CN103645909A - Handling method and device for timed task - Google Patents
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- CN103645909A CN103645909A CN201310743715.1A CN201310743715A CN103645909A CN 103645909 A CN103645909 A CN 103645909A CN 201310743715 A CN201310743715 A CN 201310743715A CN 103645909 A CN103645909 A CN 103645909A
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Abstract
The invention discloses a handling method for a timed task. The method comprises steps of dividing a preset timed task into a plurality of sub tasks and storing; obtaining an edit order for the timed task, wherein the edit order for the timed task comprises sub tasks of the timed task, dispatch information of the timed task, and operating condition of the timed task; taking sub tasks corresponding to the edit order of the timed task according to the edit order of the timed task, recombining the sub tasks so as to obtain the timed task, adding dispatch information of the timed unit and the operating condition of the timed task for the timed task; storing the timed task into the list of the timed task. The invention also discloses a handling device for the timed task. According to the handling method and the handling device, the timed task is processed more flexibly, and the processing efficiency for the timed task is also improved.
Description
Technical field
The present invention relates to computer realm, relate in particular to a kind of disposal route and device of timed task.
Background technology
In software systems, the use of timed task is very general, and developer first presets the content of timed task and working time.Then system is automatically carried out corresponding operation according to the content of timed task after arriving working time.
But the requirement of timed task is by the change along with factors such as demand, time, running environment, system loads and difference, above-mentioned predefined timed task difference satisfy the demands simultaneously, when needs are revised timed task, the personnel of needing repairing stop software systems, revise relevant timed task time and content in source code, more amended software systems are redeployed to server.Therefore there is following shortcoming in the processing of the timed task of prior art:
(1) while revising timed task, need professional to search out the position of correlative code, the line correlation of going forward side by side programming, has relatively high expectations to maintainer's professional standards;
(2) while revising timed task, need to stop software systems and redeploy, affecting user's use;
(3), because needs re-start coding, improved risk and the difficulty of system maintenance;
(4) timed task is revised difficulty, complexity is high, and dirigibility is very poor.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of disposal route and device of timed task, has been intended to solve the processing underaction of timed task in prior art, and the technical matters that complexity is high, the treatment effeciency of timed task is not high.
The disposal route that the invention provides a kind of timed task, comprises the following steps:
Each default timed task is divided into a plurality of subtasks, and storage;
Obtain timed task edit instruction, described timed task edit instruction comprises the service condition that forms the subtask of timed task, the schedule information of timed task and timed task;
According to described timed task edit instruction, transfer and the corresponding subtask of described timed task edit instruction, transferred subtask is assembled, obtain timed task, and add the schedule information of described timing unit and the service condition of timed task for described timed task;
Described timed task is deposited to timed task list.
Preferably, describedly after being deposited to timed task list, timed task also comprises:
Periodically travel through all timed tasks in described timed task list;
In described timed task queue, exist while meeting the timed task of service condition, described timed task is deposited to scheduling queue.
Preferably, described described timed task deposited to scheduling queue and also comprised:
According to the operation rule of described scheduling queue, move described timed task;
After described timed task finishes, it is deleted from scheduling queue.
Preferably, described each default timed task is divided into a plurality of TU task units, and storage comprises:
Obtain default timed task;
According to default division rule, described default timed task is divided, obtain a plurality of TU task units;
The code corresponding to each TU task unit encapsulates, and forms subtask, and described subtask is stored in TU task unit list.
Preferably, described timed task edit instruction comprises newly-built timed task, revises timed task.
The present invention also provides a kind for the treatment of apparatus of timed task, comprising:
Module is divided in subtask, for each default timed task is divided into a plurality of subtasks, and storage;
Instruction acquisition module, for obtaining timed task edit instruction, described timed task edit instruction comprises the service condition that forms the subtask of timed task, the schedule information of timed task and timed task;
Timed task editor module, be used for according to described timed task edit instruction, transfer and the corresponding subtask of described timed task edit instruction, transferred subtask is assembled, obtain timed task, and add the schedule information of described timing unit and the service condition of timed task for described timed task;
Timed task storage module, for depositing described timed task to timed task list.
Preferably, the treating apparatus of described timed task also comprises:
Timed task spider module, for periodically traveling through all timed tasks of described timed task list;
Timed task scheduler module, while meeting the timed task of service condition for existing when described timed task queue, deposits described timed task to scheduling queue.
