CN1997071A - Intelligent service scheduling module, intelligent service system and maintenance method - Google Patents
Intelligent service scheduling module, intelligent service system and maintenance method Download PDFInfo
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Abstract
This invention relates to one intelligent business system and its maintenance method for intelligent business transfer module, which comprises the following steps: storing all intelligent business common base module operation file names and interface set data in the designed memory module except intelligent business transfer module; the intelligent business transfer module reads the relative business operation files from designed memory module and interface set data and setting relative intelligent business connection interface according to business operation files interface set data.
Description
Technical field
The present invention relates to the communication technology, a kind of intelligent service scheduling module is provided especially, uses the maintaining method of INTElligent Service System and this system of this intelligent service scheduling module.
Background technology
Along with the development of telecommunication value-added IN service, some main flow IN services such as card number IN service, prepayment intelligent service etc. have obtained using widely on the net.The fast development of these IN services has also brought good economic benefits for operator and equipment vendor not only for broad masses of the people's daily communication brings great convenience with communicating by letter.But the development of IN service has meanwhile also brought some significant problems, and for example IN service development and maintenance difficulty increases, and the overlapping development of characteristic causes the wasting of resources etc.
Common Building Block (Common Building Block is that the common function characteristic is carried out the functional module developed after abstract CBB), can be shared within the specific limits, reach the purpose that reduces development cost.IN service CBB mainly is meant the characteristic common Building Block in the IN service, as Familiarity Number characteristic etc.
Intelligent service scheduling module is equivalent to the backbone of IN service, finishes basic IN service function, and by dispatching the mode of each IN service CBB, each IN service CBB is combined, and realizes the characteristic of combination, finally forms complete IN service.
In the exploitation of existing IN service, divide module according to the IN service function, an IN service is combined by one or more intelligent service scheduling modules and a plurality of IN service CBB, intelligent service scheduling module and IN service CBB develop respectively, communicate by the connecting interface that defines between the two.Intelligent service scheduling module is equivalent to the skeleton of IN service, handles basic Signalling exchange, and by dispatching the mode of each IN service CBB, each IN service CBB is combined, and forms complete IN service.IN service CBB compares independent parts in the IN service characteristic, can extract as independently IN service module existence, and each IN service CBB finishes specific IN service function.
In the prior art, the connecting interface of intelligent service scheduling module and IN service inter-module adopts explicit parament, need to determine in advance interface configuration parameter, for the intelligent service scheduling module of going up network operation, increase new IN service CBB if desired or original IN service CBB is related to the change that interface is revised, just must revise synchronously and upgrade intelligent service scheduling module, cause the maintenance update operation of whole INTElligent Service System very complicated, and this interlock upgrading has brought very big influence for the stability of IN service, has also strengthened the difficulty that new IN service characteristic is introduced.
Summary of the invention
The embodiment of the invention provides a kind of intelligent service scheduling module, uses the maintaining method of INTElligent Service System and this system of this intelligent service scheduling module, is used for solving the IN service development process, the problem of the maintenance update complicated operation of INTElligent Service System.
For addressing the above problem, the invention provides following technical scheme:
A kind of intelligent service scheduling module comprises at least one connecting interface, also comprises:
Reading unit is used to read the service operation file name and the interface configuration data of the IN service common Building Block of association store;
Dispensing unit is used for the interface configuration data according to the association of service operation file name, disposes the connecting interface of corresponding IN service common Building Block.
Further, described intelligent service scheduling module also comprises: recognition unit is used for identifying from the interface configuration data that described reading unit reads the positional information of IN service common Building Block connecting interface.
Further, described intelligent service scheduling module also comprises: first determining unit, when being used for determining that service operation file name that described reading unit reads is Added Business operating file title, trigger the interface configuration data of described dispensing unit, be the new connecting interface of newly-increased IN service common Building Block configuration of correspondence according to this Added Business operating file names associate.
Further, described intelligent service scheduling module also comprises: second determining unit, the version information that comprises IN service common Building Block operating file in the interface configuration data that described reading unit reads, when described second determining unit is used for determining that the version information of interface configuration data changes, trigger described dispensing unit according to this interface configuration data, reconfigure the current connecting interface of corresponding IN service common Building Block.
