require "test_helper"
-class RelationsControllerTest < ActionController::TestCase
+class RelationsControllerTest < ActionDispatch::IntegrationTest
##
# test all routes which lead to this controller
def test_routes
assert_routing(
- { :path => "/api/0.6/relation/create", :method => :put },
- { :controller => "relations", :action => "create" }
+ { :path => "/relation/1", :method => :get },
+ { :controller => "relations", :action => "show", :id => "1" }
)
- assert_routing(
- { :path => "/api/0.6/relation/1/full", :method => :get },
- { :controller => "relations", :action => "full", :id => "1" }
- )
- assert_routing(
- { :path => "/api/0.6/relation/1", :method => :get },
- { :controller => "relations", :action => "read", :id => "1" }
- )
- assert_routing(
- { :path => "/api/0.6/relation/1", :method => :put },
- { :controller => "relations", :action => "update", :id => "1" }
- )
- assert_routing(
- { :path => "/api/0.6/relation/1", :method => :delete },
- { :controller => "relations", :action => "delete", :id => "1" }
- )
- assert_routing(
- { :path => "/api/0.6/relations", :method => :get },
- { :controller => "relations", :action => "relations" }
- )
-
- assert_routing(
- { :path => "/api/0.6/node/1/relations", :method => :get },
- { :controller => "relations", :action => "relations_for_node", :id => "1" }
- )
- assert_routing(
- { :path => "/api/0.6/way/1/relations", :method => :get },
- { :controller => "relations", :action => "relations_for_way", :id => "1" }
- )
- assert_routing(
- { :path => "/api/0.6/relation/1/relations", :method => :get },
- { :controller => "relations", :action => "relations_for_relation", :id => "1" }
- )
- end
-
- # -------------------------------------
- # Test reading relations.
- # -------------------------------------
-
- def test_read
- # check that a visible relation is returned properly
- get :read, :params => { :id => create(:relation).id }
- assert_response :success
-
- # check that an invisible relation is not returned
- get :read, :params => { :id => create(:relation, :deleted).id }
- assert_response :gone
-
- # check chat a non-existent relation is not returned
- get :read, :params => { :id => 0 }
- assert_response :not_found
- end
-
- ##
- # check that all relations containing a particular node, and no extra
- # relations, are returned from the relations_for_node call.
- def test_relations_for_node
- node = create(:node)
- # should include relations with that node as a member
- relation_with_node = create(:relation_member, :member => node).relation
- # should ignore relations without that node as a member
- _relation_without_node = create(:relation_member).relation
- # should ignore relations with the node involved indirectly, via a way
- way = create(:way_node, :node => node).way
- _relation_with_way = create(:relation_member, :member => way).relation
- # should ignore relations with the node involved indirectly, via a relation
- second_relation = create(:relation_member, :member => node).relation
- _super_relation = create(:relation_member, :member => second_relation).relation
- # should combine multiple relation_member references into just one relation entry
- create(:relation_member, :member => node, :relation => relation_with_node, :sequence_id => 2)
- # should not include deleted relations
- deleted_relation = create(:relation, :deleted)
- create(:relation_member, :member => node, :relation => deleted_relation)
-
- check_relations_for_element(:relations_for_node, "node",
- node.id,
- [relation_with_node, second_relation])
- end
-
- def test_relations_for_way
- way = create(:way)
- # should include relations with that way as a member
- relation_with_way = create(:relation_member, :member => way).relation
- # should ignore relations without that way as a member
- _relation_without_way = create(:relation_member).relation
- # should ignore relations with the way involved indirectly, via a relation
- second_relation = create(:relation_member, :member => way).relation
- _super_relation = create(:relation_member, :member => second_relation).relation
- # should combine multiple relation_member references into just one relation entry
- create(:relation_member, :member => way, :relation => relation_with_way, :sequence_id => 2)
- # should not include deleted relations
- deleted_relation = create(:relation, :deleted)
- create(:relation_member, :member => way, :relation => deleted_relation)
-
- check_relations_for_element(:relations_for_way, "way",
- way.id,
- [relation_with_way, second_relation])
- end
-
- def test_relations_for_relation
- relation = create(:relation)
- # should include relations with that relation as a member
- relation_with_relation = create(:relation_member, :member => relation).relation
- # should ignore any relation without that relation as a member
- _relation_without_relation = create(:relation_member).relation
- # should ignore relations with the relation involved indirectly, via a relation
- second_relation = create(:relation_member, :member => relation).relation
- _super_relation = create(:relation_member, :member => second_relation).relation
- # should combine multiple relation_member references into just one relation entry
- create(:relation_member, :member => relation, :relation => relation_with_relation, :sequence_id => 2)
- # should not include deleted relations
- deleted_relation = create(:relation, :deleted)
- create(:relation_member, :member => relation, :relation => deleted_relation)
- check_relations_for_element(:relations_for_relation, "relation",
- relation.id,
- [relation_with_relation, second_relation])
- end
-
- def check_relations_for_element(method, type, id, expected_relations)
- # check the "relations for relation" mode
- get method, :params => { :id => id }
- assert_response :success
-
- # count one osm element
- assert_select "osm[version='#{API_VERSION}'][generator='OpenStreetMap server']", 1
-
- # we should have only the expected number of relations
- assert_select "osm>relation", expected_relations.size
-
- # and each of them should contain the element we originally searched for
- expected_relations.each do |relation|
- # The relation should appear once, but the element could appear multiple times
- assert_select "osm>relation[id='#{relation.id}']", 1
- assert_select "osm>relation[id='#{relation.id}']>member[type='#{type}'][ref='#{id}']"
- end
- end
-
- def test_full
- # check the "full" mode
- get :full, :params => { :id => 999999 }
- assert_response :not_found
-
- get :full, :params => { :id => create(:relation, :deleted).id }
- assert_response :gone
-
- get :full, :params => { :id => create(:relation).id }
- assert_response :success
- # FIXME: check whether this contains the stuff we want!
