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Archive for Październik, 2017

PHP.net: Releases for PHP 5.6.32, 7.0.25, 7.1.11 and 7.2.0 RC 5

PHP.net: Releases for PHP 5.6.32, 7.0.25, 7.1.11 and 7.2.0 RC 5

The PHP.net has announced the release of several new versions of the language including a few bugfix versions for stable releases and the latest Release Candidate for the upcoming PHP 7.2.0. The versions that have been released are:

Most of these releases take care of similar bugs found across the different releases with some differences between them. While the others are production releases and it is recommended that you upgrade to those where possible, the Release Candidate is pre-production and should not be considered stable yet.

You can download the stable releases from the downloads page for source or windows.php.net for the Windows binaries. The Release Candidate can be downloaded from the source package QA site or the Windows QA site for the binaries.

Source: http://www.phpdeveloper.org/news/25689

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

PHP.net: Releases for PHP 5.6.32, 7.0.25, 7.1.11 and 7.2.0 RC 5

PHP.net: Releases for PHP 5.6.32, 7.0.25, 7.1.11 and 7.2.0 RC 5

The PHP.net has announced the release of several new versions of the language including a few bugfix versions for stable releases and the latest Release Candidate for the upcoming PHP 7.2.0. The versions that have been released are:

Most of these releases take care of similar bugs found across the different releases with some differences between them. While the others are production releases and it is recommended that you upgrade to those where possible, the Release Candidate is pre-production and should not be considered stable yet.

You can download the stable releases from the downloads page for source or windows.php.net for the Windows binaries. The Release Candidate can be downloaded from the source package QA site or the Windows QA site for the binaries.

Source: http://www.phpdeveloper.org/news/25689

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

Sergey Zhuk: Building ReactPHP Memached Client: Errors And Connection Handling

Sergey Zhuk: Building ReactPHP Memached Client: Errors And Connection Handling

Sergey Zhuk has posted the second part of his series covering the creation of a ReactPHP-based memcached client for asynchronous cache handling. In part one he set up some of the basic structure of the client and got it to a working state. In this latest part he expands on that base and improved the error and connection handling to make it more robust.

In the previous article, we have created a simple streaming Memcached client for ReactPHP ecosystem. It can connect to Memcached server, execute commands and asynchronously return results. In this article we are going to implement some improvements: connection handling [and] errors handling.

He then goes through and makes changes to allow for correct handling of the connection closing where it can either be closed by an option you specify or a forced close from the server. On the error handling side he shows how to handle invalid commands (throwing a WrongCommandException) and a failed command, such as when the value couldn’t be stored for one reason or another.

Source: http://www.phpdeveloper.org/news/25688

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

Sergey Zhuk: Building ReactPHP Memached Client: Errors And Connection Handling

Sergey Zhuk: Building ReactPHP Memached Client: Errors And Connection Handling

Sergey Zhuk has posted the second part of his series covering the creation of a ReactPHP-based memcached client for asynchronous cache handling. In part one he set up some of the basic structure of the client and got it to a working state. In this latest part he expands on that base and improved the error and connection handling to make it more robust.

In the previous article, we have created a simple streaming Memcached client for ReactPHP ecosystem. It can connect to Memcached server, execute commands and asynchronously return results. In this article we are going to implement some improvements: connection handling [and] errors handling.

He then goes through and makes changes to allow for correct handling of the connection closing where it can either be closed by an option you specify or a forced close from the server. On the error handling side he shows how to handle invalid commands (throwing a WrongCommandException) and a failed command, such as when the value couldn’t be stored for one reason or another.

Source: http://www.phpdeveloper.org/news/25688

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

Sergey Zhuk: Building ReactPHP Memached Client: Errors And Connection Handling

Sergey Zhuk: Building ReactPHP Memached Client: Errors And Connection Handling

Sergey Zhuk has posted the second part of his series covering the creation of a ReactPHP-based memcached client for asynchronous cache handling. In part one he set up some of the basic structure of the client and got it to a working state. In this latest part he expands on that base and improved the error and connection handling to make it more robust.

In the previous article, we have created a simple streaming Memcached client for ReactPHP ecosystem. It can connect to Memcached server, execute commands and asynchronously return results. In this article we are going to implement some improvements: connection handling [and] errors handling.

