def on_tx_message_send(self, msg):
if not self.connected:
self.OpenConnection()
text = msg.MsgName() + " " + msgcsv.toCsv(msg)
self.debugWidget.textEntryWidget.addText(text + " -> Msg\n> ")
self.debugWidget.textEntryWidget.addToHistory(text)
self.SendMsg(msg)
def on_tx_message_send(self, msg):
if not self.connected:
self.OpenConnection()
text = msgcsv.toCsv(msg)
self.debugWidget.textEntryWidget.addText(text + " -> Msg\n> ")
self.debugWidget.textEntryWidget.addToHistory(text)
self.SendMsg(msg)
def do_send(self, line):
# this translates the input command from CSV to a message, and sends it.
msg = msgcsv.csvToMsg(line)
if msg:
self._connection.send(msg)
print("sent " + msg.MsgName() + " " + msgcsv.toCsv(msg))
else:
print("ERROR! Invalid msg [%s]!" % (line))
def do_send(self, line):
# this translates the input command from CSV to a message, and sends it.
msg = msgcsv.csvToMsg(line)
if msg:
self._connection.send(msg)
print("sent " + msgcsv.toCsv(msg))
else:
print("ERROR! Invalid msg [%s]!" % (line))
def ProcessMessage(self, msg):
self.messageCount += 1
id = msg.hdr.GetMessageID()
# if we write CSV to multiple files, we'd probably look up a hash table for this message id,
# and open it and write a header
if (id in self.outputFiles):
outputFile = self.outputFiles[id]
else:
# create a new file
outputFile = open(
self.outputName + "/" + msg.MsgName().replace("/", "_") +
".csv", 'w')
# store a pointer to it, so we can find it next time (instead of creating it again)
self.outputFiles[id] = outputFile
# add table header, one column for each message field
tableHeader = msgcsv.csvHeader(
msg, nameColumn=False, timeColumn=True) + '\n'
outputFile.write(tableHeader)
try:
# \todo Detect time rolling. this only matters when we're processing a log file
# with insufficient timestamp size, such that time rolls over from a large number
# to a small one, during the log.
thisTimestamp = msg.hdr.GetTime()
if thisTimestamp < self._lastTimestamp:
self._timestampOffset += 1
self._lastTimestamp = thisTimestamp
timeSizeInBits = int(
round(
math.log(
int(
Messaging.findFieldInfo(msg.hdr.fields,
"Time").maxVal), 2)))
timestamp = (
self._timestampOffset << timeSizeInBits) + thisTimestamp
if Messaging.findFieldInfo(msg.hdr.fields, "Time").units == "ms":
timestamp = timestamp / 1000.0
text = str(timestamp) + ", "
except AttributeError:
text = "unknown, "
text += msgcsv.toCsv(msg, nameColumn=False, timeColumn=False)
text += '\n'
outputFile.write(text)
# This is not efficient, but if we don't flush during socket processing
# and the user hits Ctrl-C, we'll drop a bunch of data and end up with empty files.
# So flush each message as it comes in.
if self.connectionType != 'file':
outputFile.flush()
def ProcessMessage(self, msg):
self.messageCount += 1
id = msg.hdr.GetMessageID()
# if we write CSV to multiple files, we'd probably look up a hash table for this message id,
# and open it and write a header
if(id in self.outputFiles):
outputFile = self.outputFiles[id]
else:
# create a new file
outputFile = open(self.outputName + "/" + msg.MsgName().replace("/","_") + ".csv", 'w')
# store a pointer to it, so we can find it next time (instead of creating it again)
self.outputFiles[id] = outputFile
# add table header, one column for each message field
tableHeader = msgcsv.csvHeader(msg, nameColumn=False, timeColumn=True) + '\n'
outputFile.write(tableHeader)
try:
# \todo Detect time rolling. this only matters when we're processing a log file
# with insufficient timestamp size, such that time rolls over from a large number
# to a small one, during the log.
thisTimestamp = msg.hdr.GetTime()
if thisTimestamp < self._lastTimestamp:
self._timestampOffset+=1
self._lastTimestamp = thisTimestamp
timeSizeInBits = int(round(math.log(int(Messaging.findFieldInfo(msg.hdr.fields, "Time").maxVal), 2)))
timestamp = (self._timestampOffset << timeSizeInBits) + thisTimestamp
if Messaging.findFieldInfo(msg.hdr.fields, "Time").units == "ms":
timestamp = timestamp / 1000.0
text = str(timestamp) + ", "
except AttributeError:
text = "unknown, "
text += msgcsv.toCsv(msg, nameColumn=False, timeColumn=False)
text += '\n'
outputFile.write(text)
# This is not efficient, but if we don't flush during socket processing
# and the user hits Ctrl-C, we'll drop a bunch of data and end up with empty files.
# So flush each message as it comes in.
if self.connectionType !='file':
outputFile.flush()
def toCsv(self, nameColumn=True, timeColumn=False):
return msgcsv.toCsv(self, nameColumn=nameColumn, timeColumn=timeColumn)
def toCsv(self, nameColumn=True, timeColumn=False):
return msgcsv.toCsv(self, nameColumn=nameColumn, timeColumn=timeColumn)