CN108038203B - Storage device of data dictionary - Google Patents
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Abstract
The invention discloses a storage device of a data dictionary, comprising: the device comprises a code configuration module, a common storage module, an internationalized storage module and a group of extended storage modules; the common storage module is used for storing common data of all data dictionary data, and the common data at least comprises data coding information and data identification information; the encoding configuration module is used for storing data encoding rule information of the common data and configuring position information of the expansion storage module of the data dictionary data storage with the characteristic data; the internationalized storage module is used for storing internationalized information corresponding to the data dictionary data and generating an internationalized resource file according to the internationalized information, wherein the internationalized information at least comprises full-name information, short-name information, alias information, description information and language information; and the expansion storage module is used for storing the characteristic data of the data dictionary data corresponding to the data coding rule information.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a storage device of a data dictionary.
Background
With the rapid development of internet technology and information technology, the application forms of new-generation information technologies such as mobile internet, internet of things, social networks, digital homes, electronic commerce and the like start to enter the daily life of people, so that massive data are generated. To facilitate the processing and storage of the data, the data needs to be described.
A data dictionary refers to the definition and description of data items, data structures, data streams, data stores, processing logic, external entities, etc. of data, and is a collection of definitions of all data elements used in a system.
At present, there is an urgent need for a canonical solution for data dictionary storage.
Disclosure of Invention
The invention provides a storage device of a data dictionary, which aims to solve the problems in the prior art.
An embodiment of the present invention provides a storage device for a data dictionary, including: the device comprises a code configuration module, a common storage module, an internationalized storage module and a group of extended storage modules;
the common storage module is used for storing common data of all data dictionary data, and the common data at least comprises data coding information and data identification information;
the encoding configuration module is used for storing data encoding rule information of the common data and configuring position information of the extension storage module stored in data dictionary data with characteristic data;
the internationalized storage module is used for storing internationalized information corresponding to the data dictionary data and generating an internationalized resource file according to the internationalized information, wherein the internationalized information at least comprises full name information, short name information, alias information, description information and language information;
and the extension storage module is used for storing the characteristic data of the data dictionary data corresponding to the data coding rule information.
Further, one item of data dictionary data in the common storage module corresponds to at least one item of mapping data in the internationalized storage module.
Further, the encoding configuration module is specifically configured to:
classifying the common data in the common storage module by using the data coding rule information to obtain a plurality of class data dictionary data;
and storing the characteristic data corresponding to each type of data dictionary data in an extended storage module.
Further, the data encoding rule information specifically includes:
the device comprises a coding prefix, a coding index, a coding sequence, a purpose and a corresponding extended storage module.
Further, the common data specifically includes:
linear data and non-linear data.
Further, the common storage module is further configured to:
judging whether the coded information of the data to be recovered exists or not, and if so, recovering the coded information of the data to be recovered;
and assigning the coding information of the data to be recycled.
Further, the internationalized storage module is specifically configured to:
and carrying out iterative processing on the internationalized information to generate the internationalized resource file.
The storage device of the data dictionary provided by the embodiment of the invention comprises a common storage module, a common storage module and a common processing module, wherein the common storage module is used for storing common data of all data dictionary data, and the common data at least comprises data coding information and data identification information; the encoding configuration module is used for storing data encoding rule information of the common data and configuring position information of the expansion storage module of the data dictionary data storage with the characteristic data; the internationalized storage module is used for storing internationalized information corresponding to the data dictionary data and generating an internationalized resource file according to the internationalized information, wherein the internationalized information at least comprises full-name information, short-name information, alias information, description information and language information; and the expansion storage module is used for storing the characteristic data of the data dictionary data corresponding to the data coding rule information. The storage device of the data dictionary provided by the invention fully utilizes the physical space to store heterogeneous data dictionary data, ensures the global property, integrity and structuralization of the data dictionary and greatly reduces the redundancy of data storage of the data dictionary.
Drawings
FIG. 1 is a diagram illustrating a storage device of a data dictionary according to an embodiment of the present invention;
FIG. 2 is a schematic diagram of data encoding rule information according to an embodiment of the present invention;
fig. 3 is a schematic diagram illustrating a data correspondence relationship between the common storage module 2 and the internationalized storage module 3 according to an embodiment of the present invention;
FIG. 4 is a diagram illustrating an internationalized resource file generated by an embodiment of the invention;
fig. 5 is a schematic diagram of a correspondence relationship between the coding configuration module 1, the common storage module 2, and the extended storage module 4 according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the present invention will be described in further detail with reference to the accompanying drawings, and it is apparent that the described embodiments are only a part of the embodiments of the present invention, not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The storage device of the data dictionary provided by the invention supports the storage of data dictionary data in different categories and different fields, and various data are allowed to have own characteristics and simultaneously support the data storage of linear and nonlinear structures. In addition, the storage of the characteristic data can be solved by configuring a flexible definition extended data dictionary. Moreover, support for internationalized interpretation of data dictionary data is provided.
