Tag Archives: java script

What does the future holds for Java technology?

What does the future holds for Java technology? 

When Java was developed as a first look even its developers were perplexed in which way the technology will develop. And actually Java programming has taken a sudden turn around as a growth technological innovation. It began its trip with included programs but individuals found it somewhat slow when compared to C++. Java made venture into web in the as applets and it owned the world for sometime. But then came business era with campaign of .NET and J2EE. You can analyze possible guidelines where there are chances Java will develop as the most needed technology.

Future Scope Of Java

Java is used in a variety of processing systems from devices and mobile phones on the low end, to business web servers and supercomputers on the high end. Java is nearly everywhere in cellular phones, Web servers and business programs, and while less common on pc computers; Java applets are often used to provide enhanced performance while surfing around the World Wide Web.

Is the core outdated?

Some individuals say there is no need of independent core Java, which is now known as J2SE. J2SE is made up of core Java elements and collections like collections with core language, resources, SWT, Swing, networking, Security etc.

For Dense Clients

In the recent terms individuals anticipate excellent efficiency from programs that is very much sophisticatedly organised online on some distant web servers. Applying clients with good population is one of the methods to make a better effective way for such programs. Such clients actually means the execution where client themselves would work for some functions without sharing with server for minor issues.

Pros in Java

Java accepted the idea of exemption specifications

Java API’s can simply be utilized by developers

Using JAVA we can produce powerful web applications

It allows you to create flip programs and recycleable codes

It is free, so users do not have to battle with heavy certificate fees each year

Platform independent

Java API’s can simply be utilized by developers

Java perform facilitates garbage collection, so memory management is automatic

Java always allocates things on the stack

For Desktop

Sometimes back individuals began to believe that Java is intended for web programs only. Java still can make its indicate as growth technological innovation for stand-along programs. The only disadvantage of Java for pc programs is reduced efficiency. Components can simply get over this disadvantage. But at the same time Java comes with many advantages that is applicable to stand-alone programs too, like system freedom, scalability, easy to maintain, versatility etc.

Enterprise

Here in the enterprise point of Java which is known as J2EE (Java 2 Enterprise Edition), is the most famous Java structure in use in current scenario. It is a combination of many technological innovation included together to type a pack, which offers everything that is required to build up an EA. It comes with features like versatility, scalability, object focused, protection, perseverance, caching, effective assurance and many more.

As a Base

To create advanced components and tools one always need to use the bottom collection. J2SE provides basic collections like language features, resources as well as social networking APIs. Even J2EE and other Java technological innovation is extended or developed over the top of such system collections. With the changing times, J2SE or Core Java is not going to lose its importance.

In Full Swing

At the time when .NET was released in industry individuals began to believe that .NET will enjoy monopoly in the field of enterprise clubbing and latest technology. But Java made its comeback with J2EE as a famous technology for enterprise and online programs. It began providing everything compatible to .NET along with its long lasting benefits like money free and system independence. Because of such pros lots of clients began to select J2EE as their growth for future development to create enterprise and online programs.

Java review by CRB Tech Solutions is more than enough to make you consider and take up a career in this field.

More Related Topic:

Future of Java Technology

Future of Java

 

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

Java project: A Case Study

After getting a big name in the programming globe, “Java” has become a plain term for Java of any type and source.

In Apr, California condition lastly announced Java the formal condition consume. Marketplace followed a grassroots strategy known as #WA4JAVA built since 2011.
26119736
During the US primary selection season, Java Joe’s in Des Moines and Bongo Java’s Spot in Chattanooga were forced into the US press focus when Brian Trump and Hillary Clinton achieved out to voters by going to the fast food restaurants. Many other fast food restaurants and cooking companies throughout the US are known as after Java.

But does such marking increase “Java” exports from Philippines to the US as a popular industry for Indonesian Java? Not actually. There is a poor causal regards between the marking and business quantity, if any. What’s losing here is knowledge and recognition.

Most Java customers in the US do not actually know that Java is an isle in Philippines. US Java businesses, importers, roasters, suppliers and professionals, are reluctant to bring up Philippines in their product explanations or manufacturers. They only recognize the particular area, cultivator or supportive of plants, for example, Java Kayumas, Sumatra Mandheling, Wahana Rasuna, Sulawesi Tana Toraja, Indonesia Kintamani.

