def buildThisHoursFileName(client="someclient",
offset=0,
currentTime="",
fileType="tx",
machine="someMachineName"):
"""
@summary : Builds a filename using current currentTime.
@Note : The format will be something like this :
StatsPaths.STATSPICKLES/clientName/date/TXorRX//machine_hour
Ex : StatsPaths.STATSPICKLES/clientName/20060707/tx/machinex_12:00:00
offset can be used to find a file from an hour close to the current one
tempcurrentTime can also be used to build a filename from another hour.
@warning :To be used only with pickles created hourly.
"""
timeFolder = ""
if currentTime == "":
currentTime = time.time()
else:
currentTime = StatsDateLib.getSecondsSinceEpoch(currentTime)
currentTime = currentTime + (offset * StatsDateLib.HOUR)
splitTime = time.gmtime(currentTime)
for i in range(3):
if int(splitTime[i]) < 10:
timeFolder = timeFolder + "0" + str(splitTime[i])
else:
timeFolder = timeFolder + str(splitTime[i])
hour = StatsDateLib.getHoursFromIso(
StatsDateLib.getIsoFromEpoch(currentTime))
maxLt = (os.statvfs(STATSPATHS.STATSPICKLES)[statvfs.F_NAMEMAX])
fileName = ("%s" + "%." + str(maxLt) + "s/%s/%s/%." + str(maxLt) +
"s_%s") % (STATSPATHS.STATSPICKLES, client, timeFolder,
fileType, str(machine), str(hour))
return fileName
def buildThisHoursFileName( client = "someclient", offset = 0, currentTime = "", fileType = "tx", machine = "someMachineName" ):
"""
@summary : Builds a filename using current currentTime.
@Note : The format will be something like this :
StatsPaths.STATSPICKLES/clientName/date/TXorRX//machine_hour
Ex : StatsPaths.STATSPICKLES/clientName/20060707/tx/machinex_12:00:00
offset can be used to find a file from an hour close to the current one
tempcurrentTime can also be used to build a filename from another hour.
@warning :To be used only with pickles created hourly.
"""
timeFolder = ""
if currentTime == "":
currentTime = time.time()
else:
currentTime = StatsDateLib.getSecondsSinceEpoch( currentTime )
currentTime = currentTime + ( offset * StatsDateLib.HOUR )
splitTime = time.gmtime( currentTime )
for i in range( 3 ):
if int( splitTime[i] ) < 10 :
timeFolder = timeFolder + "0" + str( splitTime[i] )
else:
timeFolder = timeFolder + str( splitTime[i] )
hour = StatsDateLib.getHoursFromIso( StatsDateLib.getIsoFromEpoch( currentTime ) )
maxLt = ( os.statvfs( STATSPATHS.STATSPICKLES )[statvfs.F_NAMEMAX])
fileName = ( "%s" + "%." + str( maxLt ) + "s/%s/%s/%." + str( maxLt ) + "s_%s" ) %( STATSPATHS.STATSPICKLES, client, timeFolder, fileType, str(machine), str(hour) )
return fileName
def getXTics( self ):
"""
@summary : This method builds all the xtics used to seperate data on the x axis.
Xtics values will are used in the plot method so they will be drawn on
the graphic.
@note: All xtics will be devided hourly. This means a new xtic everytime
another hour has passed since the starting point.
"""
_ = self.getTranslatorForModule( CURRENT_MODULE_ABS_PATH, self.workingLanguage )
#print "get x tics"
if self.logger != None :
self.logger.debug( _("Call to getXtics received") )
nbBuckets = ( len( self.stats[0].statsCollection.timeSeperators ) )
xtics = ''
startTime = StatsDateLib.getSecondsSinceEpoch( self.stats[0].statsCollection.timeSeperators[0] )
if nbBuckets != 0 :
for i in range(0, nbBuckets ):
if ( ( StatsDateLib.getSecondsSinceEpoch(self.stats[0].statsCollection.timeSeperators[i]) - ( startTime ) ) %(60*60) == 0.0 ):
hour = StatsDateLib.getHoursFromIso( self.stats[0].statsCollection.timeSeperators[i] )
xtics += '"%s" %i, '%( hour , StatsDateLib.getSecondsSinceEpoch(self.stats[0].statsCollection.timeSeperators[i] ) )
#print nbBuckets
#print "len xtics %s" %len(xtics)
return xtics[:-2]