Further, described intelligent service scheduling module also comprises: the 3rd determining unit and the first crash handling unit, when described the 3rd determining unit is used for determining that service operation file name that described reading unit reads is provided with the deletion sign, triggers the described first crash handling unit connecting interface of the IN service common Building Block of correspondence is changed to the inefficacy interface.
Perhaps, the 4th determining unit and the second crash handling unit, when described the 4th determining unit is used for determining that all service operation file names that described reading unit reads lack the service operation file name of at least one IN service common Building Block of current connection, triggers the described second crash handling unit connecting interface of this at least one IN service common Building Block is changed to the inefficacy interface.
Further, described intelligent service scheduling module also comprises: information receiving unit is used to receive the system path information of described service operation file name and interface configuration data memory location, and this system path information is sent to described reading unit.
The present invention also provides a kind of IN service control system, comprises at least one IN service common Building Block; Also comprise:
Memory module is used for the service operation file name and the interface configuration data of each IN service common Building Block of association store; And
At least one intelligent service scheduling module, from described memory module, read related service operation file name and interface configuration data, and, dispose the connecting interface of corresponding IN service common Building Block according to the interface configuration data of service operation file name association.
The embodiment of the invention provides a kind of maintaining method of INTElligent Service System again, comprises the steps:
The service operation file name and the interface configuration data of association store IN service common Building Block;
Read related service operation file name and interface configuration data, and, dispose the connecting interface of corresponding IN service common Building Block according to the interface configuration data of service operation file name association.
The technical scheme that the embodiment of the invention provides is in the designated store module beyond the intelligent service scheduling module, service operation file name and the interface configuration data of all IN service common Building Block CBB of association store, intelligent service scheduling module reads related service operation file name and interface configuration data from the designated store module, and, dispose the connecting interface of corresponding IN service CBB according to the interface configuration data of service operation file name association.Can dynamically finish increase, revise or deletion IN service CBB, not need to interrupt the existing network operation, reduce the impact that the interruption of maintenance cost and IN service brings network.
Description of drawings
Fig. 1 is the primary structure schematic diagram of the described a kind of IN service control system of the embodiment of the invention;
Fig. 2 is the primary structure schematic diagram of the described intelligent service scheduling module of the embodiment of the invention;
Fig. 3 is the described control module primary structure schematic diagram that memory module is upgraded of present embodiment;
Fig. 4 is a kind of concrete structure schematic diagram of the described intelligent service scheduling module of the embodiment of the invention;
Fig. 5, Fig. 6, Fig. 7 are respectively the application principle schematic diagram of the specific embodiment of the invention.
Embodiment
The embodiment of the invention is for solving in the IN service development process, the problem of the maintenance update complicated operation of INTElligent Service System, provide following technical conceive: when networking, service operation file name and the interface configuration data of all IN service common Building Block CBB of association store in the designated store module beyond the intelligent service scheduling module, intelligent service scheduling module reads related service operation file name and interface configuration data from the designated store module, and, dispose the connecting interface of corresponding IN service CBB according to the interface configuration data of service operation file name association.
In running, service operation file name and the corresponding interface configuration data of all IN service CBB of current connection arranged in local maintenance at intelligent service scheduling module.Simultaneously intelligent service scheduling module can be regularly or scan round designated store module, each time in the scanning process, read wherein each service operation file name and related interface configuration data successively, and by the following method IN service CBB is dynamically updated and safeguards, finish the installation and upgrade of IN service CBB and whole system:
1, when newly-increased IN service CBB, service operation file name and the interface configuration associating information of newly-increased IN service CBB are saved in the designated store module, when then intelligent service scheduling module reads Added Business operating file title, according to the interface configuration data of this Added Business operating file names associate, be the new connecting interface of newly-increased IN service CBB configuration of correspondence;
2, the version information that comprises IN service CBB operating file in the interface configuration data, when upgrading the version of IN service CBB operating file, upgrade this IN service CBB in the designated store module interface configuration data, when the operating file version information of intelligent service scheduling module in the interface configuration data that reads takes place to upgrade, according to the interface configuration data of this service operation file name association, reconfigure the current connecting interface of corresponding IN service CBB;
3, the control method of the existing IN service CBB of deletion can have following two kinds:
The deletion sign is set on the corresponding service operation file name that one is stored in the designated store module, intelligent service scheduling module is according to the deletion sign that is provided with on the service operation file name, the connecting interface of the IN service CBB of correspondence is changed to the inefficacy interface, for example: the suffix name of the service operation zhang part title of the IN service CBB of deletion is revised as agreement suffix name;
Its two in the designated store module the direct interface configuration data of deletion corresponding service operating file title and related preservation, when lacking the service operation file name of at least one IN service CBB of current connection in all service operation file names that intelligent service scheduling module is determined to read, the connecting interface of this at least one IN service CBB is changed to the inefficacy interface.
