def loadLibrary(name):
## if len(LOADED_LIBS) == 0:
## import PhysicsTools.TheNtupleMaker.AutoLoader
## LOADED_LIBS[name] = 1
## return
name = fixName(name) # remove unnecessary spaces
if not ClassToHeaderMap.has_key(name): return
# construct library name from header:
# lib<subsystem><package>
library = "lib%s%s" % tuple(split(ClassToHeaderMap[name], '/')[:2])
if LOADED_LIBS.has_key(library): return
LOADED_LIBS[library] = 0
try:
gSystem.Load(library)
except:
print "** failed to load %s for %s" % (library, name)
def loadLibrary(name): ## if len(LOADED_LIBS) == 0: ## import PhysicsTools.TheNtupleMaker.AutoLoader ## LOADED_LIBS[name] = 1 ## return name = fixName(name) # remove unnecessary spaces if not ClassToHeaderMap.has_key(name): return # construct library name from header: # lib<subsystem><package> library = "lib%s%s" % tuple(split(ClassToHeaderMap[name],'/')[:2]) if LOADED_LIBS.has_key(library): return LOADED_LIBS[library] = 0 try: gSystem.Load(library) except: print "** failed to load %s for %s" % (library, name)
def loadData(self, filename):
# List root file
self.statusBar.SetText("Listing file ...", 0)
self.statusBar.SetText(filename, 1)
self.progTimer.Start()
stream = itreestream(filename, "Events")
record = stream.str()
stream.close()
stream = itreestream(filename, "Runs")
record += stream.str()
stream.close()
sleep(2)
self.progTimer.Stop()
self.progressBar.Reset()
# Get branches
recs = getbranch.findall(record)
if len(recs) == 0:
self.statusBar.SetText("** Error", 0)
self.statusBar.SetText("No branches found", 1)
return
self.statusBar.SetText("Done!", 0)
records = []
for x in recs:
t = split(x, '/')
c = strip(t[1]) # Wrapped class name
cname = fixName(strip(getclass.findall(c)[0]))
cname = stripstd.sub('',cname)
# Display class only if it is in classlist.txt
if not CLASSMAP.has_key(cname):
#print "\t==> IGNORING: %s" % cname
continue
cname = CLASSMAP[cname]
# Get label name
t = split(t[0], '_')
label = "%s" % (t[0])
if t[1] != '': label += "_%s" % t[1]
records.append((label, cname))
# Creat a map to keep track of selections
self.cmap = {}
self.previousID = -1
for record in records:
label, cname = record
s = isSimpleType.findall(cname)
v = isSimpleVectorType.findall(cname)
simpleType = len(s) > 0 or len(v) > 0
if len(v) > 0:
v = joinfields(split(v[0]),'')
fname = "%s/vector_%s.txt" % (self.methodDir, v)
open(fname, "w").write("%s value()\n" % v)
elif len(s) > 0:
s = joinfields(split(s[0]),'')
fname = "%s/simple_%s.txt" % (self.methodDir, s)
open(fname, "w").write("%s value()\n" % s)
else:
fname = "%s/%s.txt" % (self.methodDir,
stripname.sub("", cname))
if not os.path.exists(fname):
print "** file %s not found" % fname
continue
# methods file found, so read methods
if not self.cmap.has_key(cname):
methods = sortMethods(filter(lambda x: x != "",
map(strip,
open(fname).readlines())))
# keep only first method for simple types
if simpleType:
methods = methods[:1]
#open("test.log","a").writelines(joinfields(methods,'\n'))
mmap = {}
for method in methods: mmap[method] = False
self.cmap[cname] = {'selected': False,
'labels': {},
'methods': mmap,
'sortedmethods': methods}
self.statusBar.SetText(fname, 1)
self.cmap[cname]['labels'][label] = False
# Fill classBox on Methods page
self.statusBar.SetText("Number of classes", 0)
cnames = self.cmap.keys()
self.statusBar.SetText("%d" % len(cnames), 1)
cnames.sort()
for id in [P_METHODS, P_SELECTED]:
self.classBox[id].RemoveAll()
self.labelBox[id].RemoveAll()
self.methodBox[id].RemoveAll()
for index, entry in enumerate(cnames):
self.classBox[P_METHODS].AddEntry(entry, index)
self.classBox[P_METHODS].Layout()
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",
"unsigned long", "unsigned int", "unsigned short"]:
CLASSMAP[x] = x
x = "vector<%s>" % x
CLASSMAP[x] = x
#-----------------------------------------------------------------------------
WIDTH = 750 # Width of GUI in pixels
HEIGHT = 500 # Height of GUI in pixels
