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The GPL source is created for ASUS wireless router related products. Please visit the ASUS support site (http://support.asus.com) to get the latest GPL tarball.It has a lot in common with many wireless router open source projects, including Oleg/Tomato/DD-WRT/OpenWRT. Thanks the developers of those projects for making the source code available.
Set Up Environment(Tested in Fedora 8/9 and Ubuntu)
1. prepare environment
a. Ubuntu
Install these packages (I used synaptic: "sudo synaptic")
Ubuntu 14.04 or old distro
libncurses5
libncurses5-dev
m4
bison
gawk
flex
libstdc++6-4.4-dev
g++-4.4
g++
gengetopt
git (or git-core)
gitk
zlib1g-dev
autoconf
autopoint (or gettext)
libtool
shtool
autogen
mtd-utils
intltool
sharutils
docbook-xsl-*
libstdc++5
texinfo
dos2unix (or tofrodos)
xsltproc
uboot-mkimage
device-tree-compiler
python 2.7 or above.
qemu
gperf
liblzo2-dev
uuid-dev
build-essential
lzma-dev
liblzma-dev
lzma
binutils-dev
patch
cmake
intltool
libglib2.0-dev
gtk-doc-tools
If you are using Ubuntu amd64, you may need to install 32-bit packages listed below.
libc6-i386
lib32stdc++6
lib32z1
libelf1:i386
libncurses5:i386
ia32-libs
libc6-dev-i386
Ubuntu 16.04
python 2.7 or above.
libncurses5 libncurses5-dev m4 bison gawk flex libstdc++6-4.7-dev g++-4.7 g++
gengetopt git gitk zlib1g-dev autoconf autopoint libtool-bin shtool autogen
mtd-utils intltool sharutils docbook-xsl-* libstdc++5 texinfo dos2unix xsltproc
u-boot-tools device-tree-compiler qemu gperf liblzo2-dev uuid-dev build-essential
lzma-dev liblzma-dev lzma binutils-dev patch cmake intltool libglib2.0-dev
gtk-doc-tools libssl-dev libyaml-dev
If you are using Ubuntu amd64, you may need to install 32-bit packages listed below.
libc6-i386 lib32stdc++6 lib32z1 libelf1:i386 lib32ncurses5 libc6-dev-i386
b. Fedora
python 2.7 or above.
sudo yum groupinstall "Development Tools"
sudo yum install gettext-devel libxml2-devel mtd-utils-ubi ncurses-devel \
zlib-devel intltool sharutils docbook-dtds docbook-style-xsl \
uboot-tools dtc gengetopt gperf cmake glib2-devel gtk-doc texinfo \
lzo-devel libbsd-devel libyaml-devel libtool-ltdl-devel xz-devel \
openssl1.1-1:1.1.1q libtool-ltdl-devel
If your distribution don't have openssl1.1-1:1.1.1q package, find package
name via below commands:
sudo dnf provides "*/libssl.so.1.1*"
If make newer that v4.1, it's recommended to downgrade to v4.1, otherwise,
you might encounter compile error in qca-ssdk.
If Captive Portal is enable and /PATH/TO/src/router/talloc-2.1.1/src-XXX.answer
doesn't exist, install below package.
qemu
If you are using Fedora 19 or above, install below packages.
sudo yum groupinstall "C Development Tools and Libraries"
If you are using Fedora x86_64, install 32-bit packages listed below.
elfutils-libelf.i686 glibc.i686 libstdc++.i686 zlib.i686
If you are using Fedora 24+, install 32-bit packages listed below.
ncurses-compat-libs.i686
If you are using Fedora 29+, install 32-bit packages listed below.
glibc-devel.i686
If you are using Fedora 31+, install packages listed below.
python2
If you are using Fedora 33+, install packages listed below.
perl-FindBin
c. Rocky Linux/CentOS Stream/RHEL/AlmaLinux/Miracle Linux/Oracle Linux 9
sudo dnf groupinstall "Development Tools" "RPM Development Tools"
Enable CRB (CodeReady Builder) or PowerTools repository.
