CN104516734A

CN104516734A - Business process configuration method and business process configuration device

Info

Publication number: CN104516734A
Application number: CN201310462115.8A
Authority: CN
Inventors: 李东原
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-09-29
Filing date: 2013-09-29
Publication date: 2015-04-15
Anticipated expiration: 2033-09-29
Also published as: CN104516734B

Abstract

The invention discloses a business process configuration method and a business process configuration device, and belongs to the technical field of computers. The method is used for an operating system and comprises the steps of: generating an i-th business step in a business process, wherein i is a natural number; configuring at least one function menu called when the i-th business step is executed; when i is more than 1, generating an execution path from an i-1-th business step to the i-th business step according to the function menu; updating the i into i+1, and executing the step of generating the i-th business step in the business process again. The device comprises a first generating module, a configuring module, a second generating module and an execution module. By the business process configuration method and the business process configuration device, a problem of configuration error of the execution path due to memory omission of a user when configuration process of the execution path of the function menu is complicated, so that precision requirements on the configuration memory of the business process are reduced, and a precision effect of the configuration of the business process is improved.

Description

Operation flow collocation method and device

Technical field

The present invention relates to field of computer technology, particularly a kind of operation flow collocation method and device.

Background technology

Operation system is the kit providing business support to telecommunications, data communication and other portal service provider.Wherein, business refers to the function that operation system control hardware equipment realizes, and this hardware device can be server etc.In order to reduce the complexity of business, delineation of activities can be become the business step that several orders perform, each business step is for realizing the partial function of business.Further, business step can also be divided into the subservice step that several orders perform, each subservice step for realizing the partial function in the partial function of business, then will perform business step according to execution route and/or subservice step is called operation flow to the process realizing business.Such as, a certain item business comprises the first business step and the second business step, and the first business step does not comprise subservice step, second business step comprises the first subservice step, the second subservice step and the 3rd subservice step, then the implementation from " first business step → the first subservice step → the second subservice step → the 3rd subservice step " is called operation flow.

When using operation system configuration service flow process, user needs each business step in operation flow and subservice arrangements of steps function menu, and this function menu is for realizing the partial function of business.Particularly, only comprise the collocation method of business step to operation flow for operation flow to be described, the function that then user will be able to realize according to each business step determines the function menu needed for this business step configures, and this function menu memory based position acquisition is in systems in which to this function menu, this function menu got is set to the function menu called when performing this business step.After configuring all business step, user needs the execution route manually arranging business step, thus completes the configuration to operation flow.

Such as, operation system provides five function menus, be respectively the first menu, second menu, 3rd menu, 4th menu and the 5th menu, suppose that the function that the first business step will realize is the function that the first menu comprises, the function menu called when can be then execution the first business step by the first menu setting, in like manner, be assumed to be the second business step, 3rd business step and the 4th business step configure the 3rd menu respectively, second menu and the 5th menu, if operation flow is the first business step-the second business step-three business step-four business step, the path pointing to the 3rd menu from the first menu setting is then manually set, the path of the second menu is pointed to from the 3rd menu setting, the path of the 5th menu is pointed to from the second menu setting, operation flow then after configuration is the first menu → the 3rd menu → the second menu → the 5th menu.

Along with the lifting of business demand, operation system becomes increasingly complex, the business step of each business also gets more and more, the layoutprocedure of the execution route between business step is become increasingly complex, easily because the memory careless omission of user causes the configuration error of execution route, reduce the accuracy of the configuration to operation flow.

Summary of the invention

In order to the layoutprocedure solving the execution route between function menu complicated time, because the memory careless omission of user causes the configuration error of execution route, reduce the problem of the accuracy of the configuration to operation flow, embodiments provide a kind of operation flow collocation method and device.Described technical scheme is as follows:

First aspect, the invention provides a kind of operation flow collocation method, and in operation system, described method comprises:

Generate i-th business step of operation flow, i is natural number, and described operation flow performs business step to realize the flow process of business according to execution route, and the described flow process realizing business at least comprises two business step;

At least one function menu called when configuration performs described i-th business step, described function menu is for realizing the partial function of described business;

When i > 1, generate the execution route pointing to described i-th business step from the i-th-1 business step according to described function menu;

Described i is updated to i+1, again performs the step of i-th business step of described generation operation flow.

In the first possible implementation of first aspect, at least one function menu called when described configuration performs described i-th business step, comprising:

If described i-th business step comprises k sub-business step, then generate a jth sub-business step of described i-th business step, 1≤j≤k;

The function menu called when configuration performs described jth sub-business step;

At i > 1 and j=1 time, generate the execution route pointing to described 1st sub-business step from described the i-th-1 business step according to described function menu;

When j > 1, generate the execution route pointing to a described jth sub-business step from the sub-business step of jth-1 according to described function menu;

Described j is updated to j+1, again performs the step of a jth sub-business step of described i-th business step of described generation.

In conjunction with the first possible implementation of first aspect, in the implementation that the second of first aspect is possible, the described execution route pointing to a described jth sub-business step according to described function menu generation from the sub-business step of jth-1, comprising:

Under described function menu being illustrated in described i-th business step according to configuration sequence, obtaining the last function menu of described function menu according to displaying order, generate the execution route pointing to described function menu from described last function menu; Or,

Numbering is arranged to the described function menu of configuration, obtains the last function menu of described function menu according to number order, generate the execution route pointing to described function menu from described last function menu;

Wherein, described last function menu is the function menu for the sub-business step configuration of described jth-1.

In conjunction with the implementation that the second of first aspect is possible, in the third possible implementation of first aspect, the described described function menu to configuration arranges numbering, comprising:

Obtain the numbering of described last function menu, the numbering of described last function menu is increased by the first predetermined value, obtain the numbering of the described function menu configured.

In conjunction with the first possible implementation of first aspect, in the 4th kind of possible implementation of first aspect, the described execution route pointing to described 1st sub-business step according to described function menu generation from described the i-th-1 business step, comprising:

Under described function menu being illustrated in described i-th business step according to configuration sequence, obtain last function menu of described the i-th-1 business step according to displaying order, generate the execution route pointing to described function menu from last function menu described; Or,

To the described function menu configuration numbering of configuration, obtain last function menu of described the i-th-1 business step according to number order, generate the execution route pointing to described function menu from last function menu described.

4th kind of possible implementation of the implementation possible in conjunction with the second of first aspect or first aspect, in the 5th kind of possible implementation of first aspect, when j >=1, before the function menu called when described configuration performs described jth sub-business step, described method also comprises:

Generate numbering;

The described described function menu to configuration arranges numbering, comprising: read the described numbering generated, and using the numbering of described numbering as the described function menu of configuration; Or the described described function menu configuration numbering to configuration, comprising: read the described numbering generated, and using the numbering of described numbering as the described function menu of configuration.

In conjunction with the 4th kind of possible implementation of first aspect, in the 6th kind of possible implementation of first aspect, the described described function menu configuration numbering to configuration, comprising:

Obtain last function menu of described the i-th-1 business step, the numbering of last function menu described is increased by the second predetermined value, obtain the numbering of the described function menu configured.

In conjunction with the third possible implementation of first aspect or the 6th kind of possible implementation of first aspect, in the 7th kind of possible implementation of first aspect, described in obtain configure described function menu numbering after, described method also comprises:

Show in the numbering of the first presumptive area to the described function menu of configuration and the described function menu of configuration; Or,

Show in the numbering of the second presumptive area to the described function menu of configuration, described second presumptive area illustrates the described function menu of configuration in advance.

In conjunction with the 7th kind of possible implementation of first aspect, in the 8th kind of possible implementation of first aspect, described method also comprises:

If revise the numbering of the described function menu shown, then amended numbering is defined as the new numbering of the described function menu shown.

