def setUp(self):
self._log = logging.getLogger("PublishTest")
self._nodeURL = 'http://learningregistry.couchdb:5984'
self._sampleGoodRDDDM = '{"doc_type":"resource_data","resource_data":"<nsdl_dc:nsdl_dc xmlns:dc=\\"http://purl.org/dc/elements/1.1/\\" xmlns:dct=\\"http://purl.org/dc/terms/\\" xmlns:ieee=\\"http://www.ieee.org/xsd/LOMv1p0\\" xmlns:nsdl_dc=\\"http://ns.nsdl.org/nsdl_dc_v1.02/\\" xmlns:xsi=\\"http://www.w3.org/2001/XMLSchema-instance\\" xmlns=\\"http://www.openarchives.org/OAI/2.0/\\" schemaVersion=\\"1.02.020\\" xsi:schemaLocation=\\"http://ns.nsdl.org/nsdl_dc_v1.02/ http://ns.nsdl.org/schemas/nsdl_dc/nsdl_dc_v1.02.xsd\\">\\n <dc:identifier xsi:type=\\"dct:URI\\">http://www.instructorweb.com/docs/pdf/convdistance.pdf</dc:identifier>\\n <dc:title>Measurement: Converting Distances</dc:title>\\n <dc:description>This lesson helps students understand and practice converting measurements in both English and metric systems. The 8-page pdf begins with a brief introduction to measuring length, English measurement systems, and metric measurement. Students then learn to convert measurements within each system. At the end of the lesson, there are 18 review problems for students to convert measurements on their own. Answers are provided.</dc:description>\\n <dc:subject>convert, conversion</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>English</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>Metric</dc:subject>\\n <dc:language>en-US</dc:language>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Elementary School</dct:educationLevel>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Upper Elementary</dct:educationLevel>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Grade 4</dct:educationLevel>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Instructional Material</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Lesson/Lesson Plan</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Problem Set</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Student Guide</dc:type>\\n <dct:audience xsi:type=\\"nsdl_dc:NSDLAudience\\">Learner</dct:audience>\\n <dct:conformsTo>4.MD.1</dct:conformsTo>\\n <dct:conformsTo>5.MD.1</dct:conformsTo>\\n <dc:publisher>InstructorWeb</dc:publisher>\\n <dc:rights>Copyright 2006 InstructorWeb</dc:rights>\\n <dc:rights xsi:type=\\"dct:URI\\">http://www.instructorweb.com/terms.asp</dc:rights>\\n <dct:accessRights xsi:type=\\"nsdl_dc:NSDLAccess\\">Free access with registration</dct:accessRights>\\n <dc:format>application</dc:format>\\n <dc:format>application/pdf</dc:format>\\n <dc:date>2006</dc:date>\\n</nsdl_dc:nsdl_dc>\\n \\n ","submitter_type":"agent","resource_data_type":"metadata","payload_schema_locator":["http://ns.nsdl.org/nsdl_dc_v1.02/ http://ns.nsdl.org/schemas/nsdl_dc/nsdl_dc_v1.02.xsd"],"payload_placement":"inline","submitter":"NSDL 2 LR Data Pump","payload_schema":["NSDL DC 1.02.020"],"doc_version":"0.10.0","filtering_keys":["convert, conversion","Measurement","Measurement","Systems of measurement","Measurement","Systems of measurement","English","Measurement","Systems of measurement","Metric","en-US","Elementary School","Upper Elementary","Grade 4"],"active":true,"resource_locator":["http://www.instructorweb.com/docs/pdf/convdistance.pdf"],"submission_TOS":"Yes"}'
self._res = Resource(uri=self._nodeURL)
self._jsonHeaders = {"Content-Type": "application/json"}
def test_020():
u = "http://*****:*****@%s:%s/auth" % (HOST, PORT)
res = Resource(u)
r = res.get()
t.eq(r.status_int, 200)
u = "http://*****:*****@%s:%s/auth" % (HOST, PORT)
res = Resource(u)
t.raises(Unauthorized, res.get)
def test_020():
u = "http://*****:*****@%s:%s/auth" % (HOST, PORT)
res = Resource(u)
r = res.get()
t.eq(r.status_int, 200)
u = "http://*****:*****@%s:%s/auth" % (HOST, PORT)
res = Resource(u)
t.raises(Unauthorized, res.get)
def bulkUpdate(list):
'''
Save to Learning Registry
'''
if len(list) > 0:
try:
res = Resource("http://learningregistry.couchdb:5984")
body = { "documents":list }
log.info("request body: %s" % (json.dumps(body),))
clientResponse = res.post(path="/publish", payload=json.dumps(body), headers={"Content-Type":"application/json"})
log.info("status: {0} message: {1}".format(clientResponse.status_int, clientResponse.body_string))
except Exception:
log.exception("Caught Exception When publishing to registry")
def setUp(self):
self._log = logging.getLogger("PublishTest")
self._nodeURL = 'http://learningregistry.couchdb:5984'
self._sampleGoodRDDDM = '{"doc_type":"resource_data","resource_data":"<nsdl_dc:nsdl_dc xmlns:dc=\\"http://purl.org/dc/elements/1.1/\\" xmlns:dct=\\"http://purl.org/dc/terms/\\" xmlns:ieee=\\"http://www.ieee.org/xsd/LOMv1p0\\" xmlns:nsdl_dc=\\"http://ns.nsdl.org/nsdl_dc_v1.02/\\" xmlns:xsi=\\"http://www.w3.org/2001/XMLSchema-instance\\" xmlns=\\"http://www.openarchives.org/OAI/2.0/\\" schemaVersion=\\"1.02.020\\" xsi:schemaLocation=\\"http://ns.nsdl.org/nsdl_dc_v1.02/ http://ns.nsdl.org/schemas/nsdl_dc/nsdl_dc_v1.02.xsd\\">\\n <dc:identifier xsi:type=\\"dct:URI\\">http://www.instructorweb.com/docs/pdf/convdistance.pdf</dc:identifier>\\n <dc:title>Measurement: Converting Distances</dc:title>\\n <dc:description>This lesson helps students understand and practice converting measurements in both English and metric systems. The 8-page pdf begins with a brief introduction to measuring length, English measurement systems, and metric measurement. Students then learn to convert measurements within each system. At the end of the lesson, there are 18 review problems for students to convert measurements on their own. Answers are provided.</dc:description>\\n <dc:subject>convert, conversion</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>English</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>Metric</dc:subject>\\n <dc:language>en-US</dc:language>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Elementary School</dct:educationLevel>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Upper Elementary</dct:educationLevel>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Grade 4</dct:educationLevel>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Instructional Material</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Lesson/Lesson Plan</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Problem Set</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Student Guide</dc:type>\\n <dct:audience xsi:type=\\"nsdl_dc:NSDLAudience\\">Learner</dct:audience>\\n <dct:conformsTo>4.MD.1</dct:conformsTo>\\n <dct:conformsTo>5.MD.1</dct:conformsTo>\\n <dc:publisher>InstructorWeb</dc:publisher>\\n <dc:rights>Copyright 2006 InstructorWeb</dc:rights>\\n <dc:rights xsi:type=\\"dct:URI\\">http://www.instructorweb.com/terms.asp</dc:rights>\\n <dct:accessRights xsi:type=\\"nsdl_dc:NSDLAccess\\">Free access with registration</dct:accessRights>\\n <dc:format>application</dc:format>\\n <dc:format>application/pdf</dc:format>\\n <dc:date>2006</dc:date>\\n</nsdl_dc:nsdl_dc>\\n \\n ","submitter_type":"agent","resource_data_type":"metadata","payload_schema_locator":["http://ns.nsdl.org/nsdl_dc_v1.02/ http://ns.nsdl.org/schemas/nsdl_dc/nsdl_dc_v1.02.xsd"],"payload_placement":"inline","submitter":"NSDL 2 LR Data Pump","payload_schema":["NSDL DC 1.02.020"],"doc_version":"0.10.0","filtering_keys":["convert, conversion","Measurement","Measurement","Systems of measurement","Measurement","Systems of measurement","English","Measurement","Systems of measurement","Metric","en-US","Elementary School","Upper Elementary","Grade 4"],"active":true,"resource_locator":["http://www.instructorweb.com/docs/pdf/convdistance.pdf"],"submission_TOS":"Yes"}'
self._res = Resource(uri=self._nodeURL)
self._jsonHeaders = { "Content-Type": "application/json" }
def bulkUpdate(list, opts):
'''
Save to Learning Registry
'''
if len(list) > 0 and opts.OUTPUT == None:
try:
log.info("Learning Registry Node URL: '{0}'\n".format(opts.LEARNING_REGISTRY_URL))
res = Resource(opts.LEARNING_REGISTRY_URL)
body = { "documents":list }
log.info("request body: %s" % (json.dumps(body),))
clientResponse = res.post(path="/publish", payload=json.dumps(body), headers={"Content-Type":"application/json"})
log.info("status: {0} message: {1}".format(clientResponse.status_int, clientResponse.body_string()))
except Exception:
log.exception("Caught Exception When publishing to registry")
else:
log.info("Nothing is being updated.")
