KR19980055994A - How to output relation list and information of access switching processor in query processing window - Google Patents

Abstract

The present invention relates to an output method capable of outputting a list of relations and related information for each access switching processor and for each relation through a query processing window in the exchange. Accordingly, in the present invention, when the relation list and the related information output for the predetermined access switching processor are requested by the query window processing, the type of the predetermined access switching processor is checked. Check if it is made; Store all type information present in a given access switching processor; Check whether the stored type information is a type existing among the system processor type; If the type exists in the system processor type, the index information of the type existing in the system processor is stored with reference to the first database; Searching for a relation list and related information in units of index information by referring to the second database using the stored index information, and outputting the same through query window processing.

Description

How to output relation list and information of access switching processor in query processing window

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for outputting a relation list and information of an Access Switching Processor (hereinafter referred to as ASP) included in a switch. A method for outputting a list and related information is provided.

In the exchange, the APS is a main processor provided in the ASS (Access Switching Subsystem) mainly for matching with subscribers or relay lines. In the past, the relation list output of the ASP was output for each ASP type.

For this reason, when one ASP is a complex type instead of one type, there is a problem in that a list of relations in the corresponding APS cannot be output.

That is, for example, when the type of ASP00 is ASS_S (Subscriber), if the relation list existing in the ASS_S processor is output, the list of relations in ASP00 may be output. However, if the type of ASP00 is a complex type such as ASS_STG, the relation list for each type of ASS_S, ASS_T (Trunk), and ASS_G (Grobal) must be output and it is difficult to determine the relation list of ASP00 with each list. . This is because they exist in several types of ASPs in a relation.

Accordingly, an object of the present invention is to provide an output method for outputting a list of relations and related information for each ASP through a query processing window in an exchanger.

Another object of the present invention is to provide an output method for outputting a list of relations and related information for each type of relation required for each ASP through a query processing window.

A relation list and information output method on a query processing window according to the present invention for achieving the above objects comprises a first database for managing type information for each access switching processor and a second database for managing relation information for the entire system. A method for outputting a relation list and related information of a predetermined access switching processor requested by an operator by a query window processing in a switch, wherein the relation list and related information output for the predetermined access switching processor are output by the query window processing. A first checking step of checking the type of a predetermined access switching processor, if required; A second checking step of checking whether the type of the predetermined access switching processor is one of the check result of the first checking step; A first type information storing step of storing corresponding type information when the type of a predetermined access switching processor is one as a result of the check in the second checking step; A second type information storing step of sequentially storing type information existing in the predetermined access switching processor when the type of the predetermined access switching processor is one or more as a result of the check in the second checking step; A third checking step of checking whether there is more than one type present in a given access switching processor after performing the first and second type information storing steps; A fourth checking step of checking whether the type exists among the system processor types of the corresponding type by referring to the first database when the type is one as a result of the checking in the third checking step; A first index information storing step of storing index information of a corresponding type existing in the system processor by referring to the first database when the corresponding type exists among the system processor types; A fifth checking step of checking whether the type exists in the system processor type for each type by referring to the first database when the check result of the third checking step is one or more; A second index information storing step of storing index information of corresponding types existing in the system processor by referring to the first database when each type exists in the system processor type in the fifth checking step; After performing the step of storing the first index information or the step of storing the second index information, referring to the second database using the stored index information, searching for a relation list and related information in units of index information and outputting the query list through query window processing. It is characterized by including.

1 is a system block diagram for operating a relation list and information output method of an ASP on a query processing window according to the present invention.

2A, B, and C are flowcharts illustrating a relation list and an information output method of an ASP on a query processing window according to the present invention.

Explanation of symbols on the main parts of the drawings

100: operator terminal

110: MMP (Man Machine Processor)

111: Query input window

112: relation list information search and output processing unit

113: first database

114: second database

115: Query window

The above and other objects and various advantages of the present invention will become apparent from the following description of the preferred embodiment.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail.

1 is a system block diagram for performing a relation list and information output method of an ASP on a query processing window according to the present invention, and an operator may recognize relation list information output request command for the corresponding ASP and output relation list information. It consists of an operator terminal 100 for outputting so that a Man Machine Processor (hereinafter, referred to as MMP) 110 that performs a query processing to output a relation list and information of an ASP according to the present invention.

In particular, the man machine processor 110 may include a query input window 111 for processing a query input, a first database 113 for managing ASP type information, and a second database for managing relation information for the entire system. (114) When the relation list information output request command of a predetermined ASP is applied through the query input window 111, the relation list information is checked by referring to the information of the first database 113 and the second database 114. A relation list check and output processing unit 112 for outputting the requested relation list and information, and a query output window 115 for outputting the relation list and information on the query window and transmitting the result to the operator terminal 100.

2A, B, and C are flowcharts illustrating a relation list and information output method of an ASP on a query processing window according to the present invention.

Next, an operation according to the flowchart shown in FIG. 2 will be described in detail with reference to FIG. 1.

That is, when the relation list and information output request for ASPxx (or predetermined ASP) authorized by the operator through the operator terminal 100 is transmitted through the query input window 111 in step 201, the relation list is checked and output. The processing unit 112 proceeds to step 202 and checks the requested type of ASP by referring to the first database 113.

As a result of the check, if the database search for the corresponding ASP fails, the process proceeds to step 204 through step 203 to output an error message to the operator terminal 100 through the query output window 115 and ends the operation.

However, as a result of the check, if the database search for the ASP is successful, the flow proceeds to step 205 to check whether there is one type of the ASP. As a result of the check, if there is only one type of the ASP, the flow proceeds to step 206 and stores the type information.

As a result of checking in step 205, if there are various types of the corresponding ASPs, the flow proceeds to step 207 to store the first ASP type and proceeds to step 208.

In step 208, it is checked whether the corresponding ASP is two types. If the check result is 2, the process proceeds to step 209 to store the second ASP type. However, as a result of the check in step 208, if there are not two ASP types, the process proceeds to step 210 and sequentially stores all type information existing in the ASP. In this case, since the case of having a maximum of two types is illustrated, in operation 210, second and third ASP type information are stored.

After the type information storing process is performed as described above, the relation list check and output processing unit 112 proceeds to step 211 to check whether the ASP type is one or more.

As a result of the check, if it is not one or more, the process proceeds to step 212 and checks whether the existing ASP type is present among the processor shape types of the system by referring to the first database 113. As a result of the check, if the existing type exists, the process proceeds to step 213 and the relation list check and output processing unit 112 detects and stores an index value of a processor in which the system processor type and the ASP type match. Proceeds. However, if it does not exist, the process proceeds from step 212 to step 214, and outputs an error message indicating that the corresponding processor does not exist to the query output window 115, and then ends the operation.

On the other hand, if the check result of step 211, if there is more than one ASP type, the flow proceeds to step 215 to check whether the first ASP type is a type existing among the system processor type. As a result of the check, in step 216, the system processor type stores the index value of the processor in which the ASP type of each sequence matches.

The flow proceeds to step 217 to check whether a second ASP type exists among system processor types. As a result of the check, the flow proceeds to step 218 to store the index value of the processor in which the system processor type and the ASP type in each order match.

In step 220, it is checked whether a third ASP type exists among system processor types. As a result of the check, if it exists, the process proceeds to step 220 and stores the index value of the processor in which the system processor type and the ASP type in each order match.

As a result of the checks of the above-described step 215, step 217 and step 219, if the processor of the type does not exist in the system configuration, the process proceeds to step 214 described above and the result message that the requested processor does not exist in the system. Output and end the operation.

Meanwhile, when the index value storing process for the third ASP type is completed in step 220, the process proceeds to step 221 to search for the second database 114. If the search is successful, the process proceeds to step 223 through step 222 and the relation list check and output processing unit 112 checks whether a processor at the stored index location exists through the above-described process among the local processors of the searched relation. . Here, a local processor refers to a processor in which a relation actually exists in its local memory, whereas a processor that does not have a relation in its local memory but can retrieve a relation in another processor is called a global processor.

As a result of the check in step 223, if there is a processor at the index location stored in the local processor of the searched relation through the above-described process, the process proceeds to step 224. In step 221, the terminal 100 outputs the terminal 100 to search for the next relation with reference to the second database 114. Since the search routine is performed once per type, when one ASP type exists, the second database 114 detects and outputs the relation name and related information once for the second database 114. ) Is not performed, and the operation is finished through the steps 221 and 222. However, when there are a plurality of ASP types, the second database 114 is searched and output as many times as there exist, and the operation is completed through the steps 221 and 222 as described above.

As described above, the present invention provides an output method for outputting a relation list and related information for each ASP, not for each ASP type, and for outputting a relation list and related information for each relation type in the ASP. This has the effect of retrieving the relation list.

Although the present invention has been described as the above-described embodiment, 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 detailed description of the specification but should be defined by the claims.

Claims (2)

A predetermined access switching processor requested by an operator by query window processing in an exchange having a first database 113 managing type information for each access switching processor and a second database 114 managing relation information for the entire system. In the method that can output the relation list and related information of A first checking step of checking a type of the predetermined access switching processor when outputting a relation list and related information for the predetermined access switching processor by the query window processing; A second checking step of checking whether one type of the predetermined access switching processor is formed as a result of the checking of the first checking step; A first type information storing step of storing corresponding type information when the type of the predetermined access switching processor is determined as one result of the check in the second checking step; A second type information storing step of sequentially storing type information existing in the predetermined access switching processor when the type of the predetermined access switching processor is one or more as a result of the check in the second checking step; A third checking step of checking whether there is at least one type present in the predetermined access switching processor after performing the first and second type information storing steps; A fourth checking step of checking whether the type exists among the system processor types of the corresponding type by referring to the first database 113 when the type is one; A first index information storing step of storing index information of a corresponding type existing in the system processor by referring to the first database 113 when the corresponding type exists among the system processor types; A fifth checking step of checking whether the type exists among the system processor types for each type by referring to the first database 113 when the check result of the third checking step is one or more; A second index information storage step of storing index information of corresponding types existing in the system processor with reference to the first database 113 when each type exists in the system processor type in the fifth checking step; ; After performing the storing of the first index information or the storing of the second index information, the query is searched by searching the relation list and related information in the index information unit by referring to the second database 114 using the stored index information. And a method of outputting a relation list and information of the access switching processor on the query processing window, comprising: outputting through window processing. The method of claim 1, When the relation list and information output method of the access switching processor is checked in the third checking step, if the type of the access switching processor does not exist among the system processor types, the type is the system processor type through the query window. And outputting a result message that does not exist in the relation list of the access switching processor on the query processing window.