def __init__(self, remote_ip='', username='', password=''):
self.__config = ConfigUtil()
if not remote_ip:
print('远程机器的IP信息缺失！')
raise Exception('远程机器的IP信息缺失！')
if username:
self.__username = username
else:
self.__username = self.__config.get_authority_user()
if password:
self.__password = password
else:
self.__password = self.__config.get_authority_pwd()
self.__remote_ip = remote_ip
self.__linux = Shell(ip=self.__remote_ip,
username=self.__username,
password=self.__password)
self.__ssh = self.__linux.get_ssh()
self.__sftp = self.__ssh.open_sftp()
self.__log = Log.MyLog()
self.__localMachine = LocalHost()
self.__work_folder = self.__localMachine.Dir.get_work_folder()
if not os.path.exists(self.__work_folder):
os.mkdir(self.__work_folder)
class _PodChaos:
def __init__(self, test_env=None):
self.__env = test_env if test_env else "DEFAULT"
self.__config = ConfigUtil(self.__env)
self.__namespace = self.__config.get_pod_namespace()
self.__linux = Shell(self.__config.get_main_server_ip(),
self.__config.get_authority_user(),
self.__config.get_authority_pwd())
self.__log = Log.MyLog()
def pod_kill(self, pod_name):
if not pod_name:
ExceptionHandler.raise_up(
'Failed to kill pod, please provide the name of target pod')
LDB_ChaosTest.pod_kill(pod_name, self.__namespace)
def enable_pod_failure(self, pod_name=None):
if not pod_name:
ExceptionHandler.raise_up(
'Failed to enable pod failure, please provide the name of target pod'
)
LDB_ChaosTest.enable_pod_failure(pod_name, self.__namespace)
def disable_pod_failure(self, pod_name=None):
if not pod_name:
ExceptionHandler.raise_up(
'Failed to disable pod failure, please provide the name of target pod'
)
LDB_ChaosTest.disable_pod_failure(pod_name, self.__namespace)
def __init__(self, test_env=None):
self.__env = test_env if test_env else "DEFAULT"
self.__config = ConfigUtil(self.__env)
self.__namespace = self.__config.get_pod_namespace()
self.__linux = Shell(self.__config.get_main_server_ip(),
self.__config.get_authority_user(),
self.__config.get_authority_pwd())
self.__log = Log.MyLog()
class _TimeChaos:
def __init__(self, test_env=None):
self.__env = test_env if test_env else "DEFAULT"
self.__config = ConfigUtil(self.__env)
self.__namespace = self.__config.get_pod_namespace()
self.__linux = Shell(self.__config.get_main_server_ip(),
self.__config.get_authority_user(),
self.__config.get_authority_pwd())
self.__log = Log.MyLog()
def time_delay(self, pod_name, delay=''):
if not pod_name:
self.__log.error('error')
return True
self.__linux.execShell('')
class _NetworkChaos:
def __init__(self, test_env=None):
self.__env = test_env if test_env else "DEFAULT"
self.__config = ConfigUtil(self.__env)
self.__namespace = self.__config.get_pod_namespace()
self.__linux = Shell(self.__config.get_main_server_ip(),
self.__config.get_authority_user(),
self.__config.get_authority_pwd())
self.__log = Log.MyLog()
def enable_network_split(self, node_group=None, target_node_group=None):
if not node_group or not target_node_group:
ExceptionHandler.raise_up(
'Failed to enable network split, please provide the node group or target node group'
)
LDB_ChaosTest.enable_network_split(node_group, target_node_group,
self.__namespace)
def disable_network_split(self, node_group=None, target_node_group=None):
if not node_group or not target_node_group:
ExceptionHandler.raise_up(
'Failed to disable network split, please provide the node group or target node group'
)
LDB_ChaosTest.disable_network_split(node_group, target_node_group,
self.__namespace)
def enable_network_delay(self, node_group=None):
if not node_group:
ExceptionHandler.raise_up(
'Failed to enable network delay, please provide the node group'
)
LDB_ChaosTest.enable_network_delay(node_group, self.__namespace)
def disable_network_delay(self, node_group=None):
if not node_group:
ExceptionHandler.raise_up(
'Failed to disable network delay, please provide the node group'
)
LDB_ChaosTest.disable_network_delay(node_group, self.__namespace)
