def setUp(self):
dao = TestDao()
self.wof_inst = WOF(dao, TEST_CONFIG_FILE)
waterml_schema_path = os.path.join(os.path.dirname(__file__),
'cuahsiTimeSeries_v1_0.xsd')
waterml_schema_doc = etree.parse(waterml_schema_path)
self.waterml_schema = etree.XMLSchema(waterml_schema_doc)
def setUp(self):
dao = TestDao()
self.wof_inst = WOF(dao, TEST_CONFIG_FILE)
waterml_schema_path = os.path.join(os.path.dirname(__file__),
'cuahsiTimeSeries_v1_0.xsd')
waterml_schema_doc = etree.parse(waterml_schema_path)
self.waterml_schema = etree.XMLSchema(waterml_schema_doc)
def setUp(self):
dao = TestDao()
testConfig = os.path.join(os.path.dirname(__file__), TEST_CONFIG_FILE)
self.wof_inst = WOF(dao, testConfig)
if not os.path.exists(
os.path.join(os.path.abspath(os.path.curdir),
'watermlcvs.json')):
wof.vocabularies.update_watermlcvs()
waterml_schema_path = os.path.join(os.path.dirname(__file__),
'cuahsiTimeSeries_v1_1.xsd')
waterml_schema_doc = etree.parse(waterml_schema_path)
self.waterml_schema = etree.XMLSchema(waterml_schema_doc)
database_connection_string = 'mssql+pyodbc://odm_user2:water123@JAMTAY-PC\SQLEXPRESS/LittleBear11'
2. Example for SQLite
swis_connection_string = 'sqlite:///C:/PythonSandbox/WOFpy_Sandbox/WOFpy/examples/swis/swis2.db'
You can use relative paths too, e.g. if you are calling the above database from the same directory,
the connection string can just be:
swis_connection_string = 'sqlite:///swis2.db'
'''
LCM_connection_string = 'sqlite:///LCM_Data/LCM.db'
dao = LCMDao(LCM_connection_string,'LCM_config.cfg')
LCM_wof = WOF(dao)
LCM_wof.config_from_file('LCM_config.cfg')
app = create_app(LCM_wof)
app.config.from_object(config.DevConfig)
ODMWOFService = create_wof_service_class(LCM_wof)
soap_app = soaplib.core.Application(services=[ODMWOFService],
tns='http://www.cuahsi.org/his/1.0/ws/',
name='WaterOneFlow')
soap_wsgi_app = soaplib.core.server.wsgi.Application(soap_app)
app.wsgi_app = DispatcherMiddleware(app.wsgi_app, {
'/soap/wateroneflow': soap_wsgi_app,
from wof import WOF
from wof.soap import create_wof_service_class
from wof.flask import config, create_app
from examples.swis.swis_dao import SwisDao
from examples.barebones.LCM_dao import LCMDao
logging.basicConfig(level=logging.DEBUG)
swis_dao = SwisDao('swis/swis_config.cfg',
database_uri='sqlite:///swis/swis2.db')
lcm_dao = LCMDao('sqlite:///barebones/LCM_Data/LCM.db',
'barebones/LCM_config.cfg')
swis_wof = WOF(swis_dao)
swis_wof.config_from_file('swis/swis_config.cfg')
lcm_wof = WOF(lcm_dao)
lcm_wof.config_from_file('barebones/LCM_config.cfg')
#Create the Flask applications
swis_flask_app = create_app(swis_wof)
lcm_flask_app = create_app(lcm_wof)
#Create the soaplib classes
SWISWOFService = create_wof_service_class(swis_wof)
LCMWOFService = create_wof_service_class(lcm_wof)
#Create the soaplib applications
swis_soap_app = soaplib.core.Application(services=[SWISWOFService],
tns='http://www.cuahsi.org/his/1.0/ws/',
class TestWOF(unittest.TestCase):
"""
Tests wof response generation methods for validation against
the WaterML 1.0 schema.