def bulkUpdate(resourceList, destinationUrl):
'''
Save to Learning Registry
'''
if resourceList > 0 :
try:
log.info("Learning Registry Node URL: '{0}'\n".format(destinationUrl))
res = Resource(destinationUrl)
body = { "documents":resourceList }
log.info("request body: %s" % (json.dumps(body),))
clientResponse = res.post(path="/publish", payload=json.dumps(body), headers={"Content-Type":"application/json"})
log.info("status: {0} message: {1}".format(clientResponse.status_int, clientResponse.body_string()))
except Exception:
log.exception("Caught Exception When publishing to registry")
else:
log.info("Nothing is being updated.")
def main():
res = Resource(uri)
clientResponse = res.get(path=path, headers={"Content-Type":"application/json"})
body = clientResponse.body_string()
docs = json.loads(body)
deletable = []
for result in docs["rows"]:
doc = result[u'value']
if doc.has_key(u'_id') == True and doc.has_key(u'_rev') == True:
deletable.append({ "_id": doc[u'_id'], "_rev": doc[u'_rev'], "_deleted": True })
clientResponse = res.post("/lrdemo/_bulk_docs", payload=json.dumps({"all_or_nothing": True, "docs": deletable}), headers={"Content-Type":"application/json"})
body = clientResponse.body_string()
print(body)
print ("done")
def bulkUpdate(list):
'''
Save to Learning Registry
'''
if len(list) > 0:
try:
res = Resource("http://learningregistry.couchdb:5984")
body = {"documents": list}
log.info("request body: %s" % (json.dumps(body), ))
clientResponse = res.post(
path="/publish",
payload=json.dumps(body),
headers={"Content-Type": "application/json"})
log.info("status: {0} message: {1}".format(
clientResponse.status_int, clientResponse.body_string))
except Exception:
log.exception("Caught Exception When publishing to registry")
def __init__(self, test=True, user='******', password='******'):
self.test = test
if self.test:
self.server = 'resellertest.enom.com'
else:
self.server = 'reseller.enom.com'
self._user = user
self._password = password
self._base_uri = 'https://{server}/interface.asp'.format(
server=self.server)
self._base_parameters = {
'UID': self._user,
'PW': self._password,
'ResponseType': 'XML'
}
self._resource = Resource(self._base_uri)
self._converter = EnomEntityConverter()
def main():
res = Resource(uri)
clientResponse = res.get(path=path, headers={"Content-Type": "application/json"})
body = clientResponse.body_string()
docs = json.loads(body)
deletable = []
for result in docs["rows"]:
doc = result[u"value"]
if doc.has_key(u"_id") == True and doc.has_key(u"_rev") == True:
deletable.append({"_id": doc[u"_id"], "_rev": doc[u"_rev"], "_deleted": True})
clientResponse = res.post(
"/lrdemo/_bulk_docs",
payload=json.dumps({"all_or_nothing": True, "docs": deletable}),
headers={"Content-Type": "application/json"},
)
body = clientResponse.body_string()
print(body)
print("done")
def bulkUpdate(resourceList, destinationUrl):
'''
Save to Learning Registry
'''
if resourceList > 0:
try:
log.info(
"Learning Registry Node URL: '{0}'\n".format(destinationUrl))
res = Resource(destinationUrl)
body = {"documents": resourceList}
log.info("request body: %s" % (json.dumps(body), ))
clientResponse = res.post(
path="/publish",
payload=json.dumps(body),
headers={"Content-Type": "application/json"})
log.info("status: {0} message: {1}".format(
clientResponse.status_int, clientResponse.body_string()))
except Exception:
log.exception("Caught Exception When publishing to registry")
else:
log.info("Nothing is being updated.")
def __init__(self, test=True, user='******', password='******'):
self.test = test
if self.test:
self.server = 'resellertest.enom.com'
else:
self.server = 'reseller.enom.com'
self._user = user
self._password = password
self._base_uri = 'https://{server}/interface.asp'.format(server=self.server)
self._base_parameters = {'UID': self._user, 'PW': self._password, 'ResponseType': 'XML'}
self._resource = Resource(self._base_uri)
self._converter = EnomEntityConverter()
def test_001():
res = Resource("http://localhost")
t.eq(res._make_uri("http://localhost", "/"), "http://localhost/")
t.eq(res._make_uri("http://localhost/"), "http://localhost/")
t.eq(res._make_uri("http://localhost/", "/test/echo"),
"http://localhost/test/echo")
t.eq(res._make_uri("http://localhost/", "/test/echo/"),
"http://localhost/test/echo/")
t.eq(res._make_uri("http://localhost", "/test/echo/"),
"http://localhost/test/echo/")
t.eq(res._make_uri("http://localhost", "test/echo"),
"http://localhost/test/echo")
t.eq(res._make_uri("http://localhost", "test/echo/"),
"http://localhost/test/echo/")
class PublishTest(unittest.TestCase):
def setUp(self):
self._log = logging.getLogger("PublishTest")
self._nodeURL = 'http://learningregistry.couchdb:5984'
self._sampleGoodRDDDM = '{"doc_type":"resource_data","resource_data":"<nsdl_dc:nsdl_dc xmlns:dc=\\"http://purl.org/dc/elements/1.1/\\" xmlns:dct=\\"http://purl.org/dc/terms/\\" xmlns:ieee=\\"http://www.ieee.org/xsd/LOMv1p0\\" xmlns:nsdl_dc=\\"http://ns.nsdl.org/nsdl_dc_v1.02/\\" xmlns:xsi=\\"http://www.w3.org/2001/XMLSchema-instance\\" xmlns=\\"http://www.openarchives.org/OAI/2.0/\\" schemaVersion=\\"1.02.020\\" xsi:schemaLocation=\\"http://ns.nsdl.org/nsdl_dc_v1.02/ http://ns.nsdl.org/schemas/nsdl_dc/nsdl_dc_v1.02.xsd\\">\\n <dc:identifier xsi:type=\\"dct:URI\\">http://www.instructorweb.com/docs/pdf/convdistance.pdf</dc:identifier>\\n <dc:title>Measurement: Converting Distances</dc:title>\\n <dc:description>This lesson helps students understand and practice converting measurements in both English and metric systems. The 8-page pdf begins with a brief introduction to measuring length, English measurement systems, and metric measurement. Students then learn to convert measurements within each system. At the end of the lesson, there are 18 review problems for students to convert measurements on their own. Answers are provided.</dc:description>\\n <dc:subject>convert, conversion</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>English</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>Metric</dc:subject>\\n <dc:language>en-US</dc:language>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Elementary School</dct:educationLevel>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Upper Elementary</dct:educationLevel>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Grade 4</dct:educationLevel>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Instructional Material</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Lesson/Lesson Plan</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Problem Set</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Student Guide</dc:type>\\n <dct:audience xsi:type=\\"nsdl_dc:NSDLAudience\\">Learner</dct:audience>\\n <dct:conformsTo>4.MD.1</dct:conformsTo>\\n <dct:conformsTo>5.MD.1</dct:conformsTo>\\n <dc:publisher>InstructorWeb</dc:publisher>\\n <dc:rights>Copyright 2006 InstructorWeb</dc:rights>\\n <dc:rights xsi:type=\\"dct:URI\\">http://www.instructorweb.com/terms.asp</dc:rights>\\n <dct:accessRights xsi:type=\\"nsdl_dc:NSDLAccess\\">Free access with registration</dct:accessRights>\\n <dc:format>application</dc:format>\\n <dc:format>application/pdf</dc:format>\\n <dc:date>2006</dc:date>\\n</nsdl_dc:nsdl_dc>\\n \\n ","submitter_type":"agent","resource_data_type":"metadata","payload_schema_locator":["http://ns.nsdl.org/nsdl_dc_v1.02/ http://ns.nsdl.org/schemas/nsdl_dc/nsdl_dc_v1.02.xsd"],"payload_placement":"inline","submitter":"NSDL 2 LR Data Pump","payload_schema":["NSDL DC 1.02.020"],"doc_version":"0.10.0","filtering_keys":["convert, conversion","Measurement","Measurement","Systems of measurement","Measurement","Systems of measurement","English","Measurement","Systems of measurement","Metric","en-US","Elementary School","Upper Elementary","Grade 4"],"active":true,"resource_locator":["http://www.instructorweb.com/docs/pdf/convdistance.pdf"],"submission_TOS":"Yes"}'
self._res = Resource(uri=self._nodeURL)
self._jsonHeaders = {"Content-Type": "application/json"}
def tearDown(self):
pass
def test_goodPublish(self):
jpay = json.loads(self._sampleGoodRDDDM, encoding="utf_8")
docPayload = {"documents": [jpay]}
self.assertNotEqual(None, docPayload, "No Document Payload")
clientResponse = self._res.post(path="/publish",
payload=json.dumps(docPayload),
headers=self._jsonHeaders)
self.assertNotEqual(None, clientResponse, "No Client Response")
self.assertEqual(200, clientResponse.status_int,
"Publish failed with an incorrect status code")
bodyContent = clientResponse.body_string()
self._log.info(type(bodyContent))
self.assertNotEqual("", bodyContent,
"Publish failed with an empty body response")
docsPublished = json.loads(bodyContent)
self.assertDictContainsSubset({"OK": True}, docsPublished,
"Global doc response of OK not True")
self.assertTrue(docsPublished.has_key("document_results"),
"document_results is missing")
self.assertEqual(1, len(docsPublished["document_results"]),
"unexpected number of results returned.")
