CN104517181A - Enterprise content management system and enterprise content management method for nuclear power plants - Google Patents
Enterprise content management system and enterprise content management method for nuclear power plants Download PDFInfo
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Abstract
The invention discloses an enterprise content management system and an enterprise content management method for nuclear power plants and solves the technical problems of low efficiency and high management and maintenance difficulty due to inconsistency of data exchange interfaces between each business system and a document system of the nuclear power plant in the prior art. The management sy6stem comprises a client (10), an enterprise document system (20) and a service platform (30), and the client (10) and the enterprise document system (20) are connected through the service platform (30) which is used for providing consistent standard interface services. On the basis of the standard interface services, the service platform (30) is capable of synchronously receiving a plurality of service requests sent by the business systems of the nuclear plant through the client (10), asynchronously processing the plurality of service requests and managing the enterprise document system (20). Consistency of data exchange between each business system and the document system is realized, intermediate links in data exchange between each business system and the document system are reduced, error probability is lowered, and data transmission efficiency is improved.
Description
Technical field
The present invention relates to nuclear power station technical field of document management, particularly relate to a kind of nuclear power station enterprise content management system and method.
Background technology
In nuclear power station, design documentation system is the system of designing institute's unified management design finished product file, engineering letters and associated documents archives, be each main business system of designing institute to produce the final filing of file local, be the entrance that designing institute receives letters, supplier, subpackage institute file, therefore each operation system need carry out exchanges data with design documentation system.
In the prior art, some nuclear power station designing institute design documentation systems are a set of infosystems being applicable to this nuclear power station designing institute archive files management service that the enterprise content management platform provided based on EMC Inc. is built.Be directed to this platform, current industry only has standard set Documetum FoundationClasses (hereinafter referred to as DFC) and Documentum Foundation Service (hereinafter referred to as DFS) to provide external interface.At present owing to not unifying combing and specification to the data exchange service between each operation system and design documentation system, each operation system and document system not only also exist different interfaces, and the exchanges data between each operation system from document system exists different intermediate link; Once data transmission fails or mistake, tracking reason is very difficult, and different systems need check different interfaces, and intermediate link is too much, also just causes data correction step very complicated, brings great inconvenience, affect work efficiency.
For the problems referred to above, existing settling mode directly carries out the secondary development of individual business for DFC or DFS provided by above-mentioned enterprise content management platform, manages the interface communication between each operation system and document system; But there is following defect in existing solution:
1) DFS mode degree of stability is inadequate: the service being provided systematic unity by the mode of DFS, the degree of stability of service is inadequate, because DFS is deployed on the application server jboss of web content server (content server), and jboss bears the operating pressure of the self-defined task of system of platform interior simultaneously, the very large operation of this kind of business throughput is such as filed for daily, great pressure can be caused to jboss, cause jboss often to delay machine, thus self-defined business interface service and internal system task run are all affected;
2) DFS mode is difficult to misarrangement: the secondary customized development being carried out business by the mode of DFS, be difficult to debug, on stream, reporting an error of programmer's programming IDE interface is often all unintelligible, only enter in the daily record of jboss just can find and report an error in detail, greatly reduce the work efficiency of exploitation;
3) interface service of disperseing is difficult to safeguard: if interface service disunity is set up, so just need between each operation system and document system to set up multiple different interface, add the quantity of interface service greatly, add the workload of operation maintenance personnel, and lack unified administering and maintaining;
4) learning cost is large: if directly carry out the exploitation of service logic, needs the coded system being understood DFC and DFS by more developer.
Visible, at least exist in the prior art, the data exchange interface disunity between nuclear power station each operation system and document system, the large inefficient technical matters of management maintenance difficulty.
Summary of the invention
The present invention is directed to and to exist in prior art, data exchange interface disunity between nuclear power station each operation system and document system, the large inefficient technical matters of management maintenance difficulty, a kind of nuclear power station enterprise content management system and method are provided, achieve unified exchanges data between each operation system and document system, the intermediate link of both minimizings when exchanges data, reduce probability of makeing mistakes, improve data transmission efficiency, facilitate the technique effect of mistake between system and process trace.
On the one hand, embodiments provide a kind of nuclear power station enterprise content management system, comprising:
Client and enterprise document system, and the service platform connecting described client and described enterprise document system;
Described service platform is used for providing unified standard interface service for described client and described enterprise document system; Serve based on described standard interface, described service platform synchronously can receive multiple service request that nuclear power station operation system is sent by described client, and multiple service request described in asynchronous process, and bookkeeping is carried out to described enterprise document system.
Optionally, described service platform comprises:
With the Web service assembly of described client's side link, for providing the business function of described service platform to described operation system, send described multiple service request based on described business function to described service platform to make described operation system;
The table interface module be connected with described Web service assembly, for synchronously receiving and multiple service request described in asynchronous process, and is saved in table interface database by the filing data that described operation system reports;
The table interface database be connected with described table interface module, for preserving described filing data;
The document foundation class interface be connected with described enterprise document system, for operating the filing data in described enterprise document system;
Be connected with described table interface database by described table interface module, and by filing Service Component that described document foundation class interface is connected with described enterprise document system, for obtaining described filing data from described table interface database, and filing is in described enterprise document system.
Optionally, the business function in described table interface module is packaged into three Web services by described Web service assembly, comprising: receive filing data service, inquiry filing status service and confirm the filing service of finishing.
Optionally, described table interface module is also for recording the change of filing state, correlation log and the abnormal information of described filing data, there is provided the interface that described filing data is inquired about and revised, to realize increasing the filing data in described table interface database, delete, change, looking into operation simultaneously.
Optionally, described table interface database is also for preserving the running log of described service platform.
Optionally, the class formation design of described Web service assembly adopts the mode of interface-oriented programming.
On the other hand, the embodiment of the present invention additionally provides a kind of nuclear power station enterprise content management method, is applied to enterprise content management system, and described enterprise content management system comprises client, service platform and enterprise document system, and described method comprises step:
Multiple service request that S1, acquisition operation system are sent by described client;
S2, synchronously to be received and multiple service request described in asynchronous process by described service platform, and bookkeeping is carried out to described enterprise document system.
Optionally, described step S1 comprises:
S11, provide the business function of described service platform to described operation system;
S12, obtain described multiple service request that described operation system sends to described service platform based on described business function.
Optionally, described multiple service request comprises data filing request, and described step S2 specifically comprises:
S21, synchronously receive described data filing request by described service platform;
S22, by data filing request described in described service platform asynchronous process, and receive the filing data that described operation system reports, and described filing data is saved in described enterprise document system.
Optionally, described multiple service request comprises inquiry filing status request, and described step S2 specifically comprises:
S23, synchronously to be received described inquiry filing status request by described service platform;
S24, by inquiry filing status request described in described service platform asynchronous process, and inquire about the filing state of filing data in described enterprise document system, and give described client by described filing feedback of status.
Optionally, described multiple service request comprises the confirmation filing request of finishing, and described step S2 specifically comprises:
S25, synchronously receive the described confirmation filing request of finishing by described service platform;
S26, confirm the filing request of finishing by described in described service platform asynchronous process, and the filing state of the filing data being saved in described enterprise document system is upgraded, and by the filing feedback of status that upgrades to described client.
One or more technical schemes that the embodiment of the present invention provides, at least have following technique effect or advantage:
Due in embodiments of the present invention, enterprise content management system comprises: client and enterprise document system, and the service platform connecting described client and described enterprise document system; Described service platform is used for providing unified standard interface service for described client and described enterprise document system; Serve based on described standard interface, described service platform synchronously can receive multiple service request that nuclear power station operation system is sent by described client, and multiple service request described in asynchronous process, and bookkeeping is carried out to described enterprise document system; That is, the present invention program provides a set of standard interface service, optimize the flow process that each operation system and enterprise document system data exchange, increase work efficiency, by setting up enterprise document systematic unity interface service, with the unified exchanges data realizing each operation system and enterprise document system, reduce the intermediate link in data exchange process, reduce probability of makeing mistakes, improve data transmission efficiency, facilitate the debugging between system and process trace.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.
The first nuclear power station enterprise content management system structured flowchart that Fig. 1 provides for the embodiment of the present invention;
The second nuclear power station enterprise content management system structured flowchart that Fig. 2 provides for the embodiment of the present invention;
The third nuclear power station enterprise content management system structured flowchart that Fig. 3 provides for the embodiment of the present invention;
The service platform system distinguishing hierarchy structural drawing of the nuclear power station enterprise content management system that Fig. 4 provides for the embodiment of the present invention;
The first nuclear power station enterprise content management method flow diagram that Fig. 5 provides for the embodiment of the present invention;
The second nuclear power station enterprise content management method flow diagram that Fig. 6 provides for the embodiment of the present invention;
The third nuclear power station enterprise content management method flow diagram that Fig. 7 provides for the embodiment of the present invention;
The 4th kind of nuclear power station enterprise content management method flow diagram that Fig. 8 provides for the embodiment of the present invention;
The 5th kind of nuclear power station enterprise content management method flow diagram that Fig. 9 provides for the embodiment of the present invention.
Embodiment
The embodiment of the present invention is by providing a kind of nuclear power station enterprise content management system, solve the data exchange interface disunity between nuclear power station each operation system and document system existed in prior art, the large inefficient technical matters of management maintenance difficulty, achieve unified exchanges data between each operation system and document system, the intermediate link of both minimizings when exchanges data, reduce probability of makeing mistakes, improve data transmission efficiency, facilitate the technique effect of mistake between system and process trace.
The technical scheme of the embodiment of the present invention is for solving the problems of the technologies described above, and general thought is as follows:
Embodiments provide a kind of nuclear power station enterprise content management system, comprising: client and enterprise document system, and the service platform connecting described client and described enterprise document system; Described service platform is used for providing unified standard interface service for described client and described enterprise document system; Serve based on described standard interface, described service platform synchronously can receive multiple service request that nuclear power station operation system is sent by described client, and multiple service request described in asynchronous process, and bookkeeping is carried out to described enterprise document system.
Visible, in embodiments of the present invention, by providing a set of standard interface service, optimizing the flow process that each operation system and enterprise document system data exchange, increasing work efficiency, by setting up enterprise document systematic unity interface service, with the unified exchanges data realizing each operation system and enterprise document system, reduce the intermediate link in data exchange process, reduce probability of makeing mistakes, improve data transmission efficiency, facilitate the debugging between system and process trace.
In order to better understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail, the specific features being to be understood that in the embodiment of the present invention and embodiment is the detailed description to technical scheme, instead of the restriction to technical scheme, when not conflicting, the technical characteristic in the embodiment of the present invention and embodiment can combine mutually.
Embodiment one
Please refer to Fig. 1, embodiments provide a kind of nuclear power station enterprise content management system, described management system comprises: client 10 and enterprise document system 20, and connects the service platform 30 of client 10 and enterprise document system 20; Service platform 30 is for providing unified standard interface service for client 10 and enterprise document system 20; Serve based on described standard interface, service platform 30 synchronously can receive multiple service request that nuclear power station operation system is sent by client 10, and multiple service request described in asynchronous process, and bookkeeping is carried out to enterprise document system 20.
Concrete, described management system is supported by the Web service (Web Service) of the asynchronous mode building configurableization based on JAX-WS framework.JAX-WS specification is that the JAVA API of one group of XML Web Services, JAX-WS allow developer that RPC-oriented or message-oriented can be selected to realize the Web Services of oneself.In JAX-WS, a far call can be converted to an agreement based on XML such as SOAP, and in use JAX-WS process, developer does not need the code writing any generation and SOAP processing.During the operation of JAX-WS, calling of these API can be converted into corresponding soap message by realization.
