Category: Software News

Credits : Baltimorepostexaminer

 

Web designers should have specific skills to make them stand out from the competition. If you are one or aspiring to be one of the best in the field, you need to understand the essentials of a successful website for website designers, and then acquaint yourself with these seven skills and so you can do them in your sleep.

1. Edit Photos

In the field of design, you have no choice but to deal with photos. It doesn’t even matter if you are in web design or any other field. You should know how to crop photos and clean them up to make it easier to work with them.

Minor image adjustments should also be part of your skills. Mastering one software is almost always enough since the layout is pretty much similar to other applications.

2. HTML and CSS Coding

Whether you are a developer or designer, coding is one of the basic things you should be able to do. You should be able to troubleshoot basic HTML and learn how to read and understand it.

Even without Googling, you should find a problem with the size, font or color in the HTML code. At the same time, you should be able to substitute styles in CSS. These skills will be helpful to you in the long run, not just in the field of design.

3. Write Headlines

It’s easier when you have an actual headline. This means that you need to have enough skill to string words together to combine it with the visual elements of the website.

While the headline you wrote might not be used in the final version of the website, it could be helpful during the creation process. One good reason is that it allows clients to get a feel of how much space is available for the actual headline.

4. Make Print Designs

Your title may be that of a designer, but there could be cases where you need to create printed applications. Business cards, fliers, and press releases should be print-ready, and you need to consider how all those things will look on paper.

One key difference between website design and print is on how the colors work. Some values like FF0000 will not work for printed material, and you have to stick to the basic cyan, magenta, yellow, and black color mixes.

5. Use Any Device to Navigate a Website 

A designer should be comfortable around phones and devices more than the average person. You need to be able to access the website even with an old device and show someone how to navigate it with ease.

Speaking of devices, here’s a helpful article for designing a mobile-first website.

6. Use Common Framework

When kicking off projects, you might have to use a website design framework, and there is nothing wrong with that. Unless you are a super developer, you should actually do so.

You might want to reinvent the wheel, but this is, in most cases, not the best idea. You need to have a website with a familiar feel, so it’s easier for clients to maintain it even when you are no longer working with them.

7. Know Which Trend to Use

You always need to keep up with the latest in the field and know which ones can be helpful to clients. You are not attracted to shiny new things, but you can suggest updates to improve results and help the client achieve the goal.

 

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Credits : Forbes

 

From punching cards in FORTRAN to writing distributed systems in Go, the discipline has remained fundamentally the same: think deeply about a problem, come up with a clever approach (i.e., algorithm) and give the machine a set of instructions to execute.

This method, which could be called “explicit programming,” has been integral to everything from the mainframe to the smartphone, from the internet boom to the mobile revolution. It has helped create new markets and made companies like Apple, Microsoft, Google and Facebook household names.

And yet, something is missing. The intelligent systems envisioned by early Computing Age writers, from Philip Dick’s robot taxi to George Lucas’s C-3PO, are still science fiction. Seemingly simple tasks stubbornly defy automation by even the most brilliant computer scientists. Pundits accuse Silicon Valley, in the face of these challenges, of veering away from fundamental advances to focus on incremental or fad-driven businesses.

That, of course, is about to change. Waymo’s self-driving cars recently passed eight million miles traveled. Microsoft’s translation engine, though not fluent in six million forms of communication, can match human levels of accuracy in Chinese-to-English tasks. And startups are breaking new ground in areas like intelligent assistants, industrial automation, fraud detection and many others.

Individually, these new technologies promise to impact our daily lives. Collectively, they represent a sea change in how we think about software development – and a remarkable departure from the explicit programming model.

The core breakthrough behind each of these advances is deep learning, an artificial intelligence technique inspired by the structure of the human brain. What started as a relatively narrow data analysis tool now serves as something close to a general computing platform. It outperforms traditional software across a wide range of tasks and may finally deliver the intelligent systems that have long eluded computer scientists – feats which the press sometimes blow out of proportion.

Amid the deep learning hype, though, many observers miss the biggest reason to be optimistic about its future: deep learning requires coders to write very little actual code. Rather than relying on preset rules or if-then statements, a deep learning system writes rules automatically based on past examples. A software developer only has to create a “rough skeleton,” to paraphrase Andrej Karpathy from Tesla, then let the computers do the rest.

In this new world, developers no longer need to design a unique algorithm for each problem. Most work focuses, instead, on generating datasets that reflect desired behavior and managing the training process. Pete Warden from Google’s TensorFlow team pointed this out as far back as 2014: “I used to be a coder,” he wrote. “Now I teach computers to write their own programs.”

Again: the programming model driving the most important advances in software today does not require a significant amount of actual programming.

What does this mean for the future of software development?