I/O parameter when mainly comprising intelligent service scheduling module scheduling IN service CBB in the interface configuration data, the positional information that can also comprise connecting interface in the interface configuration data, intelligent service scheduling module is determined the connecting interface of corresponding IN service CBB according to this positional information and is configured that directly the dispatching priority control to each IN service CBB can conveniently be realized in the configuration interface position.
As shown in Figure 1, for realizing above-mentioned technical conceive, the primary structure of the IN service control system that the embodiment of the invention provides comprises:
Memory module 101 is used for service operation file name and the interface configuration data of each IN service CBB of association store;
Intelligent service scheduling module 102 reads related service operation file name and interface configuration data from memory module 101, and according to the interface configuration data of service operation file name association, disposes the connecting interface of corresponding IN service CBB; According to the power system capacity needs, intelligent service scheduling module 102 can walk abreast be set to a plurality of;
A plurality of IN service CBB 103 are connected with intelligent service scheduling module 102 by corresponding connecting interface 1～connecting interface n respectively;
The IN service control system that the embodiment of the invention provides can further include:
Control module 104 is used for the data that updated stored module 101 is stored.
As shown in Figure 2, for realizing dynamically updating, a kind of concrete structure of control module 104 comprises:
First updating block 1041 is used for adding the service operation file name of newly-increased IN service CBB to memory module with related interface configuration data;
Second updating block 1042 is used for when the operating file version of existing IN service CBB changes, and upgrades version information and relevant configuration data in the interface configuration data of this existing IN service CBB;
The 3rd upgrades unit 1043, is used for when IN service CBB is deleted, and the corresponding service operating file is provided with the deletion sign nominally in memory module; Perhaps the 4th updating block is used for when IN service CBB is deleted, corresponding service operating file title and related interface configuration data in the deletion memory module; The 3rd renewal unit and the 4th updating block can be selected one of them, the structure that the 3rd renewal unit is set that Fig. 2 provides, and the structure when the 4th updating block is set is identical, just two concrete function differences that unit are carried out.
Certainly, above-mentioned updating block can divide to be arranged, to merge and is provided with or is provided with in the mode of combination in any.
During the information of intelligent service scheduling module 102 in reading memory module, after can now full detail being read, judge respectively that again each is to the file name of association preservation and the feature of interface configuration data, so that being set, deletion is designated example, as shown in Figure 3, at each the service operation file name of association preservation and the deterministic process of interface configuration data are comprised the steps:
Step S301, read a pair of related service operation file name and interface configuration data of preserving;
Step S302, judge whether be set up deletion sign on the service operation file name, if execution in step S308 then, the connecting interface of the IN service CBB of correspondence is changed to the inefficacy interface; Otherwise continue step S303;
Step S303, judge whether the service operation file name that is newly-increased, if execution in step S307 then according to the interface configuration data of this Added Business operating file names associate, is the new connecting interface of newly-increased IN service CBB configuration of correspondence; Otherwise continue step S304;
Whether the version information that comprises in the interface configuration data of step S304, judgement association changes, if execution in step S306 then, according to the interface configuration data of this service operation file name association, reconfigure the current connecting interface of corresponding IN service CBB; Otherwise execution in step S305 keeps the configuration data of the IN service CBB connecting interface of this service operation file name correspondence.
Deterministic process shown in Figure 3 is a kind of implementation, for those skilled in the art, can expand multiple realization flow, and concrete method to set up is well known to those skilled in the art, and gives unnecessary details no longer one by one here.
According to shown in Figure 3, a kind of concrete structure of intelligent service scheduling module 102 except that each connecting interface, also comprises as shown in Figure 4:
First determining unit 1023, when being used for determining that service operation file name that reading unit reads is Added Business operating file title, trigger the interface configuration data of dispensing unit 1022, be the new connecting interface of newly-increased IN service CBB configuration of correspondence according to this Added Business operating file names associate.
