CN104679488B - A kind of flow custom development platform and flow custom development approach - Google Patents
A kind of flow custom development platform and flow custom development approach Download PDFInfo
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Abstract
The present invention discloses a kind of flow custom development platform, including visualized operation interface, exploitation design cell, rm-cell, operational management unit, execution container, the platform can realize the customized development and on-line debugging of process.The visual accuracy of process exploitation is improved through the invention, it is simple to operation, when requirements of process change, only process need to be changed in exploitation design module by visualized operation interface, without repeating to write exploitation code, human resources and hardware and software cost are saved.Invention additionally discloses a kind of flow custom development approaches.
Description
Technical field
The present invention relates to process development fields, develop more particularly to the platform and flow custom of a kind of exploitation of flow custom
Method.
Background technique
With the rapid development that all trades and professions apply network office, various functional areas have more and more used work
Stream, since type of business is various, process also changes multiplicity with type of business, but process in the prior art exploitation can only be directed to one
Kind or a few similar traffic, can not adapt to changeable traffic flow type.
The exploitation of process to profession and the higher developer's dependence of technical skills it is strong, with being increasing for demand,
Human input is more, and development cost is higher.Based on existing technology, there is not visible property, usual industry for the development process of process
Business demand is altered slightly, and for code revision amount just at geometric growth, program is not flexible, and subsequent code maintenance is difficult.
The exploitation of process designs existing also uncontrollable stage, puts into after the completion of a large amount of manpowers develop process, needs to put into
It just can be carried out debugging after circulation, according to debugging result modification process node, modification program, and process later period business slightly changes,
It then needs to change that process code change amount is big, and difficult in maintenance, debugging cycle is long, also wastes a large amount of hardware-software resource.
Therefore one kind is visual, design cycle can be flexibly developed according to business demand, and can carry out pre-debug to process
Product urgently occurs.
Summary of the invention
The present invention provides a kind of flow custom development platform and flow custom development approaches, provide visible process customization
It develops and to process debugging function, not only greatlys save the time that development cost, human cost also shorten process exploitation debugging
Period, improve process exploitation debugging efficiency, can flexible adaptation various businesses type process exploitation.
A kind of flow custom development platform, which is characterized in that the platform includes:
Execution information is presented for providing visualization interface and control in visualized operation interface；
Design cell is developed, for passing through visualized operation interface, according to the custom built forms design customization group of the platform
Part, design simultaneously debug process, and the component and process are sent respectively to rm-cell and each execution container, and according to
Business demand sends debugging task order to operational management unit；
Rm-cell, for passing through visualized operation interface, the group of exploitation design cell design described in registration management
Part, process and container is respectively executed, is the component and process configuration data according to business demand；
Operational management unit, for receiving the task order of the exploitation design cell transmission and according to the resource management
The process of the configured data of unit generates task order, sends task to each execution container allocation, and receive execution information
It is presented by the visualized operation interface；
Container is executed, the task that the operational management unit is sent is received, loads component corresponding with the task and stream
Journey simultaneously executes, and returns to execution information to the operational management unit.
Specifically, the exploitation design cell further comprises:
Component designs module, for adding basic control, is realized for each basic control according to the custom built forms
Component executes logic, and is the component configuration parameter, and the customizable component is packaged；
Process design debugging module, for using connection control, according to the component that the assembly module designs, in conjunction with reality
Business demand designs and debugs process.
Further, realize that the method for component execution logic is specific according to the custom built forms for each basic control
Are as follows:
According to the custom built forms containing open base class that the exploitation design cell provides, production component generates file, is
Each basis control imports the component and generates file；
The open base class includes Real-Time Component base class, batch component base class and data package base class.It is detailed, described group
Part module design module can design:
Real-Time Component, for completing the component of resident thread process message data task；
Batch component, for completing disposably to execute and return the result the component of data task；
Data package, for completing the component of data structure definition and data transmission tasks.
It is detailed, include: for component configuration parameter
Configuration component task parameters, the task parameters are the parameter for describing the component and executing task；
Configuration component node parameter, the node parameter are the parameter for describing the component self attributes.
Specifically, the process design debugging module further comprises:
Process design module, for selecting corresponding component to be formed according to practical business demand using connection control
Operation flow is wrapped into after configuring the operation flow parameter；
The configuration service process parameter includes collocating traffic parameter and process routing iinformation；
Process debugging module, for issuing debugging task order to the operational management unit according to the operation flow.