+ Rocky Linux/CentOS Stream/AlmaLinux
sudo dnf config-manager --set-enabled crb
+ RHEL
sudo subscription-manager repos --enable codeready-builder-for-rhel-9-$(arch)-rpms
+ Miracle Linux
sudo dnf config-manager --set-enabled 9-latest-PowerTools
+ Oracle Linux
sudo dnf config-manager --set-enabled ol9_codeready_builder
Enable EPEL repository.
+ Rocky Linux/CentOS Stream/RHEL/AlmaLinux/Miracle Linux
sudo dnf install --nogpgcheck https://dl.fedoraproject.org/pub/epel/epel-release-latest-$(rpm -E %rhel).noarch.rpm
+ Oracle Linux
sudo dnf install oracle-epel-release-el9
Download source RPM of python2.7 and mtd-utils from Fedora 39, fulfill build dependency,
build via rpmbuild and then install below rpms:
python2.7 mtd-utils-abi
sudo dnf install gettext-devel libxml2-devel ncurses-devel zlib-devel intltool \
sharutils docbook-dtds docbook-style-xsl uboot-tools dtc gengetopt gperf \
cmake glib2-devel gtk-doc texinfo lzo-devel libbsd-devel libyaml-dev \
perl-FindBin libtool-ltdl-devel xz-devel compat-openssl11-1:1.1.1k \
libtool-ltdl-devel
If your distribution don't have openssl1.1-1:1.1.1q package, find package
name via below commands:
sudo dnf provides "*/libssl.so.1.1*"
If make newer that v4.1, it's recommended to downgrade to v4.1, otherwise,
you might encounter compile error in qca-ssdk.
If you are using x86_64, install 32-bit packages listed below.
elfutils-libelf.i686 glibc.i686 libstdc++.i686 zlib.i686 \
ncurses-libs.i686 ncurses-devel.i686
If Captive Portal is enabled and /PATH/TO/src/router/talloc-2.1.1/src-VENDOR-CHIP.answer
for the model doesn't exist. You can find out src-VENDOR-CHIP by model name in
release/models file.
i. Remove official qemu-kvm-common package if it is installed.
ii. Download source RPM of qemu from Fedora 39, build and install rpms that provide
packages listed.
qemu-user qemu-common
iii.If you need qemu-kvm, install rpms that provide packages listed below.
qemu-kvm qemu-kvm-core qemu-system-x86 qemu-system-x86-core qemu-audio-alsa
qemu-audio-dbus qemu-audio-oss qemu-audio-pa qemu-audio-pipewire qemu-audio-sdl
qemu-block-curl qemu-block-dmg qemu-block-iscsi qemu-block-rbd qemu-block-ssh
qemu-char-baum qemu-device-display-virtio-gpu qemu-device-display-virtio-gpu-ccw
qemu-device-display-virtio-gpu-pci qemu-device-display-virtio-vga
qemu-device-display-virtio-vga-gl qemu-device-usb-host qemu-device-usb-redirect
qemu-ui-curses qemu-ui-egl-headless qemu-ui-gtk qemu-ui-opengl qemu-ui-sdl
2. prepare source to, ex, $HOME/asuswrt
cd $HOME
tar xvfz [tar file]
3. setup development system
Broadcom SoC models
===================
To install the tools:
- copy the tools/brcm/ directory to /opt
- add /opt/brcm/hndtools-mipsel-linux/bin to your path
- add /opt/brcm/hndtools-mipsel-uclibc/bin to your path
Broadcom HND SoC models
=======================
Update your environment variables as following:
- LD_LIBRARY_PATH=/opt/toolchains/crosstools-arm-gcc-5.3-linux-4.1-glibc-2.22-binutils-2.25/usr/lib
- TOOLCHAIN_BASE=/opt/toolchains
