CN111427547A - C + + based micro-service development method and system - Google Patents
C + + based micro-service development method and system Download PDFInfo
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Abstract
The invention provides a C + + based micro-service development method and a C + + based micro-service development system, wherein the method and the system provide a micro-service framework mode which mainly performs service by using a C + + system language and simultaneously support the service extension of java language, the method and the system can isolate micro-services formed by correspondingly dividing a micro-service development framework, and can also support various clients to access and support a cross-platform localization operating system, and the method and the system can also realize high decoupling between different micro-services and facilitate accessing to a corresponding service management platform for unified management and monitoring.
Description
Technical Field
The invention relates to the technical field of micro-service architecture, in particular to a C + + based micro-service development method and system.
Background
The micro-service is a small and autonomous service for coordinating work, and the micro-service framework is to divide the software system according to the micro-service and determine the service boundary according to the service boundary, so that the whole software system has stronger autonomy, elasticity and expansibility, and can also meet the technical heterogeneity. At present, a micro-service implementation framework is mainly implemented through java language and comprises a java service development framework and a service management platform, wherein the development framework meets the service requirements of different java-based business system development according to the framework idea of the micro-service. However, due to the requirements of the traditional software industry on high real-time performance and high performance and the fact that C + + language still widely covers more fields, the existing micro-service development framework based on java language cannot be directly applied to the micro-service development framework based on C + + language, which seriously affects the implementation of the micro-service development framework based on C + + language.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a C + + based micro-service development method and a C + + based micro-service development system, wherein the C + + based micro-service development frame is provided, a corresponding service generation template and/or service operation is formed according to the micro-service development frame, corresponding engineering standard service and development guide service are sequentially executed according to the micro-service development frame, a corresponding service administration platform is constructed according to the development guide service, and finally, each micro-service block correspondingly formed by the micro-service development frame is adaptively adjusted through the service administration platform; therefore, the C + + based micro-service development method and the C + + based micro-service development system provide a micro-service framework mode which mainly performs service by using a C + + system language, and simultaneously support the service extension of java language, the method and the system can isolate micro-services formed by correspondingly dividing a micro-service development framework, can support various clients to access and support a cross-platform localization operating system, and can also realize high decoupling between different micro-services and facilitate accessing to a corresponding service management platform for unified management and monitoring.
The invention provides a C + + based microservice development method, which is characterized by comprising the following steps of:
step S1, providing a C + + based micro-service development framework, and forming a corresponding business generation template and/or business service operation according to the micro-service development framework;
step S2, according to the micro service development frame, executing corresponding engineering standard service and development guiding service in turn;
step S3, constructing a corresponding service management platform according to the development guide service;
step S4, each micro service block correspondingly formed by the micro service open framework is adaptively adjusted through the service governance platform;
further, in step S1, providing a C + + based microservice development framework, and forming a corresponding business generation template and/or business service operation according to the microservice development framework specifically includes,
step S101, providing a C + + based micro-service development framework, and acquiring a corresponding development engineering specification and/or an interface specification from the micro-service development framework;
step S102, forming a corresponding development guiding tool and/or a service packaging tool according to the development engineering specification and/or the interface specification;
step S103, generating a corresponding code template and/or executing a corresponding business service packaging operation according to the development guiding tool and/or the service packaging tool;
further, in the step S2, executing the corresponding engineering specification service and the development guiding service in sequence according to the micro service development framework specifically includes,
step S201, defining related engineering specifications and development guide modes according to the micro-service development framework;
step S202, the engineering specification and the development guide mode are standardized and unified, and corresponding engineering specification service and development guide service are determined;
step S203, according to the respective decoupling characteristics of the engineering specification service and the development guide service, executing the engineering specification service and the development guide service;
further, in the step S3, constructing a corresponding service governance platform according to the development guide service specifically includes,
step S301, determining engineering files and template codes related to the micro-service development framework according to the execution result of the development guiding service;
step S302, analyzing the project file and the template code so as to determine system state information of the micro service system formed by the micro service development framework;
step S303, determining the service management platform comprising service registration, fault-tolerant control, gateway transfer, communication scene setting, data monitoring and checking and micro-service configuration according to the system state information;
further, in the step S4, the adaptively adjusting each micro service area block correspondingly formed by the micro service open framework through the service administration platform specifically includes,
step S401, performing at least one of full-life-cycle management, registration discovery, health monitoring and dual-computer hot standby on each micro-service block through service registration of the service administration platform;
step S402, monitoring the abnormal chain reaction of the service related to the service cascade calling for each micro service block through the service management platform;
step S403, performing at least one of gateway filtering, gateway authority verification and gateway current limiting on request data from the outside through the service administration platform;
step S404, according to the service administration platform, providing message queue communication related to at least one of a calling communication scene between the user client and the micro service, a communication scene between each functional module in the service administration platform and a substitute communication scene between different micro service blocks;
step S405, monitoring and checking the data generation and/or operation state of each micro service block according to the service management platform;
step S406, according to the service governance platform, distributing and allocating the configuration information to each micro service block.
The invention also provides a C + + based microservice development system, which is characterized in that:
the C + + based micro-service development system comprises a micro-service business execution module, an engineering specification service module, a development guide service module, a service administration module and a micro-service block adjustment module; wherein the content of the first and second substances,
the micro-service business execution module is used for forming a corresponding business generation template and/or business service operation according to the micro-service development framework;
the engineering standard service module is used for executing corresponding engineering standard services according to the micro-service development framework;
the development guiding service module is used for executing corresponding development guiding service according to the micro-service development framework;
the service management module is used for constructing a corresponding service management platform according to the development guide service;
the micro service block adjusting module is used for adaptively adjusting each micro service block correspondingly formed by the micro service open framework according to the service management platform;
further, the micro-service business execution module comprises a specification forming submodule, a tool forming submodule and a tool execution submodule; wherein the content of the first and second substances,
the specification forming submodule is used for acquiring corresponding development engineering specifications and/or interface specifications from the micro-service development framework;
the tool forming sub-module is used for forming a corresponding development guiding tool and/or a service packaging tool according to the development engineering specification and/or the interface specification;
the tool execution sub-module is used for carrying out corresponding code templates and/or executing corresponding business service packaging operation according to the development guide tool and/or the service packaging tool;
further, the engineering specification service module and the development guide service module are also used for respectively defining related engineering specifications and development guide modes according to the micro-service development framework;
alternatively, the first and second electrodes may be,
the engineering specification service module and the development guide service module are also used for respectively carrying out standardized unified processing on the engineering specification and the development guide mode so as to determine corresponding engineering specification service and development guide service;
alternatively, the first and second electrodes may be,
the engineering specification service module and the development guide service module are also used for executing the engineering specification service and the development guide service according to respective decoupling characteristics of the engineering specification service and the development guide service;
further, the service management module comprises a source data determining sub-module, a system state information determining sub-module and a service management platform constructing sub-module; wherein the content of the first and second substances,
the source data determining submodule is used for determining engineering files and template codes related to the micro-service development framework according to the execution result of the development guide service;
the system state information determining submodule is used for analyzing the engineering file and the template code so as to determine the system state information of the micro service system formed by the micro service development framework;
the service management platform construction submodule is used for constructing a service management platform comprising service registration, fault-tolerant control, gateway transfer, communication scene setting, data monitoring and checking and micro-service configuration according to the system state information;
further, the micro service block adjusting module comprises a service registration sub-module, a fault-tolerant control sub-module, a gateway sub-module, a communication sub-module, a monitoring sub-module and a configuration sub-module; wherein the content of the first and second substances,
the service registration submodule is used for performing at least one of full-life-cycle management, registration discovery and health monitoring and dual-computer hot standby on each micro-service block through service registration of the service administration platform;
the fault-tolerant control submodule is used for monitoring the abnormal chain reaction of the service related to the service cascade calling of each micro service block through the service management platform;
the gateway sub-module is used for performing at least one of gateway filtering, gateway authority verification and gateway current limiting on request data from the outside through the service management platform;
the communication sub-module is used for providing message queue communication related to at least one of a calling communication scene between a user client and the micro-service, a communication scene between each functional module in the service administration platform and a substitute communication scene between different micro-service blocks according to the service administration platform;
the monitoring submodule is used for monitoring and checking the data generation and/or the running state of each micro-service block according to the service management platform;
and the configuration submodule is used for distributing and allocating configuration information to each micro service block according to the service governance platform.
