require "test_helper"
class NodeTest < ActiveSupport::TestCase
- api_fixtures
-
- def test_node_count
- assert_equal 19, Node.count
- end
-
def test_node_too_far_north
- invalid_node_test(:node_too_far_north)
+ node = build(:node, :latitude => 90.01 * OldNode::SCALE)
+ assert_equal false, node.valid?
end
def test_node_north_limit
- valid_node_test(:node_north_limit)
+ node = build(:node, :latitude => 90 * OldNode::SCALE)
+ assert node.valid?
end
def test_node_too_far_south
- invalid_node_test(:node_too_far_south)
+ node = build(:node, :latitude => -90.01 * OldNode::SCALE)
+ assert_equal false, node.valid?
end
def test_node_south_limit
- valid_node_test(:node_south_limit)
+ node = build(:node, :latitude => -90 * OldNode::SCALE)
+ assert node.valid?
end
def test_node_too_far_west
- invalid_node_test(:node_too_far_west)
+ node = build(:node, :longitude => -180.01 * OldNode::SCALE)
+ assert_equal false, node.valid?
end
def test_node_west_limit
- valid_node_test(:node_west_limit)
+ node = build(:node, :longitude => -180 * OldNode::SCALE)
+ assert node.valid?
end
def test_node_too_far_east
- invalid_node_test(:node_too_far_east)
+ node = build(:node, :longitude => 180.01 * OldNode::SCALE)
+ assert_equal false, node.valid?
end
def test_node_east_limit
- valid_node_test(:node_east_limit)
+ node = build(:node, :longitude => 180 * OldNode::SCALE)
+ assert node.valid?
end
def test_totally_wrong
- invalid_node_test(:node_totally_wrong)
+ node = build(:node, :latitude => 200 * OldNode::SCALE, :longitude => 200 * OldNode::SCALE)
+ assert_equal false, node.valid?
end
- # This helper method will check to make sure that a node is within the world, and
- # has the the same lat, lon and timestamp than what was put into the db by
- # the fixture
- def valid_node_test(nod)
- node = current_nodes(nod)
- dbnode = Node.find(node.id)
- assert_equal dbnode.lat, node.latitude.to_f / Node::SCALE
- assert_equal dbnode.lon, node.longitude.to_f / Node::SCALE
- assert_equal dbnode.changeset_id, node.changeset_id
- assert_equal dbnode.timestamp, node.timestamp
- assert_equal dbnode.version, node.version
- assert_equal dbnode.visible, node.visible
- # assert_equal node.tile, QuadTile.tile_for_point(node.lat, node.lon)
- assert node.valid?
+ def test_lat_lon
+ node = build(:node, :latitude => 12.345 * OldNode::SCALE, :longitude => 34.567 * OldNode::SCALE)
+
+ assert_in_delta 12.345, node.lat, 0.0000001
+ assert_in_delta 34.567, node.lon, 0.0000001
+
+ node.lat = 54.321
+ node.lon = 76.543
+
+ assert_in_delta 54.321 * OldNode::SCALE, node.latitude, 0.000001
+ assert_in_delta 76.543 * OldNode::SCALE, node.longitude, 0.000001
end
- # This helper method will check to make sure that a node is outwith the world,
- # and has the same lat, lon and timesamp than what was put into the db by the
- # fixture
- def invalid_node_test(nod)
- node = current_nodes(nod)
- dbnode = Node.find(node.id)
- assert_equal dbnode.lat, node.latitude.to_f / Node::SCALE
- assert_equal dbnode.lon, node.longitude.to_f / Node::SCALE
- assert_equal dbnode.changeset_id, node.changeset_id
- assert_equal dbnode.timestamp, node.timestamp
- assert_equal dbnode.version, node.version
- assert_equal dbnode.visible, node.visible
- # assert_equal node.tile, QuadTile.tile_for_point(node.lat, node.lon)
- assert_equal false, dbnode.valid?
