def scan( self, rootpath=None ) :
"""Scan the rootpath and build the tree."""
if rootpath :
self._rootpath = rootpath
self._root = None
pathinfos = {}
sizeColorProvider.reinitFileTree()
for infopath in os.walk(self._rootpath,False) :
#print "[%s]" % (pathinfos,)
(path,subpaths,files) = infopath
if path == self._rootpath :
name = path
else :
name = os.path.split(path)[1]
dirInfo = DirInfo( name=name, statInfo=os.lstat(path), tree=self )
pathinfos[path] = dirInfo
for file in files :
completepath = os.path.join(path,file)
try :
fileInfo = FileInfo( name=file, statInfo=os.lstat(completepath), tree=self, parent=dirInfo )
dirInfo.insertChild(fileInfo)
except :
pass
for subpath in subpaths :
completepath = os.path.join(path,subpath)
if completepath in pathinfos :
# print "[%s] : %d v (%s)" % (subpath,pathinfos[completepath].totalArea(),completepath)
dirInfo.insertChild(pathinfos[completepath])
# print "[%s] : %d ^ (%s)" % (subpath,pathinfos[completepath].totalArea(),completepath)
del pathinfos[completepath]
dirInfo.finalizeLocal()
if path == self._rootpath :
self._root = dirInfo
# print "[%s]" % (pathinfos,)
return self._root
def scan( self, rootpath=None ) :
"""Scan the rootpath and build the tree."""
if rootpath :
self._rootpath = rootpath
self._root = None
pathinfos = {}
sizeColorProvider.reinitFileTree()
exclude_list_re = []
for exclude_item in self._exclude_list :
exclude_list_re.append(re.compile('^'+str(exclude_item).replace('\\','\\\\').replace('.','\\.').replace('[','\\[').replace(']','\\]').replace('(','\\(').replace(')','\\)').replace('+','\\+').replace('*','.*').replace('?','.')+'$'))
for exclude_item_re in self._exclude_list_re :
exclude_list_re.append(re.compile(exclude_item_re))
for infopath in self.file_provider().walk() :
#print "[%s]" % (pathinfos,)
(path,subpaths,files) = infopath
if path == self._rootpath :
name = path
else :
name = self.file_provider().split(path)[1]
dirInfo = DirInfo( name=self.file_provider().get_clean_name(name), statInfo=self.file_provider().stat(path), tree=self )
pathinfos[path] = dirInfo
for file in files :
exclude = False
for exclude_item_re in exclude_list_re :
if exclude_item_re.match(file) :
exclude = True
if not(exclude) :
completepath = self.file_provider().join(path,file)
try :
fileInfo = FileInfo( name=self.file_provider().get_clean_name(file), statInfo=self.file_provider().stat(completepath), tree=self, parent=dirInfo )
dirInfo.insertChild(fileInfo)
except :
pass
for subpath in subpaths :
exclude = False
for exclude_item_re in exclude_list_re :
if exclude_item_re.match(subpath) :
exclude = True
if not(exclude) :
completepath = self.file_provider().join(path,subpath)
if completepath in pathinfos :
# print "[%s] : %d v (%s)" % (subpath,pathinfos[completepath].totalArea(),completepath)
dirInfo.insertChild(pathinfos[completepath])
# print "[%s] : %d ^ (%s)" % (subpath,pathinfos[completepath].totalArea(),completepath)
del pathinfos[completepath]
dirInfo.finalizeLocal()
if path == self._rootpath :
self._root = dirInfo
# print "[%s]" % (pathinfos,)
return self._root
def scan(self, rootpath=None):
"""Scan the rootpath and build the tree."""
if rootpath:
self._rootpath = rootpath
self._root = None
pathinfos = {}
sizeColorProvider.reinitFileTree()
exclude_list_re = []
for exclude_item in self._exclude_list:
exclude_list_re.append(
re.compile(
'^' + str(exclude_item).replace('\\', '\\\\').replace(
'.', '\\.').replace('[', '\\[').replace(']', '\\]').
replace('(', '\\(').replace(')', '\\)').replace(
'+', '\\+').replace('*', '.*').replace('?', '.') +
'$'))
for exclude_item_re in self._exclude_list_re:
exclude_list_re.append(re.compile(exclude_item_re))
for infopath in self.file_provider().walk():
#print "[%s]" % (pathinfos,)
(path, subpaths, files) = infopath
if path == self._rootpath:
name = path
else:
name = self.file_provider().split(path)[1]
dirInfo = DirInfo(name=self.file_provider().get_clean_name(name),
statInfo=self.file_provider().stat(path),
tree=self)
pathinfos[path] = dirInfo
for file in files:
exclude = False
for exclude_item_re in exclude_list_re:
if exclude_item_re.match(file):
exclude = True
if not (exclude):
completepath = self.file_provider().join(path, file)
try:
fileInfo = FileInfo(
name=self.file_provider().get_clean_name(file),
statInfo=self.file_provider().stat(completepath),
tree=self,
parent=dirInfo)
dirInfo.insertChild(fileInfo)
except:
pass
for subpath in subpaths:
exclude = False
for exclude_item_re in exclude_list_re:
if exclude_item_re.match(subpath):
exclude = True
if not (exclude):
completepath = self.file_provider().join(path, subpath)
if completepath in pathinfos:
# print "[%s] : %d v (%s)" % (subpath,pathinfos[completepath].totalArea(),completepath)
dirInfo.insertChild(pathinfos[completepath])
# print "[%s] : %d ^ (%s)" % (subpath,pathinfos[completepath].totalArea(),completepath)
del pathinfos[completepath]
dirInfo.finalizeLocal()
if path == self._rootpath:
self._root = dirInfo
# print "[%s]" % (pathinfos,)
return self._root
outputfile = fname
elif '-e' in relation[fname]:
prelistfile = fname
else:
desfile = fname
# use dialog to open file
if args == ['-x']:
path, fname = dialog_get()
onefile = FileInfo(path, fname)
print(onefile.char_num())
print(onefile.line_num())
print(onefile.word_num([]))
# dealing with the directory
elif desfile != '' and '-s' in relation[desfile]:
directory = DirInfo(cur_file_dir())
# determine the type needed
tmplist = desfile.split('.')
type = '.' + tmplist[-1]
# get the required list
localinfo = directory.build_infolist(type)
for info in localinfo:
str = ""
if '-c' in relation[desfile]:
print(info.char_num())
str += info.char_num() + '\n'
if '-w' in relation[desfile]:
if prelistfile != "":
# get the preserved word list
prelist = get_prelist(prelistfile)
print(info.word_num(prelist))
