openstreetmap-website/test/functional/way_controller_test.rb
2008-10-28 15:01:17 +00:00

324 lines
11 KiB
Ruby
Raw Blame History

require File.dirname(__FILE__) + '/../test_helper'
require 'way_controller'
class WayControllerTest < ActionController::TestCase
api_fixtures
def basic_authorization(user, pass)
@request.env["HTTP_AUTHORIZATION"] = "Basic %s" % Base64.encode64("#{user}:#{pass}")
end
def content(c)
@request.env["RAW_POST_DATA"] = c.to_s
end
# -------------------------------------
# Test reading ways.
# -------------------------------------
def test_read
# check that a visible way is returned properly
get :read, :id => current_ways(:visible_way).id
assert_response :success
# check that an invisible way is not returned
get :read, :id => current_ways(:invisible_way).id
assert_response :gone
# check chat a non-existent way is not returned
get :read, :id => 0
assert_response :not_found
end
##
# check the "full" mode
def test_full
Way.find(:all).each do |way|
get :full, :id => way.id
# full call should say "gone" for non-visible ways...
unless way.visible
assert_response :gone
next
end
# otherwise it should say success
assert_response :success
# Check the way is correctly returned
assert_select "osm way[id=#{way.id}][version=#{way.version}][visible=#{way.visible}]", 1
# check that each node in the way appears once in the output as a
# reference and as the node element. note the slightly dodgy assumption
# that nodes appear only once. this is currently the case with the
# fixtures, but it doesn't have to be.
way.nodes.each do |n|
assert_select "osm way nd[ref=#{n.id}]", 1
assert_select "osm node[id=#{n.id}][version=#{n.version}][lat=#{n.lat}][lon=#{n.lon}]", 1
end
end
end
# -------------------------------------
# Test simple way creation.
# -------------------------------------
def test_create
nid1 = current_nodes(:used_node_1).id
nid2 = current_nodes(:used_node_2).id
basic_authorization "test@openstreetmap.org", "test"
# use the first user's open changeset
changeset_id = changesets(:normal_user_first_change).id
# create a way with pre-existing nodes
content "<osm><way changeset='#{changeset_id}'>" +
"<nd ref='#{nid1}'/><nd ref='#{nid2}'/>" +
"<tag k='test' v='yes' /></way></osm>"
put :create
# hope for success
assert_response :success,
"way upload did not return success status"
# read id of created way and search for it
wayid = @response.body
checkway = Way.find(wayid)
assert_not_nil checkway,
"uploaded way not found in data base after upload"
# compare values
assert_equal checkway.nds.length, 2,
"saved way does not contain exactly one node"
assert_equal checkway.nds[0], nid1,
"saved way does not contain the right node on pos 0"
assert_equal checkway.nds[1], nid2,
"saved way does not contain the right node on pos 1"
assert_equal checkway.changeset_id, changeset_id,
"saved way does not belong to the correct changeset"
assert_equal users(:normal_user).id, checkway.changeset.user_id,
"saved way does not belong to user that created it"
assert_equal true, checkway.visible,
"saved way is not visible"
end
# -------------------------------------
# Test creating some invalid ways.
# -------------------------------------
def test_create_invalid
basic_authorization "test@openstreetmap.org", "test"
# use the first user's open changeset
open_changeset_id = changesets(:normal_user_first_change).id
closed_changeset_id = changesets(:normal_user_closed_change).id
nid1 = current_nodes(:used_node_1).id
# create a way with non-existing node
content "<osm><way changeset='#{open_changeset_id}'>" +
"<nd ref='0'/><tag k='test' v='yes' /></way></osm>"
put :create
# expect failure
assert_response :precondition_failed,
"way upload with invalid node did not return 'precondition failed'"
# create a way with no nodes
content "<osm><way changeset='#{open_changeset_id}'>" +
"<tag k='test' v='yes' /></way></osm>"
put :create
# expect failure
assert_response :precondition_failed,
"way upload with no node did not return 'precondition failed'"
# create a way inside a closed changeset
content "<osm><way changeset='#{closed_changeset_id}'>" +
"<nd ref='#{nid1}'/></way></osm>"
put :create
# expect failure
assert_response :conflict,
"way upload to closed changeset did not return 'conflict'"
