CN109739730A

CN109739730A - Monitoring method, device, equipment and the readable storage medium storing program for executing of multisystem daily record data

Info

Publication number: CN109739730A
Application number: CN201910037704.9A
Authority: CN
Inventors: 谢满锐; 付飞腾; 李志冬; 宫林涛
Original assignee: Ping An Technology Shenzhen Co Ltd
Current assignee: Ping An Technology Shenzhen Co Ltd
Priority date: 2019-01-14
Filing date: 2019-01-14
Publication date: 2019-05-10
Anticipated expiration: 2039-01-14
Also published as: WO2020147264A1; CN109739730B

Abstract

The present invention discloses monitoring method, device, equipment and the readable storage medium storing program for executing of a kind of multisystem daily record data, the described method includes: when receiving deployment request, parameter type corresponding with deployment request is read, is judged in the system parameter of each deployment system with the presence or absence of target system parameters corresponding with parameter type；If it exists then according to target system parameters, treats deployment system distribution interface group number and show template group number；When detection reaches prefixed time interval corresponding with interface group number, the corresponding interface of interface group number is called, and receives the parameter current transmitted based on interface；The system banner carried in each parameter current is read, and according to system banner, each parameter current is transferred in the corresponding displaying template of displaying template group number and is shown, to be monitored to the parameter current in the daily record data of each deployment system.This programme carries out differentiation monitoring by all kinds of parameters of the big data processing technique to multiple systems, meets the monitoring demand of not homologous ray.

Description

Monitoring method, device, equipment and the readable storage medium storing program for executing of multisystem daily record data

Technical field

The invention mainly relates to technical field of data processing, specifically, being related to a kind of monitoring of multisystem daily record data Method, apparatus, equipment and readable storage medium storing program for executing.

Background technique

With the development of science and technology and network, more and more mechanisms tend to using different systems come to wherein inhomogeneity The data and resource of type carry out special management, so that needing when obtaining different types of data or resource to different systems It accesses；In order to ensure the normal operation of each system, it usually needs be monitored to the daily record data of each system, pass through log Data judge that each system whether there is exception in the process of running.

Same way is all made of to the daily record data monitoring of each system at present to carry out, but the data that each system is stored Type or the service resources of offer are different, are all made of same way to each system and are monitored, and cannot embody each system Feature；Simultaneously in each biggish situation of System level gray correlation alienation, same monitor mode is difficult to the monitoring demand of balanced each system, makes Must monitor it is not accurate enough, and need by human assistance；In this way, then reduce monitoring efficiency, and increase human cost.

Summary of the invention

The main object of the present invention is to provide the monitoring method of multisystem daily record data a kind of, device, equipment and readable deposits Storage media, it is intended to which solution is all made of same way to not homologous ray in the prior art and is monitored, and monitoring does not embody accurately The characteristics of each system, monitoring efficiency is low, and the problem that human cost is high.

To achieve the above object, the present invention provides a kind of monitoring method of multisystem daily record data, the multisystem log The monitoring methods of data the following steps are included:

When receiving deployment request, parameter type corresponding with the deployment request is read, and judge each deployment system System parameter in whether there is target system parameters corresponding with the parameter type；

Target system parameters corresponding with the parameter type if it exists, then according to the target system parameters, to institute It is corresponding to deployment system distribution interface group number and displaying template group number to state deployment request, is updated to described to deployment system Deployment system；

When detection reaches prefixed time interval corresponding with the interface group number, interface corresponding to the interface group number It is called, and receives the parameter current transmitted based on the interface；

System banner entrained in each parameter current is read, and according to the system banner, it will be each described current Parameter is transferred in the corresponding displaying template of the displaying template group number and shows, with the log to each deployment system is derived from Parameter current in data is monitored.

Preferably, described according to the system banner, each parameter current is transferred to the displaying template group number pair Step shown in the displaying template answered includes:

According to the system banner, classify to each parameter current, determination is corresponding with each deployment system System parameter current；

The type identification carried in each system parameter current is read, and according to each type identification, to each described System parameter current carries out statistic of classification, generates the statistical result of all kinds of system parameter currents in each deployment system；

Displaying template corresponding with the displaying template group number is called, and according to the type identification, Jiang Gesuo Each display area that statistical result is added in the displaying template is stated to be shown.

Preferably, each display area that each statistical result is added in the displaying template is shown Include: after step

Each deployment system upper statistics generated in a upper prefixed time interval is read as a result, simultaneously according to Each statistical result and a upper statistical result are compared, generate each comparing result by system banner；

According to the type identification, the contrast district that the comparing result is added in the displaying template is opened up Show, is updated with each statistical result shown to each display area in the displaying template.

Preferably, the step that each statistical result shown to each display area in the displaying template is updated Include: after rapid

When receive check instruction when, check that is carried in instruction checks system banner described in reading；

It checks that system banner corresponding to system banner and each displaying template compares for described, determines goal systems mark Know；

Intended display template corresponding with goal systems mark is called, and the intended display template is defeated Monitoring interface is arrived out to show.

Preferably, the type identification includes access identities, response time mark and success flag；It is described according to each described Type identification carries out statistic of classification to each system parameter current, and all kinds of systems in each deployment system that generate are worked as The step of statistical result of preceding parameter includes:

According to the access identities, response time mark and success flag, to the access in each system parameter current Data, response time data and successful data are classified；

The access times and the number of success of the successful data of the access data are counted, and with counting The number of success and the access times do ratio, generate Access Success Rate；

Each response time data is divided into each preset time section, and to each preset time section The quantity of response time data possessed by interior is counted, and each quantitative value is generated；

The total quantity of each quantitative value and the response time data is done into ratio, generates each preset time section Response rate, and each response rate, access data, successful data and Access Success Rate are generated as each deployment system In all kinds of system parameter currents statistical result.

Preferably, described when receiving deployment request, read the step of requesting corresponding parameter type with the deployment Include:

When receiving deployment request, the environment version number to deployment system is read, and judge the environment version It number whether is effective version number；

If effective version number, then the log path to deployment system is read, and add by the log path To after preset configuration file, parameter type corresponding with the deployment request is read；

If not effective version number, then export the first prompt information, do not support to dispose to deployment system so that prompt is described.

Preferably, it whether there is target corresponding with the parameter type in the system parameter of each deployment system of judgement Include: after the step of system parameter

Target system parameters corresponding with the parameter type if it does not exist, then export the second prompt information, to prompt base Parameter preset is updated in the parameter type；

When the parameter preset for receiving update, and update interface group number corresponding with the parameter preset of update and update exhibition When showing template group number, then by the update combination of interfaces and update show template group number be assigned as it is corresponding with the deployment request to The interface group number and displaying template group number of deployment system, are updated to deployment system to deployment system for described.

In addition, to achieve the above object, the present invention also proposes a kind of monitoring device of multisystem daily record data, the polyphyly System daily record data monitoring device include:

Read module, for reading parameter type corresponding with the deployment request, and sentence when receiving deployment request It whether there is target system parameters corresponding with the parameter type in the system parameter of each deployment system of breaking；

Distribution module, for target system parameters corresponding with the parameter type if it exists, then according to the target system Unite parameter, to it is corresponding with the deployment request to deployment system distribution interface group number and displaying template group number, general described in Deployment system is updated to deployment system；

Calling module, for when detection reaches prefixed time interval corresponding with the interface group number, to the interface The corresponding interface of group number is called, and receives the parameter current transmitted based on the interface；

Monitoring module, for reading in each parameter current entrained system banner, and according to the system banner, Each parameter current is transferred in the corresponding displaying template of the displaying template group number and is shown, to from each portion Parameter current in the daily record data of administration's system is monitored.

In addition, to achieve the above object, the present invention also proposes a kind of monitoring device of multisystem daily record data, the polyphyly The monitoring device of system daily record data includes: memory, processor, communication bus and the multisystem being stored on the memory The monitoring programme of daily record data；

The communication bus is for realizing the connection communication between processor and memory；

The processor is used to execute the monitoring programme of the multisystem daily record data, to perform the steps of

In addition, to achieve the above object, the present invention also provides a kind of readable storage medium storing program for executing, the readable storage medium storing program for executing storage Have one perhaps more than one program the one or more programs can be held by one or more than one processor Row is to be used for:

The monitoring method of the multisystem daily record data of the present embodiment, by reading ginseng corresponding with the deployment request received Several classes of types, and judge in the system parameter of each deployment system with the presence or absence of target system parameters corresponding with the parameter type；If In the presence of then according to target system parameters, to corresponding with deployment request to deployment system distribution interface group number and displaying template group Number, deployment system will be updated to deployment system；Hereafter when detection reaches prefixed time interval corresponding with interface group number, then The corresponding interface of interface group number is called, and receives the parameter current transmitted based on the interface；Again to each parameter current In entrained system banner be read out, each parameter current is transferred to and shows mould by and the system banner according to the reading Shown in the corresponding displaying template of board No., thus realize to from each deployment system daily record data in parameter current into Row monitoring.Parameter type corresponding with deployment request is the parameter to the required monitoring of deployment system for needing to dispose in this programme Type then illustrates the system for each deployment system for having disposed completion when there are target system parameters corresponding with parameter type There is the deployment system being monitored to the parameter type in parameter, so as to treat deployment system according to the target system parameters Distribution interface group number of uniting and displaying template group number, will be updated to deployment system to deployment system；With same-interface group number and exhibition Show that each deployment system of template group number is carried out data transmission using same interface, and carries out data exhibition using same displaying template Show；And with distinct interface group number and show that each deployment system of template group number is carried out data transmission using distinct interface, and make Data displaying is carried out with different displaying templates；Differentiation monitoring is carried out to the different monitoring demand between each deployment system realizing While, interface is realized also between each deployment system of identical monitoring demand and shows the multiplexing of template；It is being to each deployment While accurately monitoring between system with its reapective features, monitoring resource is saved.

Detailed description of the invention

Fig. 1 is the flow diagram of the monitoring method first embodiment of multisystem daily record data of the invention；

Fig. 2 is the functional block diagram of the monitoring device first embodiment of multisystem daily record data of the invention；

Fig. 3 is the device structure schematic diagram for the hardware running environment that present invention method is related to.

The embodiments will be further described with reference to the accompanying drawings for the realization, the function and the advantages of the object of the present invention.

Specific embodiment

It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.

The present invention provides a kind of monitoring method of multisystem daily record data.

Fig. 1 is please referred to, Fig. 1 is the flow diagram of the monitoring method first embodiment of multisystem daily record data of the present invention. In the present embodiment, the monitoring method of the multisystem daily record data includes:

Step S10 reads parameter type corresponding with the deployment request when receiving deployment request, and judges each It whether there is target system parameters corresponding with the parameter type in the system parameter of deployment system；

The monitoring method of multisystem daily record data of the invention is applied to monitoring server, suitable for passing through monitoring server Multiple systems daily record data generated is monitored, the operating condition of each system is reflected by the daily record data of monitoring. And in order to realize that the daily record data to each system is monitored, need that first the information of each system is added in monitoring server, So that monitoring server has permission the daily record data for obtaining each system.Each system information, which is added to monitoring server, to be passed through Deployment request carries out, and when a certain system has the monitoring demand to its generated daily record data, sends and disposes to monitoring server Request；Because of a plurality of types of data involved in daily record data, certain data are related to system operation, and other data and system It runs uncorrelated；In order to which the operating condition to system is monitored, need to monitor number required for specifying when sending deployment request According to parameter type, such as the amount of access of system interface, the response time, Access Success Rate, call status code.This is specified Parameter type and deployment request are sent to monitoring server together, monitoring server when receiving deployment request, to the portion Administration requests corresponding parameter type to be read out, and judges selected by each deployment system disposed in monitoring server It selects in the system parameter of monitoring, if there are and dispose the request consistent target system parameters of type of correspondence parameter.This is consistent Target system parameters characterize in deployed each deployment system that there are the system parameters that a certain system is monitored, and current hair The parameter type monitored required for the system for sending deployment to request is consistent.

