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# Swimmer
Network-based tile tool.
## Installation
First, install miniconda and node.
```
conda create env -f environment.yml
yarn install
```
(this should work on Linux as well but let me know if it doesn't)
## Running the site
Before running the commands, enter the client directory, load the Conda environment, and make sure the database is current:
```
cd cli
conda activate swimmer
./cli.py db upgrade head
```
Then build the frontend and run the Flask server:
```
yarn build:dev
yarn server
```
The server will be running on http://0.0.0.0:5000/
## Development
Monitor the Javascript for changes (run in another window):
```
yarn watch
```
Generate a new migration if you've modified the database:
```
./cli.py db revision --autogenerate -m 'describe the changes'
./cli.py db upgrade head
```
Run the frontend demo flask server (port 3000):
```
yarn demo
```
To programmatically create pages, modify `cli/commands/site/populate.py`
## Customizing builds
If the functionality of the live site needs to change, make a new router and go from there. See `frontend/site/projects/museum/app.js` for an example.
```
# Building the museum site (development)
yarn build:museum:dev
# Building the museum site (production)
yarn build:museum:production
rsync -rlptuvz ./exports/last-museum/ lens@garden:swimmer/data_store/exports/last-museum/
```
## Deploying a site
A hypothetical rsync command:
```
cd data_store/exports/
rsync -rlptuvz ./last-museum/ lens@garden:swimmer/data_store/exports/last-museum/
```
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