Document Outline

• Altera SoC Embedded Design Suite User Guide
• Contents
• 1. Introduction to SoC Embedded Design Suite
  • Overview
    • Device Tree Binary
  • Hardware and Software Development Roles
  • Hardware – Software Development Flow
• 2. Installing the Altera SoC Embedded Design Suite
  • Installation Folders
  • Installing the SoC EDS
  • Installing the ARM DS-5 Altera Edition Toolkit
• 3. Licensing
  • Getting the License
  • Activating the License
• 4. Getting Started Guides
  • Getting Started with Board Setup
    • External Connections
    • Dual in-line package (DIP) Switch Settings
    • Jumper Settings
  • Getting Started with Running Linux
  • Getting Started with Preloader
  • Getting Started with GCC Bare-Metal Project Management
    • Start Eclipse
    • Create New Project
    • Set the Linker Script
    • Write Application Source Code
    • Build Application
    • Debug Application
  • Getting Started with ARM Compiler Bare-Metal Project Management
    • Start Eclipse
    • Create a New Project
    • Create a Linker Script
    • Set the Linker Script
    • Write Application Source Code
    • Build Application
    • Debug Application
  • Getting Started with Bare-Metal Debugging
    • Bare-Metal Debugging Sample Application Overview
    • Starting the Eclipse IDE
    • Importing the Bare-Metal Debugging Sample Application
    • Compiling the Bare-Metal Debugging Sample Application
    • Running the Bare-Metal Debugging Sample Application
  • Getting Started with the Hardware Library
    • Hardware Library Sample Application Overview
    • Starting the Eclipse IDE
    • Importing the Hardware Library Sample Application
    • Compiling the Hardware Library Sample Application
    • Running the Hardware Library Sample Application
  • Getting Started with Peripheral Register Visibility
  • Getting Started with Linux Kernel and Driver Debugging
    • Linux Kernel and Driver Debugging Prerequisites
    • Starting Eclipse with the Embedded Command Shell
    • Debugging the Kernel
  • Getting Started with Linux Application Debugging
    • Configuring Linux
    • Starting Eclipse with the Embedded Command Shell
    • Importing the Linux Application Debugging Sample Application
    • Compiling the Linux Application Debugging Sample Application
    • Setting up Remote System Explorer
    • Running the Linux Application Debugging Sample Application
  • Getting Started with Tracing
  • Getting Started with Cross Triggering
    • Cross-triggering Prerequisites
    • Enabling Cross-triggering on HPS
    • FPGA Triggering HPS Example
    • Enabling Cross-triggering on FPGA
    • HPS Triggering FPGA Example
• 5. ARM DS-5 Altera Edition
  • Starting Eclipse
  • Bare-metal Project Management
    • Bare-metal Project Management using Makefiles
    • GCC-Based Bare-Metal Project Management
      • Creating Project
      • Build Settings
    • ARM Compiler Bare-Metal Project Management
      • Creating a Project
      • Linker Script
      • Build Settings
  • Debugging
    • Accessing Debug Configurations
    • Creating a New Debug Configuration
    • Debug Configuration Options
      • Connection Options
      • Files Options
      • Debugger Options
      • RTOS Awareness
      • Arguments
      • Environment
    • DTSL Options
      • Cross Trigger Settings
      • Trace Buffer Settings
      • Cortex-A9 Settings
      • STM Settings
      • ETR Settings
      • ETF Settings
• 6. Embedded Command Shell
• 7. HPS Preloader User Guide
  • HPS Configuration
  • Preloader Support Package Generator
    • Hardware Handoff Files
    • Using the Preloader Support Package Generator GUI
      • Using .tcl Scripts
    • Preloader Support Package Files and Folders
    • Command-Line Tools for the Preloader Support Package Generator
      • bsp-create-settings
      • bsp-update-settings
      • bsp-query-settings
      • bsp-generate-files
    • BSP Settings
      • Command Options
      • Available BSP Settings
      • Reset Assert Settings
  • Preloader Compilation
  • Configuring FPGA from Preloader
    • RBF File Stored in QSPI Flash Memory
    • RBF File Stored on SD/MMC Card
  • Preloader Image Tool
    • Operation of the Preloader Image Tool
    • Tool Usage
    • Output Image Layout
      • Base Address
      • Size
      • Address Alignment
        • NAND Flash
        • Serial NOR Flash
        • SD/MMC
        • Padding
  • mkimage Tool
    • mkimage Tool Options
    • mkimage Tool Image Creation
• 8. Hardware Library
  • Feature Description
    • SoC Abstraction Layer (SoCAL)
    • Hardware Manager (HW Manager)
  • Hardware Library Reference Documentation
• 9. HPS Flash Programmer User Guide
  • HPS Flash Programmer Command-Line Utility
  • How the HPS Flash Programmer Works
  • Using the Flash Programmer from the Command Line
    • HPS Flash Programmer
    • HPS Flash Programmer Command Line Examples
  • Supported Memory Devices
• 10. Bare-Metal Compiler
• 11. SD Card Boot Utility
  • Usage Scenarios
  • Tool Options
• 12. Linux Software Development Tools
  • Linux Compiler
  • SD Card Boot Utility
    • Usage Scenarios
    • Tool Options
  • Device Tree Generator
  • Yocto Plugin
• 13. Support and Feedback