Credits : Exclusivereportage

Global Complaint Management Software Market has been broadly presented in this report, taking into consideration its key aspects such as growth prospects, restraining factors, competitive landscape, and future opportunities. Readers have been comprehensively updated with vital statistics about the current and future share, verifiable projections about top segments and sub-segments, CAGR, and regional shares of the market. The authors of the report have applied qualitative as well as quantitative analysis to deeply evaluate the market.

The report supplies an extensive exploration of essential market dynamics and the recent trends together with pertinent market segments and factors influencing the expansion of the Complaint Management Software market. The Complaint Management Software report spotlights on the regional market, the major market players, and also the numerous market segments with an extensive assessment of several divisions along with their applications.

An exhaustive assessment of the value chain of the global Complaint Management Software market has included a deep insight about prominent end users, distributors, technological solutions, raw material suppliers, and manufacturers. The report is anticipated to be a useful guideline to apprehend the current and historical performance of the market in terms of both value and volume that could direct players to make informed decisions in their individual businesses.

What our report offers –

• The complete Complaint Management Software market size and share analysis is done
• The prominent industry players in the market are included
• The opportunities for the new entrants in the market are included
• Based on the forecast trends the market estimations are made for the strategic recommendations in the business segments
• Detailed company profiles are included.
• Many trends such as globalization, technology advancement, over-capacity in developed markets, market fragmentation regulation & environmental concerns, and product proliferation are covered in this report. The performance and characteristic of the global Complaint Management Software market are evaluated based on the quantitative and qualitative method to provide a clear picture of the current and future forecast trend.
• The study objectives of this report are:

   To study and forecast the market size of Complaint Management Software in global market.

  To analyze the global key players, SWOT analysis, value and global market share for top players.

  To define, describe and forecast the market by type, end use and region.

  To analyze and compare the market status and forecast between China and major regions, namely, United States, Europe, China, Japan, Southeast Asia, India and Rest of World.

  To analyze the global key regions market potential and advantage, opportunity and challenge, restraints and risks.

  To identify significant trends and factors driving or inhibiting the market growth.

  To analyze the opportunities in the market for stakeholders by identifying the high growth segments.

  To strategically analyze each submarket with respect to individual growth trend and their contribution to the market

  To analyze competitive developments such as expansions, agreements, new product launches, and acquisitions in the market

  To strategically profile the key players and comprehensively analyze their growth strategies.

  Table of Contents:

  Complaint Management Software Market Research Report 2017

  Chapter 1: Complaint Management Software Market Overview

  Chapter 2: Complaint Management Software Market Economic Impact on Industry

  Chapter 3: Complaint Management Software Market Competition by Manufacturers

  Chapter 4: Complaint Management Software Market Production, Revenue (Value) by Region

  Chapter 5: Complaint Management Software Market Supply (Production), Consumption, Export, Import by Regions

  Chapter 6: Complaint Management Software Market Production, Revenue (Value), Price Trend by Type

  Chapter 7: Complaint Management Software Market Analysis by Application

  Chapter 8: Manufacturing Cost Analysis

  Chapter 9: Industrial Chain, Sourcing Strategy and Downstream Buyers

  Chapter 10: Marketing Strategy Analysis, Distributors/Traders

  Chapter 11: Market Effect Factors Analysis

  Chapter 12: Complaint Management Software Market Forecast

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credits : Forbes

Which programming language should you learn if you want a job at Google, Amazon, Facebook or any big software company? originally appeared on Quora: the place to gain and share knowledge, empowering people to learn from others and better understand the world.

Answer by John L. Miller, Software Engineer/Architect@ Microsoft, Amazon, Google, PhD, on Quora:

Getting hired by one of the big software companies requires two things:

1. 1. Getting chosen for an interview.

1. Passing the interview.

In the ideal case, you know the same programming language as the people who will evaluate you technically. Your experience is compelling enough that you are chosen to be interviewed. Your approach to problem solving and coding is crystal clear, and since the interview is fluent in the programming language you use, they can admire your handiwork and be duly impressed.

In a more typical case, the interviewer knows several programming languages and is best at one. The candidate knows at least one language the interviewer knows.

For example, I might be best at C++, but I can still interview someone who is best at Java or C#. I’d have a much harder time interviewing someone who insists on using PERL. It’d be impossible for me to interview someone who used Haskell or Smalltalk: I wouldn’t be able to evaluate their approach, the elegance of what they write, and so on.

