CN115766865A - Application service method and system for 5G intelligent terminal heterogeneous platform - Google Patents
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Abstract
The invention discloses a 5G intelligent terminal heterogeneous platform oriented application service method and a system. The problems of poor expansion performance, high development difficulty, low software reuse rate and function redundancy in the conventional 5G intelligent terminal system software technical scheme are solved. The system comprises an application component layer and a bridging component layer, wherein the bridging component layer is connected with a 5G intelligent terminal operating system; the application component layer comprises application components, and the bridging component layer comprises transaction processing components and business processing components; acquiring input parameters and generating an instruction; analyzing the instruction to obtain a corresponding service, and calling a related service processing component according to the service; processing the service request, analyzing parameters to obtain service related information, initiating system call according to the service, and executing related system service; and receiving a result returned by the operating system, and outputting and displaying the state. The invention simplifies the application service code structure of the 5G intelligent terminal, can evaluate the difference of bottom hardware, is favorable for the reuse of application service programs and is easy for platform development.
Description
Technical Field
The invention relates to the technical field of 5G intelligent terminals, in particular to a 5G intelligent terminal heterogeneous platform oriented application service method and system.
Background
The 5G intelligent terminal system is an integrated system taking communication interfaces such as a processor/microprocessor (CPU/MPU), a 5G communication module, an Ethernet and the like as hardware cores and taking an embedded Linux/Ubuntu operating system and application services as software cores. The operating system and the application service determine the service capability of the 5G intelligent terminal system. The business capabilities of the system involve numerous, such as: device information management, traffic management, system logging services, firmware upgrade services, network management services, firewalls, VPN services, device management services, and the like.
At present, openWrt or a Linux or Ubuntu-based native operating system is generally adopted in a 5G intelligent terminal system software technical scheme to develop related application services. The former is a highly modularized and highly automated embedded Linux distribution with powerful network ecological components. Meanwhile, hundreds of compiled application software are provided, can be directly selected, configured and added into equipment, and are often used for terminal equipment such as routers and gateways. The latter is more powerful than the former in comprehensive performance and can deploy third-party applications such as edge algorithms, business software and the like.
However, the existing 5G intelligent terminal system software technical solution has some disadvantages, such as the adoption of OpenWrt software solution, which has the following obvious disadvantages:
1. due to different CPU kernel systems, a plurality of third-party application programs are often broken when being transplanted to OpenWrt, and the application expansion performance is poor;
2. for adding the custom function, the original set of framework of OpenWrt is difficult to change, and the development difficulty of the custom function is high;
3. the number of the CPU models which are perfectly adapted is small, most CPU models cannot run OpenWrt software, adaptation is carried out for development, and the difficulty is very high.
The software scheme adopting the Linux/Ubuntu operating system + the application service has the following defects:
1. system resources are not isolated from application services, system calling interfaces corresponding to different operating systems and hardware platforms have large differences, and the software reuse rate of the application services is low;
2. the application service is directly interacted with a system interface, a middleware is lacked, the design and the implementation cannot be separated, and the application service function is redundant.
Disclosure of Invention
The invention mainly solves the problems of poor expansion performance, high development difficulty, low software reuse rate and redundant functions in the existing 5G intelligent terminal system software technical scheme, and provides a 5G intelligent terminal heterogeneous platform oriented application service method and system.
The technical problem of the invention is mainly solved by the following technical scheme: A5G intelligent terminal heterogeneous platform oriented application service method is characterized by comprising the following steps:
s1, acquiring input parameters through an operation platform, generating an instruction according to the set parameters, and initiating a transaction request;
s2, starting a transaction request according to the instruction, analyzing the instruction to obtain a corresponding service, and calling a related service processing component according to the service;
s3, processing the service request, analyzing parameters, acquiring service related information, initiating system call according to the service, and executing related system service;
and S4, receiving a result returned by the operating system, returning the result to the application component, and outputting and displaying the state.
The invention simplifies the application service code structure of the 5G intelligent terminal, can shield the bottom hardware difference, is beneficial to the application service program reuse and is easy for platform development.
As a preferable scheme, the step S1 specifically includes:
s11, monitoring an operation platform in real time, acquiring input parameters, and constructing a transaction type, a service type and data object information;
s12, encapsulating the parameters and the information into corresponding structural data according to the service;
and S13, sending the structure data to a transaction processing component through the communication service thread, and initiating a transaction request.
