CN102065398A - NMS (Network Management System) and multi-edition signaling decoding method - Google Patents
NMS (Network Management System) and multi-edition signaling decoding method Download PDFInfo
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Abstract
The invention discloses an NMS (Network Management System) and a multi-edition signaling decoding method, relating to the field of signaling tracing in mobile communication equipment. The method provided by the invention comprises the following steps of: compressing a code stream of a received signaling, the edition information of the signaling and the self-description information for describing the composition structure of the code stream of the signaling into a signaling file by an operation maintenance center to be issued outwards; and decompressing the signaling file when the signaling file issued by the operation maintenance center is viewed by a signaling offline reader, acquiring the code stream, the edition information and the self-description information of the signaling therefrom, decoding and displaying the code stream of the signaling according to the acquired edition information and the self-description information of the signaling. According to the embodiment of the invention, the decoding workload of a manually maintained signaling is lightened and the practicability of multi-edition signaling maintenance is improved.
Description
Technical field
The present invention relates to signaling tracing field in the mobile communication equipment, relate in particular to a kind of network management system and many edition signalings coding/decoding method.
Background technology
In the mobile communication equipment maintenance process, tracking signaling, analyzing signaling is one of important means of observing mobile device internal work flow process.
In maintenance process, the frequent demand side of customer service personnel and research staff is to a plurality of Commercial deployments, or the different maintenance phase of same Commercial deployment.And this situation is reflected to the signaling tracing field, is exactly the maintenance work of many edition signalings.Because in communication apparatus, though signaling process is stable substantially, the content of signaling is along with each version changes and changes, the same signaling of different editions, and the signaling content code stream all is different.Upgrade the stage in agreement especially, even the signaling classification is also inequality.
Solve the maintenance work of many edition signalings at present, three methods generally arranged:
1) the corresponding different editions decoder of different editions signaling, operating personnel must select the decoding software of different editions at the signaling of different editions.The shortcoming of this method is very obvious: safeguard a plurality of version decoders; Need artificial going to select version, make mistakes easily.
2) decoder of integrated a plurality of signalings in the decoding software, operating personnel select corresponding version number earlier before decoding.Select to switch version by decoder according to operating personnel.This scheme is that the part of the first string is improved, and a plurality of decoders are integrated.Make and operate a plurality of decoders of user's Maintenance free; But other maintenance work does not reduce with respect to first scheme.
3) by base station side with the signaling code stream decoding and adopt ASCII fromat to report, make OMC (Operations; Maintenance Center, operation maintenance center) need not to decode and can check.The many edition signalings of the natural support of this scheme.Disadvantage is because the signaling tracing process has this feature of instantaneity, signaling a large amount of reporting of moment, cause decoding and the pressure that reports bigger.Therefore, in general, in order to reduce pressure.Generally all be to report and preserve with binary form, decoding is transferred to OMC and is handled, and mobile communication equipment itself does not participate in decoding.
Therefore, need a kind of handled easily user operation, support the scheme of many edition signaling decodings again, make the operation user need not to select version, do not increase the pressure of mobile communication equipment communication.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of network management system and many edition signalings coding/decoding method and device, to improve the ease for use that many edition signalings are safeguarded.
In order to solve the problems of the technologies described above, the invention discloses a kind of many edition signalings coding/decoding method, this method comprises:
Operation maintenance center with the version information of the code stream of the signaling received, this signaling and the self-described Information Compression of composition structure that is used for describing the code stream of this signaling externally issue at a signaling file;
When signaling off-line reader will be checked the signaling file that described operation maintenance center issues, this signaling file of decompress(ion), therefrom obtain the self-described information of code stream, version information and this signaling of signaling, the code stream of this signaling is decoded and show according to the self-described information of the signaling version information that is obtained and this signaling.
Preferably, in the said method, described operation maintenance center is before receiving the code stream of signaling, set up the form of corresponding self-described information respectively in advance for the signaling of different editions, when the code stream of signaling is received by described operation maintenance center, find the form of corresponding self-described information according to the version information of this signaling, and generate corresponding self-described information for the code stream of this signaling according to the form of the self-described information that is found.
