CN101882255A - Workflow device, system and configuration method based on service-oriented architecture - Google Patents
Workflow device, system and configuration method based on service-oriented architecture Download PDFInfo
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Abstract
The invention discloses a workflow device, a system and a configuration method based on a service-oriented architecture. The configuration of workflows is realized by adopting the service-oriented architecture, business nodes are deployed in different deployment environments in manner of loose coupling by utilizing a WEB service technology, and a user can freely change or generate new workflows in manner of modularization so as to meet new business requirements. Thereby, the compatibility and the flexibility of the workflow system can be improved so as to flexibly adapt to the change and the development of company business and reduce the risk of a company adopting a new system.
Description
Technical field
The present invention relates to computer application field, relate in particular to a kind of based on service-oriented architecture (Service-Oriented Architecture, Workflow system SOA).
Background technology
Workflow is meant to show as business procedure a part or whole part of automatic running the participant file, information or task are taken action according to rules, and make it transmit between the participant.Briefly, workflow is exactly a series of mutual linkings, the business activity of carrying out automatically or task.We can regard the whole service process as Yi Tiaohe, and what wherein flow through is exactly workflow.
Now, workflow has been applied to industries such as consumer goods industry, manufacturing industry, telecommunications service industry, financial services industry.Transnational enterprise that some are big and group company have generally adopted workflow to handle key business flow processs such as order, quotation, buying, and management service flow process such as the application of going on business, work overtime application, staffs training arrangement, performance appraisal.
What Workflow system now generally adopted is OO model, low based on OO Workflow system dirigibility, poor expandability.Along with more extensive, the more application of deep layer of computer technology in different industries, people wish all traditional office workflows all are transplanted in the Workflow system based on computer technology.But, the present situation of IT industry is, different types of operating system, application software, system software and application foundation structure are interweaved, coupling is tight, and enterprise is difficult to utilize the investment to existing application program and application foundation structure to solve new business demand, and OO model now can not well satisfy the development need of workflow.
The SOA architecture is a component model, and it connects the difference service (being functional unit) of application program by definition excellent interface and contract between these services.Interface is to adopt neutral mode to define, and is independent of hardware platform, operating system and the programming language of the service of realization.This make the service in various such systems of being structured in can a kind of unification and universal mode carry out alternately.
Summary of the invention
The purpose of this invention is to provide a kind of novel Workflow device, make things convenient for the user freely to change or to produce new workflow, solve new business demand according to modular mode based on service-oriented architecture.
The novel Workflow device based on service-oriented architecture that the present invention proposes comprises:
The service node definition module is used to define the interface and the service logic of service node;
The service node deployment module links to each other with the service node definition module, and the service node that is used for defining is deployed to the deployed environment of WEB service;
The operation flow configuration module links to each other with the service node deployment module, and the service node that is used for being deployed in described deployed environment is concatenated into operation flow;
Flow executing modules links to each other with the operation flow configuration module, is used for carrying out according to described operation flow the service logic of described service node.
Further, at least one physical server or the application server of described deployed environment for supporting the WEB service.Described physical server can have different main frame models, also can have different operating system, and described application server can have different operating system, also can be different types of application server.Different service nodes can be deployed in the different deployed environment, as being deployed to the service node of C# exploitation among the IIS of Windows operating system, also can be deployed to the service node that Java develops among Tomcat, the Weblogic and WebSphere application server on Linux or the Unix operating system.
Further, the service node definition module also is used for the user interface according to the interface definition service node of service node.
Further, the interface of different business node can adopt different development languages to define with service logic, such as adopting C# or Java to develop different service nodes.
Further, also comprise a database, directly link to each other with service node deployment module, operation flow configuration module, flow executing modules respectively, be used for storage service node deployment information, Workflow messages; The service node deployment module stores the deployment information of service node in the database into, obtains during for operation flow configuration module polyphone service node; Operation flow after the operation flow configuration module will be contacted is saved in the operation flow configuration file, and Workflow messages is stored in the database; Flow executing modules is used for obtaining Workflow messages from database, searches operation flow in the operation flow configuration file according to Workflow messages.
Further, described deployment information can comprise nodename, node path, node interface file name etc., and described Workflow messages can comprise: operation flow title, operation flow description, operation flow configuration filename etc.
Further, the operation flow configuration module also provides a visualized operation interface, and service node is dragged in the icon mode, is concatenated into operation flow.
