CN110740187A - micro service architecture realization method - Google Patents
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/51—Discovery or management thereof, e.g. service location protocol [SLP] or web services
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1001—Protocols in which an application is distributed across nodes in the network for accessing one among a plurality of replicated servers
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/14—Session management
- H04L67/141—Setup of application sessions
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Abstract
The invention realizes the external provision of service entrance through the external gateway, enables each sub-service to be more similar to the self-function of the service through packaging the public module of each service, such as a security authentication module, and the like, reduces the system redundancy, improves the development efficiency of service developers by enabling the external gateway to support the dynamic language development habit, realizes the internal provision of service entrance through the internal gateway, ensures the isolation of the core service and the service, improves the reliability of the core service, and improves the development efficiency of bottom layer developers by enabling the internal gateway to support the static language development habit.
Description
Technical Field
The invention belongs to the technical field of computer internet application, and particularly relates to an implementation method of micro-service architectures.
Background
The micro-service architecture can decompose each service function module into discrete services, thereby reducing the coupling of the system, improving the expandability of the system, and enabling the continuous integration and continuous deployment of software to be more convenient and rapid, but inevitably facing new challenges, such as increased complexity of operation and maintenance, increased complexity of problem positioning, increased difficulty of system performance evaluation, and the like.
At present, background service programs can be divided into core functional services supporting a system and logic services supporting business by functional differentiation, the core functional services of the system are required to ensure the operating efficiency and are mainly developed by a static language and a TCP/UDP protocol, such as c + +, java and the like, and the logic services of the business are required to ensure the development efficiency and are mainly developed by a dynamic language and an HTTP/WEBSOCKET protocol, such as php, pyhon and the like.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides sets of high-reliability and easily-expandable micro-service architecture solutions, the bottom layer of a framework is compiled by using golang, and by using the characteristics of the golang protocol and the csp, the high performance and high concurrency of the architecture are ensured, and meanwhile, the horizontal expansion is supported, and the high availability of the architecture is ensured.
The invention adopts the following technical scheme:
implementation method of micro service architecture, including,
s1: the external service transmits the information M1 to an external gateway through a service configuration center, and the external gateway establishes a routing table and establishes connection with the external service;
s2: the internal gateway transmits the information M2 to the internal service through the service configuration center, and the internal service is connected with the internal gateway;
s3: the service configuration center transmits the information M2 to an external service, and the external service is connected with the internal gateway;
s4: the client sends the information M3 to the external gateway, the external gateway processes the information to obtain information M4, and the information M4 is forwarded to external services;
s5: the external service receives the information M4, performs protocol conversion, and invokes a corresponding processing message.
The technical proposal further optimizes steps and also comprises,
s6: the external service accesses the internal service, and the external service constructs information M5 and sends the information to the internal gateway;
s9: the interior gateway receives the information M5, processes the information to obtain information M6, and sends the information M7 to the interior gateway for processing and feeding back the processing result;
s11: after the internal gateway processes the information M7, the original path returns processing result information M8 to the external service;
s12: the external service processes the information M8 and returns processing result information M9 to the external gateway;
s13: the external gateway original path returns processing result information M10 to the client.
The technical solution is further optimized in step , and the external service and external gateway flow is as follows,
a1: the external service calls an external service registration module to register a message processing function and distributes configuration information to a service configuration center;
a2: the external gateway acquires external service information from the service configuration center, constructs a routing table and establishes connection with external services;
a3: the external gateway receives the appearance service request, calls an identity verification module to perform identity authentication, and calls a fusing current limiting module to perform fusing judgment and processing;
a4: the external gateway calls the routing module and the load balancing module to find an external service node to forward the request;
a5: the external gateway calls a protocol conversion module, encapsulates the request header and the request message body into private protocol message data, and forwards the private protocol message data to an external service node selected by A4;
a6: the external service receives the Request, calls a protocol conversion module, constructs a standard Request example and transmits the standard Request example to a corresponding processing function for processing;
a7: and externally recording the link calling information and returning the result.
The technical scheme is further optimized in step , and the identity authentication module is realized based on an http token authentication mode.
The technical solution is further optimized in step , and the internal service and internal gateway flow is as follows,
b1: the internal gateway issues configuration information to a service configuration center;
b2: the internal service calls an internal service registration module to register a message processing function, and the internal service acquires internal gateway information from the service configuration center and establishes connection with the internal gateway information;
b3: the internal service calls an internal service registration module and sends registration service routing information to the internal gateway;
b4: the internal gateway receives the service registration message, performs admission verification and generates a routing table;
b5: the internal gateway receives the request message;
b6: the internal gateway calls a fusing current limiting module to perform fusing judgment and processing;
b7: the internal gateway calls a routing module and a load balancing module, and finds an internal service node to forward a request;
b8: the internal service receives the request message forwarded by the internal gateway and calls a corresponding message processing function to process the request message;
b9: the internal service records the link calling information and returns the result.
