技术领域Technical Field
本申请涉及业务装配技术领域，尤其涉及基于Camunda流程处理的组件化业务装配方法及系统。The present application relates to the technical field of business assembly, and in particular to a componentized business assembly method and system based on Camunda process processing.
背景技术Background Art
随着企业业务的复杂性和多变性不断增加，传统的业务流程管理方式已经难以满足企业的需求。企业需要一种更加灵活、可扩展且易于维护的业务流程管理方法，以适应市场的快速变化和业务的不断增长。As the complexity and variability of enterprise business continue to increase, traditional business process management methods can no longer meet the needs of enterprises. Enterprises need a more flexible, scalable and easy-to-maintain business process management method to adapt to the rapid changes in the market and the continuous growth of business.
目前，现有技术缺乏灵活的流程调整能力，任务分配机制不够智能化和自动化，导致任务分配效率低下且容易出错。At present, existing technologies lack flexible process adjustment capabilities, and the task allocation mechanism is not intelligent and automated enough, resulting in inefficient and error-prone task allocation.
发明内容Summary of the invention
本申请的目的是提供基于Camunda流程处理的组件化业务装配方法及系统，用以解决现有技术缺乏灵活的流程调整能力，任务分配机制不够智能化和自动化，导致任务分配效率低下且容易出错。The purpose of this application is to provide a componentized business assembly method and system based on Camunda process processing to solve the problems that the prior art lacks flexible process adjustment capabilities and the task allocation mechanism is not intelligent and automated enough, resulting in inefficient and error-prone task allocation.
鉴于上述问题，本申请提供了基于Camunda流程处理的组件化业务装配方法及系统。In view of the above problems, the present application provides a componentized business assembly method and system based on Camunda process processing.
第一方面，本申请提供了基于Camunda流程处理的组件化业务装配方法，所述方法通过基于Camunda流程处理的组件化业务装配系统实现，其中，所述方法包括：配置Camunda引擎运行服务器参数，获得可运行服务器；使用Camunda Modeler流程设计器，通过拖拽和配置BPMN图形元素，构建目标业务流程模型；将所述业务流程模型部署至所述可运行服务器，通过Camund a的流程管理控制台实时监控和管理流程的运行状态，获取运行状态数据；判断所述运行状态的可行性，生成任务列表；通过所述任务列表执行业务流程。In a first aspect, the present application provides a componentized business assembly method based on Camunda process processing, which is implemented by a componentized business assembly system based on Camunda process processing, wherein the method includes: configuring the Camunda engine running server parameters to obtain an executable server; using the Camunda Modeler process designer to build a target business process model by dragging and configuring BPMN graphic elements; deploying the business process model to the executable server, monitoring and managing the running status of the process in real time through the Camunda process management console, and obtaining running status data; judging the feasibility of the running status and generating a task list; and executing the business process through the task list.
第二方面，本申请还提供了基于Camunda流程处理的组件化业务装配系统，用于执行如第一方面所述的基于Camunda流程处理的组件化业务装配方法，其中，所述系统包括：可运行服务器获取模块，所述可运行服务器获取模块用于配置Camunda引擎运行服务器参数，获得可运行服务器；目标业务流程模型构建模块，所述目标业务流程模型构建模块用于使用Camunda Modele r流程设计器，通过拖拽和配置BPMN图形元素，构建目标业务流程模型；运行状态数据获取模块，所述运行状态数据获取模块用于将所述业务流程模型部署至所述可运行服务器，通过Camunda的流程管理控制台实时监控和管理流程的运行状态，获取运行状态数据；任务列表生成模块，所述任务列表生成模块用于判断所述运行状态的可行性，生成任务列表；业务流程执行模块，所述业务流程执行模块用于通过所述任务列表执行业务流程。In the second aspect, the present application also provides a componentized business assembly system based on Camunda process processing, which is used to execute the componentized business assembly method based on Camunda process processing as described in the first aspect, wherein the system includes: an executable server acquisition module, which is used to configure the Camunda engine running server parameters and obtain an executable server; a target business process model construction module, which is used to use the Camunda Modeler process designer to build a target business process model by dragging and configuring BPMN graphic elements; an operation status data acquisition module, which is used to deploy the business process model to the executable server, monitor and manage the operation status of the process in real time through the Camunda process management console, and obtain the operation status data; a task list generation module, which is used to judge the feasibility of the operation status and generate a task list; a business process execution module, which is used to execute the business process through the task list.
