def performSRVLookup(domain_url, srv_name, srv_description, srv_port):
(status, briefing, message, output) = domainNameLookup(domain_url)
if ( status != 0 ):
return (status, briefing, message, None)
answers = []
query_for_SRV_record = None
try:
resolver = dns.resolver.Resolver()
resolver.nameservers = [ getAuthoritativeNameserver(domain_url) ]
resolver.lifetime = 5
query_for_SRV_record = resolver.query(srv_name+domain_url, dns.rdatatype.SRV)
except (NXDOMAIN, NoAnswer, Timeout):
return no_SRV_record(domain_url, srv_name, srv_description, srv_port)
except Exception, e:
if ( str(e) == "" or str(e) == ("%s. does not exist." % domain_url) ):
return no_SRV_record(domain_url, srv_name, srv_description, srv_port)
status = 2
briefing = "A problem happened while searching for the %s:" % srv_description
briefing += " <strong>" + srv_name + domain_url + "</strong>!"
message = "Something odd happened while we were searching for the %s:" % srv_description
message += " <strong>" + srv_name + domain_url + "</strong>!"
message += "<br/>This is the exception we got: {"+str(e)+"}"
message += "<br/>It is probably a temporary issue with domain " + domain_url + "."
message += "<br/>But it could also be a bug in our Inspector."
message += " Let us know at <a href='https://github.com/buddycloud/buddycloud-tests-framework/issues'>our issue tracker</a> if you think so."
return (status, briefing, message, None)
def classifyDomainByRecord(domain):
resolver = dns.resolver.Resolver()
resolver.lifetime = 5
try:
nameserver = getAuthoritativeNameserver(domain)
if nameserver:
resolver.nameservers = [nameserver]
addresses = resolver.query(domain, dns.rdatatype.CNAME)
return {"type": "CNAME", "domain": domain, "addresses": addresses}
except dns.resolver.NXDOMAIN:
pass
except dns.resolver.NoAnswer:
pass
except Exception as e:
return {"type": "PROBLEM", "name": "CNAME record", "value": str(e)}
try:
addresses = resolver.query(domain, dns.rdatatype.A)
return {"type": "A", "domain": domain, "addresses": addresses}
except (NXDOMAIN, NoAnswer):
return {"type": "NONEXISTENT", "domain": domain, "addresses": []}
except Exception as e:
return {"type": "PROBLEM", "name": "A record", "value": str(e)}
def testFunction(domain_url):
view = {"domain_url":domain_url}
if ( domainNameLookup(domain_url)[0] != 0 ):
view["warning"] = "%s not found!" % (domain_url)
return warning(view)
try:
resolver = dns.resolver.Resolver()
nameserver = getAuthoritativeNameserver(domain_url)
if ( nameserver ):
resolver.nameservers = [ nameserver ]
answer = resolver.query("_buddycloud-api._tcp."+domain_url,
dns.rdatatype.TXT)
except Exception as e:
return no_record(view)
else:
txt_answer = answer[0].to_text()
view["record"] = txt_answer
for test in record_well_formedness_tests:
if ( not test[0](txt_answer) ):
view["error"] = code("TXT record") + " is malformed! " + test[1]
return record_error(view)
domain = txt_answer[txt_answer.find("host=")+5:
txt_answer.find(" ", txt_answer.find("host=")+5)]
port = txt_answer[txt_answer.find("port=")+5:
txt_answer.find(" ", txt_answer.find("port=")+5)]
path = txt_answer[txt_answer.find("path=")+5:
txt_answer.find(" ", txt_answer.find("path=")+5)]
protocol = txt_answer[txt_answer.find("protocol=")+9:
txt_answer.find(" ", txt_answer.find("protocol=")+9)]
if ( protocol.lower() != "https" ):
view["error"] = code("TXT record") + "\'s " + bold("protocol") + "\
attribute must have value set to " + code("https") + "!"
