CN104679488A - Flow path customized development platform and method - Google Patents
Flow path customized development platform and method Download PDFInfo
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Abstract
The invention discloses a flow path customized development platform. The flow path customized development platform comprises a visual operation interface, a development design unit, a resource management unit, an operation management unit and an execution vessel. The flow path customized development platform can achieve customized development and online debugging of a flow path. The flow path customized development platform improves visibility and accuracy of flow path development, and is simple and easy to operate. When the flow path needs to be modified, a user only needs to modify the flow path in a development design module through the visual operation interface, and does not need to repeatedly compile development codes, and therefore manpower resources and cost of hardware and software are saved. The invention further discloses a flow path customized development method.
Description
Technical field
The present invention relates to flow process development field, relate to platform and the flow custom development approach of the exploitation of a kind of flow custom particularly.
Background technology
Along with the develop rapidly that all trades and professions are applied network office, various functional areas have more and more used workflow, because class of business is various, flow process is also various with class of business change, but flow process exploitation of the prior art for a kind of or a few similar traffic, can only cannot adapt to changeable traffic flow kind.
The exploitation of flow process is to specialty and the higher developer's dependence of technical skills is strong, and along with being on the increase of demand, human input is more, and cost of development is higher.Based on existing technology, the performance history of flow process also exists not visible property, and ordinary business practice demand changes a little, and code revision amount just becomes geometric growth, and program is dumb, follow-up code maintenance difficulty.
The development and Design of flow process now also uncontrollable stage, drop into after flow process developed by a large amount of manpower, just can debug after needing to drop into circulation, according to debug results modification process node, update routine, and flow process later stage business slightly changes, then need change flow code change amount large, difficult in maintenance, debugging cycle is long, also wastes a large amount of hardware-software resources.
Therefore visual, can according to the flexible development and Design flow process of business demand, and can the product that flow process carry out pre-debugging urgently to be occurred.
Summary of the invention
The invention provides a kind of flow custom development platform and flow custom development approach, there is provided visible process customized development and to flow process debug function, not only greatly save the time cycle that cost of development, human cost also shorten flow process exploitation debugging, improve flow process exploitation debugging efficiency, can flexible adaptation miscellaneous service type flow process exploitation.
A kind of flow custom development platform, it is characterized in that, described platform comprises:
Visualized operation interface, for providing visualization interface and control, presents execution information;
Development and Design unit, for passing through visualized operation interface, according to the custom built forms design customization assembly of described platform, design debug flow process, described assembly and flow process are sent to respectively rm-cell and each execution container, and send debugging task order according to business demand to operational management unit;
Rm-cell, for by visualized operation interface, assembly, the flow process of development and Design Unit Design described in registration management and respectively perform container are described assembly and flow process configuration data according to business demand;
Operational management unit, for receiving the task order of described development and Design unit transmission and generating task order according to the flow process of described rm-cell configuration data, send task to described each execution container allocation, and receive execution information and presented by described visualized operation interface;
Perform container, receive the task that described operational management unit sends, load the assembly corresponding to described task and flow process and perform, return execution information extremely described operational management unit.
Concrete, described development and Design unit comprises further:
Component design module, for adding basic control, for described each basic control realizes assembly actuating logic according to described custom built forms, and being described arrangement of components parameter, being packed by described customizable component;
Flow scheme design debugging module, for using connect control, according to the assembly that described assembly module designs, debugs flow process in conjunction with practical business Demand Design.
Further, the method realizing assembly actuating logic for described each basic control according to described custom built forms is specially:
According to the custom built forms containing open base class that described development and Design unit provides, make assembly spanned file, for each basic control imports described assembly spanned file;
Described open base class comprises Real-Time Component base class, batch assembly base class and data package base class.Detailed, described assembly module design module can design:
Real-Time Component, for completing the assembly of resident thread process message data task;
Batch assembly, for completing disposable execution and returning results the assembly of data task;
Data package, for completing the assembly of data structure definition and data transmission tasks.
Detailed, for arrangement of components parameter comprises:
Configuration component task parameters, described task parameters is the parameter that this assembly of description is executed the task;
Configuration component node parameter, described node parameter is the parameter describing this assembly self attributes.
Concrete, described flow scheme design debugging module comprises further:
Flow scheme design module, for using connect control, according to practical business demand, selecting corresponding assembly to form operation flow, being packed after configuring described operation flow parameter;
Described configuration service process parameter comprises collocating traffic parameter and flow process routing iinformation;
Flow process debugging module, for issuing debugging task order according to described operation flow to described operational management unit.