Wherein, XML is extend markup language, and English full name is eXtensible Markup Language, is a kind ofly to make it have structural markup language for electroactive marker son file.It can be used for flag data, definition data type, be the source language that the markup language of a kind of user of permission to oneself defines.It is applicable to WWW transmission very much, unified method is provided to describe and exchange structural data independent of application program or supplier, be the subset of standard generalized markup language (SGML, Standard Generalized MarkupLanguage), be applicable to Web transmission.
At server end, user only needs the service endpoint interface (SEI by realizing required for Java language definition far call, Service Endpoint Interface), and relevant realization is provided, just can be issued as Web Service interface by the service issuing interface calling JAX-WS.In client, user can create an agency (carrying out alternative long-range service with native object) by the application programming interface of JAX-WS (API, Application Programming Interface) and realize calling for remote server.
Certain JAX-WS also provides one group of API Calls of carrying out operating for bottom message, can directly use soap message or XML message send request by Dispatch or use Provider treatment S OAP or XML message.The interoperability environment provided by web service, we easily can realize the interoperability of JAVA platform and other programmed environments (.net etc.) with JAX-WS.
Concrete, please refer to Fig. 2, client 10 comprises Web service client 101, by variable environmental structures such as .net, JAVA.Enterprise document system 20 is design documentation management system (DDMS, DesignDocument Manage System).Service platform 30 comprises: Web service (Service) assembly 301 be connected with client 10; The table interface module 302 be connected with Web service assembly 301; The table interface database 303 be connected with table interface module 302; The document foundation class interface (i.e. DFC interface) 304 be connected with enterprise document system 20; Be connected with table interface database 303 by table interface module 302, and pass through the filing Service Component 305 that is connected with enterprise document system 20 of document foundation class interface 304; Respectively each functional module in service platform 30 is specifically described below:
1) Web service assembly 301, for providing the business function of service platform 30 to described operation system, sends described multiple service request based on described business function to service platform 30 to make described operation system; Concrete, the business function of service platform 30 is packaged into Web service by Web service assembly 301, with the business function making the operation system with service platform 30 with annexation know service platform 30, and send described multiple service request by client 10 to service platform 30, and report filing data; Wherein, operation system is the operation system needing to carry out archive.
Web Service assembly 301 business function in table interface module 302 is packaged into WebService be exposed to each operation system, concrete, business function in table interface module 302 is packaged into three Web services by Web service assembly 301, comprising: receive filing data service, inquiry filing status service and confirm the filing service of finishing.Certainly, afterwards during system extension, equally also the Service Component of expansion can be packaged into Web Service.
In the embodiment of the present application, the class formation design of Web service assembly 301, uses the Web service of CXF Development of Framework REST style.Program design adopts the mode of interface-oriented programming, first defines SEI, then defines specific implementation class, is realizing calling service logic method in class.
2) showing interface module 302, for synchronously receiving and multiple service request described in asynchronous process, and the filing data that described operation system reports being saved in table interface database 303; In addition, table interface module 302 is also for recording the change of filing state, correlation log and the abnormal information of described filing data, there is provided the interface that described filing data is inquired about and revised, to realize increasing the filing data in described table interface database 303, delete, change, looking into operation simultaneously;
Further, interface module 302 is shown also for providing the relevant interface of operation table interface data to Web service assembly 301 and filing Service Component 305.Each solicited message of each operation system is all recorded to request flowing water table, carry out query analysis for during needs, this function can arrange switch, can turn off this function and stop solicited message record when not needing.To the various system journals that the application's enterprise content management system is run, be recorded in system journal (SYSTEM_LOG) database table, for inquiry.Meanwhile, the mistake run for program also needs to write in consolidated storage simultaneously goes.
3) interface database 303 is shown, for preserving the running log of described filing data and service platform 30; Sql Server 2005 database can be used;
4) document foundation class interface 304, also claims DFC interface, i.e. a set of system-based API based on JAVA of providing of Documentum platform, for operating the filing data in enterprise document system 20;
5) file Service Component 305, for obtaining described filing data from table interface database 303, and filing is in enterprise document system 20, and realizes the filing such as checking, the mandate service logic of data; Wherein, mandate business is exactly type according to filed document and data qualification, for it specifies corresponding acl_domain (territory) and the business of acl_name (title), for all types, all can acl_name and acl_domain of given acquiescence.For the document of the type and data qualification that have special access right requirement, configuration acl_name and acl_domain carries out authorizing the appointment by business separately.
In a particular application, filing Service Component 305 also with external file server 40 (NAS, NetworkAttached Storage) communication, its function is for providing file to filing Service Component 305, and it strengthens the function of storer, simplifies the management of network data, improve the performance of system, improve the availability of data, decrease the complexity of management simultaneously, reduce running cost.
In specific implementation process, also can need to expand the type of service of enterprise content management system according to practical application, increase the number of getting business and retrography business, still please refer to Fig. 2, service platform 30 also comprises:
6) number of the getting business module 306 of Web service assembly 301 and enterprise document system (i.e. described design documentation management system) 20 is connected, for realizing the business of the channel number number of getting, the archives of paper quality number of getting; The number of getting business module 306 is also connected with the outside number of getting middle table database 50; The number of getting middle table database 50 is for storing the data such as the number of getting service request data and the number of getting running log; In specific works process, the number of getting business module 306 synchronously can receive the multiple number of getting service request and be stored in the number of getting middle table database 50, and asynchronously processes from wherein obtaining the number of getting service request.
7) the data retrography module 307 of Web Service assembly 301 and enterprise document system (i.e. described design documentation management system) 20 is connected, for the associated data information provided according to data source, search the filing data preserved in enterprise document system 20, and by appointed information retrography to destination document.Existing retrography business comprises: WorkReady engineering letters retrography WR channel number and WR date field are to project file; DRCS engineering letters retrography DRCS channel is number to project file; Pay letters retrography external fulfillment channel number to project file.
In addition, in specific implementation process, please refer to Fig. 3, in order to realize carrying out online browse to the business function, running status etc. of the table interface module 302 of service platform 30, browser 102 can be set up at client 10 place, and in service platform 30, set up the back-stage management WEB application module 308 of connection table interface module 302 and browser 102.
The technological frame design of the application's enterprise content management system is mainly reflected in the technological frame design of service platform 30, is specifically introduced below to it:
The system level of service platform 30 divides as shown in Figure 4, comprising: presentation layer, controller layer, Business Logic, DAO (DAO, Data Access Object) layer, domain object (DomainObject) layer.Adopt three Open Framework: Apache CXF, Spring Framework, Hibernate.Its mainly for be the business realizing of service platform 30 as shown in Figure 2, below in conjunction with Fig. 2, Fig. 4, the function declaration of above-mentioned each level and mentality of designing are introduced:
1, presentation layer: its design formulates XML data format standard according to business datum, realizes JSP; The exchanges data of its function mainly and between each operation system.JSP (full name JavaServer Pages) is advocated by Sun Microsystems company to participate in the common one created with many companies and make software developer can the request of customer in response end, and dynamically generates the technical standard of the Web page of HTML, XML or extended formatting document.JSP technology is using Java language as script, and JSP webpage is that the Java library unit of whole server end provides an interface to serve the application program of HTTP.JSP makes Java code and specific predefine action can be embedded in static page.JSP syntax adds the XML label being called as JSP action, and they are used for calling built-in function.
2, controller layer: its design is the Web service using Apache CXF Development of Framework REST style; Program design adopts the mode of interface-oriented programming, first defines SEI interface, then defines specific implementation class, is realizing calling service logic method in class.Its function is responsible for accepting client-requested, and call service logic method.For Fig. 2, here mainly through the service logic of Web service assembly 301 encapsulating sheet interface module 302.Wherein, Apache CXF is a Services framework of increasing income, and CXF utilizes Frontend programming API build and develop Services, as JAX-WS; These Services can support various protocols, such as: SOAP, XML/HTTP, RESTful HTTP or CORBA, and can run in multiple transport protocols, such as: HTTP, JMS or JBI, CXF enormously simplify the establishment of Services, it inherits XFire tradition simultaneously, equally can carry out Seamless integration-with Spring natively.