"""
def setUp(self):
dao = TestDao()
self.wof_inst = WOF(dao, TEST_CONFIG_FILE)
waterml_schema_path = os.path.join(os.path.dirname(__file__),
'cuahsiTimeSeries_v1_0.xsd')
waterml_schema_doc = etree.parse(waterml_schema_path)
self.waterml_schema = etree.XMLSchema(waterml_schema_doc)
def response_to_StringIO(self, response, root_name):
"""
Converts WOF method response to StringIO object.
"""
response_output = StringIO.StringIO()
response.export(response_output,
0,
name_=root_name,
namespacedef_=NSDEF)
response_output.seek(0)
return response_output
def save_response(self, response, filename, root_name):
f = open(filename, 'w')
response.export(f, 0, name_=root_name, namespacedef_=NSDEF)
f.close()
def compare_output_to_known_xml(self, response_stringIO,
known_xml_filename):
"""
Make sure response output is as expected. This tests that a
response contains the same XML as in the known XML file.
"""
known_file_path = os.path.join(os.path.dirname(__file__), TEST_XML_DIR,
known_xml_filename)
# Use objectify and etree to remove whitespace from XML for comparison
response_tree = objectify.parse(response_stringIO)
known_tree = objectify.parse(known_file_path)
response_string = etree.tostring(response_tree)
known_string = etree.tostring(known_tree)
assert response_string == known_string
def test_get_all_sites(self):
response = self.wof_inst.create_get_site_response()
response_string = self.response_to_StringIO(response, 'sitesResponse')
self.compare_output_to_known_xml(response_string, 'get_all_sites.xml')
def test_get_one_site(self):
response = self.wof_inst.create_get_site_response('TEST:SITE_A')
response_string = self.response_to_StringIO(response, 'sitesResponse')
self.compare_output_to_known_xml(response_string, 'get_one_site.xml')
def test_get_multiple_sites(self):
response = self.wof_inst.create_get_site_response(
'TEST:SITE_A,TEST:SITE_B')
response_string = self.response_to_StringIO(response, 'sitesResponse')
self.compare_output_to_known_xml(response_string,
'get_multiple_sites.xml')
def test_get_all_variables(self):
response = self.wof_inst.create_get_variable_info_response()
response_string = self.response_to_StringIO(response,
'variablesResponse')
self.compare_output_to_known_xml(response_string,
'get_all_variables.xml')
def test_get_one_variable(self):
response = self.wof_inst.create_get_variable_info_response(
'TESTVocab:Temp')
response_string = self.response_to_StringIO(response,
'variablesResponse')
self.compare_output_to_known_xml(response_string,
'get_one_variable.xml')
def test_get_multiple_variables(self):
response = self.wof_inst.create_get_variable_info_response(
'TESTVocab:Flow,TESTVocab:TP')
response_string = self.response_to_StringIO(response,
'variablesResponse')
self.compare_output_to_known_xml(response_string,
'get_multiple_variables.xml')
def test_get_site_info_novar(self):
response = self.wof_inst.create_get_site_info_response('TEST:SITE_A')
response_string = self.response_to_StringIO(response, 'sitesResponse')
self.compare_output_to_known_xml(response_string,
'get_siteinfo_novar.xml')
def test_get_site_info_withvar(self):
response = self.wof_inst.create_get_site_info_response(
'TEST:SITE_B', 'TESTVocab:TP')
response_string = self.response_to_StringIO(response, 'sitesResponse')
self.compare_output_to_known_xml(response_string,