The following describes a storage device of a data dictionary in detail, with reference to the schematic diagram of the storage device of a data dictionary shown in fig. 1.
As shown in fig. 1, the storage device of the data dictionary provided by the present invention mainly includes: the device comprises a code configuration module 1, a common storage module 2, an internationalized storage module 3 and a group of extended storage modules 4.
And the encoding configuration module 1 is used for storing data encoding rule information of the common data and configuring position information of an extension storage module of the data dictionary data storage with the characteristic data.
The encoding configuration module 1 classifies the common data in the common storage module 2 by using the data encoding rule information to obtain a plurality of class data dictionary data; and storing the characteristic data corresponding to each type of data dictionary data in the extended storage module 4.
Wherein the common data specifically comprises: linear data and non-linear data. The data encoding rule information specifically includes: the device comprises a coding prefix, a coding index, a coding sequence, a purpose and a corresponding extended storage module. The code configuration module 1 uses the codes generated by the data coding rule information to divide the data sets in the common storage module 2 into categories, domains and structures (linear and nonlinear). For example, each piece of data encoding rule information represents a type of data dictionary data having characteristic data, and the characteristic data thereof is stored in an extended storage module 4.
For example, the specific content of the data encoding rule information is as follows:
encoding a prefix: m; coding indexes: 1; a coding sequence: 3; the application is as follows: an entity; an extended storage module: entity.
If and only if the data coding rule information with the coding prefix of M is only one, the configuration of the data coding rule information describes a linear data set in the common storage module 2, and the maximum value of the set is limited to 999, and the data coding range of the data in the set is as follows:
M001–M999。
adding new data coding rule information on the basis of the data coding rule information, wherein the coding prefix is also M, and the content of the new data coding rule information is as follows:
encoding a prefix: m; coding indexes: 2; a coding sequence: 5.
it should be noted that, under the same coding prefix, the rule definition that the same coding index exists is not allowed, and only increment is allowed.
Thus, the above two pieces of data encoding rule information describe a non-linear (tree-like) data set in the common storage module 2 and define the maximum number of each level in the data set. As shown in fig. 2.
When a plurality of data coding rule information with the same coding prefix exist, the bits of the codes which accord with the coding rule information with the smaller coding index are complemented by '0', and the bits of the codes which accord with the data coding rule information with the larger coding index need to be replaced by parent-level codes, so that the consistency and the integrity of the data codes of the same type of data are ensured.
The common storage module 2 is used for storing common data of all data dictionary data, wherein the common data at least comprises data coding information and data identification information, and can also contain other common information.
The common data refers to data with common properties, wherein the data of all data dictionaries are classified and classified, and have common properties. The data dictionary has data encoding information and data identification information regardless of what the specific data of the data dictionary belongs to, in which category and in which field. The data encoding information of the data dictionary data must conform to a certain item of data encoding rule information. The data encoding information acts on the globally identified unique data dictionary data items and serves as an organization condition for organizing the common storage module 2, the internationalized storage module 3, and the set of extended storage modules 4. The data encoding information is unique in the common storage module 2.
The data encoding information not only describes the uniqueness of the data dictionary data, but also is responsible for describing the structural relationship between the data dictionary data. The data coding information is calculated and generated by the common storage module 2 in combination with the known data in the module and the data coding rule information in the coding configuration module 1. In order to ensure the continuity of the data encoding, the generation algorithm also reuses the data encoding that is determined to be recoverable.
In a preferred embodiment, the common storage module 2 is further configured to determine whether there is to-be-recovered data encoding information, and if so, recover the to-be-recovered data encoding information; and assigning the coding information of the data to be recycled.
The data identification information describes the meaning represented by the data dictionary data in a character mode, is generally defined in an English abbreviation mode, and is input by a user. Two data dictionary data with the same data identification are not allowed to exist under the same parent data item at the same time, so that the language package output of the internationalization module 3 is ensured not to conflict. For example, Name, User, Employee are legal data identifiers.
And the internationalization storage module 3 is used for storing internationalization information corresponding to the data dictionary data and generating an internationalization resource file according to the internationalization information, wherein the internationalization information at least comprises full name information, short name information, alias information, description information and language information.
The internationalization storage module 3 provides internationalization support for the data dictionary. The internationalization module stores 3 mainstream international dialect information such as Chinese, English, German and Japanese corresponding to the data dictionary data in the common storage module 2. The international dialect can be expanded, and only information corresponding to the data dictionary data in the common storage module 2 needs to be added to the international dialect.