+ # Ensure the lat/lon is formatted as a decimal e.g. not 4.0e-05
+ def test_lat_lon_xml_format
+ node = build(:node, :latitude => 0.00004 * OldNode::SCALE, :longitude => 0.00008 * OldNode::SCALE)
+
+ assert_match /lat="0.0000400"/, node.to_xml.to_s
+ assert_match /lon="0.0000800"/, node.to_xml.to_s
end
# Check that you can create a node and store it
def test_create
+ changeset = create(:changeset)
node_template = Node.new(
:latitude => 12.3456,
:longitude => 65.4321,
- :changeset_id => changesets(:normal_user_first_change).id,
+ :changeset_id => changeset.id,
:visible => 1,
:version => 1
)
- assert node_template.create_with_history(users(:normal_user))
+ assert node_template.create_with_history(changeset.user)
node = Node.find(node_template.id)
assert_not_nil node
end
def test_update
- node_template = Node.find(current_nodes(:visible_node).id)
- assert_not_nil node_template
+ node = create(:node)
+ create(:old_node, :node_id => node.id, :version => 1)
+ node_template = Node.find(node.id)
+ assert_not_nil node_template
assert_equal OldNode.where(:node_id => node_template.id).count, 1
- node = Node.find(node_template.id)
assert_not_nil node
node_template.latitude = 12.3456
node_template.longitude = 65.4321
# node_template.tags = "updated=yes"
- assert node.update_from(node_template, users(:normal_user))
+ assert node.update_from(node_template, node.changeset.user)
node = Node.find(node_template.id)
assert_not_nil node
end
def test_delete
- node_template = Node.find(current_nodes(:visible_node).id)
- assert_not_nil node_template
+ node = create(:node)
+ create(:old_node, :node_id => node.id, :version => 1)
+ node_template = Node.find(node.id)
+ assert_not_nil node_template
assert_equal OldNode.where(:node_id => node_template.id).count, 1
- node = Node.find(node_template.id)
assert_not_nil node
- assert node.delete_with_history!(node_template, users(:normal_user))
+ assert node.delete_with_history!(node_template, node.changeset.user)
node = Node.find(node_template.id)
assert_not_nil node
version = 1
noid = "<osm><node lat='#{lat}' lon='#{lon}' changeset='#{changeset}' version='#{version}' /></osm>"
# First try a create which doesn't need the id
- assert_nothing_raised(OSM::APIBadXMLError) do
+ assert_nothing_raised do
Node.from_xml(noid, true)
end
# Now try an update with no id, and make sure that it gives the appropriate exception
def test_from_xml_no_version
no_version = "<osm><node id='123' lat='23' lon='23' changeset='23' /></osm>"
- assert_nothing_raised(OSM::APIBadXMLError) do
+ assert_nothing_raised do
Node.from_xml(no_version, true)
end
message_update = assert_raise(OSM::APIBadXMLError) do
id_list = ["", "0", "00", "0.0", "a"]
id_list.each do |id|
zero_id = "<osm><node id='#{id}' lat='12.3' lon='12.3' changeset='33' version='23' /></osm>"
- assert_nothing_raised(OSM::APIBadUserInput) do
+ assert_nothing_raised do
Node.from_xml(zero_id, true)
end
message_update = assert_raise(OSM::APIBadUserInput) do
end
def test_node_tags
- node = current_nodes(:node_with_versions)
+ node = create(:node)
taglist = create_list(:node_tag, 2, :node => node)
tags = Node.find(node.id).node_tags.order(:k)
assert_equal taglist.count, tags.count
end
def test_tags
- node = current_nodes(:node_with_versions)
+ node = create(:node)
taglist = create_list(:node_tag, 2, :node => node)
tags = Node.find(node.id).tags
assert_equal taglist.count, tags.count
end
def test_containing_relation_members
- node = current_nodes(:node_used_by_relationship)
+ node = create(:node)
+ relation_member1 = create(:relation_member, :member => node)
+ relation_member2 = create(:relation_member, :member => node)
+ relation_member3 = create(:relation_member, :member => node)
crm = Node.find(node.id).containing_relation_members.order(:relation_id)
# assert_equal 3, crm.size
- assert_equal 1, crm.first.relation_id
+ assert_equal relation_member1.relation_id, crm.first.relation_id
assert_equal "Node", crm.first.member_type
assert_equal node.id, crm.first.member_id
- assert_equal 1, crm.first.relation.id
- assert_equal 2, crm.second.relation_id
+ assert_equal relation_member1.relation_id, crm.first.relation.id
+ assert_equal relation_member2.relation_id, crm.second.relation_id
assert_equal "Node", crm.second.member_type
assert_equal node.id, crm.second.member_id
- assert_equal 2, crm.second.relation.id
- assert_equal 3, crm.third.relation_id
+ assert_equal relation_member2.relation_id, crm.second.relation.id
+ assert_equal relation_member3.relation_id, crm.third.relation_id
assert_equal "Node", crm.third.member_type
assert_equal node.id, crm.third.member_id
- assert_equal 3, crm.third.relation.id
+ assert_equal relation_member3.relation_id, crm.third.relation.id
end
def test_containing_relations
- node = current_nodes(:node_used_by_relationship)
+ node = create(:node)
+ relation_member1 = create(:relation_member, :member => node)
+ relation_member2 = create(:relation_member, :member => node)
+ relation_member3 = create(:relation_member, :member => node)
cr = Node.find(node.id).containing_relations.order(:id)
+
assert_equal 3, cr.size
- assert_equal 1, cr.first.id
- assert_equal 2, cr.second.id
- assert_equal 3, cr.third.id
+ assert_equal relation_member1.relation.id, cr.first.id
+ assert_equal relation_member2.relation.id, cr.second.id
+ assert_equal relation_member3.relation.id, cr.third.id
end
end
projects / rails.git / blobdiff