def generateQualityPlot( fileName, data, metadata ):
try:
fn = file( fileName, "wb" )
except:
return S_ERROR( "Can't open %s" % fileName )
checkMetadata( metadata )
metadata[ 'legend' ] = False
#HACK: Pad a bit to the left until the proper padding is calculated
maxKeyLength = max( [ len( key ) for key in data ] )
metadata[ 'sort_labels' ] = 'alpha'
metadata[ 'plot_left_padding' ] = int( maxKeyLength * 2.5 )
qualityGraph( data, fn, **metadata )
fn.close()
return S_OK()
def generateQualityPlot(fileName, data, metadata):
"""
It is used to create 2D plots.
:param str fileName: the name of the file
:param list data: the data which is used to create the plot
:param dict metadata: extra information used to create the plot.
"""
try:
with open(fileName, "wb") as fn:
checkMetadata(metadata)
metadata['legend'] = False
# HACK: Pad a bit to the left until the proper padding is calculated
maxKeyLength = max([len(key) for key in data])
metadata['sort_labels'] = 'alpha'
metadata['plot_left_padding'] = int(maxKeyLength * 2.5)
qualityGraph(data, fn, **metadata)
except IOError as e:
return S_ERROR(errno.EIO, e)
return S_OK()
def generateQualityPlot( fileName, data, metadata ):
"""
It is used to create 2D plots.
:param str fileName the name of the file
:param list data the data which is used to create the plot
:param dict metadata extra information used to create the plot.
"""
try:
with open( fileName, "wb" ) as fn:
checkMetadata( metadata )
metadata[ 'legend' ] = False
#HACK: Pad a bit to the left until the proper padding is calculated
maxKeyLength = max( [ len( key ) for key in data ] )
metadata[ 'sort_labels' ] = 'alpha'
metadata[ 'plot_left_padding' ] = int( maxKeyLength * 2.5 )
qualityGraph( data, fn, **metadata )
except IOError as e:
return S_ERROR( errno.EIO, e )
return S_OK()