On the basis of the common storage module 2, the internationalized storage module 3 is expanded, common data which can exist in the common storage module 2 originally and is used for performing language interpretation on data dictionary data is extracted, and the common data is named as a whole, abbreviated as a Chinese character, alias, description and the like. This directly enables the data dictionary data to support multi-national, multi-lingual language interpretation.
In the prior art, due to the uniqueness of data dictionary data, only one set of language interpretation of the same data dictionary data item exists, and multi-country and multi-language interpretation cannot be supported. According to the invention, by extracting the relevant data of language interpretation to the internationalized storage module 3 and using the internationalized storage module 3, as the data in the common storage module 2 and the data in the internationalized storage module 3 are in a relation of 1 to N (N is a natural number greater than or equal to 1), one data dictionary data item in the common storage module 2 can have multiple mappings in the internationalized storage module 3, and the language interpretation of multiple countries and multiple languages can be completed only by marking the language dialect to which the language interpretation aims on the multiple mapping data in the internationalized storage module 3. In addition, new language explanations can be continuously added in the future, and only dialects need to be identified.
In a preferred embodiment, the item of data dictionary data in the commonality storage module 2 corresponds to at least one item of mapping data in the internationalized storage module 3.
The common memory module 2 and the internationalized memory module 3 are 1 forever: 1 … N, that is, if there is one item of data dictionary data in the common storage module 2, there is at least one corresponding item of internationalization information (default is alias information of the chinese dialect) in the internationalization storage module 3, and there may be more. As shown in fig. 3.
In addition, in a specific embodiment, the internationalized storage module 3 may perform iterative processing on the internationalized information according to the association relationship with the data dictionary data of the common storage module 2 to generate an internationalized resource file.
Fig. 4 shows an internationalized resource file generated by combining fig. 2 and 3.
The process of iterating the internationalization information is as follows:
1. positioning the common data in the common storage module 2, and inserting the data identification information into the key in advance to acquire data coding information;
2. positioning data coding rule information in a coding configuration module 1 to obtain coding index information;
3. judging whether the coding index information is 1, if so, adding a full name suffix into the key, and carrying out utf transcoding on the full name value in the internationalized storage module 3 to be used as a value to generate a key value-pair equation; adding a full-name suffix short into a key, and carrying out utf transcoding on a value which is short in the internationalized storage module 3 to be used as a value, and generating a key value pair equation; adding a full-name suffix alias into a key, and carrying out utf transcoding on the value of the alias in the internationalized storage module 3 to be used as a value to generate a key value-pair equation; adding a full-name suffix use to a key, and carrying out utf transcoding on a value with the purpose in the internationalized storage module 3 to be used as a value to generate a key value-pair equation; sequentially adding the key value pair equations to the tail end of the internationalized resource file; if not, subtracting 1 from the coding index value, positioning data coding rule information in the coding configuration module 1 and positioning common data in the common storage module 2, inserting the data identifier into a key in advance, acquiring the data code, and executing the step 2.
And the extended storage module 4 is used for storing the characteristic data of the data dictionary data corresponding to the data coding rule information.
The extended storage modules 4 are in a group, and each extended storage module 4 corresponds to a data coding rule in the coding configuration module 1. The method is mainly used for storing the characteristic data of the data dictionary data. The data in the extended storage module 4 references the data in the self-commonality storage module 2, and the relationship is 0 … 1: the relation 1, that is, the data in the extended storage module 4 is always present in the common storage module 2, but the data in the common storage module 2 is not always present in the extended storage module 4, because the data encoding of the data in the common storage module 2 conforms to the encoding rule corresponding to the current extended storage module 4 in the encoding configuration module 1.
The correspondence relationship between the code configuration module 1, the common storage module 2, and the extended storage module 4 is shown in fig. 5. The coding rule 1 in the coding configuration module 1 corresponds to the 1 st extended storage module 4, and the coding rule 2 in the coding configuration module 1 corresponds to the 2 nd extended storage module 4. Therefore, when the encoding rule of the data 1 in the common storage module 2 conforms to the 1 st encoding rule in the encoding configuration module 1, the characteristic data of the data exists in the 1 st extended storage module 4 corresponding to the encoding rule. The encoding rule of the data 2 in the common storage module 2 conforms to the 2 nd encoding rule in the encoding configuration module 1, so that the characteristic data of the data exists in the 2 nd extended storage module 4 corresponding to the encoding rule.
The existence of the expansion storage module 4 is not necessary, and the establishment and the destruction of the expansion storage module 4 are established according to the encoding rule and the rule establishment in the encoding configuration module 1, so that an expansion storage module 4 is established; and if the rule is abolished, the corresponding expansion storage module 4 is removed.
