CN115423444B - Heterogeneous system workflow integration method and system - Google Patents
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Abstract
The invention relates to the technical field of information, in particular to a workflow integration method and system of a heterogeneous system, comprising the following steps: making and publishing a standard workflow model; making and publishing metadata tables of the material types, and endowing metadata with additional identifiers; the initiator generates a workflow; the initiator associates transaction item additional identifiers with transaction actions, flow states and flow descriptions, and associates corresponding material category additional identifiers or archive item additional identifiers according to bill information; the participant receiving the workflow is marked as a receiver, and the initiator sends the workflow added with the additional identifier to the receiver; after receiving the workflow, the receiver establishes a local system workflow, and synchronizes the workflow content to the local system workflow according to the additional identifier; and the receiver feeds back the local system workflow processing flow result association flow id to the initiator. The beneficial technical effects of the invention include: and the workflow and the corresponding data circulation among heterogeneous systems are opened, so that the cooperation degree among enterprises is improved.
Description
Technical Field
The invention relates to the technical field of information, in particular to a workflow integration method and system for a heterogeneous system.
Background
With the development of informatization technology and the improvement of working complexity, more and more work needs to be completed by multiple persons in cooperation, and the development of workflow technology provides an advanced means for better realization of business objectives for enterprises and provides convenience for cooperation in departments. With the application of workflow technology, in the network age, enterprises need to adapt to changing, web-oriented strategies. Different management ideas and organizations are formed as enterprises wrap non-core capabilities; there is also an increasing number of businesses that, in order to reduce costs, are increasingly required to combine workflow processes from other businesses to achieve certain business functions, and the process of providing more satisfactory products and services to customers requires integration of the entire value chain of multiple partners. The sensitivity and quick response of the flow between enterprises are the main factors in determining the fate of the cooperating enterprises. Workflow is the automation of a process that passes documents, information or tasks required for a business from one participant to the next according to a set of process rules. A workflow management system is a computer system that utilizes software to define, create, and manage workflow execution, running on top of one or more workflow engines that understand the flow definition and interoperate with the flow participants to activate the corresponding IT tools and application systems. The workflow management system provides a computer collaborative support environment for improving flow efficiency. It has been successfully applied within enterprises. In order to effectively coordinate the collaboration among enterprises, the functions of the traditional enterprise workflow management system need to be expanded so as to support workflow management of heterogeneous systems. The variety of workflow products is great, and although supporting organization cooperative web-based workflow products appear, it is not realistic to require different enterprises to adopt the same workflow system, and the integration of various legacy systems and the interconnectivity between systems is the key to solve the problem. The current workflow products have poor universality, and the root cause of the problems is that workflow models which are the basis of workflow management systems are not uniform.
As in chinese patent CN113836218A, publication day 2021, 12 and 24, a architecture of SOA is disclosed for a workflow-based distributed heterogeneous processing system, and by adopting a workflow engine, at least supporting sequential, parallel, selective and repeated execution of multiple workflow working modes, flexible configuration of various flows is realized, workflow control data and workflow related data can be maintained graphically, monitoring and management of various workflows are realized, and special processing requirements of files are satisfied; and aggregating the scattered and heterogeneous application and information resources, and realizing seamless access and integration of structured data resources, unstructured documents and internet resources, various application systems across databases and across system platforms through a unified access entry. The technical scheme adopts an SOA architecture, so that more server resources are required to be consumed, and the method is not suitable for popularization and application.
Disclosure of Invention
The invention aims to solve the technical problems that: the problem of high-universality workflow interconnection technology is lacking at present. The workflow integration method and system for the heterogeneous system can support wider workflow interconnection and improve the cooperation degree between enterprises.