Preferably, the self-described information of described operation maintenance center generation adopts the XML file format.
Wherein, the code stream of the signaling received of described operation maintenance center is the source code flow of signaling.
The invention also discloses a kind of network management system, comprising:
Operation maintenance center, the self-described information package of composition structure that the version information and being used to that is used for code stream, this signaling of the signaling that will be received is described the code stream of this signaling becomes a signaling file externally to issue, wherein, the self-described information of signaling comprises the type and the title of signaling;
Signaling off-line reader, the signaling file that is used for the issue of the described operation maintenance center of decompress(ion), obtain the self-described information of code stream, version information and this signaling of this signaling, the code stream of this signaling is decoded and show according to the self-described information of the signaling version information that is obtained and this signaling.
Preferably, in the said system, described operation maintenance center comprises:
Described configuration module is used to the signaling of different editions to set up the form of corresponding self-described information respectively in advance;
Module is preserved in described signaling compression, when the code stream of signaling is received by described operation maintenance center, from described configuration module, find the form of corresponding self-described information according to the version information of this signaling, and generate corresponding self-described information for the code stream of this signaling according to the form of the self-described information that is found.
Preferably, the self-described information employing XML file format that module generates is preserved in described signaling compression.
Wherein, the code stream of the signaling received of described operation maintenance center is the source code flow of signaling.
In the embodiments of the invention, need not artificially to select the signaling version, the also decoding software of a plurality of versions of Maintenance free, signaling can be decoded and shows according to the self-described information in the signaling file of compression, thereby reduced the workload of manual maintenance signaling decoding, improved the ease for use that many edition signalings are safeguarded.
Description of drawings
Fig. 1 is the structural representation of the network management system of present embodiment 2 propositions;
Fig. 2 is for carrying out the flow chart that signaling is preserved in the present embodiment 2;
Fig. 3 is for carrying out the flow chart that signaling decoding shows in the present embodiment 2.
Embodiment
Below in conjunction with drawings and the specific embodiments the utility model is described in further details.Need to prove that under the situation of not conflicting, embodiment among the application and the feature among the embodiment be combination in any mutually.
Embodiment 1
Present embodiment separates decode operation with the signaling version, even decode operation is independent of the signaling code stream, operating personnel can need not to be concerned about the version of signaling like this, also a plurality of decoders of Maintenance free.Particularly, OMC can set up the form of corresponding self-described information in advance respectively for the signaling of different editions.Like this, OMC compresses preservation during the stage in signaling, the form of corresponding self-described information is searched according to the version information of the code stream of the signaling of being received by elder generation, generate self-described information according to the form of the self-described information that is found for the code stream of this signaling, OMC becomes a file externally to issue the self-described information uniform packing of the code stream of signaling, version information, signaling afterwards.And when a certain signaling file that signaling off-line reader will check that OMC issues, this signaling file of first decompress(ion) obtains code stream, the version information of this signaling correspondence and the signaling self-described information of this signaling.Again according to the self-described information of this code stream correspondence that is obtained to the code stream decoding of this signaling and show and get final product.
Above-mentioned, the code stream of the signaling that OMC received may be a source code flow, and promptly the not responsible signaling decoding of mobile communication equipment is reported to OMC to get final product with binary form, can alleviate the pressure communication and the decoding pressure of mobile communication equipment like this.
Wherein, the self-described information of signaling is used to describe the composition structure of the code stream of this signaling, and signaling off-line reader can be decoded to the code stream of signaling according to self-described information.
The composition structure of self-described information particularly, can be made up of associating and the C-structure table of C.By this self-described information, can be that the form read of C-structure table is browsed with the code stream analyzing of signaling, be decoding.Self-described information can adopt the XML file format.
