CN101686149A - Remote monitoring system and monitoring method thereof - Google Patents
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- CN101686149A CN101686149A CN200810168902A CN200810168902A CN101686149A CN 101686149 A CN101686149 A CN 101686149A CN 200810168902 A CN200810168902 A CN 200810168902A CN 200810168902 A CN200810168902 A CN 200810168902A CN 101686149 A CN101686149 A CN 101686149A
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Abstract
The invention relates to a remote monitoring system, comprising a master control end provided with a management program and a controlled end provided with a storage device and a monitoring program. The master control end is connected with the controlled end via Internet, the management program is required to transmit information about the storage device generated by the monitoring program on the controlled end to generate a report so as to list the state of the storage device of the controlled end, monitoring operation can be resumed only by revising the setting of the master control end whena network structure changes. By using the system and the method of the invention, time for operating the remote monitoring system can be saved, the controlled end can be effectively managed in real time, and an alarm is proposed so as to lower the damage degree of the storage device.
Description
Technical field
The present invention relates to a kind of long distance control system and method for supervising thereof, relate in particular to a kind of long distance control system and method for supervising thereof of monitoring the storage device Jiankang situation in the controlled end electronic installation.
Background technology
Progress along with development of science and technology and electronics industry, the capacity of hard disk also increases thereupon day by day in the electronic installation, yet, be accompanied by the generation of big capacity hard disk, the user relatively can be stored in multidata more in the big capacity hard disk certainly, but, will produce great loss and puzzlement to the user when hard disk produces the situation of damage or bad rail problem occurs can't carry out access the time.
Especially for enterprise, the employed electronic installation of employee probably can be deposited data important in many work, once the hard disk generation problem of electronic installation inside and cause the data can't access, then must expend considerable time and cost data are rescued back, will produce loss greatly and puzzlement individual and enterprise.In addition, all the more so concerning the board of factory operation, may be the epoch of automated production operator in the face of many boards, if this moment the hard disk generation problem of a board wherein, will cause problems such as the interruption of production line and time-histories delay, and cause the loss of factory.
But for general user, usually can't give special heed to the use situation of hard disk or often go to monitor the health status of hard disk, thereby be easy to ignore some caution situation and do not know carry out data backup or should change operation such as hard disk, for according to this situation, some free automonitors are arranged on the market, for example: automatic monitoring analysis reporting techniques (Self-Monitor Analysis andReporting Technology, S.M.A.R.T.), can be in order to the ruuning situation of hard disk and historical record and default safety value be analyzed, relatively, when the situation that occurs outside the safety value scope, then can sound a warning to the user, and then can effectively predict, and improve user's safety of data to the hard disk incipient fault.
For instance, at present the mode of many electronic installation internal hard drives operations of monitoring situations is as shown in Figure 1 in enterprise, supervisory control system 1 mainly is made up of with many computers 11 station server 10, have processor 101 and network interface 102 in the server 10, each computer 11 then has storage device 12 respectively, processor 13 and network interface 14, and, one automonitor (not icon) is installed in the inside of computer 11, healthy situation in order to the storage device 12 in the supervisory control comuter 11, and regularly or irregularly with data that automonitor produced, data are sent in the server 10 by network, yet this mode needs initiatively data to be sent in the server 10 by each computer 11, so the healthy situation of the storage device 12 that server 10 can't active inquiry computer 11, thereby can't effectively carry out conforming systematized management at a plurality of computers 11.
In addition, if server 10 is changed the network site, for example: the Internet communication protocol (InternetProtocol, IP) or the e-mail network address, then will change the structure of whole monitoring system, thereby must one platform reset the network site of the inner predetermined service ends 10 of computer 11, significantly increase operational puzzlement and need expend extremely many time costs.
In view of this, how to develop a kind of above-mentioned known disadvantage of improving, not only easy and simple to handle, and can carry out long distance control system and method for supervising thereof effective, conforming management to the storage device in the controlled end electronic installation, real in pressing for the problem of solution at present.
