Building of Self-Installer package from source code

OOM ONAP offline installer
Self-Installer Package Build Guide
(Community Edition)


This document is describing procedure for generating SI (self-installer) archive based on source code. It's supposed to be triggered on server with internet connectivity and will download all artifacts required for stable/beijing deployment based on our static lists.

Procedure was completely tested on RHEL 7.4 as it's our target platform, however with small adaptations it should be applicable also for other platforms.




Part 1. Preparations
Part 2. Download artifacts for offline installer
Part 3. Populate local nexus
Part 4 Creating self-install archive:



Version Control

Contributors

Part 1. Preparations

We assume that procedure is executed on:

• Rhel 7.4 server with ~200G disc space, 16G+ RAM
• Internet connectivity

More-over following packages has to be installed

• screen expect nodejs git wget createrepo python2-pip patch
• docker (exact version, from centos repo)
• source code of offline installer

This can be achieved by following commands:

1. Register server (rhel only)
   subscription-manager register --username <rhel licence name> --password <password> --auto-attach
2. enable EPEL
   $ yum install -y https://dl.fedoraproject.org/pub/epel/epel-release-latest-7.noarch.rpm
   # enable rhel-7-server-e4s-optional-rpms in /etc/yum.repos.d/redhat.repo
   # to get following rpm available (icewm dependency)
   # fribidi x86_64 0.19.4-6.el7 rhel-7-server-e4s-optional-rpms
   # install following packages
   $ yum install -y screen expect nodejs git wget createrepo python2-pip patch yum-utils
3. install docker
   $ curl https://releases.rancher.com/install-docker/17.03.sh | sh
4. install docker alternative - both rhel and centos (without selinux !):
   $ sed -i 's/^\s*SELINUX=.*/SELINUX=disabled/' /etc/selinux/config
   $ setenforce 0
   $ yum-config-manager --add-repo https://download.docker.com/linux/centos/docker-ce.repo
   $ yum install docker-ce-17.03.3.ce-1.el7
5. start docker
   $ systemctl start docker
6. download the installer
   $ git clone  https://git.onap.org/integration/devtool
   $ cd devtool
   $ git checkout remotes/origin/beijing
   $ cd onap-offline
   
   

   Part 2. Download artifacts for offline installer

   All artifacts should be downloaded by running following script
   $ ./bash/tools/download_offline_data_by_lists.sh
   
