CN109767198A - Operation system intelligent management and device - Google Patents
Operation system intelligent management and device Download PDFInfo
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- CN109767198A CN109767198A CN201910259073.5A CN201910259073A CN109767198A CN 109767198 A CN109767198 A CN 109767198A CN 201910259073 A CN201910259073 A CN 201910259073A CN 109767198 A CN109767198 A CN 109767198A
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Abstract
The present invention provides a kind of operation system intelligent management and device, is related to field of computer technology.The operation system intelligent management, comprising: the business that receives establishes instruction, and it includes: that the logic between target service module call instruction, target service module establishes instruction that business, which establishes instruction,；Instruction is established in invocation target business module in pre-set business database according to business and establishes the logical relation between target service module, generates pending business model, wherein service database includes multiple business modules.The logical relation that the target service module transferred is defined in business model obtains the execution process of target service, and any combination of object module needed for realizing pending target service process and automatic calling improve business and complete efficiency.
Description
Technical field
The present invention relates to field of computer technology, in particular to a kind of operation system intelligent management and device.
Background technique
Operation system, refers in an enterprises, organizational structure and all vocational works from top to bottom.An and enterprise
The development for perfecting situation and the enterprise of industry internal business systems, which has, closely to be contacted.
In the prior art, the operation system of a company is usually made of many business modules, for example power construction system
There are management module, engineering management module, construction management module, handling of goods and materials module, performance management module, equipment management mould
Block, safety management module etc. can carry out procedure pipe to all or part of module in these business now with many softwares
Reason, to guarantee effective progress of vocational work.
But these business modules be all usually it is isolated, need artificially to initiate execution information between module and module,
There are the problems such as time-consuming, working efficiency is low when business handling.
Summary of the invention
It is an object of the present invention in view of the deficiency of the prior art, provide a kind of operation system intelligent management side
Method and device, it is time-consuming, ineffective in operation system progression to solve the problems, such as.
To achieve the above object, technical solution used in the embodiment of the present invention is as follows:
In a first aspect, the embodiment of the invention provides a kind of operation system intelligent managements, comprising:
Reception business establishes instruction, and it includes: target service module call instruction, target service mould that the business, which establishes instruction,
Logic between block establishes instruction；
It is established according to the business and instructs the invocation target business module in pre-set business database and establish target service
Logical relation between module generates pending business model, wherein the service database includes multiple business modules.
Further, the method also includes: receiving modules to establish instruction, and it includes: minimum single that the module, which establishes instruction,
Logical relation between metacall instruction, minimum unit；Instruction, which is established, according to the module generates business module.
It is further, described that instruction invocation target business module in pre-set business database is established according to the business,
And the logical relation between target service module is established, after obtaining pending business model, further includes: the execution of reception business refers to
It enables, the business executes instruction the mark including the pending business model；It is executed instruction, is generated wait hold according to the business
Row operation flow.
Further, the method also includes: reception business executes instruction, target service module call instruction, target industry
Logic between module of being engaged in establishes instruction；The invocation target business mould in pre-set business database is executed instruction according to the business
Block, and the logical relation between target service module is established, generate pending operation flow.
Further, the logic foundation instruction is used to indicate following one or more: the logic between business module is closed
System, filter condition, starting module mark, intermediate module mark and ending module mark.
Further, it is described according to the business establish instruction in pre-set business database invocation target business module,
And the logical relation between target service module is established, obtain pending operation flow, comprising:
It is called in pre-set business database according to starting module mark, intermediate module mark and ending module mark
Target service module；
It is associated with the target service module according to the logical relation between the business module, obtains the pending business
Execute process.
Further, if it includes the filter condition that the logic, which establishes instruction, described established according to the business is instructed
In invocation target business module in pre-set business database and the logical relation between target service module is established, is obtained wait hold
Row operation flow, comprising:
It is called in pre-set business database according to starting module mark, intermediate module mark and ending module mark
Target service module；
The target service module is associated with according to the logical relation between the business module；
The path that the pending operation flow is determined according to the filter condition, obtains pending operation flow.
Further, after the pending operation flow of acquisition, further includes:
If receiving the pending industry according to the logical relation of each target service module in the pending operation flow
The execution parameter of all target service module feedbacks, determines that the pending operation flow terminates in process of being engaged in.
Further, it is described according to the business establish instruction in pre-set business database invocation target business module,
And the logical relation between target service module is established, after obtaining pending operation flow, further includes:
Establish the incidence relation of each the target service module and user account.
Further, after the incidence relation for establishing each target service module and user account, further includes:
The execution parameter that first object business module is sent is received, the first object business module is the pending industry
Either objective business module in process of being engaged in；
The corresponding next target service module of the first object business module is determined according to the pending operation flow；
To user account institute registration terminal associated by the corresponding next target service module of the first object business module
It sends and executes message.
Further, described to user's account associated by the corresponding next target service module of the first object business module
Number institute's registration terminal is sent execute message after, further includes:
If being more than that preset duration does not receive execution parameter, generate update presses information；
To user account institute registration terminal associated by the corresponding next target service module of the first object business module
Send the update presses information；
If not receiving execution parameter after pressing information described in transmission preset times, new preset is obtained according to preset rules
Duration updated presses information using generating after new preset duration, wherein the information state of pressing includes: normal
State, important state, the state of emergency.
Second aspect, the embodiment of the invention also provides a kind of operation system intelligent management apapratus, comprising: receiving module,
Establish instruction for receiving business, the business establish instruction include: target service module call instruction, target service module it
Between logic establish instruction；
Obtain module, for according to the business establish instruction in pre-set business database invocation target business module,
And the logical relation between target service module is established, obtain pending operation flow, wherein the service database includes more
A business module.