Specifically, the operational management unit further comprises:
Task order receives generation module, the debugging task order sent for receiving the exploitation design cell, according to
The process of the configured data of rm-cell generates Meta task order；
Execute control module, for according to the task order receive the received debugging task order of generation module and
The Meta task order of generation selects the execution container to send debugging task and member according to the execution information for executing container
Task；
Execution information receiving unit, for receiving each execution information for executing container and returning, by the execution information
The visualized operation interface is sent to be presented.
Specifically, the rm-cell further comprises:
Resource registering module is registered described in the exploitation design cell design for described by visualized operation interface
Component, process and respectively execute container；
Data configuration module, for the occurrence by each component parameter in process described in visualized operation interface configurations.
Invention additionally discloses a kind of flow custom development approaches, which is characterized in that the described method includes:
Using exploitation design cell according to the custom built forms design component, design cycle on visualized operation interface；
Rm-cell is registration preservation after the component and process configuration data on visualized operation interface, and is infused
Volume is each to execute container；
It develops design cell and sends task order to operational management unit, operational management unit is according to the stream of configured data
Cheng Shengcheng task order, operational management unit send task to the corresponding container that executes according to the task order；
The task that operational management unit described in container reception is sent and execution are executed, executes letter to the return of operational management unit
Breath, is presented in visualized operation interface.
Preferably, the method also includes:
According to the execution information that operational management unit returns, in the corresponding task order sent to the exploitation design cell
Process debugged.
Further, described to be mentioned using exploitation design cell according to the customized development platform on visualized operation interface
The method of the custom built forms design component of confession, design cycle specifically:
Basic control is added on visualized operation interface；
It realizes that component executes logic according to the custom built forms for each basic control, and joins for the component Configuration
Number, the component is packaged；
In conjunction with practical business demand, component and connection control product process are added on visualized operation interface, and be institute
Process configuration parameter is stated, the process is packaged.
Further, the method that each basic control realizes component execution logic according to the custom built forms specifically:
According to the custom built forms containing open base class that the exploitation design cell provides, production component generates file, is
Each basis control imports the component and generates file；
The open base class includes Real-Time Component base class, batch component base class and data package base class.
Detailed, the component of the design includes:
Real-Time Component, for completing the component of resident thread process message data task；
Batch component, for completing disposably to execute and return the result the component of data task；
Data package, for completing the component of data structure definition and data transmission tasks.
It is detailed, include: for component configuration parameter
Configuration component task parameters, the task parameters are the parameter for describing the component and executing task；
Configuration component node parameter, the node parameter are the parameter for describing the component self attributes；
It include collocating traffic parameter and process routing iinformation for process configuration parameter；
Preferably, the exploitation design cell sends debugging task order, the operational management list to operational management unit
Member selects the corresponding container that executes to send the debugging task according to current each execution information for executing container；
Debugging task described in the execution container reception obtains corresponding in debugging task in the rm-cell
Component and procedure information simultaneously execute, and the execution of each step of corresponding process in the debugging task is returned to operational management unit
Information is presented in visualized operation interface；
The design cell of developing is according to each step execution information of the return, on the visualized operation interface
Corresponding process in the debugging task order is debugged.
The present invention provides the interface opened by providing custom built forms, to the exploitation of the process of each type of business, can basis
Custom built forms makes the component and process of each type of service, provides the flexibility of process exploitation significantly；Pass through visualized operation
Process design exploitation is become visualizing by interface, by control editor's product process in operation interface, improves process exploitation
Visual accuracy, it is simple to operation, while reducing to the requirement of the technical level of process designer；It is designed by exploitation
Module sends debugging task order, carries out on-line debugging to process according to the execution information for returning to each step, has abandoned tradition
The practical defect that can just debug that circulates of requirements of process, substantially increases the efficiency of process exploitation；When requirements of process change, only
Process need to be changed in exploitation design module by visualized operation interface, write exploitation code without repeating, save
Human resources and hardware and software cost.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the flow custom development platform of the embodiment of the present invention one；
Fig. 2 is a kind of structural schematic diagram of the flow custom development platform of the embodiment of the present invention two；
Fig. 3 is the visualized operation interface schematic diagram of two platform of the embodiment of the present invention；
Fig. 4 is a kind of flow diagram of the flow custom development approach of the embodiment of the present invention three；
Fig. 5 is that the present invention illustrates how to realize the flow diagram of component flow designing method；
Fig. 6 is the flow diagram that invention generates；
Fig. 7 is a kind of flow diagram of the flow custom development approach of the embodiment of the present invention four；
Fig. 8 is the process 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.