return record_error(view)
output = {
'protocol' : protocol,
'domain' : domain,
'port' : port,
'path' : path
}
return record_correct(view, output)
def classifyDomainByRecord(domain):
resolver = dns.resolver.Resolver()
resolver.lifetime = 5
try:
resolver.nameservers = [ getAuthoritativeNameserver(domain) ]
addresses = resolver.query(domain, dns.rdatatype.CNAME)
return { 'type' : 'CNAME',
'domain' : domain,
'addresses' : addresses
}
except dns.resolver.NXDOMAIN:
pass
except dns.resolver.NoAnswer:
pass
except Exception as e:
return { 'type' : 'PROBLEM',
'name' : 'CNAME record',
'value' : str(e)
}
try:
addresses = resolver.query(domain, dns.rdatatype.A)
return { 'type' : 'A',
'domain' : domain,
'addresses' : addresses
}
except (NXDOMAIN, NoAnswer):
return { 'type' : 'NONEXISTENT',
'domain' : domain,
'addresses' : []
}
except Exception as e:
return { 'type' : 'PROBLEM',
'name' : 'A record',
'value' : str(e)
}
def performSRVLookup(domain_url, srv_name, srv_description, srv_port):
(status, briefing, message, output) = domainNameLookup(domain_url)
if (status != 0):
return (status, briefing, message, None)
answers = []
query_for_SRV_record = None
try:
resolver = dns.resolver.Resolver()
resolver.nameservers = [getAuthoritativeNameserver(domain_url)]
resolver.lifetime = 5
query_for_SRV_record = resolver.query(srv_name + domain_url,
dns.rdatatype.SRV)
except (NXDOMAIN, NoAnswer, Timeout):
return no_SRV_record(domain_url, srv_name, srv_description, srv_port)
except Exception, e:
if (str(e) == "" or str(e) == ("%s. does not exist." % domain_url)):
return no_SRV_record(domain_url, srv_name, srv_description,
srv_port)
status = 2
briefing = "A problem happened while searching for the %s:" % srv_description
briefing += " <strong>" + srv_name + domain_url + "</strong>!"
message = "Something odd happened while we were searching for the %s:" % srv_description
message += " <strong>" + srv_name + domain_url + "</strong>!"
message += "<br/>This is the exception we got: {" + str(e) + "}"
message += "<br/>It is probably a temporary issue with domain " + domain_url + "."
message += "<br/>But it could also be a bug in our Inspector."
message += " Let us know at <a href='https://github.com/buddycloud/buddycloud-tests-framework/issues'>our issue tracker</a> if you think so."
return (status, briefing, message, None)
def testFunction(domain_url):
(status, briefing, message, output) = domainNameLookup(domain_url)
if (status != 0):
return (status, briefing, message, None)
query_for_TXT_record = None
try:
resolver = dns.resolver.Resolver()
resolver.nameservers = [getAuthoritativeNameserver(domain_url)]
resolver.lifetime = 5
query_for_TXT_record = resolver.query(
"_buddycloud-api._tcp." + domain_url, dns.rdatatype.TXT)
except (NXDOMAIN, NoAnswer):
return noTXTRecord(domain_url)
except Exception as e:
if (str(e) == "" or str(e) == ("%s. does not exist." % domain_url)):
return noTXTRecord(domain_url)
status = 2
briefing = "A problem happened while searching for the API server TXT record:"
briefing += " <strong>_buddycloud-api._tcp." + domain_url + "</strong>!"
message = "Something odd happened while we were searching for the API server TXT record:"
message += " <strong>_buddycloud-api._tcp." + domain_url + "</strong>!"
message += "<br/>This is the exception we got: {" + str(e) + "}"
message += "<br/>It is probably a temporary issue with domain " + domain_url + "."
message += "<br/>But it could also be a bug in our Inspector."
message += " Let us know at <a href='https://github.com/buddycloud/buddycloud-tests-framework/issues'>our issue tracker</a> if you think so."
return (status, briefing, message, None)
classified_records = {}
for answer in query_for_TXT_record:
classified = classifyTXTRecord(str(answer))
if not classified['type'] in classified_records:
classified_records[classified['type']] = []
classified_records[classified['type']].append(classified)
if (len(classified_records.get('INFO_MISSING', [])) != 0
or len(classified_records.get('MALFORMED', [])) != 0
or len(classified_records.get('NOT_HTTPS', [])) != 0):
status = 1
briefing = "We detected incorrect API server TXT records at domain"
briefing += " <strong>%s</strong>." % domain_url
message = "We detected you set up the following incorrect API"
message += " server TXT records.<br/>"
message += "You must have just one correct API server SRV record.<br/>"
message += "These are the SRV records we found and their problems: <br/><br/>"
for record in classified_records.get('INFO_MISSING', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>" %
(record['description'], record['record']))
for record in classified_records.get('MALFORMED', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>" %
(record['description'], record['record']))
if (len(classified_records.get('MALFORMED', [])) != 0):
message += "The API server TXT record must always have a <em>version</em>, <em>host</em>,"
message += " <em>protocol</em>, <em>path</em> and <em>port</em>.<br/>"
message += "<strong>Each of these properties must be defined within double quotes and separated by spaces only</strong>.<br/>"
message += "For example, assuming that the server running buddycloud will be named: <strong><em>buddycloud."
