Utilizing an assembler to produce a machine-language program. 用汇编程序产生机器语言的过程。
Intrinsic Mechanism of Data Transmission between Assembler Program and TC Program 汇编程序与TC程序数据舆的内在机理
The Method of Going Back to DOS Correctly from Assembler Language Program 从汇编语言中正确返回DOS的方法
In computer programming, sections of assembler, or machine language, embedded into a high level language program. 在计算机程序设计中,嵌入高级语言程序中的一般汇编语言或机器语言。
An assembler program ( Fig. 7.3) reads a programmer's source code, translates the source statements to binary, and produces and object module. 汇编程序读入程序的源代码,把源语句翻译与二进制数,产生目标模块。
An assembler or a compiler reads a complete source program and generates a compete object module. 汇编程序和编译程序都读入一个完整的源程序,并产生一个完整的目标模块。
Translator: A compiler, interpreter or assembler conversion program that translates a high-level language or low-level language into machine language. 翻译程式:是一个用编译,传译或真译方法的转换程式。它把高阶层语言或低阶层语言翻译为机器语言。
Cross and resident assembler& Program Compiler 交叉及常驻汇编程序
Grade. debug VHDL program with assembler program under a kind of time model; 利用时间模型进行汇编级调试;
In this paper, the interface assumpsit between assembler and C/ C++ program that calls it in gcc/ g++ compilation environment on Linux, is analyzed in detail. 笔者较详细地分析了在Linux平台的gcc/g++开发环境下,汇编程序与调用它的C/C++程序的接口约定。
With RTSL, users need not involve in the assembler and hardware, source programs written in RTSL can be adapted to symbolic language program using fixed-point arithmetic. Consequently the simulation software will be run in higher speed. 借助RTSL语言,用户可以避开汇编指令和计算机硬件的细节,而用户源程序却可以直接转换为采用定点算法的汇编语言程序,因而仿真软件将以较高的速度运行。
Dissect of Intel 8086/ 8088 assembler language program structure 关于Intel8086/8088汇编语言程序结构的剖析
An example of Turbo BASIC calling for 8088 assembler language program is presented, and it os shown that the language is simple, convenient and reliable for solving alike problems. 最后给出一个TurboBASIC调用8088汇编语言程序的应用实例。说明该语言解决同类问题具有的简单方便和可靠等优点。
Powerful system softwares, such as disk operating system, macro assembler, ICE ( in-circuit emulator program), and several high-level languages ( BASIC, FORTRAN, PL/ M) make the system easy to use. 它的系统软件很强,主要有磁盘操作系统、宏汇编、在线模拟器和若干高级语言(BASIC、FORTRAN、PL/M),因而使用方便。
Under the control of the real time clock, assembler language plot system program can complete dynamic display or static repetition of the process on the screen. 系统在实时时钟管理下,由汇编语言图示软件在CRT上进行动态跟踪图示或静态的曲线重现;
This paper introduces the Win32 assembler language, and probes into the Win32 application program design by using Win32 assembler language. 简要介绍了Win32汇编语言,并就Win32汇编语言用于Win32应用程序设计作了一些初步的探讨。
C& language and information exchange in assembler language program C语言与汇编语言程序中的数据通讯技术
The thesis dissertates emphatically the realization of the concise ADPCM arithmetic in system, introduces the data structure in assembler program, describes the flow chart of the program that implements the record and play voice, the coder and decoder of speech signal; 论文详细阐述了简化ADPCM编码算法在系统中的实现,对照C语言介绍了汇编程序实现中的数据结构,从语音信号的录音和放音、语音的编码和解码两方面描述了程序实现的流程;
Win32 Assembler Language and Win32 Application Program Design Win32汇编语言与Win32应用程序设计
In software design, the assembler language is used to write the control program, which control the working voltage of the system dynamic varying, and prevents the stealing of the electric energy. 在软件设计中,采用汇编语言编写程序,控制系统工作电压动的动态变换,防止窃电现象的发生。
Use assembler language to program and debug the algorithm, and then, calculate that the realized time is 0.748 ms. 对算法部分用汇编语言进行编程和调试,证明其正确后,算得其图像重建算法部分的实现时间为0.748ms,大大地提高了图像重建的速度。
The paper mainly covers intrinsic mechanism of data transmission between assembler program and Turbo C language program including ways of transmitting value, address, external variable, process value return. 本文主要介绍汇编语言程序和Turbo语言程序间数据传递的传值方法,传址方法及外部变量方法和过程返值方法的内在机理。
Many kinds of materials can be used in sofa making, and its structure has tendency to be assembler program. 沙发的使用材料趋于多样化,结构向拆装化与组合发展。
At last, the design is simulated with an assembler program. 在完成子模块的设计后,使用汇编语言程序的数据对整个设计的模型进行了功能仿真,最后在逻辑上得到了正确的结果。
Assembler code program containing library function name is firstly translated into intermediate language program and then into high level language program to reduce complexity of decompilation. 将含有库函数名的汇编代码程序翻译成中间语言程序,然后再转换成高级语言程序可降低逆编译的复杂性。
Symbol execution based on control flow and data flow is described in the translating assembler program into intermediate program. 文章介绍了从汇编程序到中间语言程序的转换过程中,采用基于数据流和控制流分析的符号执行方法。
By using the method, we can analysis and track the image files in the assembler program level. 使用这种方法,能够在汇编级上,对可执行映象文件进行跟踪分析。