>>> import dnsknife
>>> ans = dnsknife.query('example.com', 'A', dnssec=True)

>>> print dnsknife.Checker('example.com').mx()
[]

>>> print dnsknife.Checker('example.com').spf()
None

>>> print dnsknife.Checker('example.com').txt()
$Id: example.com 4415 2015-08-24 20:12:23Z davids $
v=spf1 -all

>>> from dnsknife import Checker
>>> Checker('example.com', direct=True).has_txt('dbef8938bef', ['www'], ignore_case=True)
False

>>> c = Checker('example.com')
>>> with dnsknife.dnssec(c) as sec:
>>>     print sec.spf()
None

>>> Checker('ten.pm').cdnskey()

---------------------------------------------------------------------------
BadCDNSKEY                                Traceback (most recent call last)
...

BadCDNSKEY: 1324 did not sign DNSKEY RR

>>> keys = dnsknife.query('example.com', 'DNSKEY')
>>> dnsknife.signed_by(ans, keys[0])
True

>>> dnsknife.signers(dnsknife.Checker('pm.', dnssec=True).query('pm.', 'DNSKEY'))
{<DNS name pm.>: [35968, 60859]}

>>> dnsknife.trusted(ans)
True

>>> from dnsknife import tpda

>>> # initialize with private key from repo:
>>> client = tpda.Client('ten.pm', 'dnsknife/tests/test.key')

>>> # generate url for domain
>>> URI = client.nameservers_uri('whe.re', ['ns1.ten.pm','ns2.ten.pm'])

>>> tpda.validate_URI(URI)
'http://partners.gandi.net/nameservers/v1?source=ten.pm&domain=whe.re&expires=20160415000918&ns=ns1.ten.pm&ns=ns2.ten.pm'