def test_multigeom_vrt():
cfg = OgrConfig(
ds="./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd",
config="./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.cfg",
)
vrt = prettify(cfg.generate_vrt())
expected = """<OGRVRTLayer name="oerebkrm09trsfr_transferstruktur_geometrie">
<SrcDataSource relativeToVRT="0" shared="1">./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd</SrcDataSource>
<SrcLayer>OeREBKRM09trsfr.Transferstruktur.Geometrie</SrcLayer>
<Field name="publiziertab" src="publiziertAb" type="String"/>
<Field name="metadatengeobasisdaten" src="MetadatenGeobasisdaten" type="String"/>
<Field name="tid" src="TID" type="String"/>
<Field name="zustaendigestelle" src="ZustaendigeStelle" type="String"/>
<Field name="rechtsstatus" src="Rechtsstatus" type="String"/>
<Field name="eigentumsbeschraenkung" src="Eigentumsbeschraenkung" type="String"/>
<GeometryField field="Punkt" name="punkt">
<GeometryType>wkbPoint</GeometryType>
<SRS>EPSG:21781</SRS>
</GeometryField>
<GeometryField field="Flaeche" name="flaeche">
<GeometryType>wkbPolygon</GeometryType>
<SRS>EPSG:21781</SRS>
</GeometryField>
<GeometryField field="Linie" name="linie">
<GeometryType>wkbMultiLineString</GeometryType>
<SRS>EPSG:21781</SRS>
</GeometryField>
</OGRVRTLayer>"""
print vrt
assert expected in vrt
def test_multigeom_vrt():
cfg = OgrConfig(
ds=
"./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd",
config=
"./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.cfg")
vrt = prettify(cfg.generate_vrt())
expected = """<OGRVRTLayer name="oerebkrm09trsfr_transferstruktur_geometrie">
<SrcDataSource relativeToVRT="0" shared="1">./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,./tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd</SrcDataSource>
<SrcLayer>OeREBKRM09trsfr.Transferstruktur.Geometrie</SrcLayer>
<Field name="publiziertab" src="publiziertAb" type="String"/>
<Field name="metadatengeobasisdaten" src="MetadatenGeobasisdaten" type="String"/>
<Field name="tid" src="TID" type="String"/>
<Field name="zustaendigestelle" src="ZustaendigeStelle" type="String"/>
<Field name="rechtsstatus" src="Rechtsstatus" type="String"/>
<Field name="eigentumsbeschraenkung" src="Eigentumsbeschraenkung" type="String"/>
<GeometryField field="Punkt" name="punkt">
<GeometryType>wkbPoint</GeometryType>
<SRS>EPSG:21781</SRS>
</GeometryField>
<GeometryField field="Flaeche" name="flaeche">
<GeometryType>wkbPolygon</GeometryType>
<SRS>EPSG:21781</SRS>
</GeometryField>
<GeometryField field="Linie" name="linie">
<GeometryType>wkbMultiLineString</GeometryType>
<SRS>EPSG:21781</SRS>
</GeometryField>
</OGRVRTLayer>"""
print vrt
assert expected in vrt
def test_ili_config():
cfg = OgrConfig(ds="./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd")
cfgjson = cfg.generate_config(dst_format="PostgreSQL", srs=21781)
expected = """"roadsexdm2ien_roadsextended_streetaxis": {
"fields": {
"tid": {
"src": "TID",
"type": "String"
},
"street": {
"src": "Street",
"type": "String"
},
"precision": {
"src": "Precision",
"type": "String"
}
},
"geometry_type": "MultiLineString",
"src_layer": "RoadsExdm2ien.RoadsExtended.StreetAxis",
"geom_fields": {
"geometry": {
"src": "Geometry",
"type": "MultiLineString",
"srs": 21781
}
}
}"""
print cfgjson
assert expected in cfgjson
def test_ili_config():
cfg = OgrConfig(
ds="./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd")
cfgjson = cfg.generate_config(dst_format='PostgreSQL', srs=21781)
expected = """"roadsexdm2ien_roadsextended_streetaxis": {
"fields": {
"tid": {
"src": "TID",
"type": "String"
},
"street": {
"src": "Street",
"type": "String"
},
"precision": {
"src": "Precision",
"type": "String"
}
},
"geometry_type": "MultiLineString",
"src_layer": "RoadsExdm2ien.RoadsExtended.StreetAxis",
"geom_fields": {
"geometry": {
"src": "Geometry",
"type": "MultiLineString",
"srs": 21781
}
}
}"""
print cfgjson
assert expected in cfgjson
def test_ili_to_geojson():
