CN101227428B - Application server and remote control method thereof - Google Patents
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Abstract
The invention discloses a Daemon applied server and a remote control method, which belongs to the remote control field of computers. The Daemon applied server of the invention comprises an information receiving module, an information processing module and an information feedback module which are connected in turn, wherein the information receiving module is used to receive various request information in concurrency type from user ends, and various request information is sent to the information processing module according to the receiving sequence or priority level sequence, the information processing module is applied in utilizing system function to process mechanism response and process various request information of user ends, the information feedback module is used to return the request information processing results to client ends. The invention achieves type independence between client end requests and applied server operation systems, and meanwhile, the applied server which is provided by the invention has very excellent expandable property, automatic upgrading function, service agent mechanism and easy construction.
Description
Technical field
The invention belongs to computer remote control field, particularly a kind of application server (Daemon) and long-range control method thereof.
Background technology
Computer networking technology is the product that the communication technology combines with computer technology.Computer network is according to procotol, with disperse on the earth, the independently interconnective set of computer.Computer networking technology has realized resource-sharing.People can be at office, family or other Anywhere, any resource that access queries is online has greatly improved operating efficiency, promoted the development of office automation, factory automation, home automation.The Interactive control remote computer system be one of computer networking technology important with the application basis.The operations that this application can allow the operator be implemented on the remote computer to be done by the control remote computer system in this locality.
We know that communication system is made up of information source, channel and the stay of two nights three parts, and in computer network, client is just as information source, and network is as channel, and server end is formed computer network communications system as the stay of two nights.Present most popular applications of computer network pattern has two kinds of B/S, C/S, and wherein B and C represent the information source client in these two kinds of patterns, and S represents stay of two nights server end.Generally under point-to-point signal intelligence, at first held to S by B or the C request of sending, the S termination is received this solicited message and is handled according to the requirement of information, then result or resource returned to client.
At present, too numerous to enumerate about the method for designing of server end in the applications of computer network pattern (S end).The Daemon mode is the method that a kind of Server wherein realizes.The former finger of Daemon is in the direct automatically continuously program of operation of next section of computer operating system, is used for the demand for services that the process computer system wishes the stage that receives, and other suitable procedure (perhaps process) are submitted in request.For example, page Daemon application server is waited for the request of sending from networking client and user thereof constantly on the network.
Yet the modern network communication also communication modes of hairdo that adopt more, this mode requires stay of two nights server can respond and satisfy the request of a plurality of clients simultaneously, and this performance to server is just had higher requirement.Moreover, for client, server end should accomplish as far as possible that its OS Type and client-requested have nothing to do.And mostly existing applications of computer network pattern is with computer operating system type binding, such network application mode has significant limitation in the application of reality.For example the designed server of the designer of pattern can only operate on a certain fixing operating system and just can not use on other operating systems, this just causes operator must be consistent with device designer in the selection of operating system, thereby the adaptability that makes this pattern use reduces greatly.
Along with the continuous increase of business demand, client constantly proposes new request in addition, so in order to adapt to the new variation of client, the extensibility of corresponding S end also is very important.In this respect, also there is certain defective in present method for designing, mainly is that the server design unreasonable structure causes, and promptly can not adapt to the new variation of client.Specifically be exactly, when client proposed new demand, server must change former design framework in order to adapt to new demand, and this just causes the wasting of resources and greatly reduces development efficiency.In addition, aspect the realization resource-sharing, providing service broker's mechanism to enlarge the service function of server, also should be the key property that server has.
Summary of the invention
Technical problem to be solved by this invention is a kind of resident Daemon application server and long-range control method thereof to be provided, thereby in the computer remote control procedure, to realize that client-requested and application server OS Type are irrelevant.
In order to address the above problem, the invention discloses a kind of resident Daemon application server, be applicable to the computer remote control procedure, this server comprises information receiving module, message processing module and the information feedback module that connects successively, wherein,
Described information receiving module is used for also hairdo reception and sets up message queue from the various request messages of client, according to reception order or priority orders various request messages is sent to message processing module;
Described message processing module, the various request messages that are used to utilize the response of system function treatment mechanism and handle client;
Described information feedback module is used for the request message result transformed and be assembled into the inside story form that client and Daemon application server arranged and returns to client.