Preferably, described timed task scheduler module also for: according to the operation rule of described scheduling queue, move described timed task; After described timed task finishes, it is deleted from scheduling queue.
Preferably, described subtask division module comprises:
Default timed task acquiring unit, for obtaining default timed task;
Task division unit, for the division rule according to default, divides described default timed task, obtains a plurality of TU task units;
Subtask forming unit, for code corresponding to each TU task unit encapsulated, forms subtask, and described subtask is stored in TU task unit list.
Preferably, described timed task edit instruction comprises newly-built timed task, revises timed task.
The present invention, by timed task being divided into the subtask of a plurality of function singlenesses, when needs are edited timed task, only need to transfer corresponding subtask, can generate new timed task, to meet the demand of different running environment.Therefore, the embodiment of the present invention makes the processing of timed task more flexible, and no longer needs professional to operate, and makes the operation of timed task simpler, has further improved the treatment effeciency of timed task.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of disposal route first embodiment of timed task of the present invention;
Fig. 2 is the structural representation of the subtask that in the disposal route of timed task of the present invention, timed task is divided;
Fig. 3 is the schematic flow sheet of disposal route second embodiment of timed task of the present invention;
Fig. 4 divides the schematic flow sheet of timed task in the disposal route of timed task of the present invention;
Fig. 5 is the examples of interfaces figure that the disposal route of timed task of the present invention enters the maintenance interface of software systems;
Operation example figure in the disposal route that Fig. 6 a and Fig. 6 b are timed task of the present invention during newly-built timed task;
Operation example figure while revising timed task in the disposal route that Fig. 7 a and Fig. 7 b are timed task of the present invention;
Fig. 8 is the operation example figure while deleting timed task in the disposal route of timed task of the present invention;
Fig. 9 is the high-level schematic functional block diagram for the treatment of apparatus first embodiment of timed task of the present invention;
Figure 10 is the high-level schematic functional block diagram for the treatment of apparatus second embodiment of timed task of the present invention;
Figure 11 is the high-level schematic functional block diagram of the treating apparatus neutron task division module of timed task of the present invention.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Below in conjunction with Figure of description and specific embodiment, further illustrate technical scheme of the present invention.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
The invention provides a kind of disposal route of timed task.With reference to Fig. 1, the disposal route of the timed task of this embodiment comprises the following steps:
Step S110, each default timed task is divided into a plurality of subtasks, and storage;
This default timed task is the timed task having existed in prior art, for example virtual information acquisition tasks and resource information acquisition tasks.This subtask is the task of realizing simple function.The timed task having existed in prior art is divided into the subtask of simple function, thereby makes this subtask can reach maximum reusability.As shown in Figure 2, virtual information acquisition tasks can be divided into virtual machine information and gather subtask, resource service condition statistics subtask.Resource information acquisition tasks can be divided into data center's information acquisition subtask, host information gathers subtask, virtual machine information collection subtask, storage information acquisition subtask, resource service condition statistics subtask.
Step S120, obtain timed task edit instruction, described timed task edit instruction comprises the service condition that forms the subtask of timed task, the schedule information of timed task and timed task;
This timed task edit instruction comprises newly-built timed task, revises timed task.During newly-built timed task, timed task edit instruction comprises the service condition that forms the subtask of timed task, the schedule information of timed task and timed task.While revising timed task, timed task edit instruction can comprise any one or more information in the service condition that forms the subtask of timed task, the schedule information of timed task and timed task.Because this timed task edit instruction no longer need to be modified for the relevant source code of timed task, thereby require lower to the professional standards for the treatment of people.When this revises timed task, no longer need stop software systems and redeploy simultaneously, improved the operational efficiency of software systems.
Step S130, according to described timed task edit instruction, transfer and the corresponding subtask of described timed task edit instruction, transferred subtask is assembled, obtain timed task, and add the schedule information of described timing unit and the service condition of timed task for described timed task;
According to timed task edit instruction, can reconfigure subtask, generate the timed task adapting with current running environment, be then the schedule information of timed task configuring timing tasks and the service condition of timed task of this generation.
Step S140, described timed task is deposited to timed task list.
The timed task of this acquisition will be deposited to timed task list, for software systems, call and will carry out.
The embodiment of the present invention, by timed task being divided into the subtask of a plurality of function singlenesses, when needs are edited timed task, only need to be transferred corresponding subtask, can generate new timed task, to meet the demand of different running environment.Therefore, the embodiment of the present invention makes the processing of timed task more flexible, and no longer needs professional to operate, and makes the operation of timed task simpler, has further improved the treatment effeciency of timed task.
Further, with reference to Fig. 3, after above-mentioned steps S140, also comprise:
Step S150, periodically travel through all timed tasks in described timed task list;
First by a common timed task is set, for example, a timer is set.The cycle of operation of this timer needs enough short, for example 1 minute.When the timing of timer arrives, will trigger this timed task.Namely travel through all timed tasks in described timed task list.
Step S160, in described timed task list, exist while meeting the timed task of service condition, described timed task is deposited to scheduling queue.
Whether the service condition that judges the timed task in timed task list meets, and while meeting, the timed task satisfying condition is deposited to scheduling queue.The service condition of this timed task mainly refers to working time, can certainly be other trigger condition, and for example this timed task will trigger etc. after the end of run of another timed task.
Step S170, according to the operation rule of described scheduling queue, move described timed task;
In the present embodiment, this scheduling queue is by the priority height according to task, the timed task in operation queue.The precedence information of each timed task can be arranged by user, can be also software systems default setting.In addition, the operation rule of this scheduling queue can also, for other rule, not limit at this.
Step S180, after described timed task finishes, it is deleted from scheduling queue.
After described timed task finishes, it is deleted from scheduling queue, so that Free up Memory.
The embodiment of the present invention is by leaving timed task in timed task list, and when traveling through this timed task list, the timed task that meets service condition is adjusted in scheduling queue and carries out again.Therefore, in the embodiment of the present invention, the editor of timed task and the execution of timed task are separated, and during the editor of timed task, do not need to stop software systems, can not affect the execution of other tasks.In addition, the embodiment of the present invention, by the scheduling of priority, has been avoided the Dependence Problem that may occur between timed task.
Further, with reference to Fig. 4, above-mentioned steps S110 comprises:
Step S111, obtain default timed task;
This default timed task is in software systems, to have had the timed task that maybe may exist.
Step S112, according to default division rule, described default timed task is divided, obtain a plurality of TU task units;
This default division rule is: the TU task unit function of division is as far as possible single, to reach maximum reusability; TU task unit can service of complete independently, can be independent of a timed task; The degree of coupling of TU task unit is low as far as possible.The division rule default according to this, divides described default timed task, obtains a plurality of TU task units.Be understandable that, this division rule can be other division rule, at this, does not limit.
Step S113, code corresponding to each TU task unit encapsulated, form subtask, and described subtask is stored in TU task unit list.
Each TU task unit according to dividing, calls corresponding code or edits corresponding code, and this code is encapsulated, and forms subtask.Then the subtask of this formation is stored in TU task unit list.Subtask in this TU task unit list is during for above-mentioned steps S120 inediting timed task.
Below the processing procedure of the timed task with XXX software systems is described in detail, wherein in these XXX software systems, has 3 timed tasks, i.e. timed task 1, timed task 2, timed task 3.And each timed task is all divided into a plurality of subtasks, timed task 1 comprises subtask a, subtask b, subtask c; Timed task 2 comprises subtask c, subtask d, subtask e; Timed task 3 comprises subtask a, subtask c, subtask f, subtask g.
First the maintenance interface of software systems will be entered.As shown in Figure 5, be provided with the edit menu hurdle of timed task in this maintenance interface, clicking should " timed task editor " menu bar, the corresponding control under can popup menu hurdle, for example newly-built, revise and delete etc.Be understandable that, for the security of software systems enters the legal checking that maintenance interface must carry out user before, while being verified, just can enter maintenance interface.
When triggering " newly-built " control, by the newly-built interface of ejecting as shown in Figure 6 a.In this newly-built interface, the subtask of selecting for user and the input frame that supplies user's incoming timing task names will be shown.The subtask that this confession user selects is ready-portioned all subtasks in software systems.Or this subtask can be corresponding for the authority with active user subtask.By choosing corresponding subtask, and input corresponding timed task title, then click " next step " control, enter newly-built interface as shown in Figure 6 b.In this newly-built interface, will show for the schedule information of user's incoming timing task and the input frame of working time.Certainly can also add some other information.User, input after corresponding information, click " determining " and can initiate timed task edit instruction.
When triggering " modification " control, by the modification interface of ejecting as shown in Figure 7a.This is revised in interface, will show the timed task of selecting for user, for example timed task 1, timed task 2, timed task 3 etc.User selects after a timed task, clicks " next step " control, enters modification interface as shown in Figure 7b.This is revised in interface, by edit box of all subtasks, working time and the schedule information of this timed task 1 correspondence of demonstration etc.User, edit after corresponding information, click " determining " and can initiate timed task edit instruction.
When triggering " deletion " control, by the deletion interface of ejecting as shown in Figure 8.This is deleted in interface, will show the timed task of selecting for user, for example timed task 1, timed task 2, timed task 3 etc.User selects after a timed task, clicks " deletion " control, initiates timed task edit instruction.Be understandable that, the deletion of this timed task is not that the subtask of this timed task is deleted, and it only deletes other relevant informations of subtask constituent relation and the timed task of timed task.
Accordingly, the present invention also provides a kind for the treatment of apparatus of timed task.With reference to Fig. 9, the treating apparatus of the timed task of this embodiment comprises:
Timed task editor module 130, be used for according to described timed task edit instruction, transfer and the corresponding subtask of described timed task edit instruction, transferred subtask is assembled, obtain timed task, and add the schedule information of described timing unit and the service condition of timed task for described timed task;
Timed task storage module 140, for depositing described timed task to timed task list.
This default timed task is the timed task having existed in prior art, for example virtual information acquisition tasks and resource information acquisition tasks.This subtask is the task of realizing simple function.Subtask is divided module 110 and the timed task having existed in prior art is divided into the subtask of simple function, thereby makes this subtask can reach maximum reusability.For example, virtual information acquisition tasks can be divided into virtual machine information and gather subtask, resource service condition statistics subtask.Resource information acquisition tasks can be divided into data center's information acquisition subtask, host information gathers subtask, virtual machine information collection subtask, storage information acquisition subtask, resource service condition statistics subtask.Above-mentioned timed task edit instruction comprises newly-built timed task, revises timed task.During newly-built timed task, timed task edit instruction comprises the service condition that forms the subtask of timed task, the schedule information of timed task and timed task.While revising timed task, timed task edit instruction can comprise any one or more information in the service condition that forms the subtask of timed task, the schedule information of timed task and timed task.Because this timed task edit instruction no longer need to be modified for the relevant source code of timed task, thereby require lower to the professional standards for the treatment of people.When this revises timed task, no longer need stop software systems and redeploy simultaneously, improved the operational efficiency of software systems.
Timed task editor module 130 can be according to timed task edit instruction, subtask is reconfigured, generating the timed task adapting with current running environment, is then the schedule information of timed task configuring timing tasks and the service condition of timed task of this generation.Then the timed task of timed task storage module 140 these acquisitions will be deposited to timed task list, for software systems, call and will carry out.
The embodiment of the present invention, by timed task being divided into the subtask of a plurality of function singlenesses, when needs are edited timed task, only need to be transferred corresponding subtask, can generate new timed task, to meet the demand of different running environment.Therefore, the embodiment of the present invention makes the processing of timed task more flexible, and no longer needs professional to operate, and makes the operation of timed task simpler, has further improved the treatment effeciency of timed task.
Further, with reference to Figure 10, the treating apparatus of above-mentioned timed task also comprises:
Timed task spider module 150, for periodically traveling through all timed tasks of described timed task list;
Timed task scheduler module 160, while meeting the timed task of service condition for existing when described timed task queue, deposits described timed task to scheduling queue.
First by a common timed task is set, for example, a timer is set.The cycle of operation of this timer needs enough short, for example 1 minute.When the timing of timer arrives, will trigger this timed task.Timed task spider module 150 is by all timed tasks in the described timed task list of traversal.
Then, timed task scheduler module 160 judges that whether the service condition of the timed task in timed task list meets, and while meeting, deposits the timed task satisfying condition to scheduling queue.The service condition of this timed task mainly refers to working time, can certainly be other trigger condition, and for example this timed task will trigger etc. after the end of run of another timed task.
Further, above-mentioned timed task scheduler module 160 also for: according to the operation rule of described scheduling queue, move described timed task; After described timed task finishes, it is deleted from scheduling queue.
This scheduling queue is by the priority height according to task, the timed task in operation queue.The precedence information of each timed task can be arranged by user, can be also software systems default setting.In addition, the operation rule of this scheduling queue can also, for other rule, not limit at this.After described timed task finishes, it is deleted from scheduling queue, so that Free up Memory.The embodiment of the present invention is by leaving timed task in timed task list, and when traveling through this timed task list, the timed task that meets service condition is adjusted in scheduling queue and carries out again.Therefore, in the embodiment of the present invention, the editor of timed task and the execution of timed task are separated, and during the editor of timed task, do not need to stop software systems, can not affect the execution of other tasks.In addition, the embodiment of the present invention, by the scheduling of priority, has been avoided the Dependence Problem that may occur between timed task.
Further, with reference to Figure 11, above-mentioned subtask is divided module 110 and is comprised:
Default timed task acquiring unit 111, for obtaining default timed task;
This default timed task is in software systems, to have had the timed task that maybe may exist.This default division rule is: the TU task unit function of division is as far as possible single, to reach maximum reusability; TU task unit can service of complete independently, can be independent of a timed task; The degree of coupling of TU task unit is low as far as possible.The division rule default according to this, divides described default timed task, obtains a plurality of TU task units.Be understandable that, this division rule can be other division rule, at this, does not limit.Each TU task unit according to dividing, calls corresponding code or edits corresponding code, and this code is encapsulated, and forms subtask.Then the subtask of this formation is stored in TU task unit list.When timed task is edited for timed task editor module 130 in the subtask in this TU task unit list.
The foregoing is only the preferred embodiments of the present invention; not thereby limit its scope of the claims; every equivalent structure or conversion of equivalent flow process that utilizes instructions of the present invention and accompanying drawing content to do; directly or indirectly be used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a disposal route for timed task, is characterized in that, comprises the following steps:
Each default timed task is divided into a plurality of subtasks, and storage;
Obtain timed task edit instruction, described timed task edit instruction comprises the service condition that forms the subtask of timed task, the schedule information of timed task and timed task;
According to described timed task edit instruction, transfer and the corresponding subtask of described timed task edit instruction, transferred subtask is assembled, obtain timed task, and add the schedule information of described timing unit and the service condition of timed task for described timed task;
Described timed task is deposited to timed task list.
2. the disposal route of timed task according to claim 1, is characterized in that, describedly also comprises after timed task is deposited to timed task list:
Periodically travel through all timed tasks in described timed task list;
In described timed task queue, exist while meeting the timed task of service condition, described timed task is deposited to scheduling queue.
3. the disposal route of timed task according to claim 2, is characterized in that, described described timed task is deposited to scheduling queue and also comprised:
According to the operation rule of described scheduling queue, move described timed task;
After described timed task finishes, it is deleted from scheduling queue.
4. according to the disposal route of the timed task described in claim 1-3 any one, it is characterized in that, described each default timed task is divided into a plurality of TU task units, and storage comprises:
Obtain default timed task;
According to default division rule, described default timed task is divided, obtain a plurality of TU task units;
The code corresponding to each TU task unit encapsulates, and forms subtask, and described subtask is stored in TU task unit list.
5. according to the disposal route of the timed task described in claim 1-3 any one, it is characterized in that, described timed task edit instruction comprises newly-built timed task, revises timed task.
6. a treating apparatus for timed task, is characterized in that, comprising:
Module is divided in subtask, for each default timed task is divided into a plurality of subtasks, and storage;
Instruction acquisition module, for obtaining timed task edit instruction, described timed task edit instruction comprises the service condition that forms the subtask of timed task, the schedule information of timed task and timed task;
Timed task editor module, be used for according to described timed task edit instruction, transfer and the corresponding subtask of described timed task edit instruction, transferred subtask is assembled, obtain timed task, and add the schedule information of described timing unit and the service condition of timed task for described timed task;
Timed task storage module, for depositing described timed task to timed task list.
7. the treating apparatus of timed task according to claim 6, is characterized in that, also comprises:
Timed task spider module, for periodically traveling through all timed tasks of described timed task list;
Timed task scheduler module, while meeting the timed task of service condition for existing when described timed task queue, deposits described timed task to scheduling queue.
8. the treating apparatus of timed task according to claim 7, is characterized in that, described timed task scheduler module also for: according to the operation rule of described scheduling queue, move described timed task; After described timed task finishes, it is deleted from scheduling queue.
9. according to the treating apparatus of the timed task described in claim 6-8 any one, it is characterized in that, described subtask is divided module and is comprised:
Default timed task acquiring unit, for obtaining default timed task;
Task division unit, for the division rule according to default, divides described default timed task, obtains a plurality of TU task units;
Subtask forming unit, for code corresponding to each TU task unit encapsulated, forms subtask, and described subtask is stored in TU task unit list.
10. according to the treating apparatus of the timed task described in claim 6-8 any one, it is characterized in that, described timed task edit instruction comprises newly-built timed task, revises timed task.
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