本申请中提供的一个或多个技术方案，至少具有如下技术效果或优点：One or more technical solutions provided in this application have at least the following technical effects or advantages:
通过配置Camunda引擎运行服务器参数，获得可运行服务器；使用CamundaModeler流程设计器，通过拖拽和配置BPMN图形元素，构建目标业务流程模型；将所述业务流程模型部署至所述可运行服务器，通过Camunda的流程管理控制台实时监控和管理流程的运行状态，获取运行状态数据；判断所述运行状态的可行性，生成任务列表；通过所述任务列表执行业务流程，有效解决了现有技术缺乏灵活的流程调整能力，任务分配机制不够智能化和自动化，导致任务分配效率低下且容易出错，提高了运营效率、响应市场变化并优化了资源配置。By configuring the Camunda engine running server parameters, an operational server is obtained; using the CamundaModeler process designer, a target business process model is constructed by dragging and configuring BPMN graphic elements; the business process model is deployed to the operational server, and the running status of the process is monitored and managed in real time through the Camunda process management console, and the running status data is obtained; the feasibility of the running status is determined and a task list is generated; the business process is executed through the task list, which effectively solves the problems of the existing technology lacking flexible process adjustment capabilities and the task allocation mechanism being not intelligent and automated enough, resulting in inefficient and error-prone task allocation, thereby improving operational efficiency, responding to market changes and optimizing resource allocation.
上述说明仅是本申请技术方案的概述，为了能够更清楚了解本申请的技术手段，而可依照说明书的内容予以实施，并且为了让本申请的上述和其他目的、特征和优点能够更明显易懂，以下特举本申请的具体实施方式。应当理解，本部分所描述的内容并非旨在标识本申请的实施例的关键或重要特征，也不用于限制本申请的范围。本申请的其他特征将通过以下的说明书而变得容易理解。The above description is only an overview of the technical solution of the present application. In order to more clearly understand the technical means of the present application, it can be implemented according to the contents of the specification, and in order to make the above and other purposes, features and advantages of the present application more obvious and easy to understand, the specific implementation methods of the present application are specifically cited below. It should be understood that the content described in this section is not intended to identify the key or important features of the embodiments of the present application, nor is it intended to limit the scope of the present application. Other features of the present application will become easy to understand through the following description.
附图说明BRIEF DESCRIPTION OF THE DRAWINGS
为了更清楚地说明本申请或现有技术中的技术方案，下面将对实施例或现有技术描述中所需要使用的附图作简单的介绍，显而易见地，下面描述中的附图仅仅是示例性的，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据提供的附图获得其他的附图。In order to more clearly illustrate the technical solutions in the present application or the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings in the following description are only exemplary, and for ordinary technicians in this field, other drawings can be obtained based on the provided drawings without creative work.
图1为本申请基于Camunda流程处理的组件化业务装配方法的流程示意图；FIG1 is a flow chart of a componentized business assembly method based on Camunda process processing of the present application;
图2为本申请基于Camunda流程处理的组件化业务装配系统的结构示意图。FIG2 is a schematic diagram of the structure of the componentized business assembly system based on Camunda process processing of the present application.
附图标记说明：Description of reference numerals:
可运行服务器获取模块11，目标业务流程模型构建模块12，运行状态数据获取模块13，任务列表生成模块14，业务流程执行模块15。The executable server acquisition module 11 , the target business process model construction module 12 , the operation status data acquisition module 13 , the task list generation module 14 , and the business process execution module 15 .
具体实施方式DETAILED DESCRIPTION
本申请通过提供基于Camunda流程处理的组件化业务装配方法及系统，解决了现有技术缺乏灵活的流程调整能力，任务分配机制不够智能化和自动化，导致任务分配效率低下且容易出错，提高了运营效率、响应市场变化并优化了资源配置。This application solves the problems of the existing technology lacking flexible process adjustment capabilities and the task allocation mechanism being not intelligent and automated enough, which leads to inefficient and error-prone task allocation, by providing a componentized business assembly method and system based on Camunda process processing. It improves operational efficiency, responds to market changes, and optimizes resource allocation.
下面，将参考附图对本申请中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅是本申请的一部分实施例，而不是本申请的全部实施例，应理解，本申请不受这里描述的示例实施例的限制。基于本申请的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本申请保护的范围。另外还需要说明的是，为了便于描述，附图中仅示出了与本申请相关的部分而非全部。Below, the technical solutions in the present application will be clearly and completely described with reference to the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all of the embodiments of the present application. It should be understood that the present application is not limited to the example embodiments described herein. Based on the embodiments of the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present application. It should also be noted that, for the convenience of description, only the parts related to the present application are shown in the accompanying drawings, rather than all of them.
