CN110796357B - Asset group display method and device - Google Patents
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- CN110796357B CN110796357B CN201911008455.7A CN201911008455A CN110796357B CN 110796357 B CN110796357 B CN 110796357B CN 201911008455 A CN201911008455 A CN 201911008455A CN 110796357 B CN110796357 B CN 110796357B
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Abstract
The application provides a method and a device for displaying an asset group. The method comprises the steps of drawing and displaying the asset groups in a geometric form, displaying the quantity of assets contained in the asset groups through the area of the geometric figures, and displaying the association relationship (such as dependency relationship, parallel relationship and the like) among the asset groups through the overlapping area among the geometric figures. Therefore, in the IT asset management system, the system can automatically calculate and display the association between the asset groups in a graphical mode only by configuring the IP address set of the asset groups by maintenance personnel, the process of creating the asset groups is simplified, the artificial maintenance organization structure is not needed, and the requirement on the maintenance personnel is low.
Description
Technical Field
The application relates to the field of IT asset management, in particular to a method and a device for displaying asset groups.
Background
Enterprises need to use a large number of electronic devices in the office process, generally, one electronic device has a unique IP address, a department contains a plurality of electronic devices, and the IP address set of all the electronic devices contained in the department is also unique. In order to manage the relationship between electronic devices and departments to which the electronic devices belong, enterprises generally use IT asset management systems.
The IT asset management system comprises two parts of an asset and an asset group, wherein the electronic equipment is regarded as the asset, the asset is represented by the IP address of the electronic equipment, a set of the electronic equipment contained in a department is regarded as the asset group, and the asset group is represented by the set of the IP addresses of all the electronic equipment contained in the department.
Commonly, the IT asset management system is constructed based on an asset tree of a tree structure, wherein the nodes of the asset tree represent asset groups, and the hierarchical relationship among the nodes represents the affiliation among departments.
However, when creating an asset group in a tree structure, a maintainer needs to manually maintain the hierarchical relationship according to the organization architecture, which not only requires a complicated operation, but also requires the maintainer to have a high familiarity with the organization architecture among departments in an enterprise.
Disclosure of Invention
In view of the above technical problems, the present application provides a method and an apparatus for displaying an asset group, which can effectively simplify a process of creating an asset group.
According to a first aspect of the present application, there is provided a method of asset group presentation, the method comprising:
determining a first IP address set corresponding to a first asset group to be subjected to geometric figure drawing;
when the second asset group subjected to geometric drawing is determined to exist, determining N second IP address sets corresponding to the N second asset groups respectively; wherein N is an integer greater than 0;
respectively carrying out set operation on the first IP address set and N second IP address sets to obtain N operation results;
determining N coincident areas based on N operation results, drawing and displaying a first geometric figure representing the first asset group based on the N coincident areas and the first IP address set, so that the coincident areas of the first geometric figure and N second geometric figures which are drawn and represent N second asset groups respectively meet the determined N coincident areas; wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
According to a second aspect of the present application, there is provided an apparatus for asset group display, the apparatus comprising:
the system comprises a first determining unit, a second determining unit and a third determining unit, wherein the first determining unit is used for determining a first IP address set corresponding to a first asset group to be subjected to geometric figure drawing;
a second determining unit, configured to determine, when it is determined that a second asset group subjected to geometric drawing exists, N second IP address sets corresponding to the N second asset groups, respectively; wherein N is an integer greater than 0;
the set operation unit is used for respectively carrying out set operation on the first IP address set and the N second IP address sets to obtain N operation results;
the graph drawing unit is used for determining N coincident areas based on N operation results, drawing and displaying a first geometric graph representing the first asset group based on the N coincident areas and the first IP address set, so that the coincident areas of the first geometric graph and N second geometric graphs which are drawn and represent N second asset groups respectively meet the determined N coincident areas; wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
According to the scheme provided by the application, the IT asset management system draws and displays the asset groups in a geometric form, the quantity of assets contained in the asset groups is displayed through the area of the geometric figures, and the association relationship (such as dependency relationship, parallel relationship and the like) among the asset groups is displayed through the overlapping area among the geometric figures. Therefore, in the IT asset management system, the system can automatically calculate and display the association between the asset groups in a graphical mode only by configuring the IP address set of the asset groups by maintenance personnel, the process of creating the asset groups is simplified, the artificial maintenance organization structure is not needed, and the requirement on the maintenance personnel is low.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments described in the present application, and other drawings can be obtained by those skilled in the art according to the drawings.
