swift-spring-8620
08/20/2023, 10:06 PMmicroscopic-river-74022
08/20/2023, 10:06 PMmicroscopic-river-74022
08/20/2023, 10:07 PMbaseHostname in your project.garden.yml file, you can use Garden's shared variable feature. In your action configuration file, you can reference the baseHostname variable like this:
yaml
hostname: backend.${var.base-hostname}
In this example, backend is the name of the application, and ${var.base-hostname} is the shared variable from the project configuration file. This will let you access your application on backend.yourBaseHostname.
Here's an example of how you might set the baseHostname in your project.garden.yml file:
yaml
apiVersion: garden.io/v1
kind: Project
name: my-project
environments:
- name: local
variables:
base-hostname: myBaseHostname.local.demo.garden
providers:
- name: local-kubernetes
environments: ["local"]
In this example, myBaseHostname.local.demo.garden is the base hostname. You can replace this with your own base hostname.
For more information, you can refer to the Garden documentation () on configuring actions.
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08/20/2023, 10:10 PMmicroscopic-river-74022
08/20/2023, 10:10 PMmicroscopic-river-74022
08/20/2023, 10:10 PMERR_EMPTY_RESPONSE error could be due to a variety of factors. It could be related to the application itself, the network, or even the specific configuration of your Garden project.
I would recommend checking the following:
1. Ensure your application is correctly set up to receive and respond to HTTP requests on the specified port (80 in your case).
2. Verify that your baseHostname variable is correctly defined in your project.garden.yml file.
3. Check the logs of your deployed services for any errors or warnings.
4. Make sure your network allows traffic on the specified port.
If you're still having trouble, you might find it helpful to refer to the Garden troubleshooting guide () or the Garden documentation on configuration files ().
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----------------------swift-spring-8620
08/20/2023, 10:31 PMmicroscopic-river-74022
08/20/2023, 10:31 PMmicroscopic-river-74022
08/20/2023, 10:31 PMgarden cleanup command. This command cleans up (i.e., un-deploys) the specified actions. If no arguments are provided, it cleans up all deploys/services in the project.
Here's how you can use it:
bash
garden cleanup deploy
This command deletes all deployed services in the project.
Please note that this command does not take into account any deploys depending on the cleaned up actions, and might therefore leave the project in an unstable state. Running garden deploy after will re-deploy anything missing.
For more information, you can refer to the Garden documentation on the cleanup command ().
----------------------
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----------------------swift-spring-8620
08/20/2023, 10:32 PMmicroscopic-river-74022
08/20/2023, 10:32 PMmicroscopic-river-74022
08/20/2023, 10:32 PMkubectl command to manually scale down services.
Here's an example of how you can use kubectl to scale down a deployment:
bash
kubectl scale deploy <deployment-name> --replicas 0
Replace <deployment-name> with the name of your deployment. This command sets the number of replicas for your deployment to 0, effectively scaling it down.
Please note that this is a manual process and you would need to run this command for each service you want to scale down.
For more information, you can refer to the Kubernetes documentation on scaling a deployment ().
----------------------
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----------------------microscopic-river-74022
08/20/2023, 10:40 PMswift-spring-8620
08/20/2023, 10:40 PMmicroscopic-river-74022
08/20/2023, 10:41 PMgarden.yml configuration file in your fastapi directory. Here's a basic example of how you might set it up:
yaml
kind: Module
description: FastAPI application
type: container
name: fastapi
services:
- name: fastapi
ports:
- name: http
containerPort: 80
healthCheck:
httpGet:
path: /health
port: http
ingresses:
- path: /api
port: http
In this example, the FastAPI application is configured to listen on port 80. The health check endpoint is /health, and the application is accessible at the /api path.
Please note that this is a basic example and you might need to adjust it according to your specific needs. For instance, you might need to add dependencies, environment variables, volumes, etc.
If you're still having trouble, make sure that:
1. Your FastAPI application is correctly set up to receive and respond to HTTP requests on the specified port (80 in this case).
2. You have correctly set up your garden.yml file in the fastapi directory.
3. You have correctly set up your project-level garden.yml file in the microservices directory.
For more information, you can refer to the Garden documentation on configuration files ().
----------------------
Note: you can ask me a follow up question by @ mentioning me again :speech_balloon:
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08/20/2023, 10:51 PMmicroscopic-river-74022
08/20/2023, 10:51 PM