The extension storage module 4 is a feature extension of the common storage module 2, and any one of the modules in the group is used for storing feature data including data dictionary data in a specific category or a specific field. The data in any extended memory module 4 may be a global mapping of the data in the common memory module 2, i.e. 1: 1, such a scenario is allowed to exist, and it can be understood that a special type of characteristic data is also stored in the extended storage module 4, but the characteristic data is equivalent to the common data and is only stored separately, and can also be used for common data extension without changing the common storage module 2. In most cases, the data in any extended memory module 4 is only a partial mapping of the data in the common memory module 2, i.e. 1: 0 … N, when the data encoding rule in the encoding configuration module 1 corresponding to the data encoding of the data dictionary data in the common storage module 2 is the same as the data encoding rule in the encoding configuration module 1 corresponding to the current extended storage module 4, the mapped characteristic data will exist.
In summary, all the common data are stored in the common storage module 2 in a centralized manner, and the characteristic data of the data dictionary data are stored in a partitioned manner according to the corresponding rules, so that the physical storage space is fully utilized to store the characteristic data, and meanwhile, the global property, integrity and structuralization of the data dictionary are ensured.
The storage device of the data dictionary provided by the embodiment of the invention comprises a common storage module, a common storage module and a common processing module, wherein the common storage module is used for storing common data of all data dictionary data, and the common data at least comprises data coding information and data identification information; the encoding configuration module is used for storing data encoding rule information of the common data and configuring position information of the expansion storage module of the data dictionary data storage with the characteristic data; the internationalized storage module is used for storing internationalized information corresponding to the data dictionary data and generating an internationalized resource file according to the internationalized information, wherein the internationalized information at least comprises full-name information, short-name information, alias information, description information and language information; and the expansion storage module is used for storing the characteristic data of the data dictionary data corresponding to the data coding rule information. The storage device of the data dictionary provided by the invention fully utilizes the physical space to store heterogeneous data dictionary data, ensures the global property, integrity and structuralization of the data dictionary and greatly reduces the redundancy of data storage of the data dictionary.
Those of skill would further appreciate that the various illustrative elements and algorithm steps described in connection with the embodiments disclosed herein may be implemented as electronic hardware, with the components and steps of the various examples having been described above generally in terms of their functionality. The described functionality may be implemented using different approaches for each particular application, but such implementation should not be deemed to be beyond the scope of embodiments of the present invention. Specifically, the operation and control portion may be implemented by a logical hardware, which may be a logic integrated circuit manufactured by using an integrated circuit process, which is not limited in this embodiment.
The steps of a method or algorithm described in connection with the embodiments disclosed herein may be embodied in hardware, a software module executed by a processor, or a combination of the two. A software module may reside in Random Access Memory (RAM), memory, Read Only Memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, a removable disk, a CD-ROM, or any other form of storage medium known in the art.
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the embodiments of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the scope of the embodiments of the present invention.
Claims (6)
1. An apparatus for storing a data dictionary, the apparatus comprising: the device comprises a code configuration module, a common storage module, an internationalized storage module and a group of extended storage modules;
the common storage module is used for storing common data of all data dictionary data, and the common data at least comprises data coding information and data identification information;
the encoding configuration module is used for storing data encoding rule information of the common data and configuring position information of the extension storage module stored in data dictionary data with characteristic data;
the internationalized storage module is used for storing internationalized information corresponding to the data dictionary data and generating an internationalized resource file according to the internationalized information, wherein the internationalized information at least comprises full name information, short name information, alias information, description information and language information; the internationalized storage module is specifically configured to: performing iterative processing on the internationalized information to generate the internationalized resource file;
and the extension storage module is used for storing the characteristic data of the data dictionary data corresponding to the data coding rule information.
2. The data dictionary storage device according to claim 1, wherein one item of data dictionary data in the common storage module corresponds to at least one item of mapping data in the internationalized storage module.
3. The data dictionary storage device of claim 1, wherein the encoding configuration module is specifically configured to:
classifying the common data in the common storage module by using the data coding rule information to obtain a plurality of class data dictionary data;
and storing the characteristic data corresponding to each type of data dictionary data in an extended storage module.
4. The apparatus for storing a data dictionary according to claim 1, wherein the data encoding rule information specifically includes:
the device comprises a coding prefix, a coding index, a coding sequence, a purpose and a corresponding extended storage module.
5. The apparatus for storing a data dictionary according to claim 1, wherein the common data specifically includes:
linear data and non-linear data.
6. The data dictionary storage device of claim 1, wherein the commonality storage module is further configured to:
judging whether the coded information of the data to be recovered exists or not, and if so, recovering the coded information of the data to be recovered;
and assigning the coding information of the data to be recycled.
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