Second determining unit 1024 when the version information that is used for determining interface configuration data changes, triggers dispensing unit 1022 according to this interface configuration data, reconfigures the current connecting interface of corresponding IN service CBB.
The corresponding the 3rd upgrades the function of unit, and intelligent service scheduling module 102 also comprises:
The 3rd determining unit 1025 and the first crash handling unit 1026, when the 3rd determining unit is used for determining that service operation file name that reading unit reads is provided with the deletion sign, triggers the first crash handling unit connecting interface of the deletion IN service CBB of correspondence is changed to the inefficacy interface.
The function of corresponding the 4th updating block, the another kind of concrete structure of intelligent service scheduling module 102 is: replace the 3rd determining unit and the first crash handling unit with the 4th determining unit and the second crash handling unit, when the 4th determining unit is used for determining that all service operation file names that reading unit reads lack the service operation file name of at least one IN service CBB of current connection, triggers the second crash handling unit connecting interface of this at least one IN service CBB is changed to the inefficacy interface.
If comprise interface position information in the interface interface configuration data, then intelligent service scheduling module also comprises: recognition unit 1027, the positional information that comprises IN service CBB connecting interface in the interface configuration data of the IN service CBB that reading unit reads, recognition unit is used for identifying this positional information from interface configuration data, and this positional information is sent to dispensing unit 1022 and crash handling unit 1026.
Be to obtain the system path of memory module present position, intelligent service scheduling module also comprises: information receiving unit 1028 is used to receive the system path information of designated store module, and this system path information is sent to reading unit.
Those skilled in the art can adjust the concrete structure of intelligent service scheduling module 102 according to the judgement flow process of concrete setting, and concrete method of adjustment is well known to those skilled in the art, and gives unnecessary details no longer one by one here.
Safeguard that with concrete INTElligent Service System embodiment illustrates in greater detail technical solution of the present invention below.
Realize the basic function of an IN service in the intelligent service scheduling module, comprised functions such as calling out triggering, the basic authentication of user.Multiple increment IN service function can be provided in IN service, and as abbreviated dialing, Familiarity Number etc., these concrete functions are provided by each IN service CBB respectively.For example shown in Figure 5, connecting interfaces such as 1,2,3 are provided in intelligent service scheduling module, these connecting interfaces are the IN service points that can dynamically increase and decrease, for example IN service such as abbreviated dialing, Familiarity Number CBB can be installed on these connecting interfaces.The number of IN service point can be determined in scheduler module according to the difference of IN service demand.Provide general interface parameter list for these connecting interfaces in the scheduler module, can be implemented in these IN service points based on this parameter list and go up calling IN service CBB.For each connecting interface, intelligent service scheduling module provides the implication of the concrete parameter list correspondence of dynamic parameter and each dynamic parameter, and the number of parameter and the type of each parameter can be determined by interface configuration data.
Further specify technical scheme provided by the invention again with specific embodiment below.
Embodiment one, dynamically increase IN service CBB
For example shown in Figure 6, intelligent service scheduling module and IN service CBBB (abbreviated dialing) have been loaded in the wherein supposition system, intelligent service scheduling module provides 10 connecting interfaces that call IN service CBB altogether, IN service CBB B is called at connecting interface 1, and intelligent service scheduling module and IN service CBB B cooperation have realized the abbreviated dialing function.Need to increase the Familiarity Number function in the system now, need to increase an IN service CBB C (Familiarity Number) accordingly.
The flow process that IN service CBB C dynamically is installed comprises the steps:
1, the Systems Operator is stored in the memory module that is arranged in the appointing system position by corresponding updating block with service operation file name and the interface configuration data of IN service CBB C, the title of service operation file and interface configuration data all need form by appointment to deposit, and comprise the connecting interface position of IN service CBB C in scheduler module and the number and the definition of input, output parameter in the interface configuration data at least;
2, intelligent service scheduling module is according to the system path of appointment, reads stored information and find the title (Familiarity Number) of new IN service operating file C from memory module;
3, intelligent service scheduling module obtains connecting interface position (being assumed to position 3) and input, output parameter configuration according to the interface configuration data of association preservation;
4, intelligent service scheduling module change connecting interface state is set to valid interface, and carries out the input configuration.