Specific embodiment
Carry out the embodiment that the present invention will be described in detail below in conjunction with schema and embodiment, how the present invention is applied whereby
Technological means solves technical problem and reaches the realization process of technical effect to fully understand and implement.
As shown in Figure 1, the embodiment of the present invention one discloses a kind of flow custom development platform, including with flowering structure:
Execution information is presented for providing visualization interface and control in visualized operation interface 1.
Visualized operation interface provides intuitive visual operational instrument for flow custom exploitation, includes control abundant
Part, main includes basic control, actions menu, connection control.
Basic control refers to some controls that can be used when design component, such as different classes of component icon, frame, the page
Deng specially input frame, radio box, check box, drop-down list etc..
Actions menu refers to the operational controls such as increase, deletion, editor, preservation, duplication, stickup to target object, including
But be not limited to increase catalogue, increase Meta task, save Meta task, editor Meta task, deletion task, duplication activity, stickup activity,
Check, upper alignment, left-justify, Meta task duplication etc. functions, support process component, node pull etc. feature operations, operational controls
It can be added, can be used after the completion of addition as the case may be.
Control is connected to refer in design cycle for connecting the fastening means of each component in process, such as connecting line, it can
For connecting line setting condition, when the condition on connecting line meets, next component of workflow is selected.
Visualized operation interface, which is also used to present to execute after container completes process execution, feeds back to holding for operational management unit
Row information, user can be appreciated that the executive condition of task, can also be existed according to the execution information of presentation by developing design cell
Visualized operation debugs process on interface,
Design cell 2 is developed, for passing through visualized operation interface, according to the custom built forms design customization group of the platform
Part, design simultaneously debug process, and the component and process are sent respectively to rm-cell and each execution container, and according to
Business demand sends debugging task order to operational management unit.
Develop design cell by visualized operation interface provide the design of visual customizable component and process design and
Line debugging function edits component under visual environment, is designed to process and on-line debugging.
When using exploitation design cell design component, basic control is added in the design section that visualization interface provides and (is added
Add the mode of basic control to can be click and increase button, select corresponding basic control, is also possible to directly on visualization circle
Basic control is dragged to design section on face and completes addition), it is chosen and by the select button in connection control according to customization
The edit model basis control, completes the Frame Design of the component, is then the corresponding parameter of component Configuration, saves and is packaged the group
Part.
On-line debugging can be carried out to designed process by exploitation design cell, i.e., designed process is configured and debugged
Data, and debugging task order is sent to operational management unit 4, appointed by operational management unit 4 according to the debugging received
Business command selection executes container 5 and issues debugging task, and the execution of each step is returned after execution container execution completion debugging task
Information, and be presented on visualized operation interface, it can be according to the execution information of return, on visualized operation interface, to process
It is adjusted and modifies, until process correctly executes, to complete the on-line debugging to process.
When using design cell design cycle is developed, according to the actual demand of operation flow, provided in visualization interface
Design section addition designed component, the mode of addition, which can be click and increase button, selects corresponding component, can also
Component is directly dragged to design section on visualization interface, the connecting line control in selection connection control, by each component
Get up according to the sequential connection of workflow, if necessary to modify to process, is directly pulled on visualized operation interface
Corresponding assembly and connecting line adjust position, or delete directly on visualized operation interface, increase component, are adding
After component and connecting line, corresponding parameter is configured for process, the process is imported into rm-cell.
It develops design cell and custom built forms is provided, flexibly open interface is provided for process developer, uses custom mold
The shield components component of plate design is in operational difference, as long as according to the component that custom built forms designs, regardless of
Type of service can be applied on platform, participates in the design and on-line debugging of process, saves and open repeatedly for type of business
The cost for sending out process, improves work efficiency.
After customizable component has been designed, ordinary user, which does not need any programming background knowledge, can also arbitrarily use these
Component carries out follow-up process design work, reduces the technical requirements to user, saves human cost and human resources.
