KR100418878B1 - Method for Creating and Searching configuration Information - Google Patents

Abstract

The present invention relates to a mobile communication system. In particular, the physical shape information of a system in a state graphical user interface (GUI) and a failure processing block that requires physical shape information is determined by a rack ID, a shelf ID, and a shelf ID. The present invention relates to a shape information generation and retrieval method of a mobile communication system configured to be easily extracted with only a slot ID. The present invention relates to rack data, shelf names, and slots, including system IDs and names, rack IDs and names, shelf IDs and names, and other information required to draw pictures in a graphical user interface. Mobile communication using shelf data including ID, processor redundancy information, information about devices including FA / sector information, number of nodes, etc., and information such as width / height required for drawing in a graphical user interface. Generating respective data files for the rack and the shelf which are the shape information of the system, and reading the rack information or the shelf information from the generated rack data file to the corresponding system of each rack and the corresponding rack of each shelf, respectively. Linking and reading slot shape information constituting the shelf from the generated shelf data file. Linking to a shelf, searching and linking a shelf of the rack data file corresponding to the shelf, and drawing a picture using the shape information linked to the system, the rack, the shelf, and the slot, The step is to eliminate the obstacle. Therefore, the present invention can manage the data integrally by extracting the data into a tree structure instead of an arrangement state, and it is possible to immediately use the data without compiling by correcting only the wrong block information.

Description

Method for Creating and Searching Configuration Information in Mobile Communication System

The present invention relates to a mobile communication system. In particular, the physical shape information of a system in a state graphical user interface (GUI) and a failure processing block that requires physical shape information is determined by a rack ID, a shelf ID, and a shelf ID. The present invention relates to a shape information generation and retrieval method of a mobile communication system configured to be easily extracted with only a slot ID.

As is known, in order to obtain shape information in a mobile communication system, shape information for each type of control station and base station has to be maintained in an array form. In other words, for each rack name, shelf name, or slot name, the name must be stored in an array. In this case, information about slots, in particular, how many boards are mounted is required. In addition, there is a problem that it is difficult to know the characteristics of the board, information such as the FA of the board, the relationship with the sector, the number of nodes, and whether the board is redundant.

Therefore, the conventional shape information is very important information for inter-block interworking of the base station manager (BSM), and it is difficult to integrate efficiently, and it is easy to make an error in generating and maintaining the information.

Also, since the shape information is in the form of global variables in the program execution file, it must be recompiled in case of a program error.

In addition, the work was complicated when adding a new base station type, and there are many modifications of the program.

In addition, the sharing between related blocks is generally shared by Rack ID, Shelf ID, Slot ID, etc.Because the shape information is maintained separately, the related blocks maintain different shape information. Can happen.

Accordingly, an object of the present invention is to conceive in view of the problems of the prior art mentioned above, the rack, Shelf, slot information, etc. in a tree structure by linking the same between each block A shape information generation and retrieval method of a mobile communication system for maintaining shape information is provided.

According to the method feature of the present invention for achieving the above object, the rack data including the system ID and name, rack ID and name, shelf ID and name, information necessary for drawing in the graphical user interface And information about the device, including shelf names, slot IDs, processor redundancy information, FA / sector information, number of nodes, etc., and width / height needed to draw in a graphical user interface. Generating respective data files for the rack and the shelf, which are the shape information of the mobile communication system, by using the shelf data including the information; and reading the rack information or the shelf information from the generated rack data file. Linking each of the corresponding systems of the shelf and the respective racks of the respective shelf with the generated shelf data file; Reading slot shape information constituting the shelf and linking the slot to the shelf, searching and linking the shelf of the rack data file matching the shelf, to the system, the rack, the shelf, and the slot. It may include the step of drawing or eliminating obstacles using the linked shape information.

Preferably, the linked system, the rack, the shelf and the slot shape information are linked in a tree structure.

In addition to the shelf name and the slot ID, the shelf data file may further include processor duplication information, device information, and width / height required for drawing in a graphical user interface, as necessary. It is done.

In addition, the rack data file and the shelf data file may further include shape information added as needed.

1 is a diagram showing a tree configuration of shape information according to the present invention;

Hereinafter, a configuration and an operation according to an exemplary embodiment of the present invention will be described with reference to the accompanying drawings.

In the present invention, the "Rack.dat" file and the "Shelf.dat" file are independently configured to generate the shape information of the mobile communication system.

Here, the reason for configuring each data file independently is that since the Shelf information often has the same configuration for each system type (especially, the base station), the "Shelf.dat" file is separated separately, and the specific Shelf It can be configured to maintain links in multiple racks.

The "Rack.data" file is configured to include system ID and name, rack ID and name, shelf ID and name, and other information required for drawing in a graphical user interface. The shape information provided may add information as necessary.

Therefore, in the "Rack.data" file, the separator of the new system type is used as "", and the "#" is used as the separator for the new rack.

In addition, the rack information is configured to have a format such as "001 STANDARD". "001 STANDARD" indicates a system ID and a name.

Therefore, according to these operators and formats, the "Rack.dat" file constitutes the data file shown in Table 1.

In the following Table 1, "0 BSCR # Use in 1,2,3,4 FA" indicates a rack ID, a rack name, and comments below #.

The rack having an ID of "0" includes area information ((x, y) and (x ', y')) for one or more shelves (Shelf), an ID, and a name. Contains shelf information.

In the following Table 1, "0 0 8 4 6 BHIU" indicates x, y, x ', y' coordinates, shelf ID, and shelf name of an area.

0 BSCR # Use in 1,2,3,4 FA x y x ' y ' Shelf ID Shelf Name 0 0 8 4 6 BHIU 0 4 8 8 5 CCB-2 0 8 8 12 904 FAN-0 0 12 8 16 3 CCB-1 0 16 8 20 100 Air baffle 0 20 8 24 2 TCP 0 24 8 28 One UDC 0 28 8 32 900 FAN-1

As in Table 1, the "Rack.dat" file contains the ID and name for the rack with an ID of "1", and the location coordinates (x) of that region for one or more shelves associated with it. , y, x ', y') and data including ID and name are composed as shown in Table 2 below.

In the following Table 2, "1 BSRR # Use in 1, 2, 3, 4 FA" represents a rack ID, a rack name, and comments below #.

In addition, in Table 2 below, "0 0 8 4 7 RXF" represents x, y, x ', y' coordinates, shelf ID, and shelf name of the corresponding area for the shelf.

One BSRR 1 BSRR # Use in 1, 2, 3,4 FA x y x ' y ' Shelf ID Shelf Name 0 0 8 4 7 RXF 0 4 8 8 106 TXF

As shown in Table 1 and Table 2, the "Rack.dat" file generates information of a corresponding shelf for each rack in a tree structure.

The structure and meaning of the "Shelf.dat" file which is constituted separately from the "Rack.dat" file described above are as follows.

The "Shelf.dat" file draws shelf names, IDs for slots, processor redundancy information, device information including FA / sector information, number of nodes, and the like in the graphical user interface. Include information such as required width / height. The shape information provided may add information as necessary.

In Table 3 below, each parameter includes a slot width, a slot width, a slot number, logical information and other information, and a board name in order.

In particular, in Table 3, the case of the "Shelf.dat" file including FA information for the logical information and other information is taken as an example. In the "Shelf.dat" file, "" is used as a delimiter to indicate the start of a new shelf (Shelf).

In the following Table 3, "TCP # STNADARD" is information linked with the rack information of Table 1 as a shelf name.

Slot width Slot width Slot count FA Information Board Name One 2 One 2 PSU_A One 2 One 2 TFPA_A One 2 One 2 TFPA_B One 2 One 2 TRMA_A One 2 One 2 TRMA_B

As described above, the present invention generates and stores the shape information as shown in Tables 1 to 3, and based on the shape information, to draw a picture using a graphical user interface or to retrieve the physical shape information of the failure handling system. If it does, the search is performed by the following procedure.

That is, in the present invention, system information and rack information are obtained from the "Rack.dat" file and the data files such as "Shelf.dat" described above by the procedure of FIG. 1 in order to obtain the shape information of the control station or the base station. And shape information such as shelf information are read in a tree structure.

1 is a view showing a configuration of the shape tree according to the present invention.

Referring to FIG. 1, during initial startup of the processor, files "Rack.dat" and "Shelf.dat" having the configuration described above are generated.

The system information is read from the generated "Rack.dat" file.

In the example of FIG. 1, the system information includes IDs such as 200, 100, 101, and 10 in order for system names such as BMC, integrated, discrete, and CBTS.

Thereafter, rack information is read from the generated "Rack.dat" file and linked to the corresponding system.

The shelf information is read from the "Rack.dat" file and linked to the corresponding rack.

A system link process for reading rack information by reading system information, rack information, and shelf information from the "Rack.dat" file, and rack for the shelf information. ) The link process is repeated for all file sections.

Slot shape information constituting the shelf (Shelf) is obtained from the "Shelf.dat" file and linked to the shelf information.

The linked shelf information (Shelf) and the shelf (Shelf) matching the shelf name read from "Rack.dat" are found and connected. This linking process is repeated during the "Shelf.dat" file section.

After this process, the retrieved shape information constitutes one big tree, and based on this tree, the above shape information is used in the graphic user interface and the error processing block.

As described above, the present invention provides the following effects by extracting data having only a rack ID, a shelf ID, and a slot ID from the shape information of the system in the graphic user interface and the failure processing block. There is.

First, there is an effect that can be integrated data management by extracting the data in a tree structure rather than an array state.

Second, the tree structure can be used directly without compiling by modifying only the information of the wrong block.

Third, it is easy to add similar data.

Those skilled in the art will appreciate that various changes and modifications can be made without departing from the spirit of the present invention.

Therefore, the technical scope of the present invention should not be limited to the contents described in the examples, but should be defined by the claims.

Claims (4)

Rack data, including system ID and name, rack ID and name, shelf ID and name, and other information required to draw in the graphical user interface, Information such as shelf name, slot ID, processor redundancy information, device information including FA / sector information and number of nodes, and width / height required for drawing in the graphical user interface. Using the shelf data it contains, Generating respective data files for the rack and the shelf which are the shape information of the mobile communication system; Reading rack information or shelf information from the created rack data file and linking the rack information or shelf information to the corresponding system of each rack and the corresponding rack of each shelf, respectively; Reading slot shape information constituting the shelf from the generated shelf data file and linking the slot to the shelf, retrieving and linking the shelf of the rack data file matching the shelf; And using the shape information linked to the system, the rack, the shelf, and the slot, to draw a picture or to remove a obstacle. The method of claim 1, wherein the linked system, the rack, the shelf, and the slot shape information are linked in a tree structure. delete 2. The rack data file of claim 1, wherein the rack data file further comprises information necessary for drawing in a graphical user interface, wherein the shelf data file includes processor redundancy information, information about a device, and a width required for drawing in a graphical user interface. Shape information generation and retrieval method of the mobile communication system, characterized in that it further comprises information / height.