has_many :containing_relations, :class_name => "Relation", :through => :containing_relation_members, :source => :relation
validates_presence_of :id, :on => :update
- validates_presence_of :timestamp,:version, :changeset_id
+ validates_presence_of :timestamp, :version, :changeset_id
validates_uniqueness_of :id
- validates_inclusion_of :visible, :in => [ true, false ]
+ validates_inclusion_of :visible, :in => [true, false]
validates_numericality_of :id, :on => :update, :integer_only => true
validates_numericality_of :changeset_id, :version, :integer_only => true
validates_associated :changeset
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 }) }
- TYPES = ["node", "way", "relation"]
+ TYPES = %w(node way relation)
- def self.from_xml(xml, create=false)
- begin
- p = XML::Parser.string(xml)
- doc = p.parse
+ def self.from_xml(xml, create = false)
+ p = XML::Parser.string(xml)
+ doc = p.parse
- doc.find('//osm/relation').each do |pt|
- return Relation.from_xml_node(pt, create)
- end
- raise OSM::APIBadXMLError.new("node", xml, "XML doesn't contain an osm/relation element.")
- rescue LibXML::XML::Error, ArgumentError => ex
- raise OSM::APIBadXMLError.new("relation", xml, ex.message)
+ doc.find('//osm/relation').each do |pt|
+ return Relation.from_xml_node(pt, create)
end
+ fail OSM::APIBadXMLError.new("node", xml, "XML doesn't contain an osm/relation element.")
+ rescue LibXML::XML::Error, ArgumentError => ex
+ raise OSM::APIBadXMLError.new("relation", xml, ex.message)
end
- def self.from_xml_node(pt, create=false)
+ def self.from_xml_node(pt, create = false)
relation = Relation.new
- raise OSM::APIBadXMLError.new("relation", pt, "Version is required when updating") unless create or not pt['version'].nil?
+ fail OSM::APIBadXMLError.new("relation", pt, "Version is required when updating") unless create || !pt['version'].nil?
relation.version = pt['version']
- raise OSM::APIBadXMLError.new("relation", pt, "Changeset id is missing") if pt['changeset'].nil?
+ fail OSM::APIBadXMLError.new("relation", pt, "Changeset id is missing") if pt['changeset'].nil?
relation.changeset_id = pt['changeset']
unless create
- raise OSM::APIBadXMLError.new("relation", pt, "ID is required when updating") if pt['id'].nil?
+ fail OSM::APIBadXMLError.new("relation", pt, "ID is required when updating") if pt['id'].nil?
relation.id = pt['id'].to_i
# .to_i will return 0 if there is no number that can be parsed.
# We want to make sure that there is no id with zero anyway
- raise OSM::APIBadUserInput.new("ID of relation cannot be zero when updating.") if relation.id == 0
+ fail OSM::APIBadUserInput.new("ID of relation cannot be zero when updating.") if relation.id == 0
end
# We don't care about the timestamp nor the visibility as these are either
relation.visible = true
# Start with no tags
- relation.tags = Hash.new
+ relation.tags = {}
# Add in any tags from the XML
pt.find('tag').each do |tag|
- raise OSM::APIBadXMLError.new("relation", pt, "tag is missing key") if tag['k'].nil?
- raise OSM::APIBadXMLError.new("relation", pt, "tag is missing value") if tag['v'].nil?
+ fail OSM::APIBadXMLError.new("relation", pt, "tag is missing key") if tag['k'].nil?
+ fail OSM::APIBadXMLError.new("relation", pt, "tag is missing value") if tag['v'].nil?
relation.add_tag_keyval(tag['k'], tag['v'])
end
# isn't done for a new relation then @members attribute will be nil,
# and the members will be loaded from the database instead of being
# empty, as intended.
- relation.members = Array.new
+ relation.members = []
pt.find('member').each do |member|
- #member_type =
+ # member_type =
logger.debug "each member"
- raise 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']
logger.debug "after raise"
- #member_ref = member['ref']
- #member_role
+ # member_ref = member['ref']
+ # member_role
member['role'] ||= "" # Allow the upload to not include this, in which case we default to an empty string.
logger.debug member['role']
relation.add_member(member['type'].classify, member['ref'], member['role'])
end
- raise OSM::APIBadUserInput.new("Some bad xml in relation") if relation.nil?
