Orange pi android linux

Orange Pi OS

Orange Pi OS is the officially supported open source operating system for Orange Pi. It provides the Orange Pi OS desktop for Orange Pi series development boards, keyboard PCs and other PCs. It can run Android, Windows and Linux applications and is an easy-to-use, easy-to-extend desktop operating system that is fast, secure and stable, with a beautiful interface and simple operation.

Orange Pi OS (Droid)

Orange Pi OS (Droid) is an Android-based operating system with an integrated desktop experience, offering users multi-window, taskbar and more. Orange Pi OS (Droid) offers a desktop experience similar to that of Windows or MacOS and can run a large number of Android applications.

Runs a large number of Android applications

Based on Android, Orange Pi OS (Droid) can run all kinds of Android apps and games smoothly on your computer, making it easy to use and efficient for office work, internet surfing and gaming.

Android, Windows style

With its own Launcher, you can simulate the desktop of your Android device into a Windows effect. Both the desktop style and the self-designed system icons are consistent with Windows, allowing you to continue your computer usage habits.

Windowed mode to fit PC operating habits

Android apps are all windowed. It supports multi-window, multi-tasking and maximising, minimising and resizing windows.

Running applications at a glance

All running apps are displayed on the taskbar; the desktop also supports multitasking and more.

Play Android games with your mouse

One of the features of Orange Pi OS (Droid) is that it is optimised for the large PC screen and mouse operation, allowing you to play Android games with the mouse.

Work and chat at the same time

You can run and display multiple apps at the same time, so you can use your office software while chatting on WeChat, open some information apps for news and even open several browser pages at the same time. All tasks can be switched easily and quickly.

Quick switch between Windows and Mac styles

Orange Pi OS (Droid) also offers a quick switch between Windows and Mac themed desktops, so Mac users can use it with ease.

Orange Pi OS (Arch)

Resourceful

Orange Pi OS (Arch) is an Arch Linux-based distribution that integrates all the advantages of Arch with rich and comprehensive software.
These applications are all supported by Orange Pi OS (Arch).

High compatibility

Orange Pi OS (Arch) has multimedia support and supports multi-core CPUs; it supports command line installation and graphical installation; it is highly compatible with open source graphics drivers.

Easy to install

Orange Pi OS (Arch) is user-friendly and suitable for both novice and experienced Linux users. For novices, the graphical installation interface is convenient and easy to use; for experienced Linux users, Orange Pi OS (Arch) also has command line operations to meet the individual needs of different users.

Highly secure and easy to control

Orange Pi OS (Arch) is privacy and security conscious, no data is sent to anyone and it is entirely up to the user to decide what to share. When there are updates to the system (including software), the system only indicates that an update is available, but it does not automatically download, install and reboot automatically in the background. Also, Orange Pi OS (Arch) comes with default settings and, as with most Linux distributions, users can choose to configure, change, delete or replace any options they require.

Fast software updates and stable operation

Orange Pi OS (Arch) is a standalone operating system based on Arch, which is known for being a fast, powerful and lightweight distribution where users have access to the latest software. For the latest software, OPI OS — OPI Arch is tested and only tested packages that have passed without further problems are released to users who want a stable system.

LibreOffice Suite

The LibreOffice suite is pre-installed and it allows you to view, create and edit Word, Office and Powerpoint documents.

Three different desktop environments

GNOME’s desktop environment, XFCE’s desktop environment, KDE’s desktop environment (users download different images with different desktop environments)

KODI player, supports 4K@60fps, no lag in playback

KODI is a very powerful player, providing users with local video and network video resources to play services, support network video media formats, decoding ability is very strong, and the UI is relatively friendly, support for the format is also very comprehensive.

One-click configuration, easy management

OPI OS- OPI Arch has sophisticated hardware recognition software that only requires the launch of regional settings when selecting the desired language, while the system also provides a special tool that automatically installs language packs for various programs. Managing languages and locales is easy in OPI OS- OPI Arch.

Wide range of users

OPI OS- OPI Arch can be adapted to the needs of a wide variety of people. From home users to students and teachers, from programmers and developers to professionals, from art lovers and music lovers to multimedia professionals and more, all can use OPI OS- OPI Arch for work, play and study.

Aesthetically pleasing UI design

The UI design is comfortable, simple and aesthetically pleasing. From the icons to the start menu to the desktop theme, every detail has been carefully designed to optimise the entire interface. At the same time, it conforms to the user’s habits and is easy and convenient to operate.

Orange Pi OS (OH)

Orange Pi OS (OH) is a multi-terminal converged operating system built with penHarmony as the main technical route and combined with Linux technology accumulation, supporting AMD64, ARM64 and other CPU architectures, with good compatibility, rich hardware and software ecology, security and trustworthiness, flexible customization, high efficiency and low consumption, etc. It can be installed on tablets, handheld terminals It can be installed on different forms of intelligent devices such as tablets, handheld terminals, smart screens, wearable devices, cameras, payment terminals, self-service terminals, etc., meeting the application needs of various industries in the fields of office, entertainment, production, logistics, education, security, etc.