In the technical scheme, the optimization is carried out in step , and the data transmission mode of the interior gateway comprises unicast messages and broadcast messages.
The technical scheme further optimizes steps, and the fusing current limiting module is realized based on the use of a third party package hystrix.
The technical scheme further optimizes steps, and the load balancing module is realized by adopting consistency hash algorithm.
The technical scheme further optimizes steps, and the protocol conversion is realized based on a standard http packet.
The technical scheme further optimizes steps, and the routing table is constructed by using two-level mapping, so that multiple versions of the same service can be compatible, and updating iteration of the service is facilitated.
Compared with the prior art, the invention has the following beneficial effects:
1. the invention realizes micro-service architectures, and solves the problem that the updating and repairing of large-scale integral applications of enterprises become more and more difficult as new requirements continuously increase in the traditional integral architecture application development system (CRM, ERP and other large-scale applications);
2. according to the invention, the external service processing function prototype is processed by according to the standard http processing function, so that the migration of the web historical project is facilitated, and the development efficiency of web background developers is improved;
3. the internal service processing function prototype is very simple, and background developers can concentrate on the development function;
4. in the invention, system public modules are systematically implemented at the gateway level, such as identity authentication, fusing and current limiting, data statistics and the like, so that the redundancy of the system is greatly reduced;
5. the double gateways improve the isolation of the system and can ensure that the core service of the system is more reliable and safer. The invention provides external services through the external gateway, ensures core services through the internal gateway, and isolates the external environment from the internal environment by using the double gateways, thereby ensuring more reliability and safety of the system.
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FIG. 1 is a diagram illustrating an exemplary method according to an embodiment of the present invention;
fig. 2 is a flow chart of an external gateway;
FIG. 3 is an external service flow diagram;
FIG. 4 is a flow chart of an interior gateway;
FIG. 5 is an internal service flow diagram;
fig. 6 is a flow chart of route table generation and route distribution.
Detailed Description
To further illustrate the embodiments , the present invention provides the accompanying drawings, part of the disclosure of the present invention, which are primarily intended to illustrate embodiments and, together with the description, explain the principles of operation of the embodiments.
The invention will now be described with reference to the figures and the detailed description .
Referring to fig. 1, which is a method example of the preferred embodiment of the present invention, the method for implementing micro service architectures of the preferred embodiment of the present invention includes the following steps,
s1: the external service issues service information M1 to the service configuration center, and the service configuration center sends the information M1 to the external gateway;
s2: the external gateway receives the configuration information M1, constructs a routing table and establishes tcp connection with the external service;
s3: the internal gateway issues gateway information M2 to the service configuration center, and the service configuration center transmits the information M2 to the internal service and the external service;
s4: the internal service receives the configuration information M2 and establishes tcp connection with the internal gateway;
s5: the external service receives the configuration information M2 and is connected with the internal gateway connection tcp;
s6: the external gateway receives the client APP request information M3, performs identity authentication, fusing and current limiting, routing distribution and protocol conversion, encapsulates the http header and the message body into data M4 of private messages, and forwards the data to an external service;
s7: receiving data M4 by the external service, converting the protocol to construct a Request instance, and calling a corresponding processing message;
s8: the external service needs to access the internal service, and the external service constructs information M5 and sends the information to the internal gateway;
s9: the interior gateway receives the information M5, performs fusing current limiting, routing distribution and load balancing, performs routing according to the target service ID, and sends the information M6 to the interior service;
s10: the internal service receives the information M6, calls a corresponding processing function, records a call log and returns processing result information M7 to the internal gateway;
s11: the original path of the internal gateway returns processing result information M8 to the external service;
s12: the external service receives the processing result information M8, records a call log, and returns the processing result information M9 to the external gateway;
s13: the external gateway original path returns processing result information M10 to the client APP.
It should be noted that the external service and the internal service are two independent service systems, and the external service needs to access the internal service, and then the external service needs to call the internal service SDK to access the internal gateway according to the internal service flow.
Referring to fig. 2, a flowchart of the external gateway according to the embodiment is shown, and includes the following steps,
a11, monitoring external service information change of a service configuration center, constructing a routing table, and establishing tcp connection with external services;
a12, receiving a client request;
a13, authentication is carried out, if the authentication is successful, the step A13 is carried out, and if the authentication is failed, the step A12 is carried out;
the authentication is identity authentication, and the authentication mode has a plurality of modes, and the embodiment adopts a token-based identity authentication method: the method comprises the following steps:
1) the client requests login by using a user name and a password;
2) the server receives the request to verify the user name and the password of the client;
3) after the verification is successful, the server side issues tokens, and then sends the tokens to the client side;
4) the client receives and stores the token;
5) each time a client requests a resource from a server, a token is used to assign a specific header field (header fields include, but are not limited to: timestamp, random string, etc.) and transmit the signature to the server;
6) the server side generates a signature in the same step, compares the signature with the signature of the client side, and if the signature is the same, the identity authentication is successful; if not, the identity authentication fails.