+ fail OSM::APIBadUserInput.new("Some bad xml in relation") if relation.nil?
- return relation
+ relation
end
def to_xml
doc = OSM::API.new.get_xml_doc
- doc.root << to_xml_node()
- return doc
+ doc.root << to_xml_node
+ doc
end
def to_xml_node(visible_members = nil, changeset_cache = {}, user_display_name_cache = {})
el = XML::Node.new 'relation'
- el['id'] = self.id.to_s
+ el['id'] = id.to_s
add_metadata_to_xml_node(el, self, changeset_cache, user_display_name_cache)
- self.relation_members.each do |member|
- p=0
+ relation_members.each do |member|
+ p = 0
if visible_members
# if there is a list of visible members then use that to weed out deleted segments
if visible_members[member.member_type][member.member_id]
- p=1
+ p = 1
end
else
# otherwise, manually go to the db to check things
if member.member.visible?
- p=1
+ p = 1
end
end
if p
end
end
- add_tags_to_xml_node(el, self.relation_tags)
+ add_tags_to_xml_node(el, relation_tags)
- return el
+ el
end
# FIXME is this really needed?
def members
- @members ||= self.relation_members.map do |member|
+ @members ||= relation_members.map do |member|
[member.member_type, member.member_id, member.member_role]
end
end
def tags
- @tags ||= Hash[self.relation_tags.collect { |t| [t.k, t.v] }]
+ @tags ||= Hash[relation_tags.collect { |t| [t.k, t.v] }]
end
- def members=(m)
- @members = m
- end
+ attr_writer :members
- def tags=(t)
- @tags = t
- end
+ attr_writer :tags
def add_member(type, id, role)
@members ||= []
end
def add_tag_keyval(k, v)
- @tags = Hash.new unless @tags
+ @tags = {} unless @tags
# duplicate tags are now forbidden, so we can't allow values
# in the hash to be overwritten.
- raise OSM::APIDuplicateTagsError.new("relation", self.id, k) if @tags.include? k
+ fail OSM::APIDuplicateTagsError.new("relation", id, k) if @tags.include? k
@tags[k] = v
end
end
def delete_with_history!(new_relation, user)
- unless self.visible
- raise OSM::APIAlreadyDeletedError.new("relation", new_relation.id)
+ unless visible
+ fail OSM::APIAlreadyDeletedError.new("relation", new_relation.id)
end
# need to start the transaction here, so that the database can
self.lock!
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, self.id).first
- raise OSM::APIPreconditionFailedError.new("The relation #{new_relation.id} is used in relation #{rel.relation.id}.") unless rel.nil?
+ rel = RelationMember.joins(:relation).where("visible = ? AND member_type = 'Relation' and member_id = ? ", true, id).first
+ 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
self.tags = {}
Relation.transaction do
self.lock!
check_consistency(self, new_relation, user)
- unless new_relation.preconditions_ok?(self.members)
- raise OSM::APIPreconditionFailedError.new("Cannot update relation #{self.id}: data or member data is invalid.")
+ unless new_relation.preconditions_ok?(members)
+ fail OSM::APIPreconditionFailedError.new("Cannot update relation #{id}: data or member data is invalid.")
end
self.changeset_id = new_relation.changeset_id
self.changeset = new_relation.changeset
def create_with_history(user)
check_create_consistency(self, user)
unless self.preconditions_ok?
- raise OSM::APIPreconditionFailedError.new("Cannot create relation: data or member data is invalid.")
+ fail OSM::APIPreconditionFailedError.new("Cannot create relation: data or member data is invalid.")
end
self.version = 0
self.visible = true
# Thus if you have nodes with the ids of 50 and 1 already in the
# relation, then the hash table nodes would contain:
# => {50=>true, 1=>true}
- elements = { :node => Hash.new, :way => Hash.new, :relation => Hash.new }
+ elements = { :node => {}, :way => {}, :relation => {} }
# pre-set all existing members to good
good_members.each { |m| elements[m[0].downcase.to_sym][m[1]] = true }
- self.members.each do |m|
+ members.each do |m|
# find the hash for the element type or die
- hash = elements[m[0].downcase.to_sym] or return false
+ hash = elements[m[0].downcase.to_sym]
+ return false unless hash
# unless its in the cache already
unless hash.key? m[1]
# use reflection to look up the appropriate class
element = model.where(:id => m[1]).first
# and check that it is OK to use.
- unless element and element.visible? and element.preconditions_ok?