实施例一Embodiment 1
请参阅附图1，本申请提供了基于Camunda流程处理的组件化业务装配方法，其中，所述方法应用于基于Camunda流程处理的组件化业务装配系统，所述方法具体包括如下步骤：Please refer to FIG. 1 . The present application provides a componentized service assembly method based on Camunda process processing. The method is applied to a componentized service assembly system based on Camunda process processing. The method specifically includes the following steps:
S1：配置Camunda引擎运行服务器参数，获得可运行服务器；S1: Configure the Camunda engine running server parameters to obtain a runnable server;
具体而言，可以选择Tomcat、WildFly、JBoss EAP或其他支持Java EE的应用服务器。下载Camunda BPM，如果使用Tomcat，将Camunda BPM的WAR包复制到Tomcat的webapps目录下。启动Tomcat服务器，Tomcat会自动解压WAR包并运行Camunda BPM。编辑应用服务器的配置文件，如Tomcat的server.xml或WildFly的standalone.xml，来配置JVM参数、数据库连接、端口号等。使用H2、MySQL、PostgreSQL等数据库，并配置好数据库连接。启动应用服务器，并确保Camunda BPM应用已正确部署。Specifically, you can choose Tomcat, WildFly, JBoss EAP or other application servers that support Java EE. Download Camunda BPM. If you use Tomcat, copy the WAR package of Camunda BPM to the webapps directory of Tomcat. Start the Tomcat server, Tomcat will automatically decompress the WAR package and run Camunda BPM. Edit the configuration file of the application server, such as Tomcat's server.xml or WildFly's standalone.xml, to configure JVM parameters, database connection, port number, etc. Use databases such as H2, MySQL, PostgreSQL, and configure the database connection. Start the application server and make sure that the Camunda BPM application has been deployed correctly.
S2：使用Camunda Modeler流程设计器，通过拖拽和配置BPMN图形元素，构建目标业务流程模型；S2: Use Camunda Modeler process designer to build the target business process model by dragging and configuring BPMN graphical elements;
具体而言，启动Camunda Modeler应用程序。在Camunda Modeler的主界面，创建一个新的BPMN流程图。拖拽相应的元素到画布上。例如，拖拽一个Start Event表示流程的开始，然后拖拽Task元素来表示具体的任务。拖动从一个元素的输出端口到另一个元素的输入端口，以建立元素之间的连接，表示流程的执行顺序。设置元素的名称、ID、描述等。指定任务的类型，并设置相关的执行者或候选组。保存得到构建目标业务流程模型。Specifically, start the Camunda Modeler application. In the main interface of Camunda Modeler, create a new BPMN flowchart. Drag the corresponding elements to the canvas. For example, drag a Start Event to indicate the start of the process, and then drag a Task element to indicate a specific task. Drag from the output port of one element to the input port of another element to establish a connection between the elements to indicate the execution order of the process. Set the element's name, ID, description, etc. Specify the type of task, and set the relevant executors or candidate groups. Save to build the target business process model.
S3：将所述业务流程模型部署至所述可运行服务器，通过Camunda的流程管理控制台实时监控和管理流程的运行状态，获取运行状态数据；S3: deploy the business process model to the executable server, monitor and manage the running status of the process in real time through the Camunda process management console, and obtain the running status data;
具体而言，将业务流程模型导出为BPMN XML文件。登录到Camunda BPM的流程管理控制台。上传BPMN XML文件。完成上传后，系统会自动将业务流程模型部署到Camunda BPM引擎中。通过控制台，实时监控流程的运行状态，包括任务的执行情况、流程中的决策路径等。Specifically, export the business process model as a BPMN XML file. Log in to the process management console of Camunda BPM. Upload the BPMN XML file. After the upload is completed, the system will automatically deploy the business process model to the Camunda BPM engine. Through the console, monitor the running status of the process in real time, including the execution of tasks, decision paths in the process, etc.
S4：判断所述运行状态的可行性，生成任务列表；S4: Determine the feasibility of the operating state and generate a task list;
具体而言，通过Web浏览器访问Camunda BPM的流程管理控制台，并使用适当的凭据登录。在控制台中找到流程实例，查看当前所有运行中的流程实例。选择一个特定的流程实例，查看其当前状态。状态可能包括运行中、已完成、已取消等。确保流程实例处于正常运行状态，没有异常或错误。通过查看流程实例的流程图或活动节点，识别当前流程执行到哪一步，以及是否有任何停滞或异常的活动。通过查看流程实例的历史记录，识别是否都已成功完成，没有出现失败或异常。检查系统资源，如CPU、内存等的使用情况，确保系统有足够的资源来支持流程的正常运行。任务列表包含了当前所有待处理的任务。这些任务是流程中定义的用户任务，需要由特定用户或组来完成。可以根据需要对任务进行筛选和排序，例如按优先级、截止日期、分配者等。对于每个任务，可以查看其详细信息，如任务描述、相关数据和文档等。然后，可以将任务分配给自己或其他用户，并开始处理任务。Specifically, access the process management console of Camunda BPM through a web browser and log in with the appropriate credentials. Find the process instance in the console and view all currently running process instances. Select a specific process instance and view its current status. The status may include running, completed, canceled, etc. Make sure that the process instance is in a normal running state without exceptions or errors. By viewing the flowchart or activity node of the process instance, you can identify which step the current process is executed to and whether there are any stalled or abnormal activities. By viewing the history of the process instance, you can identify whether it has been successfully completed without failures or exceptions. Check the usage of system resources such as CPU, memory, etc. to ensure that the system has enough resources to support the normal operation of the process. The task list contains all the currently pending tasks. These tasks are user tasks defined in the process and need to be completed by specific users or groups. Tasks can be filtered and sorted as needed, such as by priority, deadline, assignee, etc. For each task, you can view its details, such as task description, related data and documents, etc. Then, you can assign the task to yourself or other users and start processing the task.
