def _regenImage(logview_instance, gas, types, imgfile):
print "GAS: %s" % gas
#
# Only re-decode if one of the .hex files are newer than the image file
#
try:
s = os.stat(imgfile)
imgtime = s.st_mtime
doit = False
for f in filenames:
s = os.stat(f)
if imgtime < s.st_mtime:
doit = True
except OSError:
# File probably does not exist...
doit = True
if doit:
if logview_instance == None:
logview_instance = KnxLogViewer(devices, groups, filenames, False,
types, True, 0)
logview_instance.plotLog(gas, imgfile)
return logview_instance
def _regenImage(logview_instance, gas, types, imgfile):
print "GAS: %s" %gas
#
# Only re-decode if one of the .hex files are newer than the image file
#
try:
s = os.stat(imgfile)
imgtime = s.st_mtime
doit = False
for f in filenames:
s = os.stat(f)
if imgtime < s.st_mtime:
doit = True
except OSError:
# File probably does not exist...
doit = True
if doit:
if logview_instance == None:
logview_instance = KnxLogViewer(devices, groups, filenames,
False, types, True, 0)
logview_instance.plotLog(gas, imgfile)
return logview_instance
def _regenImage(filenames,
logview_instance,
gas,
types,
imgfile,
addHorLine=None,
numDays=None):
global add_message
#
# Only re-decode if one of the .hex files are newer than the image file
#
try:
s = os.stat(imgfile)
imgtime = s.st_mtime
doit = False
for f in filenames:
s = os.stat(f)
if imgtime < s.st_mtime:
doit = True
#add_message += "REGENERATED IMAGE"
else:
#add_message += "USING LAST IMAGE"
pass
except OSError:
# File probably does not exist...
doit = True
#add_message += "GENERATED IMAGE"
if doit:
if logview_instance == None:
if numDays != None:
start_time = time.time() - (numDays * 24 * 3600)
else:
start_time = None
logview_instance = KnxLogViewer(devices,
groups,
filenames,
False,
types,
True,
0,
allGAs,
start_time=start_time)
minVal, maxVal = logview_instance.getMinMaxValues(gas[0])
if addHorLine != None:
addHorLine = [] # [addHorLine]
if minVal != None:
addHorLine.append(minVal)
if maxVal != None:
addHorLine.append(maxVal)
logview_instance.plotLog(gas, imgfile, addHorLine)
#add_message += "<p>" + logview_instance.getPerfData() + "<p>%s, %s, %s<p>"%(str(gas), minVal,maxVal)
return logview_instance
def _regenImage(filenames, logview_instance, gas, types, imgfile, addHorLine=None, numDays=None):
global add_message
#
# Only re-decode if one of the .hex files are newer than the image file
#
try:
s = os.stat(imgfile)
imgtime = s.st_mtime
doit = False
for f in filenames:
s = os.stat(f)
if imgtime < s.st_mtime:
doit = True
#add_message += "REGENERATED IMAGE"
else:
#add_message += "USING LAST IMAGE"
pass
except OSError:
# File probably does not exist...
doit = True
#add_message += "GENERATED IMAGE"
if doit:
if logview_instance == None:
if numDays != None:
start_time = time.time() - (numDays*24*3600)
else:
start_time = None
logview_instance = KnxLogViewer(devices, groups, filenames,
False, types, True, 0, allGAs, start_time=start_time)
minVal,maxVal = logview_instance.getMinMaxValues(gas[0])
if addHorLine != None:
addHorLine = [] # [addHorLine]
if minVal != None:
addHorLine.append(minVal)
if maxVal != None:
addHorLine.append(maxVal)
logview_instance.plotLog(gas, imgfile, addHorLine)
#add_message += "<p>" + logview_instance.getPerfData() + "<p>%s, %s, %s<p>"%(str(gas), minVal,maxVal)
return logview_instance