# StatusBar components
STATUS_PARTS = array('i') # Status bar division in percentage
def loadData(self, filename):
# List root file
self.statusBar.SetText("Listing file ...", 0)
self.statusBar.SetText(filename, 1)
self.progTimer.Start()
stream = itreestream(filename, "Events")
record = stream.str()
stream.close()
stream = itreestream(filename, "Runs")
record += stream.str()
stream.close()
sleep(2)
self.progTimer.Stop()
self.progressBar.Reset()
# Get branches
recs = getbranch.findall(record)
if len(recs) == 0:
self.statusBar.SetText("** Error", 0)
self.statusBar.SetText("No branches found", 1)
return
self.statusBar.SetText("Done!", 0)
records = []
for x in recs:
t = split(x, '/')
c = strip(t[1]) # Wrapped class name
cname = fixName(strip(getclass.findall(c)[0]))
cname = stripstd.sub('', cname)
# Display class only if it is in classlist.txt
if not CLASSMAP.has_key(cname):
#print "\t==> IGNORING: %s" % cname
continue
cname = CLASSMAP[cname]
# Get label name
t = split(t[0], '_')
label = "%s" % (t[0])
if t[1] != '': label += "_%s" % t[1]
records.append((label, cname))
# Creat a map to keep track of selections
self.cmap = {}
self.previousID = -1
for record in records:
label, cname = record
s = isSimpleType.findall(cname)
v = isSimpleVectorType.findall(cname)
simpleType = len(s) > 0 or len(v) > 0
if len(v) > 0:
v = joinfields(split(v[0]), '')
fname = "%s/vector_%s.txt" % (self.methodDir, v)
open(fname, "w").write("%s value()\n" % v)
elif len(s) > 0:
s = joinfields(split(s[0]), '')
fname = "%s/simple_%s.txt" % (self.methodDir, s)
open(fname, "w").write("%s value()\n" % s)
else:
fname = "%s/%s.txt" % (self.methodDir, stripname.sub(
"", cname))
if not os.path.exists(fname):
print "** file %s not found" % fname
continue
# methods file found, so read methods
if not self.cmap.has_key(cname):
methods = sortMethods(
filter(lambda x: x != "",
map(strip,
open(fname).readlines())))
# keep only first method for simple types
if simpleType:
methods = methods[:1]
#open("test.log","a").writelines(joinfields(methods,'\n'))
mmap = {}
for method in methods:
mmap[method] = False
self.cmap[cname] = {
'selected': False,
'labels': {},
'methods': mmap,
'sortedmethods': methods
}
self.statusBar.SetText(fname, 1)
self.cmap[cname]['labels'][label] = False
# Fill classBox on Methods page
self.statusBar.SetText("Number of classes", 0)
cnames = self.cmap.keys()
self.statusBar.SetText("%d" % len(cnames), 1)
cnames.sort()
for id in [P_METHODS, P_SELECTED]:
self.classBox[id].RemoveAll()
self.labelBox[id].RemoveAll()
self.methodBox[id].RemoveAll()
for index, entry in enumerate(cnames):
self.classBox[P_METHODS].AddEntry(entry, index)
self.classBox[P_METHODS].Layout()
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", "unsigned long",
"unsigned int", "unsigned short"
]:
CLASSMAP[x] = x
x = "vector<%s>" % x
CLASSMAP[x] = x
#-----------------------------------------------------------------------------
WIDTH = 750 # Width of GUI in pixels
HEIGHT = 500 # Height of GUI in pixels
def main():
print "mkclassmap.py\n"
subpackagelist = SUBPACKAGELIST
filelist = []
if Update:
for subpackage in subpackagelist:
print "scan package: %s" % subpackage
file = "%s/interface/*.h" % subpackage
hlist = glob(file)
hlist.sort()
filelist += hlist
else:
for subpackage in subpackagelist:
package, subpkg = split(subpackage, '/')
if subpkg == "*":
cmd = "%s%s" % (BASE, subpackage)
subsystems = filter(lambda x: os.path.isdir(x), glob(cmd))
if len(subsystems) == 0:
cmd = "%s%s" % (PKGBASE, subpackage)
subsystems = filter(lambda x: os.path.isdir(x), glob(cmd))
subsystems = map(lambda x: split(x, '/').pop(), subsystems)
else:
subsystems = [split(subpackage, '/').pop()]
for subsystem in subsystems:
if skipsubsystem.match(subsystem) != None: continue
dirpath = "%s%s/%s" % (PKGBASE, package, subsystem)
if not os.path.exists(dirpath):
dirpath = "%s%s/%s" % (LOCALBASE, package, subsystem)
if not os.path.exists(dirpath):
"** directory %s not found" % dirpath
continue
print "scan package: %s/%s" % (package, subsystem)