Further, the operation flow configuration module also is used for disposing different flow processs respectively according to department, role and employee information.
Further, the service node deployment module is used for service node to do cluster or use the F5 load balancing mode to be deployed to plural physical server on a plurality of physical servers.
Further, the service node deployment module is used for the service node separate part is deployed to plural physical server.
Further, the service node deployment module comprises that also one disposes turnkey console, is used for management service node deployment information; The operation flow configuration module also comprises a BPM submodule, is used for management process information.
The invention allows for a kind of Workflow system of service-oriented architecture, comprising:
The service node deployment server, the service node that is used for defining interface and service logic is deployed to the deployed environment of WEB service, and the deployment information of service node is saved in the database;
The operation flow configuration server, link to each other with database and procedure configuration files server, be used to obtain deployment information, the service node that is deployed in the deployed environment of WEB service is concatenated into operation flow, generate the operation flow configuration file and be saved in the procedure configuration files server, Workflow messages is saved in the database;
The procedure configuration files server links to each other with operation flow configuration server and Workflow system server, is used for the storage service procedure configuration files.
The Workflow system server links to each other with procedure configuration files server and database, is used for the Workflow messages according to database, searches the operation flow configuration file in the procedure configuration files server, carries out this operation flow.
Further, described deployment information can comprise nodename, node path, node interface file name etc., and described Workflow messages can comprise: operation flow title, operation flow description, operation flow configuration filename etc.
Further, the operation flow configuration server also provides a visualized operation interface, and service node is dragged in the icon mode, is concatenated into operation flow.
The invention allows for a kind of collocation method of the workflow based on service-oriented architecture, may further comprise the steps:
Steps A: the interface and the service logic of definition service node;
Step B: the service node that defines is deployed in the deployed environment of WEB service;
Step C: the service node that will be deployed in the described deployed environment is concatenated into operation flow;
Step D: carry out service logic in the described service node according to described operation flow.
Further, at least one physical server or the application server of described deployed environment for supporting the WEB service.
Further, steps A also comprises: according to the user interface of the interface definition service node of service node.
Further, the interface of different business node can adopt different development languages to define with service logic, such as adopting C# or Java to develop different service nodes.
Further, step B also comprises: the deployment information of service node is saved in the database; Step C is specially: obtain the deployment information in the described database, service node is concatenated into operation flow, operation flow is saved in the operation flow configuration file, and Workflow messages is stored in the database; Step D also comprises: obtain the Workflow messages in the database, search operation flow in the operation flow configuration file according to Workflow messages.
Further, described deployment information can comprise nodename, node path, node interface file name etc., and described Workflow messages can comprise: operation flow title, operation flow description, operation flow configuration filename etc.
Further, among the described step C, can pass through the visualized operation interface, service node is dragged in the icon mode, be concatenated into operation flow.
Further, among the described step C, can dispose different flow processs respectively according to department, role and employee information.
Further, step B is specially: with service node on a plurality of physical servers, to do cluster or to use the F5 load balancing mode to be deployed in the plural physical server.
Further, step B is specially: the service node separate part is deployed in the plural physical server.
The present invention is owing to adopted service-oriented architecture to realize the configuration of workflow, utilize the WEB service technology that the mode of service node with loose coupling is deployed in the different deployed environment, the user can freely change or produce new workflow according to modular mode, solves new business demand.
Compared with prior art, the present invention can improve the compatibility and the dirigibility of Workflow system, adapt to the change and progress of corporate business flexibly, has reduced the risk that company adopts new system, has also saved the cost of company's operation and maintenance system simultaneously.
Description of drawings
Fig. 1 is based on the structural drawing of a kind of Workflow device of SOA architecture;
Fig. 2 is based on the network architecture diagram of a kind of Workflow system of SOA architecture;
Fig. 3 is based on the process flow diagram of a Workflow system embodiment of SOA architecture;
Embodiment
Below in conjunction with accompanying drawing the specific embodiment of the invention is described.
Fig. 1 is a kind of Organization Chart of the Workflow device based on the SOA architecture, comprising:
Service node definition module (service definition module), its function are the interface and the service logics of definition service node, can define new service node, also can revise existing service node.Each service node is a Web service assembly.Can adopt different development languages to define and realize the service logic of this service node, such as adopting C# or Java to develop different service node (Web service).This module also will define the user interface of this service node according to interface.
The service node deployment module is used for the service node (Web service) in the definition of service node definition module is deployed to different environment.Can be deployed to service node in the different physical servers, also can be deployed in the different Web Application Servers of different operating system, can be deployed to the service node of C# exploitation among the IIS of Windows operating system as us, also can be deployed to the service node that Java develops among Tomcat, the Weblogic and WebSphere application server on Linux or the Unix operating system.Because the distributivity of Web service, when the performance requirement of the physical server that service node is disposed is very high, we can adopt following dual mode to carry out load balancing, first kind of mode is that all service nodes are deployed on many physical servers, makees the hardware that cluster or use be similar to F5 and do load balancing on physical server; The second way is that a part of service node is deployed on the physical server, another part service node is deployed on another physical server, difference according to the service node of visiting visits different physical servers, and the load of every physical server is reduced.After having disposed service node, the deployment turnkey console of this module is used for management service node deployment information, and the information that service node is disposed is kept in the database table in the database, and the data of this table will be as the Data Source of operation flow configuration module.
Operation flow configuration module function is that the service node that is deployed on the varying environment is organized into different operation flow (being workflow), this module reads in the deployment information of safeguarding in the service deployment module from database, drag the business of assembling flow process by visualization interface, and the operation flow that assembles is saved in the procedure configuration files of XML form, also some information of this operation flow such as title, description and corresponding procedure configuration files name are saved in the database simultaneously.This module also provides some operation flow templates commonly used, standard to call for the user, and the user also can revise the operation flow that generates oneself on these standard form bases.Assembling operation flow, this module also will read department, role and employee information from database, and which operation flow configuration file certain department of configuration, certain role and certain employee use in this module.The operation flow configuration module comprises operation flow configuration submodule, is used for the configuration service flow process; Comprise the BPM submodule, be used for management service flow process information.
Flow executing modules is used to carry out the operation flow that assembles.This module provides login interface to verify user's identity, when the user logins into system, system searches the procedure configuration files of user's correspondence earlier according to user ID, if do not find the procedure configuration files of searching department's correspondence again according to the department under the user, if do not find yet, search the procedure configuration files of role's correspondence at last according to user's role, after finding procedure configuration files, this system is with the process of analysis configuration file, access the pairing user interface of first service node in the procedure configuration files, when the user after the user interface of this service node correspondence has been operated, click determining or submit button of interface, system will give the service node of disposing (Web service) data transfer on the interface in the service node deployment module, this service node receives data, return result to flow executing modules after handling service logic, flow executing modules will be according to the next service node that is transferred to that procedure configuration files disposed.Repeat above step 1 last node up to procedure configuration files, finished last service node after, whole workflow is just finished.
All comprise a common database access module in service node deployment module, operation flow configuration module, flow executing modules, this module is used to provide uniform way and comes operating database.
Fig. 2 is based on the network architecture diagram of a kind of Workflow system of SOA architecture, comprising:
The service node deployment server is used to dispose the service node that defines.Can be deployed in service node in the different environment, can be deployed in the service node that uses the .Net exploitation on the IIS of the server that Windows operating system is installed such as us; Also can be deployed in the service node that uses the Java language exploitation on the application servers such as Tomcat, the Weblogic of the server that Windows, Unix and (SuSE) Linux OS are installed and WebSphere.Adopt different development languages and adopt different deployed environment to make Workflow system more flexible, also can integrated company existing systems, can saving company dispose the cost of new system and reduce risk.
Database server, database are installed on the database server, and database can adopt Oracle, Sybase, SQLServer and MySql etc.After having disposed service node, we are saved in deployment information in the database such as nodename, deployment address, node interface file etc.
Operation operation flow configuration module in the operation flow configuration server, this module reads the service node deployment information and comes the configuration service flow process from database, and an operation flow that configures is saved in the procedure configuration files of XML form, procedure configuration files is put into the procedure configuration files server by FTP preserves, simultaneously Workflow messages is saved in the database.This module also reads department, role and employee information, the flow process that configuration department, role and employee will use from database simultaneously.
Disposed flow executing modules in the Workflow system server, the user can visit this server.Flow executing modules reads the procedure information that the user will use from database, download procedure configuration files from the procedure configuration files server, calls the service node flow process of finishing the work according to procedure configuration files then.
Operation flow configuration server, procedure configuration files server and Workflow system server can be same servers.
