def writeDetails(csvFile):
# Get a list of matched roster entries;
# the list of None's means match everything
rosterlist = jmri.jmrit.roster.Roster.instance().matchingList(None, None, None, None, None, None, None)
# now loop through the matched entries, outputing things
for entry in rosterlist.toArray() :
# Most parameters are text-based, so can be output directly
csvFile.write(entry.getId())
csvFile.write(entry.getRoadName())
csvFile.write(entry.getRoadNumber())
csvFile.write(entry.getMfg())
csvFile.write(entry.getOwner())
csvFile.write(entry.getModel())
csvFile.write(entry.getDccAddress())
# 'isLongAddress' is a boolean function so we need
# to deal with outputting that in this way
if entry.longAddress:
csvFile.write("Yes")
else:
csvFile.write("No")
# Max Speed is a number - we need to convert to a string
csvFile.write("%d%%" % entry.getMaxSpeedPCT())
csvFile.write(entry.getComment())
csvFile.write(entry.getDecoderFamily())
csvFile.write(entry.getDecoderModel())
csvFile.write(entry.getDecoderComment())
# Now output function labels
for func in range(0,28+1):
csvFile.write(entry.getFunctionLabel(func))
# Finally, we deal with reading in the CV values and
# outputing those we're interested in
# First we need to create and populate both CV and
# indexed CV tables - remember to call the readFile
# method before trying to populate the CV tables
cvTable = CvTableModel(None, None)
icvTable = IndexedCvTableModel(None, None)
entry.readFile()
entry.loadCvModel(cvTable, icvTable)
# Now we can grab the CV values we're interested in
# Bear in mind that these need to be converted from
# integers into strings so we use the 'writeCvValue'
# function defined earlier.
# These examples are all in decimal - if you require
# hex, change "%d" to "0x%x" or "0x%X"
csvFile.write(writeCvValue(cvTable.getCvByNumber("19"), "%d"))
csvFile.write(writeCvValue(cvTable.getCvByNumber("7"), "%d"))
csvFile.write(writeCvValue(cvTable.getCvByNumber("8"), "%d"))
# Notify the writer of the end of this detail record
csvFile.endRecord()
csvFile.flush()
print "Entry", entry.getId(), "written"
def writeDetails(csvFile):
# Get a list of matched roster entries;
# the list of None's means match everything
rosterlist = jmri.jmrit.roster.Roster.getDefault().matchingList(None, None, None, None, None, None, None)
# now loop through the matched entries, outputing things
for entry in rosterlist.toArray() :
# Most parameters are text-based, so can be output directly
csvFile.write(entry.getId())
csvFile.write(entry.getRoadName())
csvFile.write(entry.getRoadNumber())
csvFile.write(entry.getMfg())
csvFile.write(entry.getOwner())
csvFile.write(entry.getModel())
csvFile.write(entry.getDccAddress())
# 'isLongAddress' is a boolean function so we need
# to deal with outputting that in this way
if entry.longAddress:
csvFile.write("Yes")
else:
csvFile.write("No")
# Max Speed is a number - we need to convert to a string
csvFile.write("%d%%" % entry.getMaxSpeedPCT())
csvFile.write(entry.getComment())
csvFile.write(entry.getDecoderFamily())
csvFile.write(entry.getDecoderModel())
csvFile.write(entry.getDecoderComment())
# Now output function labels
for func in range(0,28+1):
csvFile.write(entry.getFunctionLabel(func))
# Finally, we deal with reading in the CV values and
# outputing those we're interested in
# First we need to create and populate both CV and
# indexed CV tables - remember to call the readFile
# method before trying to populate the CV tables
cvTable = CvTableModel(None, None)
icvTable = IndexedCvTableModel(None, None)
entry.readFile()
entry.loadCvModel(None, cvTable, icvTable) # just load CVs, not variables
# Now we can grab the CV values we're interested in
# Bear in mind that these need to be converted from
# integers into strings so we use the 'writeCvValue'
# function defined earlier.
# These examples are all in decimal - if you require
# hex, change "%d" to "0x%x" or "0x%X"
csvFile.write(writeCvValue(cvTable.getCvByNumber("19"), "%d"))
csvFile.write(writeCvValue(cvTable.getCvByNumber("7"), "%d"))
csvFile.write(writeCvValue(cvTable.getCvByNumber("8"), "%d"))
# Lastly, we deal with examining specific bits of CV29.
#
# First, we read CV29 and store it temporarily as we will then use
# bitwise comparisons later.
#
# For the bitwise comparisons, use the following pattern to read the
# individual bits:
#
# if (cv29Value & {value}) == {value}:
# csvFile.write("bit set")
# else:
# csvFile.write("bit clear")
#
# where {value} is one of the following:
#
# Pos Bit Value
# 1st 0 1
# 2nd 1 2
# 3rd 2 4
# 4th 3 8
# 5th 4 16
# 6th 5 32
# 7th 6 64
# 8th 7 128
# OK, read the value of CV29
cv29Value = 0;
if cvTable.getCvByNumber("29") != None :
cv29Value = cvTable.getCvByNumber("29").getValue()
else :
Print "Did not find a CV29 value, using zero"
