def run_previous_uninstaller(self):
if not self.info.previous_uninstaller_path \
or not os.path.isfile(self.info.previous_uninstaller_path):
return
previous_uninstaller = self.info.previous_uninstaller_path.lower()
uninstaller = self.info.previous_uninstaller_path
command = [uninstaller, "--uninstall"]
# Propagate noninteractive mode to the uninstaller
if self.info.non_interactive:
command.append("--noninteractive")
if 0 and previous_uninstaller.lower() == self.info.original_exe.lower():
# This block is disabled as the functionality is achived via pylauncher
if self.info.original_exe.lower().startswith(self.info.previous_target_dir.lower()):
log.debug("Copying uninstaller to a temp directory, so that we can delete the containing directory")
uninstaller = tempfile.NamedTemporaryFile()
uninstaller.close()
uninstaller = uninstaller.name
copy_file(self.info.previous_uninstaller_path, uninstaller)
log.info("Launching asynchronously previous uninstaller %s" % uninstaller)
run_nonblocking_command(command, show_window=True)
return True
elif get_file_md5(self.info.original_exe) == get_file_md5(self.info.previous_uninstaller_path):
log.info("This is the uninstaller running")
else:
log.info("Launching previous uninestaller %s" % uninstaller)
subprocess.call(command)
# Note: the uninstaller is now non-blocking so we can just as well quit this running version
# TBD: make this call synchronous by waiting for the children process of the uninstaller
self.application.quit()
return True
def run_previous_uninstaller(self):
if not self.info.previous_uninstaller_path \
or not os.path.isfile(self.info.previous_uninstaller_path):
return
previous_uninstaller = self.info.previous_uninstaller_path.lower()
uninstaller = self.info.previous_uninstaller_path
if 0 and previous_uninstaller.lower() == self.info.original_exe.lower():
# This block is disabled as the functionality is achived via pylauncher
if self.info.original_exe.lower().startswith(self.info.previous_target_dir.lower()):
log.debug("Copying uninstaller to a temp directory, so that we can delete the containing directory")
uninstaller = tempfile.NamedTemporaryFile()
uninstaller.close()
uninstaller = uninstaller.name
copy_file(self.info.previous_uninstaller_path, uninstaller)
log.info("Launching asynchronously previous uninstaller %s" % uninstaller)
run_nonblocking_command([uninstaller, "--uninstall"], show_window=True)
return True
elif get_file_md5(self.info.original_exe) == get_file_md5(self.info.previous_uninstaller_path):
log.info("This is the uninstaller running")
else:
log.info("Launching previous uninestaller %s" % uninstaller)
subprocess.call([uninstaller, "--uninstall"])
# Note: the uninstaller is now non-blocking so we can just as well quit this running version
# TBD: make this call synchronous by waiting for the children process of the uninstaller
self.application.quit()
return True
def check_metalink(self, metalink, base_url, associated_task=None):
if self.info.skip_md5_check:
return True
url = base_url + "/" + self.info.distro.metalink_md5sums
metalink_md5sums = downloader.download(url,
self.info.install_dir,
web_proxy=self.info.web_proxy)
url = base_url + "/" + self.info.distro.metalink_md5sums_signature
metalink_md5sums_signature = downloader.download(
url, self.info.install_dir, web_proxy=self.info.web_proxy)
if not verify_gpg_signature(metalink_md5sums,
metalink_md5sums_signature,
self.info.trusted_keys):
log.error("Could not verify signature for metalink md5sums")
return False
md5sums = read_file(metalink_md5sums)
log.debug("metalink md5sums:\n%s" % md5sums)
md5sums = dict(
[reversed(line.split()) for line in md5sums.split('\n') if line])
md5sum = md5sums.get(os.path.basename(metalink))
md5sum2 = get_file_md5(metalink)
if md5sum != md5sum2:
log.error("The md5 of the metalink does match")
return False
return True
def check_file(self, file_path, relpath, md5sums, associated_task=None):
log.debug(" checking %s" % file_path)
if associated_task:
associated_task.description = _("Checking %s") % file_path
relpath = relpath.replace("\\", "/")
md5line = find_line_in_file(md5sums, "./%s" % relpath, endswith=True)
if not md5line:
raise Exception("Cannot find md5 in %s for %s" % (md5sums, relpath))
reference_md5 = md5line.split()[0]
md5 = get_file_md5(file_path, associated_task)
log.debug(" %s md5 = %s %s %s" % (file_path, md5, md5 == reference_md5 and "==" or "!=", reference_md5))
return md5 == reference_md5
def check_file(self, file_path, relpath, md5sums, associated_task=None):
log.debug(" checking %s" % file_path)
if associated_task:
associated_task.description = _("Checking %s") % file_path
relpath = relpath.replace("\\", "/")
md5line = find_line_in_file(md5sums, "./%s" % relpath, endswith=True)
if not md5line:
raise Exception("Cannot find md5 in %s for %s" % (md5sums, relpath))
reference_md5 = md5line.split()[0]
md5 = get_file_md5(file_path, associated_task)
log.debug(" %s md5 = %s %s %s" % (file_path, md5, md5 == reference_md5 and "==" or "!=", reference_md5))
return md5 == reference_md5
def create_by_upload_file(cls, uploaded_file):
rst = uploaded_file
with open(rst.path) as f:
filemd5 = get_file_md5(f)
uploaded_file = cls.get_by_md5(filemd5)
if uploaded_file:
os.remove(rst.path)
return uploaded_file
filestat = os.stat(rst.path)
rst.size = filestat.st_size
rst.filemd5 = filemd5
return rst
def create_by_upload_file(cls, uploaded_file):
rst = uploaded_file
with open(rst.path) as f:
filemd5 = get_file_md5(f)
uploaded_file = cls.get_by_md5(filemd5)
if uploaded_file:
os.remove(rst.path)
return uploaded_file
filestat = os.stat(rst.path)
rst.size = filestat.st_size
rst.filemd5 = filemd5
return rst
def create_by_upload_file(cls, uploaded_file):
rst = cls(uploaded_file.filename, uploaded_file.mimetype, 0)
uploaded_file.save(rst.path)
with open(rst.path, 'rb') as f:
filemd5 = get_file_md5(f)
uploaded_file = cls.get_by_md5(filemd5)
if uploaded_file:
os.remove(rst.path)
return uploaded_file
filestat = os.stat(rst.path)
rst.size = filestat.st_size
rst.filemd5 = filemd5
return rst
def create_by_upload_file(cls, upload_file):
rst = cls(upload_file.filename, upload_file.mimetype, 0)
upload_file.save(rst.path)
with open(rst.path, 'rb') as f:
filemd5 = get_file_md5(f)
upload_file = cls.get_by_md5(filemd5)
if upload_file:
os.remove(rst.path)
return upload_file
filestat = os.stat(rst.path)
rst.size = filestat.st_size
rst.filemd5 = filemd5
return rst
def create_by_upload_file(cls, uploaded_file):
rst = cls(uploaded_file.filename, uploaded_file.mimetype, 0)
# 创建PasteFile实例前会先保存文件，保存的文件名是rst.path。如果通过被上传文件的md5值判断的文件之前已经上传过，则直接删掉这个文件，并返回之前创建的文件
uploaded_file.save(rst.path)
with open(rst.path, 'rb') as f:
filemd5 = get_file_md5(f)
uploaded_file = cls.get_by_md5(filemd5)
if uploaded_file:
os.remove(rst.path)
return uploaded_file
filestat = os.stat(rst.path)
rst.size = filestat.st_size
rst.filemd5 = filemd5
return rst
def post(self):
"""上传资源包"""
(resource, ) = get_params([
Argument('file', type=FileStorage, location=('files',),
required=True),
])
base_path = upload_resource.config.destination
md5 = get_file_md5(resource)
file_exp = resource.filename
filename, exp = os.path.splitext(file_exp)
if not os.path.exists(os.path.join(base_path, md5)):
# 解压到指定目录，因为要避免解压压缩包名与解压出来的根文件名不一致，需要先读取根文件名
file_handle = FileHandle(md5, base_path)
z_dir = file_handle.unpack_archive(resource, base_path)
# 将根目录文件名修改为md5作为文件名
rename_src = '{0}/{1}'.format(base_path, z_dir)
rename_dst = '{0}/{1}'.format(base_path, md5)
file_handle.dir_rename(rename_src, rename_dst)
# 压缩到download_path
file_handle.make_archive(os.path.join(base_path, md5),
os.path.join(base_path, md5))
# 转为md5命名
md5_name = md5 + exp
file = Model.FileInfo.new(
name=md5_name,
path=os.path.join(base_path, md5_name),
size=len(resource.read()),
md5=md5,
exp=exp
)
else:
file = FileInfo.get_by_md5(md5)
file_handle = ResourcePackHandle(md5)
Model.ResourcePack.new(
name=file_handle.get_config_name() if file_handle.get_config_name() else filename,
file_id=file.id,
url=md5,
cover_image=file_handle.get_cover_image(),
)
db.session.commit()
return Response()
def upload_ec():
upload_file = request.files['file']
file_path = get_file_path(hash_filename(upload_file.filename))
upload_file.save(file_path)
with open(file_path, 'rb') as f:
for line in f:
filemd5 = get_file_md5(line)
uploaded_file = ECR.get_file_bymd5(filemd5)
if not uploaded_file:
_tmp = json.loads(line)
creditcode = _tmp.get('ReportHeader')[0].get('CreditCode')
ecr = ECR(creditcode=creditcode,
File_content=line,
Size=getsizeof(line),
File_md5=filemd5)
db.session.add(ecr)
db.session.commit()
return "EC Data Upload Success!"