message += domain_url + "</em></strong>,"
message += "<br/>here you are a TXT record that should work:<br/>"
message += "<strong>_buddycloud-api._tcp." + domain_url + "\tIN TXT \"v=1.0\" \"host=buddycloud."
message += domain_url + "\" \"protocol=https\" \"path=/api\" \"port=433\"</strong><br/>"
message += "<br/>Please not that your API server TXT record won't be correct until it contains proper"
message += " information regarding the <em>version</em>, <em>host</em>, <em>protocol<em/>, <em>path</em> and <em>port</em>.<br/>"
for record in classified_records.get('NOT_HTTPS', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>" %
(record['description'], record['record']))
if (len(classified_records.get('NOT_HTTPS', [])) != 0):
message += "Please ensure your API server will run with HTTPS enabled.<br/>"
message += "See <a href='https://buddycloud.org/wiki/Install#buddycloud_DNS' target='_blank'"
message += " >https://buddycloud.org/wiki/Install#buddycloud_DNS</a> for more information.<br/>"
return (status, briefing, message, None)
elif len(classified_records.get('CORRECT', [])) == 0:
status = 1
briefing = "No correct API server TXT record found at "
briefing += "domain <strong>%s</strong>!<br/>" % domain_url
message = briefing + "<br/>"
message += "You must have one correct API server SRV record.<br/>"
message += "See <a href='https://buddycloud.org/wiki/Install#buddycloud_DNS' target='_blank'"
message += " >https://buddycloud.org/wiki/Install#buddycloud_DNS</a> for more information.<br/>"
return (status, briefing, message, None)
elif len(classified_records.get('CORRECT', [])) > 1:
status = 1
briefing = "We found multiple correct API server TXT records!"
message = briefing + "<br/>"
message += "But really, you should have just one.<br/>"
message += "These are the records we found: <br/><br/>"
else:
status = 0
briefing = "API server TXT record found: "
briefing += "<strong>%s</strong>" % classified_records['CORRECT'][0][
'record']
message = "Congratulations! You have set up your API server "
message += "TXT record correctly.<br/><br/>"
for record in classified_records.get('CORRECT', []):
message += ("<strong>%s://%s:%s%s</strong><br/><em>%s</em><br/><br/>" %
(record['protocol'], record['domain'], record['port'],
record['path'], record['record']))
r = classified_records['CORRECT'][0]
return (status, briefing, message, {
'protocol': r['protocol'],
'domain': r['domain'],
'port': r['port'],
'path': r['path']
})
def testFunction(domain_url):
(status, briefing, message, output) = domainNameLookup(domain_url)
if ( status != 0 ):
return (status, briefing, message, None)
query_for_TXT_record = None
try:
resolver = dns.resolver.Resolver()
resolver.nameservers = [ getAuthoritativeNameserver(domain_url) ]
resolver.lifetime = 5
query_for_TXT_record = resolver.query("_buddycloud-api._tcp."+domain_url, dns.rdatatype.TXT)
except (NXDOMAIN, NoAnswer):
return noTXTRecord(domain_url)
except Exception as e:
if ( str(e) == "" or str(e) == ("%s. does not exist." % domain_url) ):
return noTXTRecord(domain_url)
status = 2
briefing = "A problem happened while searching for the API server TXT record:"
briefing += " <strong>_buddycloud-api._tcp." + domain_url + "</strong>!"
message = "Something odd happened while we were searching for the API server TXT record:"
message += " <strong>_buddycloud-api._tcp." + domain_url + "</strong>!"
message += "<br/>This is the exception we got: {"+str(e)+"}"
message += "<br/>It is probably a temporary issue with domain " + domain_url + "."
message += "<br/>But it could also be a bug in our Inspector."
message += " Let us know at <a href='https://github.com/buddycloud/buddycloud-tests-framework/issues'>our issue tracker</a> if you think so."
return (status, briefing, message, None)
classified_records = {}
for answer in query_for_TXT_record:
classified = classifyTXTRecord(str(answer))
if not classified['type'] in classified_records:
classified_records[classified['type']] = []
classified_records[classified['type']].append(classified)
if ( len(classified_records.get('INFO_MISSING', [])) != 0
or len(classified_records.get('MALFORMED', [])) != 0
or len(classified_records.get('NOT_HTTPS', [])) != 0 ):
status = 1
briefing = "We detected incorrect API server TXT records at domain"
briefing += " <strong>%s</strong>." % domain_url
message = "We detected you set up the following incorrect API"
message += " server TXT records.<br/>"
message += "You must have just one correct API server SRV record.<br/>"
message += "These are the SRV records we found and their problems: <br/><br/>"
for record in classified_records.get('INFO_MISSING', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>"
% (record['description'], record['record']))
for record in classified_records.get('MALFORMED', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>"
% (record['description'], record['record']))
if ( len(classified_records.get('MALFORMED', [])) != 0 ):
message += "The API server TXT record must always have a <em>version</em>, <em>host</em>,"
message += " <em>protocol</em>, <em>path</em> and <em>port</em>.<br/>"
message += "<strong>Each of these properties must be defined within double quotes and separated by spaces only</strong>.<br/>"
message += "For example, assuming that the server running buddycloud will be named: <strong><em>buddycloud."
