CN103078768B - Based on WEB service system emulation method for supervising and the system of BHO technology - Google Patents
Based on WEB service system emulation method for supervising and the system of BHO technology Download PDFInfo
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Abstract
The invention discloses the WEB service system emulation method for supervising based on BHO technology and system, it is based on BHO technology simulation modeling, process modeling and flow process playback are carried out all in a browser, to user's input processing all based on script recognition principle, take family input results, the peripheral hardware conditions such as the language used with user, input-output equipment parameter have nothing to do, and user can obtain modeling more easily and experience and more intuitive simulated effect; Meanwhile, described system also has the advantages such as reliable data transmission channel, mass data storage, various dimensions abnormity early warning.
Description
Technical field
The present invention relates to WEB service systems technology field, particularly relate to a kind of WEB service system emulation method for supervising based on BHO technology and system.
Background technology
Existing WEB service system monitoring, mainly comprises the monitoring mode of 3 types: outer monitoring, internal control and the simulative surveillance based on IE kernel.Wherein outer monitoring, mainly from the outside of operation system, monitors the availability, service quality etc. of operation system; Internal control, mainly from the inside of operation system, monitors the be correlated with state etc. of IT assets of operation system; Monitor based on the system emulation of IE kernel WEB service, the mainly operating process of analogue simulation user in browser (such as IE), in conjunction with outer monitoring and internal control two kinds of patterns, by distributed emulation terminal, simulative surveillance is carried out to operation system continuity.Representative technology is as follows:
A, outer monitoring: monitoring WEB service system home page or other do not need the page of user rs authentication.Mainly through monitoring the availability of WEB page, judge the availability of operation system.If WEB page inaccessible, then represent whole operation system inaccessible (as: unavailable, the dns resolution mistake of domain name, service do not start, communication link problem etc.); If WEB page was accessed slowly, then represented whole operation system service quality not good enough (as: server resource bottleneck, database concurrency problem etc.);
B, internal control: in-house network guard system.Mainly through serving as theme with operation system, all IT assets (as: server, database, operating system, link etc.) that monitoring business system is relevant, by arranging various index system or daily record, monitor and early warning the internal problem of operation system.
C, to monitor based on the WEB service system emulation of IE kernel: mainly from the angle of Consumer's Experience, analog subscriber carries out associative operation to operation system in browser (as IE), simulation modeling instrument is utilized operating process to be recorded, and certain playback frequency and early warning threshold values are set, by the emulation terminal of distributed deployment, regular playback is carried out to operation flow, monitors its problem such as service node availability, operation flow smoothness, instant early warning of pinpointing the problems.
But there is following problem in the monitoring for WEB service system:
(1) to the outer monitoring (homepage as monitoring WEB service system) of WEB service system, although whether can monitor by, access quality problems etc. operation system, but, for the operation system (as: airport OA system, securities exchange system, fund transaction system, Web bank etc.) of some complexity, because operation system architecture is complicated, the accessibility of a certain page and service quality, can not represent the service quality of whole operation system.As: a complete airport OA Dynamic System flow process, often comprise: open homepage, log in, open todo list, check mail,,, etc. a series of business operation, the business of any one link breaks down, all illustrate that business is imperfect, unavailable.So, for the WEB service system of complexity, only judge whether operation system can be used, and there is obvious defect from homepage.
(2) to the internal control (as network management system etc.) of WEB service system, although can from the inside of operation system, all IT assets associated by operation system are monitored, as: operating system, middleware, database, switch, mail server etc., once any IT assets index exceeding standard, or abnormal state, can instant early warning be carried out, thus for may the internal problem of operation system fault, can effective monitoring be carried out.But this is not enough to realize 100% monitoring to operation system traffic failure equally, and reason is as follows: the outside domain name of a, operation system is expired, or carrier network fault, causes user to use operation system equally; B, operation system internal database deadlock, or operation system business logic codes execution efficiency problem etc., also often cause operation system fault; C, operation system are in different cities, different carrier environments, and the service quality provided also is not quite similar.
