CN102163206A - Method and system for loading pages - Google Patents
Method and system for loading pages Download PDFInfo
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- CN102163206A CN102163206A CN2011100326002A CN201110032600A CN102163206A CN 102163206 A CN102163206 A CN 102163206A CN 2011100326002 A CN2011100326002 A CN 2011100326002A CN 201110032600 A CN201110032600 A CN 201110032600A CN 102163206 A CN102163206 A CN 102163206A
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Abstract
The invention discloses a method and a system for loading pages. The method comprises the following steps of: configuring page entities at a client, wherein the page entities comprise at least one representation module; after receiving a page loading request by the client, locally searching functional modules corresponding to the representation module or calling the functional modules corresponding to the representation modules from a server end according to the representation module of the page entities to be loaded, and when more than one functional modules are provided in the system, calling a plurality of aggregated functional modules; and displaying the page by the client according to the data of all the called functional modules. The method and the system for loading the pages can quickly implement personalized page loading.
Description
Technical field
The present invention relates to networking technology area, relate in particular to a kind of page loading method and system.
Background technology
In Website development was built, the multiplexing situation of software module was very obvious.In today that modularization is propagated its belief on a large scale, many systems that independently build a station have appearred, and they provide miscellaneous functional module to select for the user, the abundant website that oneself defines, the software repeated usage characteristic is obvious.Many extraordinary functional modules are arranged among them, yet say that definitely they are based on the plug-in unit of host system, host's difference, plug-in unit can not be general.Be subject to host program, plug-in unit can only be selected position and the decoration of oneself according to the website template, and the website that the system that therefore independently builds a station generates is stereotyped, is difficult to establish corporate image, is difficult to reach customer satisfaction system effect.Will really use these systems to finish personalized customization completely then needs it is carried out secondary development, and its cost is not cheap yet.Why this also be or have so much enterprise (people) need look for the people to develop the website of oneself specially, and directly do not use these existing technology to realize.
In the present Web Hosting technology, ubiquity problems such as Module Division is unclear, the intermodule coupling is serious, the low and multiplexing difficulty of module reuse rate is big.These defectives make that the production efficiency of Web Hosting is low, and exploitation finishes the back if think update routine again or add just difficulty of new function basically, even if it is also bigger to do the secondary development difficulty, expands also underaction, the increasing of O﹠M difficulty.And in modification or expansion process, needing the service that stops to carry out upgrading under the line operation, the operation of reaching the standard grade again after modification finishes will cause service out of stock like this, produces the economic loss of appending.Particularly for the system that independently builds a station, its purpose is to set up solution for the user provides one-stop website, strong functions and foolproof management are provided, be that the template of enriching adds the Content Management System composition in essence, therefore the website that generates is stereotyped, although have many articles to do in scheme of colour or contents and distribution, yet topmost operation flow can't be self-defined fully, real self-service the building a station of distance still has bigger gap.
Summary of the invention
The embodiment of the invention provides a kind of page loading method and system, and high efficiency personal page loading scheme is provided.
For this reason, the embodiment of the invention adopts following technical scheme
A kind of page loading method may further comprise the steps: carry out the configuration of page entity in client, wherein, described page entity comprises at least one display module; After client is received the load page request, the display module included according to page entity to be loaded, search the functional module of display module correspondence from this locality or call the functional module of display module correspondence from server end, when more than one of functional module, call a plurality of functional module aggregate entities through polymerization; Client shows the page according to the data of all functions module of calling.
Wherein, before configuration page entity, also comprise the step of configuration feature module; The process of described configuration feature module is: configuration-system rank parameter: comprise configuration feature module running environment information; Configuration application level parameter: comprise that configuration is used for the information of data isolation and identification; Configuration page level parameter: comprise the output descriptor of configuration feature module at the difference input.
Wherein, before configuration page entity, also comprise the step that disposes display module; The process of described configuration display module is: configuration-system rank parameter: comprise that display module can adapt to which kind of output of which functional module, also can obtain affiliated functional module input parameter configuration of exporting; Configuration page level parameter: whether the configuration page needs to enable functional module, functional module data obtain manner and other personalization, implicit information; Dispose every class functional module entry call tabulation, with the corresponding relation of clear and definite display module and functional module.
Wherein, the process of described configuration page entity is: configuration adds the layout management information of the display module of page entity; For adding the display module configuration parameter list information of page entity; For adding the unique page-level parameter of each display module configuration of page entity, use in order to offer the functional module polymerization.
