def isPartitions_for(self, timeout=2,partitions=None):
"""
Wait to receive response from "partitions_for" request and match returned Topics until the end of the timeout.
@param timeout: time max to wait to receive event in second (default=2s)
@type timeout: float
@param offset: Optional list that we expect to be view by producer
@type offset: list of of Topics
"""
if not ( isinstance(timeout, int) or isinstance(timeout, float) ) or isinstance(timeout,bool):
raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "timeout argument is not a float or integer (%s)" % type(timeout) )
if partitions == None:
partitions= { "partitions":TestOperatorsLib.Any()}
expected = templates.kafka_ops(method=PARTITIONS_FOR,more=partitions)
# try to match the template
evt = self.received( expected=self.encapsule( self.producerTpl ,expected), timeout=timeout )
return evt
def isConnected(self, timeout=1.0): """ Waits to receive "connected" event until the end of the timeout @param timeout: time max to wait to receive event in second (default=1s) @type timeout: float @return: an event matching with the template or None otherwise @rtype: templatemessage """ if not ( isinstance(timeout, int) or isinstance(timeout, float) ) or isinstance(timeout,bool): raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "timeout argument is not a float or integer (%s)" % type(timeout) ) expected = templates.ssh(host=self.host, port=self.port, more=templates.connected() ) evt = self.received( expected = expected, timeout = timeout ) return evt
def login(self, username, password, timeout=1.0):
"""
Login to the catalyst
@param username: telnet username
@type username: string
@param password: telnet password
@type password: string
@param timeout: time max to wait to receive event in second (default=1s)
@type timeout: float
@return: True on success, False otherwise
@rtype: boolean
"""
if not (isinstance(timeout, int)
or isinstance(timeout, float)) or isinstance(timeout, bool):
raise TestAdapter.ValueException(
TestAdapter.caller(),
"timeout argument is not a float or integer (%s)" %
type(timeout))
ret = None
# username
if not self.hasReceivedUsername(timeout=timeout):
self.error('prompt login not detected')
ret = False
else:
tpl = templates_catalyst.catalyst_username(data=username)
self.sendCommand(tpl=tpl)
# password
if not self.hasReceivedPassword(timeout=timeout):
self.error('prompt password not detected')
ret = False
else:
tpl = templates_catalyst.catalyst_password(data=password)
self.sendCommand(tpl=tpl)
# prompt
if not self.hasReceivedPrompt(timeout=timeout):
self.error('prompt not detected')
ret = False
else:
ret = True
return ret
def isUp(self, url, timeout=1.0, codeExpected=None, bodyExpected=None): """ Check if the url passed as argument is up @param url: url without http(s):// @type url: string @param timeout: time to wait in second (default value=1s) @type timeout: float @param codeExpected: expected http response code from the remote (default=None) @type codeExpected: string/operators/none @param bodyExpected: string expected in the body (default=None) @type bodyExpected: string/operators/none @return: alive event @rtype: templatemessage """ if not ( isinstance(timeout, int) or isinstance(timeout, float) ) or isinstance(timeout,bool): raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "timeout argument is not a float or integer (%s)" % type(timeout) ) responseCode = self.responseCode responseBody = self.responseBody if codeExpected is not None: responseCode = int(codeExpected) if bodyExpected is not None: responseBody = bodyExpected tpl = templates.pinger(destination=url, more=templates.ping(), type=templates.url() ) self.logSentEvent( shortEvt = "ping", tplEvt = tpl ) pa = UrlAgent(self, url, self.method, self.credentials, self.https, self.timeout ) pa.start() # synchronization pa.join() if pa.rspCodeReceived is not None: tpl = templates.pinger(destination=url, more=templates.alive(), type=templates.url(code=pa.rspCodeReceived,body=pa.rspBodyReceived) ) self.logRecvEvent( shortEvt = "alive", tplEvt = tpl ) else: tpl = templates.pinger(destination=url, more=templates.no_response(), type=templates.url() ) self.logRecvEvent( shortEvt = "no response", tplEvt = tpl ) expected = templates.pinger(destination=url, more=templates.alive(), type=templates.url(code=str(responseCode),body=responseBody) ) evt = self.received( expected = expected, timeout = timeout ) return evt
def portsAreDown(self, host, ports, timeout=1.0): """ Check if all ports passed as argument are down for one specific host. This check takes approximately 3 sec. @param host: IPv4 or hostname @type host: string @param ports: list of port @type ports: list @param timeout: time to wait in second (default=1s) @type timeout: float @return: global status, True if all ports are down. @rtype: boolean """ if not ( isinstance(timeout, int) or isinstance(timeout, float) ) or isinstance(timeout,bool): raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "timeout argument is not a float or integer (%s)" % type(timeout) ) th = [] # parallelize for tcpPort in ports: tpl = templates.pinger(destination=host, more=templates.ping(), type=templates.tcp(destination=tcpPort) ) self.logSentEvent( shortEvt = "ping", tplEvt = tpl ) pa = TcpPingAgent(self, host, tcpPort, self.nbSyn) pa.start() th.append(pa) # synchronize for pa in th: pa.join() # compute final result ret = True for pa in th: if pa.isup: ret = False tpl = templates.pinger(destination=pa.host, more=templates.alive(), type=templates.tcp(destination=pa.destPort) ) self.logRecvEvent( shortEvt = "alive", tplEvt = tpl ) else: tpl = templates.pinger(destination=pa.host, more=templates.no_response(), type=templates.tcp(destination=pa.destPort) ) self.logRecvEvent( shortEvt = "no response", tplEvt = tpl ) expected = templates.pinger(destination=pa.host, more=templates.no_response(), type=templates.tcp(destination=pa.destPort) ) evt = self.received( expected = expected, timeout = timeout ) if evt is None: ret = False return ret
def doAreDown(self, urls, timeout=1.0):
"""
Check if the list of urls passed as argument are all down
@param urls: list of url without http(s)://
@type urls: list
@param timeout: time to wait in second (default=1s)
@type timeout: float
@return: global status, True if all urls are down.
@rtype: boolean
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(),
timeout=timeout)
return self.areDown(urls=urls, timeout=timeout)
def hasReceivedResponse(self, timeout=1.0):
"""
Waits to receive "response" event until the end of the timeout
@param timeout: time max to wait to receive event in second (default=1s)
@type timeout: float
@return: an event matching with the template or None otherwise
@rtype: templatemessage
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(),
timeout=timeout)
layer_linux = templates.linux(event='response')
evt = self.received(expected=self.encapsule(linux_event=layer_linux),
timeout=timeout)
return evt
def doAreDown(self, hosts, timeout=1.0): """ Check if all hosts passed as argument are down. This check takes approximately 10 sec. @param hosts: list of IPv4 or hostname @type hosts: list @param timeout: time to wait in second (default=1s) @type timeout: float @return: True if all hosts are up. @rtype: boolean """ if not ( isinstance(timeout, int) or isinstance(timeout, float) ) or isinstance(timeout,bool): raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "timeout argument is not a float or integer (%s)" % type(timeout) ) return self.areDown(hosts=hosts, timeout=timeout)
def isStopped(self,
