def add_member(type,id,role)
@members = Array.new unless @members
- @members += [[type,id,role]]
+ @members += [[type,id.to_i,role]]
end
def add_tag_keyval(k, v)
# 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
- members = Hash.new
- self.members.each do |m|
- # should be: h[[m.id, m.type]] = m.role, but someone prefers arrays
- members[[m[1], m[0]]] = m[2]
- end
- relation_members.each do |old_member|
- key = [old_member.member_id.to_s, old_member.member_type]
- if members.has_key? key
- members.delete key
- else
+ members = self.members.clone
+ self.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?
changed_members << key
+ else
+ members.delete_at i
end
end
# any remaining members must be new additions
- changed_members += members.keys
+ changed_members += members
# update the members. first delete all the old members, as the new
# members may be in a different order and i don't feel like implementing
changed_members.collect { |id,type| type == "relation" }.
inject(false) { |b,s| b or s }
- if tags_changed or 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.
- self.members.each do |type, id, role|
- if type != "Relation"
- update_changeset_element(type, id)
- end
- end
- else
- # add only changed members to the changeset
- changed_members.each do |id, type|
- if type != "Relation"
- update_changeset_element(type, id)
- end
+ update_members = if tags_changed or 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.
+ self.members
+ else
+ changed_members
+ end
+ update_members.each do |type, id, role|
+ if type != "Relation"
+ update_changeset_element(type, id)
end
end
# add a member to a relation and check the bounding box is only that
# element.
def test_add_member_bounding_box
- check_changeset_modify([4,4,4,4]) do |changeset_id|
- # add node 4 (4,4) to an existing relation
- relation_xml = current_relations(:visible_relation).to_xml
- relation_element = relation_xml.find("//osm/relation").first
- new_member = XML::Node.new("member")
- new_member['ref'] = current_nodes(:used_node_2).id.to_s
- new_member['type'] = "node"
- new_member['role'] = "some_role"
- relation_element << new_member
+ relation_id = current_relations(:visible_relation).id
+
+ [current_nodes(:used_node_1),
+ current_nodes(:used_node_2),
+ current_ways(:used_way),
+ current_ways(:way_with_versions)
+ ].each_with_index do |element, version|
+ bbox = element.bbox.collect { |x| x / SCALE }
+ check_changeset_modify(bbox) do |changeset_id|
+ relation_xml = Relation.find(relation_id).to_xml
+ relation_element = relation_xml.find("//osm/relation").first
+ new_member = XML::Node.new("member")
+ new_member['ref'] = element.id.to_s
+ new_member['type'] = element.class.to_s.downcase
+ new_member['role'] = "some_role"
+ relation_element << new_member
- # update changeset ID to point to new changeset
- update_changeset(relation_xml, changeset_id)
+ # update changeset ID to point to new changeset
+ update_changeset(relation_xml, changeset_id)
- # upload the change
- content relation_xml
- put :update, :id => current_relations(:visible_relation).id
- assert_response :success, "can't update relation for add node/bbox test"
+ # upload the change
+ content relation_xml
+ put :update, :id => current_relations(:visible_relation).id
+ assert_response :success, "can't update relation for add #{element.class}/bbox test: #{@response.body}"
+
+ # get it back and check the ordering
+ get :read, :id => relation_id
+ assert_response :success, "can't read back the relation: #{@response.body}"
+ check_ordering(relation_xml, @response.body)
+ end
end
end
get :read, :id => relation_id
assert_response :success, "can't read back the relation: #{@response.body}"
check_ordering(doc, @response.body)
+
+ # check the ordering in the history tables:
+ with_controller(OldRelationController.new) do
+ get :version, :id => relation_id, :version => 2
+ assert_response :success, "can't read back version 2 of the relation #{relation_id}"
+ check_ordering(doc, @response.body)
+ end
end
##
# check that relations can contain duplicate members
def test_relation_member_duplicates
- ## First try with the private user
- basic_authorization(users(:normal_user).email, "test");
-
doc_str = <<OSM
<osm>
<relation changeset='4'>
OSM
doc = XML::Parser.string(doc_str).parse
+ ## First try with the private user
+ basic_authorization(users(:normal_user).email, "test");
+
content doc
put :create
assert_response :forbidden
-
## Now try with the public user
basic_authorization(users(:public_user).email, "test");
+ content doc
+ put :create
+ assert_response :success, "can't create a relation: #{@response.body}"
+ relation_id = @response.body.to_i
+
+ # get it back and check the ordering
+ get :read, :id => relation_id
+ assert_response :success, "can't read back the relation: #{relation_id}"
+ check_ordering(doc, @response.body)
+ end
+
+ ##
+ # test that the ordering of elements in the history is the same as in current.
+ def test_history_ordering
doc_str = <<OSM
<osm>
<relation changeset='4'>
<member ref='1' type='node' role='forward'/>
- <member ref='3' type='node' role='forward'/>
- <member ref='1' type='node' role='forward'/>
+ <member ref='5' type='node' role='forward'/>
+ <member ref='4' type='node' role='forward'/>
<member ref='3' type='node' role='forward'/>
</relation>
</osm>
OSM
doc = XML::Parser.string(doc_str).parse
+ basic_authorization(users(:public_user).email, "test");
content doc
put :create
assert_response :success, "can't create a relation: #{@response.body}"
relation_id = @response.body.to_i
- # get it back and check the ordering
+ # check the ordering in the current tables:
get :read, :id => relation_id
assert_response :success, "can't read back the relation: #{@response.body}"
check_ordering(doc, @response.body)
+
+ # check the ordering in the history tables:
+ with_controller(OldRelationController.new) do
+ get :version, :id => relation_id, :version => 1
+ assert_response :success, "can't read back version 1 of the relation: #{@response.body}"
+ check_ordering(doc, @response.body)
+ end
end
# ============================================================
with_controller(ChangesetController.new) do
get :read, :id => changeset_id
assert_response :success, "can't re-read changeset for modify test"
- assert_select "osm>changeset", 1
- assert_select "osm>changeset[id=#{changeset_id}]", 1
- assert_select "osm>changeset[min_lon=#{bbox[0].to_f}]", 1
- assert_select "osm>changeset[min_lat=#{bbox[1].to_f}]", 1
- assert_select "osm>changeset[max_lon=#{bbox[2].to_f}]", 1
- assert_select "osm>changeset[max_lat=#{bbox[3].to_f}]", 1
+ assert_select "osm>changeset", 1, "Changeset element doesn't exist in #{@response.body}"
+ assert_select "osm>changeset[id=#{changeset_id}]", 1, "Changeset id=#{changeset_id} doesn't exist in #{@response.body}"
+ assert_select "osm>changeset[min_lon=#{bbox[0].to_f}]", 1, "Changeset min_lon wrong in #{@response.body}"
+ assert_select "osm>changeset[min_lat=#{bbox[1].to_f}]", 1, "Changeset min_lat wrong in #{@response.body}"
+ assert_select "osm>changeset[max_lon=#{bbox[2].to_f}]", 1, "Changeset max_lon wrong in #{@response.body}"
+ assert_select "osm>changeset[max_lat=#{bbox[3].to_f}]", 1, "Changeset max_lat wrong in #{@response.body}"
end
end