CN103631694A - Server monitoring method and device in homemade environment - Google Patents
Server monitoring method and device in homemade environment Download PDFInfo
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- CN103631694A CN103631694A CN201310669832.8A CN201310669832A CN103631694A CN 103631694 A CN103631694 A CN 103631694A CN 201310669832 A CN201310669832 A CN 201310669832A CN 103631694 A CN103631694 A CN 103631694A
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Abstract
The invention discloses a server monitoring method and a server monitoring device in homemade environment. The method comprises the following steps that a monitoring instruction sent by a user is received, a first thread, a second thread and a third thread are created according to the monitoring instruction, the first thread is triggered for monitoring whether the server generates performance data or not in real time, if so, the first thread is controlled for triggering the second thread, the second thread puts performance data generated by the server into a preset monitoring queue, the second thread is controlled for triggering the third thread, and the third thread reads the performance data in the monitoring queue. Through the method provided by the invention, the three threads are created, the first thread is triggered for monitoring the generation of performance data in real time, in addition, each thread is controlled for triggering the execution of the next thread after completing the respective work, and the continuous monitoring is realized. Compared with the single-thread polling mechanism in the prior art, the method and the device have the advantages that the generated performance data can be monitored in real time, and the monitoring efficiency is improved.
Description
Technical field
The application relates to monitoring of equipment technical field, monitoring server method and device under especially a kind of domestic environment.
Background technology
Server, is the intermediate system between application program and hardware, and the quality of its performance directly determines the duty of application program.Therefore, need the performance data of Real-time Obtaining server, thereby and it is analyzed to the running status that draws server, to reach the monitoring to server performance.At present, the monitoring mode of use is single-threaded polling mechanism, and data monitoring thread obtains Monitoring Data at set intervals one time.
And because monitoring need to depend on certain running environment, as operating system, CPU etc., some running environment of China research and development, as the CPU that soars, kylin operating system and Godson platform etc., because the restriction of self-technique factor is as slow in CPU frequency speed, the time that the Monitoring Data of obtaining described monitoring mode expends is longer, monitoring inefficiency.
Summary of the invention
In view of this, the application provides monitoring server method and device under a kind of domestic environment, and to solve monitoring mode in prior art, to obtain the time that Monitoring Data expends longer, the problem of monitoring inefficiency.The technical scheme that the application provides is as follows:
A monitoring server method under domestic environment, comprising:
Receive the Monitoring instruction that user sends;
Monitoring instruction according to receiving, creates the first thread, the second thread and the 3rd thread;
Trigger server described in described the first thread Real-Time Monitoring and whether produce performance data;
If, control described the first thread and trigger described the second thread, the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance, control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read the performance data in described monitoring queue.
Said method, preferably, the threshold capacity that presets monitoring queue is Q, set in advance monitoring file, wherein: described the first thread of described control triggers described the second thread, the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance, and comprising:
Control the first thread and trigger described the second thread, by the second thread, judge that whether performance data in described monitoring file and the performance data N sum in described monitoring queue are more than or equal to described threshold capacity Q, obtain the first result;
When described the first result is when being, control described the first thread and trigger described the second thread, by described the second thread, from described monitoring file, obtained Q-N bar performance data and put into described monitoring queue;
When described the first result is while being no, control described the first thread and trigger described the second thread, by described the second thread, the performance data in described monitoring file is put into described monitoring queue, and judge that whether the performance data of described server generation and the performance data M sum in described monitoring queue are more than or equal to described threshold capacity, obtain the second result;
When described the second result is when being, control described the first thread and trigger described the second thread, the performance data being produced from described server by described the second thread, obtain Q-M bar performance data and put into described monitoring queue, and the residue performance data in the performance data that described server is produced is put into described monitoring file;
When described the second result is while being no, to control described the first thread and trigger described the second thread, the performance data described server being produced by described the second thread is put into described monitoring queue.
Said method, preferred, described control the second thread triggers described the 3rd thread, by described the 3rd thread, reads the performance data in described monitoring queue, comprising:
Control described the second thread and trigger described the 3rd thread, by described the 3rd thread, the performance data in described monitoring queue is divided into a plurality of performance data pieces;
Control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read successively described each performance data piece.
Said method, preferred, at described control the second thread, trigger described the 3rd thread, after described the 3rd thread reads the performance data in described monitoring queue, also comprise:
Performance data in the described monitoring queue that described the 3rd thread is read shows.
The application also provides monitoring server device under a kind of domestic environment, comprising:
Receive command unit, the Monitoring instruction sending for receiving user;
Create thread units, the Monitoring instruction for according to receiving, creates the first thread, the second thread and the 3rd thread;
Whether the first trigger element, produce performance data for triggering server described in described the first thread Real-Time Monitoring; If so, trigger the second trigger element;
The second trigger element, triggers described the second thread for controlling described the first thread, and the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance, and triggers the 3rd trigger element;
The 3rd trigger element, triggers described the 3rd thread for controlling described the second thread, by described the 3rd thread, reads the performance data in described monitoring queue.
Said apparatus, preferred, also comprise:
First sets in advance unit, for setting in advance the monitoring queue that threshold capacity is Q;
Second sets in advance unit, for setting in advance monitoring file.
