Best and Cheap European Node.js v7.9.0 Hosting – Dedicated Server

Best and Cheap European Node.js v7.9.0 Hosting – Dedicated Server

What is Node.js?

Node.js (Node) is an I/O environment built on top of Google Chrome’s JavaScript runtime — essentially, a server-side implementation of JavaScript. Node’s asynchronous, event-driven I/O model makes it easy for developers with JavaScript knowledge to build high-performing, scalable, and highly concurrent web applications rapidly and run them in the cloud.

What is New in Node.js v7.9.0?

You may have noticed that the v6 release uses the label Current instead of Stable. This name change has been made in order to better differentiate the Long Term Support releases from the current active development branches.

  • util: console is now closer to what is supported in all major browsers (Roman Reiss) #10308


  • [9f73df5910] – deps: cherry-pick 22858cb from V8 upstream (Ali Ijaz Sheikh) #11998
  • [b997e62692] – test: add internal/socket_list tests (DavidCai) #12109
  • [c11c23b22b] – doc: make the heading consistent (Sakthipriyan Vairamani (thefourtheye)) #11569
  • [67d21149a2] – crypto: handle exceptions in hmac/hash.digest (Tobias Nießen) #12164
  • [3b765f5366] – doc: fix confusing example in (Vse Mozhet Byt) #12282
  • [37568c093a] – src: use std::list for at_exit_functions (Daniel Bevenius) #12255
  • [2f9e2fcf3e] – doc: update information on test/known_issues (Jan Krems) #12262
  • [0f4319a14a] – src: use std::string for trace enabled_categories (Sam Roberts) #12242
  • [6826637f11] – doc: fix missing argument for dns.resolvePtr() (Uppinder Chugh) #12256
  • [4a6bb378d4] – doc: fix confusing reference in (Vse Mozhet Byt) #12247
  • [3e8991cc56] – doc: modernize and fix code examples in (Vse Mozhet Byt) #12224
  • [376f5ef1ee] – doc: document the performance team (Gibson Fahnestock) #12213
  • [c0b7c075da] – doc: add refack to collaborators (Refael Ackermann) #12277
  • [83f855d505] – doc: add aqrln to collaborators (Alexey Orlenko) #12273
  • [2fb2289177] – doc: add sub domain to host in url (Steven) #12233
  • [ac200a6122] – test: add a second argument to assert.throws() (dave-k) #12139
  • [3cdd04b1c0] – test: skip irrelevant test on Windows (Rich Trott) #12261
  • [d4d6986551] – build: fix path voodoo in icu-generic.gyp (Refael Ackermann) #11217
  • [a735c16d52] – deps: backport ec1ffe3 from upstream V8 (Daniel Bevenius) #12061
  • [d641164d09] – doc: update pull request template URL layout (Rich Trott) #12216
  • [6feea08587] – buffer: preallocate array with buffer length (alejandro) #11733
  • [a703bdecc4] – build: add checks for openssl configure options (Daniel Bevenius) #12175
  • [b495b6acdf] – build: make configure print statements consistent (Daniel Bevenius) #12176
  • [f60b4553f3] – doc: modernize and fix code examples in (Vse Mozhet Byt) #12171
  • [74d0266694] – doc: fix string interpolation in Stream ‘finish’ (Vinay Hiremath) #12221
  • [4b54520a4a] – test: refactor mkdtemp test and added async (Luca Maraschi) #12080
  • [8caf6fd58a] – test: add Unicode characters regression test (Alexey Orlenko) #11423
  • [961c89cc61] – doc: add table of contents to (Jason Marsh) #11635
  • [a11ed6a0b3] – test: more robust check for location of node.exe (Refael Ackermann) #12120
  • [6083e7aa7b] – benchmark: avoid TurboFan deopt in arrays bench (Michaël Zasso) #11894
  • [cf1117bc13] – doc: fix the timing of setImmediate’s execution (Daiki Arai) #12034
  • [806c4f3c0c] – doc: fix arg type (Daiki Arai) #12034
  • [c814c7e9ea] – events: do not keep arrays with a single listener (Luigi Pinca) #12043
  • [36617fd5b8] – doc: add notes to http.get options (Raphael Okon) #12124
  • [9e6b0a4604] – test: performance, remove Popen(shell=True) on Win (Refael Ackermann) #12138
  • [805ebef8b1] – buffer: optimize decoding wrapped base64 data (Alexey Orlenko) #12146
  • [fb34d9c210] – test: increase querystring coverage (DavidCai) #12163
  • [d6e9cf7c22] – doc: fix and update examples in (Vse Mozhet Byt) #12169
  • [f057cc3d84] – benchmark: replace [].join() with ”.repeat() (Vse Mozhet Byt) #12170
  • [b15dc95848] – test: fix flaky test-child-process-exec-timeout (Santiago Gimeno) #12159
  • [72a27b3eb5] – build: use $(RM) in Makefile for consistency (Gibson Fahnestock) #12157
  • [3af9101d20] – doc, inspector: note that the host is optional (Gibson Fahnestock) #12149
  • [b52b3f6710] – test: reduce buffer size in buffer-creation test (Sakthipriyan Vairamani (thefourtheye)) #11177
  • [b5283f9d4b] – doc: add logo to README (Roman Reiss) #12148
  • [305f822a36] – net: rename internal functions for readability (Joyee Cheung) #11796
  • [2f88de1ce3] – vm: use SetterCallback to set func declarations (AnnaMag) #12051
  • [ffbcfdfe32] – src: fix base64 decoding (Nikolai Vavilov) #11995
  • [8823861d9d] – tools: update dotfile whitelist in .gitignore (Michaël Zasso) #12116
  • [87ca9a6ffe] – test: fix flaky child-process-exec-kill-throws (Rich Trott) #12111
  • [fdf76d5aa0] – tools: add missing #include “unicode/putil.h” (Steven R. Loomis) #12078
  • [6130d547a0] – deps: backport 8dde6ac from upstream V8 (Daniel Bevenius) #12060
  • [1ee38eb874] – (SEMVER-MINOR) util: add %i and %f formatting specifiers (Roman Reiss) #10308
  • [5ac719d0d2] – doc: add deprecations page to docs toc (Michaël Zasso) #12268

