CN113973100A - Method and device for displaying network IP section constitution and use condition - Google Patents
Method and device for displaying network IP section constitution and use condition Download PDFInfo
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Abstract
The invention discloses a method and a device for displaying the composition and the use condition of a network IP section, belonging to the field of information display. The method comprises the following steps: the method comprises the steps of obtaining all live a-section IP, b-section IP and c-section IP in the network and respective use conditions, generating and displaying a corresponding a-section matrix diagram and marking a-section composition for the a-section IP when displaying, generating and displaying a corresponding b-section matrix diagram and marking b-section composition according to the requested b-section IP if a drill-down viewing request exists on the a-section matrix diagram, generating and displaying a corresponding c-section matrix diagram according to the requested c-section IP if a drill-down viewing request exists on the b-section matrix diagram, and displaying the use conditions of the c-section IP when any one c-section has a viewing request. The device comprises: the device comprises an acquisition module, an a-section display module, a b-section display module and a c-section display module. The invention realizes the display of the IP section composition and the use condition in the form of a matrix diagram, and the visualization display is more comprehensive, more detailed and clearer.
Description
Technical Field
The invention relates to the field of information display, in particular to a method and a device for displaying the composition and the use condition of a network IP section.
Background
The IP Protocol specifies a unique Address, the IP Address, for each computer and other devices on the Internet. Due to the unique address, the user can efficiently and conveniently select an access object from thousands of computers when operating on the networked computer. At present, when displaying related information such as network IP addresses and port numbers, a table format is generally used. Although the display mode can comprehensively and completely display the IP address and the related information thereof, when the information required to be displayed is more, the form becomes huge and tedious and is not intuitive, and the browsing and query experience is greatly influenced.
Disclosure of Invention
The invention provides a method and a device for displaying the formation and use condition of a network IP section. The technical scheme is as follows:
in a first aspect, the present invention provides a method for displaying the formation and usage of a network IP segment, where the method includes:
acquiring all the surviving a-section IP, b-section IP and c-section IP and respective use conditions in the network;
when IP section display is carried out, generating and displaying a corresponding a section matrix diagram for the a section IP, and marking the a section;
if the section a of matrix image has a drill-down viewing request, generating and displaying a corresponding section b of matrix image according to the requested section b IP, and marking the section b to form;
and if the b-segment matrix graph has a drill-down viewing request, generating and displaying a corresponding c-segment matrix graph according to the requested c-segment IP, and displaying the use condition of the c-segment IP when any one c-segment has a viewing request.
Optionally, generating and displaying a corresponding a-segment matrix map for the a-segment IP, and marking a-segment composition, including:
generating a rectangle for each acquired a-segment IP, displaying the network address corresponding to the a-segment on each rectangle, forming and displaying an a-segment matrix diagram by all the rectangles obtained currently, and marking the number of the IP surviving in each segment or the percentage of each segment on the a-segment matrix diagram.
Optionally, if there is a drill-down viewing request on the a-segment matrix map, generating and displaying a corresponding b-segment matrix map according to the requested b-segment IP, and marking a b-segment structure, including:
if a drill-down viewing request aiming at a certain a section is detected on the a section matrix diagram, generating a rectangle for each b section IP in the a section, displaying the network address corresponding to the b section on each rectangle, forming and displaying a b section matrix diagram by all the rectangles obtained currently, and marking the number of IP surviving in each section or the percentage of each section on the b section matrix diagram.
Optionally, if there is a drill-down viewing request on the b-segment matrix map, generating and displaying a corresponding c-segment matrix map according to the requested c-segment IP, and when there is a viewing request on any one of the c-segments, displaying the use condition of the c-segment IP, including:
if a drill-down viewing request aiming at a certain b segment is detected on the b segment matrix diagram, generating a rectangle for each c segment IP in the b segment, forming all the currently obtained rectangles into a c segment matrix diagram and displaying the c segment matrix diagram, and displaying the using condition of the c segment IP corresponding to the rectangle when any rectangle in the c segment matrix diagram has a viewing request, wherein the using condition at least comprises an IP address.
