CN108829443B - Design method, loading method and application of terminal equipment configuration data - Google Patents
Design method, loading method and application of terminal equipment configuration data Download PDFInfo
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- CN108829443B CN108829443B CN201810414970.4A CN201810414970A CN108829443B CN 108829443 B CN108829443 B CN 108829443B CN 201810414970 A CN201810414970 A CN 201810414970A CN 108829443 B CN108829443 B CN 108829443B
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/4401—Bootstrapping
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- G—PHYSICS
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- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
- G06F9/44505—Configuring for program initiating, e.g. using registry, configuration files
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Abstract
The invention discloses a design method of terminal equipment configuration data, which relates to the technical field of terminal equipment and comprises the following steps: dividing the configuration data into parameter data, main configuration data and backup configuration data according to different storage positions of the configuration data, storing personalized data in the parameter data, and storing the current configuration data of the terminal equipment in the main configuration data and the backup configuration data; according to different application scenes of the configuration data, the configuration data is divided into: the default configuration data is the minimum configuration data for starting a piece of equipment, the province pre-configuration data is the configuration data of the piece of equipment for a special service requirement of a province, and the equipment pre-configuration data is factory pre-configuration data of each piece of equipment formed by combining the province pre-configuration data and personalized data. The design method of the configuration data of the terminal equipment provided by the invention has the advantages of good flexibility of the configuration data and higher use efficiency.
Description
Technical Field
The invention relates to the technical field of terminal equipment, in particular to a design method, a loading method and application of configuration data of the terminal equipment.
Background
Due to the diversity of service functions and the difference of customer customization, the terminal equipment will have upgrading and remanufacturing requirements of different degrees before and after being put into use, and is often not only reflected in upgrading of a mirror image, but also related to configuration upgrading, regional change and the like, and the requirements will run through all links in the life cycles of development, testing, warehousing, engineering opening, repair, remanufacturing and the like of the user end equipment.
However, when upgrading or remanufacturing a terminal device, configuration data needs to be used, so how to correctly, flexibly and effectively use the configuration data is very important, and efficiency and quality of upgrading or remanufacturing the terminal device will be directly affected.
In the prior art, generally, the configuration data adopts a scattered key value type configuration file, but the scattered key value type configuration file has poor flexibility and is troublesome to use, so that the operation efficiency of generating, importing/exporting, switching and the like of the configuration data of the terminal equipment is very low, and the cost of the life cycle of the terminal equipment is high along with the increase of yield and the lapse of time.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a method for designing configuration data of terminal equipment, so that the flexibility of the configuration data is good, and the use efficiency is higher.
In order to achieve the above purposes, the technical scheme adopted by the invention is as follows:
a design method of terminal equipment configuration data comprises the following steps:
dividing the configuration data into parameter data, main configuration data and backup configuration data according to different storage positions of the configuration data, storing personalized data in the parameter data, and storing the current configuration data of the terminal equipment in the main configuration data and the backup configuration data;
according to different application scenes of the configuration data, dividing the configuration data into: the service management system comprises default configuration data, province pre-configuration data and equipment pre-configuration data, wherein the default configuration data is minimum configuration data for starting one piece of equipment, the province pre-configuration data is configuration data of one piece of equipment for a special service requirement of a certain province, and the equipment pre-configuration data is factory pre-configuration data of each piece of equipment formed by combining the province pre-configuration data and personalized data.
On the basis of the technical scheme, the personalized data comprises equipment personalized data and user personalized data, the equipment personalized data is personalized setting data related to equipment, and the user personalized data is personalized setting data related to a user.
The invention also provides a terminal equipment configuration data loading method based on the terminal equipment configuration data design method, which comprises the following steps:
setting the terminal equipment to be in a factory mode or a non-factory mode;
when the terminal device is in the factory mode, the terminal device operation includes: the terminal equipment unconditionally starts Telnet and Ftp services, and loads appointed province pre-configuration data;
when the terminal device is in the non-factory mode, the terminal device operation includes: the terminal equipment loads the current configuration data from the main configuration data or the backup configuration data, and if the loading fails, the default configuration data is loaded.
