https://github.com/leadcms/leadcms.core
AI-powered CMS & CRM for SaaS teams to rapidly build landing pages, manage content, and boost lead generation.
https://github.com/leadcms/leadcms.core
cms cms-backend cms-frontend dotnet headless
Last synced: 6 months ago
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AI-powered CMS & CRM for SaaS teams to rapidly build landing pages, manage content, and boost lead generation.
- Host: GitHub
- URL: https://github.com/leadcms/leadcms.core
- Owner: LeadCMS
- License: mit
- Created: 2022-10-09T08:44:06.000Z (over 3 years ago)
- Default Branch: develop
- Last Pushed: 2025-07-10T15:00:04.000Z (6 months ago)
- Last Synced: 2025-07-10T19:50:45.918Z (6 months ago)
- Topics: cms, cms-backend, cms-frontend, dotnet, headless
- Language: C#
- Homepage: https://leadcms.ai
- Size: 6.9 MB
- Stars: 17
- Watchers: 1
- Forks: 11
- Open Issues: 5
-
Metadata Files:
- Readme: README.md
- License: LICENSE
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README
# LeadCMS - Extendable Headless CMS
- [Overview](#overview)
- [Sites powered by LeadCMS](#sites-powered-by-LeadCMS)
- [Getting started](#getting-started)
- [Overview of the Solution Structure](#overview-solution-structure)
- [Pre-requisites for development environment setup](#prerequisites)
- [Setting up docker containers](#setup-docker-containers)
- [Secrets management](#secrets-management)
- [Debugging the project in local environment](#run-project)
- [Running automated test suite](#run-test-project)
- [Working with Database Migrations](#working-with-migrations)
- [Plugin integration](#plugin-integration)
- [Default plugins](#default-plugin)
- [Adding a new plugin](#new-plugin)
- [Plugin-level migrations](#plugin-migrations)
OnlineSale is a light-weight, extendable headless CMS written in .NET 8. It is used to manage content for software product sites as well as automate processes like free trial activation, license generation, automated sales of licenses from website, customer journey tracking and more.
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### Overview of the Solution Structure
* `LeadCMS` located at /src/LeadCMS folder is the core project which consists of reusable core functionalities described in [Project Overview](#overview).
* `LeadCMS.Tests` located at /tests/LeadCMS.Tests folder is the project which consists of automated unit and integration test suite for `LeadCMS` core project.
* `docker-compose` folder contains the .yml files to spin up docker containers to provide database and logging services for development and testing environments.
* `plugins` folder contains a set of projects which can be plugged into core project via a common interface at the runtime.
* All the generic functionalities are implemented in the core project, while specific requirements are implemented as separate projects which can be plugged into core project.
### Pre-requisites for development environment setup
1. Install docker desktop for windows
* Download [docker desktop](https://docs.docker.com/desktop/install/windows-install/)
* Prerequisites for docker installation:
* `CPU virtualization` should be enabled in BIOS settings.
* `Hyper-V` and `Containers` windows features should be enabled.
2. Install [.NET 8 SDK](https://dotnet.microsoft.com/en-us/download/dotnet/7.0)
3. Install/Upgrade Visual Studio IDE.
- Visual Studio Version should be `2022 17.4` or higher, which supports .NET 8
4. Install [CLI tools for Entity Framework Core](https://learn.microsoft.com/en-us/ef/core/cli/dotnet).
### Setting up docker containers
LeadCMS platform integrates with two databases initially.
1. PostgreSQL
2. Elastic
* Docker containers should be created to run database services for development and testing environments.
#### Setting up docker containers to run automated test suite.
1. Navigate to `docker-compose` folder in the solution.
2. Open `docker-compose.tests.yml` docker file and update if necessary.
3. Open a command line tool in the same folder location.
4. Run `docker compose -f docker-compose.tests.yml up` command.
5. Open docker desktop and verify Postgres and Elastic containers are up and running.
#### Setting up docker containers for development environment
1. Navigate to `docker-compose` folder in the solution.
2. Open `docker-compose.develop.yml` docker file and update if necessary.
3. Open a command line tool in the same folder location.
4. Run `docker compose -f docker-compose.develop.yml up` command.
5. Open docker desktop and verify Postgres and Elastic containers are up and running.
Any secrets such as user credentials should not be stored in appsettings.json file.
- Ex: Do not store `Password` for `Postgres` and `Elastic` sections of appsettings.json file.
Secrets of the appsettings.json file should hold placeholders for environment variables.
- Ex:
```
"Email": {
"Server": "$EMAIL__SERVER",
"UserName": "$EMAIL__USERNAME",
"Password": "$EMAIL__PASSWORD"
}
```
* Note the format of the placeholder: Nested configuration keys are combined with a double underscore and written in capital letters.
- Ex: Configuration key `Email:Server` should be written as `$EMAIL__SERVER`
#### Updating appsettings secrets in local environment
Visual Studio in-built [Secret Manager](https://learn.microsoft.com/en-us/aspnet/core/security/app-secrets?view=aspnetcore-6.0&tabs=windows#secret-manager) tool can be used to manage all secrets in local development environment.
It will maintain a `secrets.json` file internally to store any configuration.
`secret.json` file will not be version controlled by default.
* In Visual Studio, by default Secret Manager can be accessed from UI.
* For Visual Studio Code, to enable it from UI, "Manage User Secrets" extension can be used.
* For any tool, Secret Manager can be used with dotnet commands
##### How to use `Secret Manager` feature in Visual Studio:
1. Right-click on `LeadCMS` project and click on `Manage User Secrets`.
2. Update the `secrets.json` file with required secrets in the format same as the `appsettings.json` file.
Secrets of the `appsettings.tests.json` file can also be managed using Secret Manager in the test project.