A14, identifying the state of the fuse, if opening, going to step A12, closing, going to step A15;
a15, distributing routes, selecting service nodes, converting protocols and constructing private data;
and A16, the forwarding private data is timed out to wait correspondingly, and a result is returned.
Referring to fig. 3, a flow chart of the external service of the embodiment includes the following steps,
a20, registering a message processing function;
a21, issuing external service information to a service configuration center, and waiting for an external gateway to establish connection;
a22, receiving external gateway information;
a23, calling a protocol conversion module, constructing a Request instance, and calling a corresponding routing processing function;
and A24, recording the link information and returning the processing result.
The external services and appearance gateway implementation flow of this embodiment, includes the following steps,
a1, the external service calls an external service registration module to register a message processing function, and the function prototype and a standard http processing function are similar to a function handler (rw http. responsewriter, r http. request) so as to adapt to the habit of a web developer;
while the prototype of the registered service processing function of the traditional web backend item (particularly implemented by golang) is function handler (rw http. responsewriter, r http. request), the embodiment samples prototype of the function, so that seamless migration of the history item can be achieved, and the system expansion is facilitated in the form of the registered service processing function.
A2: the external service issues configuration information to a service configuration center, wherein the configuration information comprises a service address, routing information and the like;
a3: the external gateway acquires external service information from the service configuration center, constructs a routing table and establishes tcp connection with the routing table;
a4: the external gateway receives the restful request and calls the identity module to perform identity authentication;
a5: the external gateway calls a fusing current limiting module to perform fusing judgment and processing;
a6: the external gateway calls the routing module and the load balancing module to find a proper external service node to forward the request;
a7: the external gateway calls a protocol conversion module, encapsulates the request header and the request message body into private protocol message data, and forwards the private protocol message data to an external service node selected by A6;
a8: the external service receives the Request, calls a protocol conversion module, constructs a Request example of a standard http library, and transmits the Request example to a corresponding processing function for processing;
a9: and externally recording the link calling information and returning the result.
Referring to fig. 4, a flow chart of the interior gateway is shown, which specifically includes the following steps,
b11, issuing gateway information to the service configuration center, waiting for the internal service to establish connection;
b12, receiving the internal service information and judging;
b13, if the message type is heartbeat message of the internal service, carrying out heartbeat response;
b14, if the message type is the registration message of the internal service, performing admission authentication on the internal service, and if the authentication is successful, generating a routing entry of the internal service;
b15, if the message type is a request message, performing the following steps:
a, executing a fusing current limiting process: judging whether the fusing is started or not, and if the fusing is started, refusing the service; if not, executing step b.
b, route distribution: and searching for target service and carrying out load balancing.
And c, forwarding the message, setting timeout time and waiting for response.
And d, returning a response result.
Referring to fig. 5, an internal service flow diagram is shown, which specifically includes the following steps,
b20, registering a message handling function;
b21, obtaining the internal gateway information from the service configuration center, and establishing tcp connection with the internal gateway information;
b22, sending the registration message to the internal gateway for admission authentication;
b23, waiting for the gateway to forward the request message;
b24, calling a corresponding message processing function;
b25, recording the link information and returning the result.
The internal service processing function prototype is: a function handler (so, Socket, msg, Message), so is a connection handle for sending data; msg is customer data, which developers can directly perform corresponding logic processing.
The implementation flow of the internal service and the internal gateway of this embodiment includes the following steps,
b1: the internal gateway issues configuration information to a service configuration center, wherein the configuration information comprises a service address and the like;
b2: the internal service calls an internal service registration module to register a message processing function, wherein the function prototype is as follows: a functional handler (so Socket, msg Message) for adapting the habit of the developer at the back end of the static language;
b3: the internal service acquires the internal gateway information from the configuration center and establishes tcp connection with the internal gateway information;
b4: the internal service calls an internal service registration module to register service routing information including a service name, a service identifier, a node identifier and the like in the internal gateway;
b5: the internal gateway receives the service registration message, performs admission verification and generates a routing table;
b6: the internal gateway receives the request message;
b7: the internal gateway calls a fusing current limiting module to perform fusing judgment and processing;
b8: the internal gateway calls the routing module and the load balancing module to find a proper internal service node to forward the request;
b9: the internal service receives the request message forwarded by the internal gateway and calls a corresponding message processing function to process the request message;
b10: the internal service records the link calling information and returns the result.
