List of usage examples for java.lang.ref SoftReference get
public T get()
From source file:org.atricore.idbus.kernel.main.databinding.JAXBUtils.java
/** * Create a JAXBContext using the contextPackages * * @param contextPackages Set<String> * @param cl ClassLoader//from w ww. j ava 2 s. c om * @param forceArrays boolean (true if JAXBContext must include all arrays) * @param properties Map of properties for the JAXBContext.newInstance creation method * @param classRefs List of class references * @return JAXBContextValue (JAXBContext + constructionType) * @throws javax.xml.bind.JAXBException */ private static JAXBContextValue createJAXBContextValue(TreeSet<String> contextPackages, ClassLoader cl, boolean forceArrays, Map<String, ?> properties, List<String> classRefs) throws JAXBException { JAXBContextValue contextValue = null; if (log.isDebugEnabled()) { log.debug("Following packages are in this batch of getJAXBContext() :"); for (String pkg : contextPackages) { log.debug(pkg); } log.debug("This classloader will be used to construct the JAXBContext" + cl); } // The contextPackages is a set of package names that are constructed using PackageSetBuilder. // PackageSetBuilder gets the packages names from various sources. // a) It walks the various annotations on the WebService collecting package names. // b) It walks the wsdl/schemas and builds package names for each target namespace. // // The combination of these two sources should produce all of the package names. // ------------- // Note that (b) is necessary for the following case: // An operation has a parameter named BASE. // Object DERIVED is an extension of BASE and is defined in a different package/schema. // In this case, there will not be any annotations on the WebService that reference DERIVED. // The only way to find the package for DERIVED is to walk the schemas. // ------------- Iterator<String> it = contextPackages.iterator(); while (it.hasNext()) { String p = it.next(); // Don't consider java and javax packages // REVIEW: We might have to refine this if (p.startsWith("javax.xml.ws.wsaddressing")) { continue; } if (p.startsWith("java.") || p.startsWith("javax.")) { it.remove(); } } // There are two ways to construct the context. // 1) USE A CONTEXTPATH, which is a string containing // all of the packages separated by colons. // 2) USE A CLASS[], which is an array of all of the classes // involved in the marshal/unmarshal. // // There are pros/cons with both approaches. // USE A CONTEXTPATH: // Pros: preferred way of doing this. // performant // most dynamic // Cons: Each package in context path must have an ObjectFactory // // // USE CLASS[]: // Pros: Doesn't require ObjectFactory in each package // Cons: Hard to set up, must account for JAX-WS classes, etc. // Does not work if arrays of classes are needed // slower // // The following code attempts to build a context path. It then // choose one of the two constructions above (prefer USE A CONTEXT_PATH) // // The packages are examined to see if they have ObjectFactory/package-info classes. // Invalid packages are removed from the list it = contextPackages.iterator(); boolean contextConstruction = (!forceArrays); boolean isJAXBFound = false; while (it.hasNext()) { String p = it.next(); // See if this package has an ObjectFactory or package-info if (checkPackage(p, cl)) { // Flow to here indicates package can be used for CONTEXT construction isJAXBFound = true; if (log.isDebugEnabled()) { log.debug("Package " + p + " contains an ObjectFactory or package-info class."); } } else { // Flow to here indicates that the package is not valid for context construction. // Perhaps the package is invalid. if (log.isDebugEnabled()) { log.debug("Package " + p + " does not contain an