CN1471018A - Universal interface machine system and method for realising same - Google Patents
Universal interface machine system and method for realising same Download PDFInfo
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- CN1471018A CN1471018A CNA021362629A CN02136262A CN1471018A CN 1471018 A CN1471018 A CN 1471018A CN A021362629 A CNA021362629 A CN A021362629A CN 02136262 A CN02136262 A CN 02136262A CN 1471018 A CN1471018 A CN 1471018A
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Abstract
The method includes the common DLL, software template, executable program IMP and multiple service modules. IMP is compiled from combination of master control module, timing module, communication module, data base interface module. The common DLL comprises the function primitive realizing interactive operation to IMP. The software template provides a simple wizard to realize a interface message processor. Based on specific requirements, service modules through accessing common DLL and software template generates codes corresponding to service requirement as well as generates a service DLL by combining the said codes, the common DLL and software templates. Based on configuration, IMP loads DLL at start up time. The invention makes service module possible to realize modeling and simplifying without need of considering TCP/IP, OS system and database system as well as realize multiple interface message processors in one computer.
Description
Technical field
The present invention relates to the information processing technology, the software engineering of concrete communication interface more particularly, relates to a kind of general-purpose interface machine system and its a kind of medelling implementation method.
Background technology
The interface message processor (IMP) system is the information bridge that interconnects between two or more systems.If two or more systems need carry out some interacting messages, be used for realizing some interconnection and interflows or function to interconnect, need an interface message processor (IMP) system and realize.For realizing the interface message processor (IMP) system, can relate to ICP/IP protocol, various dissimilar operating systems and various database morely, so that at relevant several systems, utilize ICP/IP protocol to realize data communication link, the function design process or the cross-thread communication that utilize operating system to provide, the function of utilizing database to provide realizes the operation to database, needs also that simultaneously user's concrete business demand is done detailed understanding and realizes business function.Therefore, the realization of an interface message processor (IMP) system relates to a lot of kens, need expend the work that great amount of manpower and material resources is done repetition.
Summary of the invention
It is technical matters that the present invention will solve, how to simplify the structure of interface message processor (IMP) system, make the interface message processor (IMP) system design reduce the cost of development of interface message processor (IMP) system because shielded TCP/IP, operating system and database, make the interface message processor (IMP) system developer need not to understand in depth the knowledge of TCP/IP, operating system and database.
Another technical matters that the present invention will solve is, the medelling implementation method of a kind of interface message processor (IMP) system is provided, and utilizes this method, and the user can only need to be concerned about user's demand according to the program schema of standard, but interface message processor (IMP) system of simple realization just.
First technical matters of the present invention solves like this, construct a kind of general-purpose interface machine system, comprise public dynamic link libraries, the software masterplate, enforceability program IMP and a plurality of business module, described enforceability program IMP is by top control module, clock module, communication module, database interface module forms by uniting compiling, described public dynamic link libraries comprises a series of and IMP realizes mutual function primitive, described software masterplate provides the simple guide that realizes an interface message processor (IMP), described business module is according to concrete business demand, by visiting described public dynamic link libraries and described software masterplate, generate the code corresponding with described business demand, and unite with described public dynamic link libraries and described software masterplate and to generate a service dynamic link library, described executable file IMP loads described service dynamic link library simultaneously according to the configuration of configuration file when starting operation.
According to interface message processor (IMP) provided by the invention system, the top control module that is included among the described executable file IMP determines whether starting communication module, the database interface module that coexists among the described executable file IMP according to configuration file, and keeps the stable operation of total system.
According to interface message processor (IMP) provided by the invention system, the clock module that is included among the described executable file IMP provides a high performance software clock to other modules, in order to realize timing function.
According to interface message processor (IMP) provided by the invention system, be included among the described executable file IMP described database interface module by with the connect shielding of fulfillment database of concrete database, described business module is by described database interface module issued in the corresponding database statement of organizing to database manipulation, and the described database module back of finishing dealing with returns to operating result that this business module realizes.
According to interface message processor (IMP) provided by the invention system, be included in the described communication module among the described executable file IMP, whom decision communicate by letter with according to configuration file, and a communication information of being correlated with is sent to concrete business module goes processing.
