print VERSION
#-----------------------------------------------------------------------------
from PhysicsTools.TheNtupleMaker.AutoLoader import *
#-----------------------------------------------------------------------------
CLASSLISTFILE = "%sPhysicsTools/TheNtupleMaker/plugins/classlist.txt" % \
LOCALBASE
stripstd = re.compile(r'\bstd::')
stripnsp = re.compile(r'^(pat|edm|cmg|reco)')
CLASSMAP = {}
if os.path.exists(CLASSLISTFILE):
records = map(split, open(CLASSLISTFILE).readlines())
recs = map(lambda x: (x[0], joinfields(x[1:],' ')), records)
for ctype, name in recs:
fullname = getFullname(name)
name = stripstd.sub('',name)
fullname = stripstd.sub('',fullname)
if ctype == "collection":
if name[-1] == ">": name += " "
if fullname[-1] == ">": fullname += " "
name = "vector<%s>" % name
fullname = "vector<%s>" % fullname
name = fixName(name)
fullname = fixName(fullname)
CLASSMAP[name] = name
CLASSMAP[fullname] = name
for x in ["double", "float", "long", "int", "short", "bool",
for x in inclusionlist:
if not x in wclasses:
wclasses.append(x)
wclasses.sort()
#------------------------------------------------------------------------------
# Get list of classes
#from PhysicsTools.TheNtupleMaker.AutoLoader import *
print "\t==> writing plugins/classlist.txt ..."
tname = {}
for classname in wclasses:
# Find singletons and collections
# Get actual name of classes
fullname = getFullname(classname)
fullname = fixName(fullname)
# Skip a bunch of complicated stuff...
if skipme.match(fullname) != None:
continue
# Keep classes for which a header can be identified
headers = findHeaders(fullname)
if len(headers) == 0:
#print "** could not identify header for class (%s)" % fullname
continue
# Make sure that containers supersede singletons in the
# following sense:
print VERSION
#-----------------------------------------------------------------------------
from PhysicsTools.TheNtupleMaker.AutoLoader import *
#-----------------------------------------------------------------------------
CLASSLISTFILE = "%sPhysicsTools/TheNtupleMaker/plugins/classlist.txt" % \
LOCALBASE
stripstd = re.compile(r'\bstd::')
stripnsp = re.compile(r'^(pat|edm|cmg|reco)')
CLASSMAP = {}
if os.path.exists(CLASSLISTFILE):
records = map(split, open(CLASSLISTFILE).readlines())
recs = map(lambda x: (x[0], joinfields(x[1:], ' ')), records)
for ctype, name in recs:
fullname = getFullname(name)
name = stripstd.sub('', name)
fullname = stripstd.sub('', fullname)
if ctype == "collection":
if name[-1] == ">": name += " "
if fullname[-1] == ">": fullname += " "
name = "vector<%s>" % name
fullname = "vector<%s>" % fullname
name = fixName(name)
fullname = fixName(fullname)
CLASSMAP[name] = name
CLASSMAP[fullname] = name
for x in [
for x in inclusionlist:
if not x in wclasses:
wclasses.append(x)
wclasses.sort()
#------------------------------------------------------------------------------
# Get list of classes
#from PhysicsTools.TheNtupleMaker.AutoLoader import *
print "list of classes known to TNM:"
tname = {}
for classname in wclasses:
# Find singletons and collections
# Get actual name of classes
fullname = getFullname(classname)
fullname = fixName(fullname)
# Skip a bunch of complicated stuff...
if skipme.match(fullname) != None:
continue
if skipmore(fullname):
continue
# Keep classes for which a header can be identified
headers = findHeaders(fullname)
if len(headers) == 0:
#print "** could not identify header for class (%s)" % fullname
continue
pkg = split(split(headers[0], "/interface")[0], '/src/')[-1]
