def onLogNotification(probeUri, logClass, logInfo):
probeUri = str(probeUri)
try:
# if we receive the notification, that's we subscribe for the probe - normally
if not WatchedProbes.has_key(probeUri):
return
if logClass == "system-sent":
label = logInfo["label"]
payload = logInfo["payload"]
sutAddress = logInfo.get('sut-address', None)
# TODO/FIXME: retrieve the tsiPort from the probeUri
TestermanTCI.logSystemSent(tsiPort=probeUri,
label=label,
payload=payload,
sutAddress=sutAddress)
elif logClass == "system-received":
label = logInfo["label"]
payload = logInfo["payload"]
sutAddress = logInfo.get('sut-address', None)
# TODO/FIXME: retrieve the tsiPort from the probeUri
TestermanTCI.logSystemReceived(tsiPort=probeUri,
label=label,
payload=payload,
sutAddress=sutAddress)
except Exception, e:
log("Exception in onLogNotification: %s" % str(e))
def info(self, txt): TestermanTCI.logInternal("SA: %s" % txt)
################################################################################
# The TRI interface - TE Provided
################################################################################
TE_triEnqueueMsg = None
def triSUTactionInformal(message, timeout, tc):
_ActionLock.acquire()
_ActionEvent.clear()
# Send a "signal" to the job subscribers to display a prompt
TestermanTCI.logActionRequested(message, timeout, tc)
# Wait
_ActionEvent.wait(timeout)
# Send a "signal clear" to the job subscribers to hide the prompt, if needed
TestermanTCI.logActionCleared(reason="n/a", tc=tc)
_ActionLock.release()
def triSUTactionInformal(message, timeout, tc): _ActionLock.acquire() _ActionEvent.clear() # Send a "signal" to the job subscribers to display a prompt TestermanTCI.logActionRequested(message, timeout, tc) # Wait _ActionEvent.wait(timeout) # Send a "signal clear" to the job subscribers to hide the prompt, if needed TestermanTCI.logActionCleared(reason = "n/a", tc = tc) _ActionLock.release()
def triSend(componentId, tsiPortId, sutAddress, message):
"""
@type componentId: string
@param componentId: the name of the TC that sends the message (not used yet)
@type tsiPortId: string
@param tsiPortId: the name of the system port from which we send the message. Must be bound to a test adapter.
@type sutAddress: test adapter/probe dependent
@param sutAddress: test adapter/probe-dependent (IP address, URL, ...)
@type message: test adapter/probe-dependent, but valid "Testerman" message structure
@param message: test adapter/probe-dependent message (already encoded through possible codecs)
@rtype: integer
@returns: TR_Error (1) if the probe resource was unavailable or cannot be found.
TR_OK (0) if the resource was correctly acquired.
@throws: TestermanException, Exception
"""
# Look for a test adapter bound to this system port
if not ProbeBindings.has_key(tsiPortId):
raise TestermanSAException(
"Internal error: trying to send a message through unbound test system port %s"
% tsiPortId)
# Test adapter found. Send the message through it.
probe = ProbeBindings[tsiPortId]
try:
probe.onTriSend(message, sutAddress)
except Exception:
raise TestermanSAException(
"Unable to send message through TSI port '%s': %s " %
(tsiPortId, TestermanTCI.getBacktrace()))
return TR_OK
def onLogNotification(probeUri, logClass, logInfo):
probeUri = str(probeUri)
try:
# if we receive the notification, that's we subscribe for the probe - normally
if not WatchedProbes.has_key(probeUri):
return
if logClass == "system-sent":
label = logInfo["label"]
payload = logInfo["payload"]
sutAddress = logInfo.get('sut-address', None)
# TODO/FIXME: retrieve the tsiPort from the probeUri
TestermanTCI.logSystemSent(tsiPort = probeUri, label = label, payload = payload, sutAddress = sutAddress)
elif logClass == "system-received":
label = logInfo["label"]
payload = logInfo["payload"]
sutAddress = logInfo.get('sut-address', None)
# TODO/FIXME: retrieve the tsiPort from the probeUri
TestermanTCI.logSystemReceived(tsiPort = probeUri, label = label, payload = payload, sutAddress = sutAddress)
except Exception, e:
log("Exception in onLogNotification: %s" % str(e))
def debug(self, txt):
TestermanTCI.logInternal("SA: %s" % txt)
def error(self, txt):
TestermanTCI.logInternal("SA: %s" % txt)
def warning(self, txt):
TestermanTCI.logInternal("SA: %s" % txt)
def logReceivedPayload(self, label, payload, sutAddress=None):
TestermanTCI.logSystemReceived(tsiPort=self.getUri(),
label=label,
payload=payload,
sutAddress=sutAddress)
def logSentPayload(self, label, payload, sutAddress=None):
TestermanTCI.logSystemSent(tsiPort=self.getUri(),
label=label,
payload=payload,
sutAddress=sutAddress)
def log(msg):
TestermanTCI.logInternal("SA: %s" % msg)
def log(msg):
TestermanTCI.logInternal("SA: %s" % msg)