Preferably, only when first load page a plurality of functional modules are carried out converging operation, in addition, the functional module aggregate entities of having preserved when directly calling first load page shows the page.
Preferably, this method also comprises step: start service platform deployment, the configuration parameter of display module and functional module managed, and the calling of management function module, polymerization and data flow.
A kind of page loading system comprises client and server or only comprises client, and described client comprises: dispensing unit, be used to dispose page entity, and wherein, described page entity comprises at least one display module; Call unit, be used for after receiving the load page request, the display module included according to page entity to be loaded, search the functional module of display module correspondence or call the functional module of display module correspondence from server end from client terminal local, when more than one of functional module, call a plurality of functional module aggregate entities through polymerization; Display unit is used for the data of all functions module called according to described call unit, and the page is shown.
Wherein, described dispensing unit is finished the configuration of page entity in the following way: the layout management information of configuration display module; For adding the display module configuration parameter list information of page entity; For adding the unique page-level parameter of each display module configuration of page entity, use in order to offer the functional module polymerization.
Preferably, described dispensing unit also is used to dispose display module, wherein, comprises system level parameter, page level parameter and the tabulation of every class functional module entry call of disposing display module.
Preferably, described call unit only carries out converging operation to a plurality of functional modules when first load page, in addition, and the functional module aggregate entities of having preserved when directly calling first load page.
As seen, the present invention has following advantage:
(1) in Web Hosting before, newly increasing functional module needs to shut down earlier to dispose, and restarts after configuration finishes, and service just puts into effect again.Adopt after the present invention program, functional module and display module can dynamically be uploaded management, and displayed page also can onlinely generate, manage and dispose.By the on-line selection layout templates, perhaps dynamically adjust page layout, can easily the display module that newly adds be arranged on the displayed page.And through after the simple configuration, the functional module that new displayed page is asked is called by autopolymerization, obtains data and uses for display module, makes displayed page obtain new function.Do not need in the whole process to shut down, existing service does not need to interrupt, and system has then finished online updating.Therefore, the present invention has improved page loading efficiency.
(2) functional module of the present invention and display module other data isolation of support site level all, irrelevant with implementation platform, therefore make Web Hosting, operation and maintenance more flexible, and can develop easily and become the self-service system that builds a station.
(3) the present invention is with the obvious advantage aspect Web Hosting, yet is not limited to the Web Hosting aspect, can use equally at desktop level application or general C/S application.
(4)---dynamic deployment management of module---is based on the Classloader technology of Java because one of technical foundation in the invention, and since the peripheral service sector of online polymerization technique all based on realizing by Java, so the present invention preferably uses in the Java field.But itself is not subjected to the qualification of Java language online polymerization technique, be not subjected to whether having the restriction (good existing all modules of disposable deployment also can) of the dynamic deployment management function of module yet, therefore adopt other software development language can realize same online polymerization technique yet by similar configuration flow.
Description of drawings
Fig. 1 is a page loading method process flow diagram of the present invention;
Fig. 2 is a page loading system synoptic diagram of the present invention.
Embodiment
A principle of software development is exactly a modularization, i.e. the characteristic of the low coupling of module high cohesion.Modular software exploitation is by extensively cognitive and be applied to be used in the Development and Production liberate the productive forces.Thereby cause the system module division unclear and lack relevant standard in the reality exploitation, it is serious to be coupled between the module, and reuse efficiency is low, and overlapping development is serious; The problem of thereupon bringing is a deployment configuration difficulty height, and O﹠M cost increases.When system produced operational change greatly to certain scale the time again, it is very passive that software development work will become.And in the middle of the present existing module package technique, finish additional new module, perhaps unload existing module, perhaps upgrade existing module, perhaps re-assembly these modules and finish service, need complicated configuration mostly, and necessary restart routine, can't carry out online flexibly dynamic-configuration.Though the appearance of the system framework of supporting hot plug is also arranged, realized that such as OSGi (Open Service Gateway Initiative) standard the heat of functional module is disposed, a lot of situations still need restart routine, are not real hot plug.And the parts that this heat is disposed are configured and dispatch the still relevant unified standard of shortage, can not the flexible dispatching problem still exist.
The service that software provides generally has multinomial, and every service in these services can be decomposed into the several separate subtask usually again, and each subtask is realized by a functional module.Such service role just can be decomposed into several functional module processed in sequence data, combines and has just finished whole service role.The multinomial service that software provides may be in various degree multiplexing functional module in the system, therefore just exist management, the polymerization of these functional modules and call problem.