docRes = docsPublished["document_results"][0]
self.assertEqual(True,
(docRes.has_key("doc_ID") | docRes.has_key("OK")),
"document missing required parameters")
return docRes["doc_ID"]
class PublishTest(unittest.TestCase):
def setUp(self):
self._log = logging.getLogger("PublishTest")
self._nodeURL = 'http://learningregistry.couchdb:5984'
self._sampleGoodRDDDM = '{"doc_type":"resource_data","resource_data":"<nsdl_dc:nsdl_dc xmlns:dc=\\"http://purl.org/dc/elements/1.1/\\" xmlns:dct=\\"http://purl.org/dc/terms/\\" xmlns:ieee=\\"http://www.ieee.org/xsd/LOMv1p0\\" xmlns:nsdl_dc=\\"http://ns.nsdl.org/nsdl_dc_v1.02/\\" xmlns:xsi=\\"http://www.w3.org/2001/XMLSchema-instance\\" xmlns=\\"http://www.openarchives.org/OAI/2.0/\\" schemaVersion=\\"1.02.020\\" xsi:schemaLocation=\\"http://ns.nsdl.org/nsdl_dc_v1.02/ http://ns.nsdl.org/schemas/nsdl_dc/nsdl_dc_v1.02.xsd\\">\\n <dc:identifier xsi:type=\\"dct:URI\\">http://www.instructorweb.com/docs/pdf/convdistance.pdf</dc:identifier>\\n <dc:title>Measurement: Converting Distances</dc:title>\\n <dc:description>This lesson helps students understand and practice converting measurements in both English and metric systems. The 8-page pdf begins with a brief introduction to measuring length, English measurement systems, and metric measurement. Students then learn to convert measurements within each system. At the end of the lesson, there are 18 review problems for students to convert measurements on their own. Answers are provided.</dc:description>\\n <dc:subject>convert, conversion</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>English</dc:subject>\\n <dc:subject>Measurement</dc:subject>\\n <dc:subject>Systems of measurement</dc:subject>\\n <dc:subject>Metric</dc:subject>\\n <dc:language>en-US</dc:language>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Elementary School</dct:educationLevel>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Upper Elementary</dct:educationLevel>\\n <dct:educationLevel xsi:type=\\"nsdl_dc:NSDLEdLevel\\">Grade 4</dct:educationLevel>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Instructional Material</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Lesson/Lesson Plan</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Problem Set</dc:type>\\n <dc:type xsi:type=\\"nsdl_dc:NSDLType\\">Student Guide</dc:type>\\n <dct:audience xsi:type=\\"nsdl_dc:NSDLAudience\\">Learner</dct:audience>\\n <dct:conformsTo>4.MD.1</dct:conformsTo>\\n <dct:conformsTo>5.MD.1</dct:conformsTo>\\n <dc:publisher>InstructorWeb</dc:publisher>\\n <dc:rights>Copyright 2006 InstructorWeb</dc:rights>\\n <dc:rights xsi:type=\\"dct:URI\\">http://www.instructorweb.com/terms.asp</dc:rights>\\n <dct:accessRights xsi:type=\\"nsdl_dc:NSDLAccess\\">Free access with registration</dct:accessRights>\\n <dc:format>application</dc:format>\\n <dc:format>application/pdf</dc:format>\\n <dc:date>2006</dc:date>\\n</nsdl_dc:nsdl_dc>\\n \\n ","submitter_type":"agent","resource_data_type":"metadata","payload_schema_locator":["http://ns.nsdl.org/nsdl_dc_v1.02/ http://ns.nsdl.org/schemas/nsdl_dc/nsdl_dc_v1.02.xsd"],"payload_placement":"inline","submitter":"NSDL 2 LR Data Pump","payload_schema":["NSDL DC 1.02.020"],"doc_version":"0.10.0","filtering_keys":["convert, conversion","Measurement","Measurement","Systems of measurement","Measurement","Systems of measurement","English","Measurement","Systems of measurement","Metric","en-US","Elementary School","Upper Elementary","Grade 4"],"active":true,"resource_locator":["http://www.instructorweb.com/docs/pdf/convdistance.pdf"],"submission_TOS":"Yes"}'
self._res = Resource(uri=self._nodeURL)
self._jsonHeaders = { "Content-Type": "application/json" }
def tearDown(self):
pass
def test_goodPublish(self):
jpay = json.loads(self._sampleGoodRDDDM, encoding="utf_8")
docPayload = {"documents": [jpay]}
self.assertNotEqual(None, docPayload, "No Document Payload")
clientResponse = self._res.post(path="/publish", payload=json.dumps(docPayload), headers=self._jsonHeaders)
self.assertNotEqual(None, clientResponse, "No Client Response")
self.assertEqual(200, clientResponse.status_int, "Publish failed with an incorrect status code")
bodyContent = clientResponse.body_string()
self._log.info(type(bodyContent))
self.assertNotEqual("",bodyContent, "Publish failed with an empty body response")
docsPublished = json.loads(bodyContent)
self.assertDictContainsSubset({ "OK": True }, docsPublished, "Global doc response of OK not True")
self.assertTrue(docsPublished.has_key("document_results"), "document_results is missing")
self.assertEqual(1, len(docsPublished["document_results"]), "unexpected number of results returned.")
docRes = docsPublished["document_results"][0]
self.assertEqual(True, (docRes.has_key("doc_ID") | docRes.has_key("OK")), "document missing required parameters")
return docRes["doc_ID"]
from restkit.resource import Resource
from nsdl.NSDLDCImport import NSDLDCImport
import nsdl
if __name__ == '__main__':
import json
logging.basicConfig()
log = logging.getLogger("main")
reader = MetadataReader(fields=nsdl.LR_NSDL_DC_FIELDS,
namespaces=nsdl.LR_NSDL_DC_NAMESPACES)
myImport = NSDLDCImport(nsdl.ALL_METADATA_URL_NSDL_DC, nsdl.LR_NSDL_PREFIX)
for (mult, list) in enumerate(myImport.fetch_documents(range=100)):
# Just print this
# for (idx, item) in enumerate(list):
# print("%d: %s" % (idx, json.dumps(item)))
#need to post to learning registry
try:
res = Resource("http://learningregistry.couchdb:5984")
body = {"documents": list}
log.info("request body: %s" % (json.dumps(body), ))
clientResponse = res.post(
path="/publish",
payload=json.dumps(body),
headers={"Content-Type": "application/json"})
log.info("status: {0} message: {1}".format(
clientResponse.status_int, clientResponse.body_string))
except Exception as e:
log.exception("Caught Exception")
list = myImport.fetch_documents(range=100)
class EnomDomainAPIClient():
"""
Wraps core Commands from the Enom API
All methods returns an instance of EnomAPIResponse or raises an EnomAPIError
Please note that it is NOT possible to use subaccount credentials when creating an instance.
The reason is that Enom does not permit a retail subaccount to use the API. This error will result:
"User not permitted from this IP address - 4"
This error will also occur when your external IP address has not been whitelisted by Enom.
The solution is to contact Enom support (or dev Ron West) and add your public IP.
Here is an example for the UPDATEACCOUNTINFO command:
<StatusEditContact>Successful</StatusEditContact>
<StatusDetailEditContact>Successfully updated</StatusDetailEditContact>
<PendingVerification />
<Command>UPDATEACCOUNTINFO</Command>
<APIType>API</APIType>
<Language>eng</Language>
<ErrCount>2</ErrCount>
<errors>
<Err1>User not permitted from this IP address - 4</Err1>
<Err2>Account not found in database.</Err2>
...
