What is the translation of " REFERENCE COUNTING " in Chinese?

• 引用计数
• 参考计数
• reference counting

Examples of using Reference counting in English and their translations into Chinese

And reference counting can provide that.
参考计数可以提供这一点。

It's called ARC(Automatic Reference Counting).
ARC全称为自动引用计数（automaticreferencecounting，ARC）。

Some people call reference counting a“garbage collection” technique.
有些人认为引用计数是“垃圾收集”技术的一种。

There are two main types of garbage collection: tracing and reference counting.
垃圾回收主要有两种类型：追踪和引用计数。

Swift uses Automatic Reference Counting(ARC) to track and manage an app's memory usage.
Swift使用自动引用计数(ARC)来跟踪并管理应用使用的内存。

You can also choose manual memory management or even reference counting if you wish.
你也可以选择手动进行内存管理，如果你想的话，甚至可以进行引用计数。

Swift uses Automatic Reference Counting(ARC) to track and manage an app's memory usage.
Swift使用自动引用计数(ARC)机制来追踪和管理你的App的内存。

Structures are always copied when they are passed around in your code, and do not use reference counting.
结构体总是通过被复制的方式在代码中传递，不使用引用计数。

Since we are still using reference counting, the garbage collector only has to find reference cycles.
因为我们仍然在用引用计数，垃圾回收器只需要找到循环引用。

Ruby uses John McCarthy's original mark and sweep algorithm, while Python uses reference counting.
Ruby使用了JohnMcCarthy原始的标记与扫描算法，而Python使用的是引用计数。

A disadvantage is that reference counting does not detect cycles: two or more objects that refer to one another.
坏处就是，引用计数无法检测出循环(即两个或者更多的对象互相引用)。

Common RAII class copying behaviors are disallowing copying and performing reference counting, but other behaviors are possible.
普通的RAII类的拷贝行为不接受拷贝和进行引用计数，但是其它行为是有可能的。

Reference counting is generally not visible to Python code, but it is a key element of the CPython implementation.
引用计数通常对python代码不可见，但它是CPython实施。

In addition to the most commonly used canonical form, idioms are presented to apply reference counting to new and existing classes.
除了大多数共同使用的规范格式以外，还将习惯用法引入到对新的和已有的类的引用计数之中。

The support for Automatic Reference Counting(ARC) is complete across the procedural and object-oriented code paths.
对自动引用计数(ARC)的支持是在整个过程化的和面向对象的代码路径上完成的。

This kernel device object structure(called"kobject") includes all of the interfaces for reference counting and for handling sub-devices.
这个内核设备对象结构（称为"kobject"）包含用于引用计数和操作子设备的所有接口。

Reference counting is generally not visible to Python code, but it is a key element of the CPython implementation.
引用计数对Python代码来说通常是不可见的，但它是CPython实现的一个关键元素。

For interned strings we don't have to perform reference counting or duplication, but on the other hand they can't be modified in place.
对于静态字符串，我们不需要执行引用计数或者复制，从另一个方面讲，他们不能被修改。

A weak_ptr provides access to an object that is owned by one or more shared_ptr instances, but does not participate in reference counting.
Weak_ptr提供对一个或多个shared_ptr实例拥有的对象的访问，但不参与引用计数。

Indeed, using CPython's reference counting and destructor scheme, each new assignment to f closes the previous file.
实际上，使用CPython的引用计数和析构函数方案，每个新赋值的f都会关闭前一个文件。

Product name, organization name(this can be left blank), company identifier, type(type in foundation), and tick mark the“Automatic Reference Counting” dialog box.
产品名称，组织名称（可以为空）公司标识符，类型（基础类型），勾选“自动参考计数”对话框。

Traditionally, reference counting memory mechanisms, such as that used previously by PHP, fail to address circular reference memory leaks.
传统上，像以前的php用到的引用计数内存机制，无法处理循环的引用内存泄漏。

Since Perl 6 is multi-threaded in its core, it was decided at a very early stage that reference counting would be problematic performance-wise and maintenance-wise.
由于Perl6的核心是多线程的，所以在早期阶段就决定了引用计数在性能和维护方面都是有问题的。

Reference counting can be very useful for less frequently used resources, but I'm not advocating it as a general mechanism for keeping track of memory.
对于使用频率不太高的资源来说，“引用计数”可能会非常有用，但我并不提倡将它作为一项“跟踪内存”的通用机制。

Comprehensive descriptions of advanced techniques used by C++ experts, including placement new, virtual constructors, smart pointers, reference counting, proxy classes, and double-dispatching.
全面地描述了C++专家所使用的高级技术，包括placementnew、virtualconstructors、smartpointers、referencecounting、proxyclasses和double-dispatching等。

Python performs garbage collection via reference counting and a cyclic garbage collector that is able to detect and break reference cycles.
Python通过引用计数和能够检测和中断参考周期的循环垃圾收集器执行垃圾收集。

Atomic reference counts make this kind of situation possible.
看见了吗？原子引用计数使这种情况成为可能。

UnicodeString variables are reference counted, and two or more of them can reference the same value without consuming additional memory.
UnicodeString类型的变量使用了引用计数，两个或两个以上的变量可以引用相同的值而不需要使用额外的内存。