# ogr genconfig --format PostgreSQL tests/data/ili/roads23.xtf,tests/data/ili/RoadsExdm2ien.imd --model tests/data/ili/RoadsExdm2ien.imd --srs=EPSG:21781 >tests/data/ili/RoadsExdm2ien.cfg
trans = OgrConfig(
config="tests/data/ili/RoadsExdm2ien.cfg",
ds="tests/data/ili/roads23.xtf,tests/data/ili/RoadsExdm2ien.imd")
__, dstfile = tempfile.mkstemp(suffix='.json')
os.remove(dstfile)
trans.transform(dstfile, "GeoJSON", layers=["streetaxis"])
print(dstfile)
result = codecs.open(dstfile, encoding='utf-8').read()
expected = """{
"type": "FeatureCollection",
"name": "streetaxis",
"crs": { "type": "name", "properties": { "name": "urn:ogc:def:crs:EPSG::21781" } },
"features": [
{ "type": "Feature", "properties": { "street_id": 1, "tid": "8", "precision": "precise" }, "geometry": { "type": "LineString", "coordinates": [ [ 55.6, 37.649 ], [ 15.573, 25.785 ] ] } },
{ "type": "Feature", "properties": { "street_id": 1, "tid": "9", "precision": "precise" }, "geometry": { "type": "LineString", "coordinates": [ [ 55.6, 37.649 ], [ 94.99, 50.109 ] ] } },
{ "type": "Feature", "properties": { "street_id": 1, "tid": "10", "precision": "precise" }, "geometry": { "type": "LineString", "coordinates": [ [ 94.99, 50.109 ], [ 101.099, 52.279 ] ] } },
{ "type": "Feature", "properties": { "street_id": 1, "tid": "11", "precision": "precise" }, "geometry": { "type": "LineString", "coordinates": [ [ 101.099, 52.279 ], [ 126.1, 62.279 ] ] } },
{ "type": "Feature", "properties": { "street_id": 2, "tid": "12", "precision": "precise" }, "geometry": { "type": "LineString", "coordinates": [ [ 94.99, 50.109 ], [ 89.504, 65.795 ], [ 83.594, 75.598 ], [ 71.774, 80.712 ], [ 11.423, 91.154 ] ] } },
{ "type": "Feature", "properties": { "street_id": 3, "tid": "13", "precision": "unprecise" }, "geometry": { "type": "LineString", "coordinates": [ [ 101.099, 52.279 ], [ 107.4, 14.603 ] ] } },
{ "type": "Feature", "properties": { "street_id": 4, "tid": "15", "precision": "unprecise" }, "geometry": { "type": "LineString", "coordinates": [ [ 55.6, 37.649 ], [ 49.359, 56.752 ] ] } }
]
}
"""
assert sorted(expected) == sorted(result)
os.remove(dstfile)
def _ogr_config(self, ds):
ogrconfig = self.ui.mConfigLineEdit.text()
self._log_output("_ogr_config ds: %s cfg: %s" % (ds, ogrconfig))
if ogrconfig:
cfg = OgrConfig(ds=ds, config=ogrconfig)
else:
cfg = OgrConfig(ds=ds, model=self.ui.mModelLineEdit.text())
return cfg
def manualtest_ili_with_struct_to_gml():
#ogr genconfig --format GML tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd --model tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd --srs=EPSG:21781 >tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118-gml.cfg
trans = OgrConfig(config="tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.cfg",
ds="tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd")
__, dstfile = tempfile.mkstemp(suffix='.gml')
os.remove(dstfile)
trans.transform(dstfile, "GML")
print dstfile
assert False
os.remove(dstfile)
def manualtest_ili_to_spatialite():
#ogr genconfig --format SQLite tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd --model tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd --srs=EPSG:21781 >tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.cfg
trans = OgrConfig(config="tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.cfg",
ds="tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd")
__, dstfile = tempfile.mkstemp(suffix='.sqlite')
os.remove(dstfile)
trans.transform(dstfile, "SQLite")
print dstfile
result = os.popen("echo .dump | sqlite3 %s" % dstfile).read()
assert False
os.remove(dstfile)
def test_ili_to_geojson():
#ogr genconfig --format PostgreSQL tests/data/ili/roads23.xtf,tests/data/ili/RoadsExdm2ien.imd --model tests/data/ili/RoadsExdm2ien.imd --srs=EPSG:21781 >tests/data/ili/RoadsExdm2ien.cfg
trans = OgrConfig(config="tests/data/ili/RoadsExdm2ien.cfg",
ds="tests/data/ili/roads23.xtf,tests/data/ili/RoadsExdm2ien.imd")
__, dstfile = tempfile.mkstemp(suffix='.json')
os.remove(dstfile)
trans.transform(dstfile, "GeoJSON", layers=["streetaxis"])
