C++ Builder 2010 Professional Getting Started
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Rapid Application Development Software | Codegear RAD Studio
RAD Studio 2010 Product Review Guide August 2009 Corporate Headquarters EMEA Headquarters Asia-Pacific Headquarters 100 California Street, 12th Floor York House L7. 313 La Trobe Street San Francisco, California 94111 18 York Road Melbourne VIC 3000 Maidenhead, Berkshire Australia SL6 1SF, United Kingdom RAD Studio 2010 Reviewer Guide TABLE OF CONTENTS Table of Contents ............................................................................................................................ - 1 - Introduction ...................................................................................................................................... - 3 - General Overview of RAD Studio 2010 ...................................................................................... - 3 - What is New in RAD Studio 2010 ............................................................................................... - 3 - A Word on Delphi Prism ............................................................................................................. - 6 - Prerequisites ................................................................................................................................ - 7 - Minimum System Requirements ................................................................................................. - 7 - Internationalizations .................................................................................................................... - 7 - Editions ........................................................................................................................................ -
2. Assembly Language Assembly Language Is a Programming Language That Is Very Similar to Machine Language, but Uses Symbols Instead of Binary Numbers
2. Assembly Language Assembly Language is a programming language that is very similar to machine language, but uses symbols instead of binary numbers. It is converted by the assembler into executable machine- language programs. Assembly language is machine-dependent; an assembly program can only be executed on a particular machine. 2.1 Introduction to Assembly Language Tools Practical assembly language programs can, in general, be written using one of the two following methods: 1- The full-segment definition form 2- The simplified segment definition form In both methods, the source program includes two types of instructions: real instructions, and pseudo instructions. Real instructions such as MOV and ADD are the actual instructions that are translated by the assembler into machine code for execution by the CPU. Pseudo instructions, on the other hand, don’t generate machine code and are only used to give directions to the assembler about how it should translate the assembly language instructions into machine code. The assembler program converts the written assembly language file (called source file) into machine code file (called object file). Another program, known as the linker, converts the object file into an executable file for practical run. It also generates a special file called the map file which is used to get the offset addresses of the segments in the main assembly program as shown in figure 1. Other tools needed in assembling coding include a debugger, and an editor as shown in figure 2 Figure 2. Program Development Procedure There are several commercial assemblers available like the Microsoft Macro Assembler (MASM), and the Borland Turbo Assembler (TASM). -
Delphi XE2 Feature Matrix
Delphi® XE2 The fastest way to build native applications for Windows, Mac and iOS Feature Matrix Feature Architect Ultimate Enterprise Professional Starter INTEGRATED COMPILERS Enhanced in XE2! High-performance 32-bit optimizing Delphi® native code compiler 23.0 (dcc32), including High performance x86 Assembler – 32-bit inline assembler supporting the Intel® x86 instruction set (including Intel Pentium® Pro, Pentium III, X X X X X Pentium 4, Intel MMX™, SIMD, Streaming SIMD Extensions, SSE, SSE2, SSE3, SSE 4.1, SSE 4.2, AMD SSE4A and AMD® 3DNow!® New in XE2! Delphi 64-bit compiler X X X X New in XE2! Delphi OS X compiler X X X X Delphi command line compiler (dcc32.exe) X X X X Enhanced in XE2! Create 32-bit optimized Delphi native executables that can run X X X X X on both 32 and 64-bit Windows operating systems APPLICATION PLATFORMS, INTEGRATED FRAMEWORKS, DESIGNERS, SDKS AND INSTALLERS New in XE2! FireMonkey Platform for creating 32-bit Windows applications for X X X X X Windows 7, Windows Vista and XP; Server 2003 and 2008. New in XE2! FireMonkey Platform for creating 64-bit Windows applications for X X X X Windows 7, Windows Vista and XP; Server 2003 and 2008. New in XE2! FireMonkey Platform for creating OS X 10.6 and 10.7 applications X X X X New in XE2! FireMonkey Platform for creating applications for iOS 4.2 and higher X X X X New in XE2! VCL (Visual Component Library) for rapidly building 64-bit applications X X X X for Windows 7,Windows Vista and XP; Server 2003 and 2008. -
The Delphi Language for Mobile Development