Another technical matters of the present invention solves like this, constructs a kind of general-purpose interface machine system implementation method, may further comprise the steps: top control module, clock module, communication module, database interface module are formed enforceability program IMP by uniting compiling; For each module in the system is provided with unique pno, be used for each thread in the designation system, the Pno of different interval ranges given described communication module, described top control module, described clock module, described database module and described business module respectively in advance use; Thread of every establishment just has a PCB record corresponding with it, and a top control module is set, and manages the PCB structure of each thread control block; By calling the function primitive that described IMP provides, realize user's concrete business demand based on the preset program masterplate.
In according to above-mentioned implementation method of the present invention, described clock module is set to be used for providing the software timing function to intrasystem other modules, data field every a software timer of 100 milliseconds of scanning, whether check has timer regularly to arrive, if have, just send a timer message to the thread that timer is set; Described database interface module is set, the api interface establishment database that is used to utilize database to provide connects thread, makes other modules to send the operation of database manipulation message fulfillment database and handle back echo reply message to the module that sends database manipulation at database connection thread by connect thread to database; The method that communication module adopts the multithread programs design is set, and every reception or connect a socket and connect is just created two threads and is handled, and one from tcp reception message, is transmitted to this node then; One receives message from message queue, be used for sending on the other side's node.
In according to above-mentioned implementation method of the present invention, adopt the dynamic link libraries mode to insert between described business module and the described IMP, each business module or several business module provide one or more dynamic link libraries according to configuration, partly form a process with described IMP and realize.
In according to above-mentioned implementation method of the present invention, described top control module is carried out following master control step: read configuration file; Start the clock thread; Check whether comprise the communication configuration in the configuration file, then start communication thread if any the communication configuration; Check in the configuration file whether database configuration is arranged, if any database configuration, log-on data storehouse thread then; Check the configuration information whether business module is arranged in the configuration file,, then start business module if any the business module configuration information; Send initial message to each thread that has started, enter the message circulation treatment step that receives message and processing messages.
Implement general-purpose interface machine system provided by the invention and its implementation, because an interface message processor (IMP) system includes five modules: top control module, clock module, communication module, database interface module, business module (or a plurality of), but because four modules wherein: top control module, clock module, communication module, independent executable program IMP of the independent composition of database interface module, the organizer of interface message processor (IMP) system just need not be concerned about ICP/IP protocol, operating system, Database Systems.Because IMP provides public dynamic link libraries and general public masterplate, concrete interface message processor (IMP) organizer has realized medelling, the simplification of business module.Owing to superposeing a plurality of business modules, on a computing machine, can realize the function of a plurality of interface message processor (IMP)s like this.Based on the such special construction of IMP, realized the realization of many sockets machine system, the example is as follows: in the mobile intelligent net product, the implementation of IMP has been adopted in the realization of MML (Man Machine Language), software efficiency greatly is provided, has reduced software cost.In the fixed intelligent network product, phone automatic fee system in Kaifeng has also adopted the software configuration mode of IMP.Facts have proved that the IMP that the present invention proposes is a kind of extraordinary mode that realizes the interface message processor (IMP) system.Make when doing the interface message processor (IMP) system,, can on a computing machine, realize, greatly reduced the software and hardware cost if the user need realize a plurality of interface message processor (IMP) system.
Description of drawings
Fig. 1 is the modular structure figure of general-purpose interface machine (IMP) system that proposes of the present invention;
Fig. 2 is the realization figure of top control module;
Fig. 3 is the realization figure of communication module;
Fig. 4 is the realization figure after tcp successful connection of establishment in the communication module;
Fig. 5 is the communication module inside story flow graph of trend of describing the message flow of IMP inside.