print dstfile
result = codecs.open(dstfile, encoding='utf-8').read()
expected = """{ "type": "Feature", "properties": { "tid": "8", "precision": "precise", "street_id": 1 }, "geometry": { "type": "LineString", "coordinates": [ [ 55.6, 37.649 ], [ 15.573, 25.785 ] ] } }"""
assert expected in result
os.remove(dstfile)
def test_ili_to_postgis():
# ogr genconfig --format PostgreSQL tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd --model tests/data/np/NP_73_CH_de_ili2.imd --srs=EPSG:21781 >tests/data/np/NP_73_CH_de_ili2-pg.cfg
trans = OgrConfig(
config="tests/data/np/NP_73_CH_de_ili2-pg.cfg",
ds="tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd")
__, dstfile = tempfile.mkstemp(suffix='.sql')
trans.transform(dstfile, "PGDump")
print dstfile
sql = codecs.open(dstfile, encoding='utf-8').read()
assert """CREATE TABLE "public"."n0_grundnutzung_zonenflaeche" (""" in sql
assert """SELECT AddGeometryColumn('public','n0_grundnutzung_zonenflaeche','geometrie',21781,'POLYGON',2);""" in sql
assert """INSERT INTO "public"."n0_grundnutzung_zonenflaeche" ("geometrie" , "zonentyp_1", "herkunft", "mutation", "tid", "qualitaet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xz4e43cb2800000014', 'Aufnahme', 'xz4e43d386e7880000', 'xz4e43d63ce7880007', 'AV93');""" in sql
os.remove(dstfile)
def test_ili_to_postgis():
# ogr genconfig --format PostgreSQL tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd --model tests/data/np/NP_73_CH_de_ili2.imd --srs=EPSG:21781 >tests/data/np/NP_73_CH_de_ili2-pg.cfg
trans = OgrConfig(
config="tests/data/np/NP_73_CH_de_ili2-pg.cfg",
ds="tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd")
__, dstfile = tempfile.mkstemp(suffix='.sql')
trans.transform(dstfile, "PGDump")
print dstfile
sql = codecs.open(dstfile, encoding='utf-8').read()
assert """CREATE TABLE "public"."n0_grundnutzung_zonenflaeche" (""" in sql
assert """SELECT AddGeometryColumn('public','n0_grundnutzung_zonenflaeche','geometrie',21781,'POLYGON',2);""" in sql
assert """INSERT INTO "public"."n0_grundnutzung_zonenflaeche" ("geometrie" , "zonentyp_1", "herkunft", "mutation", "tid", "qualitaet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xz4e43cb2800000014', 'Aufnahme', 'xz4e43d386e7880000', 'xz4e43d63ce7880007', 'AV93');""" in sql
os.remove(dstfile)
def test_ili_schema_to_postgis():
imd = ImdParser("./tests/data/np/NP_73_CH_de_ili2.imd")
transferfn = imd.gen_empty_transfer_file()
trans = OgrConfig(config="tests/data/np/NP_73_CH_de_ili2-pg.cfg",
ds=transferfn + ",tests/data/np/NP_73_CH_de_ili2.imd")
__, dstfile = tempfile.mkstemp(suffix='.sql')
trans.transform(dstfile, "PGDump")
print(dstfile)
sql = codecs.open(dstfile, encoding='utf-8').read()
assert """CREATE TABLE "public"."n0_grundnutzung_zonenflaeche" (""" in sql
assert """SELECT AddGeometryColumn('public','n0_grundnutzung_zonenflaeche','geometrie',21781,'POLYGON',2);""" in sql
os.remove(transferfn)
os.remove(dstfile)
def test_ili_to_geojson():
#ogr genconfig --format PostgreSQL tests/data/ili/roads23.xtf,tests/data/ili/RoadsExdm2ien.imd --model tests/data/ili/RoadsExdm2ien.imd --srs=EPSG:21781 >tests/data/ili/RoadsExdm2ien.cfg
trans = OgrConfig(
config="tests/data/ili/RoadsExdm2ien.cfg",
ds="tests/data/ili/roads23.xtf,tests/data/ili/RoadsExdm2ien.imd")
__, dstfile = tempfile.mkstemp(suffix='.json')
os.remove(dstfile)
trans.transform(dstfile, "GeoJSON", layers=["streetaxis"])
print dstfile
result = codecs.open(dstfile, encoding='utf-8').read()
expected = """{ "type": "Feature", "properties": { "tid": "8", "precision": "precise", "street_id": 1 }, "geometry": { "type": "LineString", "coordinates": [ [ 55.6, 37.649 ], [ 15.573, 25.785 ] ] } }"""
assert expected in result
os.remove(dstfile)
def test_ili_schema_to_postgis():
imd = ImdParser("./tests/data/np/NP_73_CH_de_ili2.imd")
transferfn = imd.gen_empty_transfer_file()
trans = OgrConfig(
config="tests/data/np/NP_73_CH_de_ili2-pg.cfg",
ds=transferfn+",tests/data/np/NP_73_CH_de_ili2.imd")
