CN101916162A - Method, server and system for generating dynamic interface based on digraph - Google Patents
Method, server and system for generating dynamic interface based on digraph Download PDFInfo
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Abstract
The invention provides a method, a server and a system for generating a dynamic interface based on a digraph. The server comprises a digraph data reading device, a digraph data analysis device, a digraph data storage device, an initial page construction device, a user input device, a data conversion device, a dynamic flow control device, a dynamic page construction device and a page display device, wherein the digraph data reading device is used for reading file information of the digraph; the digraph data analysis device is used for analyzing the digraph node information and the information of the relation between the digraph nodes from the file information of the digraph; the initial page construction device is used for establishing an initial page; the data conversion device is used for converting the operation data into the node information of the digraph; the dynamic flow control device is used for extracting the page marker of a node corresponding to the operation data and a page marker corresponding to a relevant node; and the dynamic page construction device is used for dynamically constructing a page with a moving relation in the digraph. The method, server and system solve the problems that the whole interface cannot be displayed due to the limitation on the size of the display screen of a computer and the static interface cannot be dynamically moved and interacted.
Description
Technical field
The present invention particularly about the computer interface generation technique of digraph, is a kind of dynamic interface generation method, server and system based on digraph about microcomputer data processing concretely.
Background technology
In computer data was handled, computer operation interface was more and more important concerning the user.Because friendly flexibly interfacial energy improves the ease for use of computer data processing system greatly, improves user's the service efficiency and the maintainability of system, and then can improve the efficient that computer data is handled.
In the prior art, computer system generally is that the mode with static graphics shows to user's software for display demand data information and software prototype data message the time, wherein the most important thing is to show in the mode of digraph.
Digraph is not the geometric figure under the ordinary meaning or the shape figure of object, but one expressed definite things with abstract form, and the mathematic system that possesses or do not possess certain particular kind of relationship between the things.By a set that the set E of set V and line is between points formed to (V E) is called figure, and (V E) represents usefulness G.Element among the V is called node, and the element among the E is called the limit.If the limit among the figure is oriented, then be called digraph.The ordered pair that limit in the digraph is made up of two summits, ordered pair represent with angle brackets usually, as＜vi, vj〉directed edge of expression, wherein vi is the initial point on limit, vj is the terminal point on limit.＜vi, vj〉and＜vj, vi〉represent two different directed edges.
As shown in Figure 1, be the example of a digraph, node set V={V01 wherein, V02, V03, V04, V05, V06, V07, V08, V09, V10, V11}, limit set E={e01, e02, e03, e04, e05, e06, e07, e08, e09, e10, e11, e12, e13, e14, e15}.Each bar limit is oriented limit among Fig. 1.Node set V is also referred to as vertex set, and limit set E is also referred to as the limit collection.
The form of the digraph among Fig. 1 is showing that simple graph data time ratio is easier to be received by the user, but when figure is relatively complicated, on the one hand, the size of computer display screens limit can not show complete, the user must about move up and down, seem very inconvenient.On the other hand, the display interface of this static state is not directly perceived, can not realize dynamic circulation and mutual, and the user is difficult to put in order circulation relation wherein sometimes, and is also unfriendly with user's interactive interface, has influenced user's service efficiency.
Summary of the invention
The embodiment of the invention provides a kind of dynamic interface generation method, server and system based on digraph, can not be shown complete interface with big or small limit that solves because of computer display screens, and static interfaces can not realize dynamically circulation and mutual problem.
One of purpose of the present invention is, a kind of dynamic interface generation method based on digraph is provided, and this method comprises: read the digraph fileinfo; From the digraph fileinfo, parse digraph nodal information and digraph relationships between nodes information; Store to graphic file information, digraph nodal information and digraph relationships between nodes information; Read the digraph nodal information and the digraph relationships between nodes information of storage, find the digraph start node, extract start node corresponding page sign, make up start page, and show start page according to start node corresponding page sign; Receive the service data of user according to the start page input; Service data is converted to the nodal information of digraph; According to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of interdependent node of service data corresponding node with the service data corresponding node; According to the page that the circulation relation is arranged in the page marker of service data corresponding node and the pairing page marker dynamic construction of the described interdependent node digraph; Show the page that the circulation relation is arranged in the digraph.
