Loader config for Linux

Loader_Linux

# Note: Environment variables can be used with any of 
#       the options by using a token of the form:
#       $HOME, ${HOME} or %TEMP% (Windows only)

# The directory containing your source files.
# All supported files in the specified directory and
# it's descendants will be loaded.
src_dir=/home/matt/loader/data/import/

# The directory used to store the translated data
# if writing to a file based format such as ESRI
# Shape, MapInfo TAB etc.
out_dir=/home/matt/loader/data/export/

# The directory used to store temporary working files
# during loading.
tmp_dir=/home/matt/loader/data/temp/

# The ogr2ogr command that will be used to load the data.
# Here you can specify the destination format and any
# associated settings (for example database connection
# details if you are writing to PostGIS).
# As well as environment variables the following tokens can
# be used which will be substituted at runtime:
#   $output_dir - the directory specified by the out_dir setting
#   $base_file_name - the file name of the file to be loaded
#   $file_path - the full path of the file to be loaded
ogr_cmd=ogr2ogr -append -skipfailures -f PostgreSQL PG:'dbname=osmm active_schema=public host=localhost port=5432 user=postgres password=postgres' $file_path

# The command used to prepare the source
# data so it is suitable for loading with OGR. Choose a prep
# class appropriate for your data, for Ordnance Survey
# products take a look at prep_osgml.py for the available classes.
prep_cmd=python prepgml4ogr.py $file_path prep_osmm_topo

# An optional command to be run once OGR has created it's output.
# Called once per file, useful for loading SQL dump files etc.
# All of the tokens available to the ogr_cmd can be used here.
post_cmd=

# Optional OGR .gfs file used to define the
# feature attributes and geometry type of
# the features read from the GML.
gfs_file=../gfs/osmm_topo_postgres.gfs

# Whether to output debug messages and keep
# temporary files (True or False).
debug=true