In conjunction with the first possible implementation of first aspect to the 8th kind of possible implementation of first aspect, in the 9th kind of possible implementation of first aspect, when j >=1, the function menu called when described configuration performs described jth sub-business step, comprising:

Receive the menu information being used for identification function menu;

The function menu that the described function menu identified by described menu information calls when being configured to perform described jth sub-business step.

In the tenth kind of possible implementation of first aspect, at least one function menu called when described configuration performs described i-th business step, comprising:

If described i-th business step does not comprise subservice step, then receive the menu information being used for identification function menu;

The described function menu identified by described menu information is configured to the function menu called when performing described i-th business step.

In conjunction with the tenth kind of possible implementation of first aspect, in the 11 kind of possible implementation of first aspect, the described execution route pointing to described i-th business step according to described function menu generation from the i-th-1 business step, comprising:

According to configuration sequence, described function menu is shown, obtain the last function menu of described function menu according to displaying order, generate the execution route pointing to described function menu from described last function menu; Or,

Wherein, described last function menu is the function menu for described the i-th-1 business step configuration.

In conjunction with the first possible implementation of first aspect or first aspect to the 11 kind of possible implementation of first aspect, in the 12 kind of possible implementation of first aspect, before at least one function menu called when described configuration performs described i-th business step, described method also comprises:

Arranged according to predetermined form by least one function menu described, described predetermined form comprises at least one in site maps and tree structure.

In conjunction with the 12 kind of possible implementation of first aspect, in the 13 kind of possible implementation of first aspect, described method also comprises:

Arrange configuration authority to each function menu, described configuration authority is for limiting the configuration to described function menu.

In conjunction with the 12 kind of possible implementation of first aspect, in the 14 kind of possible implementation of first aspect, described method also comprises:

Arrange help information to each function menu, described help information is for describing the function of described function menu in described operation flow.

Second aspect, embodiments provides a kind of operation flow inking device, and in operation system, described device comprises:

First generation module, generate i-th business step of operation flow, i is natural number, and described operation flow performs business step to realize the flow process of business according to execution route, and the described flow process realizing business at least comprises two business step;

Configuration module, at least one function menu called during for configuring described i-th business step performing described first generation module generation, described function menu is for realizing the partial function of described business;

Second generation module, for when i > 1, generates according to the described function menu that described configuration module configures the execution route pointing to described i-th business step from the i-th-1 business step;

Execution module, for described i is updated to i+1, performs the step of i-th business step of described generation operation flow again.

In the first possible implementation of second aspect, described configuration module, comprising:

First generation unit, if comprise k sub-business step for described i-th business step, then generates a jth sub-business step of described i-th business step, 1≤j≤k;

First dispensing unit, the function menu called during for configuring described jth sub-business step that described first generation unit generates;

Second generation unit, at i > 1 and j=1 time, the described function menu according to described first dispensing unit configuration generates the execution route pointing to described 1st sub-business step from described the i-th-1 business step;

3rd generation unit, for when j > 1, the described function menu according to described first dispensing unit configuration generates the execution route pointing to a described jth sub-business step from the sub-business step of jth-1;

Performance element, for described j is updated to j+1, performs the step of a jth sub-business step of described i-th business step of described generation again.

In conjunction with the first possible implementation of second aspect, in the implementation that the second of second aspect is possible, described 3rd generation unit, comprising:

First generates subelement, under described function menu being illustrated in described i-th business step according to configuration sequence, obtain the last function menu of described function menu according to displaying order, generate the execution route pointing to described function menu from described last function menu; Or,

Second generates subelement, for arranging numbering to the described function menu of configuration, obtaining the last function menu of described function menu, generate the execution route pointing to described function menu from described last function menu according to number order;

In conjunction with the implementation that the second of second aspect is possible, in the third possible implementation of second aspect, described second generates subelement, for obtaining the numbering of described last function menu, the numbering of described last function menu is increased by the first predetermined value, obtains the numbering of the described function menu configured.

In conjunction with the first possible implementation of second aspect, in the 4th kind of possible implementation of second aspect, described second generation unit, comprising:

3rd generates subelement, under described function menu being illustrated in described i-th business step according to configuration sequence, obtain last function menu of described the i-th-1 business step according to displaying order, generate the execution route pointing to described function menu from last function menu described; Or,

4th generates subelement, for the described function menu configuration numbering to configuration, obtains last function menu of described the i-th-1 business step, generate the execution route pointing to described function menu from last function menu described according to number order.

4th kind of possible implementation of the implementation possible in conjunction with the second of second aspect or second aspect, in the 5th kind of possible implementation of second aspect, when j >=1, described configuration module, also comprises:

4th generation unit, before the function menu called, generates numbering during sub-business step individual for the described jth of described first dispensing unit configuration execution;

Described first generates subelement, for reading the described numbering that described 4th generation unit generates, and using the numbering of described numbering as the described function menu of configuration; Or the described 4th generates subelement, for reading the described numbering of generation, and using the numbering of described numbering as the described function menu of configuration.

In conjunction with the 4th kind of possible implementation of second aspect, in the 6th kind of possible implementation of second aspect, described 4th generates subelement, for obtaining last function menu of described the i-th-1 business step, the numbering of last function menu described is increased by the second predetermined value, obtains the numbering of the described function menu configured.

In conjunction with the third possible implementation of second aspect or the 6th kind of possible implementation of second aspect, in the 7th kind of possible implementation of second aspect,

Described 3rd generation unit, also comprise: first shows subelement, after obtaining the numbering of the described function menu configured for described second generation subelement, show in the numbering of the first presumptive area to the described function menu of configuration and the described function menu of configuration; Or show in the numbering of the second presumptive area to the described function menu of configuration, described second presumptive area illustrates the described function menu of configuration in advance;

Described second generation unit, also comprise: second shows subelement, after obtaining the numbering of the described function menu configured for described 4th generation subelement, show in the numbering of the first presumptive area to the described function menu of configuration and the described function menu of configuration; Or show in the numbering of the second presumptive area to the described function menu of configuration, described second presumptive area illustrates the described function menu of configuration in advance.

In conjunction with the 7th kind of possible implementation of second aspect, in the 8th kind of possible implementation of second aspect, described 3rd generation unit, also comprises:

First amendment subelement, if for showing that the business step numbering of the described function menu that subelement is shown is revised to described first, be then defined as the new business step numbering of the described function menu shown by amended business step numbering;

Described second generation unit, also comprises:

Second amendment subelement, if for showing that the business step numbering of the described function menu that subelement is shown is revised to described second, be then defined as the new business step numbering of the described function menu shown by amended business step numbering.

In conjunction with the first possible implementation of second aspect to the 8th kind of possible implementation of second aspect, in the 9th kind of possible implementation of second aspect, when j >=1, described first dispensing unit, comprising:

Receive subelement, for receiving the menu information for identification function menu;

Configuration subelement, the function menu called when the described function menu that the described menu information for being received by described reception subelement identifies is configured to perform described jth sub-business step.

In the tenth kind of possible implementation of second aspect, described configuration module, comprising:

Receiving element, if do not comprise subservice step for described i-th business step, then receives the menu information being used for identification function menu;

Second dispensing unit, the described function menu that the described menu information for being received by described receiving element identifies is configured to the function menu called when performing described i-th business step.

In conjunction with the tenth kind of possible implementation of second aspect, in the 11 kind of possible implementation of second aspect, the second generation module, comprising:

Display unit, for showing described function menu according to configuration sequence, obtaining the last function menu of described function menu, generating the execution route pointing to described function menu from described last function menu according to displaying order; Or,

Setting unit, for arranging numbering to the described function menu of configuration, obtaining the last function menu of described function menu, generating the execution route pointing to described function menu from described last function menu according to number order;

In conjunction with the first possible implementation of second aspect or second aspect to the 11 kind of possible implementation of second aspect, in the 12 kind of possible implementation of second aspect, described device also comprises:

Arrangement module, before at least one function menu called when performing described i-th business step for described configuration module configuration, arranged according to predetermined form by least one function menu described, described predetermined form comprises at least one in site maps and tree structure.

