无码国产精品一区二区免费16,夫妇交换做爰4,97SE亚洲精品一区,小说区图片区色综合区

code interpreter中文什么意思

發音:

用"code interpreter"造句

代碼解釋程序

code: n. 1.法典；法規。 2.規則，準則；(社會、階級等的 ...
interpreter: n. (fem. -pretress) 1.解釋者；判斷 ...
interpreter code: 翻譯程序代碼; 翻譯代碼; 翻譯碼; 解釋程序代碼; 解釋碼; 解譯碼; 偽碼; 象征碼
interpreter, threaded code: 鏈接代碼解譯程序
interpreter-used in code generation: 代碼生成中使用的解釋程序

下載手機詞典可隨時隨地查詞查翻譯

例句與用法

Like most of the development environments we look at , smallbasic is a code interpreter rather than a native compiler
和我們所看到的大多數開發環境一樣， smallbasic是一個代碼解釋器，而不是本機編譯器。
A " major component " , in this context , means a major essential component ( kernel , window system , and so on ) of the specific operating system ( if any ) on which the executable work runs , or a compiler used to produce the work , or an object code interpreter used to run it
在這里， “主要部件”指的是在該可執行作品下運行的作業系統（如有的話）當中的一個主要且不可或缺的部件（如核心、視窗系統等），或用以產生該作品的一個編譯器，或用以執行該作品的目標碼解析器。
The method to plan the manufacturing path directly from the measurement points is studied . in chapter five , several software modules are realized including copy milling module , cnc code interpreter , and a three - axis copy milling cnc system is developed . in chapter six , the experiment of copy milling and cnc milling is done , and the results of computer simulation and experiment verified the effectiveness of the method
第六章一方面編制數控加工代碼，在所開發的數控系統上進行數控加工，以驗證數控加工系統的有效性；另一方面，對測量得到的數據，經過仿型系統處理后生成加工路徑，進行仿型加工實驗，以驗證仿型加工算法和仿型功能實現的有效性。
First this article introducs java " s characteristics and real - time java platforms and detailedly analyze the java " s disadvantageous factor applying in real - time environment and which aspects need to be improved if real - time java wants to be realized . the aspects demanded extension involve virtual machine , byte code analyzer , byte code interpreter , the real - time run and the contents of the real - time task etc . through the research of the rtsj ( real - time java specification ) and its apis , the article discusses each aspect which bases on the traditional java
本文首先介紹了java編程語言特點及實時java平臺，詳細分析了java應用在實時環境中的不利因素以及要實現實時java需要對哪些方面進行改進。這些需要改進的方面既有java本身的虛擬機、字節碼分析器、字節碼翻譯等內容，又有實時執行、實時任務方面的內容。通過對rtsj (實時java規范)及其apis的研究分析，對它在傳統的java基礎上擴展的各個方面進行了討論。