The process flow operation debugging more in the prior art of the on-line debugging of process is compared, and can be greatlyd save debug time, be mentioned
High efficiency.
Rm-cell 3, for passing through visualized operation interface, the group of exploitation design cell design described in registration management
Part, process and container is respectively executed, is the component and process configuration data according to business demand.
The resource of rm-cell management process customized development platform, the resource include component, process, execute appearance
Device, and the data (i.e. the occurrence of component parameter occurrence and process parameter) for component and process configuration.
The process that resource registering is completed by visualized operation interface, that is, provide corresponding enrollment page, fill in and need to infuse
The relevant information of volume resource, saves to rm-cell and completes registration.
Registration of the registration comprising convection current journey and the registration to container is executed, process is imported provide by corresponding page operation
When source control unit, rm-cell saves process, that is, completes the registration to process；It is filled in by corresponding page operation
Execute container relevant information and preservation after i.e. complete to execute container registration.
It include the ginseng for identifying its business characteristic and type in the component and process completed by exploitation design cell design
Number, but these parameters do not configure occurrence when designing and completing, and before issuing the task order for executing the process, need
For the good occurrence of the parameter configuration of component and process.
Operational management unit 4, for receiving the task order of the exploitation design cell transmission and according to the resource pipe
The process for managing the configured data of unit generates task order, sends task order to each execution container allocation, and receive and hold
Row information.
Operational management unit is responsible for scheduling configuration of the platform in task-cycle, receives forwarding task order.It is managed by operation
Mainly two kinds of task orders of cell processing are managed, one is the debugging task order sent by exploitation design cell, and two be fortune
The Meta task order that row administrative unit is generated according to the process of the configured data of rm-cell.Operational management unit receives each
The execution information that container is sent is executed, each executive condition for executing container is judged by the execution information, including execute container
Task load, Memory Load, task execution progress, implementing result, process situation and execute container self performance situation
Deng by these information, the execution container appropriate of light load being selected to execute task order, completes whole task schedule and match
Set work.
When executing container execution task order, for debugging task order, need to return in debugging task order in real time
The execution information of each step of corresponding process, operational management unit receive the execution information returned, are presented on visualized operation
On interface, the on-line debugging of process is carried out for user；Respective streams in Meta task order can be returned in real time for Meta task order
The execution information of each step of journey can also return to execution information after the completion of process executes, can be arranged according to actual needs
Execute the execution information echo plex mode of container.
Container 5 is executed, the task order that the operational management unit is sent is received, is loaded corresponding with the task order
Component and process simultaneously execute, and return to execution information to the operational management unit.
Executing container is the entity for executing task order one by one, receives the task order that operational management unit is sent and holds
Row, it should be noted that task order involved in the present invention and return execution information can be with the simplest form of message
It realizes.Executing container can be from resource after obtaining the component for including in task order and process by received task order
Administrative unit executes the task order after obtaining corresponding process and occurrence, and returns to execution information.
Based on the embodiment of the present invention one, for a kind of structure of flow custom development platform of this religious name of more detailed description
Feature provides the embodiment of the present invention two, as shown in Fig. 2, the platform includes:
Visualized operation interface 1, for providing visualization interface and control.
Fig. 3 shows the schematic diagram at visualized operation interface, including realizing that it is multiple with resource registering management that exploitation is designed
Visual page.
Exploitation design visual page may include that design section, control regions, device region, menu area (mainly include
The routine operations buttons such as preservation, modification, name) and directory management region (visible process and element task management)；It can be in control
Region and device region selection control and component are directly dragged to design section, in design section design component and process, and it is right
Component and process carry out parameter configuration, and the on-line debugging to process.
Resource registering administration page can provide multiple pages of filling registration information.
Exploitation design cell 2 further comprises:
Component designs module 201, real according to the custom built forms for each basic control for adding basic control
Existing component executes logic, and is the component configuration parameter, and the customizable component is packaged.
Basic control is that the components such as component icon, component framework, the component parameter page provided by design and development platform are set
Count element.
It include the opening base class developing design cell and providing in custom built forms, open base class is equal to be provided out to the public
The design interface put can open base class according to this, write the component of various businesses type, that is, realize the flexible customization of component.
According to the custom built forms containing open base class that the exploitation design cell provides, production component generates file, is
Each basis control imports the component and generates file.