On the basis of the above technical solution, when the terminal device is in the factory mode, the terminal device specifically operates as follows: and loading the provincial pre-configuration data into a memory space during operation, and writing the provincial pre-configuration data into the main configuration data and the backup configuration data.
On the basis of the above technical solution, when the terminal device is in a factory mode, the terminal device further operates: before, after or at the same time of loading the provincial pre-configuration data, writing the personalized data into the parameter data, loading the personalized data from the parameter data, and writing the personalized data into the main configuration data and the backup configuration data.
On the basis of the technical scheme, when the equipment pre-configuration file needs to be generated, equipment pre-configuration data is generated according to the written provincial pre-configuration data and personalized data.
On the basis of the technical scheme, when the terminal equipment is in the non-factory mode, the specific operation steps of the terminal equipment are as follows:
the terminal equipment loads current configuration data from the main configuration data, and if the loading from the main configuration data is successful, the current configuration data in the main configuration data is loaded into a memory space during operation; if loading from the main configuration data fails, loading current configuration data from the backup configuration data, if loading from the backup configuration data succeeds, loading the current configuration data from the backup configuration data into a memory space in operation, if loading from the backup configuration data fails, loading default configuration data into the memory space in operation, and writing the default configuration data into the main configuration data and the backup configuration data.
The invention also provides an application of the terminal equipment configuration data based on the loading method of the terminal equipment configuration data, which sequentially performs the following steps in the production and stock link of the terminal equipment: the method comprises the steps of image burning, setting the terminal equipment to be in a factory mode, writing personalized data into main configuration data and backup configuration data, and importing province pre-configuration in a production and remanufacturing link of the terminal equipment.
On the basis of the technical scheme, in the production and remanufacturing link of the terminal equipment, when the mirror image is only required to be upgraded, the mirror image is upgraded for the terminal equipment which has finished stock preparation;
when only the configuration data needs to be upgraded or changed, the terminal equipment which has finished stock preparation is in a factory mode, the provincial pre-configuration data is imported, the equipment pre-configuration data is generated according to the provincial pre-configuration data and the personalized data, and the terminal equipment is adjusted to be in a non-factory mode when leaving a factory;
when the mirror image needs to be upgraded and the configuration data needs to be upgraded or changed, the mirror image is upgraded for the terminal equipment which is finished with stock, the terminal equipment is in a factory mode, the provincial pre-configuration data is imported, the equipment pre-configuration data is generated according to the provincial pre-configuration data and the personalized data, and the terminal equipment is adjusted to be in a non-factory mode when leaving a factory.
On the basis of the technical scheme, in the production and remanufacturing link of the terminal equipment, when the personalized data changes, the changed personalized data is written into the parameter data and finally written into the main configuration data and the backup configuration data.
Compared with the prior art, the invention has the advantages that:
(1) according to the design method of the configuration data of the terminal equipment, the configuration data are divided into the configuration data of various types according to the difference of the storage position and the application scene of the configuration data, so that the configuration data are classified clearly and are concentrated, the configuration data are more convenient to use in the operations of generating, importing/exporting, switching and the like of the configuration data of the terminal equipment, the efficiency is higher, and the manufacturing cost of the life cycle of the terminal equipment is further reduced.
(2) According to the loading method of the configuration data of the terminal equipment, a factory mode is introduced, the provincial pre-configuration data is loaded in the factory mode, the current configuration data in the main configuration data or the backup configuration data is loaded in the non-factory mode, or the default configuration data is loaded, so that the loading processes of different types of configuration data can be separated through the setting of the factory mode, the different types of configuration data can be flexibly loaded in each link in the life cycle of the terminal equipment according to actual needs, the production process of the terminal equipment is convenient to optimize and control, and the manufacturing cost of the life cycle of the terminal equipment is further reduced.