In conjunction with the 12 kind of possible implementation of second aspect, in the 13 kind of possible implementation of second aspect, described device also comprises:

First arranges module, and for arranging configuration authority to each function menu, described configuration authority is for limiting the configuration to described function menu.

In conjunction with the 12 kind of possible implementation of second aspect, in the 14 kind of possible implementation of second aspect, described device also comprises:

Second arranges module, and for arranging help information to each function menu, described help information is for describing the function of described function menu in described operation flow.

The beneficial effect that the technical scheme that the embodiment of the present invention provides is brought is:

By generating i-th business step of operation flow; At least one function menu called when configuration performs described i-th business step; When i > 1, generate the execution route pointing to described i-th business step from the i-th-1 business step according to described function menu; Described i is updated to i+1, again perform the step of i-th business step of described generation operation flow, the execution route pointing to i-th business step from the i-th-1 business step can be automatically generated when configuration i-th business step, automatically the configuration of the execution route between business step is realized, solve the configuration complexity that all business step of user's manual configuration cause, and easily because the memory careless omission of user causes the problem of the configuration error of execution route, reach the effect of the configuration complexities reducing operation flow, the configuration accuracy improving operation flow.

Accompanying drawing explanation

In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the method flow diagram of the operation flow collocation method that one embodiment of the invention provides;

Fig. 2 is the method flow diagram of the operation flow collocation method that another embodiment of the present invention provides;

Fig. 3 is the interface schematic diagram of the display function menu that the embodiment of the present invention provides;

Fig. 4 is the first the application schematic diagram of the display function menu that the embodiment of the present invention provides;

Fig. 5 is the second application schematic diagram of the display function menu that the embodiment of the present invention provides;

Fig. 6 is the third application schematic diagram of the display function menu that the embodiment of the present invention provides;

Fig. 7 is the 4th kind of application schematic diagram of the display function menu that the embodiment of the present invention provides;

Fig. 8 is the 5th kind of application schematic diagram of the display function menu that the embodiment of the present invention provides;

Fig. 9 is the configuration application schematic diagram of the operation flow that the embodiment of the present invention provides;

Figure 10 is the application schematic diagram of the function menu authority configuration that the embodiment of the present invention provides;

Figure 11 is the application schematic diagram of the function menu help information setting that the embodiment of the present invention provides;

Figure 12 is that the configuration of the service menu that the embodiment of the present invention provides completes schematic diagram;

Figure 13 is the interface schematic diagram of the business step that the embodiment of the present invention provides;

Figure 14 is the structural framing figure of the operation flow inking device that further embodiment of this invention provides;

Figure 15 is the structural framing figure of the operation flow inking device that yet another embodiment of the invention provides;

Figure 16 is the structural framing figure of the operation flow inking device that further embodiment of this invention provides.

Embodiment

For making the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, embodiment of the present invention is described further in detail.

Please refer to Fig. 1, it illustrates the method flow diagram of the operation flow collocation method that one embodiment of the invention provides, this operation flow collocation method can be applied in operation system.This operation flow collocation method, comprising:

Step 101, generate i-th business step of operation flow, i is natural number, and this operation flow performs business step to realize the flow process of business according to execution route, and this flow process realizing business at least comprises two business step;

The operation flow realizing a business can comprise at least two business step, and has the execution route of specifying between these at least two business step, performs business step can realize this business according to execution route.Therefore, by can realize the configuration to operation flow to the configuration of the business step included by operation flow.

Step 102, at least one function menu called during configuration execution i-th business step, this function menu is for realizing the partial function of business;

After generation i-th business step, can be configured this i-th business step realization of functions, thus realize configured function when performing this i-th business step.Particularly, at least one function menu that can call during selected execution i-th step in the function menu preset, realized the function of business step by calling function menu, this function menu is for realizing the partial function of business.

Step 103, when i > 1, generates the execution route pointing to i-th business step from the i-th-1 business step according to function menu;

In the present embodiment, if i > 1, then after completing the functional configuration to i-th business step, also need to generate the execution route pointing to i-th business step from the i-th-1 business step, execution i-th business step can be continued according to this execution route when executing the i-th-1 business step; If i=1, then there is not the business step pointing to the 1st business step, now, do not need the execution route of configuration the 1st business step.

Step 104, is updated to i+1 by i, again performs the step of i-th business step generating operation flow.

In the present embodiment, after configuring i-th business step, can the business step that execution sequence comes after this i-th business step be configured.Due to identical to the layoutprocedure of each business step, therefore, i can be updated to i+1, and again perform step 101, until when completing the configuration to partial service step whole or selected in operation flow, terminate configuration flow.

In sum, the operation flow collocation method that the embodiment of the present invention provides, by generating i-th business step of operation flow, i is natural number; At least one function menu called during configuration execution i-th business step; When i > 1, generate the execution route pointing to i-th business step from the i-th-1 business step according to function menu; I is updated to i+1, again perform the step of i-th business step generating operation flow, the execution route pointing to i-th business step from the i-th-1 business step can be automatically generated when configuration i-th business step, automatically the configuration of the execution route between business step is realized, solve the configuration complexity that all business step of user's manual configuration cause, and easily because the memory careless omission of user causes the problem of the configuration error of execution route, reach the effect of the configuration complexities reducing operation flow, the configuration accuracy improving operation flow.

Please refer to Fig. 2, it illustrates the method flow diagram of the operation flow collocation method that another embodiment of the present invention provides, this operation flow collocation method can be applied in operation system.This operation flow collocation method, comprising:

Step 201, generate i-th business step of operation flow, i is natural number, and this operation flow performs business step to realize the flow process of business according to execution route, and this flow process realizing business at least comprises two business step;

In the present embodiment, after generation i-th business step, the title of this i-th business step can also be configured, so that user's implication of understanding this i-th business step and the function that realizes.Wherein, business step can be implemented as node, list item, predetermined symbol etc., and the present embodiment is not construed as limiting.

Step 202, arranges at least one function menu according to predetermined form, and predetermined form comprises at least one in site maps and tree structure;

Because function menu is specifically realized by menu page, therefore, can show menu page in advance.Owing to showing in menu page that content is more and displaying process is comparatively loaded down with trivial details, therefore, preferably, link can also be set to menu page, and this link is shown as function menu, not only facilitate searching menu page, simplify the layoutprocedure of operation flow, also save and wasted system resource is shown to menu page.

When showing function menu, can by all functions menu displaying in a page.In order to further facilitate searching function menu, partition of the level can also be carried out to function menu, to find rapidly function menu to be configured according to rank.Such as, function menu can be divided at least one further menu, then further menu is divided at least one second-level menu, then second-level menu is divided at least one three-stage menu etc., the present embodiment is not construed as limiting the partition of the level of function menu.

Such as, further menu comprises " Unified Product Catalog " and " Unified SystemManagement " and " Billing Configuration ", the second-level menu of " Unified Product Catalog " comprises " Basic Entity " and " Reference Data ", and the three-stage menu of " Reference Data " comprises " FreeUnit Type " and " Accumulator ".

When showing the function menu after classification, function menu can also be arranged with predetermined form, this predetermined form can comprise at least one in site maps and tree structure.