The open base class includes Real-Time Component base class, batch component base class and data package base class.It is as follows:
// Real-Time Component base class (resident thread)
Real-Time Component base class includes realizing component start-up operation by code, and after starting the component, which is used as one
A resident thread is run always, is ceased and desisted order until the component receives.
// batch component base class
public abstract class ExecuteComponent extends BaseComponent{
public abstract void execute();
}
Batch component base class includes that component executes operation, is started by flow engine and is executed, ended automatically be transferred to after the completion
Next component continues to execute, until process all terminates.
// data package base class
public abstract class DataComponent extends BaseComponent{
public abstract void read();
public abstract void write();
}
Data package base class includes read-write operation, includes user-defined data type, and provide reading/writing method, in batch
Data therein are called in component or Real-Time Component logic, life cycle is whole flow process.
The design of component design module 201 achievable Real-Time Component, batch component, data package.
Real-Time Component, for residing the component of thread process message data task；
Batch component, for disposably executing and returning the result the component of data task；
Data package, the component for data structure definition and data transmission tasks.
When basic control, which is imported into component, generates file, the component of generation just obtains component and generates described in file
Base class characteristic, execute and the corresponding task of the component characteristic.
The Real-Time Component that this flow custom development platform provides can complete resident thread process message data task, example
It such as can be applied to the processing to alarm, give the correct time when in alarm continually, it is big to handle the avoidable alarm of alarm with Real-Time Component
Amount siltation, can greatly improve efficiency, can be designed the real-time processing component of multiple business scene using Real-Time Component base class, such as
Real time filtering processing to alarm, to real-time edition, the forward process etc. of alarm；The batch that this flow custom development platform provides
Component can be applied to the processing of adapter batch capture.
Due to each component can one subtask of independent description, complete the component by executing container and describe task
Execution work, therefore for component configuration parameter include configuration component task parameters and configuration component node parameter, the task
Parameter is the parameter for describing the component and executing task；The node parameter is the parameter for describing the component self attributes.Task ginseng
Number may include but be not limited to task names, task list, task interface, task execution period etc..
Process design debugging module 202, for using connection control, according to the assembly module design component, in conjunction with
Practical business Demand Design simultaneously debugs process.
Process design debugging module 202 further comprises:
Process design module 2021, for selecting corresponding component according to practical business demand using connection control
Operation flow is formed, is wrapped into after configuring the operation flow parameter.
After the completion of component design, the component design cycle that can be completed according to design pulls on visualized operation interface
The sequence of component, conversion assembly, adds connecting line between component, after the parameter for configuring the operation flow, saves process, will
Process is directed into rm-cell.
After process configures, each parameter is not endowed occurrence, when needing using the process is arrived next time, directly
It obtains process and occurrence is configured by rm-cell.After process imports rm-cell, i.e. completion process is in resource
The registration of administrative unit, rm-cell provides flow management function, when applying to identical process next time, directly selects
Corresponding process assigns occurrence use.
The configuration service process parameter includes collocating traffic parameter and process routing iinformation, and the service parameter of process is used to
Describe the service attribute of process and execute the relevant parameter of the process, for example including the process connect various agreements parameter,
The custom parameter of net element information involved in the process and practical business demand, routing iinformation are configured on connecting line
Control flow circulation direction information.
Process debugging module 2022, for issuing debugging task life to the operational management unit according to the operation flow
It enables.
Mainly issue debugging task order gives operational management unit to process debugging module, and operational management unit is according to reception
To debugging task command selection execute container and issue debugging task, execute container and complete after debugging task executes, implementing result
It will be presented on visualized operation interface, user is directly debugged i.e. on visualized operation interface according to implementing result
It can.
Rm-cell 3 further comprises:
Resource registering module 301 registers the exploitation design cell design by visualized operation interface for described
The component, process and respectively execute container.
Data configuration module 302, for by process described in visualized operation interface configurations each component parameter it is specific
Value.
After configuring occurrence for process, process can be known as Meta task, can issue execution, therefore a process can match
Different values is set, multiple Meta tasks are generated.
Operational management unit 4 further comprises:
Task order receives generation module 401, the debugging task order sent for receiving the exploitation design cell, root
Meta task order is generated according to the process of the configured data of the rm-cell.
Execute control module 401, for according to the task order receive the received debugging task order of generation module and
The Meta task order of generation, and according to the execution information for executing container, select execution container appropriate to send the debugging task
And Meta task.