S5：通过所述任务列表执行业务流程。S5: Execute the business process through the task list.
具体而言，从任务列表中选择一个待处理的任务。查看任务的详细信息，包括任务描述、相关数据和文档等。根据任务的描述和要求，执行相应的业务流程操作。在完成任务后，及时更新任务的状态，例如将状态从待处理更改为已完成。Specifically, select a pending task from the task list. View the detailed information of the task, including the task description, related data and documents, etc. Perform the corresponding business process operations according to the description and requirements of the task. After completing the task, update the status of the task in a timely manner, such as changing the status from pending to completed.
进一步，本申请还包括：Furthermore, the present application also includes:
获取模拟项目需求，预设多个用户权限；Obtain simulation project requirements and preset multiple user permissions;
初始化业务流程模型，向所述初始化业务流程加入所述多个用户权限，得到第一初始化业务流程模型；Initializing a business process model, adding the plurality of user permissions to the initialized business process, and obtaining a first initialized business process model;
模拟多个用户同时协作，检测所述第一初始化业务流程模型的同步情况；Simulating multiple users collaborating simultaneously to detect the synchronization status of the first initialized business process model;
根据所述同步情况更新所述第一初始化业务流程模型，得到第二初始化业务流程模型；Update the first initialization business process model according to the synchronization situation to obtain a second initialization business process model;
直至达到预设次数，获得所述目标业务流程模型。Until the preset number of times is reached, the target business process model is obtained.
具体而言，明确项目的目标和范围，包括业务流程的主要任务和活动。识别业务流程中涉及的各种角色，如管理员、普通用户、审核员等。确定每个角色在业务流程中的具体需求和权限。根据项目需求和角色分析，为每个角色设定具体的权限。权限可以包括查看、编辑、审批、删除等操作。确保权限设置能够满足业务流程的需求，并且不会造成安全隐患。将预设的多个用户权限加入业务流程模型中，确保每个角色在正确的环节拥有相应的权限。使用测试工具或模拟软件来模拟多个用户同时访问和修改业务流程模型。记录每个用户在模拟过程中的操作和数据变化。分析模拟过程中记录的数据，检查是否存在同步问题，如数据冲突、更新丢失等。针对检测到的同步问题，对业务流程模型进行调整和优化。优化包括改进权限设置、增加锁机制、调整数据更新策略等。重复上述步骤，对业务流程模型进行多次模拟和测试。每次迭代后都要根据测试结果对模型进行优化和改进。当达到预设的迭代次数或模型性能满足要求时，停止迭代。经过多次迭代和优化后，得到的业务流程模型即为目标业务流程模型。Specifically, clarify the goals and scope of the project, including the main tasks and activities of the business process. Identify the various roles involved in the business process, such as administrators, ordinary users, auditors, etc. Determine the specific requirements and permissions of each role in the business process. According to the project requirements and role analysis, set specific permissions for each role. Permissions can include operations such as viewing, editing, approving, and deleting. Ensure that the permission settings can meet the needs of the business process and will not cause security risks. Add multiple preset user permissions to the business process model to ensure that each role has the corresponding permissions at the right stage. Use testing tools or simulation software to simulate multiple users accessing and modifying the business process model at the same time. Record the operations and data changes of each user during the simulation. Analyze the data recorded during the simulation to check whether there are synchronization problems, such as data conflicts, update losses, etc. Adjust and optimize the business process model for the synchronization problems detected. Optimization includes improving permission settings, adding locking mechanisms, adjusting data update strategies, etc. Repeat the above steps to simulate and test the business process model multiple times. Optimize and improve the model based on the test results after each iteration. Stop the iteration when the preset number of iterations is reached or the model performance meets the requirements. After multiple iterations and optimizations, the resulting business process model is the target business process model.
进一步，本申请还包括：Furthermore, the present application also includes:
获取历史更新版本，检测所述目标业务流程模型功能；Obtaining historical update versions and detecting the target business process model function;
若检测结果值小于上一版本，进行版本回滚。If the detection result value is less than the previous version, the version is rolled back.
