CN112860225A - Intelligent irrigation area e platform with excellent expandability and secondary development structure construction method thereof - Google Patents
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- 230000002262 irrigation Effects 0.000 title claims abstract description 53
- 238000003973 irrigation Methods 0.000 title claims abstract description 53
- 238000010276 construction Methods 0.000 title claims abstract description 22
- 238000000034 method Methods 0.000 claims abstract description 20
- 238000012545 processing Methods 0.000 claims description 26
- 230000008520 organization Effects 0.000 claims description 6
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- 238000004806 packaging method and process Methods 0.000 claims description 3
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Abstract
The invention provides an intelligent irrigation area e platform with excellent expandability and a secondary development structure construction method thereof, wherein the method comprises the following steps: s1: creating a secondary development module; s2: establishing a corresponding relation between the interface of the secondary development module and the interface of the product module to complete the calling of the secondary development interface; the intelligent irrigation area e platform with excellent expandability and the secondary development structure construction method thereof can improve the expandability of the platform and provide a complete interface for a third-party company to perform secondary development based on the platform.
Description
Technical Field
The invention belongs to the technical field of communication, and particularly relates to an intelligent irrigation area e platform with excellent expandability and a secondary development structure construction method thereof.
Background
The existing irrigation area platform adopts a traditional three-layer full-stack architecture mode, namely, a presentation layer, a service layer and a data layer, and the mode has the advantages of convenience in development and low requirement on technical personnel, but also has a plurality of problems, such as: the system is difficult to change and upgrade, the expandability is not strong, large concurrent access cannot be processed, and especially at present when the internet and cloud technologies are developed at a high speed, the architecture mode cannot meet the requirement of large centralized cloud deployment.
Disclosure of Invention
In order to solve the technical problems, the invention provides an intelligent irrigation area e platform with excellent expandability and a secondary development structure construction method thereof.
The specific technical scheme of the invention is as follows:
an intelligent irrigation area e platform with excellent expandability comprises an application layer, a routing layer, a service layer and a data layer, wherein the application layer is used for sending a user request to the routing layer and receiving a processing result of the routing layer;
the service layer comprises a product service interface module and a secondary development service interface module;
a product service interface module: the product database module is used for receiving a calling instruction of the routing layer and accessing and calling the product database module;
secondary development service interface module: and the secondary development database module and the product service interface module are used for receiving a calling instruction of the routing layer, and accessing and calling the secondary development database module and the product service interface module.
The data layer comprises a product database module and a secondary development database module;
the product database module: constructing a product database and providing management data to a product service interface module;
secondary development database module: constructing a database for secondary development and providing management data for a secondary development service interface module;
the routing layer comprises a product module, a secondary development module and an organization and combination module;
and (3) product module: the system comprises a product service interface module, a product page processing module and a user interface module, wherein the product service interface module is used for receiving an event request of a user and accessing the product service interface module when the user operates on the product page;
a secondary development module: the system is used for receiving an event request of a user when the user operates a secondary development page, and can access the secondary development service interface module and the product service interface module;
an organization and combination module: the system is used for organizing and combining the product module and the secondary development module.
The invention also provides a construction method of the intelligent irrigation area e platform secondary development structure with excellent expandability, which comprises the following steps:
s1: creating a secondary development database in a data layer;
s2: creating a secondary development service API for accessing management data in a service layer; the secondary development service API can access a secondary development database and also can access a product service API;
s3: creating a secondary development module for receiving a user request at a routing layer, wherein the secondary development module can access the secondary development service API and the product service API;
s4: organizing and combining the secondary development module and the product module;
s5: the application layer develops the page for the second time according to the interface requirement of the application container;
s6: dynamic loading, namely loading the page of the secondary development of the application layer into the application container according to the requirement;
s7: the page running in the application space is supported through the style library, the control library, the resource library and the method library, and the page requested by the user is displayed in the browser for the user to use.
The intelligent irrigation area e platform with excellent expandability and the secondary development structure construction method thereof can improve the expandability of the platform and provide a complete interface for a third-party company to perform secondary development based on the platform.
