


Detailed explanation of the entire Zend Debugger installation process_PHP tutorial
Debugging technology is an indispensable and important part of our programming, and the debugger is a necessary component of every IDE environment. In this case, it is a matter of course that the integrated environment of Zend Studio has a debugger. However, when the debugger is configured and used, its powerful functions will definitely amaze you!
In fact, the debugging function of Zend Studio (hereinafter referred to as ZDE) is divided into internal debugging and remote debugging. Internal debugging is preliminary code debugging using ZDE's built-in PHP (available in versions 4 and 5). We focus on remote debugging because it can completely simulate a real operating environment.
Remote debugging requires server-side component support. Our content today is how to install this server-side debugging environment. The debugging component used is Zend Debugger, which is light and useful. At the time of writing this article, Its latest version is 5.2.14, which is slightly updated with the 5.2.10 version widely circulated on the Internet. My server is apache under windows, so I downloaded the windows version of Zend Debugger. The compressed package is about 2.1M and has a readme.txt. I think it is necessary to read it:
<ol class="dp-xml"> <li class="alt"><span><span>Zend Debugger installation instructions </span></span></li> <li><span>————————————— </span></li> <li class="alt"><span>1. Locate ZendDebugger.so or ZendDebugger.dll file that is compiled for the correct version of PHP </span></li> <li><span>(4.3.x, 4.4.x, 5.0.x, 5.1.x, 5.2.x) in theappropriate directory. </span></li> <li class="alt"><span> </span></li> <li><span>2. Add the following line to the php.ini file: </span></li> <li class="alt"> <span>Linux and Mac OS X: </span><span class="attribute">zend_extension</span><span>=/full/path/to/ZendDebugger.so </span> </li> <li> <span>Windows: </span><span class="attribute">zend_extension_ts</span><span>=/full/path/to/ZendDebugger.dll </span> </li> <li class="alt"> <span>Windows non-tread safe: </span><span class="attribute">zend_extension</span><span>=/full/path/to/ZendDebugger.dll </span> </li> <li><span>(*) the windows non-thread safe is used only with Zend Core 2.0 </span></li> <li class="alt"><span> </span></li> <li><span>3. Add the following lines to the php.ini file: </span></li> <li class="alt"> <span class="attribute">zend_debugger.allow_hosts</span><span>=</span><span class="tag"><span class="tag-name">ip_addresses</span><span class="tag">></span><span> </span></span> </li> <li> <span class="attribute">zend_debugger.expose_remotely</span><span>=</span><span class="attribute-value">always</span><span> </span> </li> <li class="alt"><span> </span></li> <li><span>4. Place dummy.php file in the document root directory. </span></li> <li class="alt"><span> </span></li> <li><span>5. Restart web server. </span></li> <li> </li> </ol>
The installation method has been described in great detail here, so I will describe it again in my obscure language. The following is a list of all files in the compressed package:
<ol class="dp-xml"> <li class="alt"><span><span>ZendDebugger-5.2.14RC9-cygwin_nt-i386md5 </span></span></li> <li><span>ZendDebugger-5.2.14RC9-cygwin_nt-i386Inventory.xml </span></li> <li class="alt"><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3864_3_x_comp </span></li> <li><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3864_3_x_compZendDebugger.dll </span></li> <li class="alt"><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3864_4_x_comp </span></li> <li><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3864_4_x_compZendDebugger.dll </span></li> <li class="alt"><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3865_0_x_comp </span></li> <li><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3865_0_x_compZendDebugger.dll </span></li> <li class="alt"><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3865_1_x_comp </span></li> <li><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3865_1_x_compZendDebugger.dll </span></li> <li class="alt"><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3865_2_x_comp </span></li> <li><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3865_2_x_compZendDebugger.dll </span></li> <li class="alt"><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3865_2_x_nts_comp </span></li> <li><span>ZendDebugger-5.2.14RC9-cygwin_nt-i3865_2_x_nts_compZendDebugger.dll </span></li> <li class="alt"><span>ZendDebugger-5.2.14RC9-cygwin_nt-i386dummy.php </span></li> <li><span>ZendDebugger-5.2.14RC9-cygwin_nt-i386README.txt </span></li> <li> </li> </ol>
Unzip the appropriate one, which is The Zend Debugger version corresponding to your current PHP version. My PHP version is 5.2.5, so I dragged out 5_2_x_comp (as for 5_2_x_nts_comp refers to non-tread safe, I don’t understand the specific use, so I won’t assume (used), I moved 5_2_x_compZendDebugger.dll to D:myserverZendDebugger5_2_xZendDebugger.dll, and decompressed dummy.php in the compressed package to the web root directory. The DocumentRoot of my apache here is set to D:/myserver/wwwroot, so I copied dummy. php to D:myserverwwwroot, then modify php.ini and add these contents:
<ol class="dp-xml"> <li class="alt"><span><span class="attribute">zend_extension_ts</span><span>=</span><span class="attribute-value">D</span><span>:/myserver/ZendDebugger/5_2_x/ZendDebugger.dll </span></span></li> <li> <span class="attribute">zend_debugger.allow_hosts</span><span>=</span><span class="attribute-value">127</span><span>.0.0.1/32,192.168.1.88/24 </span> </li> <li class="alt"> <span class="attribute">zend_debugger.expose_remotely</span><span>=</span><span class="attribute-value">always</span> </li> <li class="alt"><span> </span></li> </ol>
Then restart apache. After a short wait, we enter phpinfo() to check whether it is successful?