Why You Should Use Node.js?

Node.js is highly customizable server engine getting popular as a mean for JavaScript codes to build real-time web APLs that can run across devices.

It uses the Google Chrome’s v8, one of the finest JavaScript engine for running standalone JavaScript programs. The point to understand here is that Node.js itself is not JavaScript, it is a program for running JavaScript. JavaScript fails to deal with operating system-level sockets and network connectivity issues. Node program is written in C, a language perfectly capable of doing the grunt work and heavy lifting needed for networking. JavaScript is perfectly suitable for sending instructions to C program that can be carried out in the dungeons of your OS.

Node.js contain a build-in library that allows its applications to act as a web server without any software such as HTTP server or IIS
As an asynchronous event-driven framework, Node.js is designed to build scalable network applications.

It provides an event-driven architecture and a non-blocking I/O API that makes it lightweight and efficient, perfect for data-intensive real-time applications that run across distributed devices. Almost no function in Node directly performs I/O, so the process never blocks.

It’s great at micro-requests; at evented I/O. Use Node for quick communication between a web page and a server. These technologies are commonly used for real-time web applications.

Node.js customizable feature make it work OS X, Microsoft Windows, Linux, FreeBSD, NonStop, IBM AIX, IBM System z and IBMi. Its work is hosted and supported by the Node.js Foundation, a Collaborative Project at Linux Foundation.

Node.js lets you do really powerful things without much of hard work. Suppose you have a Node.js program that does a variety of tasks, listens on a TCP port for commands, encodes some images and whatever. With some lines of code, you can add in an HTTP-based web management portal that shows the current status of active tasks. This is EASY to do

Node is getting popular as a server-side platform and is used by IBM, Microsoft, Yahoo!, Walmart, Groupon, SAP, LinkedIn, Rakuten, PayPal, Voxer, and GoDaddy and many more.

Best and Cheap European Node.js v7.9.0 Hosting – Dedicated Server

Do you love the Node.js JavaScript platform for building scalable applications on the Web? If so, you might have already learned how to install Node.js on your local box to test things out.

Your next step might be to try to find free Node.js hosting. Hosting your Node.js applications at a web host allows you to share them with the whole world!

When it comes to application hosting, Node.js developers have it easy. This innovative community has spawned several of their own excellent hosting solutions, where basic free-access plans are often readily available.

Many of these shops are also excellent open source citizens, making significant contributions to projects that they like to use – helping to advance the status of tools and best-practices employed by the greater community. is the hosting provider that fully support for multitenancy and application auto-scaling over your own open cloud – establishing a new community space for advancing the state of open source computing.

Here are our top reasons to deploy your next Node.js project on – Fully Support Node.js

All of their servers run the latest versions of Node.js so they will always be able to support your site. All of their servers run the latest versions of Node.js so they will always be able to support your site. You will install Node.js site for free. ASPHostPortal provides multiple server locations, free CDN and advanced caching options to make both yours and your customers’ experience with Node.js really fast and enjoyable. They also make sure that your Node.js website is safer and better supported than anywhere else. – Expert Support Team

Everything starts with impeccable support. The unmatched knowledge, experience, and dedication of their team truly make them stand out. They understand that people are the most important piece of the service they provide, and that is why they are at the top of the list. You’ll notice the difference the first time you talk to one of their Node.js experts. – Offers Affordable Price

ASPHostPortal offers affordable price for Node.js in their cloud dedicated server. Customers can start their Node.js application just from $18.00/mo. They are so confident that you will like their service, so they brave to offer a 30 day money back guarantee on hosting fees. Just cancel before 30 days, and they will refund your entire hosting fee. You can get cheaper price with their hosting promotion and free add-ons too, for more information just visits their official site at – World Class Data Center

Their data centers are strategically located around the country to provide their customers with the highest levels of availability, service and support on the market. Their data centers located on US (Washington & Seattle), Netherlands (Amsterdam), Singapore, Hong Kong, United Kingdom (London), Australia (Melbourne), France (Paris), Germany (Frankfurt), Italy (Milan), India (Mumbai). Each Data Center is custom designed with raised floors. Each Data Center is equipped with HVAC temperature control systems with separate cooling zones, seismically braced racks, advanced early smoke detection and fire suppression systems. Their Data Centers are supported by some of the most powerful physical security in the business. They have 24/7 video surveillance, security breach alarms and Biometric thumb print scanners at every entryway.

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