CN102932195A - Networking protocol analysis-based business analysis monitoring method and system - Google Patents
Networking protocol analysis-based business analysis monitoring method and system Download PDFInfo
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Abstract
The invention relates to a networking protocol analysis-based business analysis monitoring method and system. The networking protocol analysis-based business analysis monitoring method comprises the steps that: a data acquisition module acquires a new business data packet generated by a production business system, copies the business data packet to a data acquirer; the data acquirer stores a data file or sends the data file to an appointed position in a data stream mode; a protocol analysis gateway extracts the business data packet and decodes the business data packet; the protocol analysis gateway further processes a field of the data packet, decomposes, translates, merges or shields a decoding field, finally generates a business record, and outputs the business record to a business record data center; and the business record data center stores the received business record, associates various kinds of business records, and establishes and updates a record data index. Compared with the prior art, the networking protocol analysis-based business analysis monitoring system has the advantages of dependence of a business system, no increase of business system complexity, excellent replication and extension capacities and the like.
Description
Technical field
The present invention relates to a kind of business diagnosis method and system, especially relate to a kind of business diagnosis method for supervising and system of protocal analysis Network Based.
Background technology
How the day by day complicated production operation system of analysis monitoring be one very difficult but very important problem particularly for the O﹠M of enterprise, has very important practical significance.Also there is not at present good solution.
How Network Based the operation system of enterprise-level is, adopts B/S or C/S framework.For the consideration to efficient and safety, in actual deployment, can set up a plurality of subnets, and dispose a large amount of network equipments such as router, gateway, fire compartment wall, this has increased the difficulty of observing whole operation system greatly, has brought the complexity of O﹠M.And at present, along with cloud computing and the new technology such as virtual are incorporated in the operation system more and more, greatly aggravated especially this complexity.
Operation system is along with enterprise and professional different on the other hand, present varied and huge difference, a lot of customized demand is arranged, even some system is exactly separately for this this business development of enterprise, for example the system of China Unionpay is that the whole world is unique.And simultaneously, often move the operation system of a plurality of keys in the enterprise, and may need mutual cooperation between these systems, for example verification system is authorized and the service for checking credentials for other system provides.So, in traditional O﹠M process, lacking unified Method and kit for goes to analyze and the observed traffic system, generally can only consider some hardware indexs (for example CPU usage) and bottom-layer network index (network bandwidth utilization rate for example, the TCP response time etc.), come the roughly ruuning situation of evaluating system.This method not only specific aim and foresight is poor, bottom index and upper-layer service can not be associated, when problem occurs, also need to consume plenty of time and manpower and just may find out fault and occur on earth network level or hardware view or production operation system aspect; And when network or the alarm of hardware index, can not provide to the operation of business the guidance of reduce the risk.Simultaneously this method benefit is low, often causes a kind of like this situation: enterprise constantly strengthens hardware and drops into and improve the network bandwidth, and the improvement that has nothing obvious of actual production operation system performance.
At present more existing business diagnosis systems mainly are that mode with this system's additional function occurs, and increase additional code by software self and export the modes such as operation (and mistake) daily record or administration configuration interface and provide.This method is brought following problem: (1) each system is independent, does not have the unified monitoring interface, and the mutual situation between can not monitoring management system; (2) these additional functions have obviously improved the complexity of operation system, bring potential fault point, and obviously cause the hydraulic performance decline of operation system; (3) along with business expansion and adjustment, new business increases, and the exploitation of corresponding supervisory control system need to drop into a large amount of manpower and materials equally; (3) obviously there is not objectively problem in non-third-party supervisory control system, and many times, business development side is unwilling to provide detailed index and data to measure the weakness of own system.
Therefore, the business diagnosis system is relatively independent, lacks the unified management view, usually needs to pay more human cost and time cost when the problem of generation.And along with the expansion of core business, the continuous increase of new business, system self burden increases the weight of day by day, and operation management pressure also increases gradually.Meanwhile, the staff also finds under traditional management means, lack unified visual angle for management between each operation system, system's operation, the network operation and the service operation index degree of association are not high enough, cause between the management system of each aspect can't realizing smooth information butt joint just as information island.So administrative staff often need to pay the extra work amount in O﹠M work, dependence technological accumulation and experience are carried out the O﹠M data between manual analysis, location, the interconnected system or between the System and Network, with the unusual and failure problems of reply stage construction interlock.
Summary of the invention
Purpose of the present invention is exactly to provide a kind of in order to overcome the defective that above-mentioned prior art exists and be independent of operation system, do not increase the operation system complexity, and possesses business diagnosis method for supervising and the system of the protocal analysis Network Based of excellent reproducible, expandability.
Purpose of the present invention can be achieved through the following technical solutions: a kind of business diagnosis method for supervising of protocal analysis Network Based, it is characterized in that, the method may further comprise the steps: the new business data packet that 1) produces in the data collecting module collected production operation system, and whether satisfy according to configuration determination and to copy requirement, then business data packet is copied to data acquisition unit if the judgment is Yes, otherwise carry out step); 2) data acquisition unit is according to configuration determination needs capturing service packet whether, then it is carried out buffer memory if the judgment is Yes, and store or send to assigned address by stream socket by data file, then carry out step 3), if the judgment is No, discarding traffic packet then; 3) protocal analysis gateway extraction service packet, and it is decoded, parse each layer protocol in the packet, whether each bar business record of then analyzing in the business data packet in conjunction with the decode content of buffer memory is complete, if record complete, then carry out step 4), otherwise the decode content of buffer memory business record; 4) field of the further process data bag of protocal analysis gateway, to the decoding field do decomposition, translate, merging or shielding processing, finally generate business record, and output to business record data center; 5) business record that receives of business record data center storage, and the miscellaneous service record carried out association is set up and new recorded data index more.
Described step 1) in and whether satisfy to copy according to configuration determination and require to be specially: the user sets main frame, port or agreement, and data acquisition module judges that whether business data packet judges whether to carry out data Replica from main frame, port or the agreement of user's setting.
Whether needs capturing service packet is specially described data acquisition unit according to configuration determination: the user sets the content of main frame, port, agreement or protocol fields, and data acquisition unit judges that the content of main frame, port, agreement or protocol fields that whether business data packet is set from the user judges whether to carry out buffer memory.
Described protocal analysis gateway also receives the data of other data sources, and carry out step 3)～5).
The data of described other data sources comprise hardware index and bottom-layer network index, and described hardware index comprises CPU usage, memory usage, and described bottom-layer network index comprises the fast utilization rate of Netowrk tape, TCP response time.
A kind of system that implements the business diagnosis method for supervising of protocal analysis Network Based claimed in claim 1, it is characterized in that, this system comprises data acquisition module, data acquisition unit, the protocal analysis gateway, business record data center, index server and user's PC, described data acquisition module is connected with the production operation system, the new business data packet that produces in the production operation system is copied to data acquisition unit, data acquisition unit with Packet Generation to the protocal analysis gateway, the protocal analysis gateway sends business record to business record data center, business record data center is associated with index server, and user's PC is connected with index server.
Compared with prior art, the present invention has the following advantages:
1, the service feature of data Network Based monitoring
Employing tends to because monitoring program has taken too much system resource at the monitoring scheme that operation system self provides, and impact is produced on the contrary, and complicated design may bring potential system stability and security risk simultaneously;
Native system is designed to utilize network data to carry out business diagnosis, adopts the bypath system that is totally independent of the existing business system to observe network data, thus the operation system of analysis.Supervisory control system is fully transparent to operation system, accomplishes zero operation system resource occupation, guarantees that supervisory control system does not affect the production operation system, does not increase the operation system complexity, does not introduce new fault point, does not reduce the operation system performance;
2, be deep into the operation layer data message
The bare flow that is different from a traditional network analysis supervisory control system phase-split network, distribute, with response time of the puppy parcs such as TCP etc., native system can be analysed in depth the enterprise core business agreement, extract protocol data, it is associated with all information of service layer, such as for transaction systems such as finance, extracts transaction odd numbers, transaction user, type of transaction, dealing money, Transaction Success rate, the information etc. that reports an error of concluding the business; And for communication system, then extract numbers of calling and called parties, type of service, professional zero-time, and service success rate, information etc. reports an error.Native system can comprehensively present the operation layer data message.
3, shared resource, the unified management visual angle
Native system is independent of operation system, extract business information and analyze the service operation situation by the network data of analyzing service protocol, therefore, for the multiple different core business that moves in the enterprise, native system is designed to and supporting network network analysis system shared resource, the communication protocol universal standard Network Based defines, and is multi-level, too many levels is related, sets up the unified management visual angle.
Native system is as analyzing data source take the network data of key node, therefore when providing service feature to analyze, network performance data that can be related relevant, thereby set up unified visual angle for management, it is easier that to define unusual, fault be to belong to network problem, or system problem, or the aspect of service application problem, and location particular location.For the network alarm of bottom, also can timely related prediction scheme, instruct upper-layer service to use the adjustment of making response.
4, full modularized design possesses excellent reproducible, expandability
Expandability is to estimate the important indicator of a cover supervisory control system, fully takes into account continuing to increase, upgrading of business monitoring demand, and native system is designed to assembly mould blocking, functional configuration, changes with quick reply functional requirement.
Native system has adopted modular mentality of designing, erects Governance framework and template, and excellent extensibility is provided.Adopted simultaneously unstructured data storehouse technology, increasing, subtract, improving of any tiny function can not relate to the bottom change, only can finish by configuration interface.
Simultaneously, according to the actual requirements, native system can be adjusted the class of business of monitoring neatly by the adjustment of configuration, coverage, and the professional degree of depth, the adjustment of these configurations, same independence and operation system, without any impact, can not cause professional variation on operation system, interrupt etc.
Description of drawings
Fig. 1 is flow chart of the present invention;
Fig. 2 is hardware configuration schematic diagram of the present invention;
Fig. 3 is expansion structure schematic diagram of the present invention.
Embodiment
The present invention is described in detail below in conjunction with the drawings and specific embodiments.
Embodiment
As shown in Figure 1, in the step 401, read configuration in order to filter and to generate business record.Data acquisition module reads, data acquisition unit, and protocal analysis gateways etc. all need to read configuration.
In the step 402, the monitoring service data are to finish by network design.
In the step 403, judged whether that business data packet also is to be finished by the network equipment.
In the step 404, judge whether to finish this system, can have multiple method to realize, comprise semaphore, event, global variable etc.
In the step 405, the capture-data bag is to be finished by the network equipment, can be that specialty is caught network interface card, also can be the promiscuous mode of common network interface card, perhaps other.
In the step 406, whether need the copy data acquisition module to judge according to configuration file, generally can carry out according to main frame, port, agreement etc.
In the step 407, the function of duplicate packet is finished by the network equipment, can be the specialty copying equipment, the copy function of router, perhaps other.
Whether in the step 408, needing to gather is to be judged according to configuration file by data acquisition module.Data acquisition unit generally has more configuration feature than data acquisition module, can be deep into some agreements, according to the content of protocol fields, carries out logical operation and comprehensively judges.
In the step 409, data acquisition unit is responsible for the image data bag, and according to configuration file, packet is stored into assigned address with document format data, perhaps sends to given host (designated port) with stream socket.Packet may further be encapsulated.
In the step 410, the protocal analysis gateway will carry out degree of depth decoding to packet.The protocal analysis gateway is also with configuration file, thus the protocol depth of decision decoding, the level of detail of each layer protocol, and the field that need to extract.
In the step 411, whether the protocal analysis gateway need to be analyzed a business record complete, if necessary, extracts relevant information from buffer memory.To being arranged, the packet that needs recombinates.
In the step 412, whether needing to generate business record is that the protocal analysis net is judged according to the property finished of configuration file and record.
In the step 413, imperfect for business record, need the situation of follow-up data, protocal analysis net buffer memory should record in decode content.
In the step 414, other data source is used for system and receives other data, CPU usage for example, the hardware indexs such as memory usage, and the network index such as bandwidth usage.
In the step 415, the protocal analysis net is according to configuration file, to the index of decoding field and other data source cut apart, translate, merge and shielding etc. further processing process, generate at last business record.Business record generally comprises: professional participant sign, time of origin, concluding time, type of service, business tine, success or not, the information such as error code.
In the step 416, the business record that business record data center storage protocol gateway sends.Storage mode can be database, can be file, can be other centralized or distributed variety of way.
In the step 417, business record data center or index server can carry out association to each record.The association here comprises the association between the record of same business, the association between the different business record, and the association between production business and the bottom business record.Related foundation can be the miscellaneous service sign, can be main frame, event, even the various contents such as keyword.
In the step 418, business record data center or index server are related in each behind the record, set up or upgrade various index, for user search.
As shown in Figure 2, the business diagnosis supervisory control system of protocal analysis Network Based can be divided into three sub-systems such as collection, analysis and retrieval.
Wherein acquisition subsystem is responsible for gathering the primitive network protocol data, and submits to analyzing subsystem.Acquisition subsystem comprises again data acquisition module and two kinds of function devices of data acquisition unit.Analyzing subsystem is responsible for resolving procotol, extracts business datum, is organized into business record, and storage and set up index, provides simultaneously interface to retrieve to retrieval subsystem.Analyzing subsystem comprises two kinds of functional units such as protocal analysis gateway and business record data center.Retrieval subsystem mainly supplies user search and checks the service operation situation, is comprised of index server.
Data acquisition module need to be disposed according to characteristics and the actual conditions of business event, and main purpose is business datum to be copied output in the analysis monitoring system that is independent of the production operation system; Data acquisition module can by configuration, filter according to information such as main frame, port, agreements.Data acquisition module is done the filtration of the bottom, need to judge whether duplicate packet.
Data acquisition unit is used for the image data bag, stores initial data, and with data file or port data stream mode data is outputed to analyzing subsystem; Data acquisition unit has abundant filtering function, can deeply read certain field of a certain agreement, and logical operation is filtered in addition.Data acquisition unit with the copy data that receives further in addition logical operation filter, store simultaneously initial data, with data file or port data stream mode data are outputed to analyzing subsystem.
The protocal analysis gateway is the analytic unit of core, but each layer protocol in the network data package extracts business datum, and is organized into business record.This assembly can fully dispose, thereby form of the degree of depth, the level of detail and business record that control protocol is analyzed etc. and according to demand, need to be cut apart, translate, merge data and the various special processings such as shielding.Simultaneously, the protocal analysis gateway provides interface, accepts the data of other data source, CPU usage for example, and other achievement datas such as internal memory use, and convert corresponding bottom business record to.
Business record data center is the data storage component of core, can be the traditional relational database, also can be other non-relational database.The index of data can be to be set up by index record data center, can be set up by retrieval subsystem, its objective is the retrieval rate of expedited data.
Index server is set up data directory, and relevant business record and business record, business record and hardware or bottom logout associate, and provides unified ways of presentation to check for the user, and provides form, the functions such as printing.
Fig. 3 is the expansion structure schematic diagram of native system.By adding assembly and equipment, carry out parallelization, native system is applicable to the complex network environment of analysis monitoring large-scale and multiple business, and suitable multi-layer user's O﹠M environment.
Claims (6)
1. the business diagnosis method for supervising of a protocal analysis Network Based is characterized in that the method may further comprise the steps:
1) the new business data packet that produces in the data collecting module collected production operation system, and whether satisfy according to configuration determination and to copy requirement, then business data packet is copied to data acquisition unit if the judgment is Yes, otherwise the new business data packet that produces in the Resurvey production operation system and execution in step 2);
2) data acquisition unit is according to configuration determination needs capturing service packet whether, then it is carried out buffer memory if the judgment is Yes, and store or send to assigned address by stream socket by data file, then carry out step 3), if the judgment is No, discarding traffic packet then;
3) protocal analysis gateway extraction service packet, and it is decoded, parse each layer protocol in the packet, whether each bar business record of then analyzing in the business data packet in conjunction with the decode content of buffer memory is complete, if record complete, then carry out step 4), otherwise the decode content of buffer memory business record;
4) field of the further process data bag of protocal analysis gateway, to the decoding field do decomposition, translate, merging or shielding processing, finally generate business record, and output to business record data center;
5) business record that receives of business record data center storage, and the miscellaneous service record carried out association is set up and new recorded data index more.
2. the business diagnosis method for supervising of a kind of protocal analysis Network Based according to claim 1, it is characterized in that, described step 1) in and whether satisfy to copy according to configuration determination and require to be specially: the user sets main frame, port or agreement, and data acquisition module judges that whether business data packet judges whether to carry out data Replica from main frame, port or the agreement of user's setting.
3. the business diagnosis method for supervising of a kind of protocal analysis Network Based according to claim 1, it is characterized in that, whether needs capturing service packet is specially described data acquisition unit according to configuration determination: the user sets the content of main frame, port, agreement or protocol fields, and data acquisition unit judges that the content of main frame, port, agreement or protocol fields that whether business data packet is set from the user judges whether to carry out buffer memory.
4. the business diagnosis method for supervising of a kind of protocal analysis Network Based according to claim 1 is characterized in that, described protocal analysis gateway also receives the data of other data sources, and carry out step 3)～5).
5. the business diagnosis method for supervising of a kind of protocal analysis Network Based according to claim 4, it is characterized in that, the data of described other data sources comprise hardware index and bottom-layer network index, described hardware index comprises CPU usage, memory usage, and described bottom-layer network index comprises the fast utilization rate of Netowrk tape, TCP response time.
6. system that implements the business diagnosis method for supervising of protocal analysis Network Based claimed in claim 1, it is characterized in that, this system comprises data acquisition module, data acquisition unit, the protocal analysis gateway, business record data center, index server and user's PC, described data acquisition module is connected with the production operation system, the new business data packet that produces in the production operation system is copied to data acquisition unit, data acquisition unit with Packet Generation to the protocal analysis gateway, the protocal analysis gateway sends business record to business record data center, business record data center is associated with index server, and user's PC is connected with index server.
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| CN103220188A (en) * | 2013-04-11 | 2013-07-24 | 江苏中科惠软信息技术有限公司 | Hyper text transport protocol (HTTP) data acquisition equipment |
| CN103685486A (en) * | 2013-12-02 | 2014-03-26 | 中国科学院计算技术研究所 | Distributed system monitoring method stepping over data center clusters and system |
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| CN103220188A (en) * | 2013-04-11 | 2013-07-24 | 江苏中科惠软信息技术有限公司 | Hyper text transport protocol (HTTP) data acquisition equipment |
| CN103685486A (en) * | 2013-12-02 | 2014-03-26 | 中国科学院计算技术研究所 | Distributed system monitoring method stepping over data center clusters and system |
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