message += domain_url + "</em></strong>,"
message += "<br/>here you are a TXT record that should work:<br/>"
message += "<strong>_buddycloud-api._tcp." + domain_url + "\tIN TXT \"v=1.0\" \"host=buddycloud."
message += domain_url + "\" \"protocol=https\" \"path=/api\" \"port=433\"</strong><br/>"
message += "<br/>Please not that your API server TXT record won't be correct until it contains proper"
message += " information regarding the <em>version</em>, <em>host</em>, <em>protocol<em/>, <em>path</em> and <em>port</em>.<br/>"
for record in classified_records.get('NOT_HTTPS', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>"
% (record['description'], record['record']))
if ( len(classified_records.get('NOT_HTTPS', [])) != 0 ):
message += "Please ensure your API server will run with HTTPS enabled.<br/>"
message += "See <a href='https://buddycloud.org/wiki/Install#buddycloud_DNS' target='_blank'"
message += " >https://buddycloud.org/wiki/Install#buddycloud_DNS</a> for more information.<br/>"
return (status, briefing, message, None)
elif len(classified_records.get('CORRECT', [])) == 0:
status = 1
briefing = "No correct API server TXT record found at "
briefing += "domain <strong>%s</strong>!<br/>" % domain_url
message = briefing + "<br/>"
message += "You must have one correct API server SRV record.<br/>"
message += "See <a href='https://buddycloud.org/wiki/Install#buddycloud_DNS' target='_blank'"
message += " >https://buddycloud.org/wiki/Install#buddycloud_DNS</a> for more information.<br/>"
return (status, briefing, message, None)
elif len(classified_records.get('CORRECT', [])) > 1:
status = 1
briefing = "We found multiple correct API server TXT records!"
message = briefing + "<br/>"
message += "But really, you should have just one.<br/>"
message += "These are the records we found: <br/><br/>"
else:
status = 0
briefing = "API server TXT record found: "
briefing += "<strong>%s</strong>" % classified_records['CORRECT'][0]['record']
message = "Congratulations! You have set up your API server "
message += "TXT record correctly.<br/><br/>"
for record in classified_records.get('CORRECT', []):
message += ("<strong>%s://%s:%s%s</strong><br/><em>%s</em><br/><br/>"
% (record['protocol'],
record['domain'],
record['port'],
record['path'],
record['record']))
r = classified_records['CORRECT'][0]
return (status, briefing, message, {
'protocol' : r['protocol'],
'domain' : r['domain'],
'port' : r['port'],
'path' : r['path']
})
def testFunction(domain_url):
view = {"domain_url":domain_url}
if ( domainNameLookup(domain_url)[0] != 0 ):
view["warning"] = "%s not found!" % (domain_url)
return warning(view)
(status, b, m, answers) = xmppServerServiceRecordLookup(domain_url)
if ( status != 0 ):
wiew["warning"] = "XMPP Server of domain %s not found!" % (domain_url)
return warning(view)
xmpp = sleekxmpp.ClientXMPP("*****@*****.**", "ei3tseq")
situation = {}
for answer in answers:
conn_address = answer["domain"], answer["port"]
view["xmpp_server"] = conn_address[0]
if ( not xmpp.connect(conn_address, reattempt=False, use_ssl=False, use_tls=False) ):
situation[conn_address] = make_output_builder(view,
xmpp_connection_problem)
continue
xmpp.process(block=False)
try:
DISCO_ITEMS_NS = 'http://jabber.org/protocol/disco#items'
iq = xmpp.make_iq_get(queryxmlns=DISCO_ITEMS_NS,
ito=domain_url, ifrom=xmpp.boundjid)
try:
view["disco_type"] = "disco#items"
response = iq.send(block=True, timeout=5)
except Exception as e:
if ( str(e) != "" ):
view["error"] = str(e)
situation[conn_address] = make_output_builder(view,
xmpp_disco_query_send_error)
continue
if ( len(response.xml.findall("iq[@type='error']")) != 0 ):
view["error"] = response.xml.findall("iq[@type='error']")[0]
situation[conn_address] = make_output_builder(view,
xmpp_server_error)
continue
its = response.xml.findall(
"{%s}query/{%s}item" % ((DISCO_ITEMS_NS,)*2))
for item in its:
item_jid = item.attrib['jid']
DISCO_INFO_NS = 'http://jabber.org/protocol/disco#info'
iq = xmpp.make_iq_get(queryxmlns=DISCO_INFO_NS,
ito=item_jid, ifrom=xmpp.boundjid)
try:
view["disco_type"] = "disco#info"
