Motorola Flashing Drivers

[Reda]

Myhopes are to create an OpenWRT port for the device, given they've included all the necessary drivers and software to create working stock image (from what i can see). Now I've no experience with doing these sorts of things, the most I've done is flashing android ROMS and recovery images, and what experience i have with linux is from working with servers (I'm a full stack dev), as well my own playing around with WSL, dual boots and VM's (Ubuntu, Kali, Red Hat, CentOS).

How can I add support for a new device? Issue: My device is not listed as supported in the Table of Hardware. How can I add OpenWrt support for my device? Solution: See the following pages for information on how to add OpenWrt support for a new...

Appreciate the reply. For new comers it would help to who are not familiar with the jargons used (like me), it would help to start at Adding new platform support. Took a while of me being confused with "what exactly defines a platform? how do I know what what platform i'm on? how do i figure this out? patches? where do i get these from the source files?".

What you're looking for, is indeed adding a new device to an existent platform (or more specifically, "target" in OpenWrt lingo) - and maybe extend the target as a whole with missing drivers. The later I wouldn't be too hopeful about, based on prior experience with Broadcom in general I seriously doubt that you will find the necessary drivers to support modem- and wireless functionality of your device in the provided tarball. If you do, it's probably linking in a (kernel dependent-) binary object, which won't get you much further. If Motorola really 'messed up' and accidentally leaked real source code, that still wouldn't mean that OpenWrt could take proprietary code without a clear and obvious re-distributable license to do so (and explicitly attached). Maybe I'm wrong, but I would be surprised if I were.

Adding support for a new device isn't trivial and finding documentation in the wiki is actually the least of your worries. Personally I wouldn't even look at the wiki for that at all, and rather check the source and the commit history that added similar devices myself, because that will be a lot more useful than rather generic prose about it - and because that's exactly the kind of experience you'll have to learn in order to succeed.

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Obviously the wiki articles about it are still very valuable, as a first contact address avoiding having to go into details every time someone asks about it - but it certainly won't help you one iota to actually get started by the very nature of it, no wiki article ever could.

Download the Qualcomm HS-USB QDLoader 9008 Driver, made by Qualcomm. The Qualcomm HS-USB QDLoader 9008 Drivers work perfectly with all Qualcomm devices running Android OS. Therefore, all lines of devices, both new and old, are compatible with this latest Qualcomm HS-USB QDLoader 9008 Driver.

The Qualcomm HS-USB QDLoader 9008 Driver is needed to put the Qualcomm device into Emergency Download (EDL) mode. EDL mode is a special mode on Qualcomm devices that allows the device to be connected to a computer and have its firmware, partition table, and other sensitive areas reflashed or modified.

The Qualcomm HS-USB QDLoader 9008 Driver allows putting a Qualcomm device into Emergency Download Mode (EDL). The package of the Qualcomm HS-USB QDLoader 9008 EDL Drivers must be installed on the computer to put a Qualcomm device into Emergency Download Mode (EDL) and perform tasks such as flashing firmware, unbricking, or manipulating partitions. This mode is mainly used for unbricking devices not booting up, recovering from failed firmware updates, or allowing developers to modify firmware or partitions.

Qualcomm 9008 mode, also known as Emergency Download (EDL) mode, is a special mode on Qualcomm-based devices that allows the device to be connected to a computer and have its firmware, partition table, and other sensitive areas of the device to be reflashed or modified. This mode is mainly used for unbricking a device that's not booting, recovering from a firmware update failure, or for developers to modify firmware or partitions on the device.

The Qualcomm HS-USB QDLoader 9008 Driver, intended for use with Qualcomm Android devices, is compatible with all versions of the Windows operating system, including Windows XP and the latest Windows 11, and works on both 32-bit and 64-bit computers. However, it is currently not available for macOS or Linux operating systems.

The Qualcomm HS-USB QDLoader 9008 Driver is available at no cost, as the Qualcomm community officially releases it for use with Qualcomm smartphones and tablets. Users can download the appropriate device drivers from the Qualcomm Support forums.