Embodiment
Fig. 1 has described and the invention provides the dependence between each module of IMP in the general-purpose interface machine system, and how business module organically is linked among the IMP and goes.As shown in the figure, general-purpose interface machine of the present invention is by top control module 101, clock module 102, communication module 103, database interface module 104, some business modules 105 are formed, wherein top control module 101, clock module 102, communication module 103, database interface module 104 is united compiling and is generated an enforceability program 106 (hereinafter referred to as IMP), a public dynamic link libraries and a software masterplate (not shown) are provided simultaneously, comprise function primitive a series of and that the IMP realization is mutual in the public dynamic link libraries, the software masterplate tells how the organizer of interface message processor (IMP) program removes interface message processor (IMP) of simple realization.Concrete business module utilizes public dynamic link libraries and software masterplate, according to concrete business demand, works out corresponding code, unites to generate a service dynamic link library.IMP is according to the configuration of configuration file, loaded with traffic dynamic link libraries simultaneously when starting operation.Like this, the authorized strength work of concrete business procedure just is separated with complicated TCP/IP, operating system, Database Systems, has realized medelling, the simplification of the establishment of interface message processor (IMP) system.
Wherein, top control module 101 determines whether starting 104 of communication module 103, database interface moulds according to configuration file, and keeps the stable operation of total system.Clock module 102 provides a high performance software clock, and the software clock that other module utilizations are such is to realize function regularly.Database interface module 104 is by connecting with concrete database, realized the function in shadow data storehouse, business module 105 is if to database manipulation, only need organize the corresponding database statement, issue database interface module 104, after database module 104 is finished dealing with operating result is returned to business module 105.Communication module 103 communicate by letter with whom according to configuration file decision, and a communication information of being correlated with is sent to concrete business module 105 goes processing.
In the module relation diagram of the general-purpose interface machine inside that Fig. 1 provides, top control module 101, clock module 102, database module 104, communication module 103 have constituted the IMP platform 106 of an interface message processor (IMP) jointly, adopt the mode of dynamic link libraries to insert between business module 105 and the IMP platform 106, each business module or several business module 105 provide one or more dynamic link libraries according to configuration, form a process with IMP terrace part 106 and realize.Intrasystem each module all has corresponding pno corresponding with it, and pno is used for each interior thread of unique designation system.The scope of Pno is from 1-400, and 1-255 distributes to communication module 103 and uses, and 260-270 distributes to top control module 101 and clock module 102 uses, and 270-299 distributes to database module 104 and uses, and 300-400 distributes to business module 105 and uses.PCB structure that is called thread control block of top control module 101 management all has a PCB record corresponding with it behind each thread creation.For each professional thread, unified naming rule is arranged, if pno is 300, then the name of its dynamic link libraries is called service300.sl (at hpux operating system), service300.so (at aix operating system), service300.dll (at WindowsNT operating system), or the like, function name is also simultaneously as follows in the masterplate file: service300 (...).When program composition, call the function primitive that the IMP platform provides, the masterplate of follow procedure is realized user's concrete business demand.Clock module is used for providing to intrasystem other modules the function of software timing, it is every the data field of a software timer of 100 milliseconds of scanning, whether have timer regularly arrive, if having, just send a timer message to the thread that timer is set if checking.The api interface that database interface module utilizes database to provide is created database and is connected thread, other module is if desired to database manipulation, just connect thread to database and send database manipulation message, database connects thread and handles back echo reply message to the module that sends database manipulation.Communication module 103 adopts the method for multithread programs design, and every reception or connect a socket and connect is just created two threads and handled, and one from tcp reception message, is transmitted to this node then; One receives message from message queue, be used for sending on the other side's node, and detailed process will be illustrated in conjunction with Fig. 3-Fig. 5.
Inquiry among Fig. 1 and tracking module 107 are in outside the IMP system, it sends inquiry or tracking message to IMP106, after IMP106 receives inquiry or tracking message, some global data districts of IMP106 inside (such as the communication link database, the thread control block data field) or tracking message are returned to inquiry and tracking module 107.
It is how to start IMP software that Fig. 2 has described the top control module among the IMP.It is the workflow that Fig. 2 has described top control module 101.At first, read configuration file, start clock module, in frame 203, judge,, then start communication module at frame 204 if communication module is arranged in the configuration file at frame 202 at frame 201; In frame 205, check in the configuration file whether database module (database configuration is 1) is arranged, if any then at frame 206 log-on data storehouse threads, in frame 207, check in the configuration file and have or not business module information, if pno number of having disposed business module in the configuration file, dynamic link libraries in frame 208 system call corresponding business modules, and startup business module thread enters frame 209, if do not have the business module configuration information in the configuration file then directly enter frame 209, send initial message by system to each module that has started, at last, at frame 210, enter message circulation, receive message and processing messages.