Summary of the invention
Main purpose of the present invention is to provide a kind of long distance control system, can solve known remote supervision system need reset the server of main control end when network configuration changes network address, assignment procedure trouble and lose time and can't initiatively obtain controlled terminal information not only by server, thus can't effective managing controlled end etc. defective.
For achieving the above object, of the present invention one implements the sample attitude for a kind of long distance control system is provided than broad sense, and it comprises: main control end, and it has hypervisor; And controlled end, it has storage device, and the installing monitoring program; Wherein, main control end is connected with controlled end by the internet, and hypervisor require to transmit the information of the monitoring program generation of controlled end about storage device, and the generation form, with the state of the storage device of listing controlled end.
According to conception of the present invention, wherein main control end is a server.
According to conception of the present invention, wherein controlled end is an electronic installation.
According to conception of the present invention, wherein controlled end is a portable electronic devices.
According to conception of the present invention, wherein the internet is a storage area network.
According to conception of the present invention, wherein hypervisor is the program of acting on behalf of.
According to conception of the present invention, wherein monitoring program is automatic monitoring analysis reporting techniques.
According to conception of the present invention, wherein information be the Internet communication protocol, the storage device of storage device quantity, storage device the physical disk drive number and about the relevant parameter of the healthy situation of storage device, for example: the ruuning situation and the historical record of different devices such as magnetic head, disk, motor, circuit.
For achieving the above object, of the present invention another implemented the sample attitude for a kind of long-distance monitoring method is provided than broad sense, and it comprises the following step: a provides main control end, and it installs hypervisor; B provides at least one controlled end, and it has storage device, and the installing monitoring program; The c main control end is passed through the Internet-delivered information to controlled end; The monitoring program of the controlled end of d is passed to parameter according to information the hypervisor of main control end; E compares parameter and standard value, and converges and put in order output report.
According to conception of the present invention, wherein monitoring program is automatic monitoring analysis reporting techniques.
According to conception of the present invention, wherein after step c, also comprise the controlled end of step: c1 and judge whether information represents the essential information that requires to provide storage device.
According to this conception, wherein if step c1 is judged as and is, then controlled end is collected the essential information of storage device, and the hypervisor of main control end is given in repayment.
According to conception of the present invention, wherein essential information is the Internet communication protocol address of controlled end, the quantity of storage device and the physical disk drive number of storage device.
According to conception of the present invention, wherein after step c1, also comprise the controlled end of step: c2 and judge whether information represents the parameter that requires to provide storage device.
According to conception of the present invention, wherein if step c2 is judged as and is, then the monitoring program of controlled end is collected the parameter of storage device, and the hypervisor of main control end is given in repayment.
According to conception of the present invention, wherein parameter is the relevant parameter about the healthy situation of this storage device, for example: the ruuning situation and the historical record of different devices such as magnetic head, disk, motor, circuit.
According to conception of the present invention, wherein also comprise step after steps d: the d1 main control end need to judge whether another controlled end of monitoring.
According to conception of the present invention, wherein if steps d 1 is judged as and is, then the step of main control end repeated execution of steps c is promptly passed through another information of the Internet-delivered to another controlled end.
According to conception of the present invention, wherein in step e, after parameter and standard value compared, with storage device be denoted as normally, state such as caution and necrosis.
According to conception of the present invention, wherein after step e, also comprise step: f and be denoted as caution and downright bad controlled end according to the form notice.
Therefore can save the time of operation remote supervision system by system and method for the present invention, and can be effectively, managing controlled end in real time, and caution is proposed, make the damaged condition of storage device reduce.
Description of drawings
Fig. 1 is the system schematic of known remote supervision system.
Fig. 2 is the system schematic of the long distance control system of preferred embodiment of the present invention.
Fig. 3 is the flow chart of the long-distance monitoring method of preferred embodiment of the present invention.
Fig. 4 A is the information exchanging process schematic diagram that transmits storage device quantity between main control end shown in Figure 2 and the controlled end.