Drawings
FIG. 1 is a block diagram showing a smart irrigation e-platform of embodiment 1 with superior scalability;
FIG. 2 is a schematic diagram of asynchronous call of embodiment 1;
FIG. 3 is a block diagram showing the structure of the intelligent irrigation e-platform of embodiment 2 with excellent expandability;
FIG. 4 is a block diagram showing the structure of the intelligent irrigation e-platform of embodiment 3 with superior scalability;
FIG. 5 is a block diagram showing the structure of the intelligent irrigation e-platform of embodiment 4 with excellent expandability;
FIG. 6 is a block diagram showing the structure of a service layer according to embodiment 5;
FIG. 7 is a flowchart of a method for constructing a secondary development structure of an e-platform for an intelligent irrigation area with superior scalability according to example 6;
FIG. 8 is a flowchart showing a method for constructing a secondary development structure of an e-platform for an intelligent irrigation area with superior scalability according to example 7;
FIG. 9 is a block diagram showing a secondary development structure of the intelligent irrigation e-platform of embodiment 7 with superior expandability;
FIG. 10 is a flowchart of a method for constructing a secondary development structure of an intelligent irrigation e-platform in accordance with embodiment 8.
Detailed Description
The invention is further described with reference to the following figures and examples, which are provided for the purpose of illustrating the general inventive concept and are not intended to limit the scope of the invention.
Example 1
As shown in fig. 1 and fig. 2, a smart irrigation e platform with superior scalability is provided, where the smart irrigation e platform includes an application layer, a routing layer, a service layer, and a data layer, the application layer is configured to send a user request to the routing layer and receive a processing result of the routing layer, the routing layer is configured to receive a user request sent by the application layer, send a processing result to the application layer, and asynchronously invoke the service layer, the service layer is configured to feed back an invocation of the routing layer and access the data layer, and the data layer is configured to store all data and receive and respond to a request of the service layer;
the service layer comprises a product service interface module 1 and a secondary development service interface module 2;
product service interface module 1: the product database module 3 is used for receiving a calling instruction of the routing layer and accessing and calling the product database;
secondary development service interface module 2: and the secondary development database module 4 and the product service interface module 1 are used for receiving a calling instruction of the routing layer, and accessing and calling.
The data layer comprises a product database module 3 and a secondary development database module 4;
product database module 3: constructing a product database and providing management data to the product service interface module 1;
secondary development database module 4: constructing a database for secondary development and providing management data for the secondary development service interface module 2;
the routing layer comprises a product module 5, a secondary development module 6 and an organization and combination module 7;
and (5) a product module: the system is used for receiving an event request of a user and accessing a product service interface module 1 when the user operates on a product page;
and a secondary development module 6: the system is used for receiving an event request of a user when the user operates a secondary development page, and can access the secondary development service interface module 2 and the product service interface module 1;
the organization merging module 7: for organizing and combining the product module 5 and the secondary development module 6.
The organization and combination module is used for effectively organizing a secondary development module (file module) which can be written by a user and a product module in parallel to construct a non-blocking I/O model based on event driving, and the non-blocking I/O can ensure that a CPU and the I/O do not depend on each other to wait, so that resources are better utilized;
by constructing the intelligent irrigation area e platform with excellent expandability, the expandability of the platform is fully considered in the technical architecture design, and a standard secondary development interface is defined, so that secondary development based on the platform becomes practical, irrigation area service changes are coped with, and the cooperation channel with other software development or system integration manufacturers is expanded.
Example 2
Embodiment 2 provides an intelligent irrigation e platform with superior expandability, as shown in fig. 3, which is different from embodiment 1 in that the product modules further include a request receiving module 8, a machine code compiling module 9, an event driving module 10, and a decompiling module 11;
the request receiving module 8: the event request is used for receiving an event request initiated by an application layer;
machine code compilation module 9: compiling the event request received by the request receiving module 8 into machine code for the CPU to execute;
the event-driven module 10: the compiler is used for processing the compiled machine code and sending a processing result to the decompilation module 11;
decompiling module 11: and the processing module is used for decompiling the received processing result and sending the decompiled processing result to the application layer.