One of purpose of the present invention is, provides a kind of dynamic interface based on digraph to generate server, and this server comprises: the digraph data fetch device is used to read the digraph fileinfo; The digraph data analysis device is used for parsing digraph nodal information and digraph relationships between nodes information from the digraph fileinfo; The digraph data storage device is used to store to graphic file information, digraph nodal information and digraph relationships between nodes information; The start page constructing apparatus is used to read the digraph nodal information and the digraph relationships between nodes information of storage, finds the digraph start node, extracts start node corresponding page sign, makes up start page according to start node corresponding page sign; User input apparatus is used to receive the service data of user according to the start page input; DTU (Data Transfer unit) is used for service data is converted to the nodal information of digraph; The dynamic flow control device, be used for according to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of described interdependent node of service data corresponding node with the service data corresponding node; The dynamic page constructing apparatus is used for according to the page marker and the pairing page marker dynamic construction of the interdependent node digraph of service data corresponding node the page that circulates and concern being arranged; Page display device is used for showing that start page and/or digraph have the page of circulation relation.
One of purpose of the present invention is, a kind of dynamic interface generation system based on digraph is provided, and this system comprises: user terminal and interface generate server; The interface generates server and is connected with user terminal by network; The interface generates server and comprises: the digraph data fetch device is used to read the digraph fileinfo; The digraph data analysis device is used for parsing digraph nodal information and digraph relationships between nodes information from the digraph fileinfo; The digraph data storage device is used to store to graphic file information, digraph nodal information and digraph relationships between nodes information; The start page constructing apparatus is used to read the digraph nodal information and the digraph relationships between nodes information of storage, finds the digraph start node, extracts start node corresponding page sign, makes up start page according to start node corresponding page sign; DTU (Data Transfer unit) is used for user terminal is transmitted the nodal information that service data is converted to digraph; The dynamic flow control device, be used for according to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of interdependent node of service data corresponding node with the service data corresponding node; The dynamic page constructing apparatus is used for according to the page marker and the pairing page marker dynamic construction of the interdependent node digraph of service data corresponding node the page that circulates and concern being arranged; User terminal comprises: page display device is used for showing that start page and/or digraph have the page of circulation relation; User input apparatus is used to receive the service data of user according to the start page input.
Beneficial effect of the present invention is: overcome present computer processing system and can only show in the mode of static digraph when software for display demand data information and software prototype data message, by dynamic user interface techniques means are provided, can realize software requirement data message and software prototype data message are dynamically shown its circulation relation information, for the user provides dynamic negotiable and mutual interface, improve the friendly of user interface, improved user's service efficiency.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those skilled in the art, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the digraph of prior art;
Fig. 2 is that the dynamic interface based on digraph of the embodiment of the invention generates method flow diagram;
Fig. 3 be the embodiment of the invention generate the structured flowchart of server based on the dynamic interface of digraph;
Fig. 4 is the structured flowchart of the digraph data analysis device of the embodiment of the invention;
Fig. 5 is the digraph of the embodiment of the invention;
Fig. 6 is the text application figure of the digraph file of the embodiment of the invention;
Fig. 7 is the workflow diagram based on the dynamic interface generation system of digraph of the embodiment of the invention;
Fig. 8 is the class and the data of attribute information structural drawing thereof of the digraph node of the embodiment of the invention;
Fig. 9 to Figure 11 is the dynamic page synoptic diagram of the embodiment of the invention;
Figure 12 is the synoptic diagram based on the dynamic interface generation system of digraph of the embodiment of the invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
Relatively praise highly in the computer system at present and use literal and Tu Lai to represent data message, wherein generally adopt the mode of digraph to represent for data processing and procedure information.But, concern at system data under the situation of more complicated that digraph is not too understandable and not too make things convenient for the client to use, and adopt the mode of dynamic interface to use than the clear and more convenient more client of digraph.
