CN105468499A - System and method for managing scheduler - Google Patents
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- CN105468499A CN105468499A CN201410448408.5A CN201410448408A CN105468499A CN 105468499 A CN105468499 A CN 105468499A CN 201410448408 A CN201410448408 A CN 201410448408A CN 105468499 A CN105468499 A CN 105468499A
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Abstract
The present invention provides a system and a method for managing a scheduler. The system comprises a management module, a scheduler module and a log pool. The management module is used for sending each configuration information in one of more scheduler modules to the log pool, obtaining at least a part of an execution log of a designated scheduler module of one or more modules in the log pool, and monitoring an executing state of the designated scheduler module based on the at least one part of the execution log of the designated scheduler module. The scheduler module is used for obtaining configuration information from the log pool, scheduling an execution of one or more scheduler modules according to the configuration information, and sending each execution log of one or more scheduler modules to the log pool. The log pool is used for storing the configuration information and each execution log of one or more scheduler modules. According to the system and the method for managing scheduler provided by the present invention, application deployment, and monitoring efficiency and accuracy can be improved by using the management module, and each log executed alone can be simply checked by using the log pool, thereby reducing difficulty of a troubleshooting.
Description
Technical field
The present invention relates to field of computer technology, in particular to the system and method for administration scheduler.
Background technology
Along with hundreds of system is established the daily operation and business supporting enterprise's (such as, SMIC), server end or database are disposed and with target date/program that the time reruns also sharply is increased to hundreds of.These hundreds of programs, at running background, do not provide the interface mutual with people and interface, for slip-stick artist or or even user for, it is difficult for wanting to know current operating conditions, historical operational information and performance.When to carry out trouble hunting when occurring abnormal be also consuming time and require extra resource and energy.But these are disposed the program that timing automatic on the server performs and perform data operation on time for repeating, and data correctness but plays the important and role of key.Therefore, enterprises needs a good tool to help manage and dispatch the program of these robotizations.
In existing scheduler program actualizing technology, program is prepared with Java language or DB process by slip-stick artist, and allowance supvr is in Linux server or oracle database deploy program and the program that will at the appointed time repeat is set up in the order using server to provide.After program is set up, the information about scheduler program is very rare.Not about the information of the start and end time of each run, do not know the straightforward procedure of the state of each run, but must by ransacing server log, this is very consuming time.In addition, when there is exception or result is not expectation, trouble shooting procedure is difficult.The data when scheduler program that possibly cannot reduce is performed and parameter.In addition, scheduler program is deployed and operates on different servers or database and easily to pass out of mind, because they are at running background.When the number of scheduler program is increased to hundreds of, carrying out managing is difficult task.
Therefore, need to propose a kind of method for administration scheduler, to solve the problem.
Summary of the invention
For the deficiencies in the prior art, the invention provides a kind of system for administration scheduler, comprise administration module, scheduler module and daily record pond.Described administration module is used for the executing state the monitoring described appointment scheduler program at least partially configuration information of each in one or more scheduler program being sent to described daily record pond, obtaining the execution journal at least partially and based on described appointment scheduler program of the execution journal of the appointment scheduler program described one or more scheduler program from described daily record pond.Described scheduler module is for obtaining described configuration information, according to the execution of the one or more scheduler program of described configuration information execution cost from described daily record pond and the execution journal of each described one or more scheduler program is sent to described daily record pond.Described daily record pond is for storing the execution journal of each in described configuration information and described one or more scheduler program.
As preferably, described administration module is further used for sending administration order with enable or forbid described scheduler module to described scheduler module.
As preferably, described system comprises user interactive module further, and it can communicate with described administration module and for showing the administration interface be associated with described one or more scheduler program.
As preferably, described administration module comprises built-in analysis module, analyzing the execution time cost of described appointment scheduler program within the selected period at least partially for the execution journal according to described appointment scheduler program, described user interactive module is further used for the described built-in analysis module of display to the analysis result of described execution time cost.
As preferably, described user interactive module is further used for showing the execution journal of described appointment scheduler program at least partially.
As preferably, described user interactive module is further used for receiving the input information from user, and described configuration information generates based on described input information.
As preferably, described scheduler module comprises audiomonitor module, wherein said administration module is further used for the control information be associated with the selected scheduler program in described one or more scheduler program to be sent to described scheduler module, and described audiomonitor module is for monitoring described control information and controlling the execution of described selected scheduler program according to described control information.
As preferably, described scheduler module comprises abnormal monitoring module and notification module, wherein said abnormal monitoring module is for monitoring any exception in described one or more scheduler program, described notification module is used for when described exception occurs, and described exception is informed to the notify object specified by configuration information that abnormal scheduler program occurs.
As preferably, described scheduler module is further used for any one synchronous regime in described one or more scheduler program being sent to described daily record pond or obtaining described synchronous regime from described daily record pond, and described daily record pond is further used for storing described synchronous regime.
As preferably, described scheduler module is embodied as the dispatch server based on Java technology and Quartz framework.
As preferably, described scheduler module is embodied as dispatch server based on Java technology and Quartz framework and database.
According to a further aspect of the invention, a kind of method for administration scheduler is also provided, comprises: the configuration information of each in one or more scheduler program is sent to daily record pond by administration module; Scheduler module obtains described configuration information from described daily record pond and according to the execution of the one or more scheduler program of described configuration information execution cost; The execution journal of each in described one or more scheduler program is sent to described daily record pond by described scheduler module; And described administration module obtains the executing state monitoring described appointment scheduler program at least partially of the execution journal at least partially and based on described appointment scheduler program of the execution journal of the appointment scheduler program described one or more scheduler program from described daily record pond.
According to the present invention, the scheduler program that can come centralized control and management backstage by use management module is disposed with improvement program and the efficiency of monitoring and accuracy, and it can help management to become simple.In addition, the execution journal of the scheduler program disposed can be kept in daily record pond and to be associated with performing at every turn, and daily record pond can be utilized to check simply and easily, and about each daily record performed separately, this is conducive to the difficulty of reduction trouble hunting.
Accompanying drawing explanation
Following accompanying drawing of the present invention in this as a part of the present invention for understanding the present invention.Shown in the drawings of embodiments of the invention and description thereof, be used for explaining principle of the present invention.
In accompanying drawing:
Fig. 1 shows the schematic block diagram of the system for administration scheduler according to the embodiment of the present invention;
Fig. 2 shows the illustrative examples of the system for administration scheduler according to the embodiment of the present invention;
Fig. 3 is the exemplary built-in analytic function interface according to the embodiment of the present invention;
Fig. 4 is the example log history interface according to the embodiment of the present invention; And
Fig. 5 shows the process flow diagram of the method for administration scheduler according to the embodiment of the present invention.
Embodiment
In the following description, a large amount of concrete details is given to provide more thorough understanding of the invention.But, it is obvious to the skilled person that the present invention can be implemented without the need to these details one or more.In other example, in order to avoid obscuring with the present invention, technical characteristics more well known in the art are not described.
In order to thoroughly understand the present invention, by following description, detailed step is proposed, so as to explain the present invention propose.Obviously, the specific details that the technician that execution of the present invention is not limited to computer realm has the knack of.Preferred embodiment of the present invention is described in detail as follows, but except these are described in detail, the present invention can also have other embodiments.
Should be understood that, " comprise " when using term in this manual and/or " comprising " time, it indicates exists described feature, entirety, step, operation, element and/or assembly, but does not get rid of existence or additional other features one or more, entirety, step, operation, element, assembly and/or their combination.
Below, the system and method for administration scheduler of the present invention's proposition is described with reference to Fig. 1-5.Scheduler program as herein described refers to can be resident and operate in application on computing system (such as server), program, process, process or thread etc.
In one aspect of the invention, a kind of system for administration scheduler is disclosed.Described system comprises administration module, scheduler module and daily record pond.Described administration module is for implementing following functions: the configuration information of each in one or more scheduler program is sent to described daily record pond, obtains the executing state monitoring described appointment scheduler program at least partially of the execution journal at least partially and based on described appointment scheduler program of the execution journal of the appointment scheduler program described one or more scheduler program from described daily record pond.Described scheduler module is for obtaining described configuration information, according to the execution of the one or more scheduler program of described configuration information execution cost from described daily record pond and the execution journal of each described one or more scheduler program is sent to described daily record pond.Described daily record pond is for storing the execution journal of each in described configuration information and described one or more scheduler program.Present composition graphs 1 describes the system for administration scheduler disclosed in this invention.Fig. 1 illustrates the schematic block diagram of the system 100 for administration scheduler according to the embodiment of the present invention.System 100 comprises administration module 101, scheduler module 102 and daily record pond 103.It should be appreciated by those skilled in the art that administration module 101, scheduler module 102 and daily record pond 103 can be separately located in different server ends or be positioned at identical server end.The embodiment of system 100 is as described below.Scheduler module 102 may be used for the life cycle of the scheduler program of each local disposition of control and management.It should be appreciated by those skilled in the art that scheduler module 102 can control the execution of the scheduler program of arbitrary number, this is not limited herein.Hereafter will with scheduler module 102 Control and Schedule program 104
1, 104
2104
nfor example illustrates.Described administration module 101 is first by scheduler program 104
1, 104
2104
nconfiguration information be sent to described daily record pond 103.Scheduler program comprises but is not limited to following content: periodically Data Collection and data processing; Repeatedly collect customer data from built-in system, and data are supplied to client; Event detection and notice.Configuration information can comprise the essential information of scheduler program, schedule information and announcement information.Described essential information includes but not limited to the title of scheduler program, affiliated group, team, standard operating procedure (SOP), specification documents and supplementary etc.Whether described schedule information includes but not limited to scheduling time, passes a parameter, priority setting, the setting of time-out (timeout) time, scheduler program position (such as whether being deployed on uniform machinery or different machines) etc.Described announcement information includes but not limited to the event etc. that advice method, notify object, needs notify.Described daily record pond 103 memory scheduler 104
1, 104
2104
nconfiguration information.Scheduler module 102 obtains scheduler program 104 from described daily record pond 103
1, 104
2104
nconfiguration information.Scheduler module 102 is respectively according to scheduler program 104 afterwards
1, 104
2104
nconfiguration information execution cost scheduler program 104
1, 104
2104
nexecution.Afterwards, scheduler module 102 is by scheduler program 104
1, 104
2104
nexecution journal be sent to daily record pond 103.Daily record pond 103 stores each execution journal.Scheduler program the term of execution can generate execution journal, wherein have recorded execution history and the status information of scheduler program.Such as, configuration information is utilized can to control the execution start time, performance period, deployed position etc. of corresponding scheduler program.Afterwards, if need monitor scheduler 104
1executing state within certain period, then described administration module 101 can obtain scheduler program 104 from described daily record pond 103
1execution journal within this period, i.e. a part for its execution journal.Based on scheduler program 104
1execution journal within this period, administration module 101 can monitor scheduler 104
1executing state.Such as can check scheduler program 104 in this period
1history perform information, to scheduler program 104 in this period
1execution time cost carry out analysis and comparison etc.Two or more that it will be understood by those skilled in the art that in described administration module 101, described scheduler module 102 and described daily record pond 103 can physically on same server or all on a different server.
According to the present invention, the scheduler program that can come centralized control and management backstage by use management module is disposed with improvement program and the efficiency of monitoring and accuracy, and it can help management to become simple.In addition, the execution journal of the scheduler program disposed can be kept in daily record pond and to be associated with performing at every turn, and daily record pond can be utilized to check simply and easily, and about each daily record performed separately, this is conducive to the difficulty of reduction trouble hunting.
Below in conjunction with Fig. 2, the system for administration scheduler provided by the present invention is described in detail.Fig. 2 shows the illustrative examples of the system for administration scheduler according to the embodiment of the present invention.In the example shown in figure 2, described administration module 101 is embodied as management server 201.Described scheduler module 102 is embodied as two dispatch servers, i.e. dispatch server 1202
1with dispatch server 2202
2, these two dispatch servers can be identical or different.Described daily record pond 103 is embodied as persistant data storehouse 203.Scheduler program comprises by described dispatch server 1202
1the running job 1 dispatched and running job 2 and by described dispatch server 2202
2the running job 3 dispatched and running job 4.Described running job 1-4 can be java applet, and it operates in Java Virtual Machine.In addition, described scheduler program can also comprise by dispatch server 1202
1or dispatch server 2202
2or the database that independent dispatch server is dispatched (DB) process.Described dispatch server realizes based on Java technology and Quartz framework.First, the configuration information of described running job 1-4 is sent to described persistant data storehouse 203 by described management server 201, is stored the configuration information of described running job 1-4 by described persistant data storehouse 203.Described management server 201 communicates with the mode of described persistant data storehouse 203 via Java DataBase combining (JDBC).Afterwards, described dispatch server 1202
1that store in described persistant data storehouse 203, running job 1 and running job 2 configuration information can be read, and respectively according to running job 1 and the configuration information execution cost running job 1 of running job 2 and the execution of running job 2.The term of execution, respective execution journal can be sent it back dispatch server 1202 by running job 1 and running job 2
1and by dispatch server 1202
1execution journal is sent to daily record pond.When execution cost running job 1, when starting to perform running job 1, described dispatch server 1202
1the synchronous regime of running job 1 can be sent to described persistant data storehouse 203.During execution running job 1, described dispatch server 1202
1the execution journal of running job 1 can be sent to described persistant data storehouse 203.Described persistant data storehouse 203 stores synchronous regime and the execution journal of described running job 1.When stopping performing running job 1, dispatch server 1202
1again can send synchronous regime to described persistant data storehouse 203.Suppose that management server 201 is to dispatch server 1202 running job 1 the term of execution
1send control information to require dispatch server 1202
1the execution of operation suspension operation 1, dispatch server 1202
1synchronous regime is now sent to described persistant data storehouse 203, and synchronous regime now represents running job 1 in the executing state suspending the moment.Afterwards, management server 201 can again to dispatch server 1202
1send control information to require dispatch server 1202
1continue the execution of running job 1, then now dispatch server 1202
1first read the synchronous regime of running job 1 when suspending from persistant data storehouse 203, under this state, continue the execution of running job 1 afterwards.Described management server 201 can read the execution journal of running job 1 at least partially from described persistant data storehouse 203, for being such as presented at the display screen of client when needed.The executive mode of running job 2 is identical with running job 1, does not repeat them here.In addition, described dispatch server 2202
2can with described dispatch server 1202
1similar mode execution cost running job 3 and the execution of described running job 4, do not repeat them here.Described dispatch server 1202
1with described dispatch server 2202
2can communicate via JDBC with described database 203.
In one embodiment, described administration module 101 can be further used for sending administration order with enable or forbid described scheduler module 102 to described scheduler module 102.As shown in Figure 2, administration order can be sent to dispatch server 1202 by Java remote method invocation (RMI) (RMI) by management server 201
1with dispatch server 2202
2.Described administration order can Control and Schedule server 1202
1with dispatch server 2202
2enable and forbidding.In other embodiments, the server controls dispatch server 1202 beyond management server 203 can also be adopted
1and/or dispatch server 2202
2enable and forbidding.By management server 203 Control and Schedule server 1202
1with dispatch server 2202
2when, first by management server 202
2transmission administration order so that it is enable, is configured the transmission of information to these two dispatch servers afterwards.
In one embodiment, described system 100 may further include user interactive module 105, and it can communicate with described administration module 101 and for showing the administration interface be associated with described one or more scheduler program.Described user interactive module 105 can be positioned at client, and it can be display screen.It should be appreciated by those skilled in the art that can display management interface on display screen.User can pass through input media, and such as keyboard, touch-screen etc. arrange the relevant information of the scheduler program of such as running job 1-4 on administration interface, such as, perform start time, performance period, deployed position etc.Via administration interface, user can manage the execution of the scheduler program of such as running job 1-4.It will be understood by those skilled in the art that administration interface can be the network application operating in client, such as browser component, it realizes based on java applet, runs on a java virtual machine and it can access administration module 101.In this case, administration interface needs to realize in JavaServlet container.
In one embodiment, described administration module 101 can comprise built-in analysis module (not shown), analyzing the execution time cost of described appointment scheduler program within the selected period at least partially for the execution journal according to described appointment scheduler program.Described user interactive module 105 can be further used for the described built-in analysis module of display to the analysis result of described execution time cost.Execution time cost in seclected time section can be made trend map and be used for further analysis by described built-in analysis module.Fig. 3 is the exemplary built-in analytic function interface according to the embodiment of the present invention.As shown in Figure 3, horizontal ordinate is the start time that operation performs at every turn, and ordinate is that operation performs the spent time at every turn.This built-in analytic function can also help to understand the factor affecting Job execution by Inspection execution performance.Utilize described trend map, user can the monitoring task execution time, and when continuing when implemented rise so that may occur time-out and operation may be caused to prove an abortion, this failure can be found and detect as early as possible.It will be understood by those skilled in the art that and other attributes can also be added in this trend map, such as, the number of data handled at every turn performing can be added trend map.
In one embodiment, described user interactive module 105 can be further used for showing the execution journal of described appointment scheduler program at least partially.Execution journal to be kept in daily record pond and to be associated with performing at every turn by system.Daily record pond can be utilized to check simply and easily about each daily record performed separately.Fig. 4 is the example log history interface according to the embodiment of the present invention.As shown in Figure 4, via administration module and daily record pond, the history execution journal of selected operation can be concentrated in detail by user interactive module 105, such as shown by display screen, therefore user can be helped to check history execution journal easily, this is conducive to accelerating trouble shooting procedure, and without the need to expending extra time and efforts to ransack server log.
In one embodiment, described user interactive module 105 can be further used for receiving the input information from user, and described configuration information generates based on described input information.User interactive module 105 can be touch-screen or can be the input media of display screen and such as keyboard.By touch-screen or keyboard, the relevant information to scheduler program is arranged user, and the input information that aforementioned arrangements information can input based on user generates.Be understandable that, configuration information also can be preset in administration module 101 by supvr.In addition, aforementioned control information and administration order all can generate based on input information.Such as, scheduler program just the term of execution, user inputs the instruction of execution suspending scheduler program, and this scheduler program module that can be scheduled is suspended.Afterwards, user can input the instruction of the execution of restarting scheduler program, and scheduler module can continue to perform this scheduler program.User interactive module 105 receives input information can make administration module and user carry out alternately, makes user can the execution of monitor scheduler at any time easily.
In one embodiment, described scheduler module 102 can comprise audiomonitor module (not shown).Described administration module 101 can be further used for the control information be associated with the selected scheduler program in described one or more scheduler program to be sent to described scheduler module 102.Described audiomonitor module may be used for monitoring described control information and controls the execution of described selected scheduler program according to described control information.Described control information includes but not limited to perform about starting, suspend the control information performing, continue execution and terminate to perform.Above to this has been description, do not repeat them here.The realization of audiomonitor module can facilitate administration module 101 pairs of scheduler programs to implement some additional controls except configuration information.
In one embodiment, described scheduler module 102 can comprise abnormal monitoring module and notification module (not shown).Described abnormal monitoring module may be used for monitoring any exception in described one or more scheduler program.Described notification module is used for when described exception occurs, and described exception is informed to the notify object specified by configuration information that abnormal scheduler program occurs.Such as, when scheduler program fails to perform or execution time time-out etc. is abnormal on time, abnormal monitoring module monitors is to this exception.This exception can be sent to predetermined notify object by notification module afterwards, such as, use the mode of mail to inform supvr.This abnormal monitoring and informing mechanism are conducive to carrying out more effective monitoring to scheduler program.
In one embodiment, described scheduler module 102 can be further used for any one synchronous regime in described one or more scheduler program being sent to described daily record pond 103 or obtaining described synchronous regime from described daily record pond 103, and described daily record pond 103 is further used for storing described synchronous regime.Synchronous regime is described above, is not repeating at this.
In one embodiment, described scheduler module 102 can be implemented as the dispatch server based on Java technology and Quartz framework.In another embodiment, described scheduler module 102 can be implemented as dispatch server based on Java technology and Quartz framework and database.Referring back to Fig. 2, when described scheduler program is DB process, described scheduler module 102 can be implemented as dispatch server 2202
2with database 204.DB process comprises DB operation 1 and DB operation 2.It will be understood by those skilled in the art that can with described dispatch server 1202
1or other suitable dispatch servers replace dispatch server 2202 arbitrarily
2.As shown in Figure 2, dispatch server 2202
2the execution of control DB operation 1 and DB operation 2.The configuration information of wherein said DB operation 1 and DB operation 2 is also to be stored in persistant data storehouse 203 by management server 201 and by described dispatch server 2202
2read.Described DB operation 1 and DB operation 2 realize in database 204.Owing to can directly communicate between database, so the execution journal of DB operation 1 and DB operation 2 can be directly sent to described persistant data storehouse 203 and not need execution journal to turn back to dispatch server 2202 by described database 204
2.Database 204 and persistant data storehouse 203 are connected by DB and communicate.
According to a further aspect of the present invention, a kind of method for administration scheduler is disclosed.Fig. 5 shows the process flow diagram of the method 500 for administration scheduler according to the embodiment of the present invention.Method 500 comprises the following steps.In step S501, the configuration information of each in one or more scheduler program is sent to daily record pond by administration module.In step S502, scheduler module obtains described configuration information from described daily record pond and according to the execution of the one or more scheduler program of described configuration information execution cost.In step S503, the execution journal of each in described one or more scheduler program is sent to described daily record pond by described scheduler module.In step S504, described administration module obtains the executing state monitoring described appointment scheduler program at least partially of the execution journal at least partially and based on described appointment scheduler program of the execution journal of the appointment scheduler program described one or more scheduler program from described daily record pond.
In the above description about the system for administration scheduler, describe for the administration module involved by the method for administration scheduler, scheduler module and daily record pond.Those skilled in the art can understand its concrete structure and the method for operation about the description of the embodiment of the system for administration scheduler above also combining with reference to figure 1-4.For simplicity, omit it at this to specifically describe.
The present invention is illustrated by above-described embodiment, but should be understood that, above-described embodiment just for the object of illustrating and illustrate, and is not intended to the present invention to be limited in described scope of embodiments.In addition it will be appreciated by persons skilled in the art that the present invention is not limited to above-described embodiment, more kinds of variants and modifications can also be made according to instruction of the present invention, within these variants and modifications all drop on the present invention's scope required for protection.Protection scope of the present invention defined by the appended claims and equivalent scope thereof.
Claims (12)
1., for a system for administration scheduler, comprise administration module, scheduler module and daily record pond, wherein
Described administration module is used for the executing state the monitoring described appointment scheduler program at least partially configuration information of each in one or more scheduler program being sent to described daily record pond, obtaining the execution journal at least partially and based on described appointment scheduler program of the execution journal of the appointment scheduler program described one or more scheduler program from described daily record pond;
Described scheduler module is for obtaining described configuration information, according to the execution of the one or more scheduler program of described configuration information execution cost from described daily record pond and the execution journal of each described one or more scheduler program is sent to described daily record pond;
Described daily record pond is for storing the execution journal of each in described configuration information and described one or more scheduler program.
2. system according to claim 1, is characterized in that, described administration module is further used for sending administration order with enable or forbid described scheduler module to described scheduler module.
3. system according to claim 1, is characterized in that, described system comprises user interactive module further, and it can communicate with described administration module and for showing the administration interface be associated with described one or more scheduler program.
4. system according to claim 3, it is characterized in that, described administration module comprises built-in analysis module, analyzing the execution time cost of described appointment scheduler program within the selected period at least partially for the execution journal according to described appointment scheduler program, described user interactive module is further used for the described built-in analysis module of display to the analysis result of described execution time cost.
5. system according to claim 3, is characterized in that, described user interactive module is further used for showing the execution journal of described appointment scheduler program at least partially.
6. system according to claim 3, is characterized in that, described user interactive module is further used for receiving the input information from user, and described configuration information generates based on described input information.
7. system according to claim 1, is characterized in that, described scheduler module comprises audiomonitor module, wherein
Described administration module is further used for the control information be associated with the selected scheduler program in described one or more scheduler program to be sent to described scheduler module;
Described audiomonitor module is for monitoring described control information and controlling the execution of described selected scheduler program according to described control information.
8. system according to claim 1, is characterized in that, described scheduler module comprises abnormal monitoring module and notification module, wherein
Described abnormal monitoring module is for monitoring any exception in described one or more scheduler program;
Described notification module is used for when described exception occurs, and described exception is informed to the notify object specified by configuration information that abnormal scheduler program occurs.
9. system according to claim 1, it is characterized in that, described scheduler module is further used for any one synchronous regime in described one or more scheduler program being sent to described daily record pond or obtaining described synchronous regime from described daily record pond, and described daily record pond is further used for storing described synchronous regime.
10. system according to claim 1, is characterized in that, described scheduler module is embodied as the dispatch server based on Java technology and Quartz framework.
11. systems according to claim 1, is characterized in that, described scheduler module is embodied as dispatch server based on Java technology and Quartz framework and database.
12. 1 kinds, for the method for administration scheduler, comprising:
The configuration information of each in one or more scheduler program is sent to daily record pond by administration module;
Scheduler module obtains described configuration information from described daily record pond and according to the execution of the one or more scheduler program of described configuration information execution cost;
The execution journal of each in described one or more scheduler program is sent to described daily record pond by described scheduler module; And
Described administration module obtains the executing state monitoring described appointment scheduler program at least partially of the execution journal at least partially and based on described appointment scheduler program of the execution journal of the appointment scheduler program described one or more scheduler program from described daily record pond.
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| CN103678053A (en) * | 2012-09-07 | 2014-03-26 | 研祥智能科技股份有限公司 | Computer self-check method and system |
| CN103823852A (en) * | 2014-02-14 | 2014-05-28 | 北京国双科技有限公司 | Method and device for processing database server logs |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108509515A (en) * | 2018-03-09 | 2018-09-07 | 广州天维信息技术股份有限公司 | A kind of method and system of monitoring data library batch processing |
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