  1. Programming and data science will increasingly converge. Most software will not incorporate “end-to-end” learning systems for the foreseeable future. It will rely on data models to provide core cognition capabilities and explicit logic to interface with users and interpret results. The question “should I use AI or a traditional approach for this problem?” will increasingly come up. Designing intelligent systems will require mastery of both.
  2. AI practitioners will be rock stars. Doing AI is hard. Rank-and-file AI developers – not just brilliant academics and researchers – will be among the most valuable resources for software companies in the future. This carries a touch of irony for traditional coders, who have automated work in other industries since the 1950s and who now face partial automation of their own jobs. Demand for their services will certainly not decline, but those who want to remain at the forefront must, with a healthy dose of skepticism, test the waters in AI.
  3. The AI toolchain needs to be built. Gil Arditi, machine learning lead at Lyft, said it best. “Machine learning is in the primordial soup phase. It’s similar to database in the early ‘80s or late ‘70s. You really had to be a world’s expert to get these things to work.” Studies also show that many AI models are difficult to explain, trivial to deceive and susceptible to bias. Tools to address these issues, among others, will be necessary to unlock the potential of AI developers.
  4. We all need to get comfortable with unpredictable behavior.The metaphor of a computer “instruction” is familiar to developers and users alike. It reinforces the belief that computers do exactly what we say and that similar inputs always produce similar outputs. AI models, by contrast, act like living, breathing systems. New tooling will make them behave more like explicit programs, especially in safety-critical settings, but we risk losing the value of these systems – like AlphaGo’s “alien” moves – if we set the guardrails too tightly. As we develop and use AI applications, we need to understand and embrace probabilistic outcomes.

And hope the probability of AI takeover is near zero.

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Credits : Techworm

 

5 Best Programming Languages Web Developers Need to Know in 2018

Web development is a very interesting yet exciting career to choose. It has been observed that from past decade the need of web developers has raised from 40% than ever before. Yes, it is true. Due to the advancement of internet technology many small businesses have joined this world wide web facility to give a boost to their business. One of the most integral aspects of web development is web programming that is achieved with the help of programming languages.

Now there are lots and lots of programming languages to try. So I have provided you with the list of top 5 Best Programming languages for web development. But before that, we must be clear about the term web development.

What is Web Development?

It is the process used for creating the websites which can range from creating a simple single webpage to hundreds of complex websites. A website is basically a collection of web pages and a webpage contains all the information that needs to be displayed on the internet to the user. In order to display that information web developers use various programming or markup languages which are used by browsers to display the content. In order to pursue web development as a profession, one of the most important things that you will need to consider is having expertise in programming languages.

There are technically 2 Types of web development:-

  1. Front-end Development
  2. Back-end Development

Front-end Development stands for that type of development which is visible to the user and has to work on the user side only. It basically belongs to every beautiful website template you see on the internet. We also call this client-side development. Languages involved in front-end development are HTML, CSS, Javascript etc.

Back-end Development stands for that type of development which is not visible to the user. In simple words, it handles all the data which has to be processed by the server provided by the user in order to return some result. For instance, if you search any query on google search bar then that search bar is made by a front-end developer but the working is done by back-end developer. Like if you search Barak Obama on google then the way to provide you with the relevant result is pre-coded by the back-end developer of google.

Programming languages for web development.

1. CSS

The term CSS stands for Cascading Style Sheets is rather a markup language similar to HTML. With the help of HTML and CSS, we can design the stunning websites.CSS allow a developer to decide and define how a web page or a website will eventually look or how it will appear to the visitors of the web platform. For instance, the use of elements like font-size,font-family,text-align makes a webpage look very beautiful to the eyes. But we should always remember that CSS alone can’t make a webpage functional we have to use other languages too.

2. Javascript

A front-end language used for creating and developing websites, desktop apps and games. This language is capable of achieving several things including controlling the browser, editing content on a document that has been displayed, allowing client-side scripts to communicate with users and also asynchronous communication. One of the best advantage for you to learn this language is that this is one of the few programming languages that are accepted and supported by all the major browsers without the need of any compilers or plug-ins. Also, JavaScript supports functional and object-oriented programming styles too. JavaScript is important even if your heart is set on server side development; the components, data structures and algorithms apply to almost every other language.

3. PHP

The term PHP stands for Hypertext Preprocessor which is a server-side programming language. It is also known by the server-side scripting language. It is most suitable for server-side programming that has server tasks being repeatedly performed when the website development process is on. PHP is open source and fast prototyping language. It is compatible with UNIX based Operating System as well as Windows Operating System. PHP is mostly used in startup businesses, advertising apps, and small software organizations. It is one of the most preferred back-end programming languages to learn as well.

4. Ruby

Ruby is a dynamic programming language developed in the year 1993. It is widely used for the creation or programming of mobile apps and websites. This open source platform is not only simple to understand but also easy to write as well. But if you are a developer who wants to learn Ruby, then you will also have to equip yourself with the knowledge of Ruby on Rails. Twitter and Basecamp use Ruby.

5. Python

Python is a highly used and all-purpose programming language which is dynamic in nature. Its dynamic nature makes it very popular among full stack developers as well. Being dynamic in nature means that as a developer we can write and run the code without the need of a compiler. Some of the apps that are powered by Python are Rdio, Instagram, and Pinterest. Besides this, some other web platforms that are supported by Python are Google, NASA, YAHOO etc. The goal of the developers of this language was to make it fun to use one. The developers worked on the language in such a way that it could reduce upon premature optimization.

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Credits : Hub.packtpub

 

You might think that Rust is only meant to be used for complex system development, or that it should be used where security is the number one concern. Thinking of using it forweb development might sound to you like huge overkill. We already have proven web-oriented languages that have worked until now, such as PHP or JavaScript, right?

This is far from true. Many projects use the web as their platform and for them, it’s sometimes more important to be able to receive a lot of traffic without investing in expensive servers rather than using legacy technologies, especially in new products. This is where Rust comes in handy. Thanks to its speed and some really well thought out web-oriented frameworks, Rust performs even better than the legacy web programming languages. In this tutorial, we’ll see how Rust can be used for Web Development.

This article is an extract from Rust High Performance, authored by Iban Eguia Moraza.

Rust is even trying to replace some of the JavaScript on the client side of applications, since Rust can compile to WebAssembly, making it extremely powerful for heavy client-side web workloads.

Creating extremely efficient web templates

We have seen that Rust is a really efficient language and metaprogramming allows for the creation of even more efficient code. Rust has great templating language support, such as Handlebars and Tera. Rust’s Handlebars implementation is much faster than the JavaScript implementation, while Tera is a template engine created for Rust based on Jinja2.

In both cases, you define a template file and then you use Rust to parse it. Even though this will be reasonable for most web development, in some cases, it might be slower than pure Rust alternatives. This is where the Maud crate comes in. We will see how it works and how it achieves orders of magnitude faster performance than its counterparts.

To use Maud, you will need nightly Rust, since it uses procedural macros. As we saw in previous chapters, if you are using rustup you can simply run rustup override set nightly. Then, you will need to add Maud to your Cargo.toml file in the [dependencies] section:

[dependencies]
maud = "0.17.2

Maud brings an html!{} procedural macro that enables you to write HTML in Rust. You will, therefore, need to import the necessary crate and macro in your main.rs or lib.rs file, as you will see in the following code. Remember to also add the procedural macro feature at the beginning of the crate:

#![feature(proc_macro)]
extern crate maud;
use maud::html;

You will now be able to use the html!{} macro in your main() function. This macro will return a Markup object, which you can then convert to a String or return to Rocket or Iron for your website implementation (you will need to use the relevant Maud features in that case). Let’s see what a short template implementation looks like:

fn main() {
    use maud::PreEscaped;
let user_name = "FooBar";
let markup = html! {
(PreEscaped(""))
html {
head {
title { "Test website" }
meta charset="UTF-8";
}
body {
header {
nav {
ul {
li { "Home" }
li { "Contact Us" }
}
}
}
main {
h1 { "Welcome to our test template!" }
p { "Hello, " (user_name) "!" }
}
footer {
p { "Copyright © 2017 - someone" }
}
}
}
};
println!("{}", markup.into_string());
}

It seems like a complex template, but it contains just the basic information a new website should have. We first add a doctype, making sure it will not escape the content (that is what the PreEscaped is for) and then we start the HTML document with two parts: the head and the body. In the head, we add the required title and the charset meta element to tell the browser that we will be using UTF-8.

Then, the body contains the three usual sections, even though this can, of course, be modified. One header, one main section, and one footer. I added some example information in each of the sections and showed you how to add a dynamic variable in the main section inside a paragraph.

The interesting syntax here is that you can create elements with attributes, such as the meta element, even without content, by finishing it early with a semicolon. You can use any HTML tag and add variables. The generated code will be escaped, except if you ask for non-escaped data, and it will be minified so that it occupies the least space when being transmitted.

Inside the parentheses, you can call any function or variable that returns a type that implements the Display trait and you can even add any Rust code if you add braces around it, with the last statement returning a Display element. This works on attributes too.

This gets processed at compile time, so that at runtime it will only need to perform the minimum possible amount of work, making it extremely efficient. And not only that; the template will be typesafe thanks to Rust’s compile-time guarantees, so you won’t forget to close a tag or an attribute.

Connecting with a database

If we want to use SQL/relational databases in Rust, there is no other crate to think about than Diesel. If you need access to NoSQL databases such as Redis or MongoDB, you will also find proper crates, but since the most used databases are relational databases, we will check Diesel here.

Diesel makes working with MySQL/MariaDB, PostgreSQL, and SQLite very easy by providing a great ORM and typesafe query builder. It prevents all potential SQL injections at compile time, but is still extremely fast. In fact, it’s usually faster than using prepared statements, due to the way it manages connections to databases. Without entering into technical details, we will check how this stable framework works.

The development of Diesel has been impressive and it’s already working in stable Rust. It even has a stable 1.x version, so let’s check how we can map a simple table. Diesel comes with a command-line interface program, which makes it much easier to use. To install it, run cargo install diesel_cli. Note that, by default, this will try to install it forPostgreSQL, MariaDB/MySQL, and SQLite.