"""
def __init__(self, test=True, user='******', password='******'):
self.test = test
if self.test:
self.server = 'resellertest.enom.com'
else:
self.server = 'reseller.enom.com'
self._user = user
self._password = password
self._base_uri = 'https://{server}/interface.asp'.format(
server=self.server)
self._base_parameters = {
'UID': self._user,
'PW': self._password,
'ResponseType': 'XML'
}
self._resource = Resource(self._base_uri)
self._converter = EnomEntityConverter()
def _all_params(self, params):
# create a new dictionary so we do not expose the credentials (in self.base_parameters) in "params"
all_params = dict(params)
all_params.update(self._base_parameters)
return all_params
def _get_response(self, params):
response = self._resource.get(params_dict=self._all_params(params))
sanitized_uri = self._converter.sanitize_uri(response.final_url)
logger.info('GET %s: %s', params[COMMAND].upper(), sanitized_uri)
enom_response = EnomAPIResponse(response)
enom_response.request = sanitized_uri
# log at the appropriate level
if not enom_response:
logger.error('Response %s: %s', enom_response.text('Command'),
enom_response.message)
# dump the xml response to the error log
error_logger.error('Response body: %s', enom_response)
error = EnomAPIError(enom_response.message)
error.response = enom_response
raise error
logger.info('Response %s: %s', enom_response.text('Command'),
enom_response.message)
logger.debug('Response body: %s', enom_response)
return enom_response
def _get(self, command, sld, tld, **kwargs):
parameters = {COMMAND: command, SLD: sld, TLD: tld}
parameters.update(kwargs)
return self._get_response(parameters)
def to_domain(self, sld, tld):
return sld + '.' + tld
def to_sld_tld(self, domain):
# if there is no dot, treat the domain as the sld
if not '.' in domain:
return domain, None
# split on the first dot. Will handle xyz.co.uk correctly.
return domain.split('.', 1)
def suggestions(self, search_term, tld):
"""
Checks for name suggestions based on a search term
"""
parameters = {
COMMAND: 'GetNameSuggestions',
'SearchTerm': search_term,
'MaxResults': 200
}
response = self._get_response(parameters)
suggestions = []
if response:
for suggestion in response.find('DomainSuggestions/Domain', True):
# TODO: Add a threshold score?
if not tld or suggestion.attrib.get('tld') == tld:
suggestions.append(suggestion.text)
response.suggestions = suggestions
return response
def is_available_domain_list(self, domains):
"""
Checks if multiple domains are available
domains is a list of domains to check
"""
parameters = {COMMAND: 'Check', 'DomainList': ','.join(domains)}
response = self._get_response(parameters)
domain_count = int(response.text('DomainCount'))
domain_availability = []
for domain_index in range(1, domain_count + 1):
index = str(domain_index)
domain = {
'domain': response.text('Domain' + index),
'available': response.text('RRPCode' + index) == '210',
'message': response.text('RRPText' + index),
'is_premium': response.text('IsPremiumName' + index) == 'true'
}
domain_availability.append(domain)
response.domain_availability = domain_availability
return response
def is_available(self, sld, tld):
"""
Checks if a domain is available for purchase
"""
parameters = {COMMAND: 'Check', SLD: sld, TLD: tld}
response = self._get_response(parameters)
rrp_code = response.rrp_code
rrp_text = response.rrp_text
response.is_premium = response.text('IsPremiumName') == 'true'
response.price = response.text('PremiumPrice')
response.registration_fee = response.text('RegistrationFee')
if rrp_code == '210':
response.message = rrp_text
elif rrp_code == '211':
response.success = False
response.message = rrp_text
else:
response.success = False
domain = response[DOMAIN_NAME]
response.message = 'Domain "{domain}" not available: {text} ({code})'.format(
domain=domain, code=rrp_code, text=rrp_text)
return response
def get_price(self, sld, tld, price_type):
"""
Get the price for a domain (response.price)
Valid price_type values are: register, renew, transfer
Returns:
response.is_premium
response.price
response.registration_fee
"""
if not self._converter.is_valid_price_type(price_type):
raise EnomAPIError(
'Price type "%s" not supported. Supported values: %s' %
(price_type, ','.join(self._converter.ALLOWED_PRICE_TYPES)))
product_type = self._converter.get_product_type(price_type, True)
parameters = {
COMMAND: 'PE_GetPremiumPricing',
PRODUCT_TYPE: product_type,
SLD1: sld,
TLD1: tld
}
response = self._get_response(parameters)
is_premium = response.text(
'results/result/IsPremium').lower() == 'true'
if is_premium:
response.is_premium = is_premium
response.price = response.text('results/result/Price')
response.registration_fee = response.text(
'results/result/RegistrationFee')
# response.message = response.rrp_text
else:
# retrieve registration fee for non-premium domains
product_type = self._converter.get_product_type(price_type, False)
parameters = {
COMMAND: 'PE_GetRetailPrice',
TLD: tld,
'ProductType': product_type
}
response = self._get_response(parameters)
# populate response
response.is_premium = False
price = response.text('productprice/price')
response.price = price
response.registration_fee = price
return response
def renew(self, sld, tld, price=None):
"""
Renews the domain. If it is a premium domain, a price must be supplied.
Returns more information about the renewal in
response.expiration_date
response.order_ref
"""
parameters = {COMMAND: 'Extend', SLD: sld, TLD: tld}
domain = self.to_domain(sld, tld)
if price:
parameters['CustomerSuppliedPrice'] = str(price)
response = self._get_response(parameters)
response.expiration_date = response.text('DomainInfo/RegistryExpDate')
response.order_ref = response.text('OrderID')
if response.rrp_code == '200':
response.success = True
response.message = 'Domain "{domain}" was successfully renewed'.format(
domain=domain)
else:
response.success = False
response.message = 'Domain "{domain}" not be renewed: {text} ({code})'.format(
domain=domain, code=response.rrp_code, text=response.rrp_text)
return response
def register(self, sld, tld, contacts_json=None, price=None):
"""
Purchases and registers the domain. If it is a premium domain, a price must be supplied.
Returns more information about the purchase in response.purchase
"""
parameters = {
COMMAND: 'Purchase',
SLD: sld,
TLD: tld,
USE_DNS: 'default',
NumYears: 1
}
domain = self.to_domain(sld, tld)
if price:
parameters['CustomerSuppliedPrice'] = str(price)
if contacts_json:
parameters.update(
self._converter.get_contacts_as_enom_parameters(contacts_json))
response = self._get_response(parameters)
response.total_amount = response.text('TotalCharged')
response.order_ref = response.text('OrderID')
if response.rrp_code == '200':
response.success = True
response.message = 'Domain "{domain}" was successfully purchased'.format(
domain=domain)
else:
# error: Domain not available
# error: price is wrong (does not match)
response.success = False
response.message = 'Domain "{domain}" not purchased: {text} ({code})'.format(
domain=domain, code=response.rrp_code, text=response.rrp_text)
renew = self.set_auto_renew(sld, tld, False)
return response
def delete(self, sld, tld):
"""
Deletes a domain registration
Only allowed for test mode right now. Can be used for for unit testing
NOTE: Deleting a domain is not always possible, for various reasons, example:
"This domain's TLD is not allowed to be deleted." (.menu)
Deletion needs to be done asap after creation, and prior to moving it to a subaccount
"""
if not self.test:
# For now, raise EnomAPIError()
# TODO: return EnomAPIResponse?
raise EnomAPIError('Delete Domain not implemented')
parameters = {COMMAND: 'DeleteRegistration', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.message = response.rrp_text
response.success = response.rrp_code == '200'
return response
def get_domain(self, sld, tld):
"""
Get status information about the domain (response.status)
Get verification information about the domain (response.verification)
Raises EnomAPIError if the domain does not exist
"""
parameters = {COMMAND: 'GetDomainInfo', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.status = self._converter.get_xml_as_json(
response.find('GetDomainInfo/status'))
response.verification = self._converter.get_xml_as_json(
response.find('GetDomainInfo/services/entry/raasetting'))
return response
def get_account(self):
"""
Get account information
"""
parameters = {COMMAND: 'GetAccountInfo'}
response = self._get_response(parameters)
response.account_id = response.text('GetAccountInfo/Account')
return response
def get_subaccount(self, account_id):
"""
Get subaccount information
The contact information is returned as a contact dict in response.contact
If the subaccount does not exist response.success is False
"""
parameters = {
COMMAND: 'GetSubaccountDetails',
'Account': account_id,
'Action': 'Info'
}
response = self._get_response(parameters)
if response.find('SubAccountsManage/SubAccount') is None:
response.success = False
response.message = 'Could not find subaccount "{0}"'.format(
account_id)
response.contact = {}
else:
response.contact = self._converter.get_subaccount_contact_as_json(
response)
return response
def add_subaccount(self, username, password, contacts_json):
"""
Create a new subaccount that is accessed by the supplied username and password
The registrant information from the contacts_json parameters is used as account owner
The account_id for the new account is returned as response.account_id
Error condition: (raises EnomAPIError): duplicate username (account already exists)
"""
parameters = {
COMMAND: 'CreateSubAccount',
'NewUID': username,
'NewPW': password,
'ConfirmPW': password
}
default_contact = self._converter.get_default_contact(contacts_json)
parameters.update(self._converter.get_registrant(default_contact))
response = self._get_response(parameters)
response.account_id = response.text('NewAccount/Account')
# TODO: This is the same contact that the user supplied, NOT what Enom has in its database
response.contact = default_contact
return response
def update_subaccount(self, username, new_password, contacts_json):
"""
Updates an existing subaccount with new password and new registrar contact information
The account_id for the account is returned as response.account_id
The contact for the account is returned as response.contact
"""
parameters = {
COMMAND: 'UpdateAccountInfo',
'NewUID': username,
'NewPW': new_password,
'ConfirmNewPW': new_password,
'AuthQuestionType': 'sbirth',
'AuthQuestionAnswer': 'nothere'
}
default_contact = self._converter.get_default_contact(contacts_json)
parameters.update(self._converter.get_registrant(default_contact))
response = self._get_response(parameters)
response.account_id = response.text('GetAccountInfo/Account')
response.contact = self._converter.get_contact_as_json(
response, None,
EnomEntityConverter.MAPPING_JSON_TO_ENOM_SUBACCOUNT_UPD)
return response
def move_domain_to_subaccount(self, sld, tld, username='******'):
"""
Move a domain from its current account to the specified subaccount (username)
If no username is specified, it moves it to the main account (Jetlaunch)
"""
parameters = {
COMMAND: 'PushDomain',
SLD: sld,
TLD: tld,
'AccountID': username,
'SendEmail': 'No'
}
response = self._get_response(parameters)
return response
def get_subaccount_domains(self, account_id):
"""
Get a list of all domains in this subaccount: response.domains
"""
parameters = {
COMMAND: 'SubAccountDomains',
'Account': account_id,
'Tab': 'iown'
}
response = self._get_response(parameters)
response.domains = []
for domain in response.find('GetDomains/domain-list/domain', True):
sld = domain.find('sld').text
tld = domain.find('tld').text
response.domains.append(self.to_domain(sld, tld))
return response
def soft_delete_subaccount(self, account_id):
"""
Soft delete the subdomain with the specified account_id
All domains in the subaccount are set to not auto renew,
and a 'status' flag on the domain is set to 'deleted'
and a 'status' flag on the subaccount is set to 'deleted'
"""
domains_response = self.get_subaccount_domains(account_id)
for domain in domains_response.domains:
self.soft_delete_domain(domain)
return domains_response
def soft_delete_domain(self, domain):
"""
Soft delete the domain
Set auto renew to False and set status=deleted on the domain
"""
sld, tld = self.to_sld_tld(domain)
# turn off auto renew
renew = self.set_auto_renew(sld, tld, False)
set_status = self.set_custom_domain_data(sld, tld, 'status', 'deleted')
logger.info('Soft deleted %s', domain)
return set_status
def set_host_records(self, sld, tld, host_records):
"""
Set the host records for a domain
sld, tld: The host and domain name (host.sld.tld) that you want to update in the DNS. For example, www.resellerdocs.com
host_records is a list of dictionaries with these keys:
name: subdomain (e.g. www, *, ...)
type: The record type (A, AAAA, CNET etc.)
ip: The IP address to set the host record to.
"""
if host_records is None or len(host_records) == 0:
raise EnomAPIError('Cannot set host records: Missing hosts')
parameters = {COMMAND: 'SetHosts', SLD: sld, TLD: tld}
for index, host_record in enumerate(host_records, 1):
host_type = host_record.get('type')
host_address = host_record.get('address')
# append dot if domain
if host_type.lower() == 'url':
scheme = urlparse(host_address).scheme
if not scheme:
# scheme empty for domain and ip. Its http or https.
try:
isinstance(host_address.split('.')[0], int)
except ValueError:
# its domain
if not host_address.endswith('.'):
host_address = host_address + '.'
else:
pass
parameters.update({
'RecordType' + str(index): host_type,
'HostName' + str(index): host_record.get('name'),
'Address' + str(index): host_address
})
response = self._get_response(parameters)
response.message = 'Successfully set {count} host record(s) for "{sld}.{tld}"'.format(
count=len(host_records), sld=sld, tld=tld)
return response
def get_host_records(self, sld, tld):
"""
Get the host records for a domain
"""
parameters = {COMMAND: 'GetHosts', SLD: sld, TLD: tld}
response = self._get_response(parameters)
host_records = self._converter.get_host_records_as_json(response)
response.host_records = host_records
return response
def set_name_servers(self, sld, tld, name_servers=[], default=False):
"""
Set the name servers for a domain
default = True sets it to eNoms name servers
name_servers = None or [] sets it to no name server
name_servers = ['ns1.nameserver.com', ...] sets it to the user specified name servers
"""
parameters = {COMMAND: 'ModifyNS', SLD: sld, TLD: tld}
if default:
parameters['UseDNS'] = 'Default'
if not name_servers:
parameters['NS1'] = None
else:
for index, name_server in enumerate(name_servers, start=1):
parameters['NS' + str(index)] = name_server
response = self._get_response(parameters)
if response.rrp_code == '200':
ns = 'default' if default else name_servers
response.message = 'Successfully set "{sld}.{tld}" name server to {ns}'.format(
sld=sld, tld=tld, ns=ns)
return response
def get_name_servers(self, sld, tld):
"""
Get the name servers for a domain (response.name_servers)
"""
parameters = {COMMAND: 'GetDNS', SLD: sld, TLD: tld}
response = self._get_response(parameters)
if response.text('RRPCodeGDNS') != '200':
response.message = response.rrp_text
response.success = False
response.name_servers = []
return response
response.default = response.text('UseDNS') == 'default'
dns = response.find('dns', True)
if dns is None:
response.name_servers = []
else:
name_servers = []
for name_server in dns:
name_servers.append(name_server.text)
response.name_servers = name_servers
return response
def get_contacts(self, sld, tld):
"""
Retrieve all contacts (response.contacts)
"""
parameters = {COMMAND: 'GetContacts', SLD: sld, TLD: tld}
response = self._get_response(parameters)
json = self._converter.get_contacts_as_json(response)
# remove the account billing address
json.pop('account_billing', None)
response.contacts = json
return response
def set_contacts(self, sld, tld, contacts_json):
"""
Save contact information for registrant, admin, tech and aux billing in enom
"""
# FOR NOW - DO NOT ALLOW UPDATING MAIN ACCOUNT BILLING ADDRESS
# THERE IS ONLY ONE FOR ALL DOMAINS, IT USES 'UpdateAccountInfo'
contacts_json.pop('account_billing', None)
try:
self._converter.validate_contacts(contacts_json)
except ValueError as v:
raise EnomAPIError(v.message)
# billing (AuxBilling) is the billing contact at a domain level
parameters = {COMMAND: 'Contacts', SLD: sld, TLD: tld}
enom_parameters = self._converter.get_contacts_as_enom_parameters(
contacts_json)
parameters.update(enom_parameters)
response = self._get_response(parameters)
return response
def set_custom_domain_data(self, sld, tld, key, value, entered_by=None):
"""
Associate a key-value pair to the domain (sld, tld)
entered_by is the person who set it - TBD
"""
parameters = {
COMMAND: 'SetCustomerDefinedData',
'ObjectID': '1',
SLD: sld,
TLD: tld,
'Type': '2',
'DisplayFlag': '0',
'EnteredBy': entered_by,
'Key': key,
'Value': value
}
response = self._get_response(parameters)
return response
def get_custom_domain_data(self, sld, tld, key):
"""
Get the key-value pair associated
with this domain (response.custom_data)
"""
parameters = {
COMMAND: 'GetCustomerDefinedData',
'ObjectID': '1',
SLD: sld,
TLD: tld,
'Type': '2',
'Key': key
}
response = self._get_response(parameters)
if response:
data = self._converter.get_domain_data_as_json(response)
data['key'] = key
if data['updated_at'] is not None:
response.custom_data = data
else:
# return an empty dictionary if the key entry does not exist
response.custom_data = {}
return response
def set_custom_account_data(self, key, value, entered_by=None):
"""
Associate a key-value pair to the account
entered_by is the person who set it - TBD
"""
parameters = {
COMMAND: 'SetCustomerDefinedData',
'ObjectID': '1',
'Type': '1',
'DisplayFlag': '0',
'EnteredBy': entered_by,
'Key': key,
'Value': value
}
response = self._get_response(parameters)
return response
def get_custom_account_data(self, key):
"""
Get the key-value pair associated
with this account (response.custom_data):
response.custom_data['key']
response.custom_data['value']
response.custom_data['updated_at']
response.custom_data['entered_by']
Returns an empty dictionary if the key entry does not exist
"""
parameters = {
COMMAND: 'GetCustomerDefinedData',
'ObjectID': '1',
'Type': '1',
'Key': key
}
response = self._get_response(parameters)
if response:
data = self._converter.get_domain_data_as_json(response)
data['key'] = key
if data['updated_at'] is not None:
response.custom_data = data
else:
# return an empty dictionary if the key entry does not exist
response.custom_data = {}
return response
def set_auto_renew(self, sld, tld, auto_renew):
"""
Set flag for domain auto-renewal; True if set for auto renewal, False otherwise
response.auto_renew contains the latest flag value
"""
parameters = {
COMMAND: 'SetRenew',
SLD: sld,
TLD: tld,
'RenewFlag': int(bool(auto_renew))
}
response = self._get_response(parameters)
response.success = bool(response.text('Success'))
response.auto_renew = response.text('RenewName') == 'True'
return response
def get_auto_renew(self, sld, tld):
"""
Get flag for domain auto-renewal
response.auto_renew is True if set for auto-renewal, False otherwise.