__, dstfile = tempfile.mkstemp(suffix='.sql')
trans.transform(dstfile, "PGDump")
print dstfile
sql = codecs.open(dstfile, encoding='utf-8').read()
assert """CREATE TABLE "public"."n0_grundnutzung_zonenflaeche" (""" in sql
assert """SELECT AddGeometryColumn('public','n0_grundnutzung_zonenflaeche','geometrie',21781,'POLYGON',2);""" in sql
os.remove(transferfn)
os.remove(dstfile)
def test_encoding():
# ogr genconfig --format GML tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd --model tests/data/np/NP_73_CH_de_ili2.imd --srs=EPSG:21781 >tests/data/np/NP_73_CH_de_ili2.cfg
trans = OgrConfig(
config="tests/data/np/NP_73_CH_de_ili2.cfg",
ds="tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd")
__, dstfile = tempfile.mkstemp(suffix='.gml')
os.remove(dstfile)
trans.transform(dstfile, "GML")
print(dstfile)
gml = codecs.open(dstfile, encoding='utf-8').read()
assert u"Bundesgesetz über die Raumplanung" in gml
os.remove(dstfile)
trans = OgrConfig(
config="tests/data/np/NP_73_CH_de_ili2.cfg",
ds=
"tests/data/np/NP_Example_latin1.xtf,tests/data/np/NP_73_CH_de_ili2.imd"
)
# NP_Example_latin1.xtf has latin1 header and contains entities like ü as ü
__, dstfile = tempfile.mkstemp(suffix='.gml')
os.remove(dstfile)
trans.transform(dstfile, "GML")
print(dstfile)
gml = codecs.open(dstfile, encoding='utf-8').read()
assert u"Bundesgesetz über die Raumplanung" not in gml
os.remove(dstfile)
def manualtest_ili_with_struct_to_gml():
# ogr genconfig --format GML tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd --model tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd --srs=EPSG:21781 >tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118-gml.cfg
trans = OgrConfig(
config=
"tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.cfg",
ds=
"tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd"
)
__, dstfile = tempfile.mkstemp(suffix='.gml')
os.remove(dstfile)
trans.transform(dstfile, "GML")
print(dstfile)
assert False
os.remove(dstfile)
def test_reverse_vrt():
cfg = OgrConfig(ds="./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd",
config="./tests/data/ili/RoadsExdm2ien.cfg")
vrt = prettify(cfg.generate_reverse_vrt())
expected = """<OGRVRTLayer name="RoadsExdm2ien.RoadsExtended.RoadSign">
<SrcDataSource relativeToVRT="0" shared="1">./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd</SrcDataSource>
<SrcLayer>roadsign</SrcLayer>
<Field name="TID" src="tid"/>
<Field name="Type" src="type"/>
<GeometryField field="position" name="Position">
<GeometryType>wkbPoint</GeometryType>
</GeometryField>
</OGRVRTLayer>"""
print vrt
assert expected in vrt
def test_shape_config():
cfg = OgrConfig(ds="tests/data/osm/railway.shp")
cfgjson = cfg.generate_config(dst_format="PostgreSQL")
expected = """{
"//": "OGR transformation configuration",
"dst_dsco": {},
"dst_lco": {
"SCHEMA": "public"
},
"layers": {
"railway": {
"fields": {
"keyvalue": {
"src": "keyvalue",
"type": "String",
"width": 80
},
"lastchange": {
"src": "lastchange",
"type": "Date",
"width": 10
},
"type": {
"src": "type",
"type": "String",
"width": 255
},
"name": {
"src": "name",
"type": "String",
"width": 255
},
"osm_id": {
"src": "osm_id",
"type": "Real",
"width": 11
}
},
"geometry_type": "LineString",
"src_layer": "railway",
"geom_fields": {}
}
},
"src_format": "ESRI Shapefile",
"dst_format": "PostgreSQL"
}"""
print cfgjson
assert cfgjson == expected
def test_shape_config():
cfg = OgrConfig(ds="tests/data/osm/railway.shp")
cfgjson = cfg.generate_config(dst_format='PostgreSQL')
expected = """{
"//": "OGR transformation configuration",
"dst_dsco": {},
"dst_lco": {
"SCHEMA": "public"
},
"layers": {
"railway": {
"fields": {
"keyvalue": {
"src": "keyvalue",
"type": "String",
"width": 80
},
"lastchange": {
"src": "lastchange",
"type": "Date",
"width": 10
},
"type": {
"src": "type",
"type": "String",
"width": 255
},
"name": {
"src": "name",
"type": "String",
"width": 255
},
"osm_id": {
"src": "osm_id",
"type": "Real",
"width": 11
}
},