For this short tutorial, you need to have SQLite 3 development files installed, but if you want to avoid installing all MariaDB/MySQL or PostgreSQL files, you should run the following command:

cargo install --no-default-features --features sqlite diesel_cli

Then, since we will be using SQLite for our short test, add a file named .env to the current directory, with the following content:

DATABASE_URL=test.sqlite

We can now run diesel setup and diesel migration generate initial_schema. This will create the test.sqlite SQLite database and a migrations folder, with the first empty initial schema migration. Let’s add this to the initial schema up.sql file:

CREATE TABLE 'users' (
  'username' TEXT NOT NULL PRIMARY KEY,
  'password' TEXT NOT NULL,
  'email' TEXT UNIQUE
);

In its counterpart down.sql file, we will need to drop the created table:

DROP TABLE `users`;

Then, we can execute diesel migration run and check that everything went smoothly. We can execute diesel migration redo to check that the rollback and recreation worked properly. We can now start using the ORM. We will need to add diesel, diesel_infer_schema, and dotenv to our Cargo.toml. The dotenv crate will read the .env file to generate the environment variables. If you want to avoid using all the MariaDB/MySQL or PostgreSQL features, you will need to configure diesel for it:

[dependencies]
dotenv = "0.10.1"
[dependencies.diesel]
version = "1.1.1"
default-features = false
features = ["sqlite"]

[dependencies.diesel_infer_schema]
version = "1.1.0"
default-features = false
features = ["sqlite"]

Let’s now create a structure that we will be able to use to retrieve data from the database. We will also need some boilerplate code to make everything work:

#[macro_use]
extern crate diesel;
#[macro_use]
extern crate diesel_infer_schema;
extern crate dotenv;
use diesel::prelude::*;
use diesel::sqlite::SqliteConnection;
use dotenv::dotenv;
use std::env;
#[derive(Debug, Queryable)]
struct User {
username: String,
password: String,
email: Option,
}

fn establish_connection() -> SqliteConnection {
dotenv().ok();
let database_url = env::var("DATABASE_URL")
.expect("DATABASE_URL must be set");
SqliteConnection::establish(&database_url)
.expect(&format!("error connecting to {}", database_url))
}

mod schema {
infer_schema!("dotenv:DATABASE_URL");
}

Here, the establish_connection() function will call dotenv() so that the variables in the .env file get to the environment, and then it uses that DATABASE_URL variable to establish the connection with the SQLite database and returns the handle.

The schema module will contain the schema of the database. The infer_schema!() macro will get the DATABASE_URL variable and connect to the database at compile time to generate the schema. Make sure you run all the migrations before compiling.

We can now develop a small main() function with the basics to list all of the users from the database:

fn main() {
    use schema::users::dsl::*;
let connection = establish_connection();
let all_users = users
.load::(&connection)
.expect("error loading users");

println!("{:?}", all_users);
}
This will just load all of the users from the database into a list. Notice the use statement at the beginning of the function. This retrieves the required information from the schema for the users table so that we can then call users.load().

As you can see in the guides at diesel.rs, you can also generate Insertable objects, which might not have some of the fields with default values, and you can perform complex queries by filtering the results in the same way you would write a SELECT statement.

Creating a complete web server

There are multiple web frameworks for Rust. Some of them work in stable Rust, such as Iron and Nickel Frameworks, and some don’t, such as Rocket. We will talk about the latter since, even if it forces you to use the latest nightly branch, it’s so much more powerful than the rest that it really makes no sense to use any of the others if you have the option to use Rust nightly.

Using Diesel with Rocket, apart from the funny wordplay joke, works seamlessly. You will probably be using the two of them together, but in this section, we will learn how to create a small Rocket server without any further complexity. There are some boilerplate code implementations that add a database, cache, OAuth, templating, response compression, JavaScript minification, and SASS minification to the website, such as my Rust web template in GitHub if you need to start developing a real-life Rust web application.

Rocket trades that nightly instability, which will break your code more often than not, for simplicity and performance. Developing a Rocket application is really easy and the performance of the results is astonishing. It’s even faster than using some other, seemingly simpler frameworks, and of course, it’s much faster than most of the frameworks in other languages. So, how does it feel to develop a Rocket application?

We start by adding the latest rocket and rocket_codegen crates to our Cargo.toml file and adding a nightly override to our current directory by running rustup override set nightly. The rocket crate contains all the code to run the server, while the rocket_codegen crate is actually a compiler plugin that modifies the language to adapt it for web development. We can now write the default Hello, world! Rocket example:

#![feature(plugin)]
#![plugin(rocket_codegen)]
extern crate rocket;

#[get("/")]
fn index() -> &'static str {
"Hello, world!"
}

fn main() {
rocket::ignite().mount("/", routes![index]).launch();
}

In this example, we can see how we ask Rust to let us use plugins to then import the rocket_codegen plugin. This will enable us to use attributes such as #[get] or #[post] with request information that will generate boilerplate code when compiled, leaving our code fairly simple for our development. Also, note that this code has been checked with Rocket 0.3 and it might fail in a future version, since the library is not stable yet.

