A multi-domain communication method and terminal

Abstract

An embodiment of the present disclosure provides a multi-domain communications method and terminal. Each domain of a plurality of domains comprises a communications service process. The terminal further comprises an interface processing process and a modulation-demodulation process. A communications service process in each domain establishes a communication connection with the interface processing process. The method comprises: upon detecting a communications command in a target domain in the plurality of domains, a communications service process in the target domain sends a service request to the interface processing process through an established communication connection; the interface processing process receives the service request sent by the communications service process of the target domain, and forwards the service request to the modulation-demodulation process; the modulation-demodulation process receives the service request forwarded by the interface processing process, and processes a current service on the basis of the service request.

Description

technical field [0001] The present invention relates to the field of electronic technology, in particular to a multi-domain communication method and terminal. Background technique [0002] Such as figure 1 as shown, figure 1 It is an application structure model of multi-domain communication in the prior art solution. Each domain can run a Phone process, but in fact only the Phone process in the host domain is connected to the Rild process and provides communication services for the host domain. The Phone processes in other domains are not connected to the RILD process, so they cannot provide independent For communication services, all applications or processes in other domains need to call the Phone process in the host domain to complete communication services. [0003] The existing technical solutions have the following disadvantages: First, each domain has its own database, and the application or process in each domain can only read and write the database in its own dom...

AI Technical Summary

Problems solved by technology

Each domain can run a Phone process, but in fact only the Phone process in the host domain is connected to the Rild process and provides communication services for the host domain. The Phone processes in other domains are not connected to the RILD process, so they cannot provide independent Communication service, all applications or processes in other domains need to call the Phone process in the host domain to complete the communication service

[0003] The existing technical solutions have the following disadvantages: First, each domain has its own database, and the application or process in each domain can only read and write the database in its own domain, and since only the Phone process of the host domain is working, only the The database of the host domain can be updated in real time by the Phone process, and the databases of other domains cannot reflect the real real-time communication status and information; second, in terms of communication, each domain is not actually isolated, but is completely unified by the host domain Maintain all communication status and information. Other domains need to use the communication service of the host domain, and are completely powerless for communication configuration and control. Other domains can only obey the configuration of the host domain, so other domains cannot realize personalization in communication services; Third, each domain has a Phone process and saves a lot of database information, but in fact only the Phone process and database information in the master domain are really effective, and redundant processes and databases in other domains are a waste of resources

Images