- PATH=/opt/toolchains/crosstools-arm-gcc-5.3-linux-4.1-glibc-2.22-binutils-2.25/usr/bin:/opt/toolchains/crosstools-aarch64-gcc-5.3-linux-4.1-glibc-2.22-binutils-2.25/usr/bin:/projects/hnd/tools/linux/hndtools-armeabi-2011.09/bin:$PATH
Mediatek/Ralink MT76xx SoC models
=================================
For MT7622 Chip:
- extract tools/lede-toolchain-mediatek-mt7622_gcc-5.4.0_glibc-2.24.Linux-x86_64.tar.bz2 to /opt
- add /opt/lede-toolchain-mediatek-mt7622_gcc-5.4.0_glibc-2.24.Linux-x86_64/toolchain-aarch64_cortex-a53+neon-vfpv4_gcc-5.4.0_glibc-2.24/bin/ to your path
To install the tools:
- copy the tools/brcm/ directory to /opt
- add /opt/brcm/hndtools-mipsel-linux/bin to your path
- add /opt/brcm/hndtools-mipsel-uclibc/bin to your path
If it is MT7621 or MT7628 chip:
- extract tools/buildroot-gcc463_32bits.tar.bz2 to /opt
- add /opt/buildroot-gcc463/bin to your path
otherwise :
- extract tools/buildroot-gcc342.tar.bz2 to /opt
- add /opt/buildroot-gcc342/bin to your path
For MT7621 Uboot:
- extract mips-2012.03.tar.bz2 directory to /opt
- add /opt/mips-2012.03/bin to your uboot path
Mediatek/Ralink MT79xx SoC models
=================================
To install the tools:
- extract tools/openwrt-gcc840_musl-1.1.24.aarch64.tar.bz2 to /opt
If your PC environment is 32bit or Ubuntu 16, extract tools/openwrt-gcc840_musl-1.1.24.aarch64-U16-32bit.tar.bz2 instead
Qualcomm QCA9557/QCA953x/QCA956x MIPS SoC models
================================================
To install the tools:
Mesh Router:
- extract tools/openwrt-gcc463.mips.mesh.tar.bz2 directory to /opt
- add /opt/openwrt-gcc463.mips.mesh/bin to your path
- If you want to build small utilities out of asuswrt box,
add STAGING_DIR environment variable as below:
export STAGING_DIR=/opt/openwrt-gcc463.mips.mesh
Others: (For example, RT-AC55U, 4G-AC55U.)
- extract tools/openwrt-gcc463.mips.tar.bz2 directory to /opt
- add /opt/openwrt-gcc463.mips/bin to your path
- If you want to build small utilities out of asuswrt box,
add STAGING_DIR environment variable as below:
export STAGING_DIR=/opt/openwrt-gcc463.mips
Qualcomm IPQ806x/IPQ807x ARM SoC models
===============================================
For example, BRT-AC828, RT-AC58U, GT-AXY16000, RT-AX89X.
To install the tools:
- extract tools/openwrt-gcc463.arm.tar.bz2 directory to /opt
- add /opt/openwrt-gcc463.arm/bin to your path
- If you want to build small utilities out of asuswrt box,
add STAGING_DIR environment variable as below:
export STAGING_DIR=/opt/openwrt-gcc463.arm
Qualcomm IPQ40xx ARM SoC models
===============================
For example, MAP-AC2200
To install the tools:
- extract tools/openwrt-gcc483.arm.tar.bz2 directory to /opt
- add /opt/openwrt-gcc483.arm/bin to your path
- If you want to build small utilities out of asuswrt box,
add STAGING_DIR environment variable as below:
export STAGING_DIR=/opt/openwrt-gcc483.arm
Qualcomm IPQ53xx aarch64 SoC models
===============================================
For example, TUF-BE6500.