In view of not homologous ray is from the exploitation environment exploitation of different editions, such as Python2.6, Python2.7 or Python3.x etc.；And monitoring server supports that the environment version of monitoring has certain limitation, it cannot be to arbitrary environment version This supports monitoring；It can such as support to be monitored the system developed by environment version Python2.7, without supporting to by environment The system of version Python1.0 exploitation is monitored.Support the environment version number of monitoring as default monitoring server Version number needs first to examine the validity of the system environments version before being monitored the system for sending deployment request It surveys；Specifically, when receiving deployment request, reading the step of requesting corresponding parameter type with deployment includes:

Step S11 reads the environment version number to deployment system, and described in judgement when receiving deployment request Whether environment version number is effective version number；

Further, the system for disposing request will be sent as to deployment system, monitoring server is receiving this to portion When deployment transmitted by administration's system is requested, the environment version number for treating deployment system is read out, and by the environment version of reading Number and pre-set each default version number compare, judge environment version number whether there is in each default version number, i.e., Judge that the environment version number is consistent with the default version number of a certain item in each default version number.

Step S12 then reads the log path to deployment system if effective version number, and by the log After path is added to preset configuration file, parameter type corresponding with the deployment request is read；

Step S13 is not propped up so that prompt is described to deployment system if not effective version number, then export the first prompt information Hold deployment.

If being judged, environment version number is present in each default version number, illustrates that environment version number is effective version Number, monitoring server supports the monitoring to deployment system；It is read out, and will read to treat the log path of deployment path Log path be added in preset configuration file.Wherein log path is to be generated log for storing it in deployment system The path of data, and preset configuration file is the text preset in monitoring server for configuring each deployment system log path Part；Log path is added in preset configuration file, and after the addition was complete, reads corresponding parameter class in deployment request Type, to determine the parameter of required monitoring in daily record data by parameter type；Monitoring server in the process of running, according to pre- If the path in configuration file, such parameter in the generated daily record data of deployment system is acquired, and then to such ginseng of acquisition Number carries out analysis monitoring.And judging that environment version number is not present in each default version number, i.e., environment version number does not have When imitating version number, then illustrate that monitoring server is not supported to be monitored the system that thus environment version number is developed, thus defeated First prompt information out.First prompt information includes two aspects, on the one hand prompt to the relevant personnel of deployment system, to portion Administration's system is not supported to monitor；On the other hand prompt developer optimizes monitoring server, so that monitoring server branch Hold such monitoring for waiting for deployment system.

Further for the system of service is provided in a distributed fashion, i.e., each function of system is distributed in multiple services On device, the allomeric function of system is realized in a distributed fashion；If such system has monitoring demand, will be with such system institute The log path of corresponding each server is respectively added in preset configuration file, monitoring server according to each log path by The supplemental characteristic of one acquisition distributed system, and confluence analysis is carried out to each supplemental characteristic.

Step S20, target system parameters corresponding with the parameter type, then join according to the goal systems if it exists Number, to corresponding with the deployment request to deployment system distribution interface group number and displaying template group number, by described wait dispose System update is deployment system；

Understandably, it because of the having differences property of parameter type of monitoring required for not homologous ray, is supervised as required for certain systems The parameter type of control is amount of access, response time and the success rate of system interface, and the parameter monitored required for other systems Type is amount of access, response time, success rate and calling status code of system interface etc..If determining the system monitored through judgement There are target system parameters corresponding with parameter type in parameter, then illustrates exist and be somebody's turn to do to deployment system pair in monitoring server The monitoring demand of parameter type is identical to have monitored deployment system.For between each deployment system with identical monitoring demand, It identical interface can be used to be read out such parameter, and the parameter of monitoring be shown using identical displaying template, With the multiplexing to resource each in monitoring server.

There to be identical monitoring demand, and be divided into same connect using same-interface and the identical each deployment system for showing template Mouth group and same displaying template group；When there are target system parameters, then interface group and exhibition corresponding to the target system parameters Show in template group, possessed each deployment system is monitored and shows to such target system parameters.Hence for portion Administration's request is corresponding to deployment system, can treat deployment system distribution interface group number according to target system parameters and show template Group number；By combination of interfaces and show that template group number will be divided into interface group corresponding to target system parameters to deployment system In displaying template group, it will be updated to deployment system to deployment system, complete the deployment to deployment system, hereafter monitoring server It can be monitored to what the deployment was completed to the parameter in deployment system.If the parameter type of reading includes a1, b1 and c1, and For deployment system W1, W2, W3 and the W4 monitored, the system parameter that wherein W1 and W3 are monitored is type a1, a2, b2, b3 Parameter, the system parameter that W2 and W4 are monitored be type a1, b1 and c1 parameter；To there is mesh corresponding with parameter type Mark system parameter, and deployment system W2 and W4 corresponding to target system parameters belong to same interface group and same displaying template Group, group number are respectively p1 and p2, then to the interface group number of deployment system and will show that template group number be assigned as p1 and p2, will be to Deployment system and W2, W4 are assigned in same interface group and same displaying template group, are with the parameter type to each deployment system The parameter of a1, b1, c1 are read out and monitor.

Understandably, it is currently transmitted deployment request to deployment system, the parameter of required monitoring and the deployment monitored The parameter of system monitoring is not identical；Target system parameters corresponding with parameter type are not present in the system parameter monitored, The parameter type of required monitoring is emerging parameter type；Lack in monitoring server and new parameter type progress occurs to this The mechanism of monitoring, and need to optimize monitoring service.Specifically, judge to whether there is in the system parameter of each deployment system Include: after the step of target system parameters corresponding with parameter type

Step a1, target system parameters corresponding with the parameter type, then export the second prompt information if it does not exist, with Type is updated parameter preset based on the parameter for prompt；

When judge the parameter type to monitoring required for deployment system in each deployment system monitored there is no pair The target system parameters answered then export the second prompt information；It include parameter type in second prompt information, in order to exploit person Member is updated parameter preset according to parameter type.Wherein parameter preset is the parameter that monitoring server can be monitored, more New is to be updated according to parameter type to the type of parameter preset, and the parameter of update is formed more new interface and updates exhibition Show template, the more new interface and update show that template can treat the parameter type monitored required for deployment system and be monitored and open up Show.

Step a2, when the parameter preset for receiving update, and update interface group number corresponding with the parameter preset of update When with updating displaying template group number, then the update combination of interfaces and update are shown that template group number is assigned as asking with the deployment It seeks the corresponding interface group number to deployment system and shows template group number, be updated to deployment system to deployment system for described.

Understandably, in monitoring server operational process, more new interface and update show that template is possibly used for other and is The monitoring of system, i.e. other systems have the monitoring demand to parameter corresponding to parameter type；It, will for the ease of subsequent policer operation More new interface and update show that template is formed as the interface number for both updating interface group and updating displaying template, and being arranged, i.e., more New interface group number and update show template number.Because of the parameter preset of update and corresponding update interface group and update displaying Template group, for being monitored to the corresponding parameter of parameter type, thus in the parameter preset for receiving update, and more with this When the corresponding update interface group number of new parameter preset and update show template group number, then interface group number and more new template will be updated Group number is assigned as the interface group number to deployment system and shows template group number, by updating interface group number and updating template group number The parameter type for treating deployment system is monitored, and realization will be updated to deployment system to deployment system.

Step S30, when detection reaches prefixed time interval corresponding with the interface group number, to the interface group number pair The interface answered is called, and receives the parameter current transmitted based on the interface；--- corresponding preset time foundation has been disposed The difference of system and it is different

Further, the preset time that parameter in each deployment system is read out and is monitored is set previously according to monitoring demand Interval, such as 10 minutes, two hours, one day, a week；Each deployment system with same interface group number, i.e., same interface group In each deployment system set by prefixed time interval can be identical or not identical, if they are the same then in the same time to each Each parameter of deployment system is read out, then is distinguished to each parameter of reading according to deployment system；Not if not identical Each parameter of each deployment system is read out respectively with the time.By the identical or different prefixed time interval as with The corresponding prefixed time interval of interface group number then connects to corresponding with interface group number when detection reaches the prefixed time interval Mouth is called, and receives the parameter current transmitted by the interface.Wherein parameter current be with corresponding to parameter type, Received parameter in current preset time interval.

Step S40 reads system banner entrained in each parameter current, and according to the system banner, will be each The parameter current is transferred in the corresponding displaying template of the displaying template group number and shows, to be to from each deployment Parameter current in the daily record data of system is monitored.

Further, because prefixed time interval may relate to the monitoring period of multiple deployment systems, so that, so that institute Received parameter current may also derive from multiple deployment systems, and need to distinguish it.Specifically, different deployment systems Different system banners is assigned during deployment, so that between different deployment systems area can be carried out by the system banner Point, the system banner for characterizing respective institute's source deployment system is also carried in the parameter current that each deployment system is transmitted, thus First system banner entrained in the parameter current received is read out, then each parameter current is classified according to system banner It is corresponding from different deployment systems.Because being used for the displaying of parameter display between the variant deployment system in same interface group Template group is also identical, thus each parameter current is divided into it is corresponding with each deployment system after, then will be corresponding with each deployment system Parameter current be transferred to show template group pair displaying template in show.Cause displaying template corresponding with template group is shown, Suitable for each deployment system with the displaying template group number, the parameter current of each deployment system is being transferred to displaying template During middle displaying, it can repeatedly call to template is shown, be shown with the parameter current to different deployment systems.Such as there is exhibition The deployment system for showing template group number includes M1, M2 and M3, and accordingly system banner is respectively m1, m2 and m3, this, which is received, works as In preceding parameter, including carrying the parameter of m1 and carrying the parameter of m3, then parameter current is divided into and M1 pairs according to system banner The parameter D1 and parameter D2 corresponding with M3 answered；And then to showing that template is called twice, D1 and D2 to be transferred to respectively Show that template is shown.

In view of relative to parameter current received by current preset time interval, in prefixed time interval before this, Corresponding parameter can be received, which can also be transferred in displaying template and be shown；To parameter current into When row is shown, can directly continue to use the displaying template shown before this, to avoid re-calling to showing template, and can realize and The comparison of parameter is corresponded to before this.Parameter D1 and parameter D2 corresponding with M3 such as corresponding for above-mentioned and M1, if before this with M1 and The corresponding parameter of M3 show when, to show template call, and for show template distribute respectively its corresponding system banner m1 and m3；, then can be according to system banner then in current presentation, determination corresponds to the displaying mould that parameter is shown respectively to M1 and M3 before this Plate, and parameter D1 and D2 are respectively transmitted to show in displaying template before this.By same interface group and show template group pair Each parameter current that each deployment system is transmitted in current preset time interval is received and is shown, is realized to daily record data The monitoring of each parameter in each deployment system with identical monitoring demand；And there is each portion of different monitoring demand to daily record data Administration's system then can be used different interface groups and show that template group carries out the reception and displaying of parameter；Pass through various inhomogeneities The interface group and displaying template group of type, realize and carry out daily record data monitoring to the deployment system of various different monitoring demands.

Further, described according to the system in another embodiment of monitoring method of multisystem daily record data of the present invention System mark, each parameter current, which is transferred to step shown in the corresponding displaying template of the displaying template group number, includes:

Step S41 classifies to each parameter current according to the system banner, determining to be with each deployment It unites corresponding system parameter current；

Further, during classifying to each parameter current according to system banner, there will be same system Mark characterization is divided into same class from the parameter current of same deployment system, i.e., each parameter current in same class comes Derived from identical deployment system；After the completion of classifying to each parameter current, then it can determine and be with corresponding to each deployment system System parameter current.

Step S42, reads the type identification carried in each system parameter current, and according to each type identification, Statistic of classification is carried out to each system parameter current, generates the system of all kinds of system parameter currents in each deployment system Count result；

In view of the parameter of the required monitoring of deployment system is related to multiple types, i.e., categorized obtained each deployment It is related to multiple types in the system parameter current of system, such as may has amount of access, response time, success rate various types. In order to show each parameter according to type in showing template, need to classify to the system parameter current of each deployment system. Each deployment system can distribute different type identifier according to different types when generating its daily record data, so that each deployment system The transmitted parameters data of system, i.e., carry the type identifier for characterizing its type in system parameter current.In determination After system parameter current possessed by each deployment system, as unit of each deployment system, reads in each system parameter current and taken The type identification of band, and statistic of classification is carried out to each system parameter current according to all types of marks, it generates each deployment system and is had The statistical result of some sorts of systems parameter currents.Wherein class number of the class number of statistical result by type identification, i.e., required prison The parameter type class number of control determines；As type identification includes access identities, response time mark and successfully marks in one embodiment Know three classes, i.e., the required parameter type monitored is three classes；Then according to all types of marks, classify to each system parameter current Statistics, the step of generating the statistical result of sorts of systems parameter current in each deployment system include:

Step S421, according to the access identities, response time mark and success flag, to each system parameter current In access data, response time data and successful data classify；

Understandably, when type identification includes access identities, response identification and success flag, then monitoring required for explanation Parameter type be access data, response data and successful data；Thus according to access identities, response identification and success flag, As unit of each deployment system, access the classification of data, corresponding data and successful data to each system parameter current.One by one Read the type identification that each system parameter current carries, and by type identification respectively with access identities, response identification and successfully Mark comparison, determine in three with the consistent mark of the type identification of reading；The consistent mark characterizes the system and currently joins Several types characterizes the system parameter current if consistent be identified as access identities as access data；When in each deployment system Each system parameter current carried out reading type identification and contrast operation, then complete system each in each deployment system is current Parameter is divided into access data, response time data and successful data.

The number of success of step S422, access times and the successful data to the access data count, And ratio is done with the number of success of statistics and the access times, generate Access Success Rate；

Further, access data are to access number generated to deployment system for each time in prefixed time interval According to, successful data be in prefixed time interval each time to deployment system successful access data generated；To access data Access times are counted, and the number to be accessed within a preset time interval to deployment system is characterized；Simultaneously to successfully counting Number of success in is counted, and is characterized within a preset time interval to the number of deployment system institute successful access.With statistics Obtained number of success and access times does ratio, and obtained ratio result is within a preset time interval to deployment system The Access Success Rate of successful access characterizes successful access number probability size shared in total access times.

Each response time data is divided into each preset time section by step S423, and to each described pre- If the quantity of possessed response time data is counted in time interval, each quantitative value is generated；

Further, it is previously provided with the preset time section of the different response times of multiple characterizations, as 1s to 2s, 2s are arrived Each preset time section such as 5s, 5s to 8s；It is bigger in the numerical value that preset time section is characterized, illustrate that the duration of response is got over It is long.Categorized obtained each response time data and each preset time section are compared, determine each response time data The preset time section at place, and then each response time data is divided into the preset time section where it.Hereafter right The quantity of possessed response time data is counted in each preset time section, is generated in each preset time section Quantitative value.If response time data includes 1.2s, 1.5s, 1.8s, 1.2s, 3s, 3.5s, 4s, 6s, then by contrast can by 1.2s, 1.5s, 1.8s, 1.2s are divided into 1s to 2s and are formed by preset time section, and 3s, 3.5s, 4s are divided into 2s to 5s institute In the preset time section of formation, 6s is divided into 5s to 8s and is formed by preset time section；And then to it is each default when Between in section the quantity of possessed response time data counted, the data volume for obtaining 1s to 2s is 4, the data of 2s to 5s Amount is 3, and the data volume of 5s to 8s is 2.

The total quantity of each quantitative value and the response time data is done ratio, generated each described pre- by step S424 If the response rate of time interval, and each response rate, access data, successful data and Access Success Rate are generated as each institute State the statistical result of all kinds of system parameter currents in deployment system.

Further, possessed data volume characterizes deployment system and rings to access in each preset time section At once, in each preset time section response times number；In order to be embodied in the journey of response times in each preset time section Degree height, counts the total quantity of response time data, which is deployment system within a preset time interval to each The total degree that secondary access is responded.Each quantitative value is done into ratio with total quantity respectively, generates the sound in each preset time section Should rate, the height of response times in each preset time section is characterized in by response rate, when the response rate in preset time section is got over Response times big then that explanation is in the preset time section are more, i.e., it is default to fall in this to the response time of access for deployment system The number of time interval is more.Such as the response time data of above-mentioned 1.2s, 1.5s, 1.8s, 1.2s, 3s, 3.5s, 4s, 6s, Its total quantity is 8, and it is respectively 0.5,0.375 and 0.125 that quantitative value and the total quantity, which are done the obtained response rate of ratio,；Explanation The probability that deployment system falls in the preset time section between 1s to 2s to the response time of access is larger.This is generated through statistics Response rate, access data, successful data and Access Success Rate, as sorts of systems parameter current in deployment system is carried out Count statistical result generated；To three as the access data of system parameter current, response time data and successful data Class data are counted, and obtained statistical result includes response rate, access data, successful data and Access Success Rate four Class；The class number of the statistical result can be set according to demand, after the completion of setting, that is, produce statistics corresponding with such number As a result；Each statistical result carries the type identification of its source systems parameter current, as response rate carries the response time Mark, Access Success Rate carry success flag etc..

Step S43 is called displaying template corresponding with the displaying template group number, and according to the type mark Know, each display area that each statistical result is added in the displaying template is shown.

Further, after the statistical result for generating sorts of systems parameter current, then corresponding to displaying template group number It shows that template is called, shows in template and be provided with different display areas, carried in each display area and characterize its exhibition Show the type identification of system parameter current type, to distinguish displaying to different types of system parameter current.Statistics is tied The type identification carried in fruit with the type identification comparison in display area, determines in display area one by one and statistical result has The intended display region of same type mark, then statistical result is added to intended display region and is shown.In each statistics As a result it is added to after each corresponding display area is shown, that is, completes the displaying to every statistical result.

Further, described by each system in another embodiment of monitoring method of multisystem daily record data of the present invention Include: after the step of each display area that meter result is added in the displaying template is shown

Step S44 reads each deployment system upper statistics generated in a upper prefixed time interval as a result, simultaneously According to the system banner, each statistical result and a upper statistical result are compared, each comparing result is generated；

Further, it in order to embody the operation situation of change of each deployment system, is provided with different prefixed time intervals The mechanism that all kinds of statistical results compare；Specifically, upper generated in a upper prefixed time interval to each deployment system One statistical result is read out, and each deployment system is unified in current preset time interval statistical result generated and this Meter result compares, and generates comparing result.Because involved deployment system is more, then according to system banner in comparison process It carries out, i.e., compares the upper statistical result and statistical result that identify with same system.It simultaneously will according to type identification All kinds of parameters in a upper statistical result and statistical result compare, with ensure to compare between the parameter of same type into Row；Such as the Access Success Rate in the Access Success Rate and a upper statistical result in statistical result in same deployment system is carried out pair Than.

The comparing result is added to the contrast district in the displaying template according to the type identification by step S45 It is shown, is updated with each statistical result shown to each display area in the displaying template.

Further, the type identification for characterizing its type is carried in every statistical result, by statistical result and upper one Statistical result compares in obtained comparing result, also right while carrying the type identification of its source statistic result The type mark is updated, and addition comparison mark, characterizes the comparing result by a certain type on the basis of the type mark Parameter data generated by contrast.It shows in the display area of template and is previously provided with contrast district, be arranged in contrast district Having characterization, it is used to show the type of institute's presentation parameter in the mark and contrast district of correlation data.To according to update Type identification determines the contrast district for showing and showing parameter type corresponding to comparing result in template, and then each comparison is tied Fruit is added in each contrast district for showing template according to type identification to be shown, and every system is shown in template to showing before this The display area of meter result is updated.

The real time data of daily record data in each deployment system can be additionally grabbed, and real time data displaying is being shown In template, by by the statistical result of real time data, sorts of systems parameter current in daily record data and characterization variation tendency Comparing result different display areas simultaneously show show template, convenient for each deployment system all kinds of monitoring datas prison Control, and then each deployment system is analyzed and optimized.

In view of the deployment system that monitoring server is monitored is numerous, there is corresponding displaying template in each deployment system, If respectively showing, template is shown in same interface, has an impact to the effect of displaying；To which settable unification is for each deployment The interface that the displaying template of system is managed just is jumped by selecting the deployment system for needing to show in the administration interface It is shown to displaying template corresponding to the deployment system.Specifically, to each system for showing that each display area is shown in template Include: after the step of meter result is updated

Step S46, when receive check instruction when, check that is carried in instruction checks system banner described in reading；

Step S47 checks that system banner corresponding to system banner and each displaying template compares for described, determines mesh Mark system mark；

Step S48 is called intended display template corresponding with goal systems mark, and by the target exhibition Show that template is output to monitoring interface and shows.

Further, the title of each deployment system is arranged in the form of virtual key and is shown in administration interface, and each Title virtual key carries the system banner of respectively corresponding deployment system；When have to the displaying template of a certain deployment system into It, can be to the deployment system by clicking the corresponding title virtual key of the deployment system in administration interface when row checks demand Show that template is checked possessed by system.Specifically, finger is checked using the clicking operation as what is checked to displaying template Order is received, and because checking that instruction is triggered according to the title virtual key of deployment system, carries system banner；It should System banner is used as and checks that system banner is read out, and will check system banner corresponding to system banner and each displaying template Comparison determines that the consistent goal systems mark of system banner is checked in each system banner neutralization；And then to the goal systems mark The intended display template of knowledge is called, which is the required displaying template checked.By the intended display Template is output to monitoring interface and shows, realization checks demand to the displaying template.

In addition, referring to figure 2., the present invention provides a kind of monitoring device of multisystem daily record data, in multisystem of the present invention In the monitoring device first embodiment of daily record data, the monitoring device of the multisystem daily record data includes:

Read module 10, for reading parameter type corresponding with the deployment request when receiving deployment request, and Judge in the system parameter of each deployment system with the presence or absence of target system parameters corresponding with the parameter type；

Distribution module 20, for target system parameters corresponding with the parameter type if it exists, then according to the target System parameter will be described to corresponding with the deployment request to deployment system distribution interface group number and displaying template group number Deployment system is updated to deployment system；

Calling module 30, for being connect to described when detection reaches prefixed time interval corresponding with the interface group number The corresponding interface of mouth group number is called, and receives the parameter current transmitted based on the interface；

Monitoring module 40, for reading system banner entrained in each parameter current, and according to the system mark Know, each parameter current is transferred in the corresponding displaying template of the displaying template group number and is shown, to from each institute The parameter current stated in the daily record data of deployment system is monitored.

The monitoring device of the multisystem daily record data of the present embodiment is read by read module 10 and is asked with the deployment received Corresponding parameter type is sought, and is judged in the system parameter of each deployment system with the presence or absence of target corresponding with parameter type system System parameter；If it exists then according to target system parameters, distribution module 20 is connect to corresponding with deployment request to deployment system distribution Mouth group number and displaying template group number, will be updated to deployment system to deployment system；Hereafter when detection reaches corresponding with interface group number Prefixed time interval when, calling module 30 is then called the corresponding interface of interface group number, and receive be based on the interface institute The parameter current of transmission；Monitoring module 40 is again read out system banner entrained in each parameter current, and according to the reading Each parameter current is transferred in displaying template corresponding with template group number is shown and shows, thus realization pair by the system banner taken Parameter current in the daily record data of each deployment system is monitored.Parameter class corresponding with deployment request in this programme Type is the parameter type to the required monitoring of deployment system for needing to dispose, and is joined when there is goal systems corresponding with parameter type When number, then illustrate there is the deployment system being monitored to the parameter type in the system parameter for each deployment system for having disposed completion System, so as to treat deployment system distribution interface group number and show template group number, will be wait dispose according to the target system parameters System is updated to deployment system；With same-interface group number and show that each deployment system of template group number is counted using same interface Data displaying is carried out according to transmission, and using same displaying template；And each portion with distinct interface group number and displaying template group number Administration's system is carried out data transmission using distinct interface, and carries out data displaying using different displaying templates；It is realizing to each deployment It is real also between each deployment system of identical monitoring demand while different monitoring demand between system carries out differentiation monitoring Existing interface and the multiplexing for showing template；While to accurately being monitored between each deployment system with its reapective features, save Monitoring resource.

Further, in another embodiment of monitoring device of multisystem daily record data of the present invention, the monitoring module is also For:

Further, in another embodiment of monitoring device of multisystem daily record data of the present invention, the type identification packet Include access identities, response time mark and success flag；The monitoring module is also used to:

Further, in another embodiment of monitoring device of multisystem daily record data of the present invention, the read module is also For:

Further, in another embodiment of monitoring device of multisystem daily record data of the present invention, the multisystem log The monitoring device of data further include:

Output module then exports the second prompt for target system parameters corresponding with the parameter type if it does not exist Information, with prompt, type is updated parameter preset based on the parameter；

Update module, for being connect when the parameter preset for receiving update, and update corresponding with the parameter preset of update Mouthful group number and update when showing template group number, then by the updates combination of interfaces and update displaying template group number be assigned as with it is described The corresponding interface group number and displaying template group number to deployment system of deployment request, is updated to deployment system to deployment system for described System.

Wherein, each virtual functions module of the monitoring device of above-mentioned multisystem daily record data is stored in multisystem shown in Fig. 3 It is real when processor 1001 executes the monitoring programme of multisystem daily record data in the memory 1005 of the monitoring device of daily record data The function of modules in existing embodiment illustrated in fig. 2.

Referring to Fig. 3, Fig. 3 is the device structure schematic diagram for the hardware running environment that present invention method is related to.

The monitoring device of multisystem daily record data of the embodiment of the present invention can be PC (personal computer, individual's meter Calculation machine), it is also possible to the terminal devices such as smart phone, tablet computer, E-book reader, portable computer.

As shown in figure 3, the monitoring device of the multisystem daily record data may include: processor 1001, such as CPU (Central Processing Unit, central processing unit), memory 1005, communication bus 1002.Wherein, communication bus 1002 for realizing the connection communication between processor 1001 and memory 1005.Memory 1005 can be high-speed RAM (random access memory, random access memory), is also possible to stable memory (non-volatile ), such as magnetic disk storage memory.Memory 1005 optionally can also be the storage dress independently of aforementioned processor 1001 It sets.

Optionally, the monitoring device of the multisystem daily record data can also include user interface, network interface, camera, RF (Radio Frequency, radio frequency) circuit, sensor, voicefrequency circuit, WiFi (Wireless Fidelity, WiMAX) Module etc..User interface may include display screen (Display), input unit such as keyboard (Keyboard), optional user Interface can also include standard wireline interface and wireless interface.Network interface optionally may include the wireline interface of standard, nothing Line interface (such as WI-FI interface).

It will be understood by those skilled in the art that the monitoring device structure of multisystem daily record data shown in Fig. 3 not structure The restriction of the monitoring device of pairs of multisystem daily record data may include components more more or fewer than diagram, or combine certain A little components or different component layouts.

As shown in figure 3, as may include operating system, network communication in a kind of memory 1005 of readable storage medium storing program for executing The monitoring programme of module and multisystem daily record data.Operating system is to manage and control the monitoring device of multisystem daily record data The program of hardware and software resource supports the monitoring programme of multisystem daily record data and the operation of other softwares and/or program. Network communication module is for realizing the communication between the 1005 each component in inside of memory, and the monitoring with multisystem daily record data It is communicated between other hardware and softwares in equipment.

In the monitoring device of multisystem daily record data shown in Fig. 3, processor 1001 is for executing in memory 1005 The monitoring programme of the multisystem daily record data of storage realizes the step in each embodiment of monitoring method of above-mentioned multisystem daily record data Suddenly.

The present invention provides a kind of readable storage medium storing program for executing, the readable storage medium storing program for executing is stored with one or more than one journey Sequence, the one or more programs can also be executed by one or more than one processor for realizing above-mentioned more Step in each embodiment of the monitoring method of syslog data.

It should also be noted that, herein, the terms "include", "comprise" or its any other variant are intended to non- It is exclusive to include, so that the process, method, article or the device that include a series of elements not only include those elements, It but also including other elements that are not explicitly listed, or further include solid by this process, method, article or device Some elements.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including There is also other identical elements in the process, method of the element, article or device.

The serial number of the above embodiments of the invention is only for description, does not represent the advantages or disadvantages of the embodiments.

Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment side Method can be realized by means of software and necessary general hardware platform, naturally it is also possible to by hardware, but in many cases The former is more preferably embodiment.Based on this understanding, technical solution of the present invention substantially in other words does the prior art The part contributed out can be embodied in the form of software products, which is stored in one as described above In readable storage medium storing program for executing (such as ROM/RAM, magnetic disk, CD), including some instructions are used so that a terminal device (can be hand Machine, computer, server or network equipment etc.) execute method described in each embodiment of the present invention.

The above description is only a preferred embodiment of the present invention, is not intended to limit the scope of the invention, all at this Under the design of invention, using equivalent structure transformation made by description of the invention and accompanying drawing content, or directly/it is used in it indirectly He is included in scope of patent protection of the invention relevant technical field.

Claims

1. a kind of monitoring method of multisystem daily record data, which is characterized in that the monitoring method packet of the multisystem daily record data Include following steps:

When receiving deployment request, parameter type corresponding with the deployment request is read, and judge each deployment system is It whether there is target system parameters corresponding with the parameter type in parameter of uniting；

Target system parameters corresponding with the parameter type if it exists, then according to the target system parameters, to the portion Administration's request is corresponding to deployment system distribution interface group number and displaying template group number, is updated to dispose to deployment system by described System；

When detection reaches prefixed time interval corresponding with the interface group number, the corresponding interface of the interface group number is carried out It calls, and receives the parameter current transmitted based on the interface；

System banner entrained in each parameter current is read, and according to the system banner, by each parameter current It is transferred in the corresponding displaying template of the displaying template group number and shows, to the daily record data for deriving from each deployment system In parameter current be monitored.

2. the monitoring method of multisystem daily record data as described in claim 1, which is characterized in that described according to the system mark Know, each parameter current, which is transferred to step shown in the corresponding displaying template of the displaying template group number, includes:

According to the system banner, classify to each parameter current, determining system corresponding with each deployment system Parameter current；

The type identification carried in each system parameter current is read, and according to each type identification, to each system Parameter current carries out statistic of classification, generates the statistical result of all kinds of system parameter currents in each deployment system；

Displaying template corresponding with the displaying template group number is called, and according to the type identification, by each system Each display area that meter result is added in the displaying template is shown.

3. the monitoring method of multisystem daily record data as claimed in claim 2, which is characterized in that described to tie each statistics Include: after the step of each display area that fruit is added in the displaying template is shown

Each deployment system upper statistics generated in a upper prefixed time interval is read as a result, and according to the system Mark, each statistical result and a upper statistical result are compared, each comparing result is generated；

According to the type identification, the contrast district that the comparing result is added in the displaying template is shown, with Each statistical result shown to each display area in the displaying template is updated.

4. the monitoring method of multisystem daily record data as claimed in claim 3, which is characterized in that described to the displaying template In include: after each statistical result for showing of each display area the step of being updated

It checks that system banner corresponding to system banner and each displaying template compares for described, determines that goal systems identifies；

Intended display template corresponding with goal systems mark is called, and the intended display template is output to Monitoring interface is shown.

5. the monitoring method of multisystem daily record data as claimed in claim 2, which is characterized in that the type identification includes visiting Ask mark, response time mark and success flag；It is described according to each type identification, each system parameter current is carried out Statistic of classification, the step of generating the statistical result of all kinds of system parameter currents in each deployment system include:

According to the access identities, the response time mark and success flag, in each system parameter current access data, Response time data and successful data are classified；

The access times and the number of success of the successful data of the access data are counted, and with the institute counted It states number of success and the access times does ratio, generate Access Success Rate；

Each response time data is divided into each preset time section, and to institute in each preset time section The quantity for the response time data having is counted, and each quantitative value is generated；

The total quantity of each quantitative value and the response time data is done into ratio, generates the sound in each preset time section Should rate, and each response rate, access data, successful data and Access Success Rate are generated as in each deployment system respectively The statistical result of system parameter current described in class.

6. the monitoring method of multisystem daily record data as described in any one in claim 1-5, which is characterized in that described when reception To when deployment request, reading the step of requesting corresponding parameter type with the deployment includes:

When receiving deployment request, the environment version number to deployment system is read, and judge that the environment version number is No is effective version number；

If effective version number, then the log path to deployment system is read, and pre- the log path to be added to If after configuration file, reading parameter type corresponding with the deployment request；

7. the monitoring method of multisystem daily record data as claimed in claim 6, which is characterized in that each deployment system of judgement System parameter in whether there is target system parameters corresponding with the parameter type the step of after include:

Target system parameters corresponding with the parameter type if it does not exist, then export the second prompt information, is based on institute with prompt Parameter type is stated to be updated parameter preset；

When the parameter preset for receiving update, and update interface group number corresponding with the parameter preset of update and update show mould When board No., then it is corresponding wait dispose with the deployment request update combination of interfaces and update to be shown that template group number is assigned as The interface group number and displaying template group number of system, are updated to deployment system to deployment system for described.

8. a kind of monitoring device of multisystem daily record data, which is characterized in that the monitoring device packet of the multisystem daily record data It includes:

Read module for reading parameter type corresponding with the deployment request when receiving deployment request, and judges each It whether there is target system parameters corresponding with the parameter type in the system parameter of deployment system；

Distribution module is then joined according to the goal systems for target system parameters corresponding with the parameter type if it exists Number, to corresponding with the deployment request to deployment system distribution interface group number and displaying template group number, by described wait dispose System update is deployment system；

Calling module, for when detection reaches prefixed time interval corresponding with the interface group number, to the interface group number Corresponding interface is called, and receives the parameter current transmitted based on the interface；

Monitoring module will be each for reading system banner entrained in each parameter current, and according to the system banner The parameter current is transferred in the corresponding displaying template of the displaying template group number and shows, to be to from each deployment Parameter current in the daily record data of system is monitored.

9. a kind of monitoring device of multisystem daily record data, which is characterized in that the monitoring device packet of the multisystem daily record data It includes: the monitoring programme of memory, processor, communication bus and the multisystem daily record data being stored on the memory；

The processor is used to execute the monitoring programme of the multisystem daily record data, to realize as any in claim 1-7 The step of monitoring method of multisystem daily record data described in.

10. a kind of readable storage medium storing program for executing, which is characterized in that be stored with the prison of multisystem daily record data on the readable storage medium storing program for executing Program is controlled, is realized when the monitoring programme of the multisystem daily record data is executed by processor such as any one of claim 1-7 institute The step of monitoring method for the multisystem daily record data stated.