3, Business Logic: its design is the interface programming towards DAO layer, uses the characteristics such as IOC, AOP of Spring to carry out appropriate design, is not coupled with persistent layer API; The control of affairs is carried out at this one deck.Its function is the service logic realizing service platform system.
Wherein, Spring is control reversion (IOC) and the container frame towards tangent plane (AOP) of a lightweight.Described control reversion refers to that Spring is called by one the technology controlling reversion (IOC) and facilitates loose coupling; When applying IOC, other object of an object dependency can be transmitted into by passive mode, instead of this object oneself creates or searches dependence object.Describedly referring to that Spring provides the abundant support towards tangent plane programming towards tangent plane, allowing service logic and system-level service by being separated application to carry out the exploitation of cohesion.Application only realizes that they should do, as finishing service logic, and and other system-level focus not responsible, such as daily record or affairs support.
4, DAO layer: its design is that persistent layer uses different technology, DAO layer is corresponding can be different; In order to make Business Logic not be coupled with concrete persistent layer technology, for each DAO assembly provides interface, Business Logic is towards the interface programming of DAO.Its function mainly includes establishment to domain object, inquiry, the operation such as renewal and deletion, and the CRUD corresponding to database table operates.Wherein, CRUD refers to that increase (Create) when doing computing, inquiry (Retrieve), the initial that upgrades (Update) and deletion (Delete) several word are write a Chinese character in simplified form; Mainly be used in the basic operational functions describing database or persistent layer in software systems.
5, domain object layer: its design is that the common Java object (POJO) of each domain object realizes.The object model of its function system that has been abstract, the usual corresponding one or more database table of each domain object.
Generally speaking, the enterprise content management system in the present embodiment, at least has following technique effect or advantage:
(1) can support process more than 2000 per hour filing, authorize, the number of getting, retrography request.Meet the demand of existing designing institute filing business for system-through-up capability completely.
(2) for hold filing, mandate, retrography and corresponding stored storehouse the demand such as mapping only need can be supported, without the need to changing source code by configuration file amendment; Improve the response speed for new demand.
Embodiment two
Based on same inventive concept, please refer to Fig. 5, the embodiment of the present invention additionally provides a kind of nuclear power station enterprise content management method, be applied to the enterprise content management system as described in embodiment one, described enterprise content management system comprises described client 10, described service platform 30 and described enterprise document system 20, and described management method comprises step:
Multiple service request that S1, acquisition operation system are sent by described client 10;
S2, synchronously to be received and multiple service request described in asynchronous process by described service platform 30, and bookkeeping is carried out to described enterprise document system 20.
In specific implementation process, please refer to Fig. 6, in order to screen out the business datum not meeting this enterprise content management system business function that operation system reports, described step S1 comprises:
S11, provide the business function of described service platform 30 to described operation system;
S12, obtain described multiple service request that described operation system sends to described service platform 30 based on described business function.
In specific implementation process, please refer to Fig. 7, described multiple service request comprises data filing request, and described step S2 specifically comprises:
S21, synchronously receive described data filing request by described service platform 30;
S22, by data filing request described in described service platform 30 asynchronous process, and receive the filing data that described operation system reports, and described filing data is saved in described enterprise document system 20.