In order to solve existing these persistent ailments of software development in the page loading procedure, this paper proposes a kind of page loading scheme of realizing based on the line polymerization technique, tries hard in software development standard, deployment configuration robotization, realizes that the work of flexible configuration polymerization module cooperative produces the reusability and the yield-power of aspect raising software developments such as service.
Referring to Fig. 1, be page loading method process flow diagram of the present invention, may further comprise the steps:
S101: carry out the configuration of page entity in client, wherein, page entity comprises at least one display module;
S102: after client is received the load page request, the display module included according to page entity to be loaded, search the functional module of display module correspondence from this locality or call the functional module of display module correspondence from server end, when more than one of functional module, call a plurality of functional modules through polymerization;
S103: client shows the page according to the data of all functions module of calling.
Wherein, display module and functional module also are separate configurations, hereinafter can introduce in detail.
As seen, page loading scheme provided by the invention has following some improvement: the firstth, and development mode is that module is according to the exploitation of standard stand alone type, so, the serious problem of intermodule coupling can not occur because the unclear problem of Module Division can not appear in stand-alone development yet.The secondth, the online release management of module, dynamic-configuration, same module may be finished different work according to the difference of configuration, itself has the expansion flexible characteristics.The 3rd is that service and page dynamic-configuration generate, and system is according to the co-ordination of regular autopolymerization correlation module, and configuration individual business flow process can be dealt with Protean demand.The 4th is that Development of Module is open, personalized, and the developer only need develop according to standard just can write functional module or the display module that meets the user individual requirement, can be mounted at any time and participate in operation in the system.
Below the preferred embodiment of the present invention is described in detail.The enforcement of this embodiment is divided into three parts, is respectively block configuration part, page loading section and platform service part.
One, block configuration part
1. dynamic module management and deployment
Provide Classloader to be specifically designed in the Java language and finished dynamically being written into of java class, used it just can finish a dynamic module management and deployment mechanisms.This technology is the Java language prior art, and this paper seldom gives unnecessary details.
2. the definition of module and configuration
Among the present invention, module is divided into functional module and two types of display modules (the system service module is not included in wherein), wherein, functional module is the data processing module that operates in server end, be used to finish one or several relevant specific tasks, also may finish several concrete tasks simultaneously; Display module then is positioned at client, is used for giving the user with the data exhibiting of functional module output, also provides specific functional entrance to the user, can call the functional module of server end.Many times functional entrance seems a functional module of an invoking server end, in fact may need a plurality of functional module collaborative works, need obtain data and could work because have a plurality of display modules on its page that is transferred to.Core of the present invention that Here it is: dynamic module polymerization technique.And the basis of this technology is exactly the definition and the configuration of module.
The definition of functional module (MS): functional module is the assembly unit that runs in the server end platform, accepts parameter and finishes the specific tasks of appointment, then with data output, and guides the subsequent page navigation.
The configuration of functional module (MS):
1. the configuration of system level is provided.Being the environment configurations information that the assurance function module runs well, such as IP class, email address class, also may be other functional module D configuration that is relied on.This configuration may not exist, and promptly module need not configuration and gets final product operate as normal.
2. the configuration of application level is provided.This configuration is mainly used in data isolation and identification, because having considered functional module may be applied under the different user accounts, such as set up a second level domain for each user, then all modules under each user account and the page have just been formed an application, and functional module just needs the application message (domain information) at its place of configuration in this case; Particular user account has been set up some news category to certain news functional module for another example, and then this module domain information that need obtain its place carries out data isolation and identification, can serve specific account user.This configuration may not exist, and promptly need not data isolation and identification.
3. the configuration of page level is provided.May there be a plurality of output items in functional module according to the difference of its input parameter.Each output item must be named, and the input output description of this output item is provided, and promptly produce this output under what kind of input condition, and what kind of the data layout of this output is.This description is not configuration, just in order to instruct exploitation.But each output is exactly which page will be this output item will navigate to and get on to a configuration all can be arranged.In same application, require an output item of a functional module only to navigate on the page.This configuration neither be necessary, because this configuration may not exist, downloads such as file, and perhaps Ajax request etc., they do not need to navigate to which page and get on.
The definition of display module (MC): display module is the assembly unit that carries out data display to client browser, its data processing may be carried out (as jsp/jstl etc.) at server end, also may carry out in client (as Javascript etc.), its effect is that the data with functional module output represent.
