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README.TXT
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README.TXT
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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
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 qemu gperf cmake glib2-devel gtk-doc \
texinfo lzo-devel libbsd-devel
If you are using Fedora 19 or above, you need to install below packages.
sudo yum groupinstall "C Development Tools and Libraries"
If you are using Fedora x86_64, you may need to install 32-bit packages listed below.
elfutils-libelf.i686
glibc.i686
libstdc++.i686
zlib.i686
If you are using Fedora 24+, you may need to install 32-bit packages listed below.
ncurses-compat-libs.i686
If you are using Fedora 29+, you may need to install 32-bit packages listed below.
glibc-devel.i686
If you are using Fedora 31+, you may need to install packages listed below.
python2
If you are using Fedora 33+, you may need to install packages listed below.
perl-FindBin
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 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
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
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 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