file = "%s/interface/*.h" % dirpath
hlist = glob(file)
hlist.sort()
filelist += hlist
# Filter headers
filelist = filter(lambda x: skipheader.search(x) == None, filelist)
print
print "scan %d headers for potentially useful classes" % len(filelist)
#-------------------------------------------------
# Loop over header files to be scanned
#-------------------------------------------------
cmap = {}
count = 0
for index, file in enumerate(filelist):
if not os.path.exists(file):
print "** file %s not found" % file
continue
file = os.path.abspath(file)
if index % 100 == 0: print index
# Scan header and parse it for classes
record, items = parseHeader(file)
if record == '':
print "** failed on %s" % file
continue
records = splitHeader(record)
if len(records) == 0: continue
# Now strip away path up to "/src/" in pathname of header
header = file
k = rfind(header, "/src/") # search from right
if k > 0: header = header[k + 5:]
cache = []
names = []
for irecord, (record, group, start, end) in enumerate(records):
#print "GROUP(%s)" % group
# Get actual record from items map
key = strip(record)
if items.has_key(key):
record = items[key]
if type(record) == type(()):
record, extraRecord = record
record = stripBlanklines(record)
if group == "namespace":
name = strip(namespaceName(record))
if name != '': names.append(name)
elif group == "endnamespace":
if len(names) > 0: names.pop()
elif group in ["endclass", "endstructclass"]:
fullname = joinfields(names, "::")
# Check for uninstantiated templates and
# create keys
if find(fullname, '<') > -1:
tplate = True
fullkey = split(fullname, '<')[0]
else:
tplate = False
fullkey = fullname
cache.append((fullkey, header))
count += 1
print "%5d\t%s" % (count, fullkey)
# remember to reset
names.pop()
elif group in ["class", "structclass"]:
classname, basenames, template = getClassname(record)
names.append(classname)
# Update map
for fullkey, header in cache:
if Update:
addToMap(fullkey, header, ClassToHeaderMap)
else:
addToMap(fullkey, header, cmap)
# Write out class to header map
if Update:
print "updating classmap.py..."
hmap = ClassToHeaderMap
else:
print "creating classmap.py..."
hmap = cmap
## # define lib areas
## LOCALLIBAREA = "%s/lib/%s/" % (LOCALBASE[:-5], SCRAM_ARCH)
## LIBAREA = "%s/lib/%s/" % (BASE[:-5], SCRAM_ARCH)
getmodule = re.compile('(?<=src/).*(?=/interface)')
## librecs = []
recs = []
keys = hmap.keys()
keys.sort()
for key in keys:
key = fixName(key) # remove unnecessary spaces
value = hmap[key]
if type(value) == type(""):
recs.append("'%s': '%s'" % (key, value))
else:
recs.append("'%s': %s" % (key, value))
## # find the shared library in which the class typeinfo resides
## module = split(value,'/interface/')[0]
## library = "lib%s" % replace(module, '/', '')
## found = False
## filename = "%s%s.so" % (LOCALLIBAREA, library)
## if not os.path.exists(filename):
## filename = "%s%s.so" % (LIBAREA, library)
## if not os.path.exists(filename):
## print "\twarning: library %s not found"
## continue
# add lib to list
## librecs.append("'%s': '%s'" % (key, library))
record = joinfields(recs, ',\n')
outfile = CLASSMAPFILE
out = open(outfile, 'w')
out.write('# Created: %s\n' % ctime(time()))
out.write('# Version: %s\n' % VERSION)
out.write("ClassToHeaderMap = {\\\n")
out.write(record + '\n')
out.write("}\n\n")
## record = joinfields(librecs,',\n')
## out.write("ClassToLibraryMap = {\\\n")
## out.write(record+'\n')
## out.write("}\n")
out.close()
def main():
print "mkclassmap.py\n"
subpackagelist = SUBPACKAGELIST
filelist = []
if Update:
for subpackage in subpackagelist:
print "scan package: %s" % subpackage
file = "%s/interface/*.h" % subpackage
hlist = glob(file)
hlist.sort()
filelist += hlist
else:
for subpackage in subpackagelist:
package, subpkg = split(subpackage,'/')
if subpkg == "*":
cmd = "%s%s" % (BASE, subpackage)
subsystems = filter(lambda x: os.path.isdir(x), glob(cmd))
if len(subsystems) == 0:
cmd = "%s%s" % (PKGBASE, subpackage)