"geometry_type": "LineString",
"src_layer": "railway",
"geom_fields": {}
}
},
"src_format": "ESRI Shapefile",
"dst_format": "PostgreSQL"
}"""
print cfgjson
assert cfgjson == expected
def test_reverse_vrt():
cfg = OgrConfig(
ds="./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd",
config="./tests/data/ili/RoadsExdm2ien.cfg")
vrt = prettify(cfg.generate_reverse_vrt())
expected = """<OGRVRTLayer name="RoadsExdm2ien.RoadsExtended.RoadSign">
<SrcDataSource relativeToVRT="0" shared="1">./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd</SrcDataSource>
<SrcLayer>roadsign</SrcLayer>
<Field name="TID" src="tid"/>
<Field name="Type" src="type"/>
<GeometryField field="position" name="Position">
<GeometryType>wkbPoint</GeometryType>
</GeometryField>
</OGRVRTLayer>"""
print vrt
assert expected in vrt
def manualtest_ili_to_spatialite():
# ogr genconfig --format SQLite tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd --model tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd --srs=EPSG:21781 >tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.cfg
trans = OgrConfig(
config=
"tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.cfg",
ds=
"tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.xtf,tests/data/ch.bazl/ch.bazl.sicherheitszonenplan.oereb_20131118.imd"
)
__, dstfile = tempfile.mkstemp(suffix='.sqlite')
os.remove(dstfile)
# Takes more than 2'
trans.transform(dstfile, "SQLite")
print(dstfile)
result = os.popen("echo .dump | sqlite3 %s" % dstfile).read()
assert False
os.remove(dstfile)
def test_np():
cfg = OgrConfig(
ds="tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd", model="tests/data/np/NP_73_CH_de_ili2.imd"
)
cfgjson = cfg.generate_config(dst_format="PostgreSQL")
expected = """"n0_grundnutzung_zonenflaeche": {
"fields": {
"zonentyp_1": {
"src": "Zonentyp_1",
"type": "String"
},
"herkunft": {
"src": "Herkunft",
"type": "String"
},
"mutation": {
"src": "Mutation",
"type": "String"
},
"tid": {
"src": "TID",
"type": "String"
},
"qualitaet": {
"src": "Qualitaet",
"type": "String"
},
"bemerkungen": {
"src": "Bemerkungen",
"type": "String"
}
},
"geometry_type": "Polygon",
"src_layer": "Nutzungsplanung.Nutzungsplanung.Grundnutzung_Zonenflaeche",
"geom_fields": {
"geometrie": {
"src": "Geometrie",
"type": "Polygon"
}
}
}"""
print cfgjson
assert expected in cfgjson
def test_ili_to_gml():
trans = OgrConfig(
config="tests/data/np/NP_73_CH_de_ili2.cfg",
ds="tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd")
__, dstfile = tempfile.mkstemp(suffix='.gml')
os.remove(dstfile)
trans.transform(dstfile, "GML")
print dstfile
gml = codecs.open(dstfile, encoding='utf-8').read()
# GML -> XTF
__, xtffile = tempfile.mkstemp(suffix='.xtf')
trans.transform_reverse(xtffile + ",tests/data/np/NP_73_CH_de_ili2.imd")
print xtffile
xtf = codecs.open(xtffile, encoding='utf-8').read()
zonentyp_kt = """<Nutzungsplanung.Nutzungsplanung.Grundnutzung_Zonentyp_Kt TID="xz4e43cb280000000a">
<Identifikator>142</Identifikator>
<Zonentyp_Kt>Kernzone</Zonentyp_Kt>
<Abkuerzung>K</Abkuerzung>
<Bemerkungen>Kernzone</Bemerkungen>
<Hauptnutzung_CH>Bauzonen_1.Zentrumszonen_14</Hauptnutzung_CH>
<Zonentyp_SIA>Zentrumszonen_14.Kernzone_142</Zonentyp_SIA>
</Nutzungsplanung.Nutzungsplanung.Grundnutzung_Zonentyp_Kt>"""
assert zonentyp_kt in xtf
assert "<COORD><C1>694511.547</C1><C2>247816.271</C2></COORD>" in xtf
geometry_type = """<Geometrie>
<SURFACE>
<BOUNDARY>
<POLYLINE>
<COORD>"""
assert geometry_type in xtf
# XTF -> GML
trans2 = OgrConfig(config="tests/data/np/NP_73_CH_de_ili2.cfg",
ds=xtffile + ",tests/data/np/NP_73_CH_de_ili2.imd")
__, gmlfile2 = tempfile.mkstemp(suffix='.gml')
trans.transform(gmlfile2, "GML")
print gmlfile2
gml2 = codecs.open(gmlfile2, encoding='utf-8').read()
gml = re.sub(r'tmp.+.xsd', 'tmpXXX.xsd', gml, count=1)
gml2 = re.sub(r'tmp.+.xsd', 'tmpXXX.xsd', gml2, count=1)
assert gml == gml2
# cleanup
os.remove(dstfile)
os.remove(xtffile)
os.remove(gmlfile2)
def test_np():
cfg = OgrConfig(
