CN109684329A - A kind of method for managing resource based on data center apparatus - Google Patents
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Abstract
The invention belongs to resource management techniques fields, more particularly to a kind of method for managing resource based on data center apparatus, according to MySQL dynamic list, dynamic list database table definition design, the design of dynamic list database table field definition and the extension contingency table definition design of dynamic list database are carried out, realizes the dynamic configuration of dynamic list attribute and relationship；Dynamic list visual configuration can be realized by integrating Spring+Freemarker by Java technology, support typing table, literary name section, table type in dynamic list, and dynamic creation table, product reuse is high, meets the needs of users variation.
Description
Technical field
The invention belongs to resource management techniques fields, and in particular to a kind of resource management side based on data center apparatus
Method.
Background technique
Existing resource administrative skill mainly includes MySQL database technology and Java object oriented language technology.MySQL number
Be a Relational DBMS according to library, model object converted for real-world object based on scene demand, by data with
The mode of particular structured is stored in different tables, supports the data warehouse of large database and 50,000,000 records, due to
Open source is free, cross-platform and be in industry widely used using the advantages of stsndard SQL data language form.The technology uses
MySQL is designed table structure, realizes complex relationship storage.The technology is mainly used in the business field of data center's operation management
Scape needs to safeguard the data of data center's various kinds of equipment, and is sorted out by device space physical location, device type, different
Equipment have different attributes, but the dynamic attribute of same type of equipment is common.According to these business characteristics, need
Dynamic attribute storage, the showing problem that equipment is solved by the means of database technology, are now resource object by device definition, build
Vertical E-R figure relation table is as shown in Figure 1.As can be known from Fig. 1: 1. with resource object table for main table T1, the general category of design resource
Property field；2. designing external key of the Resource Architecture ID as Resource Architecture table T2 in T1 table, n is defined as to 1 corresponding relationship, n is
Positive integer greater than 1；3. designing external key of the resource type ID as resource type table T3 in T1 table, n is defined as to 1 corresponding pass
System, n are the positive integer greater than 1；4. establishing resource object expansion table T4, according to business demand, not for each type definition
With attribute field, external key of the resource type ID as resource type table T3 is designed in T4 table, is defined as n to 1 corresponding relationship,
N is the positive integer greater than 1.In summary, the key point of program design is bolded section in figure, presses on the basis of main table
Resource type establishes corresponding expansion table and carries out data maintenance.
Java object oriented language technology is an Object-Oriented Programming Language, has simplicity, object-oriented, distribution
Formula, robustness, safety, platform it is independent with portability, multithreading, dynamic the features such as, can write multipad,
WEB application program, distributed system and embedded system application program etc..This technology uses Spring as basic frame, and
Freemarker is integrated as the Page Template engine implementation dynamic list page.
Disadvantage is using prior art MySQL database designing technique, in the early stage of the project or device type data volume
Lesser situation is applicable in, but as the type of device type increases, it is meant that each device type needs to increase corresponding expansion
Table is opened up, and these Table Properties cannot go to be adapted to changes in demand, there are certain maintenance costs.
Summary of the invention
The purpose of the present invention is to propose to a kind of method for managing resource based on data center apparatus, to solve existing MySQL
Table Properties cannot go to be adapted to changes in demand in database design technique, the higher technical problem of maintenance cost.
The invention is realized by the following technical scheme:
A kind of method for managing resource based on data center apparatus carries out dynamic list data according to MySQL dynamic list
Library table definition design, the design of dynamic list database table field definition and the extension contingency table definition of dynamic list database are set
Meter realizes the dynamic configuration of dynamic list attribute and relationship.
Further, the method specifically includes the following steps:
1) with resource object table for main table T1, the general attribute field of design resource；
2) external key of the Resource Architecture ID as Resource Architecture table T2 is designed in T1 table, is defined as n to 1 corresponding relationship, n is
Positive integer greater than 1；
3) external key of the resource type ID as resource type table T3 is designed in T1 table, is defined as n to 1 corresponding relationship, n is
Positive integer greater than 1.
Further, it is further comprised the steps of: after the step 3)
4) it establishes dynamic data base table and defines T4, storage table structure definition, table structure definition includes that database builds table knot
The table name of structure；
5) it establishes dynamic data base literary name section and defines T5, the definition of storage table texture field, which includes
Database builds the field name of table structure, and designs external key of the table name field as T4 table, is defined as n to 1 corresponding relationship；
6) the dynamic generation resource expansion table T6 based on step 4) and 5)；
7) resource expansion contingency table T7 is designed, design resource type id field is associated with T3 table, and design data table id is associated with T4
Table forms 1 pair 1 of relationship；
8) resource table dynamic attribute maintenance: T1 table → T7 table → T4 table → T6 table is realized.
Further, dynamic generation resource expansion table T6 in the step 6), specifically: step 4) and 5) utilize Java phase
Pass technology Spring+Freemarker frame can realize visualization list configuration, after list typing T4, T5 table data, pass through
Table handling, dynamic generation resource expansion table T6 are built in backstage code execution data library.
Further, the maintenance of resource table dynamic attribute is realized in the step 8), is specifically comprised the following steps:
A) resource type id field is taken out from T1 table, the database table for searching T7 table defines ID；
B) database table is taken out from T7 table and define id field, search the table name of T4 table；
C) the expansion table T6 of practical dynamic generation is directly inquired by above-mentioned table name.
The invention also includes a kind of computer based system, which includes:
Processor；
Nonvolatile memory is configured for being communicated with the processor, and the nonvolatile memory has
The instruction being stored thereon, described instruction make the processor execute following operation in response to being executed by the processor:
MySQL dynamic list carries out dynamic list database table definition design, the design of dynamic list database table field definition and moves
State form database extends contingency table definition design, realizes the dynamic configuration of dynamic list attribute and relationship.
Further, steps are as follows for the processing implement body execution:
1) with resource object table for main table T1, the general attribute field of design resource；
2) external key of the Resource Architecture ID as Resource Architecture table T2 is designed in T1 table, is defined as n to 1 corresponding relationship, n is
Positive integer greater than 1；
3) external key of the resource type ID as resource type table T3 is designed in T1 table, is defined as n to 1 corresponding relationship, n is
Positive integer greater than 1.
Further, it is further comprised the steps of: after executing the step 3)
4) it establishes dynamic data base table and defines T4, storage table structure definition, table structure definition includes that database builds table knot
The table name of structure；
5) it establishes dynamic data base literary name section and defines T5, the definition of storage table texture field, which includes
Database builds the field name of table structure, and designs external key of the table name field as T4 table, is defined as n to 1 corresponding relationship, n
For the positive integer greater than 1；
6) the dynamic generation resource expansion table T6 based on step 4) and 5)；
7) resource expansion contingency table T7 is designed, design resource type id field is associated with T3 table, and design data table id is associated with T4
Table forms 1 pair 1 of relationship；
8) resource table dynamic attribute maintenance: T1 table → T7 table → T4 table → T6 table is realized.
Further, dynamic generation resource expansion table T6 in the step 6), specifically: step 4) and 5) utilize Java phase
Pass technology Spring+Freemarker frame can realize visualization list configuration, after list typing T4, T5 table data, pass through
Table handling, dynamic generation resource expansion table T6 are built in backstage code execution data library.
Further, the maintenance of resource table dynamic attribute is realized in the step 8), is specifically comprised the following steps:
A) resource type id field is taken out from T1 table, the database table for searching T7 table defines ID；
B) database table is taken out from T7 table and define id field, search the table name of T4 table；
C) the expansion table T6 of practical dynamic generation is directly inquired by above-mentioned table name.
Compared with prior art, the method for managing resource provided by the invention based on data center apparatus at least has following
Beneficial effect or advantage:
1. dynamic list visual configuration can be realized by integrating Spring+Freemarker by Java technology, support dynamic
Typing table, literary name section, table type in state list, dynamic creation table, product reuse is high, meets the needs of users variation；
2. supporting a large amount of different types of plant maintenances, topological diagram, the realization of 3D configuration figure are extended to, to performance requirement shadow
It rings little.
Detailed description of the invention
The present invention is described in further details below with reference to attached drawing；
Fig. 1 is the E-R figure of the prior art；
Fig. 2 is the present invention improved E-R figure on the basis of former MySQL database design scheme.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are some of the embodiments of the present invention, instead of all the embodiments.Based on this hair
Embodiment in bright, every other implementation obtained by those of ordinary skill in the art without making creative efforts
Example, shall fall within the protection scope of the present invention.
