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gerrit.nordix.org / onap / sdc / refs/heads/2.0.0-ONAP
commitff56e99ad0d0f345d18b43fe572c48ff53af1677[log] [tgz]
authorGildas Lanilis <gildas.lanilis@huawei.com>Thu Jun 07 17:42:37 2018 -0700
committerGildas Lanilis <gildas.lanilis@huawei.com>Fri Jun 08 00:43:57 2018 +0000
tree5fa3494eb8f4a6813dfd277fb63f69abdb087fe7
parenta01c40f12fcdfcea5f5114dfaf6df59e3a106b43 [diff]
Fix formatting and typos

Change-Id: Ie169e0eea8e195041bd15fb1425714bab77541cb
Issue-ID: DOC-271
Signed-off-by: Gildas Lanilis <gildas.lanilis@huawei.com>
1 file changed
tree: 5fa3494eb8f4a6813dfd277fb63f69abdb087fe7
  1. asdctool/
  2. build-tools/
  3. catalog-be/
  4. catalog-dao/
  5. catalog-fe/
  6. catalog-model/
  7. catalog-ui/
  8. common/
  9. common-app-api/
  10. common-be/
  11. docs/
  12. dox-sequence-diagram-ui/
  13. onboarding/
  14. openecomp-bdd/
  15. openecomp-be/
  16. openecomp-ui/
  17. sdc-os-chef/
  18. security-utils/
  19. services/
  20. test-apis-ci/
  21. ui-ci/
  22. utils/
  23. .gitattributes
  24. .gitignore
  25. .gitreview
  26. .pydevproject
  27. build.gradle
  28. INFO.yaml
  29. LICENSE.TXT
  30. mvn-be.cmd
  31. pom.xml
  32. README.md
  33. version.properties
README.md

OpenECOMP SDC

Introduction

OpenECOMP SDC is delivered with 5 Docker containers:

  1. sdc-FE - frontend SDC application running on jetty server
  2. sdc-BE - backend SDC application running on jetty server
  3. sdc-kbn - hosting kibana application
  4. sdc-cs - hosting cassandra
  5. sdc-es - hosting elastic search

All containers runs on the same machine and can be started by running the command: /data/scripts/docker_run.sh -e -r -p Example: /data/scripts/docker_run.sh -e OS-ETE-DFW -p 51220

Compiling SDC

SDC is built from several projects, while "sdc-main" contains the main pom.xml for all project:

  • catalog-be - backend code
  • catalog-fe - frontend java code (servlet, proxy)
  • catalog-dao - database layer
  • catalog-model - data model of the application
  • catalog-ui - front end code (javascript, html, css)
  • common-app-api - common code for frontend and backend
  • common-be - utilities, datatypes and enums
  • security-utils - handle encryption/decryption of passwords

SDC projects can be compiled easily using maven command: mvn clean install. In order to build all projects, enter to sdc-main project and run the command: mvn clean install. By default unit test will run when compiling

** igor ** Docker containers are build with the following profile -P docker -Ddocker.buildArg.chef_repo_branch_name=bugfix/external_adress -Ddocker.buildArg.chef_repo_git_username=git -Ddocker.buildArg.chef_repo_address=23.253.149.175/SDC -Ddocker.buildArg.chef_repo_git_name=chef-repo

Getting the containers

to be changed for release OpenECOMP SDC containers are stored on the Rackspace Nexus Docker Registry

The following Docker images are the actual deployment images used for running SDC

NameTagDescription
sdc-FE1610.2.16Contains Jetty + OpenJDK + SDC frontend code + 3rd party jars
sdc-BE1610.2.16Contains Jetty + OpenJDK + SDC backend code + 3rd party jars
sdc-kbn1610.2.16Contains nodeJs + Kibana application
sdc-cs1610.2.16OpenJDK + Contains cassandra application
sdc-es1610.2.16Elastic search application

*********************** Israel ************************

Starting SDC

There are several ways to start OpenECOMP SDC: TBD - Israel

Accessing SDC

SDC UI can be accessed from:

Ecomp portal

Login to ecomp portal URL with user that has permission for SDC application. Define in your hosts file the following: sdc.api.simpledemo.openecomp.org portal.api.simpledemo.openecomp.org Open browser and navigate to: http://portal.api.simpledemo.openecomp.org:8989/ECOMPPORTAL/login.htm

Webseal/SDC simulator

This options is for developers to run locally SDC

SDC Simulator

This options is for developers to run locally SDC SDC Simulator is a project that enables emulation of web server that provides security policy and sign-on to the SDC component in dev environments.

  • Provides sign on to the basic user roles/functionalities
  • Creation of basic user accounts

Docker compilation - Docker Maven Build Profile (io.fabric8 maven Plugin)

If you are using onap vagrant you can deploy the simulator by:

Set up the DOCKER_HOST environmental variable

To set environmental variable in Windows (the docker engine environment):

  • Run cmd -- Issue command set NAME=VAL Example: set DOCKER_HOST=tcp://127.0.0.1:2375 --To check if the variable set succeeded issue echo %DOCKER_HOST%`

  • To compile sdc-simulator docker:

  1. Run mvn clean package docker:build -Ddocker.buildArg.http_proxy=<http_proxy> -Ddocker.buildArg.https_proxy=<https_proxy> -P docker -- The proxy arguments are passed and used as environmental variables in Dockerfiles
  2. Copy the script /webseal-simulator/scripts/simulator_docker_run.sh to the docker engine environment and run: simulator_docker_run.sh -r 1.1-STAGING-latest
  3. Run docker ps to verify that sdc-simulator docker is up and running.
  4. Enter to UI: http://<ip address>:8285/login

Docker compilation - Docker Engine

  1. Build web simulator WAR file: run mvn clean install on project “webseal simulator�. This will generate war file (WSSimulator.war) in the target folder.
  2. Ftp war file: webseal-simulator/sdc-simulator folder to your localhost vagrant machine which runs docker engine daemon. -- Check that WSSimulator.war exists after first step No.1 in webseal-simulator/sdc-simulator folder.
  3. Run docker build -t openecomp/sdc-simulator:1.1-STAGING-latest <PATH/sdc-simulator> Example: docker build -t openecomp/sdc-simulator:1.1-STAGING-latest /tmp/docker/sdc-simulator/ -- If running behind a proxy: docker build --build-arg http_proxy=http://URL:PORT --build-arg https_proxy=http://URL:PORT -t openecomp/sdc-simulator:1.1-STAGING-latest /tmp/docker/sdc-simulator/
  4. Validate that images pushed to the local repo by executing docker images
  5. Copy the script /webseal-simulator/scripts/simulator_docker_run.sh to the docker engine environment and run: simulator_docker_run.sh -r 1.1-STAGING-latest
  6. Run docker ps to verify that sdc-simulator docker is up and running.
  7. Enter to UI: http://<ip address>:8285/login

WAR compilation

  • To compile WSSimulator.war:
  1. Build web simulator WAR file: run mvn clean install on project "webseal simulator". This will generate war file (WSSimulator.war) in the target folder.
  2. Ftp war file: webseal-simulator\target\WSSimulator.war to your localhost vagrant machine: /home/vagrant/webseal-simulator/webapps folder
  3. Ftp configuration file: webseal-simulator\src\main\resources\webseal.conf to your localhost vagrant machine: /home/vagrant/webseal-simulator/config
  4. Add users to simulator: open configuration file - webseal.conf and add new user to the user list. Note: You need to define the user in the SDC as well.
  5. To run the simulator, enter to your local vagrant and run: startWebsealSimulator.sh -- Restart the simulator: Stop the simulator: stopWebsealSimulator.sh Start the simulator: startWebsealSimulator.sh
  6. Enter to UI: http://:8285/login

SDC import normatives from CLI

SDC needs to work with predefined basic normatives, in order to update the database with the normatives need to:

  1. From catalog-be project copy: src\main\resources\import\tosca -> to :catalog-be/import/tosca src\main\resources\scripts\import\tosca ->to :catalog-be/scripts/import/tosca
  2. cd catalog-be/scripts/import/tosca
  3. Run: python importNormativeAll.py
  4. Wait until all normatives are loaded to the database

SDC APIs

TBD

Main API endpoints in the first open source release
  • to be completed APIHandler health checks TBD

Configuration of SDC

TBD

Here are the main parameters you could change: TBD

The credentials are defined in 2 places: TBD

Logging

TBD

Jetty

TBD

Debuging

TBD

Testing SDC Functionalities

TBD

Frontend Local Env - onboarding

Steps:

Install nodejs & gulp

  1. download nodejs from here: https://nodejs.org/en/ (take the "current" version with latest features) & install it.
  2. install gulp by running the following command: npm install --global gulp-cli

Install DOX-UI a:

  1. pull for latest changes
  2. go to folder dox-sequence-diagram-ui
  3. run npm install
  4. wait for it...
  5. go to folder dox-ui
  6. run npm install
  7. create a copy of devConfig.defaults.json file and name it devConfig.json (we already configured git to ignore it so it will not be pushed)
  8. in that file, populate the fields of the IP addresses of your BE machine you'd like to connect (pay attention, it is a JSON file): For example http://:
  9. after everything was successful, run gulp
  10. after server was up, your favorite UI will wait for you at: http://localhost:9000/sdc1/proxy-designer1#/onboardVendor

Troubleshooting:

| Problem | Why is this happening | Solution |

| npm cannot reach destination | onboarding proxy | When within onboarding network, you should set onboarding proxy to NPM as the following: | | | | npm config set proxy http://genproxy:8080 | | | | npm config set https-proxy http://genproxy:8080 | | | | | | git protocol is blocked | onboarding network | When within onboarding network, you should set globally that when git | | and cannot connect | rules for protocols | protocol is used, then it will be replaced with "https" | | | | git config --global url."https://".insteadOf git:// |

Getting Help

*** to be completed on rrelease ***

SDC@lists.openecomp.org

SDC Javadoc and Maven site

*** to be completed on rrelease ***