# Now do the bitwise comparisons.
# First example is speedsteps, which is the second bit
if (cv29Value & 2) == 2:
csvFile.write("28/128 Steps")
else:
csvFile.write("14 Steps")
# Second example is DC mode, which is the third bit
if (cv29Value & 4) == 4:
csvFile.write("On")
else:
csvFile.write("Off")
# Notify the writer of the end of this detail record
csvFile.endRecord()
csvFile.flush()
print "Entry", entry.getId(), "written"
def writeDetails(csvFile):
# Get a list of matched roster entries;
# the list of None's means match everything
rosterlist = jmri.jmrit.roster.Roster.instance().matchingList(
None, None, None, None, None, None, None)
# now loop through the matched entries, outputing things
for entry in rosterlist.toArray():
# Most parameters are text-based, so can be output directly
csvFile.write(entry.getId())
csvFile.write(entry.getRoadName())
csvFile.write(entry.getRoadNumber())
csvFile.write(entry.getMfg())
csvFile.write(entry.getOwner())
csvFile.write(entry.getModel())
csvFile.write(entry.getDccAddress())
# 'isLongAddress' is a boolean function so we need
# to deal with outputting that in this way
if entry.longAddress:
csvFile.write("Yes")
else:
csvFile.write("No")
# Max Speed is a number - we need to convert to a string
csvFile.write("%d%%" % entry.getMaxSpeedPCT())
csvFile.write(entry.getComment())
csvFile.write(entry.getDecoderFamily())
csvFile.write(entry.getDecoderModel())
csvFile.write(entry.getDecoderComment())
# Now output function labels
for func in range(0, 28 + 1):
csvFile.write(entry.getFunctionLabel(func))
# Finally, we deal with reading in the CV values and
# outputing those we're interested in
# First we need to create and populate both CV and
# indexed CV tables - remember to call the readFile
# method before trying to populate the CV tables
cvTable = CvTableModel(None, None)
icvTable = IndexedCvTableModel(None, None)
entry.readFile()
entry.loadCvModel(cvTable, icvTable)
# Now we can grab the CV values we're interested in
# Bear in mind that these need to be converted from
# integers into strings so we use the 'writeCvValue'
# function defined earlier.
# These examples are all in decimal - if you require
# hex, change "%d" to "0x%x" or "0x%X"
csvFile.write(writeCvValue(cvTable.getCvByNumber("19"), "%d"))
csvFile.write(writeCvValue(cvTable.getCvByNumber("7"), "%d"))
csvFile.write(writeCvValue(cvTable.getCvByNumber("8"), "%d"))
# Lastly, we deal with examining specific bits of CV29.
#
# First, we read CV29 and store it temporarily as we will then use
# bitwise comparisons later.
#
# For the bitwise comparisons, use the following pattern to read the
# individual bits:
#
# if (cv29Value & {value}) == {value}:
# csvFile.write("bit set")
# else:
# csvFile.write("bit clear")
#
# where {value} is one of the following:
#
# Pos Bit Value
# 1st 0 1
# 2nd 1 2
# 3rd 2 4
# 4th 3 8
# 5th 4 16
# 6th 5 32
# 7th 6 64
# 8th 7 128
# OK, read the value of CV29
cv29Value = cvTable.getCvByNumber("29").getValue()
# Now do the bitwise comparisons.
# First example is speedsteps, which is the second bit
if (cv29Value & 2) == 2:
csvFile.write("28/128 Steps")
else:
csvFile.write("14 Steps")
# Second example is DC mode, which is the third bit
if (cv29Value & 4) == 4:
csvFile.write("On")
else:
csvFile.write("Off")
# Notify the writer of the end of this detail record
csvFile.endRecord()
csvFile.flush()
print "Entry", entry.getId(), "written"
def writeDetails(csvFile):
# Get a list of matched roster entries;
# the list of None's means match everything
rosterlist = jmri.jmrit.roster.Roster.instance().matchingList(
None, None, None, None, None, None, None)
# now loop through the matched entries, outputing things
for entry in rosterlist.toArray():
# Most parameters are text-based, so can be output directly
csvFile.write(entry.getId())
csvFile.write(entry.getRoadName())
csvFile.write(entry.getRoadNumber())
csvFile.write(entry.getMfg())
csvFile.write(entry.getOwner())
csvFile.write(entry.getModel())
csvFile.write(entry.getDccAddress())
# 'isLongAddress' is a boolean function so we need
# to deal with outputting that in this way
if entry.longAddress:
csvFile.write("Yes")
else:
csvFile.write("No")
# Max Speed is a number - we need to convert to a string
csvFile.write("%d%%" % entry.getMaxSpeedPCT())
csvFile.write(entry.getComment())
csvFile.write(entry.getDecoderFamily())
csvFile.write(entry.getDecoderModel())
csvFile.write(entry.getDecoderComment())
# Now output function labels
for func in range(0, 28 + 1):
csvFile.write(entry.getFunctionLabel(func))
# Finally, we deal with reading in the CV values and
# outputing those we're interested in
# First we need to create and populate both CV and
# indexed CV tables - remember to call the readFile
# method before trying to populate the CV tables
cvTable = CvTableModel(None, None)
icvTable = IndexedCvTableModel(None, None)
entry.readFile()
entry.loadCvModel(cvTable, icvTable)
# Now we can grab the CV values we're interested in
# Bear in mind that these need to be converted from
# integers into strings so we use the 'writeCvValue'
# function defined earlier.
# These examples are all in decimal - if you require
# hex, change "%d" to "0x%x" or "0x%X"
csvFile.write(writeCvValue(cvTable.getCvByNumber("19"), "%d"))
csvFile.write(writeCvValue(cvTable.getCvByNumber("7"), "%d"))
csvFile.write(writeCvValue(cvTable.getCvByNumber("8"), "%d"))
# Notify the writer of the end of this detail record
csvFile.endRecord()
csvFile.flush()
print "Entry", entry.getId(), "written"
