


paip.php debug debugging --- coexisting with OPTIMIZER_PHP tutorial
paip.php debug debugging---coexist with OPTIMIZER
Author author Attilax,
Note: 1. After decompressing ZendDebugger, change the 4_3_x_comp, 4_4_x_comp, 5_2_x_comp and other directories in the directory to the directory names in the php-x.y.z format. For example: 4_3_x_comp is changed to php-4.3.x. 5_2_x_nts_comp is not thread-safe and does not need to be considered for now.
How to determine whether PHP is the ts or nts version? _Baidu knows
1 answer - Latest answer: April 21, 2012
Best answer: Use phpinfo(); to check the Thread Safety item. This item is to check whether it is thread safe. If it is: enabled, generally it should be the ts version, otherwise it should be the nts version.
D:php-5.2.xZendDebugger.dll
//You can imitate the configuration of zend_extension_manager.optimizer_ts
---php.iini----
[Zend]
zend_extension_manager.optimizer_ts=d:ShopExshopserverzendOptimizer
zend_extension_ts=d:ShopExshopserverzendZendExtensionManager.dll
[Zend Debugger]
zend_extension_manager.debug_server_ts="d:"
zend_debugger.expose_remotely=allowed_hosts
zend_debugger.allow_hosts=127.0.0.1,192.168.1.100
---Test whether the installation is successful
TEST. PHP PHPINFO()
You can see the first page
This program makes use of the Zend Scripting Language Engine:
Zend Engine v2.2.0, Copyright (c) 1998-2007 Zend Technologies
with Zend Extension Manager v1.0.11, Copyright (c) 2003-2006, by Zend Technologies
With Zend Optimizer v3.2.0, Copyright (c) 1998-2006, by Zend Technologies
With Zend Debugger v5.2.15, Copyright (c) 1999-2008, by Zend Technologies
And there is a section [ZEND DEBGGER] below
Zend Debugger
Passive Mode Timeout 20 seconds
Directive Local Value Master Value
zend_debugger.allow_hosts 127.0.0.1,192.168.1.100 127.0.0.1,192.168.1.100
zend_debugger.allow_tunnel no value no value
zend_debugger.deny_hosts no value no value
zend_debugger.expose_remotely allowed_hosts allowed_hosts
zend_debugger.httpd_uid -1 -1
zend_debugger.max_msg_size 2097152 2097152
zend_debugger.tunnel_max_port 65535 65535
zend_debugger.tunnel_min_port 1024 1024

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

C++ multi-thread debugging can use GDB: 1. Enable debugging information compilation; 2. Set breakpoints; 3. Use infothreads to view threads; 4. Use thread to switch threads; 5. Use next, stepi, and locals to debug. Actual case debugging deadlock: 1. Use threadapplyallbt to print the stack; 2. Check the thread status; 3. Single-step the main thread; 4. Use condition variables to coordinate access to solve the deadlock.

How to use LeakSanitizer to debug C++ memory leaks? Install LeakSanitizer. Enable LeakSanitizer via compile flag. Run the application and analyze the LeakSanitizer report. Identify memory allocation types and allocation locations. Fix memory leaks and ensure all dynamically allocated memory is released.

This article introduces shortcuts for Go function debugging and analysis, including: built-in debugger dlv, which is used to pause execution, check variables, and set breakpoints. Logging, use the log package to record messages and view them during debugging. The performance analysis tool pprof generates call graphs and analyzes performance, and uses gotoolpprof to analyze data. Practical case: Analyze memory leaks through pprof and generate a call graph to display the functions that cause leaks.

Efficiently debug Lambda expressions: IntelliJ IDEA Debugger: Set breakpoints on variable declarations or methods, inspect internal variables and state, and see the actual implementation class. Java9+JVMTI: Connect to the runtime JVM to obtain identifiers, inspect bytecode, set breakpoints, and monitor variables and status during execution.

Concurrency testing and debugging Concurrency testing and debugging in Java concurrent programming are crucial and the following techniques are available: Concurrency testing: Unit testing: Isolate and test a single concurrent task. Integration testing: testing the interaction between multiple concurrent tasks. Load testing: Evaluate an application's performance and scalability under heavy load. Concurrency Debugging: Breakpoints: Pause thread execution and inspect variables or execute code. Logging: Record thread events and status. Stack trace: Identify the source of the exception. Visualization tools: Monitor thread activity and resource usage.

Common PHP debugging errors include: Syntax errors: Check the code syntax to make sure there are no errors. Undefined variable: Before using a variable, make sure it is initialized and assigned a value. Missing semicolons: Add semicolons to all code blocks. Function is undefined: Check that the function name is spelled correctly and make sure the correct file or PHP extension is loaded.

Tools for debugging PHP asynchronous code include: Psalm: a static analysis tool that can find potential errors. ParallelLint: A tool that inspects asynchronous code and provides recommendations. Xdebug: An extension for debugging PHP applications by enabling a session and stepping through the code. Other tips include using logging, assertions, running code locally, and writing unit tests.

C++ debugging functions that contain exception handling uses exception point breakpoints to identify exception locations. Use the catch command in gdb to print exception information and stack traces. Use the exception logger to capture and analyze exceptions, including messages, stack traces, and variable values.