Even Erna Knutsen, a tale of specialised Java in the US, only provided credit to Sumatra Mandheling: “Well, it was the beginning of my romance with Mandheling, Sumatra. Oh God, it’s still my favorite Java.”

The Java lover simply likes a particular Indonesian Java without knowing the various tastes and figures or the complexness of Indonesian Java. They are hardly aware that Sumatra is in Philippines, but they know completely the natural flavor and body they’re looking for in a cup of Sumatra.

Nevertheless Indonesia’s Java business quantity is estimated to increase this year — which is appropriate given increasing international demand amongst movements of supply. But such lack of knowledge in the US industry may ultimately challenge Indonesia’s reliability and reliability as one of the biggest Java exporters to the US and the world’s fourth-largest Java manufacturer.

It is a serious wake-up call for all of us to strengthen Indonesia’s product in the globe Java industry.

Indonesia needs to slam up its position marketing venture as a major dispatching country for various rich-flavored Java bean. The Java venture requires guidelines in maintainable agriculture management, local farmers’ power, agriculture technology, business marketing, etc. These guidelines must be along with techniques and representational activities — amazing and newsworthy reflection of the nationwide tale — to boost Indonesia’s popularity overseas.

The fantastic news is that Philippines is already on the list of the top 50 countries in the Anholt-Gfk Roper Nations Brand IndexSM 2015. Reliability among these guidelines, techniques and representational activities will level up its position or at least maintain it.

Not every country in the globe develops Java. The world’s second-largest exchanged product is only generated by countries within the tropical area known as the vegetable buckle. Natural vegetable manufacturing is really a benefit. Where marketing venture is an embodiment of our admiration as a country.

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

Java gets Free IntelliJ IDEA Licenses

Being a Java Champ has its benefits, and thanks to the kindness of JetBrains, a no cost certificate for IntelliJ IDEA is now one of them. The Winners are the latest in the list of groups earning this special JetBrains top quality, which also includes approved 100 % free tasks, students, and instructors. The Java Winners is a group of community-nominated technology management that are selected under software subsidized by Oracle. To be awarded with a Java Winners, applicants must be technological luminaries who demonstrate management and influence in the Java ecosphere. They are often asked to give technological direction, reviews, and views to grow the Java System.

There are 191 Java Winners listed on Oracle’s Java Champ Bios site, technological diginitries that include the likes of Java factor Joshua Bloch, Spring project lead Juergen Hoeller, and InfoQ creator Floyd Marinescu. In 2015, 19 Java Winners were added to this method. In 2016, 14 have already been inducted.

IntelliJ IDEA has been enjoying increased business thanks to its impressive approach to modifying and development, and its release of the IntelliJ IDEA Group version, a no cost, feature-rich part of their leading “Ultimate Edition”.

JetBrains just declared an important security upgrade for all IntelliJ-based IDEs solving two vulnerabilities:

Web-server vulnerabilities: A CSRF defect in the the built-in webserver could offer an opponent connect to the local file system from a harmful web page.

Over-permissive CORS configurations could offer assailants accessibility internal API endpoints and get accessibility data stored by the IDE.

JavaPoly.js allows designers to transfer current Java rule and produce it from JavaScript. “It lastly allows Java to become a first-class resident by operating straight in the web browser’s program labels (and communicating straight with the DOM), instead of being limited to an applet sand pit,” according to the venture’s Web page. The consumer does not need to have Java set up on their computer.

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

Efforts taken to License Java Software

Google’s past initiatives to certificate Java application appeared as a key point on the third day of a government test in which Oracle Corp. is blaming the Abc Inc. device of poorly using Java.

In 2006, Search engines and Java proprietor Sun Microsystems mentioned a $28 thousand, five-year deal for Search engines to use components of Java in its Android os mobile-operating program, according to records proven during a government test Wed. Oracle Corp., which purchased Sun truly, has charged Search engines for trademark violation in a situation that could modify the guidelines for application.

