CN102054224A - SOA (Service Oriented Architecture)-based clothes enterprise collaborative management system development method and system - Google Patents
SOA (Service Oriented Architecture)-based clothes enterprise collaborative management system development method and system Download PDFInfo
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Abstract
The invention provides an SOA-based clothes enterprise collaborative management system development method. The development method comprises the following steps: (1), an SOA integration development system platform is established; (2), a collaborative development middleware tool kit is arranged in a service layer; (3), the existing ERP (Enterprise Resource Planning) of the enterprise and any other third-party application systems are integrated into a resource layer; (4), collaborative management system development is carried out; (5), all parts of a completed collaborative management system are respectively integrated into the service layer and an application layer; and (6), a Portal middleware development presentation layer interface is adopted. The invention further provides a clothes enterprise collaborative management system for realizing the method. The system is a Web Service technology-based Web service integration application platform comprising the following four layers of structure which are connected from top to bottom and carry out interactive communication: a presentation layer, the application layer, the service layer and the resource layer. The method and the system provided by the invention are standard and highly effective, traverse platforms and have significant advantages.
Description
Technical field
The present invention relates to the network software development technology, be specifically related to clothes garment enterprise coordination management system development approach and system based on SOA.
Background technology
The garment enterprise coordination management system is meant according to the ubiquitous causality of objective things, rule such as symmetry and contradiction, with the garment enterprise system is main research object, inside and outside a plurality of organization departments of research garment enterprise system, for realizing common objective, dynamically changeable, the digitizing that retrains mutually and mutually promote, under the intelligent management environment, how that garment enterprise external resource and internal resource is collaborative integrated, auxiliary inner each of garment enterprise of realizing do not stop the link that changes, according to environmental change resource is distributed, and the general objective of garment enterprise and the goal coordination of each complementary link got up, realize that the symmetry that garment enterprise is managed coordinates, the KXG of the system dynamics cooperation of balanced development.
In modern clothing business administration and IT application process, the coordination management system of developing based on various key elements more and more is subjected to liking of garment enterprise.Garment enterprise coordinated management infosystem is at insoluble problem in the present garment enterprise informationization, the next generation internet garment enterprise management software that adopts artificial intelligence technology and collaborative theory to analyze, design, realize.
Business events flow path management system (BPMS) is that the technology of BPM realizes that it makes garment enterprise to carry out modeling, deployment and management to core process.BPMS must have the direct conversion capability from the garment enterprise strategic objective to operation flow, and system must provide decision support etc. for the garment enterprise high level.Relation between garment enterprise management system each several part and each unit is " working in coordination with " relation, is to realize common function and cooperate and play a role.In modern clothing business administration and information system performance history, business Process Design is in core status, and whether reasonable in design it is, often directly determine the height of the garment enterprise management and the level of IT application, determined the garment enterprise informatization resolve scheme to dispose and implement to succeed.
But, also there are not this type of document or report in the prior art, each software development garment enterprise is often carried out the method for a cover oneself separately, lack consistent standard each other, can't be integrated to existing third party's application systems such as the existing ERP of enterprise, restricted the compatibility and the tempo of development of software systems greatly.Therefore, provide a cover comprehensively, system, reasonably coordination management system development approach and system, just become comparatively urgent.
Summary of the invention
Above-mentioned deficiency at prior art, the objective of the invention is to, the garment enterprise coordination management system development approach based on SOA of a kind of efficient, standard, standard is provided, and each software development company is done things in his own way to overcome, the problem of inefficiency, Products Compatibility difference;
The present invention also aims to, the garment enterprise coordination management system based on SOA that a kind of height of realizing said method is integrated, be simple and easy to usefulness is provided.