When executing control module selection execution container, it can be selected according to business scenario and practical business demand, flexibly be set
Selection criteria and parameter, such as select execution container most lightly loaded, the current least execution container of Queued tasks of selection.
Execution information receiving module 403, for receiving each execution information for executing container and returning, be presented in it is described can
Depending on changing in operation interface.
For the execution information that debugging task returns, it can be presented in several ways, different colours exhibition can be passed through
Show indicates its execution state on each component icon, if component icon is that red expression executes mistake, component icon is green table
Show that execution passes through, component icon is executed for red expression and gone wrong, clicks component icon and pop up execution information particular content, or
Mouse shows execution information content when floating with component icon.
Container 5 is executed, the task that the operational management unit is sent is received, loads component corresponding with the task and stream
Journey simultaneously executes, and returns to execution information to the operational management unit.
As shown in figure 4, being based on customized development platform provided by the invention, it is fixed that the present invention also provides a kind of processes of embodiment three
Development approach processed, the described method comprises the following steps:
Step S101: on visualized operation interface using exploitation design cell according to the custom built forms design component,
Design cycle.
Step S102: rm-cell is to register after the component and process configuration data on visualized operation interface
It saves, and registers each execution container.
Step S103: exploitation design cell sends task order to operational management unit, and operational management unit is according to having matched
The process for setting data generates task order, and operational management unit executes container transmission times to corresponding according to the task order
Business.
Step S104: the task that operational management unit described in container reception is sent and execution are executed, to operational management unit
Execution information is returned, visualized operation interface is presented in.
Preferably, in order to which the method also includes steps for the on-line debugging of realizing to design cycle:
Step S105: the execution information returned according to operational management unit sends the exploitation design cell corresponding
Process in task order is debugged.
How to use exploitation design cell according to institute on visualized operation interface as shown in figure 5, being further described
State customized development platform offer custom built forms design component, design cycle method:
Step S1011: basic control is added on visualized operation interface.
Basic control icons on visualized operation interface are dragged to the design area at visualized operation interface, with design with
For the GODU network element commands node component that GODU instruction platform is connected:
Basic control icons are selected on visualized operation interface.
Step S1012: it realizes that component executes logic according to the custom built forms for the basic control, and is the component
The component is packaged by configuration parameter.
According to the custom built forms containing open base class that the exploitation design cell provides, production component generates file, is
Basic control imports the component and generates file.
The open base class includes Real-Time Component base class, batch component base class and data package base class.
The component of design includes:
Real-Time Component, for completing the component of resident thread process message data task；
Batch component, for completing disposably to execute and return the result the component of data task；
Data package, for completing the component of data structure definition and data transmission tasks.
For GODU network element commands node component, it is therefore an objective to it to be designed into executing in batches component for one, with
GODU instruction platform is connected, and sends instruction and obtains simultaneously returned packet, therefore is made according to the batch component base class that platform provides
Component generates file, and the basic control icons on visualized operation platform to select in step S1011 import component and generate
File, after completing component generation file importing work, then GODU network element commands node component has batch after the base class of bearing assembly
The ability of processing.
To GODU network element commands node component configuration parameter.Appoint since each component can be used as individual flow nodes and execute
The node diagnostic of itself is ordered and includes in business, and each component can be used as an independent Meta task node according to actual needs, because
The parameter of this each node includes task parameters and node parameter, is GODU network element commands node component configuration task parameter (ginseng
1) and node parameter it is shown in Table (referring to table 2).
The partial task parameter of 1 GODU network element commands node component of table
The part of nodes parameter of 2 GODU network element commands node component of table
| Attribute | Value |
| Instruction list | |
| Message preserving type |
Instruction list: inputting the instruction to be executed here, separates every instruction to enter a new line.
Message preserving type: there is provided herein two ways, provide convenience for analytic message.
A) NE: network element mode (default mode).
B) CMD: command mode.
It should be noted that the value of each parameter is sky, is issuing debugging task order when component generates completion
When, it can be by the occurrence of exploitation design cell visualized operation interface configurations relevant parameter, before issuing Meta task order, meeting
By operational management unit visualized operation interface configurations relevant parameter occurrence.
Step S1013: in conjunction with practical business demand, component is added on visualized operation interface and connection control generates stream
Journey, and be the process configuration parameter, the process is packaged.