For example, DTD is defined as follows:
<？xml?version＝″1.0″encoding＝″GB2312″？>
＜!--definition foreground structural information, use for the object parsing module--
<！ELEMENT?DataInfo(CStructDef|CFieldDes)*>
＜!--structural information divides application to deposit, and different application places under the independent CStructDef element
The AppName apply names
The DefaultDir default path
-->
<！ATTLIST CStructDef
AppName CDATA #REQUIRED
DefaultDir CDATA #IMPLIED>
＜!--the C-structure definition, divide enumerated table, association list and C-structure table three part--〉
<！ELEMENT CStructDef (EnumTable，UnionTable，StructTable)>
＜!--the enumeration definition table defines the enumeration type that uses in this tool applications--〉
<！ELEMENT EnumTable (Enumeration)*>
＜!--each enumeration type, this enumerates middle enumerated value and the corresponding informance of enumerating index to need definition--
<！ELEMENT Enumeration (EMap)+>
＜!--enumeration type definition EName enumeration type title--〉
<！ATTLIST Enumeration
EName CDATA #REQUIRED>
＜!--enumerated value and corresponding relation of enumerating index--〉
<！ELEMENT EMap EMPTY>
＜!--enumerated value and the attribute of enumerating the index corresponding relation
Index enumerates index
The Value enumerated value
-->
<！ATTLIST EMap
Index CDATA #REQUIRED
Value CDATA #REQUIRED>
＜!--the union type definition list has defined whole union types that this tool applications is used--〉
<！ELEMENT?UnionTable (Union)*>
＜!--unite definition, use the corresponding relation of the field name of concrete field in the value that needs identification field in the definition associating and the associating--〉
<！ELEMENT Union (UMap)*>
＜!--union type
UName union type title
-->
<！ATTLIST Union
UName CDATA #REQUIRED
PreProcClsName?CDATA #IMPLIED>
＜!--corresponding relation of the associating field name of union type identification field values and use--〉
<！ELEMENT UMap EMPTY>
＜!--the corresponding relation of the associating field name of union type identification field values and use
The value of Key identification field
Attribute field name in the PNameOfUnion associating
-->
<！ATTLIST UMap
Key CDATA #REQUIRED
PNameOfUnion CDATA #REQUIRED>
＜!--the C-structure definition list has defined all special C-structure types that this tool applications is used--〉
<！ELEMENT StructTable (C?Struct)*>
＜!--the C-structure definition needs the enumerated attributes, federation properties and the signaling structure that comprise in the statement structure--〉
<！ELEMENT CStruct
(LargeByteArray？，ASCIIFields？，NJBCDFields？，EnumFields？，UnionFields？，Sign
al?Struct？)>
<！ATTLIST CStruct
CName?CDATA #REQUIRED
PreProcClsName?CDATA #IMPLIED>
＜!--the BCD field information under the C-structure--〉
<！ELEMENT LargeByteArray (ByteArray)+>
＜!--single BCD Field Definition--〉
<！ELEMENT ByteArray EMPTY>
＜!--definition FieldName BCD field name of single BCD field--〉
<！ATTLIST ByteArray
FieldName CDATA #REQUIRED>
＜!--the BCD field information under the C-structure--〉
<！ELEMENT NJBCDFields(NJBCDField)+>
＜!--single BCD Field Definition--〉
<！ELEMENT NJBCDField EMPTY>
＜!--the definition of single BCD field
FieldName BCD field name
-->
<！ATTLIST NJBCDField
FieldName CDATA #REQUIRED>
＜!--the ascii byte arrays information under the C-structure--〉
<！ELEMENT ASCIIFields (ASCIIField)+>
＜!--single BCD Field Definition--〉
<！ELEMENT ASCIIField EMPTY>
＜!--the definition of single BCD field
FieldName BCD field name
-->
<！ATTLIST ASCIIField
FieldName CDATA #REQUIRED>
＜!--the enumerated field information under the C-structure--〉
<！ELEMENT EnumFields (EnumField)+>
＜!--single corresponding relation of enumerating--〉
<！ELEMENT EnumField EMPTY>
＜!--the single corresponding relation of enumerating
FieldName enumerated field name
The enumeration type name of EnumName correspondence
-->
<！ATTLIST EnumField
FieldName CDATA #REQUIRED
EnumName CDATA #REQUIRED>