ds="tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd",
model="tests/data/np/NP_73_CH_de_ili2.imd")
cfgjson = cfg.generate_config(dst_format='PostgreSQL')
expected = """"n0_grundnutzung_zonenflaeche": {
"fields": {
"zonentyp_1": {
"src": "Zonentyp_1",
"type": "String"
},
"herkunft": {
"src": "Herkunft",
"type": "String"
},
"mutation": {
"src": "Mutation",
"type": "String"
},
"tid": {
"src": "TID",
"type": "String"
},
"qualitaet": {
"src": "Qualitaet",
"type": "String"
},
"bemerkungen": {
"src": "Bemerkungen",
"type": "String"
}
},
"geometry_type": "Polygon",
"src_layer": "Nutzungsplanung.Nutzungsplanung.Grundnutzung_Zonenflaeche",
"geom_fields": {
"geometrie": {
"src": "Geometrie",
"type": "Polygon"
}
}
}"""
print cfgjson
assert expected in cfgjson
def on_mCreateCfgButton_clicked(self):
outfile = QFileDialog.getSaveFileName(
None, "Save File", self.ui.mIliLineEdit.text(),
"OGR config (*.cfg *.CFG *.json *.JSON)")
if not outfile:
return
cfg = OgrConfig(ds=self._empty_transfer_ds(),
model=self.ui.mModelLineEdit.text())
self._gen_ogr_config(cfg, outfile)
self.ui.mConfigLineEdit.setText(outfile)
self.ui.mCfgGroupBox.setCollapsed(self.ui.mConfigLineEdit.text() == "")
def test_shape_to_geojson():
# ogr genconfig --format PostgreSQL tests/data/osm/railway.shp >tests/data/osm/railway.cfg
trans = OgrConfig(config="tests/data/osm/railway.cfg",
ds="tests/data/osm/railway.shp")
__, dstfile = tempfile.mkstemp(suffix='.json')
os.remove(dstfile)
trans.transform(dstfile, "GeoJSON")
print(dstfile)
result = codecs.open(dstfile, encoding='utf-8').read()
# Default import
assert '{ "type": "rail"' not in result
# Mapping from config
assert '"osm_type": "rail"' in result
geojsonstart = """{
"type": "FeatureCollection",
"name": "railways",
"crs": { "type": "name", "properties": {"""
assert geojsonstart in result
expected = {
'geometry': {
'type':
'LineString',
'coordinates': [[9.607321, 47.243618], [9.606866, 47.24333],
[9.606458, 47.24304], [9.605599, 47.24239],
[9.604964, 47.241844], [9.604479, 47.241367],
[9.604155, 47.241047], [9.603565, 47.240444],
[9.603248, 47.24009], [9.603007, 47.23979],
[9.602733, 47.23939]]
},
'properties': {
'keyvalue':
'"usage"=>"main", "railway"=>"rail", "service"=>"siding", "operator"=>"Ã\x96BB", "el',
'changed_at': '2009/08/15',
'osm_type': 'rail',
'osm_id': 9440158.0
},
'type': 'Feature'
}
assert json.loads(result)['features'][0] == expected
os.remove(dstfile)
def test_shape_to_geojson():
#ogr genconfig --format PostgreSQL tests/data/osm/railway.shp >tests/data/osm/railway.cfg
trans = OgrConfig(config="tests/data/osm/railway.cfg", ds="tests/data/osm/railway.shp")
__, dstfile = tempfile.mkstemp(suffix='.json')
os.remove(dstfile)
trans.transform(dstfile, "GeoJSON")
print dstfile
result = codecs.open(dstfile, encoding='utf-8').read()
#Default import
assert '{ "type": "rail"' not in result
#Mapping from config
assert '{ "osm_type": "rail"' in result
geojsonstart = """{
"type": "FeatureCollection",
"features": [
{ "type": "Feature", "properties": {"""
assert geojsonstart in result
expected = """osm_id": 35324774.000000 }, "geometry": { "type": "LineString", "coordinates": [ [ 9.542907, 47.20156 ], [ 9.542616, 47.201195 ]"""
assert expected in result
os.remove(dstfile)
def test_enums():
cfg = OgrConfig(ds="./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd",
model="./tests/data/ili/RoadsExdm2ien.imd")
cfgjson = cfg.generate_config(dst_format='PostgreSQL')
expected = """_lart": {
"src_name": "RoadsExdm2ben.Roads.LAttrs.LArt",
"values": [
{
"enumtxt": "welldefined",
"enum": "welldefined",
"id": 0
},
{
"enumtxt": "fuzzy",
"enum": "fuzzy",
"id": 1
}
]
}"""
print cfgjson
assert expected in cfgjson
def test_enums():
cfg = OgrConfig(
ds="./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd",
model="./tests/data/ili/RoadsExdm2ien.imd")
cfgjson = cfg.generate_config(dst_format='PostgreSQL')
expected = """_lart": {
"src_name": "RoadsExdm2ben.Roads.LAttrs.LArt",
"values": [
{
"enumtxt": "welldefined",
"enum": "welldefined",
