CN105976087A - New method of analyzing enterprise information system fault influence range based on graphic modeling - Google Patents
New method of analyzing enterprise information system fault influence range based on graphic modeling Download PDFInfo
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Abstract
The invention discloses a new method of analyzing an enterprise information system fault influence range based on graphic modeling. The method comprises the following steps of S1, extracting a system and a platform from a database and carrying out area division on the system and the platform according to an attribute; extracting an interface and an interface subprocedure from the database, penetrating the system and the platform and generating an integration topology system according to the interface subprocedure, and drawing a topology connecting line so as to form a system integration framework graph; S2, extracting a single interface and the interface subprocedure from the database, drawing an interface topology graph referring to the system integration framework graph, and the interface and the subprocedure attribute information; S3, according to disaster information, referring to the system integration framework graph and the interface topology graph, drawing a disaster topology graph, and according to the disaster topology graph, analyzing the disaster. By using the method, association between an information system and the platform can be directly controlled, a system disaster influence range can be rapidly assessed, simultaneously data models of the information system and the platform are established, and system and platform information and the like can be rapidly inquired.
Description
Technical field
The present invention relates to relate to technical field of information processing, particularly relate to a kind of based on graphical modeling
Analyze the new method of enterprise information system fault incidence.
Background technology
Construction object according to Guo Wang company " SG186 engineering " and electric power enterprise is intensive, collection
Middleization and the requirement of fine-grained management reform, SG186 marketing, PMS, ERP, power information are adopted
The operation systems such as collection have obtained applying extensively and profoundly at electric power enterprise, simultaneously in order to solve business system
Effective information sharing mechanism is lacked, it is achieved the interconnection between operation system, state's net public affairs between system
Department constructs the Integrated Management Platforms such as DXP, ODS, ESB, SG-CIM, makes scattered each isomery
It is linked to each other between application system, makes to disperse application system according to business event stream simultaneously
Cheng Jinhang collaborative work, basically reaches the overall requirement of " longitudinally through, horizontal integrating ".
During utilizing Integrated Management Platform to realize company information interconnection, have accumulated big
The integrated information of amount, the business main line in integrated information, Integrated scenario, integrated interface are multiple many
Sample, integration mode is ever-changing, thus integrated together in the urgent need to developing a set of enterprise-oriented system
Enjoy information topology management platform, concentrate solve in enterprise between system integrated relationship management safeguard and
Time property is the highest, poor accuracy, the problem that during maintenance, coverage can not judge rapidly.
Summary of the invention
The technical problem existed based on background technology, the present invention proposes a kind of based on graphical modeling
Analyze the new method of enterprise information system fault incidence.
The technical problem to be solved realizes by the following technical solutions:
A kind of new method analyzing enterprise information system fault incidence based on graphical modeling, bag
Include following steps:
S1, from data base's extraction system and platform, and according to attribute, system and platform are carried out district
Territory divides；And from data base, extract interface and interface subprocess, will according to interface subprocess
System and platform run through the integrated topological Skew Field system of generation, and draw the formation system integration of Topology connection line
Organization Chart；
S2, from data base, extract single interface and interface subprocess, reference system integrated support
Interface topological diagram drawn by composition and interface and subprocess attribute information；
S3, according to disaster information, reference system integrated support composition and interface topological diagram draw disaster
Topological diagram, and according to disaster topological diagram, disaster is analyzed.
Preferably, drawing system integrated support composition, specifically include following steps:
S11, from data base's extraction system data, according to system property, system is carried out region and draws
Divide and coordinates computed, according to system data and screen size, system is sorted also on screen
Draw, and the painting canvas area of calculating and plotting system；
S12, from data base, extract platform, and according to platform properties, platform is carried out region and draw
Point, according to painting canvas area peace number of units amount and the size of lorry icon, tile picture by platform
On cloth；
S13, from data base, extract interface and interface subprocess, and run through according to subprocess and be
System becomes topological system with platform spanning set, and Topology connection line between drawing system and platform also goes
Weight；
Preferably, specifically comprising the following steps that of interface topological diagram is drawn
S21, from data base, extract the subprocess of single interface and interface, calculate respectively
The interface topology system that interface relates to；
S22, reference system integrated support composition, replenishment system and platform in interface topology system,
And draw topology line, and flow to according to the data flow drawing data in system integrated framework figure
Arrow；
S23, according in interface topology system message process draw message line；
S24, according to technology path attribute information in subprocess topology line on label technology road
Line.