FIG. 1 is a schematic view of an exemplary embodiment of the present application illustrating an organizational structure;
FIG. 2 is a diagrammatic illustration of a presentation interface of an IT asset management system shown in an exemplary embodiment of the present application;
FIG. 3 is a flow chart of a method for displaying a group of assets according to an exemplary embodiment of the present application;
FIG. 4 is a flow chart of another asset group presentation method shown in an exemplary embodiment of the present application;
FIG. 5 is a diagrammatic illustration of a presentation interface of another IT asset management system shown in an exemplary embodiment of the present application;
FIG. 6 is a hardware block diagram of an IT asset management device shown in an exemplary embodiment of the present application;
FIG. 7 is a block diagram of an asset group presentation device shown in an exemplary embodiment of the present application.
Detailed Description
In order to make those skilled in the art better understand the technical solutions in the embodiments of the present specification, the technical solutions in the embodiments of the present specification will be described in detail below with reference to the drawings in the embodiments of the present specification, and it is obvious that the described embodiments are only a part of the embodiments of the present specification, and not all the embodiments. All other embodiments that can be derived by one of ordinary skill in the art from the embodiments given herein are intended to be within the scope of protection.
In the office process of an enterprise, each department usually needs to use a large amount of electronic equipment, and maintenance personnel of the enterprise usually use an IT asset management system to uniformly manage the electronic equipment used by each department.
The IT asset management system comprises two parts of an asset and an asset group, wherein the electronic equipment is regarded as the asset, the asset is represented by the IP address of the electronic equipment, a set of the electronic equipment contained in a department is regarded as the asset group, and the asset group is represented by the set of the IP addresses of all the electronic equipment contained in the department.
An asset group list is preset in the IT asset management system, and the asset group list contains all asset groups in an enterprise and information of assets contained in the asset groups. And the display page of the IT asset management system can visually display the information in the asset group list into a graphical interface.
Referring to fig. 1, fig. 1 is an organizational structure diagram of an exemplary embodiment of the present application, schematically illustrating an organizational structure of an enterprise including a plurality of departments. Specifically, the enterprise has a primary department a, which includes two secondary departments, namely a secondary department B and a secondary department C, wherein the secondary department C includes two tertiary departments D and a tertiary department E.
In the IT asset management system of the enterprise shown in fig. 1, a set of electronic devices included in the primary department a is regarded as a first asset group a, a set of electronic devices included in the secondary department B is regarded as a second asset group B, a set of electronic devices included in the secondary department C is regarded as a second asset group C, a set of electronic devices included in the tertiary department D is regarded as a second asset group D, and a set of electronic devices included in the tertiary department E is regarded as a second asset group E.
For example, in the enterprise shown in FIG. 1, assume that the second level department B includes an IP address of IP B1 Electronic device B1; the third-level department D comprises two electronic devices with IP addresses D1 Electronic device D1 and IP address of IP D2 Electronic device D2; the third-level department E comprises two electronic devices with IP addresses of IP E1 Electronic device E1 and IP address of IP E2 Electronic device E2.
Then electronic device B1 is considered to be asset B1, in the enterprise's IT asset management system, with ITs IP address IP B1 Indicating that electronic device D1 is considered asset D1, IP address of which D1 By analogy, all electronic devices are considered assets, represented by their IP addresses.
It is understood that, due to the affiliation between departments, the electronic device belongs to all the upper-level departments to which the directly-subordinate department belongs, as well as to its directly-subordinate department.
In the asset group list of the IT asset management system of the enterprise shown in fig. 1, information of the asset group is recorded, which includes at least an asset group name and a set of IP addresses made up of all assets included in the asset group, as shown in the following table.
TABLE 1
Table 1 is a group list comprising a plurality of group entries, each group entry comprising: asset group identification, a set of IP addresses corresponding to the asset group, and a drawing label, etc. Of course, each asset group entry may also include other contents according to actual needs, such as maintenance dates of assets in the asset group, and the like, and here, the asset group entry is only exemplarily illustrated and not specifically limited.
The IP address set corresponding to the asset group refers to a set composed of IP addresses of all assets included in the asset group.
The drawing mark is used for marking whether the asset group corresponding to the asset group table entry is drawn with a geometric figure.
In the existing IT asset management system, the front-end display page usually adopts a form of an asset tree of a tree structure, nodes of the asset tree represent asset groups, and a hierarchical relationship between the nodes represents an affiliation relationship between the asset groups.
Such as the enterprise shown in fig. 1, may use the IT asset management system presentation interface shown in fig. 2 to present the asset groups and the assets contained by the asset groups. In the asset tree shown in fig. 2, the root node of the tree structure represents a primary asset group a, and the root node has two child nodes for representing a secondary asset group B and a secondary asset group C, respectively, and all asset groups are represented in this way until the assets are represented by leaf nodes.
However, the manner in which the asset tree is used to present the asset group is not conducive to maintaining the IT asset management system, and is more demanding on maintenance personnel. The reason is that:
the asset group list of an IT asset management system is typically dominated by the asset group and the asset information IT contains, and does not include the organizational structure of the enterprise. Therefore, maintenance personnel need to manually maintain the hierarchical relationship of the asset groups in the asset tree according to the organizational structure of the enterprise, and both manually create the hierarchical relationship of the asset tree when creating the asset group and manually update the hierarchical relationship of the asset tree after the organizational structure is changed.
Taking fig. 1 and 2 as an example, when a maintenance person creates the asset tree of fig. 2, IT is first necessary to manually create an asset group according to the organizational structure shown in fig. 1, and then the IT asset management system can associate the information in the asset group list into the asset tree. Not only is the process of creating asset groups tedious, once the organizational structure of an enterprise is changed, maintenance personnel need to re-determine the hierarchical relationship between asset groups.
Therefore, the tree-structured asset tree of the existing IT asset management system is complex to operate during maintenance and has high requirements on maintenance personnel.
In view of the above, the present application proposes a new method for displaying asset groups in an IT asset management system.
In an enterprise, each department is usually assigned with a network segment for the assets in the asset group corresponding to each department, generally, the network segment to which the child asset group is assigned is included in the network segment to which the parent asset group is assigned, and the network segments to which the peer asset groups are assigned are not repeated. Taking the enterprise in fig. 1 as an example, one possible way to assign IP addresses is that the network segment assigned to the primary asset group a is 192.168.1.1-192.168.1.255, the network segment assigned to the secondary asset group B under the primary asset group a is 192.168.1.51-192.168.1.100, and the network segment assigned to the secondary asset group C is 192.168.1.101-192.168.1.150 …
According to the distribution rule of the network segments, the IP address set of the asset groups can generally reflect the hierarchical relationship among the asset groups. The method utilizes the characteristic to draw and display the asset group in a geometric form on a display interface of the IT asset management system, displays the quantity of the assets contained in the asset group through the area of the geometric figure, and displays the association relationship (such as dependency relationship, parallel relationship and the like) among the asset groups through the overlapping area among the geometric figures. Therefore, the IT asset management system can directly determine the display interface according to the background asset group list without manually maintaining the hierarchical relationship among the asset groups by maintenance personnel.
Referring to fig. 3, fig. 3 illustrates a method for asset group presentation according to an exemplary embodiment of the present application. The method is applied to the IT asset management equipment. The IT asset management device is a device provided with an IT asset management system, and the device may be a server, a PC, or the like, and the IT asset management device is only exemplified and not particularly limited.
For convenience of description, the IT asset management device will be simply referred to as a management device hereinafter.
As shown in fig. 3, the method comprises the following steps:
step S301: the management equipment determines a first IP address set corresponding to a first asset group to be subjected to geometric drawing.
It should be noted that the first asset group described herein represents an asset group that is not drawn geometrically, the first IP address set is a set of IP addresses corresponding to the first asset group, and the first geometric figure is a geometric figure representing the first asset group.
The second asset group described herein represents a geometrically mapped asset group, the second set of IP addresses is a set of IP addresses corresponding to the second asset group, and the second geometry is a geometry representing the second asset group.
The terms "first" and "second" are used herein merely for convenience in distinguishing one type of information from another and are not intended to have an actual meaning.
This step includes two processes, which are described separately below.
The first process is as follows: the management device determines a set of assets and a set of IP addresses corresponding to the set of assets.
The management device reads a pre-configured asset group list that includes the asset group and its corresponding set of IP addresses.
Optionally, the asset group list may be sorted according to the names of the asset groups, or the number of IP addresses in the IP address set of the asset groups may be calculated first, and then the asset groups may be sorted from large to small according to the number of IP addresses. And is not particularly limited herein.
For example, as shown in fig. 1, the list of assets in the enterprise is shown in table 1, and the list of assets in the set of IP addresses of assets in the order from large to small is shown in table 2.
| Asset group identification | IP address aggregation | Drawing indicia |
| First class assets group A | IP B1 ，IP D1 ，IP D2 ，IP E1 ，IP E2 | Is free of |
| Second level assets group C | IP D1 ，IP D2 ，IP E1 ，IP E2 | Is composed of |
| Tertiary assets set D | IP D1 ，IP D2 | Is composed of |
| Tertiary assets group E | IP E1 ，IP E2 | Is composed of |
| Second level assets group B | IP B1 | Is free of |
TABLE 2
The second process: the management device determines a first asset group to be subjected to a first geometric drawing.
There are both mapped asset groups and non-mapped asset groups in the asset group list.
After any asset group is drawn, the management equipment configures the drawn asset group with a drawing mark. Alternatively, the drawing mark may be to modify one parameter corresponding to the asset group in the asset group list or move the asset group into another sub-list, which is not limited herein.
The following describes the manner in which the first asset group is determined:
in the asset group list obtained in the first step, the management device sequentially reads asset groups in the asset group list, determines that the currently read asset group is a first asset group to be subjected to geometric drawing after confirming that the currently read asset group is not configured with a drawing mark, and determines a first IP address set corresponding to the first asset group according to the corresponding relation in the asset group list.