- end
-
- ##
- # test fetching multiple relations
- def test_relations
- relation1 = create(:relation)
- relation2 = create(:relation, :deleted)
- relation3 = create(:relation, :with_history, :version => 2)
- relation4 = create(:relation, :with_history, :version => 2)
- relation4.old_relations.find_by(:version => 1).redact!(create(:redaction))
-
- # check error when no parameter provided
- get :relations
- assert_response :bad_request
-
- # check error when no parameter value provided
- get :relations, :params => { :relations => "" }
- assert_response :bad_request
-
- # test a working call
- get :relations, :params => { :relations => "#{relation1.id},#{relation2.id},#{relation3.id},#{relation4.id}" }
- assert_response :success
- assert_select "osm" do
- assert_select "relation", :count => 4
- assert_select "relation[id='#{relation1.id}'][visible='true']", :count => 1
- assert_select "relation[id='#{relation2.id}'][visible='false']", :count => 1
- assert_select "relation[id='#{relation3.id}'][visible='true']", :count => 1
- assert_select "relation[id='#{relation4.id}'][visible='true']", :count => 1
- end
-
- # check error when a non-existent relation is included
- get :relations, :params => { :relations => "#{relation1.id},#{relation2.id},#{relation3.id},#{relation4.id},0" }
- assert_response :not_found
- end
-
- # -------------------------------------
- # Test simple relation creation.
- # -------------------------------------
-
- def test_create
- private_user = create(:user, :data_public => false)
- private_changeset = create(:changeset, :user => private_user)
- user = create(:user)
- changeset = create(:changeset, :user => user)
- node = create(:node)
- way = create(:way_with_nodes, :nodes_count => 2)
-
- basic_authorization private_user.email, "test"
-
- # create an relation without members
- xml = "<osm><relation changeset='#{private_changeset.id}'><tag k='test' v='yes' /></relation></osm>"
- put :create, :body => xml
- # hope for forbidden, due to user
- assert_response :forbidden,
- "relation upload should have failed with forbidden"
-
- ###
- # create an relation with a node as member
- # This time try with a role attribute in the relation
- xml = "<osm><relation changeset='#{private_changeset.id}'>" \
- "<member ref='#{node.id}' type='node' role='some'/>" \
- "<tag k='test' v='yes' /></relation></osm>"
- put :create, :body => xml
- # hope for forbidden due to user
- assert_response :forbidden,
- "relation upload did not return forbidden status"
-
- ###
- # create an relation with a node as member, this time test that we don't
- # need a role attribute to be included
- xml = "<osm><relation changeset='#{private_changeset.id}'>" \
- "<member ref='#{node.id}' type='node'/>" + "<tag k='test' v='yes' /></relation></osm>"
- put :create, :body => xml
- # hope for forbidden due to user
- assert_response :forbidden,
- "relation upload did not return forbidden status"
-
- ###
- # create an relation with a way and a node as members
- xml = "<osm><relation changeset='#{private_changeset.id}'>" \
- "<member type='node' ref='#{node.id}' role='some'/>" \
- "<member type='way' ref='#{way.id}' role='other'/>" \
- "<tag k='test' v='yes' /></relation></osm>"
- put :create, :body => xml
- # hope for forbidden, due to user
- assert_response :forbidden,
- "relation upload did not return success status"
-
- ## Now try with the public user
- basic_authorization user.email, "test"
-
- # create an relation without members
- xml = "<osm><relation changeset='#{changeset.id}'><tag k='test' v='yes' /></relation></osm>"
- put :create, :body => xml
- # hope for success
- assert_response :success,
- "relation upload did not return success status"
- # read id of created relation and search for it
- relationid = @response.body
- checkrelation = Relation.find(relationid)
- assert_not_nil checkrelation,
- "uploaded relation not found in data base after upload"
- # compare values
- assert_equal checkrelation.members.length, 0,
- "saved relation contains members but should not"
- assert_equal checkrelation.tags.length, 1,
- "saved relation does not contain exactly one tag"
- assert_equal changeset.id, checkrelation.changeset.id,
- "saved relation does not belong in the changeset it was assigned to"
- assert_equal user.id, checkrelation.changeset.user_id,
- "saved relation does not belong to user that created it"
- assert_equal true, checkrelation.visible,
- "saved relation is not visible"
- # ok the relation is there but can we also retrieve it?