As shown in Figure 2, the dynamic interface generation method based on digraph of the embodiment of the invention comprises: read digraph fileinfo (seeing step S101); From the digraph fileinfo, parse digraph nodal information and digraph relationships between nodes information (seeing step S102); Store to graphic file information, digraph nodal information and digraph relationships between nodes information (seeing step S103); Read the digraph nodal information and the digraph relationships between nodes information of storage, find the digraph start node, extract start node corresponding page sign, make up start page, and show start page (seeing step S104) according to start node corresponding page sign; Receive the service data (see step S105) of user according to the start page input; Service data is converted to the nodal information (seeing step S106) of digraph; According to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of interdependent node (seeing step S107) of service data corresponding node with the service data corresponding node; According to the page (seeing step S108) that the circulation relation is arranged in the page marker of service data corresponding node and the pairing page marker dynamic construction of the described interdependent node digraph; Show the page (seeing step S109) that the circulation relation is arranged in the digraph.
As shown in Figure 3, the dynamic interface generation server based on digraph of the embodiment of the invention comprises: digraph data fetch device 101 is used to read the digraph fileinfo; Digraph data analysis device 102 is used for parsing digraph nodal information and digraph relationships between nodes information from the digraph fileinfo; Digraph data storage device 103 is used to store to graphic file information, digraph nodal information and digraph relationships between nodes information; Start page constructing apparatus 104 is used to read the digraph nodal information and the digraph relationships between nodes information of storage, finds the digraph start node, extracts start node corresponding page sign, makes up start page according to start node corresponding page sign; User input apparatus 105 is used to receive the service data of user according to the start page input; DTU (Data Transfer unit) 106 is used for service data is converted to the nodal information of digraph; Dynamic flow control device 107, be used for according to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of described interdependent node of service data corresponding node with the service data corresponding node; Dynamic page constructing apparatus 108 is used for according to the page marker and the pairing page marker dynamic construction of the interdependent node digraph of service data corresponding node the page that circulates and concern being arranged; Page display device 109 is used for showing that start page and/or digraph have the page of circulation relation.
The user provides after the digraph UML file, and digraph data fetch device 101 reads in the digraph file with text mode, then the digraph file information storage in digraph data storage device 103.
Digraph data analysis device 102 obtains the digraph fileinfo from digraph data storage device 103, then the digraph fileinfo is resolved, after having resolved the nodal information and the relation information between the node that parse are stored in the digraph data storage device 103 again.
Digraph G be an ordered pair (V, E), V is the set of a limited node, E is by two ordered pair set that different nodes are formed among the V, the element among the E is called the limit.Digraph data analysis device 102 is resolved each node text in the figure exactly, finishes reading and storing of node set V, comprises nodename, node type etc.
As shown in Figure 5, the text resolution method of this digraph node is: limited node V set is nodes node set in the text, and the node that type (type) equals " State " is that node that state node, type equal " ActivityState " is that the node that equals " Object " for decision node, type that running node, type equal " Decision " is an Object node.The results are shown in Table 1 to what the digraph fileinfo carried out that node produces after resolving:
Table 1
The information difference that different nodes comprises, and according to the incidence relation between the node, also different for the combination between the different nodes.Digraph data analysis device 102 is not only the parse node self-information, and needs the related information between the parse node, just the information on limit.