ObjectFactory or package-info class. Searching for JAXB classes"); } List<Class> classes = null; classes = getAllClassesFromPackage(p, cl); if (classes == null || classes.size() == 0) { if (log.isDebugEnabled()) { log.debug("Package " + p + " does not have any JAXB classes. It is removed from the JAXB context path."); } it.remove(); } else { // Classes are found in the package. We cannot use the CONTEXT construction contextConstruction = false; if (log.isDebugEnabled()) { log.debug("Package " + p + " does not contain ObjectFactory, but it does contain other JAXB classes."); } } } } if (!isJAXBFound) { if (log.isDebugEnabled()) { log.debug("ObjectFactory & package-info are not found in package hierachy"); } } // The code above may have removed some packages from the list. // Retry our lookup with the updated list if (contextConstruction) { if (log.isDebugEnabled()) { log.debug("Recheck Cache Start: Some packages have been removed from the list. Rechecking cache."); } String key = contextPackages.toString(); ConcurrentHashMap<ClassLoader, JAXBContextValue> innerMap = null; SoftReference<ConcurrentHashMap<ClassLoader, JAXBContextValue>> softRef = jaxbMap.get(key); if (softRef != null) { innerMap = softRef.get(); } if (innerMap != null) { contextValue = innerMap.get(cl); if (forceArrays && contextValue != null && contextValue.constructionType != JAXBUtils.CONSTRUCTION_TYPE.BY_CLASS_ARRAY_PLUS_ARRAYS) { if (log.isDebugEnabled()) { log.debug("Found a JAXBContextValue with constructionType=" + contextValue.constructionType + " but the caller requested a JAXBContext " + " that includes arrays. A new JAXBContext will be built"); } contextValue = null; } if (contextValue != null) { if (log.isDebugEnabled()) { log.debug("Successfully found JAXBContext with updated context list:" + contextValue.jaxbContext.toString()); } return contextValue; } } if (log.isDebugEnabled()) { log.debug("Recheck Cache End: Did not find a JAXBContext. Will build a new JAXBContext."); } } // CONTEXT construction if (contextConstruction) { if (log.isDebugEnabled()) { log.debug("Try building a JAXBContext using the packages only."); } JAXBContext context = createJAXBContextUsingContextPath(contextPackages, cl, classRefs); if (context != null) { contextValue = new JAXBContextValue(context, CONSTRUCTION_TYPE.BY_CONTEXT_PATH); } if (log.isDebugEnabled()) { log.debug("Building a JAXBContext with packages only success=" + (contextValue != null)); } } // CLASS construction if (contextValue == null) { if (log.isDebugEnabled()) { log.debug("Try building a JAXBContext using a list of classes."); log.debug("Start finding classes"); } it = contextPackages.iterator(); List<Class> fullList = new ArrayList<Class>(); while (it.hasNext()) { String pkg = it.next(); fullList.addAll(getAllClassesFromPackage(pkg, cl)); } //Lets add all common array classes addCommonArrayClasses(fullList); Class[] classArray = fullList.toArray(new Class[0]); if (log.isDebugEnabled()) { log.debug("End finding classes"); } JAXBContext context = JAXBContext_newInstance(classArray, cl, properties, classRefs); if (context != null) { if (forceArrays) { contextValue = new JAXBContextValue(context, CONSTRUCTION_TYPE.BY_CLASS_ARRAY_PLUS_ARRAYS); } else { contextValue = new JAXBContextValue(context, CONSTRUCTION_TYPE.BY_CLASS_ARRAY); } } } if (log.isDebugEnabled()) { log.debug("Successfully created JAXBContext " + contextValue.jaxbContext.toString()); } return contextValue; }
From source file:org.apache.axis2.jaxws.message.databinding.JAXBUtils.java
