Heureka is a Security Posture Management tool designed to manage security issues in a cloud operating system.
Its primary focus is remediation management of security issues such as vulnerabilities, security events, and policy violations while ensuring compliance and auditability.
1. Enhanced Visibility and Security Posture
A holistic view of the technology landscape, enabling proactive identification and tracking of security issues.
2. Streamlined Security Operations
Centrally manage security posture, automate patch management, enforce consistent configurations, and improve threat detection with SIEM integration.
3. Enhanced Compliance, and Auditability
Facilitate compliance by tracking remediation progress and providing a complete audit trail (evidence) with detailed documentation of state changes and actions taken.
For a detailed understanding of Heureka's architecture and design, refer to the following resources:
- Heureka Product Design Document: This document provides a general overview, a glossary of terms, and user personas.
- Entity Relationship Documentation: This document outlines the core entities within Heureka and how they interact.
- High-Level Architecture Diagram: This provides a visual representation of the overall system architecture.
- High-Level Features: A high-level overview of Heureka's functionalities.
The application can be configured using environment variables. These variables are stored in a .env file at the root of the project.
For configuring tests, there is a separate .test.env file.
Here's a basic example of what the .env file could look like:
DB_USER=my_username
DB_PASSWORD=my_password
DB_ROOT_PASSWORD=my_password
DB_NAME=heureka
DB_ADDRESS=localhost
DB_PORT=3306
DB_SCHEMA=internal/database/mariadb/init/schema.sql
DB_CONTAINER_IMAGE=mariadb:latest
DOCKER_IMAGE_REGISTRY=hub.docker.com
DOCKER_CREDENTIAL_STORE=docker-credential-desktop
LOG_PRETTY_PRINT=true
LOCAL_TEST_DB=true
SEED_MODE=false
The docker-compose.yml file defines two profiles: db for the heureka-db service and heureka for the heureka-app service.
To start a specific service with its profile, use the --profile option followed by the profile name.
For example, to start the heureka-db service, run:
docker-compose --profile db up
And to start the heureka-app service, run:
docker-compose --profile heureka up
To start both services at the same time, run:
docker-compose --profile db --profile heureka up
The application can be started by using the provided Makefile:
make start-all-heureka
Devcontainers is a new standard for development environments based on (docker) devcontainer.
At the moment devcontainers are supported by Visual Studio Code and IDEA IDEs.
For Microsoft Visual Studio code, install the remote container extension via Ctrl-P and this command:
ext install ms-vscode-remote.remote-containers
When opening the root folder in Visual Studio code a prompt will ask you to open the project in a dev container, which you should.
Once inside the devcontainer the provided launch.json is configured to allow launching heureka and running the unit and integration tests.
At the moment there is a known issue with the permissions of the .mariadb-dev folder. This folder has to be deleted every time after using the devcontainers. Use the following command in the root folder of heureka:
sudo rm -rf .mariadb-dev
Heureka uses Mockery for building Mocks based on defined interfaces for the purpose of Unit-Testing.
The Makefile/Dockerfile take care of installing mockery via
go install github.com/vektra/mockery/[email protected]
Heureka uses Ginkgo for behavior-driven development (BDD) style tests. In the current project setup, tests are organized into three different directories, each serving a specific purpose:
-
End-to-End Tests: These tests are located in the ./internal/e2e directory. End-to-end tests are designed to test the flow of an application from start to finish and ensure all integrated pieces of an application function as expected together.
-
Application Layer Tests: These tests resides in the ./internal/app directory. Application layer tests focus on testing the application's behavior, such as handling requests and responses, executing appropriate logic, and more.
-
Database Tests: These tests are found in the ./internal/database/db directory. Database tests ensure that the application correctly interacts with the database. They test database queries, updates, deletions, and other related operations.
In the .test.env file, the LOCAL_TEST_DB variable controls the database used for testing:
- If
LOCAL_TEST_DB=true, tests will interact with a local database. Please ensure your local database server is running before executing the tests. - If
LOCAL_TEST_DB=false, tests will run against a containerized database.
Run all tests:
ginkgo -r
Run end-to-end tests:
ginkgo ./internal/e2e
Run application tests:
ginkgo ./internal/app
Run database tests:
ginkgo ./internal/database/mariadb
The ginkgo -focus allows using a regular expression to run a specific test:
ginkgo -focus="Getting Services" ./internal/database/mariadb
If the test block you're trying to run depends on BeforeEach, JustBeforeEach, or Describe blocks that aren't being run when you use the -focus flag, this could cause the test to fail.
This project is open to feature requests/suggestions, bug reports etc. via GitHub issues. Contribution and feedback are encouraged and always welcome. For more information about how to contribute, the project structure, as well as additional contribution information, see our Contribution Guidelines.
If you find any bug that may be a security problem, please follow our instructions at in our security policy on how to report it. Please do not create GitHub issues for security-related doubts or problems.
We as members, contributors, and leaders pledge to make participation in our community a harassment-free experience for everyone. By participating in this project, you agree to abide by its Code of Conduct at all times.
Copyright 2004 SAP SE or an SAP affiliate company and heureka contributors. Please see our LICENSE for copyright and license information. Detailed information including third-party components and their licensing/copyright information is available via the REUSE tool.