As shown in Figure 6, be the example of digraph UML body of an instrument.The text resolution method of the related information between the digraph node is: following information for " limit " indicated in key word " TransView ", key word " start " expression start node, key word " end " expression end node, the arrangement that these two nodes constitute is " limit ".By the retrieval of above-mentioned key word, the node of digraph is concerned that in twos (information on limit) resolve.The result is shown in table 2 and table 3:
Table 2
Table 3
Table 3
The node attribute information that dissimilar nodes comprises is also different, and digraph data analysis device 102 need be resolved respectively according to each node types.Each node attribute information is resolved as follows in Fig. 5:
Object (Object) node: the Object node comprises the object of data processing in the digraph.Learn that according to table 1 the Object node among Fig. 5 has four (V@2, V@4, V@6 and V@8).The Object node can obtain the pairing class of node according to nodal information, (the user inquiring page: the page) class that obtains this node correspondence is the page, can obtain the attribute that class comprises according to the class among Fig. 8 then according to the nodal information among Fig. 5 as the user inquiring page.Obtain after the attribute of class, can resolve the pairing attribute information of Object this attribute of node according to the attribute of class.The Object nodal information such as the following table that finally parse:
Table 4: node V@2 information
Table 5: node V@4 information
Table 6: node V@6 information
Table 7: node V@8 information
State (State) node: the State node is the state node, act as display message.Node itself does not comprise the information that needs show, and by carrying out the demonstration of information with the Object node relationships.Learn that according to table 1 the State node among Fig. 5 has three (V@1, V@7 and V@9).It is the user inquiring page that explicit user query page node draws related Object node according to the node incidence relation of resolving in the table 3, in like manner, can parse the Object node of all the other two State nodes associations.The State nodal information such as the table 8 that finally parse:
Table 8
Operation (ActivityState) node: the ActivityState node is as the operability node, and node itself does not comprise information yet, and by related with the Object node.Learn that according to table 1 the ActivityState node among Fig. 5 has one (V@3).The Object node that draws the searching user's information association according to the node incidence relation of resolving in the table 3 is an inquiring user again.The ActivityState nodal information such as the table 9 that finally parse:
Table 9
| Node | Related object node |
| Searching user's information V@3 | Inquiring user V@4 |
Judge that (Decision) node: Decision is the property judged node.Comprise the Rule of judgment expression formula,, can obtain the Decision nodal information, learn that according to table 1 the Decision node among Fig. 5 has one (V@5), the Decision nodal information such as the table 10 that finally parse by expression formula is resolved:
Table 10
Digraph data analysis device 102 is finished the various information stores that will resolve after the parsing in digraph data storage device 103.
Digraph data storage device 103 is responsible for storage digraph information, and wherein Cun Chu digraph information comprises: the digraph fileinfo that digraph data fetch device 101 reads; Incidence relation information (limit of digraph) between the node after digraph data analysis device 102 is resolved; Nodal information after digraph data analysis device 102 is resolved, nodal information is preserved different information according to the difference of node, preserve associated class and attribute information as the Object node, the State node is preserved the Object nodal information related with this node with the ActvityState node, and the Decision node is preserved judgment expression information.Wherein the digraph fileinfo is resolved for digraph data analysis device 102 and is used.Incidence relation information between nodal information and the node can be used for page constructing apparatus (104 and 108) and dynamic flow control device 107.
Start page constructing apparatus 104 can be determined the start page of dynamic system according to the nodal information in the digraph data storage device 103, and extraction start page sign, then according to the start page sign, read the nodal information in the digraph data storage device 103, determine pairing State node, obtain simultaneously attribute informations such as the required Page Name of page makeup, ID number, control and carry out page makeup according to the associated Object nodal information of State node (classes of pages object).
Dynamic page constructing apparatus 108 receives the page marker that dynamic flow control device 107 imports into, read the digraph nodal information in the digraph data storage device 103, obtain attribute informations such as the required Page Name of page makeup, ID number, control, be built into display page.
In Fig. 5, when dynamic flow control device 107 transmits the user profile page marker to dynamic page constructing apparatus 108, dynamic page constructing apparatus 108 obtains display user's information page node from digraph data storage device 103, and obtain user profile page object and the user profile object that is associated, obtain the control information that needs represent according to user profile page object wherein, according to the user profile object related data is filled in the page control simultaneously, finishes the structure of the user profile page.
DTU (Data Transfer unit) 106 is responsible for receiving user's service data of input media 105 inputs, and user's service data is converted to the object in the digraph and passes to dynamic flow control device 107.The user data that input media 105 receives can not be directly handled in dynamic flow control 107, must change by DTU (Data Transfer unit) 106, just can offer dynamic flow control device 107 and carry out the dynamic flow processing.
