view flys-backend/contrib/run_geo.sh @ 5779:ebec12def170

Datacage: Add a pool of builders to make it multi threadable. XML DOM is not thread safe. Therefore the old implementation only allowed one thread to use the builder at a time. As the complexity of the configuration has increased over time this has become a bottleneck of the whole application because it took quiet some time to build a result. Furthermore the builder code path is visited very frequent. So many concurrent requests were piled up resulting in long waits for the users. To mitigate this problem a round robin pool of builders is used now. Each of the pooled builders has an independent copy of the XML template and can be run in parallel. The number of builders is determined by the system property 'flys.datacage.pool.size'. It defaults to 4.
author Sascha L. Teichmann <teichmann@intevation.de>
date Sun, 21 Apr 2013 12:48:09 +0200
parents 673f68bb19a4
children
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#!/bin/sh

# Required
RIVER_PATH="/vol1/projects/Geospatial/flys-3.0/testdaten/Gewaesser/Saar"
RIVER_NAME="Saar"

# Set this to your target database for Oracle
HOST=localhost
USER=flys28
PASS=flys28
# Alternatively you can provide a direct connection string:
# OGR_CONNECTION="PG:dbname=flys host=localhost port=5432 user=flys password=flys"

# Optional
VERBOSE=1
SKIP_AXIS=0
SKIP_KMS=0
SKIP_CROSSSECTIONS=0
SKIP_FIXPOINTS=0
SKIP_BUILDINGS=0
SKIP_FLOODPLAINS=0
SKIP_HYDR_BOUNDARIES=0
SKIP_HWS_LINES=0
SKIP_HWS_POINTS=0
SKIP_GAUGE_LOCATION=0
SKIP_CATCHMENTS=0
SKIP_UESG=0
SKIP_DGM=0
SKIP_JETTIES=0
SKIP_FLOODMARKS=0

# There should be no need to change anything below this line

DIR=`dirname $0`
DIR=`readlink -f "$DIR"`

OPTIONAL_LIBS="${DIR}"/opt
if [ -d "$OPTIONAL_LIBS" ]; then
    export PATH="$OPTIONAL_LIBS/bin:$PATH"
    export LD_LIBRARY_PATH="$OPTIONAL_LIBS/lib:$LD_LIBRARY_PATH"
    export LD_LIBRARY_PATH="$OPTIONAL_LIBS/lib64:$LD_LIBRARY_PATH"
    export PYTHONPATH="$OPTIONAL_LIBS/lib/python2.6/site-packages:$PYTHONPATH"
    export PYTHONPATH="$OPTIONAL_LIBS/lib64/python2.6/site-packages:$PYTHONPATH"
    export GDAL_DATA="$OPTIONAL_LIBS/share/gdal"
fi

exec python $DIR/shpimporter/shpimporter.py \
    --directory $RIVER_PATH \
    --river_name "$RIVER_NAME" \
    --ogr_connection "$OGR_CONNECTION" \
    --host $HOST \
    --user $USER \
    --password $PASS \
    --verbose $VERBOSE \
    --skip_axis $SKIP_AXIS \
    --skip_kms $SKIP_KMS \
    --skip_crosssections $SKIP_CROSSSECTIONS \
    --skip_fixpoints $SKIP_FIXPOINTS \
    --skip_buildings $SKIP_BUILDINGS \
    --skip_floodplains $SKIP_FLOODPLAINS \
    --skip_hydr_boundaries $SKIP_HYDR_BOUNDARIES \
    --skip_gauge_locations $SKIP_GAUGE_LOCATION \
    --skip_uesgs $SKIP_UESG \
    --skip_hws_lines $SKIP_HWS_LINES \
    --skip_hws_points $SKIP_HWS_POINTS \
    --skip_dgm $SKIP_DGM \
    --skip_jetties $SKIP_JETTIES \
    --skip_floodmarks $SKIP_FLOODMARKS

http://dive4elements.wald.intevation.org