response = iq.send(block=True, timeout=5)
except Exception as e:
if ( str(e) != "" ):
view["error"] = str(e)
situation[conn_address] = make_output_builder(view,
xmpp_disco_query_send_error)
continue
if ( len(response.xml.findall("iq[@type='error']")) != 0 ):
view["error"] = response.xml.findall("iq[@type='error']")[0]
situation[conn_address] = make_output_builder(view,
xmpp_server_error)
continue
ids = response.xml.findall(
"{%s}query/{%s}identity" % ((DISCO_INFO_NS,)*2))
for identity in ids:
identity_category = identity.attrib['category']
identity_type = identity.attrib['type']
view["discovery"] = True
view["channel_server"] = item_jid
if ( identity_category == 'pubsub'
and identity_type == 'channels' ):
try:
resolver = dns.resolver.Resolver()
nameserver = getAuthoritativeNameserver(domain_url)
resolver.nameservers = [nameserver]
resolver.lifetime = 5
PTR_name = "_buddycloud-server._tcp." + domain_url
answer = resolver.query(PTR_name, dns.rdatatype.PTR)
except Exception:
pass
else:
#TODO check if PTR record and DISCO are pointing
# to the same place -- they must!
view["ptr_record"] = True
return is_buddycloud_enabled(view)
if not conn_address in situation:
situation[conn_address] = make_output_builder(view,
not_buddycloud_enabled)
finally:
xmpp.disconnect()
try:
resolver = dns.resolver.Resolver()
nameserver = getAuthoritativeNameserver(domain_url)
resolver.nameservers = [nameserver]
resolver.lifetime = 5
PTR_name = "_buddycloud-server._tcp." + domain_url
answer = resolver.query(PTR_name, dns.rdatatype.PTR)
except (NXDOMAIN, NoAnswer, Timeout):
pass
except Exception:
pass
else:
view["ptr_record"] = True
#view["channel_server"] = answer
return is_buddycloud_enabled(view)
if ( len(situation) == 1 ):
return situation[situation.keys()[0]]()
view["xmpp_servers"] = []
status = 2
for xmpp_server in situation:
output = situation[xmpp_server]()
if ( output[0] == 1 ):
status = 1
view["xmpp_servers"].append({
"name" : "%s through port %s" %(xmpp_server),
"error" : output[2]
})
view["status"] = status
return multiple_problems(view)
def performSRVLookup(domain_url, srv_name, srv_description, srv_port):
(status, briefing, message, output) = domainNameLookup(domain_url)
if status != 0:
return (status, briefing, message, None)
answers = []
query_for_SRV_record = None
try:
resolver = dns.resolver.Resolver()
nameserver = getAuthoritativeNameserver(domain_url)
if nameserver:
resolver.nameservers = [nameserver]
query_for_SRV_record = resolver.query(srv_name + domain_url, dns.rdatatype.SRV)
except (NXDOMAIN, NoAnswer, Timeout):
return no_SRV_record(domain_url, srv_name, srv_description, srv_port)
except Exception as e:
if str(e) == "" or str(e) == ("%s. does not exist." % domain_url):
return no_SRV_record(domain_url, srv_name, srv_description, srv_port)
status = 2
briefing = "A problem happened while searching for the %s:" % srv_description
briefing += " <strong>" + srv_name + domain_url + "</strong>!"
message = "Something odd happened while we were searching for the %s:" % srv_description
message += " <strong>" + srv_name + domain_url + "</strong>!"
message += "<br/>This is the exception we got: {" + str(e) + "}"
message += "<br/>It is probably a temporary issue with domain " + domain_url + "."
message += "<br/>But it could also be a bug in our Inspector."
message += " Let us know at <a href='https://github.com/buddycloud/buddycloud-tests-framework/issues'>our issue tracker</a> if you think so."
return (status, briefing, message, None)
for answer in query_for_SRV_record:
try:
domain = answer.target.to_text()[:-1]
port = str(answer.port)
answers.append({"domain": domain, "port": port, "priority": answer.priority, "weight": answer.weight})
except Exception:
continue
SRV_records = []
for i in range(len(answers)):
SRV_record = srv_name + domain_url + " IN SRV "
SRV_record += answers[i]["port"] + " " + str(answers[i]["domain"])
SRV_records.append(SRV_record)
status = 0
briefing = srv_description + "s found: <strong>" + string.join(SRV_records, " | ") + "</strong>"
message = "Congratulations! You have set up your SRV records correctly."