Preferably, in step S23, message line and type of message one_to_one corresponding, type of message
Including forward list message, the most single message and two-way news.
Preferably, technology path includes WebService, JDBC and FTP.
Preferably, step S3 specifically includes following steps:
S31, it is patterned in data base according to disaster information reference system integrated support and is closed by topology
The interface message that system's search is associated；
S32, reference interface topological diagram, the interface renderings disaster interface being associated in conjunction with disaster is opened up
Flutter system；
S33, reference system integrated support composition, replenishment system and platform in disaster topology system
And go to reform disaster topological diagram；
S34, according to disaster topological diagram, disaster coverage is analyzed.
The present invention is information system and business platform definition data model, according to the industry of data model
Business data topology association, builds graph topology data basis, shows model according to figure, automatically
Calculate operation system and integrated platform figure coordinate, according to topological data basis line, draw letter
Breath system integration topological diagram.
The foundation of the system integration topology of operation system and platform is as connection side by interface
Formula, each integrated interface includes provider's system and party in request's system, each integrated interface
Having several interface subprocess, each subprocess contains Data Source side and data receiver,
Wherein Data Source side and data receiver can then may be used specific to operation system and integrated platform
To describe the operation system that interface is associated and platform formation topological relation figure according to interface.
Each subprocess of integrated interface all contains the data flow of subprocess data, also comprises
The technology path used, contains and whether employs the attributes such as message mechanism in transmitting procedure
Data message.Integrated interface topological diagram can be according to the attribute information of integrated interface itself and son
The attribute data of interface draws the topological relation figure of interface, and this figure is except clearly labeled data stream
To also contains the information such as message transfer mechanism, technology path.
The invention has the beneficial effects as follows: by the present invention in that with opening up that the data model of definition generates
Flutter figure, it is possible to check which kind of business demand the association between system and platform is for interface,
Which kind of by technology path realized, it is also possible to what the data flow between query interface is
Situation, it is possible to control the association between all of operation system and platform in overall situation intuitively,
It also is able to checking disaster coverage centered by each operation system and platform, and impact
The information such as data transmission details, blindly seek because of certain important node disaster fault than existing
Look for coverage to have more scientific meaning, also can the checking of more intuitive and convenient, save substantial amounts of
Human cost.
The present invention can intuitively control the association between information system and platform, also can rapid evaluation
System disaster coverage, builds up an information system and the data model of platform, it is possible to quickly simultaneously
Inquiry system and the information etc. of platform.Present invention is particularly suitable for enterprise information system integrated pipe
Reason.
Accompanying drawing explanation
Fig. 1 is that the one that the present invention that the present invention proposes proposes analyzes enterprise's letter based on graphical modeling
The flow chart of the new method of breath system failure coverage；
Fig. 2 is that the present invention uses topological diagram display systems integrated support composition；
Fig. 3 is that the present invention uses topological diagram to show interface topological diagram；
The coverage schematic diagram that Fig. 4 is is fault disaster point with certain platform.
Detailed description of the invention
For the technological means making the present invention realize, creation characteristic, reach purpose and be prone to effect
Understand and understand, below in conjunction with being specifically illustrating, the present invention is expanded on further.
With reference to Fig. 1, the one that the present invention proposes analyzes enterprise information system event based on graphical modeling
The new method of barrier coverage, comprises the following steps.
S11, from data base's extraction system data, according to system property, system is carried out region and draws
Divide and coordinates computed, according to system data and screen size, system is sorted also on screen
Draw, and the painting canvas area of calculating and plotting system.
In this step, when drawing system, according to system data and screen size, calculating is painted
The maximum width of system processed is as the width of drawing area, thus calculates canvas size.
S12, from data base, extract platform, and according to platform properties, platform is carried out region and draw
Point, according to painting canvas area peace number of units amount and the size of lorry icon, tile picture by platform
On cloth.