This document is an introduction to changes in the “Mobile” version of Delphi and the new Delphi ARM compiler. The focus of this document is to highlight the language changes and techniques that can be used to port existing code and to maintain backwards compatibility. Author: Marco Cantu, Delphi Product Manager, Embarcadero Technologies (suggest updates and integrations to [email protected]). Written with very significant technical contributions by Allen Bauer and the help of many reviewers. Document Revision: 1.0 Moving Delphi to mobile ARM platforms is part of a larger evolution for the Delphi language. As such, the R&D team here at Embarcadero adopted a new architecture that will be common among all Embarcadero languages. Rather than building the compiler and all of the related tools (often indicated with the term “toolchain”) in a completely proprietary and autonomous way, we decided to leverage an existing compiler and tool chain infrastructure that has broad industry support, making it faster for us to add new platforms and operating systems in the future as market demands change. Specifically, the new generation of Delphi compilers (and also the C++Builder compilers) utilize the LLVM architecture. What is this LLVM and why does this matter? Let’s take a quick look at LLVM, and return to our main topic later. The LLVM project has its main web site with a detailed description at http://llvm.org In short, LLVM is “a collection of modular and reusable compiler and tool-chain technologies”. Despite the name (which was originally an acronym, but it is now considered as “the full name of the project”), LLVM has little to do with virtual machines. -
Optimizing Subroutines in Assembly Language an Optimization Guide for X86 Platforms
2. Optimizing subroutines in assembly language An optimization guide for x86 platforms By Agner Fog. Copenhagen University College of Engineering. Copyright © 1996 - 2012. Last updated 2012-02-29. Contents 1 Introduction ....................................................................................................................... 4 1.1 Reasons for using assembly code .............................................................................. 5 1.2 Reasons for not using assembly code ........................................................................ 5 1.3 Microprocessors covered by this manual .................................................................... 6 1.4 Operating systems covered by this manual................................................................. 7 2 Before you start................................................................................................................. 7 2.1 Things to decide before you start programming .......................................................... 7 2.2 Make a test strategy.................................................................................................... 9 2.3 Common coding pitfalls............................................................................................. 10 3 The basics of assembly coding........................................................................................ 12 3.1 Assemblers available ................................................................................................ 12 3.2 Register set -
X86 Disassembly Exploring the Relationship Between C, X86 Assembly, and Machine Code
x86 Disassembly Exploring the relationship between C, x86 Assembly, and Machine Code PDF generated using the open source mwlib toolkit. See http://code.pediapress.com/ for more information. PDF generated at: Sat, 07 Sep 2013 05:04:59 UTC Contents Articles Wikibooks:Collections Preface 1 X86 Disassembly/Cover 3 X86 Disassembly/Introduction 3 Tools 5 X86 Disassembly/Assemblers and Compilers 5 X86 Disassembly/Disassemblers and Decompilers 10 X86 Disassembly/Disassembly Examples 18 X86 Disassembly/Analysis Tools 19 Platforms 28 X86 Disassembly/Microsoft Windows 28 X86 Disassembly/Windows Executable Files 33 X86 Disassembly/Linux 48 X86 Disassembly/Linux Executable Files 50 Code Patterns 51 X86 Disassembly/The Stack 51 X86 Disassembly/Functions and Stack Frames 53 X86 Disassembly/Functions and Stack Frame Examples 57 X86 Disassembly/Calling Conventions 58 X86 Disassembly/Calling Convention Examples 64 X86 Disassembly/Branches 74 X86 Disassembly/Branch Examples 83 X86 Disassembly/Loops 87 X86 Disassembly/Loop Examples 92 Data Patterns 95 X86 Disassembly/Variables 95 X86 Disassembly/Variable Examples 101 X86 Disassembly/Data Structures 103 X86 Disassembly/Objects and Classes 108 X86 Disassembly/Floating Point Numbers 112 X86 Disassembly/Floating Point Examples 119 Difficulties 121 X86 Disassembly/Code Optimization 121 X86 Disassembly/Optimization Examples 124 X86 Disassembly/Code Obfuscation 132 X86 Disassembly/Debugger Detectors 137 Resources and Licensing 139 X86 Disassembly/Resources 139 X86 Disassembly/Licensing 141 X86 Disassembly/Manual of Style 141 References Article Sources and Contributors 142 Image Sources, Licenses and Contributors 143 Article Licenses License 144 Wikibooks:Collections Preface 1 Wikibooks:Collections Preface This book was created by volunteers at Wikibooks (http:/ / en. -
Managing Java EE Performance with Embarcadero's J Optimizer Request