具体而言，访问版本控制系统，该系统应记录了业务流程模型的所有历史版本。从版本控制系统中检出或导出目标业务流程模型的前一版本或更早的版本。确定检测标准和测试用例，包括模型的正确性、性能、稳定性等方面的测试。使用自动化测试工具或手动测试方法，对当前的目标业务流程模型，即最新版本进行功能测试。记录测试结果，并与上一版本的测试结果进行比较。分析当前版本的测试结果，确定模型的功能是否满足预期要求。如果当前版本的模型在某些方面的功能表现不如上一版本，即检测结果值小于上一版本，则需要考虑是否进行版本回滚。如果确定当前版本存在严重问题，且这些问题在上一版本中不存在，则决定进行版本回滚。在版本控制系统中，将模型回滚到上一版本或更早的稳定版本。重新部署回滚后的版本，并进行必要的测试和验证，以确保回滚后的版本能够正常工作。Specifically, access the version control system, which should record all historical versions of the business process model. Check out or export the previous or earlier version of the target business process model from the version control system. Determine the detection criteria and test cases, including tests on the correctness, performance, stability, etc. of the model. Use automated testing tools or manual testing methods to perform functional tests on the current target business process model, that is, the latest version. Record the test results and compare them with the test results of the previous version. Analyze the test results of the current version to determine whether the functions of the model meet the expected requirements. If the current version of the model does not perform as well as the previous version in some aspects, that is, the test result value is less than the previous version, it is necessary to consider whether to roll back the version. If it is determined that there are serious problems with the current version and these problems do not exist in the previous version, decide to roll back the version. In the version control system, roll back the model to the previous version or an earlier stable version. Redeploy the rolled-back version and perform necessary tests and verifications to ensure that the rolled-back version can work properly.
进一步，本申请还包括：Furthermore, the present application also includes:
通过BPMN监控模拟同时协作过程，获得监控结果；Simulate the simultaneous collaboration process through BPMN monitoring and obtain monitoring results;
若监控结果为冲突信号，所述冲突信号制定解决策略；If the monitoring result is a conflict signal, a resolution strategy is formulated for the conflict signal;
根据所述解决策略更新业务流程模型。The business process model is updated according to the resolution strategy.
具体而言，使用支持BPMN的流程管理系统或工具，对模拟的同时协作过程进行实时监控。监控内容包括任务状态、流程进度、用户操作等信息。确保监控系统能够实时捕获并记录任何异常情况或冲突信号。收集并整理监控系统记录的数据。分析监控数据，识别出任何潜在的冲突信号或问题点。判断监控结果是否为冲突信号，如果监控结果显示存在多个用户同时尝试修改同一数据、资源争用、流程步骤执行顺序错误等情况，即可判定为冲突信号。冲突信号可能表现为数据不一致、任务停滞不前、异常错误提示等。根据冲突信号的具体类型和原因，制定相应的解决策略。引入锁机制，防止多个用户同时修改同一数据。调整任务分配和优先级，避免资源争用。优化流程设计，确保步骤执行的逻辑顺序正确。将制定的解决策略应用到业务流程模型中。更新模型中的相关元素，如添加锁标志、调整任务节点、优化流程路径等。确保更新后的业务流程模型能够解决之前监控到的冲突信号，并提升流程的稳定性和效率。Specifically, use a process management system or tool that supports BPMN to monitor the simulated simultaneous collaboration process in real time. The monitoring content includes information such as task status, process progress, and user operations. Ensure that the monitoring system can capture and record any abnormal situations or conflict signals in real time. Collect and organize the data recorded by the monitoring system. Analyze the monitoring data to identify any potential conflict signals or problem points. Determine whether the monitoring results are conflict signals. If the monitoring results show that there are multiple users trying to modify the same data at the same time, resource contention, and the process steps are executed in the wrong order, it can be determined as a conflict signal. Conflict signals may be manifested as inconsistent data, stagnant tasks, abnormal error prompts, etc. According to the specific type and cause of the conflict signal, formulate corresponding resolution strategies. Introduce a lock mechanism to prevent multiple users from modifying the same data at the same time. Adjust task allocation and priority to avoid resource contention. Optimize the process design to ensure that the logical order of step execution is correct. Apply the formulated resolution strategy to the business process model. Update relevant elements in the model, such as adding lock marks, adjusting task nodes, optimizing process paths, etc. Ensure that the updated business process model can resolve the previously monitored conflict signals and improve the stability and efficiency of the process.
进一步，本申请还包括：Furthermore, the present application also includes:
通过REST API获取对业务流程的访问信息，所述业务流程包括业务流程的执行进度、任务状态；Obtain access information to a business process through a REST API, wherein the business process includes the execution progress and task status of the business process;
验证访问用户的身份信息，根据请求的内容，检索对应业务流程信息。Verify the identity information of the accessing user and retrieve the corresponding business process information based on the content of the request.