In this step, according to painting canvas area peace number of units amount and the size of lorry icon, calculate
Interval between platform and platform, platform and system, tile on painting canvas all of platform the most again,
Ensure that the drafting definition of painting canvas, and improve the compatibility of topological graph and practical situation.
S13, from data base, extract interface and interface subprocess, and run through according to subprocess and be
System becomes topological system with platform spanning set, and Topology connection line between drawing system and platform also goes
Weight.In this step, use duplicate removal characteristic, it is to avoid repeat to draw connecting line.
In present embodiment, by the drafting of step S11 to S13 completion system integrated support composition,
With reference to Fig. 2.
In present embodiment, the system integrated framework figure of drafting is according to the data mould in data base
Type, according to the business datum topological correlation of data model, builds graph topology data basis, depends on
Show model according to figure, automatically calculate operation system and integrated platform figure coordinate, according to topology
Data basis line, draws integration of information system topological diagram.And, operation system and platform be
The foundation of system integrated topological is as connected mode by interface, and each integrated interface includes carrying
For method, system and party in request's system, each integrated interface has several interface subprocess, every height
Process all contains Data Source side and data receiver, wherein Data Source side and data receiver
Fang Douke specific to operation system and integrated platform, so, can according to interface describe interface
The operation system being associated and platform form topological relation figure.
In present embodiment, system and platform in system integrated framework figure are associated with relevant number
It is believed that breath, by double mouse click pel, it is possible to quick search is with current system or platform as number
The topological diagram built according to provider's system, and show simultaneously system that current pel represents or
The all properties information of platform.
S21, from data base, extract the subprocess of single interface and interface, calculate respectively
The interface topology system that interface relates to.
In this step, the extraction of interface and interface subprocess obtains according to interface coding.
Based on this step, in data base, each interface will generate a corresponding interface
Topology system, thus lay the foundation for the topological analysis that unit is carried out based on interface.
S22, reference system integrated support composition, replenishment system and platform in interface topology system
And duplicate removal, and draw topology line, and draw according to the data flow in system integrated framework figure
Data flow arrow.
S23, according in interface topology system message process draw message line.This step
In, according to interface topology system, analyse whether that there is message process, if there being this process,
Need to draw message line, message line and topology line between platform and system on pattern
Should have significantly difference to distinguish, message have forward list message, the most single message and
Three kinds of situations such as two-way news, all draw different message lines according to type difference.That is, disappear
Breath line and type of message one_to_one corresponding, type of message includes forward list message, the most single message
And two-way news.
S24, according to technology path attribute information in subprocess topology line on label technology road
Line.Technology path includes WebService, JDBC (Java Data Base
Connectivity, java, data base connect), FTP (File Transfer Protocol,
File transfer protocol (FTP)) or other kinds of technology path.
In present embodiment, completed the drafting of interface topological diagram, reference by step S21 to S24
Fig. 3.
Each subprocess of integrated interface all contains the data flow of subprocess data, also comprises
The technology path used, contains and whether employs the attributes such as message mechanism in transmitting procedure
Data message.Integrated interface topological diagram can be according to the attribute information of integrated interface itself and son
The attribute data of interface draws the topological relation figure of interface, i.e. by connecing that S21 to S24 draws
Mouthful topological diagram flows to also contains message transfer mechanism, technology path except clearly labeled data
Etc. information.This interface topological diagram, while the topological diagram of display current interface, displays that current
The information such as all properties information of interface, business demand information and related service demand adnexa,
It also is able to all subprocess information of quick search current interface.
S31, it is patterned in data base according to disaster information reference system integrated support and is closed by topology
The interface message that system's search is associated.This step is specially and is counting with the main information at disaster center
Related interface message is searched for by topological relation according in storehouse.
S32, reference interface topological diagram, the interface renderings disaster interface being associated in conjunction with disaster is opened up
Flutter system.
S33, reference system integrated support composition, replenishment system and platform in disaster topology system
And go to reform disaster topological diagram.
The drafting of disaster topological diagram is completed, with reference to Fig. 4 by step S31 to S33.Disaster is opened up
Flutter figure to include between interface, the system of interface conjunctionn and platform, the system platform that disaster affects
Topology line etc..And, owing to disaster topological diagram is based on interface topological diagram, so, disaster
Data flow in the topological line of topological diagram embodies with data flow arrow.