- get :read, :params => { :id => relationid }
- assert_response :success
-
- ###
- # create an relation with a node as member
- # This time try with a role attribute in the relation
- xml = "<osm><relation changeset='#{changeset.id}'>" \
- "<member ref='#{node.id}' type='node' role='some'/>" \
- "<tag k='test' v='yes' /></relation></osm>"
- put :create, :body => xml
- # hope for success
- assert_response :success,
- "relation upload did not return success status"
- # read id of created relation and search for it
- relationid = @response.body
- checkrelation = Relation.find(relationid)
- assert_not_nil checkrelation,
- "uploaded relation not found in data base after upload"
- # compare values
- assert_equal checkrelation.members.length, 1,
- "saved relation does not contain exactly one member"
- assert_equal checkrelation.tags.length, 1,
- "saved relation does not contain exactly one tag"
- assert_equal changeset.id, checkrelation.changeset.id,
- "saved relation does not belong in the changeset it was assigned to"
- assert_equal user.id, checkrelation.changeset.user_id,
- "saved relation does not belong to user that created it"
- assert_equal true, checkrelation.visible,
- "saved relation is not visible"
- # ok the relation is there but can we also retrieve it?
-
- get :read, :params => { :id => relationid }
- assert_response :success
-
- ###
- # create an relation with a node as member, this time test that we don't
- # need a role attribute to be included
- xml = "<osm><relation changeset='#{changeset.id}'>" \
- "<member ref='#{node.id}' type='node'/>" + "<tag k='test' v='yes' /></relation></osm>"
- put :create, :body => xml
- # hope for success
- assert_response :success,
- "relation upload did not return success status"
- # read id of created relation and search for it
- relationid = @response.body
- checkrelation = Relation.find(relationid)
- assert_not_nil checkrelation,
- "uploaded relation not found in data base after upload"
- # compare values
- assert_equal checkrelation.members.length, 1,
- "saved relation does not contain exactly one member"
- assert_equal checkrelation.tags.length, 1,
- "saved relation does not contain exactly one tag"
- assert_equal changeset.id, checkrelation.changeset.id,
- "saved relation does not belong in the changeset it was assigned to"
- assert_equal user.id, checkrelation.changeset.user_id,
- "saved relation does not belong to user that created it"
- assert_equal true, checkrelation.visible,
- "saved relation is not visible"
- # ok the relation is there but can we also retrieve it?
-
- get :read, :params => { :id => relationid }
- assert_response :success
-
- ###
- # create an relation with a way and a node as members
- xml = "<osm><relation changeset='#{changeset.id}'>" \
- "<member type='node' ref='#{node.id}' role='some'/>" \
- "<member type='way' ref='#{way.id}' role='other'/>" \
- "<tag k='test' v='yes' /></relation></osm>"
- put :create, :body => xml
- # hope for success
- assert_response :success,
- "relation upload did not return success status"
- # read id of created relation and search for it
- relationid = @response.body
- checkrelation = Relation.find(relationid)
- assert_not_nil checkrelation,
- "uploaded relation not found in data base after upload"
- # compare values
- assert_equal checkrelation.members.length, 2,
- "saved relation does not have exactly two members"
- assert_equal checkrelation.tags.length, 1,
- "saved relation does not contain exactly one tag"
- assert_equal changeset.id, checkrelation.changeset.id,
- "saved relation does not belong in the changeset it was assigned to"
- assert_equal user.id, checkrelation.changeset.user_id,
- "saved relation does not belong to user that created it"
- assert_equal true, checkrelation.visible,
- "saved relation is not visible"
- # ok the relation is there but can we also retrieve it?
- get :read, :params => { :id => relationid }
- assert_response :success
- end
-
- # ------------------------------------
- # Test updating relations
- # ------------------------------------
-
- ##
- # test that, when tags are updated on a relation, the correct things
- # happen to the correct tables and the API gives sensible results.
- # this is to test a case that gregory marler noticed and posted to
- # josm-dev.
- ## FIXME Move this to an integration test
- def test_update_relation_tags
- user = create(:user)
- changeset = create(:changeset, :user => user)
- relation = create(:relation)
- create_list(:relation_tag, 4, :relation => relation)
-
- basic_authorization user.email, "test"
-
- with_relation(relation.id) do |rel|
- # alter one of the tags
- tag = rel.find("//osm/relation/tag").first
- tag["v"] = "some changed value"
- update_changeset(rel, changeset.id)
-
- # check that the downloaded tags are the same as the uploaded tags...