The event request is an operation performed by a user at a client, and specifically includes but is not limited to an alarm request, a water level query request, a flow query request or a pipeline query request, the machine code is a system of an instruction set, and the instruction set, namely the machine code (machienecode), is data which can be directly interpreted by a CPU of a computer; an instruction is a statement in machine language, which is a meaningful set of binary codes, the basic format of the instruction is, for example, an opcode field and an address field, where the opcode specifies the nature and function of the operation of the instruction and the address gives the operand or the address of the operand; by the method, the html codes of the application layer and the java codes of the service layer cannot be directly communicated, the coupling degree of front and back end programs is reduced, the application layer programs or the service layer programs cannot be influenced when changed or expanded, and the purpose of low coupling of the front and back ends is achieved.
Example 3
Embodiment 3 provides an intelligent irrigation area e platform with superior expandability and a secondary development structure construction method thereof, as shown in fig. 4, the difference from embodiment 2 is that an application layer includes a page development module 12, a page loading module 13 and a page support module 14;
the page development module 12: the system comprises a development page used for developing a page according to the interface requirement of an application container;
the page loading module 13: the page development module 12 is used for dynamic loading, and loading the page developed by the page development module 12 into an application container according to the requirement;
the page support module 14: the page running in the application space is supported through the style library, the control library, the resource library and the method library, and the page requested by the user is displayed in the browser for the user to use.
By the method, support can be provided for the secondary development page.
Example 4
Embodiment 4 provides an intelligent irrigation e platform with superior expandability and a secondary development structure construction method thereof, as shown in fig. 5, the difference from embodiment 3 is that an event-driven module 10 includes a packaging module 101, an event queue module 102, a work thread module 103, and an asynchronous calling module 104;
the package module 101: the event queue module 102 is used for receiving the machine code, establishing a corresponding request object for the machine code, encapsulating the established request object, setting parameters and a callback function, and sending the encapsulated request object to the event queue module 102;
the event queue module 102: the module is used for receiving the encapsulated request objects, sequencing the request objects, sending the request objects to the corresponding work thread module 103, and sending the processing result sent by the work thread module 103 to the decompiling module 11;
the work thread module 103: the event queue module 102 is used for receiving a request object sent by the event queue module 102, sending an instruction to the asynchronous call module 104 according to the request object, receiving a processing result sent by the asynchronous call module 104, and sending the processing result to the event queue module 102;
the asynchronous call module 104: the system is used for receiving instructions of the worker thread module 103, asynchronously calling the service layer, and sending processing results to the worker thread module 103.
The event queue (eventqueue) refers to that each event corresponds to a queue entry, and each queue entry comprises an event handle pointer which points to the event handle queue of the event; an event kind, which is one of the basic events, when communication is carried out once, the method-driven event adds the program handle corresponding to the event and the priority thereof into the event program handle queue according to the event kind to be executed; the worker thread is generally used for executing some background tasks, such as data calculation and the like; the embodiment defines the event-driven module, which can be used to ensure that the Node on the upper layer and the custom thread pool and the IOCP on the lower layer are independent from each other, so as to achieve the purpose of asynchronous call, and also make the service layer API not only provide data service for a specified front-end application, but also classify according to data processing, thereby achieving the goal of high cohesion of back-end service.
Example 5
Embodiment 5 provides an intelligent irrigation area e platform, as shown in fig. 6, a service layer includes an RESTFUL layer and a DAO layer, the RESTFUL layer receives a corresponding routing layer request through a Jersey framework, and then uses a Spring framework to implement program intercommunication between the RESTFUL layer and the DAO layer, and finally, the DAO layer implements access to a plurality of relational databases by using a JDBC interface.
By the method, the judgment method is more scientific and reasonable, the judgment accuracy is further improved, and the user experience is improved.
Example 6
Embodiment 6 provides an intelligent irrigation area e platform, which is different from embodiment 5 in that, as shown in fig. 7, the data layer further includes:
the spatial database construction module 15 is used for acquiring spatial data and elevation relief data of the irrigation area and constructing a spatial database;
the service database construction module 16 is used for acquiring service data of the irrigation area and constructing a service database;
the thematic map drawing module 17 is used for loading maps of the irrigation areas respectively, calling data in the spatial database construction module and the business database construction module to be recorded into the maps to draw water conservancy thematic maps of the corresponding irrigation areas, and drawing a water conservancy thematic map in each irrigation area to comprehensively show the conditions of the corresponding irrigation areas;
after the spatial database construction module 15 and the business database construction module 16 finish data acquisition, the spatial database and the business database are respectively constructed after data are cleaned and data noise is removed.
The data layer integrates all service management data in the platform based on a geographic information management technology, is used for providing spatial data and irrigation area services for users, drawing a water conservancy thematic map of an irrigation area, acquiring elevation relief data, and the visual centralized display function of the irrigation area can be customized according to different requirements of different irrigation areas according to the requirements of the irrigation areas so as to meet the key points of information and data which are expected to be outstanding in management of different irrigation areas and the corresponding display form meeting the requirements of the irrigation areas; in the embodiment, when the platform has large geographical span, multiple service functions, centralized display areas and high operation and maintenance difficulty, non-blocking calling can be achieved by setting the routing layer, the aims of reducing the memory occupation and the CPU operation pressure of the server and processing high concurrent access are fulfilled.
Example 7
Embodiment 7 provides a method for constructing a secondary development structure of an intelligent irrigation area e platform with superior expandability, as shown in fig. 8 and illustrated in the following drawings, the method includes the following steps:
s1: creating a secondary development database in a data layer;
s2: creating a secondary development service API for accessing management data in a service layer; the secondary development service API can access a secondary development database and also can access a product service API;
s3: creating a secondary development module for receiving a user request at a routing layer, wherein the secondary development module can access the secondary development service API and the product service API;
s4: organizing and combining the secondary development module and the product module;
s5: the application layer develops the page for the second time according to the interface requirement of the application container;
s6: dynamic loading, namely loading the page of the secondary development of the application layer into the application container according to the requirement;
s7: the page running in the application space is supported through the style library, the control library, the resource library and the method library, and the page requested by the user is displayed in the browser for the user to use.
By the method, the expansibility of the platform can be improved, and a complete interface is provided for the third-party company to perform secondary development based on the platform.
Example 8
Embodiment 8 provides a method for constructing a secondary development structure of an intelligent irrigation area e platform with superior expandability, which is different from embodiment 9 in that, as shown in fig. 9, step S3 includes the following steps:
s31: analyzing a path;
s32: positioning a file;
s33: and compiling and executing.
When the secondary development module is called, the requirer method converts the path into a real path, takes the real path as an index, and puts the result after compiling execution in a cache so as to be faster during secondary loading.
Claims (9)
1. The intelligent irrigation e platform is characterized by comprising an application layer, a routing layer, a service layer and a data layer, wherein the application layer is used for sending a user request to the routing layer and receiving a processing result of the routing layer, the routing layer is used for receiving the user request sent by the application layer, sending the processing result to the application layer and asynchronously calling the service layer, the service layer is used for feeding back the calling of the routing layer and accessing the data layer, and the data layer is used for storing all data and receiving and responding the request of the service layer;
the service layer comprises a product service interface module (1) and a secondary development service interface module (2);
the product service interface module (1): the product database module is used for receiving a calling instruction of the routing layer and accessing and calling the product database module (3);
the secondary development service interface module (2): the system is used for receiving a calling instruction of a routing layer, accessing and calling a secondary development database module (4) and the product service interface module (1).
The data layer comprises a product database module (3) and a secondary development database module (4);
the product database module (3): constructing a product database and providing management data to the product service interface module (1);
the secondary development database module (4): constructing a database for secondary development and providing management data for the secondary development service interface module (2);
the routing layer comprises a product module (5), a secondary development module (6) and an organization and combination module (7);
the product module (5): the product service interface module is used for receiving an event request of a user and accessing the product service interface module (1) when the user operates a product page;
the secondary development module (6): the system is used for receiving an event request of a user when the user operates a secondary development page, and can access the secondary development service interface module (2) and the product service interface module (1);
the tissue merging module (7): the secondary development module is used for organizing and combining the product module (5) and the secondary development module (6).
