compiler structure 中文意思是什麼
compiler structure
解釋
編譯程序結構-
According to the program structure of ansi c, some syntax - tree - nodes are designed in front - end, including function, block, data structure, type, expression, identifier and so on. syntax tree is divided into three levels, namely program level, function level and block level, which are useful for analysis of syntax and semantic in compiler as well as transferring syntax tree into rtl. retargetable compiler mainly includes intermediate representation, machine description and interface technique between compiler and machine description
編譯前端的實現技術包括詞法分析、語法語義分析和中間代碼生成技術等，針對ansic的程序結構，分別設計了函數、塊、數據結構、類型、表達式、標識符等語法樹結點，並將語法樹分成編譯層次、函數聲明和塊三個不同層次，使語法樹具有清晰的層次結構，有利於編譯程序的語法和語義分析，以及從語法樹到rtl中間表示的轉換。 -
I described how the jibx 1. x binding compiler generates bytecode based on a code generation tree structure constructed from the binding definition
中，我描述了jibx 1 . x綁定編譯器如何基於代碼生成樹結構產生位元組碼，這種樹結構是根據綁定的定義構建的。 -
To control the process of adding all the methods and classes described in the last section, the jibx binding compiler first creates an internal representation of each binding in the form of a code generation tree structure
為了控制上一節中描述的所有方法和類的添加過程， jibx綁定編譯器首先用代碼生成樹結構的形式，創建了每個綁定的內部表示形式。 -
If you access a shared element through an expression that returns an instance of its class or structure, the compiler makes the access through the class or structure name instead of evaluating the expression
通過返回類或結構實例的表達式訪問共享元素時，編譯器會使訪問通過類或結構名稱而不是計算表達式來進行。 -
Therefore, the structure and mechanism of vba is analyzed, and then how the jit compiler is fit into existing structure is described
首先剖析了原有的基於解釋執行模擬器的結構和工作原理。然後提出了要如何基於現有的框架結構實現編譯內核。 -
As target machine, md32, is designed by ourself, the structure of retargetable compiler presented in this paper is researched
可重定目標編譯器主要包括三個方面的內容：中間表示、機器描述和編譯主體與機器描述之間的介面技術。 -
From chapter 3 to chapter 7, the autor introduce in detail the design idea of this platform software ( include core data structure, user interface ( ui ), editor, compiler, etc )
在第三章至第七章則介紹平臺軟體的詳細設計（包括核心數據結構、用戶界面、編輯器和編譯器等） 。 -
The compiler uses each data type keyword as an alias for the underlying structure or class
編譯器將每種數據類型關鍵字用作基礎結構或基礎類的別名。 -
The structure and mechanism of jit compiler is described as sections below : basic block splitting static and dynamic basic block splitting algorithm is described here, and optimized “ n look forward ” algorithm is proposed
隨後分為如下幾部分細描述了編譯內核的實現機制與運行過程:基本塊的劃分描述了靜態和動態的基本塊劃分演算法，並提出效率上更加優化的「 n級預先搜索」演算法。 -
This paper does a research into the measures of dsp ' s c - compiler design. after comparing the dsp with risc processor in the respects of structure and application, and referring to the classic theory of compile for the general - purpose processors, some feasible schemes for dsp ' s c - compiler design are given along with some optimization strategies suitable to the dsp ' s feature
本文對dsp晶元的c編譯器設計進行了探討性的研究，通過對dsp和通用處理器的在結構和應用等方面的對比給出一些可行的c編譯設計的實現方法並借鑒傳統的編譯優化理論結合dsp結構和應用特性得出一些與dsp相適應的編譯優化策略。 -
Then, memory cell array and some parts of peripheral circuits used in sram, for example, sense amplifyier and adderss decoder, are designed and verifyied by simulation. furthermore, some novel methods, such as clocked hierarchical word decoding structure, multi - stage sense amplifyier, common data line and data bus equlibruim technology has been applied in the design of 128kbit and imbit sram. what ' s more, we have studied compiler technology applied in the designing course of a imbit full cmos sram from the pointview of methology
然後對sram的存儲單元電路以及外圍電路中的靈敏放大器和地址譯碼器進行了設計和模擬，在此基礎上，以128kb和1mb全cmossram設計為例，從方法學角度對同步sram設計中的帶時鐘分等級字線譯碼，多級靈敏放大和位線及總線平衡等技術進行了研究，並給出了相應的compiler演算法。 -
This field is primarily for compiler writers to specify the total size in bytes of the class or structure, and is useful for extending memory occupied by a structure for direct, unmanaged access
此欄位主要由編譯器編寫器使用，以指定類或結構的總大小（以位元組為單位） ，而且在擴展由結構佔用的內存（用於直接的非託管訪問）時，此欄位也很有用。
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