The present invention provides a kind of method for managing resource based on data center apparatus, according to MySQL dynamic list, in original
The scheme of MySQL database design improves, and increases dynamic table definition and literary name section definition, realizes form attributes and relationship
The E-R figure of dynamic configuration, design is as shown in Figure 2.It was found from above-mentioned Fig. 2:
1. with resource object table for main table T1, the general attribute field of design resource；
2. designing external key of the Resource Architecture ID as Resource Architecture table T2 in T1 table, n is defined as to 1 corresponding relationship, n is
Positive integer greater than 1；
3. designing external key of the resource type ID as resource type table T3 in T1 table, n is defined as to 1 corresponding relationship, n is
Positive integer greater than 1；
4. establishing dynamic data base table defines T4, storage table structure definition, as database builds the table name of table structure；
5. establishing dynamic data base literary name section defines T5, storage table texture field definition, as database builds the word of table structure
Name section, and external key of the table name field as T4 table is designed, n is defined as to 1 corresponding relationship, and n is the positive integer greater than 1；
6. step 4 and 5 can realize that visualization list is matched using frames such as Java the relevant technologies Spring+Freemarker
It sets, after list typing T4, T5 table data, table handling, dynamic generation resource expansion table is built by backstage code execution data library
T6；
7. designing resource expansion contingency table T7, design resource type id field is associated with T3 table, and design data table id is associated with T4
Table forms 1 pair 1 of relationship；
8. the method for realizing the maintenance of resource table dynamic attribute: T1 table → T7 table → T4 table → T6 table
A) resource type id field is taken out from T1 table, the database table for searching T7 table defines ID；
B) database table is taken out from T7 table and define id field, search the table name of T4 table；
C) the expansion table T6 of practical dynamic generation is directly inquired by table name.
In summary, the key point of this programme design is the design of dynamic data base table and Database field, passes through generation
Code generates actual extended attribute table, is associated with and is realized by resource type.
The present invention also provides a kind of computer based system, the system comprises:
Processor；
Nonvolatile memory is configured for being communicated with the processor, and the nonvolatile memory has
The instruction being stored thereon, described instruction make the processor execute following operation: root in response to being executed by the processor
According to MySQL dynamic list, carry out dynamic list database table definition design, the design of dynamic list database table field definition and
Dynamic list database extends contingency table definition design, realizes the dynamic configuration of dynamic list attribute and relationship.
1. with resource object table for main table T1, the general attribute field of design resource；
2. designing external key of the Resource Architecture ID as Resource Architecture table T2 in T1 table, n is defined as to 1 corresponding relationship, n is
Positive integer greater than 1；
3. designing external key of the resource type ID as resource type table T3 in T1 table, n is defined as to 1 corresponding relationship, n is
Positive integer greater than 1；
4. establishing dynamic data base table defines T4, storage table structure definition, as database builds the table name of table structure；
5. establishing dynamic data base literary name section defines T5, storage table texture field definition, as database builds the word of table structure
Name section, and external key of the table name field as T4 table is designed, n is defined as to 1 corresponding relationship；
6. step 4 and 5 can realize that visualization list is matched using frames such as Java the relevant technologies Spring+Freemarker
It sets, after list typing T4, T5 table data, table handling, dynamic generation resource expansion table is built by backstage code execution data library
T6；Spring indicates an Open Framework, and integrated frame can be provided for JavaEE application development.Freemarker is one
A module engine write with Java language, it generates text output based on module.
7. designing resource expansion contingency table T7, design resource type id field is associated with T3 table, and design data table id is associated with T4
Table forms 1 pair 1 of relationship；
8. the method for realizing the maintenance of resource table dynamic attribute: T1 table → T7 table → T4 table → T6 table
A) resource type id field is taken out from T1 table, the database table for searching T7 table defines ID；
B) database table is taken out from T7 table and define id field, search the table name of T4 table；
C) the expansion table T6 of practical dynamic generation is directly inquired by table name.
The MySQL dynamic list designing technique phase mentioned using prior art MySQL database designing technique with this motion
Than in the early stage of the project or the lesser situation of device type data volume is applicable in, but as the type of device type increases, it is meant that
Each device type needs to increase corresponding expansion table, and these Table Properties cannot go to be adapted to changes in demand, exist
Certain maintenance cost.
This motion proposes MySQL dynamic list designing technique, improves, increases in the scheme of former MySQL database design
Add dynamic table definition and literary name section definition, realizes the dynamic configuration of form attributes and relationship.
Particular embodiments described above has carried out further in detail the purpose of the present invention, technical scheme and beneficial effects
Describe in detail it is bright, it should be understood that the above is only a specific embodiment of the present invention, the guarantor being not intended to limit the present invention
Protect range.Without departing from the spirit and scope of the invention, any modification, equivalent substitution, improvement and etc. done also belong to this
Within the protection scope of invention.
Claims (10)
1. a kind of method for managing resource based on data center apparatus, which is characterized in that according to MySQL dynamic list, moved
State form database table definition design, the design of dynamic list database table field definition and the extension association of dynamic list database
Table definition design, realizes the dynamic configuration of dynamic list attribute and relationship.
2. the method for managing resource according to claim 1 based on data center apparatus, which is characterized in that the method tool
Body the following steps are included:
1) with resource object table for main table T1, the general attribute field of design resource；
2) design external key of the Resource Architecture ID as Resource Architecture table T2 in T1 table, be defined as n to 1 corresponding relationship, n for greater than
1 positive integer；
3) design external key of the resource type ID as resource type table T3 in T1 table, be defined as n to 1 corresponding relationship, n for greater than
1 positive integer.
3. the method for managing resource according to claim 2 based on data center apparatus, which is characterized in that in the step
3) it is further comprised the steps of: after
4) it establishes dynamic data base table and defines T4, storage table structure definition, which, which defines, builds table structure including database
Table name；
5) it establishes dynamic data base literary name section and defines T5, the definition of storage table texture field, which includes data
The field name of table structure is built in library, and designs external key of the table name field as T4 table, is defined as n to 1 corresponding relationship, n is big
In 1 positive integer；
6) the dynamic generation resource expansion table T6 based on step 4) and 5)；
7) resource expansion contingency table T7 is designed, design resource type id field is associated with T3 table, and design data table id is associated with T4 table, shape
At 1 pair 1 of relationship；
8) resource table dynamic attribute maintenance: T1 table → T7 table → T4 table → T6 table is realized.
4. the method for managing resource according to claim 3 based on data center apparatus, which is characterized in that the step 6)
Middle dynamic generation resource expansion table T6, specifically: step 4) and 5) utilize Java the relevant technologies Spring+Freemarker frame
Visualization list configuration can be achieved, after list typing T4, T5 table data, table handling is built by backstage code execution data library,
Dynamic generation resource expansion table T6.
5. the method for managing resource according to claim 3 based on data center apparatus, which is characterized in that the step 8)
Middle realization resource table dynamic attribute maintenance, specifically comprises the following steps:
A) resource type id field is taken out from T1 table, the database table for searching T7 table defines ID；
B) database table is taken out from T7 table and define id field, search the table name of T4 table；
C) the expansion table T6 of practical dynamic generation is directly inquired by above-mentioned table name.
6. a kind of computer based system, which is characterized in that the system comprises:
Processor；
Nonvolatile memory is configured for being communicated with the processor, and the nonvolatile memory has storage
Instruction thereon, described instruction make the processor execute following operation in response to being executed by the processor: according to
MySQL dynamic list carries out dynamic list database table definition design, the design of dynamic list database table field definition and moves
State form database extends contingency table definition design, realizes the dynamic configuration of dynamic list attribute and relationship.
7. computer based system according to claim 6, which is characterized in that the processing implement body executes step such as
Under:
1) with resource object table for main table T1, the general attribute field of design resource；
2) design external key of the Resource Architecture ID as Resource Architecture table T2 in T1 table, be defined as n to 1 corresponding relationship, n for greater than
1 positive integer；
3) design external key of the resource type ID as resource type table T3 in T1 table, be defined as n to 1 corresponding relationship, n for greater than
1 positive integer.
8. computer based system according to claim 7, which is characterized in that also wrapped after executing the step 3)
Include step:
4) it establishes dynamic data base table and defines T4, storage table structure definition, which, which defines, builds table structure including database
Table name；
5) it establishes dynamic data base literary name section and defines T5, the definition of storage table texture field, which includes data
The field name of table structure is built in library, and designs external key of the table name field as T4 table, is defined as n to 1 corresponding relationship；
6) the dynamic generation resource expansion table T6 based on step 4) and 5)；
7) resource expansion contingency table T7 is designed, design resource type id field is associated with T3 table, and design data table id is associated with T4 table, shape
At 1 pair 1 of relationship；
8) resource table dynamic attribute maintenance: T1 table → T7 table → T4 table → T6 table is realized.
9. computer based system according to claim 8, which is characterized in that dynamic generation resource in the step 6)
Expansion table T6, specifically: step 4) and visualization table 5) can be realized using Java the relevant technologies Spring+Freemarker frame
Single configuration builds table handling by backstage code execution data library, dynamic generation resource expands after list typing T4, T5 table data
Open up table T6.
10. computer based system according to claim 8, which is characterized in that realize resource table in the step 8)
Dynamic attribute maintenance, specifically comprises the following steps:
A) resource type id field is taken out from T1 table, the database table for searching T7 table defines ID；
B) database table is taken out from T7 table and define id field, search the table name of T4 table；
C) the expansion table T6 of practical dynamic generation is directly inquired by above-mentioned table name.
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