(3) The application of the configuration data of the terminal equipment only needs to carry out some common settings in the production and stock link of the terminal equipment, such as mirror image burning, writing in personalized data, and then carrying out provincial pre-configuration in the production modification link, so that the equipment stock does not need to depend on specific provinces, a large amount of stock terminal equipment can be firstly prepared in production, and after the provinces sent by the terminal equipment are determined, the production modification is carried out, and the importing of the provincial pre-configuration is carried out, so that the life cycle of the terminal equipment can be greatly shortened, the emergency requirement of the terminal equipment can be better met, and the market competitiveness is stronger.
Drawings
FIG. 1 is a diagram illustrating a transformation relationship between various types of configuration data according to an embodiment of the present invention;
FIG. 2 is a distribution area diagram of various types of configuration data on a flash in the embodiment of the present invention;
fig. 3 is a flowchart of a method for loading configuration data of a terminal device in an embodiment of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples.
The embodiment of the invention provides a design method of terminal equipment configuration data, which comprises the following steps:
dividing the configuration data into parameter data, main configuration data and backup configuration data according to different storage positions of the configuration data, storing personalized data in the parameter data, and storing the current configuration data of the terminal equipment in the main configuration data and the backup configuration data, wherein the current configuration data of the terminal equipment is the configuration data used by equipment at any time point;
referring to fig. 1, according to different application scenarios of configuration data, the configuration data is divided into: default configuration data, province pre-configuration data and device pre-configuration data.
The default configuration data is the minimum configuration data for starting the equipment, the minimum configuration data only needs to ensure that the equipment can be normally powered on and started, and the minimum configuration data exists in a file system in an/etc/default.cfg mode.
The provincial pre-configuration data is configuration data of a device aiming at the special service requirement of a province. In general, the provincial pre-configuration data may be added with a configuration data combination form related to a designated province based on default configuration data. For example, the province of province a needs three WAN connections of TR069, INTERNET and VOIP, the province configuration data of province a needs to include configuration data related to TR069, INTERNET and VOIP, while the province of province B only needs two WAN connections of TR069 and IPTV, the province configuration data of province B needs to include configuration data related to TR069 and IPTV, and in practical application, different province pre-configurations are imported according to different provinces of terminal equipment application. In addition, the terminal device may include a province pre-configuration file of all provinces, so as to facilitate switching of province pre-configuration. The provincial preconfigured data exists in the form of/data/pre/$ { area.
The equipment pre-configuration data is factory pre-configuration data of each equipment formed by combining province pre-configuration data and personalized data, and exists in a file system in the form of/data/preconfiguration.
The basic information of various types of configuration data, such as existence form, scope and attribute, is shown in table 1 below.
Table 1 configuration data basic information table
| Configuring data types | Form of existence | Scope of action | Properties |
| Default configuration data | /etc/default.cfg | A | Read-only |
| Provincial Pre-configuration data | /data/pre/${Area.Province}_preconfig.cfg | A&One province | Reading and writing |
| Device pre-configuration data | /data/preconfig.cfg | One table | Reading and writing |
| Master configuration data | /data/psi； | One table | Reading and writing |
| Backing up configuration data | /data/backupsi | One table | Reading and writing |
In the embodiment of the present invention, taking an embedded Linux home gateway as an example, as shown in fig. 2, parameter data, main configuration data, and backup configuration data are distributed in different areas on a flash, that is, in different storage locations, and the parameter data, the main configuration data, and the backup configuration data are all R/W read-write types, and a bootstrap program, a kernel, a file system, and the like are also distributed on the flash, and the bootstrap program, the kernel, and the file system are all RO read-only types.
Further, the personalized data includes device personalized data and user personalized data, the device personalized data is personalized setting data related to the device, the device personalized data includes device MAC address information, SN information, region code information, etc., the user personalized data is personalized setting data related to the user, and the user personalized data includes a line name/encryption mode and key, a user name and password, etc.