Further, the receiving module is also used to, and receiving module establishes instruction, and it includes: most that the module, which establishes instruction,
Logical relation between junior unit call instruction, minimum unit；
Generation module generates business module for establishing instruction according to the module.
Further, the receiving module is also used to, and reception business executes instruction, and the business is executed instruction including described
The mark of pending business model；The generation module is also used to, and is executed instruction according to the business, and pending Business Stream is generated
Journey.
Further, receiving module is also used to, and reception business executes instruction, target service module call instruction, target industry
Logic between module of being engaged in establishes instruction；The generation module is also used to, and is executed instruction according to the business in pre-set business number
According to invocation target business module in library, and the logical relation between target service module is established, generates pending operation flow.
Further, it is described obtain module be also used to indicate it is following one or more: logical relation between business module,
Filter condition, starting module mark, intermediate module mark and ending module mark.
Further, the acquisition module is also used to, and mould is identified and terminated according to starting module mark, intermediate module
Block identification invocation target business module in pre-set business database；According to the logical relation association between the business module
Target service module obtains the execution process of the pending business.
Further, the acquisition module is also used to, and mould is identified and terminated according to starting module mark, intermediate module
Block identification invocation target business module in pre-set business database；According to the logical relation association between the business module
Target service module；The path that the pending operation flow is determined according to the filter condition, obtains pending operation flow.
Further, further includes: determining module, if for according to each target service module in the pending operation flow
Logical relation, receive the execution parameter of all target service module feedbacks in the pending operation flow, determine
The pending operation flow terminates.
Further, further includes: module is established, for establishing being associated with for each target service module and user account
System.
Further, the receiving module is also used to, and receives the execution parameter that first object business module is sent, and described the
One target service module is either objective business module in the pending operation flow；
The determining module is also used to, and determines that the first object business module is corresponding according to the pending operation flow
Next target service module；
Sending module is used for user's account associated by the corresponding next target service module of the first object business module
Number institute's registration terminal, which is sent, executes message.
Further, further includes: generation module, if generating update for being more than that preset duration does not receive execution parameter
Press information；Sending module is also used to associated by the corresponding next target service module of the first object business module
What user account institute registration terminal sent the update presses information；Generation module is urged if being also used to send described in preset times
Execution parameter is not received after doing information, then obtains new preset duration according to preset rules, using raw after new preset duration
Information is pressed at updated, wherein the information state of pressing includes: normal condition, important state, the state of emergency.
The beneficial effects of the present invention are:
Operation system intelligent management provided by the present application, including receive business and establish instruction, business establishes instruction packet
Include: the logic between target service module call instruction, target service module establishes instruction；Exist to establish instruction according to business
Invocation target business module and the logical relation between target service module is established in pre-set business database, generated pending
Business model, wherein service database includes multiple business modules.The target service module transferred is defined in business model
Logical relation, obtain the execution process of target service, realize object module needed for completing pending target service process
Any combination and it is automatic call, improve business handling efficiency.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, below will be to needed in the embodiment attached
Figure is briefly described, it should be understood that the following drawings illustrates only certain embodiments of the present invention, therefore is not construed as pair
The restriction of range for those of ordinary skill in the art without creative efforts, can also be according to this
A little attached drawings obtain other relevant attached drawings.
Fig. 1 is the system network topology figure that one embodiment of the application provides；
Fig. 2 is operation system intelligent management flow diagram provided by the present application；
Fig. 3 is the operation system intelligent management interface schematic diagram that one embodiment of the application provides；
Fig. 4 is the operation system intelligent management flow diagram that another embodiment of the application provides；
Fig. 5 is the operation system intelligent management flow diagram that the another embodiment of the application provides；
Fig. 6 is the operation system intelligent management flow diagram that the another embodiment of the application provides；
Fig. 7 is the operation system intelligent management interface schematic diagram that another embodiment of the application provides；
Fig. 8 is the operation system intelligent management interface schematic diagram that another embodiment of the application provides；
Fig. 9 is the operation system intelligent management interface schematic diagram that the another embodiment of the application provides；
Figure 10 is the operation system intelligent management interface schematic diagram that the another embodiment of the application provides；
Figure 11 is the operation system intelligent management flow diagram that the another embodiment of the application provides；
Figure 12 is the operation system intelligent management flow diagram that the another embodiment of the application provides；
Figure 13 is that the operation system intelligent management module that one embodiment of the application provides executes schematic diagram；
Figure 14 is the operation system intelligent management flow diagram that the another embodiment of the application provides；
Figure 15 is the operation system intelligent management flow diagram that the another embodiment of the application provides；
Figure 16 is the operation system intelligent management interface schematic diagram that the another embodiment of the application provides；
Figure 17 is the operation system intelligent management apapratus module diagram that one embodiment of the application provides；
Figure 18 is the operation system intelligent management apapratus module diagram that another embodiment of the application provides；
Figure 19 is the operation system intelligent management apapratus module diagram that the another embodiment of the application provides；
Figure 20 is the operation system intelligent management apapratus module diagram that the another embodiment of the application provides；
Figure 21 is the operation system intelligent management apapratus module diagram that the another embodiment of the application provides.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is
A part of the embodiment of the present invention, instead of all the embodiments.
Fig. 1 is the system network topology figure that one embodiment of the application provides.As shown in Figure 1, the system includes: application
Server 1, database server 2, client 3.Wherein, the quantity of client 3 can be multiple, herein not concrete restriction number
Amount, client can be installed on different terminals, such as mobile phone, tablet computer, computer etc..
Application server 1: service logic is sent to by various network protocols the program of client.It provides access
The approach of service logic is for client use.
Database server 2: the computer equipment and database management system software run in a local network collectively forms
Database server, database server provide service for Client application, these services are inquiry, update, transaction management, rope
Draw, cache, query optimization, safety and multi-user access control etc..
