CN111399904B - Non-intrusive EMM (EMM) function expansion framework based on dynamic component and construction method thereof - Google Patents
Non-intrusive EMM (EMM) function expansion framework based on dynamic component and construction method thereof Download PDFInfo
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Abstract
The invention discloses a non-invasive EMM function expansion architecture based on a dynamic component and a construction method thereof, wherein the non-invasive EMM function expansion architecture comprises the following steps: the system comprises a component configuration module, a component service module, a system monitoring module, a policy service module and an EMM service module; the construction method comprises the following steps: and constructing a component configuration module, a component service module, a system monitoring module, a policy service module and an EMM service module, and correspondingly configuring the modules into an independent server and a provider partition of the mobile terminal. The non-intrusive EMM function expansion architecture and the construction method thereof can separate the system image from the provider EMM service so as to achieve compatibility with different platforms, thereby not only avoiding the problem of function failure caused by upgrading the system by a user, but also carrying out multi-platform rapid adaptation under the condition of not modifying the source code of the system.
Description
Technical Field
The invention relates to a non-invasive EMM function expansion framework and a construction method thereof, in particular to a non-invasive EMM function expansion framework based on a dynamic component and a construction method thereof.
Background
With the rapid spread of mobile applications and BYOD (self-contained device) inside an enterprise, managing mobility becomes an attention point of an IT department of the enterprise, and EMM (enterprise mobile management platform) becomes a focus of competition of home and abroad manufacturers in this context. However, from the perspective of enterprise-level mobile solution information, a number of problems still exist.
The current EMM implementation scheme is mainly implemented by static instrumentation in the system source code. Whether source code level instrumentation or dynamic compilation instrumentation, its final implementation is still included in the system image. Then, when the Android platform is upgraded, each OEM manufacturer needs to make corresponding adaptation work so that the EMM works normally; this is a heavy and time consuming task; at the same time, the user is forced to perform OTA upgrade. Even if a manufacturer performs adaptation, the problem of function failure of the EMM still cannot be avoided when a user can autonomously upgrade an Android system image.
Disclosure of Invention
The purpose of the invention is as follows: the non-intrusive EMM function expansion architecture based on the dynamic component and the construction method thereof are provided, the system image can be separated from the provider EMM service, so that the problem of function failure caused by upgrading the system by a user is avoided, and multi-platform rapid adaptation can be carried out without modifying the source code of the system.
The technical scheme is as follows: the non-invasive EMM function extension architecture based on the dynamic component comprises a component configuration module, a component service module, a system monitoring module, a strategy service module and an EMM service module;
the component configuration module runs in the independent server and is used for providing component configuration information of components related to the current EMM platform in the native system service for the component service module;
the component service module is deployed in a provider partition of the mobile terminal and used for acquiring component configuration information from the component configuration module according to an interaction protocol and analyzing the component configuration information to acquire default component information of the related component;
the system monitoring module is deployed in a provider partition of the mobile terminal and used for acquiring default component information of a related component from the component service module, monitoring real-time component information of the related component in the native system service according to the acquired default component information, and sending the real-time component information acquired through monitoring to the EMM service module;
the policy service module is deployed in a provider partition of the mobile terminal and used for acquiring default component information of the related component from the component service module, analyzing a default policy in the default component information and responding to a query instruction of the EMM service module for the default policy in real time;
the EMM service module is deployed in a provider partition of the mobile terminal and used for receiving the real-time component information reported by the system monitoring module, inquiring the corresponding default strategy from the strategy service module according to the real-time component information, calling the system monitoring module to send the acquired default strategy to the original system service, and performing duplication control on the default strategy of the component related to the current EMM platform.
Further, in the mobile terminal, the vendor partition is relatively independent of the system partition in which the native system services are located.
Further, when the component service module acquires the component configuration information of the related component from the component configuration module according to the interaction protocol, the model of the mobile terminal is identified, and then the component configuration information of the related component under the corresponding model is acquired according to the model of the mobile terminal.
The system further comprises a component agent module which operates in a public library mode and is used for sending the strategy updating information to the EMM service module, then the EMM service module sends the strategy updating information to the strategy service module, and the strategy service module receives the strategy updating information, analyzes a new strategy and responds to an inquiry instruction of the EMM service module for the default strategy by the new strategy.
