def __init__(self, sageGate, autosave, displayName):
self.noOfApps = 0
self.hashCallback = {} # functions to call in sageui.py for updating the UI
self.hashApps = {} # all the apps available for running??
self.hashAppStatusInfo = {} # apps currently running
self.hashAppPerfInfo = {}
self.hashFileInfo = {}
self.displayInfo = SageDisplayInfo()
self.sageGate = sageGate
self.autosave = autosave
self.timeStarted = time.strftime("%Y%m%d-%H%M%S", time.localtime())
self.displayName = displayName.strip()
self.__firstAutosave = True
self._sageColor = (0,0,0)
self.__bPerformanceLogging = True
# (AKS 2005-02-15) The hash below is used for determining when to
# calculate the total values for all active applications. This
# hash originally belonged in GraphManager of Graph.py. However,
# the implementation was not clean and lent itself to infinite
# recursion. So, having the total calculation at the source of
# where the data is kept seemed to make the most sense.
#self.__hashAppGraphUpdateFlag = {}
# Constants used for keys in __hashAppPerfTotals (public scope)
self.I_RENDER_TOTAL_BANDWIDTH = 10
self.I_RENDER_AVG_FRAME_RATE = 20
self.I_RENDER_TOTAL_NODES = 30
self.I_DISPLAY_TOTAL_BANDWIDTH = 40
self.I_DISPLAY_AVG_FRAME_RATE = 50
self.I_DISPLAY_TOTAL_NODES = 60
self.__hashAppPerfTotals = {}
self.__hashAppPerfTotals[ self.I_RENDER_TOTAL_BANDWIDTH ] = 0.0
self.__hashAppPerfTotals[ self.I_RENDER_AVG_FRAME_RATE ] = 0.0
self.__hashAppPerfTotals[ self.I_RENDER_TOTAL_NODES ] = 0
self.__hashAppPerfTotals[ self.I_DISPLAY_TOTAL_BANDWIDTH ] = 0.0
self.__hashAppPerfTotals[ self.I_DISPLAY_AVG_FRAME_RATE ] = 0.0
self.__hashAppPerfTotals[ self.I_DISPLAY_TOTAL_NODES ] = 0
# for knowing when to zero out the totals since
# sage doesnt send perf data when it's 0
self.__lastTotalsUpdate = time.time()
# (AKS 2005-05-07) Create two PerformanceGraphs (one for total render bandwidth
# and one for total display bandwidth). This is a hack...2 is specified in
# the GraphManager class not for updating purposes but so that the x-axis values
# are computed correctly. The created numarray object takes the place of what
# sageAppPerfInfo does (well, it's adjusted manually later)
self.__iMaxArraySize = 30
self.__iUpdateInterval = 2
self.__pgTotalRenderBandwidth = Graph.PerformanceGraph( "Totals", "Render Bandwidth (Mbps)",
self.__iMaxArraySize, self.__iUpdateInterval )
self.__pgTotalDisplayBandwidth = Graph.PerformanceGraph( "Totals", "Display Bandwidth (Mbps)",
self.__iMaxArraySize, self.__iUpdateInterval )
self.__sapiPerfTotals = sageAppPerfInfo()
def setSagePerfInfo(self, data):
#print ">>> SET SAGE PERF INFO <<<"
listTokens = string.split(data, '\n', 1)
windowId = int(listTokens[0])
data = listTokens[1]
if not windowId in self.hashAppPerfInfo:
self.hashAppPerfInfo[windowId] = sageAppPerfInfo()
appPerfInfo = self.hashAppPerfInfo.get(windowId)
if (appPerfInfo):
lineTokens = string.split(data, '\n')
displayItemTokens = string.split(lineTokens[0])
appPerfInfo.setDisplayPerfInfo(float(displayItemTokens[1]), float(displayItemTokens[2]),\
float(displayItemTokens[3]), int(displayItemTokens[4]))
renderItemTokens = string.split(lineTokens[1])
# FIX: this is just a hack for now.. there actually is no data coming in for the last
# two entries in the array but we fill it with 0s so that we dont have to change everything
# (it might be used later as well)
# in Graph.py we jsut decide not to print the last two values
#renderItemTokens.append(0.0)
#print "renderItemTokens = ", renderItemTokens
renderItemTokens.append(0)
appPerfInfo.setRenderPerfInfo(float(renderItemTokens[1]), float(renderItemTokens[2]),\
float(renderItemTokens[3]), int(renderItemTokens[4]))
# Now open a file and log the data on it
try: #in case the file and directory permissions are not right
if not windowId in self.hashFileInfo:
sageApp = self.hashAppStatusInfo[ windowId ]
stAppName = sageApp.getName()
stDateTime = time.strftime("%Y%m%d-%H%M%S", time.localtime())
stFilename = stAppName + '-' + str(windowId) + '-' + stDateTime
stPath = opj(DATA_DIR, stFilename + ".txt")
stFilename = os.path.normpath( stPath )
fileObject = open(stFilename, "w")
fileObject.write( stAppName + ":" + str(windowId) + " >> " + time.asctime() + "\n" )
fileObject.write( '-' * 120 + "\n\n" )
tempString = (' Disp BW Disp FR Packet Loss Num Receivers Rend BW Rend FR Packet Loss Num Receivers\n')
fileObject.write(tempString)
fileObject.write( '-' * len(tempString) + "\n" )
self.hashFileInfo[windowId] = fileObject
fileObject.flush()
# end of initialization
if ( self.__bPerformanceLogging == True ):
fileObject = self.hashFileInfo.get(windowId)
tempString = "%8.3f %7.3f %3.2f %8d " % (float(displayItemTokens[1]), float(displayItemTokens[2]),
float(displayItemTokens[3]), int(displayItemTokens[4]))
fileObject.write(tempString)
tempString = "%8.3f %7.3f %3.2f %8d\n" % (float(renderItemTokens[1]), float(renderItemTokens[2]),
float(renderItemTokens[3]), int(renderItemTokens[4]))
fileObject.write(tempString)
fileObject.flush()
# >>> end file writing...else, nothing
except:
pass #do nothing if something fails (such as permissions)
# calculate totals
self.__hashAppPerfTotals[ self.I_RENDER_TOTAL_BANDWIDTH ] = 0.0
self.__hashAppPerfTotals[ self.I_RENDER_AVG_FRAME_RATE ] = 0.0
self.__hashAppPerfTotals[ self.I_RENDER_TOTAL_NODES ] = 0
self.__hashAppPerfTotals[ self.I_DISPLAY_TOTAL_BANDWIDTH ] = 0.0
self.__hashAppPerfTotals[ self.I_DISPLAY_AVG_FRAME_RATE ] = 0.0
self.__hashAppPerfTotals[ self.I_DISPLAY_TOTAL_NODES ] = 0
fSumRenderFrameRate = 0.0
fSumDisplayFrameRate = 0.0
#print "zeroing..."