message += "<br/>These were the %ss we found:<br/>" % srv_description
message += "<strong><br/>" + string.join(SRV_records, "<br/>") + "<br/></strong>"
message += "<br/>Now, we expect that at least one of them is pointing to an A record"
message += " that will ultimately guide us to your buddycloud server."
return (status, briefing, message, answers)
def testFunction(domain_url):
view = {"domain_url":domain_url}
if ( domainNameLookup(domain_url)[0] != 0 ):
view["warning"] = "%s not found!" % (domain_url)
return warning(view)
xmpp = create_xmpp_client()
conn_address = 'crater.buddycloud.org', 5222
disco_situation = None
if ( not xmpp.connect(conn_address) ):
disco_situation = make_output_builder(view, xmpp_connection_problem)
else:
xmpp.process(block=False)
try:
DISCO_ITEMS_NS = 'http://jabber.org/protocol/disco#items'
iq = xmpp.make_iq_get(queryxmlns=DISCO_ITEMS_NS,
ito=domain_url, ifrom=xmpp.boundjid)
class DiscoItemsFailedException(Exception):
pass
try:
view["disco_type"] = "disco#items"
response = iq.send(block=True, timeout=config.IQ_TIMEOUT)
except Exception as e:
if ( str(e) != "" ):
view["error"] = str(e)
disco_situation = make_output_builder(view,
xmpp_disco_query_send_error)
raise DiscoItemsFailedException()
if ( len(response.xml.findall("iq[@type='error']")) != 0 ):
view["error"] = response.xml.findall("iq[@type='error']")[0]
disco_situation = make_output_builder(view,
xmpp_server_error)
raise DiscoItemsFailedException()
its = response.xml.findall(
"{%s}query/{%s}item" % ((DISCO_ITEMS_NS,)*2))
for item in its:
item_jid = item.attrib['jid']
DISCO_INFO_NS = 'http://jabber.org/protocol/disco#info'
iq = xmpp.make_iq_get(queryxmlns=DISCO_INFO_NS,
ito=item_jid, ifrom=xmpp.boundjid)
try:
view["disco_type"] = "disco#info"
view["xmpp_server"] = item_jid
response = iq.send(block=True, timeout=config.IQ_TIMEOUT)
except Exception as e:
if ( str(e) != "" ):
view["error"] = str(e)
disco_situation = make_output_builder(view,
xmpp_disco_query_send_error)
continue
if ( len(response.xml.findall("iq[@type='error']")) != 0 ):
view["error"] = response.xml.findall("iq[@type='error']")[0]
disco_situation = make_output_builder(view,
xmpp_server_error)
continue
ids = response.xml.findall(
"{%s}query/{%s}identity" % ((DISCO_INFO_NS,)*2))
for identity in ids:
identity_category = identity.attrib['category']
identity_type = identity.attrib['type']
if ( identity_category == 'pubsub'
and identity_type == 'channels' ):
view["discovery"] = True
view["channel_server"] = item_jid
try:
resolver = dns.resolver.Resolver()
nameserver = getAuthoritativeNameserver(domain_url)
if ( nameserver ):
resolver.nameservers = [nameserver]
TXT_name = "_bcloud-server._tcp." + domain_url
answer = resolver.query(TXT_name, dns.rdatatype.TXT)
except Exception:
pass
else:
view["txt_record"] = True
txt_answer = answer[0].to_text()
if ( len(txt_answer) == 0 ):
txt_answer = "(Blank record)"
view["record"] = txt_answer
for test in record_well_formedness_tests:
if ( not test[0](txt_answer) ):
view["error"] = code("TXT record") + " is malformed! " + test[1]
return record_error(view)
answer_jid = txt_answer[txt_answer.find("server=")+7:txt_answer.find(" ", txt_answer.find("server=")+7)]
if ( item_jid != answer_jid ):
view["channel_server2"] = answer_jid
return buddycloud_enabled_with_conflict(view)
return is_buddycloud_enabled(view)
if disco_situation == None:
disco_situation = make_output_builder(view,
not_buddycloud_enabled)
except DiscoItemsFailedException:
pass
finally:
xmpp.disconnect()
try:
resolver = dns.resolver.Resolver()
nameserver = getAuthoritativeNameserver(domain_url)
if ( nameserver ):
resolver.nameservers = [nameserver]
TXT_name = "_bcloud-server._tcp." + domain_url
answer = resolver.query(TXT_name, dns.rdatatype.TXT)
except Exception:
return disco_situation()
else:
view["txt_record"] = True
txt_answer = answer[0].to_text()
if ( len(txt_answer) == 0 ):
