棧框架 的英文怎麼說
中文拼音 [zhànkuàngjià]
棧框架
英文
stack frame-
The high - level framework divides, as shown on the right, the solution stack into mobile middleware, internet protocol suite, operating system, and computing and communication hardware
該高層框架將解決方案棧分為，移動中間件，網際網路協議簇，操作系統，和計算和通訊硬體。The debug view displays the stack frame for the suspended threads for each target you are debugging
Debug視圖顯示正在調試的每個目標的暫掛線程的堆棧框架。Notice, for example, that the debug view not to be confused with the debug perspective shows the call stack ; this combines the frames and threads that you are familiar with in idea
例如，注意， debug視圖（請不要與debug透視圖混淆）顯示了調用棧的情況；這些信息實際上包括了您熟悉的idea框架和線程的內容。Then, it analyzed can and canopen application layer, including : real - time characteristics of can, the core of canopen - od, all kinds of communication objects, the allocation of cob - id and some device profiles. and xcanopen was brought forward for implementing of canopen in power line communication. then, on the reference design platform of freescale - agilent, xcanopen ’ s two standard software interfaces, bottom driver and function of communication and network management based on canopen were implemented
本文詳細分析了低壓電力線通信數據機的結構與工作原理;分析了can協議及其可以保證數據實時可靠傳輸的實質，剖析了應用層協議canopen ，著重解釋了canopen的核心?對象字典od 、各類通訊對象、標識符的分配，以及一些設備子協議（ deviceprofiles ） ，並提出了在電力線通信上實現canopen的解決方案? xcanopen框架;在基於freescale - agilent電力線通信的參考設計平臺上實現了xcanopen的兩個標準軟體介面，電力線通信底層驅動軟體的設計以及基於canopen協議棧的節點通信和網路管理功能，達到了使用canopen協議來實現電力線通信的標準化模塊的目的;最後，在canopen數據通信的實時調度上做了進一步的改進探索研究。Secondly ndis ( network driver interface specification ) technology in windows2000 and three kinds of network drivers : protocol driver, intermediate driver and miniport driver in ndis structure are narrated in detail. the whole structure of miniport driver for the wireless card and the design of all modules are described, the layered i / o technology in network stack and the configuration module based on this technology are introduced in succession
第二部分詳細敘述了windows2000下的ndis （網路驅動介面規范）技術和ndis框架下的三類網路驅動程序：協議驅動程序、中間驅動程序和小埠驅動程序，並描述了所開發的ndis小埠驅動程序的整體架構和各模塊的設計，接著介紹了網路協議棧中的層次i o技術和基於此技術的配置模塊。This section shows how to add generics to existing code ; it considers a small example, a library for stacks that extends the collections framework, together with an associated client
這個部分將介紹如何向已有的代碼中引入范型；我們來看一個小例子，一個繼承了集合框架的堆棧庫，以及一個相應的客戶端代碼。Suppresses creation of frame pointers on the call stack
此選項取消在調用堆棧上創建框架指針。Suppresses the creation of frame pointers on the call stack for quicker function calls
取消在調用堆棧上創建框架指針，以更快地進行函數調用。This paper also provides some background knowledge about sip and video conference, such as the sip framework, the history of voip and video conference, etc. this paper emphasizes on the implementation of sip terminal on the windows platform, including the realization of sip stack, the capture and compression of video and audio steams, rtp transmission of stream data, the working thread of sip terminal and the optimization of video codecs
本文在論述研究工作的同時也介紹了一些相關的背景知識如sip協議的框架、 voip和可視電話的發展歷史等。本文重點論述了windows平臺sip多媒體終端的實現，包括sip協議棧的實現、視音頻流的採集、編解碼和網路傳輸方案、 sip終端的工作流程、以及編解碼器基於指令集的優化。Firstly the paper makes a survey of the development of bluetooth technology in the internal and the external, explains charactoristic and application of bluetooth, points out the purpose and significance of developing bluetooth application. secondly, based on the sig bluetooth specification version1. 1, it analyses the wholesome framework of specification of bluetooth technology and the contents of the bluetooth protocol stack. thirdly, it discusses the wireless layer, baseband layer and hci in detail
本文首先介紹了藍牙技術的國內外發展概況，簡述了藍牙技術的主要特點和應用，指出了開發藍牙應用的目的和意義；然後以藍牙規范1 . 1版本為基礎，論述了藍牙規范的完整框架和藍牙協議棧的具體內容，其中重點分析了傳輸協議組、中間件協議組和應用組；最後對低層的藍牙傳輸組中的無線層、基帶層和主機控制器介面進行了詳細的分析。Chapter 4 focused on our communication stack software design with four parts : software architecture, unit module, module interfaces and unit integration. chapter 5 detailed some main methods and processes used in testing our communication stack software
第四章設計的通信棧軟體建構在通信棧關鍵技術研究的基礎上，主要闡述了軟體框架、單元模塊、介面和集成四個方面的設計。In a java program, a root is a reference to an object held in a static variable or in a local variable on an active stack frame
在java程序中，根是對靜態變量中或者活躍的堆棧框架上的本地變量中所包含的對象的引用。分享友人