Compared with the prior art, the C + + based micro-service development method and system provided by the invention have the advantages that a C + + based micro-service development frame is provided, corresponding business generation templates and/or business service operations are formed according to the micro-service development frame, corresponding engineering standard services and development guide services are sequentially executed according to the micro-service development frame, a corresponding service administration platform is constructed according to the development guide services, and finally, each micro-service block correspondingly formed by the micro-service development frame is adaptively adjusted through the service administration platform; therefore, the C + + based micro-service development method and the C + + based micro-service development system provide a micro-service framework mode which mainly performs service by using a C + + system language, and simultaneously support the service extension of java language, the method and the system can isolate micro-services formed by correspondingly dividing a micro-service development framework, can support various clients to access and support a cross-platform localization operating system, and can also realize high decoupling between different micro-services and facilitate accessing to a corresponding service management platform for unified management and monitoring.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the embodiments or technical descriptions will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present application, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic flow chart of a C + + based microservice development method provided by the present invention.
Fig. 2 is a schematic structural diagram of a C + + based microservice development system provided by the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 is a schematic flow chart of a C + + based microservice development method according to the present invention. The C + + based microservice development method comprises the following steps:
step S1, providing a C + + based micro-service development framework, and forming a corresponding business generation template and/or business service operation according to the micro-service development framework;
step S2, according to the micro service development frame, executing the corresponding project specification service and development guiding service in turn;
step S3, constructing a corresponding service management platform according to the development guide service;
step S4, performing adaptive adjustment on each micro service block correspondingly formed by the micro service open framework through the service administration platform.
Preferably, in step S1, providing a C + + based micro-service development framework, and forming a corresponding business generation template and/or business service operation according to the micro-service development framework specifically includes,
step S101, providing a C + + based micro-service development framework, and acquiring a corresponding development engineering specification and/or an interface specification from the micro-service development framework;
step S102, forming a corresponding development guiding tool and/or a service packaging tool according to the development engineering specification and/or the interface specification;
step S103, generating a corresponding code template and/or executing a corresponding business service packaging operation according to the development guiding tool and/or the service packaging tool.
Preferably, in the step S2, executing the corresponding engineering specification service and the development guide service in sequence according to the micro service development framework specifically includes,
step S201, defining relevant engineering specifications and development guide modes according to the micro-service development framework;
step S202, the engineering specification and the development guidance mode are standardized and unified, and corresponding engineering specification service and development guidance service are determined;
step S203, according to the respective decoupling characteristics of the engineering standard service and the development guiding service, executing the engineering standard service and the development guiding service.
Preferably, in step S3, constructing a corresponding service governance platform according to the development guide service specifically includes,
step S301, determining engineering files and template codes related to the micro-service development framework according to the execution result of the development guide service;
step S302, the engineering file and the template code are analyzed, so as to determine the system state information of the micro service system formed by the micro service development framework;
step S303, according to the system state information, the service management platform including service registration, fault-tolerant control, gateway transfer, communication scene setting, data monitoring and viewing and micro-service configuration is determined.