Dynamic flow control device 107 carries out dynamic flow control according to incidence relation information between the node of storage in the digraph data storage device 103 and nodal information.Dynamic flow control device 107 reads information, ActivityState node Object nodal information, Decision node with it the related expression formula information related with it on all limits in the digraph data storage device 103, form complete dynamic flow control by these information, can return final State node corresponding page sign after dynamic flow control device 107 disposes and give dynamic page constructing apparatus 108.
In Fig. 5, when oriented diagram data resolver 102 was finished parsing, start page constructing apparatus 104 began end mark according to node and determines that start node is the explicit user query page, and made up start page.
When DTU (Data Transfer unit) 106 is imported object user's query page into, dynamic flow control can enter the inquiring user flow process according to the information on limit, and carry out expression formula according to the inquiring user object that the inquiring user flow process checks out and judge, return the user profile page marker or the user does not exist page marker to give dynamic page constructing apparatus 10S according to condition.
As shown in Figure 4, be digraph data analysis device 102 structural drawing, comprising: node resolution unit 1021, node relationships resolution unit 1022, Object node resolution unit 1023, State node resolution unit 1024, ActivityState node resolution unit 1025 and Decision node resolution unit 1026.Specifically describe as follows:
Node resolution unit 1021: be responsible for resolving digraph node, i.e. nodal information;
Node relationships resolution unit 1022: be responsible for resolving the relation between the digraph node, i.e. the information on the limit of digraph;
Object node resolution unit 1023: be responsible for to resolve digraph Object nodal information, be mainly the category information of Object correspondence, parse the node attribute information that the Object node comprises according to the class of Object correspondence;
State node resolution unit 1024: be responsible for resolving State nodal information in the digraph, be mainly the associated Object nodal information of State node;
ActivityState node resolution unit 1025: be responsible for resolving ActivityState nodal information in the digraph, be mainly the associated Object nodal information of ActivityState node;
Decision node resolution unit 1026: be responsible for resolving Decision nodal information in the digraph, be mainly Rule of judgment and branch's corresponding node information.
As shown in figure 12, the dynamic interface generation system based on digraph of present embodiment comprises: user terminal 400 and interface generate server 300; The interface generates server 300 and is connected with user terminal 400 by network; The interface generates server 300 and comprises: the digraph data fetch device is used to read the digraph fileinfo; The digraph data analysis device is used for parsing digraph nodal information and digraph relationships between nodes information from the digraph fileinfo; The digraph data storage device is used to store to graphic file information, digraph nodal information and digraph relationships between nodes information; The start page constructing apparatus is used to read the digraph nodal information and the digraph relationships between nodes information of storage, finds the digraph start node, extracts start node corresponding page sign, makes up start page according to start node corresponding page sign; DTU (Data Transfer unit) is used for user terminal is transmitted the nodal information that service data is converted to digraph; The dynamic flow control device, be used for according to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of interdependent node of service data corresponding node with the service data corresponding node; The dynamic page constructing apparatus is used for according to the page marker and the pairing page marker dynamic construction of the interdependent node digraph of service data corresponding node the page that circulates and concern being arranged; User terminal 400 comprises: page display device is used for showing that start page and/or digraph have the page of circulation relation; User input apparatus is used to receive the service data of user according to the start page input.
As shown in Figure 7, the concrete job step based on the dynamic interface generation system of digraph of present embodiment is as follows:
Step S201: the user provides Demand Design relevant UML digraph file to server 300, and the digraph data fetch device is read into UML digraph file in the digraph data storage device, finishes the first step for follow-up work and prepares.
Step S202: the digraph data analysis device reads primitive digraph information from the digraph data storage device, parse information, the relation between each node and the attribute information of each node of each node in the figure, and be stored in the digraph data storage device, finished for second step for follow-up work and prepare.