Client 3: also known as user terminal refers to corresponding with server, provides the application program of local service for client.
It other than some application programs in local runtime, is typically mounted in common terminal, needs mutually to match with server-side
Close operation.
Wherein, application server 1 and database server 2 are linked into internet 6 by interchanger 4 and firewall 5, if
Dry client 3 is connect by interchanger 4 with core switch 7, is linked on internet 6, while being passed through gateway 8 and being surfed the Internet to it row
To be managed limitation.
Fig. 2 is operation system intelligent management flow diagram provided by the present application, and the executing subject of this method can be with
It is server, as shown in Fig. 2, this method comprises:
S110, business foundation instruction is received, it includes: target service module call instruction, target service that business, which establishes instruction,
Logic between module establishes instruction.
It should be noted that above-mentioned service order, according to business demand difference, the service order of generation is different.Need root
Factually border business demand establishes service order.
Wherein, target service module refers to business module required for completing a certain business, by service order by needs
Target service module calls out, and establishes instruction according to logic and connect each target service module.
S120, the invocation target business module in pre-set business database is instructed according to business foundation and establishes target industry
Logical relation between module of being engaged in, generates pending business model.
Wherein, above-mentioned pre-set business database is system database, internal comprising completing a large amount of of multiple business needs
Business module.
Further, the difference for completing target service type as needed generates different business and establishes instruction, and pre-
If calling the target service module of needs in service database, while instruction is established using logic and establishes logic in business model
Relation table, the logical relation table define complete each target service module execute sequence, thus obtain target service wait hold
Row operation flow.
Optionally, operation system intelligent management provided by the present application can combine multiple according to the difference of practical business
Determined suitable for the business model of different business, and by the logical relation between business module included in each business model
Justice.When that need to handle a certain target service, and the target service is the business model having had built up in business model database,
Then the objective business model directly can be called according to interface message, when handling same business, without carrying out business module
Secondary combination, calling improve working efficiency.
It should be noted that business model and the relationship of business module are control and execute, business model is used to control industry
That is engaged in the starting of module, end and business module executes sequence.Business module is used to execute specific goal task, and to business
Model feedback implementing result.
Further, the execution of business model need to meet two conditions: first is that being connected to business module executes the feedback terminated
Information, second is that going out the business module of next execution by logical relation table- driven.The execution of business module need to receive business mould
The calling of type.
It needs to call tetra- business modules of a, b, c, d from pre-set business database for example, completing a certain business A, and will
Four business modules called out are defined as model A, and the execution for establishing the aforementioned four business module of instruction definition according to logic is suitable
Sequence, determine pending business A execution process be a-b-c-d, a-c-b-d, d-b-c-a ..., which of.And it will be above-mentioned
Any one determining logic establishes instruction as the logical relation table of execution business model A, if aforementioned four business module
Execution relation table is a-c-b-d, then business model A starts business module a work, standby service module a be finished after to business
Model A feeds back related ending message, and business model A knows that business module a has worked and finishes, and inquires relation table it is found that next
A service node is business module c, then further starting business module c work, and so on.
It should be noted that specific business A is from calling the number of business module and holding in business model in database
Row sequence is herein with no restrictions.
Operation system intelligent management provided by the present application, can be according to the difference of type, random call pre-set business
Any business module in database, and instruction generation logical relation table is established according to logic in business model and defines each business
Module executes sequence, realizes any calling and combination of object module needed for completing pending business, it is complete to improve business
At efficiency.
Further, more by completing the target service module that a certain business is included in operation system, it can be first
First determine the trunk target service module for completing the business.It further, include multiple branches in trunk target service module
Module, and each branch module is the minimum unit for completing the business.
Wherein, the application can be control main body with the time when determining trunk business module.For example, estimated in advance a certain
The business handling deadline is ten days, then need according to it is daily handle that experience specifically distributes each business module handle the time,
With stringent control business handling process, it is ensured that this business can be completed within the prescribed time-limit.It optionally, can be control with fund
Main body processed, the capital consumption situation of control business need to make a budget to funds used in this business before business handling, and
Service condition of the specific distribution of fund to each business module.Further, time and fund can be led collectively as control
Body can reach and least time and least fund is spent to complete the purpose of this business in business handling.
A kind of embodiment, referring to figure 3., Fig. 3 are operation system intelligent management circle that one embodiment of the application provides
Face schematic diagram.
When being control main body with fund, referring to Fig. 3, for contracting module, the budget business is whole in contracting module
Body needs the fund state consumed, and will further contract module and be finely divided, and can be divided into multiple subcontracts, and further
Capital budgeting is refined to each subcontract, and then subpackage is carried out to each subcontract according to business actual development situation
Payment, subpackage clearing etc., fund consumed by subcontract can finally be summarized, can obtain and actually contract clearing situation.
It should be noted that operation system intelligent management provided by the present application, Service control main body not with when
Between, fund be limitation.
Fig. 4 is the operation system intelligent management flow diagram that another embodiment of the application provides, and this method is also wrapped
It includes:
S130, receiving module establish instruction, and it includes: between minimum unit call instruction, minimum unit that module, which establishes instruction,
Logical relation.
Further, further include multiple minimum units in the service database of the application, each business module by it is multiple most
Junior unit composition, each minimum unit are the minimum unit for forming the business module.
According to the actual demand of target service, instruction calling and the target service in service database are established using module
The associated minimum unit of module, and instruction linking objective business module is established using logic.
S140, instruction generation business module is established according to module.
Optionally, operation system intelligent management provided by the embodiments of the present application, including business model, business
Module, minimum unit can be shown on visualization interface, can pass through touch screen, mouse etc. pair in visualization interface
Visualization business model, business module and minimum unit such as are dragged according to actual needs, are drawn, being dragged at the operation, for example, some industry
Business module be dragged near another business module, and add connecting line establish association, wherein server receive these " drag,
The operation such as draw, drag " after instruction, it can be operation associated etc. according to these instruction completion logics.
