Python3 Call Salt-api

Call Salt-api using Python3

#python3. ximport pycurlfrom io import bytesioimport jsonclass Pycurl (object): Def __init__ (self, URL, **kwargs):         # incoming URL address self.url = URL # Remove header related Information Self.header = Kwargs.get ("header", None) # Create a Curl Object Self.curl = Pycurl.        Curl () # setopt to set some request options # Specify the requested URL self.curl.setopt (Self.curl.URL, Self.url) # set Proxy browser Self.curl.setopt (Self.curl.HEADER, False) # Set Request Mode self.curl.setopt (Self.curl.POST, True) # set HTTPS Way Self.curl.setopt (Pycurl. Ssl_verifypeer, 0) self.curl.setopt (pycurl. Ssl_verifyhost, 0) # Determine if the header exists if Self.header: # set the Analog browser self.curl.setopt (Self.curl .  Httpheader, Self.header) def request (self, Data=none, timeout=none): # Determines if the object type is str if isinstance (data, STR): #将数据提交 self.curl.setopt (Pycurl. Postfields, data) Header_buf = Bytesio () Body_buf = Bytesio () # Forces the acquisition of a new connection, i.e.Connection self.curl.setopt (Self.curl.FRESH_CONNECT, True) in the generation cache # Force disconnects after the interaction is complete, without reusing self.curl.setopt (Self.curl. Forbid_reuse, True) if STR (timeout). IsDigit () and timeout > 0: # Set timeout time-out SELF.CURL.S Etopt (Self.curl.TIMEOUT, TIMEOUT) # directs the returned HTTP header to the callback function Header_buf self.curl.setopt (Self.curl.HEADERFUNCTI        On, Header_buf.write) # directs the returned content to the callback function Body_buf self.curl.setopt (Self.curl.WRITEFUNCTION, Body_buf.write) Try: # Server return information Self.curl.perform () except Pycurl.error:return False # state code Http_code = Self.curl.getinfo (self.curl.HTTP_CODE) # Close Connection self.curl.close () # Return status code header Body return {"Http_code": Http_code, "header": Header_buf.getvalue (), "Body": Body_buf.getvalue (), "url": Self.url}        Class Saltapi (object): Def __init__ (Self,**kwargs): # set timeout time self.timeout = kwargs.get ("timeout", 300) # Set Header information self. Header = Kwargs.get ("header", ["Content-type:application/json"]) # gets the URL Self.__url = "https://192.168.104. 76:8,000 "# Get self.__username =" Salt-api "Self.__password =" Salt-api "# token ID get def token _ID (self): obj = {' Eauth ': ' Pam ', ' username ': self.__username, ' Password ': self.__password} result = Self.po            St (prefix= "/login", **obj) if result:try:self.__token_id = result[' return '][0][' token '] Except Keyerror:raise keyerror print (self.__token_id) return self.__token_id D EF post (self, prefix= "/", Token=none,**data): # URL Stitching url = self.__url + prefix print (data) # Instantiation Self.header.append (token) curl = Pycurl (URL, header=self.header) # Originating Request result = Curl . Request (Data=json.dumps (data), timeout=self.timeout) # judgment value if not result:return result # Determine if the status code is equal toesult["Http_code"]! = 200:self.response = "Response code%s". Format (result["info" ["Http_code"]) re  Turn self.response result = Json.loads (result["Body"].decode ()) # Determines if there is an error if "error" in result and result["Error"]: Self.response = "%s"% (result["error" ["Data"], result["error" ["Code"]) Retu        RN Self.response #返回正确的数据 return result def all_key (self): ' Get all Minion_key ' token = ' x-auth-token:%s '%self.token_id () obj = {' Client ': ' Wheel ', ' fun ': ' key.list_all '} content = S Elf.post (token=token,**obj) # Remove authentication passed minions = content[' return '][0][' data ' [' return '] [' Minions '] #  Print (' Certified ', Minions) # Remove unauthenticated minions_pre = content[' return '][0][' data ' [' return '] [' Minions_pre '] # Print (' unauthenticated ', Minions_pre) return Minions,minions_pre def accept_key (self,node_name): ' If you want to authenticate a master    Call this method '    token = ' x-auth-token:%s '% self.token_id () obj = {' Client ': ' Wheel ', ' fun ': ' key.accept ', ' Match ': Node_name}        Content = Self.post (token=token,**obj) print (content) ret = content[' return '][0][' data ' [' success '] return RET # Remove authentication method def delete_key (self, node_name): obj = {' Client ': ' Wheel ', ' fun ': ' Key.delete ', ' mat Ch ': node_name} token = ' x-auth-token:%s '% self.token_id () content = Self.post (Token=token, **obj) r        ET = content[' return '][0][' data ' [' success '] return RET # for host remote execution Module def host_remote_func (self, TGT, fun): "The TGT is host fun is module write on module name return can be used to invoke basic assets such as Curl-k HTTPS://IP address: 8080/>-H" acce Pt:application/x-yaml ">-H" x-auth-token:b50e90485615309de0d83132cece2906f6193e43 ">-D client= ' Local ' >-D tgt= ' * ' >-D fun= ' test.ping ' module to execute return:-Iz28r91y6 6hz:true Node2. minion:true ' obj = {' client ': ' Local ', ' TGT ': TGT, ' fun ': fun} token = ' x-auth-token:%s ' percent self. token_id () content = Self.post (Token=token, **obj) ret = content[' return '][0] return ret def group  _remote_func (self,tgt,fun): obj = {' client ': ' Local ', ' TGT ': TGT, ' fun ': fun, ' expr_form ': ' Nodegroup '} token = ' x-auth-token:%s '% self.token_id () content = Self.post (Token=token, **obj) print (content) ret =        content[' return '][0] return ret def host_remote_execution_module (self,tgt,fun,arg): ' Execute fun incoming parameter arg '        obj = {' client ': ' Local ', ' TGT ': TGT, ' fun ': fun, ' arg ': arg} token = ' x-auth-token:%s '% self.token_id () Content = Self.post (Token=token, **obj) ret = content[' return '][0] return ret #print (salt_aa.host_r Emote_execution_module (' * ', ' cmd.run ', ' Ifconfig ') # performs DEF Group_remote_execution_module based on grouping (self, TGT, fun, ARG) : "' According to groupTo execute the TGT = ' obj = {' client ': ' Local ', ' TGT ': TGT, ' fun ': fun, ' arg ': arg, ' expr_form ': ' Nodegroup '} token = ' x-auth-token:%s '% self.token_id () content = Self.post (Token=token, **obj) Jid = content[' r  Eturn '][0] return Jid def host_sls (self, TGT, arg): ' Host to SLS ' ' obj = {' client ': ' Local ', ' TGT ': TGT, ' fun ': ' State.sls ', ' arg ': arg} token = ' x-auth-token:%s '% self.token_id () content = Self.post (token= token, **obj) return content def Group_sls (self, TGT, arg): ' ' Group for SLS ' ' obj = {' client ': ' Loca L ', ' TGT ': TGT, ' fun ': ' State.sls ', ' arg ': arg, ' expr_form ': ' nodegroup '} token = ' x-auth-token:%s '% self.token_id () content = Self.post (Token=token, **obj) Jid = content[' return '][0][' Jid '] return Jid def host_s Ls_async (self, TGT, arg): ' Host asynchronous SLS ' ' obj = {' client ': ' Local_async ', ' TGT ': TGT, ' fun ': ' State.sls ', ' AR G ': arg} token =' x-auth-token:%s '% self.token_id () content = Self.post (Token=token, **obj) Jid = content[' return '][0][' Jid ' ] Return Jid def group_sls_async (self, TGT, arg): ' ' Group asynchronous SLS ' ' obj = {' client ': ' Local_async ', '        TGT ': TGT, ' fun ': ' State.sls ', ' arg ': arg, ' expr_form ': ' nodegroup '} token = ' x-auth-token:%s '% self.token_id () Content = Self.post (Token=token, **obj) Jid = content[' return '][0][' Jid '] return Jid def Server_grou P_pillar (self, TGT, ARG, **kwargs): "' Grouping for SLS and pillar '" obj = {' client ': ' Local ', ' TGT ': TGT, ' fun ': ' s Tate.sls ', ' arg ': arg, ' expr_form ': ' Nodegroup ', ' Kwarg ': kwargs} token = ' x-auth-token:%s '% self.to ken_id () content = Self.post (Token=token, **obj) Jid = content[' return '][0] Print (JID) def server _hosts_pillar (self, TGT, Arg,**kwargs): "" Executes SLS and pillar for the host "obj = {" Client ":" Local "," TGT ": TGT," f Un ":" State.sls "," Arg ": ARG, "Kwarg": Kwargs} token = ' x-auth-token:%s '% self.token_id () content = Self.post (Token=token, **obj) Jid = content[' return '][0] return Jid def jobs_all_list (self): ' Print all Jid cache ' ' token = ' X-auth -token:%s '% self.token_id () obj = {"Client": "Runner", "Fun": "jobs.list_jobs"} content = Self.post (token=t Oken, **obj) print (content) def jobs_jid_status (self, Jid): ' View Jid run status ' ' token = ' X-auth-token :%s '% self.token_id () obj = {"Client": "Runner", "Fun": "Jobs.lookup_jid", "Jid": jid} content = Self.post ( Token=token, **obj) print (content) return contentif __name__ = = ' __main__ ': sa = saltapi.   Saltapi () Print (Sa.host_remote_execution_module (' node76 ', ' cmd.run ', ' ifconfig ')) Print (Sa.accept_key ("node76"))

Python3 Call Salt-api