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RAGNAR OFFICIAL
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RAGNAR OFFICIAL (English)
Are you a fan of all things Ragnar? Looking for a place to connect with like-minded individuals and share your passion for this epic warrior? Look no further than RAGNAR OFFICIAL! This Telegram channel is dedicated to all things Ragnar, from the history behind the legendary Viking warrior to the latest news and updates on Ragnar-related content. Whether you're a history buff, a fan of the popular TV show, or simply fascinated by Norse mythology, this channel is the perfect place for you. Join our support group and connect with other Ragnar enthusiasts. Get access to exclusive content, participate in discussions, and stay up to date on all things Ragnar. Don't miss out on this opportunity to be part of a community that shares your love for Ragnar. Join RAGNAR OFFICIAL today!
RAGNAR OFFICIAL
05 Jul, 18:20
https://t.me/hamster_koMbat_bot/start?startapp=kentId1114888440
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Play with me, become cryptoexchange CEO and get a token airdrop!
๐ธ 2k Coins as a first-time gift
๐ฅ 25k Coins if you have Telegram Premium
RAGNAR OFFICIAL
21 Apr, 08:43
I am looking for the poco F1. If I find it somewhere I will come back again with the new Roms ๐
RAGNAR OFFICIAL
05 Jun, 15:59
how to make kernel
1. Set up the development environment:
- Install a Linux distribution like Ubuntu on your computer.
- Set up the necessary tools, such as GCC (GNU Compiler Collection) and other build essentials.
2. Obtain the kernel source code:
- Visit the official website of your device manufacturer or the open-source community supporting your device to find the kernel source code.
- Download the appropriate kernel source code for your specific device model.
3. Configure the kernel:
- Navigate to the kernel source directory and run the configuration script (often named "make menuconfig" or "make defconfig").
- Select the necessary configuration options, such as device-specific drivers, features, and kernel modules.
- Pay close attention to the configuration options related to your device's hardware components, such as the processor, display, camera, and input devices.
4. Modify the kernel (if necessary):
- If you need to add custom features or make modifications to the kernel, you can edit the relevant source code files.
- Be cautious while modifying the kernel code, as it can have a significant impact on device stability and compatibility.
5. Compile the kernel:
- Run the build command (usually "make") to compile the kernel source code.
- This step can take a significant amount of time, depending on the complexity of the kernel and the resources available on your computer.
6. Generate kernel image and modules:
- After a successful compilation, the resulting kernel image (often named "zImage" or "Image") will be available in the output directory.
- Additionally, various kernel modules will be generated, which are used to support specific hardware or software features.
7. Install the kernel on the device:
- Unlock the bootloader on your Android device (if required) to allow installing custom kernels.
- Follow the specific instructions provided by your device manufacturer or community to install the custom kernel.
- Typically, this involves connecting the device to your computer via USB and using specialized tools like fastboot or custom recovery
1. Set up the development environment:
- Install a Linux distribution like Ubuntu on your computer.
- Set up the necessary tools, such as GCC (GNU Compiler Collection) and other build essentials.
2. Obtain the kernel source code:
- Visit the official website of your device manufacturer or the open-source community supporting your device to find the kernel source code.
- Download the appropriate kernel source code for your specific device model.
3. Configure the kernel:
- Navigate to the kernel source directory and run the configuration script (often named "make menuconfig" or "make defconfig").
- Select the necessary configuration options, such as device-specific drivers, features, and kernel modules.
- Pay close attention to the configuration options related to your device's hardware components, such as the processor, display, camera, and input devices.
4. Modify the kernel (if necessary):
- If you need to add custom features or make modifications to the kernel, you can edit the relevant source code files.
- Be cautious while modifying the kernel code, as it can have a significant impact on device stability and compatibility.
5. Compile the kernel:
- Run the build command (usually "make") to compile the kernel source code.
- This step can take a significant amount of time, depending on the complexity of the kernel and the resources available on your computer.