In this case, you can see that the index() function will respond to any GET request with a base URL. This can be modified to accept only certain URLs or to get the path of something from the URL. You can also have overlapping routes with different priorities so that if one is not taken for a request guard, the next will be tried.

And, talking about request guards, you can create objects that can be generated when processing a request that will only let the request process a given function if they are properly built. This means that you can, for example, create a User object that will get generated by checking the cookies in the request and comparing them in a Redis database, only allowing the execution of the function for logged-in users. This easily prevents many logic flaws.

The main() function ignites the Rocket and mounts the index route at /. This means that you can have multiple routes with the same path mounted at different route paths and they do not need to know about the whole path in the URL. In the end, it will launch the Rocket server and if you run it with cargo run, it will show the following:

If you go to the URL, you will see the Hello, World! message. Rocket is highly configurable. It has a rocket_contrib crate which offers templates and further features, and you can create responders to add GZip compression to responses. You can also create your own error responders when an error occurs.

You can also configure the behavior of Rocket by using the Rocket.toml file and environment variables. As you can see in this last output, it is running in development mode, which adds some debugging information. You can configure different behaviors for staging and production modes and make them perform faster. Also, make sure that you compile the code in --release mode in production.

Future releases also look promising. Rocket will implement native CSRF and XSS prevention, which, in theory, should prevent all XSS and CSRF attacks at compile time. It will also make further customizations to the engine possible.

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Credits : Digitaljournal

 

With a simple drag-and-drop interface, FlipHTML5 digital publishing software makes it easier for users to publish their books with a page turning effect.

This press release was orginally distributed by ReleaseWire

If print media is dead, the experience of flipping through a favorite book or magazine doesn’t have to be.

FlipHTML5 is the digital publishing software that converts a PDF or other document file into an interactive experience with videos, music, slideshows, or flash animation, presented as pages that can be flipped with a tap on the screen.

Users can export their magazine, photo album, digital brochure or catalog as .html or .zip files, or upload to a webpage and share on Facebook or Twitter. Audiences can view publications on both PC and mobile devices, including iPhone and Android.

“In the digital age, people prefer to read online, write online and publish online,” wrote the creators on their blog. “To meet online readers’ needs, lots of digital publishing software have emerged in recent years.” The creators noted that, unlike other digital publishing software, FlipHTML5 supports MS Office, Open Office, PDF files as well as images, and provides users with more language options.

Utilizing HTML5, CSS3 and jQuery, the software templates feature backdrops where users upload a photo of choice, or choose from a selection of animated backgrounds. With a range of pre-designed templates and themes, the document can host music, video and slideshow presentations for use in business, marketing or education settings.

The creators also highlighted FlipHTML5’s cloud platform for its security and unlimited hosting through Amazon S3. Via the software’s cloud service, FlipHTML5 users can provide a centralized location for others to follow a user’s latest work and access previous documents in their library. Members can also sign up to receive email updates when new publications are released.

FlipHTML5 is available at various subscription levels with added features, including custom templates, an ad-free version, SEO-friendly text, tracking with Google Analytics, increased page capacity, and a downloadable version for offline reading.

The FlipHTML5 website advertises a personal homepage for publishers, including a digital bookcase that can be embedded. The software website also offers a learning center that provides users with further resources for designing their products. The “Flipbook Editing Tips” section includes help for designing wedding photo albums, digital magazines, travel brochures, and online trading books.

The FlipHTML5 digital publishing software is available for both Windows and Mac, and is also downloadable as an app on iTunes, in addition to the FlipHTML5 Reader app.

About FlipHTML5
FlipHTML5 gives users the ability to create and publish their publications worldwide. So far, more than 5 million users have used FlipHTML5, and over 10 million publications have been published.

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credits : Facilityexecutive

 

Upper Hand, Inc., provider of cloud-based sports management software and business services, has launched new facility management software. Sport, recreation, and fitness facilities can now manage their businesses easier, faster, and better.

Easily integrated within its already robust suite of tools that includes point-of-sale, membership management, video analysis, marketing automation, and more, the new software allows Upper Hand to offer a comprehensive platform designed specifically for facilities to save time, money, and eliminate resource waste.

“The integration of our new facility management functionality will redefine how resources are managed among sports and fitness facilities nationwide,” said Kevin MacCauley, CEO and founder of Upper Hand. “This launch is another big step for Upper Hand as we continue to expand our product offering into new verticals within the sports industry and provide business owners with an easier way to manage an entire facility all from one easy platform.”

The facility management software allows Upper Hand customers to improve visibility across its most expensive part of the business: facility resources. Unlike other platforms that operate in silos, this gives facility managers instant access to the true availability of all staff, events, and resources from one easy-to-view platform with smart automation.

The feature also includes an OPTX calendar, which offers a unified experience by centralizing the scheduling of physical resources as well as classes, clinics, rentals, and more in a multi-featured calendar. This eliminates double-bookings, allows managers to quickly locate available resources at any time, and customizes facility views while aligning staff preferences.

