CN112799645A - WCF-based distributed report system - Google Patents
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Abstract
The application discloses distributed statement system based on WCF includes: the data layer is used for extracting, cleaning and converting the service data generated in the semiconductor production process; the WCF service layer is used for separating business logic and performing module encapsulation of corresponding functional service on the business logic in the service module according to business requirements; the WCF client agent layer is used for defining different types of protocol contracts and hosting modes of console programs so as to deploy the service module at the server end; the interface display layer comprises a table control, a graphic control, a layout control and a third-party control, and is used for generating a corresponding data request by clicking the corresponding control on the interface display layer. By implementing the method and the system, the problems that the system is poor in scalability, difficult to interoperate with other systems, difficult to support a plurality of heterogeneous databases, large network communication volume and the like in the existing scheme can be solved.
Description
Technical Field
The application relates to the technical field of semiconductors, in particular to a WCF-based distributed reporting system.
Background
Currently, a reporting system is generally a reporting system supporting a two-layer (CS) structure. Fig. 1 shows a reporting system using a two-layer CS structure. The Client-Service structure is a common development framework established on the basis of the local area network, and is suitable for internal management and application of enterprises. The server (Service) is provided with a database for managing data. The Client (Client) is responsible for completing the interaction task with the user.
In practice, the report system with the two-layer CS structure has poor scalability, is difficult to interoperate with other systems, and is difficult to support a plurality of heterogeneous databases. The client and the server interact frequently, which relates to larger network communication quantity, and all clients are required to install and configure database client software to realize the communication interaction with the server.
Disclosure of Invention
In order to overcome the defects in the prior art, the application aims to provide a distributed reporting system based on WCF, which can solve the problems of poor system scalability, difficulty in interoperation with other systems, difficulty in supporting multiple heterogeneous databases, large network communication capacity and the like in the existing scheme.
To achieve the above and other objects, the present application provides a WCF-based distributed reporting system, including: the WCF comprises a data layer, a WCF service layer, a WCF client agent layer and an interface display layer; wherein:
the data layer comprises an extraction-conversion-loading ETL data processing program and is used for extracting, cleaning and converting the business data generated in the semiconductor production process so as to convert the produced business data into corresponding report data;
the WCF service layer is used for separating the service logic of the system and performing module encapsulation of corresponding functional service on the service logic in a service module according to service requirements;
the WCF client agent layer is used for defining different types of protocol contracts and hosting modes of console programs, and performing module encapsulation of business logic in the protocol contracts so as to deploy the service module at a server end, thereby realizing communication interaction between the client and the server end;
the interface display layer comprises a table control, a graphic control, a layout control and a third-party dashboard control, and is used for generating a corresponding data request by clicking the corresponding control on the interface display layer.
Optionally, the data layer, the WCF service layer, and the WCF client agent layer are deployed at a server, and the interface display layer is deployed at a client.
Optionally, the form control, the graphical control, the layout control and the third party dashboard control all employ lightweight interface development controls.
Optionally, the different types of protocol contracts include at least one of: a data contract, a service contract, an operations contract, and a message contract.
Optionally, the WCF-based distributed reporting system is a reporting system with a three-layer structure, where the three-layer structure includes a database, a WCF service layer, and a client, and the database and the WCF service layer are both deployed at the server.
Optionally, in the WCF service layer, different functional services communicate through defined interfaces and protocol contract connections.
Optionally, different types of protocol contracts and interfaces are defined by calling an IRreport program under the MARSinterface.
Optionally, the WCF service layer is implemented by calling a reporting program under MARSService.
Optionally, the hosting mode in the service module is realized by calling an app.
Optionally, the interface display of the interface display layer on the client is realized by calling ClientService under marccilient.
It can be seen from the above that this application provides a distributed statement system based on WCF, can reach following beneficial effect: business logic can be stripped from the client, thin clients are realized, and expansibility is strong; when the service logic is changed, the service logic is released without updating the client, and the user access and the user behavior can be effectively controlled; the client of the operating system does not need to install a corresponding database client program; the module division of corresponding business logic can be realized in the WCF service layer, and various factory report requirements are met; meanwhile, the problems that the system is poor in scalability, difficult to interoperate with other systems, difficult to support a plurality of heterogeneous databases, large network communication capacity and the like in the existing scheme can be effectively solved.
Drawings
Fig. 1 is a schematic structural diagram of a reporting system with a two-layer CS structure provided in the prior art.
