harmony 鸿蒙OpenHarmony Device Development Documentation

2022-08-09
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OpenHarmony Device Development Documentation

Device Development Overview
Getting Started
- Quick Start Overview
- Getting Started in IDE Mode
- Setting Up the Development Environment
  - Setting Up the Windows Environment
  - Setting Up the Ubuntu Environment
  - Configuring the Environment for Remote Access
- Creating a Project and Obtaining Source Code
- Mini System (Based on the Hi3861 Development Board)
  - Writing a Hello World Program
  - Building Source Code
  - Burning an Image
  - Running an Image
- Small System (Based on the Hi3516 Development Board)
  - Writing a Hello World Program
  - Building Source Code
  - Burning an Image
  - Running an Image
- Standard System (Based on the RK3568 Development Board)
  - Writing a Hello World Program
  - Building Source Code
  - Burning an Image
  - Running an Image
- Getting Started in CLI Mode
- Setting Up the Development Environment
  - Setting Up the Development Environment
  - Installing Libraries and Tools
  - Obtaining Source Code
  - Installing the Compilation Tools
- Mini System (Based on the Hi3861 Development Board)
  - Installing Tools Specially Required by the Hi3861 Development Board
  - Writing a Hello World Program
  - Building Source Code
  - Burning an Image
  - Running an Image
- Small System (Based on the Hi3516 Development Board)
  - Writing a Hello World Program
  - Building Source Code
  - Burning an Image
  - Running an Image
- Standard System (Based on the RK3568 Development Board)
  - Writing a Hello World Program
  - Building Source Code
  - Burning an Image
  - Running an Image
- Miscellaneous
  - Configuring the Proxy
  - Building Source Code Using the build.sh Script
  - Fixing hb Installation Errors
  - Fixing Compilation and Building Errors
  - Fixing Image Burning Errors
- Appendix
- Hi3516 Development Board
- Hi3861 Development Board
- RK3568 Development Board
- Build Form Factors
- Getting Started with the Standard System with Hi3516 (IDE Mode)
- Getting Started with the Standard System with Hi3516 (CLI Mode)
- Obtaining Source Code
Privacy and Security
- Privacy Protection
- Security Guidelines
Porting
- Mini System SoC Porting Guide
- Overview
- Porting Preparation
- Kernel Porting
- Subsystem Porting
  - Subsystem Porting Overview
  - Porting the Startup Subsystem
  - Porting the File Subsystem
  - Porting the Security Subsystem
  - Porting the Communication Subsystem
  - Porting the Driver Subsystem
  - Configuring Other Subsystems
- Porting Verification
- FAQs
- Small System SoC Porting Guide
- Porting Preparation
  - Before You Start
  - Compilation and Building
- Kernel Porting
  - LiteOS Cortex-A
  - Linux Kernel
- Driver Porting
  - Porting Overview
  - Platform Driver Porting
  - Device Driver Porting
- Standard System SoC Porting Guide
- Standard System Porting Guide
- A Method for Rapidly Porting the OpenHarmony Linux Kernel
- Third-Party Library Porting Guide for Mini and Small Systems
- Overview
- Porting a Library Built Using CMake
- Porting a Library Built Using Makefile
- Mini System SoC Porting Cases
  - Mini-System Devices with Screens — Bestechnic SoC Porting Case
  - Combo Solution – ASR Chip Porting Case
  - IoT Solution - Chipsea CST85 Chip Porting Case
  - Mini System STM32F407 SoC Porting Case
  - Combo Solution – W800 Chip Porting Case
- Small System SoC Porting Cases
  - Small System STM32MP1 SoC Porting Case
- Standard System SoC Porting Cases
  - Standard System Solution – Rockchip RK3568 Porting Case
  - Standard System Solution – Rockchip RK3566 Porting Case
  - Standard System Solution – Yangfan Porting Case
Subsystem Development
- Kernel
  - Kernel Overview
  - Mini-System Kernel (LiteOS-M)
  - LiteOS-M Overview
  - Basic Kernel
    - Interrupt Management
    - Task Management
    - Memory Management
    - Kernel Communication Mechanisms
    - Event
    - Mutex
    - Queue
    - Semaphore
    - Time Management
    - Software Timer
    - Doubly Linked List
  - Extended Components
  - Kernel Debugging
  - Appendix
    - Kernel Coding Specification
    - Standard Libraries
  - Small-System Kernel (LiteOS-A)
  - LiteOS-A Overview
  - Kernel Startup
    - Startup in Kernel Mode
    - Startup in User Mode
  - Basic Kernel
    - Interrupt and Exception Handling
    - Process Management
    - Process
    - Task
    - Scheduler
    - Memory Management
    - Heap Memory Management
    - Physical Memory Management
    - Virtual Memory Management
    - Virtual-to-Physical Mapping
    - Kernel Communication Mechanisms
    - Event
    - Semaphore
    - Mutex
    - Queue
    - RW Lock
    - Futex
    - Signal
    - Time Management
    - Software Timer
    - Atomic Operation
  - Extension Components
    - System Call
    - Dynamic Loading and Linking
    - Virtual Dynamic Shared Object
    - LiteIPC
    - Container
    - File Systems
    - Virtual File System
    - Supported File Systems
    - File System Adaptation
    - plimits