The default configuration data, the provincial pre-configuration data and the equipment pre-configuration data all comprise general data, and the general data are as follows: besides the above personalized data, the data in the data model defined by TR-098, TR-104, TR-111 and their related specifications, operator supplement specification, the data model is composed of objects, parameters, legal string array, and Profile, etc., and the general data is usually stored in the file system of Flash in the form of XML file.
As a better implementation, a region code is introduced into the general data, and a provincial code is added, specifically: adding a node of an Area in a data model, wherein the node of the Area comprises a provincial Province parameter and a Code parameter, the Province parameter and the Code parameter are defined according to the national standard GB/T2066-: and Provision is equal to 'BJ', and Code is equal to '11', so that the score Province pre-configuration data can be directly and correspondingly set according to the score Province codes, and the configuration requirements of different provinces are met.
According to the design method of the configuration data of the terminal equipment, the configuration data are divided into the configuration data of various types according to the difference of the storage position and the application scene of the configuration data, so that the configuration data are classified clearly and are concentrated, the configuration data are more convenient to use in the operations of generating, importing/exporting, switching and the like of the configuration data of the terminal equipment, the efficiency is higher, and the manufacturing cost of the life cycle of the terminal equipment is further reduced.
Referring to fig. 3, another embodiment of the present invention provides a method for loading configuration data of a terminal device based on the above method for designing configuration data of a terminal device, which specifically includes the following steps:
s1: setting the terminal equipment to be in a factory mode or a non-factory mode;
s2: judging whether the terminal equipment is in a factory mode, if so, turning to a step S3, and if not, turning to a step S6;
s3: the method comprises the steps that terminal equipment starts Telnet and Ftp services unconditionally, loads appointed province pre-configuration data into a memory space in operation, and writes the province pre-configuration data into main configuration data and backup configuration data;
s4: before, after or at the same time of loading the provincial pre-configuration data, writing the personalized data into the parameter data, loading the personalized data from the parameter data, and writing the personalized data into the main configuration data and the backup configuration data;
s5: when the equipment pre-configuration file needs to be generated, generating equipment pre-configuration data according to the written provincial pre-configuration data and personalized data, namely main configuration data and backup configuration data of current equipment;
s6: the terminal equipment loads the current configuration data from the main configuration data;
s7: judging whether the current configuration data is successfully loaded from the main configuration data, if so, turning to the step S8, and if not, turning to the step S9;
s8: loading the current configuration data in the main configuration data into a memory space during operation;
s9: loading the current configuration data from the backup configuration data;
s10: judging whether the current configuration data is successfully loaded from the backup configuration data, if so, turning to the step S11, and if not, turning to the step S12;
s11: loading the current configuration data in the backup configuration data into a memory space during operation, and writing the current configuration data into the main configuration data to finish the loading of the configuration data;
s12: and loading default configuration data into a memory space during operation, and writing the default configuration data into the main configuration data and the backup configuration data to finish the loading of the configuration data.
In the embodiment of the invention, because the terminal equipment is set in a factory mode or a non-factory mode, when the terminal equipment is in the factory mode, the Telnet and the Ftp services are not controlled by main configuration data and backup configuration data, the Telnet and the Ftp services are opened by the terminal equipment unconditionally, and different configuration data operations can be carried out on the Telnet and the Ftp services, so that the Telnet and the Ftp services can be used in a production link conveniently, the configuration data of the equipment is not influenced, and the Telnet and the Ftp services are more flexible and reliable.
According to the loading method of the configuration data of the terminal equipment, a factory mode is introduced, provincial pre-configuration data are loaded in the factory mode, current configuration data in main configuration data or backup configuration data are loaded in a non-factory mode, or default configuration data are loaded, so that the loading processes of different types of configuration data can be separated through setting of the factory mode, different types of configuration data can be flexibly loaded in each link in the life cycle of the terminal equipment according to actual needs, the production process of the terminal equipment is convenient to optimize and control, and the manufacturing cost of the life cycle of the terminal equipment is further reduced.
