scope :ways, ->(*ids) { joins(:relation_members).where(:current_relation_members => { :member_type => "Way", :member_id => ids.flatten }) }
scope :relations, ->(*ids) { joins(:relation_members).where(:current_relation_members => { :member_type => "Relation", :member_id => ids.flatten }) }
scope :ways, ->(*ids) { joins(:relation_members).where(:current_relation_members => { :member_type => "Way", :member_id => ids.flatten }) }
scope :relations, ->(*ids) { joins(:relation_members).where(:current_relation_members => { :member_type => "Relation", :member_id => ids.flatten }) }
def self.from_xml(xml, create = false)
p = XML::Parser.string(xml)
def self.from_xml(xml, create = false)
p = XML::Parser.string(xml)
fail OSM::APIBadXMLError.new("relation", pt, "The #{member['type']} is not allowed only, #{TYPES.inspect} allowed") unless TYPES.include? member["type"]
fail OSM::APIBadXMLError.new("relation", pt, "The #{member['type']} is not allowed only, #{TYPES.inspect} allowed") unless TYPES.include? member["type"]
# member_ref = member['ref']
# member_role
member["role"] ||= "" # Allow the upload to not include this, in which case we default to an empty string.
# member_ref = member['ref']
# member_role
member["role"] ||= "" # Allow the upload to not include this, in which case we default to an empty string.
relation.add_member(member["type"].classify, member["ref"], member["role"])
end
fail OSM::APIBadUserInput.new("Some bad xml in relation") if relation.nil?
relation.add_member(member["type"].classify, member["ref"], member["role"])
end
fail OSM::APIBadUserInput.new("Some bad xml in relation") if relation.nil?
# provide repeatable reads for the used-by checks. this means it
# shouldn't be possible to get race conditions.
Relation.transaction do
# provide repeatable reads for the used-by checks. this means it
# shouldn't be possible to get race conditions.
Relation.transaction do
check_consistency(self, new_relation, user)
# This will check to see if this relation is used by another relation
check_consistency(self, new_relation, user)
# This will check to see if this relation is used by another relation
- rel = RelationMember.joins(:relation).where("visible = ? AND member_type = 'Relation' and member_id = ? ", true, id).first
+ rel = RelationMember.joins(:relation).find_by("visible = ? AND member_type = 'Relation' and member_id = ? ", true, id)
fail OSM::APIPreconditionFailedError.new("The relation #{new_relation.id} is used in relation #{rel.relation.id}.") unless rel.nil?
self.changeset_id = new_relation.changeset_id
fail OSM::APIPreconditionFailedError.new("The relation #{new_relation.id} is used in relation #{rel.relation.id}.") unless rel.nil?
self.changeset_id = new_relation.changeset_id
check_consistency(self, new_relation, user)
unless new_relation.preconditions_ok?(members)
fail OSM::APIPreconditionFailedError.new("Cannot update relation #{id}: data or member data is invalid.")
check_consistency(self, new_relation, user)
unless new_relation.preconditions_ok?(members)
fail OSM::APIPreconditionFailedError.new("Cannot update relation #{id}: data or member data is invalid.")
def create_with_history(user)
check_create_consistency(self, user)
def create_with_history(user)
check_create_consistency(self, user)
- # get the element with that ID
- element = model.where(:id => m[1]).first
+ # get the element with that ID. and, if found, lock the element to
+ # ensure it can't be deleted until after the current transaction
+ # commits.
+ element = model.lock("for share").find_by(:id => m[1])
# materially change the rest of the relation.
any_relations =
changed_members.collect { |_id, type| type == "relation" }
# materially change the rest of the relation.
any_relations =
changed_members.collect { |_id, type| type == "relation" }
update_members = if tags_changed || any_relations
# add all non-relation bounding boxes to the changeset
update_members = if tags_changed || any_relations
# add all non-relation bounding boxes to the changeset