Referring to fig. 6, a flow chart of route table generation and route distribution is shown.
The external gateway obtains routing information for the external service registration from the service configuration center.
Step two: and the external gateway extracts the address and the monitoring port of the external service from the routing information and establishes tcp connection with the external service.
Step three, the external gateway generates a route entry of the external service according to the route information and the connection information established in the step two, the keys of level routes are service names for distinguishing different services, the keys of second level routes are version numbers for distinguishing different versions of the same service, and the route information comprises a service node number, a load balancing weight, a connection socket, a service path list and the like.
Step four: the external gateway receives the client request (the URL of the request is agreed as:http://domain/name/ version/path) And finding out specific service according to the name in the URL, finding out specific version of the specific service according to version in the URL, and judging whether the external service provides the service of the corresponding path or not according to the path of the URL.
And step five, calculating the service nodes after load balancing by using consistency hash algorithm.
Step six: and forwarding the request, setting timeout time and waiting for a processing result.
Step seven: and responding the processing result to the client.
While the invention has been particularly shown and described with reference to a preferred embodiment, it will be understood by those skilled in the art that 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, implementation method of micro service architecture, which comprises,
s1: the external service transmits the information M1 to an external gateway through a service configuration center, and the external gateway establishes a routing table and establishes connection with the external service;
s2: the internal gateway transmits the information M2 to the internal service through the service configuration center, and the internal service is connected with the internal gateway;
s3: the service configuration center transmits the information M2 to an external service, and the external service is connected with the internal gateway;
s4: the client sends the information M3 to the external gateway, the external gateway processes the information to obtain information M4, and the information M4 is forwarded to external services;
s5: the external service receives the information M4, performs protocol conversion, and invokes a corresponding processing message.
2. The method of claim 1, further comprising,
s6: the external service accesses the internal service, and the external service constructs information M5 and sends the information to the internal gateway;
s9: the interior gateway receives the information M5, processes the information to obtain information M6, and sends the information M7 to the interior gateway for processing and feeding back the processing result;
s11: after the internal gateway processes the information M7, the original path returns processing result information M8 to the external service;
s12: the external service processes the information M8 and returns processing result information M9 to the external gateway;
s13: the external gateway original path returns processing result information M10 to the client.
3. The method of claim 1, wherein the external services and external gateway flows are as follows,
a1: the external service calls an external service registration module to register a message processing function and distributes configuration information to a service configuration center;
a2: the external gateway acquires external service information from the service configuration center, constructs a routing table and establishes connection with external services;
a3: the external gateway receives the appearance service request, calls an identity verification module to perform identity authentication, and calls a fusing current limiting module to perform fusing judgment and processing;
a4: the external gateway calls the routing module and the load balancing module to find an external service node to forward the request;
a5: the external gateway calls a protocol conversion module, encapsulates the request header and the request message body into private protocol message data, and forwards the private protocol message data to an external service node selected by A4;
a6: the external service receives the Request, calls a protocol conversion module, constructs a standard Request example and transmits the standard Request example to a corresponding processing function for processing;
a7: and externally recording the link calling information and returning the result.
4. The method for implementing the micro service architecture as claimed in claim 3, wherein the identity authentication module is implemented based on http token authentication.
5. The method of claim 1, wherein the internal services and internal gateway flows are as follows,
b1: the internal gateway issues configuration information to a service configuration center;
b2: the internal service calls an internal service registration module to register a message processing function, and the internal service acquires internal gateway information from the service configuration center and establishes connection with the internal gateway information;
b3: the internal service calls an internal service registration module and sends registration service routing information to the internal gateway;
b4: the internal gateway receives the service registration message, performs admission verification and generates a routing table;
b5: the internal gateway receives the request message;
b6: the internal gateway calls a fusing current limiting module to perform fusing judgment and processing;
b7: the internal gateway calls a routing module and a load balancing module, and finds an internal service node to forward a request;
b8: the internal service receives the request message forwarded by the internal gateway and calls a corresponding message processing function to process the request message;
b9: the internal service records the link calling information and returns the result.
6. The method of claim 1, wherein the data transmission modes of the interior gateway include unicast messages and broadcast messages.
7. The method for implementing the micro-service architecture as claimed in claim 3 or 5, wherein the fuse current limiting module is implemented based on using a third party package hystrix.
8. The method for implementing the micro service architecture as claimed in claim 3 or 5, wherein the load balancing module is implemented by using consistency hash algorithm.
9. A method for implementing a microservice architecture according to claim 1 or 3, characterised in that said protocol conversion is implemented on the basis of standard http packets.
10. The method of implementing the microservice architecture of claim 1, 3 or 5, wherein the routing table is constructed using a two-level mapping.
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