   Download is as reliable as network connectivity to internet, it's highly recommended to run it in screen and save log file from this script execution for checking if all artifacts were successfully collected. Each start and end of script call should contain timestamp in console output. Downloading consists of 12
   steps, which should be checked at the end one-by-one.
   Verify: Please take a look on following comments to respective parts of download script
   [Step 1/12 Download collected docker images]
   [Step 2/12 Download manually collected docker images]
   => both image download steps are quite reliable and contain retry logic
   E.g
   == pkg #143 of 163 ==
   rancher/etc-host-updater:v0.0.3 digest:sha256:bc156a5ae480d6d6d536aa454a9cc2a88385988617a388808b271e06dc309ce8
   Error response from daemon: Get https://registry-1.docker.io/v2/rancher/etc-host-updater/manifests/v0.0.3: Get https://auth.docker.io/token?scope=repository%3Arancher%2Fetc-host-updater%3Apull&service=registry.docker.io: net/http: TLS handshake timeout
   WARNING [!]: warning Command docker -l error pull rancher/etc-host-updater:v0.0.3 failed. Attempt: 2/5
   INFO: info waiting 10s for another try...
   v0.0.3: Pulling from rancher/etc-host-updater
   b3e1c725a85f: Already exists
   6a710864a9fc: Already exists
   d0ac3b234321: Already exists
   87f567b5cf58: Already exists
   16914729cfd3: Already exists
   83c2da5790af: Pulling fs layer
   83c2da5790af: Verifying Checksum
   83c2da5790af: Download complete
   83c2da5790af: Pull complete
   [Step 3/12 Build own nginx image]
   => there is no hardening in this step, if it failed needs to be retriggered. It should end with "Successfully built <id>"
   [Step 4/12 Save docker images from docker cache to tarfiles]
   => quite reliable, retry logic in place
   [Step 5/12 move infra related images to infra folder]
   => should be safe, precondition is not failing step(3)
   [Step 6/12 Download git repos]
   => potentially unsafe, no hardening in place. If it not download all git repos. It has to be executed again. Easiest way is probably to comment-out other steps in load script and run it again.
   E.g.
   Cloning into bare repository 'github.com/rancher/community-catalog.git'...
   error: RPC failed; result=28, HTTP code = 0
   fatal: The remote end hung up unexpectedly
   Cloning into bare repository 'git.rancher.io/rancher-catalog.git'...
   Cloning into bare repository 'gerrit.onap.org/r/testsuite/properties.git'...
   Cloning into bare repository 'gerrit.onap.org/r/portal.git'...
   Cloning into bare repository 'gerrit.onap.org/r/aaf/authz.git'...
   Cloning into bare repository 'gerrit.onap.org/r/demo.git'...
   Cloning into bare repository 'gerrit.onap.org/r/dmaap/messagerouter/messageservice.git'...
   Cloning into bare repository 'gerrit.onap.org/r/so/docker-config.git'...
   [Step 7/12 Download http files]
   [Step 8/12 Download npm pkgs]
   [Step 9/12 Download bin tools]
   => work quite reliably, If it not download all artifacts. Easiest way is probably to comment-out other steps in load script and run it again.
   [Step 10/12 Download rhel pkgs]
   => this is the step which will work on rhel only, for other platform different packages has to be downloaded. We need just couple of rpms, but those has a lot of dependencies (mostly because of vnc). Script is also download all perl packages from all repos, but we need around dozen of them.
   Following is considered as sucessfull run of this part:
   Available: 1:net-snmp-devel-5.7.2-32.el7.i686 (rhel-7-server-rpms)
   net-snmp-devel = 1:5.7.2-32.el7
   Available: 1:net-snmp-devel-5.7.2-33.el7_5.2.i686 (rhel-7-server-rpms)
   net-snmp-devel = 1:5.7.2-33.el7_5.2
   Dependency resolution failed, some packages will not be downloaded.
   No Presto metadata available for rhel-7-server-rpms https://ftp.icm.edu.pl/pub/Linux/fedora/linux/epel/7/x86_64/Packages/p/perl-CDB_File-0.98-9.el7.x86_64.rpm: [Errno 12] Timeout on https://ftp.icm.edu.pl/pub/Linux/fedora/linux/epel/7/x86_64/Packages/p/perl-CDB_File-0.98-9.el7.x86_64.rpm:
   (28, 'Operation timed out after 30001 milliseconds with 0 out of 0 bytes received')
   Trying other mirror.
   Spawning worker 0 with 230 pkgs
   Spawning worker 1 with 230 pkgs
   Spawning worker 2 with 230 pkgs
   Spawning worker 3 with 230 pkgs
   Spawning worker 4 with 229 pkgs
   Spawning worker 5 with 229 pkgs
   Spawning worker 6 with 229 pkgs
   Spawning worker 7 with 229 pkgs
   Workers Finished
   Saving Primary metadata
   Saving file lists metadata
   Saving other metadata
   Generating sqlite DBs
   Sqlite DBs complete
   
   
   [Step 11/12 Download oom]
   => this step is downloading oom repo into ./resources/oom and patch it using our patch file. If this step is retried after previously passing it will lead to inconsistent oom repo. Because patch will fail and create some .rej files, which will be marked as broken during onap_deploy part later.
   
   
   E.g. successful run looks like this:
   Checkout base commit which will be patched
   Switched to a new branch 'patched_beijing'
   patching file kubernetes/appc/values.yaml
   patching file kubernetes/common/dgbuilder/templates/deployment.yaml
   patching file kubernetes/dcaegen2/charts/dcae-cloudify-manager/templates/deployment.yaml
   patching file kubernetes/dmaap/charts/message-router/templates/deployment.yaml
   patching file kubernetes/onap/values.yaml
   patching file kubernetes/policy/charts/drools/resources/config/opt/policy/config/drools/apps-install.sh
   patching file kubernetes/policy/charts/drools/resources/scripts/update-vfw-op-policy.sh
   patching file kubernetes/policy/resources/config/pe/push-policies.sh
   patching file kubernetes/robot/values.yaml
   patching file kubernetes/sdnc/charts/sdnc-ansible-server/templates/deployment.yaml
   patching file kubernetes/sdnc/charts/sdnc-portal/templates/deployment.yaml
   patching file kubernetes/uui/charts/uui-server/templates/deployment.yaml
   
   [Step 12/12 Download sdnc-ansible-server packages]
   => there is again no retry logic in this part, it's collecting packages for sdnc-ansible-server in the exactly same way how that container is doing it, however there is a bug in upstream that image in place won't work with those packages as old ones are not available and newer are not compatible with other stuff inside that image
   