With the integration of the new facility management functionality, business owners can manage their facilities more seamlessly while also boosting revenue and saving upwards of 14 hours a week. The feature is now available online for Level Three customers and can be added to any existing Upper Hand software package.

Founded in 2011, Upper Hand has changed the way coaches, trainers, and sports management conduct business with its cloud-based mobile platform. Its software offers sports organizations a suite of online tools to escape the administrative vortex and focus more on training and developing clients. It’s also the industry’s first business intelligence reporting solution.

Most recently, Upper Hand became the world’s first sports and fitness management platform to integrate video analysis and video coaching with its most recent launch of APEX, a multi-sport video analysis platform for sports, fitness, and performance activities. Now, with the integration of its facility management software feature, Upper Hand is truly redefining the landscape of business management within the sports industry.

Upper Hand is compatible with both iOS and Android smartphones and tablets. Upper Hand is also accessible from a desktop browser.

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Credits : Technotification

 

The right IDE or a Text editor (Source Code Editor) is always very helpful during coding. It’ll help you be faster, more accurate and ultimately more productive. With autocomplete, line indentation and syntax highlighting features, IDEs speed up and organize the coding process. Getting the right IDE does make a difference. So here are some options to consider:

NetBeans

NetBeans IDE is FREE, open source, multilingual (English, Brazilian Portuguese, Japanese, Russian, and Simplified Chinese) and easy-to-use. Its editor does line-indentation, highlights code syntactically, permits easy refactoring It provides a set of tools tailored for Java, PHP, HTML5/JavaScript, especially for Node.js, KnockoutJS, and AngularJS. There have been added support for more languages and due to its extensibility, other languages can be added.

Atom IDE

This is a text editor that’s modern and customizable up to the point that you can call it “hackable”. It runs on Electron, a well-known framework for building cross-platform apps using web technologies. Features include code navigation features such as outlining views, going to definitions and finding all references. In addition to all that, there is hover-to-reveal information, diagnostics (errors and warnings) and document formatting.

Atom comes packed with a package manager, where the users can search and install new packages, or create theirs. To add to the awesomeness, there are also multiple UI and syntax themes. Atom can be used on OS X, Windows and Linux.

Visual Studio Code

This is the brainchild of Microsoft. It is a lightweight but powerful source code editor. It goes beyond syntax highlighting and auto-complete with IntelliSense, which provides smart completions based on variable types, function definitions, and imported modules. The piece of software comes jam-packed with features supporting many web development languages, including but not limited to, JavaScript, TypeScript, Python, PHP, and Node.js.

A code can be debugged right from the editor. Launch or attach to your running apps and debug with breakpoints, call stacks, and an interactive console. VS Code is available for the popular OS out there; Windows, Mac, and Linux.

WebStorm

This IDE with intelligent code completion, on-the-fly error detection, powerful navigation and refactoring for JavaScript, TypeScript, stylesheet languages, and the most popular frameworks. You can debug your client-side and Node.js apps with ease in the IDE – put breakpoints right in the source code, explore the call stack and variables, set watches, and use the interactive console. Use WebStorm as simple unified UI to work with Git, GitHub, Mercurial, and other Version Control Systems. Commit files, review changes and resolve conflicts with a visual diff/merge tool right in the IDE.

Brackets

Brackets is a modern, open source text editor that understands web design. This IDE is lightweight, powerful and modern. It blends visual tools into the editor so you get the right amount of help when you want it without getting in the way of your creative process. Instead of jumping between file tabs, Brackets lets you open a window into the code you care about most. With the live preview feature, get a real-time connection to your browser and make changes to the code and you’ll instantly see those changes on screen.

PhpStorm

Concerning Php as a programming language, this is the go-to choice. It provides the best code completion, refactorings, on-the-fly error prevention, and more. PhpStorm is perfect for working with Symfony, Drupal, WordPress, Zend Framework, Laravel, Magento, Joomla!, CakePHP, Yii, and other frameworks. In addition to all the other common features available on other IDEs, phpstorm comes with an autocomplete feature capable of completing classes, methods, variable names etc.

It makes the most of the cutting edge front-end technologies, such as HTML5, CSS, Sass, Less, Stylus, CoffeeScript, TypeScript, Emmet, and JavaScript, with refactorings, debugging and unit testing available. Changes can immediately be seen in the browser thanks to Live Edit. As the icing on the cake, it comes integrated with Git as well as other version control software.

Komodo IDE

This is a powerful editor with autocomplete, refactoring and other smart features. It supports dozens of languages including Python, PHP, Go, Perl, Ruby, NodeJS, HTML, CSS, JavaScript and so much more. It is extensible, and as such, more add-ons can be added. Furthermore, there is a visual debugger and more to debug, inspect and test your code.

Of course, with the dozens of IDEs out there, many others have been left off the list. If you are a web developer, mention the IDE you use in the comment section.

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Credits : Networkworld

 

Cisco is moving rapidly toward its ultimate goal of making SD-WAN features ubiquitous across its communication products, promising to boost network performance and reliability of distributed branches and cloud services.