Site maps is the navigation page of the structural generation according to function menu, please refer to the interface schematic diagram of the display function menu shown in Fig. 3.Wherein, Fig. 3 (a) is by the form display function menu of site maps, and under second-level menu in Fig. 3 (a) and three-stage menu be presented at the catalogue of respective Previous Menu respectively, if three-stage menu comprises level Four menu, then can displaying option be set after three-stage menu, according to this displaying option level Four menu be shown or hide.Fig. 3 (a) is to show that option represents for four-headed arrow, if be provided with four-headed arrow after three-stage menu, then this three-stage menu comprises level Four menu, if do not arrange four-headed arrow after three-stage menu, then this three-stage menu does not comprise level Four menu.In Fig. 3 (a), " Unified ProductCatalog " and " Unified System Management " and " Billing Configuration " are further menu, " Basic Entity ", " Reference Data ", " Original and Employee ", " Role andPermission ", " Configure Project ", " Rating and Charging " and " Invoicing " are second-level menu, and remaining function menu is three-stage menu.

Tree structure refers to the function menu structure of tree-like relation.Please refer to the application schematic diagram by tree structure display function menu shown in Fig. 3 (b).Wherein, certain further menu in Fig. 3 (b) comprises sub-menus, then can arrange displaying option before this certain further menu, to show or hide according to this displaying option to level Four menu.Fig. 3 (b) is to show that option is that "+" or "-" represents, if be provided with before certain further menu "+" or "-", then this certain further menu comprises sub-menus, if certain further menu is not arranged "+" and "-", then this certain further menu does not comprise sub-menus.Wherein, "+" expression comprises sub-menus and sub-menus does not launch, and "-" expression comprises sub-menus and sub-menus launches.In Fig. 3 (b), " Common " is further menu, " Unified System Management " and " Unified Product Catalog " is second-level menu, " Organization and Employee ", " Role and Permission ", " System Data ", " Operation ", " Configure Project ", " Home " and " Basic Entity " are three-stage menu, and residue function menu is level Four menu.

Further, step 202 also can perform before step 201, and the present embodiment does not limit the execution sequence of step 201 and step 202.

Step 203, if i-th business step comprises k sub-business step, then generates a jth sub-business step of i-th business step, 1≤j≤k; The function menu called when configuration performs jth sub-business step; At i > 1 and j=1 time, generate the execution route pointing to the 1st sub-business step from the i-th-1 business step according to function menu; When j > 1, generate the execution route pointing to a jth sub-business step from the sub-business step of jth-1 according to function menu; J is updated to j+1, again performs the step of a jth sub-business step of generation i-th business step, until perform step 205 during j=k+1;

After generation i-th business step, the function that this i-th business step realizes can be configured, thus realize configured function when performing this i-th business step.If i-th business step comprises k sub-business step, then can generate subservice step, and each the subservice arrangements of steps function menu for generating.The present embodiment is described to configure a jth sub-business step.

The first, when j >=1, the function menu called when configuration performs jth sub-business step, can comprise:

A) menu information being used for identification function menu is received;

B) function menu that menu information identifies is configured to the function menu called when performing jth sub-business step.

Particularly, can receive the menu information for identification function menu, this menu information is generated and sent during selection function menu in the function menu shown in advance by user, and selection mode can include but not limited to click and choose.After getting menu information, this menu information is configured to the function menu called when performing jth sub-business step.

The second, at i > 1 and j=1 time, generate the execution route pointing to the 1st sub-business step from the i-th-1 business step according to function menu, can comprise:

A), under function menu being illustrated in i-th business step according to configuration sequence, obtaining last function menu of the i-th-1 business step according to displaying order, generate the execution route pointing to this function menu from last function menu; Or,

B) to the function menu configuration numbering of configuration, obtain last function menu of the i-th-1 business step according to number order, generate the execution route pointing to this function menu from last function menu.

When generating the execution route from jth-1 sub-business step sensing jth sub-business step according to the displaying order of function menu, owing to being the execution sequence of this business step in operation flow to the displaying of business step order, the displaying order of subservice step is the execution sequence of subservice step in the business step belonging to this subservice step, therefore, at i > 1 and j=1 time, the last function menu of jth sub-business step is last function menu of the i-th-1 business step.If the i-th-1 business step does not comprise subservice step, then last function menu of the i-th-1 business step is the function menu corresponding with this i-th-1 business step, generates the execution route pointing to this function menu from this last function menu; If the i-th-1 business step comprises subservice step, last function menu shown under the catalogue that then last function menu of the i-th-1 business step is the i-th-1 business step, generates the execution route pointing to this function menu from this last function menu.

Preferably, before configuration first sub-business step, if be configured with the business step title of i-th business step, then with the catalogue of this business step name identification i-th business step read, under the function menu of configuration being illustrated in the catalogue of this i-th business step; If do not configure the business step title of this i-th business step, then can configure the business step title of i-th business step, with the catalogue of this business step name identification i-th business step of configuration, under the function menu of configuration being illustrated in the catalogue of this i-th business step.

When pointing to the execution route of the 1st sub-business step according to the numbering generation of function menu from the i-th-1 business step, numbering being arranged to the function menu of configuration, can comprise:

Obtain last function menu of the i-th-1 business step, the numbering of last function menu is increased by the second predetermined value, obtain the numbering of the function menu configured.

In the present embodiment, the numbering of the numbering of the function menu corresponding with business step and the function menu corresponding with subservice step can be arranged to dissimilar numerical value, to show differentiation.Such as, the numbering of the function menu corresponding with business step is set to integer, the numbering of the function menu corresponding with subservice step is set to decimal; Or the numbering of the function menu corresponding with business step is set to decimal, and the numbering of the function menu corresponding with subservice step is set to integer etc., and the present embodiment is not construed as limiting.

Because the data type of the numbering of function menu is different, therefore, need to arrange the second different predetermined values according to the data type of the numbering of function menu.Particularly, if the function menu corresponding with subservice step be numbered integer, then can arrange the second predetermined value is integer; If the function menu corresponding with subservice step be numbered decimal, then can arrange the second predetermined value is decimal.Such as, if last function menu be numbered 1, then can arrange the second predetermined value is 1, and the numbering of the function menu now configured can be set to 2; If last function menu be numbered 2.1, then can arrange the second predetermined value is 0.1, and the numbering of the function menu now configured can be set to 2.2.

As i=1 and j=1 time, the numbering of the function menu of this configuration can be set to the second predetermined value preset.Such as, the second predetermined value can be set to 1.1, to represent that the function menu of selection is first sub-business step of first business step.

Three, when j > 1, generate the execution route pointing to a jth sub-business step from the sub-business step of jth-1 according to function menu, can comprise:

A), under function menu being illustrated in i-th business step according to configuration sequence, obtaining the last function menu of function menu according to displaying order, generate the execution route pointing to this function menu from last function menu; Or,

B) numbering is arranged to the function menu of configuration, obtain the last function menu of function menu according to number order, generate the execution route pointing to this function menu from last function menu;

Wherein, last function menu is the function menu for the sub-business step configuration of jth-1.

When generating the execution route from jth-1 sub-business step sensing jth sub-business step according to the displaying order of function menu, owing to being the jth execution sequence of sub-business step in operation flow to the configuration sequence of function menu, therefore, can also generate according to configuration sequence the execution route pointing to a jth sub-business step from the sub-business step of jth-1.Particularly, under this function menu order can being illustrated in the catalogue of i-th business step, then can obtain the last function menu of function menu according to the displaying order of function menu under this catalogue, thus generate the execution route pointing to this function menu from last function menu.

Further, under the function menu of configuration can also being illustrated in business step title in indentation mode, with differentiated service step title and function menu, thus bandwagon effect is highlighted.Please refer to the first application schematic diagram of the display function menu shown in Fig. 4, in Fig. 4, the business step name of the 2nd business step is called " Event ", be " Original Event " with the 2nd function menu that sub-business step is corresponding and " OriginalEvent " execution sequence in " Event " is 2, after then " Original Event " can being illustrated in the function menu " Standard Event " corresponding with first sub-business step, generate the execution route from " Standard Event " sensing " Original Event ".Wherein, Fig. 4 is by tree structure display function menu.

