Advertisement

ARM® Compiler v5.06 for µVision®: armasm 用户指南

  •  5星
  •     浏览量: 0
  •     大小:None
  •      文件类型:None


简介:
本用户指南为使用ARM Compiler v5.06与µVision集成开发环境中的armasm汇编器提供详细指导和说明。 # ARM Assembly Language Reference Guide This guide provides a comprehensive overview of the ARM assembly language, focusing on syntax and directives used in programming for various ARM processors. It includes detailed explanations about processor modes, registers usage, instruction sets, as well as data types specific to floating-point operations. ## Table of Contents 1. Introduction 2. Processor Modes and Registers 3. Syntax Overview 4. Immediate Values and Instruction Sets 5. Condition Codes 6. Built-in Variables and Macros 7. Operators in ARM Assembly Language 8. VFP Instructions (Vector Floating Point) 9. Diagnostic Messages Severity Levels and Command Line Options Guide 10. Summary of ARM & Thumb Instructions 11. VFP Instruction Set Reference 12. Directives Reference Manual 13. Via File Syntax Overview ## Detailed Sections ### 2 - Processor Modes and Registers Describes the different modes an ARM processor can operate in, along with a list of predeclared core registers, extension registers, and coprocessor registers. ### 4 - Immediate Values & Instruction Sets Provides guidelines on how immediate values are represented within ARM instructions. It also includes tables detailing specific instruction sets for both ARM state and Thumb state processors. ### 5 - Condition Codes Explains the various condition codes used in conditional execution of assembly language instructions, providing clear definitions along with examples illustrating their application. ### 6 - Built-in Variables & Macros Lists predefined macros and variables available for use within ARM assembly code to facilitate common programming tasks such as memory management or error handling. ### 7 - Operators Covers the usage of various operators in ARM Assembly Language including arithmetic, bitwise logic operations, shift operations among others. ### 8 - VFP Instructions (Vector Floating Point) Focuses on instructions specific to vector floating point processing unit used for high-performance numerical computations. ### 9 - Diagnostic Messages Severity Levels and Command Line Options Guide Details the severity levels of diagnostic messages that can be generated during compilation or assembly processes, along with a guide on how to use command line options effectively. ### 10 & 11 - Summary Tables of ARM/Thumb Instructions & VFP Instruction Set Reference Provides concise summaries of all ARM and Thumb instructions as well as detailed descriptions for each instruction in the Vector Floating Point (VFP) unit. ### 12 - Directives Reference Manual Lists out all assembly control directives available in ARM assembler, explaining their usage with examples. ### 13 - Via File Syntax Overview Explains how to write and use via files which are used by assemblers for including additional source code or data during the assembly process. ## Figures & Tables The guide includes numerous figures illustrating register banks (e.g., VFP extension registers) and tables summarizing instruction sets, condition codes, command-line options among others. These visual aids help in better understanding of ARM architecture and programming practices. This reference manual serves as an essential resource for both novice programmers learning ARM assembly language and experienced developers looking to optimize their code using advanced features provided by the processor.

全部评论 (0)

