                outputDataAdded = true;
                                break;
                            }

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                    for (TestMethod testMethod : inputTestData.getTestMethod()) {
                        List<TestRecord> originalTestRecords = testMethod.getTestRecord();
                        for (TestRecord originalTestRecord : originalTestRecords) {
                            if (originalTestRecord.getId().equals(testRecord.get(RECORD_POSITION))) {
                                OutputData outputData = new OutputData();
                                Entry outputEntry = new Entry();
                                outputEntry.setKey(ACTUAL_RESULT);
                                outputEntry.setValue(testRecord.get(ACTUAL_RESULT).toString());
                                Entry durationEntry = new Entry();
                                durationEntry.setKey(DURATION);
                                durationEntry.setValue(testRecord.get(DURATION).toString());
                                outputData.getEntry().add(outputEntry);
                                outputData.getEntry().add(durationEntry);
                                if(testRecord.get(TEST_STATUS) != null){
                                    Entry statusEntry = new Entry();
                                    statusEntry.setKey(TEST_STATUS);
                                    statusEntry.setValue(testRecord.get(TEST_STATUS).toString());
                                    outputData.getEntry().add(statusEntry);
                                }
                                
                                
                                originalTestRecord.setOutputData(outputData);
                                outputDataAdded = true;
                                break;
                            }
                        }
                        if (outputDataAdded) {
                            break;
                        }
                    }
                }else{
                    //Method did not return any data. So only write the duration as output
                    for (TestMethod testMethod : inputTestData.getTestMethod()) {
                        List<TestRecord> originalTestRecords = testMethod.getTestRecord();
                        for (TestRecord originalTestRecord : originalTestRecords) {
                            if (originalTestRecord.getId().equals(testRecord.get(RECORD_POSITION))) {
                                OutputData outputData = new OutputData();
                                Entry durationEntry = new Entry();
                                durationEntry.setKey(DURATION);
                                durationEntry.setValue(testRecord.get(DURATION).toString());
                                outputData.getEntry().add(durationEntry);
                                originalTestRecord.setOutputData(outputData);
                                outputDataAdded = true;
                                break;
                            }

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