＜!--the federation properties information under the C-structure--〉
<！ELEMENT UnionFields (UnionField)+>
＜!--corresponding relation of single associating--〉
<！ELEMENT UnionField EMPTY>
＜!--the corresponding relation of single associating
IsExtended whether (expand and then need fill out by application extension
ExtClsName or ExtClsName2 field can only be filled in one of them,
Do not expand and to fill out the UFlag field)
FieldName unites field name
The union type name of UnionName correspondence
The concrete field name that uses which field in the associating of sign in the UFlag C-structure
ExtClsName application extension class name belongs to extended mode 1
ExtClsName2 application extension class name belongs to extended mode 2
-->
<！ATTLIST UnionField
IsExtended (Yes|No)#REQUIRED
FieldName CDATA #REQUIRED
UnionName CDATA #REQUIRED
UFlag CDATA #IMPLIED
ExtClsName CDATA #IMPLIED
ExtClsName2 CDATA #IMPLIED>
＜!--signaling structure definition--〉
<！ELEMENT SignalStruct (SubCStruct)+>
＜!--the signaling structure relevant information
The field name of the array of expression signaling code in Name father's structure
The field name of HeadName header structure
The field value that KeyField is corresponding with this field will determine the structure of signaling
DecodeFlag identifies the successful field name of whether decoding, and decoding successfully just needs to handle
The field name of the effective word joint number of WLen array
-->
<！ATTLIST SignalStruct
Name CDATA #REQUIRED
HeadName CDATA #REQUIRED
KeyField CDATA #REQUIRED
DecodeFlag CDATA #IMPLIED
WLen CDATA #IMPLIED
WFlowCodeLen CDATA #IMPLIED
CodeFlowFlag CDATA #IMPLIED
>
＜!--corresponding relation of identification field values and signaling structure--〉
<！ELEMENT SubCStruct EMPTY>
＜!--the relevant information of single nested C-structure name and event number corresponding relation
The value of Value identification field
The signaling structure class name that SubCName is concrete
-->
<！ATTLIST SubCStruct
Value CDATA #REQUIRED
SubCName CDATA #REQUIRED>
＜!--C-structure field description part, note describing part can not occur ' [', '] ' these characters--
<！ELEMENT CFieldDes (CStructDes*)>
<！ATTLIST CFieldDes
AppName CDATA #REQUIRED
DefaultDir CDATA #IMPLIED
Locale (zh|en)?#REQUIRED>
＜!--Locale is used to refer to plain language speech type--〉
<！ELEMENT CStructDes (Field*)>
<！ATTLIST CStructDes
CName CDATA #REQUIRED
Description CDATA #IMPLIED>
＜!--CName is a class name, and Description is that class name is described, and Field is all field names that need describe under such--〉
<！ELEMENT Field?EMPTY>
<！ATTLIST Field
FieldName CDATA #REQUIRED
Description CDATA #REQUIRED>
＜!--for the field that does not need to describe, just do not write into--〉
＜!--when Field is array type, also be only need write array name, just as a[5], its fieldName=' a '--
Specifically be exemplified below:
<？xml?version＝″1.0″encoding＝″GB2312″？>
<！DOCTYPE?DataInfo?SYSTEM″jopx-config.dtd″>
<DataInfo>
<！--
<CStructDef
DefaultDir＝″com.zte.ums.zxcomc.systools.wsf.bss3g.stp.structDefine″
AppName＝″stp″>
<EnumTable>
</EnumTable>
<UnionTable>
<Union UName＝″sunUnion_code″>
<UMap Key＝″55″PNameOfUnion＝″a″/>
<UMap Key＝″66″PNameOfUnion＝″b″/>
</Union>
</UnionTable>
<StructTable>
<CStruct CName＝″tagT_TraceReport_code″>
<UnionFields>
<UnionField FieldName＝″sUnion″
UnionName＝″sunUnion_code″UFlag＝″unionKey″IsExtended＝″No″/>
</UnionFields>
<SignalStruct Name＝″aucMsgBuffer″HeadName＝″tTraceReportHead″
KeyField＝″wEventNo″DecodeFlag＝″ucDecodeFlag″WLen＝″wLen″>
<SubCStruct Value＝″50389″
SubCName＝″tagT_TraceBody_code″/>
</SignalStruct>
</CStruct>
</StructTable>
</CStructDef>
-->
</DataInfo>
Embodiment 2
Present embodiment provides a kind of network management system, for example the network management system of WiMAX mobile communication system.This system comprises operation maintenance center and signaling off-line reader as shown in Figure 1.