Optionally, when the management device sequentially reads the asset groups in the asset group list, the management device may read the asset groups from large to small in the order of the number of IP addresses in the IP address set of the asset groups. Specifically, if the asset groups are sorted in the order of the number of IP addresses in the IP address set in the sorting manner in the asset group list, the asset groups may be sequentially read in the order of the asset group list;
if the asset group list is sorted according to the asset group names, the management equipment reads the asset groups in the asset group list according to the sequence that the number of the IP addresses in the IP address set of the asset groups is from large to small.
Step S302: when the management equipment determines that a second asset group subjected to geometric drawing exists, determining N second IP address sets corresponding to the N second asset groups respectively; wherein N is an integer greater than 0.
In the present application, in the asset group list, the asset group entry corresponding to the drawn asset group includes a drawing flag. Therefore, the management apparatus can determine whether there is a second asset group that has been subjected to geometric drawing by detecting whether there is an asset group in the asset group list to which the drawing flag has been configured.
In correspondence with the configuration of the drawing flag in step S301, it is detected one by one whether or not each asset group in the asset group list has been configured with a drawing flag.
If the asset group configured with the drawing mark is detected, selecting N asset groups configured with the drawing mark from the asset group list, and determining the N asset groups as a second asset group subjected to geometric drawing. And determining N second asset groups and N second IP address sets respectively corresponding to each second asset group according to the corresponding relation in the asset group list. The process continues to step S303.
Assuming the example of the group list shown in table 2, if the primary group a and the secondary group C are plotted, the group list is shown in table 3 below.
TABLE 3
Selecting a primary asset group A and a secondary asset group C which are configured with drawing marks as 2 second asset groups in the table 3, wherein the IP address set corresponding to the primary asset group A is { IP address B1 ，IP D1 ，IP D2 ，IP E1 ，IP E2 The IP address set corresponding to the secondary asset group C is { IP D1 ，IP D2 ，IP E1 ，IP E2 }。
And S303, the management equipment respectively performs set operation on the first IP address set and the N second IP address sets to obtain N operation results.
Step S304: the management equipment determines N coincident areas based on the N operation results, and draws and displays a first geometric figure representing the first asset group based on the N coincident areas, so that the coincident areas of the first geometric figure and N second geometric figures representing N second asset groups respectively meet the determined N coincident areas; wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
Next, using the first IP address set and any one of the N second IP address sets as an example, a description will be given of "performing set operation on the first IP address set and the second IP address set to obtain an operation result, and determining a coincidence area based on the operation result".
The set operation refers to comparing the IP addresses included in the two IP address sets to obtain the intersection or non-intersection of the operation results of the two sets. Based on the result of this operation, the area of coincidence of the geometries corresponding to the two IP address sets can be determined.
1) The management device may perform set operation on the first IP address set and the second IP address set, and determine the overlapping area based on the number of intersected IP addresses if the operation result is that the first IP address set intersects with the second IP address set.
It should be noted that, if the first IP address set and the second IP address set have the same IP address, it means that the first IP address set intersects with the second IP address set. Corresponding to the operation result, the overlapping area is determined by the number of the IP addresses shared by the first IP address set and the second IP address set, the more the shared IP addresses are, the larger the overlapping area is, otherwise, the less the shared IP addresses are, the smaller the overlapping area is;
the intersection of the first IP address set and the second IP address set includes intersection, equality, inclusion and inclusion, which are described below.
The first method comprises the following steps: and (4) crossing. If the first IP address set and the second IP address set have the same IP address and have respective unique IP addresses, the set operation result of the first IP address set and the second IP address set is crossed. The management device may determine the overlap area based on the same number of IP addresses in the two sets of IP addresses. The determined coincidence area corresponds to the operation result, and the coincidence area is smaller than the area of the first geometric figure and smaller than the area of the second geometric figure, namely the first geometric figure and the second geometric figure are crossed, and coincident parts exist, and parts which are not coincident with each other exist respectively.
And the second method comprises the following steps: are equal. The first IP address set and the second IP address set respectively contain the same IP address, which means that the set operation results of the first IP address set and the second IP address set are equal. The management device may determine the overlapping area based on the number of IP addresses in the first set of IP addresses or the second set of IP addresses. At this time, because the areas of the first geometric figure and the second geometric figure are equal, the determined overlapping area corresponds to the operation result, and the overlapping area is the area of the first geometric figure or the second geometric figure, namely, the two geometric figures are overlapped.
And the third is that: comprises the following steps. And all the IP addresses belonging to the second IP address set also belong to the first IP address set, and the first IP address set also comprises other IP addresses, so that the first IP address set comprises the second IP address set. The management device may determine the coincidence area based on the number of IP addresses in the second set of IP addresses. At the moment, the area of the first geometric figure is larger than that of the second geometric figure, the determined coincidence area corresponds to the operation result, and the coincidence area is the area of the second geometric figure, namely the second geometric figure is in the first geometric figure.
And fourthly: is included. And if all the IP addresses belonging to the first IP address set also belong to the second IP address set and other IP addresses are also included in the second IP address set, the first IP address set is contained in the second IP address set. The management device may determine the area of coincidence based on a number of IP addresses in the first set of IP addresses. At the moment, the area of the first geometric figure is smaller than that of the second geometric figure, the determined coincidence area corresponds to the operation result, and the coincidence area is the area of the first geometric figure, namely the first geometric figure is in the second geometric figure.
The above are four cases where the operation results of the first IP address set and the second IP address set intersect.
2) The management device may perform set operation on the first IP address set and the second IP address set, and determine that the overlapping area is 0 if the operation result is that the first IP address set and the second IP address set are not intersected.
In implementation, if it is determined that the first IP address set and the second IP address set do not have the same IP address, it indicates that the first IP address set and the second IP address set are disjoint. Corresponding to the operation result, the overlapping area is 0.
It should be noted that, based on the above method, the management device may perform aggregation operation with the N second asset groups, respectively obtain N operation results, and obtain N overlapping areas based on the N operation results.
The management device can draw a first geometric figure representing the first asset group based on the first IP address set of the first asset group and the N coincident areas and display the first geometric figure and the N second geometric figures, wherein the first geometric figure and the N second geometric figures are drawn and represent the N second asset groups, and the coincident areas of the first geometric figure and the N second geometric figures respectively meet the determined N coincident areas.
The following description will be made of a specific manner of drawing the first geometric figure in this step, taking the asset group list shown in table 3 as an example.
Assuming that the asset group to be geometrically drawn in Table 3 is a tertiary asset group D, the IP address set { IP address of the tertiary asset group D } D1 ，IP D2 Record as IP address set 3.
Assume that the geometrically mapped asset groups are a primary asset group A and a secondary asset group C, the set of IP addresses of the primary asset group A { IP address B1 ，IP D1 ，IP D2 ，IP E1 ，IP E2 And the IP address set is marked as an IP address set 1, and the IP address set of the secondary asset group C is marked as an IP address set (IP) D1 ，IP D2 ，IP E1 ，IP E2 And is marked as IP address set 2.
The managing device may address set 3 of IP addresses (i.e. { IP } D1 ，IP D2 }) and the IP address set 1 (i.e., IP B1 ，IP D1 ，IP D2 ，IP E1 ，IP E2 }) to perform set operation, and the obtained set operation result is that the IP address set 3 is intersected with the IP address set 1 (namely, IP addresses are included together) D1 ，IP D2 ) And determining the superposition area 1 of the geometric figure 3 representing the tertiary asset group D to be drawn and the drawn geometric figure 1 representing the primary asset group A based on the number of the IP addresses shared by the IP address set 3 and the IP address set 1.
At the same time, the management device may address set 3 of IP addresses (i.e. { IP } D1 ，IP D2 }) and the set of IP addresses 2 (i.e., IP addresses D1 ，IP D2 ，IP E1 ，IP E2 }) to perform set operation, and the obtained set operation result is that the IP address set 3 is intersected with the IP address set 2 (namely, IP addresses are included together) D1 ，IP D2 ) And determining the coincidence area 2 of the geometric figure 3 representing the tertiary asset group D to be drawn and the geometric image 2 representing the secondary asset group C to be drawn based on the number of the IP addresses shared by the IP address set 3 and the IP address set 2.
The management device can draw the geometric image 3 representing the tertiary asset group D based on the coincidence area 1, the coincidence area 2, and the IP address set 3, so that the coincidence area of the drawn geometric figure 3 and the geometric figure 1 satisfies the coincidence area 1, and the coincidence area of the geometric figure 3 and the geometric figure 2 satisfies the coincidence area 2.
To present the aesthetics of the interface, only the geometry representing the asset group is typically presented on the presentation interface. In order to facilitate the system to display more information, after the user selects the target geometric figure on the display interface through the mouse, the display interface can display the information of the target asset group represented by the target geometric figure in the form of a floating window or a pop-up window and the like. This information may include the name of the target asset group, the set of IP addresses, the assets contained, etc.
The flow shown in fig. 3 is completed.
As can be seen from the flow shown in fig. 3, the IT asset management system of the present application draws and displays asset groups in the form of geometric figures, displays the number of assets included in the asset groups through the area of the geometric figures, and displays the association relationship (such as dependency relationship, parallel relationship, etc.) between the asset groups through the overlapping area between the geometric figures. Therefore, in the IT asset management system, the system can automatically calculate and display the association between the asset groups in a graphical mode only by configuring the IP address set of the asset groups by maintenance personnel, the process of creating the asset groups is simplified, the artificial maintenance organization structure is not needed, and the requirement on the maintenance personnel is low.
In step S302 of fig. 3, if there is no drawn asset group, drawing a first geometric figure representing the first asset group and displaying, wherein an area of the first geometric figure is positively correlated to the number of IP addresses in the first IP address set.
Since the drawn asset group is configured with the drawing mark in the asset group list, if the detection result shows that the drawing mark does not exist, it can be determined that the drawn asset group does not exist.
In this case, the first geometric figure is the first geometric figure displayed by the current IT asset management system display interface, and the overlapping area of the geometric figure to be drawn and the drawn geometric figure is not required to be considered. Therefore, the area of the first geometric figure is directly determined according to the number of the IP addresses in the first IP address set, and the first geometric figure is directly drawn on the display page. For a specific method for determining the area of the first geometric figure, refer to step S304, which is not described herein again.
In the IT asset management system, a maintainer can manually modify the background asset group list or drag a geometric figure on a display interface to modify the background asset group list.
The method of "dragging geometry to modify the background asset group list" is described below in one embodiment.
If the asset group A and the asset group B exist in the asset group list, the geometric figure A corresponding to the asset group A and the geometric figure B corresponding to the asset group B are drawn on the display interface. One way to drag the geometry is to drag the geometry a inside the geometry B, and then the asset group list is automatically updated, specifically, all the assets in the asset group a are added into the asset group B, and the asset group a is deleted.
Taking the asset group list shown in table 4 as an example, after the geometric figure a is dragged into the geometric figure B, the asset group B is updated, the asset group a is deleted, and the asset group list is updated to table 5.
| Asset group identification | IP address aggregation | Drawing a mark |
| Asset group A | IP 1 | Is provided with |
| Asset group B | IP 2 | Is provided with |
TABLE 4
| Asset group identification | IP address aggregation | Remarks to note |
| Asset group B | IP 1 ，IP 2 | Is provided with |
Table 5 after the asset group list in the background of the IT asset management system is updated, the front-end display interface corresponding to the updated asset group list is also updated synchronously, and a specific updating method is described below, as shown in fig. 4:
step S401: the management device detects a mapped second asset group in the asset group list and a corresponding second IP address set.
And for a second asset group configured with the drawing mark in the asset group list, the management device detects whether the second asset group is updated in real time. If it is detected that the second asset set in the asset group list is updated, step S402 is executed.
Step S402: and if the second IP address set is updated, the management equipment deletes the second geometric figure corresponding to the second asset group on the display page.
The management device determines a second asset group corresponding to the updated second IP address set, deletes a second geometric figure corresponding to the second asset group on the presentation interface, and then performs step S403.
Step S403: the management device determines that the second asset group is the first asset group to be geometrically drawn.
After the drawing of the first asset group being currently drawn is completed, the management device determines the second asset group updated in step S402 as the first asset group. The first IP address set corresponding to the first asset group is the second IP address set updated in this step. Geometry is then drawn for the first asset group by the steps shown in fig. 3.
The flow shown in fig. 4 is completed.
The process of the presentation interface of the IT asset management system presenting the information in the asset group list shown in Table 2 as a graphical interface is described below by way of a specific embodiment.
The first step is as follows: and drawing a geometric figure A corresponding to the first-level asset group A.
Firstly, determining an asset group to be subjected to geometric drawing as a first-level asset group A, wherein the IP address set corresponding to the first-level asset group A is { IP address B1 ，IP D1 ，IP D2 ，IP E1 ，IP E2 And recording as an IP address set A.
Secondly, the fact that the asset group configured with the drawing mark does not exist in the asset group list can be determined through detection, the number of the IP addresses contained in the IP address set A is detected, and the area S of the first geometric figure is determined according to the preset positive correlation A 。
And finally, drawing the area S on the display interface by the IT asset management system A As shown in fig. 5-1, while the primary asset group a is configured to draw a label in the asset group list.
Figure 5 is a schematic diagram of a presentation interface for an IT asset management system including a plurality of geometric figures, wherein each geometric figure represents a group of assets. For ease of illustration, annotations are identified herein in FIG. 5 for the geometry to identify the group of assets each geometry represents.
In addition, according to actual requirements, the geometric figures in the display interface can be squares, triangles and the like, and the display by using circles is only an exemplary display and is not particularly limited.
And finishing the display of the geometric figure A corresponding to the first-level asset group A.
The second step is that: and drawing a geometric figure C corresponding to the secondary asset group C.
Firstly, determining an asset group to be subjected to geometric drawing as a secondary asset group C, wherein the IP address set corresponding to the secondary asset group C is { IP D1 ，IP D2 ，IP E1 ，IP E2 And recording as an IP address set C.
Secondly, detecting and determining that the asset group with the configured drawing mark exists in the asset group list as a primary asset group A.
And then, carrying out set operation on the IP address set C and the IP address set A, wherein the obtained operation result is intersection, and the IP address set C is contained by the IP address set A. Detecting the number of IP addresses shared by the IP address set C and the IP address set A, and determining the superposition area of the geometric figure C and the geometric figure A as S according to a preset positive correlation 1 。
Finally, determining the area of the geometric figure C as S according to the IP address set C C . Based on S C And S 1 The IT asset management system renders the eligible geometry C on the presentation interface, as shown in FIG. 5-2, while placing the secondary asset group C in the asset group list with a rendering marker.
And finishing the display of the geometric figure C corresponding to the secondary asset group C.
The third step: and drawing a geometric figure D corresponding to the tertiary asset group D.
Firstly, determining that the asset group to be subjected to geometric drawing is a three-level asset group D, wherein the IP address set corresponding to the two-level asset group C is { IP D1 ，IP D2 And noted as a set D of IP addresses.
Secondly, detecting and determining that the asset groups with the configured drawing marks exist in the asset group list as a primary asset group A and a secondary asset group C.
Then, carrying out set operation on the IP address set D and the IP address set A, wherein the obtained operation results are intersected and the IP addresses are intersectedThe set of addresses D is contained by the set of IP addresses a. Detecting the number of IP addresses shared by the IP address set D and the IP address set A, and determining the overlapping area S of the geometric figure D and the geometric figure A according to a preset positive correlation 2 。
And performing set operation on the IP address set D and the IP address set C, wherein the obtained operation result is intersection, and the IP address set D is contained by the IP address set C. Detecting the number of IP addresses shared by the IP address set D and the IP address set C, and determining the overlapping area S of the geometric figure D and the geometric figure C according to a preset positive correlation relation 3 。
Finally, determining the area S of the geometric figure D according to the IP address set D D . Based on S D 、S 2 And S 3 The IT asset management system renders a qualified geometric figure D on the presentation interface, as shown in FIGS. 5-3, while placing the secondary asset group D in the asset group list to render a label.
And finally, completing the display of the geometric figure D corresponding to the three-level asset group D.
The method for mapping other asset groups can be referred to the above steps, and is not described in detail herein.
Finally, the IT asset management system may obtain a presentation interface schematic as shown in FIGS. 5-4 based on the asset group list shown in Table 2.
Referring to fig. 6, fig. 6 is a hardware block diagram of an IT asset management device according to an exemplary embodiment of the present application.
The IT asset management apparatus includes: a communication interface 601, a processor 602, a machine-readable storage medium 603, and a bus 604; wherein the communication interface 601, the processor 602 and the machine-readable storage medium 603 communicate with each other via a bus 604. The processor 602 may perform the traffic scheduling method described above by reading and executing machine executable instructions corresponding to the traffic scheduling control logic in the machine readable storage medium 603.
The machine-readable storage medium 603 referred to herein may be any electronic, magnetic, optical, or other physical storage device that can contain or store information such as executable instructions, data, and the like. For example, the machine-readable storage medium may be: volatile memory, non-volatile memory, or similar storage media. In particular, the machine-readable storage medium 603 may be a RAM (random Access Memory), a flash Memory, a storage drive (e.g., a hard drive), a solid state drive, any type of storage disk (e.g., a compact disk, a DVD, etc.), or similar storage medium, or a combination thereof.
The methods provided herein are described above. The following describes the apparatus provided in the present application:
referring to fig. 7, fig. 7 is a block diagram of an asset group presentation device according to an exemplary embodiment of the present application. The apparatus may be applied to the IT asset management device shown in fig. 6, and the apparatus may include:
a first determining unit 701, configured to determine a first IP address set corresponding to a first asset group to be geometrically drawn;
a second determining unit 702, configured to determine, when it is determined that there is a second asset group that has undergone geometric drawing, N second IP address sets corresponding to the N second asset groups, respectively; wherein N is an integer greater than 0;
an aggregation operation unit 703, configured to perform aggregation operation on the first IP address set and N second IP address sets, respectively, to obtain N operation results;
a graph drawing unit 704, configured to determine N overlapping areas based on the N operation results, and draw and display a first geometric graph representing the first asset group based on the N overlapping areas and the first IP address set, so that the overlapping areas of the first geometric graph and N second geometric graphs that have been drawn and represent N second asset groups respectively satisfy the determined N overlapping areas; wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
Optionally, the graphics-rendering unit further comprises:
upon determining that there is no second group of assets that has been geometry rendered, rendering and presenting a first geometry representing the first group of assets based on the first set of IP addresses;
wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
As one embodiment, the graphics rendering unit determines N coincidence areas based on N operation results, including:
aiming at each operation result obtained by performing set operation on the first IP address set and each second IP address set,
if the operation result is that the first IP address set is intersected with the second IP address set, determining the overlapping area based on the number of the intersected IP addresses;
and if the operation result is that the first IP address set and the second IP address set are not intersected, determining that the overlapping area is 0.
Optionally, the apparatus further comprises:
the updating unit 705 (not shown in fig. 7) is configured to delete the geometry corresponding to the second asset group and determine that the second asset group is the first asset group to be geometry-mapped when it is detected that the second IP address set corresponding to the second asset group is updated.
The display unit 706 (not shown in fig. 7) is configured to display information of a second asset group corresponding to the second geometry when it is detected that the second geometry is selected.
Claims (10)
1. An asset group display method is applied to an IT asset management system, and comprises the following steps:
determining a first IP address set corresponding to a first asset group to be subjected to geometric figure drawing;
when the second asset group subjected to geometric drawing is determined to exist, determining N second IP address sets corresponding to the N second asset groups respectively; wherein N is an integer greater than 0;
respectively carrying out set operation on the first IP address set and N second IP address sets to obtain N operation results;
obtaining N results of the overlapping areas based on the N operation results, drawing and displaying a first geometric figure representing the first asset group based on the N results of the overlapping areas and the first IP address set, so that the overlapping areas of the first geometric figure and N second geometric figures which are drawn and represent N second asset groups respectively meet the obtained N results of the overlapping areas; wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
2. The method of claim 1, further comprising:
upon determining that there is no geometrically rendered second group of assets, rendering and presenting a first geometric representation representing the first group of assets based on the first set of IP addresses;
wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
3. The method according to claim 1, wherein the obtaining N coincidence area results based on the N operation results comprises:
aiming at each operation result obtained by performing set operation on the first IP address set and each second IP address set,
if the operation result is that the first IP address set is intersected with the second IP address set, determining the overlapping area based on the number of the intersected IP addresses;
and if the operation result is that the first IP address set and the second IP address set are not intersected, determining that the overlapping area is 0.
4. The method of claim 1, further comprising:
and when detecting that the second IP address set corresponding to the second asset group is updated, deleting the geometric figure corresponding to the second asset group, and determining that the second asset group is the first asset group to be subjected to geometric figure drawing.
5. The method of claim 1, further comprising: and when the second geometric figure is detected to be selected, displaying the information of the second asset group corresponding to the second geometric figure.
6. An apparatus for displaying assets, which is applied to an IT asset management system, the apparatus comprising:
the system comprises a first determining unit, a second determining unit and a third determining unit, wherein the first determining unit is used for determining a first IP address set corresponding to a first asset group to be subjected to geometric figure drawing;
a second determining unit, configured to determine, when it is determined that a second asset group subjected to geometric drawing exists, N second IP address sets corresponding to the N second asset groups, respectively; wherein N is an integer greater than 0;
the set operation unit is used for respectively carrying out set operation on the first IP address set and the N second IP address sets to obtain N operation results;
the graph drawing unit is used for obtaining N results of the coincidence areas based on the N operation results, drawing and displaying a first geometric graph representing the first asset group based on the N results of the coincidence areas and the first IP address set, so that the coincidence areas of the first geometric graph and the drawn N second geometric graphs representing the N second asset groups respectively meet the obtained N results of the coincidence areas; wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
7. The apparatus of claim 6, wherein the graphics-rendering unit is further configured to render and expose a first geometry representing the first group of assets based on the first set of IP addresses when it is determined that a second group of assets that has been geometry rendered does not exist;
wherein the area of the first geometric figure is positively correlated with the number of IP addresses in the first set of IP addresses.
8. The apparatus according to claim 6, wherein the graph drawing unit obtains N results of overlapping areas based on the N operation results, performs set operation on each of the first IP address set and each of the second IP address sets to obtain each operation result, and determines an overlapping area based on the number of intersected IP addresses if the operation result indicates that the first IP address set intersects with the second IP address set; and if the operation result is that the first IP address set and the second IP address set are not intersected, determining that the overlapping area is 0.
9. The apparatus of claim 6, further comprising:
and the updating unit is used for deleting the geometric figure corresponding to the second asset group and determining that the second asset group is the first asset group to be subjected to geometric figure drawing when the second IP address set corresponding to the second asset group is detected to be updated.
10. The apparatus of claim 6, further comprising:
and the display unit is used for displaying the information of the second asset group corresponding to the second geometric figure when the second geometric figure is detected to be selected.
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| CN112235253B (en) * | 2020-09-22 | 2023-08-25 | 杭州安恒信息技术股份有限公司 | Data asset carding method, device, computer equipment and storage medium |
| CN112732724A (en) * | 2021-01-21 | 2021-04-30 | 杭州迪普科技股份有限公司 | Asset information management method and device |
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