Another embodiment of the present invention further provides an application of the terminal device configuration data based on the loading method of the terminal device configuration data, which sequentially performs the following steps in a production and stock link of the terminal device: the method comprises the steps of image burning, setting the terminal equipment to be in a factory mode, writing personalized data into main configuration data and backup configuration data, and importing province pre-configuration in a production and remanufacturing link of the terminal equipment.
Further, in the production modification link of the terminal device, different operations are respectively performed according to different application scenarios.
And when only the mirror image needs to be upgraded, upgrading the mirror image of the terminal equipment which finishes stock.
When only the configuration data needs to be upgraded or changed, the terminal equipment which has finished stock preparation is in a factory mode, the provincial pre-configuration data is imported, the equipment pre-configuration data is generated according to the provincial pre-configuration data and the personalized data, and the terminal equipment is adjusted to be in a non-factory mode when leaving a factory.
When the mirror image needs to be upgraded and the configuration data needs to be upgraded or changed, the mirror image is upgraded for the terminal equipment which is finished with stock, the terminal equipment is in a factory mode, the provincial pre-configuration data is imported, the equipment pre-configuration data is generated according to the provincial pre-configuration data and the personalized data, and the terminal equipment is adjusted to be in a non-factory mode when leaving a factory.
Further, in the production modification link of the terminal device, when the personalized data changes, the changed personalized data is written into the main configuration data and the backup configuration data to cover the existing personalized data in the main configuration data and the backup configuration data, and then the different operations are respectively performed according to different application scenes, such as the operation only needing to upgrade the mirror image, the operation only needing to upgrade or change the configuration data, the operation needing to upgrade the mirror image and the operation needing to upgrade or change the configuration data, and the like.
When the personalized data is not changed, the different operations are directly carried out according to different application scenes.
In the prior art, the terminal equipment is subjected to province pre-configuration and personalized data setting in the stock link of the terminal equipment, so that the production of the equipment depends on specific provinces, the province pre-configuration modification is carried out on the terminal equipment which finishes stock after the terminal equipment is known to send the provinces, or the stock of the terminal equipment is started, and the modification needs to consume certain time, so that the life cycle of the terminal equipment is longer, the stock is not timely, the emergency demand of the terminal equipment cannot be timely met, and the market competitiveness is poor.
Compared with the prior art, the application of the configuration data of the terminal equipment in the embodiment of the invention only needs to carry out some common settings in the production and stock link of the terminal equipment, such as mirror image burning, writing in personalized data, and then carrying out provincial pre-configuration in the production and modification link, so that the equipment stock does not need to depend on specific provinces, a large amount of terminal equipment can be prepared in production, after the provinces sent by the terminal equipment are determined, the production and modification is carried out, and the importing of the provincial pre-configuration is carried out, so that the life cycle of the terminal equipment can be greatly shortened, the emergency requirements of the terminal equipment can be better met, and the market competitiveness is stronger.
The present invention is not limited to the above-described embodiments, and it will be apparent to those skilled in the art that various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements are also considered to be within the scope of the present invention. Those not described in detail in this specification are within the skill of the art.
