def savetexts(self, filepath, prepath):
"""
保存预处理后的文本
:param filepath: html文件路径
:param prepath: 保存路径
:return:
"""
self.logger.info('init pretreatment directory:"{0}"'.format(prepath))
FileUtil.init_path(prepath)
try:
file_lists = os.listdir(filepath) # 返回当前路径下所有文件和路径,字符串类型
for filename in file_lists:
file = os.path.join(filepath, filename)
if os.path.isfile(file):
# 1.获取url及文本
url, text = FileUtil.get_url_text(file)
# 2.关键词信息
kws = PreDeal.seg(text)
self.logger.info(
"Store pretreatment texts content:{0}".format(
filename))
FileUtil.writefile(url + '\t'.join(kws),
os.path.join(prepath, filename))
self.logger.info('Text pretreatment End!')
except Exception as e:
print(e)
def main():
from_path = os.path.expanduser(sys.argv[1])
filestat_file = os.path.join(os.path.dirname(__file__),
'../data/filestat.lst')
dirstat_file = os.path.join(os.path.dirname(__file__),
'../data/dirstat.lst')
json_file = os.path.join(os.path.dirname(__file__), '../data/data.json')
#scan_file_sizes(from_path, stat_file)
#calc_dir_sizes(filestat_file, dirstat_file)
lines = FileUtil.read_all(dirstat_file).splitlines()
iter_dir_sizes = FileUtil.parse_path_sizes(lines)
root = SizeNode.build_tree(iter_dir_sizes)
node = root.find_node(os.path.join(from_path))
#nodes = sorted([c for c in node.name2childs.values()], key=lambda n: n.size, reverse=True)
nodes = node.name2childs.values()
min_size = node.size * 0.001
#print "min_size", min_size
#nodes = SquareTreeMap.norm_node_sizes(nodes)
rects = SquareTreeMap.squarify_size_nodes(node.name, nodes, 0., 0., 700.,
400., min_size)
# rects = square_node(node, 0., 0., 700., 400.)
# print 'rects', rects
write_d3_rect_json(json_file, rects)
def expriment(self, path='', pagenum=100):
savename = os.path.join(config.hidepath, 'res.txt')
for dirname in os.listdir(path):
filepath = os.path.join(path, dirname)
if os.path.isdir(filepath):
for f in os.listdir(filepath):
fi = os.path.join(filepath, f)
res = []
keywords, num = self.info(fi=fi, pagenum=pagenum)
unmatch = 0
hidenum = 0
s = '\t||'
for i in num:
if i == 0:
unmatch += 1
else:
hidenum = hidenum + i
s = s + '\t' + str(i)
res.append(fi)
res.append(str(len(keywords)))
res.append(str(hidenum))
res.append(str(len(num)))
res.append(str(unmatch))
res_str = '\t'.join(res) + s + '\n'
FileUtil.write_apd_file(res_str, savename)
FileUtil.write_apd_file(dirname + ' End !\n', savename)
pass
pass
def init_path(self):
savepath = os.path.join(config.hidepath, '_'.join(self.keys))
kwpath = os.path.join(config.hidekwpath, '_'.join(self.keys))
if not os.path.exists(savepath):
os.makedirs(savepath)
else:
FileUtil.init_path(savepath)
return savepath, kwpath
def query(self, keywords, kwpath=''):
path = [] # 已经找到的文章列表
num = [] # 每篇含文章组合的个数
unmatch = 0 # 失配个数
maxh = 0 # 关键词个数
q = '' # 联合关键词
flag = True # 失配标志
hidekey = []
while keywords:
kw = keywords[0]
paper = Index.search(self.pindexp, q + ' ' + kw, limit=None)
if paper:
keywords.pop(0)
hidekey.append(kw)
q = q + ' ' + kw
maxh += 1
else: # 当联合搜索无法进行下去时,转为寻找相似关键词
simikeys = WV.similarwords(kw)
t_paper = []
if not simikeys:
print(
".................Failed to find similar words................"
)
flag = False
else:
for skw, similarity in simikeys:
sq = q + ' ' + skw
t_paper = Index.search(self.pindexp, sq, limit=None)
if t_paper:
hidekey.append(skw)
keywords.pop(0)
q = sq
maxh += 1
break
if not t_paper: # 有关键词但联合搜索仍失败
flag = False
# 失配
if not flag:
doc = Index.search(self.pindexp, q, limit=None)
if not doc:
print("The keyword '%s' is unMatch !" % kw)
unmatch += 1
hidekey.append('0')
keywords.pop(0)
path.append(None)
# flag = True
else:
path.append(doc)
num.append(maxh)
maxh = 0
q = ''
flag = True
if not keywords:
path.append(paper)
hide_string = ' '.join(hidekey)
FileUtil.writefile(hide_string, kwpath)
return path
def all_CR(self, infopath, extpath):
CR = []
file_list = os.listdir(infopath)
for name in file_list:
origin_info = FileUtil.readfile(filename=os.path.join(infopath, name))
ext_info = FileUtil.readfile(filename=os.path.join(extpath, name))
cr = self.CR(origin_info, ext_info)
CR.append(cr)
return CR
def crawl(self):
self.download.download()
readpath = os.path.join(config.spiderhtml, self.filename)
savepath = os.path.join(config.spidertext, self.filename)
FileUtil.init_path(savepath)
for filename in os.listdir(readpath):
file = os.path.join(readpath, filename)
url, content = self.parse.parse(file)
filename = filename.rstrip('.html') + '.txt'
self.logger.info("Save spider url and content:{0}".format(url))
FileUtil.writefile(url + content, os.path.join(savepath, filename))
print('crawl web contents end!')
def search_archive_file(self, sf):
"""Search an archive (compressed) file"""
ext = FileUtil.get_extension(sf.filename)
if not ext:
return
if self.settings.debug:
common.log('Searching {0} file {1}'.format(ext, sf))
if ext in ('zip', 'jar', 'war', 'ear'):
# handle zip files
try:
self.search_zip_file(sf)
except zipfile.BadZipfile as e:
if not ext == 'ear':
common.log('BadZipfile: {0!s}: {1}'.format(e, sf))
elif ext in ('bz2', 'tar', 'tgz', 'gz') and \
tarfile.is_tarfile(sf.relativepath):
# handle tar files
try:
self.search_tar_file(sf, ext)
except Exception as e:
msg = 'Exception while searching a tar file {0}: {1!s}'
common.log(msg.format(sf, e))
else:
msg = 'Searching archive file type "{0}" is unsupported at this time'
common.log(msg.format(ext))
def save_data(self):
_resAll = FileUtil.readlines(self.resFileName)
self._clear_data()
_totalSize = len(_resAll)
print('Res data storing...')
_stepSize = 1000
_sql = "insert into resitem(name) values"
_sqlTemp = ''
for _index, _value in enumerate(_resAll):
try:
_value = pymysql.escape_string(_value)
if _index % _stepSize == 0 or _index == _totalSize - 1:
if _sqlTemp:
_conn = self.dbHelper.connectDatabase()
print('storing: %d / %d' % (_index + 1, _totalSize))
_cur = _conn.cursor()
_sqlTemp = _sqlTemp + ",('%s')" % _value if _index == _totalSize - 1 else _sqlTemp
_cur.execute(_sqlTemp)
_conn.commit()
_cur.close()
_conn.close()
_sqlTemp = _sql + "('%s')" % _value
else:
_sqlTemp += ",('%s')" % _value
except Exception as error:
self.logger.log(logging.ERROR, error)
def kw_num(self):
nums = []
for file in os.listdir(self.filepath):
filename = os.path.join(self.filepath, file)
kws = FileUtil.readupkws(filename)
nums.append(len(kws))
return nums
def is_same(self, local_file_name):
local_md5 = FileUtil.file_md5(local_file_name)
remote_md5 = self.cloud.query_cloudfile_md5(local_file_name)