The speaks between Search engines and Sun were revealed this year during a young test of the situation. It is being retried in U.S. Region Judge in San Francisco following appeals-court rulings.

On Wed, Oracle’s lawyers said those discussions show Search engines professionals experienced they required a certificate but made the decision to threat developing Android os without one. Google’s lawyers countered that those discussions were about different areas of Java than what Search engines gradually used—and that Sun professionals didn’t believe Search engines required a certificate to use Java as it did.

Alphabet Chair Eric Schmidt, a former Sun professional, claimed Wed that he was willing to pay $30 thousand to $40 thousand to Sun for the five-year certificate, but the speaks dropped apart. The suggested 2006 contract would have put Sun’s logo in areas of Android os and would have involved more Java application in Android os than the program does nowadays.

Former Sun Primary Executive Jonathan Schwartz claimed that Sun desired to connect its Java product to Android os, which is now the world’s most favored mobile-operating program. But Mr. Schwartz said Search engines brought out of discussions because of “a mixture of money and technological dependancy.…Google didn’t want to depend, as best as I understand, on anyone else.”

Andy Rubin, the former head of Android os at Search engines, claimed that Sun had bookings about Google’s plan to give Android os to phone creators for free. “I think it was a difficult thing we were asking them to do.”

In a 2007 short article, Mr. Schwartz provided Search engines “heartfelt congratulations” for releasing Android operating system, despite the point that it had never properly secured a certificate for Java. Mr. Schwartz claimed he never informed anyone at Search engines that it had used Java poorly.

Oracle lawyers, however, pounced on inner Sun e-mails to demonstrate Mr. Schwartz was disappointed about Google’s use of Java. Around plenty of duration of the short article, Mr. Schwartz had written in an enclosed e-mail about Google’s Android operating system strategy: “I have no hint what they’re up to. My feeling is they’re enjoying quick and reduce with certification conditions.”

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

Java Metering by Dropwizard Metrics

We saw how we can do the relaxing Java Metering using Shirt occasion audience in one of our previously content.

Here we are going to see how to use Dropwizard Analytics structure to do the metering of our relaxing source techniques. Dropwizard Analytics is using Shirt activities audience internal to accomplish this. They have offered awesome wrapper and plenty of plug-in to collect the efficiency of each source techniques without much attempt.

There are 3 actions engaged in-order to accomplish this.

Analytics reliance in Expert pom
Sign-up ‘MetricRegistry’ and ‘ConsoleReporter’ in our source configuration
Offer @Timed or @Metered annotation for source methods

Since we are going to use Analytics structure within Shirt (restful Java) structure, the second reliance is needed. If your relax support execution is NOT using Shirt structure, then you can neglect the ‘metrics-jersey2’ reliance. This will bring the essential collections in our program after the synchronize function.

Register ‘MetricRegistry’ and ‘ConsoleReporter’:

Both MetricRegistry and ConsoleReporter implementations are arriving from Analytics structure. They actually deliver the chance to catch the efficiency of our source techniques and release the aggregated lead to system as a study.

public class RestSkolApplication extends ResourceConfig {
private static final Logger logger = LogManager.getLogger(RestSkolApplication.class);
private Set<Class<?>> classes = new HashSet<Class<?>>();
public RestSkolApplication() {
initializeApplication();
}
private void initializeApplication() {
registerListeners(); // Register listeners
}
private void registerListeners() {
final MetricRegistry metricRegistry = new MetricRegistry();
register(new InstrumentedResourceMethodApplicationListener(metricRegistry));
ConsoleReporter.forRegistry(metricRegistry)
.convertRatesTo(TimeUnit.SECONDS)
.convertDurationsTo(TimeUnit.MILLISECONDS)
.build()
.start(1, TimeUnit.MINUTES);
logger.info(“Console reporter is enabled successfully!”);
}
}

The system review will review the efficiency metrics for every moment. This period can be configurable. So modify the period centered on your need.

