The former app had a text input with buttons around it to simulate an entry with which the user processed the original text. For example, given a sentence like "The1 quick2 brown3 fox4 jumps5 over6 the7 lazy8 dog9", the user first applied a "\d" regex pattern and the global flag to find all the numbers. In this first entry, the replace field was intentionally left empty to remove all the numbers.
Then, this result automatically was fed to another wagon with the following rule, "lazy" as the pattern and "quick" as the replace value. Lastly, the previous result was fed to a wagon with the following rule, "quick" as the pattern and "lazy" as the replace value.
Whether the patterns and replacements values are correct or not, we should simulate the old wagon system with the new node-based interface. In this new UI, elements should reflect the functionality of the previous interface. Naturally, the nodes will have an input and output slots to connect to each other.
The former app had a text input with buttons around it to simulate an entry with which the user processed the original text. For example, given a sentence like "The1 quick2 brown3 fox4 jumps5 over6 the7 lazy8 dog9", the user first applied a "\d" regex pattern and the global flag to find all the numbers. In this first entry, the replace field was intentionally left empty to remove all the numbers.
Then, this result automatically was fed to another wagon with the following rule, "lazy" as the pattern and "quick" as the replace value. Lastly, the previous result was fed to a wagon with the following rule, "quick" as the pattern and "lazy" as the replace value.
Whether the patterns and replacements values are correct or not, we should simulate the old wagon system with the new node-based interface. In this new UI, elements should reflect the functionality of the previous interface. Naturally, the nodes will have an input and output slots to connect to each other.