The company this week took a giant step that direction by adding Viptela SD-WAN technology to the IOS XE software that runs its core ISR/ASR routers. Over a million of ISR/ASR edge routers, such as the ISR models 1000, 4000 and ASR 5000 are in use by organizations worldwide.

The release of Cisco IOS XE provides an instant upgrade path for creating cloud-controlled SD-WAN fabrics to connect distributed offices, people, devices and applications operating on the installed base, wrote Anand Oswal, senior vice president of  network engineering in a blog post about the upgrade.

The software includes support for vManage, the cloud-based dashboard built by Viptela that lets users bring up SD-WAN resources and segment resources on the fly.  Cisco acquired the SD-WAN company for $610 million last summer. Earlier this year Cisco added Viptela’s vAnaytics technology to its SD-WAN software to help enterprises identify the stress points and necessary policy or bandwidth changes that might be needed across an SD-WAN.

“Cisco adding SD-WAN capabilities to its ISR/ASR router portfolio is a significant industry milestone in and of itself, as this will allow a large number of enterprise IT shops to benefit from upgrading their existing Cisco-based WANs,” Rohit Mehra, vice president, network infrastructure research at the International Data Corp. said. “And mind you, these are software upgrades that will enable network managers to rapidly move to an agile network environment with improved security and an improved user experience for public cloud/SaaS applications.”

Oswald wrote that Cisco SD-WAN on edge routers builds a secure virtual IP fabric by combining routing, segmentation, security, policy and orchestration.

“It eliminates backhauling from branches to headquarters to access SaaS applications, improving application performance and experience for a distributed and mobile workforce. For example, at the branch-level, you can define a performance policy for Cloud SaaS Onramps to maintain a level of QoS for Office 356 performance and assign a real-time streaming policy for unified communications,” Oswald wrote.

Driving the need for better SD-WAN security and connectivity features is the huge push in cloud computing resources, said Kiran Ghodgaonkar, Cisco senior manager of enterprise marketing.  “With the increased use of multi-cloud services especially, the WAN is really becoming the backbone of the enterprise.”

Lowering costs by not having customers buy new hardware and by easily supporting lower cost connectivity, either via the Internet, Ethernet or LTE is another use case of SD-WAN, Ghodgaonkar said. “Users have diverse workload environments be they mobile or cloud and SD-WAN helps bring those environments closer together.”

The XE SD-WAN upgrade is the second phase of Viptela’s integration into Cisco’s SD-WAN plans. In the first phase, Cisco supported and invested in the overall Viptela SD-WAN package, including the Viptela vEdge routers.

Phase 3 of the integration will see Viptela’s package completely integrated with Cisco’s DNA Center.  Introduced last summer as the heart of its Intent Based Networking initiative, Cisco DNA Center features automation capabilities, assurance setting, fabric provisioning and policy-based segmentation for enterprise networks.

Most recently Cisco said it was opening up the network controller, assurance, automation and analytics system to the community of developers looking to take the next step in network programming. The general idea is to bulk up the the usefulness of DNA Center for the larger world of third-party and customer-application developers.

“Customers have seen value with DNA Center and its security/policy and service assurance attributes that leverage network and applications-based ML/AI. That said, with SD-WAN by itself providing several benefits to existing WAN environments, customers will not need to wait for DNA center integration, although seeing that integration ultimately happen will of course be ideal for Cisco customers,” IDC’s Mehra said.

While this announcement significantly boosts Cisco’s SD-WAN offering and capabilities, challenges remain. Mehra said.

“The ongoing market transformation of the last three-plus years has provided an opportunity to several new vendor and SP-led solutions, and this competitive landscape will not get lighter any time soon. And with service providers looking at the upcoming virtualized branch opportunity with SD-WAN as the beachhead, Cisco will need to stay focused and stay on top of its differentiation strategy for its enterprise customers,” Mehra said.

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Credits : Techadvisor

 

If you’re experiencing performance issues with your PC, then it’s time to get your system back in shape. Here are five utilities that can clean and tune up Windows in no time at all.

Over time, a once-sprightly PC can begin to slow down under the weight of various programs, files, and downloads that could do with streamlining. These tasks can be attempted manually, but there are plenty of dedicated apps that will do the job for you instead. We’ve gathered together some of our favourite PC cleaning and optimisation apps that should be running on your system right now.

Ashampoo WinOptimizer 2018

Price: £19.99 / US$29.99 per year

  • Download WinOptimizerWinOptimizer is an easy place to start, as not only does it offer plenty of features, but they’re accessible via a 1-click optimisation button that scurries off and checks how your PC performance can be improved.The app de-clutters your hard drive, removes junk files, repairs program shortcuts, fixes Registry errors, and clears out your browsing history and cache. There’s also the option to securely delete sensitive data, or add password protection and encryption instead.

    For those who want to dig deeper there’s detailed analysis of the operating system and modules that can help improve things like boot times and internet connection speeds.