@Timed or @Metered annotation:

The last phase is to add either @Timed or @Metered annotation in the REST source techniques like below:

@Path(“books”)
public class BookResource {
@GET
@Produces(MediaType.APPLICATION_JSON)
@Timed
public Response getAllBooks() {
System.out.println(“Get all books resource is called”);
final List<Book> books = BookDataStore.getInstance().getBooks();
return Response.ok()
.entity(books)
.build();
}
@Path(“{id}”)
@GET
@Produces(MediaType.APPLICATION_JSON)
@Timed
public Response getBook(@PathParam(“id”) String id) {
final Book book = BookDataStore.getInstance().getBook(id);
return Response.ok() // (Response code)
.entity(book) // (response value)
.build();
}
}

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

Performance of Java vs C explained over here

Java is the formal development language of Android operating system and it is the foundation for many elements of the OS itself, plus it is found at the main of Android’s SDK. Java has a couple of exciting qualities that make it different to other development ‘languages’ like C.

First of all Java doesn’t (generally) gather to local device system code. Instead it gathers to medium difficulty terminology known as Java bytecode, the training set of the Java Virtual Machine (JVM). When the app is run on Android operating system it is implemented via the JVM which consequently operates the system code on the local CPU (ARM, MIPS, Intel).

Secondly, Java uses computerized storage control and as such utilizes a Garbage Collection (GC). The idea is that developers don’t need to bother with which storage needs to be released as the JVM will keep a record of what is required and once a area of storage is no longer being used the rubbish enthusiast will 100 % free it. The key advantage is enterprise run time storage leaking.

The C development terminology is the complete reverse to Java in these two aspects. First, C system code is collected to local device system code and doesn’t require the use of an online device for presentation. Second, it uses guide storage control and doesn’t have a rubbish enthusiast. In C, the developer is required to keep a record of the things that have been assigned and 100 % free them as and when necessary.

There are other variations between the two ‘languages’, however they have less of a positive change of the specific stages of efficiency. For example, Java is a product focused language, C is not. C is intensely dependent on suggestion mathematics, Java does not. And so on.

Performance

So while there are philosophical style variations between Java and C, there are also efficiency variations. The use of an online device contributes an additional part to Java that isn’t required for C. Although using an online device has its benefits such as high mobility (i.e. the same Java based Android operating system app can run on ARM and Apple gadgets without modification), Java system code operates more slowly than C system code because it has to go through the additional presentation level. There are technological innovation which have decreased this expense to the barest lowest (and we will look at those in a moment), however since Java applications aren’t collected to the local device system code of a device’s CPU then they will always be more slowly.

The other big aspect is the garbage collection. The problem is that rubbish selection needs time, plus it can run whenever you want. This means that a Java system which makes lots of short-term things (note that some types of Sequence functions can be bad for this) will often induce the rubbish enthusiast, which consequently will reduce the system

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

5 Myths About Embedded Java

1. Java is slow.

Back in 1995, when Java was first launched, the Java exclusive machine (JVM) used very simple methods internal to run rule. All bytecodes were interpreted; line synchronization was basic, and storage control simple.

With over 20 years of growth, everything has shifted on so that the JVM now uses flexible selection and much more innovative line control, with a variety of pile templates and garbage-collection methods to choose from (including a pauseless enthusiast in the Zest JVM from Azul).

2. Java is dead.

The death of Java has been prediction almost since it was first launched, but it reveals no indication of passing away or even decreasing in its reputation. A look at factors such as the TIOBE catalog or the RedMonk Development Terminology Positions continually reveals Java as the number one or two language used by designers.

3. Java is freed from charge.

Strictly discussing, Java is not 100 % free (because Java is gradually just a trademark). What was the Sun (and now the Oracle) execution of the Java Development Kit (JDK) was launched under a GPL certificate (with Classpath exception) at the end of 2006. This is the OpenJDK venture and, since Java SE 7, has been the referrals execution for the Java SE requirements, as described through the Java Group Process (JCP).

4. Java does not experience from memory leaking.

In ‘languages’ like C and C++, the designer is accountable for all storage control, both assigning and clearly signaling that it’s no more needed (through phone calls like malloc and free). Java has automated storage control. When an item is instantiated, the JVM allocates area for it on the pile. When the program rule no more has any sources to an item, its area can be recycled by the rubbish enthusiast that operates regularly without anyone’s knowledge.