def __init__(self, remote_ip='', username='', password=''):
self.__config = ConfigUtil()
if not remote_ip:
print('远程机器的IP信息缺失！')
raise Exception('远程机器的IP信息缺失！')
if username:
self.__username = username
else:
self.__username = self.__config.get_authority_user()
if password:
self.__password = password
else:
self.__password = self.__config.get_authority_pwd()
self.__remote_ip = remote_ip
self.__linux = Shell(ip=self.__remote_ip,
username=self.__username,
password=self.__password)
self.__log = Log.MyLog()
class _RemoteDirInit:
def __init__(self, remote_ip='', username='', password=''):
self.__config = ConfigUtil()
if not remote_ip:
print('远程机器的IP信息缺失！')
raise Exception('远程机器的IP信息缺失！')
if username:
self.__username = username
else:
self.__username = self.__config.get_authority_user()
if password:
self.__password = password
else:
self.__password = self.__config.get_authority_pwd()
self.__remote_ip = remote_ip
self.__linux = Shell(ip=self.__remote_ip,
username=self.__username,
password=self.__password)
self.__log = Log.MyLog()
"""
判断文件夹是否存在
:return: True/False
"""
def exists(self, remote):
try:
return True if self.__linux.execShell(
"[ -d '{0}' ] && echo 1 || echo 0".format(
remote))[0].strip() == "1" else False
except Exception as e:
raise RemoteHostException(
'Failed to check folder status, exception is %s' % e)
"""
判断是否是目录
:return: true/false
"""
def isDir(self, remote):
try:
return True if self.__linux.execShell(
"[ -d '{0}' ] && echo 1 || echo 0".format(
remote))[0].strip() == "1" else False
except Exception as e:
raise RemoteHostException(
'Failed to check folder status, exception is %s' % e)
"""
新建文件夹，若该文件夹已存在，则跳过
:param new_file: 文件路径，不能为空
:return: None
"""
def create(self, remote_dir):
try:
if self.exists(remote_dir):
self.__log.info("文件夹{0}已存在！".format(remote_dir))
return True
self.__linux.execShell("mkdir {0}".format(remote_dir))
if not self.exists(remote_dir):
self.__log.error("新建文件夹{0}失败！".format(remote_dir))
return False
self.__log.info("新建文件夹{0}成功！".format(remote_dir))
return True
except Exception as e:
raise RemoteHostException(
'Failed to create folder, exception is %s' % e)
"""
删除远程机器上的文件夹
:param remote_dir: 文件夹路径
:return: None
"""
def delete(self, remote_dir):
try:
if not self.exists(remote_dir):
self.__log.warning("文件夹{0}不存在！".format(remote_dir))
return True
self.__linux.execShell("rm -rf {0}".format(remote_dir))
if self.exists(remote_dir):
self.__log.error("删除文件夹{0}失败！".format(remote_dir))
return False
self.__log.info("删除文件夹{0}成功！".format(remote_dir))
return True
except Exception as e:
raise RemoteHostException(
'Failed to delete folder, exception is %s' % e)
class _RemoteFileInit():
def __init__(self, remote_ip='', username='', password=''):
self.__config = ConfigUtil()
if not remote_ip:
print('远程机器的IP信息缺失！')
raise Exception('远程机器的IP信息缺失！')
if username:
self.__username = username
else:
self.__username = self.__config.get_authority_user()
if password:
self.__password = password
else:
self.__password = self.__config.get_authority_pwd()
self.__remote_ip = remote_ip
self.__linux = Shell(ip=self.__remote_ip,
username=self.__username,
password=self.__password)
self.__ssh = self.__linux.get_ssh()
self.__sftp = self.__ssh.open_sftp()
self.__log = Log.MyLog()
self.__localMachine = LocalHost()
self.__work_folder = self.__localMachine.Dir.get_work_folder()
if not os.path.exists(self.__work_folder):
os.mkdir(self.__work_folder)
"""
判断文件是否存在
:return: true/false
"""
def exists(self, remote_file):
try:
return True if self.__linux.execShell(
"[ -e '{0}' ] && echo 1 || echo 0".format(
remote_file))[0].strip() == "1" else False
except Exception as e:
raise RemoteHostException(
'Failed to check file status, exception is %s' % e)
"""
判断是否是目录
:return: true/false
"""
def isFile(self, remote_file):
try:
return True if self.__linux.execShell(
"[ -f '{0}' ] && echo 1 || echo 0".format(
remote_file))[0].strip() == "1" else False
except Exception as e:
raise RemoteHostException(