    IOLO System Mechanic

    Price: £30 / US$39.99 per year

    • Download IOLO System MechanicIOLO has a number of optimisation products available for Windows PCs, including security apps, drive scrubbers, password managers, and System Mechanic. The latter is a great piece of software that provides a quick way to get your machine back in tip-top condition.This app employs something it calls LiveBoost technology, which aims to ensure that the CPU, RAM, and hard drive are not overused by aggressive programs. This can give PCs a decent performance improvement, especially if you have resource-hogging software.

      DriveSense is there to monitor the physical attributes of your HD, and can predict if a crash is on the horizon, while the Core Data Recalibrator searches for any potential operating system issues that could become a problem.

      The app also has an All-in-one PC Cleanup PowerTool that automatically removes anything cluttering up your browsers, chat programs, or hard drives.

      System Mechanic is a comprehensive suite, with too many features to mention here.

      SlimCleaner Plus

      Price: Free (£23 / US$29.97 per year for Premium version)

      • Download SlimCleaner PlusIf you don’t want to shell out for optimisation software, then SlimCleaner Plus has a free tier that can still help boost performance on your PC. Admittedly the features are minimal, with it sticking mainly to speeding up startup times by restricting the apps that are loaded when you first turn on your machine.With the paid-for version you’ll have access to tools such as an SSD optimiser that defrags the drive to keep it sharp, and the 1-click scan which searches your entire machine for issues, then provides easy ways to remove them.

        The free version can tidy things up a little, but you’ll want Premium to see significant gains in speed.

        AVG TuneUp

        Price: £34.99 / US$49.99

        • Download AVG TuneUp

        Many of us are familiar with AVG and its excellent anti-virus software, but the company also has a well respected suite of performance enhancing apps. TuneUp, does exactly as its name suggests, with tools that can get the most out of a PCs struggling engine.

        Its ‘Programs-On-Demand’ feature puts resource hungry programs to sleep when they’re not in use, thus increasing general speed as well as extending a laptop’s battery life.

        There’s an automatic software updater, which ensures that all your apps are running the latest versions, alongside a system cleaner that removes duplicate files, data left behind after apps are uninstalled, plus hidden files from programs like Microsoft Office, iTunes, Skype, and Steam.

        These are accompanied by analysis software that warns of hardware or software issues, various security enhancements such as a file shredder, and a few Registry tools to keep Windows ticking along nicely.

        AVG also includes its Cleaner for Android app in the package, so you can keep your Android smartphone up to speed as well.

        Advanced SystemCare 11 Free

        Price: Free (£15 / US$19.99 per year for Pro)

        • Download Advanced SystemCare 11

      Finally, we come to another app that offers a free version, and that is Advanced SystemCare 11. This can clean up unwanted programs, Registry files, and other ephemera that might cause your system to slow down. There’s also a Startup optimiser and browser security monitor that looks for malicious software trying to hijack your Homepage.

      Moving up to the Pro version brings a deeper Registry cleaner, browser optimisation that can improve speed online, automatic RAM cleaning, scheduled maintenance, and a defragger for the drive.

      Both are useful apps, but it’s no surprise that the Pro tier is the one you really want. 

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Credits : Healthdatamanagement

 

In the recent report entitled, “100 Data and Analytics Predictions Through 2022,” Gartner analysts offer their views on how data management and analytics trends will evolve over the next five years, and how those trends will impact software development. The report was prepared by analysts Douglas Laney, Guido De Simoni, Rick Greenwald, Cindi Howson, Ankush Jain, Valerie Logan and Alan Duncan.

Application development predictions

Gartner analysts broke out their predictions in the area of software to two main themes—application development and enterprise application software. Four trends will dominate application development, they say.

Virtual codevelopers

“By 2022, at least 40 percent of new application development (AD) projects will have virtual AI co-developers on their teams,” Gartner says.

AI-enabled test set optimizers

“By 2022, 40 percent of AD projects will use AI-enabled test set optimizers that build, maintain, run and optimize test assets,” according to the Gartner report.

Hosted AI services

“By 2022, 30 percent of AD projects will incorporate hosted AI services; fewer than 5 percent will build their own AI models,” Gartner analysts predict.

Event-driven business process management

“By 2022, 50 percent of digital business technology platform projects will connect events to business outcomes using event-driven intelligent business process management suite (iBPMS)-oriented frameworks,” Gartner says.

Enterprise application software predictions

“The enterprise application market is again reinventing itself, headlined by the use of AI, conversational platforms and the exploitation of business network data. Technology business unit leaders need to prepare for new monetization tactics and new competitors through 2022,” the Gartner analysts say. They offered the following three predictions in this area.

Artificial intelligence and recruiting

“By 2021, 30 percent of high-volume recruiting activities (sourcing, screening, shortlisting and candidate interaction) will be done without human intervention, using innovative applications based on AI and data as a service (DaaS),” Gartner says.

Ubiquitous intelligent applications

“By 2022, ‘intelligent’ applications will be ubiquitous, but their usage for managing complex and custom processes will be less than 5 percent,” Gartner predicts.

Real-time analytics

“Between 2016 and 2019, spending on real-time analytics will grow three times faster than spending on non-real-time analytics,” the Gartner analysts predict.

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