Fig. 3 and Fig. 4 described communication module be how with the general-purpose interface machine in other modules carry out communication.Wherein, Fig. 3 described the communication module among the IMP be how with the TCP/IP interface, and provide general communication function.It is how to carry out communication with other modules that Fig. 4 has described that tcp connects after creating successfully.
With reference to figure 3 and Fig. 4, communication module has been realized the function of compatible a plurality of server ports of while and a plurality of client ports, because the communication structure and the communication modes of each interface message processor (IMP) have nothing in common with each other, communication module is finished following function when therefore designing: the cancellation that communication establishment of connection, communication connect, the communication of accepting different port connect, send message, receive message.Its main thought is the communication for each node (being generally the computing machine of opposite end), and it is corresponding with it to need a main business module thread, and communication module is issued main business module thread to the message unification after receiving message.An interface machine module may have a plurality of business modules and handle, but wherein must set a main business module, other be from business module.Transmit by the main business module from the message communication unification of business module.The realization of communication module adopts multithreading to block Communication Design thought, every reception or set up a successful connection after set up two threads, the message that thread block is responsible for receiving to come from the outside on tcp, as long as this message non-0, he just adds that message header MSGHEAD sends in the main business module of the connection of join dependency therewith to this message, another thread block is responsible for reading message on message queue from message queue, and this message is sent from socket.Communication module provides some primitive to call simultaneously, is responsible for connecting, removes connection, obtains nodal information etc.Realized the universalization of communication module having shielded complicated ICP/IP protocol by above mode.
Specifically accompanying drawing 3 is described as follows: when the message that receives in frame 301 is initial message, then carry out frame 302-309, promptly read the communication configuration at frame 302, check at frame 303 whether server configures is arranged, if any then creating watcher thread, as in frame 305, checking out client configuration at frame 304, then connect to the node that has disposed at frame 306, in frame 307, check and whether successfully, otherwise clock signal is set at frame 309 as the processing of success below frame 308 enters.
When the message that receives in frame 301 is the message that connects, then carry out frame 310-312, promptly carry out communication according to the nodal information that receives and connect at frame 310, judge that at frame 311 whether communication connects successful, then enters corresponding flow process at frame 312 as success; When the message that receives is to close connection message, then carry out frame 313, closed communication thread, replacement communication data district content in frame 301; When the message that receives is clock message, then in frame 314, send the node transmission inspection bag message of link check bag to needs in frame 301; When the message that receives in frame 301 is that module withdraws from message, then remove communication data district's content and release communication module at frame 315.
Among Fig. 4,,, create a thread and come to receive message from tcp then at frame 403 when listening to connection (frame 401) or initiating to certain node successful connection (frame 402) as client; Receive successfully as judging, then create a thread and be used for from message queue, receiving message, as receive success (frame 406), then fill communication data district content,, close previous thread at frame 408 as unsuccessful at frame 407 at frame 405 at frame 404.
Data flow when Fig. 5 has described IMP and two nodes and carries out communication.Described such application in the drawings: this interface message processor (IMP) system needs to carry out communication with two nodes, its business module has three, the main business thread, from thread 1, from thread 2, can see intuitively among the figure in the IMP system message flow to, wherein second classify the communication thread of creating in the IMP system as.
We can see from the flow process of thread 508 reception a piece of news as follows in the drawings:
External node 501, arrives from thread 508 to main business thread 507 to the thread 504 that receives message from tcp;
External node 502, arrives from thread 508 to main business thread 507 to the thread 505 that receives message from tcp;
The flow process that sends a piece of news from thread 508 is as follows:
To the thread 503 that receives message from message queue, arrive external node 501 from thread 508;
From thread 508, to receiving the thread 504 of message to external node 502 from message queue;
We also can see from the flow process of thread 509 reception a piece of news as follows equally:
External node 501, arrives from thread 509 to main business thread 507 to the thread 505 that receives message from tcp;
External node 502, arrives from thread 509 to main business thread 507 to the thread 505 that receives message from tcp;
The flow process that sends a piece of news from thread 508 is as follows:
To the thread 506 that receives message from message queue, arrive external node 501 from thread 509;
To the thread 506 that receives message from message queue, arrive external node 502 from thread 509.