/** * Create a JAXBContext using the contextPackages * * @param contextPackages Set<String> * @param cl ClassLoader//from w w w. j a v a2 s.co m * @param forceArrays boolean (true if JAXBContext must include all arrays) * @param properties Map of properties for the JAXBContext.newInstance creation method * @param classRefs List of class references * @return JAXBContextValue (JAXBContext + constructionType) * @throws JAXBException */ private static JAXBContextValue createJAXBContextValue(TreeSet<String> contextPackages, ClassLoader cl, boolean forceArrays, Map<String, ?> properties, List<String> classRefs) throws JAXBException { JAXBContextValue contextValue = null; if (log.isDebugEnabled()) { log.debug("Following packages are in this batch of getJAXBContext() :"); for (String pkg : contextPackages) { log.debug(pkg); } log.debug("This classloader will be used to construct the JAXBContext" + cl); } // The contextPackages is a set of package names that are constructed using PackageSetBuilder. // PackageSetBuilder gets the packages names from various sources. // a) It walks the various annotations on the WebService collecting package names. // b) It walks the wsdl/schemas and builds package names for each target namespace. // // The combination of these two sources should produce all of the package names. // ------------- // Note that (b) is necessary for the following case: // An operation has a parameter named BASE. // Object DERIVED is an extension of BASE and is defined in a different package/schema. // In this case, there will not be any annotations on the WebService that reference DERIVED. // The only way to find the package for DERIVED is to walk the schemas. // ------------- Iterator<String> it = contextPackages.iterator(); while (it.hasNext()) { String p = it.next(); // Don't consider java and javax packages // REVIEW: We might have to refine this if (p.startsWith("javax.xml.ws.wsaddressing")) { continue; } if (p.startsWith("java.") || p.startsWith("javax.")) { it.remove(); } } // There are two ways to construct the context. // 1) USE A CONTEXTPATH, which is a string containing // all of the packages separated by colons. // 2) USE A CLASS[], which is an array of all of the classes // involved in the marshal/unmarshal. // // There are pros/cons with both approaches. // USE A CONTEXTPATH: // Pros: preferred way of doing this. // performant // most dynamic // Cons: Each package in context path must have an ObjectFactory // // // USE CLASS[]: // Pros: Doesn't require ObjectFactory in each package // Cons: Hard to set up, must account for JAX-WS classes, etc. // Does not work if arrays of classes are needed // slower // // The following code attempts to build a context path. It then // choose one of the two constructions above (prefer USE A CONTEXT_PATH) // // The packages are examined to see if they have ObjectFactory/package-info classes. // Invalid packages are removed from the list it = contextPackages.iterator(); boolean contextConstruction = (!forceArrays); boolean isJAXBFound = false; while (it.hasNext()) { String p = it.next(); // See if this package has an ObjectFactory or package-info if (checkPackage(p, cl)) { // Flow to here indicates package can be used for CONTEXT construction isJAXBFound = true; if (log.isDebugEnabled()) { log.debug("Package " + p + " contains an ObjectFactory or package-info class."); } } else { // Flow to here indicates that the package is not valid for context construction. // Perhaps the package is invalid. if (log.isDebugEnabled()) { log.debug("Package " + p + " does not contain an ObjectFactory or package-info class. Searching for JAXB classes"); } List<Class> classes = null; classes = getAllClassesFromPackage(p, cl); if (classes == null || classes.size() == 0) { if (log.isDebugEnabled()) { log.debug("Package " + p + " does not have any JAXB classes. It is removed from the JAXB context path."); } it.remove(); } else { // Classes are found in the package. We cannot