The Qualcomm HS-USB QDLoader 9008 Driver is considered safe to use on computers, laptops, and mobile devices as the Qualcomm community officially releases it. In addition, it poses no harm to the computer, as it has been verified to be secure.

Updates for the QDLoader 9008 Driver are not released on a set schedule and are made available to fix bugs and enhance performance. These updates are provided directly by Qualcomm and not on a predefined schedule.

The Qualcomm HS-USB QDLoader 9008 Driver can be installed by downloading the .exe file and executing it on your computer. The installation process is similar to that of a common Windows application. A guide on how to install the driver correctly can be found on the How to install the Qualcomm HS-USB QDLoader 9008 Driver page, which provides detailed instructions.

The Qualcomm HS-USB QDLoader 9008 Drivers are designed specifically for smartphones and tablets that use Google's Android operating system. However, whether these devices will work with other than Qualcomm smartphones and tablets is still determined.

The Qualcomm HS-USB QDLoader 9008 Driver does not need an internet connection on a Windows computer or laptop. Connecting Qualcomm devices to the computer is done via a USB cable. Thus no Wi-Fi or Bluetooth connection is necessary.

The Qualcomm HS-USB QDLoader 9008 Driver enables communication between your device and a computer but does not provide the ability to view contents on your device. To do this, you must connect your device to the computer with a file manager or specialized software from its manufacturer to access its contents. This driver can also be used for transferring files and updating the firmware of your device's firmware.

The Qualcomm HS-USB QDLoader 9008 Driver is designed to facilitate communication between mobile devices, such as smartphones and tablets that use Qualcomm processors and run on the Android operating system, with a computer via USB. This enables users to transfer files, update device firmware, or debug their devices. However, this driver cannot be used for desktop computers since they typically do not have Qualcomm processors, nor are they running an Android OS.

As such, you need to ensure your desktop PC or the laptop can see th target device that's connected to it by downloading the required drivers for a USB connection. If you are wondering where to get the right drivers for your Android device, then continue reading to find a list of official OEM-provided Android USB driver packages and a generic driver installation guide.

The USB interface of an Android device is pretty complex. Depending on the configuration, it may expose the standard Android USB debugging interface, the Fastboot interface, and various other SoC-specific diagnostic interfaces to the computer. As a matter of fact, maintaining more than one interface simultaneously is supported as well, e.g. you can interact with your device with ADB while configuring the internal modem parameters.

Notably, the aforementioned scenarios are a bit different from connecting the target device through the plain old Media Transfer Protocol (MTP) or Picture Transfer Protocol (PTP) mode. MTP enables the end-user to browse the internal memory on the device from a PC as if it's an external storage drive. Microsoft ships a generic MTP/PTP driver with every edition of Windows since Windows XP, so you don't need an external driver for that.

Most Android OEMs offer official driver packages for their devices. Besides the ADB and Fastboot interfaces, these drivers also support proprietary flashing protocols designed by the corresponding device maker. For example, if you want to flash a Samsung Galaxy device, you must install the Samsung USB driver package beforehand.

Note that Microsoft has been shipping a generic ADB driver with Windows for a while, so installing the OEM driver just for the sake of USB debugging might not sound worthwhile anymore. Windows can also check and install the missing drivers on the fly through Windows Update. However, Microsoft-recommended drivers are not always the best choice for complex USB interfaces, so do check out the official driver pack whenever possible.

This is the most simple and straightforward way, because the setup program will take care of everything for you. All you need to do is connect your Android device afterward, and it should be ready to go.

Google and a few other vendors prefer to stick with the bare INF and associated binary files which are packed inside a ZIP or RAR archive. Such packages need to be installed using Device Manager, but you have to extract the contents of the archive beforehand.

1. Right-click on the Start button and select the Device Manager entry. You can also call the Microsoft Management Console snap-in named devmgmt.msc directly from Run to open Device Manager.

2.1. (Optional) Right-click on the unknown device entry, select Properties, move to the Details tab, and finally select Hardware Ids from the dropdown menu. Now open your favorite search engine, paste the hardware identifier in the search box, and go through the search results. This is a crude way to determine the probable interface your device is currently exposing.

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