"""
parameters = {COMMAND: 'GetRenew', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.auto_renew = bool(int(response.text('auto-renew')))
return response
def set_lock(self, sld, tld, lock):
"""
Set flag for domain lock; set lock = True if protected from being transferred to another registrar, False otherwise
response.locked contains the latest flag value
"""
# if lock=None is passed in (it shouldn't), it is interpreted as False
parameters = {
COMMAND: 'SetRegLock',
SLD: sld,
TLD: tld,
'UnlockRegistrar': int(not lock)
}
try:
response = self._get_response(parameters)
except EnomAPIError as e:
response = e.response
# 541 means that we tried to unlock when it is already unlocked (reg-lock='ACTIVE')
if response.rrp_code != '541':
raise e
response.success = True
response.locked = response.text('reg-lock') == 'REGISTRAR-LOCK'
return response
def get_lock(self, sld, tld):
"""
Get flag for domain lock;
response.locked is True if the domain is protected from being transferred to another registrar, False otherwise
"""
parameters = {COMMAND: 'GetRegLock', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.locked = bool(int(response.text('reg-lock')))
return response
def synch_auth_info(self,
sld,
tld,
email_epp=True,
run_synch_auto_info=True):
"""
Synch auth information for a domain
response.done is True if the Synch is completed.
"""
parameters = {
COMMAND: 'SynchAuthInfo',
SLD: sld,
TLD: tld,
EmailEPP: email_epp,
RunSynchAutoInfo: run_synch_auto_info
}
response = self._get_response(parameters)
response.done = response.text('Done') == 'true'
response.message = "Synchronized and mailed EPP successfully."
return response
def get_domain_status(self, sld, tld):
"""
To get the status of domains.
"""
parameters = {COMMAND: 'statusdomain', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.error_count = int(response.text('ErrCount'))
if response.error_count:
response.errors = self._converter.get_xml_as_json(
response.find('errors'))
response.rrp_code = int(response.text('RRPCode'))
response.in_account = int(response.text('DomainStatus/InAccount')) == 1
response.done = response.text('Done') == 'true'
return response
class EnomDomainAPIClient():
"""
Wraps core Commands from the Enom API
All methods returns an instance of EnomAPIResponse or raises an EnomAPIError
Please note that it is NOT possible to use subaccount credentials when creating an instance.
The reason is that Enom does not permit a retail subaccount to use the API. This error will result:
"User not permitted from this IP address - 4"
This error will also occur when your external IP address has not been whitelisted by Enom.
The solution is to contact Enom support (or dev Ron West) and add your public IP.
Here is an example for the UPDATEACCOUNTINFO command:
<StatusEditContact>Successful</StatusEditContact>
<StatusDetailEditContact>Successfully updated</StatusDetailEditContact>
<PendingVerification />
<Command>UPDATEACCOUNTINFO</Command>
<APIType>API</APIType>
<Language>eng</Language>
<ErrCount>2</ErrCount>
<errors>
<Err1>User not permitted from this IP address - 4</Err1>
<Err2>Account not found in database.</Err2>
...
"""
def __init__(self, test=True, user='******', password='******'):
self.test = test
if self.test:
self.server = 'resellertest.enom.com'
else:
self.server = 'reseller.enom.com'
self._user = user
self._password = password
self._base_uri = 'https://{server}/interface.asp'.format(server=self.server)
self._base_parameters = {'UID': self._user, 'PW': self._password, 'ResponseType': 'XML'}
self._resource = Resource(self._base_uri)
self._converter = EnomEntityConverter()
def _all_params(self, params):
# create a new dictionary so we do not expose the credentials (in self.base_parameters) in "params"
all_params = dict(params)
all_params.update(self._base_parameters)
return all_params
def _get_response(self, params):
response = self._resource.get(params_dict=self._all_params(params))
sanitized_uri = self._converter.sanitize_uri(response.final_url)
logger.info('GET %s: %s', params[COMMAND].upper(), sanitized_uri)
enom_response = EnomAPIResponse(response)
enom_response.request = sanitized_uri
# log at the appropriate level
if not enom_response:
logger.error('Response %s: %s', enom_response.text('Command'), enom_response.message)
# dump the xml response to the error log
error_logger.error('Response body: %s', enom_response)
error = EnomAPIError(enom_response.message)
error.response = enom_response
raise error
logger.info('Response %s: %s', enom_response.text('Command'), enom_response.message)
logger.debug('Response body: %s', enom_response)
return enom_response
def _get(self, command, sld, tld, **kwargs):
parameters = {COMMAND: command, SLD: sld, TLD: tld}
parameters.update(kwargs)
return self._get_response(parameters)
def to_domain(self, sld, tld):
return sld + '.' + tld
def to_sld_tld(self, domain):
# if there is no dot, treat the domain as the sld
if not '.' in domain:
return domain, None
# split on the first dot. Will handle xyz.co.uk correctly.
return domain.split('.', 1)
def suggestions(self, search_term, tld):
"""
Checks for name suggestions based on a search term
"""
parameters = {COMMAND: 'GetNameSuggestions', 'SearchTerm': search_term, 'MaxResults': 200}
response = self._get_response(parameters)
suggestions = []
if response:
for suggestion in response.find('DomainSuggestions/Domain', True):
# TODO: Add a threshold score?
if not tld or suggestion.attrib.get('tld') == tld:
suggestions.append(suggestion.text)
response.suggestions = suggestions
return response
def is_available_domain_list(self, domains):
"""
Checks if multiple domains are available
domains is a list of domains to check
"""
parameters = {COMMAND: 'Check', 'DomainList': ','.join(domains)}
response = self._get_response(parameters)
domain_count = int(response.text('DomainCount'))
domain_availability = []
for domain_index in range(1, domain_count + 1):
index = str(domain_index)
domain = {
'domain': response.text('Domain'+index),
'available': response.text('RRPCode'+index) == '210',
'message': response.text('RRPText'+index),
'is_premium': response.text('IsPremiumName'+index) == 'true'}
domain_availability.append(domain)
response.domain_availability = domain_availability
return response
def is_available(self, sld, tld):
"""
Checks if a domain is available for purchase
"""
parameters = {COMMAND: 'Check', SLD: sld, TLD: tld}
response = self._get_response(parameters)
rrp_code = response.rrp_code
rrp_text = response.rrp_text
response.is_premium = response.text('IsPremiumName') == 'true'
response.price = response.text('PremiumPrice')
response.registration_fee = response.text('RegistrationFee')
if rrp_code == '210':
response.message = rrp_text
elif rrp_code == '211':
response.success = False
response.message = rrp_text
else:
response.success = False
domain = response[DOMAIN_NAME]
response.message = 'Domain "{domain}" not available: {text} ({code})'.format(
domain=domain, code=rrp_code, text=rrp_text)
return response
def get_price(self, sld, tld, price_type):
"""
Get the price for a domain (response.price)
Valid price_type values are: register, renew, transfer
Returns:
response.is_premium
response.price
response.registration_fee
"""
if not self._converter.is_valid_price_type(price_type):
raise EnomAPIError('Price type "%s" not supported. Supported values: %s' % (price_type, ','.join(self._converter.ALLOWED_PRICE_TYPES)) )
product_type = self._converter.get_product_type(price_type, True)
parameters = {COMMAND: 'PE_GetPremiumPricing', PRODUCT_TYPE: product_type, SLD1: sld, TLD1: tld}
response = self._get_response(parameters)
is_premium = response.text('results/result/IsPremium').lower() == 'true'
if is_premium:
response.is_premium = is_premium
response.price = response.text('results/result/Price')
response.registration_fee = response.text('results/result/RegistrationFee')
# response.message = response.rrp_text
else:
# retrieve registration fee for non-premium domains
product_type = self._converter.get_product_type(price_type, False)
parameters = {COMMAND: 'PE_GetRetailPrice', TLD: tld, 'ProductType': product_type}
response = self._get_response(parameters)
# populate response
response.is_premium = False
price = response.text('productprice/price')
response.price = price
response.registration_fee = price
return response
def renew(self, sld, tld, price=None):
"""
Renews the domain. If it is a premium domain, a price must be supplied.