use the CONTEXT construction contextConstruction = false; if (log.isDebugEnabled()) { log.debug("Package " + p + " does not contain ObjectFactory, but it does contain other JAXB classes."); } } } } if (!isJAXBFound) { if (log.isDebugEnabled()) { log.debug("ObjectFactory & package-info are not found in package hierachy"); } } // The code above may have removed some packages from the list. // Retry our lookup with the updated list if (contextConstruction) { if (log.isDebugEnabled()) { log.debug("Recheck Cache Start: Some packages have been removed from the list. Rechecking cache."); } String key = contextPackages.toString(); ConcurrentHashMap<ClassLoader, JAXBContextValue> innerMap = null; SoftReference<ConcurrentHashMap<ClassLoader, JAXBContextValue>> softRef = jaxbMap.get(key); if (softRef != null) { innerMap = softRef.get(); } if (innerMap != null) { contextValue = innerMap.get(cl); if (forceArrays && contextValue != null && contextValue.constructionType != JAXBUtils.CONSTRUCTION_TYPE.BY_CLASS_ARRAY_PLUS_ARRAYS) { if (log.isDebugEnabled()) { log.debug("Found a JAXBContextValue with constructionType=" + contextValue.constructionType + " but the caller requested a JAXBContext " + " that includes arrays. A new JAXBContext will be built"); } contextValue = null; } if (contextValue != null) { if (log.isDebugEnabled()) { log.debug("Successfully found JAXBContext with updated context list:" + contextValue.jaxbContext.toString()); } return contextValue; } } if (log.isDebugEnabled()) { log.debug("Recheck Cache End: Did not find a JAXBContext. Will build a new JAXBContext."); } } // CONTEXT construction if (contextConstruction) { if (log.isDebugEnabled()) { log.debug("Try building a JAXBContext using the packages only."); } JAXBContext context = createJAXBContextUsingContextPath(contextPackages, cl, classRefs); if (context != null) { contextValue = new JAXBContextValue(context, CONSTRUCTION_TYPE.BY_CONTEXT_PATH); } if (log.isDebugEnabled()) { log.debug("Building a JAXBContext with packages only success=" + (contextValue != null)); } } // CLASS construction if (contextValue == null) { if (log.isDebugEnabled()) { log.debug("Try building a JAXBContext using a list of classes."); log.debug("Start finding classes"); } it = contextPackages.iterator(); List<Class> fullList = new ArrayList<Class>(); while (it.hasNext()) { String pkg = it.next(); fullList.addAll(getAllClassesFromPackage(pkg, cl)); } //Lets add all common array classes addCommonArrayClasses(fullList); Class[] classArray = fullList.toArray(new Class[0]); if (log.isDebugEnabled()) { log.debug("End finding classes"); } JAXBContext context = JAXBContext_newInstance(classArray, cl, properties, classRefs); if (context != null) { if (forceArrays) { contextValue = new JAXBContextValue(context, CONSTRUCTION_TYPE.BY_CLASS_ARRAY_PLUS_ARRAYS); } else { contextValue = new JAXBContextValue(context, CONSTRUCTION_TYPE.BY_CLASS_ARRAY); } } } if (log.isDebugEnabled()) { log.debug("Successfully created JAXBContext " + contextValue.jaxbContext.toString()); } return contextValue; }
From source file:com.mysql.stresstool.RunnableQueryDelete.java
public void run() { if (doDelete) { Connection conn = null;/* w w w . j av a 2 s . com*/ try { if (jdbcUrlMap.get("dbType") != null && !