The technical problems are solved, and the invention adopts the following technical scheme: a heterogeneous system workflow integration method, comprising:
making and publishing a standard workflow model, wherein the standard workflow model comprises transaction items, material items and archive items, the transaction items comprise a plurality of items for recording transaction descriptions and approval states of the transaction descriptions, the material items comprise a plurality of items for recording material types and quantity, the archive items comprise a plurality of archive data items, and each transaction item and each archive item are given additional identification;
making and publishing metadata tables of the material types, wherein the metadata tables record metadata of a plurality of record material types, meanings and units, and each metadata is endowed with an additional identifier;
the method comprises the steps that a participant initiating a workflow is marked as an initiator, and the initiator generates the workflow which comprises a flow id, bill information, a handling action, a flow state and a flow description;
the initiator associates transaction item additional identifiers with transaction actions, flow states and flow descriptions, and associates corresponding material category additional identifiers or archive item additional identifiers according to bill information;
the participant receiving the workflow is marked as a receiver, and the initiator sends the workflow added with the additional identifier to the receiver;
after receiving the workflow, the receiver establishes a local system workflow, and synchronizes the workflow content to the local system workflow according to the additional identifier;
and the receiver feeds back the local system workflow processing flow result association flow id to the initiator.
Preferably, the method further comprises: publishing a maintenance metadata table, wherein the maintenance metadata table records the codes, meanings, units and participant identifications of the material types;
when the initiator workflow has the material types which are not recorded in the metadata table, the participants add the material types, meanings, units and participant identifications into the maintenance metadata table to obtain additional identifications of corresponding metadata;
when the receiver synchronizes the workflow content to the local system workflow according to the additional identification, checking whether the additional identification conforming to the maintenance metadata table exists in the workflow, if so, synchronizing the corresponding bill information in the workflow to the local system workflow according to the material type, meaning and unit recorded in the maintenance metadata table, and synchronizing the other bill information according to the material type, meaning and unit recorded in the metadata table, if not, synchronizing according to the material type, meaning and unit recorded in the metadata table.
Preferably, the process state includes handling, revering, suspending and terminating, the process state of the workflow is determined by the process states of other workflows, the workflow is recorded as a main workflow, the other workflows are recorded as associated workflows, the main workflow further includes a plurality of associated process ids and a state processing table, an initiator associates the plurality of associated workflows for the main workflow, the process ids of the associated workflows are filled in the associated process ids of the main workflow, a state processing table is formulated for the main workflow, and the state processing table records the process states of the associated workflows and the process state combination of the associated workflows corresponds to the process state of the main workflow.
Preferably, an intermediate server is constructed, the intermediate server comprises an execution part and a cooperation part, the execution part receives and executes the workflow, and the cooperation part receives the workflow registration and update and displays the flow id, the flow state, the initiator identifier and the receiver identifier of the workflow;
the initiator generates a main workflow and an associated workflow, the main workflow is sent to an execution part of the intermediate server, and the associated workflow is sent to a corresponding receiver;
the initiator registers the associated workflow to the cooperation part of the intermediate server, and the intermediate server displays the flow id, the flow state, the initiator identifier and the receiver identifier of the associated workflow;
the receiver processes the associated workflow, when the flow state changes, the receiver initiates a query to the cooperation part of the intermediate server, and if the flow id is registered, the flow state is synchronized to the cooperation part;
and after the flow states of all the associated workflows are synchronous, the execution part processes the main workflow according to the state processing table.
Preferably, the workflow further comprises task ids, when the receiver generates more than one associated task in the local system according to the workflow, the task ids are generated for each task, the task ids are filled into the workflow, meanwhile, the task associated flow ids are used for the task, and the receiver determines the flow state of the workflow according to the task execution result.
Preferably, the workflow includes group ids, the workflow to be processed sequentially is brought into the same group, the initiator generates the workflow to be processed sequentially by a plurality of receivers, the workflow is split into a plurality of workflows according to the receivers, the split workflows are filled into the same group ids and distributed in sequence, the split workflows and the group ids are sent to an execution part of an intermediate server, the execution part judges the workflow to be sent to the next receiver or fed back to the initiator according to the workflow processing result of the receivers, a series execution condition table is generated, the series execution condition table records the mapping relation between the flow state of the workflow of the last sequence and the workflow sending object of the current sequence, and the execution part determines the workflow sending object according to the series execution condition table.