txt_answer = "(Blank record)"
view["record"] = txt_answer
for test in record_well_formedness_tests:
if ( not test[0](txt_answer) ):
view["error"] = code("TXT record") + " is malformed! " + test[1]
return record_error(view)
answer_jid = txt_answer[txt_answer.find("server=")+7:txt_answer.find(" ", txt_answer.find("server=")+7)]
view["channel_server"] = answer_jid
return is_buddycloud_enabled(view)
def testFunction(domain_url):
(status, briefing, message, output) = domainNameLookup(domain_url)
if ( status != 0 ):
return (status, briefing, message, None)
query_for_TXT_record = None
try:
resolver = dns.resolver.Resolver()
resolver.nameservers = [ getAuthoritativeNameserver(domain_url) ]
resolver.lifetime = 5
query_for_TXT_record = resolver.query("_buddycloud-api._tcp."+domain_url, dns.rdatatype.TXT)
except (NXDOMAIN, NoAnswer):
return noTXTRecord(domain_url)
except Exception as e:
if ( str(e) == "" or str(e) == ("%s. does not exist." % domain_url) ):
return noTXTRecord(domain_url)
status = 2
briefing = "A problem happened while searching for the API server TXT record:"
briefing += " <strong>_buddycloud-api._tcp." + domain_url + "</strong>!"
message = "Something odd happened while we were searching for the API server TXT record:"
message += " <strong>_buddycloud-api._tcp." + domain_url + "</strong>!"
message += "<br/>This is the exception we got: {"+str(e)+"}"
message += "<br/>It is probably a temporary issue with domain " + domain_url + "."
message += "<br/>But it could also be a bug in our Inspector."
message += " Let us know at <email> if you think so."
return (status, briefing, message, None)
classified_records = {}
for answer in query_for_TXT_record:
classified = classifyTXTRecord(str(answer))
if not classified['type'] in classified_records:
classified_records[classified['type']] = []
classified_records[classified['type']].append(classified)
if ( len(classified_records.get('INFO_MISSING', [])) != 0
or len(classified_records.get('MALFORMED', [])) != 0
or len(classified_records.get('NOT_HTTPS', [])) != 0 ):
status = 1
briefing = "We detected incorrect API server TXT records at domain"
briefing += " <strong>%s</strong>." % domain_url
message = "We detected you set up the following incorrect API"
message += " server TXT records.<br/>"
message += "Really you must have just one correct API server SRV record.<br/>"
message += "These are the SRV records we found and their problems: <br/><br/>"
for record in classified_records.get('INFO_MISSING', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>"
% (record['description'], record['record']))
for record in classified_records.get('MALFORMED', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>"
% (record['description'], record['record']))
for record in classified_records.get('NOT_HTTPS', []):
message += ("<strong>%s</strong><br/><em>%s</em><br/><br/>"
% (record['description'], record['record']))
if ( len(classified_records.get('NOT_HTTPS', [])) != 0 ):
message += "Please ensure your API server will run with HTTPS enabled.<br/>"
message += "See <a href='https://buddycloud.org/wiki/Install#buddycloud_DNS' target='_blank'"
message += " >https://buddycloud.org/wiki/Install#buddycloud_DNS</a> for more information.<br/>"
return (status, briefing, message, None)
elif len(classified_records.get('CORRECT', [])) == 0:
status = 1
briefing = "No correct API server TXT record found at "
briefing += "domain <strong>%s</strong>!<br/>" % domain_url
message = briefing + "<br/>"
message += "You must have one correct API server SRV record.<br/>"
message += "See <a href='https://buddycloud.org/wiki/Install#buddycloud_DNS' target='_blank'"
message += " >https://buddycloud.org/wiki/Install#buddycloud_DNS</a> for more information.<br/>"
return (status, briefing, message, None)
elif len(classified_records.get('CORRECT', [])) > 1:
status = 1
briefing = "We found multiple correct API server TXT records!"