timeout=1.0,
versionIp=None,
sourceIp=None,
destinationIp=None,
sourcePort=None,
destinationPort=None):
"""
Wait to receive "stopped" event until the end of the timeout
@param timeout: time max to wait to receive event in second (default=1s)
@type timeout: float
@param versionIp: version ip expected
@type versionIp: string/operators/none
@param sourceIp: source ip expected
@type sourceIp: string/operators/none
@param destinationIp: destination ip expected
@type destinationIp: string/operators/none
@param sourcePort: source port expected
@type sourcePort: string/operators/none
@param destinationPort: destination port expected
@type destinationPort: string/operators/none
@return: an event matching with the template or None otherwise
@rtype: templatemessage
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(),
timeout=timeout)
# construct the expected template
tpl = templates.stopped()
expected = self.getExpectedTemplate(tpl=tpl,
versionIp=versionIp,
sourceIp=sourceIp,
destinationIp=destinationIp,
sourcePort=sourcePort,
destinationPort=destinationPort)
# try to match the template
evt = self.received(expected=expected, timeout=timeout)
return evt
def doDisconnect(self, timeout=1.0): """ Do disconnect @param timeout: time max to wait to receive event in second (default=1s) @type timeout: float @return: True is successfully disconnected, false otherwise @rtype: boolean """ TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(), timeout=timeout) ret = True self.disconnect() if self.isDisconnected(timeout=timeout) is None: ret = False return ret
def doAreDown(self, urls, timeout=1.0): """ Check if the list of urls passed as argument are all down @param urls: list of url without http(s):// @type urls: list @param timeout: time to wait in second (default=1s) @type timeout: float @return: global status, True if all urls are down. @rtype: boolean """ if not ( isinstance(timeout, int) or isinstance(timeout, float) ) or isinstance(timeout,bool): raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "timeout argument is not a float or integer (%s)" % type(timeout) ) return self.areDown(urls=urls, timeout=timeout)
def doAreDown(self, hosts, timeout=1.0):
"""
Check if all hosts passed as argument are down. This check takes approximately 10 sec.
@param hosts: list of IPv4 or hostname
@type hosts: list
@param timeout: time to wait in second (default=1s)
@type timeout: float
@return: True if all hosts are up.
@rtype: boolean
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(),
timeout=timeout)
return self.areDown(hosts=hosts, timeout=timeout)
def hasReceivedHttpResponse(self,
httpCode=None,
httpPhrase=None,
httpVersion=None,
httpHeaders=None,
httpBody=None,
timeout=1.0):
"""
Wait to receive "http response" until the end of the timeout.
@param httpCode: http code (default=200)
@type httpCode: string
@param httpPhrase: http phrase (default=OK)
@type httpPhrase: string
@param httpVersion: http version (default=HTTP/1.1)
@type httpVersion: string
@param httpHeaders: expected http headers
@type httpHeaders: dict
@param httpBody: expected body (default=None)
@type httpBody: string/none
@param timeout: time to wait in seconds (default=1s)
@type timeout: float
@return: http response
@rtype: template
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(),
timeout=timeout)
tpl_expected = TestTemplates.TemplateMessage()
layer_curl = curl_templates.response(version=httpVersion,
code=httpCode,
phrase=httpPhrase,
headers=httpHeaders,
body=httpBody)
tpl_expected.addLayer(layer_curl)
evt = self.received(expected=tpl_expected, timeout=timeout)
if evt is None:
return None
return evt
def isSend(self, timeout=2, record=None):
"""
Wait to receive response from "send" request and match returned RecordMetadata until the end of the timeout.
