Build for arm64

[mikey0000]

Just to let you know I built zimbra for arm64, works great, made a few changes to some of the packages to get it to work but yeah, it works with not too many changes.

Lemme know if you'd like to see the code changes.

[jogerj]

I tried to apply the same changes on latest zm-build develop branch and it failed to compile junixsocket, so I had to use version 2.5.1 (see kohlschutter/junixsocket#102)

The build completed successfully, but upon install did not work. I tried targetting Ubuntu 20.04 on 9.0.0. I invoked the following
./build.pl --build-release=Kepler --build-release-no=9.0.0 --build-release-candidate=GA --build-type=FOSS --build-thirdparty-server=files.zimbra.com --build-no=4178

Output

=========================================================================================================
 BUILD_NO                           : cmdline           : 4178
 BUILD_TS                           : default           : 20220930013811
 BUILD_OS                           : cmdline           : UBUNTU20_64
 BUILD_DESTINATION_BASE_DIR         : default           : /home/ubuntu/zimbra/BUILDS
 BUILD_SOURCES_BASE_DIR             : default           : /home/ubuntu/zimbra
 BUILD_RELEASE                      : cmdline           : Kepler
 BUILD_RELEASE_NO                   : cmdline           : 9.0.0
 BUILD_RELEASE_CANDIDATE            : cmdline           : GA
 BUILD_TYPE                         : cmdline           : FOSS
 BUILD_THIRDPARTY_SERVER            : cmdline           : files.zimbra.com
 BUILD_PROD_FLAG                    : default           : 1
 BUILD_DEBUG_FLAG                   : default           : 0
 BUILD_DEV_TOOL_BASE_DIR            : default           : /home/ubuntu/.zm-dev-tools
 INTERACTIVE                        : default           : 1
 DISABLE_TAR                        : default           : 0
 DISABLE_BUNDLE                     : default           : 0
 EXCLUDE_GIT_REPOS                  : default           : 
 STOP_AFTER_CHECKOUT                : default           : 0
 BUILD_HOSTNAME                     : cmdline           : example.com
 BUILD_ARCH                         : default           : arm64
 PKG_OS_TAG                         : default           : u20
 BUILD_RELEASE_NO_SHORT             : default           : 900
 DESTINATION_NAME                   : default           : UBUNTU20_64-Kepler-900-20220930013811-FOSS-4178
 BUILD_DIR                          : default           : /home/ubuntu/zimbra/.staging/UBUNTU20_64-Kepler-900-20220930013811-FOSS-4178
 DEPLOY_URL_PREFIX                  : default           : http://example.com:8008/UBUNTU20_64-Kepler-900-20220930013811-FOSS-4178
=========================================================================================================

the error upon running install.sh was
Error: no such file ":Aborting, unknown platform: UBUNTU20"

[mikey0000]

@jogerj you need to update the install script specifically bin/get_plat_tag.sh to recognise ubuntu20 by default it only goes up to 18, better add that to my readme. Yes you do need to upgrade junixsocket, there are a bunch of post install steps in my readme as well.

[jogerj]

you need to update the install script specifically bin/get_plat_tag.sh to recognise ubuntu20 by default

Ubuntu 20 has been supported on latest builds for a while now. But from the file you hinted at I found there's another check for architecture at this line

Details

if [ -f /etc/lsb-release ]; then
  LSB="lsb_release"
  i=`dpkg --print-architecture`
  if [ "x$i" = "xamd64" ]; then
    i="_64"
  else  
    i=""
  fi

the check needs to be replaced to arm64 not amd64. Patching it proper would be if [ "x$i" = "xamd64" || "x$i" = "xarm64" ]; then

Another check is done in util/modules/packages.sh

modified lines

local file=${global_pkg_file[$package]}
         if grep -q i386 <(echo $file)
         then
            PROC="i386"
         elif grep -q x86_64 <(echo $file); then
            PROC="x86_64"
         else
            PROC="arm64"
         fi

         if [[ $PLATFORM == "DEBIAN"* || $PLATFORM == "UBUNTU"* ]]; then
            LOCALPROC=`dpkg --print-architecture`
            if [ x"$LOCALPROC" == "xamd64" ]; then
               LOCALPROC="x86_64"
            fi
            if [ x"$LOCALPROC" == "xarm64" ]; then 
               LOCALPROC="arm64"
            fi
         else
            LOCALPROC=`uname -i`
         fi

with that out of the way, I only got as far as package selection. After that, it complains of all the missing packages such as zimbra-core-components. Using Zimbra's repository does not help as they only have x86 binaries afaik, so even when the packages are found it won't install

I was really hoping to get this to work on oracle cloud. If I can't get this running, I guess I'd better stick with amd64 instances, even if it's more expensive

[mikey0000]

Ahh yes, you need to create your own repo with the compiled packages. like so

deb [trusted=yes] file:/home/git/packages/zimbra /
deb [trusted=yes] file:/home/git/packages/thirdparty /

making sure to run the command dpkg-scanpackages -m . > Packages

[mikey0000]

If your still struggling I'll setup a repo with the packages for you. 30/09/2022 5:13:10 pm jogerj ***@***.***>:

…

you need to update the install script specifically bin/get_plat_tag.sh to recognise ubuntu20 by default Ubuntu 20 has been supported on latest builds for a while now. But from the file you hinted at I found there's another check for architecture at this line *if [ -f /etc/lsb-release ]; then LSB="lsb_release" i=`dpkg --print-architecture` if [ "x$i" = "xamd64" ]; then i="_64" else i="" fi * the check needs to be replaced to *arm64* not *amd64*. Patching it proper would be *if [ "x$i" = "xamd64" || "x$i" = "xarm64" ]; then* Another check is done in *util/modules/packages.sh* modified lines *local file=${global_pkg_file[$package]} if grep -q i386 <(echo $file) then PROC="i386" elif grep -q x86_64 <(echo $file); then PROC="x86_64" else PROC="arm64" fi if [[ $PLATFORM == "DEBIAN"* || $PLATFORM == "UBUNTU"* ]]; then LOCALPROC=`dpkg --print-architecture` if [ x"$LOCALPROC" == "xamd64" ]; then LOCALPROC="x86_64" fi if [ x"$LOCALPROC" == "xarm64" ]; then LOCALPROC="arm64" fi else LOCALPROC=`uname -i` fi * with that out of the way, I only got as far as package selection. After that, it complains of all the missing packages such as zimbra-core-components. Using Zimbra's repository does not help as they only have x86 binaries afaik, so even when the packages are found it won't install — Reply to this email directly, view it on GitHub[#44 (comment)], or unsubscribe[https://github.com/notifications/unsubscribe-auth/AALDOPP2NRUL6BIRUJNLVXLWAZSERANCNFSM54YW567A]. You are receiving this because you authored the thread.[Tracking image][https://github.com/notifications/beacon/AALDOPN2Y54XOFGJATBWXRDWAZSERA5CNFSM54YW567KYY3PNVWWK3TUL52HS4DFVREXG43VMVBW63LNMVXHJKTDN5WW2ZLOORPWSZGOJNERE7A.gif]

[innotelinc]

Please send me info on how you did it

[jogerj]

In the end I opted to use x86 builds, this solution is simply not production ready at its current state, but would really love to see more development in this direction.