- new_version = with_update(rel) do |new_rel|
- assert_tags_equal rel, new_rel
- end
-
- # check the original one in the current_* table again
- with_relation(relation.id) { |r| assert_tags_equal rel, r }
-
- # now check the version in the history
- with_relation(relation.id, new_version) { |r| assert_tags_equal rel, r }
- end
- end
-
- ##
- # test that, when tags are updated on a relation when using the diff
- # upload function, the correct things happen to the correct tables
- # and the API gives sensible results. this is to test a case that
- # gregory marler noticed and posted to josm-dev.
- def test_update_relation_tags_via_upload
- user = create(:user)
- changeset = create(:changeset, :user => user)
- relation = create(:relation)
- create_list(:relation_tag, 4, :relation => relation)
-
- basic_authorization user.email, "test"
-
- with_relation(relation.id) do |rel|
- # alter one of the tags
- tag = rel.find("//osm/relation/tag").first
- tag["v"] = "some changed value"
- update_changeset(rel, changeset.id)
-
- # check that the downloaded tags are the same as the uploaded tags...
- new_version = with_update_diff(rel) do |new_rel|
- assert_tags_equal rel, new_rel
- end
-
- # check the original one in the current_* table again
- with_relation(relation.id) { |r| assert_tags_equal rel, r }
-
- # now check the version in the history
- with_relation(relation.id, new_version) { |r| assert_tags_equal rel, r }
- end
- end
-
- def test_update_wrong_id
- user = create(:user)
- changeset = create(:changeset, :user => user)
- relation = create(:relation)
- other_relation = create(:relation)
-
- basic_authorization user.email, "test"
- with_relation(relation.id) do |rel|
- update_changeset(rel, changeset.id)
- put :update, :params => { :id => other_relation.id }, :body => rel.to_s
- assert_response :bad_request
- end
- end
-
- # -------------------------------------
- # Test creating some invalid relations.
- # -------------------------------------
-
- def test_create_invalid
- user = create(:user)
- changeset = create(:changeset, :user => user)
-
- basic_authorization user.email, "test"
-
- # create a relation with non-existing node as member
- xml = "<osm><relation changeset='#{changeset.id}'>" \
- "<member type='node' ref='0'/><tag k='test' v='yes' />" \
- "</relation></osm>"
- put :create, :body => xml
- # expect failure
- assert_response :precondition_failed,
- "relation upload with invalid node did not return 'precondition failed'"
- assert_equal "Precondition failed: Relation with id cannot be saved due to Node with id 0", @response.body
- end
-
- # -------------------------------------
- # Test creating a relation, with some invalid XML
- # -------------------------------------
- def test_create_invalid_xml
- user = create(:user)
- changeset = create(:changeset, :user => user)
- node = create(:node)
-
- basic_authorization user.email, "test"
-
- # create some xml that should return an error
- xml = "<osm><relation changeset='#{changeset.id}'>" \
- "<member type='type' ref='#{node.id}' role=''/>" \
- "<tag k='tester' v='yep'/></relation></osm>"
- put :create, :body => xml
- # expect failure
- assert_response :bad_request
- assert_match(/Cannot parse valid relation from xml string/, @response.body)
- assert_match(/The type is not allowed only, /, @response.body)
- end
-
- # -------------------------------------
- # Test deleting relations.
- # -------------------------------------
-
- def test_delete
- private_user = create(:user, :data_public => false)
- private_user_closed_changeset = create(:changeset, :closed, :user => private_user)
- user = create(:user)
- closed_changeset = create(:changeset, :closed, :user => user)
- changeset = create(:changeset, :user => user)
- relation = create(:relation)
- used_relation = create(:relation)
- super_relation = create(:relation_member, :member => used_relation).relation
- deleted_relation = create(:relation, :deleted)
- multi_tag_relation = create(:relation)
- create_list(:relation_tag, 4, :relation => multi_tag_relation)
-
- ## First try to delete relation without auth
- delete :delete, :params => { :id => relation.id }
- assert_response :unauthorized
-
- ## Then try with the private user, to make sure that you get a forbidden
- basic_authorization private_user.email, "test"
-
- # this shouldn't work, as we should need the payload...
- delete :delete, :params => { :id => relation.id }
- assert_response :forbidden
-
- # try to delete without specifying a changeset
- xml = "<osm><relation id='#{relation.id}'/></osm>"
- delete :delete, :params => { :id => relation.id }, :body => xml.to_s
- assert_response :forbidden
-
- # try to delete with an invalid (closed) changeset
- xml = update_changeset(relation.to_xml,
- private_user_closed_changeset.id)
- delete :delete, :params => { :id => relation.id }, :body => xml.to_s
- assert_response :forbidden
-
- # try to delete with an invalid (non-existent) changeset
- xml = update_changeset(relation.to_xml, 0)
- delete :delete, :params => { :id => relation.id }, :body => xml.to_s
- assert_response :forbidden
-
- # this won't work because the relation is in-use by another relation
- xml = used_relation.to_xml
- delete :delete, :params => { :id => used_relation.id }, :body => xml.to_s
- assert_response :forbidden
-
- # this should work when we provide the appropriate payload...