For achieving the above object, technical scheme provided by the invention is:
A kind of garment enterprise coordination management system development approach based on SOA is characterized in that it may further comprise the steps:
1) make up a SOA integrated development system platform, it comprises and interconnecting from top to bottom and the four-layer structure of interactive communicate: presentation layer, application layer, service layer and resource layer;
2) a co-development middleware kit is set in service layer, comprises: business model instrument, flow process configuration tool, data integration instrument, design development tool and test deployment tool;
3) with the existing ERP of enterprise and other third party's application systems, be integrated into resource layer;
4) carry out the coordination management system exploitation, it specifically comprises the steps:
41) operation flow modeling and analysis
Go deep into garment enterprise, understand current business flow process, management and ERP and other third party's application system present situations;
The business model of code requirement is described the BPMN standard, for the current business flow process is set up unified operation flow descriptive model;
Understand the garment enterprise business objective, excavate and analyze the business innovation point;
In conjunction with existing third party's application system of garment enterprise and IT system present situation, the target service flow process is proposed;
42) operation flow simulation and optimization
Based on open standard, choose the industry practice case as a reference;
Choose representative data, the current business flow process is carried out the effect emulation simulation, so that carry out qualitative assessment accurately;
Set hypothetic question, the target service flow process is simulated, analyze the problem of possible existence;
By the dynamic result analysis, find bottleneck, the violation situation of current business flow process;
The report of use investment repayment, the comparative analysis Expected Results;
According to simulation result suggestion, optimization aim operation flow;
43) operation flow is assembled fast and is disposed
The target service flow process that the business personnel is created in the business model instrument imports design development tool;
By assembling but not programming realizes the target service flow process;
Utilize built-in multiple serviced component, reuse existing IT system and assets easily;
By service orchestration and collaborative, the assembling service is to realize target service flow process stream;
Use business rule rightly, improve the agility of operation flow;
The target service flow process that assembles is deployed to workflow server;
The actual motion of monitoring business flowpath;
44) operation flow performance management
According to the business metrics model, in the business model instrument, indicate relevant monitoring objective;
Movable and the key business index by the real-time monitoring business of the service operation watch-dog in the business model instrument;
45) business innovation and lasting optimization
According to garment enterprise business innovation situation, to modification and the optimization that operation flow continues, repeating step 41)-44);
5) the coordination management system each several part of exploitation being finished is integrated into described service layer, application layer respectively;
6) adopt Portal middle unit development presentation layer interface, managing customer and logon rights.
Described step 41), also comprise the steps:
411) demand analysis: the garment enterprise demand at first is divided into execution level, three levels of administration and supervision authorities and decision-making level, and tissue, professional two big classifications are analyzed, and determine each node and key element;
412) carry out process analysis by tissue and professional value chain respectively, and carry out of the decomposition of one-level flow process to secondary, three grades of flow processs;
413) from three grades of flow processs, find the crucial tissue and each node and the key element of business activity, analyze relation and degree of coupling between each business activity then;
414) carry out the incidence relation analysis,, carry out the modeling of garment enterprise coordination management system business structure according to the principle of high cohesion, loose coupling.
Described step 42), also comprise the steps:
421) modularization of carrying out professional and flow process designs;
422) analyze the incidence relation that exists between the Service Component, the service view in the design SOA business model; Described service view is according to aforesaid process analysis and data analysis, to interface and the service call that exists in the flow process view, every attribute by the definition service, the essential information and the configuration information of service are described, and serve the concrete rule of calling, for designing and developing of follow-up service prepared;
Described service view comprises: service-number, the title of service, system that provides and module, the flow process that service is corresponding, the service execution frequency, synchronous/asynchronous, input, output, the Data View that service is corresponding, exception handling, information such as the response time of service and handling capacity;
423) with the data of service view transmission and information translation be Data View in the SOA business model;
The formation of Data View mainly is divided into four main steps, the associated data classification, and data element extracts, and meta data definition forms solid data and solid data relation.
Described step 43), also comprise the steps:
431) according to the operation flow that obtains, refinement flow process view, and carry out the layout of flow process by BPM BPM instrument and module;
432) execution level that will obtain respectively, three levels of administration and supervision authorities and decision-making level, the business and the flow process assembly of tissue, professional two big classifications are integrated into presentation layer, flow process layer, service layer, component layer, the resource layer of system respectively, and dispose enforcement.
A kind of garment enterprise coordination management system of realizing preceding method based on SOA, it is characterized in that, it is one to serve integrated application platform based on Web Service Technology in Web, and it comprises and interconnecting from top to bottom and the four-layer structure of interactive communicate: presentation layer, application layer, service layer and resource layer; Wherein service layer is provided with a co-development middleware kit, comprising: business model instrument, flow process configuration tool, data integration instrument, design development tool and test deployment tool; Described resource layer is integrated with ERP, third party's application system and database, described presentation layer provides unified user interface, unified user interface, method of operating and data representation for the user, the user is according to corresponding authority, by the information resources of this interface accessing garment enterprise correspondence; When the request of expressing by soap message arrives, by resolving message, produce request broker example to respective service, call corresponding operation by the agency by dynamic binding, finish and call mutually and integrated with the garment enterprise Database Systems.