- raise OSM::APIPreconditionFailedError.new("Relation with id #{self.id} cannot be saved due to #{m[0]} with id #{m[1]}")
+ unless element && element.visible? && element.preconditions_ok?
+ fail OSM::APIPreconditionFailedError.new("Relation with id #{id} cannot be saved due to #{m[0]} with id #{m[1]}")
end
hash[m[1]] = true
end
end
- return true
+ true
end
# Temporary method to match interface to nodes
def tags_as_hash
- return self.tags
+ tags
end
##
# this calling this method will fix them using the map from placeholders
# to IDs +id_map+.
def fix_placeholders!(id_map, placeholder_id = nil)
- self.members.map! do |type, id, role|
+ members.map! do |type, id, role|
old_id = id.to_i
if old_id < 0
new_id = id_map[type.downcase.to_sym][old_id]
- raise OSM::APIBadUserInput.new("Placeholder #{type} not found for reference #{old_id} in relation #{self.id.nil? ? placeholder_id : self.id}.") if new_id.nil?
+ fail OSM::APIBadUserInput.new("Placeholder #{type} not found for reference #{old_id} in relation #{self.id.nil? ? placeholder_id : self.id}.") if new_id.nil?
[type, new_id, role]
else
[type, id, role]
self.save!
tags = self.tags.clone
- self.relation_tags.each do |old_tag|
+ relation_tags.each do |old_tag|
key = old_tag.k
# if we can match the tags we currently have to the list
# of old tags, then we never set the tags_changed flag. but
# if any are different then set the flag and do the DB
# update.
- if tags.has_key? key
+ if tags.key? key
tags_changed |= (old_tag.v != tags[key])
# remove from the map, so that we can expect an empty map
end
# if there are left-over tags then they are new and will have to
# be added.
- tags_changed |= (not tags.empty?)
- RelationTag.delete_all(:relation_id => self.id)
- self.tags.each do |k,v|
+ tags_changed |= (!tags.empty?)
+ RelationTag.delete_all(:relation_id => id)
+ self.tags.each do |k, v|
tag = RelationTag.new
- tag.relation_id = self.id
+ tag.relation_id = id
tag.k = k
tag.v = v
tag.save!
# same pattern as before, but this time we're collecting the
# changed members in an array, as the bounding box updates for
# elements are per-element, not blanked on/off like for tags.
- changed_members = Array.new
+ changed_members = []
members = self.members.clone
- self.relation_members.each do |old_member|
+ relation_members.each do |old_member|
key = [old_member.member_type, old_member.member_id, old_member.member_role]
i = members.index key
if i.nil?
# members may be in a different order and i don't feel like implementing
# a longest common subsequence algorithm to optimise this.
members = self.members
- RelationMember.delete_all(:relation_id => self.id)
- members.each_with_index do |m,i|
+ RelationMember.delete_all(:relation_id => id)
+ members.each_with_index do |m, i|
mem = RelationMember.new
- mem.relation_id = self.id
+ mem.relation_id = id
mem.sequence_id = i
mem.member_type = m[0]
mem.member_id = m[1]
# reasonable on the assumption that adding or removing members doesn't
# materially change the rest of the relation.
any_relations =
- changed_members.collect { |id,type| type == "relation" }.
- inject(false) { |b,s| b or s }
+ changed_members.collect { |_id, type| type == "relation" }
+ .inject(false) { |b, s| b || s }
- update_members = if tags_changed or any_relations
+ update_members = if tags_changed || any_relations
# add all non-relation bounding boxes to the changeset
# FIXME: check for tag changes along with element deletions and
# make sure that the deleted element's bounding box is hit.
else
changed_members
end
- update_members.each do |type, id, role|
+ update_members.each do |type, id, _role|
if type != "Relation"
update_changeset_element(type, id)
end
changeset.save!
end
end
-
end
projects / rails.git / blobdiff