Concrete, described operational management unit comprises further:
Task order receives generation module, for receiving the debugging task order that described development and Design unit sends, according to the flow process generator task order of described rm-cell configuration data;
Perform control module, for receiving the debugging task order of generation module reception and the Meta task order of generation according to described task order, according to the execution information of described execution container, select described execution container to send debugging task and Meta task;
Performing information receiving unit, for receiving the execution information that described each execution container returns, sending to described visualized operation interface to present described execution information.
Concrete, described rm-cell comprises further:
Resource registering module, registers described assembly, the flow process of described development and Design Unit Design by visualized operation interface for described and respectively perform container;
Data configuration module, for the occurrence by each component parameter in flow process described in visualized operation interface configurations.
The present invention also discloses a kind of flow custom development approach, it is characterized in that, described method comprises:
Visualized operation interface use development and Design unit according to described custom built forms design component, design cycle;
Rm-cell is that described assembly and flow process configuration data post-registration are preserved on visualized operation interface, and registers each execution container;
Development and Design unit sends task order to operational management unit, and operational management unit generates task order according to the flow process of configuration data, and operational management unit performs container transmission task according to described task order to corresponding;
Perform the task of operational management unit transmission described in container reception and perform, returning execution information to operational management unit, be presented in visualized operation interface.
Preferably, described method also comprises:
According to the execution information that operational management unit returns, the flow process in the corresponding task order send described development and Design unit is debugged.
Further, described on visualized operation interface, use development and Design unit to provide according to described customized development platform custom built forms design component, design cycle method be specially:
Basic control is added at visualized operation interface;
For described each basic control realizes assembly actuating logic according to described custom built forms, and be described arrangement of components parameter, described assembly is packed;
In conjunction with practical business demand, visualized operation interface is added assembly and connect control product process, and be described flow process configuration parameter, described flow process is packed.
Further, the method that each basic control realizes assembly actuating logic according to described custom built forms is specially:
According to the custom built forms containing open base class that described development and Design unit provides, make assembly spanned file, for each basic control imports described assembly spanned file;
Described open base class comprises Real-Time Component base class, batch assembly base class and data package base class.
Detailed, the assembly of described design comprises:
Real-Time Component, for completing the assembly of resident thread process message data task;
Batch assembly, for completing disposable execution and returning results the assembly of data task;
Data package, for completing the assembly of data structure definition and data transmission tasks.
Detailed, for arrangement of components parameter comprises:
Configuration component task parameters, described task parameters is the parameter that this assembly of description is executed the task;
Configuration component node parameter, described node parameter is the parameter describing this assembly self attributes;
For flow process configuration parameter comprises collocating traffic parameter and flow process routing iinformation;
Preferably, described development and Design unit sends debugging task order to operational management unit, and described operational management unit, according to the execution information of described current each execution container, selects the corresponding container that performs to send described debugging task;
Debugging task described in described execution container reception, in described rm-cell, obtain corresponding assembly and procedure information in debugging task and perform, return the execution information of each step of corresponding flow process in described debugging task to operational management unit, be presented in visualized operation interface;
Described development and Design unit according to described in each step of returning perform information, described visualized operation interface is debugged the corresponding flow process in described debugging task order.
The present invention is by providing custom built forms, and the flow process exploitation to each class of business provides the interface opened, and can make assembly and the flow process of each type of service, greatly provide the dirigibility of flow process exploitation according to custom built forms; By visualized operation interface, flow scheme design exploitation is become visual, by the control editor product process on operation interface, improve the visual accuracy of flow process exploitation, simple to operation, reduce the technical merit requirement to flow process designer simultaneously; Send debugging task order by development and Design module, the execution information according to returning each step carries out on-line debugging to flow process, and having abandoned traditional process needs the actual defect just can debugged that circulates, and substantially increases the efficiency of flow process exploitation; When requirements of process is changed, only by visualized operation interface change flow in development and Design module, need need not repeat to write exploitation code, save human resources and hardware and software cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention one one kinds of flow custom development platforms;
Fig. 2 is the structural representation of the embodiment of the present invention 21 kinds of flow custom development platforms;
Fig. 3 is the visualized operation interface schematic diagram of the embodiment of the present invention two platform;
Fig. 4 is the schematic flow sheet of the embodiment of the present invention 31 kinds of flow custom development approaches;
Fig. 5 is that the present invention illustrates the schematic flow sheet how realizing assembly flow designing method;
Fig. 6 is the schematic flow sheet of generation of the present invention;
Fig. 7 is the schematic flow sheet of the embodiment of the present invention 41 kinds of flow custom development approaches;
Fig. 8 is the flow scheme design interface schematic diagram of the embodiment of the present invention five;
Fig. 9 is the parameter configuration interface schematic diagram of the embodiment of the present invention five.