Garment enterprise coordination management system based on SOA, it is characterized in that, it is based on the SOA framework, a plurality of application systems that garment enterprise is original and newly developed are packaged into the serviced component of standard, operate in system in the different operating system by interface interchange, encapsulate and visit the realization systemic-function by Web Services interface and work in coordination with, it specifically is encapsulated in a majority application in the service layer.
Described presentation layer, unified login of user and interactive interface are provided, provide a series of services, comprise call center, Email, fax, mail, communication on telephone, WEB browser etc., these services are formed each module combinations packing by the BPM software of described service layer, by the WEB service integration platform services request are sent to service layer.
Described service layer is made up of modules such as flow engine, regulation engine, rule base, regulation managements, promptly sets up the implementation step model of a service by the BPMS instrument, and it is mapped on the concrete software component.
Described application layer comprises the business logic systems of garment enterprise, and it is packaged into the webservice service with the garment enterprise service logic, provides various services by the WEB service integration platform.
Described resource layer comprises a plurality of third party's application systems, ERP, enterprise database system, for described presentation layer, service layer, application layer provide the data support.
Method and system provided by the invention, it is based on the SOA framework, and development approach standard, standard, efficient, cross-platform have overcome that each traditional software exploitation enterprise does things in his own way, the problem of inefficiency, Products Compatibility difference; Coordination management system provided by the invention; it is highly integrated, be simple and easy to use; can be integrated easily and fast, the various existing third party's application systems of encapsulation; as enterprise's ERP system etc.; share its function and data, and need not to develop again or change, accelerated exploitation, the deployment of garment enterprise coordination management system, the speed of debugging greatly; protect enterprise's existing information investment simultaneously, reduced the IT application in enterprises improvement cost.
Below in conjunction with specific embodiment the present invention is described in further details.
Description of drawings
Fig. 1 is a system architecture synoptic diagram of the present invention.
Embodiment
Referring to Fig. 1, the garment enterprise coordination management system development approach that present embodiment provides based on SOA, be fully to use the SOA architecture mode, it demonstrates fully the thinking of business-driven IT, the information-based lifting scheme of garment enterprise is comprehensively integrated and planned, promote IT application in enterprises and management level comprehensively.For operation flow and demand analysis and the traditional structuring demand of SOA, OO demand analysis does not conflict.And note SOA is stood in a higher aspect, specific to some concrete modules or the realization of function.The present invention adopts structuring or OO demand to express, with the contents such as input, output, data, business processing flow and rule of clear and definite function.
Concrete, a kind of garment enterprise coordination management system development approach that present embodiment provides based on SOA, it may further comprise the steps:
1) make up a SOA integrated development system platform, it comprises and interconnecting from top to bottom and the four-layer structure of interactive communicate: presentation layer, application layer, service layer and resource layer;
2) a co-development middleware kit is set in service layer, comprises: business model instrument, flow process configuration tool, data integration instrument, design development tool and test deployment tool;
3) with the existing ERP of enterprise and other third party's application systems, be integrated into resource layer;
4) carry out the coordination management system exploitation, it specifically comprises the steps:
41) operation flow modeling and analysis
Go deep into garment enterprise, understand current business flow process, management and ERP and other third party's application system present situations;
The business model of code requirement is described the BPMN standard, for the current business flow process is set up unified operation flow descriptive model;
Understand the garment enterprise business objective, excavate and analyze the business innovation point;
In conjunction with existing third party's application system of garment enterprise and IT system present situation, the target service flow process is proposed;
42) operation flow simulation and optimization
Based on open standard, choose the industry practice case as a reference;
Choose representative data, the current business flow process is carried out the effect emulation simulation, so that carry out qualitative assessment accurately;
Set hypothetic question, the target service flow process is simulated, analyze the problem of possible existence;
By the dynamic result analysis, find bottleneck, the violation situation of current business flow process;
The report of use investment repayment, the comparative analysis Expected Results;
According to simulation result suggestion, optimization aim operation flow;
43) operation flow is assembled fast and is disposed
The target service flow process that the business personnel is created in the business model instrument imports design development tool;
By assembling but not programming realizes the target service flow process;
Utilize built-in multiple serviced component, reuse existing IT system and assets easily;
By service orchestration and collaborative, the assembling service is to realize target service flow process stream;
Use business rule rightly, improve the agility of operation flow;
The target service flow process that assembles is deployed to workflow server;
The actual motion of monitoring business flowpath;
44) operation flow performance management
According to the business metrics model, in the business model instrument, indicate relevant monitoring objective;
Movable and the key business index by the real-time monitoring business of the service operation watch-dog in the business model instrument;
45) business innovation and lasting optimization
According to garment enterprise business innovation situation, to modification and the optimization that operation flow continues, repeating step 41)-44);
5) the coordination management system each several part of exploitation being finished is integrated into described service layer, application layer respectively;
6) adopt Portal middle unit development presentation layer interface, managing customer and logon rights.