As a preferable scheme, the step S2 specifically includes:
s21, performing preliminary analysis on the transaction request, and judging the type of the transaction;
s22, processing the transaction request, analyzing and judging the service type;
and S23, calling related service applications according to the service types and initiating service requests.
As a preferable scheme, the step S3 specifically includes:
s31, analyzing service parameters according to the service request to acquire service related information;
and S32, initiating system call according to the service, calling an operating system interface, and executing related system services.
The application service system for the 5G intelligent terminal heterogeneous platform implements the method, and comprises an application component layer and a bridging component layer which are connected, wherein the bridging component layer is connected with an operating system of the 5G intelligent terminal;
the application component layer comprises an application component, inputs data, issues an instruction, receives feedback data and outputs data;
the bridging component layer comprises a transaction processing component and a business processing component which are connected;
the transaction processing component starts a transaction request according to the instruction of the application component, analyzes the instruction to obtain a corresponding service, and calls a related service processing component according to the service;
and the service processing component analyzes the service parameters, obtains service related information, initiates system call according to the service and executes related system service.
The system is an independent software system, simplifies the application service code structure of the 5G intelligent terminal, can shield the bottom hardware difference, is favorable for the application service program reuse, and is easy for platform development. Meanwhile, the system divides functions according to different services, so that developers can concentrate on the service logic, and the team cooperation efficiency is improved. The system is composed of an application component layer and a bridging component layer, wherein the application component layer is used for interacting with a user for completing a specified service function. The bridging component layer is positioned above an operating system of the 5G intelligent terminal, has standard program interfaces and protocols, and has multiple implementations conforming to the interfaces and the protocols aiming at different operating systems. The bridging component layer provides a running environment for the application components on the upper layer, and helps developers to flexibly and efficiently develop and integrate complex application components. The operating system is the core system software of the embedded operating system and is responsible for managing and controlling the hardware and system software resources of the embedded operating system, reasonably organizing the system working flow and effectively utilizing the resources. The operating system is matched with the application service system, and plays a role of an interface between the embedded equipment terminal and a user.
As a preferable scheme, the application component comprises an operation platform, data setting is performed through the operation platform, and a corresponding instruction is generated according to the set data. According to the scheme, the operation platform provides a visual user interface capable of interacting with a user, and functions of data input and output, issuing of user instructions, display of a UI (user interface) and the like are achieved.
As a preferred solution, the bridge component layer has a standard program interface and a protocol, and has an implementation conforming to the interface and the protocol for different operating systems, and the service processing component calls the operating system through the standard interface.
As a preferred scheme, the 5G intelligent terminal comprises a hardware architecture based on heterogeneous platform technology, the architecture comprises a plurality of heterogeneous cores, the heterogeneous cores are in communication connection through a high-performance bus, the high-performance bus is connected with a peripheral bus through a bus bridge, and a plurality of peripheral interfaces are connected to the peripheral bus.
In the scheme, a 5G intelligent terminal hardware framework is a hardware framework based on a heterogeneous platform technology, an MPU large core and an MCU small core work cooperatively under the framework, the MCU core runs a real-time operating system freeRTOS and is specially used for receiving a B code waveform of 5G high-precision time service, and the problem of non-real-time operation under embedded Linux is solved. The heterogeneous cores are communicated through a high-performance bus, high efficiency and rapidness are achieved, and peripheral hardware resources are shared.
Therefore, the invention has the advantages that: the application service code structure of the 5G intelligent terminal is simplified, the bottom hardware difference can be shielded, the application service program multiplexing is facilitated, and the platform development is easy. Meanwhile, the system divides functions according to different services, so that developers can concentrate on the service logic per se, and the team cooperation efficiency is improved.
Drawings
FIG. 1 is a schematic diagram of one configuration of the system of the present invention;
FIG. 2 is a schematic flow diagram of the process of the present invention;
fig. 3 is a schematic flow chart of a 5G network access service in embodiment 2 of the present invention;
fig. 4 is a schematic flow chart of network function port forwarding service in embodiment 3 of the present invention;
fig. 5 is a schematic flowchart of a heterogeneous core communication function B code time service in embodiment 4 of the present invention.
1-application component layer 2-bridging component layer 3-operating system 4-5G intelligent terminal 11-application component 21-transaction processing component 22-service processing component.
Detailed Description
The technical scheme of the invention is further specifically described by the following embodiments and the accompanying drawings.
Example 1:
in this embodiment, the application service system for the heterogeneous platform of the 5G intelligent terminal includes, as shown in fig. 1, an application component layer 1 and a bridge component layer 2 that are connected, where the bridge component layer is connected to an operating system 3 of a 5G intelligent terminal 4.