Referring to figure 5., Fig. 5 is the operation system intelligent management flow diagram that the another embodiment of the application provides,
This method further include:
S150, reception business execute instruction, and business executes instruction the mark including pending business model.
Optionally, operation system intelligent management provided by the present application can directly be executed instruction according to business to call
The business model being set up.Wherein, business executes instruction the mark including pending business model, which refers to according to reality
The specific business model that demand is called.
It further, can will be according to business module and industry to embody the characteristics of model and module are established in the classification of the application
Business intermodule logical relation is established finishing service model and is stored in business model database, will be according to minimum unit and minimum list
Logical relation is established the business module completed and is stored in business module database between member, and all minimum units are stored in most
In junior unit database.
Need further exist for explanation, above-mentioned business model, business module and this Shen of the specific storage mode of minimum unit
Please with no restrictions.
S160, it is executed instruction according to business, generates pending operation flow.
Due in business model, logical relation defined completion between each business module, and in each business mould
Each module has been generated in type and has executed relation table, and therefore, when the business model, which is realized, to be called, server starts the industry
Business model, and each business module is executed according to the logical relation of each business module defined in relation table, as obtain
The corresponding operation flow of the business.
Fig. 6 is please referred to, Fig. 6 is the operation system intelligent management flow diagram that the another embodiment of the application provides,
This method further include:
S170, reception business execute instruction, and the logic between target service module call instruction, target service module is established
Instruction.
It optionally, can be direct when a certain business was never handled before, was not suitable for the business model of the business
It is executed instruction in business module database according to business, the target service module for calling the target service to be applicable in.
S180, the invocation target business module in pre-set business database is executed instruction according to business, and establishes target industry
Logical relation between module of being engaged in, generates pending operation flow.
The target service module of calling can be stored into business model database, establish the target service mould of the business
Type, thus in the logical relation established in the objective business model between target service module, and then obtain pending Business Stream
Journey.
It further, can be first in minimum unit database when being suitable for the business module of the business model if it does not exist
Invocation target minimum unit establishes target service module into business module database, to foundation in target service module
Logical relation between target minimum unit, concrete mode is identical as the above-mentioned mode for establishing objective business model, herein no longer
It repeats.
It further, can be can if there is no when the target minimum unit for completing the business in minimum unit database
Depending on target minimum unit needed for creating the target service on change interface, and the target minimum unit is stored in minimum unit number
According in library.Then invocation target minimum unit establishes target service module into business module database, and in target service mould
It establishes the logical relation between target minimum unit in block, and repeats above-mentioned to establish target service module and objective business model
The step of, this will not be repeated here.
One embodiment, as shown in fig. 7, Fig. 7 is operation system intelligent management circle that another embodiment of the application provides
Face schematic diagram.
By taking the Electric Power Capital Construction engineering of electric power construction projects management system as an example, the industry that is included by the Electric Power Capital Construction engineering
Business module number is more, therefore working as there are a certain business includes that can first determine the trunk section of the business in the case that module is more
The included business module of point.Market information module, business plan module are called from pre-set business module database, under early period
Module, project management department's assembly module, security target responsibility bidding documents module, engineering is assigned up to module, contract module, engineering to tell somebody what one's real intentions are
Module, module etc. of telling somebody what one's real intentions are of constructing.After the trunk business module for having determined the operation system, then determine branch's industry that the business includes
Module of being engaged in further includes project management department's loan application, project management department's vehicle application, project management department's goods and materials for example, setting up in module in project management department
The branches such as demand application business module.The logic rules of above-mentioned multiple business modules are arranged in system in advance, for example, working as market information
After the work such as the market survey in module, it is determined that the feasibility of this project implementation, then system can be by market information
The relevant parameter that engineering completes information is sent to business model, and business model query logic relation table is it is found that next execution mould
Block is business plan module, then starts business plan module automatically to complete to work accordingly.
It further, further include multiple minimum units in each business module, as shown in figure 8, Fig. 8 is another reality of the application
The operation system intelligent management interface schematic diagram of example offer is provided.
By taking contract module as an example, inside by registration of contracts, multiple department for review countersign, general manager approval, filing
Multiple minimum unit compositions such as data and end.Plurality of department for review countersign includes: the audit of one Section director of engineering, engineering two
Section director audit, the audit of supervision and examination Section director, chief of office's audit, project manager's audit, vice president economist's audit etc. are multiple most
Junior unit.In contract module, the above-mentioned minimum unit of intrinsic call, and logical order is defined, while generating one and patrolling
Relation table is collected, the execution process of the contract is constituted.
Fig. 9 is please referred to, Fig. 9 is the operation system intelligent management interface schematic diagram that the another embodiment of the application provides.
The business module intelligent management that itself please be provided, can also be ordered on visualization interface according to actual needs
The modification of order and editor, as shown in figure 8, minimum unit module can carry out according to actual needs by taking contract module as an example
It updates, such as " contract " on one column of title is changed to other titles, such as " contracting task ", the change of specific name
The application is with no restrictions.
Further, in fig. 8 starting script, Run Script and terminate in shell script frame, it can be according to actual needs
The modification of order is carried out, for example, if the input information in current contract and the input information in contract module before
Difference then modifies relative program order in starting script.Embody operation system intelligent management side provided by the present application
The characteristics of flexible configuration of method.
A kind of embodiment only need to add one from A module if modules A and module B sequence execute in visualization interface
Straight line to B modular belt direction can be achieved with the purpose that A module and B sequence of modules execute, without making modification just to program
It can be modeled.It, only need to opening in B module if also to execute C module or other specific conditions before executing B module
Increase corresponding condition in dynamic script configuration, without making an amendment to program.Each node, each line on model are
It can be with flexible configuration.
By taking electric power construction projects management system as an example, project management department's goods and materials plan, project must shut off before project performance examination
Portion's travel reimbursement, project management department's goods and materials neck material, the application of Improvement money, project management department's material returned application, neck material application, civilian worker apply etc. at
This generation module only need to configure corresponding module in the exclusion node of Improvement evaluation module, without modifying program.
Optionally, logic foundation instruction is used to indicate following one or more: logical relation, filtering between business module
Condition, starting module mark, intermediate module mark and ending module mark.
It should be noted that the logical relation between above-mentioned business module defines between the target service module of calling
Ordinal relation.Filter condition refers to when there are estimate of situation, and the execution route executed in process is determined according to filter condition.Starting
Module id, intermediate module mark and ending module mark, which refer to, determines starting module, intermediate module according to the mark of modules
And ending module.
Further, when intermediate module is multiple, calling rule can be identified according to the first intermediate module, among second
Module id ..., the mode of N intermediate module mark define, the definition mode of specific intermediate module mark is herein with no restrictions.
Figure 10 is the operation system intelligent management flow diagram that the another embodiment of the application provides；Such as Figure 10 institute
Show, step S120 is specifically included:
S210, it is adjusted in pre-set business database according to starting module mark, intermediate module mark and ending module mark
With target service module.
Wherein, above-mentioned module id can be the unique identification information for representing the module, for example, can be each mould
The name identification of block, internal script define mark or the exclusive code identification etc. of modules.The definition of specific module id
Mode this embodiment is with no restrictions.
S220, according to the logical relation associated objects business module between business module, obtain the execution stream of pending business
Journey.
The combination of business module needed for system completes specific transactions according to the execution process of pending business.
Figure 11 is the operation system intelligent management flow diagram that the another embodiment of the application provides.Such as Figure 11 institute
Show, if it includes filter condition, step S120 that above-mentioned logic, which establishes instruction, comprising:
S310, it is adjusted in pre-set business database according to starting module mark, intermediate module mark and ending module mark
With target service module.
S320, according to the logical relation associated objects business module between business module.
S330, the path that pending operation flow is determined according to filter condition, obtain pending operation flow.
Another embodiment, as shown in figure 12, by taking certain corporate business system assigns contract module as an example, Figure 12 is this Shen
It please the operation system intelligent management interface schematic diagram that provides of another embodiment.
When including contract module in a certain business, then contract and other business modules are called, and establish logic
Command information.When according to command information driving to contract module, the starting of contract includes two as shown in Figure 11
Path, business plan is by whether bidding, if it is "No", then it represents that do not need then to directly initiate and contract by bidding
Contract.If it is "Yes", then it represents that need bidding, system server drives out tender documents Review Workflow, drives by evaluation
Dynamic commercial bid and technical bid Review Workflow out, drive out notice of award process if acceptance of the bid, then drive out contract.
Whether whether " bidding ", " getting the bid " etc. judge that sentence is then filter condition it should be noted that above-mentioned, "Yes" or
The determination result of "No" derives from the actual demand of corporate business system, and script is written inside filter condition according to actual needs
Information, the content of system identification script information obtain specific execution route.
Optionally, after obtaining pending operation flow, further includes:
If being received in pending operation flow according to the logical relation of target service module each in pending operation flow
The associated execution parameter fed back of all target service modules, determines that the pending operation flow terminates.
It should be noted that the execution logical relation of each business module can define in business model, it is equivalent in industry
The relation table of a target service module is established in business model, and the execution of clearly each target service module of the relation table is suitable
Sequence, and fed back after each business module is finished to business model and execute parameter, business model receives execution parameter
Afterwards, then search relationship table knows next execution business module, and sends starting information to next execution business module, until
Associated target service module is finished, and business model receives the execution parameter of the last one business module feedback, table
Show that this operation flow is finished.
Another embodiment, Figure 13 are that the operation system intelligent management module that one embodiment of the application provides executes signal
Figure, as shown in figure 13.
It include a program, a data in A module there are the basic business module of two connectable orders of A, B in business model I
Library, a list and a process, B module include b program, b database, b list and b process.A, two basic business modules of B are mutually only
It is vertical, business module B is executed after first carrying out business module A.A, the logical relation between two basic business modules of B passes through business mould
Type I definition, after A module is finished, A module feedback gives business model I mono- execution parameter, and notice A module has been held
Row finishes.Inquiry business Model I relation table learns that next execution module is B, the starting that business model I passes through calling B module
Interface generates the pending b processes such as a B module with A module inherited information in B module automatically, when in business module B
Task execution after, business module B gives business model I 1 end parameters, this business executes completion.
It should be noted that above-mentioned execution parameter indicates the variable information of current business module, comprising: system variable, private
There are variable, public variable.Wherein, system variable includes: the model parameter etc. of the operation system, such as model name, model ID.It is private
Whether having variable includes: that current business module id, current business module execute node etc., such as above-mentioned " bidding ".Public change
Amount includes: current execution Business Name, business execution transmitting information etc., such as project name, item id.Terminating parameter can be to work as
After the completion of the operation of the last one business module executes, buttons such as " completions ", " determination " or " ok " are clicked in the visualized operation page,
It indicates that the node is completed, after business model receives the determination information of the last one business module, indicates that the operation flow is held
Row is completed.Wherein, executing parameter, terminating parameter includes but is not limited to above-mentioned enumerated property.
Need further exist for explanation, in above-described embodiment, generated in business module B one with business module A after
The b list of information is held, the statement meaning is to send the content being finished in business module A to business module B block, as will
Publicly-owned variable in business module A is sent, and business module B receives the information in the publicly-owned variable, further executes business
Task in module B.