还没有任何评论哟~
客服
客服
  • ARM® Compiler v5.06 for µVision®: armasm
    优质
    本用户指南为使用ARM Compiler v5.06与µVision集成开发环境中的armasm汇编器提供详细指导和说明。 # ARM Assembly Language Reference Guide This guide provides a comprehensive overview of the ARM assembly language, focusing on syntax and directives used in programming for various ARM processors. It includes detailed explanations about processor modes, registers usage, instruction sets, as well as data types specific to floating-point operations. ## Table of Contents 1. Introduction 2. Processor Modes and Registers 3. Syntax Overview 4. Immediate Values and Instruction Sets 5. Condition Codes 6. Built-in Variables and Macros 7. Operators in ARM Assembly Language 8. VFP Instructions (Vector Floating Point) 9. Diagnostic Messages Severity Levels and Command Line Options Guide 10. Summary of ARM & Thumb Instructions 11. VFP Instruction Set Reference 12. Directives Reference Manual 13. Via File Syntax Overview ## Detailed Sections ### 2 - Processor Modes and Registers Describes the different modes an ARM processor can operate in, along with a list of predeclared core registers, extension registers, and coprocessor registers. ### 4 - Immediate Values & Instruction Sets Provides guidelines on how immediate values are represented within ARM instructions. It also includes tables detailing specific instruction sets for both ARM state and Thumb state processors. ### 5 - Condition Codes Explains the various condition codes used in conditional execution of assembly language instructions, providing clear definitions along with examples illustrating their application. ### 6 - Built-in Variables & Macros Lists predefined macros and variables available for use within ARM assembly code to facilitate common programming tasks such as memory management or error handling. ### 7 - Operators Covers the usage of various operators in ARM Assembly Language including arithmetic, bitwise logic operations, shift operations among others. ### 8 - VFP Instructions (Vector Floating Point) Focuses on instructions specific to vector floating point processing unit used for high-performance numerical computations. ### 9 - Diagnostic Messages Severity Levels and Command Line Options Guide Details the severity levels of diagnostic messages that can be generated during compilation or assembly processes, along with a guide on how to use command line options effectively. ### 10 & 11 - Summary Tables of ARM/Thumb Instructions & VFP Instruction Set Reference Provides concise summaries of all ARM and Thumb instructions as well as detailed descriptions for each instruction in the Vector Floating Point (VFP) unit. ### 12 - Directives Reference Manual Lists out all assembly control directives available in ARM assembler, explaining their usage with examples. ### 13 - Via File Syntax Overview Explains how to write and use via files which are used by assemblers for including additional source code or data during the assembly process. ## Figures & Tables The guide includes numerous figures illustrating register banks (e.g., VFP extension registers) and tables summarizing instruction sets, condition codes, command-line options among others. These visual aids help in better understanding of ARM architecture and programming practices. This reference manual serves as an essential resource for both novice programmers learning ARM assembly language and experienced developers looking to optimize their code using advanced features provided by the processor.
