byte code 中文意思是什麼

byte code 解釋
編譯成位元組碼
  • byte : n. 【計算機】二進位組,信息組,位元組,位組。
  • code : n 1 法典;法規。2 規則,準則;(社會、階級等的)慣例,習俗,制度。3 (電)碼,代碼,密碼,暗碼;...
  1. Information technology - single - byte command code sets connection architecture

    信息技術.單位元組命令代碼集連接體系結構
  2. Sbcon information technology - single - byte command code sets connection architecture

    信息技術.單位元組命令編碼集connection體系結構
  3. Fc - sb - 3 information technology - fibre channel - single - byte command code sets mapping protocol - 3 fc - sb - 3

    信息技術.光纖通道.單位元組命令代碼集映射協議. 3
  4. For example, in a previous installment we showed code with a hard - and - fast requirement that one byte of the parameter space be set to a specific value

    我們檢查了一種流行的硬體發生器,發現它返回1的概率是49 . 81 % ,這表示發生器的偏差非常小,趨向于零。
  5. When receiving the uplink frame, olt searches the synchronization pattern to quickly capture the phase information of code flows and achieve the bit synchronization. based on the delimitation pattern, it then delimits the atm cell to accomplish the byte synchronization

    Olt在接收上行幀時,搜索同步圖案,並以此快速獲取比特流的相位信息,達到比特同步;然後根據定界圖案確定atm信元的邊界,完成位元組同步。
  6. Gcj takes java source or byte codes and compiles them into native machine code

    Gcj獲得java源代碼或位元組碼,然後將它們編譯成本機機器代碼。
  7. Gets a value indicating whether the current encoding uses single - byte code points

    獲取一個可以指示當前編碼是否使用單位元組碼位的值。
  8. When overridden in a derived class, gets a value indicating whether the current encoding uses single - byte code points

    在派生類中重寫時,獲取一個值,該值指示當前的編碼是否使用單位元組碼位。
  9. If a file does not start with a byte - order mark and the encoding switch is not specified, the file is assumed to be in the current ansi code page of the system

    如果文件不是以位元組順序標記開頭,且未指定編碼開關,則假定該文件在當前系統ansi代碼頁中。
  10. The microsoft. net implementation also supports an option of precompiling to native code for a faster startup, duplicating what gcj has done for java byte code

    Microsoft . net實現還支持預編譯成本機代碼的選項以獲得更快速啟動,這與gcj對java位元組碼所做的工作相同。
  11. Holds unsigned 16 - bit 2 - byte code points ranging in value from 0 through 65535

    保存無符號的16位(雙位元組)碼位,其值的范圍從0到65535 。
  12. Holds sequences of unsigned 16 - bit 2 - byte code points ranging in value from 0 through 65535

    存儲16位( 2位元組)無符號碼位的序列,值的范圍從0到65535 。
  13. This will give you the swt source and byte code

    這將為您提供swt源代碼和位元組碼。
  14. We also analyzed java virtual machine model and class file format and presented a formal model of java byte code obfuscation. we demonstrated some interesting properties of obfuscating transformation and proved that for java byte code it is possible to create a single - pass algorithm of obfuscation

    論文還對java虛擬機模型與類文件格式進行了分析,建立了一個對java位元組碼進行代碼混淆的形式化模型,揭示了混淆變換具有的一些特性,並證明對java位元組碼可以創建單輪的混淆演算法。
  15. Single - byte code page

    單位元組代碼頁
  16. Double - byte code page

    雙位元組代碼頁
  17. 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、位元組碼分析器、位元組碼翻譯等內容,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。
  18. Fortunately, groovy offers an ant tag that incorporates compiling groovy scripts into byte code, so the process of transforming scripts into functional byte code couldn t be any more straightforward

    幸運的是, groovy提供了一個ant標簽,能夠把未編譯的groovy腳本集成到位元組碼中,這樣,把腳本轉換成有用的位元組碼的處理工作就變得再簡單不過。
  19. We described all kinds of obfuscating methods as viewed from byte code and designed effective method to produce redundant code

    論文從位元組碼的角度描述了不同的混淆方法,並設計了有效的方法來產生冗餘代碼。
  20. It also allows us to perform extensive optimizations during deployment, potentially scanning byte code and optimizing code paths, without impacting online systems

    它也允許我們在部署期間執行廣泛的優化,即潛在地掃描位元組碼和優化代碼路徑,而不會影響在線系統。
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