When generating the execution route from jth-1 sub-business step sensing jth sub-business step according to the numbering of function menu, numbering is arranged to the function menu of configuration, can comprise:

Obtain the numbering of last function menu, the numbering of last function menu is increased by the first predetermined value, obtain the numbering of the function menu configured.

Wherein, the flow process obtaining the numbering of the function menu configured according to the numbering of last function menu is identical with the flow process of the numbering of the function menu obtaining configuring according to the numbering of last function menu, refers to foregoing description, does not repeat herein.

Further, when j >=1, before the function menu called when configuration performs jth sub-business step, the method can also comprise:

Generate numbering;

Numbering is arranged to the function menu of configuration, comprising: read the numbering generated, and using the numbering of numbering as the function menu of configuration; Or, to the function menu configuration numbering of configuration, comprising: read the numbering generated, and using the numbering of numbering as the function menu of configuration.

In order to the function menu guiding user to configure a jth business step, can also before configuration layoutprocedure be guided.Particularly, generates and show a numbering before the function menu that can call when configuring and performing jth sub-business step, the function menu called when this numbering is for pointing out user to configure execution jth individual sub-business step, to improve Consumer's Experience.Further, the font color of numbering can also be glimmered or arrange the numbering generated or background colour is set for numbering or increases the font size etc. of numbering, to emphasize to point out effect.

After the function menu called when the individual sub-business step of configuration execution jth, the numbering generated before can reading, and using the numbering of this numbering as the function menu of configuration.Wherein, the flow process generating numbering refers to foregoing description, does not repeat herein.

In the present embodiment, after obtaining the numbering of the function menu configured, the method can also comprise:

Show in the numbering of the first presumptive area to the function menu of configuration and the function menu of configuration; Or,

Show in the numbering of the second presumptive area to the function menu of configuration, the second presumptive area illustrates the function menu of configuration in advance.

Wherein, the first presumptive area and the second presumptive area are comprised to the configuration page face of business step configuration feature menu.First presumptive area can be used for guiding layoutprocedure, can be called navigation bar; Second presumptive area can be used for display function menu, can be called menu bar.In order to the corresponding relation of clear and definite function menu and numbering, the numbering correspondence of function menu and this function menu can be illustrated in the configuration page.

When function menu and numbering are illustrated in the first presumptive area, can show function menu according to configuration sequence, and be illustrated in corresponding for numbering around function menu.Such as, to be illustrated in before or after function menu etc.The present embodiment is described for the form display function menu of tree structure with the first presumptive area, then please refer to the second application schematic diagram of the display function menu shown in Fig. 5 (a).First function menu in Fig. 5 (a) is numbered 1.0, and the numbering being numbered last function menu of each function menu afterwards adds 1.0, obtains each function menu and numbering corresponding to each function menu.

Further, before display function menu and numbering, if be configured with the business step title of i-th business step, then with the catalogue of this business step name identification i-th business step read, under the function menu of configuration being illustrated in the catalogue of this i-th business step, and be illustrated in corresponding for numbering around function menu.Such as, to be illustrated in before or after function menu etc.If do not configure the business step title of this i-th business step, then can configure the business step title of i-th business step, with the catalogue of this business step name identification i-th business step of configuration, under the function menu of configuration being illustrated in the catalogue of this i-th business step, and be illustrated in corresponding for numbering around function menu.Such as, to be illustrated in before or after function menu etc.

The present embodiment is described for the form display function menu of tree structure with the first presumptive area, then please refer to the third application schematic diagram of the display function menu shown in Fig. 6.In Fig. 6, the numbering of the business step title of increase is integer, such as, and 1,2 etc.; If a business step does not comprise subservice step, then the numbering of corresponding with this business step function menu to be end be zero decimal, such as, 1.0,6.0 etc.; If a business step comprises subservice step, then corresponding with subservice step function menu is the decimal of end non-zero, such as, and 2.1,3.2 etc.

When numbering is illustrated in the second presumptive area, owing to illustrating all function menus in advance in the second presumptive area, therefore, numbering can be illustrated in around function menu.Such as, a square frame was set before or after function menu, in this square frame, shows numbering.The present embodiment is described for the form display function menu of tree structure with the first presumptive area, then please refer to the 4th kind of application schematic diagram of the display function menu shown in Fig. 7 (a).In Fig. 7 (a), the function menu " Project " that first business step is corresponding be numbered 1.0, be numbered 2.0 according to function menu " Plan " corresponding to first sub-business step of 1.0 second business step generated.

Further, in conjunction with the configuration guiding in the first presumptive area, numbering can also be shown.The present embodiment is described for the form display function menu of tree structure with the first presumptive area, then please refer to the 5th kind of application schematic diagram of the display function menu shown in Fig. 8 (a).In Fig. 8 (a), the function menu " Project " that first business step is corresponding be numbered 1.0, be numbered 2.0 according to function menu " Plan " corresponding to first sub-business step of 1.0 second business step generated.Further, configuration guides and generates next numbering 3.0.

In order to improve the dirigibility to the business step numbering that function menu is arranged, can also modify to business step numbering, therefore, the method can also comprise:

If revise the numbering of the function menu shown, then amended numbering is defined as the new numbering of the function menu shown.

When revising numbering, after displaying one numbering, this numbering can be modified; Also can after the multiple numbering of displaying, modify to numbering is unified, the present embodiment is not construed as limiting.

Such as, if be numbered integer, then the first predetermined value is 1; If be numbered decimal, then the first predetermined value is 0.1.Suppose function menu corresponding to first business step for " Project " and this function menu be numbered 1, in second business step, the function menu of first sub-business step is " Standard Event ", 1 is numbered due to " Project ", then the first predetermined value is 1, " the Standard Event " that then generate is numbered 2, now the numbering of " Standard Event " can be revised as 2.1 by 2, to represent that " StandardEvent " is for the function menu in second business step corresponding to first sub-business step.

Particularly, please refer to the second application schematic diagram of the display function menu shown in Fig. 5 (b), Fig. 5 (b) revises the numbering in Fig. 5 (a).Such as, " Standard Event ", " Original Event " and " Charge Code " are respectively the function menu corresponding to subservice step that second business step comprises, then the numbering of " Standard Event " can be revised as 2.1 by 2.0, the numbering of " Original Event " is revised as 2.2 by 3.0, and the numbering of " Charge Code " is revised as 2.3 by 4.0.

Please refer to the 4th kind of application schematic diagram of the display function menu shown in Fig. 7 (b), Fig. 7 (b) revises the numbering in Fig. 7 (a).In Fig. 7 (b), because " Plan " is function menu corresponding to first sub-business step of second business step, therefore, the numbering of " Plan " can be revised as 2.1 by 2.0.

Please refer to the 5th kind of application schematic diagram of the display function menu shown in Fig. 8 (b), Fig. 8 (b) revises the numbering in Fig. 8 (a).In Fig. 8 (b), because " Plan " is function menu corresponding to first sub-business step of second business step, therefore, the numbering of " Plan " can be revised as 2.1 by 2.0.Accordingly, configuration guides the next one numbering generated to be revised as 2.2 by 3.0.

It should be added that, after configuring a jth sub-business step, can the subservice step that execution sequence comes after this jth sub-business step be configured.Due to identical to the layoutprocedure of each subservice step, therefore, j can be updated to j+1, and again perform step 203, until complete the configuration to subservice step whole in operation flow.

Step 204, if i-th business step does not comprise subservice step, then receives the menu information being used for identification function menu; The function menu that the function menu identified by menu information calls when being configured to execution i-th business step;

After generation i-th business step, the function that this i-th business step realizes can be configured, thus realize configured function when performing this i-th business step.If i-th business step does not comprise subservice step, then configure a function menu for this i-th business step.

Particularly, can receive the menu information for identification function menu, this menu information is generated and sent during selection function menu in the function menu shown in advance by user, and selection mode can include but not limited to click and choose.After getting menu information, the function menu called when this menu information being configured to execution i-th business step.