If you have access to the internal git repository, run "git lfs pull"
in asuswrt/release/src-qca-ipq53xx directory first, otherwise, extract
below toolchain archive always failed due to it's a text file for git-lfs.
To install the tools for firmware:
- extract openwrt-gcc750_musl1124.aarch64.tar.bz2 directory to /opt
- add /opt/openwrt-gcc750_musl1124.aarch64/bin to your path
- If you want to build small utilities out of asuswrt box,
add STAGING_DIR environment variable as below:
export STAGING_DIR=/opt/openwrt-gcc750_musl1124.aarch64
To install the tools for U-Boot:
- extract openwrt-gcc750_musl1124.arm.tar.bz2 directory to /opt
- add /opt/openwrt-gcc750_musl1124.arm/bin to your path
- If you want to build small utilities out of asuswrt box,
add STAGING_DIR environment variable as below:
export STAGING_DIR=/opt/openwrt-gcc750_musl1124.arm
Qualcomm IPQ60xx ARM SoC models
===============================
For example, PL-AX56XP4
To install the tools:
- extract tools/openwrt-gcc520_musl.arm.tar.bz2 directory to /opt
- add /opt/openwrt-gcc520_musl.arm/bin to your path
- If you want to build small utilities out of asuswrt box,
add STAGING_DIR environment variable as below:
export STAGING_DIR=/opt/openwrt-gcc520_musl.arm
Note: Broadcom/Ralink(except 4708 series) platform use the same toolchain for user space program, so please set PATH to the same directory as above
4. build firmware.
a. rt-n16
cd release/src-rt
make rt-n16
b. rt-n56u
cd release/src-ra
make rt-n56u
c. rt-n65u
cd release/src-ra-3.0
make rt-n65u
d. rt-n14u (/ rt-ac52u / rt-ac51u / rt-n11p / rt-n54u)
cd release/src-ra-mt7620
make rt-n14u
( make rt-ac52u )
( make rt-ac51u )
( make rt-n11p )
( make rt-n54u )
e. rt-ac56u (/ rt-ac68u / rt-n18uhp)
cd release/src-rt-6.x.4708
make rt-ac56u
( make rt-ac68u )
( make rt-n18uhp )
f. rt-ac55u (/ rt-ac55uhp )
cd release/src-qca
make rt-ac55u
( make rt-ac55uhp )
g. brt-ac828 (/ rt-ad7200 / gt-axy16000 / rt-ax89x)
cd release/src-qca-ipq806x
make brt-ac828
( make rt-ad7200 )
( make gt-axy16000 )
( make rt-ax89u ) //also rt-ax89x by odmpid
h. rt-ac58u (/ rt-ac82u / map-ac1300 / map-ac2200 / vzw-ac1300 / rt-ac95u )
cd release/src-qca-dakota
make rt-ac58u
( make rt-ac82u )
( make map-ac1300 )
( make map-ac2200 )
( make vzw-ac1300 )
( make rt-ac95u )
i. rt-ac85u (/ rt-ac85u / rt-ac65u / rp-ac87 )
cd release/src-ra-5010
make rt-ac85u
( make rt-ac65u )
( make rp-ac87 )
j. rt-ac1200 (/ rt-n11p_b1 / rt-n10p_v3 / rt-ac1200gu / rt-ac51u+ / rt-ac53 )
cd release/src-ra-4300
make rt-ac1200
( make rt-n11p_b1 )
( make rt-n10p_v3 )
( make rt-ac1200gu )
( make rt-ac51u+ )
( make rt-ac53 )
k. rp-ac68u (/ rp-ac53 / rp-ac55 )
cd release/src-rtk-819x
make rp-ac68u
( make rp-ac53 )
( make rp-ac55 )
l. rt-ac1200_v2
cd release/src-mtk3.5
make rt-ac1200_v2
m. tuf-be6500
cd release/src-qca-ipq53xx
make tuf-be6500
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