Said apparatus, preferred, described the second trigger element comprises:
The first judgment sub-unit, triggers described the second thread for controlling the first thread, by the second thread, judges that whether performance data in described monitoring file and the performance data N sum in described monitoring queue are more than or equal to described threshold capacity Q, obtain the first result; When described the first result is when being, trigger first unit that bears fruit; When described the first result is while being no, trigger the second result unit;
First unit that bears fruit, triggers described the second thread for controlling described the first thread, is obtained Q-N bar performance data put into described monitoring queue by described the second thread from described monitoring file;
Second unit that bears fruit, be used for controlling described the first thread and trigger described the second thread, by described the second thread, the performance data in described monitoring file is put into described monitoring queue, and judge that whether the performance data of described server generation and the performance data M sum in described monitoring queue are more than or equal to described threshold capacity, obtain the second result; When described the second result is when being, trigger the 3rd unit that bears fruit; When described the second result is while being no, trigger the 4th unit that bears fruit;
The 3rd unit that bears fruit, be used for controlling described the first thread and trigger described the second thread, the performance data being produced from described server by described the second thread, obtain Q-M bar performance data and put into described monitoring queue, and the residue performance data in the performance data that described server is produced is put into described monitoring file;
The 4th unit that bears fruit, triggers described the second thread for controlling described the first thread, and the performance data described server being produced by described the second thread is put into described monitoring queue.
Said apparatus, preferred, described the 3rd trigger element comprises:
Divide subelement, for controlling described the second thread, trigger described the 3rd thread, by described the 3rd thread, the performance data in described monitoring queue is divided into a plurality of performance data pieces;
Read subelement, for controlling described the second thread, trigger described the 3rd thread, by described the 3rd thread, read successively described each performance data piece.
Said apparatus, preferred, also comprise:
Display unit, shows for the performance data of described monitoring queue that described the 3rd thread is read.
From above technical scheme, monitoring server method and device under a kind of domestic environment that the application provides, the method comprises: receive the Monitoring instruction that user sends, according to this Monitoring instruction, create the first thread, the second thread and the 3rd thread, trigger server described in this first thread Real-Time Monitoring and whether produce performance data, if, control this first thread and trigger this second thread, the performance data described server being produced by this second thread is put in the monitoring queue setting in advance, control this second thread and trigger the 3rd thread, by the 3rd thread, read the performance data in this monitoring queue, described in this first thread Real-Time Monitoring of continuation execution triggering, whether server produces performance data.The method providing by the application, create three threads, trigger the generation of the first thread Real-Time Monitoring performance data, and control each thread and complete the execution of removing to trigger next thread after work separately, realized continuously and carried out observation process, compared to single-threaded polling mechanism of the prior art, the performance data that monitor server produces in time, has improved monitoring efficiency.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present application, below the accompanying drawing of required use during embodiment is described is briefly described, apparently, accompanying drawing in the following describes is only some embodiment of the application, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The process flow diagram of monitoring server embodiment of the method one under a kind of domestic environment that Fig. 1 provides for the application;
The part process flow diagram of monitoring server embodiment of the method two under a kind of domestic environment that Fig. 2 provides for the application;
The structural representation of monitoring server device embodiment tri-under a kind of domestic environment that Fig. 3 provides for the application;
The part-structure schematic diagram of monitoring server device embodiment tetra-under a kind of domestic environment that Fig. 4 provides for the application;
The part-structure schematic diagram of monitoring server device embodiment five under a kind of domestic environment that Fig. 5 provides for the application;
The part-structure schematic diagram of monitoring server device embodiment six under a kind of domestic environment that Fig. 6 provides for the application.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present application, the technical scheme in the embodiment of the present application is clearly and completely described, obviously, described embodiment is only the application's part embodiment, rather than whole embodiment.Embodiment based in the application, those of ordinary skills are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the application's protection.
Refer to Fig. 1, it shows the process flow diagram of monitoring server embodiment of the method one under a kind of domestic environment that the application provides, and the present embodiment can comprise:
Step 101: receive the Monitoring instruction that user sends.
User will check the running status of server, need to analyze the performance data of the generation of described server, thereby can determine how server is adjusted or to be arranged according to different running statuses.For realizing described monitoring function, user starts observation process, and Starting mode can be thought transmission Monitoring instruction.
Step 102: the Monitoring instruction according to receiving, creates the first thread, the second thread and the 3rd thread.
When receiving Monitoring instruction, create thread process.
Step 103: trigger server described in described the first thread Real-Time Monitoring and whether produce performance data; If so, perform step 104.
Whether the first thread creating produces performance data for server described in Real-Time Monitoring, and when producing performance data, performs step 104.Wherein, described server can be application server, the performance data corresponding with described application server can comprise that thread pool status data is as current thread sum, virutal machine memory statistics, virtual machine class loading data, WEB container statistics etc., and described performance data is for representing the running status of described server.It should be noted that, described server comprises but does not limit and application server, can also comprise file server, web page server etc., so long as can produce, can show that the server of self-operating state performance data all belongs to the application's protection domain.
It should be noted that, trigger described the first thread and continue server described in Real-Time Monitoring and whether produce performance data, until receive the monitoring halt instruction that user sends.
Step 104: control described the first thread and trigger described the second thread, the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance, control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read the performance data in described monitoring queue.