The best programming language to get a job at any big software company will depend upon the group you’re interviewing with. At Amazon some groups use C++, some use java, some use PHP or Ruby, and so on. It won’t be the same language for all of Amazon, but you are probably safe using Java for services and devices, and PHP/javascript for front end stuff.

Knowing a similar language is good enough. Not being able to communicate with the interviewer in a shared style of language is a fail.

In general, you’re safe knowing Java, C#, or C++ for any non-front-end position at a big software company.

A final caution: don’t waste time learning the language that the company is using for the group you want to go to just for that purpose: you won’t be good enough at it, and will hurt rather than help your chances. Instead, continue growing in the language you’re best with, and show what a great coder and problem solver you are in the interview.

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Credits : Livetradingnews

USD/PHP (PHP=X) Taking Profits, Waiting for Re-Entry

Overall, the bias in prices is: Sideways.

By the way, prices are vulnerable to a correction towards 51.98.

The projected upper bound is: 52.78.

The projected lower bound is: 51.90.

The projected closing price is: 52.34.

Candlesticks

A black body occurred (because prices closed lower than they opened).
During the past 10 bars, there have been 5 white candles and 5 black candles. During the past 50 bars, there have been 24 white candles and 26 black candles for a net of 2 black candles.

A spinning top occurred (a spinning top is a candle with a small real body). Spinning tops identify a session in which there is little price action (as defined by the difference between the open and the close). During a rally or near new highs, a spinning top can be a sign that prices are losing momentum and the bulls may be in trouble.

Momentum Indicators

Momentum is a general term used to describe the speed at which prices move over a given time period. Generally, changes in momentum tend to lead to changes in prices. This expert shows the current values of four popular momentum indicators.

Stochastic Oscillator

One method of interpreting the Stochastic Oscillator is looking for overbought areas (above 80) and oversold areas (below 20). The Stochastic Oscillator is 14.3458. This is an oversold reading. However, a signal is not generated until the Oscillator crosses above 20 The last signal was a sell 15 period(s) ago.

Relative Strength Index (RSI)

The RSI shows overbought (above 70) and oversold (below 30) areas. The current value of the RSI is 50.80. This is not a topping or bottoming area. A buy or sell signal is generated when the RSI moves out of an overbought/oversold area. The last signal was a sell 75 period(s) ago.

Commodity Channel Index (CCI)

The CCI shows overbought (above 100) and oversold (below -100) areas. The current value of the CCI is -85. This is not a topping or bottoming area. The last signal was a sell 5 period(s) ago.

MACD

The Moving Average Convergence/Divergence indicator (MACD) gives signals when it crosses its 9 period signal line. The last signal was a sell 1 period(s) ago.

Rex Takasugi – TD Profile

FOREX PHP= closed down -0.011 at 52.340. Volume was 100% below average (consolidating) and Bollinger Bands were 29% narrower than normal.

Open High Low Close Volume___
52.349 52.349 52.340 52.340 2

Technical Outlook
Short Term: Oversold
Intermediate Term: Bullish
Long Term: Bullish

Moving Averages: 10-period 50-period 200-period
Close: 52.51 52.15 51.38
Volatility: 3 5 6
Volume: 3,744 3,545 3,753

Short-term traders should pay closer attention to buy/sell arrows while intermediate/long-term traders should place greater emphasis on the Bullish or Bearish trend reflected in the lower ribbon.

Summary

FOREX PHP= is currently 1.9% above its 200-period moving average and is in an upward trend. Volatility is low as compared to the average volatility over the last 10 periods. Our volume indicators reflect volume flowing into and out of PHP= at a relatively equal pace (neutral). Our trend forecasting oscillators are currently bullish on PHP= and have had this outlook for the last 17 periods. our momentum oscillator has set a new 14-period low while the security price has not. This is a bearish divergence.

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Credits : Javaworld

The Java virtual machine is a program whose purpose is to execute other programs. It’s a simple idea that also stands as one of our greatest examples of coding kung fu. The JVM upset the status quo for its time, and continues to support programming innovation today.

Use and definitions for the JVM

The JVM has two primary functions: to allow Java programs to run on any device or operating system (known as the “Write once, run anywhere” principle), and to manage and optimize program memory. When Java was released in 1995, all computer programs were written to a specific operating system, and program memory was managed by the software developer. So the JVM was a revelation.

Having a technical definition for the JVM is useful, and there’s also an everyday way that software developers think about it. Let’s break those down:

• Technical definition: The JVM is the specification for a software program that executes code and provides the runtime environment for that code.
• Everyday definition: The JVM is how we run our Java programs. We configure the JVM’s settings and then rely on it to manage program resources during execution.