The application component layer comprises an application component 11, the application component comprises a visual operation platform which interacts with a user, the operation platform is a user interface, data is input through the user interface, an instruction is issued, feedback data is received, and data is output and displayed;
a bridging component layer comprising a transaction processing component 21 and a business processing component 22 connected;
the transaction processing component starts a transaction request according to the instruction of the application component, analyzes the instruction to obtain a corresponding service, and calls a related service processing component according to the service;
and the service processing component analyzes the service parameters, obtains service related information, initiates system call according to the service and executes related system service.
The bridge component layer is positioned above an operating system of the 5G intelligent terminal, has standard program interfaces and protocols, and has multiple implementations conforming to the interfaces and the protocols for different operating systems. The bridge component layer provides a running environment for the application components on the upper layer, and helps developers to flexibly and efficiently develop and integrate complex application components.
The operation system responds to the service request of the bridging component layer, executes related services and feeds back the service execution structure to the service processing component, the service processing component synchronously feeds back the service execution structure to the transaction processing component after receiving the service execution structure, the transaction processing component feeds back the result to the application component in the application component layer, and then analyzes the data in the returned result, and finally displays the data to the user.
The 5G intelligent terminal is a hardware architecture based on an embedded heterogeneous core platform technology, the architecture comprises a plurality of heterogeneous cores, the heterogeneous cores are in communication connection through a high-performance bus, the high-performance bus is connected with a peripheral bus through a bus bridge, and a plurality of peripheral interfaces are connected to the peripheral bus. Under the framework, an MPU large core and an MCU small core work cooperatively, the MCU core runs a real-time operating system freeRTOS and is specially used for receiving a B code waveform of 5G high-precision time service, and the problem of non-real-time operation under embedded Linux is solved. The heterogeneous cores are communicated through a high-performance bus, high efficiency and rapidness are achieved, and peripheral hardware resources are shared.
A5G intelligent terminal heterogeneous platform oriented application service method is implemented by adopting the 5G intelligent terminal heterogeneous platform oriented application service system, and comprises the following steps as shown in figure 2:
s1, acquiring input parameters through an operation platform, generating an instruction according to the set parameters, and initiating a transaction request; the method specifically comprises the following steps:
s11, monitoring an operation platform in real time, acquiring input parameters, and constructing a transaction type, a service type and data object information;
s12, encapsulating the parameters and the information into corresponding structural data according to the service;
the transaction types comprise 5G network transactions, network function transactions and heterogeneous core communication transactions. The service application of the 5G network transaction comprises 5G network access setting and 5G information query. The service application of the network function transaction comprises DHCP, DMZ, DNS, NAT, bridging and port forwarding. The business application of the heterogeneous core communication transaction comprises B code time service and IO interruption correspondence.
And S13, sending the structure data to a transaction processing component through the communication service thread, and initiating a transaction request.
S2, starting a transaction request according to the instruction, analyzing the instruction to obtain a corresponding service, and calling a related service processing component according to the service; the method specifically comprises the following steps:
s21, performing preliminary analysis on the transaction request, and judging the type of the transaction;
s22, processing the transaction request, analyzing and judging the service type;
and S23, calling related service applications according to the service types and initiating service requests.
S3, processing the service request, analyzing parameters to obtain service related information, initiating system call according to the service, and executing related system service; the method specifically comprises the following steps:
s31, analyzing service parameters according to the service request to acquire service related information;
and S32, initiating system call according to the service, calling an operating system interface, and executing related system services.
And S4, receiving a result returned by the operating system, returning the result to the application component, and outputting and displaying the state. And the operation system is finished, the result is fed back to the service processing component, the service processing component receives the result returned by the operation system, the execution of the service processing is finished, the execution structure is returned to the transaction processing component, the transaction processing component receives the result returned by the service processing component, the execution of the transaction processing is finished, and the execution result is returned to the application component.
Example 2:
in this embodiment, the application service method is specifically described by taking a 5G network access service as an example, as shown in fig. 3, where reference numerals 101 to 112 are 5G network access service steps; the method comprises the following steps:
the 5G network access service realizes the 5G module dialing network access function,
s101, setting a 5G parameter through a 5G terminal web page; and constructing transaction type, service type and data object information. The input parameters and information are encapsulated into corresponding structural data, as shown below,
{
"transaction type": a "5G network transaction",
"type of service": '5G network access setting',
the "data object":
{
"network entry order": "NR + LTE",
"IP protocol": an 'IPv 4',
“APN”：“xxxxxx”，
"SA support": "SA + NSA",
"IP acquisition": "DHCP"
}
}
S102, clicking a storage button to initiate a network access request after the parameter setting is finished;
s103, the transaction processing component receives the instruction and starts to execute 5G network transaction request processing;
s104, analyzing the instruction, judging that the service is 5G network access setting, and initiating a 5G network access request to the service processing component;
s105, the service processing component receives the request and processes the 5G network access request;
s106, analyzing the 5G parameters to obtain the relevant information of the 5G module;
s107, initiating a 5G network access system calling request;
s108, the operating system receives a calling request of a 5G network access system of the service processing component, calls an operating system interface and executes 5G module dialing network access; and executing the 5G network access service of the 5G network transaction, and converting the input parameters into AT commands. As follows:
AT+CFUN=0
AT^SYSCFGEX="0803",3fffffff,2,4,7fffffffffffffff,,
AT^C5GOPTION =1,1,1
AT^IMMSSWITCH=0,0,0
AT+CEUS=1
AT+CGDCONT=1,"IPv4v6","CMNET"
AT+CFUN=1
s109, after the 5G module is successfully accessed to the network, feeding back a result to the service processing component;
s110, the service processing component receives a result returned by the operating system, completes network access of the 5G module and returns the execution result to the transaction processing component;
s111, the transaction processing component receives a result returned by the service processing component, the 5G network transaction is executed and ended, and the execution result is returned to the application component;
and S112, the application component receives the result returned by the transaction component, the data is output, and the Web page shows the execution result.
Example 3:
in this embodiment, the application service method is specifically described by taking a network function port forwarding service as an example, the 5G intelligent terminal has rich network functions, mainly includes functions such as DHCP, DMZ, DNS, NAT, bridging, port forwarding, and the like, and each function is different, but the implementation logic is substantially the same. As shown in fig. 4, reference numerals 121-132 refer to network function port forwarding traffic steps; the method comprises the following steps:
s121, port forwarding setting is carried out through a 5G terminal web page; and constructing transaction type, service type and data object information. The input parameters and information are encapsulated into corresponding structural data, as shown below,
{
"transaction type": "network function transaction",
"type of service": "port forwarding",
"data object":
{
the "name": a "12345 port forwarding",
"protocol": "TCP",
"destination port": "12345",
"intranet IP address": "192.168.1.111",
an internal network port: "54321"
}
}
S122, clicking a storage button to initiate a network function transaction request after the setting is finished;
s123, the transaction processing component receives the instruction and executes the network function transaction request processing;
s124, analyzing the instruction, judging that the instruction is a port forwarding service, and initiating a port forwarding request to a service processing component;
s125, the service processing component receives the request and processes the port forwarding request;
s126, analyzing the port forwarding parameters to obtain port forwarding related information;
s127, initiating a port forwarding system call request;
s128, the operating system receives a port forwarding system calling request of the service processing component, calls an operating system interface and executes network port forwarding function setting; and the port executing the network function transaction forwards the service, and writes the input parameters into the system configuration file and executes the system configuration file.
S129, after the port is successfully forwarded and set, feeding back the result to the service processing component;
s130, the service processing component receives a result returned by the operating system, the forwarding setting of the execution port is finished, and the execution result is returned to the transaction processing component;
s131, the transaction processing component receives a result returned by the service processing component, the network function transaction is executed and ended, and the execution result is returned to the application component;
and S132, the application component receives the result returned by the transaction processing component, outputs data and displays the execution result.
Example 4:
in this embodiment, the application service method is specifically described by taking a heterogeneous core communication function B code time service as an example, the 5G intelligent terminal heterogeneous core communication service mainly realizes a communication function between heterogeneous cores, and receives a B code waveform of a 5G module by using a system characteristic during MCU verification, and transmits the B code waveform to an MPU core. As shown in fig. 5, reference numerals 141 to 152 represent heterogeneous core communication function B code time service steps; the method comprises the following steps:
s141, setting B code time service through a 5G terminal web page; and constructing transaction type, service type and data object information. The input parameters and information are encapsulated into corresponding structural data, as shown below,
{
"transaction type": a "heterogeneous core communication transaction",
"traffic type": the 'B code time service',
the "data object": "NULL"
}
S142, clicking the operation button to initiate a communication request after the setting is finished;
s143, the transaction processing component receives the instruction and executes heterogeneous core communication transaction request processing;
s144, analyzing the instruction, judging that the instruction is a B code time service, and initiating a communication request to a service processing component;
s145, the service processing component receives the request and starts processing the B code time service request;
s146, parameter analysis is carried out to obtain B code time service related information;
s147, initiating a heterogeneous core communication interaction system calling request;
s148, the operating system receives a heterogeneous core communication interaction system calling request of the service processing component, executes the B code time service of a heterogeneous core communication transaction, calls an IPCC communication bus interface of the system, establishes an RPMsg channel, executes data interaction between heterogeneous cores, controls the MCU to acquire and analyze the B code, and finally returns data.