((String) jdbcUrlMap.get("dbType")).equals("MySQL")) { conn = DriverManager.getConnection((String) jdbcUrlMap.get("dbType"), "test", "test"); } else conn = DriverManager.getConnection((String) jdbcUrlMap.get("jdbcUrl")); } catch (SQLException ex) { ex.printStackTrace(); } if (conn != null) { try { Statement stmt = null; ResultSet rs = null; conn.setAutoCommit(false); { SoftReference sf = new SoftReference(conn.createStatement()); stmt = (Statement) sf.get(); } // stmt2 = conn.createStatement(); stmt.execute("SET AUTOCOMMIT=0"); long execTime = 0; int pkStart = 0; int pkEnds = 0; ThreadInfo thInfo; long threadTimeStart = System.currentTimeMillis(); active = true; thInfo = new ThreadInfo(); thInfo.setId(this.ID); thInfo.setType("delete"); thInfo.setStatusActive(this.isActive()); StressTool.setInfoDelete(this.ID, thInfo); int deletedRows = 0; int[] pkStartAr = null; int[] pkEndsAr = null; String[][] sqlParameterValues; int[] iLine = { 0, 0 }; // for(int repeat = 0 ; repeat < repeatNumber ; repeat++ ){ // pkEndsAr[repeat] = StressTool.getNumberFromRandom(2147483647).intValue(); // pkStartAr[repeat] = StressTool.getNumberFromRandom(pkEndsAr[repeat]- 10).intValue(); // // } for (int repeat = 0; repeat < repeatNumber; repeat++) { int maxDel = 0; totalLineDeleted = 0; // pkStart = pkStartAr[repeat]; // pkEnds = pkEndsAr[repeat]; // System.gc(); String deleteCheck1 = ""; long timeStart = System.currentTimeMillis(); try { stmt.execute("BEGIN"); for (int iTable = 1; iTable <= this.getNumberOfprimaryTables(); iTable++) { ResultSet rsToDelete = stmt .executeQuery("Select max(a),min(a) from tbtest" + iTable); rsToDelete.next(); DecimalFormat df = new DecimalFormat("#.000000"); long maxDelete = rsToDelete.getLong(1); long minDelete = rsToDelete.getLong(2); long maxToDelete = new Double( ((double) this.getDeleterowmaxpct() * maxDelete) / 100).longValue(); PreparedStatement pstmt = null; { SoftReference sf = new SoftReference(conn.prepareStatement( "DELETE FROM tbtest" + iTable + " where a between ? and ?")); pstmt = (PreparedStatement) sf.get(); } int deleted = 0; if (maxDelete > 0) { for (long iCdelete = minDelete; iCdelete < maxToDelete; iCdelete += getDeleterowsinterval()) { pstmt.setLong(1, iCdelete); pstmt.setLong(2, iCdelete += getDeleterowsinterval()); int rows = pstmt.executeUpdate(); if (rows > 0) deleted += rows; if (deleted >= maxToDelete) { totalLineDeleted += deleted; break; } stmt.execute("COMMIT"); } } stmt.execute("COMMIT"); } if (!doSimplePk) { for (int iTable = 1; iTable <= this.getNumberOfSecondaryTables(); iTable++) { ResultSet rsToDelete = stmt .executeQuery("Select max(a),min(a) from tbtest_child" + iTable); rsToDelete.next(); DecimalFormat df = new DecimalFormat("#.000000"); long maxDelete = rsToDelete.getLong(1); long minDelete = rsToDelete.getLong(2); long maxToDelete = new Double( ((double) this.getDeleterowmaxpct() * maxDelete) / 100).longValue(); PreparedStatement pstmt = conn.prepareStatement( "DELETE FROM tbtest_child" + iTable + " where a between ? and ?"); int deleted = 0; if (maxDelete > 0) { for (long iCdelete = minDelete; iCdelete < maxToDelete; iCdelete += getDeleterowsinterval()) { pstmt.setLong(1, iCdelete); pstmt.setLong(2, iCdelete += getDeleterowsinterval()); int rows = pstmt.executeUpdate(); if (rows > 0) deleted += rows; if (deleted >= maxToDelete) { totalLineDeleted += deleted; break; } stmt.execute("COMMIT"); } } stmt.execute("COMMIT"); } } long timeEnds = System.currentTimeMillis(); execTime = (timeEnds - timeStart); } catch (SQLException sqle) { conn.rollback(); // System.out.println("Query Delete1 = " + deleteCheck1); /** Silently skip any deadlock **/ if (StressTool.getErrorLogHandler() != null) { StressTool.getErrorLogHandler().appendToFile(sqle.toString()); } // sqle.printStackTrace(); } finally { } if (doLog) { System.out.println("Query Delete TH = " + this.getID() + " Id = " + pkStart + " IdEnd = " + pkEnds + " " + "Deleted lines " + (totalLineDeleted) + " Exec Time(ms) =" + execTime); } thInfo.setExecutedLoops(repeat); Thread.sleep(sleepFor); } stmt.close(); // stmt2.close(); conn.close(); long threadTimeEnd = System.currentTimeMillis(); this.executionTime = (threadTimeEnd - threadTimeStart); this.setExecutionTime(executionTime); active = false; // System.out.println("Query Delete TH = " + this.getID() +" Id = " + pkStart + // " IdEnd = " + pkEnds + " " + "Deleted lines " + // deletedRows + " Exec Time(ms) =" + execTime + " Sec =" + (execTime/1000)); thInfo.setExecutionTime(executionTime); thInfo.setStatusActive(false); StressTool.setInfoDelete(this.ID, thInfo); return; } catch (Exception ex) { ex.printStackTrace(); } } } }