Above-mentioned steps S21 ~ S22 specifically comprises:
Step 1) receive described data filing request, and described data filing request is recorded in request flowing water table;
Step 2) safety verification is carried out to described data filing request, be specially the checking of IP scope;
Step 21) when described safety verification failure, return error message, return the result of XML format, know safety verification failure to make access side;
Step 22) when described safety verification success, whether checking Globally Unique Identifier (GUID, GloballyUnique Identifier) exists;
Step 221) when checking learns that described GUID does not exist, newly-increased filing data corresponding to described data filing request is in the table interface module of service platform 30, and return filing data and receive successfully, return the result of XML format, know that to make access side filing data receives successfully;
Step 222) when checking learns that described GUID exists, whether verifying XML HashCode is consistent;
Step 2221) when checking learns that XML HashCode is inconsistent, check the treatment state of the filing data that described data filing request is corresponding;
Step 22211) when the treatment state of filing data is in process, returns failure information, return the result of XML format, know that to make access side filing data is filed unsuccessfully;
Step 22212) when the treatment state of filing data is in non-process, upgrades XML data and be also set to untreated state, and return and receive successfully, return the result of XML format, know that to make access side filing data is filed successfully;
Step 2222) when checking learns that XML HashCode is consistent, check the treatment state of the filing data that described data filing request is corresponding;
Step 22221) when the treatment state of filing data is for filing unsuccessfully, described data filing request is set to untreated state, and returns and receive successfully, returning the result of XML format, know that to make access side filing data receives successfully;
Step 22222) when the treatment state of filing data is for filing successfully, returns the successful information of filing, returning the result of XML format, know that to make access side filing data is filed successfully.
In specific implementation process, please refer to Fig. 8, described multiple service request comprises inquiry filing status request, and described step S2 specifically comprises:
S23, synchronously receive described inquiry by described service platform 30 and file status request;
S24, by inquiry filing status request described in described service platform 30 asynchronous process, and inquire about the filing state of filing data in enterprise document system 20, and give described client 10 by described filing feedback of status.
Above-mentioned steps S23 ~ S24 specifically comprises:
Step 3) receive described inquiry filing status request, and described inquiry filing status request is recorded in request flowing water table;
Step 4) safety verification is carried out to described inquiry filing status request, be specially the checking of IP scope;
Step 41) when described safety verification failure, return error message, return the result of XML format, know safety verification failure to make access side;
Step 42) when described safety verification success, the filing state of the filing data corresponding to status request is filed in the described inquiry of table interface module inquiry to service platform 30, and file state be successfully time, returning filing state is successfully, return the result of XML format, know that to make access side data filing state is for success.
In specific implementation process, please refer to Fig. 9, described multiple service request comprises the confirmation filing request of finishing, and described step S2 specifically comprises:
S25, synchronously receive the described confirmation filing request of finishing by described service platform 30;
S26, described in described service platform 30 asynchronous process, confirm the filing request of finishing, and the filing state of the filing data being saved in described enterprise document system 20 is upgraded, and by the filing feedback of status that upgrades to described client 10.
Above-mentioned steps S25 ~ S26 specifically comprises:
Step 5) receive the described confirmation filing request of finishing, and the described confirmation filing request of finishing is recorded in request flowing water table;
Step 6) safety verification is carried out to the described confirmation filing request of finishing, be specially the checking of IP scope;
Step 61) when described safety verification failure, return error message, return the result of XML format, know safety verification failure to make access side;
Step 62) when described safety verification success, table interface module to service platform 30 upgrades the described filing state confirming the filing data corresponding to the filing request of finishing, and when filing state updating success, return filing state for being updated successfully, return the result of XML format, know the success of data filing state updating to make access side.
Generally speaking, the enterprise content management method in the present embodiment, at least has following technique effect or advantage:
(1) for not conforming to rule data or filing abnormal conditions, can be monitored by monitor service, and can regularly send mail to specified services personnel, reminding business personnel follow the tracks of abnormal data and process; Improve the reliability of business.
(2) by modes such as encryption, IP restrictions, the safety and reliability of service has been ensured.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) of computer usable program code.
