1. Today I saw a lot of people arguing about messagepack on hacknews. First understand what MessagePack is: MessagePack is a binary-based efficient object serialization library. It enables to exchange structured objects between many languages like JSON. But unlike JSON, it is very fast and small.
2. The main purpose of MessagePack. The author explains that it has two major uses: one is Space-efficient storage for Memcache entries (Pinterest), a space-saving mamcache application; the other is for RPC transmission. This use case is fairly close to my original intent. When one is designing an RPC system, one of the first tasks is to specify and implement a communication protocol. This process can get pretty hairy as you need to worry about a lot of low-level issues like Endian -ness. By using MessagePack, one can skip designing and implementing a communication protocol entirely and accelerate development.
3. The controversial point is that the benchmark of MessagePack says that it is many times faster than protocolBuffer and Json. But some people don't believe it and do a test under javascript (json and messagePack). It is found that MessagePack only compresses about 10% less data than json, and the compression and decompression time is much more time-consuming than the json parser.
4. "MsgPack vs. JSON: Cut your client-server exchange traffic by 50% with one line of code" This article uses messagePack to optimize the server, reduce the amount of data on the server, and make more reasonable use of bandwidth. The author emphasized that they would rather waste 0.5ms-1ms on the client, but the server uses ruby's MessagePack parser, which can be 5 times faster than JSON.
The difference to JSON is, that MsgPack is binary-based - this gives the possibility to make the exchanged data a) smaller and use less bytes , I guess we all know the advantages of that, however there is an even bigger advantage: b) It is faster to parse and encode, having a parser parse 40 bytes takes about twice as long as parsing 20 bytes.
myJSONString = JSON.stringify(myObject) ;
myObject = JSON.parse(myJSONString);
var myByteArray = msgpack.pack(myObject);
myObject = msgpack.unpack(myByteArray);
The author of MessagePack also believes that MessagePack may not be the best choice for client-side serialization as described by the blog author. The author citing 2 is a little tragic.
5. Bson is the binary form of Json, but it is grammatically incompatible with Json. But MessagePack guarantees semantic consistency.
6. Different scene requirements lead to differences in the application of technology.
PHP Trial MessagePack
It's like JSON. but fast and small.
This sentence attracted me and I went to take a look.
Official website: http://msgpack.org
The official installation method is misleading, there is no php directory in the msgpack directory... I only see csharp, erlang, go, java, ruby etc. directory.
git clone https://github.com/msgpack/msgpack.git
cd msgpack/php
phpize
./configure && make && make install
Still found the extension on the PHP official website: http://pecl.php. net/package/msgpack
Last updated: 2012-09-14, yesterday’s version.
Attached is the installation process:
wget http://pecl.php .net/get/msgpack-0.5.2.tgz
tar zxf msgpack-0.5.2.tgz
cd msgpack-0.5.2
/usr/local/hx/php/bin/phpize
./configure --with-php-config=/usr/local/hx/php/bin/php-config
make && make install
Then add msgpack.so to php.ini, restart php, and complete the installation.
Start testing:
$data = array(0=>'abcdefghijklmnopqrstuvwxyz',1=>'Xiamen','abc'=>'1234567890');
msgpack_pack, json_encode, serialize respectively, the length is: 50, 62, 87
and then executed 10000 times respectively, time consuming: 9.95 milliseconds, 17.45 milliseconds, 8.85 milliseconds
Unlock and execute 10000 times, time consuming: 14.76 Milliseconds, 23.93 milliseconds, 14.61 milliseconds
The performance of msgpack is at least 50% better than json. Although it is almost the same speed as serialize, serialize takes up significantly more space.
In addition, the GBK program is convenient. You can also msgpack_pack Chinese. If you use json, you need to batch convert it to utf-8 before you can json_encode.
Quote:
1, MessagePack official website
2. MsgPack vs. JSON: Cut your client-server exchange traffic by 50% with one line of code
HN comment address: http://news.ycombinator.com/item?id=4090831
3, My thoughts on MessagePack
HN comment address: http://news.ycombinator.com/item?id=4092969
4 Performance comparison between MessagePack and JSON under JS
HN comment address: http://news.ycombinator.com/item?id=4091051

PHP remains a powerful and widely used tool in modern programming, especially in the field of web development. 1) PHP is easy to use and seamlessly integrated with databases, and is the first choice for many developers. 2) It supports dynamic content generation and object-oriented programming, suitable for quickly creating and maintaining websites. 3) PHP's performance can be improved by caching and optimizing database queries, and its extensive community and rich ecosystem make it still important in today's technology stack.

In PHP, weak references are implemented through the WeakReference class and will not prevent the garbage collector from reclaiming objects. Weak references are suitable for scenarios such as caching systems and event listeners. It should be noted that it cannot guarantee the survival of objects and that garbage collection may be delayed.

The \_\_invoke method allows objects to be called like functions. 1. Define the \_\_invoke method so that the object can be called. 2. When using the $obj(...) syntax, PHP will execute the \_\_invoke method. 3. Suitable for scenarios such as logging and calculator, improving code flexibility and readability.

Fibers was introduced in PHP8.1, improving concurrent processing capabilities. 1) Fibers is a lightweight concurrency model similar to coroutines. 2) They allow developers to manually control the execution flow of tasks and are suitable for handling I/O-intensive tasks. 3) Using Fibers can write more efficient and responsive code.

The PHP community provides rich resources and support to help developers grow. 1) Resources include official documentation, tutorials, blogs and open source projects such as Laravel and Symfony. 2) Support can be obtained through StackOverflow, Reddit and Slack channels. 3) Development trends can be learned by following RFC. 4) Integration into the community can be achieved through active participation, contribution to code and learning sharing.

PHP and Python each have their own advantages, and the choice should be based on project requirements. 1.PHP is suitable for web development, with simple syntax and high execution efficiency. 2. Python is suitable for data science and machine learning, with concise syntax and rich libraries.

PHP is not dying, but constantly adapting and evolving. 1) PHP has undergone multiple version iterations since 1994 to adapt to new technology trends. 2) It is currently widely used in e-commerce, content management systems and other fields. 3) PHP8 introduces JIT compiler and other functions to improve performance and modernization. 4) Use OPcache and follow PSR-12 standards to optimize performance and code quality.

The future of PHP will be achieved by adapting to new technology trends and introducing innovative features: 1) Adapting to cloud computing, containerization and microservice architectures, supporting Docker and Kubernetes; 2) introducing JIT compilers and enumeration types to improve performance and data processing efficiency; 3) Continuously optimize performance and promote best practices.


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