   Following is approximate size of all artifacts after successful download
   [root@upstream-master onap-offline]# for i in `ls -1 resources/`;do du -h resources/$i | tail -1;done
   126M resources/downloads
   97M resources/git-repo
   61M resources/http
   91G resources/offline_data
   36M resources/oom
   638M resources/pkg
   

   Part 3. Populate local nexus

   Prereq:

• Cleaned repos (ensure that we use our packages from onap.repo only)

rm -f /etc/yum.repos.d/*.repo

1. actual directory with local_repo.conf
   $ ./bash/tools/deploy_nexus.sh
   
   User is prompted for local ip, where nexus should be deployed
2. For accessing nexus GUI, feel free to use preconfigured VNC server
3. One just need to create ssh tunnel to vcnserver and connect it with vncviewer
4. password is onap
   E.g. ssh -i ~/michal1_new_key 106.120.119.123 -L 1234:127.0.0.1:5901
   Nexus must be accessed from one of nginx simulated domains, e.g. {+}http://nexus3.onap.org/+(Because on port 80 is more services/domains, and it is distinguished by his fqdn on proxy)
   Following stuff should be configured from nexus gui:

• Login (default: admin / admin123)
• Settings -> repositories > create repository #docker
  • Select docker (hosted)
  • Name: anything you want (ex: onap)
  • Repository connectors: HTTP set to 8082
  • Force basic authentication: UNchecked
  • Enable docker V1 API: checked
• Settings -> Repositories > create repository #npm
  • Select npm (hosted)
  • Name: npm-private
  • Deployment policy: Allow redeploy
• Settings -> Repositories -> create repository #maven
  • Select maven2 (hosted)
  • Name: maven2
  • Deployment policy: Allow redeploy
• Settings -> Security -> Realms
  • Add Docker Bearer Token Realm
  • Add npm Bearer Token Realm
• Settings -> Security -> Users
  • Add user docker / pwd docker
  • Rights same as anonymous

docker



#Once nexus is created and configured, use following script

1. to load docker / npm & maven artifacts into it
   $ ./bash/tools/load_stored_offline_data.sh
2. Once all artifacts are safely loaded into nexus, original directory with tar files of images
3. can be removed, we don't need them inside SI archive anymore
   E.g
   rm -rf ./resources/offline_data/docker_images_for_nexus/*
   
   

   Part 4. Creating self-install archive:

   
   Note: as nexus_data is mounted folder into nexus, we recommend to stop nexus first before launching SI archive create script
   E.g.
   [root@upstream-master onap-offline]# docker ps
   CONTAINER ID IMAGE COMMAND CREATED STATUS PORTS NAMES
   74d50a5d5212 own_nginx "/bin/sh c 'spawn..." 7 hours ago Up 7 hours 0.0.0.0:80>80/tcp, 0.0.0.0:443->443/tcp, 0.0.0.0:10001->443/tcp nginx
   b73ae7b76d71 sonatype/nexus3 "sh -c ${SONATYPE_..." 7 hours ago Up 7 hours 8081/tcp nexus
   [root@upstream-master onap-offline]# docker stop b73ae7b76d71
   b73ae7b76d71
   [root@upstream-master onap-offline]#
   
   SI (self-installer) package can be created with prepopulated data via following command
   ./bash/tools/create_si_onap_pkg.sh <package_suffix_name>
   E.g. ./bash/tools/create_si_onap_pkg.sh beijing1
   Notes / hints:
   1) Install root CA on another server
   NOTE: not needed, it will be done automatically The script ./install_cacert.sh is generated automatically during deploying nexus.
   Copy him to the an server and execute him. That is all.
   Alternative: If the file does not exists, you can create him by call
   $ ./bash/tools/create_si_cacert_pkg.sh
   The self-install certification script will be created in project directory (level up from ./tools dir)
   But the CA certificate must already exists in ./live/certs/rootCAcert.crt
   2) Modify/Add simulated domains
   Add records to

• ./cfg/v3.ext
• ./bash/tools/common-functions.sh // variable SIMUL_HOSTS
• ./cfg/nginx.conf // see below

Add record to nginx
Add record to nginx ./cfg/nginx.conf
This file is mounted inside nginx container, so only container restart is needed.
Find section which you need (nexus, git)
In the section update variable named server_name.
If you updating git, then you must also create bare repo in ./resources/git-repo/
Finish

• Recreate nexus_server.crt

$ ./bash/tools/certificates/2create_cert_for_nginx.sh

• Restart nginx container

But keep the root CA cert (or you must copy him again on all machines)