@param timeout: time max to wait to receive event in second (default=2s)
@type timeout: float
@param offset: Optional RecordMetadata that we expect to be assigned to consumer
@type offset: RecordMetadata
"""
if not ( isinstance(timeout, int) or isinstance(timeout, float) ) or isinstance(timeout,bool):
raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "timeout argument is not a float or integer (%s)" % type(timeout) )
if record == None:
record = { "Topic":TestOperatorsLib.Any(), "Partition": TestOperatorsLib.Any(), "Offset":TestOperatorsLib.Any() , "Timestamp":TestOperatorsLib.Any() ,"Checksum": TestOperatorsLib.Any(), "Serialized_key_size":TestOperatorsLib.Any(), "Serialized_value_size": TestOperatorsLib.Any()}
expected = templates.kafka_ops(method=SEND, more=record)
# try to match the template
evt = self.received( expected=self.encapsule( self.producerTpl ,expected ), timeout=timeout )
return evt
def hasReceivedPacket(self, timeout=1.0, dstIp=None, srcIp=None, srcPort=None, dstPort=None, data=None, controlBits=None): """ Waits to receive "data" event until the end of the timeout @param timeout: time max to wait to receive event in second (default=1s) @type timeout: float @param dstIp: destination ip @type dstIp: none/string/operators @param srcIp: source ip @type srcIp: none/string/operators @param srcPort: source port @type srcPort: none/integer/operators @param dstPort: destination port @type dstPort: none/integer/operators @param data: upper data @type data: none/string/operators @param controlBits: control bits @type controlBits: none/string/operators @return: an event matching with the template or None otherwise @rtype: templatemessage """ TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(), timeout=timeout) # prepare the expected template ether_tpl = AdapterEthernet.ethernet() expected = self.encapsule(layer=ether_tpl) ip_tpl = AdapterIP.ip(source=srcIp, destination=dstIp) expected.addLayer(ip_tpl) tcp_tpl = templates.tcp(source=srcPort, destination=dstPort, control_bits=controlBits) expected.addLayer(tcp_tpl) # wait evt = self.received( expected = expected, timeout = timeout ) if evt is None: return None return evt
def sendData(self, tpl, dataRaw=None, optionsRaw=None):
"""
Send telnet data
@param tpl: telnet
@type tpl: templatelayer
@param dataRaw: telnet data (default=None)
@type dataRaw: string/none
@param optionsRaw: telnet options (default=None)
@type optionsRaw: string/none
@return: telnet layer encapsulate in ip
@rtype: templatemessage
"""
if not self.tcp.connected:
#raise Exception( 'tcp not connected' )
raise TestAdapterLib.AdapterException(TestAdapterLib.caller(), "tcp not connected" )
try:
if dataRaw is not None or optionsRaw is not None:
tpl = templates.telnet(data=dataRaw, cmds=optionsRaw)
# encode template
try:
(encodedData, summary) = self.telnetCodec.encode(telnet_tpl=tpl)
except Exception as e:
raise Exception("Cannot encode Telnet message: %s" % str(e))
try:
lower = self.tcp.sendData( data=encodedData )
except Exception as e:
raise Exception("telnet failed: %s" % str(e))
# add sip layer to the lower layer
tpl.addRaw( encodedData )
lower.addLayer( tpl )
# Log event
if self.logEventSent:
self.logSentEvent( shortEvt = summary, tplEvt = lower )
except Exception as e:
raise Exception('Unable to send telnet data: %s' % str(e))
return lower
def hasReceivedHttpResponse(self,
httpCode="200",
httpPhrase="OK",
headers=None,
timeout=1.0):
"""