subsystems = filter(lambda x: os.path.isdir(x), glob(cmd))
subsystems = map(lambda x: split(x, '/').pop(), subsystems)
else:
subsystems = [split(subpackage, '/').pop()]
for subsystem in subsystems:
if skipsubsystem.match(subsystem) != None: continue
dirpath = "%s%s/%s" % (PKGBASE, package, subsystem)
if not os.path.exists(dirpath):
dirpath = "%s%s/%s" % (LOCALBASE, package, subsystem)
if not os.path.exists(dirpath):
"** directory %s not found" % dirpath
continue
print "scan package: %s/%s" % (package, subsystem)
file = "%s/interface/*.h" % dirpath
hlist = glob(file)
hlist.sort()
filelist += hlist
# Filter headers
filelist = filter(lambda x: skipheader.search(x) == None, filelist)
print
print "scan %d headers for potentially useful classes" % len(filelist)
#-------------------------------------------------
# Loop over header files to be scanned
#-------------------------------------------------
cmap = {}
count = 0
for index, file in enumerate(filelist):
if not os.path.exists(file):
print "** file %s not found" % file
continue
file = os.path.abspath(file)
if index % 100 == 0: print index
# Scan header and parse it for classes
record, items = parseHeader(file)
if record == '':
print "** failed on %s" % file
continue
records = splitHeader(record)
if len(records) == 0: continue
# Now strip away path up to "/src/" in pathname of header
header = file
k = rfind(header, "/src/") # search from right
if k > 0: header = header[k+5:]
cache = []
names = []
for irecord, (record, group, start, end) in enumerate(records):
#print "GROUP(%s)" % group
# Get actual record from items map
key = strip(record)
if items.has_key(key):
record = items[key]
if type(record) == type(()):
record, extraRecord = record
record = stripBlanklines(record)
if group == "namespace":
name = strip(namespaceName(record))
if name != '': names.append(name)
elif group == "endnamespace":
if len(names) > 0: names.pop()
elif group in ["endclass", "endstructclass"]:
fullname = joinfields(names, "::")
# Check for uninstantiated templates and
# create keys
if find(fullname, '<') > -1:
tplate = True
fullkey = split(fullname, '<')[0]
else:
tplate = False
fullkey = fullname
cache.append((fullkey, header))
count += 1
print "%5d\t%s" % (count, fullkey)
# remember to reset
names.pop()
elif group in ["class", "structclass"]:
classname, basenames, template = getClassname(record)
names.append(classname)
# Update map
for fullkey, header in cache:
if Update:
addToMap(fullkey, header, ClassToHeaderMap)
else:
addToMap(fullkey, header, cmap)
# Write out class to header map
if Update:
print "updating classmap.py..."
hmap = ClassToHeaderMap
else:
print "creating classmap.py..."
hmap = cmap
## # define lib areas
## LOCALLIBAREA = "%s/lib/%s/" % (LOCALBASE[:-5], SCRAM_ARCH)
## LIBAREA = "%s/lib/%s/" % (BASE[:-5], SCRAM_ARCH)
getmodule = re.compile('(?<=src/).*(?=/interface)')
## librecs = []
recs = []
keys = hmap.keys()
keys.sort()
for key in keys:
key = fixName(key) # remove unnecessary spaces
value = hmap[key]
if type(value) == type(""):
recs.append("'%s': '%s'" % (key, value))
else:
recs.append("'%s': %s" % (key, value))
## # find the shared library in which the class typeinfo resides
## module = split(value,'/interface/')[0]
## library = "lib%s" % replace(module, '/', '')
## found = False
## filename = "%s%s.so" % (LOCALLIBAREA, library)
## if not os.path.exists(filename):
## filename = "%s%s.so" % (LIBAREA, library)
## if not os.path.exists(filename):
## print "\twarning: library %s not found"
## continue
# add lib to list
## librecs.append("'%s': '%s'" % (key, library))
record = joinfields(recs,',\n')
outfile = CLASSMAPFILE
out = open(outfile,'w')
out.write('# Created: %s\n' % ctime(time()))
out.write('# Version: %s\n' % VERSION)
out.write("ClassToHeaderMap = {\\\n")
out.write(record+'\n')
out.write("}\n\n")
## record = joinfields(librecs,',\n')
## out.write("ClassToLibraryMap = {\\\n")
## out.write(record+'\n')
## out.write("}\n")
out.close()