Preferably, in step S4, the adaptively adjusting each micro-service area block correspondingly formed by the micro-service open framework through the service administration platform specifically includes,
step S401, through the service registration of the service administration platform, at least one of the management of the whole life cycle, the registration discovery and the health monitoring and the dual-computer hot standby is carried out on each micro service block;
step S402, monitoring the abnormal chain reaction of the service related to the service cascade calling for each micro service block through the service management platform;
step S403, performing at least one of gateway filtering, gateway authority verification and gateway current limiting on request data from the outside through the service governance platform;
step S404, according to the service administration platform, providing message queue communication related to at least one of calling communication scene between the user client and the micro service, communication scene between each function module in the service administration platform and substitute communication scene between different micro service blocks;
step S405, according to the service management platform, monitoring and checking the data generation and/or operation state of each micro service block;
step S406, according to the service administration platform, distributing and allocating the configuration information to each micro service block.
Fig. 2 is a schematic flow chart of a C + + based microservice development method according to the present invention. The C + + based micro-service development system comprises a micro-service business execution module, an engineering standard service module, a development guide service module, a service administration module and a micro-service block adjustment module; wherein the content of the first and second substances,
the micro-service business execution module is used for forming a corresponding business generation template and/or business service operation according to the micro-service development framework;
the engineering standard service module is used for executing corresponding engineering standard services according to the micro-service development framework;
the development guiding service module is used for executing corresponding development guiding service according to the micro-service development framework;
the service management module is used for constructing a corresponding service management platform according to the development guide service;
the micro service block adjusting module is used for adaptively adjusting each micro service block correspondingly formed by the micro service open framework according to the service management platform.
Preferably, the micro-service execution module comprises a specification forming submodule, a tool forming submodule and a tool execution submodule; wherein the content of the first and second substances,
the specification forming submodule is used for acquiring corresponding development engineering specifications and/or interface specifications from the micro-service development framework;
the tool forming sub-module is used for forming a corresponding development guiding tool and/or a service packaging tool according to the development engineering specification and/or the interface specification;
the tool execution submodule is used for carrying out corresponding code templates and/or corresponding business service packaging operations according to the development guide tool and/or the service packaging tool.
Preferably, the engineering specification service module and the development guide service module are further used for respectively defining related engineering specifications and development guide modes according to the micro-service development framework.
Preferably, the engineering specification service module and the development guidance service module are further configured to perform standardized unified processing on the engineering specification and the development guidance mode, respectively, so as to determine corresponding engineering specification service and development guidance service.
Preferably, the engineering specification service module and the development guide service module are further configured to execute the engineering specification service and the development guide service according to respective decoupling characteristics of the engineering specification service and the development guide service, respectively.
Preferably, the service management module comprises a source data determining submodule, a system state information determining submodule and a service management platform constructing submodule; wherein the content of the first and second substances,
the source data determining submodule is used for determining engineering files and template codes related to the micro-service development framework according to the execution result of the development guide service;
the system state information determining submodule is used for analyzing and processing the project file and the template code so as to determine the system state information of the micro service system formed by the micro service development framework;
the service management platform construction submodule is used for constructing the service management platform comprising service registration, fault-tolerant control, gateway transfer, communication scene setting, data monitoring and checking and micro-service configuration according to the system state information.
Preferably, the micro service block adjusting module comprises a service registration sub-module, a fault-tolerant control sub-module, a gateway sub-module, a communication sub-module, a monitoring sub-module and a configuration sub-module; wherein the content of the first and second substances,
the service registration submodule is used for performing at least one of full-life-cycle management, registration discovery and health monitoring and dual-computer hot standby on each micro-service block through service registration of the service administration platform;
the fault-tolerant control submodule is used for monitoring the abnormal chain reaction of the service related to the service cascade calling of each micro service block through the service management platform;
the gateway submodule is used for performing at least one of gateway filtering, gateway permission verification and gateway current limiting on request data from the outside through the service governance platform;
the communication sub-module is used for providing message queue communication for at least one of calling communication scenes between the user client and the micro-service, communication scenes between all functional modules in the service administration platform and substitute communication scenes between different micro-service blocks according to the service administration platform;
the monitoring submodule is used for monitoring and checking the data generation and/or the running state of each micro-service block according to the service management platform;
the configuration submodule is used for distributing and allocating configuration information to each micro service block according to the service administration platform.
As can be seen from the content of the foregoing embodiment, in the C + + based micro-service development method and system, the C + + based micro-service development frame is provided, and a corresponding service generation template and/or service operation is formed according to the micro-service development frame, and according to the micro-service development frame, a corresponding engineering specification service and a development guidance service are sequentially executed, and then a corresponding service administration platform is constructed according to the development guidance service, and finally, through the service administration platform, an adaptive adjustment is performed on each micro-service block correspondingly formed by the micro-service development frame; therefore, the C + + based micro-service development method and the C + + based micro-service development system provide a micro-service framework mode which mainly performs service by using a C + + system language, and simultaneously support the service extension of java language, the method and the system can isolate micro-services formed by correspondingly dividing a micro-service development framework, can support various clients to access and support a cross-platform localization operating system, and can also realize high decoupling between different micro-services and facilitate accessing to a corresponding service management platform for unified management and monitoring.
Claims (10)
1. A C + + based micro-service development method is characterized by comprising the following steps:
step S1, providing a C + + based micro-service development framework, and forming a corresponding business generation template and/or business service operation according to the micro-service development framework;
step S2, according to the micro service development frame, executing corresponding engineering standard service and development guiding service in turn;
step S3, constructing a corresponding service management platform according to the development guide service;
and step S4, adaptively adjusting each micro service block correspondingly formed by the micro service open framework through the service governance platform.
2. The C + + based microservice development method of claim 1, wherein:
in step S1, providing a C + + based microservice development framework, and forming a corresponding business generation template and/or business service operation according to the microservice development framework specifically includes,
step S101, providing a C + + based micro-service development framework, and acquiring a corresponding development engineering specification and/or an interface specification from the micro-service development framework;
step S102, forming a corresponding development guiding tool and/or a service packaging tool according to the development engineering specification and/or the interface specification;
step S103, generating a corresponding code template and/or executing a corresponding business service packaging operation according to the development guiding tool and/or the service packaging tool.
3. The C + + based microservice development method of claim 1, wherein:
in the step S2, executing the corresponding engineering specification service and the development guidance service in sequence according to the micro service development framework specifically includes,
step S201, defining related engineering specifications and development guide modes according to the micro-service development framework;
step S202, the engineering specification and the development guide mode are standardized and unified, and corresponding engineering specification service and development guide service are determined;
step S203, according to the respective decoupling characteristics of the engineering specification service and the development guide service, executing the engineering specification service and the development guide service.
4. The C + + based microservice development method of claim 1, wherein:
in step S3, constructing a corresponding service governance platform according to the development guide service specifically includes,
step S301, determining engineering files and template codes related to the micro-service development framework according to the execution result of the development guiding service;
step S302, analyzing the project file and the template code so as to determine system state information of the micro service system formed by the micro service development framework;
step S303, according to the system state information, determining the service management platform including service registration, fault-tolerant control, gateway transfer, communication scene setting, data monitoring and viewing and micro-service configuration.
5. The C + + based microservice development method of claim 1, wherein:
in step S4, the adaptively adjusting each micro service tile correspondingly formed by the micro service open framework through the service administration platform specifically includes,
step S401, performing at least one of full-life-cycle management, registration discovery, health monitoring and dual-computer hot standby on each micro-service block through service registration of the service administration platform;
step S402, monitoring the abnormal chain reaction of the service related to the service cascade calling for each micro service block through the service management platform;
step S403, performing at least one of gateway filtering, gateway authority verification and gateway current limiting on request data from the outside through the service administration platform;
step S404, according to the service administration platform, providing message queue communication related to at least one of a calling communication scene between the user client and the micro service, a communication scene between each functional module in the service administration platform and a substitute communication scene between different micro service blocks;
step S405, monitoring and checking the data generation and/or operation state of each micro service block according to the service management platform;
step S406, according to the service governance platform, distributing and allocating the configuration information to each micro service block.