Operation maintenance center, the self-described information package of composition structure that the version information and being used to that is mainly used in code stream, this signaling of the signaling that will be received is described the code stream of this signaling becomes a signaling file externally to issue, wherein, the self-described information of signaling can comprise the type and the title of signaling;
Wherein, operation maintenance center can comprise configuration module and signaling compression preservation module.
Configuration module is used to the signaling of different editions to set up the form of corresponding self-described information respectively in advance;
Module is preserved in the signaling compression, when the code stream of signaling is received by described operation maintenance center, from described configuration module, find the form of corresponding self-described information according to the version information of this signaling, and generate corresponding self-described information for the code stream of this signaling according to the form of the self-described information that is found.
Signaling off-line reader, the signaling file that is used for the issue of the described operation maintenance center of decompress(ion), obtain the self-described information of code stream, version information and this signaling of this signaling, the code stream of this signaling is decoded and show according to the self-described information of the signaling version information that is obtained and this signaling.In some scene, signaling off-line reader also can be built in operation maintenance center.
Introduce the process that said system realizes many edition signaling decodings below.This process is divided into OMC and carries out that signaling is preserved and signaling off-line reader carries out signaling decoding two parts.Wherein, OMC carries out before the signaling preservation, before each signaling tracing version issue, sets up the form of corresponding self-described information respectively for the signaling of each version.
Introduce OMC below in conjunction with Fig. 2 and carry out the process that signaling is preserved, may further comprise the steps:
Step 201: operating personnel start the signaling tracing function of network management system;
Step 202: base station side is reported to the OMC side with the source code flow of signaling;
Step 203:OMC preserves code stream, the version information of this signaling and the self-described Information Compression of this signaling of the signaling received at a signaling file, and issues.
In this step, OMC can preserve the signaling of being received automatically, also can be that OMC preserves according to operating personnel's instruction.
Particularly, after OMC received signaling, the scanning signaling generated the self-described information of this signaling automatically according to the form of the self-described information of this signaling correspondence, the self-described information that generates in the present embodiment is XML (eXtensible Markup Language, extensible markup language) file.Then, OMC is with the version information of this signaling, and the self-described Information Compression of the source code flow of signaling and generation is packaged as single file.
Introduce the process that signaling off-line reader carries out signaling decoding in conjunction with Fig. 3 more below, may further comprise the steps:
Step 301: operating personnel start signaling off-line reader, select the signaling file that will check;
Step 302: this signaling file of signaling off-line reader decompress(ion), therefrom obtain code stream, version information and the self-described information of this signaling;
Step 303: signaling off-line reader is decoded to the code stream of signaling according to the self-described information of being obtained and is shown;
In this step, signaling off-line reader obtains the signaling self-described information of this code stream correspondence according to the header (corresponding relation of the self-described information of this code stream of record and signaling in the header) of the code stream of signaling.And the raw information and the self-described information of code stream loaded in the lump; Self-described information decoding according to code stream also shows then.
From the foregoing description as can be seen, embodiments of the invention will support that the treatment conversion of many edition signalings is signaling self-described information processing, promptly in advance for after the signaling of different editions sets up the form of corresponding self-described information respectively, interface between the code stream of signaling off-line reader and signaling is just fixing, signaling off-line reader is no longer dependent on concrete signaling body itself, be that signaling off-line reader is when checking signaling, need not artificially to select the signaling version, understand the problem that signaling off-line reader carries out many edition signalings maintenances thereby solve.