def check_metalink(self, metalink, base_url, associated_task=None):
#if self.info.skip_md5_check:
return True
url = base_url +"/" + self.info.distro.metalink_md5sums
metalink_md5sums = downloader.download(url, self.info.install_dir, web_proxy=self.info.web_proxy)
url = base_url +"/" + self.info.distro.metalink_md5sums_signature
metalink_md5sums_signature = downloader.download(url, self.info.install_dir, web_proxy=self.info.web_proxy)
if not verify_gpg_signature(metalink_md5sums, metalink_md5sums_signature, self.info.trusted_keys):
log.error("Could not verify signature for metalink md5sums")
return False
md5sums = read_file(metalink_md5sums)
log.debug("metalink md5sums:\n%s" % md5sums)
md5sums = dict([reversed(line.split()) for line in md5sums.split('\n') if line])
md5sum = md5sums.get(os.path.basename(metalink))
md5sum2 = get_file_md5(metalink)
if md5sum != md5sum2:
log.error("The md5 of the metalink does match")
return False
return True
def upload_ic():
upload_file = request.files['file']
file_path = get_file_path(hash_filename(upload_file.filename))
upload_file.save(file_path)
with open(file_path, 'rb') as f:
for line in f:
filemd5 = get_file_md5(line)
uploaded_file = ICR.get_file_bymd5(filemd5)
if not uploaded_file:
_tmp = json.loads(line)
Name = _tmp.get('ICRHeader')[0].get('Name')
Certno = _tmp.get('ICRHeader')[0].get('Certno')
icr = ICR(Name=Name,
Cert_no=Certno,
File_content=line,
Size=getsizeof(line),
File_md5=filemd5)
db.session.add(icr)
db.session.commit()
return "IC Data Upload Success!"
def wav_2_mp3(wav_file, mp3_file, xml_file, mid_file):
for file in [wav_file, xml_file, mid_file]:
if not os.path.isfile(file):
print("error: 缺少文件:", file)
return
try:
tempo, duration = process_score.get_score_info(xml_file, mid_file)
except Exception as e:
print("error: 请处理异常:", e)
traceback.print_exc(file=sys.stdout)
return
wav_md5 = utils.get_file_md5(wav_file)
info = config.WAV_INFO.get(wav_md5)
if info is None:
print("error: 缺少md5配置:", wav_file, wav_md5)
return
rate = tempo/info["tempo"]
print("开始转换:", wav_file, rate, duration)
process_wav.convert_wav(wav_file, mp3_file, rate, duration)
import utils
import os
import decompiler
import scanner
import constant
file_list = []
for files in os.walk(constant.APK_SOURCES_DIR):
file_list = files[2] # get a apk name list
for i in range(0, file_list.__len__(), 1):
file_name = file_list[i]
src_path = constant.APK_SOURCES_DIR + file_name
file_md5 = utils.get_file_md5(src_path)
file_size = os.path.getsize(src_path)
file_size /= float(1024 * 1024)
file_size = round(file_size, 2)
print('1. file_md5: ' + file_md5)
print('2. file_name: ' + file_name)
print('3. file_size: ' + str(file_size) + 'MB')
dst_path = constant.OUTCOMES_DIR + file_md5 + '/'
try:
utils.make_dir(dst_path)
except OSError:
print('3. The Num.' + str(i) + ' apk workspace has existed')
else:
print('>> The Num.' + str(i) +
' workspace is been created in outcomes successfully')
def get_file_md5(self):
if not self.apk_md5:
self.apk_md5 = utils.get_file_md5(self.apk_file)
return self.apk_md5