Fig. 4 B is the information exchanging process schematic diagram that transmits the storage device identification information between main control end shown in Figure 2 and the controlled end.
Fig. 4 C is the healthy situation parameter transmittance process schematic diagram that transmits storage device between main control end shown in Figure 2 and the controlled end.
Wherein, description of reference numerals is as follows:
1,2: supervisory control system
10: server
101,13,201,211,221,231: processor
102,14,202,212,222,232: network interface
11: computer
12,210,220,230: storage device
20: main control end
21,22,23: controlled end
S30～S38: long-distance monitoring method step
Embodiment
Some exemplary embodiments that embody feature of the present invention and advantage will be described in detail in the explanation of back segment.Be understood that the present invention can have various variations on different aspects, its neither departing from the scope of the present invention, and explanation wherein and accompanying drawing just think the usefulness that explains in itself, but not in order to restriction the present invention.
See also Fig. 2, it is the system schematic of the long distance control system of preferred embodiment of the present invention, in the present embodiment, supervisory control system 2 mainly is made up of with 21,22,23 at a plurality of controlled ends a main control end 20, in further embodiments, also can only comprise a controlled end 21, and the quantity of controlled end 21 can carry out various changes according to actual needs, not as limit.As shown in the figure, main control end 20 is an electronic installation, for example: server, but not as limit, and it has a processor 201 and a network interface 202, and, one hypervisor (not icon) is installed in main control end 20, in order to receive from the information of controlled end 21,22,23 and to be responded, wherein, this hypervisor can be but is not limited to one acts on behalf of program (Agent program), and, network interface 202 be a storage area network (Storage AreaNetwork, SAN), but not as limit.
Please consult Fig. 2 again, as shown in the figure, controlled end 21,22,23 can be but not be limited to electronic installation or portable electronic devices, for example: desktop computer or notebook etc., and has processor 211 respectively, 221,231, storage device 210,220,230 and network interface 212,222,232, wherein, storage device 210,220,230 quantity can be made various changes according to actual needs, and, storage device 210,220,230 can be floppy disk, solid state hard disc (SSD), rigid hard disk (HDD), devices such as Portable hard disk or carry-on dish, and not as limit, and, network interface 212,222,232 be similarly storage area network (Storage Area Network, SAN), but not as limit.In addition, at each controlled end 21,22,23 inside is separately installed with an automonitor (not icon), this automonitor can be the free download use or is automonitor (Monitoring program) commercially available or for researching and developing voluntarily, not as limit, with the present embodiment is example, automonitor is used existing on the market at present automatic monitoring analysis reporting techniques (Self-Monitor Analysis andReporting Technology, S.M.A.R.T.), can monitor controlled end 21 respectively, 22, storage device 210 in 23,220,230 different parameters, for example: magnetic head, disk, motor, the ruuning situation of different devices such as circuit and historical record, and the parameter value of these outputs and a default safety value analyzed, relatively, with analyzing stored device 210,220,230 present healthy situations.