So far, intelligent service scheduling module is finished the installation to Familiarity Number IN service CBB C, intelligent service scheduling module upgrades the IN service CBB tabulation of this locality, the INTElligent Service System that IN service CBB C is installed as shown in Figure 7, intelligent service scheduling module can trigger according to business and call IN service CBBC and handle familiarity number.
Still describe with a concrete example, wherein IN service CBB B dispatching priority is higher than IN service CBB C, and the Business Processing process comprises the steps:
1, IN service is triggered to intelligent service scheduling module;
2, intelligent service scheduling module calls abbreviated dialing IN service CBB B according to IN service CBB tabulation, position and the parameter of system log (SYSLOG) at connecting interface 1;
3, after abbreviated dialing IN service CBB B finishes dealing with, result (as the physical number of abbreviated dialing correspondence) is returned to intelligent service scheduling module by interface parameters;
4, intelligent service scheduling module calls IN service Familiarity Number CBB C according to IN service CBB tabulation, position and the parameter of system log (SYSLOG) at connecting interface 3;
5, after IN service CBB C finishes dealing with, result (discount rate that Familiarity Number is called out) is returned to intelligent service scheduling module by interface parameters;
6, intelligent service scheduling module charges and continues according to the discount that obtains, and continues to finish follow-up call treatment, finishes the IN service flow process.
Embodiment two, dynamic update IN service CBB
Consult shown in Figure 6ly, loaded intelligent service scheduling module and IN service CBB B in the supposing the system, intelligent service scheduling module provides 10 connecting interfaces that call IN service CBB altogether, and IN service CBBB is called at connecting interface 1.The version number of IN service CBB B is Version1, and needing the edition upgrading with IN service CBB B in the system now is Version2.
IN service flow process before the upgrading IN service CBB B comprises the steps:
1, the Systems Operator is loaded into the redaction operating file of IN service CBB B (below be called B ') on the IN service CBB B earlier, by corresponding updating block the service operation zhang part title of service operation file B ' (still being Old Name) and interface configuration data are stored in the memory module that is arranged in the appointing system position, replace original legacy version service operation file name and interface configuration data, comprise at least in the interface configuration data that connecting interface position and input, the output parameter of IN service CBB B in scheduler module defines;
2, to read the service operation file name of service operation file B ' from memory module be existing business operating file title to intelligent service scheduling module, checks the version number's difference in the interface configuration data of finding association store;
3, intelligent service scheduling module is changed the input of the former connecting interface 2 of IN service CBB B according to the interface configuration data of association;
So far, intelligent service scheduling module successfully upgrades to IN service CBB B ' with IN service CBB B on former connecting interface, and intelligent service scheduling module upgrades the IN service CBB tabulation of this locality.
So far, finish dynamic update to IN service CBB B.
Embodiment three, dynamically delete IN service CBB
Consult shown in Figure 7, intelligent service scheduling module, IN service CBB B and IN service CBB C have been loaded in the present embodiment supposition system, intelligent service scheduling module provides 10 connecting interfaces that call IN service CBB altogether, IN service CBB B is called at connecting interface 1, and IN service CBB C is called at connecting interface 3.Need IN service CBB C is deleted in the system now.
Dynamically the flow process of deletion IN service CBB C comprises the steps:
1, the Systems Operator is provided with the deletion sign by corresponding updating block on the service operation file name of IN service CBB C, for example revises the suffix name of service operation file name, as is revised as .bak;
2, intelligent service scheduling module reads IN service operating file C title and finds that the suffix of this service operation file name is modified according to the system path of appointment from memory module;
3, intelligent service scheduling module is changed to inefficacy according to the positional information in the interface configuration data with connecting interface 3, removes the input of this connecting interface;
So far, intelligent service scheduling module is finished the deletion on the same stage to IN service CBB C, and the system configuration after the deletion is consulted shown in Figure 6, and intelligent service scheduling module upgrades the IN service CBB tabulation of this locality.The Systems Operator can delete the corresponding information in IN service CBB C and the memory module.
In sum, IN service for the existing network operation, increase if desired, revise or delete IN service CBB, after the exploitation of finishing IN service CBB, can dynamically increase, revise or delete IN service CBB, do not need to revise and interrupt the IN service of existing network operation, reduced the impact that the interruption of maintenance cost and IN service brings network.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (22)
1, a kind of intelligent service scheduling module comprises at least one connecting interface, it is characterized in that, described intelligent service scheduling module also comprises:
Reading unit is used to read the service operation file name and the interface configuration data of the IN service common Building Block of association store;
Dispensing unit is used for the interface configuration data according to the association of service operation file name, disposes the connecting interface of corresponding IN service common Building Block.