Further, in the above-mentioned server, described message processing module further comprises message parse unit and coupled some message processing units that are used to handle different messages, wherein
Described message parse unit is used to resolve the various request messages that client sends, and according to analysis result different request messages is sent to corresponding message processing unit;
Described message processing unit adopts the system function treatment mechanism, operates according to the message content of receiving, and the Message Processing result is sent to the information feedback module.
Above-mentioned message processing unit comprises the message processing unit that is used to realize agency service, be used for after receiving proxy service request message, foundation is communicated by letter with the remote resource server, the remote resource that the receiving remote Resource Server returns returns to the client that request broker is served by described information feedback module.
Above-mentioned message processing unit comprises and is used to realize the message processing unit of upgrading, be used for after receiving upgrade request message, upgrading or timing automatic startup upgrading, stop the service processes that all are started by the Daemon application server, redaction Daemon application server is installed.
After above-mentioned updating operation is finished, described version number and its enable port that is used for realizing that the message processing unit of upgrading upgrades edition configuration file intercepted, when the connection Daemon of client repeating query application server, and when detecting serve port and being opened, set up the TCP link with described Daemon application server, described information feedback module sends the successful message of upgrading to client.
Further, in the above-mentioned server, the Message Processing result that described information feedback module sends comprises that message numbering, result judge and resultant content.
The invention also discloses a kind of long-range control method of resident Daemon application server, may further comprise the steps:
A: the information receiving module of described resident Daemon application server receives the request message from client, sets up message queue, according to reception order or priority orders various request messages is sent to message processing module;
B: after the message processing module of described Daemon application server is received the request message of described information receiving module forwarding, utilize the request message of response of system function treatment mechanism and processing client;
C: after the information feedback module of described Daemon application server is received the client request message result from message processing module, this result is transformed and be assembled into the inside story form that client and Daemon application server arranged send to client.
Further, in the said method, described step B further may further comprise the steps:
B1, resolve the described request message of receiving the message parse unit of described message processing module, and according to analysis result different request messages is sent to corresponding message processing unit;
B2, described message processing unit adopts the system function treatment mechanism, according to the content of the request message of receiving remote computer system is carried out system operation, and the Message Processing result is sent to the information feedback module.
Among the above-mentioned steps B2, if the content of described request message is the request broker service, then described message processing unit foundation is communicated by letter with the remote resource server, and the remote resource that the receiving remote Resource Server returns returns to the client that request broker is served by described information feedback module.
Among the above-mentioned steps B2, if the content of described request message is when asking the upgrading of resident service device or described message processing unit timing automatic starts upgrading, described message processing unit at first stops all service processes that started by the Daemon application server, and the resident service device of backup legacy version, redaction Daemon application server is installed.
Further, in the said method, the Message Processing result that described information feedback module sends to client comprises that message numbering, result judge and resultant content.
Further, in the said method, after updating operation is finished, described version number and its enable port that is used for realizing that the message processing unit of upgrading upgrades edition configuration file intercepted, when the connection Daemon of client repeating query application server, and when detecting serve port and being opened, set up the TCP link with described Daemon application server, described information feedback module sends the successful message of upgrading to client.
The technical solution adopted in the present invention is on the basis of also hairdo B/S and C/S model network service, client-requested and application server OS Type independence have been realized, and having disclosed the reciprocal process of mobile phone users and application server, application server proposed by the invention has extraordinary Scalable Performance, auto-update function, service broker's mechanism and easy constructivity simultaneously.
Description of drawings
Fig. 1 is the structural representation of Daemon application server in the present embodiment;
Daemon application server realizing Long-distance Control flow chart when Fig. 2 (a) sends general solicited message for the present embodiment client;
Daemon application server realizing Long-distance Control flow chart when Fig. 2 (b) sends proxy service request information for the present embodiment client;
Fig. 3 is a Daemon application server auto-update flow chart in the present embodiment.
Embodiment
Main design of the present invention is, a kind of Daemon application server provides service to client by resident mode, client is by transmission control protocol (TCP, Transfer Control Protocol) link is connected with the Daemon application server, by sending solicited message, the mode that receives the response of Daemon application server then realizes communication.