#print "file name", local_file_name
#print "local_md5", local_md5
#print "remote_md5", remote_md5
return local_md5 == remote_md5
def main():
# Create directory if it doesn't exist
futil = FileUtil(".opendoord")
# Get access to the database handler
logger = Logger.get(verbose=True)
db = Sqlite(futil.path + "/opendoor.db", logger)
port = Port(logger)
pipes = Pipes(logger, port, db)
i = 0
logger.debug("Send commands via pipe with 10 sec delay")
while i < 100:
i += 1
pipes.send_to_app("OPEN DOOR\n", i)
logger.debug("OPEN DOOR")
time.sleep(10)
i += 1
pipes.send_to_app("DOORBELL PRESSED\n", i)
logger.debug("DOORBELL PRESSED")
time.sleep(10)
i += 1
pipes.send_to_app("DOW RING WITH AUTO OPEN\n", i)
logger.debug("DOW RING WITH AUTO OPEN")
time.sleep(10)
def __init__(self, lgConfFile, ptrnConfFile, outFldr, chnksz):
self.lgConfFile = lgConfFile
self.ptrnConfFile = ptrnConfFile
self.outFldr = outFldr
self.chnksz = chnksz
self.rep = Report()
self.fu = FileUtil()
def calc_dir_sizes(filestat_file, dirstat_file):
lines = FileUtil.read_all(filestat_file).splitlines()
dir2size = {}
for filepath, size in FileUtil.parse_path_sizes(lines):
dir2size[filepath] = size
dirpath = os.path.dirname(filepath)
while dirpath:
try:
dir2size[dirpath] += size
except KeyError:
dir2size[dirpath] = size
dirpath = dirpath.rpartition("/")[0]
iter_lines = FileUtil.combine_path_sizes(sorted(dir2size.items()))
FileUtil.write_all(dirstat_file, iter_lines)
def info(self, fi='', pagenum=100):
info = FileUtil.readfile(fi)
keywords = PreDeal.seg(info)
# 1. 关键词提取
keys = jieba.analyse.textrank(info,
topK=10,
withWeight=False,
allowPOS=('ns', 'n', 'vn', 'v'))
# 2. 调用搜索引擎爬取相关网页
# 2.1 抓取链接
spider_link = SpiderLink(keys, self.root)
spider_link.crawl(pagenum)
# 2.2 抓取内容
filename = '_'.join(keys) + '.html'
spider_to = SpiderTo(filename)
spider_to.crawl()
# 3. 文本预处理,去重,去停用词,分词,保留url和关键词集合
p = PreDeal()
filepath = os.path.join(config.spidertext, '_'.join(keys))
prepath = os.path.join(config.prepapath, '_'.join(keys))
p.savetexts(filepath=filepath, prepath=prepath)
# 4. 构建索引, 并检索,得到包含关键词信息的网页
# 4.1 索引构建
indexpath = os.path.join(config.indexpath, '_'.join(keys))
idx = Index()
idx.build(datapath=prepath, indexpath=indexpath)
search = Search1(filename=fi, pindexp=indexpath)
# 4.2 搜索并保存
info_k = keywords[:]
num = search.retrieve(keywords=info_k)
return keywords, num
def loadAlterSQL(self, dbConnection):
fileList = os.listdir(ResourceLocation.AlterDatabaseSQLs.value)
index = 0
if len(fileList) > 0:
print("Choose the file number:\n")
foundSQLScript = False
for fileName in fileList:
index += 1
if "sql" in fileName:
print((str)(index) + ".) " + fileName + "\n")
foundSQLScript = True
if foundSQLScript == True:
exceptionFlag = False
choosenFileIndex = input()
filePaths = self.getFilePaths(
fileList, "sql", ResourceLocation.AlterDatabaseSQLs.value)
try:
filePath = filePaths[(int)(choosenFileIndex) - 1]
except Exception as e:
er = Error("You have chosen wrong file as an Input.",
traceback.format_exc())
er.handleError()
exceptionFlag = True
if exceptionFlag == False:
file = FileUtil(filePath, "r")
self.executeAndCommitToDatabase(dbConnection, file)
else:
print("Sorry, No SQL Files Exists in the Folder.")
else:
print("Sorry, No SQL Files Exists in the Folder.")