2, module as claimed in claim 1 is characterized in that, described intelligent service scheduling module also comprises: recognition unit is used for identifying from the interface configuration data that described reading unit reads the positional information of IN service common Building Block connecting interface.
3, module as claimed in claim 1, it is characterized in that, described intelligent service scheduling module also comprises: first determining unit, when being used for determining that service operation file name that described reading unit reads is Added Business operating file title, trigger the interface configuration data of described dispensing unit, be the new connecting interface of newly-increased IN service common Building Block configuration of correspondence according to this Added Business operating file names associate.
4, module as claimed in claim 1, it is characterized in that, described intelligent service scheduling module also comprises: second determining unit, the version information that comprises IN service common Building Block operating file in the interface configuration data that described reading unit reads, when described second determining unit is used for determining that the version information of interface configuration data changes, trigger described dispensing unit according to this interface configuration data, reconfigure the current connecting interface of corresponding IN service common Building Block.
5, module as claimed in claim 1, it is characterized in that, described intelligent service scheduling module also comprises: the 3rd determining unit and the first crash handling unit, when described the 3rd determining unit is used for determining that service operation file name that described reading unit reads is provided with the deletion sign, triggers the described first crash handling unit connecting interface of the IN service common Building Block of correspondence is changed to the inefficacy interface.
6, module as claimed in claim 1, it is characterized in that, described intelligent service scheduling module also comprises: the 4th determining unit and the second crash handling unit, when described the 4th determining unit is used for determining that all service operation file names that described reading unit reads lack the service operation file name of at least one IN service common Building Block of current connection, triggers the described second crash handling unit connecting interface of this at least one IN service common Building Block is changed to the inefficacy interface.
7, as the arbitrary described module of claim 1-5, it is characterized in that, described intelligent service scheduling module also comprises: information receiving unit, be used to receive the system path information of described service operation file name and interface configuration data memory location, and this system path information is sent to described reading unit.
8, a kind of IN service control system comprises at least one IN service common Building Block; It is characterized in that described IN service control system also comprises:
Memory module is used for the service operation file name and the interface configuration data of each IN service common Building Block of association store;
At least one intelligent service scheduling module, from described memory module, read related service operation file name and interface configuration data, and, dispose the connecting interface of corresponding IN service common Building Block according to the interface configuration data of service operation file name association.
9, system as claimed in claim 8 is characterized in that, described intelligent service scheduling module comprises:
Reading unit is used for reading one by one from outer memory module the service operation file name and the interface configuration data of the shared basic common Building Block of IN service of association store;
Dispensing unit is used for the interface configuration data according to the association of service operation file name, disposes the connecting interface of each IN service common Building Block.
10, system as claimed in claim 9, it is characterized in that, described intelligent service scheduling module also comprises: recognition unit, the interface configuration data that is used for the IN service common Building Block that reads from described reading unit identifies the positional information of IN service common Building Block.
11, system as claimed in claim 9 is characterized in that:
Described system also comprises: first updating block is used for adding the service operation file name of newly-increased IN service common Building Block to described memory module with related interface configuration data;
Described intelligent service scheduling module also comprises: first determining unit, when being used for determining that service operation file name that described reading unit reads is Added Business operating file title, trigger the interface configuration data of described dispensing unit, be the new connecting interface of newly-increased IN service common Building Block configuration of correspondence according to this Added Business operating file names associate.
12, system as claimed in claim 9 is characterized in that:
Described system also comprises: second updating block, be used for when the operating file version of existing IN service common Building Block changes, and upgrade version information and relevant configuration data in the interface configuration data of this existing IN service common Building Block;
Described intelligent service scheduling module also comprises: second determining unit, when the version information that is used for determining interface configuration data changes, trigger described dispensing unit according to this interface configuration data, reconfigure the current connecting interface of corresponding IN service common Building Block.
13, system as claimed in claim 9 is characterized in that:
Described system comprises that also the 3rd upgrades the unit, is used for when the IN service common Building Block is deleted, and the corresponding service operating file is provided with the deletion sign nominally in described memory module;
Described intelligent service scheduling module also comprises: the 3rd determining unit and the first crash handling unit, when described the 3rd determining unit is used for determining that service operation file name that described reading unit reads is provided with the deletion sign, triggers the described first crash handling unit connecting interface of the deletion IN service common Building Block of correspondence is changed to the inefficacy interface.
