What is the translation of " METHOD INVOCATION " in Chinese?

• 方法调用

Examples of using Method invocation in English and their translations into Chinese

Java remote method invocation.
Java远程方法RMI.

Partial results during different stages of method invocation.
在方法的不同阶段期间调用部分结果。

Java remote method invocation(RMI).
JAVA远程方法调用(RMI).

Any method invocation involves the"hidden" cost of parameter construction.
然后，方法调用隐含了参数构造的“隐形”消耗。

It is also referred to as Method Invocation.
这又称为方法引用。

This form of method invocation is called"late binding.".
这种形式的方法调用称作“后期绑定”。

Profiling aspect reports exact duration of the whole transactional method invocation.
分析aspect报告整个transactional方法调用的确切持续时间。

Alternatives are synchronous method invocation and future objects.
异步方法调用的一个替代方案是同步的方法调用和未来对象（futureobject）模式。

To the programmer, remote communication looks like a standard Java method invocation.
对于程序员来说，远程通讯看起来就象标准的Java方法调用。

The code editor can analyze method invocations and generate matching method signatures.
代码编辑器可以分析方法调用并生成匹配的方法签名。

It contains local variables and partial results, and takes part in method invocation and return.
它保存局部变量和部分结果，并在方法调用和返回中起作用。

Remote Method Invocation(RMI) can also be seen as the process of activating a method on a remotely running object.
远程方法调用(RMI)也可以视为启动一个远程运行的对象的方法。

One such event describes all WMI method invocations on the machine.
在这样的事件中，会描述主机上的所有WMI方法调用。

A task is the unit of work scheduled by Ray and corresponds to one function invocation or method invocation.
任务是Ray调度的工作单元，对应于一个函数调用或方法调用。

The framework uses Spring's Bean Proxy to intercept method invocation and apply security constraints.
该框架使用Spring的BeanProxy来拦截方法调用，运用安全约束。

When the software in question uses object-oriented principles, RPC is called remote invocation or remote method invocation.
当有问题的软件使用面向对象原则时，RPC称为远程调用或远程方法调用。

Enterprise JavaBeans(EJB) and Java's Remote Method Invocation(RMI) are limited to Java.
EnterpriseJavaBeans（EJB）和Java的远程方法调用（RMI）仅限于Java。

Serialization is used for lightweight persistence and for communication via sockets or Remote Method Invocation(RMI).
序列化用于轻型持久性和借助于套接字或远程方法调用(RMI)进行的通信。

The use of observers turns explicit dependencies(through method invocations) into implicit dependencies(via observers).
观察器的使用将显式依赖性（通过方法调用）转变为隐式依赖性（通过观察器）。

The result of the method invocation is first copied into the value property of this expression and then returned as the result of getValue.
方法调用的结果首先被复制到此表达式的value属性中，然后作为getValue的结果返回。

It holds local variables and partial results and plays a part in the method invocation and return.
它保存局部变量和部分结果，并在方法调用和返回中起作用。

This behavior is referred to as virtual method invocation, and the methods are referred to as virtual methods..
该行为被称为虚拟方法调用，该方法被称为虚拟方法。

Println is replaced with a call to a method named p to allow a shorter name on each method invocation(lines 9-11).
Println的调用被替换为对一个名为p的方法的调用，这样在每次方法调用时都可以使用短名称（行9-11）。

This behavior is referred to as virtual method invocation, and the methods are referred to as virtual methods..
这个过程被称为虚拟方法调用，该方法被称为虚拟方法.

Such assignments only affect the local storage location represented by the value parameter-they have no effect on the actual argument given in the method invocation.
这样的赋值只影响由该值形参表示的局部存储位置，而不会影响在方法调用时由调用方给出的实参。

Changes in the specified array after the method invocation returns will have no affect on this Throwable's stack trace.
在方法调用返回后，指定数组中的改变将不会对此Throwable的堆栈跟踪产生影响。

Core components provide essential functionality for writing powerful enterprise-worthy programs in key areas such as database access, security, remote method invocation(RMI), and communications.
核心组件提供在数据库访问、安全性、远程方法调用(RMI)和通讯等关键领域编写强大的企业级程序的基本功能。

Conditionally thread safe classes must document which method invocation sequences require external synchronization, and which lock to acquire when executing these sequences.
有条件的线程安全类必须记录哪些方法调用序列需要外部同步，哪些锁定在执行这些序列时获取。

The language syntax is similar to Unified EL but offers additional features, most notably method invocation and basic string templating functionality.
其语法类似于统一EL，但提供了额外特性，显式方法调用和基本字符串模板函数。

These stringent requirements ensure that the compiler can catch method invocation errors, which leads to more reliable programs.
这些严格的要求保证编译程序能捕捉调用错误，这就导致会开发出更可靠的程序。