def init(use_base_dir=False):
args = parser.parse_args()
setup = ExperimentSetups.parse(args.setup)
dirname = fileutil.base_dir(args.dest_dir, setup.name, args.max_quantifier_length, args.model_size) if use_base_dir \
else fileutil.run_dir(args.dest_dir, setup.name, args.max_quantifier_length, args.model_size, args.name)
file_util = FileUtil(dirname)
return args, setup, file_util
def _failed(self, filename):
urls = FileUtil.readfilelist(filename)
for i, failed_url in enumerate(urls):
html = self.downloader.download(failed_url)
datas = self.parser.parse(failed_url, html)
self.logger.info("the spider system has fetch %s failed links" %
str(i + 1))
self.output.add_data(datas)
def filter_file(self, sf):
if FileUtil.is_hidden(sf.filename) and self.settings.excludehidden:
return False
if sf.filetype == FileType.Archive:
return self.settings.searcharchives and self.is_archive_search_file(
sf.filename)
return not self.settings.archivesonly and self.is_search_file(
sf.filename)
def filter_file(self, sf):
if FileUtil.is_hidden(sf.filename) and self.settings.excludehidden:
return False
if sf.filetype == FileType.Archive:
return self.settings.searcharchives and \
self.is_archive_search_file(sf.filename)
return not self.settings.archivesonly and \
self.is_search_file(sf.filename)
def createSchema(self, dbConnection, schemaName):
utility = Utility()
self.createDataTablesSQLScript(schemaName)
sqlRead = FileUtil(ResourceLocation.DatabaseScript.value, "r")
utility.writeLogs(ResourceLocation.LogFileLocation.value, "",
LogMessage.DBDatabaseCreation.value, "a", False)
self.executeAndCommitToDatabase(dbConnection, sqlRead)
utility.writeLogs(ResourceLocation.LogFileLocation.value, "",
LogMessage.Completed.value, "a", True)
def get_url_titles(self):
parse_list = []
html_str = FileUtil.readfile(self.filename)
linktr = etree.HTML(text=html_str).xpath('//tr')
for item in linktr:
url = item.xpath('string(./td[1])')
title = item.xpath('string(./td[2])')
parse_list.append(dict([('url', url), ('title', title)]))
return parse_list
def writeLogs(self, fileLocation, message, content, access, doComplete):
t = time.localtime()
logCommands = FileUtil(fileLocation, access)
logCommands.writeFileContent(
time.strftime("%H:%M:%S", t) + " : " + message + "\n" + content +
"\n")
if doComplete == True:
logCommands.writeFileContent("\n" + logmessage.Seperator.value +
"\n")
def readConfig(self):
# Read the file and config the connection variables
file = FileUtil(self.configFileName, "r")
dbConfiguration = file.getFileContent()
config = dbConfiguration[int(self.configLine)]
configArray = config.split(self.configDelimiter)
self.hostName = configArray[0]
self.portValue = configArray[1]
self.dbName = configArray[2]
self.userName = configArray[3]
self.password = configArray[4]
self.schemaName = configArray[5]
def getTableHeader(self, fileList):
utility = Utility()
filePaths = self.getFilePaths(fileList, "csv",
ResourceLocation.DatabaseLocation.value)
utility.writeLogs(ResourceLocation.LogFileLocation.value,
("\n").join(filePaths), LogMessage.Files.value, "a",
False)
tableHeaders = []
for filePath in filePaths:
fileHeader = ((FileUtil(filePath, "r")).getFileContent())[0]
tableHeaders.append(fileHeader)
return tableHeaders
def main():
global log, gpio, lirc, ping, db, gammu
# Parse arguments, use file docstring as a parameter definition
args = docopt.docopt(__doc__, version='0.1a')
#print args
# Create directory if it doesn't exist
futil = FileUtil("/home/pi/.resq-pi")
gammu = None
# Create a logger
if args["--verbose"]:
log = Logger.get(verbose = True)
else:
log = Logger.get(futil.path + "/resq-pi.log", False)
log.info("*** Start ResQ-Pi ***")
# Be sure we have root privileges
if os.geteuid() != 0:
exit("You need to have root privileges. Exiting.")