See also Fig. 3, it is the flow chart of the long-distance monitoring method of preferred embodiment of the present invention, as shown in the figure, long-distance monitoring method of the present invention is at first for providing a main control end 20, and this main control end 20 is equiped with a hypervisor, shown in step S30, and this hypervisor can be but is not limited to one acts on behalf of program, and provide at least one controlled end 21, this controlled end 21 has storage device 210, and be equiped with a monitoring program in controlled end 21 inside, shown in step S31, then, go out an information to controlled end 21 by main control end 20 by the Internet-delivered, shown in step S32, after controlled end 21 receives the information that main control end 20 transmitted, whether the content that then can judge this information requires controlled end 21 that general essential information about storage device 210 is provided, for example: the Internet communication protocol address (IP Address), the physical disk drive number (ID) of the quantity of storage device 210 and storage device 210 etc., shown in step S33, when judged result when being, the monitoring program of then controlled end 21 will begin to collect the essential information of its internal storage device 210, and these information are repaid to the hypervisor in the main control end 20, shown in step S34, and repeating step S32 after reported information, main control end 20 continues transmission information and gives controlled end 21, and judge whether this information content is represented and require controlled end 21 that the essential information of storage device 210 is provided, shown in step S33; If judged result is for denying, the monitoring program of then controlled end 21 continues to judge whether the content of this information requires controlled end 21 that healthy situation about storage device 210 is provided, shown in step S35, if judged result is for being, the monitoring program of then controlled end 21 can be collected the relevant parameter of its internal storage device 210 healthy situations, for example: magnetic head, disk, motor, the ruuning situation of different devices such as circuit and historical record, and these parameter values are repaid to the hypervisor in the main control end 20, shown in step S36, if judged result is for denying, then continue next step S37, be that main control end 20 can judge whether to need to continue another controlled end 22 of monitoring, if judged result is for being, then can repeat step S32 and subsequent step thereof to another controlled end 22, if be judged as not, then all parameter values and a standard value of presetting can be compared, and the result of foundation comparison is with controlled end 21,22,23 reduce respectively normally, caution or necrosis, and converging whole back output one form, shown in step S38, at last, again according to the listed information warning of form, notice is denoted as caution or downright bad controlled end 21,22,23, remind the user should carry out data backup and change action such as pairing storage device, shown in step S39.
Thus, the manager can be on main control end 20 initiatively time, required information and the healthy situation of controlled end 21,22,23 internal storage devices 210,220,230 of the controlled end 21,22,23 of decision monitoring, and, when form that the manager produces obtaining, then can be according to information warning shown on the form, notify the user of controlled end 21,22,23 to note the healthy situation of pairing storage device, or directly change, make main control end 20 not only have ownership, and can in real time, effectively manage numerous controlled end 21,22,23.
In addition, in this remote monitoring method, controlled end 21,22,23 only needs the information that the internal control program is obtained is repaid to main control end 20, and need not set the relevant informations such as the network address of main control end 20, so when the network configuration between main control end 20 and the controlled end 21,22,23 changes, only need to revise the setting of hypervisor in the main control end 20, and need on controlled end 21,22,23, not change one by one, thereby can make easier the operating of manager, and can effectively save the user's of controlled end 21,22,23 time.
For instance, the identification information that the message packet of the main control end 2 controlled end 21 that passes to can comprise the quantity of the storage device 210 of inquiring about controlled end 21 and inquire about the storage device 210 of controlled end 21 in step S33.
See also Fig. 4 A, for transmitting the information exchanging process schematic diagram of storage device quantity between main control end shown in Figure 2 and the controlled end, as shown in the figure, when the quantity information of the storage device 210 that will obtain controlled end 21, main control end 20 sends message packet A1 to controlled end 21 by the internet earlier, the content of message packet A1 comprises the Internet communication protocol address, source (Source IP Address) of main control end 20, target the Internet communication protocol address of controlled end 21 (Target IP Address) and information command, after controlled end 21 receives message packet A1, give main control end 20 with back information package A2, then comprise the target the Internet communication protocol address (Target IP Address) of controlled end 21 among the message packet A2, the quantity of storage device, information such as the physical disk drive number of storage device.Wherein, the data format of message packet A1 and message packet A2 is shown in table 1 and table 2.
Table 1, message packet A1
| Message identification | The source the Internet communication protocol |
| 1btye (for example: 0x01) | ??N?btye |
Table 2, message packet A2
| Message identification | The target the Internet communication protocol | Storage device quantity | The physical disk drive number |
| 1btye (for example: 0x11) | ??N?btye | ??1btye | Storage device quantity * 1btye |
See also Fig. 4 B, it is the information exchanging process schematic diagram that transmits the storage device identification information between main control end shown in Figure 2 and the controlled end, as shown in the figure, when the identification information of the storage device 210 that will obtain controlled end 21, main control end 20 sends message packet B1 to controlled end 21 by the internet earlier, the content of message packet B1 comprises the Internet communication protocol address, source (Source IPAddress) of main control end 20, target the Internet communication protocol address of controlled end 21 (Target IP Address) and physical disk drive number, after controlled end 21 receives message packet B1, give main control end 20 with back information package B2, then comprise the target the Internet communication protocol address (Target IP Address) and the identification information of controlled end 21 among the message packet B2.Wherein, the data format of message packet B1 and message packet B2 is shown in table 3 and table 4.
