Changes

  sudo apt install nodejs

  sudo apt install nodejs

  sudo apt install npm

  sudo apt install npm *v12.22.9*

  sudo apt install build-essential ccache ecj fastjar file flex g++ gawk \ gettext git java-propose-classpath java-wrappers jq libelf-dev \ libffi-dev libncurses5-dev libncursesw5-dev libssl-dev libtool \ python python2.7-dev python3 python3-dev python3-distutils \ python3-setuptools rsync subversion swig time u-boot-tools \ unzip wget xsltproc zlib1g-dev bison

  sudo apt install build-essential ccache ecj fastjar file flex g++ gawk \ gettext git java-propose-classpath java-wrappers jq libelf-dev \ libffi-dev libncurses5-dev libncursesw5-dev libssl-dev libtool \ python python2.7-dev python3 python3-dev python3-distutils \ python3-setuptools rsync subversion swig time u-boot-tools \ unzip wget xsltproc zlib1g-dev bison

After making changes and saving them to the directory, we may build compile using the following commands:

After making changes and saving them to the directory, we may build compile using the following commands:

1- ./scripts/feeds update -a

./scripts/feeds update -a

2- make clean

make clean

3- Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

The firmware can then be found in the directory listed below *Depends on the target*:

The firmware can then be found in the directory listed below *Depends on the target*:

After making changes and saving them to the directory, we may build compile using the following commands:

After making changes and saving them to the directory, we may build compile using the following commands:

1- ./scripts/feeds update -a

./scripts/feeds update -a

2- make clean

make clean

3- Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

The firmware can then be found in the directory listed below *Depends on the target*:

The firmware can then be found in the directory listed below *Depends on the target*:

After making changes and saving them to the directory, we may build compile using the following commands:

After making changes and saving them to the directory, we may build compile using the following commands:

1- ./scripts/feeds update -a

./scripts/feeds update -a

2- make clean

make clean

3- Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

The firmware can then be found in the directory listed below *Depends on the target*:

The firmware can then be found in the directory listed below *Depends on the target*:

After making changes and saving them to the directory, we may build compile using the following commands:

After making changes and saving them to the directory, we may build compile using the following commands:

1- ./scripts/feeds update -a

./scripts/feeds update -a

2- make clean

make clean

3- Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

The firmware can then be found in the directory listed below *Depends on the target*:

The firmware can then be found in the directory listed below *Depends on the target*:

After making changes and saving them to the directory, we may build compile using the following commands:

After making changes and saving them to the directory, we may build compile using the following commands:

1- ./scripts/feeds update -a

./scripts/feeds update -a

2- make clean

make clean

3- Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

The firmware can then be found in the directory listed below *Depends on the target*:

The firmware can then be found in the directory listed below *Depends on the target*:

After making changes and saving them to the directory, we may build compile using the following commands:

After making changes and saving them to the directory, we may build compile using the following commands:

1- ./scripts/feeds update -a

./scripts/feeds update -a

2- make clean

make clean

3- Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

Following that, we must execute the "nproc" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “make -j1 V=sc” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.

The firmware can then be found in the directory listed below *Depends on the target*:

The firmware can then be found in the directory listed below *Depends on the target*: