CN102158525B

CN102158525B - Method, device, equipment and system for assisting in remotely acquiring monitoring information

Info

Publication number: CN102158525B
Application number: CN201110003005.6A
Authority: CN
Inventors: 郭春茂; 吴登荣
Original assignee: SHANGHAI JUXIN NETWORK TECHNOLOGY Co Ltd
Current assignee: Shanghai Synacast Media Technology Co Ltd
Priority date: 2011-01-07
Filing date: 2011-01-07
Publication date: 2014-04-09
Anticipated expiration: 2031-01-07
Also published as: CN102158525A

Abstract

The invention aims to provide a computer-implemented method for assisting in remotely acquiring monitoring information. The method comprises the following steps of: determining the characteristic information of an object to be monitored according to first request information and preset object topology information by using a state publishing device, wherein the first request information is used for making a request for monitoring the state information of the object to be monitored, and the preset object topology information comprises the characteristic information of a plurality of objects forming a preset topology structure; acquiring state information corresponding to the object to be monitored in combination with the first request information according to the characteristic information of the object to be monitored; and generating the monitoring information according to the state information of the object to be monitored. Compared with the prior art, the invention can remotely acquire the monitoring information without influencing the normal running of other monitored programs.

Description

For aided remote, obtain method, device, equipment and the system of monitor message

Technical field

The present invention relates to computer realm, relate in particular to method, device, equipment and system that aided remote obtains monitor message.

Background technology

In prior art, only can check in this locality the state information of object in equipment, greatly limit the time and space that user checks Obj State information.

Therefore, how to provide one can realize long-range technology and the device of checking program ruuning situation, become the problem that those skilled in the art need to solve.

Summary of the invention

The object of this invention is to provide a kind of method and apparatus that aided remote obtains monitor message that can be used in.

According to an aspect of the present invention, provide a kind of computer implemented method of obtaining monitor message for aided remote, wherein, the method comprises the following steps:

A is according to the first solicited message and preset object topology information, determine the characteristic information of object to be monitored, wherein the first solicited message is for asking to monitor the state information of described object to be monitored, and described preset object topology information comprises by the characteristic information of a plurality of objects of predetermined topology structure organization;

B, according to the characteristic information of described object to be monitored, obtains state information corresponding to described object to be monitored in conjunction with described the first solicited message;

C generates described monitor message according to the state information of described object to be monitored.

According to another aspect of the present invention, also provide a kind of state publications device that obtains monitor message for aided remote, wherein, this state publications device comprises:

The first determining device, for according to the first solicited message and preset object topology information, determine the characteristic information of object to be monitored, wherein the first solicited message is for asking to monitor the state information of described object to be monitored, and described preset object topology information comprises by the characteristic information of a plurality of objects of predetermined topology structure organization;

The first acquisition device, for according to the characteristic information of described object to be monitored, in conjunction with described the first solicited message, obtain state information corresponding to described object to be monitored;

The first generating apparatus, for generating described monitor message according to the state information of described object to be monitored.

Compared with prior art, the present invention has the following advantages: 1) can long-rangely check object monitor information, realize long-rangely to program ruuning situation, particularly need the monitoring of long playing program ruuning situation; 2) realization of the present invention only needs to expend less resource, and the performed processing operation of state publications device or state receiving system can not affect the normal operation of other programs.

Accompanying drawing explanation

By reading the detailed description that non-limiting example is done of doing with reference to the following drawings, it is more obvious that other features, objects and advantages of the present invention will become:

Fig. 1 is the computer implemented method flow diagram for Remote Acquisitioning monitor message of one aspect of the invention;

Fig. 2 is the method flow diagram for Remote Acquisitioning monitor message of a preferred embodiment of the invention, shown that wherein step S212 is to step S213, and step S221 is to the method flow diagram of step S224;

Fig. 3 has illustrated the structural representation of the device for Remote Acquisitioning monitor message of another aspect of the present invention;

Fig. 4 has illustrated the structural representation of the device for Remote Acquisitioning monitor message of a preferred embodiment of the invention.

In accompanying drawing, same or analogous Reference numeral represents same or analogous parts.

Embodiment

Below in conjunction with accompanying drawing, the present invention is described in further detail.

Fig. 1 has illustrated the computer implemented method flow diagram for Remote Acquisitioning monitor message of one aspect of the invention.Wherein, system according to the present invention comprises at least two remote equipments, wherein, above-mentioned any remote equipment all can send to other remote equipments by described monitor message, and receive the described monitor message from other remote equipments, or, only described monitor message can be sent to other remote equipments, or, only can receive the described monitor message from other remote equipments.According to transmission of the present invention or receive described monitor message method and can complete by the operating system in each remote equipment, flush bonding module or processing controller, for simplicity's sake, described operating system, flush bonding module or processing controller that below can issued state information be referred to as state publications device, and described operating system, flush bonding module or processing controller that can receiving status information be referred to as state receiving system.For the purpose of concise description, the remote equipment that comprises described state receiving system is called to the first remote equipment, the remote equipment that comprises described state publications device is called to the second remote equipment, wherein, described the first remote equipment and the second remote equipment can be merged into a remote equipment, and described state receiving system and described state publications device can be arranged in a remote equipment.

Wherein, described remote equipment includes but not limited to: 1) subscriber equipment; 2) network equipment.Described subscriber equipment includes but not limited to computer, smart mobile phone, PDA, IPTV etc.; The described network equipment includes but not limited to server group or the cloud consisting of a large amount of computers or the webserver based on cloud computing (Cloud Computing) that single network server, a plurality of webserver form, wherein, cloud computing is a kind of of Distributed Calculation, the super virtual machine being comprised of the loosely-coupled computer collection of a group.

In step S21, state publications device, according to the first solicited message and preset object topology information, is determined the characteristic information of object to be monitored.

Wherein, described object refers to the object in the application program designed based on OO program language.The state information of object includes but not limited to: the information of the operation characteristic situation of reflection object, object properties etc.The first solicited message is for asking to monitor the state information of described object to be monitored, and the mode that state publications device obtains this first solicited message includes but not limited to:

1) state publications device generates the first solicited message according to default trigger condition;

This default trigger condition includes but not limited to:

I) time trigger condition, for example, timing requesting state information etc.;

Ii) default trigger conditions, for example, the second remote equipment, when predeterminable event occurs, sends the first solicited message etc. to state publications device;

2) state publications device receives from the first solicited message of the first remote equipment etc.