As shown in fig. 6, adding component on visualized operation interface according to the component that design is completed and connection control generating
Process.It needs to be packaged the process for process configuration flow parameter.
It should be noted that if having a case where component nodes are directed toward multiple component nodes, settable connection in process
" routing order " of line attribute is exactly to execute next component according to this sequence (according to digital ascending order) when execution；If there is
Multiple nodes are directed toward the case where node, it is necessary to which setting connection line attribute " whether main road by ", one of node is set as
"Yes", other nodes are set as "No".The routing order of i.e. editable connecting line is double-clicked directly on connecting line.
Based on the above embodiment, in order to be described in detail how application flow customized development platform complete process on-line debugging
Method, as shown in fig. 7, providing the embodiment of the present invention four:
Step S201: on visualized operation interface using exploitation design cell according to the custom built forms design component,
Design cycle.
Step S202: rm-cell is to register after the component and process configuration data on visualized operation interface
It saves, and registers each execution container.
Step S203: the exploitation design cell sends debugging task order, the operational management to operational management unit
Unit selects the corresponding container that executes to send the debugging task according to current each execution information for executing container.
Step S204: executing debugging task described in container reception, and debugging task life is obtained in the rm-cell
It corresponding component and procedure information and is executed in order, returns to corresponding process in the debugging task order to operational management unit
The execution information of each step.
Step S205: design cell is developed according to each step execution information of the return, in the visualized operation
The corresponding process in the debugging task order is debugged on interface.
The embodiment five in conjunction with practical application scene is given below, further illustrates the method debugged to process design.
Step S301: establishing test catalogue in flow custom development platform, and Meta task is created in the case where testing catalogue and (is flowed
Journey).
Step S302: the component on the right of dragging interface carries out component increase in the design section of visualization interface.
Step S303: being connected component with connecting line, constitutes basic procedure frame, as shown in Figure 8.
Step S304: configuration Meta task parameter, and be each component Configuration data, connecting line routing parameter.
Meta task parameter is needed to configure, alarm classifies end to end, alerts entity classification, alarm fingerprint generates, 120 alarm outputs
Etc. the parameter value of each node.
Meta task parameter refers to required parameter value when process executes, according to the difference of type of business, in corresponding industry
It is obtained in business file.
For each component configuration parameter value, below for alerting and classify end to end, as shown in Figure 9
Connecting line parameter is configured, determines that process routes.
Step S305: process is saved.
Step S306: the Meta task is found in the case where testing catalogue, issues debugging task order.
Step S307: the execution information presented according to visualized operation interface is adjusted process.
Although disclosed herein embodiment it is as above, the content is not of the invention directly to limit
Protection scope.Any the technical staff in the technical field of the invention, do not depart from disclosed herein spirit and scope
Under the premise of, a little change can be made in the formal and details of implementation.Protection scope of the present invention, still must be with appended power
Subject to the range that sharp claim is defined.
Claims (11)
1. a kind of flow custom development platform, which is characterized in that the platform includes:
Execution information is presented for providing visualization interface and control in visualized operation interface；
Design cell is developed, for according to the custom built forms design customization component of the platform, setting by visualized operation interface
Process is counted and debugged, the component and process are sent respectively to rm-cell and each execution container, and according to business
Demand sends debugging task order to operational management unit；
Rm-cell, for passing through visualized operation interface, component, the stream of exploitation design cell design described in registration management
Journey and container is respectively executed, is the component and process configuration data according to business demand；
Operational management unit, for receiving the task order of the exploitation design cell transmission and according to the rm-cell
The process of configured data generates task order, sends task to each execution container allocation, and receive execution information by institute
State the presentation of visualized operation interface；
Container is executed, the task that the operational management unit is sent is received, loads component corresponding with the task and process simultaneously
It executes, returns to execution information to the operational management unit；
The exploitation design cell further comprises:
Component designs module, for adding basic control, realizes component according to the custom built forms for each basic control
Logic is executed, and is the component configuration parameter, the customizable component is packaged；Process design debugging module, for using company
Control is connect, according to the component that the assembly module designs, in conjunction with practical business Demand Design and debugs process；
The method that component execution logic is realized according to the custom built forms for each basic control specifically:
According to the custom built forms containing open base class that the exploitation design cell provides, it is each that production component, which generates file,
Basic control imports the component and generates file；The open base class includes Real-Time Component base class, batch component base class and data
Component base class.
