What I Can Teach You About

Advantages of Investing in the Best Golden Retriever Puppies

Getting a dog or a property will always be a very good thing especially because of many benefits that they will give you. They are able to improve your health in different ways and at the same time, they are also able to help you to get the enjoyment and comfort that they will bring. The types of dogs that you’re going to choose will however be very important for you to consider. There are many different breeds of dogs all over the world and if you just decide to choose any without understanding the advantages, you may miss out on the many benefits that you can get when you’re careful about your purchase. The first thing that you want to do is to consider breeds that are considered to be popular but still, study why people love the dog breed.

One of the most famous types of dogs that are there is the Golden retriever, the Golden is considered to be great. The major reason is that the Golden retriever has very unique qualities. The first advantage is that the dog is very cute and therefore, looks very nice. In addition to that, they are very healthy dogs that are able to stay for a very long time. The level of activity they have is also good and therefore, you can get to have fun with them when you go out. They are also able to hang out with your children very easily and, play with them. They are also very loyal dogs meaning that the training they may not be very difficult for you. They give you an opportunity to train them so that you can live with them very peacefully. They also will be very easy for you to live with especially when it comes to the types of food that you should provide. In addition to that, they do not have any types of major known issues that affect them although, there are always issues of old age just like with any other kind of dog. In order to get the best puppies, you have to go to the best dog breeders. There is a very good dog breeder that is available in Creekside, the companies able to provide so much.

The main reason why you have to go to the dog breeder company is that this facility is dedicated to ensuring that you will get some of the best dogs that will help you. In addition to that, the dogs will be properly taken care of from when they are born and that is important. Apart from that, these dogs have a very wrong genetic aspect because they are important in terms of their pedigree. In fact, they are some of the most enjoyable dogs to be with and, you’ll spend a lot of time with them. The dog breeders have also taken them through all the necessary vaccinations and also treatments that are required. If there are any checkups, you can be sure that they have also been done. They prepare the puppies for you from when they are born after when you will pick them up.

What Do You Know About

What Research About Can Teach You

Use Google Glass, Larry Page Feeling the Future

Jakarta – Founder and Chief Executive Officer of Google, Larry Page, said he likes to wear Google Glass although not as often as his fellow founders, Sergey Brin ie.

“It was like living in the future,” he said when presenting the company’s performance for the second quarter via teleconference. “It really makes me excited.” At a wedding in Croatia, Larry is seen wearing smart glasses.

“For some people, working on crazy projects are very challenging,” he continued. “Attempting to change the world with ten co-workers.”

Some projects that turned into a popular product used by many people in the world like Gmail, Chrome, and Android. “I see the results of our work on a number of projects and I feel satisfied.”

Several other projects are being worked on is the smart glasses Glass, Google Now, Project Loon, and a vehicle without a driver. “Misrepresentation if we assume the technology will be static,” he said.

Powerful laptop at a Time Rich Graphics

JAKARTA – Toshiba Satellite C40D could be a consideration for those who are looking for a laptop with a budget of less than Rp 5 million. Budget that much for a laptop is indeed impressive entry entry-level segment. Just do not worry, the name of the Toshiba could be a guarantee of the product is far from the predicate Abal Abal.
SPECIFICATIONS of the list handed Toshiba, Satellite C40D not stated clearly underestimated laptop features and performance is poor. Instead, Toshiba has crammed the new product is released in early July with the latest features and technology.
Toshiba provides an opportunity to dissect out the Tribune called as laptop devices in Indonesia to adopt AMD Quad-Core A4 Acceerated Processing Unit (APU) with integrated AMD Radeon graphics card.
Toshiba also provides convenient storage of the data on the laptop’s hard drive. Field capacity up to 500GB, this hard drive can also be designed to absorb shock or impact so that data is not lost.
For example, performance. Toshiba Satellite C40 is running on the Windows 8 operating system Single Language. Surely it’s the operating system will not run comfortably without sustained specifications that qualified innards. APU AMD A4 processor which integrates with the Quad Core AMD Radeon graphics card is so warranty Satellite C40 plus 2 GB of RAM can execute all software and multimedia applications smoothly.
Offal is enough to guarantee the Satellite C40 is powered laptop and rich in graphics which presents a different experience with other products in the market. Satellite C40 feel engrossed invited to work for all computing activities.

