Udaru is a Policy Based Access Control (PBAC) authorization module. It supports Organizations, Teams and User entities that are used to build the access model. The policies attached to these entities define the 'Actions' that can be performed by an entity on various 'Resources'.
See the Udaru website for complete documentation on Udaru.
This repository is home to Udaru's three main modules:
| Module | Package |
|---|---|
| @nearform/udaru-core | ./packages/udaru-core |
| @nearform/udaru-hapi-plugin (for Hapi v17 and above) | ./packages/udaru-hapi-plugin |
| @nearform/udaru-hapi-16-plugin (for Hapi v16) | ./packages/udaru-hapi-16-plugin |
| @nearform/udaru-hapi-server (for Hapi v16) | ./packages/udaru-hapi-server |
Udaru requires an instance of Postgres (version 9.5+) to function correctly. For simplicity, a preconfigured docker-compose file has been provided. To run:
docker-compose up
- Note: Ensure you are using the latest version of Docker for (Linux/OSX/Windows)
- Note: Udaru needs PostgreSQL >= 9.5
The Authorization database, system user and initial tables can be created by executing:
npm run pg:init
Test data can be added with:
npm run pg:load-test-data
- Note: Running a test or coverage command will auto run these commands
The Authorization database can be further initialized with a larger volume of data, which can be tested using autocannon bench tests in order to demonstrate the potential throughput of the authorization API.
To populate the database with volume data, execute the following command:
npm run pg:init-volume-db
- Note: Running this command will auto run the standard database population commands also
All volume data sits under the organization 'CONCH' and has the following default setup:
- 500 teams
- 100 users per team (the first of every 100 being the parent of subsequent 99)
- 10 policies per team
After loading the data, the autocannon bench tests can be run by executing:
npm run bench:volume
This will run 15 second autocannon tests, which fire multiple concurrent requests at 2 frequently used endpoints. This results in the database being queried randomly across the entire set of data giving a good indication of average end-to-end latency and potential requests per second for a database containing 50K users.
As the Postgresql docker container has its 5432 port forwarded on the local machine the database can be accessed with pgAdmin.
To access the database using the pgAdmin you have to fill in also the container IP beside the database names and access credentials. The container IP can be seen with docker ps. Use IP 127.0.0.1 and use postgres as username/password to connect to database server.
We use postgrator for database migrations. You can find the sql files in the database/migrations folder. To run the migrations manually:
node packages/udaru-core/database/migrate.js --version=<version>`
- Note: Running the tests or init commands will automaticaly bring the db to the latest version.
To get more information see Service Api documentation
The init script needs to be run in order to setup the SuperUser: node packages/udaru-core/scripts/init
If you want to specify a better SuperUser id (default is SuperUserId) you can prefix the script as follow:
UDARU_SERVICE_authorization_superUser_id=myComplexId12345 node packages/udaru-core/scripts/init
- Note: if you have already ran some tests or loaded the test data, you will need to run
npm run pg:initagain to reset the db.
Run the following script to load policies:
Usage: node packages/udaru-core/scripts/loadPolicies --org=FOO policies.json
JSON structure:
{
"policies": [
{
"id": "unique-string", // <== optional
"version": "",
"name": "policy name",
"organizationId": "your_organization" // <== optional, if present will override the "--org=FOO" parameter
"statements": [
{
"Effect": "Allow/Deny",
"Action": "act",
"Resource": "res"
},
{ /*...*/ }
]
},
{ /*...*/ }
]
}
The Udaru documentation site can be found at nearform.github.io/udaru.
The Swagger API documentation gives explanations on the exposed API. The documentation can be found at nearform.github.io/udaru/swagger/.
It is also possible to access the Swagger documentation from Udaru itself. Simply start the server:
npm run start
and then go to http://localhost:8080/documentation
The Swagger documentation also gives the ability to execute calls to the API and see their results. If you're using the test database, you can use 'ROOTid' as the required authorization parameter and 'WONKA' as the organisation.
There are three default configuration files, one per "level": packages/udaru-core/config.js, packages/udaru-hapi-16-plugin/config.js and packages/udaru-server/config.js.
They are cumulative: when running udaru as a standalone server all the three files will be loaded; when using it as an Hapi plugin, plugin and core will be loaded.
This configuration is the one used in dev environment and we are quite sure the production one will be different :) To override this configuration you can:
- provide a config object when using it as a standalone module or hapi server
- ENV variables on the server/container/machine you will run Udaru on.
Standalone module
const buildUdaru = require('@nearform/udaru-core')
const udaru = buildUdaru(dbPool, {
logger: {
pino: {
level: 'warn'
}
}
}})Hapi plugin
async function () {
const server = Hapi.Server()
const UdaruPlugin = require('@nearform/udaru-hapi-plugin')
await server.register({
plugin: UdaruPlugin,
options: {dbPool, config: {
api: {
servicekeys: {
private: ['123456789']
}
}
}}})
await server.start()
return server
}Hapi 16 plugin
const Hapi = require('hapi')
const UdaruPlugin = require('@nearform/udaru-hapi-16-plugin')
const server = new Hapi.server()
server.register({
register: UdaruPlugin,
options: {dbPool, config: {
api: {
servicekeys: {
private: ['123456789']
}
}
}}})ENV variable override
UDARU_SERVICE_security_api_servicekeys_private_0=jerfkgfjdedfkg3j213i43u31jk2erwegjndf
To achieve this we use the reconfig module.
Before running tests, ensure a valid Postgres database is running. The simplest way to do this is via Docker. Assuming docker is installed on your machine, in the root folder, run:
docker-compose up -d
This will start a Postgres database. Running test or coverage runs will automatically populate the database with the information it needs.
- Note: you can tail the Postgres logs if needed with
docker-compose logs --tail=100 -f
To run tests:
npm run test
- Note: running the tests will output duplicate keys errors in Postgres logs, this is expected, as the error handling of those cases is part of what is tested.
To lint the repository:
npm run lint
To fix (most) linting issues:
npm run lint -- --fix
To run a bench test on a given route:
npm run bench -- "METHOD swagger/route/template/path"
To create coverage reports:
npm run coverage
To populate the database with large volume of data:
npm run pg:init-volume-db
To run bench test against populated volume data (2 endpoints)
npm run bench:volume
For convenience, you can load the volume db and run the bench tests with the single command.
npm run bench:load-volume
This command will:
- initialise the db & migrate to latest db schema
- load the standard test fixtures
- load the volume fixtures
- spawn an instance of udaru server
- run the autocannon tests & display results
- shut down
Udaru has been thoroughly evaluated against SQL injection, a detailed description of this can be found in the SQL Injection document.
To automatically run sqlmap injection tests run:
npm run test:security
- Note: before running this, make sure you have a version of
Python 2.xinstalled in your path.
These tests are not included in the main test suite. The security test spawns a hapi.js server exposing the Udaru routes. It only needs the DB to be running and being initialized with data.
The injection tests can be configured in the sqlmap config. A few output configuration changes that can be made:
levelcan be set to 5 for more aggressive testingriskcan be set to 3 for more testing options. Note: this level might alter the DB dataverbosecan be set to level 1-5. Level 1 displays info about the injections tried
See the sqlmap repository for more details.
Also, Udaru, has some additional security related (penetration) testing available through npm commands based on OWASP Zed Attack Proxy. End results of the scans are stored as HTML reports in the Udaru documentation and should be reviewed manually post execution.
Note: before running this, make sure you have a Docker installed and the weekly Zed Attack proxy might take quite a bit to download (1,5GB + in size). Also note that the API scan is very thorough, extensive and takes quite some time to complete (45+ mins).
To run the baseline scan:
npm run test:security:pentest:baseline
To run the API attack scan:
npm run test:security:pentest:api
To run both:
npm run test:security:pentest
Copyright nearForm Ltd 2017-2018. Licensed under MIT license.
![greenkeeper[bot] avatar](https://avatars.githubusercontent.com/in/505?v=4 "greenkeeper[bot]")
React
Typescript
Django
Laravel
Facebook
Microsoft
Google
Alibaba
D3
Tencent