Further, the default component information includes a component type, a component identifier, a default policy, and an application to which the component belongs; the real-time component information includes the component type, the component identification, the real-time policy, and the application to which it belongs.
Further, the component service module is further configured to check version information of the native system service when the native system service is started, and immediately acquire the component configuration information from the component configuration module if the version is upgraded.
The invention also provides a method for constructing the non-invasive EMM function extension architecture based on the dynamic component, which comprises the following steps:
the component configuration module is used for providing component configuration information of components related to the current EMM platform in the native system service for the component service module;
the component service module is used for acquiring component configuration information from the component configuration module according to the interaction protocol and analyzing the component configuration information to acquire default component information of the related component;
the system monitoring module is used for acquiring default component information of the related components from the component service module, monitoring real-time component information of the related components in the native system service according to the acquired default component information, and then sending the real-time component information acquired through monitoring to the EMM service module;
the strategy service module is used for acquiring default component information of the related component from the component service module, analyzing a default strategy in the default component information, and responding to a query instruction of the EMM service module for the default strategy in real time;
the EMM service module is used for receiving the real-time component information reported by the system monitoring module, inquiring the corresponding default strategy from the strategy service module according to the real-time component information, calling the system monitoring module to send the acquired default strategy to the original system service, and performing duplication control on the default strategy of the component related to the current EMM platform;
and 2, operating the component configuration module in an independent server, deploying the component service module, the system monitoring module, the strategy service module and the EMM service module in a provider partition of the mobile terminal, wherein the provider partition of the mobile terminal is relatively independent from a system partition where the native system service is located.
Further, when the component service module acquires the component configuration information of the related component from the component configuration module according to the interaction protocol, the model of the mobile terminal is identified, and then the component configuration information of the related component under the corresponding model is acquired according to the model of the mobile terminal.
Further, the default component information includes a component type, a component identifier, a default policy, and an application to which the component belongs; the real-time component information includes the component type, the component identification, the real-time policy, and the application to which it belongs.
Further, the component service module is further configured to check version information of the native system service when the native system service is started, and immediately acquire the component configuration information from the component configuration module if the version is upgraded.
Compared with the prior art, the invention has the beneficial effects that: the invention adopts non-invasive design, does not modify the system image, and places the expansion of function control in the supplier subarea; meanwhile, the dynamic component configuration is adopted, the component configuration information can be identified according to the machine type, the system image and the provider EMM service can be completely separated, different platforms are compatible, the problem of function failure caused by system upgrading of a user can be avoided, and multi-platform rapid adaptation can be carried out under the condition that system source codes are not required to be modified.
Drawings
Fig. 1 is a schematic diagram of a non-invasive EMM architecture according to the present invention.
Detailed Description
The technical solution of the present invention is described in detail below with reference to the accompanying drawings, but the scope of the present invention is not limited to the embodiments.
Example 1:
as shown in fig. 1, the non-intrusive EMM function extension architecture based on dynamic components according to the present invention includes a component configuration module, a component service module, a system monitoring module, a policy service module, and an EMM service module;
the component configuration module runs in the independent server and is used for providing component configuration information of components related to the current EMM platform in the native system service for the component service module, and the EMM platform is an enterprise mobile management platform; the method comprises the following steps that basic control information can be configured during specific implementation, and then corresponding component information can be rewritten along with upgrading of a mobile terminal native system, wherein the un-rewritten part uses the basic control information, a component configuration module can be deployed in an independent server such as Tomcat and the like, an interaction protocol needs to be formulated to perform information interaction with a component service module, and the information interaction is defined by XML or Json and the like;
the component service module is deployed in a provider partition of the mobile terminal and used for acquiring component configuration information from the component configuration module according to an interaction protocol and analyzing the component configuration information to acquire default component information of the related component;
the system monitoring module is deployed in a provider partition of the mobile terminal and used for acquiring default component information of a related component from the component service module, monitoring real-time component information of the related component in the native system service according to the acquired default component information, and sending the real-time component information acquired through monitoring to the EMM service module;
the policy service module is deployed in a provider partition of the mobile terminal and used for acquiring default component information of the related component from the component service module, analyzing a default policy in the default component information and responding to a query instruction of the EMM service module for the default policy in real time;
the EMM service module is deployed in a provider partition of the mobile terminal and used for receiving the real-time component information reported by the system monitoring module, inquiring the corresponding default strategy from the strategy service module according to the real-time component information, calling the system monitoring module to send the acquired default strategy to the original system service, and performing duplication control on the default strategy of the component related to the current EMM platform.