- xml = relation.to_xml
- delete :delete, :params => { :id => relation.id }, :body => xml.to_s
- assert_response :forbidden
-
- # this won't work since the relation is already deleted
- xml = deleted_relation.to_xml
- delete :delete, :params => { :id => deleted_relation.id }, :body => xml.to_s
- assert_response :forbidden
-
- # this won't work since the relation never existed
- delete :delete, :params => { :id => 0 }
- assert_response :forbidden
-
- ## now set auth for the public user
- basic_authorization user.email, "test"
-
- # this shouldn't work, as we should need the payload...
- delete :delete, :params => { :id => relation.id }
- assert_response :bad_request
-
- # try to delete without specifying a changeset
- xml = "<osm><relation id='#{relation.id}' version='#{relation.version}' /></osm>"
- delete :delete, :params => { :id => relation.id }, :body => xml.to_s
- assert_response :bad_request
- assert_match(/Changeset id is missing/, @response.body)
-
- # try to delete with an invalid (closed) changeset
- xml = update_changeset(relation.to_xml,
- closed_changeset.id)
- delete :delete, :params => { :id => relation.id }, :body => xml.to_s
- assert_response :conflict
-
- # try to delete with an invalid (non-existent) changeset
- xml = update_changeset(relation.to_xml, 0)
- delete :delete, :params => { :id => relation.id }, :body => xml.to_s
- assert_response :conflict
-
- # this won't work because the relation is in a changeset owned by someone else
- xml = update_changeset(relation.to_xml, create(:changeset).id)
- delete :delete, :params => { :id => relation.id }, :body => xml.to_s
- assert_response :conflict,
- "shouldn't be able to delete a relation in a changeset owned by someone else (#{@response.body})"
-
- # this won't work because the relation in the payload is different to that passed
- xml = update_changeset(relation.to_xml, changeset.id)
- delete :delete, :params => { :id => create(:relation).id }, :body => xml.to_s
- assert_response :bad_request, "shouldn't be able to delete a relation when payload is different to the url"
-
- # this won't work because the relation is in-use by another relation
- xml = update_changeset(used_relation.to_xml, changeset.id)
- delete :delete, :params => { :id => used_relation.id }, :body => xml.to_s
- assert_response :precondition_failed,
- "shouldn't be able to delete a relation used in a relation (#{@response.body})"
- assert_equal "Precondition failed: The relation #{used_relation.id} is used in relation #{super_relation.id}.", @response.body
-
- # this should work when we provide the appropriate payload...
- xml = update_changeset(multi_tag_relation.to_xml, changeset.id)
- delete :delete, :params => { :id => multi_tag_relation.id }, :body => xml.to_s
- assert_response :success
-
- # valid delete should return the new version number, which should
- # be greater than the old version number
- assert @response.body.to_i > multi_tag_relation.version,
- "delete request should return a new version number for relation"
-
- # this won't work since the relation is already deleted
- xml = update_changeset(deleted_relation.to_xml, changeset.id)
- delete :delete, :params => { :id => deleted_relation.id }, :body => xml.to_s
- assert_response :gone
-
- # Public visible relation needs to be deleted
- xml = update_changeset(super_relation.to_xml, changeset.id)
- delete :delete, :params => { :id => super_relation.id }, :body => xml.to_s
- assert_response :success
-
- # this works now because the relation which was using this one
- # has been deleted.
- xml = update_changeset(used_relation.to_xml, changeset.id)
- delete :delete, :params => { :id => used_relation.id }, :body => xml.to_s
- assert_response :success,
- "should be able to delete a relation used in an old relation (#{@response.body})"
-
- # this won't work since the relation never existed
- delete :delete, :params => { :id => 0 }
- assert_response :not_found
- end
-
- ##
- # when a relation's tag is modified then it should put the bounding
- # box of all its members into the changeset.
- def test_tag_modify_bounding_box
- relation = create(:relation)
- node1 = create(:node, :lat => 3, :lon => 3)
- node2 = create(:node, :lat => 5, :lon => 5)
- way = create(:way)
- create(:way_node, :way => way, :node => node1)
- create(:relation_member, :relation => relation, :member => way)
- create(:relation_member, :relation => relation, :member => node2)
- # the relation contains nodes1 and node2 (node1
- # indirectly via the way), so the bbox should be [3,3,5,5].
- check_changeset_modify(BoundingBox.new(3, 3, 5, 5)) do |changeset_id|
- # add a tag to an existing relation
- relation_xml = relation.to_xml
- relation_element = relation_xml.find("//osm/relation").first
- new_tag = XML::Node.new("tag")
- new_tag["k"] = "some_new_tag"
- new_tag["v"] = "some_new_value"
- relation_element << new_tag
-
- # update changeset ID to point to new changeset
- update_changeset(relation_xml, changeset_id)
-
- # upload the change
- put :update, :params => { :id => relation.id }, :body => relation_xml.to_s
- assert_response :success, "can't update relation for tag/bbox test"
- end
end
- ##
- # add a member to a relation and check the bounding box is only that
- # element.