Tech Notes Managing Java EE Performance with Embarcadero’s J Optimizer Request Analyzer Al F. Mannarino, Embarcadero Technologies June 2008 Corporate Headquarters EMEA Headquarters Asia-Pacific Headquarters 100 California Street, 12th Floor York House L7. 313 La Trobe Street San Francisco, California 94111 18 York Road Melbourne VIC 3000 Maidenhead, Berkshire Australia SL6 1SF, United Kingdom Managing Java EE Performance Using Embarcadero J Optimizer Request Analyzer The iterative use of performance tools throughout the development process is critical for keeping performance and reliability problems under control as well as for producing fast, scalable Java EE and Java SE applications. Java™ technology is great for accelerating time-to market, but performance and reliability risks can become a serious challenge. Because Java technology provides a higher level of abstraction, it affords developers only a limited understanding of—and control over—the way their code is executed. Embarcadero J Optimizer offers a four-pronged attack at improving Java application performance. Three of those four prongs address developer performance considerations and are focused on individual developer productivity, identifying performance risks and reliability issues, and helping developers correct problems such as memory leaks, performance bottlenecks, and multi- threading issues. Within J Optimizer there are three profiling tools which help address these areas. • Profiler—examine memory and CPU use; identify memory leaks, inefficient temporary storage issues, CPU bottlenecks, and unit test performance regressions. • Thread Debugger—identify and analyze thread contention issues, thread-starvation, excessive locking, deadlocks, and other thread related issues. • Code Coverage—identify and analyze the classes, methods and lines of code that are being executed; remove dead code, improve quality, and improve the application's footprint. -
Different Emulators to Write 8086 Assembly Language Programs
Different Emulators to write 8086 assembly language programs Subject: IWM Content • Emu8086 • TASM(Turbo Assembler) • MASM(Microsoft Macro Assembler) • NASM(Netwide Assembler) • FASM(Flat Assembler) Emu8086 • Emu8086 combines an advanced source editor, assembler, disassembler, software emulator with debugger, and step by step tutorials • It permit to assemble, emulate and debug 8086 programs. • This emulator was made for Windows, it works fine on GNU/Linux (with the help of Wine). • The source code is compiled by assembler and then executed on Emulator step-by-step, allowing to watch registers, flags and memory while program runs. how to run program on Emu8086 • Download Emu8086 through this link : https://download.cnet.com/Emu8086-Microprocessor- Emulator/3000-2069_4-10392690.html • Start Emu8086 by running Emu8086.exe • Select “Examples" from "File" menu. • Click “Emulate” button (or press F5). • Click “Single Step” button (or press F8) and watch how the code is being executed. Turbo Assembler(Tasm) • Turbo Assembler (TASM) is a computer assembler developed by Borland which runs on and produces code for 16- or 32-bit x86 DOS or Microsoft Windows. • The Turbo Assembler package is bundled with the Turbo Linker, and is interoperable with the Turbo Debugger. • Turbo Assembler (TASM) a small 16-bit computer program which enables us to write 16 bit i.e. x86 programming code on 32-bit machine. It can be used with any high level language compliers like GCC compiler set to build object files. So that programmers can use their daily routine machines to write 16-bit code and execute on x86 devices. how to run program using TASM • Download TASM through this link : https://techapple.net/2013/01/tasm-windows-7-windows-8-full- screen-64bit-version-single-installer/ • Start TASM by running tasm.exe • It will open DOSBOX. -
C++Builder XE5 Feature Matrix | Multi-Device, True Native App
C++Builder® XE5 Multi-device, true native app development with C++ Feature Matrix Feature Architect Ultimate Enterprise Professional Starter INTEGRATED COMPILERS AND TOOLCHAINS Introduced in XE3! C++ 64-bit compiler for Windows X X X X Enhanced in XE3! C++ OS X compiler X X X X Enhanced in XE5! Embarcadero C++ Compiler 6.70 (bcc64) X X X X Enhanced in XE5! Embarcadero C++ Compiler 6.70 (bcc32) X X X X Enhanced in XE3! C++ command line toolchains for Windows X X X X X Enhanced in XE3! C++ command line toolchains for OS X (bccosx) X X X X Create 32-bit optimized native executables that can run on both 32 X X X X X and 64-bit Windows operating systems Enhanced in XE3! ANSI/ISO C++11 and 99 Standard language X X X X conformance and Boost support for 64-bit #pragma once support that allows for better compatibility with MSVC X X X X X and also acts as a header guard [[deprecated]] attribute to flag constructs as deprecated X X X X X Build C++ packages for 32-bit applications X X X X X Secure C library functions X X X X X Enhanced compiler switches for XML representation of source code X X X X X Custom evaluators for C++ Strings types X X X X X Linker error handling to improve memory management flexibility and X X X X X resolution APPLICATION PLATFORMS, INTEGRATED FRAMEWORKS, DESIGNERS AND SDKS Enhanced in XE3! FM Application Platform for creating 32-bit Windows applications for Windows 8, Windows 7, Windows Vista and X X X X X XP; Server 2008 and 2012. -
Lab # 1 Introduction to Assembly Language