Claims (12)
1, a kind of general-purpose interface machine system, it is characterized in that, comprise public dynamic link libraries, the software masterplate, enforceability program IMP and a plurality of business module, described enforceability program IMP is by top control module, clock module, communication module, database interface module forms by uniting compiling, described public dynamic link libraries comprises a series of and IMP realizes mutual function primitive, described software masterplate provides the simple guide that realizes an interface message processor (IMP), described business module is according to concrete business demand, by visiting described public dynamic link libraries and described software masterplate, generate the code corresponding with described business demand, and unite with described public dynamic link libraries and described software masterplate and to generate a service dynamic link library, described executable file IMP loads described service dynamic link library simultaneously according to the configuration of configuration file when starting operation.
2, according to the described interface message processor (IMP) of claim 1 system, it is characterized in that, the top control module that is included among the described executable file IMP determines whether starting communication module, the database interface module that coexists among the described executable file IMP according to configuration file, and keeps the stable operation of total system.
According to the described interface message processor (IMP) of claim 1 system, it is characterized in that 3, the clock module that is included among the described executable file IMP provides a high performance software clock to other modules, in order to realize timing function.
4, according to the described interface message processor (IMP) of claim 1 system, it is characterized in that, be included among the described executable file IMP described database interface module by with the connect shielding of fulfillment database of concrete database, described business module is by described database interface module issued in the corresponding database statement of organizing to database manipulation, and the described database module back of finishing dealing with returns to operating result that this business module realizes.
5, according to the described interface message processor (IMP) of claim 1 system, it is characterized in that, be included in the described communication module among the described executable file IMP, communicate by letter with whom, and a communication information of being correlated with is sent to concrete business module go processing according to configuration file decision.
6, a kind of interface message processor (IMP) system implementation method may further comprise the steps: top control module, clock module, communication module, database interface module are formed enforceability program IMP by uniting compiling; For each module in the system is provided with unique pno, be used for each thread in the designation system, the Pno of different interval ranges given described communication module, described top control module, described clock module, described database module and described business module respectively in advance use; Thread of every establishment just has a PCB record corresponding with it, and a top control module is set, and manages the PCB structure of each thread control block; By calling the function primitive that described IMP provides, realize user's concrete business demand based on the preset program masterplate.
7, according to the described implementation method of claim 6, it is characterized in that, described clock module is set to be used for providing the software timing function to intrasystem other modules, data field every a software timer of 100 milliseconds of scanning, whether check has timer regularly to arrive, if have, just send a timer message to the thread that timer is set; Described database interface module is set, the api interface establishment database that is used to utilize database to provide connects thread, makes other modules to send the operation of database manipulation message fulfillment database and handle back echo reply message to the module that sends database manipulation at database connection thread by connect thread to database; The method that communication module adopts the multithread programs design is set, and every reception or connect a socket and connect is just created two threads and is handled, and one from tcp reception message, is transmitted to this node then; One receives message from message queue, be used for sending on the other side's node.
8, according to the described implementation method of claim 7, it is characterized in that, adopt the dynamic link libraries mode to insert between described business module and the described IMP, each business module or several business module provide one or more dynamic link libraries according to configuration, partly form a process with described IMP and realize.
According to the described implementation method of claim 7, it is characterized in that 9, described top control module is carried out following master control step: read configuration file; Start the clock thread; Check whether comprise the communication configuration in the configuration file, then start communication thread if any the communication configuration; Check in the configuration file whether database configuration is arranged, if any database configuration, log-on data storehouse thread then; Check the configuration information whether business module is arranged in the configuration file,, then start business module if any the business module configuration information; Send initial message to each thread that has started, enter the message circulation treatment step that receives message and processing messages.
10, according to the described implementation method of claim 6, it is characterized in that, institute is characterized in that, to inquire about and tracking module is in outside the IMP,, send inquiry or tracking message to IMP by described enquiry module in inquiry or when following the tracks of, after IMP receives inquiry or tracking message, some global data districts of IMP inside, comprise the communication link database and (or) the thread control block data field, or tracking message returns to described inquiry and tracking module.
