+# == Schema Information
+#
+# Table name: current_relations
+#
+# id :integer not null, primary key
+# changeset_id :integer not null
+# timestamp :datetime not null
+# visible :boolean not null
+# version :integer not null
+#
+# Indexes
+#
+# current_relations_timestamp_idx (timestamp)
+#
+# Foreign Keys
+#
+# current_relations_changeset_id_fkey (changeset_id => changesets.id)
+#
+
class Relation < ActiveRecord::Base
require "xml/libxml"
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.zero?
+ raise OSM::APIBadUserInput, "ID of relation cannot be zero when updating." if relation.id.zero?
end
# We don't care about the timestamp nor the visibility as these are either
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
- raise OSM::APIBadUserInput.new("Some bad xml in relation") if relation.nil?
+ raise OSM::APIBadUserInput, "Some bad xml in relation" if relation.nil?
relation
end
doc
end
- def to_xml_node(visible_members = nil, changeset_cache = {}, user_display_name_cache = {})
+ def to_xml_node(changeset_cache = {}, user_display_name_cache = {})
el = XML::Node.new "relation"
el["id"] = id.to_s
add_metadata_to_xml_node(el, self, changeset_cache, user_display_name_cache)
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
- p = 1 if visible_members[member.member_type][member.member_id]
- else
- # otherwise, manually go to the db to check things
- p = 1 if member.member.visible?
- end
-
- next unless p
-
member_el = XML::Node.new "member"
member_el["type"] = member.member_type.downcase
member_el["ref"] = member.member_id.to_s
end
def add_tag_keyval(k, v)
- @tags = {} unless @tags
+ @tags ||= {}
# duplicate tags are now forbidden, so we can't allow values
# in the hash to be overwritten.
end
def delete_with_history!(new_relation, user)
- unless visible
- raise OSM::APIAlreadyDeletedError.new("relation", new_relation.id)
- end
+ raise OSM::APIAlreadyDeletedError.new("relation", new_relation.id) unless visible
# need to start the transaction here, so that the database can
# provide repeatable reads for the used-by checks. this means it
check_consistency(self, new_relation, user)
# This will check to see if this relation is used by another relation
rel = RelationMember.joins(:relation).find_by("visible = ? AND member_type = 'Relation' and member_id = ? ", true, id)
- raise OSM::APIPreconditionFailedError.new("The relation #{new_relation.id} is used in relation #{rel.relation.id}.") unless rel.nil?
+ raise OSM::APIPreconditionFailedError, "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
lock!
check_consistency(self, new_relation, user)
- unless new_relation.preconditions_ok?(members)
- raise OSM::APIPreconditionFailedError.new("Cannot update relation #{id}: data or member data is invalid.")
- end
+ raise OSM::APIPreconditionFailedError, "Cannot update relation #{id}: data or member data is invalid." unless new_relation.preconditions_ok?(members)
self.changeset_id = new_relation.changeset_id
self.changeset = new_relation.changeset
self.tags = new_relation.tags
def create_with_history(user)
check_create_consistency(self, user)
- unless preconditions_ok?
- raise OSM::APIPreconditionFailedError.new("Cannot create relation: data or member data is invalid.")
- end
+ raise OSM::APIPreconditionFailedError, "Cannot create relation: data or member data is invalid." unless preconditions_ok?
self.version = 0
self.visible = true
save_with_history!
element = model.lock("for share").find_by(:id => m[1])
# and check that it is OK to use.
- unless element && element.visible? && element.preconditions_ok?
- raise OSM::APIPreconditionFailedError.new("Relation with id #{id} cannot be saved due to #{m[0]} with id #{m[1]}")
- end
+ raise OSM::APIPreconditionFailedError, "Relation with id #{id} cannot be saved due to #{m[0]} with id #{m[1]}" unless element && element.visible? && element.preconditions_ok?
hash[m[1]] = true
end
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?
+ raise OSM::APIBadUserInput, "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]
# if there are left-over tags then they are new and will have to
# be added.
tags_changed |= !tags.empty?
- RelationTag.delete_all(:relation_id => id)
+ RelationTag.where(:relation_id => id).delete_all
self.tags.each do |k, v|
tag = RelationTag.new
tag.relation_id = id
# 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 => id)
+ RelationMember.where(:relation_id => id).delete_all
members.each_with_index do |m, i|
mem = RelationMember.new
mem.relation_id = id
projects / rails.git / blobdiff