Embodiment
Graphic and embodiment below will be coordinated to describe embodiments of the present invention in detail, by this to the present invention how application technology means solve technical matters and the implementation procedure reaching technology effect can fully understand and implement according to this.
As shown in Figure 1, the embodiment of the present invention one discloses a kind of flow custom development platform, comprises following structure:
Visualized operation interface 1, for providing visualization interface and control, presents execution information.
Visualized operation interface provides visual operation tool directly perceived for flow custom exploitation, includes abundant control, mainly comprises basic control, actions menu, connect control.
Some controls can used when basis control refers to design component, such as different classes of assembly icon, framework, the page etc., be specially input frame, radio box, check box, drop-down list etc.
The operational controls such as actions menu refers to increase, deletion, editor to destination object, preserves, copies, stickup, include but not limited to increase catalogue, increase Meta task, preserve Meta task, editor Meta task, deletion task, copy activity, stickup activity, check, the function such as upper alignment, left-justify, Meta task copy, support process assembly, the feature operations such as node pulls, operational controls can be added as the case may be, can use after having added.
Connect control refers to when design cycle for connecting the fastening means of each assembly in flow process, as connecting line etc., can be connecting line and imposes a condition, and when the condition on connecting line meets, selects the next assembly of workflow.
Visualized operation interface is also used for presenting the execution information performing and feed back to operational management unit after container completes flow performing, user can understand the implementation status of task, according to the execution information presented, flow process can also be debugged on visualized operation interface by development and Design unit
Development and Design unit 2, for passing through visualized operation interface, according to the custom built forms design customization assembly of described platform, design debug flow process, described assembly and flow process are sent to respectively rm-cell and each execution container, and send debugging task order according to business demand to operational management unit.
Development and Design unit provides visual customizable component to design and flow scheme design on-line debugging function by visualized operation interface, edits, design and on-line debugging flow process under visual environment to assembly.
When using development and Design Unit Design assembly, the design section provided at visualization interface adds basic control, and (mode of adding basic control can be click to increase button, select corresponding basic control, also can be that directly on visualization interface, basic control being dragged to design section completes interpolation), to be chosen by the select button in connect control and according to this basic control of custom built forms editor, complete the Frame Design of this assembly, be then the corresponding parameter of arrangement of components, preserve this assembly of packing.
On-line debugging can be carried out to the flow process designed by development and Design unit, namely to the flow process configuration tune-up data designed, and send debugging task order to operational management unit 4, perform container 5 by operational management unit 4 according to the described debugging task command selection received and issue debugging task, the execution information of each step is returned after performing the complete debugging task of container, and be presented on visualized operation interface, can according to the execution information returned, on visualized operation interface, flow process is adjusted and revises, until flow process correctly performs, thus the on-line debugging completed flow process.
When using development and Design Unit Design flow process, according to the actual demand of operation flow, the design section provided at visualization interface adds the assembly designed, the mode of adding can be click increase button to select corresponding assembly, also on visualization interface, directly assembly can be dragged to design section, select the connecting line control in connect control, by each assembly being linked in sequence according to workflow, if need to modify to flow process, directly on visualized operation interface, pull corresponding assembly and connecting line, adjustment position, or directly delete on visualized operation interface, increase assembly, after having added assembly and connecting line, for flow process configures corresponding parameter, described flow process is imported rm-cell.
Development and Design unit provides custom built forms, for flow process developer provides interface open flexibly, use the shield components of custom built forms design assembly in operational difference, as long as according to the assembly of custom built forms design, no matter be any type of service, can be applied on platform, participate in design and the on-line debugging of flow process, save the cost for class of business development process repeatedly, improve work efficiency.
After customizable component is designed, domestic consumer also can use arbitrarily these assemblies to carry out follow-up flow process design effort without any need for programming background knowledge, reduces the technical requirement to user, saves human cost and human resources.