Described step 41), also comprise the steps:
411) demand analysis: the garment enterprise demand at first is divided into execution level, three levels of administration and supervision authorities and decision-making level, and tissue, professional two big classifications are analyzed, and determine each node and key element;
412) carry out process analysis by tissue and professional value chain respectively, and carry out of the decomposition of one-level flow process to secondary, three grades of flow processs;
413) from three grades of flow processs, find the crucial tissue and each node and the key element of business activity, analyze relation and degree of coupling between each business activity then;
414) carry out the incidence relation analysis,, carry out the modeling of garment enterprise coordination management system business structure according to the principle of high cohesion, loose coupling.
Described step 42), also comprise the steps:
421) modularization of carrying out professional and flow process designs;
422) analyze the incidence relation that exists between the Service Component, the service view in the design SOA business model; Described service view is according to aforesaid process analysis and data analysis, to interface and the service call that exists in the flow process view, every attribute by the definition service, the essential information and the configuration information of service are described, and serve the concrete rule of calling, for designing and developing of follow-up service prepared;
Described service view comprises: service-number, the title of service, system that provides and module, the flow process that service is corresponding, the service execution frequency, synchronous/asynchronous, input, output, the Data View that service is corresponding, exception handling, information such as the response time of service and handling capacity;
423) with the data of service view transmission and information translation be Data View in the SOA business model;
The formation of Data View mainly is divided into four main steps, the associated data classification, and data element extracts, and meta data definition forms solid data and solid data relation.
Described step 43), also comprise the steps:
431) according to the operation flow that obtains, refinement flow process view, and carry out the layout of flow process by BPM BPM instrument and module;
432) execution level that will obtain respectively, three levels of administration and supervision authorities and decision-making level, the business and the flow process assembly of tissue, professional two big classifications are integrated into presentation layer, flow process layer, service layer, component layer, the resource layer of system respectively, and dispose enforcement.
A kind of garment enterprise coordination management system of realizing preceding method based on SOA, it is one to serve integrated application platform based on Web Service Technology in Web, and it comprises and interconnecting from top to bottom and the four-layer structure of interactive communicate: presentation layer, application layer, service layer and resource layer; Wherein service layer is provided with a co-development middleware kit, comprising: business model instrument, flow process configuration tool, data integration instrument, design development tool and test deployment tool; Described resource layer is integrated with ERP, third party's application system and database, described presentation layer provides unified user interface, unified user interface, method of operating and data representation for the user, the user is according to corresponding authority, by the information resources of this interface accessing garment enterprise correspondence; When the request of expressing by soap message arrives, by resolving message, produce request broker example to respective service, call corresponding operation by the agency by dynamic binding, finish and call mutually and integrated with the garment enterprise Database Systems.
Garment enterprise coordination management system based on SOA, it is based on the SOA framework, a plurality of application systems that garment enterprise is original and newly developed are packaged into the serviced component of standard, operate in system in the different operating system by interface interchange, encapsulate and visit the realization systemic-function by Web Services interface and work in coordination with, it specifically is encapsulated in a majority application in the service layer.
Described presentation layer, unified login of user and interactive interface are provided, provide a series of services, comprise call center, Email, fax, mail, communication on telephone, WEB browser etc., these services are formed each module combinations packing by the BPM software of described service layer, by the WEB service integration platform services request are sent to service layer.
Described service layer is made up of modules such as flow engine, regulation engine, rule base, regulation managements, promptly sets up the implementation step model of a service by the BPMS instrument, and it is mapped on the concrete software component.
