In this article, we will go into detail on how to customize Flowable’s engine. Three changes to the engine will be done: (1) Change the database connection by modifying the data source and adding custom data source properties. (2)Use a strong UUID generator. (3)Implement a custom event handler.
In this tutorial, we will be implementing a triggerable custom service task in Flowable. A triggerable task, is one that when it is reached, it is executes its business logic, but once done, it enters a wait state. In order to leave this state, it must be triggered.
In this post, you will learn how configure Flowable’s apps to use your custom Spring Boot REST API as a backend engine. All this, in a dockerized environment.
In this tutorial, we will be implementing a custom service task in Flowable
This is the second part of our “Deploying Flowable in a Docker Container and MySQL” series. In this post, you will learn how to deploy Flowable’s war files in a container running Tomcat, and connecting to another container running use MySQL database.
In this post, you will learn how to adapt Flowable’s war files to use MySQL as a database source. Once this is done, we will deploy them in a dockerized environment.
In this tutorial, we will be integrating Flowable’s BPM engine into our Spring Boot application.
Want to learn how to manage your application configuration in a distributed environment? Learn how to do it with Spring Cloud Config.
In this article, you will learn how to compile Flowable source code using MySQL as database source, and generate valid Docker images. Once you have the images, we will use Docker Compose for defining and running a multi-container Docker applications.
jQuery plugin for showing/hiding password with Bootstrap