The on-line debugging process flow operation debugging more of the prior art of flow process is compared, and greatly can save debug time, raise the efficiency.
Rm-cell 3, for by visualized operation interface, assembly, the flow process of development and Design Unit Design described in registration management and respectively perform container are described assembly and flow process configuration data according to business demand.
The resource of rm-cell management process customized development platform, described resource comprises assembly, flow process, execution container, and is the data (i.e. the occurrence of component parameter occurrence and process parameter) of assembly and flow process configuration.
Completed the process of resource registering by visualized operation interface, namely corresponding enrollment page is provided, fill in the relevant information needing registration resource, be saved to rm-cell and namely complete registration.
Registration packet is containing the registration to flow process with to the registration performing container, and when flow process being imported rm-cell by corresponding page operation, rm-cell preserves flow process, namely completes the registration to flow process; The relevant information performing container is filled in and the registration namely completed after preserving performing container by corresponding page operation.
In the assembly completed by development and Design Unit Design and flow process, include the parameter of its business characteristic of mark and type, but these parameters do not configure occurrence when design completes, before issuing the task order performing this flow process, need the good occurrence of parameter configuration for assembly and flow process.
Operational management unit 4, for receiving the task order of described development and Design unit transmission and generating task order according to the flow process of described rm-cell configuration data, sends task order to described each execution container allocation, and receives execution information.
Operational management unit is responsible for the scheduling configuration of platform in task-cycle, receives and forwards task order.By mainly two kinds of task orders of operational management cell processing, one is the debugging task order of being sent by development and Design unit, and two is the Meta task order that operational management unit generates according to the flow process of rm-cell configuration data.Operational management unit receives the execution information that each execution container sends, the implementation status of each execution container is judged by described execution information, comprise task load, Memory Load, tasks carrying progress, execution result, process situation and the execution container self performance situation etc. that perform container, by these information, select the lighter suitable execution container of load to execute the task order, complete overall task scheduling configuration effort.
When order executed the task by execution container, for debugging task order, need the execution information of each step returning corresponding flow process in debugging task order in real time, operational management unit receives the execution information returned, be presented on visualized operation interface, carry out the on-line debugging of flow process for user; The execution information of corresponding each step of flow process in Meta task order can be returned for Meta task order in real time, also can return execution information after flow performing completes, the execution information echo plex mode performing container can be set according to the actual requirements.
Perform container 5, receive the task order that described operational management unit sends, load the assembly corresponding to described task order and flow process and perform, return execution information extremely described operational management unit.
Performing container is the entity of order of executing the task one by one, receives the task order that operational management unit sends and also performs, it should be noted that, task order involved in the present invention and return the form of message that execution information all can be the easiest and realize.Performing the task order of container by receiving, after obtaining the assembly and flow process comprised in task order, this task order can be performed after rm-cell obtains corresponding flow process and occurrence, and returning execution information.
Based on embodiments of the invention one, in order to the design feature of a kind of flow custom development platform of this religious name of more detailed description, provide embodiments of the invention two, as shown in Figure 2, described platform comprises:
Visualized operation interface 1, for providing visualization interface and control.
Fig. 3 shows the schematic diagram at visualized operation interface, comprises the multiple visual pages realizing development and Design and resource registering management.
Development and Design visual page can comprise design section, control regions, device region, menu area (mainly comprising the routine operation buttons such as preservation, amendment, name) and directory management region (visible process and element task management); Control and assembly can be selected directly to be dragged to design section in control regions and device region, in design section design component and flow process, and parameter configuration be carried out to assembly and flow process, and the on-line debugging to flow process.
Resource registering administration page can provide multiple pages of filling registration information.
Development and Design unit 2 comprises further:
Component design module 201, for adding basic control, for described each basic control realizes assembly actuating logic according to described custom built forms, and being described arrangement of components parameter, being packed by described customizable component.
Basis control is the component design element such as assembly icon, component framework, the component parameter page provided by design and development platform.
Include the open base class that development and Design unit provides in custom built forms, open base class equals to provide to the public design interface opened, and according to this open base class, can write the assembly of miscellaneous service type, namely achieve the flexible customization of assembly.
According to the custom built forms containing open base class that described development and Design unit provides, make assembly spanned file, for each basic control imports described assembly spanned file.