Table 3, message packet B1
| Message identification | The source the Internet communication protocol | The physical disk drive number |
| 1btye (for example: 0x02) | ??N?btye | ??1btye |
Table 4, message packet B2
| Message identification | The target the Internet communication protocol | Identification information |
| 1btye (for example: 0x12) | ??N?btye | ??512btye |
In addition, whether the hypervisor of main control end 20 inquires about the healthy situation of controlled end 21 internal storage systems 210 of access in step S34, its information exchanging process is shown in Fig. 4 C, earlier send message packet C1 to controlled end 21 by the internet by main control end 20, the content of message packet C1 comprises the Internet communication protocol address, source (Source IP Address) of main control end 20, the target the Internet communication protocol address of controlled end 21 (Target IP Address), a physical disk drive number and a monitored instruction, after controlled end 21 receives message packet C1, back information package C2 gives main control end 20 again, then comprises the target the Internet communication protocol (IP) and the S.M.A.R.T. Monitoring Data of controlled end 21 among the message packet C2.Wherein, the data format of message packet C1 and message packet C2 is shown in table 5 and table 6.
Table 5, message packet C1
| Message identification | The source the Internet communication protocol | The physical disk drive number |
| 1btye (for example: 0x03) | ??N?btye | ??1btye |
Table 6, message packet C2
| Message identification | The target the Internet communication protocol | S.M.A.R.T. Monitoring Data |
| 1btye (for example: 0x13) | ??N?btye | ??512btye |
So between main control end 20 and controlled end 21, ceaselessly repeat above-mentioned information exchanging process, come and go in regular turn and transmit message packet A1, A2, B1, B2, process is with data such as the model of the storage device 210 that obtains controlled end 21, firmware version, sequence number, resources modes whereby, pass through the round transmission of message packet C1, C2 again, to obtain the S.M.A.R.T. Monitoring Data of controlled end 21.
By the way, but a plurality of controlled ends 21 of main control end 20 remote monitoring, and a S.M.A.R.T. Monitoring Data and a standard value can be compared, storage device 210 is divided into normally, warned and downright bad three states, and carry out tabular and export, the form of this output is as shown in table 7, and it has message identification, source the Internet communication protocol, communications codes, number of disks ... etc. information.
Behind the state table of main control end 20 output-controlled ends 21, can notify the user of controlled end 21 according to alert status listed in the table 7, can be effectively and prevent the damage of controlled end 21 internal storage devices 210 in advance, but and then the healthy situation of the storage device 210 of the controlled end 21 of effective monitoring, if be applied in enterprise or the factory, then can effectively reduce the enterprise or the loss of factory.
In addition, this form also can send controlled end 21 to or give other manager by network, and can set the regular generation that makes and detect form, makes that the long distance management is more convenient, effective.
In sum, long distance monitoring device of the present invention and monitoring method thereof are made up of main control end and controlled end, wherein main control end has hypervisor, controlled end has storage device and monitoring program, and main control end is connected with controlled end by the internet, with the information of transmitting and the monitoring program of receiving slave end is transmitted, and by hypervisor generation form, state so as to the storage device of initiatively monitoring controlled end, and when network configuration changes, only need revise the setting of main control end, can recover the monitoring operation, can save the operating time, and can be effective, managing controlled in real time end, and caution is proposed, and make the damaged condition of storage device reduce, therefore long distance control system of the present invention and method for supervising thereof have the value of industry.
The present invention to be being described in detail by the above embodiments, and the present invention can appoint by those of ordinary skills, and to execute that the craftsman thinks be to modify the right neither claimed scope of the claim of enclosing of taking off as all.
Claims (12)
1. long distance control system, it comprises:
One main control end, it has a hypervisor; And
One controlled end, it has a storage device, and installs a monitoring program;
Wherein, this main control end is connected with this controlled end by an internet, and this monitoring program generation of this this controlled end of hypervisor requirement transmission is about an information of this storage device, and produces a form, with the state of this storage device of listing this controlled end.
2. long distance control system as claimed in claim 1, wherein this main control end is a server, this controlled end is an electronic installation, and this controlled end is a portable electronic devices.
3. long distance control system as claimed in claim 1, wherein this internet is a storage area network.
4. long distance control system as claimed in claim 1, wherein this hypervisor is the program of acting on behalf of, and this monitoring program is an automatic monitoring analysis reporting techniques.
5. long distance control system as claimed in claim 1, wherein this information be the Internet communication protocol, this storage device of this storage device quantity, this storage device the physical disk drive number and about the relevant parameter of the healthy situation of this storage device, for example: the ruuning situation and the historical record of different devices such as magnetic head, disk, motor, circuit.
6. long-distance monitoring method, it comprises the following step:
One main control end is provided, and it installs a hypervisor;
At least one controlled end is provided, and it has a storage device, and installs a monitoring program;
This main control end is passed through a Internet-delivered one information to this controlled end;
This monitoring program of this controlled end is passed to a parameter according to this information this hypervisor of this main control end;
This parameter and a standard value are compared, and converge and put in order output one form.
7. long-distance monitoring method as claimed in claim 6 wherein also comprises step after step c:
This controlled end of c1 judges whether this information represents an essential information that requires to provide this storage device; And when step c1 is judged as when being, then this controlled end is collected this information of this storage device, and this hypervisor of this main control end is given in repayment.
8. long-distance monitoring method as claimed in claim 7, wherein this essential information is the Internet communication protocol address of this controlled end, the quantity of this storage device and the physical disk drive number of this storage device.
9. long-distance monitoring method as claimed in claim 7 wherein also comprises step after step c1:
This controlled end of c2 judges whether this information represents this parameter that requires to provide this storage device; And when step c2 is judged as when being, then this monitoring program of this controlled end is collected this parameter of this storage device, and this hypervisor of this main control end is given in repayment.
10. long distance control system as claimed in claim 9, wherein this parameter is the relevant parameter about the healthy situation of this storage device, for example: the ruuning situation and the historical record of different devices such as magnetic head, disk, motor, circuit.
11. long-distance monitoring method as claimed in claim 9 wherein also comprises step after steps d:
This main control end of d1 judges whether to need another controlled end of monitoring, and is judged as when being when steps d 1, and the step of this main control end repeated execution of steps c is then promptly passed through another information of this Internet-delivered to another this controlled end.
12. long-distance monitoring method as claimed in claim 6, wherein in step e, after this parameter and this standard value compared, with this storage device classify as normally, state such as caution and necrosis; And after step e, also comprise step:
F is denoted as caution and downright bad controlled end according to this form notice.
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| CN200810168902A CN101686149A (en) | 2008-09-26 | 2008-09-26 | Remote monitoring system and monitoring method thereof |
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| CN200810168902A CN101686149A (en) | 2008-09-26 | 2008-09-26 | Remote monitoring system and monitoring method thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104410514A (en) * | 2014-11-17 | 2015-03-11 | 四川九洲电器集团有限责任公司 | Method and system for remotely managing equipment end |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104410514A (en) * | 2014-11-17 | 2015-03-11 | 四川九洲电器集团有限责任公司 | Method and system for remotely managing equipment end |
| CN104410514B (en) * | 2014-11-17 | 2018-01-12 | 四川九洲电器集团有限责任公司 | Method and system for remote management apparatus end |
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Open date: 20100331 |