11, according to the described implementation method of claim 7, it is characterized in that, in a main business module and a plurality of from business module, transmit by the main business module from the message communication unification of business module, whenever once receive and dispatch or set up a connection, need set up two threads, the message that thread block is responsible for receiving to come from the outside on tcp, as long as this message non-0, he just adds that message header MSGHEAD sends in the main business module of the connection of join dependency therewith to this message, another thread block is responsible for reading message on message queue from message queue, and this message is sent from socket.
According to the described implementation method of claim 11, it is characterized in that 12, communication is by the main business thread, from thread 1, realize from thread 2, wherein between IMP and two nodes:
Described from thread 1 reception a piece of news, comprise following process: external node 1, arrives from thread 1 to the main business thread to the thread 1 that receives message from tcp; External node 2, arrives from thread 1 to the main business thread to the thread 2 that receives message from tcp;
Described from thread 1 transmission a piece of news, comprise following process: to the thread 1 that receives message from message queue, arrive external node 1 from thread 1; To from thread 1 to the thread 2 that receives message from message queue, to external node 2;
Described from thread 2 reception a piece of news, comprise following process: external node 1, arrives from thread 2 to the main business thread to the thread 1 that receives message from tcp; External node 2, arrives from thread 2 to the main business thread to the thread 2 that receives message from tcp;
Described from thread 2 transmission a piece of news, comprise following process: to the thread 1 that receives message from message queue, arrive external node 1 from thread 2; To the thread 2 that receives message from message queue, arrive external node 2 from thread 2.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1955990B (en) * | 2005-10-28 | 2010-09-01 | 深圳市东进通讯技术股份有限公司 | Flow executing method and system of integral telecommunication platform |
| CN101827302A (en) * | 2010-04-19 | 2010-09-08 | 中兴通讯股份有限公司 | Multi-service unified processing method and unified service platform |
| CN103052930A (en) * | 2011-07-27 | 2013-04-17 | 赛普拉斯半导体公司 | Method and apparatus for parallel scanning and data processing for touch sense arrays |
| CN106027315A (en) * | 2016-07-12 | 2016-10-12 | 中国银联股份有限公司 | Data processing system access simulation method |
| CN110032456A (en) * | 2018-12-27 | 2019-07-19 | 江苏博智软件科技股份有限公司 | A kind of interface real-time reception method based on thread characteristics |
| CN111506360A (en) * | 2020-03-26 | 2020-08-07 | 南京国电南自维美德自动化有限公司 | External equipment access system and method of real-time data processing system |
-
2002
- 2002-07-24 CN CNA021362629A patent/CN1471018A/en active Pending
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1955990B (en) * | 2005-10-28 | 2010-09-01 | 深圳市东进通讯技术股份有限公司 | Flow executing method and system of integral telecommunication platform |
| CN101827302A (en) * | 2010-04-19 | 2010-09-08 | 中兴通讯股份有限公司 | Multi-service unified processing method and unified service platform |
| WO2011130940A1 (en) * | 2010-04-19 | 2011-10-27 | 中兴通讯股份有限公司 | Multi-service integration processing method and service integration platform |
| CN101827302B (en) * | 2010-04-19 | 2015-10-21 | 中兴通讯股份有限公司 | Processing method and unified service platform are unified in multi-service |
| CN103052930A (en) * | 2011-07-27 | 2013-04-17 | 赛普拉斯半导体公司 | Method and apparatus for parallel scanning and data processing for touch sense arrays |
| CN106027315A (en) * | 2016-07-12 | 2016-10-12 | 中国银联股份有限公司 | Data processing system access simulation method |
| CN106027315B (en) * | 2016-07-12 | 2019-09-27 | 中国银联股份有限公司 | Data processing system accesses emulation mode |
| CN110032456A (en) * | 2018-12-27 | 2019-07-19 | 江苏博智软件科技股份有限公司 | A kind of interface real-time reception method based on thread characteristics |
| CN111506360A (en) * | 2020-03-26 | 2020-08-07 | 南京国电南自维美德自动化有限公司 | External equipment access system and method of real-time data processing system |
| CN111506360B (en) * | 2020-03-26 | 2021-01-26 | 南京国电南自维美德自动化有限公司 | External equipment access system and method of real-time data processing system |
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