The heterogeneous system workflow integration system is used for executing the heterogeneous system workflow integration method, and comprises an intermediate server, an analysis plug-in and a contact node, wherein the participation part registers for the contact node and obtains an identity id, the contact node stores a standard workflow model, a metadata table and a maintenance metadata table, a request for adding, updating or deleting metadata in the maintenance metadata table by a participant is received, the analysis plug-in is deployed in the participant system, the analysis plug-in synchronizes the standard workflow model, the metadata table and the maintenance metadata table with the contact node, the intermediate server comprises an execution part and a cooperation part, the execution part receives and executes a workflow, and the cooperation part receives the workflow registration and updating and displays the flow id, the flow state, the initiator identifier and the receiver identifier of the workflow.
Preferably, after the participant deploys the analysis plug-in, a mapping model of the workflow and a standard workflow model is established, the initiator associates transaction item additional identifiers with handling actions, flow states and flow descriptions, associates bill information with corresponding material type additional identifiers or archive item additional identifiers, the initiator updates the analysis plug-in according to the workflow and the standard workflow model, and the receiver calls the analysis plug-in of the initiator to synchronize workflow contents to the workflow according to the additional identifiers.
Preferably, the parsing plug-in has a version number, after the initiator updates the parsing plug-in, the version number is increased by 1, the updated parsing plug-in synchronously maintains a metadata table to the contact node, the contact node records an update time stamp of the maintenance metadata table, updates the version number of the parsing plug-in to the contact node, the contact node displays the current version number and update time stamp of the parsing plug-in of each participant, the receiving party obtains the update time stamp of the parsing plug-in of the initiator from the contact node and accords with the update time stamp of the maintenance metadata table, the parsing plug-in of the initiator is not called any more, and after the receiving party synchronously maintains the metadata table with the local parsing plug-in, the receiving party uses the local parsing plug-in to synchronize the content of the workflow to the workflow according to the additional identifier.
The beneficial technical effects of the invention include: the systems of the participants are independent, and the same engine is not required to obtain workflow specifications for working; the data mapping relation among heterogeneous workflows is quickly established through transaction items, archiving items and metadata additional identifiers, the workflows among heterogeneous systems and the circulation of corresponding data are opened, the cooperation degree among enterprises is improved, and the business handling efficiency across systems is improved; and the synchronous data quantity and the synchronous frequency between heterogeneous systems are reduced, and the system cost is reduced.
Other features and advantages of the present invention will be disclosed in the following detailed description of the invention and the accompanying drawings.
Drawings
The invention is further described with reference to the accompanying drawings:
fig. 1 is a schematic flow chart of a workflow integration method according to an embodiment of the invention.
Fig. 2 is a flowchart illustrating a method for maintaining a metadata table according to an embodiment of the present invention.
Fig. 3 is a flowchart of an intermediate server construction method according to an embodiment of the present invention.
Fig. 4 is a schematic diagram of a workflow integration system according to an embodiment of the invention.
Wherein: 10. parsing plug-in, 20, participants, 30, intermediate server, 40, contact node, 41, standard workflow model, 42, metadata table, 43, maintenance metadata table.
Detailed Description
The technical solutions of the embodiments of the present invention will be explained and illustrated below with reference to the drawings of the embodiments of the present invention, but the following embodiments are only preferred embodiments of the present invention, and not all embodiments. Based on the examples in the implementation manner, other examples obtained by a person skilled in the art without making creative efforts fall within the protection scope of the present invention.
In the following description, directional or positional relationships such as the terms "inner", "outer", "upper", "lower", "left", "right", etc., are presented for convenience in describing the embodiments and simplifying the description, and do not indicate or imply that the devices or elements referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore should not be construed as limiting the invention.