"id": 0
},
{
"enumtxt": "fuzzy",
"enum": "fuzzy",
"id": 1
}
]
}"""
print cfgjson
assert expected in cfgjson
def test_shape_to_geojson():
#ogr genconfig --format PostgreSQL tests/data/osm/railway.shp >tests/data/osm/railway.cfg
trans = OgrConfig(config="tests/data/osm/railway.cfg",
ds="tests/data/osm/railway.shp")
__, dstfile = tempfile.mkstemp(suffix='.json')
os.remove(dstfile)
trans.transform(dstfile, "GeoJSON")
print dstfile
result = codecs.open(dstfile, encoding='utf-8').read()
#Default import
assert '{ "type": "rail"' not in result
#Mapping from config
assert '{ "osm_type": "rail"' in result
geojsonstart = """{
"type": "FeatureCollection",
"features": [
{ "type": "Feature", "properties": {"""
assert geojsonstart in result
expected = """osm_id": 35324774.000000 }, "geometry": { "type": "LineString", "coordinates": [ [ 9.542907, 47.20156 ], [ 9.542616, 47.201195 ]"""
assert expected in result
os.remove(dstfile)
def test_geojson_reverse_to_ili():
#ogr transform --format GeoJSON --config tests/data/ili/RoadsExdm2ien.cfg tests/data/ili/RoadsExdm2ien_streetaxis.json tests/data/ili/roads23.xtf,tests/data/ili/RoadsExdm2ien.imd streetaxis
trans = OgrConfig(config="tests/data/ili/RoadsExdm2ien.cfg",
ds="tests/data/ili/RoadsExdm2ien_streetaxis.json")
__, dstfile = tempfile.mkstemp(suffix='.xtf')
#os.remove(dstfile)
trans.transform_reverse(dstfile + ",tests/data/ili/RoadsExdm2ien.imd",
layers=["RoadsExdm2ien.RoadsExtended.StreetAxis"])
print dstfile
result = codecs.open(dstfile, encoding='utf-8').read()
expected = """<DATASECTION>
<RoadsExdm2ien.RoadsExtended BID="RoadsExdm2ien.RoadsExtended">
<RoadsExdm2ien.RoadsExtended.StreetAxis TID="8">
<Geometry>
<POLYLINE>
<COORD><C1>55.6</C1><C2>37.649</C2></COORD>
<COORD><C1>15.573</C1><C2>25.785</C2></COORD>
</POLYLINE>
</Geometry>
<Street>1</Street>
<Precision>precise</Precision>
</RoadsExdm2ien.RoadsExtended.StreetAxis>"""
assert expected in result
os.remove(dstfile)
def test_geojson_reverse_to_ili():
#ogr transform --format GeoJSON --config tests/data/ili/RoadsExdm2ien.cfg tests/data/ili/RoadsExdm2ien_streetaxis.json tests/data/ili/roads23.xtf,tests/data/ili/RoadsExdm2ien.imd streetaxis
trans = OgrConfig(config="tests/data/ili/RoadsExdm2ien.cfg",
ds="tests/data/ili/RoadsExdm2ien_streetaxis.json")
__, dstfile = tempfile.mkstemp(suffix='.xtf')
#os.remove(dstfile)
trans.transform_reverse(dstfile + ",tests/data/ili/RoadsExdm2ien.imd",
layers=["RoadsExdm2ien.RoadsExtended.StreetAxis"])
print dstfile
result = codecs.open(dstfile, encoding='utf-8').read()
expected = """<DATASECTION>
<RoadsExdm2ien.RoadsExtended BID="RoadsExdm2ien.RoadsExtended">
<RoadsExdm2ien.RoadsExtended.StreetAxis TID="8">
<Geometry>
<POLYLINE>
<COORD><C1>55.6</C1><C2>37.649</C2></COORD>
<COORD><C1>15.573</C1><C2>25.785</C2></COORD>
</POLYLINE>
</Geometry>
<Street>1</Street>
<Precision>precise</Precision>
</RoadsExdm2ien.RoadsExtended.StreetAxis>"""
assert expected in result
os.remove(dstfile)
def test_ili_to_gml():
trans = OgrConfig(
config="tests/data/np/NP_73_CH_de_ili2.cfg",
ds="tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd")
__, dstfile = tempfile.mkstemp(suffix='.gml')
os.remove(dstfile)
trans.transform(dstfile, "GML")
print dstfile
gml = codecs.open(dstfile, encoding='utf-8').read()
# GML -> XTF
__, xtffile = tempfile.mkstemp(suffix='.xtf')
trans.transform_reverse(xtffile + ",tests/data/np/NP_73_CH_de_ili2.imd")
print xtffile
xtf = codecs.open(xtffile, encoding='utf-8').read()
zonentyp_kt = """<Nutzungsplanung.Nutzungsplanung.Grundnutzung_Zonentyp_Kt TID="xz4e43cb280000000a">
<Identifikator>142</Identifikator>
<Zonentyp_Kt>Kernzone</Zonentyp_Kt>
<Abkuerzung>K</Abkuerzung>
<Bemerkungen>Kernzone</Bemerkungen>
<Hauptnutzung_CH>Bauzonen_1.Zentrumszonen_14</Hauptnutzung_CH>
<Zonentyp_SIA>Zentrumszonen_14.Kernzone_142</Zonentyp_SIA>
</Nutzungsplanung.Nutzungsplanung.Grundnutzung_Zonentyp_Kt>"""
assert zonentyp_kt in xtf
assert "<COORD><C1>694511.547</C1><C2>247816.271</C2></COORD>" in xtf
