Difference between revisions of "User:Fxc"

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Flashing a disk image to a microSD card using the dd command involves writing the disk image file to the microSD card. This process is performed through the terminal on Linux or macOS. Here are the steps to flash a disk image to a microSD card using <code>dd</code>:
Flashing a disk image to a microSD card using the dd command involves writing the disk image file to the microSD card. This process is performed through the terminal on Linux or macOS. Here are the steps to flash a disk image to a microSD card using <code>dd</code>:


1. Determine the device name of the microSD card: On Linux or macOS, you can use the <code>lsblk</code> or <code>diskutil list</code> command to find the name of the microSD card (e.g., /dev/sdb). Make sure to properly identify the microSD card, as using the wrong device name can result in data loss.
1. Determine the device name of the microSD card: On Linux or macOS, you can use the <code>lsblk</code> or <code>diskutil list</code> command to find the name of the microSD card (e.g., ''/dev/sdb''). Make sure to properly identify the microSD card, as using the wrong device name can result in data loss.


2. Unmount the microSD card: If the microSD card is already mounted, you need to unmount it before flashing the disk image. On Linux, you can use the <code>umount</code> command. On macOS, you can use the <code>diskutil unmount</code> command.
2. Unmount the microSD card: If the microSD card is already mounted, you need to unmount it before flashing the disk image. On Linux, you can use the <code>umount</code> command. On macOS, you can use the <code>diskutil unmount</code> command.

Revision as of 14:19, 2 February 2023

ChatGPT: Flashing with dd

Flashing a disk image to a microSD card using the dd command involves writing the disk image file to the microSD card. This process is performed through the terminal on Linux or macOS. Here are the steps to flash a disk image to a microSD card using dd:

1. Determine the device name of the microSD card: On Linux or macOS, you can use the lsblk or diskutil list command to find the name of the microSD card (e.g., /dev/sdb). Make sure to properly identify the microSD card, as using the wrong device name can result in data loss.

2. Unmount the microSD card: If the microSD card is already mounted, you need to unmount it before flashing the disk image. On Linux, you can use the umount command. On macOS, you can use the diskutil unmount command.

3. On Linux or macOS, open a terminal window.

4. Flash the disk image to the microSD card: Use the following command to flash the disk image to the microSD card:

sudo dd if=path_to_disk_image.img of=/dev/sdX bs=4M conv=fsync
  • Replace path_to_disk_image.img with the path to the disk image file.
  • Replace /dev/sdX with the device name of the microSD card you determined in step 1.

5. Wait for the process to complete: The dd command will not provide any output until it has completed the process. This may take several minutes, depending on the size of the disk image and the speed of your computer and microSD card.

6. Eject the microSD card: Once the dd command has completed, eject the microSD card. On Linux, you can use the eject command. On macOS, you can use the diskutil eject command.

Note: Before flashing the disk image, make sure to backup any important data on the microSD card, as this process will erase all existing data on the card.

ChatGPT: Flashing with Etcher

Here are the steps to flash a disk image to a microSD card:

  1. Download and install a disk image writing tool: A commonly used tool for this purpose is Etcher, which is available for Windows, Mac, and Linux.
  2. Insert the microSD card into your computer: Make sure that you have an SD card reader, or an adapter to connect the microSD card to your computer.
  3. Open the disk image writing tool: Launch Etcher and select the disk image file you want to flash to the microSD card.
  4. Select the target device: In Etcher, select the microSD card from the list of available drives.
  5. Start the flashing process: Click the “Flash” button to start the process of writing the disk image to the microSD card. This process may take a few minutes, depending on the size of the disk image and the speed of your computer.
  6. Verify the flash: After the flash is complete, Etcher will verify the integrity of the image to make sure it was written correctly.
  7. Eject the microSD card: Once the flash is complete and verified, safely eject the microSD card from your computer. You can now use the microSD card with the device it was intended for.

Note: Before flashing the disk image, make sure to backup any important data on the microSD card, as this process will erase all existing data on the card.