Described open base class comprises Real-Time Component base class, batch assembly base class and data package base class.As follows:
// Real-Time Component base class (resident thread)
Real-Time Component base class comprises by codes implement assembly start-up operation, and after starting this assembly, namely this assembly runs as a resident thread always, ceases and desist order until this assembly receives.
// batch assembly base class
public abstract class ExecuteComponent extends BaseComponent{
public abstract void execute();
}
Batch assembly base class comprises assembly executable operations, is started perform by flow engine, automatically terminates to proceed to next assembly and continue to perform, until flow process all terminates after completing.
// data package base class
public abstract class DataComponent extends BaseComponent{
public abstract void read();
public abstract void write();
}
Data package base class comprises read-write operation, includes user-defined data type, and provides reading/writing method, calls data wherein in batch assembly or Real-Time Component logic, and life cycle is whole flow process.
Component design module 201 can complete the design of Real-Time Component, batch assembly, data package.
Real-Time Component, for the assembly of resident thread process message data task;
Batch assembly, returns results the assembly of data task for disposable execution;
Data package, for the assembly of data structure definition and data transmission tasks.
When basic control is imported into assembly spanned file, the assembly of generation just obtains the base class characteristic described in assembly spanned file, performs and the corresponding task of this component characteristic.
The Real-Time Component that this flow custom development platform provides, resident thread process message data task can be completed, such as can be applicable to the process to alarm, when alarm is continually given the correct time, use Real-Time Component process alarm that alarm can be avoided to deposit in a large number, can raise the efficiency greatly, utilize Real-Time Component base class can design the real-time processing components of multiple business scene, as the real time filtering process to alarm, to the real-time edition, forward process etc. of alarm; The batch assembly that this flow custom development platform provides, can be applicable to the process of adapter batch capture.
Because each assembly can independently describe a subtask, the execution work of this component description task is completed by performing container, therefore for arrangement of components parameter comprises configuration component task parameters and configuration component node parameter, described task parameters is the parameter that this assembly of description is executed the task; Described node parameter is the parameter describing this assembly self attributes.Task parameters can include but not limited to task names, task list, task interface, tasks carrying cycle etc.
Flow scheme design debugging module 202, for using connect control, according to the assembly that described assembly module designs, debugs flow process in conjunction with practical business Demand Design.
Flow scheme design debugging module 202 comprises further:
Flow scheme design module 2021, for using connect control, according to practical business demand, selecting corresponding assembly to form operation flow, being packed after configuring described operation flow parameter.
After component design completes, according to the component design flow process designed, visualized operation interface can pull the order of assembly, conversion assembly, for adding connecting line between assembly, after configuring the parameter of described operation flow, preserve flow process, flow process is directed into rm-cell.
After flow process configures, each parameter is not endowed occurrence, when needing to use this flow process next time, directly obtains flow process and configures occurrence by rm-cell.Flow process imports after rm-cell, and namely complete the registration of flow process at rm-cell, rm-cell provides flow management function, when to apply to identical flow process next time, directly selects corresponding flow process to give occurrence and uses.
Described configuration service process parameter comprises collocating traffic parameter and flow process routing iinformation, the service parameter of flow process is used for describing the service attribute of flow process and performing the correlation parameter of this flow process, such as comprise the custom parameter that this flow process connects the parameter of various agreement, the net element information involved by this flow process and practical business demand, routing iinformation is the information in the control flow circulation direction configured on connecting line.
Flow process debugging module 2022, for issuing debugging task order according to described operation flow to described operational management unit.
Flow process debugging module mainly issues debugging task order to operational management unit, operational management unit performs container according to the debugging task command selection received and issues debugging task, after execution container completes debugging task execution, execution result will be presented on visualized operation interface, and user directly carries out debugging according to execution result on visualized operation interface.
Rm-cell 3 comprises further:
Resource registering module 301, registers described assembly, the flow process of described development and Design Unit Design by visualized operation interface for described and respectively perform container.
Data configuration module 302, for the occurrence by each component parameter in flow process described in visualized operation interface configurations.
After flow process configuration occurrence, flow process just can be called Meta task, can issue execution, and therefore a configurable different value of flow process, generates multiple Meta task.
Operational management unit 4 comprises further:
Task order receives generation module 401, for receiving the debugging task order that described development and Design unit sends, according to the flow process generator task order of described rm-cell configuration data.
Performing control module 401, for receiving the debugging task order of generation module reception and the Meta task order of generation according to described task order, and according to performing the execution information of container, selecting suitable execution container to send described debugging task and Meta task.
When performing control module selection execution container, can select according to business scenario and practical business demand, setting choice criteria and parameter flexibly, execution container as the lightest in selection load, the execution container etc. selecting current Queued tasks minimum.
Performing information receiving module 403, for receiving the execution information that described each execution container returns, being presented on described visualized operation interface.
For the execution information that debugging task returns, can present in several ways, be illustrated in each component drawings by different colours and put on its executing state of expression, red represent execution error as component drawings is designated as, component drawings be designated as green represent to perform to be designated as by, component drawings redly represent that execution goes wrong, click assembly icon and eject execution information particular content, or mouse floating display with component drawings timestamp performs the information content.
Perform container 5, receive the task that described operational management unit sends, load the assembly corresponding to described task and flow process and perform, return execution information extremely described operational management unit.
As shown in Figure 4, based on customized development platform provided by the invention, the present invention also provides embodiment 31 kinds of flow custom development approaches, said method comprising the steps of:
Step S101: use development and Design unit according to described custom built forms design component, design cycle on visualized operation interface.
Step S102: rm-cell is that described assembly and flow process configuration data post-registration are preserved on visualized operation interface, and registers each execution container.
Step S103: development and Design unit sends task order to operational management unit, operational management unit generates task order according to the flow process of configuration data, and operational management unit performs container transmission task according to described task order to corresponding.
Step S104: perform the task of operational management unit transmission described in container reception and perform, returning execution information to operational management unit, be presented in visualized operation interface.
Preferably, also step is comprised to realize method described in the on-line debugging to design cycle:
Step S105: the execution information returned according to operational management unit, the flow process in the corresponding task order send described development and Design unit is debugged.
As shown in Figure 5, further describe on visualized operation interface, how to use development and Design unit to provide according to described customized development platform custom built forms design component, design cycle method:
Step S1011: add basic control on visualized operation interface.
Basic control icons on visualized operation interface is dragged to the design district at visualized operation interface, to design the GODU network element commands node component be connected with GODU instruction platform:
Basic control icons is selected at visualized operation interface.
Step S1012: for described basic control realizes assembly actuating logic according to described custom built forms, and be described arrangement of components parameter, described assembly is packed.
According to the custom built forms containing open base class that described development and Design unit provides, make assembly spanned file, based on control import described assembly spanned file.
Described open base class comprises Real-Time Component base class, batch assembly base class and data package base class.
The assembly of design comprises:
Real-Time Component, for completing the assembly of resident thread process message data task;
Batch assembly, for completing disposable execution and returning results the assembly of data task;
Data package, for completing the assembly of data structure definition and data transmission tasks.
For GODU network element commands node component, object will be designed to become a batch executive module, be connected with GODU instruction platform, send instruction to obtain and returned packet, therefore the batch assembly base class provided according to platform makes assembly spanned file, and the basic control icons for selecting in step S1011 on visualized operation platform imports assembly spanned file, after completing assembly spanned file importing work, then GODU network element commands node component inherits the base class of assembly, possesses the ability of batch processing.
To GODU network element commands node component configuration parameter.To execute the task order and comprise node diagnostic itself because each assembly can be used as independent flow nodes, each assembly can according to the actual requirements as an independently Meta task node, therefore the parameter of each node comprises task parameters and node parameter, is GODU network element commands node component configuration task parameter (see table 1) and node parameter (see table 2).
The partial task parameter of table 1 GODU network element commands node component
The part of nodes parameter of table 2 GODU network element commands node component
| Attribute | Value |
| Instruction list | |
| Message preserving type |
Instruction list: input the instruction that will perform here, with the separately every bar instruction that enters a new line.
Message preserving type: there is provided herein two kinds of modes, for analytic message provides convenient.
A) NE: network element pattern (default mode).
B) CMD: command mode.
It should be noted that, when assembly has generated, the value of its each parameter is sky, when issuing debugging task order, can by the occurrence of development and Design unit visualized operation interface configurations relevant parameter, before issuing Meta task order, can by the occurrence of operational management unit at visualized operation interface configurations relevant parameter.
Step S1013: in conjunction with practical business demand, visualized operation interface is added assembly and connect control product process, and is described flow process configuration parameter, described flow process is packed.
As shown in Figure 6, according to the assembly designed, visualized operation interface is added assembly and connect control product process.Need, for flow process configuration flow parameter, described flow process to be packed.
