ENV["RAILS_ENV"] = "test"
-require File.expand_path(File.dirname(__FILE__) + "/../config/environment")
-require 'test_help'
+require File.expand_path('../../config/environment', __FILE__)
+require 'rails/test_help'
load 'composite_primary_keys/fixtures.rb'
-class Test::Unit::TestCase
- # Transactional fixtures accelerate your tests by wrapping each test method
- # in a transaction that's rolled back on completion. This ensures that the
- # test database remains unchanged so your fixtures don't have to be reloaded
- # between every test method. Fewer database queries means faster tests.
- #
- # Read Mike Clark's excellent walkthrough at
- # http://clarkware.com/cgi/blosxom/2005/10/24#Rails10FastTesting
- #
- # Every Active Record database supports transactions except MyISAM tables
- # in MySQL. Turn off transactional fixtures in this case; however, if you
- # don't care one way or the other, switching from MyISAM to InnoDB tables
- # is recommended.
- self.use_transactional_fixtures = false
-
- # Instantiated fixtures are slow, but give you @david where otherwise you
- # would need people(:david). If you don't want to migrate your existing
- # test cases which use the @david style and don't mind the speed hit (each
- # instantiated fixtures translates to a database query per test method),
- # then set this back to true.
- self.use_instantiated_fixtures = false
-
-
+class ActiveSupport::TestCase
# Load standard fixtures needed to test API methods
def self.api_fixtures
#print "setting up the api_fixtures"
- fixtures :users, :changesets, :changeset_tags
+ fixtures :users, :user_roles, :changesets, :changeset_tags
fixtures :current_nodes, :nodes
set_fixture_class :current_nodes => 'Node'
set_fixture_class :gpx_files => 'Trace'
set_fixture_class :gps_points => 'Tracepoint'
set_fixture_class :gpx_file_tags => 'Tracetag'
+
+ fixtures :client_applications
+
+ fixtures :redactions
end
##
@request.env["HTTP_AUTHORIZATION"] = "Basic %s" % Base64.encode64("#{user}:#{pass}")
end
+ def error_format(format)
+ @request.env["HTTP_X_ERROR_FORMAT"] = format
+ end
+
def content(c)
@request.env["RAW_POST_DATA"] = c.to_s
end
- def set_locale(l)
- @request.env["HTTP_ACCEPT_LANGUAGE"] = l.to_s
- end
-
# Used to check that the error header and the forbidden responses are given
# when the owner of the changset has their data not marked as public
def assert_require_public_data(msg = "Shouldn't be able to use API when the user's data is not public")
#assert_equal @response.headers['Error'], ""
end
+ def assert_no_missing_translations(msg="")
+ assert_select "span[class=translation_missing]", false, "Missing translation #{msg}"
+ end
+
+ # Set things up for OpenID testing
+ def openid_setup
+ begin
+ # Test if the ROTS (Ruby OpenID Test Server) is already running
+ rots_response = Net::HTTP.get_response(URI.parse("http://localhost:1123/"))
+ rescue
+ # It isn't, so start a new instance.
+ rots = IO.popen("#{Rails.root}/vendor/gems/rots-0.2.1/bin/rots --silent")
+
+ # Wait for up to 30 seconds for the server to start and respond before continuing
+ for i in (1 .. 30)
+ begin
+ sleep 1
+ rots_response = Net::HTTP.get_response(URI.parse("http://localhost:1123/"))
+ # If the rescue block doesn't fire, ROTS is up and running and we can continue
+ break
+ rescue
+ # If the connection failed, do nothing and repeat the loop
+ end
+ end
+
+ # Arrange to kill the process when we exit - note that we need
+ # to kill it really har due to a bug in ROTS
+ Kernel.at_exit do
+ Process.kill("KILL", rots.pid)
+ end
+ end
+ end
+
+ def openid_request(openid_request_uri)
+ openid_response = Net::HTTP.get_response(URI.parse(openid_request_uri))
+ openid_response_uri = URI(openid_response['Location'])
+ openid_response_qs = Rack::Utils.parse_query(openid_response_uri.query)
+
+ return openid_response_qs
+ end
+
+
# Add more helper methods to be used by all tests here...
end