Described preset object topology information comprises by the characteristic information of a plurality of objects of predetermined topology structure organization, and preferably, the one or more objects that comprise in object topology information are associated by least one affiliated partner of topological link and other.Wherein, this predetermined topology structure includes but not limited to following at least one predetermined topology structure: 1) tree topology structure; 2) chain topological structure; 3) fully connected topology etc.Wherein, described characteristic information comprise following at least one: the 1) identification information of described object to be monitored; 2) address information of described object to be monitored.

State publications device is according to obtaining the characteristic information of object to be monitored in the preset object topology information of the first solicited message cause.

For example, the first solicited message that state publications device obtains comprises the solicited message of the state information that the state information of request object A and all subobjects that comprise and subobject thereof are corresponding, and the identification information that comprises object A.State publications device is according to this first solicited message, obtain the identification information of object A, and inquiry obtains object A in preset object topology information, subsequently, state publications device is according to preset object topology information, the characteristic information of the subobject that query object A is all.

Again for example, the first request that state publications device obtains comprises the solicited message of the state information of request object B, and the query path information that comprises object B and the identification information of object B, for example, the routing information of object B is: object C object D object E object B.State publications device, according to this query path information and identification information, obtains the characteristic information of object B in preset object topology information.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, any according to the first solicited message and preset object topology information, determine the implementation of the characteristic information of object to be monitored, all should be within the scope of the present invention.

In step S22, state publications device, according to the characteristic information of described object to be monitored, obtains state information corresponding to described object to be monitored in conjunction with described the first solicited message.

For example, in step S21, the characteristic information of the object B that state publications device obtains comprises identification information and the address information of this object B, state publications device obtains the solicited message of the state information of request object B in the first solicited message, state publications device is according to the address information of object B, and access object B also obtains its state information.

Again for example, in step S21, state publications device has obtained object A and all subobject a1 and address information corresponding to a2 difference thereof, and state publications device obtains the solicited message of state information corresponding to the state information of request object A and all subobjects that comprise and subobject thereof in the first solicited message.State publications device is according to described address information access object A and subobject a1 and a2, obtain the state information of object A and subobject a1 and a2, for example, the state information that obtains object A comprises the settling time of object A, operation exception record etc., and the state information that obtains object a1 and a2 includes current speed of download, average speed of download, Download Info amount etc.It should be noted that, object is current may be without any state information record, and state publications device records this Obj State information for empty.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, any according to the characteristic information of described object to be monitored, in conjunction with described the first solicited message, obtain the implementation of the state information that described object to be monitored is corresponding, all should be within the scope of the present invention.

What need to further illustrate is, step S21 and step S22 there is no absolute sequencing, in the situation that need to obtain the characteristic information of a plurality of objects, state publications device can first obtain the characteristic information of all objects to be monitored, then obtains the state information of object to be monitored; Or state publications device can often obtain after the characteristic information of an object to be monitored, obtain its state information, and without wait state distributing device, obtain after the characteristic information of all objects to be monitored, then carry out the operation of obtaining state information.

In step S23, state publications device generates described monitor message according to the state information of described object to be monitored.

Particularly, state publications device generates described monitor message according to each state information obtaining in step S22 and the corresponding relation of each state information and object to be monitored.

For example, if in step S22, the state information obtaining comprises the information of " speed of download 56kb/s, 2 minutes download times ", these information are the information of object B, state publications device is by following information: the corresponding state information of object B comprises and is included in " speed of download 56kb/s, 2 minutes download times " in monitor message.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention those skilled in the art should understand that, any state information according to described object to be monitored generates the implementation of described monitor message, all should be within the scope of the present invention.

Then, in step S11, state receiving system receives the monitor message of the second remote equipment feedback, and wherein, described monitor message comprises the state information of object to be monitored.

Then,, in step S12, state receiving system generates demonstrating data according to described monitor message.Wherein, this demonstrating data can represent in the mode of multiple figure or form.

As one of preferred version of the present invention, embodiment of the present invention also comprises step S13 (not shown), step S24 (not shown), step S25 (not shown).

In step S13, state receiving system sends the first solicited message to described the second remote equipment, and this first solicited message is used for asking monitor message.

Particularly, the project category information to be checked of the flag information that has comprised one or more objects to be monitored in this first solicited message and the state information of this object, and can further comprise the request of the project category information to be checked of the request state information of subobject that comprises of these one or more objects to be monitored and the state information of these subobjects.

Then,, in step S24, state publications device receives the first solicited message from the first remote equipment.

Then, step S21 describes in detail to step S23 in aforementioned content, does not repeat them here.

Then,, in step S25, state publications device offers described the first remote equipment by described monitor message.

Then, step S11 and step S12 describe in detail in aforementioned content, do not repeat them here.As one of preferred version of the present invention, wherein, described step S21 also comprises step S211; Described step S23 also comprises step S231.

In step S211, state publications device, according to described the first solicited message and preset object topology information, obtains the first topology information between described object to be monitored.Wherein, this first topology information comprises following at least one: the 1) topological link of object to be monitored and its next stage subobject; 2) topological link of the female object of object to be monitored and its upper level etc.

For example, the first solicited message comprises the solicited message of state information of the lower two levels of objects of request object A, the next stage subobject that state publications device is inquired about preset object topology information acquisition A is A1, A2, the next stage subobject of A1 is a1, a2, A2 is without next stage subobject, and the object to be monitored that state publications device obtains is A1, A2, a1, a2.State publications device is according to described the first solicited message and preset object topology information, and the first topology information obtaining between object to be monitored comprises that the next stage subobject of A is A1, A2, and the next stage subobject of A1 is the information of a1, a2.

In step S231, state publications device, according to the state information of described object to be monitored and described the first topology information, generates described monitor message.

As one of preferred version of the present invention, wherein, embodiment of the present invention also comprises step S4 (not shown).

In step S4, the objects association that state publications device comprises according to the default the superiors to be released object and described the superiors object, sets up or upgrades described preset object topology information; Wherein, described the superiors object encoding, can be by the object that other objects comprised in generated preset object topology information, and described incidence relation represents the topological relation between the superiors' object and its object comprising.

Concrete, state publications device obtains the objects association that the superiors to be released object and described the superiors object thereof comprise.State publications device is usingd the superiors' object as the preset object topology information of ground floor, and according to described incidence relation, obtain the topological relation between the superiors' object and its object comprising, to carry out to set up/upgrade the preset object topology information of the second layer in a memory space according to described topological relation; Then, the incidence relation of the subobject that the state publications device continuation aforementioned second layer topological structure object of acquisition and this object comprise, according to described incidence relation, obtain the topological relation between this second layer topological structure object and its object comprising, and in described memory space, set up/upgrade the 3rd layer of preset object topology information according to this topological relation; By recursive operation constantly, object and the topological relation between its object comprising that state publications device can constantly obtain the preset object topology information layer of current foundation/renewal carry out foundation in described memory space/preset object topology information of one deck under upgrading, until all objects of current level all no longer comprise other objects.

Or, state publications device is only stored in the address information of the described the superiors to be released object and this superiors to be released object in described memory space, state publications device can be accessed described the superiors object by the address information of this superiors' object, and the address information of the subobject that comprises of Real-time Obtaining the superiors object, subsequently, according to the address information of these subobjects, visit these subobjects again, further obtain the subobject that these subobjects comprise.In described memory space, only stored the address information of the described the superiors to be released object and this superiors to be released object, and whole preset object topology information is dispersed in the memory space of each object.So, can guarantee the preset object topology information incidence relation between reflection object in real time.

For example, when state publications device need to be inquired about ground floor that the object A of the superiors comprises and second layer subobject, state publications device is according to the address information access object A of the object A of the superiors, and to obtain the ground floor subobject that A comprises be the information of object a and the address information of this object a.State publications device is according to the address information of object a, access object a, and the subobject that obtains object a is the information of object b and subobject c, the second layer subobject of the superiors' object A is object b and object c.State publications device can be determined according to access times the hierarchical relationship of each subobject and the superiors' object.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, the objects association that the superiors to be released object that any basis is default and described the superiors object comprise, set up or upgrade the implementation of described preset object topology information, all should be within the scope of the present invention.

The method according to this invention, has realized the separated of state publications device and state receiving system, makes the user can Remote Acquisitioning relative program monitor message, is convenient to the information of its desired monitoring of user monitoring.

Fig. 2 has illustrated the method flow diagram for Remote Acquisitioning monitor message of a preferred embodiment of the invention.According to the method for the present embodiment, comprise step S13, step S21, step S22, step S23, step S11 and step S12.Wherein, step S21 also comprises step S212 and step S213; Step S22 also comprises step S221, step S222, step S223 and step S224.

Step S13 is described in detail with reference to the embodiment shown in FIG. 1, and is contained in this by reference, repeats no more.

Then, in step S212, state publications device, according to described the first solicited message, is determined the first query context information, and this first query context information is for determining the scope of the object to be monitored that will inquire about.

Concrete, state publications device analysis the first solicited message, judge and in the first solicited message, whether comprise object id information, if do not comprise object id information, state publications device determines that the first query context information comprises the identification information of all objects that are positioned at preset object topology information ground floor; If comprise object id information in the first solicited message, state publications device obtains the association range of identification information and/or query path information and object to be checked and this appointed object of appointed object in described the first request, to obtain the first query context information.

For example, state publications device analysis the first solicited message, and be all subobjects by the identification information and the association range that wherein obtain appointed object A, state publications device determines that the first query context information comprises object A and all subobjects thereof.

Again for example, state publications device analysis the first solicited message, and be next stage subobject by the identification information and the association range that wherein obtain appointed object B, state publications device determines that the first query context information comprises object B and next stage subobject thereof.

Again for example, state publications device analysis the first solicited message, and be empty by the identification information and the association range that wherein obtain object C, state publications device determines that the first query context information comprises object C.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, any according to described the first solicited message, determine the implementation of the first query context information, all should be within the scope of the present invention.

In step S213, state publications device, according to described the first query context information, is inquired about in described object topology information, to determine the characteristic information of described object to be monitored.

For example, when in abovementioned steps S212, the first query context information that state publications device is determined comprises the range information of object A and all subobjects thereof.State publications device, according to the identification information of known object A, obtains the characteristic information of known object A, and inquires about in preset object topology information, obtains the characteristic information of the first order subobject of known object A; Then, state publications device, according to the characteristic information of first order subobject, is inquired about in described preset object topology information, obtains the characteristic information of the second layer subobject of known object A; State publications device can be inquired about constantly according to the characteristic information of current level object from described preset object topology information, obtains the characteristic information of next straton object, until the object obtaining no longer comprises subobject.In this way, state publications device can obtain the characteristic information of all subobjects of known object A.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, any according to described the first query context information, in described object topology information, inquire about, to determine the implementation of the characteristic information of described object to be monitored, all should be within the scope of the present invention.

Then, in step S221, state publications device, according to the characteristic information of the first solicited message and object to be monitored, obtains the second query context information, and this second query context information is for determining the classification information of the project to be checked of described Obj State information to be monitored.Wherein, described classification information includes but not limited to: the 1) identification information of object to be monitored; 2) address information of object to be monitored; 3) state information of object to be monitored etc.

For example, when the first solicited message comprises the solicited message of all information of two-layer subobject under request object B, and all objects to be monitored in step S21, have been obtained, i.e. the characteristic information of two-layer subobject b1, b2, b3, b4 under object B; State publications device, according to the characteristic information of the first solicited message and acquired all objects to be monitored, determines that the second query context information comprises the project to be checked of all categories of object b1 to be monitored, b2, b3, b4.For example, when the classification of project to be checked comprises the identification information of object to be monitored and the state information of object to be monitored, the second query context information is identification information and the state information of object b1 to be monitored, b2, b3, b4.

In step S222, state publications device, according to described the second query context information, judges whether described characteristic information comprises the project whole to be checked of described state information.

For example, when the second query context information comprises the project to be checked of all categories of object b1 to be monitored, b2, b3, b4, and the characteristic information that state publications device analysis obtains object b1 to be monitored, b2, b3, b4 comprises address information and the identification information of object to be monitored, the characteristic information that state publications device obtains the current object to be monitored having obtained according to this second query context information judgement does not comprise the project whole to be checked of object to be monitored.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, any according to described the second query context information, judge whether described characteristic information comprises the implementation of whole projects to be checked of described state information, all should be within the scope of the present invention.

In step S223, when described characteristic information has comprised described whole project to be checked, state publications device generates described state information according to described characteristic information;

Concrete, state publications device obtains the characteristic information of object to be monitored, and the state information using characteristic information as object to be monitored.

In step S224, when described characteristic information does not comprise described whole project to be checked, state publications device visits according to described characteristic information the object to be monitored that this characteristic information is corresponding, to obtain described project to be checked, generates described state information.

Concrete, as the example as described in for abovementioned steps S222, state publications device judges that the characteristic information of the current object to be monitored having obtained does not comprise the project whole to be checked of object to be monitored.State publications device, according to the address information of described object b1 to be monitored, b2, b3 and b4, is accessed the corresponding object b1 to be monitored of this address information, b2, b3 and b4, and obtains all information of object to be monitored.Then, state publications device, according to all information of obtained object to be monitored, generates the state information of object to be monitored.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, anyly according to described characteristic information, visit the object to be monitored that this characteristic information is corresponding, to obtain described project to be checked, generate the implementation of described state information, all should be within the scope of the present invention.

Step S23 is described in detail in reference to the embodiment shown in Fig. 1, and is contained in this by reference, repeats no more.

As one of preferred version of the present invention, in embodiment of the present invention, abovementioned steps S224 further comprises step S2241 (not shown), step S2242 (not shown), step S2243 (not shown), step S2244 (not shown) and step S2245 (not shown).Described characteristic information comprises the address information of described object to be monitored, and wherein, described address information comprises following at least one:

1) memory block information and the side-play amount in this memory block thereof at described object to be monitored place;

State publications device execution step S2241, directly accesses described object to be monitored according to the memory block information at described object to be monitored place and the side-play amount in this memory block thereof.

2) side-play amount of relative its at least one the female object of described object to be monitored.

, in step S2242, state publications device obtains described at least one female object of this object to be monitored according to described object to be monitored and described preset object topology information.For example, obtain female object of object upper level to be monitored, or, multistage female object of object to be monitored etc. obtained.

Then,, in step S2243, state publications device obtains the address information of this mother's object in described at least one female object characteristic of correspondence information.It should be noted that, the address information that female object address information of obtaining when state publications device not can directly be accessed, for example, when address information is only side-play amount, state publications device returns to step S2242, obtain female object of upper level, until the female object obtaining comprises the address information that can directly access.

Then,, in step S2244, state publications device, according to the relative side-play amount of its at least one female object of described object to be monitored and the address information of described at least one female object, obtains the accessible address information of described object to be monitored.Particularly, state publications device is the side-play amount in this memory block information according to the memory block information at female object place and female object, obtain the side-play amount of object to be monitored in this memory block information, and using obtained object to be monitored side-play amount in this memory block and this memory block information as the accessible address information of object to be monitored.

Then,, in step S2245, state publications device visits described object to be monitored according to this accessible address information.

It should be noted that, while comprising above-mentioned two information in address information, state publications device can select to perform step S2241 or step S2242 at random to step S2245 simultaneously.

Then, step S11 and step S12 are described in detail with reference to the embodiment shown in FIG. 1, and are contained in this by reference, repeat no more.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, it is any when described characteristic information does not comprise described whole project to be checked, state publications device visits according to described characteristic information the object to be monitored that this characteristic information is corresponding, generates the implementation of described state information to obtain described project to be checked, all should be within the scope of the present invention.

As one of preferred version of the present invention, described step S12 also comprises step S121 (not shown) and step S122 (not shown).Described monitor message comprises the first topology information between described state information and described object to be monitored.

In step S121, according to the historical monitor message of described monitor message and preservation, set up or upgrade the second topology information between current object to be monitored and historical object to be monitored.This second topology information comprises following at least one: the 1) topological link of current object to be monitored and historical object to be monitored and its next stage subobject; 2) topological link of the female object of current object to be monitored and historical object to be monitored and its upper level etc.Preferably, this second topology information also comprises the state information of historical object to be monitored.

Concrete, state receiving system is compared monitor message and historical monitor message and the second topology information, and does following processing according to comparison result:

1) if the second topology information has comprised the first topology information, state receiving system is not changed the second topology information, or, preferably, state receiving system according to monitor message using current object to be monitored as history object to be monitored, with the state information of new historical object to be monitored more;

2) if the second topology information does not comprise whole the first topology informations, and historical monitored object has comprised the object all to be monitored in monitor message; State receiving system upgrades the object linking relation of the second topology information according to the first topology information;

3) if the second topology information does not comprise whole the first topology informations, and historical monitored object does not comprise the object all to be monitored in monitor message; State receiving system adds the object current to be monitored newly obtaining in the second topology information, preferably, and the state information of the current object to be monitored that the storage of state receiving system is newly obtained.

In step S122, state receiving system generates demonstrating data according to described the second topology information.Wherein, the mode that state receiving system generates described demonstrating data according to described the second topology information includes but not limited to: according to the topological link relation between object to be monitored in the second topology information, generate the demonstrating data of corresponding topological structure form, for example, generate the demonstrating data etc. of the topological structure form of tree-shaped, netted, chain.Preferably, state receiving system also can generate demonstrating data according to the state information of stored history object to be monitored and the second topology information.

As one of preferred version of the present invention, wherein, described step S12 also comprises step S123 (not shown) and step S124 (not shown).

In step S123, state receiving system is set up respectively according to the historical monitor message of described monitor message and preservation or the state information of upgrading each object to be monitored tendency information over time.

Particularly, state receiving system detects the variation tendency information that whether has recorded the object comprising in described monitor message, when recording the variation tendency information of this object, according to this object, be included in the variation tendency information that state information in described monitor message is upgraded this object; When not recording the variation tendency information of this object, according to the identification information of this object and state information, create the variation tendency information of this object.

In step S124, state receiving system generates described demonstrating data according to described variation tendency information.Wherein, described variation tendency information can adopt following arbitrary form to generate demonstrating data: the 1) demonstrating data of form; 2) demonstrating data of textual form; 3) pattern exhibition data.

For example, the time trend that the time trend of the object to be monitored that state receiving system obtains is speed of download, state receiving system can, by the form of tendency chart, represent the variation of speed of download in a period of time.

As one of preferred version of the present invention, before abovementioned steps S13, also comprise step S14 (not shown), step S15 (not shown) and step S16 (not shown).

In step S14, state receiving system obtains the preset presenting information for the treatment of.

In step S15, state receiving system, according to the described preset presenting information for the treatment of, is determined the scope of the object to be monitored that will inquire about.Wherein, definite mode of the scope of described object to be monitored includes but not limited to: 1) according to user behavior, determine; 2) according to the scope of default object to be monitored, determine.

For example, state receiving system provides known object A, B, C and at user option object acquisition level 0,1,2 according to historical monitor message to user, wherein, 0 represents that object range to be monitored is only known object state information, 1 represents that object range to be monitored is to obtain the state information of the next stage subobject of known object, and 2 represent that object range to be monitored is the state information of all subobjects of known object.If user selects known object A, and to select level be 1, and state receiving system determines that the scope of the object to be monitored that user will inquire about is the next stage subobject of known object A.

It should be noted that, above-mentioned for example only for technical scheme of the present invention is described better, but not limitation of the present invention, those skilled in the art should understand that, any according to the described preset presenting information for the treatment of, the implementation of the scope of the definite object to be monitored that will inquire about, all should be within the scope of the present invention.

In step S16, state receiving system, according to the scope of the described object to be monitored that will inquire about, generates described the first solicited message.

Fig. 3 has illustrated the structural representation of the device for Remote Acquisitioning monitor message of another aspect of the present invention.

The first determining device 21, according to the first solicited message and preset object topology information, is determined the characteristic information of object to be monitored.

This default trigger condition includes but not limited to:

The first determining device 21 is according to obtaining the characteristic information of object to be monitored in the preset object topology information of the first solicited message cause.

For example, the first solicited message that state publications device obtains comprises the solicited message of the state information that the state information of request object A and all subobjects that comprise and subobject thereof are corresponding, and the identification information that comprises object A.The first determining device 21 is according to this first solicited message, obtain the identification information of object A, and inquiry obtains object A in preset object topology information, subsequently, the first determining device 21 is according to preset object topology information, the characteristic information of the subobject that query object A is all.

Again for example, the first request that state publications device obtains comprises the solicited message of the state information of request object B, and the query path information that comprises object B and the identification information of object B, for example, the routing information of object B is: object C object D object E object B.The first determining device 21, according to this query path information and identification information, obtains the characteristic information of object B in preset object topology information.

The first acquisition device 22, according to the characteristic information of described object to be monitored, obtains state information corresponding to described object to be monitored in conjunction with described the first solicited message.

For example, the characteristic information of the object B that the first determining device 21 obtains comprises identification information and the address information of this object B, the first determining device 21 obtains the solicited message of the state information of request object B in the first solicited message, the first acquisition device 22 is according to the address information of object B, and access object B also obtains its state information.

Again for example, the first determining device 21 has obtained object A and all subobject a1 and address information corresponding to a2 difference thereof, and the first determining device 21 obtains the solicited message of state information corresponding to the state information of request object A and all subobjects that comprise and subobject thereof in the first solicited message.The first acquisition device 22 is according to described address information access object A and subobject a1 and a2, obtain the state information of object A and subobject a1 and a2, for example, the state information that obtains object A comprises the settling time of object A, operation exception record etc., and the state information that obtains object a1 and a2 includes current speed of download, average speed of download, Download Info amount etc.It should be noted that, object is current may be without any state information record, and the first acquisition device 22 records this Obj State information for empty.

What need to further illustrate is, the first determining device 21 and the first acquisition device 22 there is no absolute priority execution sequence, in the situation that need to obtain the characteristic information of a plurality of objects, can first by the first determining device 21, be obtained the characteristic information of all objects to be monitored, then by the first acquisition device 22, be obtained the state information of object to be monitored; Or, the first determining device 21 is often obtained after the characteristic information of an object to be monitored, the first acquisition device 22 obtains the state information of described object to be monitored, and obtain after the characteristic information of all objects to be monitored without wait the first determining device 21, then carry out the operation of obtaining state information by the first acquisition device 22.

The first generating apparatus 23 generates described monitor message according to the state information of described object to be monitored.

Particularly, each state information that the first generating apparatus 23 obtains according to the first acquisition device 22 and the corresponding relation of each state information and object to be monitored generate described monitor message.

For example, the state information that the first acquisition device 22 obtains comprises the information of " speed of download 56kb/s, 2 minutes download times ", these information are the information of object B, the first generating apparatus 23 is by following information: the corresponding state information of object B comprises and is included in " speed of download 56kb/s, 2 minutes download times " in monitor message.

Then, first receiving device 11 receives the monitor message of the second remote equipment feedback, and wherein, described monitor message comprises the state information of object to be monitored.

Then, the first demonstration device 12 generates demonstrating data according to described monitor message.Wherein, this demonstrating data can represent in the mode of multiple figure or form.

As one of preferred version of the present invention, embodiment of the present invention also comprises the second dispensing device (not shown), the second receiving system (not shown), the first dispensing device (not shown).

The second dispensing device sends the first solicited message to described the second remote equipment, and this first solicited message is used for asking monitor message.

Then, the second receiving system receives the first solicited message from the first remote equipment.

The first determining device 21, the first acquisition device 22 and the first generating apparatus 23 describe in detail in aforementioned content, do not repeat them here.

Then, the first dispensing device offers described the first remote equipment by described monitor message.

First receiving device 11 and the first demonstration device 12 describe in detail in aforementioned content, do not repeat them here.

As one of preferred version of the present invention, wherein, described the first determining device 21 also comprises the second acquisition device; Described the first generating apparatus 23 also comprises sub-generating apparatus (not shown).

The second acquisition device, according to described the first solicited message and preset object topology information, obtains the first topology information between described object to be monitored.Wherein, this first topology information comprises following at least one: the 1) topological link of object to be monitored and its next stage subobject; 2) topological link of the female object of object to be monitored and its upper level etc.

For example, the first solicited message comprises the solicited message of state information of the lower two levels of objects of request object A, the next stage subobject that the second acquisition device is inquired about preset object topology information acquisition A is A1, A2, the next stage subobject of A1 is a1, a2, A2 is without next stage subobject, and the object to be monitored that the second acquisition device obtains is A1, A2, a1, a2.The second acquisition device is according to described the first solicited message and preset object topology information, and the first topology information obtaining between object to be monitored comprises that the next stage subobject of A is A1, A2, and the next stage subobject of A1 is the information of a1, a2.

Sub-generating apparatus, according to the state information of described object to be monitored and described the first topology information, generates described monitor message.

As one of preferred version of the present invention, wherein, embodiment of the present invention also comprises the first updating device (not shown).

The objects association that the first updating device comprises according to the default the superiors to be released object and described the superiors object, sets up or upgrades described preset object topology information; Wherein, described the superiors object encoding, can be by the object that other objects comprised in generated preset object topology information, and described incidence relation represents the topological relation between the superiors' object and its object comprising.

Concrete, the first updating device obtains the objects association that the superiors to be released object and described the superiors object thereof comprise.The first updating device is usingd the superiors' object as the preset object topology information of ground floor, and according to described incidence relation, obtain the topological relation between the superiors' object and its object comprising, to carry out to set up/upgrade the preset object topology information of the second layer in a memory space according to described topological relation; Then, the incidence relation of the subobject that the first updating device continuation aforementioned second layer topological structure object of acquisition and this object comprise, according to described incidence relation, obtain the topological relation between this second layer topological structure object and its object comprising, and in described memory space, set up/upgrade the 3rd layer of preset object topology information according to this topological relation; By recursive operation constantly, object and the topological relation between its object comprising that the first updating device can constantly obtain the preset object topology information layer of current foundation/renewal carry out foundation in described memory space/preset object topology information of one deck under upgrading, until all objects of current level all no longer comprise other objects.

Or, the first updating device is only stored in the address information of the described the superiors to be released object and this superiors to be released object in described memory space, the first updating device can be accessed described the superiors object by the address information of this superiors' object, and the address information of the subobject that comprises of Real-time Obtaining the superiors object, subsequently, according to the address information of these subobjects, visit these subobjects again, further obtain the subobject that these subobjects comprise.In described memory space, only stored the address information of the described the superiors to be released object and this superiors to be released object, and whole preset object topology information is dispersed in the memory space of each object.So, can guarantee the preset object topology information incidence relation between reflection object in real time.

For example, when the first updating device need to be inquired about ground floor that the object A of the superiors comprises and second layer subobject, the first updating device is according to the address information access object A of the object A of the superiors, and to obtain the ground floor subobject that A comprises be the information of object a and the address information of this object a.The first updating device is according to the address information of object a, access object a, and the subobject that obtains object a is the information of object b and subobject c, the second layer subobject of the superiors' object A is object b and object c.The first updating device can be determined according to access times the hierarchical relationship of each subobject and the superiors' object.

Fig. 4 has illustrated the structural representation of the device for Remote Acquisitioning monitor message of a preferred embodiment of the invention.According to the method for the present embodiment, the first remote equipment comprises the second dispensing device 13, first receiving device and the first demonstration device 12; The second remote equipment comprises the first determining device 21, the first acquisition device 22 and the first generating apparatus 23.Wherein, the first determining device 21 also comprises the first sub-determining device 212 and the first inquiry unit 213; The first acquisition device 22 also comprises the second sub-determining device 221, the sub-acquisition device 223 of judgment means 222, first and the second sub-acquisition device 224.

The second dispensing device 13 is described in detail with reference to the embodiment shown in FIG. 3, and is contained in this by reference, repeats no more.

Then, the first sub-determining device 212, according to described the first solicited message, is determined the first query context information, and this first query context information is for determining the scope of the object to be monitored that will inquire about.

Concrete, the first sub-determining device 212 is analyzed the first solicited message, judge and in the first solicited message, whether comprise object id information, if do not comprise object id information, the first sub-determining device 212 determines that the first query context information comprises the identification information of all objects that are positioned at preset object topology information ground floor; If comprise object id information in the first solicited message, the first sub-determining device 212 is obtained the association range of identification information and/or query path information and object to be checked and this appointed object of appointed object in described the first request, to obtain the first query context information.

For example, state publications device analysis the first solicited message, and be all subobjects by the identification information and the association range that wherein obtain appointed object A, the first sub-determining device 212 determines that the first query context information comprises object A and all subobjects thereof.

Again for example, the first sub-determining device 212 is analyzed the first solicited message, and be next stage subobject by the identification information and the association range that wherein obtain appointed object B, the first sub-determining device 212 determines that the first query context information comprises object B and next stage subobject thereof.

Again for example, the first sub-determining device 212 is analyzed the first solicited message, and is empty by the identification information and the association range that wherein obtain object C, and the first sub-determining device 212 determines that the first query context information comprises object C.

Then, the first inquiry unit 213, according to described the first query context information, is inquired about in described object topology information, to determine the characteristic information of described object to be monitored.

For example, for aforementioned the first sub-determining device 212 for example, the first query context information that state publications device is determined comprises the range information of object A and all subobjects thereof.The first inquiry unit 213, according to the identification information of known object A, obtains the characteristic information of known object A, and inquires about in preset object topology information, obtains the characteristic information of the first order subobject of known object A; Then, the first inquiry unit 213, according to the characteristic information of first order subobject, is inquired about in described preset object topology information, obtains the characteristic information of the second layer subobject of known object A; The first inquiry unit 213 can be inquired about constantly according to the characteristic information of current level object from described preset object topology information, obtains the characteristic information of next straton object, until the object obtaining no longer comprises subobject.In this way, the first inquiry unit 213 can obtain the characteristic information of all subobjects of known object A.

Then, the second sub-determining device 221, according to the characteristic information of the first solicited message and object to be monitored, is obtained the second query context information, and this second query context information is for determining the classification information of the project to be checked of described Obj State information to be monitored.Wherein, described classification information includes but not limited to: the 1) identification information of object to be monitored; 2) address information of object to be monitored; 3) state information of object to be monitored etc.

For example, when the first solicited message comprises the solicited message of all information of two-layer subobject under request object B, and the first determining device 21 obtained all objects to be monitored, i.e. the characteristic information of two-layer subobject b1, b2, b3, b4 under object B; The second sub-determining device 221, according to the characteristic information of the first solicited message and acquired all objects to be monitored, determines that the second query context information comprises the project to be checked of all categories of object b1 to be monitored, b2, b3, b4.For example, when the classification of project to be checked comprises the identification information of object to be monitored and the state information of object to be monitored, the second query context information is identification information and the state information of object b1 to be monitored, b2, b3, b4.

Judgment means 222, according to described the second query context information, judges whether described characteristic information comprises the project whole to be checked of described state information.

For example, when the second query context information comprises the project to be checked of all categories of object b1 to be monitored, b2, b3, b4, and the characteristic information that judgment means 222 analysis obtains object b1 to be monitored, b2, b3, b4 comprises address information and the identification information of object to be monitored, and the characteristic information that judgment means 222 obtains the current object to be monitored having obtained according to this second query context information judgement does not comprise the project whole to be checked of object to be monitored.

When described characteristic information has comprised described whole project to be checked, the first sub-acquisition device 223 generates described state information according to described characteristic information;

Concrete, the first sub-acquisition device 223 obtains the characteristic information of object to be monitored, and the state information using characteristic information as object to be monitored.

When described characteristic information does not comprise described whole project to be checked, the second sub-acquisition device 224 visits according to described characteristic information the object to be monitored that this characteristic information is corresponding, to obtain described project to be checked, generates described state information.

Concrete, when judgment means 222, judge the characteristic information of the current object to be monitored having obtained and do not comprise the project whole to be checked of object to be monitored.The second sub-acquisition device 224, according to the address information of described object b1 to be monitored, b2, b3 and b4, is accessed the corresponding object b1 to be monitored of this address information, b2, b3 and b4, and obtains all information of object to be monitored.Then, the second sub-acquisition device 224, according to all information of obtained object to be monitored, generates the state information of object to be monitored.

The first generating apparatus 23 is described in detail in reference to the embodiment shown in Fig. 3, and is contained in this by reference, repeats no more.

As one of preferred version of the present invention, in embodiment of the present invention, aforementioned the second sub-acquisition device 224 further comprises the first access means (not shown), the 3rd sub-acquisition device (not shown), the 4th sub-acquisition device (not shown), address process device (not shown) and the second access means (not shown).Described characteristic information comprises the address information of described object to be monitored, and wherein, described address information comprises following at least one:

The first access means is directly accessed described object to be monitored according to the memory block information at described object to be monitored place and the side-play amount in this memory block thereof.

The 3rd sub-acquisition device obtains described at least one female object of this object to be monitored according to described object to be monitored and described preset object topology information.For example, obtain female object of object upper level to be monitored, or, multistage female object of object to be monitored etc. obtained.

Then, the 4th sub-acquisition device obtains the address information of this mother's object in described at least one female object characteristic of correspondence information.It should be noted that, the address information that female object address information of obtaining when state publications device not can directly be accessed, for example, when address information is only side-play amount, the 3rd sub-acquisition device continues to obtain female object of upper level, until the female object obtaining comprises the address information that can directly access.

Then, address process device, according to the relative side-play amount of its at least one female object of described object to be monitored and the address information of described at least one female object, obtains the accessible address information of described object to be monitored.Particularly, address process device is the side-play amount in this memory block information according to the memory block information at female object place and female object, obtain the side-play amount of object to be monitored in this memory block information, and using obtained object to be monitored side-play amount in this memory block and this memory block information as the accessible address information of object to be monitored.

Then, the second access means visits described object to be monitored according to this accessible address information.

It should be noted that, while comprising above-mentioned two information in address information, state publications device can select to operate the first access means at random simultaneously, or selects operation the 3rd sub-acquisition device, the 4th sub-acquisition device, address process device and the second access means.

Then, first receiving device 11 and the first demonstration device 12 are described in detail with reference to the embodiment shown in FIG. 3, and are contained in this by reference, repeat no more.

As one of preferred version of the present invention, described the first demonstration device 12 also comprises the second updating device (not shown) and the first sub-demonstration device (not shown).Described monitor message comprises the first topology information between described state information and described object to be monitored.

The second updating device is set up according to the historical monitor message of described monitor message and preservation or is upgraded the second topology information between current object to be monitored and historical object to be monitored.This second topology information comprises following at least one: the 1) topological link of current object to be monitored and historical object to be monitored and its next stage subobject; 2) topological link of the female object of current object to be monitored and historical object to be monitored and its upper level etc.Preferably, this second topology information also comprises the state information of historical object to be monitored.

Concrete, the second updating device is compared monitor message and historical monitor message and the second topology information, and does following processing according to comparison result:

1) if the second topology information has comprised the first topology information, the second updating device is not changed the second topology information, or, preferably, the second updating device according to monitor message using current object to be monitored as history object to be monitored, with the state information of new historical object to be monitored more;

2) if the second topology information does not comprise whole the first topology informations, and historical monitored object has comprised the object all to be monitored in monitor message; The second updating device upgrades the object linking relation of the second topology information according to the first topology information;

3) if the second topology information does not comprise whole the first topology informations, and historical monitored object does not comprise the object all to be monitored in monitor message; The second updating device adds the object current to be monitored newly obtaining in the second topology information, preferably, and the state information of the current object to be monitored that the second updating device storage is newly obtained.

The first sub-demonstration device generates demonstrating data according to described the second topology information.Wherein, the mode that the first sub-demonstration device generates described demonstrating data according to described the second topology information includes but not limited to: according to the topological link relation between object to be monitored in the second topology information, generate the demonstrating data of corresponding topological structure form, for example, generate the demonstrating data etc. of the topological structure form of tree-shaped, netted, chain.Preferably, the first sub-demonstration device also can generate demonstrating data according to the state information of stored history object to be monitored and the second topology information.

As one of preferred version of the present invention, wherein, described the first demonstration device 12 also comprises the 3rd updating device (not shown) and the second sub-demonstration device (not shown).

The 3rd updating device is set up respectively according to the historical monitor message of described monitor message and preservation or the state information of upgrading each object to be monitored tendency information over time.

Particularly, the 3rd updating device detects the variation tendency information that whether has recorded the object comprising in described monitor message, when recording the variation tendency information of this object, according to this object, be included in the variation tendency information that state information in described monitor message is upgraded this object; When not recording the variation tendency information of this object, according to the identification information of this object and state information, create the variation tendency information of this object.

The second sub-demonstration device generates described demonstrating data according to described variation tendency information.Wherein, described variation tendency information can adopt following arbitrary form to generate demonstrating data: the 1) demonstrating data of form; 2) demonstrating data of textual form; 3) pattern exhibition data.

For example, the time trend that the time trend of the object to be monitored that the second sub-demonstration device obtains is speed of download, the second sub-demonstration device can, by the form of tendency chart, represent the variation of speed of download in a period of time.

As one of preferred version of the present invention, described state receiving system also comprises the 3rd acquisition device, the second determining device and the second generating apparatus.

The 3rd acquisition device obtains the preset presenting information for the treatment of.

The second determining device, according to the described preset presenting information for the treatment of, is determined the scope of the object to be monitored that will inquire about.Wherein, definite mode of the scope of described object to be monitored includes but not limited to: 1) according to user behavior, determine; 2) according to the scope of default object to be monitored, determine.

For example, the second determining device provides known object A, B, C and at user option object acquisition level 0,1,2 according to historical monitor message to user, wherein, 0 represents that object range to be monitored is only known object state information, 1 represents that object range to be monitored is to obtain the state information of the next stage subobject of known object, and 2 represent that object range to be monitored is the state information of all subobjects of known object.If user selects known object A, and to select level be 1, and state receiving system determines that the scope of the object to be monitored that user will inquire about is the next stage subobject of known object A.

The second generating apparatus, according to the scope of the described object to be monitored that will inquire about, generates described the first solicited message.

To those skilled in the art, obviously the invention is not restricted to the details of above-mentioned one exemplary embodiment, and in the situation that not deviating from spirit of the present invention or essential characteristic, can realize the present invention with other concrete form.Therefore, no matter from which point, all should regard embodiment as exemplary, and be nonrestrictive, scope of the present invention is limited by claims rather than above-mentioned explanation, is therefore intended to be included in the present invention dropping on the implication that is equal to important document of claim and all changes in scope.Any Reference numeral in claim should be considered as limiting related claim.In addition, obviously other unit or step do not got rid of in " comprising " word, and odd number is not got rid of plural number.A plurality of unit of stating in system claim or device also can be realized by software or hardware by a unit or device.The first, the second word such as grade is used for representing title, and does not represent any specific order.

