xms

xms

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• 網絡擴充內存(xmsmemory)；擴展內存；最小堆大小

例句

Resources can be defined once, then used at run time by a system consisting of a mixture of JMS and XMS applications.

一旦資源得到定義，一個由JMS和XMS應用程序混合而成的系統就能夠在運行時使用這些資源。

Changes to an administered object will automatically be reflected for both the Java JMS and non-Java XMS applications that use it.

對某一管理對象的改變將自動反射到使用它的JavaJMS和非JavaXMS應用程序上。

XMS is a programming API available in several languages that provides simple and consistent access to IBM messaging servers.

XMS是一套多語言可用的編程API，它提供了對IBM消息傳遞服務器簡單一致的訪問。

The minimum and maximum heap sizes can be modified by specifying -Xms and -Xmx respectively.

最小堆大小和最大堆大小可以分別通過-Xms和-Xmx修改。

The blue boxes in Figure 1 below show the main classes or entities that are implemented by the XMS API interface.

下面的圖1中的藍框顯示了XMSAPI接口實現的主要類或實體。

XMS provides the ideal bridge for integrating . NET applications with applications using the WebSphere family of messaging servers.

XMS為.NET應用程序與使用WebSphere消息傳遞服務器系列的應用程序的集成，提供了理想的橋梁。

XMS offers a choice of synchronous and asynchronous styles for receiving messages.

XMS為消息的接收提供了同步和異步兩種選擇。

XMS will probably not be provided on as many platforms, so you need to use MQI to get the widest possible range of languages and platforms.

XMS可能不會提供如此多的平臺版本，所以用戶需要使用MQI獲得最廣泛的各種語言和平臺的支持。

CVM uses -Xms, -Xmn and -Xmx options to specify the start, minimum and maximum heap size.

CVM使用-Xms，-Xmn，-Xmx選項來規定開始時的最小和最大heapsize。

The heaplimit can never exceed heaptop, and can never go below the initial heap size specified using -Xms.

heaplimit永遠不能超過heaptop，也不能低于使用-Xms指定的初始堆大小。

The grey boxes represent the domain specific classes in JMS 1. 02 that are not implemented by XMS.

灰框代表JMS1.02的“統一域”中未被XMS實現的具體類。

The following code sample shows a C++ program written using the XMS API.

以下代碼示例顯示了一個使用XMSAPI編寫的C++程序。