6. Generate kernel image and modules:
- After a successful compilation, the resulting kernel image (often named "zImage" or "Image") will be available in the output directory.
- Additionally, various kernel modules will be generated, which are used to support specific hardware or software features.
7. Install the kernel on the device:
- Unlock the bootloader on your Android device (if required) to allow installing custom kernels.
- Follow the specific instructions provided by your device manufacturer or community to install the custom kernel.
- Typically, this involves connecting the device to your computer via USB and using specialized tools like fastboot or custom recovery
RAGNAR OFFICIAL
05 Jun, 15:42
Creating a custom ROM for Android is a complex and involved process that requires technical knowledge and expertise. Here is a general overview of the steps involved in making an Android custom ROM:
1. Set up the development environment:
- Install the Java Development Kit (JDK) on your computer.
- Install the Android Software Development Kit (SDK) and configure it properly.
- Set up the necessary tools and dependencies, such as a code editor and version control system.
2. Obtain the source code:
- Visit the official Android Open Source Project (AOSP) website and download the source code for the Android version you want to build the ROM on.
- Extract the source code to a directory on your computer.
3. Customize the ROM:
- Modify the source code to implement the desired customizations. This can include adding or removing features, tweaking system settings, and optimizing performance.
- Make changes to the user interface by modifying the system's UI framework or applying a custom theme.
4. Compile the ROM:
- Configure the build environment by setting up build configurations, defining device-specific settings, and specifying the target Android version.
- Use the build tools provided with the Android SDK to compile the source code into a usable ROM.
5. Test and debug:
- Flash the compiled ROM onto a compatible device or emulator to test its functionality and compatibility.
- Identify and fix any bugs or issues that arise during testing. This may involve debugging the code, modifying configurations, or tweaking settings.
6. Package and distribute the ROM:
- Create a flashable package of the ROM, which typically includes the system image, kernel, and other required files.
- Distribute the custom ROM through a website, forum, or other channels where users can download and install it on their devices.
Please note that creating a custom ROM requires advanced knowledge of programming, Android system architecture, and device-specific configurations. It's also important to adhere to licensing requirements and respect the intellectual property of others. Additionally, modifying the ROM can potentially void the warranty of your device and may lead to stability or security issues if not done properly.
1. Set up the development environment:
- Install the Java Development Kit (JDK) on your computer.
- Install the Android Software Development Kit (SDK) and configure it properly.
- Set up the necessary tools and dependencies, such as a code editor and version control system.
2. Obtain the source code:
- Visit the official Android Open Source Project (AOSP) website and download the source code for the Android version you want to build the ROM on.
- Extract the source code to a directory on your computer.
3. Customize the ROM:
- Modify the source code to implement the desired customizations. This can include adding or removing features, tweaking system settings, and optimizing performance.
- Make changes to the user interface by modifying the system's UI framework or applying a custom theme.
4. Compile the ROM:
- Configure the build environment by setting up build configurations, defining device-specific settings, and specifying the target Android version.
- Use the build tools provided with the Android SDK to compile the source code into a usable ROM.
5. Test and debug:
- Flash the compiled ROM onto a compatible device or emulator to test its functionality and compatibility.
- Identify and fix any bugs or issues that arise during testing. This may involve debugging the code, modifying configurations, or tweaking settings.
6. Package and distribute the ROM:
- Create a flashable package of the ROM, which typically includes the system image, kernel, and other required files.
- Distribute the custom ROM through a website, forum, or other channels where users can download and install it on their devices.
Please note that creating a custom ROM requires advanced knowledge of programming, Android system architecture, and device-specific configurations. It's also important to adhere to licensing requirements and respect the intellectual property of others. Additionally, modifying the ROM can potentially void the warranty of your device and may lead to stability or security issues if not done properly.
RAGNAR OFFICIAL
05 Jun, 10:52
https://gladiatoros.blogspot.com/2023/06/how-to-become-bgmi-esports-player.html?m=1
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