def ipa_post():
rst = {}
pid = StringUtil.get_unique_str()
ipa_path = None
try:
upload_file = request.files['file']
fname = secure_filename(upload_file.filename)
suffix_name = fname.split('.')[-1] #以.分隔最后的字符串
#文件后缀名不对时，不做存储处理
if not suffix_name in allow_ext:
rst['success'] = 0
rst['message'] = 'file ext is not allowed'
else:
#为ipa文件名称添加时间戳，防止不同文件同名
fname = pid + '.' + suffix_name
ipa_path = os.path.join(PathUtil.upload_dir(), fname) #路径拼接
upload_file.save(ipa_path) #保存上传的文件
rst['ipaName'] = fname
#获得ipa信息
rsts = iOS_private.check_app_info_and_provision(ipa_path)
for key in rsts.keys():
rst[key] = rsts[key]
#解压并获取IPA中二进制文件路径
app = iOS_private.get_executable_path(ipa_path, pid)
print 'app', app
#检查ios私有api
# methods_in_app, methods_not_in_app, private = iOS_private.check_private_api(app, pid)
# rst['methods_in_app'] = methods_in_app
# rst['private_framework'] = list(private)
#检查ipa 64支持情况
arcs = iOS_private.check_architectures(app)
rst['arcs'] = arcs
#包文件大小
ipa_filesize = StringUtil.file_size(ipa_path)
rst['ipaFilesize'] = str(ipa_filesize)
print rst
#解读数据，审核结果分析
reviewResult = EGKReviewResultUtil.handleReviewResult(rst)
reviewResult['success'] = 1
reviewResult['message'] = '检查成功，数据处理完成'
rst = reviewResult
except Exception, e:
print e
rst['success'] = 0
rst['message'] = '检查失败，也许上传的包并非真正的ipa，或者系统出现错误！'
def add_redis():
host = RequestUtil.get_parameter('host', '')
port = RequestUtil.get_parameter('port', '6379')
password = RequestUtil.get_parameter('password', '')
try:
rst = RedisMonitor().ping(host=host, port=port, password=password)
if not rst.get('success', ''):
# ping 失败
return JsonUtil.object_2_json(rst)
except:
ResponseUtil.standard_response(0, 'Ping error!')
# ping 通，添加
md5 = StringUtil.md5(host + str(port))
redis_info = RedisInfo.query.get(md5)
if redis_info:
redis_info.password = password
else:
redis_info = RedisInfo(md5=md5,
host=host,
port=port,
password=password)
redis_info.save()
return ResponseUtil.standard_response(1, redis_info.dict())
def ipa_post():
rst = {}
pid = StringUtil.get_unique_str()
ipa_path = None
try:
upload_file = request.files['file']
fname = secure_filename(upload_file.filename)
suffix_name = fname.split('.')[-1]
#文件后缀名不对时，不做存储处理
if not suffix_name in allow_ext:
rst['success'] = 0
rst['success'] = 'file ext is not allowed'
else:
#为图片名称添加时间戳，防止不同文件同名
fname = pid + '.' + suffix_name
ipa_path = os.path.join(PathUtil.upload_dir(), fname)
upload_file.save(ipa_path)
rst['success'] = 1
rst['data'] = {}
#获得ipa信息
ipa_parse = IpaParse.IpaParse(ipa_path)
rst['data']['app_name'] = ipa_parse.app_name()
rst['data']['version'] = ipa_parse.version()
rst['data']['bundle_identifier'] = ipa_parse.bundle_identifier()
rst['data']['target_os_version'] = ipa_parse.target_os_version()
rst['data']['minimum_os_version'] = ipa_parse.minimum_os_version()
#检查ios私有api
app = iOS_private.get_executable_path(ipa_path, pid)
print 'app', app
methods_in_app, methods_not_in_app, private = iOS_private.check_private_api(
app, pid)
rst['data']['methods_in_app'] = methods_in_app
rst['data']['private_framework'] = list(private)
#检查ipa 64支持情况
rst['data']['arcs'] = iOS_private.check_architectures(app)
except:
rst['success'] = 0
rst['data'] = '检查失败，也许上传的包并非真正的ipa~'
