def test_incorrect(self):
executable = whois.executable # get the original executable
whois.executable = '/usr/bin/whois'
with pytest.raises(ValueError):
whois.query('google.com')
whois.executable = executable # revert back to old executable
assert whois.executable == executable # check
def test_executable_not_found(self):
executable = whois.executable # get the original executable
whois.executable = '/usr/bin/nowhois'
with pytest.raises(FileNotFoundError):
whois.query('google.com')
whois.executable = executable # revert back to old executable
assert whois.executable == executable # check
def _domain_query(domain: str):
response = whois.query(domain, date_as_string=True)
print(f"Query: {domain}")
print(response)
print("--" * 10)
print("")
return response
def test_nonexistant_tld(self):
domain = "nonexistant.tld"
result = whois.query(domain, date_as_string=True)
assert result == lookup_results['nonexistant_tld']
def test_fabulous_com(self):
domain = "fabulous.com"
result = whois.query(domain, date_as_string=True)
assert result["msg"] == "success"
assert result["domain_info"]["name"].lower() == "fabulous.com"
assert result["domain_info"] == lookup_results['fabulous_com']["domain_info"]
def test_google_org(self):
domain = "google.org"
result = whois.query(domain, date_as_string=True)
assert result["msg"] == "success"
assert result["domain_info"]["name"].lower() == "google.org"
assert result["domain_info"] == lookup_results['google_org']["domain_info"]
def test_parsing_error(self):
domain = "öbb.at"
result = whois.query(domain)
assert result["msg"] == "Err parsing"
def test_no_match(self):
domain = "нарояци.com"
result = whois.query(domain)
assert result["msg"] == "No match"
def test_datetime_object(self):
domain = "google.com"
result = whois.query(domain)
assert isinstance(result["domain_info"]["created_date"], datetime)
def test_datetime_as_string(self):
domain = "google.com"
result = whois.query(domain, date_as_string=True)
assert isinstance(result["domain_info"]["created_date"], str)