Step S203: the start page constructing apparatus is according to the digraph nodal information in the digraph data storage device, read the page object of digraph start node and node association, the start page of definite dynamic user interface that will generate is extracted the start page sign.In Fig. 5, start page is designated the explicit user query page.
Step S204: the start page constructing apparatus reads the nodal information that is stored in the digraph data storage device and generates this start page according to the start page node identification.
Step S205: the page display device of user terminal 400 shows the user interface (start page) that generates, the user input apparatus of user terminal 400 receives the service data of user's input, and being converted to the digraph object information of this user interface correspondence by data-switching, the dynamic flow control device that offers server 300 carries out flow processing; If the user does not have input, then finish.In Fig. 5, the start page constructing apparatus is according to start page sign structuring user's query page, and pass to page display device and show (as shown in Figure 9), the user imports user and the user facility that needs inquiry in the user inquiring information page, after input finishes, user input apparatus receives the user and the user facility information of the inquiry of user's input, and is converted to the user profile object by data-switching, and offers the dynamic flow control device.
Step S206: the dynamic flow control device carries out flow processing according to user's service data that user input apparatus provides, and result returns to the dynamic page constructing apparatus.In Fig. 5, the dynamic flow control device forwards the searching user's information node to according to the user profile object data stream of DTU (Data Transfer unit) transmission, carry out user inquiring, the decision node that circulates is again judged Query Result, the display user's information node circulates when the user exists, when the user did not exist, there was not node in the user that circulates, and the page iden-tity of the node association that will circulate returns to the dynamic page constructing apparatus.The dynamic page constructing apparatus makes up the relevant page according to page iden-tity, and page display device shows the page that generates.In Fig. 5, the dynamic page constructing apparatus is according to page iden-tity structuring user's information page (as Figure 10), and passes to page display device and show.There is not the page (as Figure 11) in the user that the dynamic page constructing apparatus makes up, and passes to the demonstration of page display device.
The present invention has overcome present computer processing system and can only show in the mode of static digraph when software for display demand data information and software prototype data message, by dynamic user interface techniques means are provided, can realize software requirement data message and software prototype data message are dynamically shown its circulation relation information, for the user provides dynamic negotiable and mutual interface, improve the friendly of user interface, improved user's service efficiency.
Used specific embodiment among the present invention principle of the present invention and embodiment are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (9)
1. dynamic interface generation method based on digraph is characterized in that described method comprises:
Read the digraph fileinfo;
From described digraph fileinfo, parse digraph nodal information and digraph relationships between nodes information;
Store described digraph fileinfo, digraph nodal information and digraph relationships between nodes information;
Read the digraph nodal information and the digraph relationships between nodes information of storage, find the digraph start node, extract start node corresponding page sign, make up start page according to start node corresponding page sign, and show described start page;
Receive the service data of user according to described start page input;
Described service data is converted to the nodal information of digraph;
According to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of described interdependent node of service data corresponding node with the service data corresponding node;
According to the page that the circulation relation is arranged in the page marker of service data corresponding node and the pairing page marker dynamic construction of the described interdependent node digraph;
Show the page that the circulation relation is arranged in the described digraph.
2. method according to claim 1 is characterized in that, describedly parses the digraph nodal information and digraph relationships between nodes information comprises from described digraph fileinfo:
From described digraph fileinfo, parse Object node, state node, running node and the decision node of digraph;
From described digraph fileinfo, parse the relation information between Object node in the digraph, state node, running node and decision node;
From described digraph fileinfo, parse the Object node information that comprises category information and nodal community letter;
From described digraph fileinfo, parse the state node information of the Object node that comprises that state node is associated;
From described digraph fileinfo, parse the state node information of the Object node that comprises that running node is associated;
From described digraph fileinfo, parse the decision node information that comprises Rule of judgment and branch's corresponding node information.
3. method according to claim 1 is characterized in that, described page marker comprises nodename and ID number.