if ipa_path and os.path.exists(ipa_path):
os.remove(ipa_path) #删除上传的包
cur_dir = os.getcwd() #删除检查临时目录
dest_tmp = os.path.join(cur_dir, 'tmp/' + pid)
if os.path.exists(dest_tmp):
shutil.rmtree(dest_tmp)
#print rst
return OtherUtil.object_2_dict(rst)
def ipa_post():
rst = {}
pid = StringUtil.get_unique_str()
ipa_path = None
try:
upload_file = request.files['file']
fname = secure_filename(upload_file.filename)
suffix_name = fname.split('.')[-1]
#文件后缀名不对时，不做存储处理
if not suffix_name in allow_ext:
rst['success'] = 0
rst['success'] = 'file ext is not allowed'
else:
#为图片名称添加时间戳，防止不同文件同名
fname = pid + '.' + suffix_name
ipa_path = os.path.join(PathUtil.upload_dir(), fname)
upload_file.save(ipa_path)
rst['success'] = 1
rst['data'] = {}
#获得ipa信息
ipa_parse = IpaParse.IpaParse(ipa_path)
rst['data']['app_name'] = ipa_parse.app_name()
rst['data']['version'] = ipa_parse.version()
rst['data']['bundle_identifier'] = ipa_parse.bundle_identifier()
rst['data']['target_os_version'] = ipa_parse.target_os_version()
rst['data']['minimum_os_version'] = ipa_parse.minimum_os_version()
#检查ios私有api
app = iOS_private.get_executable_path(ipa_path, pid)
print 'app', app
methods_in_app, methods_not_in_app, private = iOS_private.check_private_api(app, pid)
rst['data']['methods_in_app'] = methods_in_app
rst['data']['private_framework'] = list(private)
#检查ipa 64支持情况
rst['data']['arcs'] = iOS_private.check_architectures(app)
except:
rst['success'] = 0
rst['data'] = '检查失败，也许上传的包并非真正的ipa~'
if ipa_path and os.path.exists(ipa_path):
os.remove(ipa_path) #删除上传的包
cur_dir = os.getcwd() #删除检查临时目录
dest_tmp = os.path.join(cur_dir, 'tmp/' + pid)
if os.path.exists(dest_tmp):
shutil.rmtree(dest_tmp)
#print rst
return OtherUtil.object_2_dict(rst)
def add_redis(host, port, psw, email):
'''
info: 添加一个redis信息到数据库
'''
add_time = DateUtil.now_datetime()
md5 = StringUtil.md5(host + str(port))
r = get_redis(md5)
if r:
#存在，update
sql = "update redis_info set redis_host = ?, redis_port = ?, redis_pass = ?, email = ?, add_time = ? where md5 = ?"
params = (host, port, psw, email, add_time, md5)
return SqliteHandler().exec_update(sql, params)
else:
sql = "insert into redis_info (redis_host, redis_port, redis_pass, email, add_time, md5) values (?, ?, ?, ?, ?, ?)"
params = (host, port, psw, email, add_time, md5)
return SqliteHandler().exec_insert(sql, params)
def add_redis():
host = request.form.get("host")
port = request.form.get("port")
password = request.form.get("password")
md5 = StringUtil.md5(host + str(port))
redis_info = RedisInfo.query.get(md5)
if redis_info:
redis_info.password = password
else:
redis_info = RedisInfo(md5=md5,
host=host,
port=port,
password=password)
redis_info.save()
return ResponseUtil.standard_response(redis_info.dict())
def add_redis(host, port, psw, email):
'''
info: 添加一个redis信息到数据库
'''
add_time = DateUtil.now_datetime()
md5 = StringUtil.md5(host + str(port))
r = get_redis(md5)
if r:
#存在，update
sql = "update redis_info set redis_host = ?, redis_port = ?, redis_pass = ?, email = ?, add_time = ? where md5 = ?"
params = (host, port, psw, email, add_time, md5)
return SqliteHandler().exec_update(sql, params)
else:
sql = "insert into redis_info (redis_host, redis_port, redis_pass, email, add_time, md5) values (?, ?, ?, ?, ?, ?)"
