def test_linestring(self):
f = feature(self.placemarks[1])
self.failUnless(f.geometry.type == f["geometry"]["type"] == "LineString")
coords0 = f.geometry.coordinates[0]
self.failUnlessCoordsAlmostEqual(coords0, (-122.36438, 37.82466, 0.0), 5)
self.failUnless(f.properties["name"] == f["properties"]["name"] == "linestring")
self.failUnless(f.properties["snippet"] == f["properties"]["snippet"] == "LineString test")
self.failUnless(f.properties["description"] == f["properties"]["description"] == "Blah, blah, blah")
def test_point(self):
f = feature(self.placemarks[0])
self.failUnless(f.geometry.type == f["geometry"]["type"] == "Point")
coords = f.geometry.coordinates
self.failUnlessCoordsAlmostEqual(coords, (-122.36438, 37.82466, 0.0), 5)
self.failUnless(f.properties["name"] == f["properties"]["name"] == "point")
self.failUnless(f.properties["snippet"] == f["properties"]["snippet"] == "Point test")
self.failUnless(f.properties["description"] == f["properties"]["description"] == "Blah, blah, blah")
def test_track(placemarks):
f = feature(placemarks[2])
assert f.geometry.type == f["geometry"]["type"] == "LineString"
coords0 = f.geometry.coordinates[0]
assert coords0 == pytest.approx((-122.36438, 37.82466, 0.0), 5)
assert f.properties["name"] == f["properties"]["name"] == "track"
assert f.properties["snippet"] == f["properties"]["snippet"] == "Track test"
assert (f.properties["description"] == f["properties"]["description"] ==
"Blah, blah, blah")
def test_point(placemarks):
f = feature(placemarks[0])
assert f.geometry.type == f["geometry"]["type"] == "Point"
coords = f.geometry.coordinates
assert coords == pytest.approx((-122.36438, 37.82466, 0.0), 5)
assert f.properties["name"] == f["properties"]["name"] == "point"
assert f.properties["snippet"] == f["properties"]["snippet"] == "Point test"
assert (f.properties["description"] == f["properties"]["description"] ==
"Blah, blah, blah")
def test_polygon(self):
f = feature(self.placemarks[2])
self.failUnless(f.geometry.type == f["geometry"]["type"] == "Polygon")
coords0 = f.geometry.coordinates[0][0]
self.failUnlessCoordsAlmostEqual(coords0, (-122.366278, 37.81884, 30.0), 5)
self.failUnless(f.properties["name"] == f["properties"]["name"] == "polygon")
self.failUnless(f.properties["snippet"] == f["properties"]["snippet"] == "Polygon test")
self.failUnless(f.properties["description"] == f["properties"]["description"] == "Blah, blah, blah")
coords1 = f.geometry.coordinates[1][0]
self.failUnlessCoordsAlmostEqual(coords1, (-122.366212, 37.818977, 30.0), 5)
def test_polygon(placemarks):
f = feature(placemarks[4])
assert f.geometry.type == f["geometry"]["type"] == "Polygon"
coords0 = f.geometry.coordinates[0][0]
assert coords0 == pytest.approx((-122.366278, 37.81884, 30.0), 5)
assert f.properties["name"] == f["properties"]["name"] == "polygon"
assert f.properties["snippet"] == f["properties"][
"snippet"] == "Polygon test"
assert (f.properties["description"] == f["properties"]["description"] ==
"Blah, blah, blah")
coords1 = f.geometry.coordinates[1][0]
assert coords1 == pytest.approx((-122.366212, 37.818977, 30.0), 5)
def test_point(self):
f = feature(self.placemarks[0])
self.failUnless(f.geometry.type == f['geometry']['type'] == 'Point')
coords = f.geometry.coordinates
self.failUnlessCoordsAlmostEqual(coords, (-122.36438, 37.82466, 0.0),
5)
self.failUnless(
f.properties['name'] == f['properties']['name'] == 'point')
self.failUnless(
f.properties['snippet'] == f['properties']['snippet'] \
== 'Point test' )
self.failUnless(
f.properties['description'] == f['properties']['description'] \
== 'Blah, blah, blah' )
def populateServiceBoundary():
kmlFile = None
try:
if conf:
kmlFile = g_grpmDir + conf['kmlFile']
except Exception as e:
dbLogger.error("Failed to load KML file. Exception: " + str(e))
return
serv_bounds = {}
doc = open(kmlFile, "rb").read()
tree = ElementTree.fromstring(str(doc))
kmlns = tree.tag.split('}')[0][1:]
pmarks = tree.findall("*/{%s}Placemark" % kmlns)
for pmark in pmarks:
tag = re.findall("}(\w+)", str(pmark[0]))[0]
if tag == "name":
kmlNetwork = str(pmark[0].text)
f = keytree.feature(pmark)
shape = asShape(f.geometry)
serv_bounds[str(kmlNetwork)] = shape
# if multigeometry
mgs = tree.findall("*/{%s}MultiGeometry" % kmlns)
for mg in mgs:
for pm in mg:
tag = re.findall("}(\w+)", str(pm[0]))[0]
if tag == "name":
kmlNetwork = str(pm[0].text)
#dbLogger.info("kmlNetwork:"+str(kmlNetwork))
f = keytree.feature(pm)
shape = asShape(f.geometry)
if str(kmlNetwork) in serv_bounds.keys():
serv_bounds[str(kmlNetwork)].append(shape)
else:
serv_bounds[str(kmlNetwork)] = [shape]
dbLogger.info("serv_bounds:" + str(serv_bounds))
return serv_bounds
def test_linestring(self):
f = feature(self.placemarks[1])
self.failUnless(
f.geometry.type == f['geometry']['type'] == 'LineString')
coords0 = f.geometry.coordinates[0]
self.failUnlessCoordsAlmostEqual(coords0, (-122.36438, 37.82466, 0.0),
5)
self.failUnless(
f.properties['name'] == f['properties']['name'] == 'linestring')