Fig. 3 is based on the process flow diagram of a Workflow system embodiment of SOA architecture, from the definition service node, dispose service node, configuration effort flow process and login the Workflow system server and finish the step of one action flow operations as follows to the user:
1. at service node definition module definition SNI with realize service logic, after definition is over the interface of service node, and define professional interface according to SNI.Can use development languages such as C# and Java to define service node (Web service).
2. in different environment, dispose node, can in the IIS of Windows, dispose the service node of .Net exploitation, also can dispose the service node that Java develops at the Tomcat on Unix and the (SuSE) Linux OS, Weblogic and WebSphere.
3. preserve deployment information in database, build a node deployment information table in the database, information such as node ID, nodename, node path, nodal operation interface file name are saved in this table.
4. configuration service flow process, read the data of node deployment information table in the database, in the interface of service node deployment module, drag the patterned configuration flow of node by craft, and, again the XML procedure configuration files is put on the procedure configuration files server in the flow process preservation XML procedure configuration files that configures.Simultaneously also in database, build an operation flow table, information such as operation flow ID, operation flow title, operation flow configuration filename are saved in this table of database.
5. the flow process used of configuration department, role and user, the flow process configuration module reads department, role and user profile from database, and reads Workflow messages from the operation flow table of database.Configuration department, role and user's the operation flow that will use in the interface.And an information that configures is saved in the database.
6. the user imports username and password login Workflow system server.
7. flow executing modules is searched the operation flow that the user will use in database, search earlier according to the user, if inquiry less than, search according to the department at user place again, if also inquire about less than, the role according to user's correspondence searches at last.
8. find user's corresponding service flow process, downloading service procedure configuration files from the procedure configuration files server is resolved the operation flow configuration file, opens the user interface of first service node.
9. the user interface of user's operation service node correspondence, user's logging data on user interface is clicked and is submitted to or confirming button.
10. flow executing modules is given service node data transfer with the mode of called Web service, the service logic in the operation service node.
11. database wherein may be inquired about, upgrades and be inserted to the service node runs business logic.After service logic has been moved, operation result turned back to present to the user in the flow executing modules.
12. be transferred to next service node according to the configuration of procedure configuration files and the return results of current business node.
13. repeat 8 to 12 step, last service node up to procedure configuration files has moved last service node, flow executing modules finishes this workflow.
In the office automation system, have that many workflows such as finance are submitted an expense account flow process, the approval process of asking for leave, the approval process of going on business, sell flow process, procurement process etc.There is different flow processs in different enterprises, the department that same enterprise is different treatable flow process be different, for the office worker of the different positions of same department treatable flow process also be different.
With concrete an application Workflow system based on service-oriented architecture described in the invention is described below, with prevailing finance reimbursements flow process in the enterprise realization of this system is described, is that the employee submits to expense report, section chief to examine, minister examines, the chief examines, converges that label, Finance Department are examined, Finance Department draws account, finishes such as finance reimbursement flow process in a company.And may be in the finance of another company reimbursement flow process that the employee submits to expense report, minister to examine, the chief examines, converge that label, Finance Department are examined, Finance Department draws account, finishes.Finance reimbursement flow process that also might another company is that the employee submits to expense report, leading body at a higher level to examine, Finance Department examines, account is drawn by Finance Department, finish etc., different enterprises has different processing to same flow process, if Workflow system will adapt to flow processs different in the different enterprises, reach customizable, Workflow system must be realized configurable flow.
In this system, earlier define each service node earlier at the service node definition module, submit the node of expense report to such as definition earlier, submit to expense report will insert those information, submit to got well after how according to rule (the circulation rule of the service node that when service node define, defines) list next step handler that circulates.And then the node examined of definition section chief, judge earlier whether section chief of this operator, if, just inquire about under him all employees' expense report under the section office, there is not authority if not then pointing out.The service logic that realize with Web service on operation interface, interface and the backstage of each node such as examine, the chief examines, account is drawn in countersign, Finance Department's audit, Finance Department, finish successively service node definition module definition minister.After defining each service node, each service node is deployed on the application server, and deployment information is saved in database.At the operation flow configuration module, finance reimbursement flow process such as a company is to submit expense report to, section chief examines, minister examines, the chief examines, converge and sign, Finance Department's audit, account is drawn by Finance Department, finish, the node configuration that defines more than the handle in the operation flow configuration module is formed an operation flow together, if the said firm is in order to simplify finance reimbursement flow process, having cancelled section chief examines with the chief and examines, flow process directly changes to the submission expense report, minister examines, converge and sign, Finance Department's audit, account is drawn by Finance Department, finish, the flow file that the user can dispose before the handle in the operation flow configuration module is opened and is remodified, and deletion section chief wherein examines with the chief and examines two service nodes.If professional the variation needs to increase the claimer and confirm this service node of account after account is drawn by Finance Department, the user can define operation interface, interface and the service logic realization of claimer to the account node at service node.Then the service node of redetermination is deployed in the system, the operation flow configuration file of definition adds the service node of redetermination in the flow process that has disposed to before the operation flow configuration module is opened.If the reimbursement flow process of other companies is to submit that expense report, leading body at a higher level examine, Finance Department examines, account is drawn by Finance Department to, finish, the user adds service node that a leading body at a higher level examines again in system, and reconfiguring service node is new operation flow.Collocating workflow adapts to the flexible and changeable operation flow of different companies so flexibly.