Below in conjunction with the drawings and the specific embodiments, technical solution of the present invention is described in further detail:
Shown in Figure 1, structure for the Daemon application server, this application server comprises: the information receiving module of Xiang Lianing (ReceiveData), message processing module (ExeclData) and information feedback module (ReplyData) successively, according to the difference of handled message, a plurality of message processing units are set in message processing module.
Information receiving module, be used for also hairdo reception from the various solicited messages of client, and adopt the mechanism of message queue that message queueing is carried out in the separate request from different clients that receives, produce the different messages formation of corresponding different clients, then these message queues are sent to message processing module respectively in proper order;
Message processing module is used to respond and handle the various requests of client;
Message processing module further comprises message parse unit and coupled some message processing units again, wherein:
The message parse unit is used to resolve the various request messages that client sends, and according to analysis result different request messages is sent to different message processing units;
Message processing unit, according to the message content of receiving remote computer system is carried out system operation, and the Message Processing result sent to the information feedback module, for example, when the content of request message is the request broker service, message processing unit is used to set up and the communicating by letter of remote resource server, and the remote resource that obtains is turned back to the client of request broker service; When the content of request message is upgraded for request Daemon application server, message processing unit at first stops all service processes that started by the Daemon application server, and the Daemon application server of backup legacy version, start Daemon application server Upgrade process then.
Above-mentioned message processing unit is the relatively independent minimum treat unit relevant with type of message, it has adopted a kind of system function treatment mechanism according to prior art, thereby can carry out the server end local operation function that system operation can't realize to finish remote subscriber according to message content, in the present embodiment, the formal parameter of the system function that this message processing unit adopts is the system command that any system that the user is imported when operating system command is capable all can discern, the operating system independent of this function itself and Daemon application server, promptly under different operating system, can call this function, therefore applicable to different operating system, such as Windows, linux system etc.
The information feedback module, be used for message format, message transformation, message feedback etc., thereby the solicited message result is carried out message transformation and be assembled into inside story form (message format that client and Daemon application server are arranged), send to corresponding client by the TCP link then, wherein the Message Processing result comprises message numbering, result's judgement and resultant content etc.
Above-mentioned and hairdo Daemon application server is applicable to that the user passes through the process that browser or other client software are visited long-range Daemon application server, and according to client-requested, the process that remote computer system is carried out system operation as shown in Figure 2.
Wherein, client sends the process of general solicited message shown in Fig. 2 (a) to the Daemon application server, and at first the Daemon application server starts with system automatically as the application service of system, and resides in the system serve port is intercepted.Client is in order to obtain the service of Daemon application server, must at first set up the TCP link by serve port and Daemon application server, initiate the foundation (step 201a) of link by client, the Daemon application server begins to set up link (step 202a, 203a) after detecting the client of connection.Client is a kind of short ways of connecting with being connected of application server in the present embodiment, and behind the promptly once complete sign off, this link will be released, certainly, according to different needs, TCP herein connects also and can connect for long, in the application as call charge service.
After the TCP link establishment, client just can be by this chain road direction Daemon application server send a request message (step 204a), after the information receiving module of Daemon application server receives request message, set up message queue (step 205a), according to the order of sequence request message is sent to message processing module (step 206a), in other embodiments, information receiving module also can be according to the priority of message, and the request message higher priority sends to message processing module earlier; The Daemon application server is resolved (step 207a) by message parse unit in the message processing module to the message that client sends, and analysis result is sent to corresponding message processing unit; Message processing unit carries out system operation according to message content to Terminal Server Client, promptly carry out Message Processing (step 208a), and the Message Processing result sent to information feedback module (step 209a), the information feedback module transforms, is assembled into inside story form (step 210a) with result, send to corresponding client (step 211a) then, after client is received return results, discharge TCP link (step 212a).