- def test_add_member_bounding_box
+ def test_show
relation = create(:relation)
- node1 = create(:node, :lat => 4, :lon => 4)
- node2 = create(:node, :lat => 7, :lon => 7)
- way1 = create(:way)
- create(:way_node, :way => way1, :node => create(:node, :lat => 8, :lon => 8))
- way2 = create(:way)
- create(:way_node, :way => way2, :node => create(:node, :lat => 9, :lon => 9), :sequence_id => 1)
- create(:way_node, :way => way2, :node => create(:node, :lat => 10, :lon => 10), :sequence_id => 2)
-
- [node1, node2, way1, way2].each do |element|
- bbox = element.bbox.to_unscaled
- 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)
-
- # upload the change
- put :update, :params => { :id => relation.id }, :body => relation_xml.to_s
- assert_response :success, "can't update relation for add #{element.class}/bbox test: #{@response.body}"
-
- # get it back and check the ordering
- get :read, :params => { :id => relation.id }
- assert_response :success, "can't read back the relation: #{@response.body}"
- check_ordering(relation_xml, @response.body)
- end
- end
- end
-
- ##
- # remove a member from a relation and check the bounding box is
- # only that element.
- def test_remove_member_bounding_box
- relation = create(:relation)
- node1 = create(:node, :lat => 3, :lon => 3)
- node2 = create(:node, :lat => 5, :lon => 5)
- create(:relation_member, :relation => relation, :member => node1)
- create(:relation_member, :relation => relation, :member => node2)
-
- check_changeset_modify(BoundingBox.new(5, 5, 5, 5)) do |changeset_id|
- # remove node 5 (5,5) from an existing relation
- relation_xml = relation.to_xml
- relation_xml
- .find("//osm/relation/member[@type='node'][@ref='#{node2.id}']")
- .first.remove!
-
- # update changeset ID to point to new changeset
- update_changeset(relation_xml, changeset_id)
-
- # upload the change
- put :update, :params => { :id => relation.id }, :body => relation_xml.to_s
- assert_response :success, "can't update relation for remove node/bbox test"
- end
- end
-
- ##
- # check that relations are ordered
- def test_relation_member_ordering
- user = create(:user)
- changeset = create(:changeset, :user => user)
- node1 = create(:node)
- node2 = create(:node)
- node3 = create(:node)
- way1 = create(:way_with_nodes, :nodes_count => 2)
- way2 = create(:way_with_nodes, :nodes_count => 2)
-
- basic_authorization user.email, "test"
-
- doc_str = <<OSM.strip_heredoc
- <osm>
- <relation changeset='#{changeset.id}'>
- <member ref='#{node1.id}' type='node' role='first'/>
- <member ref='#{node2.id}' type='node' role='second'/>
- <member ref='#{way1.id}' type='way' role='third'/>
- <member ref='#{way2.id}' type='way' role='fourth'/>
- </relation>
- </osm>
-OSM
- doc = XML::Parser.string(doc_str).parse
-
- put :create, :body => doc.to_s
- 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, :params => { :id => relation_id }
- assert_response :success, "can't read back the relation: #{@response.body}"
- check_ordering(doc, @response.body)
-
- # insert a member at the front
- new_member = XML::Node.new "member"
- new_member["ref"] = node3.id.to_s
- new_member["type"] = "node"
- new_member["role"] = "new first"
- doc.find("//osm/relation").first.child.prev = new_member
- # update the version, should be 1?