For example, establishing an information table in business module A, business model is fed back to after the completion of establishing, business model connects
After the completion information for receiving business module A, the business module A information table established further is sent to business module B, business mould
Block B fills in the information table further according to actual information content.
Optionally, after executing the step S120, further includes: that establishes each target service module and user account is associated with pass
System.
Each target service module is connected with user account, it can be achieved that business distribution system, by a certain business module point
The fixed user account of dispensing, i.e. setting registration terminal, distribute to fixed work for the related work information of the business module
Personnel.
Figure 14 is the operation system intelligent management flow diagram that the another embodiment of the application provides, such as Figure 14 institute
Show, establish after the incidence relation of each target service module and user account, further includes:
S410, the execution parameter that first object business module is sent is received, first object business module is pending business
Either objective business module in process.
According to business demand, invocation target business module, when either objective business module sends execution into business model
When parameter, indicate that the related content in current goal business module executes completion.
S420, the corresponding next target service module of first object business module is determined according to pending operation flow.
It is established and is instructed according to logic, search the next target service module for needing to be implemented the operation flow.
S430, to user account institute registration terminal associated by the corresponding next target service module of first object business module
It sends and executes message.
When operation system goes to current goal business module, it can be sent to the target service module and execute message, reminded
Relevant staff handles the business of the Module nodes, to improve business execution efficiency.
A kind of embodiment, target service module is associated with user account, when according to a certain business of practical business calling
When model, after execution sequence of the business model according to logical relation table associated services module, starting starting module executes the node
Work and the work is pushed to user account associated with the business module, the corresponding work people of the user account number can be made
Member handles the corresponding work of the business module.
Further, when work is sent to the staff of corresponding user account by business model, the staff is same
When obtain the permission for handling the work, if currently business module to be handled do not give other users account push, other use
Account corresponding staff in family does not check, executes the permission of this work, embodies the confidentiality of work.
Further, when completing work at present, business model receives end parameter, while the business module pair
The staff answered will also lose and check, executes that the right permission of this work is cancelled again, until authorize again next time.
The application is associated with user account by business module, drives business model by server, work is divided automatically
The staff with business module binding is tasked, while work is also presented and looks for people, further, can be urged to system increase
Function is done, so that staff be promoted quickly to handle current system work, work is improved and handles efficiency.
Figure 15 is the operation system intelligent management flow diagram that the another embodiment of the application provides, such as Figure 15 institute
Show, after executing the step S430, further includes:
If being more than S510, that preset duration does not receive execution parameter, information is pressed in generation.
Figure 16 is specifically please referred to, Figure 16 is that the operation system intelligent management interface that the another embodiment of the application provides shows
It is intended to.
If not receiving execution parameter within a preset period of time, it was demonstrated that the work people of current pending business module node
Member does not handle the task, further, can send to the staff of current pending business module node and press information.
It should be noted that staff can be logged in using information such as oneself account, passwords in different terminals.
S520, to user account institute registration terminal associated by the corresponding next target service module of first object business module
Information is pressed in transmission.
If time-out does not handle the action of the service node, show two kinds of situations: the first situation, the work of the node
There is no the time to execute the work as personnel, therefore this operation flow is caused to be stuck in present node, business handling process is caused to be imitated
Rate reduces.Efficiency is handled for each staff of raising, therefore whether will can be handled in time in the work of current business module
It accommodates into appraisal mechanism.Further, if handling not in time, reception press information number it is more in the case where, can be to the feelings
The default examination coefficient of condition, keeps it associated with the year-end assessment of each operational staff, can transfer employee to a certain extent
The enthusiasm of current business is handled, efficiency is handled in raising.
Such as setting preset algorithm, it is more to press number, and examination coefficient is lower, according to urging for the same event of same user
Number is done, the current examination coefficient of the user is obtained and is not limited in this way certainly.
Second situation, it is possible to which, when sending execution message to current business module, relevant staff is because handling it
He does not see execution message by things.It therefore, can be by the work mailbox of staff or cell phone terminal and the operation system phase
Binding, can be to the work mailbox or hand of the staff if do not handle the action of the service node in preset time period
Information is pressed in the transmission of machine terminal, to remind it to handle the work of the service node as early as possible.
If S530, transmission preset times do not receive execution parameter after pressing information, newly pre- is obtained according to preset rules
If duration, updated information is pressed using generating after new preset duration.
Such as, it is contemplated that the time for handling a business is five minutes, if five minutes do not receive holding for the business model node
Row parameter then sends and presses information.And do not received the execution parameter of the business model node also ten minutes later, it can continue to send
Press information.When be spaced ten minutes primary hairs altogether it is default press three times do not handle this and node traffic module also after information when, can
Message is once pressed in transmission after obtaining new preset duration, such as fifteen-minute intervals.Wherein, preset times and preset duration
Specific setting the application herein with no restrictions.
According to the number for pressing information difference is sent, the state difference of information is pressed in display on system visualization interface
Are as follows: normal condition, important state, the state of emergency.The execution information sent for the first time is normal condition, within the first preset times
The information of pressing sent is important state, obtain sent after new preset duration again press information then and become urgent shape
State.Optionally, the state that module corresponds to business can be higher than the state urgency level of minimum unit in module, such as to the module
In a certain minimum unit correspond to business press it is primary after, the corresponding state of the module is urgent, the corresponding state of the minimum unit
To be important, but not limited to this, and the state of module and minimum unit can also be identical.
Further, when the associated business module of business model, which is pushed, handles work to relevant staff, if working as
Preceding personnel not in post, or when cannot handle work in time because of thing, may be used also by operation system intelligent management provided by the present application
Realize the permission of administrative staff's manual association user account.