When the agency service Daemon application server of client requirement is not supported, the Daemon application server can be forwarded to the request of client the remote resource server that other possess corresponding function, is handled and the result is returned to client by the Daemon application server by the remote resource server.Client sends the process of proxy service request information shown in Fig. 2 (b) to the Daemon application server, its step 201b to 207b is with step 201a to 207a, the message parse unit sends to the proxy service request message of resolving the message processing unit (step 208b) of realizing agency service in the present embodiment, after the message processing unit of realization agency service is received this request message, initiate TCP to the remote resource server and connect (step 209b), remote resource server and Daemon application server are set up (step 210b) behind the TCP link, the message processing unit of realizing agency service sends agency service message (step 211b) to the remote resource server, the remote resource server returns the related resource of this agency service to Daemon application server (step 212b) then, the resource that the message processing unit of realization agency service returns the remote resource server sends to information feedback module (step 213b), after the information feedback module is received result, with its conversion, be assembled into inside story form (step 214b), send to corresponding client (step 215b), after client is received return results, discharge TCP link (step 216b).
Continuous increase along with business demand, the request message type of client also increases thereupon, the application corresponding server also will constantly satisfy the new request message type of client, so application server Scalable Performance and auto-update function are to weigh the important indicator of application server performance.The Daemon application server adopts a kind of organizational structure pattern of layering in the present embodiment, the design of message processing unit is flexible, both can be subordinated to Daemon application server nucleus module external service was provided, also can be in the mode of dynamic link library according to the request of client and dynamic load, shown in Figure 3, be Daemon application server auto-update process.
Client is initiated the foundation (step 301) of link, and the Daemon application server begins to set up link (step 302,303) after detecting the client of connection.Client sends Daemon application server upgrade request message (step 304) to the Daemon application server, after information receiving module receives this message, it is carried out message queueing, then these message queues are sent to message processing module (step 305) respectively in proper order.This message (step 306) of the message parse unit resolves of message processing module, then this message is sent to the message processing unit of realizing upgrading processing, after this message processing unit is received this message, at first can stop all service processes that start by the Daemon application server and the Daemon application server (step 307) that backs up legacy version, start Daemon application server Upgrade process (step 308) then.
After Daemon application server Upgrade process starts, at first can stop the Daemon application server process, client was connected with TCP between the Daemon application server and can be released (step 309), the Daemon application server (step 310) of installation redaction this moment; If the Daemon application server successful installation of redaction, then Daemon application server Upgrade process will start new Daemon application server so that external service to be provided, otherwise Daemon application server Upgrade process will reduce backup legacy version Daemon application server and start it (step 311).
After above-mentioned updating operation is finished, version number and its enable port that the Daemon application server can upgrade in the edition configuration file are intercepted, this moment, client can repeating query removes to connect the Daemon application server, when detecting serve port and be opened, set up the TCP link with the Daemon application server, the Daemon application server of redaction can send the successful message of upgrading to client then.
Certainly the situation that also has Daemon application server upgrading failure, at this moment, Daemon application server Upgrade process can recover original Daemon application server version automatically, does not promptly upgrade, and points out the customer upgrade failure simultaneously.
When if the equal request server of a plurality of different clients is upgraded, the message processing unit of receiving the upgrading order is at first by the up-to-date installation version number in the contrast build-in services device and the version number of current server, if current server version number is a up-to-date installation version number, it is up-to-date then pointing out the present version of user, promptly need not upgrading.
In another embodiment, Daemon application server self also can initiatively be initiated upgrade request, at this moment, a timer is set in the Daemon application server, after this timer setting-up time arrives, detect whether there is redaction,, select whether current application server in Daemon is carried out updating operation by the user if then send upgrade tip information to client.Wherein, the process of updating operation with above-mentioned step 305 to step 311.
From the foregoing description as can be seen, the technical solution adopted in the present invention not only can realize and hairdo B/S and C/S model network service, and can realize client-requested and application server OS Type independence, application server proposed by the invention has extraordinary Scalable Performance, auto-update function and service broker's mechanism simultaneously.
The above; only for the preferable specific embodiments of the present invention, but protection scope of the present invention do not limit to therewith, and any those of ordinary skill in the art are in the technical scope that the present invention discloses; the variation that can expect easily and replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.
Claims (12)
1. a Daemon application server is applicable to the computer remote control procedure, it is characterized in that, this server comprises information receiving module, message processing module and the information feedback module that connects successively, wherein,
Described information receiving module is used for also hairdo reception and sets up message queue from the various request messages of client, according to reception order or priority orders various request messages is sent to message processing module;
Described message processing module is used to utilize the system function treatment mechanism to respond and handle the various request messages of client, and the Message Processing result is sent to the information feedback module;
Described information feedback module is used for the request message result transformed and be assembled into the inside story form that client and Daemon application server arranged and returns to client.