From source file:de.fhg.igd.mapviewer.AbstractTileOverlayPainter.java
private BufferedImage getCachedTile(int x, int y, int zoom) { BufferedImage result = null;//from w ww . ja v a 2s . c o m synchronized (cache) { // cache per zoom final TIntObjectHashMap<TIntObjectHashMap<SoftReference<BufferedImage>>> zoomCache = cache.get(zoom); if (zoomCache != null) { // cache per x final TIntObjectHashMap<SoftReference<BufferedImage>> xCache = zoomCache.get(x); if (xCache != null) { // img cache final SoftReference<BufferedImage> imgCache = xCache.get(y); if (imgCache != null) { result = imgCache.get(); } } } } return result; }
From source file:jetbrains.exodus.env.EnvironmentImpl.java
@Nullable
LongObjectCacheBase getTreeNodesCache() {
final SoftReference<LongObjectCacheBase> cacheRef = treeNodesCache;
if (cacheRef != null) {
final LongObjectCacheBase cache = cacheRef.get();
return cache != null ? cache : invalidateTreeNodesCache();
}//w w w . j a va 2 s . c om
return null;
}
From source file:com.amalto.commons.core.utils.xpath.ri.JXPathContextReferenceImpl.java
/** * Compile the given expression./*from w w w. j a v a2 s . c o m*/ * @param xpath to compile * @return Expression */ private Expression compileExpression(String xpath) { Expression expr; synchronized (compiled) { if (USE_SOFT_CACHE) { expr = null; SoftReference ref = (SoftReference) compiled.get(xpath); if (ref != null) { expr = (Expression) ref.get(); } } else { expr = (Expression) compiled.get(xpath); } } if (expr != null) { return expr; } expr = (Expression) Parser.parseExpression(xpath, getCompiler()); synchronized (compiled) { if (USE_SOFT_CACHE) { if (cleanupCount++ >= CLEANUP_THRESHOLD) { Iterator it = compiled.entrySet().iterator(); while (it.hasNext()) { Entry me = (Entry) it.next(); if (((SoftReference) me.getValue()).get() == null) { it.remove(); } } cleanupCount = 0; } compiled.put(xpath, new SoftReference(expr)); } else { compiled.put(xpath, expr); } } return expr; }
From source file:com.geeker.door.imgcache.ImageDownloader.java
/** * @param url/* ww w . j av a 2 s . c om*/ * The URL of the image that will be retrieved from the cache. * @return The cached bitmap or null if it was not found. */ public Bitmap getBitmapFromCache(String url) { if (url == null || url.length() == 0) return null; // First try the hard reference cache synchronized (mHardBitmapCache) { final Bitmap bitmap = mHardBitmapCache.get(url); if (bitmap != null) { // Bitmap found in hard cache // Move element to first position, so that it is removed last mHardBitmapCache.remove(url); mHardBitmapCache.put(url, bitmap); // Logger.d( // "ImageDownloader", // "RAM HardReference Cache==>" + "Heap:" // + (Debug.getNativeHeapSize() / 1024) + "KB " // + "FreeHeap:" // + (Debug.getNativeHeapFreeSize() / 1024) // + "KB " + "AllHeap:" // + (Debug.getNativeHeapAllocatedSize() / 1024) // + "KB" + " url:" + url); return bitmap; } } // Then try the soft reference cache SoftReference<Bitmap> bitmapReference = mSoftBitmapCache.get(url); if (bitmapReference != null) { final Bitmap bitmap = bitmapReference.get(); if (bitmap != null) { // Bitmap found in soft cache // Logger.d( // "ImageDownloader", // "RAM SoftReference Cache==>" + "Heap:" // + (Debug.getNativeHeapSize() / 1024) + "KB " // + "FreeHeap:" // + (Debug.getNativeHeapFreeSize() / 1024) // + "KB " + "AllHeap:" // + (Debug.getNativeHeapAllocatedSize() / 1024) // + "KB" + " url:" + url); return bitmap; } else { // Soft reference has been Garbage Collected mSoftBitmapCache.remove(url); } } return null; }