It should be understood that concrete enforcement special flow process of the present invention and parts only propose as example, not as limitation of the present invention.The present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (11)
1. Workflow device based on service-oriented architecture, described device comprises:
The service node definition module is used to define the interface and the service logic of service node;
The service node deployment module links to each other with the service node definition module, and the service node that is used for defining is deployed to the deployed environment of WEB service;
The operation flow configuration module links to each other with the service node deployment module, and the service node that is used for being deployed in described deployed environment is concatenated into operation flow;
Flow executing modules links to each other with the operation flow configuration module, is used for carrying out according to described operation flow the service logic of described service node.
2. device according to claim 1 is characterized in that, at least one physical server or the application server of described deployed environment for supporting the WEB service.
3. device according to claim 1 and 2, it is characterized in that, described device also comprises a database, directly links to each other with service node deployment module, operation flow configuration module, flow executing modules respectively, is used for storage service node deployment information, Workflow messages;
Described service node deployment module stores the deployment information of service node in the described database into, obtains when contacting service node for described operation flow configuration module;
Described operation flow configuration module is saved in operation flow in the operation flow configuration file, and Workflow messages is stored in the described database;
Described flow executing modules is used for obtaining Workflow messages from described database, searches operation flow in the operation flow configuration file according to Workflow messages.
4. device according to claim 3 is characterized in that, described operation flow configuration module also provides a visualized operation interface, and described service node is dragged in the icon mode, is concatenated into described operation flow.
5. device according to claim 3 is characterized in that, described operation flow configuration module also is used for disposing different flow processs respectively according to department, role and employee information.
6. device according to claim 2 is characterized in that, described service node deployment module is used for service node to do cluster or use the F5 load balancing mode to be deployed to plural physical server on a plurality of physical servers.
7. Workflow system based on service-oriented architecture, described system comprises:
The service node deployment server, the service node that is used for defining interface and service logic is deployed to the deployed environment of WEB service, and the deployment information of service node is saved in the database;
The operation flow configuration server, link to each other with described database and procedure configuration files server, be used to obtain described deployment information, the service node that is deployed in the described deployed environment is concatenated into operation flow, generate the operation flow configuration file and be saved in described procedure configuration files server, Workflow messages is saved in the described database;
The procedure configuration files server links to each other with operation flow configuration server and Workflow system server, is used to store described operation flow configuration file.
The Workflow system server links to each other with procedure configuration files server and described database, is used for the Workflow messages according to described database, searches the described operation flow configuration file in the procedure configuration files server, carries out described operation flow.
8. system according to claim 7 is characterized in that, described operation flow configuration server also provides a visualized operation interface, and described service node is dragged in the icon mode, is concatenated into described operation flow.
9. the collocation method based on the workflow of service-oriented architecture is characterized in that,
Steps A: the interface and the service logic of definition service node;
Step B: the service node that defines is deployed in the deployed environment of WEB service;
Step C: the service node that will be deployed in the described deployed environment is concatenated into operation flow;
Step D: carry out service logic in the described service node according to described operation flow.
10. method according to claim 9 is characterized in that,
Described step B also comprises: the deployment information of service node is saved in the database;
Described step C is specially: obtain the described deployment information in the described database, described service node is concatenated into operation flow, operation flow is saved in the operation flow configuration file, and Workflow messages is stored in the database;
Described step D also comprises: obtain the described Workflow messages in the described database, search operation flow in the operation flow configuration file according to Workflow messages.
11. method according to claim 9 is characterized in that, described step B is specially,
With service node on a plurality of physical servers, to do cluster or to use the F5 load balancing mode to be deployed in the plural physical server.
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