It should be noted that if there is a component nodes to point to the situation of multiple component nodes in flow process, can arrange " routing order " of connecting line attribute, during execution, perform next assembly according to this order (according to digital ascending order); If there is multiple node to point to the situation of a node, must arrange connecting line attribute " whether main road by ", one of them Node configuration is "Yes", and other Node configurations are "No".On connecting line, directly double-click the routing order can editing connecting line.
Based on above-described embodiment, in order to describe the method how application flow customized development platform completes the on-line debugging of flow process in detail, as shown in Figure 7, provide embodiments of the invention four:
Step S201: use development and Design unit according to described custom built forms design component, design cycle on visualized operation interface.
Step S202: rm-cell is that described assembly and flow process configuration data post-registration are preserved on visualized operation interface, and registers each execution container.
Step S203: described development and Design unit sends debugging task order to operational management unit, described operational management unit, according to the execution information of described current each execution container, selects the corresponding container that performs to send described debugging task.
Step S204: perform debugging task described in container reception, in described rm-cell, obtain corresponding assembly and procedure information in debugging task order and perform, returning the execution information of each step of corresponding flow process in described debugging task order to operational management unit.
Step S205: development and Design unit according to described in each step of returning perform information, described visualized operation interface is debugged the corresponding flow process in described debugging task order.
Provide the embodiment five in conjunction with practical application scene below, further illustrate the method to flow process design debug.
Step S301: set up test catalogue in flow custom development platform, newly-built Meta task (i.e. flow process) under test catalogue.
Step S302: the assembly dragged on the right of interface carries out assembly increase at the design section of visualization interface.
Step S303: coupled together by assembly with connecting line, forms basic procedure framework, as shown in Figure 8.
Step S304: configuration Meta task parameter, and be each arrangement of components data, connecting line routing parameter.
Need configuration Meta task parameter, the parameter value of each nodes such as alarm is classified end to end, the generation of alarm entity classification, alarm fingerprint, 120 alarm outputs.
Parameter value required when Meta task parameter refers to flow performing, according to the difference of class of business, obtains in corresponding service scripts.
For each arrangement of components parameter value, be categorized as example end to end with alarm below, as shown in Figure 9
Configuration connecting line parameter, determines flow process route.
Step S305: flow process is preserved.
Step S306: find this Meta task under test catalogue, issue debugging task order.
Step S307: the execution information presented according to visualized operation interface, adjusts flow process.
Although the embodiment disclosed by the present invention is as above, but described content be not used to directly limit protection scope of the present invention.Any the technical staff in the technical field of the invention, under the prerequisite not departing from the spirit and scope disclosed by the present invention, can do a little change what implement in form and in details.Protection scope of the present invention, the scope that still must define with appending claims is as the criterion.
Claims (15)
1. a flow custom development platform, is characterized in that, described platform comprises:
Visualized operation interface, for providing visualization interface and control, presents execution information;
Development and Design unit, for passing through visualized operation interface, according to the custom built forms design customization assembly of described platform, design debug flow process, described assembly and flow process are sent to respectively rm-cell and each execution container, and send debugging task order according to business demand to operational management unit;
Rm-cell, for by visualized operation interface, assembly, the flow process of development and Design Unit Design described in registration management and respectively perform container are described assembly and flow process configuration data according to business demand;
Operational management unit, for receiving the task order of described development and Design unit transmission and generating task order according to the flow process of described rm-cell configuration data, send task to described each execution container allocation, and receive execution information and presented by described visualized operation interface;
Perform container, receive the task that described operational management unit sends, load the assembly corresponding to described task and flow process and perform, return execution information extremely described operational management unit.
2. platform according to claim 1, is characterized in that, described development and Design unit comprises further:
Component design module, for adding basic control, for described each basic control realizes assembly actuating logic according to described custom built forms, and being described arrangement of components parameter, being packed by described customizable component;
Flow scheme design debugging module, for using connect control, according to the assembly that described assembly module designs, debugs flow process in conjunction with practical business Demand Design.
3. platform according to claim 2, is characterized in that, the method realizing assembly actuating logic according to described custom built forms for described each basic control is specially:
According to the custom built forms containing open base class that described development and Design unit provides, make assembly spanned file, for each basic control imports described assembly spanned file;
Described open base class comprises Real-Time Component base class, batch assembly base class and data package base class.