Wait to receive "http response" until the end of the timeout.
@param httpCode: http code (default=200)
@type httpCode: string
@param httpPhrase: http phrase (default=OK)
@type httpPhrase: string
@param timeout: time to wait in seconds (default=1s)
@type timeout: float
@return: http response
@rtype: template
"""
if not (isinstance(timeout, int) or isinstance(timeout, float)):
raise TestAdapterLib.ValueException(
TestAdapterLib.caller(),
"timeout argument is not a float or integer (%s)" %
type(timeout))
tpl = TestTemplatesLib.TemplateMessage()
if self.cfg['agent-support']:
layer_agent = TestTemplatesLib.TemplateLayer('AGENT')
layer_agent.addKey(name='name', data=self.cfg['agent']['name'])
layer_agent.addKey(name='type', data=self.cfg['agent']['type'])
tpl.addLayer(layer_agent)
tpl.addLayer(AdapterIP.ip(more=AdapterIP.received()))
tpl.addLayer(AdapterTCP.tcp(more=AdapterTCP.received()))
if self.ADP_HTTP.tcp().cfg['ssl-support']:
tpl.addLayer(AdapterSSL.ssl(more=AdapterSSL.received()))
tpl.addLayer(
AdapterHTTP.response(version="HTTP/1.1",
code=httpCode,
phrase=httpPhrase,
headers=headers))
return self.hasReceivedResponse(expected=tpl, timeout=timeout)
def sendBinary(self, data):
"""
Send binary data
@param data: data to send
@type data: string
"""
if not self.wsHanshakeSuccess:
return
# make chunk
chunks = [
data[x:x + self.wsMaxPayloadSize]
for x in xrange(0, len(data), self.wsMaxPayloadSize)
]
# encode data in the websocket packet and enqueue it
for chunk in chunks:
ws_tpl = templates.ws(fin=1,
mask=0,
rsv1=0,
rsv2=0,
rsv3=0,
opcode=codec.WEBSOCKET_OPCODE_BINARY,
data=chunk,
data_length=len(chunk),
more=templates.sent())
wsdata = self.wsCodec.encodeWsData(tpl=ws_tpl)
# Send websocket data
try:
lower = self.ADP_HTTP.tcp().sendData(data=wsdata)
except Exception as e:
#raise Exception("send request: tcp failed: %s" % str(e))
raise TestAdapterLib.AdapterException(
TestAdapterLib.caller(),
"send request: tcp failed: %s" % str(e))
lower.addLayer(ws_tpl)
# Log event
if self.logEventSent:
lower.addRaw(raw=wsdata)
self.logSentEvent(shortEvt=codec.WEBSOCKET_OPCODE_BINARY_STR,
tplEvt=lower)
def isDown(self, host, timeout=1.0):
"""
Check if the host passed as argument is down. This check takes approximately 3 sec.
@param host: IPv4 or hostname
@type host: string
@param timeout: time to wait in second (default=1s)
@type timeout: float
@return: no response event
@rtype: templatemessage
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(),
timeout=timeout)
tpl = templates.pinger(destination=host,
more=templates.ping(),
type=templates.tcp(destination=self.destPort))
self.logSentEvent(shortEvt="ping", tplEvt=tpl)
pa = TcpPingAgent(self, host, self.destPort, self.nbSyn)
pa.start()
# synchronization
pa.join()
ret = pa.isup
if ret:
tpl = templates.pinger(
destination=host,
more=templates.alive(),
type=templates.tcp(destination=self.destPort))
self.logRecvEvent(shortEvt="alive", tplEvt=tpl)
else:
tpl = templates.pinger(
destination=host,
more=templates.no_response(),
type=templates.tcp(destination=self.destPort))
self.logRecvEvent(shortEvt="no response", tplEvt=tpl)
expected = templates.pinger(
destination=host,
more=templates.no_response(),
type=templates.tcp(destination=self.destPort))
evt = self.received(expected=expected, timeout=timeout)
return evt
def isPartitions_for(self, timeout=2,partitions=None):
"""
Wait to receive response from "partitions_for" request and match returned Topics until the end of the timeout.