The above is a preferred embodiments of the present invention only, is not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being made, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. edition signaling coding/decoding method more than a kind is characterized in that, this method comprises:
Operation maintenance center with the version information of the code stream of the signaling received, this signaling and the self-described Information Compression of composition structure that is used for describing the code stream of this signaling externally issue at a signaling file;
When signaling off-line reader will be checked the signaling file that described operation maintenance center issues, this signaling file of decompress(ion), therefrom obtain the self-described information of code stream, version information and this signaling of signaling, the code stream of this signaling is decoded and show according to the self-described information of the signaling version information that is obtained and this signaling.
2. the method for claim 1, it is characterized in that, described operation maintenance center is before receiving the code stream of signaling, set up the form of corresponding self-described information respectively in advance for the signaling of different editions, when the code stream of signaling is received by described operation maintenance center, find the form of corresponding self-described information according to the version information of this signaling, and generate corresponding self-described information for the code stream of this signaling according to the form of the self-described information that is found.
3. method as claimed in claim 2 is characterized in that,
The self-described information that described operation maintenance center generates adopts the XML file format.
4. as claim 1,2 or 3 described methods, it is characterized in that,
The code stream of the signaling that described operation maintenance center receives is the source code flow of signaling.
5. a network management system is characterized in that, this system comprises:
Operation maintenance center, the self-described information package of composition structure that the version information and being used to that is used for code stream, this signaling of the signaling that will be received is described the code stream of this signaling becomes a signaling file externally to issue, wherein, the self-described information of signaling comprises the type and the title of signaling;
Signaling off-line reader, the signaling file that is used for the issue of the described operation maintenance center of decompress(ion), obtain the self-described information of code stream, version information and this signaling of this signaling, the code stream of this signaling is decoded and show according to the self-described information of the signaling version information that is obtained and this signaling.
6. system as claimed in claim 5 is characterized in that, described operation maintenance center comprises:
Described configuration module is used to the signaling of different editions to set up the form of corresponding self-described information respectively in advance;
Module is preserved in described signaling compression, when the code stream of signaling is received by described operation maintenance center, from described configuration module, find the form of corresponding self-described information according to the version information of this signaling, and generate corresponding self-described information for the code stream of this signaling according to the form of the self-described information that is found.
7. system as claimed in claim 6 is characterized in that,
The self-described information employing XML file format that module generates is preserved in described signaling compression.
8. as claim 5,6 or 7 described systems, it is characterized in that,
The code stream of the signaling that described operation maintenance center receives is the source code flow of signaling.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102457901A (en) * | 2011-12-22 | 2012-05-16 | 中兴通讯股份有限公司 | Adapting method and device for robust header compression version |
| CN107404464A (en) * | 2016-05-20 | 2017-11-28 | 大唐移动通信设备有限公司 | A kind of signaling decoding method and system |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1791119A (en) * | 2005-12-12 | 2006-06-21 | 中兴通讯股份有限公司 | Tracking method for mobile communication system signaling message |
| CN1988480A (en) * | 2006-12-07 | 2007-06-27 | 中兴通讯股份有限公司 | Signalling tracing processing method |
-
2010
- 2010-12-14 CN CN201010588262.6A patent/CN102065398B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1791119A (en) * | 2005-12-12 | 2006-06-21 | 中兴通讯股份有限公司 | Tracking method for mobile communication system signaling message |
| CN1988480A (en) * | 2006-12-07 | 2007-06-27 | 中兴通讯股份有限公司 | Signalling tracing processing method |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102457901A (en) * | 2011-12-22 | 2012-05-16 | 中兴通讯股份有限公司 | Adapting method and device for robust header compression version |
| WO2013091375A1 (en) * | 2011-12-22 | 2013-06-27 | 中兴通讯股份有限公司 | Robust header compression version adaptation method and apparatus |
| CN107404464A (en) * | 2016-05-20 | 2017-11-28 | 大唐移动通信设备有限公司 | A kind of signaling decoding method and system |
| CN107404464B (en) * | 2016-05-20 | 2020-05-08 | 大唐移动通信设备有限公司 | Signaling decoding method and system |
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