Further, in the mobile terminal, the vendor partition is relatively independent of the system partition in which the native system services are located.
Further, when the component service module acquires the component configuration information of the related component from the component configuration module according to the interaction protocol, the model of the mobile terminal is identified, and then the component configuration information of the related component under the corresponding model is acquired according to the model of the mobile terminal.
The system further comprises a component agent module which runs in a public library mode and can be uploaded to a Maven warehouse for application and WEB developer to dynamically quote, the component agent module is used for sending policy updating information to the EMM service module, the EMM service module sends the policy updating information to the policy service module, the policy service module receives the policy updating information and then analyzes a new policy, and the policy service module responds to a query instruction of the EMM service module for the default policy with the new policy.
Further, the default component information includes a component type, a component identifier, a default policy, and an application to which the component belongs; the real-time component information includes the component type, the component identification, the real-time policy, and the application to which it belongs.
Further, the component service module is further configured to check version information of the native system service when the native system service is started, and immediately acquire the component configuration information from the component configuration module if the version is upgraded.
The invention also provides a method for constructing the non-invasive EMM function extension architecture based on the dynamic component, which comprises the following steps:
the component configuration module is used for providing component configuration information of components related to the current EMM platform in the native system service for the component service module;
the component service module is used for acquiring component configuration information from the component configuration module according to the interaction protocol and analyzing the component configuration information to acquire default component information of the related component;
the system monitoring module is used for acquiring default component information of the related components from the component service module, monitoring real-time component information of the related components in the native system service according to the acquired default component information, and then sending the real-time component information acquired through monitoring to the EMM service module;
the strategy service module is used for acquiring default component information of the related component from the component service module, analyzing a default strategy in the default component information, and responding to a query instruction of the EMM service module for the default strategy in real time;
the EMM service module is used for receiving the real-time component information reported by the system monitoring module, inquiring the corresponding default strategy from the strategy service module according to the real-time component information, calling the system monitoring module to send the acquired default strategy to the original system service, and performing duplication control on the default strategy of the component related to the current EMM platform;
and 2, operating the component configuration module in an independent server, deploying the component service module, the system monitoring module, the strategy service module and the EMM service module in a provider partition of the mobile terminal, wherein the provider partition of the mobile terminal is relatively independent from a system partition where the native system service is located.
Further, when the component service module acquires the component configuration information of the related component from the component configuration module according to the interaction protocol, the model of the mobile terminal is identified, and then the component configuration information of the related component under the corresponding model is acquired according to the model of the mobile terminal.
Further, the default component information includes a component type, a component identifier, a default policy, and an application to which the component belongs; the real-time component information includes the component type, the component identification, the real-time policy, and the application to which it belongs.
Further, the component service module is further configured to check version information of the native system service when the native system service is started, and immediately acquire the component configuration information from the component configuration module if the version is upgraded.
The non-invasive EMM function expansion framework based on the dynamic component and the construction method thereof adopt non-invasive design, do not modify system images, and place the expansion of function control in a supplier partition; and meanwhile, dynamic component configuration is adopted, and component configuration information is automatically identified according to the machine type. Thus, the system image and the provider EMM service can be completely separated to achieve compatibility with different platforms; based on the scheme, the problem of function failure caused by upgrading the system by a user can be avoided, and meanwhile, multi-platform rapid adaptation can be carried out under the condition that system source codes are not required to be modified.
As noted above, while the present invention has been shown and described with reference to certain preferred embodiments, it is not to be construed as limited thereto. Various changes in form and detail may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. A non-intrusive EMM function extension architecture based on dynamic components, characterized by: the system comprises a component configuration module, a component service module, a system monitoring module, a policy service module and an EMM service module;
the component configuration module runs in the independent server and is used for providing component configuration information of components related to the current EMM platform in the native system service for the component service module;
the component service module is deployed in a provider partition of the mobile terminal and used for acquiring component configuration information from the component configuration module according to an interaction protocol and analyzing the component configuration information to acquire default component information of the related component;
the system monitoring module is deployed in a provider partition of the mobile terminal and used for acquiring default component information of a related component from the component service module, monitoring real-time component information of the related component in the native system service according to the acquired default component information, and sending the real-time component information acquired through monitoring to the EMM service module;
the policy service module is deployed in a provider partition of the mobile terminal and used for acquiring default component information of the related component from the component service module, analyzing a default policy in the default component information and responding to a query instruction of the EMM service module for the default policy in real time;
the EMM service module is deployed in a provider partition of the mobile terminal and used for receiving the real-time component information reported by the system monitoring module, inquiring the corresponding default strategy from the strategy service module according to the real-time component information, calling the system monitoring module to send the acquired default strategy to the original system service, and performing duplication control on the default strategy of the component related to the current EMM platform.