Further, generate the execution route pointing to i-th business step from the i-th-1 business step according to function menu, comprising:

According to configuration sequence, function menu is shown, obtain the last function menu of function menu according to displaying order, generate the execution route from last function menu direction-pointing function menu; Or,

Numbering is arranged to the function menu of configuration, obtains the last function menu of function menu according to number order, generate the execution route from last function menu direction-pointing function menu;

Wherein, last function menu is the function menu for the i-th-1 business step configuration.

Generate the flow process of pointing to the execution route of i-th business step from the i-th-1 business step according to function menu and generate according to function menu that to point to the flow process of the execution route of the individual sub-business step of jth from the sub-business step of jth-1 identical, refer to the description in step 203, do not repeat herein.

In order to improve the dirigibility to the numbering that function menu is arranged, can also modify to numbering, therefore, the method can also comprise:

When revising numbering, after displaying one numbering, this numbering can be modified; Also can after the multiple numbering of displaying, modify to numbering is unified, the present embodiment is not construed as limiting.Particularly, referring to foregoing description to numbering the flow process of modifying, not repeating herein.

Such as, if be numbered integer, then the first predetermined value is 1; If be numbered decimal, then the first predetermined value is 0.1.To suppose in the 5th function menu corresponding to second sub-business step for " CDR Sorting " and this function menu be numbered 5.2,6th function menu that business step is corresponding is " Policy ", 5.2 are numbered due to " CDR Sorting ", then the first predetermined value is 0.1, " Policy " that then generate is numbered 5.3, now the numbering of " Policy " can be revised as 6 by 5.3, to represent " Policy " function menu corresponding to the 6th business step.

Step 205, is updated to i+1 by i, again performs the step of i-th business step generating operation flow.

In the present embodiment, after configuring i-th business step, can the business step that execution sequence comes after this i-th business step be configured.Due to identical to the layoutprocedure of each business step, therefore, i can be updated to i+1, and again perform step 201, until when completing the configuration to partial service step whole or selected in operation flow, terminate configuration flow.

In order to the function that clear and definite operation flow will realize, can also to operation flow setting procedure title, the present embodiment does not limit the opportunity of setting procedure title.Same, if non-configuration service process name in layoutprocedure before, then can also to business step configuration service step title.To arrange business step name after configuring all business step, the present embodiment is called that example is described, then please refer to the configuration application schematic diagram of the operation flow shown in Fig. 9.

It should be added that, the method can also comprise:

Arrange configuration authority to each function menu, configuration authority is for limiting the configuration to function menu.

In the present embodiment, a user can be specified to be responsible for all function menus, also can specify different users be responsible for this user the function menu in field be familiar with, what avoid that a user needs responsible all function menus to cause requires too high problem to user, reaches the effect of the configuration difficulty reducing operation flow.

Particularly, the button of " designated user role " is also illustrated in Fig. 9.If do not click this button, then acquiescence specifies creator to be responsible for all function menus; If click these button access entitlements configuration page, please refer to the application schematic diagram of the function menu authority configuration shown in Figure 10.In Figure 10, after a selected function menu, can show all or part of user role of system log (SYSLOG), then can choose needing the user role of granted rights, and return the page shown in Fig. 9 after configuration is complete.

It should be added that, the method can also comprise:

Arrange help information to each function menu, help information is used for the function of representation function menu in operation flow.

In the present embodiment, in order to the function of each function menu clear and definite, help information can also be set to function menu.Such as, user can input help information voluntarily; Or user can the help information that arranges this function menu of import system.If the function that function menu realizes in operation flow is only the part in the repertoire of this function menu, then can also all help informations imported be edited, only be retained in the description of the function realized in operation flow, to simplify help content, improve the efficiency that user obtains help information.

Particularly, the button of " writing help file " is also illustrated in Fig. 9.If do not click this button, then help information is not arranged to function menu; If click this button to enter help information and arrange the page, please refer to the application schematic diagram that the function menu help information shown in Figure 11 is arranged.In Figure 11, after a selected function menu, can show all help informations of this function menu of system log (SYSLOG), then the help information corresponding to the function do not related in operation flow can be deleted or edited, and return the page shown in Fig. 9 after configuration is complete.

Further, if complete the configuration of the business step to operation flow, can also complete configuration by " completing " button shown in Fig. 9, now, the configuration that please refer to the operation flow shown in Figure 12 completes schematic diagram." editor " and the Publish button is illustrated in Figure 12, the Edit button is used for modifying to the business step configured before, the Publish button is used for issuing operation flow, and the operation flow after issue can not be changed, and follow-uply can directly use.

Further, also illustrate the operation flow of issue in Fig. 9, user can directly use; Also illustrate the button creating new operation flow, user can enter the configuration flow of new operation flow by clicking this button.

When using the operation flow issued, can also show the particular content of the business step in operation flow, please refer to the interface schematic diagram of the business step shown in Figure 13.In Figure 13, second business step " Event " comprises three sub-business step, function menu corresponding to these three sub-business step is respectively " Standard Event ", " Original Event " and " Charge Event ", the function menu of current selected is " Standard Event ", then the content in this " Standard Event " can be shown, and record is carried out to use procedure.

It should be added that, in configuration page presentation configuration assistant, so that user understands the layoutprocedure of operation flow according to configuration assistant, to guide user to be configured, the operability of the configuration of operation flow can also be improved.

In sum, the operation flow collocation method that the embodiment of the present invention provides, by generating i-th business step of operation flow, i is natural number; At least one function menu called during configuration execution i-th business step; When i > 1, generate the execution route pointing to i-th business step from the i-th-1 business step according to function menu; I is updated to i+1, again perform the step of i-th business step generating operation flow, the execution route pointing to i-th business step from the i-th-1 business step can be automatically generated when configuration i-th business step, automatically the configuration of the execution route between business step is realized, solve the configuration complexity that all business step of user's manual configuration cause, and easily because the memory careless omission of user causes the problem of the configuration error of execution route, reach the effect of the configuration complexities reducing operation flow, the configuration accuracy improving operation flow.In addition, by at least one function menu described is arranged according to predetermined form, described predetermined form comprises at least one in site maps and tree structure, can the menu page of display function menu in the form of a link, simplify the layoutprocedure to business step in operation flow and subservice step, reach the effect of the configuration difficulty reducing operation flow.

Please refer to Figure 14, it illustrates the structural framing figure of the operation flow inking device that further embodiment of this invention provides, this operation flow inking device may be used in operation system.This operation flow inking device, comprising:

First generation module 1410, generate i-th business step of operation flow, i is natural number, and operation flow performs business step to realize the flow process of business according to execution route, and the flow process realizing business at least comprises two business step;

Configuration module 1420, at least one function menu of calling during for configuring i-th business step that execution first generation module 1410 generates, function menu is for realizing the partial function of business;

Second generation module 1430, for when i > 1, generates according to the function menu that configuration module 1420 configures the execution route pointing to i-th business step from the i-th-1 business step;

Execution module 1440, for i is updated to i+1, performs the step of i-th business step generating operation flow again.

In sum, the operation flow inking device that the embodiment of the present invention provides, by generating i-th business step of operation flow, i is natural number; At least one function menu called during configuration execution i-th business step; When i > 1, generate the execution route pointing to i-th business step from the i-th-1 business step according to function menu; I is updated to i+1, again perform the step of i-th business step generating operation flow, the execution route pointing to i-th business step from the i-th-1 business step can be automatically generated when configuration i-th business step, automatically the configuration of the execution route between business step is realized, solve the configuration complexity that all business step of user's manual configuration cause, and easily because the memory careless omission of user causes the problem of the configuration error of execution route, reach the effect of the configuration complexities reducing operation flow, the configuration accuracy improving operation flow.