Described application layer comprises the business logic systems of garment enterprise, and it is packaged into the webservice service with the garment enterprise service logic, provides various services by the WEB service integration platform.
Described resource layer comprises a plurality of third party's application systems, ERP, enterprise database system, for described presentation layer, service layer, application layer provide the data support.
Particularly, the exploitation of brand-new system is a process based on demand analysis and the realization of SOA, thinking based on SOA, be at first to pass through VCA, the one-level flow process is to the decomposition of secondary, three grades of flow processs, from flow process, find crucial business activity, analyze relation and degree of coupling between business activity then.According to high cohesion, the principle of loose coupling takes into full account the business and the organization design of garment enterprise, and then just considers the modeling of business structure.And most important in the business structure be exactly professional modularization, need take into full account the modularization of professional and flow process, rather than go to consider modularization from the angle of design realization, this is a key point.
After Service Componentization, being exactly of then will doing considered the incidence relation that exists between the Service Component according to process analysis, there is which type of association between the Service Component actually, need which type of data of transmission? this step is an important analytical procedure, by we find that incidence relation can be transformed into the service view in the SOA business model after the analysis of this step, and data of transmitting and information translation are the Data View in the SOA business model, then the definition of service in detail information and data element again.
After by process analysis from the top down obtained service view and Data View, and then return in conjunction with actual operation flow and come refinement flow process view.Carry out the layout of flow process by BPM BPM instrument and module.The flow process of layout in this time and realization is exactly that complete IT by business-driven realizes, then be integrated in the EIP door in the IT application of passing through flow process layout realization of saying trans-sectoral affair department and system, this has just finished a complete SOA demand analysis and the process of realization.
The garment enterprise coordination management system development approach that present embodiment provides based on SOA, efficiently, standard, standard, comprehensive, overcome that traditional software exploitation garment enterprise is done things in his own way, the problem of inefficiency, Products Compatibility difference, according to actual needs, can select to adopt concrete SOA integrated development system platform, as the product of companies such as BEA, IBM.
Garment enterprise coordination management system based on SOA provided by the invention, it is highly integrated, be simple and easy to usefulness, can be widely used in the exploitation of various garment enterprise coordination management systems.
The above, it only is preferred embodiment of the present invention, be not to any pro forma restriction of the present invention, though the present invention describes with the graphic technique of preferred embodiment, yet be not in order to limit the present invention, any those skilled in the art, in the scope that does not break away from technical solution of the present invention, all can utilize the method and the technology contents of foregoing description to make the change and the adjustment of part, being the case that is equal to adjustment after adjusting describes, in every case be the content that does not break away from the technology of the present invention, any simple modification and adjustment according to technical spirit of the present invention is done above description case all still belong in the scope of technical solution of the present invention.
Claims (10)
1. garment enterprise coordination management system development approach based on SOA is characterized in that it may further comprise the steps:
1) make up a SOA integrated development system platform, it comprises and interconnecting from top to bottom and the four-layer structure of interactive communicate: presentation layer, application layer, service layer and resource layer;
2) a co-development middleware kit is set in service layer, comprises: business model instrument, flow process configuration tool, data integration instrument, design development tool and test deployment tool;
3) with the existing ERP of enterprise and other third party's application systems, be integrated into resource layer;
4) carry out the coordination management system exploitation, it specifically comprises the steps:
41) operation flow modeling and analysis
Go deep into garment enterprise, understand current business flow process, management and ERP and other third party's application system present situations;
The business model of code requirement is described the BPMN standard, for the current business flow process is set up unified operation flow descriptive model;
Understand the garment enterprise business objective, excavate and analyze the business innovation point;
In conjunction with existing third party's application system of garment enterprise and IT system present situation, the target service flow process is proposed;
42) operation flow simulation and optimization
Based on open standard, choose the industry practice case as a reference;
Choose representative data, the current business flow process is carried out the effect emulation simulation, so that carry out qualitative assessment accurately;
Set hypothetic question, the target service flow process is simulated, analyze the problem of possible existence;
By the dynamic result analysis, find bottleneck, the violation situation of current business flow process;
The report of use investment repayment, the comparative analysis Expected Results;
According to simulation result suggestion, optimization aim operation flow;
43) operation flow is assembled fast and is disposed
The target service flow process that the business personnel is created in the business model instrument imports design development tool;
By assembling but not programming realizes the target service flow process;
Utilize built-in multiple serviced component, reuse existing IT system and assets easily;
By service orchestration and collaborative, the assembling service is to realize target service flow process stream;
Use business rule rightly, improve the agility of operation flow;
The target service flow process that assembles is deployed to workflow server;
The actual motion of monitoring business flowpath;
44) operation flow performance management
According to the business metrics model, in the business model instrument, indicate relevant monitoring objective;
Movable and the key business index by the real-time monitoring business of the service operation watch-dog in the business model instrument;
45) business innovation and lasting optimization
According to garment enterprise business innovation situation, to modification and the optimization that operation flow continues, repeating step 41)-44);
5) the coordination management system each several part of exploitation being finished is integrated into described service layer, application layer respectively;
6) adopt Portal middle unit development presentation layer interface, managing customer and logon rights.