The configuration of display module (MC):
1. the system level configuration is provided.Comprise display module can adapt to which kind of output of which functional module, and the configuration of the functional module input parameter of output under can obtaining.
2. the configuration of page level is provided.With the page at its place relation is arranged, comprise and whether need to enable functional module (might not need to start functional module, promptly static, perhaps data obtain, and do not need the repeated priming functional module); If will start functional module, where its parameters needed is from obtaining.The configuration of page level also comprises other personalized configuration, such as once showing how many bars etc. in the news list.The configuration of page level also comprises implicit configuration, the D that on the page, is distributed such as display module, because may comprise identical display module repeatedly on the same page, they must rely on the D that example distributed of display module to carry out data isolation, and can't lean on the D of display module to carry out data isolation merely.
3. the configuration of functional module inlet is provided.Display module may call relevant functional module, can call such as the news list display module and obtain news detailed content functional module, and the latter will navigate to a page that comprises news detailed content display module.The inlet of calling functional modules may be a URL hyperlink, also may be that a Javascript/Ajax calls, and also may be the configuration of other modes.The configuration here is meant which functional module display module will call in a word.This configuration is a tabulation, shows the functional module entry call configuration of each type wherein.
3. the foundation of the page, management and configuration
Among the present invention, page configuration is come out, and is a virtual entity.The page itself is a logic as the configuration of an output item of functional module; But finally represent to the user be the page, it is illustrated on user's the browser, has compiled each user-selected display module above, these display modules and page layout are finished user's business information jointly and are expressed.
The definition of the page: the page is to be configured in front end display unit on the functional module output item, that gathered one or more display module, and it presents is a html page, can be seen the bandwagon effect of the page by common browser.
The configuration of the page:
1. the page provides powerful layout management function, can select existing template to select layout, and can dynamic creation show the position, and adds needed display module to each displaying position.Each shows arbitrarily drag and drop alignment of bit position.These layout informations of showing the position are preserved as configuration.
2. the page provides existing parameter list information for the display module that adds wherein.The page is as the output item of the functional module that is disposed, and the page is held the input parameter table data information and the output data format information of this functional module.This information provides reference information for the main display module that joins on the page, also provides the parameter acquiring source for the display module that joins other collaborative work on this page.
3. the page is preserved its unique page-level parameter configuration for each display module that adds wherein, uses in order to offer the functional module polymerizer.These information comprise the functional module D that each display module is asked, the page instance D of each display module, the personalized configuration information of each display module, whether each display module enables the functional module parameter, and the parameter configuration of the functional module of being asked etc.
Two, page loading section
The process that the page loads also is the polymerization and the invoked procedure of functional module.This part is a core of the present invention, and it is finished automatically based on the configuration in early stage.
In general, the page that output item disposed of functional module can be showed the data of its output at least, and exists such display module to be used to play up the data of its output.Yet a such display module may be arranged on this page incessantly, also have the existence of other display module.Therefore also must polymerization the invocation target functional module time other functional module dispatch deal with data and just can satisfy the demand.The elementary sources of polymerization is from the configuration to the page.Comprised display modules all on the target pages in the configuration information of the page, with and the functional module that needs; Though and the parameter information of the function that each relates to cannot directly be obtained in the middle of main functional modules, can from configuration, obtain.The parameter that has indicated each functional module during configuration comprises the parameter configuration of five kinds of modes from where obtaining:
Count immediately---the constant of importing during configuration, directly the functions of physical supply module is used;
Existing Parameters Transformation---certain parameter of directly from the parameter list of main functional modules, extracting, the functions of physical supply module is used;
Session data---obtain the data of having preserved from session, the functions of physical supply module is used
Random number---according to the configuration generation data at random of random number, the functions of physical supply module is used;
Comprehensive expression formula---comprehensively use the data of front to calculate, the result after calculating is offered functional module use.