# Ctrl-C and SIGTERM handler
signal.signal(signal.SIGINT, signal_handler)
signal.signal(signal.SIGTERM, signal_handler)
# Get access to the resq-pi database
db = ResqStore(futil.path + "/resq-pi.db")
if not db.exist():
log.info("No database found. Will create one.")
db.create_tables() # if not already created
db.reset_tables() # and initialize
# Initalize GPIO, Lirc, GooglePing ...
gpio = ResqGpio()
gpio.led(0, False) # all LEDs off
lirc = ResqLirc(log, gpio)
ping = GooglePing(log, gpio)
test = False
if args["--alarm"]:
test = True
if args["--resetdb"]:
log.info("Reset database")
db.reset_tables()
elif args["--resetpass"]:
log.info("Reset password")
db.reset_password()
elif args["--credits"]:
get_sms_credits()
else:
resqpi_endless_loop(test)
def test_02_size_tree(self):
from fileutil import FileUtil
from sizenode import SizeNode
lines = """\
node_modules/promise/domains: 15908
node_modules/promise/lib: 15912
node_modules/promise/node_modules: 34383
node_modules/promise/node_modules/asap: 34383
node_modules/promise/setimmediate: 15886
node_modules/promise/src: 16314
""".splitlines()
path_sizes = FileUtil.parse_path_sizes(lines)
self.assertEqual(len([ps for ps in path_sizes]), 6)
path_sizes = FileUtil.parse_path_sizes(lines)
tree = SizeNode.build_tree(path_sizes)
self.assertTrue(tree)
self.assertTrue(tree.name2childs)
self.assertEqual(tree.find_node("node_modules/promise/node_modules/asap").size, 34383)
def retrieve(self, keywords):
savepath, kwpath = self.savepath, self.kwpath
path = self.query(keywords, kwpath)
for i, doc in enumerate(path):
if not doc:
oldname = os.path.join(config.unMatch_path,
config.unMatch_name)
newname = os.path.join(savepath,
str(i) + '+' + config.unMatch_name)
FileUtil.copyfile(oldname, newname)
elif len(doc) > 1:
filepath = os.path.join(savepath, str(i))
if not os.path.exists(filepath):
os.mkdir(filepath)
for d in doc:
name = d.get('title')
oldname = d.get('path')
newname = os.path.join(filepath, str(i) + '+' + name)
FileUtil.copyfile(oldname, newname)
else:
name = doc[0].get('title')
oldname = doc[0].get('path')
newname = os.path.join(savepath, str(i) + '+' + name)
FileUtil.copyfile(oldname, newname)
return path
def is_search_dir(self, d):
path_elems = [p for p in d.split(os.sep) if p not in FileUtil.DOT_DIRS]
if self.settings.excludehidden:
for p in path_elems:
if FileUtil.is_hidden(p):
return False
if self.settings.in_dirpatterns and \
not any_matches_any_pattern(path_elems, self.settings.in_dirpatterns):
return False
if self.settings.out_dirpatterns and \
any_matches_any_pattern(path_elems, self.settings.out_dirpatterns):
return False
return True
def test_01_file_util(self):
from fileutil import FileUtil
test_file = __file__ + ".test_01.data"
path_sizes = [
("path1", 1),
("path2", 2),
("path3", 3),
]
iter_lines = FileUtil.combine_path_sizes(path_sizes)
FileUtil.write_all(test_file, iter_lines)
data = FileUtil.read_all(test_file)
self.assertEqual("""
path1: 1
path2: 2
path3: 3
""".strip(), data.strip())
path2size = dict([(path, size) for path, size in FileUtil.parse_path_sizes(data.splitlines())])
self.assertEqual(path2size['path2'], 2)
def is_search_dir(self, d):
path_elems = [p for p in d.split(os.sep) if p not in FileUtil.DOT_DIRS]
if self.settings.excludehidden:
for p in path_elems:
if FileUtil.is_hidden(p):
return False
if self.settings.in_dirpatterns and \
not any_matches_any_pattern(path_elems, self.settings.in_dirpatterns):
return False
if self.settings.out_dirpatterns and \
any_matches_any_pattern(path_elems, self.settings.out_dirpatterns):
return False
return True
def scpToRemoteMachine(self,remoteFilePath,localFile='', localCatalogue = ''):
if localFile and localCatalogue:
print 'SCP parameters are wrong.'