params = (host, port, psw, email, add_time, md5)
return SqliteHandler().exec_insert(sql, params)
def ipa_post():
rst = {}
pid = StringUtil.get_unique_str()
ipa_path = None
try:
upload_file = request.files['file']
fname = secure_filename(upload_file.filename)
suffix_name = fname.split('.')[-1]
#文件后缀名不对时，不做存储处理
if not suffix_name in allow_ext:
rst['success'] = 0
rst['success'] = 'file ext is not allowed'
else:
#为图片名称添加时间戳，防止不同文件同名
fname = pid + '.' + suffix_name
ipa_path = os.path.join(PathUtil.upload_dir(), fname)
upload_file.save(ipa_path)
rst['success'] = 1
rst['data'] = {}
#获得ipa信息
rsts = iOS_private.check_app_info_and_provision(ipa_path)
for key in rsts.keys():
rst['data'][key] = rsts[key]
# ipa_parse = IpaParse.IpaParse(ipa_path)
# rst['data']['version'] = ipa_parse.version()
# rst['data']['bundle_identifier'] = ipa_parse.bundle_identifier()
# rst['data']['target_os_version'] = ipa_parse.target_os_version()
# rst['data']['minimum_os_version'] = ipa_parse.minimum_os_version()
#检查ios私有api
app = iOS_private.get_executable_path(ipa_path, pid)
print 'app', app
methods_in_app, methods_not_in_app, private = iOS_private.check_private_api(
app, pid)
rst['data']['methods_in_app'] = methods_in_app
rst['data']['private_framework'] = list(private)
#检查ipa 64支持情况
arcs = iOS_private.check_architectures(app)
rst['data']['arcs'] = arcs
except Exception, e:
print e
rst['success'] = 0
rst['data'] = '检查失败，也许上传的包并非真正的ipa，或者系统出现错误！'
def ipa_post():
rst = {}
pid = StringUtil.get_unique_str()
ipa_path = None
try:
upload_file = request.files['file']
fname = secure_filename(upload_file.filename)
suffix_name = fname.split('.')[-1]
#文件后缀名不对时，不做存储处理
if not suffix_name in allow_ext:
rst['success'] = 0
rst['success'] = 'file ext is not allowed'
else:
#为图片名称添加时间戳，防止不同文件同名
fname = pid + '.' + suffix_name
ipa_path = os.path.join(PathUtil.upload_dir(), fname)
upload_file.save(ipa_path)
rst['success'] = 1
rst['data'] = {}
#获得ipa信息
rsts = iOS_private.check_app_info_and_provision(ipa_path)
for key in rsts.keys():
rst['data'][key] = rsts[key]
# ipa_parse = IpaParse.IpaParse(ipa_path)
# rst['data']['version'] = ipa_parse.version()
# rst['data']['bundle_identifier'] = ipa_parse.bundle_identifier()
# rst['data']['target_os_version'] = ipa_parse.target_os_version()
# rst['data']['minimum_os_version'] = ipa_parse.minimum_os_version()
#检查ios私有api
app = iOS_private.get_executable_path(ipa_path, pid)
print 'app', app
methods_in_app, methods_not_in_app, private = iOS_private.check_private_api(app, pid)
rst['data']['methods_in_app'] = methods_in_app
rst['data']['private_framework'] = list(private)
#检查ipa 64支持情况
arcs = iOS_private.check_architectures(app)
rst['data']['arcs'] = arcs
except Exception, e:
print e
rst['success'] = 0
rst['data'] = '检查失败，也许上传的包并非真正的ipa，或者系统出现错误！'
def api_webhook_new():
# login user
user_id = RequestUtil.get_login_user().get('id', '')
server_id = RequestUtil.get_parameter('server_id', '')
# server must be added by yourself
if not Server.query.filter_by(id=server_id, user_id=user_id).first():
return ResponseUtil.standard_response(0, 'Permition deny!')
repo = RequestUtil.get_parameter('repo', '')
branch = RequestUtil.get_parameter('branch', '')
shell = RequestUtil.get_parameter('shell', '')
if not all((repo, branch, shell, server_id)):
return ResponseUtil.standard_response(0, 'Form data can not be blank!')
webhook_id = RequestUtil.get_parameter('id', '')
if webhook_id:
# update webhook
# you can only update the webhook which you create.
webhook = WebHook.query.filter_by(
id=webhook_id, user_id=user_id).first()
if not webhook:
return ResponseUtil.standard_response(0, 'WebHook is not exist!')
webhook.repo = repo
webhook.branch = branch
webhook.shell = shell
webhook.server_id = server_id
else:
# new webhook
webhook = WebHook(
repo=repo,
branch=branch,
shell=shell,
server_id=server_id,
user_id=user_id,
key=StringUtil.md5_token()
)
webhook.save()
return ResponseUtil.standard_response(1, webhook.dict(with_key=True))