When developers talk about the JVM, we usually mean the process running on a machine, especially a server, that represents and controls resource usage for a Java app. Contrast this to the JVM specification, which describes the requirements for building a program that performs these tasks.

Memory management in the JVM

The most common interaction with a running JVM is to check the memory usage in the heap and stack. The most common adjustment is tuning the JVM’s memory settings.

Garbage collection

Before Java, all program memory was managed by the programmer. In Java, program memory is managed by the JVM. The JVM manages memory through a process called garbage collection, which continuously identifies and eliminates unused memory in Java programs. Garbage collection happens inside a running JVM.

In the early days, Java came under a lot of criticism for not being as “close to the metal” as C++, and therefore not as fast. The garbage collection process was especially controversial. Since then, a variety of algorithms and approaches have been proposed and used for garbage collection. With consistent development and optimization, garbage collection has vastly improved.

The JVM in three parts

It could be said there are three aspects to the JVM: specification, implementation and instance. Let’s consider each of these.

1. The JVM specification

First, the JVM is a software specification. In a somewhat circular fashion, the JVM spec highlights that its implementation details are not defined within the spec, in order to allow for maximum creativity in its realization:

“To implement the Java virtual machine correctly, you need only be able to read the class file format and correctly perform the operations specified therein.”

J.S. Bach once described creating music similarly:

“All you have to do is touch the right key at the right time.”

So, all the JVM has to do is run Java programs correctly. Sounds simple, might even look simple from outside, but it is a massive undertaking, especially given the power and flexibility of the Java language.

2. JVM implementations

Implementing the JVM specification results in an actual software program, which is a JVM implementation. In fact, there are many JVM implementations, both open source and proprietary. OpenJDK’s HotSpot JVM is the reference implementation, and remains one of the most thoroughly tried-and-tested codebases in the world. HotSpot is also the most commonly used JVM.

Almost all licensed JVM’s are created as forks off the OpenJDK and the HotSpot JVM, including Oracle’s licensed JDK. Developers creating a licensed fork off the OpenJDK are often motivated by the desire to add OS-specific performance improvements. Typically, you download and install the JVM as a bundled part of a Java Runtime Environment (JRE).

3. A JVM instance

After the JVM spec has been implemented and released as a software product, you may download and run it as a program. That downloaded program is an instance (or instantiated version) of the JVM.

Most of the time, when developers talk about “the JVM,” we are referring to a JVM instance running in a software development or production environment. You might say, “Hey Anand, how much memory is the JVM on that server using?” or, “I can’t believe I created a circular call and a stack overflow error crashed my JVM. What a newbie mistake!”

Loading and executing class files in the JVM

We’ve talked about the JVM’s role in running Java applications, but how does it perform its function? In order to run Java applications, the JVM depends on the Java class loader and a Java execution engine.

The Java class loader in the JVM

Everything in Java is a class, and all Java applications are built from classes. An application could consist of one class or thousands. In order to run a Java application, a JVM must load compiled .class files into a context, such as a server, where they can be accessed. A JVM depends on its class loader to perform this function.

The Java class loader is the part of the JVM that loads classes into memory and makes them available for execution. Class loaders use techniques like lazy-loading and caching to make class loading as efficient as it can be. That said, class loading isn’t the epic brain-teaser that (say) portable runtime memory management is, so the techniques are comparatively simple.

Every Java virtual machine includes a class loader. The JVM spec describes standard methods for querying and manipulating the class loader at runtime, but JVM implementations are responsible for fulfilling these capabilities. From the developer’s perspective, the underlying class loader mechanisms are typically a black box.

The execution engine in the JVM

Once the class loader has done its work of loading classes, the JVM begins executing the code in each class. The execution engine is the JVM component that handles this function. The execution engine is essential to the running JVM. In fact, for all practical purposes, it is the JVM instance.

Executing code involves managing access to system resources. The JVM execution engine stands between the running program–with its demands for file, network and memory resources–and the operating system, which supplies those resources.

How the execution engine manages system resources

System resources can be divided into two broad categories: memory and everything else.

Recall that the JVM is responsible for disposing of unused memory, and that garbage collection is the mechanism that does that disposal. The JVM is also responsible for allocating and maintaining the referential structure that the developer takes for granted. As an example, the JVM’s execution engine is responsible for taking something like the new keyword in Java, and turning it into an OS-specific request for memory allocation.

Beyond memory, the execution engine manages resources for file system access and network I/O. Since the JVM is interoperable across operating systems, this is no mean task. In addition to each application’s resource needs, the execution engine must be responsive to each OS environment. That is how the JVM is able to handle in-the-wild demands.