end
# -------------------------------------
# Test deleting ways.
# -------------------------------------
def test_delete
# first try to delete way without auth
delete :delete, :id => current_ways(:visible_way).id
assert_response :unauthorized
# now set auth
basic_authorization("test@openstreetmap.org", "test");
# this shouldn't work as with the 0.6 api we need pay load to delete
delete :delete, :id => current_ways(:visible_way).id
assert_response :bad_request
# Now try without having a changeset
content "<osm><way id='#{current_ways(:visible_way).id}'></osm>"
delete :delete, :id => current_ways(:visible_way).id
assert_response :bad_request
# try to delete with an invalid (closed) changeset
content update_changeset(current_ways(:visible_way).to_xml,
changesets(:normal_user_closed_change).id)
delete :delete, :id => current_ways(:visible_way).id
assert_response :conflict
# try to delete with an invalid (non-existent) changeset
content update_changeset(current_ways(:visible_way).to_xml,0)
delete :delete, :id => current_ways(:visible_way).id
assert_response :conflict
# Now try with a valid changeset
content current_ways(:visible_way).to_xml
delete :delete, :id => current_ways(:visible_way).id
assert_response :success
# check the returned value - should be the new version number
# valid delete should return the new version number, which should
# be greater than the old version number
assert @response.body.to_i > current_ways(:visible_way).version,
"delete request should return a new version number for way"
# this won't work since the way is already deleted
content current_ways(:invisible_way).to_xml
delete :delete, :id => current_ways(:invisible_way).id
assert_response :gone
# this shouldn't work as the way is used in a relation
content current_ways(:used_way).to_xml
delete :delete, :id => current_ways(:used_way).id
assert_response :precondition_failed,
"shouldn't be able to delete a way used in a relation (#{@response.body})"
# this won't work since the way never existed
delete :delete, :id => 0
assert_response :not_found
end
# ------------------------------------------------------------
# test tags handling
# ------------------------------------------------------------
##
# Try adding a duplicate of an existing tag to a way
def test_add_duplicate_tags
# setup auth
basic_authorization(users(:normal_user).email, "test")
# add an identical tag to the way
tag_xml = XML::Node.new("tag")
tag_xml['k'] = current_way_tags(:t1).k
tag_xml['v'] = current_way_tags(:t1).v
# add the tag into the existing xml
way_xml = current_ways(:visible_way).to_xml
way_xml.find("//osm/way").first << tag_xml
# try and upload it
content way_xml
put :update, :id => current_ways(:visible_way).id
assert_response :bad_request,
"adding a duplicate tag to a way should fail with 'bad request'"
end
##
# Try adding a new duplicate tags to a way
def test_new_duplicate_tags
# setup auth
basic_authorization(users(:normal_user).email, "test")
# create duplicate tag
tag_xml = XML::Node.new("tag")
tag_xml['k'] = "i_am_a_duplicate"
tag_xml['v'] = "foobar"
# add the tag into the existing xml
way_xml = current_ways(:visible_way).to_xml
# add two copies of the tag
way_xml.find("//osm/way").first << tag_xml.copy(true) << tag_xml
# try and upload it
content way_xml
put :update, :id => current_ways(:visible_way).id
assert_response :bad_request,
"adding new duplicate tags to a way should fail with 'bad request'"
end
##
# Try adding a new duplicate tags to a way.
# But be a bit subtle - use unicode decoding ambiguities to use different
# binary strings which have the same decoding.
#
# NOTE: I'm not sure this test is working correctly, as a lot of the tag
# keys seem to come out as "addr<64><72>housenumber". It might be something to
# do with Ruby's unicode handling...?
def test_invalid_duplicate_tags
# setup auth
basic_authorization(users(:normal_user).email, "test")
# add the tag into the existing xml
way_str = "<osm><way changeset='1'>"
way_str << "<tag k='addr:housenumber' v='1'/>"
# all of these keys have the same unicode decoding, but are binary
# not equal. libxml should make these identical as it decodes the
# XML document...
[ "addr\xc0\xbahousenumber",
"addr\xe0\x80\xbahousenumber",
"addr\xf0\x80\x80\xbahousenumber" ].each do |key|
# copy the XML doc to add the tags
way_str_copy = way_str.clone
# add all new tags to the way
way_str_copy << "<tag k='" << key << "' v='1'/>"
way_str_copy << "</way></osm>";
# try and upload it
content way_str_copy
put :create
assert_response :bad_request,
"adding new duplicate tags to a way should fail with 'bad request'"
end
end
##
# test that a call to ways_for_node returns all ways that contain the node
# and none that don't.
def test_ways_for_node
# in current fixtures ways 1 and 3 all use node 3. ways 2 and 4
# *used* to use it but doesn't.
get :ways_for_node, :id => current_nodes(:used_node_1).id
assert_response :success
ways_xml = XML::Parser.string(@response.body).parse
assert_not_nil ways_xml, "failed to parse ways_for_node response"
# check that the set of IDs match expectations
expected_way_ids = [ current_ways(:visible_way).id,
current_ways(:used_way).id
]
found_way_ids = ways_xml.find("//osm/way").collect { |w| w["id"].to_i }
assert_equal expected_way_ids, found_way_ids,
"expected ways for node #{current_nodes(:used_node_1).id} did not match found"
# check the full ways to ensure we're not missing anything
expected_way_ids.each do |id|
way_xml = ways_xml.find("//osm/way[@id=#{id}]").first
assert_ways_are_equal(Way.find(id),
Way.from_xml_node(way_xml))
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/way").first[name] = value.to_s
return xml
end
end