self.failUnless(
f.properties['snippet'] == f['properties']['snippet'] \
== 'LineString test' )
self.failUnless(
f.properties['description'] == f['properties']['description'] \
== 'Blah, blah, blah' )
def test_polygon(self):
f = feature(self.placemarks[2])
self.failUnless(f.geometry.type == f['geometry']['type'] == 'Polygon')
coords0 = f.geometry.coordinates[0][0]
self.failUnlessCoordsAlmostEqual(coords0,
(-122.366278, 37.81884, 30.0), 5)
self.failUnless(
f.properties['name'] == f['properties']['name'] == 'polygon')
self.failUnless(
f.properties['snippet'] == f['properties']['snippet'] \
== 'Polygon test' )
self.failUnless(
f.properties['description'] == f['properties']['description'] \
== 'Blah, blah, blah' )
coords1 = f.geometry.coordinates[1][0]
self.failUnlessCoordsAlmostEqual(coords1,
(-122.366212, 37.818977, 30.0), 5)
def __call__(self, kml):
portal = getToolByName(self.context, 'portal_url').getPortalObject()
ptool = getToolByName(self.context, 'plone_utils')
wtool = getToolByName(self.context, 'portal_workflow')
places = portal['places']
features = portal['features']
savepoint = transaction.savepoint()
try:
k = etree.fromstring(kml)
kmlns = k.tag.split('}')[0][1:]
# metadata doc
dtitle = getattr(k.find('*/{%s}name' % kmlns),
'text', 'Unnamed KML Document')
mdid = features['metadata'].invokeFactory('PositionalAccuracy',
str(uuid.uuid4()), title=dtitle,
value=100.0, source=kml)
features['metadata'][mdid].setTitle(dtitle)
features['metadata'][mdid].setValue(100.0)
features['metadata'][mdid].setSource(kml)
features['metadata'][mdid].source.filename = dtitle
features['metadata'][mdid].source.content_type = 'application/vnd.google-earth.kml+xml'
self.context.attach(features['metadata'][mdid])
# Build up a mapping of place and location elements
kmlplaces = {}
for pm_element in k.xpath('//kml:Placemark',
namespaces={'kml': kmlns}):
parent = pm_element.getparent()
if parent.tag == "{%s}Folder" % kmlns:
if parent not in kmlplaces:
kmlplaces[parent] = []
kmlplaces[parent].append(pm_element)
else:
kmlplaces[pm_element] = [pm_element]
# Marshal them into Pleiades content objects
for i, (place, locations) in enumerate(kmlplaces.items()):
# Do place
kmlid = place.attrib.get('id')
title = getattr(place.find('{%s}name' % kmlns),
'text',
'Unnamed Place')
description = getattr(place.find('{%s}Snippet' % kmlns),
'text',
"%s: %s" % (title, (kmlid or "%s of %s imported places"
% (i+1, len(kmlplaces)))))
text = getattr(place.find('{%s}description' % kmlns),
'text',
'')
pid = places.invokeFactory(
'Place',
places.generateId(prefix=''),
title=title,
description=description,
text=text
)
places[pid].setTitle(title)
places[pid].setDescription(description)
places[pid].setText(text)
self.context.attach(places[pid])
posAccDoc = features['metadata'][mdid]
places[pid].addReference(posAccDoc, 'location_accuracy')
# TODO: names
for j, location in enumerate(locations):
f = keytree.feature(location)
if location is not place:
name = f.properties['name']
description = getattr(
location.find('{%s}Snippet' % kmlns),
'text', 'Imported KML Placemark')
text = getattr(
pm_element.find('{%s}description' % kmlns),
'text', '')
title = name or 'Unnamed Location'
else:
name = title = 'Position'
description = 'Nominal position of the ancient place'
text = ''
# TODO: parse out temporal information
# Process a geo-interface provider into strict GeoJSON
# shorthand.
where = geojson.GeoJSON.to_instance(dict(
type=f.geometry.type,
coordinates=f.geometry.coordinates))
data = geojson.loads(geojson.dumps(where))
geometry = '%s:%s' % (str(data['type']), data['coordinates'])
lid = places[pid].invokeFactory('Location',
ptool.normalizeString(name
or "location-%s" % (f.id or j)),
title=title, description=description,
text=text, geometry=geometry)
places[pid][lid].setTitle(title)
places[pid][lid].setDescription(description)
places[pid][lid].setText(text)
#transliteration = name.encode('utf-8')
#nid = f.invokeFactory(
# 'Name',
# ptool.normalizeString(transliteration),
# nameTransliterated=transliteration
# )
places[pid][lid].addReference(posAccDoc, 'location_accuracy')
except:
savepoint.rollback()
raise
transaction.commit()
def test_properties_context(self):
f = feature(self.placemarks[0])
props = f.properties
self.failUnless('name' in props['@context'])
self.failUnless('snippet' in props['@context'])
self.failUnless('description' in props['@context'])
def test_multilinestring(placemarks):
f = feature(placemarks[5])
assert f.geometry.type == f["geometry"]["type"] == "MultiLineString"
def test_properties_context(placemarks):
f = feature(placemarks[0])
props = f.properties
assert "name" in props["@context"]
assert "snippet" in props["@context"]
assert "description" in props["@context"]
def test_properties_context(self):
f = feature(self.placemarks[0])
props = f.properties
self.assertTrue("name" in props["@context"])
self.assertTrue("snippet" in props["@context"])
self.assertTrue("description" in props["@context"])