- doc.find("//osm/relation").first["id"] = relation_id.to_s
- doc.find("//osm/relation").first["version"] = 1.to_s
-
- # upload the next version of the relation
- put :update, :params => { :id => relation_id }, :body => doc.to_s
- assert_response :success, "can't update relation: #{@response.body}"
- assert_equal 2, @response.body.to_i
-
- # get it back again and check the ordering again
- get :read, :params => { :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(OldRelationsController.new) do
- get :version, :params => { :id => relation_id, :version => 2 }
- assert_response :success, "can't read back version 2 of the relation #{relation_id}"
- check_ordering(doc, @response.body)
+ sidebar_browse_check :relation_path, relation.id, "browse/feature"
+ assert_select "h4", /^Version/ do
+ assert_select "a[href='#{old_relation_path relation, 1}']", :text => "1", :count => 1
end
+ assert_select ".secondary-actions a[href='#{api_relation_path relation}']", :count => 1
+ assert_select ".secondary-actions a[href='#{relation_history_path relation}']", :count => 1
+ assert_select ".secondary-actions a[href='#{old_relation_path relation, 1}']", :count => 0
end
- ##
- # check that relations can contain duplicate members
- def test_relation_member_duplicates
- private_user = create(:user, :data_public => false)
- user = create(:user)
- changeset = create(:changeset, :user => user)
- node1 = create(:node)
- node2 = create(:node)
-
- doc_str = <<OSM.strip_heredoc
- <osm>
- <relation changeset='#{changeset.id}'>
- <member ref='#{node1.id}' type='node' role='forward'/>
- <member ref='#{node2.id}' type='node' role='forward'/>
- <member ref='#{node1.id}' type='node' role='forward'/>
- <member ref='#{node2.id}' type='node' role='forward'/>
- </relation>
- </osm>
-OSM
- doc = XML::Parser.string(doc_str).parse
-
- ## First try with the private user
- basic_authorization private_user.email, "test"
-
- put :create, :body => doc.to_s
- assert_response :forbidden
-
- ## Now try with the public user
- basic_authorization user.email, "test"
-
- put :create, :body => doc.to_s
- 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, :params => { :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
- user = create(:user)
- changeset = create(:changeset, :user => user)
- node1 = create(:node)
- node2 = create(:node)
- node3 = create(:node)
- node4 = create(:node)
-
- doc_str = <<OSM.strip_heredoc
- <osm>
- <relation changeset='#{changeset.id}'>
- <member ref='#{node1.id}' type='node' role='forward'/>
- <member ref='#{node4.id}' type='node' role='forward'/>
- <member ref='#{node3.id}' type='node' role='forward'/>
- <member ref='#{node2.id}' type='node' role='forward'/>
- </relation>
- </osm>
-OSM
- doc = XML::Parser.string(doc_str).parse
- basic_authorization user.email, "test"
-
- put :create, :body => doc.to_s
- assert_response :success, "can't create a relation: #{@response.body}"
- relation_id = @response.body.to_i
-
- # check the ordering in the current tables:
- get :read, :params => { :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(OldRelationsController.new) do
- get :version, :params => { :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
+ def test_show_multiple_versions
+ relation = create(:relation, :with_history, :version => 2)
+ sidebar_browse_check :relation_path, relation.id, "browse/feature"
+ assert_select ".secondary-actions a[href='#{relation_history_path relation}']", :count => 1
+ assert_select ".secondary-actions a[href='#{old_relation_path relation, 1}']", :count => 1
+ assert_select ".secondary-actions a[href='#{old_relation_path relation, 2}']", :count => 1
end
- ##
- # remove all the members from a relation. the result is pretty useless, but
- # still technically valid.
- def test_remove_all_members
+ def test_show_relation_member
+ member = create(:relation)
relation = create(:relation)
- node1 = create(:node, :lat => 3, :lon => 3)
- node2 = create(:node, :lat => 5, :lon => 5)
- way = create(:way)
- create(:way_node, :way => way, :node => node1)
- create(:relation_member, :relation => relation, :member => way)
- create(:relation_member, :relation => relation, :member => node2)
-
- check_changeset_modify(BoundingBox.new(3, 3, 5, 5)) do |changeset_id|
- relation_xml = relation.to_xml
- relation_xml
- .find("//osm/relation/member")
- .each(&:remove!)
-
- # update changeset ID to point to new changeset
- update_changeset(relation_xml, changeset_id)
-
- # upload the change
- put :update, :params => { :id => relation.id }, :body => relation_xml.to_s
- assert_response :success, "can't update relation for remove all members test"
- checkrelation = Relation.find(relation.id)
- assert_not_nil(checkrelation,
- "uploaded relation not found in database after upload")
- assert_equal(0, checkrelation.members.length,
- "relation contains members but they should have all been deleted")
- end
- end
-
- # ============================================================
- # utility functions
- # ============================================================
-
- ##
- # checks that the XML document and the string arguments have
- # members in the same order.
- def check_ordering(doc, xml)
- new_doc = XML::Parser.string(xml).parse
-
- doc_members = doc.find("//osm/relation/member").collect do |m|
- [m["ref"].to_i, m["type"].to_sym, m["role"]]
- end
-
- new_members = new_doc.find("//osm/relation/member").collect do |m|
- [m["ref"].to_i, m["type"].to_sym, m["role"]]
- end
-
- doc_members.zip(new_members).each do |d, n|
- assert_equal d, n, "members are not equal - ordering is wrong? (#{doc}, #{xml})"
- end
- end
-
- ##
- # create a changeset and yield to the caller to set it up, then assert
- # that the changeset bounding box is +bbox+.
- def check_changeset_modify(bbox)
- ## First test with the private user to check that you get a forbidden
- basic_authorization create(:user, :data_public => false).email, "test"
-
- # create a new changeset for this operation, so we are assured
- # that the bounding box will be newly-generated.