Referring to fig. 1, a workflow integration method for a heterogeneous system includes: step A01) a standard workflow model 41 is manufactured and published, wherein the standard workflow model 41 comprises transaction items, material items and archive items, the transaction items comprise a plurality of items for recording transaction descriptions and approval states of the transaction descriptions, the material items comprise a plurality of items for recording material types and numbers, the archive items comprise a plurality of archive data items, and each transaction item and each archive item are endowed with additional identifiers; step A02) a metadata table 42 of the material types is manufactured and published, the metadata table 42 records a plurality of pieces of metadata of the recorded material types, meanings and units, and each piece of metadata is endowed with an additional identifier; step A03), the participant 20 initiating the workflow is marked as an initiator, and the initiator generates the workflow which comprises a flow id, bill information, handling actions, a flow state and a flow description; step A04) the initiator associates transaction item additional identifiers with transaction actions, flow states and flow descriptions, and associates corresponding material type additional identifiers or archive item additional identifiers according to bill information; step A05), the participant 20 receiving the workflow is marked as a receiver, and the initiator sends the workflow added with the additional identifier to the receiver; step A06) after receiving the workflow, the receiver establishes a local system workflow, and synchronizes the workflow content to the local system workflow according to the additional identifier; step A07), the receiver feeds back the local system workflow processing flow result association flow id to the initiator.
In the approval workflow of the contractor, namely the party B, applying for purchasing equipment, the approval of the party B is required to pass, and after the purchase requirement is confirmed, the party A is subjected to the approval of the party A. The transaction item of the workflow is equipment purchase, and the approval state of the equipment purchase, namely approval passing, approval failing and approval, is recorded. The archive data entry is a description document of the situation where the relevant device is required, a document of relevance to the device's selection, and a discussion conference summary of relevance. Archiving the archived data items. The material item includes the equipment to be purchased, the type is the equipment name model, the meaning is equipment type and function, the unit is platform, the number is +1, and the material item also relates to funds, the unit is element, the number is-2000, which means that 2000 element funds are consumed for purchasing the equipment. Funds are given the additional designation zj_ as metadata for the items, as metadata for the general purpose representing funds in units of elements. However, since the purchased device is not highly versatile, it is necessary to record the device in the maintenance metadata table 43.
The present embodiment builds a maintenance metadata table 43. Unlike metadata table 42, maintenance metadata table 43 is customized by participant 20. Different participants 20 can define different codes and units for metadata with the same meaning, and the association of corresponding participant identifications can realize the function of participant customization and expand the application range of workflow integration. Referring to fig. 2, the method specifically includes: step B01) publishing a maintenance metadata table 43, wherein the maintenance metadata table 43 records the codes, meanings, units and participant identifications of the material types;
step B02) when the initiator workflow has a material category not recorded in the metadata table 42, the participant 20 adds the material category, meaning, unit and participant identification to the maintenance metadata table 43 to obtain an additional identification of the corresponding metadata;
step B03) when the receiver synchronizes the workflow contents to the local system workflow according to the additional identification, checking whether the additional identification conforming to the maintenance metadata table 43 exists in the workflow, if so, synchronizing corresponding bill information in the workflow to the local system workflow according to the material type, meaning and unit recorded in the maintenance metadata table 43, and synchronizing the rest bill information according to the material type, meaning and unit recorded in the metadata table 42.
The contractor obtains the additional identification of the corresponding metadata by arranging the information of the equipment into metadata, uploading the metadata into the maintenance metadata table 43 and associating the identification of the contractor. In the workflow, the device asset entry involved is associated with the additional identification in the obtained maintenance metadata table 43. When the first party synchronizes the workflow, the maintenance metadata table 43 is queried, so that corresponding equipment information can be obtained, and the local system workflow can be quickly established.
The workflow also comprises a plurality of associated workflow ids and a state processing table, wherein the workflow with the associated workflow is recorded as a main workflow, the initiator associates a plurality of associated workflows for the main workflow, the associated workflow ids of the associated workflows are filled in the associated workflow ids of the main workflow, the state processing table is formulated for the main workflow, and the state processing table records the flow state of the main workflow corresponding to the flow state combination of the associated workflows.