2. the clothes garment enterprise coordination management system development approach based on SOA according to claim 1 is characterized in that described step 41), also comprise the steps:
411) demand analysis: the garment enterprise demand at first is divided into execution level, three levels of administration and supervision authorities and decision-making level, and tissue, professional two big classifications are analyzed, and determine each node and key element;
412) carry out process analysis by tissue and professional value chain respectively, and carry out of the decomposition of one-level flow process to secondary, three grades of flow processs;
413) from three grades of flow processs, find the crucial tissue and each node and the key element of business activity, analyze relation and degree of coupling between each business activity then;
414) carry out the incidence relation analysis,, carry out the modeling of garment enterprise coordination management system business structure according to the principle of high cohesion, loose coupling.
3. the garment enterprise coordination management system development approach based on SOA according to claim 2 is characterized in that described step 42), also comprise the steps:
421) modularization of carrying out professional and flow process designs;
422) analyze the incidence relation that exists between the Service Component, the service view in the design SOA business model; Described service view is according to aforesaid process analysis and data analysis, to interface and the service call that exists in the flow process view, every attribute by the definition service, the essential information and the configuration information of service are described, and serve the concrete rule of calling, for designing and developing of follow-up service prepared;
Described service view comprises: service-number, the title of service, system that provides and module, the flow process that service is corresponding, the service execution frequency, synchronous/asynchronous, input, output, the Data View that service is corresponding, exception handling, information such as the response time of service and handling capacity;
423) with the data of service view transmission and information translation be Data View in the SOA business model;
The formation of Data View mainly is divided into four main steps, the associated data classification, and data element extracts,
Meta data definition forms solid data and solid data relation.
4. the garment enterprise coordination management system development approach based on SOA according to claim 2 is characterized in that described step 43), also comprise the steps:
431) according to the operation flow that obtains, refinement flow process view, and carry out the layout of flow process by BPM BPM instrument and module;
432) execution level that will obtain respectively, three levels of administration and supervision authorities and decision-making level, the business and the flow process assembly of tissue, professional two big classifications are integrated into presentation layer, flow process layer, service layer, component layer, the resource layer of system respectively, and dispose enforcement.
5. garment enterprise coordination management system of realizing the described method of claim 1 based on SOA, it is characterized in that, it is one to serve integrated application platform based on Web Service Technology in Web, and it comprises and interconnecting from top to bottom and the four-layer structure of interactive communicate: presentation layer, application layer, service layer and resource layer; Wherein service layer is provided with a co-development middleware kit, comprising: business model instrument, flow process configuration tool, data integration instrument, design development tool and test deployment tool; Described resource layer is integrated with ERP, third party's application system and database, described presentation layer provides unified user interface, unified user interface, method of operating and data representation for the user, the user is according to corresponding authority, by the information resources of this interface accessing garment enterprise correspondence; When the request of expressing by soap message arrives, by resolving message, produce request broker example to respective service, call corresponding operation by the agency by dynamic binding, finish and call mutually and integrated with the garment enterprise Database Systems.
6. the garment enterprise coordination management system based on SOA according to claim 4, it is characterized in that, it is based on the SOA framework, a plurality of application systems that garment enterprise is original and newly developed are packaged into the serviced component of standard, operate in system in the different operating system by interface interchange, encapsulate and visit the realization systemic-function by Web Services interface and work in coordination with, it specifically is encapsulated in a majority application in the service layer.
