@ -19,9 +19,10 @@ Use the *Solution Runner* to easily run your application(s) and set up infrastru
The solution runner contains 4 different types to define tree structure.
- **Profile**: We can create different profiles to manage the tree as our needs. For example we can create 2 different profile for `team-1` and `team-2`. `team-1` want to see the only *Administration* and *Identity* service, `team-2` see the *Saas* and *AuditLogging* services. With that way each team see the only services they need to run. In this example `Default` profile *Acme.BookStore (Default)* comes out of the box when we create the project.
- **Folder**: We can organize the applications with *Folder* type. In this example for docker set up we use `Docker-Dependencies` CLI application and keep it in `infrastructure`, similarly in `services` folder for our microservice projects. We can also use nested folder if we want `apps`, `gateways`, `infrastructure` and `services` is the folders in current(`Default`) profile.
- **Folder**: We can organize the applications with *Folder* type. In this example, we keep services in `services` folder for our microservice projects. We can also use nested folder if we want `apps`, `gateways`` and `services` is the folders in current(`Default`) profile.
- **C# Application**: We can add any C# application from our [Solution Explorer](./solution-explorer.md). If the application is not in our solution, we can add it externally by providing the *.csproj* file path. The .NET icon indicates that the application is a C# project. For example, `Acme.BookStore.AuthServer`, `Acme.BookStore.Web`, `Acme.BookStore.WebGateway`, etc., are C# applications.
- **CLI Application**: We can add [powershell](https://learn.microsoft.com/en-us/powershell/module/microsoft.powershell.core) commands to prepare some environments or run other application types than C# such as angular. In this example `Docker-Dependencies` is the CLI application for docker environment.
- **CLI Application**: We can add [powershell](https://learn.microsoft.com/en-us/powershell/module/microsoft.powershell.core) commands to prepare some environments or run other application types than C# such as angular.
- **Docker Container**: We can add Docker container files to control them on UI, start/stop containers individually.
## Profile
@ -234,6 +235,68 @@ CLI applications uses the [powershell](https://learn.microsoft.com/en-us/powersh
> When CLI applications start chain icon won't be visible, because only C# applications can connect the ABP Studio.
## Docker Containers
Each Docker container represents a `.yml` file. Each file can be run on UI individually. A file may contain one or more services. To start/stop each service individually, we recommend to keep services in separate files.
An example `rabbitmq.yml` container file:
```yml
volumes:
bookstore_rabbitmq:
networks:
bookstore:
external: true
services:
rabbitmq:
container_name: rabbitmq
image: rabbitmq:3.12.7-management-alpine
volumes:
- bookstore_rabbitmq:/var/lib/rabbitmq
networks:
- bookstore
ports:
- "15672:15672"
- "5672:5672"
```
> Note: We suggest to use `container_name` property in your services. Otherwise, tracking the container may not be possible in some cases.
To add this file to `containers`, we can use `Add Docker Container` menu:
Name of the `yml` file is used as label in the UI, so we recommend to create the file with the name of service inside.
If the `yml` file contains multiple services, they will be represented as a single container with the file name. In this case, when we start/stop it, all services inside the file will be started/stopped.
> If a service is shut down externally, it will be shown as `Stopped` in the UI. In this case you can start them again. If it is constantly stopping, there may be a problem in the `yml` file.
> It may take stuck in `starting` state a while to download images if they don't exist.
> A warning icon is displayed when a service is stopped externally inside the container. In this case, yo can restart the application on Studio UI:
In properties dialog, you can set the name of docker compose stack name of the containers. In the example above, it is set as `BookStore-Containers`. In Docker Desktop UI the containers are stacked under that name. Exmple:
You can manually run applications using [Docker Compose](https://docs.docker.com/compose/). This allows for easy setup and management of multi-container Docker applications. To get started, ensure you have Docker and Docker Compose installed on your machine.
EngincanV
11 months ago