Systems with native 64-bit types often went to a model called "LP64," where the long and pointer sizes were both 64 bit.
本身支持64位类型的系统通常都采用一种称为“LP64”的模型，其中long类型和指针大小都是64位的。
UNIX systems follow the LP64 model, where long and pointer types are 64 bits, but ints remain 32 bits.
UNIX系统则遵循lp64模型，其中long和指针类型都是64位的，但是int仍然保持为32位。
The Project Model Manager coordinates with each Business Analyst by providing a pointer to a workspace that can be opened in the appropriate tool.
通过提供一个指向可以在合适工具中打开的工作区，项目模型管理员可以与每一个业务分析员相协调。
C + + code developed in Win32 systems is based on the ILP32 model, where int, long, and pointer types are 32 bits.
在Win32系统中开发的C++代码是基于ILP32模型的，在该模型中，int、long和指针类型都是32位的。
Model indexes contain a pointer to the model that created them, and this prevents confusion when working with more than one model.
模型索引包含一个指向创建它们的模型的指针，这样可以避免使用多个模型时引起混淆。
Through pointer mapping set and fault model, it can detect null pointer dereference faults automatically and increases the testing efficiency.
通过指针映射集和故障模型，可以自动检测空指针引用内存故障，提高了测试效率。
Through pointer mapping sets and fault model, it can detect bad deallocation, memory leak and null pointer dereference faults automatically and increase the testing efficiency.
通过指针映射集和故障模型，可以自动检测内存释放异常、内存泄露和空指针引用等动态内存故障，提高了测试效率。
A simple universal coevolutionary algorithm based on pointer-based integer coding schema is implemented to find the optimal solution of the reconfiguration model.
设计了一种采用基于编号的整数编码方案的简单通用协同进化算法，实现了对重构模型的优化求解。
A simple universal coevolutionary algorithm based on pointer-based integer coding schema is implemented to find the optimal solution of the reconfiguration model.
设计了一种采用基于编号的整数编码方案的简单通用协同进化算法，实现了对重构模型的优化求解。
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