Forward Engineering is a method of creating or making an application with the help of the given requirements. Forward engineering is also known as Renovation and Reclamation. Forward engineering requires high proficiency skills. It takes more time to construct or develop an application. Forward engineering is a technique of creating high-level models or designs to make in complexities and low-level information. Therefore this kind of engineering has completely different principles in numerous package and information processes. Forward Engineering applies of all the software engineering process which contains SDLC to recreate associate existing application. It is near to full fill new needs of the users into re-engineering.
Forward engineering and reverse engineering are two approaches to software development, with different goals and processes. Here are some key differences between the two:
- Goal: The goal of forward engineering is to develop new software from scratch, while the goal of reverse engineering is to analyze and understand an existing software system.
- Process: Forward engineering involves designing and implementing a new software system based on requirements and specifications. Reverse engineering involves analyzing an existing software system to understand its design, structure, and behavior.
- Tools and Techniques: Forward engineering often involves the use of software development tools, such as IDEs, code generators, and testing frameworks. Reverse engineering often involves the use of reverse engineering tools, such as decompilers, disassemblers, and code analyzers.
- Focus: Forward engineering focuses on the creation of new code and functionality, while reverse engineering focuses on understanding and documenting existing code and functionality.
- Output: The output of forward engineering is a new software system, while the output of reverse engineering is documentation of an existing software system, such as a UML diagram, flowchart, or software specification.
In summary, forward engineering is focused on the creation of new software systems, while reverse engineering is focused on understanding and documenting existing software systems. Both approaches use different tools and techniques to achieve their goals and produce different outputs.
Characteristics of forward engineering:
- Forward engineering is a variety of engineering that has different principles in numerous package and information processes.
- Forward engineering is vital in IT as a result of it represents the ‘normal’ development process.
- Forward engineering deals with the conversion of business processes, services, and functions into applications.
- In this method business model is developed first. Then, a top-to-down approach is followed to urge the package from the model developed.
- Forward engineering tools are accustomed move from implementation styles and logic to the event of supply code.
- It essentially permits the user to develop a business model which may then be translated into data system components.
- These tools basically follow the top-to-down approach. System creator and visual Analyst is a forward engineering CASE tool.
Reverse Engineering:
Reverse Engineering is also known as backward engineering, is the process of forward engineering in reverse. In this, the information is collected from the given or existing application. It takes less time than forward engineering to develop an application. In reverse engineering, the application is broken to extract knowledge or its architecture.
Difference between Forward Engineering and Reverse Engineering
| Forward Engineering | Reverse Engineering |
|---|---|
| In forward engineering, the application are developed with the given requirements. | In reverse engineering or backward engineering, the information are collected from the given application. |
| Forward Engineering is a high proficiency skill. | Reverse Engineering or backward engineering is a low proficiency skill. |
| Forward Engineering takes more time to develop an application. | While Reverse Engineering or backward engineering takes less time to develop an application. |
| The nature of forward engineering is Prescriptive. | The nature of reverse engineering or backward engineering is Adaptive. |
| In forward engineering, production is started with given requirements. | In reverse engineering, production is started by taking the existing products. |
| The example of forward engineering is the construction of electronic kit, construction of DC MOTOR , etc. | An example of backward engineering is research on Instruments etc. |
| Forward engineering Starts with requirements analysis and design, then proceeds to implementation and testing. | Reverse engineering Starts with an existing software system and works backward to understand its structure, design, and requirements. |
| Forward engineering is used to create new software applications from scratch. | Reverse engineering is Used to modify and improve an existing software application. |
| Forward egineering is process of moving from a high-level abstraction to a detailed implementation. | Reverse engineering is a process of moving from a low-level implementation to a higher-level abstraction. |
| Requires a clear set of requirements and design specifications. | Requirements and design specifications may not be available, making it necessary to reconstruct them from the code itself. |
| Forward engineering is generally more time-consuming and expensive. | Reverse engineering is generally less time-consuming and less expensive. |
| The final product is completely new and independent of any existing software system. | The final product is typically a modified or improved version of an existing software system. |
| Involves a series of steps such as requirements gathering, design, implementation, testing, and deployment. | Involves steps such as code analysis, code understanding, design recovery, and documentation. |
| Forward engineering is commonly used in the initial stages of software development. | Reverse engineering is commonly used in the maintenance stage of the software development life cycle. |
