1. The symbol table is a data structure used by compilers to store information about variables and their corresponding memory addresses.

符号表是编译器使用的数据结构，用于存储有关变量及其对应内存地址的信息。

2. When a program is compiled, the compiler generates a symbol table to keep track of all the identifiers used in the code.

当程序被编译时，编译器会生成一个符号表，用于跟踪代码中使用的所有标识符。

3. The symbol table is essential for the linker to resolve external references and ensure that all symbols are correctly linked.

符号表对于链接器解析外部引用并确保所有符号正确链接非常重要。

4. Debugging tools often rely on the symbol table to map memory addresses to variable names during runtime.

调试工具通常依赖符号表在运行时将内存地址映射到变量名。

5. In object-oriented programming, each class may have its own symbol table to store information about its attributes and methods.

在面向对象编程中，每个类都可能有自己的符号表，用于存储关于其属性和方法的信息。

6. The symbol table can be accessed by the compiler, linker, and debugger to ensure proper handling of identifiers throughout the software development process.

符号表可以被编译器、链接器和调试器访问，以确保在整个软件开发过程中正确处理标识符。