granules.yaml

# Connection and workspace settings
host: http://<geoserver URL>/geoserver/rest/
# Also possible via GEOSERVER_USER env variable. If neither are given, the default "admin" will be used
user: <geoserver username>
# Also possible via GEOSERVER_PASSWORD env variable. If neither are given, the default "geoserver" will be used
passwd: <geoserver password>
workspace: <name of the workspace>
store: <name of the layer>

# Internal path to directory within Geoserver where images are placed
geoserver_target_dir: /mnt/images/this/layers/own/directory
# Whether to keep the subpath given with the filename in program arguments
# This should be true if the images are placed in subdirectories of the target directory
keep_subpath: false
# For S3, use the https address of the bucket:
# geoserver_target_dir: https://<bucket name>.<host address>

# Path to the base of image directory _outside_ the Geoserver.
# This is used only with "posix" filesystems when:
#    writing the WKT1 file, if configured
#    deleting files from filesystem with delete_old_granules_and_files.py
# exposed_base_dir: /path/to/somewhere

# The pattern of the filenames
#    20200812_0911_Meteosat-10_EPSG3035_airmass.tif
#    20200812_0911_Meteosat-10_EPSG3035_ash.tif
# ... and so on
# This will be used to select the correct layer, and to check for
#   identity (see below)
file_pattern: "{start_time:%Y%m%d_%H%M}_{platform_name}_{areaname}_{productname}.{format}"

# The filename part to use for layer identification
layer_id: productname
# OR use a template for the layer name with items from file_pattern
# if layer_id given, this is ignored
# layer_name_template: optclass_{radar_name}

# For delete_old_granules_and_files.py
#    Maximum age for granules, in minutes
# max_age: 1440
#    Delete also the files from filesystem.  Default: False.  Requires exposed_base_dir to be set
# delete_files: true

# Check for other file name parts for identity if there already is a file
#   within the given time distance.  Do not add the image if all other parts match
# identity_check_seconds: 300  # 5 minutes

# Write this WKT1 string to "/path/to/{file_basename}.prj". Optional.
#   This is needed if there's no projection information (that is
#   supported by Geoserver) in the image files.
# write_wkt: 'PROJCS["World_Eckert_IV",GEOGCS["WGS_1984",DATUM["WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["degree",0.017453292519943295],AXIS["Longitude",EAST],AXIS["Latitude",NORTH]],PROJECTION["Eckert_IV"],PARAMETER["semi_minor",6378137.0],PARAMETER["central_meridian",0.0],UNIT["m",1.0],AXIS["x",EAST],AXIS["y",NORTH],AUTHORITY["EPSG","54012"]]'

# Map layer_id's to the actual layer names
layers:
  airmass: satellite_geo_europe_seviri-15min_airmass
  ash: satellite_geo_europe_seviri-15min_ash

# Layer options for delete granule layers when using layer_name_template instead of layer_id
# delete_granule_layer_options:
#   radar:
#     [
#       fivim,
#       fikan,
#       fikes,
#       fikor,
#       fikuo,
#       filuo,
#       finur,
#       fipet,
#       fiuta,
#       fianj,
#       fivih,
#     ]
#   quantity: [dbzh, vrad]

log_config:
  version: 1
  formatters:
    fmt:
      format: "[%(asctime)s %(levelname)-8s %(name)s] %(message)s"
  handlers:
    console:
      class: logging.StreamHandler
      level: DEBUG
      formatter: fmt
      stream: ext://sys.stdout
    file:
      class: logging.handlers.TimedRotatingFileHandler
      level: DEBUG
      formatter: fmt
      filename: /path/to/log/dir/granules.log
      when: midnight
      interval: 1
      backupCount: 10
  loggers:
    "":
      level: DEBUG
      handlers: [console, file]
      propagate: false
    "georest":
      level: DEBUG
      handlers: [console, file]
      propagate: false
    "georest.utils":
      level: DEBUG
      handlers: [console, file]
      propagate: false