2. The scalable smart farm e-platform of claim 1, wherein the product modules (5) comprise a request receiving module (8), a machine code compiling module (9), an event driving module (10), and a decompiling module (11);
the request receiving module (8): for receiving the application layer initiated event request;
the machine code compilation module (9): compiling the event request received by the request receiving module (8) into machine code (binary code) for CPU execution;
the event driven module (10): the decompilation module is used for processing the compiled machine code and sending a processing result to the decompilation module (11);
the decompilation module (11): and the processing module is used for decompiling the received processing result and sending the decompiled processing result to the application layer.
3. The scalable and highly scalable smart farm e-platform as claimed in claim 1, wherein the application layer comprises a page development module (12), a page loading module (13) and a page support module (14);
the page development module (12): the system comprises a development page used for developing a page according to the interface requirement of an application container;
the page loading module (13): for dynamic loading, loading the pages developed by the page development module (12) into the application container as required;
the page support module (14): the page running in the application space is supported through the style library, the control library, the resource library and the method library, and the page requested by the user is displayed in the browser for the user to use.
4. The smart irrigation e-platform with superior scalability according to claim 2, wherein the event-driven module (10) comprises a packaging module (101), an event queue module (102), a work thread module (103), and an asynchronous call module (104);
packaging module (101): the event queue module is used for receiving the machine code, establishing a corresponding request object for the machine code, encapsulating the established request object, setting parameters and a callback function, and sending the encapsulated request object to the event queue module (102);
event queue module (102): the system comprises a decompilation module (11) and a work thread module (103), wherein the decompilation module is used for receiving packaged request objects, sequencing the request objects, sending the request objects to the corresponding work thread module (103), and sending processing results sent by the work thread module (103) to the decompilation module;
the worker thread module (103): the event queue module (102) is used for receiving a request object sent by the event queue module (102), sending an instruction to the asynchronous calling module (104) according to the request object, receiving a processing result sent by the asynchronous calling module (104), and sending the processing result to the event queue module (102);
the asynchronous call module (104): the system is used for receiving the instruction of the working thread module (103), asynchronously calling the service layer and sending the processing result to the working thread module (103).
5. The smart arena e platform with superior scalability as claimed in claim 1, wherein the service layer includes a RESTFUL layer and a DAO layer, the RESTFUL layer receives the corresponding routing layer request through a Jersey framework, and then uses a Spring framework to implement the program interworking between the RESTFUL layer and the DAO layer, and finally the DAO layer uses a JDBC interface to implement the access to the multiple relational databases.
6. The intelligent irrigation e-platform of claim 1, wherein the product module (5) further comprises:
the spatial database building module (15) is used for acquiring spatial data and elevation terrain data of the irrigation area and building a spatial database;
the service database construction module (16) is used for acquiring service data of the irrigation area and constructing a service database;
and the thematic map drawing module (17) is used for loading the maps of the irrigation areas respectively, calling the data entry maps in the spatial database construction module (15) and the business database construction module (16) to draw the water conservancy thematic maps of the corresponding irrigation areas, and drawing one water conservancy thematic map in each irrigation area to comprehensively display the conditions of the corresponding irrigation areas.
7. The intelligent irrigation e-platform as claimed in claim 6, wherein the spatial database construction module (15) and the business database construction module (16) respectively construct the spatial database and the business database after cleaning the data and removing the data noise after the data collection.
8. A construction method of an intelligent irrigation area e platform secondary development structure with excellent expandability is characterized by comprising the following steps:
s1: creating a secondary development database in a data layer;
s2: creating a secondary development service API for accessing management data in a service layer; the secondary development service API can access a secondary development database and also can access a product service API;
s3: creating a secondary development module for receiving a user request at a routing layer, wherein the secondary development module can access the secondary development service API and the product service API;
s4: organizing and combining the secondary development module and the product module;
s5: the application layer develops the page for the second time according to the interface requirement of the application container;
s6: dynamic loading, namely loading the page of the secondary development of the application layer into the application container according to the requirement;
s7: the page running in the application space is supported through the style library, the control library, the resource library and the method library, and the page requested by the user is displayed in the browser for the user to use.
9. The method as claimed in claim 8, wherein the step S3 includes the following steps:
s31: analyzing a path;
s32: positioning a file;
s33: and compiling and executing.
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