Claims (9)
1. A loading method of terminal device configuration data based on a terminal device configuration data design method is characterized in that,
the design method comprises the following steps:
dividing the configuration data into parameter data, main configuration data and backup configuration data according to different storage positions of the configuration data, storing personalized data in the parameter data, and storing the current configuration data of the terminal equipment in the main configuration data and the backup configuration data;
according to different application scenes of the configuration data, dividing the configuration data into: the service management method comprises the following steps of default configuration data, province pre-configuration data and equipment pre-configuration data, wherein the default configuration data are minimum configuration data for starting one piece of equipment, the province pre-configuration data are configuration data of one piece of equipment for a special service requirement of a province, and the equipment pre-configuration data are factory pre-configuration data of each piece of equipment formed by combining the province pre-configuration data and personalized data;
the loading method comprises the following steps:
setting the terminal equipment to be in a factory mode or a non-factory mode;
when the terminal device is in the factory mode, the terminal device operation includes: the terminal equipment unconditionally starts Telnet and Ftp services, and loads appointed province pre-configuration data;
when the terminal device is in the non-factory mode, the terminal device operation includes: the terminal equipment loads the current configuration data from the main configuration data or the backup configuration data, and if the loading fails, the default configuration data is loaded.
2. The method for loading configuration data of a terminal device according to claim 1, wherein when the terminal device is in a factory mode, the terminal device specifically operates as: and loading the provincial pre-configuration data into a memory space during operation, and writing the provincial pre-configuration data into the main configuration data and the backup configuration data.
3. The method for loading configuration data of a terminal device according to claim 2, wherein when the terminal device is in factory mode, the terminal device operation further comprises: before, after or at the same time of loading the provincial pre-configuration data, writing the personalized data into the parameter data, loading the personalized data from the parameter data, and writing the personalized data into the main configuration data and the backup configuration data.
4. The method for loading configuration data of a terminal device according to claim 3, wherein when a device provisioning file needs to be generated, device provisioning data is generated according to the written provincial provisioning data and personalized data.
5. The method for loading configuration data of a terminal device according to claim 1, wherein when the terminal device is in the non-factory mode, the terminal device specifically operates as follows:
the terminal equipment loads current configuration data from the main configuration data, and if the loading from the main configuration data is successful, the current configuration data in the main configuration data is loaded into a memory space during operation; if loading from the main configuration data fails, loading current configuration data from the backup configuration data, if loading from the backup configuration data succeeds, loading the current configuration data from the backup configuration data into a memory space in operation, if loading from the backup configuration data fails, loading default configuration data into the memory space in operation, and writing the default configuration data into the main configuration data and the backup configuration data.
6. The method for loading configuration data of a terminal device according to claim 1, wherein the personalization data comprises device personalization data and user personalization data, the device personalization data is personalization setting data related to a device, and the user personalization data is personalization setting data related to a user.
7. An application of the configuration data of the terminal device based on the loading method of the configuration data of the terminal device according to any one of claims 1 to 6, characterized in that the steps are sequentially performed in the production and stock link of the terminal device: the method comprises the steps of image burning, setting the terminal equipment to be in a factory mode, writing personalized data into main configuration data and backup configuration data, and importing province pre-configuration in a production and remanufacturing link of the terminal equipment.
8. Use of terminal device configuration data according to claim 7, characterized in that: in the production and remanufacturing link of the terminal equipment, when only the mirror image needs to be upgraded, the mirror image is upgraded for the terminal equipment which has finished stock preparation;
when only the configuration data needs to be upgraded or changed, the terminal equipment which has finished stock preparation is in a factory mode, the provincial pre-configuration data is imported, the equipment pre-configuration data is generated according to the provincial pre-configuration data and the personalized data, and the terminal equipment is adjusted to be in a non-factory mode when leaving a factory;
when the mirror image needs to be upgraded and the configuration data needs to be upgraded or changed, the mirror image is upgraded for the terminal equipment which is finished with stock, the terminal equipment is in a factory mode, the provincial pre-configuration data is imported, the equipment pre-configuration data is generated according to the provincial pre-configuration data and the personalized data, and the terminal equipment is adjusted to be in a non-factory mode when leaving a factory.
9. Use of terminal device configuration data according to claim 7, characterized in that: in the production and modification link of the terminal equipment, when the personalized data changes, the changed personalized data is written into the parameter data and finally written into the main configuration data and the backup configuration data.
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| CN108829443A (en) | 2018-11-16 |
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