2. server as claimed in claim 1 is characterized in that, described message processing module further comprises message parse unit and coupled some message processing units that are used to handle different messages, wherein
Described message parse unit is used to resolve the various request messages that client sends, and according to analysis result different request messages is sent to corresponding message processing unit;
Described message processing unit adopts the system function treatment mechanism, operates according to the message content of receiving, and the Message Processing result is sent to the information feedback module.
3. server as claimed in claim 2 is characterized in that,
Described message processing unit comprises the message processing unit that is used to realize agency service, be used for after receiving proxy service request message, foundation is communicated by letter with the remote resource server, the remote resource that the receiving remote Resource Server returns returns to the client that request broker is served by described information feedback module.
4. server as claimed in claim 2 is characterized in that,
Described message processing unit comprises and is used to realize the message processing unit of upgrading, be used for after receiving upgrade request message, upgrading or timing automatic startup upgrading, stop the service processes that all are started by the Daemon application server, redaction Daemon application server is installed.
5. server as claimed in claim 4 is characterized in that,
After updating operation is finished, described version number and its enable port that is used for realizing that the message processing unit of upgrading upgrades edition configuration file intercepted, when the connection Daemon of client repeating query application server, and when detecting serve port and being opened, set up the TCP link with described Daemon application server, described information feedback module sends the successful message of upgrading to client.
6. server as claimed in claim 1 is characterized in that,
The Message Processing result that described information feedback module sends comprises that message numbering, result judge and resultant content.
7. the long-range control method of a Daemon application server is characterized in that, may further comprise the steps:
A: the information receiving module of described Daemon application server receives the request message from client, sets up message queue, according to reception order or priority orders various request messages is sent to message processing module;
B: after the message processing module of described Daemon application server is received the request message of described information receiving module forwarding, utilize the request message of response of system function treatment mechanism and processing client;
C: after the information feedback module of described Daemon application server is received the client request message result from message processing module, this result is transformed and be assembled into the inside story form that client and Daemon application server arranged send to client.
8. method as claimed in claim 7 is characterized in that, described step B further may further comprise the steps:
B1, resolve the described request message of receiving the message parse unit of described message processing module, and according to analysis result different request messages is sent to corresponding message processing unit;
B2, described message processing unit adopts the system function treatment mechanism, according to the content of the request message of receiving remote computer system is carried out system operation, and the Message Processing result is sent to the information feedback module.
9. method as claimed in claim 8 is characterized in that,
Among the described step B2, if the content of described request message is the request broker service, then described message processing unit foundation is communicated by letter with the remote resource server, and the remote resource that the receiving remote Resource Server returns returns to the client that request broker is served by described information feedback module.
10. method as claimed in claim 8 is characterized in that,
Among the described step B2, if the content of described request message is when asking the Daemon server updating or described message processing unit timing automatic starts upgrading, described message processing unit at first stops all service processes that started by the Daemon application server, and the Daemon server of backup legacy version, redaction Daemon application server is installed.
11. method as claimed in claim 7 is characterized in that,
The Message Processing result that described information feedback module sends to client comprises that message numbering, result judge and resultant content.
12. method as claimed in claim 10 is characterized in that,
After updating operation is finished, be used for realizing that version number and its enable port that the message processing unit of upgrading upgrades edition configuration file intercept, when the connection Daemon of client repeating query application server, and when detecting serve port and being opened, set up the TCP link with described Daemon application server, described information feedback module sends the successful message of upgrading to client.
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Effective date of registration: 20150922 Address after: 610000 No. 192, Xiaojiahe, Chengdu hi tech Development Zone, Sichuan Patentee after: SICHUAN YUECHENG ENVIRONMENTAL PROTECTION ENERGY SAVING SCIENCE & TECHNOLOGY CO., LTD. Address before: 518057 Nanshan District high tech Industrial Park, Guangdong, South Road, science and technology, ZTE building, legal department Patentee before: ZTE Corporation |