message = briefing + "<br/>"
message += "But really, you should have just one.<br/>"
message += "These are the records we found: <br/><br/>"
else:
status = 0
briefing = "API server TXT record found: "
briefing += "<strong>%s</strong>" % classified_records['CORRECT'][0]['record']
message = "Congratulations! You have set up your API server "
message += "TXT record correctly.<br/><br/>"
for record in classified_records.get('CORRECT', []):
message += ("<strong>%s://%s:%s%s</strong><br/><em>%s</em><br/><br/>"
% (record['protocol'],
record['domain'],
record['port'],
record['path'],
record['record']))
r = classified_records['CORRECT'][0]
return (status, briefing, message, {
'protocol' : r['protocol'],
'domain' : r['domain'],
'port' : r['port'],
'path' : r['path']
})
def testFunction(domain_url):
view = {"domain_url": domain_url}
if (domainNameLookup(domain_url)[0] != 0):
view["warning"] = "%s not found!" % (domain_url)
return warning(view)
(status, b, m, answers) = xmppServerServiceRecordLookup(domain_url)
if (status != 0):
wiew["warning"] = "XMPP Server of domain %s not found!" % (domain_url)
return warning(view)
xmpp = sleekxmpp.ClientXMPP("*****@*****.**", "ei3tseq")
situation = {}
for answer in answers:
conn_address = answer["domain"], answer["port"]
view["xmpp_server"] = conn_address[0]
if (not xmpp.connect(
conn_address, reattempt=False, use_ssl=False, use_tls=False)):
situation[conn_address] = make_output_builder(
view, xmpp_connection_problem)
continue
xmpp.process(block=False)
try:
DISCO_ITEMS_NS = 'http://jabber.org/protocol/disco#items'
iq = xmpp.make_iq_get(queryxmlns=DISCO_ITEMS_NS,
ito=domain_url,
ifrom=xmpp.boundjid)
try:
view["disco_type"] = "disco#items"
response = iq.send(block=True, timeout=5)
except Exception as e:
if (str(e) != ""):
view["error"] = str(e)
situation[conn_address] = make_output_builder(
view, xmpp_disco_query_send_error)
continue
if (len(response.xml.findall("iq[@type='error']")) != 0):
view["error"] = response.xml.findall("iq[@type='error']")[0]
situation[conn_address] = make_output_builder(
view, xmpp_server_error)
continue
its = response.xml.findall("{%s}query/{%s}item" %
((DISCO_ITEMS_NS, ) * 2))
for item in its:
item_jid = item.attrib['jid']
DISCO_INFO_NS = 'http://jabber.org/protocol/disco#info'
iq = xmpp.make_iq_get(queryxmlns=DISCO_INFO_NS,
ito=item_jid,
ifrom=xmpp.boundjid)
try:
view["disco_type"] = "disco#info"
response = iq.send(block=True, timeout=5)
except Exception as e:
if (str(e) != ""):
view["error"] = str(e)
situation[conn_address] = make_output_builder(
view, xmpp_disco_query_send_error)
continue
if (len(response.xml.findall("iq[@type='error']")) != 0):
view["error"] = response.xml.findall(
"iq[@type='error']")[0]
situation[conn_address] = make_output_builder(
view, xmpp_server_error)
continue
ids = response.xml.findall("{%s}query/{%s}identity" %
((DISCO_INFO_NS, ) * 2))
for identity in ids:
identity_category = identity.attrib['category']
identity_type = identity.attrib['type']
view["discovery"] = True
view["channel_server"] = item_jid
if (identity_category == 'pubsub'
and identity_type == 'channels'):
try:
resolver = dns.resolver.Resolver()
nameserver = getAuthoritativeNameserver(domain_url)
resolver.nameservers = [nameserver]
resolver.lifetime = 5
PTR_name = "_buddycloud-server._tcp." + domain_url
answer = resolver.query(PTR_name,
dns.rdatatype.PTR)
except Exception:
pass
else:
#TODO check if PTR record and DISCO are pointing
# to the same place -- they must!
view["ptr_record"] = True
return is_buddycloud_enabled(view)
if not conn_address in situation:
situation[conn_address] = make_output_builder(
view, not_buddycloud_enabled)
finally:
xmpp.disconnect()
try:
resolver = dns.resolver.Resolver()
nameserver = getAuthoritativeNameserver(domain_url)
resolver.nameservers = [nameserver]
resolver.lifetime = 5
PTR_name = "_buddycloud-server._tcp." + domain_url
answer = resolver.query(PTR_name, dns.rdatatype.PTR)
except (NXDOMAIN, NoAnswer, Timeout):
pass
except Exception:
pass
else:
view["ptr_record"] = True
#view["channel_server"] = answer
return is_buddycloud_enabled(view)
if (len(situation) == 1):
return situation[situation.keys()[0]]()
view["xmpp_servers"] = []
status = 2
for xmpp_server in situation:
output = situation[xmpp_server]()
if (output[0] == 1):
status = 1
view["xmpp_servers"].append({
"name":
"%s through port %s" % (xmpp_server),
"error":
output[2]
})
view["status"] = status
return multiple_problems(view)