Returns more information about the renewal in
response.expiration_date
response.order_ref
"""
parameters = {COMMAND: 'Extend', SLD: sld, TLD: tld}
domain = self.to_domain(sld, tld)
if price:
parameters['CustomerSuppliedPrice'] = str(price)
response = self._get_response(parameters)
response.expiration_date = response.text('DomainInfo/RegistryExpDate')
response.order_ref = response.text('OrderID')
if response.rrp_code == '200':
response.success = True
response.message = 'Domain "{domain}" was successfully renewed'.format(domain=domain)
else:
response.success = False
response.message = 'Domain "{domain}" not be renewed: {text} ({code})'.format(
domain=domain, code=response.rrp_code, text=response.rrp_text)
return response
def register(self, sld, tld, contacts_json=None, price=None):
"""
Purchases and registers the domain. If it is a premium domain, a price must be supplied.
Returns more information about the purchase in response.purchase
"""
parameters = {COMMAND: 'Purchase', SLD: sld, TLD: tld, USE_DNS: 'default', NumYears: 1}
domain = self.to_domain(sld, tld)
if price:
parameters['CustomerSuppliedPrice'] = str(price)
if contacts_json:
parameters.update(self._converter.get_contacts_as_enom_parameters(contacts_json))
response = self._get_response(parameters)
response.total_amount = response.text('TotalCharged')
response.order_ref = response.text('OrderID')
if response.rrp_code == '200':
response.success = True
response.message = 'Domain "{domain}" was successfully purchased'.format(domain=domain)
else:
# error: Domain not available
# error: price is wrong (does not match)
response.success = False
response.message = 'Domain "{domain}" not purchased: {text} ({code})'.format(
domain=domain, code=response.rrp_code, text=response.rrp_text)
renew = self.set_auto_renew(sld, tld, False)
return response
def delete(self, sld, tld):
"""
Deletes a domain registration
Only allowed for test mode right now. Can be used for for unit testing
NOTE: Deleting a domain is not always possible, for various reasons, example:
"This domain's TLD is not allowed to be deleted." (.menu)
Deletion needs to be done asap after creation, and prior to moving it to a subaccount
"""
if not self.test:
# For now, raise EnomAPIError()
# TODO: return EnomAPIResponse?
raise EnomAPIError('Delete Domain not implemented')
parameters = {COMMAND: 'DeleteRegistration', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.message = response.rrp_text
response.success = response.rrp_code == '200'
return response
def get_domain(self, sld, tld):
"""
Get status information about the domain (response.status)
Get verification information about the domain (response.verification)
Raises EnomAPIError if the domain does not exist
"""
parameters = {COMMAND: 'GetDomainInfo', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.status = self._converter.get_xml_as_json(response.find('GetDomainInfo/status'))
response.verification = self._converter.get_xml_as_json(response.find('GetDomainInfo/services/entry/raasetting'))
return response
def get_account(self):
"""
Get account information
"""
parameters = {COMMAND: 'GetAccountInfo'}
response = self._get_response(parameters)
response.account_id = response.text('GetAccountInfo/Account')
return response
def get_subaccount(self, account_id):
"""
Get subaccount information
The contact information is returned as a contact dict in response.contact
If the subaccount does not exist response.success is False
"""
parameters = {COMMAND: 'GetSubaccountDetails', 'Account': account_id, 'Action': 'Info'}
response = self._get_response(parameters)
if response.find('SubAccountsManage/SubAccount') is None:
response.success = False
response.message = 'Could not find subaccount "{0}"'.format(account_id)
response.contact = {}
else:
response.contact = self._converter.get_subaccount_contact_as_json(response)
return response
def add_subaccount(self, username, password, contacts_json):
"""
Create a new subaccount that is accessed by the supplied username and password
The registrant information from the contacts_json parameters is used as account owner
The account_id for the new account is returned as response.account_id
Error condition: (raises EnomAPIError): duplicate username (account already exists)
"""
parameters = {COMMAND: 'CreateSubAccount', 'NewUID': username, 'NewPW': password, 'ConfirmPW': password}
default_contact = self._converter.get_default_contact(contacts_json)
parameters.update(self._converter.get_registrant(default_contact))
response = self._get_response(parameters)
response.account_id = response.text('NewAccount/Account')
# TODO: This is the same contact that the user supplied, NOT what Enom has in its database
response.contact = default_contact
return response
def update_subaccount(self, username, new_password, contacts_json):
"""
Updates an existing subaccount with new password and new registrar contact information
The account_id for the account is returned as response.account_id
The contact for the account is returned as response.contact
"""
parameters = {COMMAND: 'UpdateAccountInfo',
'NewUID': username,
'NewPW': new_password,
'ConfirmNewPW': new_password,
'AuthQuestionType': 'sbirth',
'AuthQuestionAnswer': 'nothere'}
default_contact = self._converter.get_default_contact(contacts_json)
parameters.update(self._converter.get_registrant(default_contact))
response = self._get_response(parameters)
response.account_id = response.text('GetAccountInfo/Account')
response.contact = self._converter.get_contact_as_json(response,
None,
EnomEntityConverter.MAPPING_JSON_TO_ENOM_SUBACCOUNT_UPD)
return response
def move_domain_to_subaccount(self, sld, tld, username='******'):
"""
Move a domain from its current account to the specified subaccount (username)
If no username is specified, it moves it to the main account (Jetlaunch)
"""
parameters = {COMMAND: 'PushDomain', SLD: sld, TLD: tld, 'AccountID': username, 'SendEmail':'No'}
response = self._get_response(parameters)
return response
def get_subaccount_domains(self, account_id):
"""
Get a list of all domains in this subaccount: response.domains
"""
parameters = {COMMAND: 'SubAccountDomains', 'Account': account_id, 'Tab': 'iown'}
response = self._get_response(parameters)
response.domains = []
for domain in response.find('GetDomains/domain-list/domain', True):
sld = domain.find('sld').text
tld = domain.find('tld').text
response.domains.append(self.to_domain(sld, tld))
return response
def soft_delete_subaccount(self, account_id):
"""
Soft delete the subdomain with the specified account_id
All domains in the subaccount are set to not auto renew,
and a 'status' flag on the domain is set to 'deleted'
and a 'status' flag on the subaccount is set to 'deleted'
"""
domains_response = self.get_subaccount_domains(account_id)
for domain in domains_response.domains:
self.soft_delete_domain(domain)
return domains_response
def soft_delete_domain(self, domain):
"""
Soft delete the domain
Set auto renew to False and set status=deleted on the domain
"""
sld, tld = self.to_sld_tld(domain)
# turn off auto renew
renew = self.set_auto_renew(sld, tld, False)
set_status = self.set_custom_domain_data(sld, tld, 'status', 'deleted')
logger.info('Soft deleted %s', domain)
return set_status
def set_host_records(self, sld, tld, host_records):
"""
Set the host records for a domain
sld, tld: The host and domain name (host.sld.tld) that you want to update in the DNS. For example, www.resellerdocs.com
host_records is a list of dictionaries with these keys:
name: subdomain (e.g. www, *, ...)
type: The record type (A, AAAA, CNET etc.)
ip: The IP address to set the host record to.
