class Master: """Provides external API of master """ def __init__(self): self.proxy = MasterProxy() self.listen = self.proxy.listen # listen method return def cfg_cmd(self, ip, command): """ Stores command mapping between abstract and actual command in a file which could be used when translating command during remote execution. Args: ip: The ip address of target device. command: The data structure contains abstract command, actual command and a list of expecting result's field name and regex used to extract the result. Return: None. """ agent_ip, dev_info = DeviceManagemnt.get_devinfo(ip) temphdl = TemplateHandler() temphdl.to_template(command, dev_info) return def exec_cmd(self, abs_cmd, identity, protocol): """ Execute abstract directly on remote device. Args: abs_cmd: The abstract command that would be executed on remote device identity: The data structure contains device ip, id and password which could be used to log in the target device. protocol: The protocol class which defines the interaction methods from agent to device. Return: None. But the feedback of the execution would be stored in the message queue of current master object. """ # convert abs_cmd, identity to script str_script = ScriptHandler.generate_script(abs_cmd, identity, protocol) return self.proxy.remote_call('exec_script', str_script) def exec_script(self, script_name): """ Execute script which is written by abstract command Args: script_name: The file name of script to be executed. The script directory is under script\ by default. Return: None. But the feedback of the execution would be stored in the message queue of current master object. """ script_name = 'script\\%s' % script_name try: fp = open(script_name, 'r') except IOError, e: print 'Script file %s not found.' % e return str_script = fp.read() return self.proxy.remote_call('exec_script', str_script)
class Master: """Provides external API of master """ def __init__(self): self.proxy = MasterProxy() self.listen = self.proxy.listen # listen method return def cfg_cmd(self, ip, command): """ Stores command mapping between abstract and actual command in a file which could be used when translating command during remote execution. Args: ip: The ip address of target device. command: The data structure contains abstract command, actual command and a list of expecting result's field name and regex used to extract the result. Return: None. """ agent_ip, dev_info = DeviceManagemnt.get_devinfo(ip) temphdl = TemplateHandler() temphdl.to_template(command, dev_info) return def exec_cmd(self, abs_cmd, identity, protocol): """ Execute abstract directly on remote device. Args: abs_cmd: The abstract command that would be executed on remote device identity: The data structure contains device ip, id and password which could be used to log in the target device. protocol: The protocol class which defines the interaction methods from agent to device. Return: None. But the feedback of the execution would be stored in the message queue of current master object. """ # convert abs_cmd, identity to script str_script = ScriptHandler.generate_script(abs_cmd, identity, protocol) return self.proxy.remote_call('exec_script', str_script) def exec_script(self, script_name): """ Execute script which is written by abstract command Args: script_name: The file name of script to be executed. The script directory is under script\ by default. Return: None. But the feedback of the execution would be stored in the message queue of current master object. """ script_name = 'script\\%s' % script_name try: fp = open(script_name, 'r') except IOError, e: print 'Script file %s not found.' % e return str_script = fp.read() return self.proxy.remote_call('exec_script', str_script)
def __init__(self): self.proxy = MasterProxy() self.listen = self.proxy.listen # listen method return
def __init__(self): self.proxy = MasterProxy() self.listen = self.proxy.listen # listen method return