For example, business model starts business module A, and business module A is associated with staff a, by business module A's
Work is pushed to the work system of staff a, but cannot handle work at present in time since staff a asks for leave, at this point, pipe
Reason personnel can give the permission for executing business module A work to staff b, so that work at present quick execution.
Figure 17 is the operation system intelligent management apapratus module diagram that one embodiment of the application provides, as shown in figure 17,
The device specifically includes: receiving module 601 obtains module 602.Wherein:
Receiving module 601 establishes instruction for receiving business, and it includes: that target service module calling refers to that business, which establishes instruction,
It enables, the logic between target service module establishes instruction.
Module 602 is obtained, for establishing instruction invocation target business module, simultaneously in pre-set business database according to business
The logical relation between target service module is established, pending operation flow is obtained, wherein service database includes multiple business
Module.
Figure 18 is the operation system intelligent management apapratus module diagram that another embodiment of the application provides, such as Figure 18 institute
Show, the device further include: generation module 603.Wherein:
Receiving module 601, be also used to receiving module establish instruction, module establish instruction include: minimum unit call instruction,
Logical relation between minimum unit.Generation module 603 generates business module for establishing instruction according to module.
Optionally, receiving module 601 are also used to receive business and execute instruction, and business is executed instruction including described pending
The mark of business model.Generation module 603 is also used to be executed instruction according to business, generates pending operation flow.
Optionally, receiving module 601 are also used to receive business and execute instruction, target service module call instruction, target industry
Logic between module of being engaged in establishes instruction.Generation module 603 is also used to be executed instruction in pre-set business database according to business
Invocation target business module, and the logical relation between target service module is established, generate pending operation flow.
Optionally, module 602 is obtained, is used to indicate following one or more: logical relation, filtering between business module
Condition, starting module mark, intermediate module mark and ending module mark.
Further, module 602 is obtained, is also used to be identified according to starting module, intermediate module identifies and ending module mark
Know the invocation target business module in pre-set business database.According to the logical relation associated objects business mould between business module
Block obtains the execution process of pending business.
Further, module 602 is obtained, is also used to be identified according to starting module, intermediate module identifies and ending module mark
Know the invocation target business module in pre-set business database.According to the logical relation associated objects business mould between business module
Block.The path that pending operation flow is determined according to filter condition obtains pending operation flow.
Figure 19 is the operation system intelligent management apapratus module diagram that the another embodiment of the application provides, such as Figure 19 institute
Show, the device further include: determining module 604.
Determining module 604, if being received for the logical relation according to target service module each in pending operation flow
The execution parameter of all target service module feedbacks in pending operation flow, determines that pending operation flow terminates.
Figure 20 is the operation system intelligent management apapratus module diagram that the another embodiment of the application provides, such as Figure 20 institute
Show, the device further include: establish module 605, sending module 606.
Module 605 is established, for establishing the incidence relation of each the target service module and user account.
Further, receiving module 601 are also used to receive the execution parameter of first object business module transmission, the first mesh
Marking business module is either objective business module in pending operation flow.
Determining module 604 is also used to determine the corresponding next mesh of first object business module according to pending operation flow
Mark business module.
Sending module 606 is used for user's account associated by the corresponding next target service module of first object business module
Number institute's registration terminal, which is sent, executes message.
Further, generation module 603 generate update if being also used to is more than that preset duration does not receive execution parameter
Press information.
Sending module 606 is also used to user associated by the corresponding next target service module of first object business module
What the transmission of account institute's registration terminal updated presses information.
Generation module 603, if being also used to not receive execution parameter after pressing information described in transmission preset times, according to pre-
If the new preset duration of Rule, updated information is pressed using generating after new preset duration.Wherein, information is pressed
State includes: normal condition, important state, the state of emergency.
The method that above-mentioned apparatus is used to execute previous embodiment offer, it is similar that the realization principle and technical effect are similar, herein not
It repeats again.
The above module can be arranged to implement one or more integrated circuits of above method, such as: one
Or multiple specific integrated circuits (Application Specific Integrated Circuit, abbreviation ASIC), or, one
Or multi-microprocessor (digital singnal processor, abbreviation DSP), or, one or more field programmable gate
Array (Field Programmable Gate Array, abbreviation FPGA) etc..For another example, when some above module passes through processing elements
When the form of part scheduler program code is realized, which can be general processor, such as central processing unit (Central
Processing Unit, abbreviation CPU) or it is other can be with the processor of caller code.For another example, these modules can integrate
Together, it is realized in the form of system on chip (system-on-a-chip, abbreviation SOC).
Figure 21 is the operation system intelligent management apapratus module diagram that provides of the another embodiment of the application, which can be with
It is integrated in the chip of terminal device or terminal device, which can be the calculating equipment for having processing function.
The device includes: memory 701, processor 702.
Memory 701 is for storing program, the program that processor 702 calls memory 701 to store, to execute the above method
Embodiment.Specific implementation is similar with technical effect, and which is not described herein again.
Optionally, the present invention also provides a kind of program product, such as computer readable storage medium, including program, the journeys
Sequence is when being executed by processor for executing above method embodiment.
In several embodiments provided by the present invention, it should be understood that disclosed device and method can pass through it
Its mode is realized.For example, the apparatus embodiments described above are merely exemplary, for example, the division of the unit, only
Only a kind of logical function partition, there may be another division manner in actual implementation, such as multiple units or components can be tied
Another system is closed or is desirably integrated into, or some features can be ignored or not executed.Another point, it is shown or discussed
Mutual coupling, direct-coupling or communication connection can be through some interfaces, the INDIRECT COUPLING or logical of device or unit
Letter connection can be electrical property, mechanical or other forms.
The unit as illustrated by the separation member may or may not be physically separated, aobvious as unit
The component shown may or may not be physical unit, it can and it is in one place, or may be distributed over multiple
In network unit.It can select some or all of unit therein according to the actual needs to realize the mesh of this embodiment scheme
's.
