EGL还有一个内嵌的解释调试器，它能够让用抽象语言层撰写代码的开发人员执行源代码层的调试。
EGL also features a built-in interpretive debugger that enables developers writing code at the abstract language level to perform source-level debugging.
使用malloc - type内存分配将允许外部调试器观察内存使用情况，而emalloc分配将使用Zend内存管理器抽象，要求进行内部调试。
Using malloc-type memory allocations will allow external debuggers to observe memory use while emalloc allocations will use the Zend memory manager abstraction, requiring internal debugging.
调试器让开发人员在应用程序部署之前使用真实数据单步调试抽象程序代码。
The debugger allows developers to step through the abstract program code using real data before the application is deployed.
此调试器最有意思的特性是它被抽象为一个简单的Objective - cAPI，而且将macrubyd作为一个客户端来使用。
An interesting feature of the debugger is that it has been abstracted into a simple Objective-C API, of which macrubyd is just one client.
此调试器最有意思的特性是它被抽象为一个简单的Objective - cAPI，而且将macrubyd作为一个客户端来使用。
An interesting feature of the debugger is that it has been abstracted into a simple Objective-C API, of which macrubyd is just one client.
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