'get_siteinfo_withvar.xml')
def test_get_values_encloses_por(self):
response = self.wof_inst.create_get_values_response(
'TEST:SITE_A',
'TESTVocab:Temp',
startDateTime='2007-03-05 00:00',
endDateTime='2007-05-06 00:00')
response_string = self.response_to_StringIO(response,
'timeSeriesResponse')
self.compare_output_to_known_xml(response_string,
'get_values_encloses_por.xml')
database_connection_string = 'mssql+pyodbc://odm_user2:water123@JAMTAY-PC\SQLEXPRESS/LittleBear11'
2. Example for SQLite
swis_connection_string = 'sqlite:///C:/PythonSandbox/WOFpy_Sandbox/WOFpy/examples/swis/swis2.db'
You can use relative paths too, e.g. if you are calling the above database from the same directory,
the connection string can just be:
swis_connection_string = 'sqlite:///swis2.db'
'''
LCM_connection_string = 'sqlite:///LCM_Data/LCM.db'
dao = LCMDao(LCM_connection_string, 'LCM_config.cfg')
LCM_wof = WOF(dao)
LCM_wof.config_from_file('LCM_config.cfg')
app = create_app(LCM_wof)
app.config.from_object(config.DevConfig)
ODMWOFService = create_wof_service_class(LCM_wof)
soap_app = soaplib.core.Application(services=[ODMWOFService],
tns='http://www.cuahsi.org/his/1.0/ws/',
name='WaterOneFlow')
soap_wsgi_app = soaplib.core.server.wsgi.Application(soap_app)
app.wsgi_app = DispatcherMiddleware(app.wsgi_app, {
'/soap/wateroneflow': soap_wsgi_app,
from wof import WOF
from wof.soap import create_wof_service_class
from wof.flask import config, create_app
from examples.swis.swis_dao import SwisDao
from examples.barebones.LCM_dao import LCMDao
logging.basicConfig(level=logging.DEBUG)
swis_dao = SwisDao('swis/swis_config.cfg',
database_uri='sqlite:///swis/swis2.db')
lcm_dao = LCMDao('sqlite:///barebones/LCM_Data/LCM.db',
'barebones/LCM_config.cfg')
swis_wof = WOF(swis_dao)
swis_wof.config_from_file('swis/swis_config.cfg')
lcm_wof = WOF(lcm_dao)
lcm_wof.config_from_file('barebones/LCM_config.cfg')
#Create the Flask applications
swis_flask_app = create_app(swis_wof)
lcm_flask_app = create_app(lcm_wof)
#Create the soaplib classes
SWISWOFService = create_wof_service_class(swis_wof)
LCMWOFService = create_wof_service_class(lcm_wof)
#Create the soaplib applications
swis_soap_app = soaplib.core.Application(
services=[SWISWOFService],
class TestWOF(unittest.TestCase):
"""
Tests wof response generation methods for validation against
the WaterML 1.0 schema.
"""
def setUp(self):
dao = TestDao()
self.wof_inst = WOF(dao, TEST_CONFIG_FILE)
waterml_schema_path = os.path.join(os.path.dirname(__file__),
'cuahsiTimeSeries_v1_0.xsd')
waterml_schema_doc = etree.parse(waterml_schema_path)
self.waterml_schema = etree.XMLSchema(waterml_schema_doc)
def response_to_StringIO(self, response, root_name):
"""
Converts WOF method response to StringIO object.
"""
response_output = StringIO.StringIO()
response.export(response_output, 0, name_=root_name,
namespacedef_=NSDEF)
response_output.seek(0)
return response_output
def save_response(self, response, filename, root_name):
f = open(filename, 'w')
response.export(f, 0, name_=root_name,
namespacedef_=NSDEF)
f.close()
def compare_output_to_known_xml(self,
response_stringIO,
known_xml_filename):
"""
Make sure response output is as expected. This tests that a
response contains the same XML as in the known XML file.