# (AKS 2005-04-05) This comment is de
# For each application, I am taking each of its metrics and adding them to the
# totals which are stored in the hash. The hash is just a dictionary of totals
# for metrics for *ALL* application instances.
for iKey in self.hashAppPerfInfo:
#print "hash perf: ", self.hashAppPerfInfo
sapiAppStats = self.hashAppPerfInfo[ iKey ]
self.__hashAppPerfTotals[ self.I_RENDER_TOTAL_BANDWIDTH ] = self.__hashAppPerfTotals[
self.I_RENDER_TOTAL_BANDWIDTH ] + sapiAppStats.getRenderInformation(
'bandWidth', 1 )[0]
fSumRenderFrameRate = fSumRenderFrameRate + sapiAppStats.getRenderInformation(
'frameRate', 1 )[0]
self.__hashAppPerfTotals[ self.I_RENDER_TOTAL_NODES ] = self.__hashAppPerfTotals[
self.I_RENDER_TOTAL_NODES ] + sapiAppStats.getRenderInformation(
'nodes', 1 )[0]
self.__hashAppPerfTotals[ self.I_DISPLAY_TOTAL_BANDWIDTH ] = self.__hashAppPerfTotals[
self.I_DISPLAY_TOTAL_BANDWIDTH ] + sapiAppStats.getDisplayInformation(
'bandWidth', 1 )[0]
fSumDisplayFrameRate = fSumRenderFrameRate + sapiAppStats.getDisplayInformation(
'frameRate', 1 )[0]
self.__hashAppPerfTotals[ self.I_DISPLAY_TOTAL_NODES ] = self.__hashAppPerfTotals[
self.I_DISPLAY_TOTAL_NODES ] + sapiAppStats.getDisplayInformation(
'nodes', 1 )[0]
# Make sure to clear update flag since data has been processed
#self.__hashAppGraphUpdateFlag[ iKey ] = False
# end of loop
iAppCount = len( self.hashAppStatusInfo )
# Calculate averages for frame rates
if ( iAppCount == 0 ):
self.__hashAppPerfTotals[ self.I_RENDER_AVG_FRAME_RATE ] = 0.0
self.__hashAppPerfTotals[ self.I_DISPLAY_AVG_FRAME_RATE ] = 0.0
else:
self.__hashAppPerfTotals[ self.I_DISPLAY_AVG_FRAME_RATE ] = fSumDisplayFrameRate / iAppCount
self.__hashAppPerfTotals[ self.I_RENDER_AVG_FRAME_RATE ] = fSumRenderFrameRate / iAppCount
# (AKS 2005-01-24) Performance data information is not posted at this time
#tempString = "%8.3f \t %4d \t %7.3f \n" % (float(dataItemTokens[1]), int(dataItemTokens[2]), float(dataItemTokens[3]))
#fileObject.write(tempString)
# (AKS 2005-05-07) Now that the total bandwidth metrics have been calculated,
# update their respective PerformanceGraphs
self.__sapiPerfTotals.setDisplayPerfInfo( float( self.__hashAppPerfTotals[
self.I_DISPLAY_TOTAL_BANDWIDTH ] ), 0.0, 0.0, 0 )
self.__sapiPerfTotals.setRenderPerfInfo( float( self.__hashAppPerfTotals[
self.I_RENDER_TOTAL_BANDWIDTH ] ), 0.0, 0.0, 0 )
self.__pgTotalRenderBandwidth.update( self.__sapiPerfTotals.getRenderInformation( 'bandWidth', 30 ) )
self.__pgTotalDisplayBandwidth.update( self.__sapiPerfTotals.getDisplayInformation( 'bandWidth', 30 ) )
self.__lastTotalsUpdate = time.time()
# (AKS 2004-10-23): Changed to send ID back
if ( 40002 in self.hashCallback ):
self.hashCallback[ 40002 ]( windowId )