A plurality of functional modules become a fixing configuration through after the polymerization, and this configuration and page configuration are bound, so are not that all polymerization once when calling at every turn.Polymerization the pseudo-entity of one or more functional module be called Action, wherein comprise a main functional modules (functional module of the output item that the page was configured to) at least, also may comprise a plurality of auxilliary functional modules.The subsequent navigation of Action is only relevant with main functional modules, and the output item of coupling main functional modules.If not within the results list of the acceptance of the page, then go to the wrong page, and stop calling of other auxilliary functional module by system's self-navigation through its output item after the data processing for main functional modules.If the output of main functional modules drops in the results list of page acceptance, then call auxilliary functional module one by one.The mode of calling is at first to calculate its parameters needed, calls the inlet method of auxilliary functional module after ready, and ignores its output item, continues to call next auxilliary functional module after finishing.If wherein then navigating directly to the wrong page and removing (configurable) unusually appears in calling in certain auxilliary functional module.If all auxilliary functional modules are called and finished, then navigate to the output item configuration page of main functional modules.
Three, platform service part
Service platform is finished (containing the system service module) deployment management (upload, enable/forbid, unload) function of module, for system's increase rich functions module more, is the basis that every business is carried out, and also is the material of page foundation.
Service platform is finished management (comprising the application layer configuration, page-level configuration etc. of module of foundation, the selection in system configuration, the website space of the module) function of configuration, the support of configuration data is provided for the operation of module, also make total system become the ecological organic system of module, make different functional modules, display module to match mutually and finish business function.
Service platform is finished the autopolymerization of functional module and is called and data flow control (comprising calculation of parameter engine, request call distribution etc.) function, and this is based on the above two higher layer applications, makes this invention technology put into effect.
Corresponding with said method, the present invention also provides a kind of page loading system, structural representation sees also Fig. 2, this system comprises client 20 and server 30 or only comprises client 20, wherein, this client 20 comprises following ingredient: dispensing unit 201 is used to dispose page entity, wherein, described page entity comprises at least one display module; Call unit 202, be used for after receiving the load page request, the display module included according to page entity to be loaded, search the functional module of display module correspondence from this locality or call the functional module of display module correspondence from server end, when more than one of functional module, call a plurality of functional modules through polymerization; Display unit 203 is used for the data of all functions module called according to call unit 202, and the page is shown.
Wherein, dispensing unit 202 is finished the configuration of page entity in the following way: the layout management information of configuration display module; For adding the display module configuration parameter list information of page entity; For adding the unique page-level parameter of each display module configuration of page entity, use in order to offer the functional module polymerization.
In addition, dispensing unit 202 also is used to dispose display module, wherein, comprises system level parameter, page level parameter and the tabulation of every class functional module entry call of disposing display module.
In addition, call unit 203 only carries out converging operation to a plurality of functional modules when first load page, in addition, and the functional module aggregate entities of having preserved when directly calling first load page.
To sum up, the present invention program has following advantage:
(1) in Web Hosting before, newly increasing functional module needs to shut down earlier to dispose, and restarts after configuration finishes, and service just puts into effect again.Adopt after the present invention program, functional module and display module can dynamically be uploaded management, and displayed page also can onlinely generate, manage and dispose.By the on-line selection layout templates, perhaps dynamically adjust page layout, can easily the display module that newly adds be arranged on the displayed page.And through after the simple configuration, the functional module that new displayed page is asked is called by autopolymerization, obtains data and uses for display module, makes displayed page obtain new function.Do not need in the whole process to shut down, existing service does not need to interrupt, and system has then finished online updating.Therefore, the present invention has improved page loading efficiency.
(2) functional module of the present invention and display module other data isolation of support site level all, irrelevant with implementation platform, therefore make Web Hosting, operation and maintenance more flexible, and can develop easily and become the self-service system that builds a station.
(3) the present invention is with the obvious advantage aspect Web Hosting, yet is not limited to the Web Hosting aspect, can use equally at desktop level application or general C/S application.
(4)---dynamic deployment management of module---is based on the Classloader technology of Java because one of technical foundation in the invention, and since the peripheral service sector of online polymerization technique all based on realizing by Java, so the present invention preferably uses in the Java field.But itself is not subjected to the qualification of Java language online polymerization technique, be not subjected to whether having the restriction (good existing all modules of disposable deployment also can) of the dynamic deployment management function of module yet, therefore adopt other software development language can realize same online polymerization technique yet by similar configuration flow.
The above only is a preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. a page loading method is characterized in that, comprising:
Carry out the configuration of page entity in client, wherein, described page entity comprises at least one display module;
After client is received the load page request, the display module included according to page entity to be loaded, search the functional module of display module correspondence from this locality or call the functional module of display module correspondence from server end, when more than one of functional module, call a plurality of functional module aggregate entities through polymerization;
Client shows the page according to the data of all functions module of calling.