Assembly Language LAB Islamic University – Gaza Engineering Faculty Department of Computer Engineering 2013 ECOM 2125: Assembly Language LAB Eng. Ahmed M. Ayash Lab # 1 Introduction to Assembly Language February 11, 2013 Objective: To be familiar with Assembly Language. 1. Introduction: Machine language (computer's native language) is a system of impartible instructions executed directly by a computer's central processing unit (CPU). Instructions consist of binary code: 1s and 0s Machine language can be made directly from java code using interpreter. The difference between compiling and interpreting is as follows. Compiling translates the high-level code into a target language code as a single unit. Interpreting translates the individual steps in a high-level program one at a time rather than the whole program as a single unit. Each step is executed immediately after it is translated. C, C++ code is executed faster than Java code, because they transferred to assembly language before machine language. 1 Using Visual Studio 2012 to convert C++ program to assembly language: - From File menu >> choose new >> then choose project. Or from the start page choose new project. - Then the new project window will appear, - choose visual C++ and win32 console application - The project name is welcome: This is a C++ Program that print "Welcome all to our assembly Lab 2013” 2 To run the project, do the following two steps in order: 1. From build menu choose build Welcome. 2. From debug menu choose start without debugging. The output is To convert C++ code to Assembly code we follow these steps: 1) 2) 3 3) We will find the Assembly code on the project folder we save in (Visual Studio 2012\Projects\Welcome\Welcome\Debug), named as Welcome.asm Part of the code: 2. -
RAD Studio, Delphi, C++Builder XE8 Feature Matrix
RAD Studio / Delphi / C++Builder Products Feature Matrix Each feature has an indication if it is available in the Delphi (D) and/or the C++Builder (C) personality, or in the HTML5 Builder (H) tool. RAD Studio editions include all three personalities, while single product editions (Delphi and C++Builder) have only the features marked for the corresponding personality. Enterprise+ indicates Enterprise and above editions (Ultimate, Architect). Starter edition is available only for single personalities, not for RAD Studio. See also the notes description at the bottom of this page. Feature Enterprise+ Professional Starter INTEGRATED COMPILERS AND TOOLCHAINS Delphi 32-bit native code optimizing compiler (dcc32), including high performance x86 Assembler D D D Delphi 64-bit compiler (dcc64) D D Delphi command line toolchains for Windows D D D5 Delphi OS X compiler (dccosx) D D Delphi command line toolchains for Mac OS X D D Delphi iOS ARM compiler (dccios32, dcciosarm) D D1 Delphi command line toolchains for iOS D D1 Introduced in XE8! iOS 64 bit Object Pascal compiler and toolchain D D1 Delphi Android ARM compiler for Device (dccaarm) D D1 Delphi command line toolchains for Android D D1 Embarcadero C++ compiler for Win64 (bcc64) C C Embarcadero C++ compiler for Win32 (bcc32) C C C New in 10 Seattle! C++ 11 CLANG-based compiler for Win32 (bcc32c) C C C Enhanced in 10 Seattle! Upgrade to v3.3 of CLANG and LLVM for Win64 and Win32 C C C5 C++ command line toolchains for Windows C C C5 C++ OS X compiler (bccosx) C C C++ command line toolchains for -
Assembly Language Step-By-Step: Programming with DOS and Linux
Assembly Language Step-by-Step: Programming with DOS and Linux, Second Edition by Jeff Duntemann ISBN:0471375233 John Wiley & Sons © 2000 (613 pages) A “Lost World” journey into 16-bit assembler programming concepts and techniques. <?xml version="1.0" encoding="ISO-8859-1"?> Table of Contents Assembly Language Step-by-Step—Programming with DOS and Linux, Second Edition Foreword Introduction - "Why Would You Want to Do That?" Another Pleasant Valley Saturday Understanding What Computers Chapter 1 - Really Do Chapter 2 - Alien Bases Getting Your Arms around Binary and Hexadecimal Chapter 3 - Lifting the Hood Discovering What Computers Actually Are The Right to Assemble The Process of Making Assembly Language Chapter 4 - Programs NASM-IDE: A Place to Stand Give me a lever long enough, and a Chapter 5 - place to stand, and I will move the Earth. An Uneasy Alliance The x86 CPU and Its Segmented Memory Chapter 6 - System Following Your Instructions Meeting Machine Instructions up Close Chapter 7 - and Personal Chapter 8 - Our Object All Sublime Creating Programs that Work Dividing and Conquering Using Procedures and Macros to Battle Chapter 9 - Complexity Bits, Flags, Branches, and Tables Easing into Mainstream Chapter 10 - Assembly Programming Chapter 11 - Stringing Them Up Those Amazing String Instructions The Programmer's View of Linux Tools and Skills to Help You Write Chapter 12 - Assembly Code under a True 32-Bit OS Coding for Linux Applying What You've Learned to a True Chapter 13 - Protected Mode Operating System Conclusion - Not the End, But Only the Beginning Appendix A - Partial 8086/8088 Instruction Set Reference Appendix B - Segment Register Assumptions for Real Mode Segmented Model Appendix C - Web URLs for Assembly Programmers Appendix D - Segment Register Assumptions Appendix E - What's on the CD-ROM? Index List of Figures List of Tables Back Cover The bestselling guide to assembly language--now updated and expanded to include coverage of Linux.