"""
known_file_path = os.path.join(os.path.dirname(__file__),
TEST_XML_DIR, known_xml_filename)
# Use objectify and etree to remove whitespace from XML for comparison
response_tree = objectify.parse(response_stringIO)
known_tree = objectify.parse(known_file_path)
response_string = etree.tostring(response_tree)
known_string = etree.tostring(known_tree)
assert response_string == known_string
def test_get_all_sites(self):
response = self.wof_inst.create_get_site_response()
response_string = self.response_to_StringIO(response,
'sitesResponse')
self.compare_output_to_known_xml(response_string,
'get_all_sites.xml')
def test_get_one_site(self):
response = self.wof_inst.create_get_site_response(
'TEST:SITE_A')
response_string = self.response_to_StringIO(response,
'sitesResponse')
self.compare_output_to_known_xml(response_string,
'get_one_site.xml')
def test_get_multiple_sites(self):
response = self.wof_inst.create_get_site_response(
'TEST:SITE_A,TEST:SITE_B')
response_string = self.response_to_StringIO(response,
'sitesResponse')
self.compare_output_to_known_xml(response_string,
'get_multiple_sites.xml')
def test_get_all_variables(self):
response = self.wof_inst.create_get_variable_info_response()
response_string = self.response_to_StringIO(response,
'variablesResponse')
self.compare_output_to_known_xml(response_string,
'get_all_variables.xml')
def test_get_one_variable(self):
response = self.wof_inst.create_get_variable_info_response(
'TESTVocab:Temp')
response_string = self.response_to_StringIO(response,
'variablesResponse')
self.compare_output_to_known_xml(response_string,
'get_one_variable.xml')
def test_get_multiple_variables(self):
response = self.wof_inst.create_get_variable_info_response(
'TESTVocab:Flow,TESTVocab:TP')
response_string = self.response_to_StringIO(response,
'variablesResponse')
self.compare_output_to_known_xml(response_string,
'get_multiple_variables.xml')
def test_get_site_info_novar(self):
response = self.wof_inst.create_get_site_info_response('TEST:SITE_A')
response_string = self.response_to_StringIO(response,
'sitesResponse')
self.compare_output_to_known_xml(response_string,
'get_siteinfo_novar.xml')
def test_get_site_info_withvar(self):
response = self.wof_inst.create_get_site_info_response(
'TEST:SITE_B',
'TESTVocab:TP')
response_string = self.response_to_StringIO(response,
'sitesResponse')
self.compare_output_to_known_xml(response_string,
'get_siteinfo_withvar.xml')
def test_get_values_encloses_por(self):
response = self.wof_inst.create_get_values_response(
'TEST:SITE_A',
'TESTVocab:Temp',
startDateTime='2007-03-05 00:00',
endDateTime='2007-05-06 00:00')
response_string = self.response_to_StringIO(response,
'timeSeriesResponse')
self.compare_output_to_known_xml(response_string,
'get_values_encloses_por.xml')
import soaplib
from soaplib.core.server import wsgi
from wof import WOF
from wof.soap import create_wof_service_class
from wof.flask import config, create_app
from examples.swis.swis_dao import SwisDao
from examples.barebones.LCM_dao import LCMDao
logging.basicConfig(level=logging.DEBUG)
swis_dao = SwisDao("swis/swis_config.cfg", database_uri="sqlite:///swis/swis2.db")
lcm_dao = LCMDao("sqlite:///barebones/LCM_Data/LCM.db", "barebones/LCM_config.cfg")
swis_wof = WOF(swis_dao)
swis_wof.config_from_file("swis/swis_config.cfg")
lcm_wof = WOF(lcm_dao)
lcm_wof.config_from_file("barebones/LCM_config.cfg")
# Create the Flask applications
swis_flask_app = create_app(swis_wof)
lcm_flask_app = create_app(lcm_wof)
# Create the soaplib classes
SWISWOFService = create_wof_service_class(swis_wof)
LCMWOFService = create_wof_service_class(lcm_wof)
# Create the soaplib applications
swis_soap_app = soaplib.core.Application(
services=[SWISWOFService], tns="http://www.cuahsi.org/his/1.0/ws/", name="WaterOneFlow"