Please refer to Figure 15, it illustrates the structural framing figure of the operation flow inking device that yet another embodiment of the invention provides, this operation flow inking device may be used in operation system.This operation flow inking device, comprising: the first generation module 1410, configuration module 1420, second generation module 1430 and execution module 1430.

Particularly, configuration module 1420, comprising:

First generation unit 1421, if comprise k sub-business step for i-th business step, then generates a jth sub-business step of i-th business step, 1≤j≤k;

First dispensing unit 1422, the function menu called during for configuring jth sub-business step that the first generation unit 1421 generates;

Second generation unit 1423, at i > 1 and j=1 time, generate according to the function menu that the first dispensing unit 1422 configures the execution route pointing to the 1st sub-business step from the i-th-1 business step;

3rd generation unit 1424, for when j > 1, generates according to the function menu that the first dispensing unit 1422 configures the execution route pointing to a jth sub-business step from the sub-business step of jth-1;

Performance element 1425, for j is updated to j+1, performs the step of a jth sub-business step of generation i-th business step again.

Particularly, the 3rd generation unit 1424, comprising:

First generates subelement 1424A, under function menu being illustrated in i-th business step according to configuration sequence, obtaining the last function menu of function menu, generate the execution route from last function menu direction-pointing function menu according to displaying order; Or,

Second generates subelement 1424B, for arranging numbering to the function menu of configuration, obtaining the last function menu of function menu, generate the execution route from last function menu direction-pointing function menu according to number order;

Particularly, second generates subelement 1424B, for obtaining the numbering of last function menu, the numbering of last function menu is increased by the first predetermined value, obtains the numbering of the function menu configured.

Particularly, the second generation unit 1423, comprising:

3rd generates subelement 1423A, under function menu being illustrated in i-th business step according to configuration sequence, obtain last function menu of the i-th-1 business step according to displaying order, generate the execution route from last function menu direction-pointing function menu; Or,

4th generates subelement 1423B, for the function menu configuration numbering to configuration, obtains last function menu of the i-th-1 business step, generate the execution route from last function menu direction-pointing function menu according to number order.

Further, when j >=1, configuration module 1420, also comprises:

4th generation unit 1426, before the function menu called, generates numbering when configuring perform jth sub-business step for the first dispensing unit 1422;

First generates subelement 1424A, for reading the numbering that the 4th generation unit generates, and using the numbering of numbering as the function menu of configuration; Or the 4th generates subelement 1423B, for reading the numbering of generation, and using the numbering of numbering as the function menu of configuration.

Particularly, the 4th generates subelement 1423B, for obtaining last function menu of the i-th-1 business step, the numbering of last function menu is increased by the second predetermined value, obtains the numbering of the function menu configured.

Further, 3rd generation unit 1424, also comprise: first shows subelement 1424C, after obtaining the numbering of the function menu configured for the second generation subelement 1424B, show in the numbering of the first presumptive area to the function menu of configuration and the function menu of configuration; Or show in the numbering of the second presumptive area to the function menu of configuration, the second presumptive area illustrates the function menu of configuration in advance;

Second generation unit 1423, also comprises: second shows subelement 1423C, after obtaining the numbering of the function menu configured, shows in the numbering of the first presumptive area to the function menu of configuration and the function menu of configuration for the 4th generation subelement 1423B; Or show in the numbering of the second presumptive area to the function menu of configuration, the second presumptive area illustrates the function menu of configuration in advance.

Further, the 3rd generation unit 1424, also comprises:

First amendment subelement 1424D, if for showing that the business step numbering of the function menu that subelement 1424C shows is revised to first, be then defined as the new business step numbering of the function menu shown by amended business step numbering;

Second generation unit 1423, also comprises:

Second amendment subelement 1423D, if for showing that the business step numbering of the function menu that subelement 1423C shows is revised to second, be then defined as the new business step numbering of the function menu shown by amended business step numbering.

Particularly, when j >=1, the first dispensing unit 1422, comprising:

Receive subelement 1422A, for receiving the menu information for identification function menu;

Configuration subelement 1422B, for receiving the function menu called when function menu that menu information that subelement 1422A receives identifies is configured to perform jth sub-business step.

Particularly, configuration module 1420, comprising:

Receiving element 1427, if do not comprise subservice step for i-th business step, then receives the menu information being used for identification function menu;

Second dispensing unit 1428, the function menu called when the function menu that the menu information for being received by receiving element 1427 identifies is configured to execution i-th business step.

Particularly, the second generation module 1430, comprising:

Display unit 1431, for showing function menu according to configuration sequence, obtaining the last function menu of function menu, generating the execution route from last function menu direction-pointing function menu according to displaying order; Or,

Setting unit 1432, for arranging numbering to the function menu of configuration, obtaining the last function menu of function menu, generating the execution route from last function menu direction-pointing function menu according to number order;

Preferably, device can also comprise:

Arrangement module 1450, before at least one function menu called when configuring execution i-th business step for configuration module 1420, arranged according to predetermined form by least one function menu, predetermined form comprises at least one in site maps and tree structure.

Preferably, device can also comprise:

First arranges module, and for arranging configuration authority to each function menu, configuration authority is for limiting the configuration to function menu.

Preferably, device can also comprise:

Second arranges module, and for arranging help information to each function menu, help information is used for the function of representation function menu in operation flow.

In sum, the operation flow inking device that the embodiment of the present invention provides, by generating i-th business step of operation flow, i is natural number; At least one function menu called during configuration execution i-th business step; When i > 1, generate the execution route pointing to i-th business step from the i-th-1 business step according to function menu; I is updated to i+1, again perform the step of i-th business step generating operation flow, the execution route pointing to i-th business step from the i-th-1 business step can be automatically generated when configuration i-th business step, automatically the configuration of the execution route between business step is realized, solve the configuration complexity that all business step of user's manual configuration cause, and easily because the memory careless omission of user causes the problem of the configuration error of execution route, reach the effect of the configuration complexities reducing operation flow, the configuration accuracy improving operation flow.In addition, by at least one function menu is arranged according to predetermined form, this predetermined form comprises at least one in site maps and tree structure, can the menu page of display function menu in the form of a link, simplify the layoutprocedure to business step in operation flow and subservice step, reach the effect of the configuration difficulty reducing operation flow.

Please refer to Figure 16, it illustrates the structural framing figure of the operation flow inking device that further embodiment of this invention provides, this operation flow inking device may be used in operation system.This operation flow inking device, comprising: storer 1610 and processor 1620.Storer 1610 and deposit processor 1620 and be coupled.

Store computer program in storer 1610, processor 1620 can perform following operation by the described computer program of access:

Processor 1620, generate i-th business step of operation flow, i is natural number, and this operation flow performs business step to realize the flow process of business according to execution route, and this flow process realizing business at least comprises two business step; At least one function menu called during configuration execution i-th business step, this function menu is for realizing the partial function of business; When i > 1, generate the execution route pointing to i-th business step from the i-th-1 business step according to function menu; I is updated to i+1, again performs the step of i-th business step generating operation flow.

Further, processor 1620, if comprise k sub-business step specifically for i-th business step, then generates a jth sub-business step of i-th business step, 1≤j≤k; The function menu called when configuration performs jth sub-business step; At i > 1 and j=1 time, generate the execution route pointing to the 1st sub-business step from the i-th-1 business step according to function menu; When j > 1, generate the execution route pointing to a jth sub-business step from the sub-business step of jth-1 according to function menu; J is updated to j+1, again performs the step of a jth sub-business step of generation i-th business step.

Further, processor 1620, also under function menu being illustrated in i-th business step according to configuration sequence, obtains the last function menu of function menu, generates the execution route from last function menu direction-pointing function menu according to displaying order; Or, numbering is arranged to the function menu of configuration, obtains the last function menu of function menu according to number order, generate the execution route from last function menu direction-pointing function menu; Wherein, last function menu is the function menu for the sub-business step configuration of jth-1.