7. the garment enterprise coordination management system based on SOA according to claim 4, it is characterized in that, described presentation layer, unified login of user and interactive interface are provided, provide a series of services, comprise call center, Email, fax, mail, communication on telephone, WEB browser etc., these services are formed each module combinations packing by the BPM software of described service layer, by the WEB service integration platform services request are sent to service layer.
8. the garment enterprise coordination management system based on SOA according to claim 5, it is characterized in that, described service layer, form by modules such as flow engine, regulation engine, rule base, regulation managements, promptly set up the implementation step model of a service, and it is mapped on the concrete software component by the BPMS instrument.
9. the garment enterprise coordination management system based on SOA according to claim 4, it is characterized in that described application layer comprises the business logic systems of garment enterprise, it is packaged into the webservice service with the garment enterprise service logic, provides various services by the WEB service integration platform.
10. the garment enterprise coordination management system based on SOA according to claim 4, it is characterized in that, described resource layer comprises a plurality of third party's application systems, ERP, enterprise database system, for described presentation layer, service layer, application layer provide the data support.
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| CN103778489A (en) * | 2012-10-23 | 2014-05-07 | 金蝶软件（中国）有限公司 | Processing method of ERP process, device thereof and system thereof |
| CN104993975A (en) * | 2015-07-03 | 2015-10-21 | 国网四川省电力公司 | Power distribution network information interaction monitoring visualization method based on standardized interface |
| CN105654212A (en) * | 2014-10-28 | 2016-06-08 | 江苏邗建集团有限公司 | Method for engineering construction enterprises to manage information system in comprehensive and integrated manner |
| CN105809345A (en) * | 2016-03-08 | 2016-07-27 | 武汉理工大学 | API (application programming interface) management and virtualization-based service oriented platform and control method |
| CN106201880A (en) * | 2016-07-12 | 2016-12-07 | 上海恒企教育培训有限公司 | A kind of ERP business simulating system and fast construction method thereof |
| CN107274055A (en) * | 2017-05-04 | 2017-10-20 | 北京思特奇信息技术股份有限公司 | A kind of method and system that business demand combing is carried out based on enterprise-level platform |
| CN107369120A (en) * | 2017-07-21 | 2017-11-21 | 上海润吧信息技术有限公司 | A kind of smart business's management, service system and enterprise's activity assays |
| CN109784839A (en) * | 2018-12-27 | 2019-05-21 | 北京航天智造科技发展有限公司 | A kind of Campaign Management Platform based on big data technology |
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| CN110737427A (en) * | 2019-10-15 | 2020-01-31 | 中国工商银行股份有限公司 | Internet technology architecture, construction method and device thereof, electronic equipment and medium |
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| CN103778489A (en) * | 2012-10-23 | 2014-05-07 | 金蝶软件（中国）有限公司 | Processing method of ERP process, device thereof and system thereof |
| CN103441884B (en) * | 2013-09-05 | 2016-06-29 | 江苏物联网研究发展中心 | SOA service quality monitoring system based on cross-layer structure |
| CN103441884A (en) * | 2013-09-05 | 2013-12-11 | 江苏物联网研究发展中心 | SOA service quality monitoring system based on cross-layer framework |
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| CN106201880A (en) * | 2016-07-12 | 2016-12-07 | 上海恒企教育培训有限公司 | A kind of ERP business simulating system and fast construction method thereof |
| CN107274055A (en) * | 2017-05-04 | 2017-10-20 | 北京思特奇信息技术股份有限公司 | A kind of method and system that business demand combing is carried out based on enterprise-level platform |
| CN107369120A (en) * | 2017-07-21 | 2017-11-21 | 上海润吧信息技术有限公司 | A kind of smart business's management, service system and enterprise's activity assays |
| CN109784839A (en) * | 2018-12-27 | 2019-05-21 | 北京航天智造科技发展有限公司 | A kind of Campaign Management Platform based on big data technology |
| CN110198235A (en) * | 2019-05-16 | 2019-09-03 | 成都品果科技有限公司 | A kind of transferring system and method applied to multisystem service end interface calling |
| CN110198235B (en) * | 2019-05-16 | 2022-11-11 | 成都品果科技有限公司 | Transfer system and method applied to multi-system server-side interface calling |
| CN110400130A (en) * | 2019-08-02 | 2019-11-01 | 上海数讯信息技术有限公司 | A kind of method and system framework of the customer self-service service door suitable for rapid deployment |
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