The present embodiment also constructs an intermediate server 30, and the processing of the associated workflow is supported by the intermediate server 30. Referring to fig. 3, the method includes: step C01) constructing an intermediate server 30, wherein the intermediate server 30 comprises an execution part and a cooperation part, the execution part receives and executes the workflow, the cooperation part receives the workflow registration and update, and displays the flow id, the flow state, the initiator identifier and the receiver identifier of the workflow;
step C02) the initiator generates a main workflow and an associated workflow, the main workflow is sent to an execution part of the intermediate server 30, and the associated workflow is sent to a corresponding receiver;
step C03), the initiator registers the associated workflow to the cooperation part of the intermediate server 30, and the intermediate server 30 displays the flow id, the flow state, the initiator identifier and the receiver identifier of the associated workflow;
step C04) the receiver processes the associated workflow, when the flow state changes, the receiver initiates a query to the cooperation part of the intermediate server 30, and if the flow id is registered, the flow state is synchronized to the cooperation part;
step C05), when the flow states of all the associated workflows are synchronous, the execution part processes the main workflow according to the state processing table.
The workflow is marked as a main workflow and the other workflows are marked as associated workflows. The associated workflow refers to the processing states of a plurality of workflows, and determines the processing of the main workflow. For example, the main workflow needs to be matched by a plurality of enterprises, the enterprises respectively approve the associated workflow, and only all enterprises pass the associated workflow approval, the main workflow can pass the approval. Otherwise, the primary workflow can only be rejected.
The workflow also comprises task ids, when the receiver generates more than one associated task in the local system according to the workflow, the task ids are generated for each task, the task ids are filled into the workflow, meanwhile, the workflow is associated with the flow ids for the tasks, and the receiver determines the flow state of the workflow according to the task execution result. The task id is used for recording related tasks generated when the workflow is executed locally and is used for collecting the related tasks into the workflow.
The workflow comprises group ids, the workflows which need to be processed sequentially are brought into the same group, an initiator generates the workflows which need to be processed sequentially by a plurality of receivers, the workflows are split into a plurality of workflows according to the receivers, the split workflows are filled into the same group ids and distributed in sequence, the split workflows and the group ids are sent to an execution part of the intermediate server 30, the execution part judges the workflows to be sent to the next receiver or fed back to the initiator according to the processing results of the workflows of the receivers, a serial execution condition table is generated, the serial execution condition table records the mapping relation between the flow state of the workflow of the last order and the workflow sending objects of the current order, and the execution part determines the workflow sending objects according to the serial execution condition table. The grouped workflows refer to serial workflows, that is, the approval of the next workflow is started after the approval of the previous workflow passes. If the equipment purchase approval workflow is created, the upper-level supervisor approval is reported only after the lower-level supervisor approval passes.
A heterogeneous system workflow integration system for executing a heterogeneous system workflow integration method as described above, referring to fig. 4, the heterogeneous system workflow integration system includes an intermediate server 30, a parsing plug-in 10 and a contact node 40, a participant 20 registers and obtains an identity id with the contact node 40, the contact node 40 stores a standard workflow model 41, a metadata table 42 and a maintenance metadata table 43, receives a request of the participant 20 to add, update or delete metadata in the maintenance metadata table 43, the parsing plug-in 10 is deployed in the participant 20 system, the parsing plug-in 10 synchronizes the standard workflow model 41, the metadata table 42 and the maintenance metadata table 43 with the contact node 40, the intermediate server 30 includes an executing part and a cooperation part, the executing part receives and executes a workflow, and the cooperation part receives the workflow registration and update and displays a flow id, a flow state, an initiator identifier and a receiver identifier of the workflow.
After the participant 20 deploys the analysis plug-in 10, a mapping model of the workflow and the standard workflow model 41 is established, the initiator associates transaction item additional identifiers with handling actions, flow states and flow descriptions, associates bill information with corresponding material type additional identifiers or archive item additional identifiers, the initiator updates the analysis plug-in 10 according to the workflow and the standard workflow model 41, and the receiver calls the analysis plug-in 10 of the initiator to synchronize workflow contents to a local system workflow according to the additional identifiers.