t = paramiko.Transport((self.scpIp,22))
t.connect(username = self.scpUser, password = self.scpPassword)
sftp = paramiko.SFTPClient.from_transport(t)
if localFile:
scpInfo="scp %s %s@%s:%s" % (localFile,self.scpUser,self.scpIp,remoteFilePath)
print scpInfo
basename=os.path.basename(localFile)#文件的不带路径的名字
sftp.put(localFile,remoteFilePath+'/'+basename)
elif localCatalogue:
from fileutil import FileUtil
fileutil = FileUtil()
scpInfo="scp %s/* %s@%s:%s" % (localCatalogue,self.scpUser,self.scpIp,remoteFilePath)
print scpInfo
files=os.listdir(localCatalogue)
for eachFile in files:
if fileutil.isExistFile(eachFile):
sftp.put(os.path.join(localCatalogue,eachFile),os.path.join(remoteFilePath,eachFile))
else:
print eachFile + ' is not a file.'
t.close()
def build(self, datapath, indexpath):
self.logger.info('the process of create full-text index!')
schema = Schema(title=TEXT(stored=True),
path=TEXT(stored=True),
content=TEXT(analyzer=SpaceSeparatedTokenizer()))
if not os.path.exists(indexpath): # 索引存储路径
os.makedirs(indexpath)
ix = create_in(indexpath, schema) # 创建索引
writer = ix.writer()
for filename in os.listdir(datapath):
filepath = os.path.join(datapath, filename)
content = FileUtil.readfile(filepath)
writer.add_document(path=filepath, title=filename, content=content)
writer.commit()
def is_archive_search_file(self, f):
ext = FileUtil.get_extension(f)
if self.settings.in_archiveextensions and \
not ext in self.settings.in_archiveextensions:
return False
if self.settings.out_archiveextensions and \
ext in self.settings.out_archiveextensions:
return False
if self.settings.in_archivefilepatterns and \
not matches_any_pattern(f, self.settings.in_archivefilepatterns):
return False
if self.settings.out_archivefilepatterns and \
matches_any_pattern(f, self.settings.out_archivefilepatterns):
return False
return True
def is_search_file(self, f):
ext = FileUtil.get_extension(f)
if self.settings.in_extensions and \
not ext in self.settings.in_extensions:
return False
if self.settings.out_extensions and \
ext in self.settings.out_extensions:
return False
if self.settings.in_filepatterns and \
not matches_any_pattern(f, self.settings.in_filepatterns):
return False
if self.settings.out_filepatterns and \
matches_any_pattern(f, self.settings.out_filepatterns):
return False
return True
def key2loc(self, keywords, filename='.'):
col_bits = self.col_bits
n = pow(2, col_bits)
_url = FileUtil.readurl(filename)
text_kws = FileUtil.readupkws(filename)
row, col, p = self.location(keywords=keywords, text_list=text_kws) # 得到每个关键词的坐标(x,y)
row_bits = len(self._dec2bin(len(text_kws) // n)) # 总行数的二进制表示所需的比特数
s = ''
print('location information: ')
for r, c in zip(row, col):
loc = self._dec2bin(num=r, bits=row_bits) + \
self._dec2bin(num=c, bits=col_bits)
print(loc)
s = s + loc
num_add_col_bits = self._dec2bin(col_bits, 5) # col_bits作为密钥，5位补全二进制流
_res = ''
if len(s) % 8 == 0:
_res = '000' + num_add_col_bits + s
else:
num = 8 - len(s) % 8 # 补0的个数
num_add = self._dec2bin(num, 3)
_res = num_add + num_add_col_bits + s + '0' * num
return _url, _res, p
def main():
global log, port, pipes, db, test_mode
# Be sure we have root privileges
if os.geteuid() != 0:
exit("You need to have root privileges. Exiting.")
