def changeset(id):
"""Gets a changeset from the OSM API and returns it in a complete
form ready to use
"""
# First get the changeset metadata
data = osmapi.getChangeset(id)
xml = et.XML(data.encode('utf-8'))
root = xml.find('changeset')
changeset = parser.parseChangeset(root)
# Now get the OSM change for it
data = osmapi.getChange(id)
xml = et.XML(data.encode('utf-8'))
change = parser.parseChange(xml)
changeset['actions'] = change
# Now collect all the objects in this changeset for processing
for i in changeset['actions']:
eles = i[1]
# Make internal references based on info we already have
elements.add_local_way_references(eles)
elements.add_local_relation_references(eles)
# Now collect the rest from remote data
elements.add_remote_ways(eles)
elements.add_remote_relations(eles)
elements.remove_unnecessary_items(eles)
elements.sort_elements(eles)
return changeset
def changeset(id):
"""Gets a changeset from the OSM API and returns it in a complete
form ready to use
"""
# First get the changeset metadata
data = osmapi.getChangeset(id)
xml = et.XML(data)
root = xml.find('changeset')
changeset = parser.parseChangeset(root)
# Now get the OSM change for it
data = osmapi.getChange(id)
xml = et.XML(data)
change = parser.parseChange(xml)
changeset['actions'] = change
# Now collect all the objects in this changeset for processing
eles = []
for i in changeset['actions']:
eles.extend(i[1])
# Add changeset tags to objects
for ele in eles:
ele['_changeset_tags'] = changeset['tags']
# Make internal references based on info we already have
elements.add_local_way_references(eles)
elements.add_local_relation_references(eles)
# Now collect the rest from remote data
elements.add_remote_ways(eles)
elements.add_remote_relations(eles)
# Remove tagless items we have parent objects for
eles = elements.remove_unnecessary_items(eles)
# Sort elements
eles = elements.sort_elements(eles)
changeset['elements'] = eles
return changeset
def changeset(id):
"""Gets a changeset from the OSM API and returns it in a complete
form ready to use
"""
# First get the changeset metadata
data = osmapi.getChangeset(id)
xml = et.XML(data)
root = xml.find('changeset')
changeset = parser.parseChangeset(root)
# Now get the OSM change for it
data = osmapi.getChange(id)
xml = et.XML(data)
change = parser.parseChange(xml)
changeset['actions'] = change
# Now collect all the objects in this changeset for processing
eles = []
for i in changeset['actions']:
eles.extend(i[1])
# Add changeset tags to objects
for ele in eles:
ele['_changeset_tags'] = changeset['tags']
# Make internal references based on info we already have
elements.add_local_way_references(eles)
elements.add_local_relation_references(eles)
# Now collect the rest from remote data
elements.add_remote_ways(eles)
elements.add_remote_relations(eles)
# Remove tagless items we have parent objects for
eles = elements.remove_unnecessary_items(eles)
# Sort elements
eles = elements.sort_elements(eles)
changeset['elements'] = eles
return changeset
def sentence_from_changeset(cset):
"""Take a changeset object and return a sentence"""
user = elements.get_user(cset)
if len(cset['actions']) == 1:
name, eles = cset['actions'][0]
if name == 'create':
action = 'created'
elif name == 'modify':
action = 'modified'
else:
action = 'deleted'
else:
action = 'edited'
eles = []
for i in cset['actions']:
eles.extend(i[1])
elements.add_local_way_references(eles)
elements.add_local_relation_references(eles)
elements.add_remote_ways(eles)
elements.add_remote_relations(eles)
eles = elements.remove_unnecessary_items(eles)
eles = elements.sort_elements(eles)
ele_features = zip(eles, db.matchEach(eles))
sorted_ef = elements.sort_by_num_features(ele_features)
grouped_features = elements.feature_grouper(sorted_ef)
sorted_features = elements.sort_grouped(grouped_features)
english_list = grouped_to_english(sorted_features)
return "%s %s %s" % (user, action, english_list)
def sentence_from_changeset(cset):
"""Take a changeset object and return a sentence"""
user = elements.get_user(cset)
if len(cset['actions']) == 1:
name,eles = cset['actions'][0]
if name == 'create':
action = 'created'
elif name == 'modify':
action = 'modified'
else:
action = 'deleted'
else:
action = 'edited'
eles = []
for i in cset['actions']:
eles.extend(i[1])
elements.add_local_way_references(eles)
elements.add_local_relation_references(eles)
elements.add_remote_ways(eles)
elements.add_remote_relations(eles)
eles = elements.remove_unnecessary_items(eles)
eles = elements.sort_elements(eles)
ele_features = zip(eles, db.matchEach(eles))
sorted_ef = elements.sort_by_num_features(ele_features)
grouped_features = elements.feature_grouper(sorted_ef)
sorted_features = elements.sort_grouped(grouped_features)
english_list = grouped_to_english(sorted_features)
return "%s %s %s" % (user, action, english_list)