The analysis plug-in 10 is provided with a version number, and the version number is increased by 1 after the initiator updates the analysis plug-in 10; the contact node 40 records the update time stamps of the metadata table 42 and the maintenance metadata table 43, the updated analysis plug-in 10 synchronizes the metadata table 42 and the maintenance metadata table 43 with the contact node 40, the version number of the analysis plug-in 10 is updated with the contact node 40, the contact node 40 displays the current version number and the update time stamp of the analysis plug-in 10 of each participant 20, the update time stamp of the analysis plug-in 10 of the initiator obtained by the contact node 40 matches with the update time stamp of the metadata table 42 and the maintenance metadata table 43, the analysis plug-in 10 of the initiator is not called any more, and after the receiver synchronizes the local analysis plug-in 10 with the contact node 40, the metadata table 42 and the maintenance metadata table 43, the local analysis plug-in 10 is used to synchronize the workflow content to the local system workflow according to the additional identifier.
The beneficial technical effects of the embodiment include: the systems of the participants 20 are independent, and the same engine is not required to obtain workflow specifications for working; the data mapping relation among heterogeneous workflows is quickly established through transaction items, archiving items and metadata additional identifiers, the workflows among heterogeneous systems and the circulation of corresponding data are opened, the cooperation degree among enterprises is improved, and the business handling efficiency across systems is improved; and the synchronous data quantity and the synchronous frequency between heterogeneous systems are reduced, and the system cost is reduced.
While the invention has been described in terms of embodiments, it will be appreciated by those skilled in the art that the invention is not limited thereto but rather includes the drawings and the description of the embodiments above. Any modifications which do not depart from the functional and structural principles of the present invention are intended to be included within the scope of the appended claims.
Claims (6)
1. A heterogeneous system workflow integration method, comprising:
making and publishing a standard workflow model, wherein the standard workflow model comprises transaction items, material items and archive items, the transaction items comprise a plurality of items for recording transaction descriptions and approval states of the transaction descriptions, the material items comprise a plurality of items for recording material types and quantity, the archive items comprise a plurality of archive data items, and each transaction item and each archive item are given additional identification;
making and publishing metadata tables of the material types, wherein the metadata tables record metadata of a plurality of record material types, meanings and units, and each metadata is endowed with an additional identifier;
the method comprises the steps that a participant initiating a workflow is marked as an initiator, and the initiator generates the workflow which comprises a flow id, bill information, a handling action, a flow state and a flow description;
the initiator associates transaction item additional identifiers with transaction actions, flow states and flow descriptions, and associates corresponding material category additional identifiers or archive item additional identifiers according to bill information;
the participant receiving the workflow is marked as a receiver, and the initiator sends the workflow added with the additional identifier to the receiver;
after receiving the workflow, the receiver establishes a local system workflow, and synchronizes the workflow content to the local system workflow according to the additional identifier;
the receiver feeds back the local system workflow processing flow result association flow id to the initiator;
the method further comprises the steps of:
publishing a maintenance metadata table, wherein the maintenance metadata table records the codes, meanings, units and participant identifications of the material types;
when the initiator workflow has the material types which are not recorded in the metadata table, the participants add the material types, meanings, units and participant identifications into the maintenance metadata table to obtain additional identifications of corresponding metadata;
when the receiver synchronizes the workflow content to the local system workflow according to the additional identification, checking whether the additional identification conforming to the maintenance metadata table exists in the workflow, if so, synchronizing corresponding bill information in the workflow to the local system workflow according to the material type, meaning and unit recorded in the maintenance metadata table, and synchronizing other bill information according to the material type, meaning and unit recorded in the metadata table, if not, synchronizing according to the material type, meaning and unit recorded in the metadata table;
the integration method further comprises the steps of constructing an intermediate server, wherein the intermediate server comprises an execution part and a cooperation part, the execution part receives and executes the workflow, and the cooperation part receives workflow registration and update and displays the flow id, the flow state, the initiator identifier and the receiver identifier of the workflow;
the initiator generates a main workflow and an associated workflow, the main workflow is sent to an execution part of the intermediate server, and the associated workflow is sent to a corresponding receiver;
the initiator registers the associated workflow to the cooperation part of the intermediate server, and the intermediate server displays the flow id, the flow state, the initiator identifier and the receiver identifier of the associated workflow;
the receiver processes the associated workflow, when the flow state changes, the receiver initiates a query to the cooperation part of the intermediate server, and if the flow id is registered, the flow state is synchronized to the cooperation part;
after the flow states of all the associated workflows are synchronous, the execution part processes the main workflow according to a state processing table;
the workflow comprises group ids, the workflows which need to be processed sequentially are brought into the same group, an initiator generates the workflows which need to be processed sequentially by a plurality of receivers, the workflows are split into a plurality of workflows according to the receivers, the split workflows are filled into the same group ids and distributed in sequence, the split workflows and the group ids are sent to an execution part of an intermediate server, the execution part judges the workflows to be sent to the next receiver or fed back to the initiator according to the processing results of the workflows of the receivers, a series execution condition table is generated, the series execution condition table records the mapping relation between the flow state of the workflow of the last order and the workflow sending objects of the current order, and the execution part decides the workflow sending objects according to the series execution condition table.