# Ctrl-C and SIGTERM handler
signal.signal(signal.SIGINT, signal_handler)
signal.signal(signal.SIGTERM, signal_handler)
# Parse arguments, use file docstring as a parameter definition
args = docopt.docopt(__doc__, version='0.1a')
# Create directory if it doesn't exist
futil = FileUtil(".opendoord")
print("Path: %s, args: %s" % (futil.path, args))
# Create a logger
if args["--console"]:
log = Logger.get(verbose=True)
else:
log = Logger.get(futil.path + "/opendoor.log",
verbose=args["--verbose"])
log.info("*** Start OpenDoor ***")
# Get access to the database handler
db = Sqlite(futil.path + "/opendoor.db", log)
if not db.exist():
log.info("No database found. Will create one.")
db.create_tables() # if not already created
db.reset_tables() # and initialize
if args["--test"]:
test_mode = True
# Let's initialize the gpio's
port = Port(log, test_mode)
# Open the pipes
pipes = Pipes(log, port, db)
if args["--resetdb"]:
db.reset_tables()
log.info("Database has been reset.")
else:
log.info("Watch door events in an endless loop.")
opendoor_endless_loop()
def is_search_file(self, sf):
if self.settings.in_filetypes and \
not sf.filetype in self.settings.in_filetypes:
return False
if self.settings.out_filetypes and \
sf.filetype in self.settings.out_filetypes:
return False
ext = FileUtil.get_extension(sf.filename)
if self.settings.in_extensions and \
not ext in self.settings.in_extensions:
return False
if self.settings.out_extensions and \
ext in self.settings.out_extensions:
return False
if self.settings.in_filepatterns and \
not matches_any_pattern(sf.filename, self.settings.in_filepatterns):
return False
if self.settings.out_filepatterns and \
matches_any_pattern(sf.filename, self.settings.out_filepatterns):
return False
return True
def is_xml_file(self, f):
"""Return true if file is of a (known) xml file type"""
return FileUtil.get_extension(f) in self.filetypes['xml']
def is_text_file(self, f):
"""Return true if file is of a (known) text file type"""
return FileUtil.get_extension(f) in self.filetypes['text']
def is_searchable_file(self, f):
"""Return true if file is of a (known) searchable type"""
return FileUtil.get_extension(f) in self.filetypes['searchable']
def test_get_extension_hidden_file_no_extension(self):
filename = '.hidden'
self.assertEqual(FileUtil.get_extension(filename), '')
def test_is_hidden_double_dot(self):
filename = '..'
self.assertFalse(FileUtil.is_hidden(filename))
def test_is_hidden_not_hidden_file(self):
filename = 'filename.txt'
self.assertFalse(FileUtil.is_hidden(filename))
#-*- coding: UTF-8 -*-
import lxml.etree
from fileutil import FileUtil
#http://lxml.de/lxmlhtml.html
#http://www.cnblogs.com/descusr/archive/2012/06/20/2557075.html
#http://docs.python-guide.org/en/latest/scenarios/scrape/
if __name__=='__main__':
fileutil = FileUtil()
content = fileutil.readLocalFile('./example.html')
page = lxml.etree.HTML(content.decode('UTF-8'), parser=None, base_url=None)
'''
for image in images:
imageDict = image.attrib
try:
print imageDict['href']
def test_get_extension_has_txt_extension(self):
filename = 'filename.txt'
self.assertEqual(FileUtil.get_extension(filename), 'txt')
def test_get_extension_no_extension(self):
filename = 'filename'
self.assertEqual(FileUtil.get_extension(filename), '')
def test_get_extension_hidden_txt_file(self):
filename = '.hidden.txt'
self.assertEqual(FileUtil.get_extension(filename), 'txt')
def test_is_dot_dir_non_dot_dir(self):
filename = '.git'