Fig. 2 and fig. 3 are schematic structural diagrams of two WCF-based distributed reporting systems according to an embodiment of the present application.
Fig. 4 is a schematic structural diagram of a functional service module according to an embodiment of the present application.
Fig. 5 and fig. 6 are schematic diagrams of two client-side and server-side communication interactions provided by an embodiment of the present application.
Fig. 7 is a schematic communication interaction diagram of a reporting system implemented based on WCF according to an embodiment of the present application.
Detailed Description
Other advantages and effects of the present application will become apparent to those skilled in the art from the present disclosure, which is made apparent from the following detailed description of the embodiments given by way of example only and taken in conjunction with the accompanying drawings. The present application is capable of other and different embodiments and its several details are capable of modification in various other respects, all without departing from the spirit and scope of the present application.
Fig. 2 is a schematic structural diagram of a distributed reporting system based on wcf (windows Communication foundation) according to an embodiment of the present application. The distributed reporting system shown in fig. 2 adopts a WCF distributed structure and technology, and is designed to adopt a three-layer structure: database-WCF service layer-client. The client generates a data request and sends the data request to the WCF service layer for processing, and the WCF service layer acquires corresponding service data requested by the data request from the database and returns the service data to the client for displaying. The report system performs module division on a business logic layer aiming at data generated by a semiconductor manufacturing execution system so as to meet the engineering application requirements of production line data analysis and production operation guidance.
The WCF Service programming technology is a technology in the NET Architecture, which is used to create a Service-Oriented Architecture (SOA) application program, and creates a three-tier system through the WCF. The service-oriented architecture SOA is essentially a component model, splits different functional units (services) of an application program, and is linked by well-defined interfaces and protocols between the functional services. The interface is defined in a neutral manner and is independent of a hardware platform, an operating system and a programming language for realizing the service. This allows functional services built into a wide variety of systems to interact in a uniform and versatile manner. For example, please refer to fig. 3, which is a schematic diagram of a possible client-side and server-side communication interaction provided by the embodiment of the present application. As shown in fig. 3, the distributed reporting system is developed using C # language, a service is deployed in a server (also referred to as a host), and a client transmits messages to and from the server through a communication channel. The service of the server side can realize message communication with the client side through a model & contract (model & contact).
It should be noted that, the WCF defines a protocol for two parties to communicate with each other by contracts (for example, contracts of different types), contracts must be embodied by interfaces, and actual service codes must be derived and implemented by these contract interfaces. The contract types include, but are not limited to, a data contract (data contract), a service contract (service contract), an operation contract (operation contract), and a message contract (message contract). The data contract is used for booking data format when two parties communicate, the service contract is used for booking definition of service, the operation contract is used for booking method for providing service, and the message contract is used for booking specification for rewriting message content during communication. Please refer to fig. 4, which illustrates a detailed schematic diagram of a possible communication interaction between the client and the server. As shown in fig. 4, a client (client APP) is deployed with proxy software (proxy), which may also be referred to as a node (endpoint). A service module (service) including contract transactions and service is deployed in a server (also referred to as a book service host), and the service module may be specifically deployed on one or more nodes (endpoints). The Client process, namely the Client program, realizes the mutual communication with the host process of the server side by defining the Client Service and the APP. The invention relates to a host process, which is realized by using a host mode, and a name is defined in the host, for example, by defining Report Implementation in MARSService, IRreport in MARSIterface and APP.config in HostAllService, so that a Client process can access through Client Service, and simultaneously realize the definition and realization of a Service interface, and synchronously define a database access mechanism to obtain the access and interaction with a production database. It should be noted that the message interaction mode between the client and the server supports the following 3 modes. The first one, support the service contract and operation in the request-reply mode; second, supporting a service contract and operation in a unidirectional mode, [ operation contract (IsOneWay) value ] can be used only if the return type is void; third, service contracts and operation in duplex mode are supported.
Please refer to fig. 5, which is a schematic structural diagram of a possible WCF-based distributed reporting system according to an embodiment of the present application. The distributed reporting system shown in fig. 5 is a multi-layer structure system constructed by using microsoft WCF distributed technology, and specifically includes a data layer 501, a WCF service layer 502, a WCF client agent layer 503, and an interface display layer 504. Wherein the content of the first and second substances,
the data layer 501 includes an extract (extract) -transform (transform) -load (load) ETL data processing program, and uses an oracle SQL development program (procedure), sets a planning task to perform automatic update with different frequencies, and is used to perform data extraction, cleaning and transformation work on business data generated in the semiconductor production process, and transform the produced business data into report data suitable for analysis and presentation.