'Failed to check file status, exception is %s' % e)
"""
新建文件并添加内容，若该文件已存在，则删除后重新创建
:param new_file: 文件路径，不能为空
:param content: 文件内容，可为空
:return: True/False
"""
def create(self, remote_file, content=""):
try:
if not os.path.exists(self.__work_folder):
os.mkdir(self.__work_folder)
if self.exists(remote_file):
self.__log.warning('文件{0}已存在!'.format(remote_file))
return False
self.__linux.execShell("touch {0}".format(remote_file))
self.append(remote_file, content)
self.__log.info("新建文件{0}成功！".format(remote_file))
return True
except Exception as e:
self.__log.error('新建远程文件失败，异常信息:', e)
raise RemoteHostException(
'Failed to create file, exception is %s' % e)
"""
批量替换文件中指定的字符串
:param file: 远程文件路径
:param update_content: 需要替换的字符串，类型为字典，key为需要替换的字符串，value为替换的字符串
:return: True/False
"""
def update(self, remote_file, update_content):
try:
if not os.path.exists(self.__work_folder):
os.mkdir(self.__work_folder)
if not self.exists(remote_file):
self.__log.warning('文件{0}不存在!'.format(remote_file))
return False
local_file = self.__work_folder + os.path.basename(remote_file)
self.get_file_from_remote(remote_file, local_file)
self.__localMachine.File.modify_file(local_file, update_content)
self.put_file_to_remote(local_file, remote_file)
self.__log.info('更新远程文件{0}成功'.format(remote_file))
return True
except Exception as e:
self.__log.error('更新远程文件失败，异常信息:', e)
raise RemoteHostException(
'Failed to update file, exception is %s' % e)
"""
在文件后追加内容
:param file: 远程文件路径
:param update_content: 需要追加的字符串
:return: True/False
"""
def append(self, remote_file, append_content=""):
try:
if not os.path.exists(self.__work_folder):
os.mkdir(self.__work_folder)
if not self.exists(remote_file):
self.__log.warning('文件{0}不存在!'.format(remote_file))
return False
local_file = self.__work_folder + os.path.basename(remote_file)
self.get_file_from_remote(remote_file, local_file)
with open(local_file, 'a+') as f:
f.write(append_content)
self.put_file_to_remote(local_file, remote_file)
self.__log.info('更新远程文件{0}成功'.format(remote_file))
return True
except Exception as e:
self.__log.error('更新远程文件失败，异常信息:', e)
raise RemoteHostException(
'Failed to append content to the file, exception is %s' % e)
"""
删除远程机器上的文件
:param remote_file: 文件绝对路径
:return: True/False
"""
def delete(self, remote_file):
try:
self.__linux.execShell('rm -f {0}'.format(remote_file))
if self.exists(remote_file):
self.__log.error('删除文件{0}失败！'.format(remote_file))
return False
self.__log.info('成功删除文件{0}！'.format(remote_file))
except Exception as e:
raise RemoteHostException(
'Failed to delete file, exception is %s' % e)
"""
拷贝本地文件到远程机器
:param local_file: 本地文件绝对路径
:param remote_file: 远程机器文件绝对路径
:return: None
"""
def put_file_to_remote(self, local, remote):
try:
# 本地文件路径不存在，抛出异常
if not os.path.exists(local):
raise Exception('本地文件路径{0}不存在!'.format(local))
if os.path.isdir(local): # 判断本地参数是目录
for f in os.listdir(local): # 遍历本地目录
# 服务器文件已存在，则先删除
if self.exists(os.path.join(remote + f)):
self.delete(os.path.join(remote + f))
if not os.path.isdir(os.path.join(local + f)):
self.__sftp.put(os.path.join(local + f),
os.path.join(remote + f)) # 上传目录中的文件
self.__log.info('成功拷贝本地文件{1}到远程机器{0}:{2}'.format(
self.__remote_ip, os.path.join(local + f),
os.path.join(remote + f)))
elif os.path.isfile(local): # 判断本地参数是文件
# 服务器文件已存在，则先删除
if self.exists(remote):
self.delete(remote)
self.__sftp.put(local, remote) # 上传文件
self.__log.info('成功拷贝本地文件{1}到远程机器{0}:{2}'.format(
self.__remote_ip, local, remote))
else:
self.__log.error('文件路径{0}不存在!'.format(remote))
return
except Exception as e:
self.__log.error('拷贝本地文件{1}到远程机器{0}:{2}失败！异常信息：{4}'.format(
self.__remote_ip, local, remote, str(e)))
raise RemoteHostException(
'拷贝本地文件{1}到远程机器{0}:{2}失败！异常信息：{4}'.format(
self.__remote_ip, local, remote, str(e)))
"""
拷贝远程机器文件到本地
:param local: 本地文件绝对路径
:param remote: 远程机器文件绝对路径
:return: None
"""
def get_file_from_remote(self, remote='', local=''):
try:
if not remote or not local:
self.__log.error('remote或local不能为空!')