From source file:net.sourceforge.fenixedu.domain.Degree.java
public static Degree readBySigla(final String sigla) { if (degrees.isEmpty()) { loadCache();// ww w . j a v a 2s .com } final String lowerCaseString = sigla.toLowerCase(); final SoftReference<Degree> degreeReference = degrees.get(lowerCaseString); if (degreeReference != null) { final Degree degree = degreeReference.get(); if (degree != null && degree.getRootDomainObject() == Bennu.getInstance() && degree.getSigla().equalsIgnoreCase(lowerCaseString)) { return degree; } else { loadCache(); final SoftReference<Degree> otherDegreeReference = degrees.get(lowerCaseString); if (otherDegreeReference != null) { final Degree otherDegree = otherDegreeReference.get(); if (otherDegree != null && otherDegree.getRootDomainObject() == Bennu.getInstance() && otherDegree.getSigla().equalsIgnoreCase(lowerCaseString)) { return otherDegree; } } } } return null; }
From source file:com.corebase.android.bitmap.util.ImageCache.java
/** * @param options//from www .j ava2 s .c o m * - BitmapFactory.Options with out* options populated * @return Bitmap that case be used for inBitmap */ // private final Object mIteratorLock = new Object(); protected Bitmap getBitmapFromReusableSet(BitmapFactory.Options options) { Bitmap bitmap = null; if (mReusableBitmaps != null && !mReusableBitmaps.isEmpty()) { // final Iterator<SoftReference<Bitmap>> iterator = // mReusableBitmaps.iterator(); Bitmap item; SoftReference<Bitmap> reference = null; for (String key : mReusableBitmaps.keySet()) { reference = mReusableBitmaps.get(key); if (reference != null) { item = reference.get(); if (null != item && item.isMutable()) { if (canUseForInBitmap(item, options)) { bitmap = item; mReusableBitmaps.remove(key); } } else { mReusableBitmaps.remove(key); } } } // while (iterator.hasNext()) { // reference = iterator.next(); // item = reference.get(); // if (null != item && item.isMutable()) { // // Check to see it the item can be used for inBitmap // if (canUseForInBitmap(item, options)) { // bitmap = item; // // Remove from reusable set so it can't be used again // iterator.remove(); // if(mReusableBitmaps.contains(reference)){ // mReusableBitmaps.remove(reference); // } // break; // } // } else { // // Remove from the set if the reference has been cleared. // iterator.remove(); // if(mReusableBitmaps.contains(reference)){ // mReusableBitmaps.remove(reference); // } // } // } } return bitmap; }
From source file:com.mysql.stresstool.RunnableQuerySelectPCH.java
/** * When an object implementing interface <code>Runnable</code> is used to create a thread, starting the thread causes the object's <code>run</code> method to be called in * that separately executing thread.// w w w.j a v a 2 s . c o m * * @todo Implement this java.lang.Runnable method */ public void run() { Connection conn = createConnection(); { SoftReference sf = new SoftReference(createConnection()); conn = (Connection) sf.get(); } if (conn != null) { ThreadInfo thInfo; thInfo = new ThreadInfo(); thInfo.setId(this.ID); thInfo.setType("select"); active = true; thInfo.setStatusActive(this.isActive()); StressTool.setInfoSelect(this.ID, thInfo); try { Statement stmt = null; ResultSet rs = null; conn.setAutoCommit(false); stmt = conn.createStatement(); PreparedStatement pstmt; long execTime = 0; int repeat = 0; int sqlParameterNumbers = 0; long threadTimeStart = System.currentTimeMillis(); if (this.sqlQuery != null && !this.sqlQuery.equals("")) { try { pstmt = conn.prepareStatement(sqlQuery); sqlParameterNumbers = pstmt.getParameterMetaData().getParameterCount(); } catch (SQLException sqlex) { sqlex.printStackTrace(); conn.close(); return; } } else { pstmt = null; } String[][] sqlParameterValues; if (this.sqlQuery == null || this.sqlQuery.equals("")) { pkRange = new PrimaryKeyRangeDefiner(repeatNumber); pkRange.setLastResetLoop(0); pkRange = setPkRange(conn, pkRange); // 3351000110 sqlParameterValues = null; } else { sqlParameterValues = new String[repeatNumber][sqlParameterNumbers]; for (repeat = 0; repeat < repeatNumber; repeat++) { for (int pvalue = 0; pvalue < sqlParameterNumbers; pvalue++) { sqlParameterValues[repeat][pvalue] = "3" + String.valueOf(StressTool.getNumberFromRandom(500000000).intValue()); } } } for (repeat = 0; repeat < repeatNumber; repeat++) { int pkStart = 0; int pkEnds = 0; int recordFound = 0; if (repeat > 0 && pkRange.getLooprefresh() < (repeat - pkRange.getLastResetLoop())) { pkRange = setPkRange(conn, pkRange); pkRange.setLastResetLoop(repeat); } if (pkRange.getKeyStart(repeat) > 0 && pkRange.getKeyEnd(repeat) > 0) { pkStart = pkRange.getKeyStart(repeat); pkEnds = pkRange.getKeyEnd(repeat); } if (pkStart > pkEnds) { int dummy = pkStart; pkStart = pkEnds; pkEnds = dummy; } if (pkEnds == 0) continue; String select = ""; { SoftReference sf = new SoftReference(generateSelectString(pkStart, pkEnds, select)); select = (String) sf.get(); } int[] iLine = null; try { long timeStart = System.currentTimeMillis(); try { if (this.sqlQuery != null && !this.sqlQuery.equals("")) { if (this.getIBatchSelect() > 0) { for (int pstmtbatch = 0; pstmtbatch < this.getIBatchSelect(); pstmtbatch++) { for (int ii = 1; ii <= sqlParameterNumbers; ii++) { pstmt.setString(ii, sqlParameterValues[StressTool .getNumberFromRandom(repeatNumber).intValue()][ii - 1]); { SoftReference sf = new SoftReference(pstmt.executeQuery()); rs = (ResultSet) sf.get(); } // System.out.print(this.sqlQuery + " BATCH | " + ii +" | " + sqlParameterValues[repeat][ii - 1] + "\n") ; } } } else { for (int ii = 1; ii <= sqlParameterNumbers; ii++) { pstmt.setString(ii, sqlParameterValues[repeat][ii - 1]); // System.out.print(this.sqlQuery + " | " + ii +" | " + sqlParameterValues[repeat][ii - 1] + "\n") ; } rs = pstmt.executeQuery(); } } else { rs = stmt.executeQuery(select); rs.last(); } } catch (Exception ex) { if (StressTool.getErrorLogHandler() != null) { StressTool.getErrorLogHandler().appendToFile(ex.toString()); } else ex.printStackTrace(); } finally { if (rs != null) { rs.close(); rs = null; } } long timeEnds = System.currentTimeMillis(); // recordFound = rs.getRow(); execTime = (timeEnds - timeStart); thInfo.setExecutedLoops(repeat); } catch (SQLException sqle) { if (StressTool.getErrorLogHandler() != null) { StressTool.getErrorLogHandler().appendToFile(sqle.toString()); } else sqle.printStackTrace(); } finally { if (rs != null) { rs.close(); rs = null; } // intDeleteInterval++; if (doLog) System.out.println( "Query Select TH = " + this.getID() + " Id = " + pkStart + " IdEnd = " + pkEnds + " Record found = " + recordFound + " Exec Time(ms) =" + execTime); } if (sleepFor > 0 || this.getSleepSelect() > 0) { if (this.getSleepSelect() > 0) { Thread.sleep(getSleepSelect()); } else Thread.sleep(sleepFor); } } // System.out.println("Query Select/Delete TH = " + this.getID() + " COMPLETED! "); long threadTimeEnd = System.currentTimeMillis(); this.executionTime = (threadTimeEnd - threadTimeStart); // this.setExecutionTime(executionTime); active = false; thInfo.setExecutionTime(executionTime); thInfo.setStatusActive(false); StressTool.setInfoSelect(this.ID, thInfo); stmt = null; return; } catch (Exception ex) { ex.printStackTrace(); try { conn.close(); } catch (SQLException e) { // TODO Auto-generated catch block e.printStackTrace(); } } } }