The key point here is that, in order to be garbage-collected, all sources must be eliminated. If a software preserves sources to factors even when they’re not needed and keeps assigning more factors, this will have the same effect as a storage flow in the conventional sense. Eventually, the JVM will run out of 100 % free storage to spend to new stuff.

5. Multi-threading in Java is difficult.

Before Java SE 5, this would have been a reasonable opinion. To create supportive multi-threaded rule, you only really had four APIs to work with (from the Thread class): wait, sleep, disrupt, and inform. This was difficult to get right.

To make life easier, the Concurrency resources (designed by Doug Lea, Lecturer of Computer Technology at New You are able to University) were included to the standard category collections. This offered higher-level abstractions such as semaphores, mutexes, read-write hair, and nuclear functions. Since then, some new APIs have been included, as well as improvement the fork-join structure for specific, recursively decomposable problems.

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

The existence of Java vulnerabilities is proved

More Microsoft windows customers are setting up areas, but the Oracle Java and The apple company QuickTime issues are even more intense than they were last season, according to Secunia reviews on the 2010 first one fourth. Individuals may think their PCs are protected because they are working Microsoft company windows Upgrade, but most are still at threat because of risk in third-party applications.

Secunia’s figures are based on Microsoft windows PCs working its free Personal Application Examiner, so they only signify a part of the market. Because PSI encourages individuals update insecure software, most non-PSI customers are probably in a more intense place.

In the January-March one fourth, 93.9 % of UK customers had repaired their Microsoft windows based pc, and 96.2 % had repaired other Microsoft software, such as Microsoft Office (PDF). However, 11.9 % still had unpatched third-party software. The figures for the USA were a little bit worse: 93.5 % had repaired the OS, 96.1 % had repaired other Microsoft software, and 12.7 % had unpatched third-party software

The significant issues are Apple’s QuickTime and iTunes, Oracle Java JRE, and Adobe Audience.

In the UK, for example, unpatched Java set ups risen from 36 to 41 % in contrast to the first one fourth of last season, and unpatched QuickTime set ups improved from 55 to 61 %. Luckily, for most customers, both applications can be removed without a important charge. (Adobe Innovative Package customers may have a QuickTime issue.)

Java is a long-running issue, but things may enhance. Oracle has been pressured by the US FTC to apologise for misleading customers about its protection up-dates, and it has been required to weblink to something that uninstalls old editions.

Adobe Audience is another long-running problem: it had 121 weaknesses, which is almost as many as The apple company iTunes (130). Unfortunately, more than 50 percent the Adobe Audience set ups were unpatched.

QuickTime for Microsoft windows is a increasing issue because The apple company has lastly given up on it. Unfortunately, many customers may have skipped the protection signals, eg from US-CERT.

In its full review, available free on demand, Secunia mentioned at Microsoft company offered 67 % of the Top 50 programs running on PCs but third-party programs experienced 79 % of the weaknesses. (The table below reveals the 20 most-commonly set up programs.)

In the Top 50 programs, areas were already available for 84.6 % of the weaknesses found, and there were 23 zero-day weaknesses, in comparison to 20 in 2014.

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

Is Java stuck up with mobile devices?

Over the last a few several weeks, as part of my Smart cellphone Success Analyze as a dyed-in-the-wool iPhone and iOS customer, I’ve been submerging myself in the world of Android operating program — particularly, low-cost Android operating program devices made mostly in Chinese suppliers.

I’m not an extensive newbie when it comes to Android operating program. Actually I used Android operating program for several years before providing up on it this year. I am also competent in the essential techniques structure of the OS itself and how it operates on various ARM-derived rubber styles.

One of the goals of my Success Analyze is to see if a lower-cost Android operating program cellphone can, in reality, substitute my much more costly iPhone 6S. Three several weeks into quality, I am progressively of the viewpoint that the response is yes.

I still have my issues with Android operating program cellphone components and the OS itself, but they are not deal-breaker issues in any respect. All of these eventually are resolvable, and in time the OEMs, Search engines and the Android operating program designer group at large will find methods to them.