It, can also be in addition, the functional units in various embodiments of the present invention may be integrated into one processing unit
It is that each unit physically exists alone, can also be integrated in one unit with two or more units.Above-mentioned integrated list
Member both can take the form of hardware realization, can also realize in the form of hardware adds SFU software functional unit.
The above-mentioned integrated unit being realized in the form of SFU software functional unit can store and computer-readable deposit at one
In storage media.Above-mentioned SFU software functional unit is stored in a storage medium, including some instructions are used so that a computer
Equipment (can be personal computer, server or the network equipment etc.) or processor (English: processor) execute this hair
The part steps of bright each embodiment the method.And storage medium above-mentioned includes: USB flash disk, mobile hard disk, read-only memory
(English: Read-Only Memory, abbreviation: ROM), random access memory (English: Random Access Memory, letter
Claim: RAM), the various media that can store program code such as magnetic or disk.
Claims (12)
1. a kind of operation system intelligent management characterized by comprising
Reception business establishes instruction, the business establish instruction include: target service module call instruction, target service module it
Between logic establish instruction；
It is established according to the business and instructs the invocation target business module in pre-set business database and establish target service module
Between logical relation, generate pending business model, wherein the service database includes multiple business modules.
2. operation system intelligent management as described in claim 1, which is characterized in that the method also includes:
Receiving module establishes instruction, and it includes: the logic between minimum unit call instruction, minimum unit that the module, which establishes instruction,
Relationship；
Instruction, which is established, according to the module generates business module.
3. operation system intelligent management as described in claim 1, which is characterized in that described to be referred to according to business foundation
Enable the invocation target business module in pre-set business database, and establish the logical relation between target service module, obtain to
After execution business model, further includes:
Reception business executes instruction, and the business executes instruction the mark including the pending business model；
It is executed instruction according to the business, generates pending operation flow.
4. operation system intelligent management as claimed in claim 3, which is characterized in that the method also includes:
Reception business executes instruction, and the logic between target service module call instruction, target service module establishes instruction；
The invocation target business module in pre-set business database is executed instruction according to the business, and establishes target service module
Between logical relation, generate pending operation flow.
5. operation system intelligent management as claimed in claim 4, which is characterized in that the logic establishes instruction for referring to
Show following one or more: logical relation, filter condition between business module, starting module mark, intermediate module mark and
Ending module mark.
6. operation system intelligent management as claimed in claim 5, which is characterized in that described to be referred to according to business foundation
Enable and in invocation target business module in pre-set business database and establish the logical relation between target service module, obtain to
Execute operation flow, comprising:
According to starting module mark, intermediate module mark and ending module the mark invocation target in pre-set business database
Business module；
It is associated with the target service module according to the logical relation between the business module, obtains the execution of the pending business
Process.
7. operation system intelligent management as claimed in claim 5, which is characterized in that include if the logic establishes instruction
The filter condition, described established according to the business instruct the invocation target business module in pre-set business database and build
Logical relation between vertical target service module, obtains pending operation flow, comprising:
According to starting module mark, intermediate module mark and ending module the mark invocation target in pre-set business database
Business module；
The target service module is associated with according to the logical relation between the business module；
The path that the pending operation flow is determined according to the filter condition, obtains pending operation flow.
8. operation system intelligent management as claimed in claims 6 or 7, which is characterized in that described to obtain pending business
After process, further includes:
If receiving the pending Business Stream according to the logical relation of each target service module in the pending operation flow
The execution parameter of all target service module feedbacks in journey, determines that the pending operation flow terminates.
9. operation system intelligent management as claimed in claims 6 or 7, which is characterized in that described to be built according to the business
Vertical instruction is in invocation target business module in pre-set business database and establishes the logical relation between target service module, obtains
After taking pending operation flow, further includes:
Establish the incidence relation of each the target service module and user account.
10. operation system intelligent management as claimed in claim 9, which is characterized in that described to establish each target industry
After the incidence relation of module of being engaged in and user account, further includes:
The execution parameter that first object business module is sent is received, the first object business module is the pending Business Stream
Either objective business module in journey；
The corresponding next target service module of the first object business module is determined according to the pending operation flow；
It is sent to user account institute's registration terminal associated by the corresponding next target service module of the first object business module
Execute message.
11. operation system intelligent management as claimed in claim 10, which is characterized in that described to the first object industry
User account institute's registration terminal associated by the corresponding next target service module of module of being engaged in is sent after execution message, further includes:
If being more than that preset duration does not receive execution parameter, generate update presses information；
It is sent to user account institute's registration terminal associated by the corresponding next target service module of the first object business module
Information is pressed in the update；
If send press information described in preset times after do not receive execution parameter, when obtaining new default according to preset rules
It is long, updated information is pressed using generating after new preset duration, wherein the information state of pressing includes: normal shape
State, important state, the state of emergency.
12. a kind of operation system intelligent management apapratus characterized by comprising
Receiving module establishes instruction for receiving business, the business establish instruction include: target service module call instruction,
Logic between target service module establishes instruction；
Module is obtained, for instructing the invocation target business module in pre-set business database according to business foundation and building
Logical relation between vertical target service module, generates pending business model, wherein the service database includes multiple industry
Business module.
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| CN114338735A (en) * | 2021-12-02 | 2022-04-12 | 深圳市移动力量科技有限公司 | Management system building method, device, equipment, medium and computer program product |
| CN114338735B (en) * | 2021-12-02 | 2024-01-30 | 深圳市移动力量科技有限公司 | Management system construction method, device, equipment, medium and computer program product |
| CN115454391A (en) * | 2022-11-11 | 2022-12-09 | 零氪科技（北京）有限公司 | Client, client construction method and device, electronic equipment and storage medium |
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