kiselev-dv / carto-docker-compose

Docker compose for rendering carto styles, such as stamen-terrain-classic and openstreetmap-carto

Installation

Prerequirements

• Docker
• Docker-compose

Installation

1. git clone
2. create folders:

• shared_volume/osm_dumps
• shared_volume/styles

3. clone https://github.com/stamen/terrain-classic to shared_volume/styles/terrain-classic
4. build docker images

cd docker_compose
docker-compose build

5. run docker-compose

cd docker_compose
docker-compose up

6. First run will create dockercompose_pg_data data volume OSM data for the whole world, use about 500G of space to move it, create symlinc for mount point:

docker volume inspect dockercompose_pg_data
# My ount point is:
# Mountpoint": "/var/lib/docker/volumes/dockercompose_pg_data/_data"

# copy data to new folder:
mkdir /media/data/dockercompose_pg_data_volume
sudo cp -r /var/lib/docker/volumes/dockercompose_pg_data/_data /media/data/dockercompose_pg_data_volume/_data
sudo rm -R /var/lib/docker/volumes/dockercompose_pg_data

# make symlink to location has enought space
sudo ln -s /media/data/dockercompose_pg_data_volume /var/lib/docker/volumes/dockercompose_pg_data

Initialization

1. Download OSM dump (35G)

wget http://planet.osm.org/pbf/planet-latest.osm.pbf

2. Run docker-compose

docker-compose up -d

3. Run make db/CA. We want to import whole planet, but we still need to run make db/CA to have database initialized.

# Enter container
docker-compose exec rendering bash

make db/CA
make db/shared

# that will create tables and data scheme in import schema.
# we need to rotate it to public:
imposm3 import -connection "$DATABASE_URL" -mapping imposm3_mapping.json -deployproduction

Import data.

imposm3 use /tmp/cache dir. Check, that you have enough space. Uncomment and edit related volume in docker-compose.yaml

# Enter container
docker-compose exec rendering bash

import.sh /opt/shared/osm_dumps/planet-latest.osm.pbf