ET.SubElement(rrset, '{%s}TTL' % self.xmlns).text = str(ttl)
records = ET.SubElement(rrset, '{%s}ResourceRecords' % self.xmlns)
for value in values:
ET.SubElement(
ET.SubElement(records, '{%s}ResourceRecord' % self.xmlns),
'{%s}Value' % self.xmlns).text = value
body = self._tostring(root)
print body
return self.req(self._endpoint, self.version,
'hostedzone/' + ZoneId.split('/')[-1] + '/rrset',
self._key, self._secret, {}, response, None, 'POST',
self._tostring(root))
def GetChange(self, changeId):
pass
if __name__ == '__main__':
import proxy
key, secret = getBotoCredentials()
dns = proxy.ServiceProxy(Route53('us-west-1', key, secret))
zones = dns.ListHostedZones()
print zones.keys()
zone = zones['snitch.co.nz.']['Id']
print zone
for record in dns.ListResourceRecordSets(zone):
print repr(record)
# print dns.ChangeResourceRecord(zone, Create=[('smith.snitch.co.nz', 'A', 86400, ('209.160.32.205',))])
# print dns.CreateHostedZone('snitch.co.nz.')
}, response)
def ListAction(self, Elements):
"""listAction tests that lists pass correctly through the system
Returns -- True if HTTP request succeeds
"""
def response(status, reason, data):
if status == 200:
return True
raise AWSError(status, reason, data)
r = request.AWSRequest(self._endpoint, '/', self._key, self._secret,
'ListAction', {
'Version': self.version,
}, response)
for idx, e in enumerate(Elements):
r.addParm('Element.%d' % idx, e)
return r
if __name__ == '__main__':
from proxy import ServiceProxy
k, s = getBotoCredentials()
es = ServiceProxy(ExampleService('localhost', k, s))
es.ExampleAction('Mr', 'Joe', 'Bloggs')
es.ExampleAction('Mrs', 'Madonna')
es.ListAction(['one', 'two', 'three'])
es.ListAction([])
es.ExampleAction('Bad', None)
def GetObject(self, BucketName, Key, PutData, Progress=None):
def response(status, reason, data):
if status == 200:
# print data
return True
raise AWSError(status, reason, data)
return S3Request(BucketName + '.' + self._endpoint, '/' + Key, self._key, self._secret, BucketName, {}, response, verb='GET', body=PutData, progresscb=Progress)
if __name__ == '__main__':
import proxy
import sys
key, secret = getBotoCredentials()
s3 = S3('us-west-1', key, secret)
buckets = s3.ListBuckets().execute(retries=0)
print buckets
if True:
objects, info = s3.ListObjects(sys.argv[1], delimiter='/').execute(retries=0)
for key, obj in objects.items():
if obj:
print key, obj['Size']
else:
print key
# Upload a file
def cb(sent, outof):
print 'Sent %d bytes out of %d' % (sent, outof)
print s3.PutObject(sys.argv[1], 'cloudwatch.py', file('cloudwatch.py', 'rb'), 'text/plain', Progress=cb).execute(retries=0)
digest = base64.b64encode(h.digest())
# print 'base64 digest %r (%s)' % (digest, h.hexdigest())
parms.append('Signature=' + urllib.quote(digest, safe='-_~'))
return urllib.quote(self._uri) + '?' + '&'.join(parms)
def makeHeaders(self, verb='GET'):
pass
def makeBody(self):
return ''
def getContentLength(self):
return len(self.makeBody())
if __name__ == '__main__':
key, secret = aws.getBotoCredentials()
if False:
r = AWSRequest('sqs.us-west-1.amazonaws.com', '/', key, secret)
print r.makeURL(
'ListQueues',
{
# 'MessageBody': 'Your Message Text',
'Version': '2009-02-01',
# 'Expires': '2008-02-10T12:00:00Z',
})
r = AWSRequest('us-west-1.queue.amazonaws.com', '/', key, secret,
'CreateQueue', {
'Version': '2009-02-01',
'QueueName': 'pointstore',
})
def ListAction(self, Elements):
"""listAction tests that lists pass correctly through the system
Returns -- True if HTTP request succeeds
"""
def response(status, reason, data):
if status == 200:
return True
raise AWSError(status, reason, data)
r = request.AWSRequest(self._endpoint, '/', self._key, self._secret, 'ListAction', {
'Version': self.version,
}, response)
for idx, e in enumerate(Elements):
r.addParm('Element.%d' % idx, e)
return r
if __name__ == '__main__':
from proxy import ServiceProxy
k, s = getBotoCredentials()
es = ServiceProxy(ExampleService('localhost', k, s))
es.ExampleAction('Mr', 'Joe', 'Bloggs')
es.ExampleAction('Mrs', 'Madonna')
es.ListAction(['one', 'two', 'three'])
es.ListAction([])
es.ExampleAction('Bad', None)
parms = variabledecode.variable_decode(parms, dict_char='-', list_char='.') try: parms = obj.schema.to_python(parms) return obj.invoke(**parms) except Invalid, e: return self.error(400) except: _, t, v, tbinfo = request.compact_traceback() self._errorHandler(t, v, tbinfo) return self.error(500) else: return self.error(404) if __name__ == '__main__': key, secret = aws.getBotoCredentials() class ExampleAction(object): versions = ['2011-06-30'] class schema(Schema): Title = validators.String() FirstName = validators.String() Surname = validators.String(if_missing=None) def invoke(self, Title, FirstName, Surname): print "Hello %s %s %s" % (Title, FirstName, Surname) return ((200, 'OK'), '') class ListAction(object): versions = ['2011-06-30']