2. platform according to claim 1, which is characterized in that the assembly module design module can design:
Real-Time Component, for completing the component of resident thread process message data task；
Batch component, for completing disposably to execute and return the result the component of data task；
Data package, for completing the component of data structure definition and data transmission tasks.
3. platform according to claim 2, which is characterized in that include: for component configuration parameter
Configuration component task parameters, the task parameters are the parameter for describing the component and executing task；
Configuration component node parameter, the node parameter are the parameter for describing the component self attributes.
4. the platform described in one of any according to claim 1~3, which is characterized in that the process design debugging module is into one
Step includes:
Process design module, for selecting corresponding component to form business according to practical business demand using connection control
Process is wrapped into after configuring the operation flow parameter；
The configuration service process parameter includes collocating traffic parameter and process routing iinformation；
Process debugging module, for issuing debugging task order to the operational management unit according to the operation flow.
5. platform according to claim 4, which is characterized in that the operational management unit further comprises:
Task order receives generation module, the debugging task order sent for receiving the exploitation design cell, according to described
The process of the configured data of rm-cell generates Meta task order；
Control module is executed, for receiving the received debugging task order of generation module and generation according to the task order
Meta task order executions container transmission debugging task and Meta task are selected according to the execution information for executing container；
Execution information receiving unit sends the execution information for receiving each execution information for executing container and returning
It is presented to the visualized operation interface.
6. platform according to claim 5, which is characterized in that the rm-cell further comprises:
Resource registering module registers described group for developing design cell design by visualized operation interface for described
Part, process and respectively execute container；
Data configuration module, for the occurrence by each component parameter in process described in visualized operation interface configurations.
7. a kind of flow custom development approach, which is characterized in that the described method includes:
Using exploitation design cell according to the custom built forms design component, design cycle on visualized operation interface；
Rm-cell is registration preservation after the component and process configuration data on visualized operation interface, and is registered each
Execute container；
It develops design cell and sends task order to operational management unit, operational management unit is raw according to the process of configured data
At task order, operational management unit sends task to the corresponding container that executes according to the task order；
The task that operational management unit described in container reception is sent and execution are executed, returns to execution information to operational management unit,
It is presented in visualized operation interface；
It is described to use exploitation design cell according to custom built forms design component, the method for design cycle on visualized operation interface
Specifically: basic control is added on visualized operation interface；It is realized for each basic control according to the custom built forms
Component executes logic, and is the component configuration parameter, and the component is packaged；In conjunction with practical business demand, grasped in visualization
Make to add component and connection control product process on interface, and be the process configuration parameter, the process is packaged；
Each basic control realizes the method that component executes logic according to the custom built forms specifically:
According to the custom built forms containing open base class that the exploitation design cell provides, it is each that production component, which generates file,
Basic control imports the component and generates file；The open base class includes Real-Time Component base class, batch component base class and data
Component base class.
8. the method according to the description of claim 7 is characterized in that the method also includes:
According to the execution information that operational management unit returns, to the stream in the corresponding task order of the exploitation design cell transmission
Cheng Jinhang debugging.
9. according to the method described in claim 8, it is characterized in that, the component of the design includes:
Real-Time Component, for completing the component of resident thread process message data task；
Batch component, for completing disposably to execute and return the result the component of data task；
Data package, for completing the component of data structure definition and data transmission tasks.
10. according to the method described in claim 9, it is characterized by:
Include: for component configuration parameter
Configuration component task parameters, the task parameters are the parameter for describing the component and executing task；
Configuration component node parameter, the node parameter are the parameter for describing the component self attributes；
It include collocating traffic parameter and process routing iinformation for process configuration parameter.
11. according to the method described in claim 10, it is characterized by:
The exploitation design cell sends debugging task order to operational management unit, and the operational management unit is worked as according to
Preceding each execution information for executing container selects the corresponding container that executes to send the debugging task；
Debugging task described in the execution container reception obtains corresponding component in debugging task in the rm-cell
With procedure information and execute, return to each step of corresponding process in the debugging task to operational management unit executes letter
Breath, is presented in visualized operation interface；
The design cell of developing is according to each step execution information of the return, to institute on the visualized operation interface
The corresponding process stated in debugging task order is debugged.
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