Controlling described the first thread monitors and while producing performance data, triggers described the second thread, so that described the second thread is put into monitoring queue by described performance data, and complete after described work at described the second thread, control described the second thread and trigger described the 3rd thread, so that described the 3rd thread reading performance data.Wherein, described trigger process can send instruction to the object that is triggered, and when the object that is triggered receives instruction, completes relevant work.
Certainly, described control action also can be thought the action triggering, and, to being sent command adapted thereto by control object, when being received instruction by control object, completes relevant work.
It should be noted that, step 103 can be carried out with described step 104 simultaneously, in described the second thread puts into by the performance data of generation the monitoring queue setting in advance or when described the 3rd thread reads the performance data in described monitoring queue, whether described the first thread monitoring produces performance data.
From above technical scheme, the present embodiment provides a kind of monitoring server method under domestic environment, the method comprises: receive the Monitoring instruction that user sends, according to this Monitoring instruction, create the first thread, the second thread and the 3rd thread, trigger server described in this first thread Real-Time Monitoring and whether produce performance data, if, control this first thread and trigger this second thread, the performance data described server being produced by this second thread is put in the monitoring queue setting in advance, control this second thread and trigger the 3rd thread, by the 3rd thread, read the performance data in this monitoring queue, described in this first thread Real-Time Monitoring of continuation execution triggering, whether server produces performance data.
It should be noted that, the CPU module of producing under domestic environment has the advantages that check figure is many, the method providing by the application, and described three threads of establishment can operate on different kernels simultaneously, complete respectively the different work of performance data acquisition process.The application controls each thread and completes the execution of removing to trigger next thread after work separately, realized continuously and carried out observation process, in prior art, use single-threaded polling mechanism, every a period of time, obtain monitor data one time, improved the utilization factor of thread, can obtain in time the performance data of generation, improve monitoring efficiency.
Simultaneously, trigger the generation of the first thread Real-Time Monitoring performance data, described the first thread can carry out with described the second thread or described the 3rd thread simultaneously, compared to single-threaded in prior art, carry out and obtain performance data alone, further improved on the one hand monitoring efficiency, improve on the other hand the utilization factor of process, reduced resource consumption.
It should be noted that, the time point of establishment the first thread, the second thread and the 3rd thread in above-described embodiment step 102 is not restricted, can be when receiving Monitoring instruction, simultaneously or create successively described three threads; Also can be when receiving Monitoring instruction, to create the first thread, at described the first thread, monitor after described server produces performance data and create the second thread, at described the second thread, described performance data be put into after described monitoring queue, create the 3rd thread.Preferably, select the second to create mode, before using a certain thread, create this thread, can improve the utilization factor of resource.
Refer to Fig. 2, it shows the part process flow diagram of monitoring server embodiment of the method two under a kind of domestic environment that the application provides, the threshold capacity that presets monitoring queue is Q, set in advance monitoring file, certainly, the described action that sets in advance monitoring queue and monitoring file is not all to carry out in the process of at every turn performance data of server being monitored, and just, before monitoring first, carries out corresponding setting.Described the first thread of described control in embodiment mono-step 103 triggers described the second thread, and the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance and can be realized by following steps:
Step 201: control the first thread and trigger described the second thread, judge that by the second thread whether performance data in described monitoring file and the performance data N sum in described monitoring queue are more than or equal to described threshold capacity Q, obtain the first result; When described the first result is when being, perform step 202; When described the first result is while being no, perform step 203.
Described monitoring queue is the buffer zone in internal memory, and data reading speed is very fast, the performance data of the generation of obtaining for described the second thread of temporary transient storage.Described monitoring file can be the file of txt form, can be also the file of word form, certainly, is not limited to described two kinds of forms, and in prior art, the file of the various forms of energy retention data all belongs to the application's protection domain.When initial in the monitoring file setting in advance, do not include performance data, when step 204 is performed, in described monitoring file, can include performance data.Deterministic process for described the second thread is illustrated.
For example, the threshold capacity that presets monitoring queue is 100, and the performance data in current monitoring file is 10, performance data N in current described monitoring queue is 40,10 add that 40 is 50, are not more than or equal to described threshold capacity 100, perform step 203; If presetting the threshold capacity of monitoring queue is 100, the performance data in current monitoring file is 50, and the performance data N in current described monitoring queue is 60, and 50 add that 60 is 110, are greater than described threshold capacity 100, perform step 202.
Step 202: control described the first thread and trigger described the second thread, by described the second thread, from described monitoring file, obtained Q-N bar performance data and put into described monitoring queue, carry out in embodiment mono-step 104 and control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read the process of the performance data in described monitoring queue.
For example, the threshold capacity Q of described monitoring queue is 100, and the performance data N in current described monitoring queue is 60, and described the second thread obtains i.e. 40 performance datas of 100-60 from described monitoring file, puts into described monitoring queue.
It should be noted that, described acquisition process can be that the form with data stream reads once, can be also to read several times.For example, once read 40 performance datas, or read at twice 20 performance datas at every turn.
Step 203: control described the first thread and trigger described the second thread, by described the second thread, the performance data in described monitoring file is put into described monitoring queue, and judge that by described the second thread whether the performance data of described server generation and the performance data M sum in described monitoring queue are more than or equal to described threshold capacity, obtain the second result; When described the second result is when being, perform step 204; When described the second result is while being no, perform step 205.
When the performance data sum in the performance data in current monitoring queue and monitoring file is less than the threshold capacity of described monitoring queue, carry out this step.First the performance data in monitoring file is put in monitoring queue, performance data in described monitoring queue increases to M by N, and further judge by described the second thread whether in described performance data that server that described in the step 103 of embodiment mono-, the first thread monitors produces and monitoring queue, increase later performance data M sum is more than or equal to threshold capacity Q, if, carry out step 204, otherwise carry out step 205.
For example, the threshold capacity Q that presets monitoring queue is 100, performance data in current monitoring file is 20, performance data N in current described monitoring queue is 40, and described 20 performance datas are put into described monitoring queue, and the performance data M in described monitoring queue is 60, if it is 30 that described the first thread monitors the performance data of generation, 60 add that 30 is 90, are less than 100, carry out steps 205; If it is 200 that described the first thread monitors the performance data of generation, 60 add 200, are greater than 100, carry out steps 204.
Step 204: control described the first thread and trigger described the second thread, the performance data being produced from described server by described the second thread, obtain Q-M bar performance data and put into described monitoring queue, and the residue performance data in the performance data that described server is produced is put into described monitoring file, continue to carry out in embodiment mono-step 104 and control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read the process of the performance data in described monitoring queue.
The performance data that described server produces is the described performance data that server that described in the step 103 of embodiment mono-, the first thread monitors produces.
For example, the threshold capacity Q that presets monitoring queue is 100, the performance data that described the first thread monitors generation is 200, described the second thread therefrom obtains i.e. 40 performance datas of 100-60, described 40 data of obtaining are put into described monitoring queue, and be that 160 performance datas are put in monitoring file by 200-40.
Certainly, described monitoring file, compared to monitoring queue, is jumbo storage unit, the described performance data producing for temporary transient storage server.Both compare, and the performance data in described monitoring queue is directly read and shows, in described monitoring queue, data reading speed is very fast.
Step 205: control described the first thread and trigger described the second thread, the performance data described server being produced by described the second thread is put into described monitoring queue, carry out in embodiment mono-step 104 and control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read the process of the performance data in described monitoring queue.
When the performance data sum in the performance data M in current monitoring queue and monitoring file is less than the threshold capacity of described monitoring queue, carry out this step, the performance data that the described server directly described embodiment mono-step 103 being monitored produces is put in monitoring queue.
For example, the performance data M in described monitoring queue is 60, if described the first thread monitors the performance data of generation, is 30, and 60 add that 30 is 90, are less than 100, and described 30 performance datas are directly put into described monitoring queue.
It should be noted that, each trigger action in above-mentioned steps, can think to send instruction to the object that is triggered so that described in the object that is triggered complete relevant work.Same, described each control action also can be thought trigger action,, to being sent instruction by control object, so that described, by control object, is completed relevant work.
From above technical scheme, under a kind of domestic environment that the present embodiment provides in monitoring server method, the capacity of monitoring queue is limited, and capacity threshold is Q, sets in advance accordingly the unnecessary performance data that monitoring file produces for temporary server.When the first thread monitors new performance data generation, first the performance data in monitoring file is put in monitoring queue, if described monitoring queue reaches threshold value, control the second thread triggering the 3rd thread and carry out reading of performance data; If described monitoring queue does not reach threshold value, and the new performance data that produces of described server is when more, a part put into monitoring queue and made to monitor queue and reach threshold value, and another part is put in monitoring file temporary.
The low volume data that the present embodiment is used monitoring queue stores to read, monitoring queue reading speed is fast, can rapidly described performance data be read, and guarantees the high efficiency of observation process.Meanwhile, a large amount of performance datas of using monitoring file to produce server are kept in, and prevent the loss of described performance data, guarantee the accuracy of monitoring result.
Implement to control the second thread in the step 104 in and trigger described the 3rd thread, by described the 3rd thread, read the performance data in described monitoring queue, can have following mode to realize:
Control described the second thread and trigger described the 3rd thread, by described the 3rd thread, the performance data in described monitoring queue is divided into a plurality of performance data pieces;
Control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read successively described each performance data piece.
In this implementation, control described the second thread and trigger described the 3rd thread, by described the 3rd thread, repeatedly read the performance data in described monitoring queue, can alleviate the data transmission burden in each data transmission procedure.
After the step of above-mentioned each embodiment, the step that can also comprise display performance data, being about to the described performance data that described the 3rd thread reads shows, for the relevant personnel, analyze, thereby obtain the running status of described server, for providing foundation to the setting of described server running parameter.Described display mode, can be the form of figure or form, certainly, comprises the above two kinds of modes that are not limited to.
Refer to Fig. 3, it shows the structural representation of monitoring server device embodiment tri-under a kind of domestic environment that the application provides, and the present embodiment can comprise: receive command unit 301, create thread units 302, the first trigger element 303, the second trigger element 304 and the 3rd trigger element 305.Wherein:
Described reception command unit 301, the Monitoring instruction sending for receiving user.
User will check the running status of server, need to analyze the performance data of the generation of described server, thereby can determine how server is adjusted or to be arranged according to different running statuses.For realizing described monitoring function, user starts observation process, and Starting mode can be thought transmission Monitoring instruction.
Described establishment thread units 302, the Monitoring instruction for according to receiving, creates the first thread, the second thread and the 3rd thread.
When receiving Monitoring instruction, described establishment thread units 302 creates thread process.
Whether described the first trigger element 303, produce performance data for triggering server described in described the first thread Real-Time Monitoring; If so, trigger the second trigger element 304.
Whether the first thread that described establishment thread units 302 creates produces performance data for server described in Real-Time Monitoring.When monitoring generation performance data, described the first trigger element 303 triggers described the second trigger element 304.Wherein, described server can be application server, the performance data corresponding with described application server can comprise that thread pool status data is as current thread sum, virutal machine memory statistics, virtual machine class loading data, WEB container statistics etc., and described performance data is for representing the running status of described server.It should be noted that, described server comprises but does not limit and application server, can also comprise file server, web page server etc., so long as can produce, can show that the server of self-operating state performance data all belongs to the application's protection domain.
It should be noted that, trigger described the first thread and continue server described in Real-Time Monitoring and whether produce performance data, until receive the monitoring halt instruction that user sends.
Described the second trigger element 304, triggers described the second thread for controlling described the first thread, and the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance, and triggers the 3rd trigger element 305; Described the 3rd trigger element 305, triggers described the 3rd thread for controlling described the second thread, by described the 3rd thread, reads the performance data in described monitoring queue.
Described the first thread of described the second trigger element 304 control triggers described the second thread while monitoring generation performance data, so that described the second thread is put into monitoring queue by described performance data, and complete after described work at described the second thread, described the second trigger element 304 is controlled described the second thread and is triggered described the 3rd thread, so that described the 3rd thread reading performance data.Wherein, described trigger process can send instruction to the object that is triggered, and when the object that is triggered receives instruction, completes relevant work.
Certainly, described control action also can be thought the action triggering, and, to being sent command adapted thereto by control object, when being received instruction by control object, completes relevant work.
It should be noted that, the first trigger element 303 and the second trigger element 304 or described the 3rd trigger element 305 can carry out work simultaneously, to realize in described the second thread puts into by the performance data of generation the monitoring queue setting in advance or when described the 3rd thread reads the performance data in described monitoring queue, whether described the first thread monitoring produces performance data.
From above technical scheme, the present embodiment provides monitoring server device under a kind of domestic environment, the Monitoring instruction that this device sends by receiving user, according to this Monitoring instruction, create the first thread, the second thread and the 3rd thread, trigger server described in this first thread Real-Time Monitoring and whether produce performance data, if, control this first thread and trigger this second thread, the performance data described server being produced by this second thread is put in the monitoring queue setting in advance, control this second thread and trigger the 3rd thread, by the 3rd thread, read the performance data in this monitoring queue, described in this first thread Real-Time Monitoring of continuation execution triggering, whether server produces performance data.
It should be noted that, the CPU module of producing under domestic environment has the advantages that check figure is many, the method providing by the application, and described three threads of establishment can operate on different kernels simultaneously, complete respectively the different work of performance data acquisition process.The application controls each thread and completes the execution of removing to trigger next thread after work separately, realized continuously and carried out observation process, in prior art, use single-threaded polling mechanism, every a period of time, obtain monitor data one time, improved the utilization factor of thread, can obtain in time the performance data of generation, improve monitoring efficiency.
Simultaneously, trigger the generation of the first thread Real-Time Monitoring performance data, described the first thread can carry out with described the second thread or described the 3rd thread simultaneously, compared to single-threaded in prior art, carry out and obtain performance data alone, further improved on the one hand monitoring efficiency, improve on the other hand the utilization factor of process, reduced resource consumption.
It should be noted that, the time point that the establishment thread units of above-described embodiment 3 302 creates the first thread, the second thread and the 3rd threads is not restricted, can be when receiving Monitoring instruction, simultaneously or create successively described three threads; Also can be when receiving Monitoring instruction, to create the first thread, at described the first thread, monitor after described server produces performance data and create the second thread, at described the second thread, described performance data be put into after described monitoring queue, create the 3rd thread.Preferably, select the second to create mode, before using a certain thread, create this thread, can improve the utilization factor of resource.Accordingly, refer to Fig. 4, it shows the part-structure schematic diagram of monitoring server device embodiment tetra-under a kind of domestic environment that the application provides, to realize described the second, creates mode.Wherein:
Described first creates thread units 402 is connected with described the first trigger element 403, the second trigger element 404 respectively, to realize when receiving Monitoring instruction, described the first creating unit 402 creates the first thread, when described the first trigger element 403 monitors generation performance data, described the first creating unit 402 creates the second thread, when described the second trigger element 404 is put into performance data after monitoring queue, described the first creating unit 402 creates the 3rd thread.
Refer to Fig. 5, it shows the part-structure schematic diagram of monitoring server device embodiment five under a kind of domestic environment that the application provides, and the present embodiment can also comprise on the basis of embodiment tri-: first sets in advance unit 501 and second sets in advance unit 502; Wherein:
Described first sets in advance unit 501, for setting in advance the monitoring queue that threshold capacity is Q.
Described monitoring queue is the buffer zone in internal memory, and data reading speed is very fast, the performance data of the generation of obtaining for described the second thread of temporary transient storage.It should be noted that, described first to set in advance unit be not all to perform an action in the process of at every turn performance data of server being monitored, as long as it carry out the function that sets in advance monitoring queue before first server being monitored.Certainly, the capacity of described monitoring queue is limited, and its threshold value is Q, for example 100.
Described second sets in advance unit 502, for setting in advance monitoring file.
Described monitoring file can be the text of txt form or word form, and certainly, the form of monitoring file includes, but are not limited to above-mentioned two kinds of forms, and in prior art, the file of the various forms of energy memory property data all belongs to the application's protection domain.
Meanwhile, the second trigger element 304 of embodiment tri-can comprise: the first judgment sub-unit 503, first unit 507 that bears fruit, unit 506 and the 4th that bears fruit, unit 505, the 3rd that bears fruit, unit 504, second that bears fruit.Wherein:
Described the first judgment sub-unit 503, be used for controlling the first thread and trigger described the second thread, by the second thread, judge that whether performance data in described monitoring file and the performance data N sum in described monitoring queue are more than or equal to described threshold capacity Q, obtain the first result; When described the first result is when being, trigger described first unit 504 that bears fruit; When described the first result is while being no, trigger described second unit 505 that bears fruit.
It should be noted that, described second sets in advance and does not include performance data when initial in the monitoring file that unit 502 sets in advance, and when the described the 3rd unit 506 that bears fruit executes after corresponding actions, in described monitoring file, can include performance data.
It should be noted that, described the first judgment sub-unit 503 is connected with described first unit 505 that bears fruit, unit 504 and described second that bears fruit respectively, the first result obtaining when described the first judgment sub-unit 503 is when being, to the described first bear fruit unit 504, send the first instructions, to trigger the described first bear fruit unit 504, carry out corresponding actions, when described the first result is while being no, to the described second bear fruit unit 504, send the second instructions, to trigger described second unit 504 that bears fruit, carry out corresponding actions.
Deterministic process for described the first judgment sub-unit 503 is illustrated.For example, described first set in advance unit 501 preset monitoring queue threshold capacity be 100, performance data in current monitoring file is 10, performance data N in current described monitoring queue is 40,10 add that 40 is 50, be not more than or equal to described threshold capacity 100, described the first judgment sub-unit 503 triggers described second unit 505 that bears fruit; If presetting the threshold capacity of monitoring queue is 100, performance data in current monitoring file is 50, performance data N in current described monitoring queue is 60,50 add that 60 is 110, be greater than described threshold capacity 100, described the first judgment sub-unit 503 triggers described first unit 504 that bears fruit.
Described first unit 504 that bears fruit, triggers described the second thread for controlling described the first thread, is obtained Q-N bar performance data put into described monitoring queue by described the second thread from described monitoring file, triggers the 3rd trigger element 305 of embodiment tri-.
For example, the described first threshold capacity Q that sets in advance the predefined monitoring queue in unit 501 is 100, performance data N in current described monitoring queue is 60, described the second thread obtains i.e. 40 performance datas of 100-60 from described monitoring file, puts into described second and sets in advance the monitoring queue that unit 502 arranges.
It should be noted that, described the second thread acquisition process can be that the form with data stream reads once, can be also to read several times.For example, once read 40 performance datas, or read at twice 20 performance datas at every turn.
Described second unit 505 that bears fruit, be used for controlling described the first thread and trigger described the second thread, by described the second thread, the performance data in described monitoring file is put into described monitoring queue, and judge that whether the performance data of described server generation and the performance data M sum in described monitoring queue are more than or equal to described threshold capacity, obtain the second result; When described the second result is when being, trigger the described the 3rd unit 506 that bears fruit; When described the second result is while being no, trigger the described the 4th unit 507 that bears fruit.
It should be noted that, described second unit 505 that bears fruit is connected with the described the 3rd unit 507 that bears fruit, unit 506 and the described the 4th that bears fruit respectively, bear fruit the second result that unit 505 obtains when being when described second, to the described the 3rd bear fruit unit 506, send the 3rd instructions, to trigger the described the 3rd bear fruit unit 506, carry out corresponding actions, when described the second result is while being no, to the described the 4th bear fruit unit 507, send the 4th instructions, to trigger the described the 4th unit 507 that bears fruit, carry out corresponding actions.
When the performance data sum in the performance data in current monitoring queue and monitoring file is less than the threshold capacity of described monitoring queue, trigger this unit execution work.Described second bear fruit unit 505 first by monitoring the performance data in file put in monitoring queue, performance data in described monitoring queue increases to M by N, and further judge by described the second thread whether in described performance data that server that described the first thread that the second trigger element 303 of embodiment tri-triggers monitors produces and monitoring queue, increase later performance data M sum is more than or equal to threshold capacity Q, if, trigger the described the 3rd unit 506 that bears fruit, otherwise trigger the described the 4th unit 507 that bears fruit.
For example, the described first threshold capacity Q that sets in advance the predefined monitoring queue in unit 501 is 100, performance data in current monitoring file is 20, performance data N in current described monitoring queue is 40, the described second bear fruit unit 505 is controlled described the first thread and is triggered described the second thread, by the second thread, described 20 performance datas are put into described monitoring queue, performance data M in described monitoring queue is 60, if it is 30 that described the first thread monitors the performance data of generation, 60 add that 30 is 90, be less than 100, trigger the described the 3rd unit 506 that bears fruit, if it is 200 that described the first thread monitors the performance data of generation, 60 add 200, are greater than 100, trigger the described the 4th unit 507 that bears fruit.
The described the 3rd unit 506 that bears fruit, be used for controlling described the first thread and trigger described the second thread, the performance data being produced from described server by described the second thread, obtain Q-M bar performance data and put into described monitoring queue, and the residue performance data in the performance data that described server is produced is put into described monitoring file, the 3rd trigger element 305 of triggering embodiment tri-.
The performance data that described server produces is the described performance data that server that the first thread that the first trigger element 303 of embodiment tri-triggers monitors produces.
For example, the described first threshold capacity Q that sets in advance the predefined monitoring queue in unit 501 is 100, the performance data that described the first thread monitors generation is 200, described the second thread therefrom obtains i.e. 40 performance datas of 100-60, the described the 3rd bear fruit unit 506 is controlled the first threads and is triggered described the second thread, by described the second thread, described 40 data of obtaining are put into described monitoring queue, and be that 160 performance datas are put in monitoring file by 200-40.
Certainly, described monitoring file, compared to monitoring queue, is jumbo storage unit, the described performance data producing for temporary transient storage server.Both compare, and the performance data in described monitoring queue is directly read and shows, in described monitoring queue, data reading speed is very fast.
The described the 4th unit 507 that bears fruit, triggers described the second thread for controlling described the first thread, and the performance data described server being produced by described the second thread is put into described monitoring queue, triggers the 3rd trigger element 305 of described embodiment tri-.
When the performance data sum in the performance data M in current monitoring queue and monitoring file is less than the threshold capacity of described monitoring queue, trigger this unit execution work, the described the 4th performance data that bears fruit the direct described server generation that the first trigger element 303 of described embodiment tri-is monitored in unit 507 is put in monitoring queue.
For example, performance data M in described monitoring queue is 60, if described the first thread monitors the performance data of generation, is 30, and 60 add that 30 is 90, be less than 100, described monitoring queue is directly put into by described 30 performance datas in the described the 4th unit 507 that bears fruit.
It should be noted that, the corresponding trigger action in above-mentioned unit, can think to send instruction to the object that is triggered so that described in the object that is triggered complete relevant work.Same, the corresponding control action in described unit also can be thought trigger action,, to being sent instruction by control object, so that described, by control object, is completed relevant work.
From above technical scheme, under a kind of domestic environment that the present embodiment provides in monitoring server device, first to set in advance the monitoring capacity of queue that unit sets in advance be limited, be that capacity threshold is Q, corresponding, by second, set in advance unit and set in advance monitoring file, the unnecessary performance data producing for temporary server.When the first trigger element triggers the first thread and monitors new performance data and produce, second bear fruit unit first by monitoring the performance data in file put in monitoring queue, if described monitoring queue reaches threshold value, described second unit controls the second thread that bears fruit triggers the 3rd thread and carries out reading of performance data; If described monitoring queue does not reach threshold value, and when the new performance data that described server produces is more, the described the 3rd unit controls the first thread that bears fruit triggers the second thread and a part is put into monitoring queue makes to monitor queue and reach threshold value, and another part is put in monitoring file temporary.
The low volume data that the present embodiment is used the first monitoring queue stores setting in advance to read, monitoring queue reading speed is fast, can rapidly described performance data be read, and guarantees the high efficiency of observation process.Meanwhile, a large amount of performance datas of using the second monitoring file that sets in advance unit setting to produce server are kept in, and prevent the loss of described performance data, guarantee the accuracy of monitoring result.
Refer to Fig. 6, it shows the part-structure schematic diagram of monitoring server device embodiment six under a kind of domestic environment that the application provides, and implementing three the 3rd trigger element 305 can have following mode to realize: divide subelement 601 and read subelement 602.Wherein:
Described division subelement 601, triggers described the 3rd thread for controlling described the second thread, by described the 3rd thread, the performance data in described monitoring queue is divided into a plurality of performance data pieces;
The described subelement 602 that reads, triggers described the 3rd thread for controlling described the second thread, by described the 3rd thread, reads successively described each performance data piece.
In this implementation, control described the second thread and trigger described the 3rd thread, by described the 3rd thread, repeatedly read the performance data in described monitoring queue, can alleviate the transmission burden in each data transmission procedure.
The embodiment of above-mentioned each device, the display unit that can also comprise display performance data, being about to the described performance data that described the 3rd thread reads shows, for the relevant personnel, analyze, thereby obtain the running status of described server, for providing foundation to the setting of described server running parameter.The mode of described display unit display performance data, can be the form of figure or form, certainly, comprises the above two kinds of modes that are not limited to.
It should be noted that, each embodiment in this instructions all adopts the mode of going forward one by one to describe, and each embodiment stresses is the difference with other embodiment, between each embodiment identical similar part mutually referring to.
Above monitoring server method and device under a kind of domestic environment provided by the present invention are described in detail, the above-mentioned explanation to the disclosed embodiments, makes professional and technical personnel in the field can realize or use the present invention.To the multiple modification of these embodiment, will be apparent for those skilled in the art, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (9)
1. a monitoring server method under domestic environment, is characterized in that, comprising:
Receive the Monitoring instruction that user sends;
Monitoring instruction according to receiving, creates the first thread, the second thread and the 3rd thread;
Trigger server described in described the first thread Real-Time Monitoring and whether produce performance data;
If, control described the first thread and trigger described the second thread, the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance, control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read the performance data in described monitoring queue.
2. method according to claim 1, it is characterized in that, the threshold capacity that presets monitoring queue is Q, set in advance monitoring file, wherein: described the first thread of described control triggers described the second thread, the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance, and comprising:
Control the first thread and trigger described the second thread, by the second thread, judge that whether performance data in described monitoring file and the performance data N sum in described monitoring queue are more than or equal to described threshold capacity Q, obtain the first result;
When described the first result is when being, control described the first thread and trigger described the second thread, by described the second thread, from described monitoring file, obtained Q-N bar performance data and put into described monitoring queue;
When described the first result is while being no, control described the first thread and trigger described the second thread, by described the second thread, the performance data in described monitoring file is put into described monitoring queue, and judge that whether the performance data of described server generation and the performance data M sum in described monitoring queue are more than or equal to described threshold capacity, obtain the second result;
When described the second result is when being, control described the first thread and trigger described the second thread, the performance data being produced from described server by described the second thread, obtain Q-M bar performance data and put into described monitoring queue, and the residue performance data in the performance data that described server is produced is put into described monitoring file;
When described the second result is while being no, to control described the first thread and trigger described the second thread, the performance data described server being produced by described the second thread is put into described monitoring queue.
3. method according to claim 1, is characterized in that, described control the second thread triggers described the 3rd thread, by described the 3rd thread, reads the performance data in described monitoring queue, comprising:
Control described the second thread and trigger described the 3rd thread, by described the 3rd thread, the performance data in described monitoring queue is divided into a plurality of performance data pieces;
Control described the second thread and trigger described the 3rd thread, by described the 3rd thread, read successively described each performance data piece.
4. according to the method described in claims 1 to 3 any one, it is characterized in that, at described control the second thread, trigger described the 3rd thread, after described the 3rd thread reads the performance data in described monitoring queue, also comprise:
Performance data in the described monitoring queue that described the 3rd thread is read shows.
5. a monitoring server device under domestic environment, is characterized in that, comprising:
Receive command unit, the Monitoring instruction sending for receiving user;
Create thread units, the Monitoring instruction for according to receiving, creates the first thread, the second thread and the 3rd thread;
Whether the first trigger element, produce performance data for triggering server described in described the first thread Real-Time Monitoring; If so, trigger the second trigger element;
The second trigger element, triggers described the second thread for controlling described the first thread, and the performance data described server being produced by described the second thread is put in the monitoring queue setting in advance, and triggers the 3rd trigger element;
The 3rd trigger element, triggers described the 3rd thread for controlling described the second thread, by described the 3rd thread, reads the performance data in described monitoring queue.
6. device according to claim 5, is characterized in that, also comprises:
First sets in advance unit, for setting in advance the monitoring queue that threshold capacity is Q;
Second sets in advance unit, for setting in advance monitoring file.
7. device according to claim 6, is characterized in that, described the second trigger element comprises:
The first judgment sub-unit, triggers described the second thread for controlling the first thread, by the second thread, judges that whether performance data in described monitoring file and the performance data N sum in described monitoring queue are more than or equal to described threshold capacity Q, obtain the first result; When described the first result is when being, trigger first unit that bears fruit; When described the first result is while being no, trigger the second result unit;
First unit that bears fruit, triggers described the second thread for controlling described the first thread, is obtained Q-N bar performance data put into described monitoring queue by described the second thread from described monitoring file;
Second unit that bears fruit, be used for controlling described the first thread and trigger described the second thread, by described the second thread, the performance data in described monitoring file is put into described monitoring queue, and judge that whether the performance data of described server generation and the performance data M sum in described monitoring queue are more than or equal to described threshold capacity, obtain the second result; When described the second result is when being, trigger the 3rd unit that bears fruit; When described the second result is while being no, trigger the 4th unit that bears fruit;
The 3rd unit that bears fruit, be used for controlling described the first thread and trigger described the second thread, the performance data being produced from described server by described the second thread, obtain Q-M bar performance data and put into described monitoring queue, and the residue performance data in the performance data that described server is produced is put into described monitoring file;
The 4th unit that bears fruit, triggers described the second thread for controlling described the first thread, and the performance data described server being produced by described the second thread is put into described monitoring queue.
8. device according to claim 5, is characterized in that, described the 3rd trigger element comprises:
Divide subelement, for controlling described the second thread, trigger described the 3rd thread, by described the 3rd thread, the performance data in described monitoring queue is divided into a plurality of performance data pieces;
Read subelement, for controlling described the second thread, trigger described the 3rd thread, by described the 3rd thread, read successively described each performance data piece.
9. according to the device described in claim 5 to 8 any one, it is characterized in that, also comprise:
Display unit, shows for the performance data of described monitoring queue that described the 3rd thread is read.
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