6. A C + + based microservice development system is characterized in that:
the C + + based micro-service development system comprises a micro-service business execution module, an engineering specification service module, a development guide service module, a service administration module and a micro-service block adjustment module; wherein the content of the first and second substances,
the micro-service business execution module is used for forming a corresponding business generation template and/or business service operation according to the micro-service development framework;
the engineering standard service module is used for executing corresponding engineering standard services according to the micro-service development framework;
the development guiding service module is used for executing corresponding development guiding service according to the micro-service development framework;
the service management module is used for constructing a corresponding service management platform according to the development guide service;
and the micro service block adjusting module is used for adaptively adjusting each micro service block correspondingly formed by the micro service open framework according to the service management platform.
7. The C + + based microservice development system of claim 6, wherein:
the micro service business execution module comprises a specification forming submodule, a tool forming submodule and a tool execution submodule; wherein the content of the first and second substances,
the specification forming submodule is used for acquiring corresponding development engineering specifications and/or interface specifications from the micro-service development framework;
the tool forming sub-module is used for forming a corresponding development guiding tool and/or a service packaging tool according to the development engineering specification and/or the interface specification;
the tool execution submodule is used for executing corresponding code templates and/or corresponding business service packaging operations according to the development guide tool and/or the service packaging tool.
8. The C + + based microservice development system of claim 6, wherein:
the engineering specification service module and the development guide service module are also used for respectively defining related engineering specifications and development guide modes according to the micro-service development framework;
alternatively, the first and second electrodes may be,
the engineering specification service module and the development guide service module are also used for respectively carrying out standardized unified processing on the engineering specification and the development guide mode so as to determine corresponding engineering specification service and development guide service;
alternatively, the first and second electrodes may be,
the engineering specification service module and the development guide service module are further used for executing the engineering specification service and the development guide service according to the decoupling characteristics of the engineering specification service and the development guide service respectively.
9. The C + + based microservice development system of claim 6, wherein:
the service management module comprises a source data determining submodule, a system state information determining submodule and a service management platform constructing submodule; wherein the content of the first and second substances,
the source data determining submodule is used for determining engineering files and template codes related to the micro-service development framework according to the execution result of the development guide service;
the system state information determining submodule is used for analyzing the engineering file and the template code so as to determine the system state information of the micro service system formed by the micro service development framework;
and the service management platform construction submodule is used for constructing the service management platform comprising service registration, fault-tolerant control, gateway transfer, communication scene setting, data monitoring and checking and micro-service configuration according to the system state information.
10. The C + + based microservice development system of claim 6, wherein:
the micro service block adjusting module comprises a service registration sub-module, a fault-tolerant control sub-module, a gateway sub-module, a communication sub-module, a monitoring sub-module and a configuration sub-module; wherein the content of the first and second substances,
the service registration submodule is used for performing at least one of full-life-cycle management, registration discovery and health monitoring and dual-computer hot standby on each micro-service block through service registration of the service administration platform;
the fault-tolerant control submodule is used for monitoring the abnormal chain reaction of the service related to the service cascade calling of each micro service block through the service management platform;
the gateway sub-module is used for performing at least one of gateway filtering, gateway authority verification and gateway current limiting on request data from the outside through the service management platform;
the communication sub-module is used for providing message queue communication related to at least one of a calling communication scene between a user client and the micro-service, a communication scene between each functional module in the service administration platform and a substitute communication scene between different micro-service blocks according to the service administration platform;
the monitoring submodule is used for monitoring and checking the data generation and/or the running state of each micro-service block according to the service management platform;
and the configuration submodule is used for distributing and allocating configuration information to each micro service block according to the service governance platform.
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| CN113703732A (en) * | 2021-11-01 | 2021-11-26 | 深圳易帆互动科技有限公司 | Method for realizing multi-language development of game back end |
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