def test_gdpXMLGenerator(self):
# Define test environment variables (they are forom production GDP; no actual web calls will be made)
upload_URL = "http://cida.usgs.gov/gdp/geoserver"
filename = "CIDA_TEST_"
# Read in encoded shapefile data from associated test encode file.
# This is how it's done in full pyGDP so we'll do the same thing here
testfile = os.path.join(os.getcwd(), "testEncodeData.txt")
encodeData = open(testfile, "r")
filedata = encodeData.read()
encodeData.close()
# Instantiate an XMLGenerator object and create the xml.etree_Element upload object
xmlGen = gdpXMLGenerator()
testXML = xmlGen.getUploadXMLtree(filename, upload_URL, filedata)
# Assert that the new XML is equal to same XML under working pyGDP conditions
assert_equal(len(etree.tostring(testXML)), 6217)
def test_gdpXMLGenerator(self):
#Define test environment variables (they are forom production GDP; no actual web calls will be made)
upload_URL = 'http://cida.usgs.gov/gdp/geoserver'
filename = 'CIDA_TEST_'
#Read in encoded shapefile data from associated test encode file.
#This is how it's done in full pyGDP so we'll do the same thing here
testfile = os.path.join(os.getcwd(), 'testEncodeData.txt')
encodeData = open(testfile, 'r')
filedata =encodeData.read()
encodeData.close()
#Instantiate an XMLGenerator object and create the xml.etree_Element upload object
xmlGen = gdpXMLGenerator()
testXML = xmlGen.getUploadXMLtree(filename, upload_URL, filedata)
#Assert that the new XML is equal to same XML under working pyGDP conditions
assert_equal(len(etree.tostring(testXML)), 6217)
def upload_xml_tree(step):
xml_gen = gdpXMLGenerator()
world.test_xml = xml_gen.getUploadXMLtree(world.filename, world.upload_URL, world.file_data)
def upload_xml_tree(step):
xml_gen = gdpXMLGenerator()
world.test_xml = xml_gen.getUploadXMLtree(world.filename, world.upload_URL,
world.file_data)