@param timeout: time max to wait to receive event in second (default=2s)
@type timeout: float
@param offset: Optional list that we expect to be view by producer
@type offset: list of of Topics
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(), timeout=timeout)
if partitions == None:
partitions= { "partitions":TestOperatorsLib.Any()}
expected = templates.kafka_ops(method=PARTITIONS_FOR,more=partitions)
# try to match the template
evt = self.received( expected=self.encapsule( self.producerTpl ,expected), timeout=timeout )
return evt
def isTerminated(self, timeout=1.0, nbRow=None): """ Waits to receive "terminated" event until the end of the timeout @param timeout: time max to wait to receive event in second (default=1s) @type timeout: float @param nbRow: number of row received @type nbRow: string/none @return: an event matching with the template or None otherwise @rtype: templatemessage """ TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(), timeout=timeout) expected = templates.db(host=self.cfg['host'], port=self.cfg['port'], more=templates.terminated(nbRow=nbRow) ) evt = self.received( expected = self.encapsule(db_event=expected), timeout = timeout ) return evt
def isStopped(self, timeout=1.0):
"""
Wait to receive "stopped" event until the end of the timeout
@param timeout: time max to wait to receive event in second (default=1s)
@type timeout: float
@return: an event matching with the template or None otherwise
@rtype: templatemessage
"""
if not (isinstance(timeout, int)
or isinstance(timeout, float)) or isinstance(timeout, bool):
raise TestAdapterLib.ValueException(
TestAdapterLib.caller(),
"timeout argument is not a float or integer (%s)" %
type(timeout))
return self.ADP_UDP.isStopped(timeout=timeout)
def doCommand(self, cmd, timeout=1.0):
"""
Execute the command passed on argument and wait the reponse until the end of the timeout
@param cmd: command to execute
@type cmd: string
@param timeout: time max to wait to receive event in second (default=1s)
@type timeout: float
@return: an event matching with the template or None otherwise
@rtype: templatemessage
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(),
timeout=timeout)
self.execCommand(cmd=cmd)
return self.hasReceivedResponse(timeout=timeout)
def isClosed(self, timeout=10.0):
"""
Waits to receive "closed" event until the end of the timeout
@param timeout: time max to wait to receive event in second (default=10s)
@type timeout: float
@return: an event matching with the template or None otherwise
@rtype: templatemessage
"""
TestAdapter.check_timeout(caller=TestAdapter.caller(), timeout=timeout)
# construct the expected template
expected = self.getExpectedTemplate(event=templates_term.term_closed())
# try to match the template
evt = self.received(expected=expected, timeout=timeout)
return evt
def isDisconnected(self, timeout=1.0):
"""
is disconnected from the soap service
@param timeout: time to wait in seconds (default=1s)
@type timeout: float
@return: event if disconnected
@rtype: template
"""
if not (isinstance(timeout, int)
or isinstance(timeout, float)) or isinstance(timeout, bool):
raise TestAdapter.ValueException(
TestAdapter.caller(),
"timeout argument is not a float or integer (%s)" %
type(timeout))
return self.ADP_SOAP.isDisconnected(timeout=timeout)
def doDisconnect(self, timeout=1.0): """ Do disconnect @param timeout: time max to wait to receive event in second (default=1s) @type timeout: float @return: True is successfully disconnected, false otherwise @rtype: boolean """ if not ( isinstance(timeout, int) or isinstance(timeout, float) ) or isinstance(timeout,bool): raise TestAdapter.ValueException(TestAdapter.caller(), "timeout argument is not a float or integer (%s)" % type(timeout) ) ret = True self.disconnect() if self.isDisconnected(timeout=timeout) is None: ret = False return ret
def isDisconnected(self, timeout=1.0):
"""
Is Disconnected
@param timeout: time max to wait to receive event in second (default=1s)
@type timeout: float
@return: an event matching with the template or None otherwise
@rtype: templatemessage
"""
if not (isinstance(timeout, int)
or isinstance(timeout, float)) or isinstance(timeout, bool):
raise TestAdapter.ValueException(
TestAdapter.caller(),
"timeout argument is not a float or integer (%s)" %
type(timeout))