But fixing some issues will need hard options. One of those may be an extensive essential re-architecture of the Android operating program OS itself, in order to cope with what I consider to be an important flaw: considerably greater source usage in comparison to iOS.

Android’s Achilles high heel, aside from the “toxic hellstew” of protection areas and fragmentation which is outside the opportunity of this post and my Success Analyze sequence — is Java.

Java, beyond being an object-oriented development terminology with a C-like format, is the main efficiency atmosphere within Android operating program itself that operates many of the applications and user-land procedures in the cellular OS.

The execution/runtime atmosphere for applications coded in Java is a Java Exclusive Device, or JVM. A JVM can run on any processing system. That’s one of its best features. You can run Java applications on any program that operates a suitable JVM, and regardless of whether they have the same program structure.

The structure can be Apple or AMD x86, it can be IBM POWER, it can be Oracle’s UltraSPARC. Or it can be one of the many variations of ARM-derived processor chips.

So the program operating the JVM could be a mainframe, a big metal UNIX program, an x86 server, a PC, a Mac, a smartphone, a product, or even a smartwatch or a microcontroller in an included program.

Java’s mobility variety is impressive: It machines from the most important techniques with large levels of storage and CPU to the actual, low-power processor chips that are extremely resource-constrained.

The only thing they need in typical is a JVM, and the rule is basically convenient between methods with minimal variations.

There are different kinds of JVMs, such as server-side (J2EE), Java Conventional Edition on PCs and Mac pcs (J2SE) and Java Small Edition (J2ME) which was once used on foolish cellular mobile phones and the traditional BlackBerry.

Each of these sorts of JVMs have different efficiency and source usage information because they are focused towards different kinds of techniques.

Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page

JDK Array Sort

In this article, we will discuss one of the JDK 8 feature called parallelSort. Before getting into the details of parallel sort, we will see sort method implementation.

The sort method will use the “merge” sort algorithm or Tim Peters’s list sort algorithm to sort the elements. “Merge” sort will use divide and conquer methods to sort the elements. The lager array will be divided into two parts and then each part of the elements will be divided further until there are no possible way to divide. The individual chunks will be sorted based on an “insertion” sort algorithm and then the results will be merged. To sort the larger array, it will have performance problems.

To avoid this, in JDK 8 we have a new feature called “ParallelSort“. This method will make use of “Fork/Join” framework. This will make use of all available processing power(On multicore processors) to increase the performance. Fork/Join framework will distributes the tasks to worker threads available in the thread pool. The framework will use “work stealing” algorithm. The worker threads which doesn’t have work will steal the work from the busy worker threads.

The Arrays#parallelSort method will decide whether to sort the array in parallel or in serial. If the array size is less than or equal to 8192 or the processor has only one core, then it will use Dual-Pivot Quicksort algorithm. Otherwise, it will use parallel sort.

public
static void parallelSort(char[] a) {
int n = a.length, p, g;
if (n <= MIN_ARRAY_SORT_GRAN ||
(p = ForkJoinPool.getCommonPoolParallelism()) == 1)
DualPivotQuicksort.sort(a, 0, n - 1, null, 0, 0);
else
new ArraysParallelSortHelpers.FJChar.Sorter
(null, a, new char[n], 0, n, 0,
((g = n / (p << 2)) <= MIN_ARRAY_SORT_GRAN) ?
MIN_ARRAY_SORT_GRAN : g).invoke();
}

The sample demo code is given below.

import
java.util.Arrays;
public
class SampleArrayDemo {
/**
* @param args
*/
public static void main(String[] args) {
double[] arr = new double[10000001];
for (int index = 0; index < 10000000; index++) {
arr[index]= Math.random();
}
System.out.println("The starting time" +
System.currentTimeMillis());
Arrays.parallelSort(arr);
//Arrays.sort(arr);
System.out.println("The end time" +
System.currentTimeMillis());
}
}
Don't be shellfish...Email this to someonePrint this pageTweet about this on TwitterShare on StumbleUponShare on TumblrShare on LinkedInShare on RedditDigg thisShare on Google+Pin on PinterestShare on FacebookBuffer this page