The WCF service layer 502 is configured to separate service logic from clients, and package and manage the service logic in a service module, which facilitates function expansion and system maintenance. That is, according to actual business requirements, module encapsulation of corresponding functional services can be performed on business logic in a service module, and at present, the business logic can be divided into 6 large modules and 31 sub-modules in total according to business requirements. As shown in fig. 5, the service modules in the WCF service layer 502 may be divided into a basic service module and a functional service module, where the basic service module is deployed with an authority management module, a dictionary management module, a data access module, and the like, and the functional service module may perform division of corresponding functional modules according to service needs, for example, module 1, module 2 …, module n, and the like.
Please refer to fig. 6, which illustrates a specific structure diagram of a functional service module. As shown in fig. 6, the functional business module is divided into 6 large modules, which are respectively a Work In Process (WIP), a wafer LOT, a Material, an Index report (Index), a Machine, and a Management (Management) module. Wherein, the WIP module can be subdivided into the following sub-modules: WIP profile, local core site report (LMSR), local WIP, and ENGINEER WIP. The wafer LOT module comprises the following sub-modules: and submodules such as a withholding batch (Hold LOT), a bank LOT (bank LOT), a LOT to be merged (merge LOT), a batch experiment (STR), which can also be called a small batch experiment and a large batch experiment (MSTR). The raw Material (Material) module comprises the following submodules: a Front Opening Unified Pod (FOUP), a Non-productive wafer (NPW), and an Inductively Coupled Plasma Mass Spectrometry (ICPMS), which may specifically include an Inductively coupled plasma technique and a mass spectrometry technique. The Index report (Index) module comprises the following sub-modules: sub-modules such as a coming lot (ComingLot), a product index (prodydex), a production daily report, and a daily movement amount monitor (movereal). The equipment (Machine) module comprises submodules such as an Equipment Maintenance Control System (EMCS), an equipment function report (capability), equipment limitation (constraint), core equipment monitoring (key tool), pump change (pump change), equipment performance monitoring (EQPPerformance) and equipment online tracking (Machine release). The Management module comprises the following sub-modules: the system includes submodules such as Annual Preventive Maintenance (APM), abnormal event inspection (abnormal check), special site running target setting (special target), Daily movement amount achievement plan (Daily MAP), long-term movement amount achievement plan (MAP), engineering high-level lot management (quota control), and machine-hour limit management (qtme).
The WCF client agent layer 503 deploys the service module on the server side by defining different types of protocol contracts (e.g., service contract and operation contract) and hosting modes of console programs, so as to implement communication interaction between the client and the server side. The hosting method includes, but is not limited to, Internet Information Services (IIS) Services, Windows Services, Winform Services, console programs, and the like.
The interface display layer 504 is used for realizing a thin client, ensuring high integration of report data display, and embodying performance advantages, and the system adopts lightweight interface development software. Specifically, as shown in the figure, the form control (SourceGrid) not belonging to the interface display layer 504 is an open source Winform data form control, that is, a third-party open source form control, and the form control is used for making forms in various forms, and has the advantages of being more flexible and faster than a Visual standard default control. The graphic control (Mschart) is a drawing control owned by Microsoft, particularly a diagram control issued by Microsoft and based on NET3.5 and above frames, and is used for making various types of graphics and has comprehensive drawing functions. The layout control (MDI component) is a Microsoft self-contained multi-document interface control and a multi-document interface technology, is used for making an interface of multiple documents and multiple pages, and is convenient for switching and display management of the multiple pages. The third party control (Dashboard control or Devexpress) can be specifically referred to as a third party charging interface control, and is used for development of the display board type interface in the invention.
In practical application, the interface display layer 504 is deployed on the client side, and the rest layers (such as the data layer 501, the WCF service layer 502 and the WCF client agent layer 503) are deployed on the server side.
