diffTreeTool Namespace Reference

Functions
def	format
def	getDictFromObject
def	getPieceFromObject

Variables
string	action = "store_true"
tuple	cFile = re.sub(r'_C$', r'.C', re.sub(r'\.so$','', shlib))
list	diff = diffColl[index]
tuple	diffColl = getPieceFromObject(tree, name+'.diff')
tuple	diffContRE = re.compile(r'^class goDiffCont_(\w+)')
int	epsilon = 1
list	firstOnly = firstOnlyColl[index]
tuple	firstOnlyColl = getPieceFromObject(tree, name + '.firstOnly')
string	help = "Show deltas when difference is large enough."
tuple	index = getDictFromObject(firstOnly, indexSingleDict)
dictionary	indexDoubleDict = {'index':'index', 'delta_index':'delta_index'}
dictionary	indexSingleDict = {'index':'index'}
tuple	info = getDictFromObject(firstOnly, infoSingleDict)
dictionary	infoDoubleDict = {}
dictionary	infoSingleDict = {}
tuple	match = diffContRE.search(line)
string	name = ''
tuple	parser = optparse.OptionParser("Usage: %prog bla.root lib.so var1 [var2]")
tuple	rootfile = ROOT.TFile.Open(rootFilename)
tuple	rootFilename = args.pop(0)
tuple	runevent = getDictFromObject(tree, runeventDict, 'runevent')
dictionary	runeventDict = {'Run':'run', 'Event':'event'}
list	secondOnly = secondOnlyColl[index]
tuple	secondOnlyColl = getPieceFromObject(tree, name + '.secondOnly')
tuple	shlib = args.pop(0)
tuple	size = tree.GetEntries()
tuple	source = open(cFile, 'r')
tuple	stringSet = set()
tuple	tree = rootfile.Get('diffTree')
tuple	typeFoundSet = set()
dictionary	variableREDict = {}
	variables = args
list	working = []

Function Documentation

def diffTreeTool.format	(		objDict,
			label,
			spacing = 9,
			firstOnly = False
	)

return a formatted string for given object

Definition at line 26 of file diffTreeTool.py.

References abs.

def format (objDict, label, spacing=9, firstOnly = False):
    '''return a formatted string for given object'''
    value = objDict[label]
    if firstOnly:
        diff = 0.
    else:
        diff  = objDict['delta_' + label]
        
    problem = False
    if isinstance (value, float):
        formatString = '%%%d.%df' % (spacing, spacing - 5)
        retval = formatString % value
        if abs(diff) > epsilon:
            if options.delta:
                retval += ' [' + formatString % (diff) + ']'
            else:
                retval += ' (' + formatString % (value + diff) + ')'
        elif not firstOnly:
            retval += ' ' * (spacing + 3)
        return retval
    else:
        formatString = '%%%ds' % spacing
        retval = formatString % value
        if diff:
            if isinstance (value, str):
                retval += ' (' + formatString % diff + ')'
            elif options.delta:
                retval += ' [' + formatString % diff + ']'
            else:
                retval += ' (' + formatString % (value + diff) + ')'
        elif not firstOnly:
            retval += ' ' * (spacing + 3)
        return retval