return self.ADP_TRANSPORT.isDisconnected(timeout=timeout)
def __init__(self, parent, name=None, debug=False, bindIp = '', bindPort=0,
logEventReceived=True, agentSupport=False, agent=None, shared=False,
):
"""
SNMP trap receiver v1 and v2c
@param parent: parent testcase
@type parent: testcase
@param name: adapter name used with from origin/to destination (default=None)
@type name: string/none
@param debug: active debug mode (default=False)
@type debug: boolean
@param bindIp: bind on ip (source ip)
@type bindIp: string
@param bindPort: bind on port (source port)
@type bindPort: integer
@param agentSupport: agent support to use a remote socket (default=False)
@type agentSupport: boolean
@param agent: agent to use when this mode is activated
@type agent: string/none
@param shared: shared adapter (default=False)
@type shared: boolean
"""
# init adapter
TestAdapterLib.Adapter.__init__(self, name = __NAME__, parent = parent, debug=debug,
realname=name, shared=shared,
agentSupport=agentSupport, agent=agent,
caller=TestAdapterLib.caller(),
agentType=AGENT_TYPE_EXPECTED)
self.codecX2D = Xml2Dict.Xml2Dict()
self.codecD2X = Dict2Xml.Dict2Xml(coding = None)
self.logEventReceived = logEventReceived
# init udp layer
self.ADP_UDP = AdapterUDP.Client(parent=parent, debug=debug, name=name,
bindIp = bindIp, bindPort=bindPort,
destinationIp='', destinationPort=0, destinationHost='',
socketFamily=AdapterIP.IPv4, separatorDisabled=True, inactivityTimeout=0,
logEventSent=False, logEventReceived=False, parentName=__NAME__, agentSupport=agentSupport,
agent=agent, shared=shared)
# callback udp
self.ADP_UDP.handleIncomingData = self.onIncomingData
self.cfg = {}
self.cfg['agent-support'] = agentSupport
if agentSupport:
self.cfg['agent'] = agent
self.cfg['agent-name'] = agent['name']
self.__checkConfig()
def isLoginFailed(self, timeout=1.0):
"""
Waits to receive "login failed" event until the end of the timeout
@param timeout: time max to wait to receive event in second (default=1s)
@type timeout: float
@return: an event matching with the template or None otherwise
@rtype: templatemessage
"""
TestAdapterLib.check_timeout(caller=TestAdapterLib.caller(),
timeout=timeout)
expected = templates.ssh(host=self.host,
port=self.port,
more=templates.login_failed())
evt = self.received(expected=expected, timeout=timeout)
return evt
def __init__(self, parent, debug=False, name=None, ipVersion=AdapterIP.IPv4, version=sniffer.ICMPv4, shared=False,
agentSupport=False, agent=None ):
"""
This class enables to send ping request
The lower layer is based on the ICMP adapter.
@param parent: parent testcase
@type parent: testcase
@param name: adapter name used with from origin/to destination (default=None)
@type name: string/none
@param debug: active debug mode (default=False)
@type debug: boolean
@param ipVersion: SutAdapters.IP.IPv4 (default) | SutAdapters.IP.IPv6
@type ipVersion: intconstant
@param version: SutAdapters.ICMP.ICMPv4 (default) | SutAdapters.ICMP.ICMPv6
@type version: intconstant
@param shared: shared adapter (default=False)
@type shared: boolean
@param agentSupport: agent support to use a remote socket (default=False)
@type agentSupport: boolean
@param agent: agent to use when this mode is activated
@type agent: string/None
"""
# check agent
if agentSupport and agent is None:
raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "Agent cannot be undefined!" )
if agentSupport:
if not isinstance(agent, dict) :
raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "agent argument is not a dict (%s)" % type(agent) )
if not len(agent['name']):
raise TestAdapterLib.ValueException(TestAdapterLib.caller(), "agent name cannot be empty" )
if unicode(agent['type']) != unicode(AGENT_TYPE_EXPECTED):
raise TestAdapterLib.ValueException(TestAdapterLib.caller(), 'Bad agent type: %s, expected: %s' % (agent['type'], unicode(AGENT_TYPE_EXPECTED)) )
# init adapter
TestAdapterLib.Adapter.__init__(self, name = __NAME__, parent = parent, debug=debug, shared=shared,
realname=name, agentSupport=agentSupport, agent=agent)
self.icmp = sniffer.SnifferV4(parent=parent, debug=debug, logEventSent=True, logEventReceived=True,
shared=shared, agentSupport=agentSupport, agent=agent )
self.cfg = {}
self.cfg['agent-support'] = agentSupport
if agentSupport:
self.cfg['agent'] = agent
self.cfg['agent-name'] = agent['name']
self.__checkConfig()