4. the dynamic interface based on digraph generates server, it is characterized in that described server comprises:
The digraph data fetch device is used to read the digraph fileinfo;
The digraph data analysis device is used for parsing digraph nodal information and digraph relationships between nodes information from described digraph fileinfo;
The digraph data storage device is used to store described digraph fileinfo, digraph nodal information and digraph relationships between nodes information;
The start page constructing apparatus is used to read the digraph nodal information and the digraph relationships between nodes information of storage, finds the digraph start node, extracts start node corresponding page sign, makes up start page according to start node corresponding page sign;
User input apparatus is used to receive the service data of user according to described start page input;
DTU (Data Transfer unit) is used for described service data is converted to the nodal information of digraph;
The dynamic flow control device, be used for according to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of described interdependent node of service data corresponding node with the service data corresponding node;
The dynamic page constructing apparatus is used for according to the page marker and the pairing page marker dynamic construction of the described interdependent node digraph of service data corresponding node the page that circulates and concern being arranged;
Page display device is used for showing that described start page and/or described digraph have the page of circulation relation.
5. server according to claim 4 is characterized in that, described digraph data analysis device comprises:
The node resolution unit is used for parsing from described digraph fileinfo Object node, state node, running node and the decision node of digraph;
The node relationships resolution unit is used for parsing relation information between Object node the digraph, state node, running node and decision node from described digraph fileinfo;
The Object node resolution unit is used for parsing the Object node information that comprises category information and nodal community letter from described digraph fileinfo;
The state node resolution unit is used for parsing from described digraph fileinfo the state node information of the Object node that comprises that state node is associated;
The running node resolution unit is used for parsing from described digraph fileinfo the state node information of the Object node that comprises that running node is associated;
The decision node resolution unit is used for parsing the decision node information that comprises Rule of judgment and branch's corresponding node information from described digraph fileinfo.
6. server according to claim 4 is characterized in that, described page marker comprises nodename and ID number.
7. the dynamic interface generation system based on digraph is characterized in that described system comprises: user terminal and interface generation server;
Described interface generates server and is connected with described user terminal by network;
Described interface generates server and comprises:
The digraph data fetch device is used to read the digraph fileinfo;
The digraph data analysis device is used for parsing digraph nodal information and digraph relationships between nodes information from described digraph fileinfo;
The digraph data storage device is used to store described digraph fileinfo, digraph nodal information and digraph relationships between nodes information;
The start page constructing apparatus is used to read the digraph nodal information and the digraph relationships between nodes information of storage, finds the digraph start node, extracts start node corresponding page sign, makes up start page according to start node corresponding page sign;
DTU (Data Transfer unit) is used for user terminal is transmitted the nodal information that service data is converted to digraph;
The dynamic flow control device, be used for according to the nodal information of service data conversion and the digraph nodal information and the digraph relationships between nodes information of storage, find the pairing node of service data in the digraph and the interdependent node of circulation relation is arranged, extract the page marker and the pairing page marker of described interdependent node of service data corresponding node with the service data corresponding node;
The dynamic page constructing apparatus is used for according to the page marker and the pairing page marker dynamic construction of the described interdependent node digraph of service data corresponding node the page that circulates and concern being arranged;
Described user terminal comprises:
Page display device is used for showing that described start page and/or described digraph have the page of circulation relation;
User input apparatus is used to receive the service data of user according to described start page input.
8. system according to claim 7 is characterized in that, described digraph data analysis device comprises:
The node resolution unit is used for parsing from described digraph fileinfo Object node, state node, running node and the decision node of digraph;
The node relationships resolution unit is used for parsing relation information between Object node the digraph, state node, running node and decision node from described digraph fileinfo;
The Object node resolution unit is used for parsing the Object node information that comprises category information and nodal community letter from described digraph fileinfo;
The state node resolution unit is used for parsing from described digraph fileinfo the state node information of the Object node that comprises that state node is associated;
The running node resolution unit is used for parsing from described digraph fileinfo the state node information of the Object node that comprises that running node is associated;
The decision node resolution unit is used for parsing the decision node information that comprises Rule of judgment and branch's corresponding node information from described digraph fileinfo.
9. system according to claim 7 is characterized in that, described page marker comprises nodename and ID number.
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