  • Keil MDK v5.29官方手册及ARM Compiler v5.06armasm汉化版
    优质
    本资料包含Keil MDK v5.29官方手册和ARM Compiler v5.06 armasm用户指南的汉化版本,适合需要学习或参考Keil工具链及汇编语言编程的开发者。 使用谷歌翻译的Keil MDK v5.29官方手册armasm.chm是Keil MDK armasm汇编器的详细使用教程。该汉化版包含了原英文版的所有超链接跳转功能,但由于采用了自动翻译技术,可能存在一些小瑕疵。建议读者在阅读时参考原版英文文档以获得更准确的理解和信息。
  • FloTHERM®
    优质
    《FloTHERM®用户指南》是一份详尽的操作手册,旨在帮助工程师和设计师掌握使用FloTHERM软件进行热分析的方法与技巧。 Thermal, Flotherm, User guide, Software, Electrical
  • ARM®编译器使
    优质
    《ARM®编译器使用指南》是一本详细介绍如何高效运用ARM编译器进行软件开发的技术手册,旨在帮助开发者掌握从基础到高级的各种编译技巧与调试方法。 ARM Compiler是由全球知名的半导体知识产权(IP)提供商ARM Limited推出的一款编译器软件。它的主要功能是将高级编程语言(如C、C++)以及汇编语言转换为机器可理解的二进制代码,以便在使用ARM架构的微处理器上运行。这款工具集成了多个组件,例如armasm,它是一个用于编写和阅读ARM汇编语言的程序。 由于其低功耗与高性能的特点,采用ARM架构的处理器广泛应用于移动设备、嵌入式系统等领域,并且在物联网、移动计算及车载系统等市场中占据了重要地位。对于从事嵌入式开发或软件工程的专业人员而言,掌握并运用ARM Compiler是十分必要的技能之一。 编写ARM汇编语言时需遵循该架构规定的指令集(ISA),包括数据处理指令、控制流指令和协处理器指令等多种类型。armasm工具的主要功能如下: 1. 汇编指令:能够识别并转换成机器码的ARM指令。 2. 伪指令:尽管不是直接执行,但被编译器转化为一条或多条实际的机器指令。 3. 符号与常量定义:帮助编写和管理代码中的标签使用、跳转及链接操作等。 4. 表达式支持:允许进行算术运算或逻辑判断的操作符表达式的写入。 5. 段和节划分:便于管理和组织程序的内存布局,使开发更加有序高效。 6. 条件汇编功能:根据预设条件决定是否包含特定代码段以优化生成目标文件大小及性能表现等特性。 7. 多行宏定义能力:简化重复使用的代码片段编写与维护工作流程。 此外,在使用ARM Compiler过程中还需注意文档中所述的版权声明、专有权利声明以及免责声明。这些说明指出了文档受版权保护,未经明确书面许可不得复制;并强调了不提供任何形式的明示或暗示授权等条款内容,并要求用户承担可能产生的第三方专利侵权风险责任及损害赔偿义务。 ARM Compiler通过armasm等一系列组件为开发人员提供了编写与调试ARM汇编语言和程序的强大功能支持。掌握这些知识有助于提高嵌入式系统开发的工作效率与项目质量。
  • ARM® Architecture Reference Manual for ARMv8-A (ARMv8)
    优质
    《ARM® Architecture Reference Manual for ARMv8-A (ARMv8)》是官方权威文档,详述了ARM架构中的64位计算核心ARMv8-A指令集和系统设计规范。 ARM官方发布的最新版本ARMv8-A架构参考手册是学习ARM指令的最佳参考资料。该手册详细介绍了Architecture Reference Manual ARMv8汇编指令的相关内容。
  • ARM® Architecture Reference Manual for ARMv8-A (ARMv8)
    优质
    《ARM® Architecture Reference Manual for ARMv8-A (ARMv8)》是ARM官方发布的针对64位ARM架构(ARMv8-A)的权威技术文档,详细描述了该架构的设计原则和指令集。 ARM Architecture Reference Manual for ARMv8-A architecture profile
  • QNX® Neutrino® 操作系统音频开发
    优质
    《QNX® Neutrino®操作系统音频开发指南》是一份详细指导开发者如何在QNX Neutrino实时操作系统上进行高效音频应用开发的技术文档。 《音频开发指南》旨在帮助希望使用QNX声音架构(QSA)驱动程序和库编写音频应用程序的开发者。
  • TIBCO Jaspersoft® Studio 6.2 官方与教程
    优质
    本手册为TIBCO Jaspersoft® Studio 6.2用户提供全面的操作指导和实用教程,涵盖软件的各项功能及使用技巧,助力快速掌握报表开发。 TIBCO Jaspersoft® Studio 6.2官方用户指导学习教程提供了详细的指南,帮助用户掌握Jaspersoft Studio的使用方法。该文档名为jaspersoft-studio-user-guide_6.2.pdf,是学习和参考的重要资料。
  • MPLAB®代码配置器MCC v3.xx .pdf
    优质
    本手册为用户介绍如何使用MPLAB®代码配置器(MCC) v3.xx进行高效项目开发,涵盖硬件初始化、驱动管理及生成优化代码等内容。 本段落档为《MPLAB®代码配置器MCCv3.xx用户指南》,由Microchip Technology Inc.于2017年发布。文档涵盖了Microchip器件的代码保护功能、重要性、知识产权声明以及质量体系认证等多个方面的知识点。 文档强调了Microchip公司对其产品的代码保护功能的态度。尽管在正常使用情况下,其产品被认为是市场上的安全选择之一,但公司也承认代码保护并非绝对无懈可击,并不能保证“牢不可破”。然而,该公司致力于不断改进这一功能并提醒用户注意任何破坏行为可能带来的法律后果和对知识产权的侵犯。 文档中还提到一些关于使用Microchip产品的操作规范。恶意或非法地尝试破解其产品中的代码保护机制可能会导致严重的法律责任问题,且公司不会为这种行为承担相关责任。此外,虽然提供了中文版本以方便非英语用户阅读理解,但为了确保信息准确性,建议参考英文原版文档。 在商标方面,Microchip列出了多个注册商标如PIC® MCU、dsPIC® DSC和KEELOQ®跳码器件等,并强调这些标识反映了公司在相关技术领域的领导地位及市场影响力。 质量体系认证部分指出,位于美国亚利桑那州与俄勒冈州的全球总部及其设计制造工厂以及加利福尼亚州的设计中心均已通过ISOTS-16949:2009标准认证。此外,在开发系统方面也获得了ISO 9001:2000认证,证明了Microchip对产品质量管理的高度关注和承诺。 在技术规格上,文档声明所有产品均能达到公司数据手册中所描述的技术指标,并且明确表示任何半导体制造商都无法保证产品的代码安全性,因为该功能正在不断优化和完善之中。 最后,文档还提到了关于生命维持或安全应用时的法律免责声明。买方需同意,在因使用Microchip器件导致的人身伤害、索赔或其他相关费用情况下,将免除并保障公司免于承担法律责任,并进行相应赔偿。除非另有声明,否则在涉及知识产权保护的情况下不得转让任何许可证。 综上所述,《MPLAB®代码配置器MCCv3.xx用户指南》详细介绍了与Microchip产品相关的多个关键领域知识,为用户提供全面的指导和注意事项。