具体而言，获取指定业务流程ID的执行进度和任务状态。在REST API中实现身份验证机制，以确保只有经过验证的用户才能访问业务流程信息。当客户端发送请求到RESTAPI时，验证用户的身份信息，使用身份验证机制来验证请求中的用户身份。如果验证失败，则返回错误响应。从请求中提取出业务流程ID或其他相关参数。根据请求中的业务流程ID，从数据库或业务流程引擎中检索对应的业务流程信息，包括执行进度和任务状态。根据检索到的业务流程信息，构建响应数据。响应数据通常以JSON格式返回给客户端，包含业务流程的执行进度、任务状态等信息。Specifically, get the execution progress and task status of the specified business process ID. Implement an authentication mechanism in the REST API to ensure that only authenticated users can access business process information. When the client sends a request to the REST API, verify the user's identity information and use the authentication mechanism to verify the user identity in the request. If the verification fails, an error response is returned. Extract the business process ID or other related parameters from the request. According to the business process ID in the request, retrieve the corresponding business process information from the database or business process engine, including the execution progress and task status. Construct response data based on the retrieved business process information. The response data is usually returned to the client in JSON format, containing information such as the execution progress and task status of the business process.
进一步，本申请还包括：Furthermore, the present application also includes:
利用Camunda的REST API，构建集成接口，所述集成接口用于与Camunda业务流程进行通信；Using Camunda's REST API, build an integration interface for communicating with the Camunda business process;
通过所述集成接口，获取所述业务流程的执行状态；Obtaining the execution status of the business process through the integration interface;
根据所述执行状态进行动态调整。Dynamic adjustment is performed according to the execution status.
具体而言，Specifically,
首先，构建一个集成接口，这个接口将作为你的应用程序与Camunda REST API之间的桥梁。可以使用编程语言和技术栈来构建，比如Java、Python、JavaScript等。确保你的接口能够正确地处理Camunda REST API的认证和授权机制。设计适当的错误处理机制，以便在调用Camunda REST API时能够优雅地处理错误和异常。通过集成接口，调用CamundaREST API来获取业务流程的执行状态。一旦获取了业务流程的执行状态，可以根据这些状态在你的应用程序中进行动态调整。更新用户界面以反映当前流程的状态。触发特定的业务逻辑，比如发送通知、更新数据库等。根据流程状态做出决策，比如是否允许用户进行某些操作。First, build an integration interface that will serve as a bridge between your application and the Camunda REST API. You can use programming languages and technology stacks to build it, such as Java, Python, JavaScript, etc. Make sure your interface can properly handle the authentication and authorization mechanisms of the Camunda REST API. Design appropriate error handling mechanisms so that errors and exceptions can be handled gracefully when calling the Camunda REST API. Through the integration interface, call the Camunda REST API to get the execution status of the business process. Once the execution status of the business process is obtained, you can make dynamic adjustments in your application based on these states. Update the user interface to reflect the current state of the process. Trigger specific business logic, such as sending notifications, updating the database, etc. Make decisions based on the process status, such as whether to allow users to perform certain operations.
进一步，本申请还包括：Furthermore, the present application also includes:
监测业务流程的变化，当检测到变化时，获取变更的业务流程需求；Monitor changes in business processes and, when changes are detected, obtain the changed business process requirements;
基于所述变更的业务流程需求，利用BPMN工具重新绘制业务流程模型，得到业务流程新模型；Based on the changed business process requirements, the business process model is redrawn using a BPMN tool to obtain a new business process model;
对所述业务流程新模型进行模拟测试；Conduct simulation tests on the new business process model;
若测试结果满足预设结果，将所述业务流程新模型导入至所述可运行模型中，进行管理控制。If the test result meets the preset result, the new business process model is imported into the executable model for management and control.
具体而言，收集关于业务流程变化的信息。一旦检测到业务流程发生变化，分析和评估变更需求对整体业务流程的影响，包括成本、效率、客户满意度等方面。基于变更的业务流程需求，使用BPMN工具重新绘制业务流程模型。确保新模型能够准确反映变更后的业务流程。使用BPMN工具或专门的模拟测试软件对新模型进行模拟测试。通过测试验证新模型的逻辑正确性、性能表现以及是否满足变更需求。记录测试结果，并对发现的问题进行修复和优化。如果测试结果满足预设结果，如性能达标、逻辑无误等，则准备将新模型导入到可运行模型中。将新模型导入到可运行模型中，并进行必要的配置和调整。Specifically, collect information about business process changes. Once a business process change is detected, analyze and evaluate the impact of the change requirements on the overall business process, including cost, efficiency, customer satisfaction, etc. Based on the changed business process requirements, use the BPMN tool to redraw the business process model. Ensure that the new model can accurately reflect the changed business process. Use BPMN tools or specialized simulation testing software to simulate the new model. Verify the logical correctness and performance of the new model through testing, as well as whether it meets the change requirements. Record the test results, and fix and optimize the problems found. If the test results meet the preset results, such as performance compliance and logical errors, prepare to import the new model into the operational model. Import the new model into the operational model and make necessary configurations and adjustments.