14, system as claimed in claim 9 is characterized in that:
Described system also comprises: the 4th updating block, be used for when the IN service common Building Block is deleted, and delete corresponding service operating file title and related interface configuration data in the described memory module;
Described intelligent service scheduling module also comprises: the 4th determining unit and the second crash handling unit, when described the 4th determining unit is used for determining that all service operation file names that described reading unit reads lack the service operation file name of at least one IN service common Building Block of current connection, triggers the described second crash handling unit connecting interface of this at least one IN service common Building Block is changed to the inefficacy interface.
15, as the arbitrary described system of claim 9-14, it is characterized in that, described intelligent service scheduling module also comprises: information receiving unit is used to receive the system path information of described designated store module, and this system path information is sent to described reading unit.
16, a kind of maintaining method of INTElligent Service System is characterized in that, comprises the steps:
The service operation file name and the interface configuration data of association store IN service common Building Block;
Read related service operation file name and interface configuration data, and, dispose the connecting interface of corresponding IN service common Building Block according to the interface configuration data of service operation file name association.
17, method as claimed in claim 16, it is characterized in that, described method also comprises: comprise the positional information of connecting interface in the described interface configuration data, intelligent service scheduling module is determined the connecting interface of corresponding IN service common Building Block according to this positional information and is configured.
18, method as claimed in claim 16 is characterized in that, described method also comprises:
When newly-increased IN service common Building Block, the related preservation of service operation file name that will newly-increased IN service common Building Block with interface configuration data;
When reading Added Business operating file title,, be the new connecting interface of newly-increased IN service common Building Block configuration of correspondence according to the interface configuration data of this Added Business operating file names associate.
19, method as claimed in claim 16 is characterized in that, described method also comprises:
When upgrading the version of IN service common Building Block operating file, upgrade version information and relevant configuration data in this IN service common Building Block interface configuration data;
When reading the interface configuration data of operating file version information generation renewal,, reconfigure the current connecting interface of corresponding IN service common Building Block according to the interface configuration data of this service operation file name association.
20, method as claimed in claim 16 is characterized in that, described method also comprises:
When deletion has the IN service common Building Block, the deletion sign is set on corresponding service operation file name;
According to described deletion sign, the connecting interface of the IN service common Building Block of correspondence is changed to the inefficacy interface.
21, method as claimed in claim 20 is characterized in that, the method to set up of described deletion sign is for revising the suffix name of service operation file name.
22, method as claimed in claim 16 is characterized in that, in the described method:
When deletion has the IN service common Building Block, deletion corresponding service operating file title and related interface configuration data;
When lacking the service operation file name of at least one IN service common Building Block of current connection in all service operation file names of determining to read, the connecting interface of this at least one IN service common Building Block is changed to the inefficacy interface.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109977173A (en) * | 2019-04-02 | 2019-07-05 | 山东浪潮云信息技术有限公司 | Distribution, plug-in type data monitoring system and method based on cloud data center |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1097906C (en) * | 1998-02-20 | 2003-01-01 | 华为技术有限公司 | Method for dynamically exchange for busineses on intellectural network |
| US6243457B1 (en) * | 1998-07-31 | 2001-06-05 | Industrial Technology Research Institute | Apparatus and method for deploying and updating services in a telephone network |
| US7376711B2 (en) * | 2000-02-28 | 2008-05-20 | 360 Degree Web, Inc. | Smart card enabled mobile personal computing environment system |
| CN1310170C (en) * | 2003-03-12 | 2007-04-11 | 智邦科技股份有限公司 | System and method for automatically arranged stackable network device |
| CN100362470C (en) * | 2004-12-09 | 2008-01-16 | 华为技术有限公司 | BIOS on-line upgrading method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109977173A (en) * | 2019-04-02 | 2019-07-05 | 山东浪潮云信息技术有限公司 | Distribution, plug-in type data monitoring system and method based on cloud data center |
| CN109977173B (en) * | 2019-04-02 | 2021-07-16 | 浪潮云信息技术股份公司 | Distributed and plug-in data monitoring system and method based on cloud data center |
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| CN1997071B (en) | 2011-04-13 |
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