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
# details.
##
##
# Codec manager - view from the TE
##
import CodecManager
import TestermanTCI
from CodecManager import CodecNotFoundException
CodecManager.instance().setLogCallback(
lambda x: TestermanTCI.logInternal("CD: %s" % x))
def instance():
return CodecManager.instance()
def alias(name, codec, **kwargs):
return instance().alias(name, codec, **kwargs)
def registerCodecClass(name, class_):
return instance().registerCodecClass(name, class_)
def encode(name, template):
def logSentPayload(self, label, payload, sutAddress = None): TestermanTCI.logSystemSent(tsiPort = self.getUri(), label = label, payload = payload, sutAddress = sutAddress)
def critical(self, txt): TestermanTCI.logInternal("SA: %s" % txt)
def info(self, txt): TestermanTCI.logInternal("SA: %s" % txt)
def error(self, txt): TestermanTCI.logInternal("SA: %s" % txt)
def debug(self, txt): TestermanTCI.logInternal("SA: %s" % txt)
def warning(self, txt): TestermanTCI.logInternal("SA: %s" % txt)
def error(self, txt): TestermanTCI.logInternal("SA: %s" % txt)
def critical(self, txt):
TestermanTCI.logInternal("SA: %s" % txt)
def triSend(componentId, tsiPortId, sutAddress, message):
"""
@type componentId: string
@param componentId: the name of the TC that sends the message (not used yet)
@type tsiPortId: string
@param tsiPortId: the name of the system port from which we send the message. Must be bound to a test adapter.
@type sutAddress: test adapter/probe dependent
@param sutAddress: test adapter/probe-dependent (IP address, URL, ...)
@type message: test adapter/probe-dependent, but valid "Testerman" message structure
@param message: test adapter/probe-dependent message (already encoded through possible codecs)
@rtype: integer
@returns: TR_Error (1) if the probe resource was unavailable or cannot be found.
TR_OK (0) if the resource was correctly acquired.
@throws: TestermanException, Exception
"""
# Look for a test adapter bound to this system port
if not ProbeBindings.has_key(tsiPortId):
raise TestermanSAException("Internal error: trying to send a message through unbound test system port %s" % tsiPortId)
# Test adapter found. Send the message through it.
probe = ProbeBindings[tsiPortId]
try:
probe.onTriSend(message, sutAddress)
except Exception:
raise TestermanSAException("Unable to send message through TSI port '%s': %s " % (tsiPortId, TestermanTCI.getBacktrace()))
return TR_OK
def info(self, txt):
TestermanTCI.logInternal("SA: %s" % txt)
def logReceivedPayload(self, label, payload, sutAddress = None): TestermanTCI.logSystemReceived(tsiPort = self.getUri(), label = label, payload = payload, sutAddress = sutAddress)
def log(message):
TestermanTCI.logInternal("PA: %s" % str(message))
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
# details.
##
##
# Codec manager - view from the TE
##
import CodecManager
import TestermanTCI
from CodecManager import CodecNotFoundException
CodecManager.instance().setLogCallback(lambda x: TestermanTCI.logInternal("CD: %s" % x))
def instance():
return CodecManager.instance()
def alias(name, codec, **kwargs):
return instance().alias(name, codec, **kwargs)
def registerCodecClass(name, class_):
return instance().registerCodecClass(name, class_)
def encode(name, template):
return instance().encode(name, template)
def decode(name, data):
return instance().decode(name, data)