Claims

1. a computer implemented method of obtaining monitor message for aided remote, wherein, the method comprises the following steps:

A is according to the first solicited message and preset object topology information, determine the characteristic information of object to be monitored, wherein the first solicited message is for asking to monitor the state information of described object to be monitored, wherein, the state information of object comprises information, the object properties of the operation characteristic situation of reflection object, and described preset object topology information comprises by the characteristic information of a plurality of objects of predetermined topology structure organization;

B1, according to the first solicited message, obtains the second query context information, and this second query context information is for determining the classification information of the project to be checked of described Obj State information to be monitored;

B2, according to described the second query context information, judges whether described characteristic information comprises the project whole to be checked of described state information;

-when described characteristic information has comprised described whole project to be checked, in described characteristic information, obtain described state information;

-when described characteristic information does not comprise described whole project to be checked, according to described characteristic information, visit the object to be monitored that this characteristic information is corresponding, to obtain described project to be checked, generate described state information;

2. according to the process of claim 1 wherein, the method is further comprising the steps of:

-reception is from the first solicited message of the first remote equipment;

-described monitor message is offered to described the first remote equipment.

3. method according to claim 1 and 2, wherein, described step a is further comprising the steps of:

-according to described the first solicited message and preset object topology information, obtain the first topology information between described object to be monitored;

Described step c is further comprising the steps of:

-according to the state information of described object to be monitored and described the first topology information, generate described monitor message.

4. method according to claim 1, wherein, described step a comprises the following steps:

A1, according to described the first solicited message, determines the first query context information, and this first query context information is for determining the scope of the object to be monitored that will inquire about;

A2, according to described the first query context information, inquires about, to determine the characteristic information of described object to be monitored in described preset object topology information.

5. method according to claim 1, wherein, described characteristic information comprise following at least one:

The identification information of-described object to be monitored;

The address information of-described object to be monitored.

6. method according to claim 1, wherein, described characteristic information comprises the address information of described object to be monitored, wherein, described address information comprises following at least one:

Memory block information and the side-play amount in this memory block thereof at-described object to be monitored place;

-described object to be monitored is the side-play amount of its at least one female object relatively.

7. method according to claim 6, wherein, the described step that visits the object to be monitored that this characteristic information is corresponding according to described characteristic information comprises:

-according to the memory block information at described object to be monitored place and the side-play amount in this memory block thereof, visit described object to be monitored.

8. method according to claim 6, wherein, the described step that visits the object to be monitored that this characteristic information is corresponding according to described characteristic information comprises:

-according to described object to be monitored and described preset object topology information, obtain described at least one female object of this object to be monitored;

-in described at least one female object characteristic of correspondence information, obtain the address information of this mother's object;

-according to the relative side-play amount of its at least one female object of described object to be monitored and the address information of described at least one female object, obtain the accessible address information of described object to be monitored;

-according to this accessible address, visit described object to be monitored.

9. method according to claim 1, wherein, the method is further comprising the steps of:

-the objects association that comprises according to the default the superiors to be released object and described the superiors object, sets up or upgrades described preset object topology information.

10. method according to claim 1, wherein, the topological link that described object topology information comprises one or more objects and other at least one affiliated partners.

11. 1 kinds of state publications devices that obtain monitor message for aided remote, wherein, this state publications device comprises:

The first determining device, for according to the first solicited message and preset object topology information, determine the characteristic information of object to be monitored, wherein the first solicited message is for asking to monitor the state information of described object to be monitored, wherein, the state information of object comprises information, the object properties of the operation characteristic situation of reflection object, and described preset object topology information comprises by the characteristic information of a plurality of objects of predetermined topology structure organization;

The second sub-determining device, for according to the first solicited message, obtain the second query context information, this second query context information is for determining the classification information of the project to be checked of described Obj State information to be monitored;

Judgment means, for according to described the second query context information, judge whether described characteristic information comprises the project whole to be checked of described state information;

The first sub-acquisition device, for when described characteristic information has comprised described whole project to be checked, in described characteristic information, obtain described state information;

The second sub-acquisition device, for when described characteristic information does not comprise described whole project to be checked, according to described characteristic information, visit the object to be monitored that this characteristic information is corresponding, to obtain described project to be checked, generate described state information;

12. according to the state publications device of claim 11, and wherein, this state publications device also comprises:

The second receiving system, for receiving the first solicited message from the first remote equipment;

The first dispensing device, for described monitor message being offered to described the first remote equipment.

13. according to the state publications device described in claim 11 or 12, and wherein, described the first determining device also comprises:

The second acquisition device, for according to described the first solicited message and preset object topology information, obtain the first topology information between described object to be monitored;

Described the first generating apparatus also comprises:

Sub-generating apparatus, for according to the state information of described object to be monitored and described the first topology information, generate described monitor message.

14. state publications devices according to claim 11, wherein, described the first determining device comprises:

The first sub-determining device, for according to described the first solicited message, determine the first query context information, this first query context information is for determining the scope of the object to be monitored that will inquire about;

The first inquiry unit, for according to described the first query context information, in described preset object topology information, inquire about, to determine the characteristic information of described object to be monitored.

15. state publications devices according to claim 11, wherein, described characteristic information comprise following at least one:

The identification information of-described object to be monitored;

The address information of-described object to be monitored.

16. state publications devices according to claim 11, wherein, described characteristic information comprises the address information of described object to be monitored, wherein, described address information comprises following at least one:

17. state publications devices according to claim 16, wherein, described the second sub-acquisition device comprises:

The first access means, for visiting described object to be monitored according to the memory block information at described object to be monitored place and in the side-play amount of this memory block.

18. state publications devices according to claim 16, wherein, described the second sub-acquisition device comprises:

The 3rd sub-acquisition device, for obtain described at least one female object of this object to be monitored according to described object to be monitored and described preset object topology information;

The 4th sub-acquisition device, for obtained the address information of this mother's object by described at least one female object characteristic of correspondence information;

Address process device, for according to described the object to be monitored relatively side-play amount of its at least one female object and the address information of described at least one female object, obtain the accessible address information of described object to be monitored;

The second access means, for visit described object to be monitored according to this accessible address.

19. state publications devices according to claim 11, wherein, this state publications device also comprises:

The first updating device, the objects association for comprising according to the default the superiors to be released object and described the superiors object, set up or upgrade described preset object topology information.

20. state publications devices according to claim 11, wherein, the topological link that described object topology information comprises one or more objects and other at least one affiliated partners.

21. a kind of second remote equipment, wherein, this second remote equipment comprises the state publications device as described in claim 11 to 20 at least one.

22. 1 kinds of systems for assisted user Remote Acquisitioning monitor message, comprising the first remote equipment and the second remote equipment as claimed in claim 21, described the first remote equipment comprises state receiving system, described state receiving system comprises:

First receiving device, the monitor message of feeding back for receiving the second remote equipment, wherein, described monitor message comprises the state information of object to be monitored, wherein, the state information of object comprises information, the object properties of the operation characteristic situation of reflection object;

The first demonstration device, for generating demonstrating data according to described monitor message.