2. The dynamic component-based non-intrusive EMM function extension architecture of claim 1, wherein: in a mobile terminal, the vendor partition is relatively independent of the system partition where the native system services are located.
3. The dynamic component-based non-intrusive EMM function extension architecture of claim 1, wherein: when the component service module acquires the component configuration information of the related component from the component configuration module according to the interaction protocol, the model of the mobile terminal is identified, and then the component configuration information of the related component under the corresponding model is acquired according to the model of the mobile terminal.
4. The dynamic component-based non-intrusive EMM function extension architecture of claim 1, wherein: the system also comprises a component agent module which operates in a public library mode and is used for sending the strategy updating information to the EMM service module, then the EMM service module sends the strategy updating information to the strategy service module, and the strategy service module receives the strategy updating information and then analyzes a new strategy and responds to the query instruction of the EMM service module for the default strategy by the new strategy.
5. The dynamic component-based non-intrusive EMM function extension architecture of claim 1, wherein: the default component information comprises a component type, a component identification, a default strategy and an application to which the default component information belongs; the real-time component information includes the component type, the component identification, the real-time policy, and the application to which it belongs.
6. The dynamic component-based non-intrusive EMM function extension architecture of claim 1, wherein: the component service module is also used for checking the version information of the native system service when the native system service is started, and immediately acquiring the component configuration information from the component configuration module if the version is upgraded.
7. A method for constructing a non-intrusive EMM function extension architecture based on dynamic components is characterized by comprising the following steps:
step 1, constructing a component configuration module, a component service module, a system monitoring module, a strategy service module, an EMM service module and a component agent module;
the component configuration module is used for providing component configuration information of components related to the current EMM platform in the native system service for the component service module;
the component service module is used for acquiring component configuration information from the component configuration module according to the interaction protocol and analyzing the component configuration information to acquire default component information of the related component;
the system monitoring module is used for acquiring default component information of the related components from the component service module, monitoring real-time component information of the related components in the native system service according to the acquired default component information, and then sending the real-time component information acquired through monitoring to the EMM service module;
the strategy service module is used for acquiring default component information of the related component from the component service module, analyzing a default strategy in the default component information, and responding to a query instruction of the EMM service module for the default strategy in real time;
the EMM service module is used for receiving the real-time component information reported by the system monitoring module, inquiring the corresponding default strategy from the strategy service module according to the real-time component information, calling the system monitoring module to send the acquired default strategy to the original system service, and performing duplication control on the default strategy of the component related to the current EMM platform;
and 2, operating the component configuration module in an independent server, deploying the component service module, the system monitoring module, the strategy service module and the EMM service module in a provider partition of the mobile terminal, wherein the provider partition of the mobile terminal is relatively independent from a system partition where the native system service is located.
8. The method for constructing the non-intrusive EMM (emergency management message) function extension framework based on the dynamic component as claimed in claim 7, wherein when the component service module acquires the component configuration information of the related component from the component configuration module according to the interaction protocol, the model identification of the mobile terminal is performed first, and then the component configuration information of the related component under the corresponding model is acquired according to the model.
9. The method of claim 7, wherein the default component information includes component type, component identification, default policy, and application to which it belongs; the real-time component information includes the component type, the component identification, the real-time policy, and the application to which it belongs.
10. The method of claim 7, wherein the component service module is further configured to check version information of the native system service when the native system service is started, and if the version is upgraded, obtain the component configuration information from the component configuration module immediately.
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Address after: No.15 Xinghuo Road, Jiangbei new district, Nanjing, Jiangsu Province, 210031 Patentee after: Dongji Technology Co.,Ltd. Address before: No.15 Xinghuo Road, Jiangbei new district, Nanjing, Jiangsu Province, 210031 Patentee before: JIANGSU SEUIC TECHNOLOGY Co.,Ltd. |