He then goes through and makes changes to allow for correct handling of the connection closing where it can either be closed by an option you specify or a forced close from the server. On the error handling side he shows how to handle invalid commands (throwing a WrongCommandException) and a failed command, such as when the value couldn’t be stored for one reason or another.

Source: http://www.phpdeveloper.org/news/25688

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

Site News: Popular Posts for This Week (10.27.2017)

Site News: Popular Posts for This Week (10.27.2017)

Popular posts from PHPDeveloper.org for the past week:

Source: http://www.phpdeveloper.org/news/25687

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

Site News: Popular Posts for This Week (10.27.2017)

Site News: Popular Posts for This Week (10.27.2017)

Popular posts from PHPDeveloper.org for the past week:

Source: http://www.phpdeveloper.org/news/25687

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

Sergey Zhuk: Building ReactPHP Memached Client: Making Requests And Handling Responses

Sergey Zhuk: Building ReactPHP Memached Client: Making Requests And Handling Responses

Sergey Zhuk has kicked off a series of posts to his site showing how to create a ReactPHP memcache client that can work as a streaming client for your PHP application rather than single get/set requests.

Before writing any code we should think about our future client’s API: how we are going to use it [and] what methods it is going to have.

The client is going to be used in ReactPHP asynchronous ecosystem, so I’m going to provide a promise-based interface for it (when methods return promises). Also, we are building a streaming client. Under the hood, we will open a socket connection and use it as a stream. The client itself will be a wrapper on this binary stream communication. That means that it is our job to manually parse Memcached protocol to write and read data with sockets. So, having all of this in mind, let’s start.

He then starts in on the development of the base for the client including the factor class that will create the client (connector) with the provided Loop instance. He includes an example of this in use to create the client and point it to a local memcache server. Next he creates the client class that will use the stream to send requests and a parser to work with the responses and resolve actions that need to be taken based on their contents.

Source: http://www.phpdeveloper.org/news/25686

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

Sergey Zhuk: Building ReactPHP Memached Client: Making Requests And Handling Responses

Sergey Zhuk: Building ReactPHP Memached Client: Making Requests And Handling Responses

Sergey Zhuk has kicked off a series of posts to his site showing how to create a ReactPHP memcache client that can work as a streaming client for your PHP application rather than single get/set requests.

Before writing any code we should think about our future client’s API: how we are going to use it [and] what methods it is going to have.

The client is going to be used in ReactPHP asynchronous ecosystem, so I’m going to provide a promise-based interface for it (when methods return promises). Also, we are building a streaming client. Under the hood, we will open a socket connection and use it as a stream. The client itself will be a wrapper on this binary stream communication. That means that it is our job to manually parse Memcached protocol to write and read data with sockets. So, having all of this in mind, let’s start.

He then starts in on the development of the base for the client including the factor class that will create the client (connector) with the provided Loop instance. He includes an example of this in use to create the client and point it to a local memcache server. Next he creates the client class that will use the stream to send requests and a parser to work with the responses and resolve actions that need to be taken based on their contents.

Source: http://www.phpdeveloper.org/news/25686

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>

Sergey Zhuk: Building ReactPHP Memached Client: Making Requests And Handling Responses

Sergey Zhuk: Building ReactPHP Memached Client: Making Requests And Handling Responses

Sergey Zhuk has kicked off a series of posts to his site showing how to create a ReactPHP memcache client that can work as a streaming client for your PHP application rather than single get/set requests.

Before writing any code we should think about our future client’s API: how we are going to use it [and] what methods it is going to have.

The client is going to be used in ReactPHP asynchronous ecosystem, so I’m going to provide a promise-based interface for it (when methods return promises). Also, we are building a streaming client. Under the hood, we will open a socket connection and use it as a stream. The client itself will be a wrapper on this binary stream communication. That means that it is our job to manually parse Memcached protocol to write and read data with sockets. So, having all of this in mind, let’s start.

He then starts in on the development of the base for the client including the factor class that will create the client (connector) with the provided Loop instance. He includes an example of this in use to create the client and point it to a local memcache server. Next he creates the client class that will use the stream to send requests and a parser to work with the responses and resolve actions that need to be taken based on their contents.

Source: http://www.phpdeveloper.org/news/25686

<!–
var d = new Date();
r = escape(d.getTime()*Math.random());
document.writeln('’);
//–>