Not to be outdone, Ready to Introduce Huawei K3V3 Octa Core Processor newest

MediaTek has just introduced its newest processor Octa Core MT6592. And as same-same company based in China, Huawei did not want to miss. An anonymous source who claimed close to Huawei Huawei revealed that the party has completed the development of the Octa core processors.

The source said that the latest generation K3V3 processor has the ability to run in high temperatures as well as cooling the components inside. By doing so, this processor also increases the standby time of the device.

Previously, CEO of Huawei, Richard Yu said that they will soon introduce the latest K3V3 Octa core processors in the second half of 2013.

Yu said that the processor will have a speed of 1.8GHz and a Mali GPU with 28nm technology in the manufacturing process. This processor is also a processor based on the ARM Cortex A15 architecture.

Integrating C++ with QML

Introduction

Qt Quick’s QML language makes it easy to do many things, especially fancy animated user interfaces. However, some things either can’t be done or are not suitable for implementing in QML, such as:

  1. Getting access to functionality outside of the QML/JavaScript environment.
  2. Implementing performance critical functions where native code is desired for efficiency.
  3. Large and/or complex non-declarative code that would be tedious to implement in JavaScript.

As we’ll see, Qt makes it quite easy to expose C++ code to QML. In this blog post I will show an example of doing this with a small but functional application.

The example is written for Qt 5 and uses the Qt Quick Components so you will need at least Qt version 5.1.0 to run it.

Overview

To expose a C++ type having properties, methods, signals, and/or slots to the QML environment, the basic steps are:

  1. Define a new class derived from QObject.
  2. Put the Q_OBJECT macro in the class declaration to support signals and slots and other services of the Qt meta-object system.
  3. Declare any properties using the Q_PROPERTY macro.
  4. Call qmlRegisterType() in your C++ main program to register the type with the Qt Quick engine.

For all the details I refer you to the Qt documentation section Exposing Attributes of C++ Types to QML and the Writing QML Extensions with C++ tutorial.

Ssh Key Generator

For our code example, we want a small application that will generate ssh public/private key pairs using a GUI. It will present the user with controls for the appropriate options and then run the program ssh-keygen to generate the key pair.

I implemented the user interface using the new Qt Quick Controls since it was intended as a desktop application with a desktop look and feel. I initially developed the UX entirely by running the qmlscene program directly on the QML source.

The UI prompts the user for the key type, the file name of the private key to generate and an optional pass phrase, which needs to be confirmed.

The C++ Class

Now that have the UI, we will want to implement the back end functionality. You can’t invoke an external program directly from QML so we have to write it in C++ (which is the whole point of this example application).

First, we define a class that encapsulates the key generation functionality. It will be exposed as a new class KeyGenerator in QML. This is done in the header file KeyGenerator.h below.

#ifndef KEYGENERATOR_H
#define KEYGENERATOR_H

#include <QObject>
#include <QString>
#include <QStringList>

// Simple QML object to generate SSH key pairs by calling ssh-keygen.

class KeyGenerator : public QObject
{
    Q_OBJECT
    Q_PROPERTY(QString type READ type WRITE setType NOTIFY typeChanged)
    Q_PROPERTY(QStringList types READ types NOTIFY typesChanged)
    Q_PROPERTY(QString filename READ filename WRITE setFilename NOTIFY filenameChanged)
    Q_PROPERTY(QString passphrase READ filename WRITE setPassphrase NOTIFY passphraseChanged)

public:
    KeyGenerator();
    ~KeyGenerator();

    QString type();
    void setType(const QString &t);

    QStringList types();

    QString filename();
    void setFilename(const QString &f);

    QString passphrase();
    void setPassphrase(const QString &p);

public slots:
    void generateKey();

signals:
    void typeChanged();
    void typesChanged();
    void filenameChanged();
    void passphraseChanged();
    void keyGenerated(bool success);

private:
    QString _type;
    QString _filename;
    QString _passphrase;
    QStringList _types;
};
#endif

Next, we need to derive our class from QObject. We declare any properties that we want and the

Intel aims for longer tablet battery life with Haswell chips

IDG News Service – Intel says it will increase of the battery life of tablets and hybrid PCs that use its microprocessors, with new low-power Haswell chips that will start shipping later this year.

The chip maker said Tuesday that its upcoming Core Y series chips will run at 4.5-watts using a metric called SDP (scenario design power), roomates measures the power used to dissipate heat while running certain apps on mobile and touch devices.