return
if not self.exists(remote):
self.__log.error('远程机器{0}不存在!'.format(remote))
return
# 本地文件所在目录不存在，创建目录
if not os.path.exists(os.path.dirname(local)):
os.makedirs(os.path.dirname(local))
if self.isFile(remote): # 判断remote是文件
# 本地文件已存在，则先删除
if os.path.exists(local):
os.remove(local)
self.__sftp.get(remote, local) # 下载文件
self.__log.info('成功拷贝远程文件{0}:{2}到本地目录{1}'.format(
self.__remote_ip, local, remote))
elif self.exists(remote): # 判断remote是目录
for f in self.__sftp.listdir(remote): # 遍历远程目录
if not self.exists(os.path.join(remote + f)):
self.__sftp.get(os.path.join(remote + f),
os.path.join(local + f)) # 下载目录中文件
self.__log.info('成功拷贝远程文件{0}:{2}到本地目录{1}'.format(
self.__remote_ip, os.path.join(local + f),
os.path.join(remote + f)))
except Exception as e:
self.__log.error('拷贝远程文件{0}:{2}到本地目录{1}失败，异常信息：{3}'.format(
self.__remote_ip, remote, local, str(e)))
raise RemoteHostException(
'拷贝远程文件{0}:{2}到本地目录{1}失败，异常信息：{3}'.format(
self.__remote_ip, remote, local, str(e)))
"""
查找包含key的行，替换为new_str
:param file: 原文件路径
:param key: 寻找修改行的关键字符
:param new_str: 替换旧行的新内容
:return: None
"""
def replace_line_with_new_str(self, remote_file, key, new_str):
try:
#获得文件名称
file_name = os.path.basename(remote_file)
local_file = os.path.join(self.__work_folder, file_name)
#将远程文件copy到本地work目录
self.get_file_from_remote(remote_file, local_file)
#修改本地文件内容
self.__localMachine.File.replace_line_with_new_str(
os.path.join(self.__work_folder, file_name), key, new_str)
#将远程机器上需要修改的文件替换为本地文件
self.put_file_to_remote(local_file, remote_file)
self.__log.info('替换文件{0}下包含关键字符{1}的行内容成功'.format(remote_file, key))
except Exception as e:
self.__log.error('替换文件{0}下包含关键字符{1}的行内容失败！异常信息：{2}'.format(
remote_file, key, str(e)))
raise RemoteHostException(
'替换文件{0}下包含关键字符{1}的行内容失败！异常信息：{2}'.format(
remote_file, key, str(e)))
#修改本地文件内容
self.__localMachine.File.replace_line_with_new_str(
os.path.join(self.__work_folder, file_name), key, new_str)
#将远程机器上需要修改的文件替换为本地文件
self.put_file_to_remote(local_file, remote_file)
self.__log.info('替换文件{0}下包含关键字符{1}的行内容成功'.format(remote_file, key))
except Exception as e:
self.__log.error('替换文件{0}下包含关键字符{1}的行内容失败！异常信息：{2}'.format(
remote_file, key, str(e)))
raise RemoteHostException(
'替换文件{0}下包含关键字符{1}的行内容失败！异常信息：{2}'.format(
remote_file, key, str(e)))
# RemoteFile -> end
if __name__ == "__main__":
cmds = "pwd"
config_info = ConfigUtil()
#host_ips = config_info.get_host_ips().split(',')
host_ips = config_info.get_main_server_ip()
linux = Shell(config_info.get_main_server_ip(),
config_info.get_authority_user(),
config_info.get_authority_pwd())
linux.execShell('pwd')
# linux.kubectl.pod.get_meta_pallas_pods()
# linux.kubectl.pod.get_pods()
# linux.yarn.list_app()