Multi-terminal integration

Tablets, handheld terminals, smart screens, wearable devices, cameras, cloud terminals, self-service terminals

Multi-field applications

Energy and power, smart finance, office, education, intelligent transportation

Easy to maintain

Support for automated installation and remote maintenance management, integrated graphical management and maintenance tools, including system monitor, device manager, etc., support for the expansion of maintenance screen functions, making system maintenance more convenient.

High security

The system is based on identity identification, access control, data protection and vulnerability monitoring, and strengthens defence in all aspects such as trusted computing, data confidentiality, secure start-up and application signature to protect user applications and data security.

Stable and reliable

Based on a stable kernel version, the kernel parameters and system components are tuned to optimise the performance of system start-up, memory usage and other aspects, and support redundant configuration of components to ensure system stability and reliability.

Learn more

For more information about Orange Pi OS(Arch), please click here : Orange Pi OS(Arch)

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Установка android на eMMC Orange PI Plus 2E

Здесь можно ознакомится с установкой PhoenixSuit для различных систем.

Я опишу установку в ОС Linux Fedora 31 с ошибками в ходе установки и их исправлением.

# git clone https://github.com/linux-sunxi/sunxi-livesuite.git

Установка зависимостей для данного приложения

# sudo dnf install dkms libusbx nas-libs kernel-devel

При дальнейшей сборке программы возникала ошибка:

/usr/local/sunxi-livesuite/awusb/awusb.c: В функции «write_aw»: /usr/local/sunxi-livesuite/awusb/awusb.c:376:8: ошибка: неявная декларация функции «signal_pending» [-Werror=implicit-function-declaration] 376 | if (signal_pending(current)) < | ^~~~~~~~~~~~~~ cc1: некоторые предупреждения считаются ошибками

Перед тем как перейти в каталог awusb и выполнить make, необходимо изменит содержание файла awusb.c

#include #if LINUX_VERSION_CODE >= KERNEL_VERSION(4, 11, 0) #include #endif

После изменений выполнить

Если не возникло ошибок, как root установить модуль awusb и загрузить его:

# cp awusb.ko /lib/modules/`uname -r`/extra/ # depmod -a # modprobe awusb

Добавить правило в файл /etc/udev/rules.d/50-awusb.rules, чтобы иметь возможность получить доступ к устройству как обычный пользователь:

SUBSYSTEM!="usb_device",ACTION!="add",GOTO="objdev_rules_end" #USBasp ATTRS=="1f3a",ATTRS=="efe8",GROUP="yuorgrupid",MODE="0666" LABEL="objdev_rules_end"

Где «yuorgrupid» должен быть заменен идентификатором группы вашего пользователя.

Перезагрузить правила udev, чтобы сделать изменение активным:

# udevadm control --reload-rules

Выбрать sun8iw7p1_android_dolphin-p1_uart0_PiPlus2e.img для загрузки на устройство

Подключить кабель от Micro-USB к компьютеру. Нажав кнопку recovery key (кнопка восстановления) и удерживая ее подключить кабель питания к разъему power.

Должно появится окно подтверждающее форматирования и обновление памяти устройства

Выбрать Yes и начнется процесс обновления

При достижении Progress 100% сделать Exit

Andpoid установлен на внутреннюю eMMC память устройства Orange PI Plus 2E.

Установка android на eMMC Orange PI Plus 2E в ОС Windows программой PhoenixSuit

Установка в Windows XP SP2.

Запустить программу и выбрать sun8iw7p1_android_dolphin-p1_uart0_PiPlus2e.img для загрузки на устройство

Как и для установки в Linux в Windows аналогичный порядок запуска процесса установки комбинация recovery key + power

В процессе обновления прошивки будет предложена установка драйверов, путь к которым в директории Drivers программы PhoenixSuit

Дождаться завершения установки

Andpoid установлен на внутреннюю eMMC память устройства Orange PI Plus 2E.

Установка скопированного образа android в ОС Armbian установленного на карте памяти в устройстве Orange PI Plus 2E

Можно самим сделать образ системы в качестве резервной копии чтобы в последствии иметь возможность восстановить систему на внутренний EMMC память устройства.

Установка производится в ос Armbian, данная система расположена на внешней карте памяти. Образ android.img можно разместить на внешнем диске подключенным к usb Orange PI. Размер образа не должен превышать размер внутренней памяти EMMC (узнать размер mmcblk1 командой fdisk -l).

Создать образ системы с eMMC памяти

# sudo dd bs=4M if=/dev/mmcblk1 of=android.img

Установить на eMMC память

# sudo dd bs=4M if=android.img of=/dev/mmcblk1

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