JVM evolution: Past, present, future

In 1995, the JVM introduced two revolutionary concepts that have since become standard fare for modern software development: “Write once, run anywhere” and automatic memory management. Software interoperability was a bold concept at the time, but few developers today would think twice about it. Likewise, whereas our engineering forebears had to manage program memory themselves, my generation grew up with garbage collection.

We could say that James Gosling and Brendan Eich invented modern programming, but thousands of others have refined and built on their ideas over the following decades. Whereas the Java virtual machine was originally just for Java, today it has evolved to support many scripting and programming languages, including Scala, Groovy, and Kotlin. Looking forward, it’s hard to see a future where the JVM isn’t a prominent part of the development landscape.

More JavaWorld tutorials about the JVM

• Trash talk, how Java recycles memory
• The lean, mean virtual machine
• Bytecode basics: A first look at bytecodes in the JVM
• JVM exceptions: How the JVM handles exceptions
• JVM performance optimization: A JVM technology primer

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Credits : Infoworld

MySQL, the popular open-source database that’s a standard element in many web application stacks, has unveiled the first release candidate for version 8.0.

Features to be rolled out in MySQL 8.0 include:

First-class support for Unicode 9.0 out of the box.
Window functions and recursive SQL syntax, for queries that previously weren’t possible or would have been difficult to write.
Expanded support for native JSON data and document-store functionality.
With version 8.0, MySQL is jumping several versions in its numbering (from 5.5), due to 6.0 being nixed and 7.0 being reserved for the clustering version of MySQL.

MySQL 8.0’s expected release date
MySQL hasn’t committed to a release date for MySQL 8.0, by MySQL’s policy is “a new [general] release every 18-24 months.” The last general release was October 21, 2015, for MySQL 5.7, so MySQL 8.0’s production version is likely to come in October 2017.

MySQL 8.0’s road to standard Unicode
Moving to Unicode by default is arguably one of the biggest changes planned. MySQL has long had persistent, persnickety problems with Unicode. So, a long standing game plan for MySQL 8.0 was to fix as many of those lingering Unicode issues as possible.

MySQL 8.0 no longer uses latin1 as the default encoding, to discourage new users from choosing a troublesome legacy option. The recommended default character set for MySQL 8.0 is now utf8mb4, which is intended to be faster than the now-deprecated utf8mb3 character set and also to support more flexible collations and case sensitivity.

The improved Unicode will not only support non-Western character sets but the rise of emoji.

MySQL 8.0 gets current with window functions
Many other implementations of SQL support window functions, a way to perform aggregate calculations across multiple rows while still allowing access to the individual rows from the query. It’s possible to do this in MySQL without window function support in the database, but it’s cumbersome and slow. To overcome its window deficit, MySQL 8.0 adds window functions via the standard OVER SQL keyword, in much the same way it is implemented in competing products like PostgreSQL.

Another feature in the same vein, recursive common table expressions, lets you perform recursive operations as part of a query, without having to resort to cursors or other performance-sapping workarounds.

MySQL 8.0 works better with documents and JSON
With MySQL 5.7 came JSON support, to make MySQL competitive with NoSQL databases that use JSON natively. MySQL 8.0 expands JSON support with better performance, functions to allow extracting ranges from a JSON query (such as a “top N”-type request), and new aggregation functions that let MySQL-native structured data and semistructured JSON data be merged in a query.

Another improvement related to JSON involve MySQL’s document-store abilities. Reads and writes to MySQL’s document store are transactionally consistent, allowing rollback operations on changes to JSON data. Document data stored in the open GeoJSON format for geospatial data can be indexed, so you can search by proximity.

The other key features in MySQL 8.0
Other changes planned for MySQL 8.0 include:

More options for how to handle locked rows, via the SKIP LOCKED and NOWAIT keywords. SKIP LOCKED allows locked rows to be skipped during an operation; NOWAIT throws an error immediately on encountering a locked row.
MySQL can automatically scale to the total amount of memory available, to make the best possible use of virtual machine deployments.
Indexes can be manually excluded from the query optimizer via the “invisible index” feature. Indexes marked as invisible are kept up to date with changes to tables, but aren’t used to optimize queries. One suggested use for this is to nondestructively determine if a particular index needs to be kept or not.
Where to download MySQL 8.0
You can download the beta versions of MySQL 8.0 now for Windows, MacOS, several versions of Linux, FreeBSD, and Solaris; the source code is also available. Scroll down the downloads page and go to the Development Releases tab to get them.

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