4. platform according to claim 3, is characterized in that, described assembly module design module can design:
Real-Time Component, for completing the assembly of resident thread process message data task;
Batch assembly, for completing disposable execution and returning results the assembly of data task;
Data package, for completing the assembly of data structure definition and data transmission tasks.
5. platform according to claim 4, is characterized in that, for arrangement of components parameter comprises:
Configuration component task parameters, described task parameters is the parameter that this assembly of description is executed the task;
Configuration component node parameter, described node parameter is the parameter describing this assembly self attributes.
6., according to one of any described platform of claim 2 ~ 5, it is characterized in that, described flow scheme design debugging module comprises further:
Flow scheme design module, for using connect control, according to practical business demand, selecting corresponding assembly to form operation flow, being packed after configuring described operation flow parameter;
Described configuration service process parameter comprises collocating traffic parameter and flow process routing iinformation;
Flow process debugging module, for issuing debugging task order according to described operation flow to described operational management unit.
7. platform according to claim 6, is characterized in that, described operational management unit comprises further:
Task order receives generation module, for receiving the debugging task order that described development and Design unit sends, according to the flow process generator task order of described rm-cell configuration data;
Perform control module, for receiving the debugging task order of generation module reception and the Meta task order of generation according to described task order, according to the execution information of described execution container, select described execution container to send debugging task and Meta task;
Performing information receiving unit, for receiving the execution information that described each execution container returns, sending to described visualized operation interface to present described execution information.
8. platform according to claim 7, is characterized in that, described rm-cell comprises further:
Resource registering module, registers described assembly, the flow process of described development and Design Unit Design by visualized operation interface for described and respectively perform container;
Data configuration module, for the occurrence by each component parameter in flow process described in visualized operation interface configurations.
9. a flow custom development approach, is characterized in that, described method comprises:
Visualized operation interface use development and Design unit according to described custom built forms design component, design cycle;
Rm-cell is that described assembly and flow process configuration data post-registration are preserved on visualized operation interface, and registers each execution container;
Development and Design unit sends task order to operational management unit, and operational management unit generates task order according to the flow process of configuration data, and operational management unit performs container transmission task according to described task order to corresponding;
Perform the task of operational management unit transmission described in container reception and perform, returning execution information to operational management unit, be presented in visualized operation interface.
10. method according to claim 9, is characterized in that, described method also comprises:
According to the execution information that operational management unit returns, the flow process in the corresponding task order send described development and Design unit is debugged.
11. methods according to claim 9 or 10, is characterized in that, described on visualized operation interface, use development and Design unit to provide according to described customized development platform custom built forms design component, design cycle method be specially:
Basic control is added at visualized operation interface;
For described each basic control realizes assembly actuating logic according to described custom built forms, and be described arrangement of components parameter, described assembly is packed;
In conjunction with practical business demand, visualized operation interface is added assembly and connect control product process, and be described flow process configuration parameter, described flow process is packed.
12. methods according to claim 11, is characterized in that, the method that each basic control realizes assembly actuating logic according to described custom built forms is specially:
According to the custom built forms containing open base class that described development and Design unit provides, make assembly spanned file, for each basic control imports described assembly spanned file;
Described open base class comprises Real-Time Component base class, batch assembly base class and data package base class.
13. methods according to claim 12, is characterized in that, the assembly of described design comprises:
Real-Time Component, for completing the assembly of resident thread process message data task;
Batch assembly, for completing disposable execution and returning results the assembly of data task;
Data package, for completing the assembly of data structure definition and data transmission tasks.
14. methods according to claim 13, is characterized in that:
For arrangement of components parameter comprises:
Configuration component task parameters, described task parameters is the parameter that this assembly of description is executed the task;
Configuration component node parameter, described node parameter is the parameter describing this assembly self attributes;
For flow process configuration parameter comprises collocating traffic parameter and flow process routing iinformation.
15. methods according to claim 14, is characterized in that:
Described development and Design unit sends debugging task order to operational management unit, and described operational management unit, according to the execution information of described current each execution container, selects the corresponding container that performs to send described debugging task;
Debugging task described in described execution container reception, in described rm-cell, obtain corresponding assembly and procedure information in debugging task and perform, return the execution information of each step of corresponding flow process in described debugging task to operational management unit, be presented in visualized operation interface;
Described development and Design unit according to described in each step of returning perform information, described visualized operation interface is debugged the corresponding flow process in described debugging task order.
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