self.assertFalse(FileUtil.is_dot_dir(filename))
#网页内容的回调函数
def contentWriteCallBack(self,buf):
self.b.write(buf)
#头部信息的回调函数
def headerWriteCallBack(self,buf):
self.headerWrite.truncate()#从当前位置开始，后面的内容全部删除
self.headerWrite.write(str(buf))
#下载/上传进度
def progressWriteCallBack(self,downloadTotal,downloadNow,uploadTotal,uploadNow):
if downloadTotal > 0:
Progress = 'download progress: ' + str(round((downloadNow/downloadTotal)*100,2)) + '%'
print Progress+" \r"
else:
if uploadTotal > 0:
Progress = 'upload progress: ' + str(round((uploadNow/uploadTotal)*100,2)) + '%'
print Progress+" \r"
#######################回调函数结束##################################################
if __name__=='__main__':
from fileutil import FileUtil
fileutil = FileUtil()
downloadutil = DownloadUtil()
value = downloadutil.download('http://s.taobao.com/search?q=10%E5%85%83%E5%8C%85%E9%82%AE')
if value:
print 'Login success'
fileutil.writeIntoFile('C:/Users/guo_f/Desktop/compare/search_pycurl.html',value)
else:
print 'error'
def test_is_hidden_hidden_file(self):
filename = '.filename.txt'
self.assertTrue(FileUtil.is_hidden(filename))
def is_archive_file(self, f):
"""Return true if file is of a (known) archive file type"""
return FileUtil.get_extension(f) in self.filetypes['archive']
class SimpleLogAnalyzer:
def __init__(self, lgConfFile, ptrnConfFile, outFldr, chnksz):
self.lgConfFile = lgConfFile
self.ptrnConfFile = ptrnConfFile
self.outFldr = outFldr
self.chnksz = chnksz
self.rep = Report()
self.fu = FileUtil()
def getLogFiles(self):
files =[]
folders = self.fu.readAllLines(self.lgConfFile);
for fldrName in folders:
lindx = getLastPathIndx( fldrName )
fldr = fldrName[0:lindx]
ptrn = fldrName[lindx+1:]
files+=self.fu.listDir( fldr, ptrn )
return files
def copy(self,rb,chunks,found):
chnk = chunk()
chnk.addTag(found)
chunks.append(chnk)
for rbel in rb.get():
if(rbel!=None):
chnk.append(rbel)
def processBuffer(self,buff, ptrns, offset, chnksz, chnks,rb):
cLastIndx = len(chnks) - 1
for line in buff:
if(offset>0):
chnks[cLastIndx].append(line)
found = match(line,ptrns)
offset-=1
if(found != None):
chnks[cLastIndx].addTag(found)
else:
rb.append(line)
found = match(line,ptrns)
if(found != None):
self.copy(rb,chnks,found)
cLastIndx+=1
offset=chnksz
return offset
def processFile(self,inFileName, ptrns, chnksz):
bsz = chnksz * 20
offset=0
chnks=[]
rb = RingBuffer(chnksz)
buffitr = self.fu.readNextBuffer(inFileName, bsz)
for buff in buffitr:
offset = self.processBuffer(buff,ptrns,offset,chnksz,chnks,rb)
return chnks
def dumpChnks(self, chnks, outFldr, lgFile):
i=getLastPathIndx(lgFile)
outFile = outFldr + lgFile[i:] + ".xml"
for cn in chnks:
self.fu.writeContents(outFile, cn.serialize())
def process(self):
lgFiles = self.getLogFiles()
ptrns = self.fu.readAllLines(self.ptrnConfFile)
if(len(lgFiles)>0 and len(ptrns)>0):
for lgFile in lgFiles:
chnks = self.processFile(lgFile, ptrns, self.chnksz)
if(len(chnks)>0):
self.rep.addMatchedFile(lgFile,chnks)
self.dumpChnks(chnks, self.outFldr, lgFile)
else:
self.rep.addUnMatchedFile(lgFile)
def generateReport(self):
self.rep.printReport()
def is_code_file(self, f):
"""Return true if file is of a (known) code file type"""
return FileUtil.get_extension(f) in self.filetypes['code']
def test_get_extension_missing_extension(self):
filename = 'filename.'
self.assertEqual(FileUtil.get_extension(filename), '')
def test_is_dot_dir_double_dot(self):
filename = '..'
self.assertTrue(FileUtil.is_dot_dir(filename))