S149, completing interaction of time service data to be obtained, and feeding back a result to the service processing component;
s150, the service processing component receives a result returned by the operating system, finishes the B code time service function and returns the execution result to the transaction processing component;
s151, the transaction processing component receives a result returned by the service processing component, the heterogeneous core communication transaction is executed, and the execution result is returned to the application component;
and S152, the application component receives the result returned by the transaction processing component, executes data output and displays the execution result.
The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.
Although the terms application component layer, bridge component layer, operating system, 5G smart terminal, etc. are used more herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed as being without limitation to any additional limitations that may be imposed by the spirit of the present invention.
Claims (8)
1. A5G intelligent terminal heterogeneous platform oriented application service method is characterized by comprising the following steps:
s1, acquiring input parameters through an operation platform, generating an instruction according to the set parameters, and initiating a transaction request;
s2, starting a transaction request according to the instruction, analyzing the instruction to obtain a corresponding service, and calling a related service processing component according to the service;
s3, processing the service request, analyzing parameters, acquiring service related information, initiating system call according to the service, and executing related system service;
and S4, receiving a result returned by the operating system, returning the result to the application component, and outputting and displaying the state.
2. The 5G intelligent terminal heterogeneous platform application service method as claimed in claim 1, wherein the step S1 specifically comprises:
s11, monitoring an operation platform in real time, acquiring input parameters, and constructing a transaction type, a service type and data object information;
s12, encapsulating the input parameters and the information into corresponding structural data according to the service;
and S13, sending the structure data to a transaction processing component through the communication service thread, and initiating a transaction request.
3. The 5G intelligent terminal heterogeneous platform application service method as claimed in claim 2, wherein the step S2 specifically comprises:
s21, performing preliminary analysis on the transaction request, and judging the type of the transaction;
s22, processing the transaction request, analyzing and judging the service type;
and S23, calling related service applications according to the service types and initiating service requests.
4. The 5G intelligent terminal heterogeneous platform application service method as claimed in claim 3, wherein the step S3 specifically comprises:
s31, analyzing service parameters according to the service request to acquire service related information;
and S32, initiating system call according to the service, calling an operating system interface, and executing related system services.
5. A5G intelligent terminal heterogeneous platform application service system for implementing the method in any one of claims 1 to 4, which is characterized in that: the system comprises an application component layer and a bridging component layer which are connected, wherein the bridging component layer is connected with a 5G intelligent terminal operating system;
the application component layer comprises an application component, inputs data, issues an instruction, receives feedback data and outputs data;
the bridging component layer comprises a transaction processing component and a business processing component which are connected;
the transaction processing component starts a transaction request according to the instruction of the application component, analyzes the instruction to obtain a corresponding service, and calls a related service processing component according to the service;
and the service processing component analyzes the service parameters, obtains service related information, initiates system call according to the service and executes related system service.
6. The 5G-oriented intelligent terminal heterogeneous platform application service system as claimed in claim 5, wherein the application component comprises an operation platform, data setting is performed through the operation platform, and corresponding instructions are generated according to the set data.
7. The application service system of the 5G-oriented intelligent terminal heterogeneous platform as claimed in claim 5, wherein the bridge component layer has a standard program interface and a protocol, and has an implementation conforming to the interface and the protocol for different operating systems, and the service processing component calls the operating system through the standard interface.
8. The application service system for the 5G intelligent terminal heterogeneous platform as claimed in claim 5, 6 or 7, wherein the 5G intelligent terminal comprises a hardware architecture based on heterogeneous platform technology, the architecture comprises a plurality of heterogeneous cores, the heterogeneous cores are in communication connection through a high-performance bus, the high-performance bus is connected with a peripheral bus through a bus bridge, and the peripheral bus is connected with a plurality of peripheral interfaces.
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