Optionally, the step of marking the number of surviving IPs in each segment or the percentage of each segment on the a-segment or b-segment matrix chart includes:
and for each section in the a-section or b-section matrix diagram, displaying the number or the proportion of the IP living in the section by a number, or displaying the proportion of the IP living in the section by the area size and/or the color depth of a rectangle.
In a second aspect, the present invention provides a device for showing the configuration and usage of an IP segment of a network, where the device includes:
the acquisition module is used for acquiring all the surviving a-section IP, b-section IP and c-section IP in the network and respective use conditions;
the a-segment display module is used for generating and displaying a corresponding a-segment matrix diagram for the a-segment IP and marking a-segment structure when the IP segment is displayed;
the b-section display module is used for generating and displaying a corresponding b-section matrix map according to the requested b-section IP if the a-section matrix map has a drill-down viewing request, and marking the b-section matrix map;
and the c-segment display module is used for generating and displaying a corresponding c-segment matrix map according to the requested c-segment IP if the b-segment matrix map has a drill-down viewing request, and displaying the service condition of the c-segment IP when any one c segment has a viewing request.
Optionally, the a-segment display module is specifically configured to:
when IP section display is carried out, a rectangle is generated for each acquired a section IP, a network address corresponding to the a section is displayed on each rectangle, all the rectangles obtained currently form an a section matrix diagram and are displayed, and the number of the IP surviving in each section or the proportion of each section is marked on the a section matrix diagram.
Optionally, the b-segment display module is specifically configured to:
if a drill-down viewing request aiming at a certain a section is detected on the a section matrix diagram, generating a rectangle for each b section IP in the a section, displaying the network address corresponding to the b section on each rectangle, forming and displaying a b section matrix diagram by all the rectangles obtained currently, and marking the number of IP surviving in each section or the percentage of each section on the b section matrix diagram.
Optionally, the c-segment display module is specifically configured to:
if a drill-down viewing request aiming at a certain b segment is detected on the b segment matrix diagram, generating a rectangle for each c segment IP in the b segment, forming all the currently obtained rectangles into a c segment matrix diagram and displaying the c segment matrix diagram, and displaying the using condition of the c segment IP corresponding to the rectangle when any rectangle in the c segment matrix diagram has a viewing request, wherein the using condition at least comprises an IP address.
Optionally, the a-segment display module includes: the a-segment display unit is used for displaying the number or the proportion of the IP surviving in each segment of the a-segment matrix chart by using a number or displaying the proportion of the IP surviving in each segment by using the area size and/or the color depth of a rectangle; or the like, or, alternatively,
the b-segment display module includes: and the b-section display unit is used for displaying the number or the ratio of the IP numbers which survive in each section in the b-section matrix diagram by using a number or displaying the ratio of the IP numbers which survive in the section by using the area size and/or the color depth of a rectangle.
The technical scheme provided by the invention has the beneficial effects that: the method comprises the steps of obtaining all live a-segment IP, b-segment IP and c-segment IP and respective use conditions in the network, generating corresponding a-segment matrix diagram, b-segment matrix diagram and c-segment matrix diagram, carrying out layered display, and marking corresponding IP segment composition and use conditions on each layer, thereby realizing the IP segment composition and use conditions in the form of matrix diagram.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts.
Fig. 1 is a flowchart of a method for displaying the configuration and usage of an IP segment of a network according to an embodiment of the present invention;
fig. 2 is a flowchart of a method for displaying the configuration and usage of an IP segment of a network according to another embodiment of the present invention;
FIG. 3 is a schematic diagram of a segment a matrix diagram provided by another embodiment of the present invention;
FIG. 4 is a schematic diagram of a b-segment matrix diagram provided by another embodiment of the present invention;
FIG. 5 is a schematic diagram of a segment c matrix diagram provided by another embodiment of the present invention;
fig. 6 is a diagram of a device for showing the configuration and usage of IP segments in a network according to another embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, embodiments of the present invention will be described in detail with reference to the accompanying drawings.
The embodiment of the invention relates to a method and a device for displaying the composition and the use condition of a network IP section, which are used for displaying the composition and the use condition of the network IP section in a matrix diagram mode so as to comprehensively and finely know the composition and the use condition of the network IP section when scanning and managing the network IP section. The method and apparatus can operate in a client, including but not limited to any host or mobile terminal in a network, etc.
In the embodiment of the invention, the network IP section structure refers to information of all IP addresses covered by the network. An IP address is a 32-bit binary number, typically divided into 4 "8-bit binary numbers" (i.e., 4 bytes). IP addresses are typically expressed in the form of (a.b.c.d) "dotted decimal", where a, b, c, d are all decimal integers between 0 and 255. For example: a dot decimal IP address (100.4.5.6) corresponds to a 32-bit binary number (01100100.00000100.00000101.00000110). The division of the IP address includes: class A, class B and class C. A class a IP address consists of a 1 byte network address and a 3 byte host address, the most significant bit of the network address must be "0". The network identifier length in the class A IP address is 8 bits, and the host identifier length is 24 bits. A class B IP address consists of a 2 byte network address and a 2 byte host address, the most significant bit of the network address must be "10". The length of the network identifier in the class B IP address is 16 bits, and the length of the host identifier is 16 bits. A class C IP address consists of a 3 byte network address and a 1 byte host address, the highest order bit of the network address must be "110". The length of the network identifier in the class C IP address is 24 bits, and the length of the host identifier is 8 bits. The use case of the network IP section refers to an IP address and relevant information thereof, such as the number of assets, the number of holes, the number of ports and port numbers on each live IP and the like. This information generally allows a more complete understanding of asset information, configuration information, and security information, etc. on the device to which the IP address corresponds.
Fig. 1 is a flowchart of a method for showing the configuration and usage of IP segments of a network according to an embodiment of the present application. Referring to fig. 1, the method includes:
101: acquiring all the surviving a-section IP, b-section IP and c-section IP and respective use conditions in the network;
102: when IP section display is carried out, a corresponding a section matrix diagram is generated and displayed for a section IP, and the a section matrix diagram is marked;
103: if the section a of the matrix map has a drill-down viewing request, generating and displaying a corresponding section b of the matrix map according to the requested section b IP, and marking the section b to form the matrix map;
104: and if the b-segment matrix graph has a drill-down viewing request, generating and displaying a corresponding c-segment matrix graph according to the requested c-segment IP, and displaying the use condition of the c-segment IP when any one c-segment has a viewing request.
In this embodiment, optionally, generating and displaying a corresponding a-segment matrix map for the a-segment IP, and marking the a-segment structure, includes:
and generating a rectangle for each acquired a-segment IP, displaying the network address corresponding to the a-segment on each rectangle, forming and displaying an a-segment matrix diagram by all the rectangles which are obtained currently, and marking the number of the IP which survives in each segment or the percentage of each segment on the a-segment matrix diagram.
In this embodiment, optionally, if there is a drill-down viewing request on the a-segment matrix map, the corresponding b-segment matrix map is generated and displayed according to the requested b-segment IP, and the b-segment structure is marked, including:
if a drill-down viewing request aiming at a certain a section is detected on the a section matrix diagram, a rectangle is generated for each b section IP in the a section, the network address of the corresponding b section is displayed on each rectangle, all the rectangles obtained currently form the b section matrix diagram and are displayed, and the number of the IP surviving in each section or the percentage of each section is marked on the b section matrix diagram.
In this embodiment, optionally, if there is a drill-down viewing request on the b-segment matrix map, generating and displaying a corresponding c-segment matrix map according to the requested c-segment IP, and displaying the use condition of the c-segment IP when there is a viewing request in any one of the c-segment matrices, including:
if a drill-down viewing request aiming at a certain b segment is detected on the b segment matrix diagram, generating a rectangle for each c segment IP in the b segment, forming all the currently obtained rectangles into a c segment matrix diagram and displaying the c segment matrix diagram, and displaying the using condition of the c segment IP corresponding to the rectangle when any rectangle in the c segment matrix diagram has a viewing request, wherein the using condition at least comprises an IP address.
In this embodiment, optionally, the step of indicating the number of surviving IPs in each segment or the percentage of each segment on the a-segment or b-segment matrix diagram includes:
for each segment in the a-segment or b-segment matrix diagram, the number or the proportion of the IP living in the segment is displayed in a number, or the number proportion of the IP living in the segment is displayed in the area size and/or the color depth of a rectangle.
In the method provided by this embodiment, by obtaining all the live a segment IP, b segment IP, and c segment IP in the network and their respective use conditions, when IP segment display is performed, a corresponding a segment matrix map is generated and displayed for the a segment IP, and a segment composition is marked, if a drill-down viewing request is made on the a segment matrix map, a corresponding b segment matrix map is generated and displayed according to the requested b segment IP, and a segment composition is marked, if a drill-down viewing request is made on the b segment matrix map, a corresponding c segment matrix map is generated and displayed according to the requested c segment IP, and when any one of the c segments has a viewing request, the use condition of the c segment IP is displayed, so that IP segment composition and use condition are displayed in the form of a matrix map, compared with the conventional table form, the visualization form of matrix map layering is more comprehensive, fine and clear, and the c segment layer not only displays the live IP, the number of assets, bugs or ports on the IP can be displayed in detail, and the display content is further enriched.
Fig. 2 is a flowchart of a method for presenting the configuration and usage of IP segments of a network according to another embodiment of the present application. Referring to fig. 2, the method includes:
201: acquiring all the surviving a-section IP, b-section IP and c-section IP and respective use conditions in the network;
202: when IP section display is carried out, generating a rectangle for each acquired a section IP, displaying the network address corresponding to the a section on each rectangle, and forming and displaying a section matrix diagram by all the rectangles obtained currently;
203: for each segment in the a-segment matrix diagram, displaying the number or the proportion of the IP living in the segment by a number, or displaying the proportion of the IP living in the segment by the area size and/or the color depth of a rectangle;
in this embodiment, the darker the color of the rectangle in the a-segment matrix map, the larger the area, and the larger the number of b-segment IPs that represent survival. Each rectangle in the matrix map contains an IP range that can be requested by a drill-down view to display the b-segment IP composition that survives it.
Fig. 3 is a schematic diagram of a segment a matrix diagram according to another embodiment of the present invention. Referring to fig. 3, there is shown a-segment matrix diagram comprising 5 rectangles, each corresponding to 5 different a-segments. The dark rectangle is a current alive a-segment IP, the network address is 104. 7.0.0, the IP segment composition condition is marked in the rectangle frame in a digital form, and the '104. 7.0.0: 2' indicates that the a-segment IP comprises 2 alive b-segment IPs and can be viewed in a drill-down mode. The remaining light-colored rectangles represent other 4 surviving a-segment IPs, and the surviving b-segment IPs are represented by the way that the filling color of the rectangles is lighter and the area is smaller, so that the construction conditions of the IP segments are more intuitive and convenient to understand.
204: if a drill-down viewing request aiming at a certain section a is detected on the section a matrix diagram, generating a rectangle for each section b IP in the section a, displaying the network address of the corresponding section b on each rectangle, and forming and displaying a section b matrix diagram by all the rectangles obtained currently;
205: for each segment in the b segment matrix chart, displaying the number or the proportion of the IP living in the segment by a number, or displaying the proportion of the IP living in the segment by the area size and/or the color depth of a rectangle;
FIG. 4 is a schematic diagram of a b-segment matrix diagram according to another embodiment of the present invention. Referring to fig. 4, when a drill-down viewing request is detected on the dark rectangle (104. 7.0.0) shown in fig. 3, a b-segment matrix diagram as shown in fig. 4 is shown. Wherein, 2 b segment IPs that survive under a segment IP 104 7.0.0 are 104 7 4.0 and 104 7 5.0, respectively, corresponding to the two rectangles in the figure. The 104 · 7 · 4.0:1 shown on the left rectangle indicates that the b segment only includes 1 surviving c segment IP. Since the 2 b segment IPs and the surviving c segment IPs in the current b segment matrix diagram are all 1, the two rectangular colors and areas in the diagram are the same, so that the composition of the two b segment IPs is visually demonstrated.
206: if a drill-down viewing request aiming at a certain b segment is detected on the b segment matrix diagram, generating a rectangle for each c segment IP in the b segment, and forming and displaying all the rectangles obtained currently into a c segment matrix diagram;
207: when any rectangle in the c-segment matrix graph has a viewing request, displaying the use condition of the rectangle corresponding to the c-segment IP, wherein the use condition at least comprises an IP address.
FIG. 5 is a schematic diagram of a c-segment matrix diagram according to another embodiment of the present invention. Referring to fig. 5, when a drill-down viewing request is detected on the right rectangle (104. 7. 5.0) shown in fig. 4, a segment c matrix diagram as shown in fig. 5 is shown. Wherein 255 small rectangles represent 255 IP addresses, the light rectangles are all non-living IPs, and the dark rectangles are living IPs. As can be seen from the figure, the IP address 104. 7. 5.190 is a live IP, and specifically shows the usage of the IP, the number of assets is 1, the number of vulnerabilities is 0, the number of ports is 3, and so on.
In this embodiment, in addition to the drill-down viewing, the drill-up viewing may be performed, when the network address of the corresponding b segment is clicked on the c segment matrix diagram, the corresponding b segment matrix diagram is displayed in a skipping manner, and when the network address of the corresponding a segment is clicked on the b segment matrix diagram, the corresponding a segment matrix diagram is displayed in a skipping manner, which is not described herein again. Further, the currently non-alive IPs may be displayed in any layer of the matrix diagram, and may be displayed in an inactive state, such as the lightest color, non-clickable view, and the like.
In the method provided by this embodiment, by obtaining all the live a segment IP, b segment IP, and c segment IP in the network and their respective use conditions, when IP segment display is performed, a corresponding a segment matrix map is generated and displayed for the a segment IP, and a segment composition is marked, if a drill-down viewing request is made on the a segment matrix map, a corresponding b segment matrix map is generated and displayed according to the requested b segment IP, and a segment composition is marked, if a drill-down viewing request is made on the b segment matrix map, a corresponding c segment matrix map is generated and displayed according to the requested c segment IP, and when any one of the c segments has a viewing request, the use condition of the c segment IP is displayed, so that IP segment composition and use condition are displayed in the form of a matrix map, compared with the conventional table form, the visualization form of matrix map layering is more comprehensive, fine and clear, and the c segment layer not only displays the live IP, the number of assets, bugs or ports on the IP can be displayed in detail, and the display content is further enriched.
Fig. 6 is a diagram of a presentation device architecture of network IP segment construction and usage according to another embodiment of the present application. Referring to fig. 6, the apparatus includes:
an obtaining module 601, configured to obtain all live a-segment IP, b-segment IP, and c-segment IP in a network and respective use conditions;
the a-segment display module 602 is configured to generate and display a corresponding a-segment matrix map for the a-segment IP when the IP segment is displayed, and mark the a-segment structure;
a b-segment display module 603, configured to generate and display a corresponding b-segment matrix map according to the requested b-segment IP if there is a drill-down viewing request on the a-segment matrix map, and mark the b-segment structure;
a c-segment display module 604, configured to generate and display a corresponding c-segment matrix map according to the requested c-segment IP if there is a drill-down viewing request on the b-segment matrix map, and display the use condition of the c-segment IP when there is a viewing request in any one of the c-segments.
In this embodiment, optionally, the a-segment display module is specifically configured to:
when IP section display is carried out, a rectangle is generated for each acquired a section IP, a network address corresponding to the a section is displayed on each rectangle, all the rectangles obtained currently form an a section matrix diagram and are displayed, and the number of the IP surviving in each section or the occupation ratio of each section is marked on the a section matrix diagram.
In this embodiment, optionally, the b-segment display module is specifically configured to:
if a drill-down viewing request aiming at a certain a section is detected on the a section matrix diagram, a rectangle is generated for each b section IP in the a section, the network address of the corresponding b section is displayed on each rectangle, all the rectangles obtained currently form the b section matrix diagram and are displayed, and the number of the IP surviving in each section or the percentage of each section is marked on the b section matrix diagram.
In this embodiment, optionally, the c-segment display module is specifically configured to:
if a drill-down viewing request aiming at a certain b segment is detected on the b segment matrix diagram, generating a rectangle for each c segment IP in the b segment, forming all the currently obtained rectangles into a c segment matrix diagram and displaying the c segment matrix diagram, and displaying the using condition of the c segment IP corresponding to the rectangle when any rectangle in the c segment matrix diagram has a viewing request, wherein the using condition at least comprises an IP address.
In this embodiment, optionally, the a-segment display module includes: the a-segment display unit is used for displaying the number or the proportion of the IP surviving in each segment of the a-segment matrix chart by using a number or displaying the proportion of the IP surviving in each segment by using the area size and/or the color depth of a rectangle; or the like, or, alternatively,
the b-segment display module includes: and the b-section display unit is used for displaying the number or the proportion of the IP living in each section in the b-section matrix diagram by using a number or displaying the proportion of the IP living in each section by using the area size and/or the color depth of a rectangle.
The apparatus provided in this embodiment may perform the method provided in any of the above method embodiments, and the detailed process is described in the method embodiments and is not described herein again.
The apparatus provided in this embodiment, by obtaining all the live a segment IPs, b segment IPs, and c segment IPs and their respective use statuses in the network, when performing IP segment display, generating and displaying a corresponding a segment matrix diagram for the a segment IPs, and marking a segment composition, if there is a drill-down viewing request on the a segment matrix diagram, generating and displaying a corresponding b segment matrix diagram according to the requested b segment IPs, and marking a segment composition, if there is a drill-down viewing request on the b segment matrix diagram, generating and displaying a corresponding c segment matrix diagram according to the requested c segment IPs, and when there is a viewing request on any one of the c segments, displaying the use statuses of the c segment IPs, thereby implementing the IP segment composition and use statuses in the form of a matrix diagram, compared with the conventional table form, the visualization form of the matrix diagram layering is more comprehensive, fine and clear, and the c segment layer not only displays the live IPs, the number of assets, bugs or ports on the IP can be displayed in detail, and the display content is further enriched.
It will be understood by those skilled in the art that all or part of the steps for implementing the above embodiments may be implemented by hardware, or may be implemented by a program instructing relevant hardware, where the program may be stored in a computer-readable storage medium, and the above-mentioned storage medium may be a read-only memory, a magnetic disk or an optical disk, etc.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (10)
1. A method for displaying the composition and use condition of a network IP section is characterized by comprising the following steps:
acquiring all the surviving a-section IP, b-section IP and c-section IP and respective use conditions in the network;
when IP section display is carried out, generating and displaying a corresponding a section matrix diagram for the a section IP, and marking the a section;
if the section a of matrix image has a drill-down viewing request, generating and displaying a corresponding section b of matrix image according to the requested section b IP, and marking the section b to form;
and if the b-segment matrix graph has a drill-down viewing request, generating and displaying a corresponding c-segment matrix graph according to the requested c-segment IP, and displaying the use condition of the c-segment IP when any one c-segment has a viewing request.
2. The method of claim 1, wherein generating and displaying a corresponding a-segment matrix map for the a-segment IP and marking a-segment composition comprises:
generating a rectangle for each acquired a-segment IP, displaying the network address corresponding to the a-segment on each rectangle, forming and displaying an a-segment matrix diagram by all the rectangles obtained currently, and marking the number of the IP surviving in each segment or the percentage of each segment on the a-segment matrix diagram.
3. The method of claim 1, wherein if there is a drill-down viewing request on the a-segment matrix map, generating and displaying a corresponding b-segment matrix map according to the requested b-segment IP, and marking b-segment composition, comprises:
if a drill-down viewing request aiming at a certain a section is detected on the a section matrix diagram, generating a rectangle for each b section IP in the a section, displaying the network address corresponding to the b section on each rectangle, forming and displaying a b section matrix diagram by all the rectangles obtained currently, and marking the number of IP surviving in each section or the percentage of each section on the b section matrix diagram.
4. The method of claim 1, wherein if there is a drill-down viewing request on the b-segment matrix map, generating and displaying a corresponding c-segment matrix map according to the requested c-segment IPs, and when there is a viewing request on any one of the c-segments, displaying the usage of the c-segment IPs, comprises:
if a drill-down viewing request aiming at a certain b segment is detected on the b segment matrix diagram, generating a rectangle for each c segment IP in the b segment, forming all the currently obtained rectangles into a c segment matrix diagram and displaying the c segment matrix diagram, and displaying the using condition of the c segment IP corresponding to the rectangle when any rectangle in the c segment matrix diagram has a viewing request, wherein the using condition at least comprises an IP address.
5. The method according to claim 2 or 3, wherein the step of indicating the number of surviving IPs in each segment or the proportion of each segment on the a-segment matrix map or the b-segment matrix map comprises the following steps:
and for each section in the a-section or b-section matrix diagram, displaying the number or the proportion of the IP living in the section by a number, or displaying the proportion of the IP living in the section by the area size and/or the color depth of a rectangle.
6. An apparatus for showing the configuration and usage of IP segments in a network, the apparatus comprising:
the acquisition module is used for acquiring all the surviving a-section IP, b-section IP and c-section IP in the network and respective use conditions;
the a-segment display module is used for generating and displaying a corresponding a-segment matrix diagram for the a-segment IP and marking a-segment structure when the IP segment is displayed;
the b-section display module is used for generating and displaying a corresponding b-section matrix map according to the requested b-section IP if the a-section matrix map has a drill-down viewing request, and marking the b-section matrix map;
and the c-segment display module is used for generating and displaying a corresponding c-segment matrix map according to the requested c-segment IP if the b-segment matrix map has a drill-down viewing request, and displaying the service condition of the c-segment IP when any one c segment has a viewing request.
7. The apparatus of claim 6, wherein the a-segment display module is specifically configured to:
when IP section display is carried out, a rectangle is generated for each acquired a section IP, a network address corresponding to the a section is displayed on each rectangle, all the rectangles obtained currently form an a section matrix diagram and are displayed, and the number of the IP surviving in each section or the proportion of each section is marked on the a section matrix diagram.
8. The apparatus of claim 6, wherein the b-segment display module is specifically configured to:
if a drill-down viewing request aiming at a certain a section is detected on the a section matrix diagram, generating a rectangle for each b section IP in the a section, displaying the network address corresponding to the b section on each rectangle, forming and displaying a b section matrix diagram by all the rectangles obtained currently, and marking the number of IP surviving in each section or the percentage of each section on the b section matrix diagram.
9. The apparatus of claim 6, wherein the c-segment display module is specifically configured to:
if a drill-down viewing request aiming at a certain b segment is detected on the b segment matrix diagram, generating a rectangle for each c segment IP in the b segment, forming all the currently obtained rectangles into a c segment matrix diagram and displaying the c segment matrix diagram, and displaying the using condition of the c segment IP corresponding to the rectangle when any rectangle in the c segment matrix diagram has a viewing request, wherein the using condition at least comprises an IP address.
10. The apparatus according to claim 7 or 8,
the a-segment display module includes: the a-segment display unit is used for displaying the number or the proportion of the IP surviving in each segment of the a-segment matrix chart by using a number or displaying the proportion of the IP surviving in each segment by using the area size and/or the color depth of a rectangle; or the like, or, alternatively,
the b-segment display module includes: and the b-section display unit is used for displaying the number or the ratio of the IP numbers which survive in each section in the b-section matrix diagram by using a number or displaying the ratio of the IP numbers which survive in the section by using the area size and/or the color depth of a rectangle.
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