综上所述，本申请所提供的基于Camunda流程处理的组件化业务装配方法具有如下技术效果：In summary, the componentized business assembly method based on Camunda process processing provided by this application has the following technical effects:
通过配置Camunda引擎运行服务器参数，获得可运行服务器；使用CamundaModeler流程设计器，通过拖拽和配置BPMN图形元素，构建目标业务流程模型；将所述业务流程模型部署至所述可运行服务器，通过Camunda的流程管理控制台实时监控和管理流程的运行状态，获取运行状态数据；判断所述运行状态的可行性，生成任务列表；通过所述任务列表执行业务流程，有效解决了现有技术缺乏灵活的流程调整能力，任务分配机制不够智能化和自动化，导致任务分配效率低下且容易出错，提高了运营效率、响应市场变化并优化了资源配置。By configuring the Camunda engine running server parameters, an operational server is obtained; using the CamundaModeler process designer, a target business process model is constructed by dragging and configuring BPMN graphic elements; the business process model is deployed to the operational server, and the running status of the process is monitored and managed in real time through the Camunda process management console, and the running status data is obtained; the feasibility of the running status is determined and a task list is generated; the business process is executed through the task list, which effectively solves the problems of the existing technology lacking flexible process adjustment capabilities and the task allocation mechanism being not intelligent and automated enough, resulting in inefficient and error-prone task allocation, thereby improving operational efficiency, responding to market changes and optimizing resource allocation.
实施例二Embodiment 2
基于与前述实施例中基于Camunda流程处理的组件化业务装配方法，同样发明构思，本申请还提供了基于Camunda流程处理的组件化业务装配系统，请参阅附图2，所述系统包括：Based on the same inventive concept as the componentized business assembly method based on Camunda process processing in the aforementioned embodiment, the present application also provides a componentized business assembly system based on Camunda process processing, as shown in FIG. 2 , wherein the system includes:
可运行服务器获取模块11，所述可运行服务器获取模块11用于配置Cam unda引擎运行服务器参数，获得可运行服务器；An executable server acquisition module 11, wherein the executable server acquisition module 11 is used to configure Cam unda engine running server parameters to obtain an executable server;
目标业务流程模型构建模块12，所述目标业务流程模型构建模块12用于使用Camunda Modeler流程设计器，通过拖拽和配置BPMN图形元素，构建目标业务流程模型；A target business process model construction module 12, wherein the target business process model construction module 12 is used to use the Camunda Modeler process designer to construct a target business process model by dragging and configuring BPMN graphic elements;
运行状态数据获取模块13，所述运行状态数据获取模块13用于将所述业务流程模型部署至所述可运行服务器，通过Camunda的流程管理控制台实时监控和管理流程的运行状态，获取运行状态数据；The operation status data acquisition module 13 is used to deploy the business process model to the executable server, monitor and manage the operation status of the process in real time through the Camunda process management console, and acquire the operation status data;
任务列表生成模块14，所述任务列表生成模块14用于判断所述运行状态的可行性，生成任务列表；A task list generating module 14, the task list generating module 14 is used to determine the feasibility of the operating state and generate a task list;
业务流程执行模块15，所述业务流程执行模块15用于通过所述任务列表执行业务流程。The business process execution module 15 is used to execute the business process through the task list.
进一步，所述系统还包括模型获取模块，所述模型获取模块用于：Furthermore, the system further comprises a model acquisition module, wherein the model acquisition module is used to:
获取模拟项目需求，预设多个用户权限；Obtain simulation project requirements and preset multiple user permissions;
初始化业务流程模型，向所述初始化业务流程加入所述多个用户权限，得到第一初始化业务流程模型；Initializing a business process model, adding the plurality of user permissions to the initialized business process, and obtaining a first initialized business process model;
模拟多个用户同时协作，检测所述第一初始化业务流程模型的同步情况；Simulating multiple users collaborating simultaneously to detect the synchronization status of the first initialized business process model;
根据所述同步情况更新所述第一初始化业务流程模型，得到第二初始化业务流程模型；Update the first initialization business process model according to the synchronization situation to obtain a second initialization business process model;
直至达到预设次数，获得所述目标业务流程模型。Until the preset number of times is reached, the target business process model is obtained.
进一步，所述系统还包括回滚模块，所述回滚模块用于：Furthermore, the system further includes a rollback module, which is used to:
获取历史更新版本，检测所述目标业务流程模型功能；Obtaining historical update versions and detecting the target business process model function;
若检测结果值小于上一版本，进行版本回滚。If the detection result value is less than the previous version, the version is rolled back.