geometry_type = """<Geometrie>
<SURFACE>
<BOUNDARY>
<POLYLINE>
<COORD>"""
assert geometry_type in xtf
# XTF -> GML
option = gdal.GetConfigOption('OGR_STROKE_CURVE')
gdal.SetConfigOption('OGR_STROKE_CURVE', 'True')
trans2 = OgrConfig(config="tests/data/np/NP_73_CH_de_ili2.cfg",
ds=xtffile + ",tests/data/np/NP_73_CH_de_ili2.imd")
__, gmlfile2 = tempfile.mkstemp(suffix='.gml')
trans.transform(gmlfile2, "GML")
print gmlfile2
gml2 = codecs.open(gmlfile2, encoding='utf-8').read()
gml = re.sub(r'tmp.+.xsd', 'tmpXXX.xsd', gml, count=1)
gml2 = re.sub(r'tmp.+.xsd', 'tmpXXX.xsd', gml2, count=1)
assert gml == gml2
# cleanup
os.remove(dstfile)
os.remove(xtffile)
os.remove(gmlfile2)
gdal.SetConfigOption('OGR_STROKE_CURVE', option)
def transform(args):
if args.debug:
os.environ["CPL_DEBUG"] = "on"
trans = OgrConfig(config=args.config, ds=args.source)
if args.reverse:
trans.transform_reverse(args.dest, args.format,
layers=args.layers, debug=args.debug)
else:
trans.transform(args.dest, args.format,
layers=args.layers, debug=args.debug)
return 0
def test_encoding():
#ogr genconfig --format GML tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd --model tests/data/np/NP_73_CH_de_ili2.imd --srs=EPSG:21781 >tests/data/np/NP_73_CH_de_ili2.cfg
trans = OgrConfig(config="tests/data/np/NP_73_CH_de_ili2.cfg",
ds="tests/data/np/NP_Example.xtf,tests/data/np/NP_73_CH_de_ili2.imd")
__, dstfile = tempfile.mkstemp(suffix='.gml')
os.remove(dstfile)
trans.transform(dstfile, "GML")
print dstfile
gml = codecs.open(dstfile, encoding='utf-8').read()
assert u"Bundesgesetz über die Raumplanung" in gml
os.remove(dstfile)
trans = OgrConfig(config="tests/data/np/NP_73_CH_de_ili2.cfg",
ds="tests/data/np/NP_Example_latin1.xtf,tests/data/np/NP_73_CH_de_ili2.imd")
#NP_Example_latin1.xtf has latin1 header and contains entities like ü as ü
__, dstfile = tempfile.mkstemp(suffix='.gml')
os.remove(dstfile)
trans.transform(dstfile, "GML")
print dstfile
gml = codecs.open(dstfile, encoding='utf-8').read()
assert u"Bundesgesetz über die Raumplanung" not in gml
os.remove(dstfile)
def test_layer_info():
cfg = OgrConfig(
ds="./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd",
model="./tests/data/ili/RoadsExdm2ien.imd")
assert not cfg.is_loaded()
assert cfg.layer_names() == []
assert cfg.enum_names() == []
assert cfg.layer_infos() == []
assert cfg.enum_infos() == []
cfg.generate_config(dst_format='PostgreSQL')
assert cfg.is_loaded()
print cfg.layer_names()
assert "roadsexdm2ien_roadsextended_roadsign" in cfg.layer_names()
print cfg.enum_names()
assert "_type" in str(cfg.enum_names())
print cfg.layer_infos()
print cfg.enum_infos()
assert {
'name': 'roadsexdm2ien_roadsextended_roadsign',
'geom_field': 'position'
} in cfg.layer_infos()
assert {'name': 'roadsexdm2ben_roads_lattrs'} in cfg.layer_infos()
assert '_precision' in str(cfg.enum_infos())
def genconfig(args):
trans = OgrConfig(ds=args.source, model=args.model)
print trans.generate_config(args.format,
layer_list=args.layers,
srs=args.srs)
return 0
def write_enums(args):
if args.debug:
os.environ["CPL_DEBUG"] = "on"
trans = OgrConfig(config=args.config)
print trans.write_enum_tables(args.dest, args.format, args.debug)
return 0
def test_layer_info():
cfg = OgrConfig(
ds="./tests/data/ili/roads23.xtf,./tests/data/ili/RoadsExdm2ien.imd", model="./tests/data/ili/RoadsExdm2ien.imd"
)
assert not cfg.is_loaded()
assert cfg.layer_names() == []
assert cfg.enum_names() == []
assert cfg.layer_infos() == []
assert cfg.enum_infos() == []
cfg.generate_config(dst_format="PostgreSQL")
assert cfg.is_loaded()
print cfg.layer_names()
assert "roadsexdm2ien_roadsextended_roadsign" in cfg.layer_names()
print cfg.enum_names()
assert "_type" in str(cfg.enum_names())
print cfg.layer_infos()
print cfg.enum_infos()
assert {"name": "roadsexdm2ien_roadsextended_roadsign", "geom_field": "position"} in cfg.layer_infos()
assert {"name": "roadsexdm2ben_roads_lattrs"} in cfg.layer_infos()
assert "_precision" in str(cfg.enum_infos())