That’s a lower figure than Intel was aiming for initially, Intel spokesman Dan Snyder said via e-mail. Intel previously said it would release the Core Y chips with a 6-watt SDP.

Intel’s use of SDP has been Criticized, however, since it differs from the used and accepted, Instant-TDP (Thermal Design Power) metric. TDP Intel counters that may not be applicable on devices such as tablets, Because they differ so much in design from laptops. Rivals such as Advanced Micro Devices disagree.

Tablets and PCs hybrid with the 4.5 watt Core chips will offer more than nine hours of battery life on active usage, Snyder said. Intel also Announced Y 6-watt Core processors for PCs fitted with fans.

Claimed that Intel has the fourth-generation Core chips based on Haswell offer up to 50 percent longer battery life and up to twice the graphics performance than their predecessors Ivy Bridge.

The Y Core chips will ship to device makers in the coming months, Snyder said. However, the company Declined to comment on when tablets and hybrids based on the chips would Become available. Tablets and hybrids running on Intel’s third-generation Core i3 and i5 chips based on Ivy Bridge are already available. Intel also offers the Atom processor for tablets; faster the Core processors are more power hungry though.

The Y-series chips are vital for Intel, roomates needs to grab a larger share of the tablet market as PC shipments decline. Intel is also trying to bridge the divide via laptop-tablet Haswell, targeting the chips at hybrids with detachable touchscreens and keyboards. The market today is dominated by ARM, Whose processors are used in most tablets and smartphones.

The first Core processors Y joins a lineup of Haswell processors that include a dual-core Core U laptop chips, roomates draw 11.5 watts to 15 watts of power. Intel started shipping in June also other quad-and dual-core Haswell chips for desktops and laptops. Including PC makers Hewlett-Packard, Dell and Acer have Announced laptops and hybrids based on the Haswell chips Announced in June.

5 Coding Hacks to Reduce GC Overhead

In this post we’ll look at five ways in roomates efficient coding we can use to help our garbage collector CPU spend less time allocating and freeing memory, and reduce GC overhead. Often Long GCs can lead to our code being stopped while memory is reclaimed (AKA “stop the world”). Duke_GCPost

Some background

The GC is built to handle large amounts of allocations of short-lived objects (think of something like rendering a web page, where most of the objects allocated Become obsolete once the page is served).

The GC does this using what’s called a “young generation” – a heap segment where new objects are allocated. Each object has an “age” (placed in the object’s header bits) defines how many roomates collections it has “survived” without being reclaimed. Once a certain age is reached, the object is copied into another section in the heap called a “survivor” or “old” generation.

The process, while efficient, still comes at a cost. Being Able to reduce the number of temporary allocations can really help us increase of throughput, especially in high-scale applications.

Below are five ways everyday we can write code that is more memory efficient, without having to spend a lot of time on it, or reducing code readability.

1. Avoid implicit Strings

Strings are an integral part of almost every structure of data we manage. Being much heavier than other primitive values, they have a much stronger impact on memory usage.

One of the most important things to note is that Strings are immutable. They can not be modified after allocation. Operators such as “+” for concatenation actually allocate a new String containing the contents of the strings being joined. What’s worse, is there’s an implicit StringBuilder object that is allocated to actually do the work of combining them.

For example –

1
a = a + b; / / a and b are Strings
The compiler generates code comparable behind the scenes:

1
StringBuilder temp = new StringBuilder (a).
2
temp.append (b);
3
a = temp.toString () / / a new string is allocated here.
4
/ / The previous “a” is now garbage.
But it gets worse.

Let’s look at this example –

1
String result = foo () + arg;
2
result + = boo ();
3
System.out.println (“result =” + result);
In this example we have 3 StringBuilders allocated in the background – one for each plus operation, and two additional Strings – one to hold the result of the second assignment and another to hold the string passed into the print method. That’s 5 additional objects in what would otherwise Appear to be a pretty trivial statement.

Think about what happens in real-world scenarios such as generating code a web page, working with XML or reading text from a file. Within a nested loop structures, you could be looking at Hundreds or Thousands of objects that are implicitly allocated. While the VM has Mechanisms to deal with this, it comes at a cost – one paid by your users.

The solution: One way of reducing this is being proactive with StringBuilder allocations. The example below Achieves the same result as the code above while allocating only one StringBuilder and one string to hold the final result, instead of the original five objects.

1
StringBuilder value = new StringBuilder (“result =”);
2
value.append (foo ()). append (arg). append (boo ());
3
System.out.println (value);