进一步，所述系统还包括冲突解决模块，所述冲突解决模块用于：Furthermore, the system further comprises a conflict resolution module, wherein the conflict resolution module is used to:
通过BPMN监控模拟同时协作过程，获得监控结果；Simulate the simultaneous collaboration process through BPMN monitoring and obtain monitoring results;
若监控结果为冲突信号，所述冲突信号制定解决策略；If the monitoring result is a conflict signal, a resolution strategy is formulated for the conflict signal;
根据所述解决策略更新业务流程模型。The business process model is updated according to the resolution strategy.
进一步，所述系统还包括流程信息获取模块，所述流程信息获取模块用于：Furthermore, the system further includes a process information acquisition module, and the process information acquisition module is used to:
通过REST API获取对业务流程的访问信息，所述业务流程包括业务流程的执行进度、任务状态；Obtain access information to a business process through a REST API, wherein the business process includes the execution progress and task status of the business process;
验证访问用户的身份信息，根据请求的内容，检索对应业务流程信息。Verify the identity information of the accessing user and retrieve the corresponding business process information based on the content of the request.
进一步，所述系统还包括动态调整模块，所述动态调整模块用于：Furthermore, the system further comprises a dynamic adjustment module, wherein the dynamic adjustment module is used for:
利用Camunda的REST API，构建集成接口，所述集成接口用于与Camu nda业务流程进行通信；Using Camunda's REST API, build an integration interface for communicating with the Camunda business process;
通过所述集成接口，获取所述业务流程的执行状态；Obtaining the execution status of the business process through the integration interface;
根据所述执行状态进行动态调整。Dynamic adjustment is performed according to the execution status.
进一步，所述系统还包括模拟测试模块，所述模拟测试模块用于：Furthermore, the system further comprises a simulation test module, wherein the simulation test module is used for:
监测业务流程的变化，当检测到变化时，获取变更的业务流程需求；Monitor changes in business processes and, when changes are detected, obtain the changed business process requirements;
基于所述变更的业务流程需求，利用BPMN工具重新绘制业务流程模型，得到业务流程新模型；Based on the changed business process requirements, the business process model is redrawn using a BPMN tool to obtain a new business process model;
对所述业务流程新模型进行模拟测试；Conduct simulation tests on the new business process model;
若测试结果满足预设结果，将所述业务流程新模型导入至所述可运行模型中，进行管理控制。If the test result meets the preset result, the new business process model is imported into the executable model for management and control.
本说明书中各个实施例采用递进的方式描述，每个实施例重点说明的都是与其他实施例的不同之处，前述图1实施例一中的基于Camunda流程处理的组件化业务装配方法和具体实例同样适用于本实施例的基于Camunda流程处理的组件化业务装配系统，通过前述对基于Camunda流程处理的组件化业务装配方法的详细描述，本领域技术人员可以清楚知道本实施例中基于Camunda流程处理的组件化业务装配系统，所以为了说明书的简洁，在此不再详述。对于实施例公开的系统而言，由于其与实施例公开的方法相对应，所以描述比较简单，相关之处参见方法部分说明即可。The various embodiments in this specification are described in a progressive manner, and each embodiment focuses on the differences from other embodiments. The componentized business assembly method based on Camunda process processing and the specific examples in the aforementioned embodiment 1 of Figure 1 are also applicable to the componentized business assembly system based on Camunda process processing in this embodiment. Through the aforementioned detailed description of the componentized business assembly method based on Camunda process processing, those skilled in the art can clearly understand the componentized business assembly system based on Camunda process processing in this embodiment, so for the sake of brevity of the specification, it will not be described in detail here. For the system disclosed in the embodiment, since it corresponds to the method disclosed in the embodiment, the description is relatively simple, and the relevant parts can be referred to the description of the method part.
对所公开的实施例的上述说明，使本领域专业技术人员能够实现或使用本申请。对这些实施例的多种修改对本领域的专业技术人员来说将是显而易见的，本文中所定义的一般原理可以在不脱离本申请的精神或范围的情况下，在其它实施例中实现。因此，本申请将不会被限制于本文所示的这些实施例，而是要符合与本文所公开的原理和新颖特点相一致的最宽的范围。The above description of the disclosed embodiments enables those skilled in the art to implement or use the present application. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present application. Therefore, the present application will not be limited to the embodiments shown herein, but will conform to the widest scope consistent with the principles and novel features disclosed herein.
显然，本领域的技术人员可以对本申请进行各种改动和变型而不脱离本申请的精神和范围。这样，倘若本申请的这些修改和变型属于本申请及其等同技术的范围之内，则本申请也意图包含这些改动和变型在内。Obviously, those skilled in the art can make various changes and modifications to the present application without departing from the spirit and scope of the present application. Thus, if these modifications and variations of the present application belong to the scope of the present application and its equivalent technology, the present application is also intended to include these modifications and variations.
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| CN202410694713.6ACN118569802A (en) | 2024-05-31 | 2024-05-31 | Componentized business assembly method and system based on Camunda process processing |
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