PHP is a server-side scripting language used for dynamic web development and server-side applications. 1.PHP is an interpreted language that does not require compilation and is suitable for rapid development. 2. PHP code is embedded in HTML, making it easy to develop web pages. 3. PHP processes server-side logic, generates HTML output, and supports user interaction and data processing. 4. PHP can interact with the database, process form submission, and execute server-side tasks.

PHP has shaped the network over the past few decades and will continue to play an important role in web development. 1) PHP originated in 1994 and has become the first choice for developers due to its ease of use and seamless integration with MySQL. 2) Its core functions include generating dynamic content and integrating with the database, allowing the website to be updated in real time and displayed in personalized manner. 3) The wide application and ecosystem of PHP have driven its long-term impact, but it also faces version updates and security challenges. 4) Performance improvements in recent years, such as the release of PHP7, enable it to compete with modern languages. 5) In the future, PHP needs to deal with new challenges such as containerization and microservices, but its flexibility and active community make it adaptable.

The core benefits of PHP include ease of learning, strong web development support, rich libraries and frameworks, high performance and scalability, cross-platform compatibility, and cost-effectiveness. 1) Easy to learn and use, suitable for beginners; 2) Good integration with web servers and supports multiple databases; 3) Have powerful frameworks such as Laravel; 4) High performance can be achieved through optimization; 5) Support multiple operating systems; 6) Open source to reduce development costs.

PHP is not dead. 1) The PHP community actively solves performance and security issues, and PHP7.x improves performance. 2) PHP is suitable for modern web development and is widely used in large websites. 3) PHP is easy to learn and the server performs well, but the type system is not as strict as static languages. 4) PHP is still important in the fields of content management and e-commerce, and the ecosystem continues to evolve. 5) Optimize performance through OPcache and APC, and use OOP and design patterns to improve code quality.

PHP and Python have their own advantages and disadvantages, and the choice depends on the project requirements. 1) PHP is suitable for web development, easy to learn, rich community resources, but the syntax is not modern enough, and performance and security need to be paid attention to. 2) Python is suitable for data science and machine learning, with concise syntax and easy to learn, but there are bottlenecks in execution speed and memory management.

PHP is used to build dynamic websites, and its core functions include: 1. Generate dynamic content and generate web pages in real time by connecting with the database; 2. Process user interaction and form submissions, verify inputs and respond to operations; 3. Manage sessions and user authentication to provide a personalized experience; 4. Optimize performance and follow best practices to improve website efficiency and security.

PHP uses MySQLi and PDO extensions to interact in database operations and server-side logic processing, and processes server-side logic through functions such as session management. 1) Use MySQLi or PDO to connect to the database and execute SQL queries. 2) Handle HTTP requests and user status through session management and other functions. 3) Use transactions to ensure the atomicity of database operations. 4) Prevent SQL injection, use exception handling and closing connections for debugging. 5) Optimize performance through indexing and cache, write highly readable code and perform error handling.

Using preprocessing statements and PDO in PHP can effectively prevent SQL injection attacks. 1) Use PDO to connect to the database and set the error mode. 2) Create preprocessing statements through the prepare method and pass data using placeholders and execute methods. 3) Process query results and ensure the security and performance of the code.


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