"""
if host_records is None or len(host_records) == 0:
raise EnomAPIError('Cannot set host records: Missing hosts')
parameters = {COMMAND: 'SetHosts', SLD: sld, TLD: tld}
for index, host_record in enumerate(host_records, 1):
host_type = host_record.get('type')
host_address = host_record.get('address')
# append dot if domain
if host_type.lower() == 'url':
scheme = urlparse(host_address).scheme
if not scheme:
# scheme empty for domain and ip. Its http or https.
try:
isinstance(host_address.split('.')[0], int)
except ValueError:
# its domain
if not host_address.endswith('.'):
host_address = host_address + '.'
else:
pass
parameters.update({'RecordType' + str(index): host_type,
'HostName' + str(index): host_record.get('name'),
'Address' + str(index): host_address})
response = self._get_response(parameters)
response.message = 'Successfully set {count} host record(s) for "{sld}.{tld}"'.format(count=len(host_records),
sld=sld, tld=tld)
return response
def get_host_records(self, sld, tld):
"""
Get the host records for a domain
"""
parameters = {COMMAND: 'GetHosts', SLD: sld, TLD: tld}
response = self._get_response(parameters)
host_records = self._converter.get_host_records_as_json(response)
response.host_records = host_records
return response
def set_name_servers(self, sld, tld, name_servers=[], default=False):
"""
Set the name servers for a domain
default = True sets it to eNoms name servers
name_servers = None or [] sets it to no name server
name_servers = ['ns1.nameserver.com', ...] sets it to the user specified name servers
"""
parameters = {COMMAND: 'ModifyNS', SLD: sld, TLD: tld}
if default:
parameters['UseDNS'] = 'Default'
if not name_servers:
parameters['NS1'] = None
else:
for index, name_server in enumerate(name_servers, start=1):
parameters['NS'+str(index)] = name_server
response = self._get_response(parameters)
if response.rrp_code == '200':
ns = 'default' if default else name_servers
response.message = 'Successfully set "{sld}.{tld}" name server to {ns}'.format(sld=sld, tld=tld, ns=ns)
return response
def get_name_servers(self, sld, tld):
"""
Get the name servers for a domain (response.name_servers)
"""
parameters = {COMMAND: 'GetDNS', SLD: sld, TLD: tld}
response = self._get_response(parameters)
if response.text('RRPCodeGDNS') != '200':
response.message = response.rrp_text
response.success = False
response.name_servers = []
return response
response.default = response.text('UseDNS') == 'default'
dns = response.find('dns', True)
if dns is None:
response.name_servers = []
else:
name_servers = []
for name_server in dns:
name_servers.append(name_server.text)
response.name_servers = name_servers
return response
def get_contacts(self, sld, tld):
"""
Retrieve all contacts (response.contacts)
"""
parameters = {COMMAND: 'GetContacts', SLD: sld, TLD: tld}
response = self._get_response(parameters)
json = self._converter.get_contacts_as_json(response)
# remove the account billing address
json.pop('account_billing', None)
response.contacts = json
return response
def set_contacts(self, sld, tld, contacts_json):
"""
Save contact information for registrant, admin, tech and aux billing in enom
"""
# FOR NOW - DO NOT ALLOW UPDATING MAIN ACCOUNT BILLING ADDRESS
# THERE IS ONLY ONE FOR ALL DOMAINS, IT USES 'UpdateAccountInfo'
contacts_json.pop('account_billing', None)
try:
self._converter.validate_contacts(contacts_json)
except ValueError as v:
raise EnomAPIError(v.message)
# billing (AuxBilling) is the billing contact at a domain level
parameters = {COMMAND: 'Contacts', SLD: sld, TLD: tld}
enom_parameters = self._converter.get_contacts_as_enom_parameters(contacts_json)
parameters.update(enom_parameters)
response = self._get_response(parameters)
return response
def set_custom_domain_data(self, sld, tld, key, value, entered_by=None):
"""
Associate a key-value pair to the domain (sld, tld)
entered_by is the person who set it - TBD
"""
parameters = {COMMAND: 'SetCustomerDefinedData', 'ObjectID': '1', SLD: sld, TLD: tld,
'Type': '2', 'DisplayFlag': '0', 'EnteredBy': entered_by, 'Key': key, 'Value': value}
response = self._get_response(parameters)
return response
def get_custom_domain_data(self, sld, tld, key):
"""
Get the key-value pair associated
with this domain (response.custom_data)
"""
parameters = {COMMAND: 'GetCustomerDefinedData', 'ObjectID': '1', SLD: sld, TLD: tld,
'Type': '2', 'Key': key}
response = self._get_response(parameters)
if response:
data = self._converter.get_domain_data_as_json(response)
data['key'] = key
if data['updated_at'] is not None:
response.custom_data = data
else:
# return an empty dictionary if the key entry does not exist
response.custom_data = {}
return response
def set_custom_account_data(self, key, value, entered_by=None):
"""
Associate a key-value pair to the account
entered_by is the person who set it - TBD
"""
parameters = {COMMAND: 'SetCustomerDefinedData', 'ObjectID': '1',
'Type': '1', 'DisplayFlag': '0', 'EnteredBy': entered_by,
'Key': key, 'Value': value}
response = self._get_response(parameters)
return response
def get_custom_account_data(self, key):
"""
Get the key-value pair associated
with this account (response.custom_data):
response.custom_data['key']
response.custom_data['value']
response.custom_data['updated_at']
response.custom_data['entered_by']
Returns an empty dictionary if the key entry does not exist
"""
parameters = {COMMAND: 'GetCustomerDefinedData', 'ObjectID': '1',
'Type': '1', 'Key': key}
response = self._get_response(parameters)
if response:
data = self._converter.get_domain_data_as_json(response)
data['key'] = key
if data['updated_at'] is not None:
response.custom_data = data
else:
# return an empty dictionary if the key entry does not exist
response.custom_data = {}
return response
def set_auto_renew(self, sld, tld, auto_renew):
"""
Set flag for domain auto-renewal; True if set for auto renewal, False otherwise
response.auto_renew contains the latest flag value
"""
parameters = {COMMAND: 'SetRenew', SLD: sld, TLD: tld, 'RenewFlag': int(bool(auto_renew))}
response = self._get_response(parameters)
response.success = bool(response.text('Success'))
response.auto_renew = response.text('RenewName') == 'True'
return response
def get_auto_renew(self, sld, tld):
"""
Get flag for domain auto-renewal
response.auto_renew is True if set for auto-renewal, False otherwise.
"""
parameters = {COMMAND: 'GetRenew', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.auto_renew = bool(int(response.text('auto-renew')))
return response
def set_lock(self, sld, tld, lock):
"""
Set flag for domain lock; set lock = True if protected from being transferred to another registrar, False otherwise
response.locked contains the latest flag value
"""
# if lock=None is passed in (it shouldn't), it is interpreted as False
parameters = {COMMAND: 'SetRegLock', SLD: sld, TLD: tld, 'UnlockRegistrar': int(not lock)}
try:
response = self._get_response(parameters)
except EnomAPIError as e:
response = e.response
# 541 means that we tried to unlock when it is already unlocked (reg-lock='ACTIVE')
if response.rrp_code != '541':
raise e
response.success = True
response.locked = response.text('reg-lock') == 'REGISTRAR-LOCK'
return response
def get_lock(self, sld, tld):
"""
Get flag for domain lock;
response.locked is True if the domain is protected from being transferred to another registrar, False otherwise
"""
parameters = {COMMAND: 'GetRegLock', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.locked = bool(int(response.text('reg-lock')))
return response
def synch_auth_info(self, sld, tld, email_epp=True, run_synch_auto_info=True):
"""
Synch auth information for a domain
response.done is True if the Synch is completed.
"""
parameters = {COMMAND: 'SynchAuthInfo',
SLD: sld,
TLD: tld,
EmailEPP: email_epp,
RunSynchAutoInfo: run_synch_auto_info
}
response = self._get_response(parameters)
response.done = response.text('Done') == 'true'
response.message = "Synchronized and mailed EPP successfully."
return response
def get_domain_status(self, sld, tld):
"""
To get the status of domains.
"""
parameters = {COMMAND: 'statusdomain', SLD: sld, TLD: tld}
response = self._get_response(parameters)
response.error_count = int(response.text('ErrCount'))
if response.error_count:
response.errors = self._converter.get_xml_as_json(response.find('errors'))
response.rrp_code = int(response.text('RRPCode'))
response.in_account = int(response.text('DomainStatus/InAccount')) == 1
response.done = response.text('Done') == 'true'
return response
def run():
res = Resource(self.url)
func(res)
@author: jklo
'''
import logging
from oaipmh.metadata import MetadataReader
from restkit.resource import Resource
from nsdl.NSDLDCImport import NSDLDCImport
import nsdl
if __name__ == '__main__':
import json
logging.basicConfig()
log = logging.getLogger("main")
reader = MetadataReader(fields = nsdl.LR_NSDL_DC_FIELDS, namespaces = nsdl.LR_NSDL_DC_NAMESPACES)
myImport = NSDLDCImport(nsdl.ALL_METADATA_URL_NSDL_DC, nsdl.LR_NSDL_PREFIX)
for (mult, list) in enumerate(myImport.fetch_documents(range=100)):
# Just print this
# for (idx, item) in enumerate(list):
# print("%d: %s" % (idx, json.dumps(item)))
#need to post to learning registry
try:
res = Resource("http://learningregistry.couchdb:5984")
body = { "documents":list }
log.info("request body: %s" % (json.dumps(body),))
clientResponse = res.post(path="/publish", payload=json.dumps(body), headers={"Content-Type":"application/json"})
log.info("status: {0} message: {1}".format(clientResponse.status_int, clientResponse.body_string))
except Exception as e:
log.exception("Caught Exception")
list = myImport.fetch_documents(range=100)