S34, according to disaster topological diagram, disaster coverage is analyzed.In this step, logical
Cross disaster center and need the key node of inquiry as querying condition, filtering in the interface,
The procedural information of Query Information, it is possible to represent detailed interface message therein, thus to disaster shadow
Ring and make analysis judgement.
The ultimate principle of the present invention, principal character and advantage have more than been shown and described.The industry
Skilled person will appreciate that, the present invention is not restricted to the described embodiments, above-described embodiment and
The principle that the present invention is simply described described in description, without departing from spirit and scope of the invention
On the premise of, the present invention also has various changes and modifications, and these changes and improvements both fall within to be wanted
In seeking the scope of the invention of protection.Claimed scope by appending claims and
Its equivalent defines.
Claims (6)
1. the new method analyzing enterprise information system fault incidence based on graphical modeling, it is characterised in that comprise the following steps:
S1, from data base's extraction system and platform, and according to attribute, system and platform are carried out region division；And from data base, extract interface and interface subprocess, according to interface subprocess system and platform run through the integrated topological Skew Field system of generation, and draw Topology connection line and form system integrated framework figure；
S2, extracting single interface and interface subprocess from data base, reference system integrated support composition and interface and subprocess attribute information draw interface topological diagram；
S3, according to disaster information, reference system integrated support composition and interface topological diagram draw disaster topological diagram, and are analyzed disaster according to disaster topological diagram.
The new method analyzing enterprise information system fault incidence based on graphical modeling the most according to claim 1, it is characterised in that drawing system integrated support composition, specifically includes following steps:
S11, from data base's extraction system data, according to system property, system is carried out region and divides and coordinates computed, according to system data and screen size, system is sorted on screen and draws, and the painting canvas area of calculating and plotting system；
S12, from data base, extract platform, and according to platform properties, platform is carried out region division, according to painting canvas area peace number of units amount and the size of lorry icon, platform is tiled on painting canvas；
S13, from data base, extract interface and interface subprocess, and run through system according to subprocess and becomes topological system, the Topology connection line between drawing system and platform duplicate removal with platform spanning set.
The new method analyzing enterprise information system fault incidence based on graphical modeling the most according to claim 1, it is characterised in that draw specifically comprising the following steps that of interface topological diagram
S21, from data base, extract the subprocess of single interface and interface, calculate the interface topology system that interface relates to respectively；
S22, reference system integrated support composition, replenishment system and platform in interface topology system, and draw topology line, and flow to arrow according to the data flow drawing data in system integrated framework figure；
S23, according in interface topology system message process draw message line；
S24, according to technology path attribute information in subprocess topology line on mark technology path.
The new method analyzing enterprise information system fault incidence based on graphical modeling the most according to claim 3, it is characterized in that, in step S23, message line and type of message one_to_one corresponding, type of message includes forward list message, the most single message and two-way news.
The new method analyzing enterprise information system fault incidence based on graphical modeling the most according to claim 3, it is characterised in that in step S24, technology path includes WebService, JDBC and FTP.
The new method analyzing enterprise information system fault incidence based on graphical modeling the most according to claim 1, it is characterised in that step S3 specifically includes following steps:
S31, it is patterned in data base according to disaster information reference system integrated support and searches for, by topological relation, the interface message that is associated；
S32, reference interface topological diagram, the interface renderings disaster interface topology system being associated in conjunction with disaster；
S33, reference system integrated support composition, replenishment system and platform go to reform disaster topological diagram in disaster topology system；
S34, according to disaster topological diagram, disaster coverage is analyzed.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105930987A (en) * | 2016-06-23 | 2016-09-07 | 安庆市银瑞商贸有限公司 | Enterprise information system fault influence scope analysis method |
| CN109189650A (en) * | 2018-08-21 | 2019-01-11 | 贵州电网有限责任公司 | A kind of operation system topological diagram of IT operational system shows method |
| CN111275788A (en) * | 2019-12-16 | 2020-06-12 | 积成电子股份有限公司 | Graph synthesis method based on common template graph and differential topological graph |
| CN115130993A (en) * | 2022-07-01 | 2022-09-30 | 江苏海洋大学 | Method for automatically drawing university course establishment relation topology structure diagram |
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