- changeset_id = with_controller(ChangesetsController.new) do
- xml = "<osm><changeset/></osm>"
- put :create, :body => xml
- assert_response :forbidden, "shouldn't be able to create changeset for modify test, as should get forbidden"
- end
-
- ## Now do the whole thing with the public user
- basic_authorization create(:user).email, "test"
-
- # create a new changeset for this operation, so we are assured
- # that the bounding box will be newly-generated.
- changeset_id = with_controller(ChangesetsController.new) do
- xml = "<osm><changeset/></osm>"
- put :create, :body => xml
- assert_response :success, "couldn't create changeset for modify test"
- @response.body.to_i
- end
-
- # go back to the block to do the actual modifies
- yield changeset_id
-
- # now download the changeset to check its bounding box
- with_controller(ChangesetsController.new) do
- get :read, :params => { :id => changeset_id }
- assert_response :success, "can't re-read changeset for modify test"
- 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='#{format('%.7f', bbox.min_lon)}']", 1, "Changeset min_lon wrong in #{@response.body}"
- assert_select "osm>changeset[min_lat='#{format('%.7f', bbox.min_lat)}']", 1, "Changeset min_lat wrong in #{@response.body}"
- assert_select "osm>changeset[max_lon='#{format('%.7f', bbox.max_lon)}']", 1, "Changeset max_lon wrong in #{@response.body}"
- assert_select "osm>changeset[max_lat='#{format('%.7f', bbox.max_lat)}']", 1, "Changeset max_lat wrong in #{@response.body}"
- end
- end
-
- ##
- # yields the relation with the given +id+ (and optional +version+
- # to read from the history tables) into the block. the parsed XML
- # doc is returned.
- def with_relation(id, ver = nil)
- if ver.nil?
- get :read, :params => { :id => id }
- else
- with_controller(OldRelationsController.new) do
- get :version, :params => { :id => id, :version => ver }
- end
- end
- assert_response :success
- yield xml_parse(@response.body)
- end
-
- ##
- # updates the relation (XML) +rel+ and
- # yields the new version of that relation into the block.
- # the parsed XML doc is retured.
- def with_update(rel)
- rel_id = rel.find("//osm/relation").first["id"].to_i
- put :update, :params => { :id => rel_id }, :body => rel.to_s
- assert_response :success, "can't update relation: #{@response.body}"
- version = @response.body.to_i
-
- # now get the new version
- get :read, :params => { :id => rel_id }
- assert_response :success
- new_rel = xml_parse(@response.body)
-
- yield new_rel
-
- version
- end
-
- ##
- # updates the relation (XML) +rel+ via the diff-upload API and
- # yields the new version of that relation into the block.
- # the parsed XML doc is retured.
- def with_update_diff(rel)
- rel_id = rel.find("//osm/relation").first["id"].to_i
- cs_id = rel.find("//osm/relation").first["changeset"].to_i
- version = nil
-
- with_controller(ChangesetsController.new) do
- doc = OSM::API.new.get_xml_doc
- change = XML::Node.new "osmChange"
- doc.root = change
- modify = XML::Node.new "modify"
- change << modify
- modify << doc.import(rel.find("//osm/relation").first)
-
- post :upload, :params => { :id => cs_id }, :body => doc.to_s
- assert_response :success, "can't upload diff relation: #{@response.body}"
- version = xml_parse(@response.body).find("//diffResult/relation").first["new_version"].to_i
- end
-
- # now get the new version
- get :read, :params => { :id => rel_id }
- assert_response :success
- new_rel = xml_parse(@response.body)
-
- yield new_rel
-
- version
- end
-
- ##
- # returns a k->v hash of tags from an xml doc
- def get_tags_as_hash(a)
- a.find("//osm/relation/tag").sort_by { |v| v["k"] }.each_with_object({}) do |v, h|
- h[v["k"]] = v["v"]
- end
- end
-
- ##
- # assert that all tags on relation documents +a+ and +b+
- # are equal
- def assert_tags_equal(a, b)
- # turn the XML doc into tags hashes
- a_tags = get_tags_as_hash(a)
- b_tags = get_tags_as_hash(b)
-
- assert_equal a_tags.keys, b_tags.keys, "Tag keys should be identical."
- a_tags.each do |k, v|
- assert_equal v, b_tags[k],
- "Tags which were not altered should be the same. " \
- "#{a_tags.inspect} != #{b_tags.inspect}"
- end
- end
-
- ##
- # update the changeset_id of a node element
- def update_changeset(xml, changeset_id)
- xml_attr_rewrite(xml, "changeset", changeset_id)
- end
-
- ##
- # update an attribute in the node element
- def xml_attr_rewrite(xml, name, value)
- xml.find("//osm/relation").first[name] = value.to_s
- xml
- end
-
- ##
- # parse some xml
- def xml_parse(xml)
- parser = XML::Parser.string(xml)
- parser.parse
+ create(:relation_member, :relation => relation, :member => member)
+ sidebar_browse_check :relation_path, member.id, "browse/feature"
+ assert_select "a[href='#{relation_path relation}']", :count => 1
end
end
projects / rails.git / blobdiff