2. according to the described method of claim 1, it is characterized in that, before configuration page entity, also comprise the step of configuration feature module; The process of described configuration feature module is:
Configuration-system rank parameter: comprise configuration feature module running environment information;
Configuration application level parameter: comprise that configuration is used for the information of data isolation and identification;
Configuration page level parameter: comprise the output descriptor of configuration feature module at the difference input.
3. according to the described method of claim 1, it is characterized in that, before configuration page entity, also comprise the step that disposes display module; The process of described configuration display module is:
Configuration-system rank parameter: comprise that display module can adapt to which kind of output of which functional module, also can obtain affiliated functional module input parameter configuration of exporting;
Configuration page level parameter: whether the configuration page needs to enable functional module, functional module data obtain manner and other personalization, implicit information;
Dispose every class functional module entry call tabulation, with the corresponding relation of clear and definite display module and functional module.
4. according to the described method of claim 1, it is characterized in that the process of described configuration page entity is:
Configuration adds the layout management information of the display module of page entity;
For adding the display module configuration parameter list information of page entity;
For adding the unique page-level parameter of each display module configuration of page entity, use in order to offer the functional module polymerization.
5. according to each described method of claim 1 to 4, it is characterized in that, only when first load page a plurality of functional modules are carried out converging operation, in addition, the function mould of having preserved when directly the calling first load page aggregate entities of determining shows the page.
6. according to each described method of claim 1 to 4, it is characterized in that, also comprise:
Start service platform deployment, the configuration parameter of display module and functional module managed, and the calling of management function module, polymerization and data flow.
7. a page loading system comprises client and server or only comprises client, it is characterized in that described client comprises:
Dispensing unit is used to dispose page entity, and wherein, described page entity comprises at least one display module;
Call unit, be used for after receiving the load page request, the display module included according to page entity to be loaded, search the functional module of display module correspondence or call the functional module of display module correspondence from server end from client terminal local, when more than one of functional module, call a plurality of functional module aggregate entities through polymerization;
Display unit is used for the data of all functions module called according to described call unit, and the page is shown.
8. according to the described system of claim 7, it is characterized in that described dispensing unit is finished the configuration of page entity in the following way: the layout management information of configuration display module; For adding the display module configuration parameter list information of page entity; For adding the unique page-level parameter of each display module configuration of page entity, use in order to offer the functional module polymerization.
9. according to the described system of claim 7, it is characterized in that described dispensing unit also is used to dispose display module, wherein, comprise system level parameter, page level parameter and the tabulation of every class functional module entry call of disposing display module.
10. according to claim 7,8 or 9 described systems, it is characterized in that described call unit only carries out converging operation to a plurality of functional modules when first load page, in addition, the functional module aggregate entities of having preserved when directly calling first load page.
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| CN110989987A (en) * | 2019-12-04 | 2020-04-10 | 北京小米移动软件有限公司 | Portal webpage generation method, portal webpage generation device, client, server and storage medium |
| CN111221613A (en) * | 2020-01-03 | 2020-06-02 | 北京小米移动软件有限公司 | Program calling method and device and storage medium |
| US11534089B2 (en) | 2011-02-28 | 2022-12-27 | Abbott Diabetes Care Inc. | Devices, systems, and methods associated with analyte monitoring devices and devices incorporating the same |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101785005A (en) * | 2007-08-29 | 2010-07-21 | 国际商业机器公司 | Apparatus, system, and method for cooperation between a browser and a server to package small objects in one or more archives |
-
2011
- 2011-01-30 CN CN 201110032600 patent/CN102163206B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101785005A (en) * | 2007-08-29 | 2010-07-21 | 国际商业机器公司 | Apparatus, system, and method for cooperation between a browser and a server to package small objects in one or more archives |
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| US11534089B2 (en) | 2011-02-28 | 2022-12-27 | Abbott Diabetes Care Inc. | Devices, systems, and methods associated with analyte monitoring devices and devices incorporating the same |
| US11627898B2 (en) | 2011-02-28 | 2023-04-18 | Abbott Diabetes Care Inc. | Devices, systems, and methods associated with analyte monitoring devices and devices incorporating the same |
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| CN110599112A (en) * | 2018-06-12 | 2019-12-20 | 北京顺智信科技有限公司 | Method and device for developing and maintaining network page |
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| CN109857506B (en) * | 2019-02-19 | 2022-02-08 | 天津字节跳动科技有限公司 | Method and device for realizing guide information, electronic equipment and storage medium |
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