(3) the WEB service system emulation based on IE kernel is monitored, although can from the use angle of user, solve Consumer's Experience problem, when but the simulation modeling instrument acquisition user based on IE kernel inputs, what relied on is the residing in the display position of recording light mark and Keyboard Message, draws calabash, first cursor is navigated to certain position of display during emulation playback according to sample, restart same Keyboard Message, thus reach the object of emulation.Clearly, this method needs the condition highly relying on display, and the size, size, resolution etc. of display all may affect the cursor coordinates value accessed by modeling tool, thus affect playback effect.And, if the user's input in process modeling process needs to use Chinese character coding input method, so by the input operation of the switching and Chinese that relate to input method, because the simulation modeling instrument based on IE kernel only records input process, do not record input results, therefore during flow process playback, simulator, by performing the operation of same mouse-keyboard, so also just means, process modeling institute uses the input method kind of machine and sorts all will affect playback effect.As everyone knows, Chinese character coding input method possesses self-teaching function, even if the input method kind that uses of flow process playback and sequence are as good as with during process modeling, the words that same input method spells out all will according to emulation terminal difference difference to some extent.In sum, based on the WEB service system emulation monitoring requirement of IE kernel, size of display, size, resolution etc. that flow process playback terminal uses, and input method type, sequence, use record etc. all must with use during process modeling completely the same, otherwise, by because coupling is less than correct cursor position or do not input correct Chinese information and make simulative surveillance end in failure during operation flow playback.Such as, during process modeling, modeling tool is that (x1, y1) place inputs user name at display coordinate, because display is inconsistent, when may cause flow process playback, simulator inputs user name at (x2, y2) place, and (x2, y2) may not be effective user's input point, or user's input point that should not input user name, thus cause whole flow process playback failure; Or, use Microsoft's phonetic when process modeling inputs user name, and flow process playback terminal uses search dog phonetic, then can not input correct user name in the operation of modeling, thus causes flow process playback failure.As can be seen here, the WEB service system emulation based on IE kernel is monitored, and all brings larger restriction to the enforcement of analogue system, operation.
(4) based on the WEB service system emulation method for supervising of IE kernel, adopt the emulation terminal of distributed deployment, the process data that each emulation terminal produces all is saved in local .txt file, be uploaded to administrative center by the files passe unit of each emulation terminal again, administrative center is responsible for data to be stored in database.There is two problems in this process, one is the promptness problem of data upload, and the process data due to each emulation terminal needs to land in this locality, and then uploads, and therefore causes data upload to have delay, has influence on the promptness of analysis, early warning; Two is integrity problems of data upload, and files passe unit due to the problem such as network, communication, will cause files passe failure, thus cause emulated data to be lost in the process uploading simulation process file .txt file.
In view of this, prior art haves much room for improvement and improves.
Summary of the invention
In view of the deficiencies in the prior art, the object of the invention is to provide a kind of WEB service system emulation method for supervising based on BHO technology and system.Be intended to solve the monitoring Problems existing for WEB service system in prior art.
Technical scheme of the present invention is as follows:
Based on a WEB service system emulation method for supervising for BHO technology, wherein, comprise the following steps:
S1, according to actual monitored needs, distributed deployment simulation engine in the user environment that operation system is potential;
The flow file that S2, simulation modeling link produce stores by administrative center is unified, and flow file is distributed to each simulation engine by described administrative center; Described flow file contains all information of operation flow;
S3, when simulation engine request management center obtains all flow file of this engine, flow file is handed down to simulation engine according to the allocation strategy of predefined by administrative center, simulation engine polling dispatching flow file, carries out playback according to playback rules to operation flow;
The individual node of S4, the complete single operation flow of simulation engine playback, setting up on the basis of reliable transmission channel with analysis engine, at once produced emulated data is uploaded to analysis engine in real time, analysis engine is by carrying out secondary analysis to emulated data, produce corresponding early warning event, and by administrative center, early warning event is put in storage, simultaneously by other data also stored in database, as the foundation of historical analysis and association analysis.
2, the WEB service system emulation method for supervising based on BHO technology according to claim 1, is characterized in that, also comprise before described step S1:
S01, operation system to be analyzed, the service node clearly needing to record, choose node diagnostic, definition playback frequency and early warning threshold values;
S02, by the newly-built flow process of modeling tool, and the configuration information relevant to flow process, by process inlet, click is accessed, and then calls operation flow described in browser access, and in described browser, receives the sequence of operations instruction of user to WEB service flow process.
The described WEB service system emulation method for supervising based on BHO technology, wherein, in described step S2, flow file is distributed to each simulation engine and is adopted: flow file distributes to several different simulation engines or a simulation engine has several different flow file.
The described WEB service system emulation method for supervising based on BHO technology, wherein, also comprises in described step S3:
Simulation engine carries out anticipation with early warning threshold values to playback operation according to early warning rule, produces a series of emulated data, includes but not limited to each sublink information and anticipation information in Engine information, nodal information, node.
The described WEB service system emulation method for supervising based on BHO technology, wherein, also comprises step S5, administrative center's real-time query database, obtains corresponding early warning information, carry out early warning by multipath, various dimensions to simulation result.
The described WEB service system emulation method for supervising based on BHO technology, wherein, also comprises step S6, also for user provides the data analysis view of various dimensions.
Based on a WEB service system emulation supervisory control system for BHO technology, wherein, comprising:
Simulation engine deployment module, for according to actual monitored needs, distributed deployment simulation engine in the user environment that operation system is potential;
Modeling procedure distribution module, the flow file produced for simulation modeling link stores by administrative center is unified, and flow file is distributed to each simulation engine by described administrative center; Described flow file contains all information of operation flow;
Flow simulation playback module, during for obtaining all flow file of this engine when simulation engine request management center, flow file is handed down to simulation engine according to the allocation strategy of predefined by administrative center, simulation engine polling dispatching flow file, carries out playback according to playback rules to operation flow;
Emulated data analysis module, for the individual node of the complete single operation flow of simulation engine playback, setting up on the basis of reliable transmission channel with analysis engine, at once produced emulated data is uploaded to analysis engine in real time, analysis engine, by carrying out secondary analysis to emulated data, produces corresponding early warning event, and early warning event is put in storage by administrative center, simultaneously by other data also stored in database, as the foundation of historical analysis and association analysis.
The described WEB service system emulation supervisory control system based on BHO technology, wherein, also comprises:
Simulation result warning module, for administrative center's real-time query database, obtains corresponding early warning information, carries out early warning by multipath, various dimensions to simulation result.
The described WEB service system emulation supervisory control system based on BHO technology, wherein, also comprises:
Simulative surveillance data analysis module, for providing the data analysis view of various dimensions for user.
Beneficial effect:
The WEB service system emulation method for supervising based on BHO technology of the application and system, it is based on BHO technology simulation modeling, process modeling and flow process playback are carried out all in a browser, to user's input processing all based on script recognition principle, take family input results, the peripheral hardware conditions such as the language used with user, input-output equipment parameter have nothing to do, and user can obtain modeling more easily and experience and more intuitive simulated effect; Meanwhile, described system also has the advantages such as reliable data transmission channel, mass data storage, various dimensions abnormity early warning.
Accompanying drawing explanation
Fig. 1 is the flow chart of the WEB service system emulation method for supervising based on BHO technology of the present invention.
Fig. 2 is the structured flowchart of the WEB service system emulation supervisory control system based on BHO technology of the present invention.
Embodiment
The invention provides a kind of WEB service system emulation method for supervising based on BHO technology and system, for making object of the present invention, technical scheme and effect clearly, clearly, the present invention is described in more detail below.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Refer to Fig. 1, it is the flow chart of the WEB service system emulation method for supervising based on BHO technology of the present invention.As shown in the figure, said method comprising the steps of:
S1, according to actual monitored needs, distributed deployment simulation engine in the user environment that operation system is potential;
The flow file that S2, simulation modeling link produce stores by administrative center is unified, and flow file is distributed to each simulation engine by described administrative center; Described flow file contains all information of operation flow;
S3, when simulation engine request management center obtains all flow file of this engine, flow file is handed down to simulation engine according to the allocation strategy of predefined by administrative center, simulation engine polling dispatching flow file, carries out playback according to playback rules to operation flow;
The individual node of S4, the complete single operation flow of simulation engine playback, setting up on the basis of reliable transmission channel with analysis engine, at once produced emulated data is uploaded to analysis engine in real time, analysis engine is by carrying out secondary analysis to emulated data, produce corresponding early warning event, and by administrative center, early warning event is put in storage, simultaneously by other data also stored in database, as the foundation of historical analysis and association analysis.
In the present embodiment, also comprise before described step S1 with being to be understood that:
S01, operation system to be analyzed, the service node clearly needing to record, choose node diagnostic, definition playback frequency and early warning threshold values;
S02, by the newly-built flow process of modeling tool, and the configuration information relevant to flow process, by process inlet, click is accessed, and then calls operation flow described in browser access, and in described browser, receives the sequence of operations instruction of user to WEB service flow process.
Be described in detail for above-mentioned steps respectively below:
Described step S01 and S02 is Business Process Modeling, and it is before Business Process Modeling, and user needs to analyze operation system, clearly needs the service node of recording, chooses node diagnostic, defines playback frequency and early warning threshold values; Then, user opens modeling tool, newly-built flow process, configure the information relevant to flow process, following incoming traffic process inlet, click access, so modeling tool calls IE browser, access this operation flow, then user carries out sequence of operations to WEB service flow process in browser (as IE).As: when recording OA system business process, user inputs OA entry address in modeling tool, click access buttons, modeling tool calls browser (as IE) and accesses OA system, user inputs account and password, click confirmation and enter OA system, then carry out various associative operation, as inquiry mail/inquiry todo list/inquiry official document reading etc.In this process, every data of the operations of process modeling tool records user and user's input, and record operations and data, carry out this locality in XML mode and store, and XML file is uploaded to administrative center, so that the unified management of flow file and distribution.
After whole process modeling process self-starting browser (as IE), by web page user input queued switches, until this flow process terminates to record.Based on the emulation modelling method of BHO technology, be equivalent to, in browser (as IE), a plug-in unit has been installed, obtain all inputs of user in WEB page, include but not limited to click the operations such as hyperlink, input characters, click button, the selection of radio box check box drop-down list.Above all operations and input, different from the emulation modelling method based on IE kernel, not the acquisition of the acquisition based on cursor position (coordinate), mouse-keyboard message, but trigger based on page script.Such as, the recording of " user's login " node, in the emulation modelling method based on IE kernel, first obtain cursor position (coordinate), next records mouse information (left button is clicked), and again record Keyboard Message (N number of key is upspring), Password Input record is in like manner; And in the emulation modelling method based on BHO technology, first the page script label <input> that mouse+keyboard combination event triggers is obtained, secondly the input value of recording user in this label (value), thisly carry out based on page script the method analyzing, carry out in the mode of recording user input results modeling, than the emulation modelling method based on IE kernel, neither need to consider input-output equipment parameter, have nothing to do with input method again, all have significant improvement in the flexibility and ease for use of process modeling.
In addition, process modeling, except recording user operation and user input, is also required to be operation flow customization playback rules, early warning type and early warning threshold values.Wherein, playback rules is used for time period of control imitation playback and time frequency.During as carried out modeling to OA system, regulation is carried out emulation playback, not playback on day off working day; Playback in operating time section, lunch break not playback; Playback frequency is that playback one in every five minutes is inferior.Early warning rule is then different according to the difference of WEB flow nodes character, has the types such as " page (url) is not opened " " exceeding the regulation stand-by period " " chain is connected to variation " " content variation is against regulation " " without must content " " picture comparison is against regulation " " runs correctly ".During as carried out modeling to OA system, OA system home page is only needed to be concerned about whether it can access, then for " homepage " node definition early warning rule " page (url) is not opened "; For charg`e d'affaires's matters query node, think and not only need normally to access, and the stand-by period was not easily accepted by a user more than 3 seconds, then for " acting on behalf matters inquiry " node definition early warning rule " page (url) is not opened " and " exceeding the regulation stand-by period ".Early warning threshold values is used for as various early warning type defines a pre-warning time critical point.As " exceeding the regulation stand-by period ", if definition is early warning threshold values in 10 seconds, so only just carry out early warning when the stand-by period is greater than 10 seconds, the stand-by period is within 9.99 seconds, still belong to normal.Process modeling has the function of establishing business process, amendment and deletion.A flow process comprises multiple sub-process, and a sub-process comprises multiple node.
Described step S1 is according to actual monitored needs, (as different cities, different operators etc.) distributed deployment simulation engine in the user environment that operation system is potential.The object of simulation engine distributed deployment is areal variation, network link difference in order to monitor operation system service quality.Parent company as certain company is positioned at Shenzhen, north, on, there is branch company in wide three cities, the OA server of the said firm is positioned at Shenzhen, for the Consumer's Experience of OA system, the user in northern, upper, wide, dark four cities is each variant, now, if north, on, wide, dark four cities dispose simulation engine respectively, then can reach the object of comprehensive monitoring OA system service quality.
The flow file that described step S2 produces for simulation modeling link stores by administrative center is unified, and flow file is distributed to each simulation engine by described administrative center; Described flow file contains all information of operation flow; Specifically, the flow file (.xml) that simulation modeling link produces stores by administrative center is unified, and therefore, administrative center also assume responsibility for the distribution function of flow file (.xml).Distribute modeling procedure and mainly refer to that flow file (.xml) is distributed to the strategy of each simulation engine by administrative center, a flow file (.xml) can distribute to N number of different simulation engine, and a simulation engine can have N number of different flow file (.xml).
Described step S3 is when simulation engine request management center obtains all flow file of this engine, flow file is handed down to simulation engine according to the allocation strategy of predefined by administrative center, simulation engine polling dispatching flow file, carries out playback according to playback rules to operation flow.Specifically, because flow file (.xml) contains all information of operation flow, comprise the information such as all user operations and input, playback rules, prediction policy, so, once startup simulation engine, simulation engine and active request administrative center obtain all flow file of this engine (.xml), flow file (.xml) is handed down to simulation engine according to the allocation strategy of predefined by administrative center, simulation engine polling dispatching flow file (.xml), carries out playback according to playback rules to operation flow.
Further, user operation during the complete simulated technological process modeling of described flow process playback is carried out, simultaneously, simulation engine carries out anticipation according to prediction policy (early warning rule and early warning threshold values) to playback operation, produce a series of emulated data, include but not limited to each sublink information, anticipation information etc. in Engine information, nodal information, node.
Described step S4 is the individual node of the complete single operation flow of simulation engine playback, setting up on the basis of reliable transmission channel with analysis engine, at once produced emulated data is uploaded to analysis engine in real time, analysis engine is by carrying out secondary analysis to emulated data, produce corresponding early warning event, and by administrative center by early warning event put in storage, simultaneously by other data also stored in database, as the foundation of historical analysis, association analysis.
Further, the described WEB service system emulation method for supervising based on BHO technology, also comprises step S5, administrative center's real-time query database, obtains corresponding early warning information, carry out early warning by multipath, various dimensions to simulation result.In addition, step S6 can also be comprised, also for user provides the data analysis view of various dimensions.
Specifically, administrative center's real-time query database, obtains corresponding early warning information, carries out early warning by multipath (sound, optical, electrical etc.), various dimensions (operation system, region, business period, service node etc.) to simulation result.In addition, based on the WEB service system emulation supervisory control system of BHO technology, for user provides the data analysis view of various dimensions, e.g., same operation system is at the performance difference of different geographical (simulation engine); Same operation system is at the performance difference of Different periods; The performance difference of different business systems section at one time; The performance difference etc. of the different business node of same operation system, the operation system for client is improved and is provided decision support.
The above-mentioned WEB service system emulation method for supervising tool based on BHO technology has the following advantages:
(1) based on BHO technology simulation modeling: BHO (BrowserHelperObject, browser auxiliary object, abbreviation BHO), BHO is the industrywide standard as browser, third party programmer being opened to interactive interface that Microsoft releases.WEB service system emulation based on BHO technology is monitored, process modeling and flow process playback are all carried out in browser (such as IE), to user's input processing all based on script recognition principle, take family input results, the peripheral hardware conditions such as the language used with user, input-output equipment parameter have nothing to do, and user can obtain modeling more easily and experience and more intuitive simulated effect.
(2) reliable data transmission channel: when simulation engine carries out transfer of data to analysis engine, first based on socket communication principle, set up reliable communication channel, transmission channel is successfully established, then carries out transfer of data; When network failure or other reason cause transmission channel to be set up unsuccessfully, data temporary storage in local file, is treated that channel is successfully established and is enabled multithreading bulk transfer again, guarantee promptness and the integrality of transmitting emulation data by simulation engine.
(3) mass data storage: because simulation engine is numerous, simulation frequency is also high, certainly lead to the emulated data of magnanimity, for tackling the complexity issue of searching mass data, this method for supervising adopts Hadoop mass data storage technology, set up distributed index, for administrative center provide efficiently, data query and association analysis service timely, make supervisory control system really accomplish real-time early warning.
(4) various dimensions abnormity early warning: this method for supervising carries out early warning by multipath (sound, optical, electrical etc.), various dimensions (operation system, region, business period, service node etc.) to simulation result, for different user roles provides personalized early warning approach and the decision support of different dimensions.
(5) abundant decision support report: this method for supervising carries out combinatory analysis from different dimensions to emulated data, as: same operation system is at the performance difference of different geographical; Same operation system is at the performance difference of Different periods; The performance difference of different business systems section at one time; The performance difference etc. of the different business node of same operation system is that client represents complete monitored results from different aspects, different visual angles, and the operation system improvement for client provides abundant and accurate data supporting.
Present invention also offers a kind of WEB service system emulation supervisory control system based on BHO technology, as shown in Figure 2, comprising:
Simulation engine deployment module 100, for according to actual monitored needs, distributed deployment simulation engine in the user environment that operation system is potential;
Modeling procedure distribution module 200, the flow file produced for simulation modeling link stores by administrative center is unified, and flow file is distributed to each simulation engine by described administrative center; Described flow file contains all information of operation flow;
Flow simulation playback module 300, during for obtaining all flow file of this engine when simulation engine request management center, flow file is handed down to simulation engine according to the allocation strategy of predefined by administrative center, simulation engine polling dispatching flow file, carries out playback according to playback rules to operation flow;
Emulated data analysis module 400, for the individual node of the complete single operation flow of simulation engine playback, setting up on the basis of reliable transmission channel with analysis engine, at once produced emulated data is uploaded to analysis engine in real time, analysis engine, by carrying out secondary analysis to emulated data, produces corresponding early warning event, and early warning event is put in storage by administrative center, simultaneously by other data also stored in database, as the foundation of historical analysis and association analysis.
Further, the described WEB service system emulation supervisory control system based on BHO technology, also comprises: simulation result warning module, for administrative center's real-time query database, obtain corresponding early warning information, by multipath, various dimensions, early warning is carried out to simulation result.
Further, the described WEB service system emulation supervisory control system based on BHO technology, can also comprise: simulative surveillance data analysis module, for providing the data analysis view of various dimensions for user.
In sum, WEB service system emulation method for supervising based on BHO technology of the present invention and system, it is based on BHO technology simulation modeling, process modeling and flow process playback are carried out all in a browser, to user's input processing all based on script recognition principle, take family input results, the peripheral hardware conditions such as the language used with user, input-output equipment parameter have nothing to do, and user can obtain modeling more easily and experience and more intuitive simulated effect; Meanwhile, described system also has the advantages such as reliable data transmission channel, mass data storage, various dimensions abnormity early warning.
Should be understood that, application of the present invention is not limited to above-mentioned citing, for those of ordinary skills, can be improved according to the above description or convert, and all these improve and convert the protection range that all should belong to claims of the present invention.
Claims (8)
1., based on a WEB service system emulation method for supervising for BHO technology, it is characterized in that, comprise the following steps:
S1, according to actual monitored needs, distributed deployment simulation engine in the user environment that operation system is potential;
The flow file that S2, simulation modeling link produce stores by administrative center is unified, and flow file is distributed to each simulation engine by described administrative center; Described flow file contains all information of operation flow;
S3, when simulation engine request management center obtains all flow file of this engine, flow file is handed down to simulation engine according to the allocation strategy of predefined by administrative center, simulation engine polling dispatching flow file, carries out playback according to playback rules to operation flow;
The individual node of S4, the complete single operation flow of simulation engine playback, setting up on the basis of reliable transmission channel with analysis engine, at once produced emulated data is uploaded to analysis engine in real time, analysis engine is by carrying out secondary analysis to emulated data, produce corresponding early warning event, and by administrative center, early warning event is put in storage, simultaneously by other data also stored in database, as the foundation of historical analysis and association analysis;
In described step S2, flow file is distributed to each simulation engine and is adopted: flow file distributes to several different simulation engines or a simulation engine has several different flow file;
The described monitoring of the WEB service system emulation based on BHO technology is for carry out analyzing, carrying out in the mode of recording user input results modeling based on page script, first the page script label that mouse and keyboard combination event trigger is obtained, secondly recording user input value in this label.
2. the WEB service system emulation method for supervising based on BHO technology according to claim 1, is characterized in that, also comprise before described step S1:
S01, operation system to be analyzed, the service node clearly needing to record, choose node diagnostic, definition playback frequency and early warning threshold values;
S02, by the newly-built flow process of modeling tool, and the configuration information relevant to flow process, by process inlet, click is accessed, and then calls operation flow described in browser access, and in described browser, receives the sequence of operations instruction of user to WEB service flow process.
3. the WEB service system emulation method for supervising based on BHO technology according to claim 1 and 2, is characterized in that, also comprise in described step S3:
Simulation engine carries out anticipation with early warning threshold values to playback operation according to early warning rule, produces a series of emulated data, includes but not limited to each sublink information and anticipation information in Engine information, nodal information, node.
4. the WEB service system emulation method for supervising based on BHO technology according to claim 1, it is characterized in that, also comprise step S5, administrative center's real-time query database, obtain corresponding early warning information, by multipath, various dimensions, early warning is carried out to simulation result.
5. the WEB service system emulation method for supervising based on BHO technology according to claim 4, is characterized in that, also comprises step S6, also for user provides the data analysis view of various dimensions.
6., based on a WEB service system emulation supervisory control system for BHO technology, it is characterized in that, comprising:
Simulation engine deployment module, for according to actual monitored needs, distributed deployment simulation engine in the user environment that operation system is potential;
Modeling procedure distribution module, the flow file produced for simulation modeling link stores by administrative center is unified, and flow file is distributed to each simulation engine by described administrative center; Described flow file contains all information of operation flow;
Flow simulation playback module, during for obtaining all flow file of this engine when simulation engine request management center, flow file is handed down to simulation engine according to the allocation strategy of predefined by administrative center, simulation engine polling dispatching flow file, carries out playback according to playback rules to operation flow;
Emulated data analysis module, for the individual node of the complete single operation flow of simulation engine playback, setting up on the basis of reliable transmission channel with analysis engine, at once produced emulated data is uploaded to analysis engine in real time, analysis engine, by carrying out secondary analysis to emulated data, produces corresponding early warning event, and early warning event is put in storage by administrative center, simultaneously by other data also stored in database, as the foundation of historical analysis and association analysis;
Flow file is distributed to each simulation engine and is adopted: flow file distributes to several different simulation engines or a simulation engine has several different flow file;
The described monitoring of the WEB service system emulation based on BHO technology is for carry out analyzing, carrying out in the mode of recording user input results modeling based on page script, first the page script label that mouse and keyboard combination event trigger is obtained, secondly recording user input value in this label.
7. the WEB service system emulation supervisory control system based on BHO technology according to claim 6, is characterized in that, also comprise:
Simulation result warning module, for administrative center's real-time query database, obtains corresponding early warning information, carries out early warning by multipath, various dimensions to simulation result.
8. the WEB service system emulation supervisory control system based on BHO technology according to claim 7, is characterized in that, also comprise:
Simulative surveillance data analysis module, for providing the data analysis view of various dimensions for user.
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| CN104301175A (en) * | 2014-09-24 | 2015-01-21 | 蓝盾信息安全技术有限公司 | WEB service system simulation monitoring method based on browser |
| CN106250437A (en) * | 2016-07-27 | 2016-12-21 | 长沙麦斯森信息科技有限公司 | A kind of electronic monitoring front end data acquisition method and system |
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| CN1783056A (en) * | 2005-07-29 | 2006-06-07 | 杭州易泰达科技有限公司 | Structure of network simulation service |
| CN102508773A (en) * | 2011-10-18 | 2012-06-20 | 深圳市易聆科信息技术有限公司 | Method and device for monitoring WEB service system simulation based on Internet explorer (IE) kernel |
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| CN102508773A (en) * | 2011-10-18 | 2012-06-20 | 深圳市易聆科信息技术有限公司 | Method and device for monitoring WEB service system simulation based on Internet explorer (IE) kernel |
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