At runtime, secrets of `appsettings.json` file (or appsettings.tests.json) will be replaced by the values of `secrets.json`.
#### Updating appsettings secrets in pipeline
Secrets are stored as `Variables` in the pipeline and can be marked as secrets.
Pipeline variables should be assigned to Environment variables in the pipeline script.
At pipeline runtime, secrets of `appsettings.json` file (or appsettings.unittest.json) will be replaced by the corresponding environment variables.
### Debugging the project in local environment
1. Make sure above pre-requisites and configuration settings are completed.
2. Run the project from toolbar
3. Verify whether the swagger documentation is opened in the default browser window.
### Running automated test suite
1. Locate the project `LeadCMS.Tests`.
2. Locate `appsettings.tests.json` file and verify the database credentials.
* Configurations available in `appsettings.tests.json` file will replace the same configurations in `appsettings.json` file at run time.
* Refer [Secrets Management](#secrets-management) for more details on storing credentials.
3. Right-click on the project and click on `Run Tests` or `Debug Tests`.
### Working with Database Migrations
* Database will be created automatically using generated migration scripts when starting the application.
* Application will first apply the migrations of core project followed by migrations of plugin projects
* However, migrations can be applied manually if need using [entity framework core commands](https://learn.microsoft.com/en-us/ef/core/cli/dotnet#using-the-tools) in a command line interface or package manager console.
* When a model is updated, a new migration script should be generated to update the database using [entity framework core commands](https://learn.microsoft.com/en-us/ef/core/cli/dotnet#using-the-tools) following the existing naming conventions.
* `LeadCMS` core project provides more generic and reusable functionalities, while a plugin project can be implemented to cater more specific requirements that may be provided by different clients.
* Core project can be published and run as a CMS without integrating any plugin, but a plugin requires the core project to be up and running.
* A plugin is connected to core project via a common interface called `IPlugin`.
* Plugin should be inherited from `IPlugin` interface so that the core project can load all supported plugins at the application startup.
* Any plugin-level configurations should be added to a file named `pluginsettings.json` within the plugin project, which is getting merged with `appsettings.json`.
* Plugin loading is enabled by adding the plugin directory name to 'Plugins' section of 'appsettings.json' file
* `PluginManager` class of the core project is responsible for loading all supported plugins and merging configurations into `appsettings.json`
* `Program` class of the core project initiates the `PluginManager` at the application startup.
* Core project should be added as a dependency for a plugin project either as a project reference or nuget package reference so that the plugin can access interfaces and public classes for integrations.
* A plugin can also add new models and migrations with data seeding on top of core database structure.
* Example use cases for plugin integration:
* `Email service` is a generic functionality of the core project and a plugin can implement a `Contact Us` form where it uses core email service to send email notifications.
* `Scheduled task runner` is a generic functionality of the core project and a plugin can provide user-specific data, such as schedules, email templates, etc.. as input data to run scheduled tasks.
`LeadCMS` solution consists of a set of plugins that are already implemented.
* `LeadCMS.Plugin.AzureAD` :
* `LeadCMS.Plugin.Email` : Implementation of a generic email service that can be configured to use any email service provider which supports SMTP protocol.
* `LeadCMS.Plugin.Sms` : Implementation of a generic sms service configured to use sms gateways such as Amazon SNS, ShoutOut, NotifyLK.
* `LeadCMS.Plugin.Vsto` :
1. Create a new class library project.
* Project can be added to the `LeadCMS` solution or to a new solution depending on the requirement.
2. Add `LeadCMS` core project as a dependency.
* If the new project is added to the `LeadCMS` solution, the dependency can be added as a project reference.
* If the project is added to a new solution, `LeadCMS` project dependency can be added as a nuget package reference.
3. Add a new class inherited from `IPlugin` interface, which comes under `LeadCMS.Interfaces` namespace.
4. Implement a new service based on the requirement and register it in the application's service collection.
5. Use the `ConfigureServices` method of the `IPlugin` interface to register a dependency service into the [DI container](https://learn.microsoft.com/en-us/aspnet/core/fundamentals/dependency-injection?view=aspnetcore-7.0) of the core application.
* `IServiceCollection` parameter represents the list of services that the application depends on. Any plugin-level dependency service should be added to this collection.
* Example:
```c#
services.AddSingleton();
```
* `IConfiguration` can be used to access all the configurations available in `appsettings.json`.
6. To make plugin loading enabled add the plugin directory name to 'Plugins' section of 'appsettings.json' file
* Example
```
"Plugins": [ "LeadCMS.Plugin.AzureAD", "LeadCMS.Plugin.Email" ],
```
7. To make plugin loading disabled remove the plugin directory name from 'Plugins' section of 'appsettings.json' file
To extend the core project's database context, use the `PluginDbContextBase` abstract database context class that comes under `LeadCMS.Data` namespace, which inherited from the `PgDbContext` class which is the main database context of the core project.
* Create new models which are specific to the plugin requirement.
* Create a new class inherited from `PluginDbContextBase` class and add `DbSet` type properties which map to database tables, for the newly created entities.
* Override `OnModelCreating` method to seed plugin-level default data into the database.
* Use [entity framework core commands](https://learn.microsoft.com/en-us/ef/core/cli/dotnet#using-the-tools) to add a new migration script if a new model is added or perform a data seeding.
* Note: `--configuration` option with the value `Migration` should be used for plugin-level migrations
* Example:
```
dotnet ef migrations add "[SampleMigrationName]" --configuration Migration
```
* Register the extended database context class in the `ConfigureServices` method.
* Example:
```c#
services.AddScoped();
```