Please refer to fig. 7, which is a schematic diagram illustrating an implementation of the WCF technology to implement the communication interaction between the client and the server according to the embodiment of the present application. The method can adopt a Visual Studio development tool to develop by using a C # programming language, adopts a data processing mode of Oracle sql to process corresponding data, and adopts a click once issuing mode to issue. As shown in fig. 7, the solution (solution) for the entire project in the WCF implementation includes 5 projects (projects), as shown in detail. The method comprises the steps that HostAllService is used as a host, and the hosting mode in a service module, including interface and hosting operation of services and the like, is realized by calling an App. MARSClient is used for displaying an interface and a client, and specifically, the interface display layer and the interface display of the client can be realized by calling ClientService under MARSClient, and the MARSClient comprises all interface displays of a service module, an access host and the like, so that the client proxy service is realized. The marsnterface is a debit, includes all interface definitions of the service module, and specifically defines different types of protocol contracts and interfaces by calling an irreport program under the marsnterface, such as defining service contracts (service contract/operation contract), and referring to a system. Both the MARSService and the MARSServceInstaller are services, and the implementation of the WCF service layer can be provided by calling a reporting program under the MARSService, for example, the implementation includes the specific implementation of a service module, the derivation of an irreport, and the like.
By implementing the embodiment of the application, a distributed reporting system is designed, a distributed architecture is built by using a Microsoft WCF technology, a server side and a client side are separately operated on different computers, development is carried out by using C #, a client side program integrates interface display technologies such as Mschart, Source grid and MDI component, a WCF service contract is defined to carry out module packaging design of service logic in the service contract, data corresponding to a module uses oracle sql to carry out ETL processing, and conversion from service data to reporting data is completed. It can achieve or obtain the following technical effects:
1. and the business logic is stripped from the client, the thin client is realized, and the expansibility is strong.
2. The service logic layer operates on the server side, the service logic is released without updating the client side when being changed, and the user access and user behaviors can be effectively controlled, for example, the data connection quantity is controlled to be 50, the data acquisition time is controlled to be within 5 minutes, and the like.
3. The client running the system does not need to install a database client program.
4. And performing module division on business logic in the WCF service layer to meet the requirements of various factory report forms.
The above embodiments are merely illustrative of the principles and utilities of the present application and are not intended to limit the application. Modifications and variations can be made to the above-described embodiments by those skilled in the art without departing from the spirit and scope of the present application. Therefore, the protection scope of the present application should be as set forth in the claims.
Claims (10)
1. A WCF-based distributed reporting system, comprising: the WCF comprises a data layer, a WCF service layer, a WCF client agent layer and an interface display layer; wherein:
the data layer comprises an extraction-conversion-loading ETL data processing program and is used for extracting, cleaning and converting the business data generated in the semiconductor production process so as to convert the produced business data into corresponding report data;
the WCF service layer is used for separating the service logic of the system and performing module encapsulation of corresponding functional service on the service logic in a service module according to service requirements;
the WCF client agent layer is used for defining different types of protocol contracts and hosting modes of console programs, and performing module encapsulation of business logic in the protocol contracts so as to deploy the service module at a server end, thereby realizing communication interaction between the client and the server end;
the interface display layer comprises a table control, a graphic control, a layout control and a third-party dashboard control, and is used for generating a corresponding data request by clicking the corresponding control on the interface display layer.
2. The WCF-based distributed reporting system as claimed in claim 1, wherein the data layer, the WCF service layer and the WCF client agent layer are deployed on a server side, and the interface display layer is deployed on a client side.
3. The WCF-based distributed reporting system of claim 1 wherein the form control, the graphic control, the layout control and the third party dashboard development control employ lightweight interface development controls.
4. The WCF-based distributed reporting system of claim 1 wherein the different types of protocol contracts include at least one of: a data contract, a service contract, an operations contract, and a message contract.
5. The WCF-based distributed reporting system of claim 1, wherein the WCF-based distributed reporting system is a reporting system with a three-tier architecture, the three-tier architecture being a database, a WCF service tier and a client, wherein the database and the WCF service tier are both deployed at the server.
6. The WCF-based distributed reporting system of claim 1 wherein in the WCF services layer, communication is through defined interfaces and protocol contract connections for different functional services.
7. The WCF-based distributed reporting system of claim 6 wherein different types of protocol contracts and interfaces are defined by calling an irreport program under marsinteface.
8. The WCF-based distributed reporting system of claim 6 wherein implementation of the WCF services layer is provided by calling a reporting implementation program under MARSService.
9. The WCF-based distributed reporting system of claim 6 wherein the hosted style in said service module is implemented by calling app.
10. The WCF-based distributed reporting system of claim 6, wherein interface display of the interface display layer at the client is achieved by calling ClientService under MARSClient.
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