2. A heterogeneous system workflow integration method of claim 1, wherein,
the process state comprises handling, rejecting, suspending and terminating, the process state of the workflow is determined by the process states of other workflows, the workflow is recorded as a main workflow, the other workflows are recorded as associated workflows, the main workflow also comprises a plurality of associated process ids and a state processing table, an initiator associates the associated workflows for the main workflow, the process ids of the associated workflows are filled in the associated process ids of the main workflow, a state processing table is formulated for the main workflow, and the state processing table records the process state combination of the associated workflows to correspond to the process state of the main workflow.
3. A heterogeneous system workflow integration method of claim 1, wherein,
the workflow also comprises task ids, when the receiver generates more than one associated task in the local system according to the workflow, the task ids are generated for each task, the task ids are filled into the workflow, meanwhile, the workflow is associated with the flow ids, and the receiver determines the flow state of the workflow according to the task execution result.
4. A heterogeneous system workflow integration system for performing a heterogeneous system workflow integration method according to any one of claims 1 to 3,
the method comprises the steps that an intermediate server, an analysis plug-in and a contact node are included, the contact node is involved in registering and obtaining an identity id, the contact node stores a standard workflow model, a metadata table and a maintenance metadata table, a request of adding, updating or deleting metadata in the maintenance metadata table by a participant is received, the analysis plug-in is deployed in a participant system, the analysis plug-in synchronizes the standard workflow model, the metadata table and the maintenance metadata table to the contact node, the intermediate server comprises an executing part and a cooperation part, the executing part receives and executes a workflow, and the cooperation part receives the workflow registration and updating, and displays the flow id, the flow state, an initiator identifier and a receiver identifier of the workflow.
5. A heterogeneous system workflow integration system as recited in claim 4, wherein,
after the participant deploys the analysis plug-in, a mapping model of the workflow and a standard workflow model is built, the initiator associates transaction item additional identifiers with handling actions, flow states and flow descriptions, associates corresponding material type additional identifiers with bill information or archive item additional identifiers, the initiator updates the analysis plug-in according to the workflow and the standard workflow model, and the receiver calls the analysis plug-in of the initiator to synchronize workflow contents to the workflow according to the additional identifiers.
6. A heterogeneous system workflow integration system as recited in claim 5, wherein,
the method comprises the steps that after an initiator updates the analysis plug-in, the version number is increased by 1, the updated analysis plug-in synchronously maintains a metadata table to a contact node, the contact node records an update time stamp of the maintenance metadata table, the version number of the analysis plug-in is updated to the contact node, the contact node displays the current analysis plug-in version number and the update time stamp of each participant, the analysis plug-in update time stamp of the initiator obtained by the contact node of a receiver accords with the update time stamp of the maintenance metadata table, the analysis plug-in of the initiator is not called any more, and after the local analysis plug-in and the contact node synchronously maintain the metadata table, the receiver uses the local analysis plug-in to synchronize the content of a workflow to the workflow according to an additional identifier.
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