Main example

Devices

Pinebook Pro (left) and PinePhone (right)

You can learn more about the following ARM and RISC-V devices manufactured by PINE64:

Phones:

Phone accessories:

Tablets:

Wearable:

Laptops:

Single-board computers:

Set-top box:

Clusters and modules:

IP camera:

Makerspace:


Pinebook notes

Merge https://wiki.pine64.org/wiki/1080P_Pinebook_Software_Releases into https://wiki.pine64.org/wiki/Pinebook_Software_Releases

Compatibility
11.6″ Pinebook 14″ Pinebook 1080P Pinebook

PineBuds Pro suggestion

== Community projects ==

The following community projects are currently being worked on:

  • Wireless charging, bringing wireless charging to the PineBuds Pro case using the vacant contacts
  • Silicone case, a transparent silicone case, bringing an improved grip to the case

Suspicious protectionfilms24.com link spam

Software state draft

Functionality Component Status (pre-flashed)¹ Status (updated)² Notes
Bootloader U-Boot Critical bugs Some critical software bugs currently not fixed yet: A drained battery causes U-Boot to bootloop[1]; Occasionally the eMMC fails to boot[Citation]
SPI Unfinished SPI memory is currently empty in the Explorer Edition batch, a corrupted installation on the eMMC has a higher boot priority than a fresh microSD card installation, leading to a involved recovery procedure[Citation]
Operating System Stability Critical bugs WIP The pre-flashed and outdated operating system on the eMMC often gets corrupted after updating[2];
Suspend Not working Experimental Suspend only available in recent specific images[Citation]
Updates Critical bugs WIP The pre-flashed and outdated operating system on the eMMC often gets corrupted after updating[Citation]; Pacman database lock preventing updates[Citation]; Keyring bug[Citation]
Modem Stability Critical bugs The modem crashes frequently, which can lead to missed calls[Citation]
Phone WIP The modem crashes frequently, which can lead to missed calls[Citation]; bad call audio quality[Citation]; software improvements expected within multiple months and contributions are welcome.
SMS Working SMS functionality is expected to work. In certain cases the functionality might be blocked by a clogged modem[Citation] or by the provider blocking specific TANs in their network[Citation].
MMS WIP MMS functionality is integrated into the application "Spacebar", some bugs remaining and expected
Push notifications Not implemented Receiving push notifications while the phone is suspended is not implemented
Components LCD Working
Touch Working
Rear camera Not working Driver not implemented yet, camera not operational
Front camera Not working Driver not implemented yet, camera not operational
Camera flash Unknown
WiFi Working WiFi is expected to work. Note: Proprietary firmware and some remaining tasks, such as looking into "monitor mode"
Bluetooth WIP Bluetooth not necessarily working for calls yet due to missing audio routing Proprietary[Citation]; Bluetooth in general dodgy under Pulseaudio.[3] Note: Proprietary firmware
GNSS/GPS WIP aGPS to be implemented; long waiting times to get a fix; No preinstalled application
Sensors Unknown Status of "3 Axis Magnetometer", "Geo Magnetic Sensor", "Ambient light / Proximity", "Accelerometer / Gyroscope" is unknown.
Vibration motor Working
Notification LED Unknown
Buttons Working Power buttons and volume buttons are working.
Accessory compatibility Keyboard Add-on WIP The keyboard add-on compatibility is work-in-progress. Top row symbols not implemented as designed[Citation]; Keyboard hot-plugging not supported[Citation]; Battery state not exposed in the pre-flashed operating system state[Citation]; general driver bugs[Citation]
LoRa Add-on Not implemented No software support implemented
Qi Wireless Charging Add-on WIP Wireless charging with the add-on case is expected to work to some degree. Certain software and driver functionality is missing, details will follow in a bug report.[Citation]
Fingerprint Reader Add-on Not implemented No software support implemented
Software notes Waydroid Software rendering only Waydroid is an Android container used to run Android applications. Currently can only be started using software rendering [Citation]

¹ Status of the feature at the time of the last factory installation without updates

² Status of the feature with an up-to-date reference image

Chat

  • Inclusive language, Linux

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Safety

Charging and Battery

Notes:

  • Correct charger
  • High power usage in certain scenarios
  • Handling of the battery
  • (Optional: Charging keyboard and phone at the same time)
  • (Optional: Connecting a USB-C to USB-C cable from phone to keyboard)

Ubuntu Touch

Ubuntu Touch
Image
A Mobile Version of the Ubuntu Operating System made and maintained by the UBports Community. Ubuntu touch is a mobile version of Ubuntu developed by the UBports community.
Download location UBports PinePhone project
user-id/password abc
123
What works, what does not work? Scroll down to the bottom of this page.
How to contribute and report defects? See UBports gitlab page.
Contributions See UBports website for how to donate.
Installation
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Notes
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This file is licensed under the Creative Commons Attribution 3.0 Unported license.

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