Further, processor 1620, also for obtaining the numbering of last function menu, increases by the first predetermined value by the numbering of last function menu, obtains the numbering of the function menu configured.

Further, processor 1620, also under function menu being illustrated in i-th business step according to configuration sequence, obtain last function menu of the i-th-1 business step according to displaying order, generate the execution route from last function menu direction-pointing function menu; Or, to the function menu configuration numbering of configuration, obtain last function menu of the i-th-1 business step according to number order, generate the execution route from last function menu direction-pointing function menu.

Further, processor 1620, also for when j >=1, before the function menu called, generates numbering when configuration performs jth sub-business step;

Read the numbering generated, and using the numbering of numbering as the function menu of configuration; Or,

Read the numbering generated, and using the numbering of numbering as the function menu of configuration.

Further, processor 1620, also for obtaining last function menu of the i-th-1 business step, increases by the second predetermined value by the numbering of last function menu, obtains the numbering of the function menu configured.

Further, processor 1620, also for obtain the function menu configured numbering after, in the first presumptive area, the function menu of configuration and the numbering of function menu of configuration are shown; Or show in the numbering of the second presumptive area to the function menu of configuration, the second presumptive area illustrates the function menu of configuration in advance.

Further, processor 1620, if also for revising the numbering of the function menu shown, be then defined as the new numbering of the function menu shown by amended numbering.

Further, processor 1620, also for when j >=1, receives the menu information being used for identification function menu; The function menu identified by menu information is configured to the function menu called when performing jth sub-business step.

Further, processor 1620, if also do not comprise subservice step for i-th business step, then receives the menu information being used for identification function menu; The function menu that the function menu identified by menu information calls when being configured to execution i-th business step.

Further, processor 1620, also for showing function menu according to configuration sequence, obtaining the last function menu of function menu, generating the execution route from last function menu direction-pointing function menu according to displaying order; Or, numbering is arranged to the function menu of configuration, obtains the last function menu of function menu according to number order, generate the execution route from last function menu direction-pointing function menu; Wherein, last function menu is the function menu for the i-th-1 business step configuration.

Preferably, processor 1620, before at least one function menu called time also for configuring execution i-th business step, arranged by least one function menu according to predetermined form, predetermined form comprises at least one in site maps and tree structure.

Preferably, processor 1620, also for arranging configuration authority to each function menu, configuration authority is for limiting the configuration to function menu.

Preferably, processor 1620, also for arranging help information to each function menu, help information is used for the function of representation function menu in operation flow.

To sum up, the operation flow inking device that the embodiment of the present invention provides, by generating i-th business step of operation flow, i is natural number; At least one function menu called during configuration execution i-th business step; When i > 1, generate the execution route pointing to i-th business step from the i-th-1 business step according to function menu; I is updated to i+1, again perform the step of i-th business step generating operation flow, the execution route pointing to i-th business step from the i-th-1 business step can be automatically generated when configuration i-th business step, automatically the configuration of the execution route between business step is realized, solve the configuration complexity that all business step of user's manual configuration cause, and easily because the memory careless omission of user causes the problem of the configuration error of execution route, reach the effect of the configuration complexities reducing operation flow, the configuration accuracy improving operation flow.In addition, by at least one function menu is arranged according to predetermined form, predetermined form comprises at least one in site maps and tree structure, can the menu page of display function menu in the form of a link, simplify the layoutprocedure to business step in operation flow and subservice step, reach the effect of the configuration difficulty reducing operation flow.

It should be noted that: the operation flow inking device that above-described embodiment provides is when carrying out operation flow configuration, only be illustrated with the division of above-mentioned each functional module, in practical application, can distribute as required and by above-mentioned functions and be completed by different functional modules, inner structure by operation flow inking device is divided into different functional modules, to complete all or part of function described above.In addition, the operation flow inking device that above-described embodiment provides and operation flow collocation method embodiment belong to same design, and its specific implementation process refers to embodiment of the method, repeats no more here.

The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.

One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be ROM (read-only memory), disk or CD etc.

The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. an operation flow collocation method, in operation system, is characterized in that, described method comprises:

2. operation flow collocation method according to claim 1, is characterized in that, at least one function menu called when described configuration performs described i-th business step, comprising:

3. operation flow collocation method according to claim 2, is characterized in that, the described execution route pointing to a described jth sub-business step according to described function menu generation from the sub-business step of jth-1, comprising:

4. operation flow collocation method according to claim 3, is characterized in that, the described described function menu to configuration arranges numbering, comprising:

5. operation flow collocation method according to claim 2, is characterized in that, the described execution route pointing to described 1st sub-business step according to described function menu generation from described the i-th-1 business step, comprising:

6. the operation flow collocation method according to claim 3 or 5, is characterized in that, when j >=1, before the function menu called when described configuration performs described jth sub-business step, described method also comprises:

Generate numbering;

7. operation flow collocation method according to claim 5, is characterized in that, the described described function menu configuration numbering to configuration, comprising:

8. the operation flow collocation method according to claim 4 or 7, is characterized in that, described in obtain configure described function menu numbering after, described method also comprises:

9. operation flow collocation method according to claim 8, is characterized in that, described method also comprises:

10. the operation flow collocation method according to any one of claim 2 to 9, is characterized in that, when j >=1, the function menu called when described configuration performs described jth sub-business step, comprising:

Receive the menu information being used for identification function menu;

11. operation flow collocation methods according to claim 1, is characterized in that, at least one function menu called when described configuration performs described i-th business step, comprising:

12. operation flow collocation methods according to claim 11, is characterized in that, the described execution route pointing to described i-th business step according to described function menu generation from the i-th-1 business step, comprising:

13., according to the arbitrary described operation flow collocation method of claim 1 to 12, is characterized in that, before at least one function menu called when described configuration performs described i-th business step, described method also comprises:

14. operation flow collocation methods according to claim 13, it is characterized in that, described method also comprises:

15. operation flow collocation methods according to claim 13, it is characterized in that, described method also comprises:

16. 1 kinds of operation flow inking devices, in operation system, is characterized in that, described device comprises:

17. operation flow inking devices according to claim 16, it is characterized in that, described configuration module, comprising:

18. operation flow inking devices according to claim 17, is characterized in that, described 3rd generation unit, comprising:

19. operation flow inking devices according to claim 18, it is characterized in that, described second generates subelement, for obtaining the numbering of described last function menu, the numbering of described last function menu is increased by the first predetermined value, obtains the numbering of the described function menu configured.

20. operation flow inking devices according to claim 17, is characterized in that, described second generation unit, comprising:

21. operation flow inking devices according to claim 18 or 20, it is characterized in that, when j >=1, described configuration module, also comprises:

22. operation flow inking devices according to claim 20, it is characterized in that, described 4th generates subelement, for obtaining last function menu of described the i-th-1 business step, the numbering of last function menu described is increased by the second predetermined value, obtains the numbering of the described function menu configured.

23. operation flow collocation methods according to claim 19 or 22, is characterized in that,

24. operation flow inking devices according to claim 23, is characterized in that, described 3rd generation unit, also comprises:

Described second generation unit, also comprises:

25., according to claim 16 to the operation flow inking device described in 24 any one, is characterized in that, when j >=1, described first dispensing unit, comprising:

26. operation flow inking devices according to claim 15, it is characterized in that, described configuration module, comprising:

27. operation flow collocation methods according to claim 26, it is characterized in that, the second generation module, comprising:

28. according to claim 15 to 29 arbitrary described operation flow inking devices, and it is characterized in that, described device also comprises:

29. operation flow inking devices according to claim 28, it is characterized in that, described device also comprises:

30. operation flow inking devices according to claim 28, it is characterized in that, described device also comprises: