CN103186450A - Method and system for monitoring virtual resource consumption - Google Patents
Method and system for monitoring virtual resource consumption Download PDFInfo
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- CN103186450A CN103186450A CN2011104613237A CN201110461323A CN103186450A CN 103186450 A CN103186450 A CN 103186450A CN 2011104613237 A CN2011104613237 A CN 2011104613237A CN 201110461323 A CN201110461323 A CN 201110461323A CN 103186450 A CN103186450 A CN 103186450A
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Abstract
The invention discloses a system for monitoring the virtual resource consumption. The system comprises a virtual machine monitoring module, a virtual machine management module and a virtual machine running module, wherein the virtual machine monitoring module is used for sending a request of monitoring the virtual resource consumption of a predetermined virtual machine to the virtual machine management module; the virtual machine management module is used for querying the basic configuration information of the hardware of the predetermined virtual machine according to the monitoring request and returning the information to the virtual machine monitoring module; the virtual machine running module is used for collecting the utilization rate information of the hardware of the virtual machine in the running state and returning the information to the virtual machine monitoring module; and the virtual machine monitoring module is used for monitoring the virtual resource consumption of the predetermined virtual machine according to the basic configuration information of the hardware of the predetermined virtual machine and the utilization rate information of the hardware of the virtual machine in the running state. According to the system, more accurate virtual resource consumption can be provided.
Description
Technical field
The present invention relates to Intel Virtualization Technology, the use that relates in particular to the virtual resource of virtual machine consumes monitoring method and system.
Background technology
In cloud computing popular today gradually, many enterprises are no longer for the employee upgrades tabletop machine, but adopt Intel Virtualization Technology to dispose privately owned cloud in enterprises, and all employees can use virtual machine in the privately owned cloud, and (Virtual Machine VM) handles official business.
And in order to quantize the consumption that all departments use virtual resource to produce in the enterprise, need to dispose collection and the statistics that a cover monitoring system is carried out data in the privately owned cloud.The monitoring mode for VM in the cloud that can see at present is all fairly simple, only is based upon on the quantity and bandwidth of the various virtual hardware resources of distributing to VM.Really, this monitoring mode is fairly simple effectively, but for the responsive relatively client of cost expenditure, especially seems too extensive.Therefore, can not provide the use consumption of virtual resource accurately and effectively.
Summary of the invention
Purpose of the present invention is intended to one of solve the aforementioned problems in the prior at least.
For this reason, embodiments of the invention propose a kind of monitoring method and method of use consumption of virtual resource, can accurately monitor out the consumption that all kinds of virtual resource was produced of use.
According to an aspect of the present invention, the embodiment of the invention has proposed the monitoring system that a kind of use of virtual resource consumes, and comprises virtual machine monitoring modular, Virtual Machine Manager module and virtual machine operation module: the monitoring request that the virtual machine monitoring modular is used for consuming the use of the virtual resource of predetermined virtual machine sends to the Virtual Machine Manager module; The Virtual Machine Manager module is used for according to the basic configuration information of the predetermined virtual machine hardware of monitoring request inquiry and returns to the virtual machine monitoring modular; Virtual machine operation module is used for collecting the utilization rate information of the virtual machine hardware that is in running status and returning to the virtual machine monitoring modular, and wherein the virtual machine monitoring modular is monitored the use consumption of the virtual resource of predetermined virtual machine according to the basic configuration information of predetermined virtual machine hardware and the utilization rate information that is in the virtual machine hardware of running status.
According to a further aspect in the invention, embodiments of the invention propose a kind of monitoring method of use consumption of virtual resource, and the monitoring method that the use of described virtual resource consumes may further comprise the steps:
Transmission is to the monitoring request of the use consumption of the virtual resource of predetermined virtual machine;
Inquire about the basic configuration information of described predetermined virtual machine hardware according to described monitoring request;
Collection is in the utilization rate information of the virtual machine hardware of running status; And
The use consumption of monitoring the virtual resource of described predetermined virtual machine according to basic configuration information and the described utilization rate information that is in the virtual machine hardware of running status of described predetermined virtual machine hardware.
The use of virtual hardware resource of the present invention consumes monitoring mode and namely combines according to the quantity of the virtual hardware resource of distributing and the mode of bandwidth, added the reference factor with reference to various hardware resource utilization rates again, use the consumption project to refine on every class virtual hardware virtual resource, use to consume the use amount that monitoring can reflect the virtual hardware resource more really.Thereby make things convenient for the client to analyze using to consume to form, reduce use cost, improve service efficiency.
The aspect that the present invention adds and advantage part in the following description provide, and part will become obviously from the following description, or recognize by practice of the present invention.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Description of drawings
Above-mentioned and/or additional aspect of the present invention and advantage are from obviously and easily understanding becoming the description of embodiment below in conjunction with accompanying drawing, wherein:
Fig. 1 is the block diagram of the monitoring system that consumes of the use of the virtual resource of the embodiment of the invention;
Fig. 2 is the workflow diagram of Virtual Machine Manager module in the monitoring system of the embodiment of the invention;
Fig. 3 is the workflow diagram of virtual machine operation module in the monitoring system of the embodiment of the invention;
Fig. 4 a and Fig. 4 b are the workflow diagram of virtual machine monitoring modular in the monitoring system of the embodiment of the invention; And
Fig. 5 is the flow chart of steps of the monitoring method that consumes of the use of the virtual resource of the embodiment of the invention.
Embodiment
Describe embodiments of the invention below in detail, the example of described embodiment is shown in the drawings, and wherein identical or similar label is represented identical or similar elements or the element with identical or similar functions from start to finish.Be exemplary below by the embodiment that is described with reference to the drawings, only be used for explaining the present invention, and can not be interpreted as limitation of the present invention.
Now, with reference to figure 1, this figure is the block diagram of the monitoring system that consumes of the use of the virtual resource of the embodiment of the invention.
As shown in Figure 1, the monitoring system of the use of described virtual resource consumption mainly comprises three parts: virtual machine monitoring modular 10, Virtual Machine Manager module 20 and virtual machine operation module 30.
Wherein virtual machine operation module 30 is mainly used in actual motion control and the various configuration data of virtual machine and collects the utilization rate information that is in the virtual machine hardware of running status in the virtual machine 40; Virtual Machine Manager module 20 is used for being responsible for the virtual hardware of virtual machine 40 and the configuration management work of software; Virtual machine monitoring modular 10 is used for obtaining the various data of virtual machine 40 for using the monitoring and statistics that consumes from above-mentioned two modules.
Particularly, the monitoring request that virtual machine monitoring modular 10 will consume the use of the virtual resource of predetermined virtual machine sends to Virtual Machine Manager module 20, here request can be client's query requests of outside input, perhaps the default automatic trigger request every the schedule time of internal system.
20 of Virtual Machine Manager modules are according to the basic configuration information of predetermined virtual machine hardware in the described monitoring request inquiry virtual machine 40 and return to virtual machine monitoring modular 10.Here, according to different situations, predetermined virtual machine can be the virtual machine of request appointment or default virtual machine or whole virtual machine.
And virtual machine operation module 30 is collected the utilization rate information of the virtual machine hardware that is in running status and is returned utilization rate collector unit 14 to virtual machine monitoring modular 10.14 utilization rate data with correspondence of utilization rate collector unit are kept in the local utilization rate database 16.
The use consumption of the virtual resource of predetermined virtual machine is monitored in 12 of the use consumption calculations unit of virtual machine monitoring modular 10 according to the basic configuration information of the predetermined virtual machine hardware that receives and the utilization rate information that is in the virtual machine hardware of running status.
In one embodiment, according to actual needs, virtual machine monitoring modular 10, Virtual Machine Manager module 20 and virtual machine operation module 30 can integral body be arranged in the device.
Perhaps, virtual machine monitoring modular 10, Virtual Machine Manager module 20 and virtual machine operation module 30 can be arranged on separately respectively in each device.At this moment, can connect the communication that realizes each other by wired or wireless mode between the three.
Below, will be described in detail to the process flow diagram of Fig. 4 b principle of work to each module in the monitoring system of the embodiment of the invention in conjunction with Fig. 1 and Fig. 2.
Wherein, Fig. 2 is the workflow diagram of Virtual Machine Manager module in the monitoring system of the embodiment of the invention; Fig. 3 is the workflow diagram of virtual machine operation module in the monitoring system of the embodiment of the invention; And Fig. 4 a and Fig. 4 b are the workflow diagram of virtual machine monitoring modular in the monitoring system of the embodiment of the invention.
As shown in Figure 2, after Virtual Machine Manager module 20 receives the request of virtual machine monitoring modular 10 transmissions, according to whether having corresponding predetermined virtual machine (step 202) in request corresponding virtual machine identification code (ID) or virtual machine title (Name) the inquiry virtual machine 40.If do not exist, then report an error and finish (step 208).
If exist, then obtain the hardware configuration information (step 204) of this virtual machine, mainly comprise quantity and the bandwidth of CPU (central processing unit) (CPU), internal memory (Memory), disk (Disk) and network interface card (Network).Then, return hardware configuration information to virtual machine monitoring modular (step 206).
The object lesson of virtual machine hardware configuration information can see table, and mainly comprises the size of quantity, internal memory and disk of CPU and the network bandwidth of network interface card correspondence.
Table 1
| CPU | Memory | Disk | Network | |
| VM1 | 2 | 512MB | 80G | 1000Mb |
| VM2 | 4 | 1024MB | 40G | 100Mb |
Principle of work below with reference to the virtual machine operation of Fig. 3 module 30 is made description.As shown in the figure, virtual machine operation module 30 collects by various soft, hardware interfaces that all are in the utilization rate information (step 302) of the virtual machine hardware of running status in the virtual machine 40, and sends to virtual machine monitoring modular 10 (step 304) by network interface.In one embodiment, step 306 can be set, namely after waiting for a period of time, turn back to step 302, periodically to collect the hardware utilization rate information of all operation virtual machines.The utilization rate data of various hardware can be referring to table 2 in the operation virtual machine.
Table 2
With reference now to Fig. 4 a and Fig. 4 b,, the principle of work of virtual machine monitoring modular 10 is made description.Wherein Fig. 4 a is the utilization rate information about the operation virtual machine, and Fig. 4 b uses about predetermined virtual machine hardware basic configuration information and all hardware resource and consumes monitoring.
Shown in Fig. 4 a, utilization rate collector unit 14 (see figure 1)s of virtual machine monitoring modular 10 receive the various hardware resource utilization rate information (step 102) of corresponding virtual machine in the virtual machine 40 that self virtualizing machine operation module 30 sends.Then, save the data in the utilization rate database 16 (step 104) according to the virtual machine ID in the utilization rate data or title.
Shown in Fig. 4 b, virtual machine monitoring modular 10 is at first from the configuration information (step 112) of Virtual Machine Manager module 20 inquiry hardware, then according to the utilization rate data (step 114) of this virtual machine of retrieval from local data base of virtual machine ID.At last, the use of the total virtual resource that obtains this virtual machine according to hardware basic configuration information and the utilization rate Information Statistics of this virtual machine consumes situation (step 116).
Like this, virtual machine monitoring modular 10 can return to the client with the relevant monitoring information of this virtual machine.
In one embodiment, the monitoring system of the use of virtual resource of the present invention consumption can be applied on the virtual machine hardware resource expense statistics.For example, the result according to monitoring charges by virtual machine monitoring modular 10, to offer respective client.
For example, shown in can seeing table at the object lesson of the rate of virtual machine hardware basic configuration and utilization rate charge, unit is for counting.Wherein count and expense between can set ratio, such as 100 1 yuan of being equivalent in the real world.
Table 3
| Rate | CPU | Memory | Disk | Network |
| Basic configuration | 10/ | 5/GB | 1/GB | 10/Gb |
| Utilization rate | 1 point of each number percent | 0.001/MB | 1 point of each number percent | 0.001/kb |
Like this, can show the more information of client, comprise the details project of various hardware resource consumption.Thereby the client can recognize it is that those (several) account for to such an extent that proportion is bigger on earth in expense, and optimizes targetedly.
Provided Application of Monitoring System that the use of virtual resource of the present invention is consumed below in the example of chargeing.
For example, certain client the morning 9:00 rented a virtual machine, its configuration is shown in VM1 in the table 1, after having used 3 hours, produced the utilization rate as following table 4, at this moment the user wants to check and uses the expense that produces after 3 hours, and the rate of using table 3 calculates, with the charging result that obtains as table 5.
Table 4
Table 5
| CPU | Memory | Disk | Network | |
| The basic configuration expense | 20 | 2.5 | 80 | 1 |
| 9:00 utilization rate expense | 50 | 2.354 | 3 | 0.03 |
| 10:00 utilization rate expense | 9 | 1.798 | 10 | 1 |
| 11:00 utilization rate expense | 12 | 1.895 | 7 | 0.2 |
| Add up to | 91 | 8.574 | 100 | 2.23 |
Namely can always be used rate to add up to: 91+8.574+100+2.23=201.804.
Therefore, when the various hardware resource utilization rates when the reference of having adopted the present invention to propose moves are chargeed, not only can obtain total expense, and the rate of various hardware resources, expense and the expense that changes the utilization rate that produces along with the time also can come into plain view, and can make the client that the expense that produces is accomplished to know what's what.
And client even can be according to consumption situation in the past by adjusting the virtual hardware configuration of virtual machine, make following consumption expenditure meet the expection of oneself.
Fig. 5 has provided the flow chart of steps of the monitoring method that the use of the virtual resource of the embodiment of the invention consumes.
As shown in Figure 5, the monitoring method that the use of the virtual resource of the embodiment of the invention consumes may further comprise the steps:
Transmission is to the monitoring request (step 402) of the use consumption of the virtual resource of predetermined virtual machine;
Inquire about the basic configuration information (step 404) of described predetermined virtual machine hardware according to described monitoring request;
Collection is in the utilization rate information (step 406) of the virtual machine hardware of running status; And
The use consumption (step 408) of monitoring the virtual resource of described predetermined virtual machine according to basic configuration information and the described utilization rate information that is in the virtual machine hardware of running status of described predetermined virtual machine hardware.
In described monitoring step, from the utilization rate information of the described virtual machine hardware that is in running status, obtain the utilization rate information of predetermined virtual machine hardware according to the sign of predetermined virtual machine.
In one embodiment, the basic configuration information of predetermined virtual machine hardware comprises CPU, internal memory, disk and network card number and bandwidth.
In one embodiment, the utilization rate information that is in the virtual machine hardware of running status comprises the utilization rate of CPU, internal memory, disk and network interface card.
The use of virtual hardware resource of the present invention consumes monitoring mode and namely combines according to the quantity of the virtual hardware resource of distributing and the mode of bandwidth, added the reference factor with reference to various hardware resource utilization rates again, use the consumption project to refine on every class virtual hardware virtual resource, use to consume the use amount that monitoring can reflect the virtual hardware resource more really.Thereby make things convenient for the client to analyze using to consume to form, reduce use cost, improve service efficiency.
In addition, by the present invention being applied on virtual resource use to charge, count the consumption that virtual resource that virtual machine that the client uses takies produces more accurately by meticulousr monitoring mode; Compared at present only according to the mode of virtual resource quantity statistics, can calculate the expense that the client uses all kinds of virtual resources to produce that provides more accurately, help customer analysis to go out the composition of expense, and then reduce the cost that uses virtual resource, improve service efficiency.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (10)
1. the monitoring system of the use of virtual resource consumption is characterized in that, the monitoring system that the use of described virtual resource consumes comprises virtual machine monitoring modular, Virtual Machine Manager module and virtual machine operation module:
Described virtual machine monitoring modular, the monitoring request that is used for consuming the use of the virtual resource of predetermined virtual machine sends to described Virtual Machine Manager module;
Described Virtual Machine Manager module is for inquiring about the basic configuration information of described predetermined virtual machine hardware according to described monitoring request and returning to described virtual machine monitoring modular; And
Described virtual machine operation module is used for collecting the utilization rate information of the virtual machine hardware that is in running status and returning to described virtual machine monitoring modular, wherein
The use consumption that described virtual machine monitoring modular is monitored the virtual resource of described predetermined virtual machine according to basic configuration information and the described utilization rate information that is in the virtual machine hardware of running status of described predetermined virtual machine hardware.
2. the monitoring system of the use of virtual resource as claimed in claim 1 consumption is characterized in that the basic configuration information of described predetermined virtual machine hardware comprises central processing unit CPU, internal memory, disk and network card number and bandwidth.
3. the monitoring system of the use of virtual resource as claimed in claim 1 consumption is characterized in that the described utilization rate information that is in the virtual machine hardware of running status comprises the utilization rate of central processing unit CPU, internal memory, disk and network interface card.
4. the monitoring system that consumes of the use of virtual resource as claimed in claim 1, it is characterized in that described virtual machine monitoring modular obtains the utilization rate information of described predetermined virtual machine hardware according to the sign of described predetermined virtual machine from the utilization rate information of the described virtual machine hardware that is in running status.
5. the monitoring system of the use of virtual resource as claimed in claim 1 consumption is characterized in that, described virtual machine monitoring modular, described Virtual Machine Manager module and described virtual machine operation module whole are arranged in the device.
6. the monitoring system of the use of virtual resource as claimed in claim 1 consumption is characterized in that, described virtual machine monitoring modular, described Virtual Machine Manager module and described virtual machine operation module are arranged on separately respectively in each device.
7. the monitoring method of the use of virtual resource consumption is characterized in that, the monitoring method that the use of described virtual resource consumes may further comprise the steps:
Transmission is to the monitoring request of the use consumption of the virtual resource of predetermined virtual machine;
Inquire about the basic configuration information of described predetermined virtual machine hardware according to described monitoring request;
Collection is in the utilization rate information of the virtual machine hardware of running status; And
The use consumption of monitoring the virtual resource of described predetermined virtual machine according to basic configuration information and the described utilization rate information that is in the virtual machine hardware of running status of described predetermined virtual machine hardware.
8. the monitoring method of the use of virtual resource as claimed in claim 7 consumption is characterized in that the basic configuration information of described predetermined virtual machine hardware comprises central processing unit CPU, internal memory, disk and network card number and bandwidth.
9. the monitoring method of the use of virtual resource as claimed in claim 7 consumption is characterized in that the described utilization rate information that is in the virtual machine hardware of running status comprises the utilization rate of central processing unit CPU, internal memory, disk and network interface card.
10. the monitoring system that consumes of the use of virtual resource as claimed in claim 7, it is characterized in that, in described monitoring step, from the utilization rate information of the described virtual machine hardware that is in running status, obtain the utilization rate information of described predetermined virtual machine hardware according to the sign of described predetermined virtual machine.
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Application publication date: 20130703 |