  - Debugging and Tools
    - Shell
    - Introduction to the Shell
    - Shell Command Development Guidelines
    - Shell Command Programming Example
    - Shell Command Reference
      - System Commands
      - cpup
      - date
      - dmesg
      - exec
      - free
      - help
      - hwi
      - kill
      - log
      - memcheck
      - oom
      - pmm
      - reset
      - sem
      - stack
      - su
      - swtmr
      - systeminfo
      - task
      - uname
      - vmm
      - watch
      - reboot
      - top
      - File Commands
      - cat
      - cd
      - chgrp
      - chmod
      - chown
      - cp
      - format
      - ls
      - lsfd
      - mkdir
      - mount
      - partinfo
      - partition
      - pwd
      - rm
      - rmdir
      - statfs
      - sync
      - touch
      - writeproc
      - umount
      - du
      - mv
      - Network Commands
      - arp
      - dhclient
      - ifconfig
      - ipdebug
      - netstat
      - ntpdate
      - ping
      - ping6
      - telnet
      - tftp
    - Magic Key
    - User-Mode Exception Information
    - Trace
    - perf
    - LMS
    - Process Debugging
    - Kernel-Mode Memory Debugging
    - Memory Information Statistics
    - Memory Leak Check
    - Memory Corruption Check
    - User-Mode Memory Debugging
    - Other Kernel Debugging Methods
    - Dying Gasp
    - Common Fault Locating Methods
  - Appendix
    - Basic Data Structure
    - Doubly Linked List
    - Bitwise Operation
    - Standard Library
    - Kernel Coding Specification
  - Standard-System Kernel (Linux)
  - Linux Kernel Overview
  - Applying Patches on Development Boards
  - Compiling and Building the Linux Kernel
  - Enhanced Kernel Features
    - Enhanced SWAP
    - New IP Kernel Protocol Stack
    - Task Scheduling
    - Related Thread Group
    - Lightweight CPU Isolation
- Drivers
  - Driver Overview
  - Configuration Management
  - Platform Driver Development
  - ADC
  - DAC
  - GPIO
  - HDMI
  - I2C
  - I3C
  - MIPI CSI
  - MIPI DSI
  - MMC
  - PIN
  - PWM
  - Regulator
  - RTC
  - SDIO
  - SPI
  - UART
  - Watchdog
  - Platform Driver Usage
  - ADC
  - DAC
  - GPIO
  - HDMI
  - I2C
  - I3C
  - MIPI CSI
  - MIPI DSI
  - PIN
  - PWM
  - Regulator
  - RTC
  - SDIO
  - SPI
  - UART
  - WatchDog
  - Peripheral Driver Usage
  - Audio
  - Camera
  - Codec
  - Facial Authentication
  - Fingerprint Authentication
  - LCD
  - Light
  - Motion
  - PIN Authentication
  - Sensor
  - Touchscreen
  - USB
  - User Authentication
  - Vibrator
  - WLAN
- Compilation and Building
- ArkCompiler Development
- ArkUI
  - Custom Window Title Bar Development
- Graphics
- Multimedia
  - Camera
  - Camera Overview
  - Photographing Development
  - Video Recording Development
  - Previewing Development
  - Audio/Video
  - Audio/Video Overview
  - Audio/Video Playback Development
  - Audio/Video Recording Development
- Utils Development
- AI
  - AI Framework Development
  - NNRt Access Adaptation
- Sensor
- Application Framework
- OTA Update
- Telephony
  - Telephony Overview
  - Telephony Development
- Security
- Startup
- DFX
- Power
  - Display Management
  - System Brightness Customization
  - Battery Management
  - Battery Level and LED Color Mapping Customization
  - Battery Temperature Protection Customization
  - Battery Level Customization
  - Charging Current and Voltage Limit Customization
  - Charging Type Customization
  - Power-off Charging Animation Customization
  - Power Consumption Statistics
  - Power Consumption Statistics Customization
  - Thermal Management
  - Charging Idle State Customization
  - Thermal Control Customization
  - Thermal Detection Customization
  - Thermal Level Customization
  - Thermal Log Customization
  - Thermal Policy Customization
  - Thermal Scene Customization
  - Power Management
  - Power Mode Customization
  - Default Hibernation Behavior Customization
  - Wakeup Source Customization
Featured Topics
- HPM Part
- HPM Part Overview
- HPM Part Development
- HPM Part Reference
Device Development Examples
- Mini- and Small-System Devices
- WLAN-connected Products
  - LED Peripheral Control
  - Third-Party SDK Integration
- Cameras with a Screen
  - Screen and Camera Control
  - Overview
  - Development Guidelines
  - Use Case
  - Visual Application Development
  - Overview
  - Preparations
  - Adding Pages
  - Building the Home Page
  - Building the Details Page
  - Debugging and Packaging
  - Running on the Device
  - FAQs
- Standard-System Devices
- Development Guidelines on Clock Apps
- Development Example for Platform Drivers
- Development Example for Peripheral Drivers
Debugging
- Development Self-Test Framework User Guide
- xDevice User Guide
- Smartperf-Host User Guide
- R&D Tools
- bytrace
- hdc
- hiperf
XTS Test Case Development Guide
Tools
Hands-On Tutorials
- Codelabs
References
- FAQs
- FAQs Overview
- Environment Setup
- Compilation and Building
- Burning
- Kernel
- Porting
- Startup
- System Applications
Disclaimer Notice

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