Everybody knows the features and functions of the no-code platforms. Let us revise in short. The no-code platforms allow you to create applications without writing a single line code rapidly and in an efficient way. Programmers, as well as non-programmers, can easily build applications with complex workflows. No-code platforms save time, money, and energy required to create applications. But the main question arises Can NoCode platforms build applications with complex workflows?
Now a question arises, can no-code platforms create applications with complex workflows?
Yes or No? If yes, how it builds applications with complex workflows? Let us try to get information.
The answer is yes. No-code applications can build applications having complex workflows. If you’re a developer, no doubt you’ve created an application that utilizes some sort of workflow automation. Some sort of business process management (BPM) is unified to a lot of applications whether it’s authorized logic, dynamic logic or parallel processes nowadays. Why is this so? The reason behind it, they assist organizations to enhance operational efficiency, user experience, and, conclusively, consumer service and satisfaction. In simple words, they play a critical role in an organization to stay competitive and relevant.
One of the key features of no-code platforms is an inherent workflow engine that developers could use to build the easiest or even the cosmopolitan BPM workflows. At first, it may not seem astonishing, but the reason why it is one of the favorites is they don’t have different steps for modeling and executing business processes: It is created at once using an easy drag-and-drop feature.
Conclusively, any developer can simply undertake the code behind automated workflows and quickly build new or modify current processes, hence expediting the development of the application as a whole.
Building Automated Workflows in No-Code Applications
Workflows are the orchestration (arrangement) of business activities where a series of stages that are needed to be completed in a sequence for confident processes to happen.
There are three processes about how it works.
- The initial step is an order approval process activated when anyone submits an order and makes sure that the process can only continue after the approval of the manager.
- The next one is the expiration of the order that cancels the operation if they do not receive manager approval.
- And last one, a provisional process stating that if the starting conditions change, for instance, if the new stuff is added to the order, an entire process is restarted.
OutSystem helps to build applications with complex workflows.
OutSystem is constructed to address this complexity and allow high productivity in the processes of building and maintaining complex logic in the systems. There are some features and functions that simplify complex logic coding:
- Programmatic build-up:
It includes basic components that are required to build complex logic.
Along with visual point-and-click model for programming, it has all the basic coding constructs to build complex logic: cycles, case switch, statements, arrays, variables and complex data type. An entire expression language by formatting, mathematical, text manipulation components, conversion, and others offers the needed flexibility to assist evaluate any complex logic.
- Compliance:
The capability to utilize custom code to bring in more functions and designs.
More coding functions and constructs could easily utilize the custom code.
- Data source Guidance:
Explanation of database connection and revealing web services with visual data collection or writing plain SQL. Associating to databases, or disclosing and engrossing SOAP web services or REST APIs is simple. Data retrieval is very easy using visual data aggregation. Always availability to write plain SQL adds punch to it.
- Code modularity and reusability:
Reusable logic that can be utilized anywhere. Integrated with coding constructs, data sets can be emphasized in memory in few levels of nested loops, and can also be administered easily with eventual list manipulation features like insert, append, and remove.
- Non-synchronous logic:
It includes actions that periodically enable scheduling and synchronize consumer information. The logic written by using OutSystem could be reused anytime, anywhere in an application or disclosed to any application in the factory of software. This ability enables the building of inclusive modules and APIs leading to a sound architecture and real modularity. For instance, a typical coding pattern like recursion is simply executed with Outsystems.
- Business Process Arrangement:
It involves long term transactions that arrange human collaboration and back-end activities. There are positions where the time and complexity required to finish certain processing routines is just too long for waiting after clicking a button. It enables you to run any logic asynchronously and easily.
Long-running transactions, frequently referred processes, are another variety of complex logic. Arranging a collaborative workflow by manual activities or a back-end orchestration provoked with particular events is simple.
The development team could automate the design, delivery, implementation, feedback collection, and optimization of both processes and applications using a single tool. It can be carried out without any burden of complex and expensive integration. The reason behind this is when modification happens, it happens both in the application and its process.
- Optic point-and-click, troubleshooting and monitoring:
Writing complex logic becomes easier. Long-running transactions, frequently referred processes, are another variety of complex logic.
Using OutSystems for writing a complex logic is eventually better than traditional coding languages because of the following reasons.
- The optic nature of the point-and-click model makes transfer of knowledge very easy and simple as compared to studying thousands of lines of code.
- A Completely developed visual troubleshooter that enables developers to jump and swim into the visual code and understand its behavior, making debugging a breeze.
- The capabilities of monitoring allow teams to debug the performance bottlenecks as they are available for audits. There is a possibility to set up various levels of verbosity for tracing complex scenarios and complex message exchanges.
As a result, no-code platforms can handle applications with complex workflows as it has the features like quick designing, deployment and easy or complex processes in minutes with an instinct visual workflow, and simple drag-and-drop tools. No-code has the ability to build applications with simple as well as complex workflows.