The present invention describes with reference to according to the process flow diagram of the method for the embodiment of the present invention, equipment (system) and computer program and/or block scheme.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or square frame.These computer program instructions can being provided to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computing machine or other programmable data processing device produce device for realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
These computer program instructions also can be loaded in computing machine or other programmable data processing device, make on computing machine or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computing machine or other programmable devices is provided for the step realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (11)
1. a nuclear power station enterprise content management system, is characterized in that, described management system comprises:
Client (10) and enterprise document system (20), and the service platform (30) connecting described client (10) and described enterprise document system (20);
Described service platform (30) is for providing unified standard interface service for described client (10) and described enterprise document system (20); Serve based on described standard interface, described service platform (30) synchronously can receive multiple service request that nuclear power station operation system is sent by described client (10), and multiple service request described in asynchronous process, and bookkeeping is carried out to described enterprise document system (20).
2. enterprise content management system as claimed in claim 1, it is characterized in that, described service platform (30) comprising:
The Web service assembly (301) be connected with described client (10), for providing the business function of described service platform (30) to described operation system, send described multiple service request based on described business function to described service platform (30) to make described operation system;
The table interface module (302) be connected with described Web service assembly (301), for synchronously receiving and multiple service request described in asynchronous process, and the filing data that described operation system reports is saved in table interface database (303);
The table interface database (303) be connected with described table interface module (302), for preserving described filing data;
The document foundation class interface (304) be connected with described enterprise document system (20), for operating the filing data in described enterprise document system (20);
Be connected with described table interface database (303) by described table interface module (302), and by filing Service Component (305) that described document foundation class interface (304) is connected with described enterprise document system (20), for obtaining described filing data from described table interface database (303), and in filing to described enterprise document system (20).
3. enterprise content management system as claimed in claim 2, it is characterized in that, business function in described table interface module (302) is packaged into three Web services by described Web service assembly (301), comprising: receive filing data service, inquiry filing status service and confirm the filing service of finishing.
4. enterprise content management system as claimed in claim 2, it is characterized in that, described table interface module (302) is also for recording the change of filing state, correlation log and the abnormal information of described filing data, there is provided the interface that described filing data is inquired about and revised, to realize increasing the filing data in described table interface database (303), delete, change, looking into operation simultaneously.
5. enterprise content management system as claimed in claim 2, it is characterized in that, described table interface database (303) is also for preserving the running log of described service platform (30).
6. enterprise content management system as claimed in claim 2, is characterized in that, the class formation design of described Web service assembly (301) adopts the mode of interface-oriented programming.
7. a nuclear power station enterprise content management method, be applied to enterprise content management system, described enterprise content management system comprises client (10), service platform (30) and enterprise document system (20), and it is characterized in that, described management method comprises step:
Multiple service request that S1, acquisition operation system are sent by described client (10);
S2, synchronously to be received and multiple service request described in asynchronous process by described service platform (30), and bookkeeping is carried out to described enterprise document system (20).
8. enterprise content management method as claimed in claim 7, it is characterized in that, described step S1 comprises:
S11, provide the business function of described service platform (30) to described operation system;
S12, obtain described multiple service request that described operation system sends to described service platform (30) based on described business function.
9. enterprise content management method as claimed in claim 7 or 8, it is characterized in that, described multiple service request comprises data filing request, and described step S2 specifically comprises:
S21, synchronously receive described data filing request by described service platform (30);
S22, by data filing request described in described service platform (30) asynchronous process, and receive the filing data that described operation system reports, and described filing data is saved in described enterprise document system (20).
10. enterprise content management method as claimed in claim 7 or 8, is characterized in that, described multiple service request comprises inquiry filing status request, and described step S2 specifically comprises:
S23, synchronously receive described inquiry by described service platform (30) and file status request;
S24, by described in described service platform (30) asynchronous process inquiry filing status request, and inquire about the filing state of filing data in described enterprise document system (20), and give described client (10) by described filing feedback of status.
11. enterprise content management methods as claimed in claim 7 or 8, is characterized in that, described multiple service request comprises the confirmation filing request of finishing, and described step S2 specifically comprises:
S25, synchronously receive the described confirmation filing request of finishing by described service platform (30);
S26, confirm the filing request of finishing by described in described service platform (30) asynchronous process, and the filing state of the filing data being saved in described enterprise document system (20) is upgraded, and give described client (10) by the filing feedback of status of renewal.
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