It is worth noting that the use of queue management software an object-oriented approach to very small scale projects may not offer advantages but instead contribute to the complexity of the project. ICONIX is a software development methodology that allows a systematic transition from the original requirements as they are formulated by the client to the code that ultimately implements these requirements. It is a simpler version of the widespread Unified Process. The major feature of the ICONIX methodology is repeatability. On the one hand, the process is queue management repetitive because it allows the production of operating code for each case of using the system separately. In each iteration, a new use case is considered that results in adding functionality to the finished product. Secondly, the process is repetitive because it allows and assists the return from a stage of the development process ex design to previous ex requirement analysis in order to clarify, improve and correct previous actions.
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Repeatability is at the center of the Object-Oriented Programming Model as it recognizes queue management solution that a large software system can not develop on the one hand and that changes to previous choices are unavoidable. The philosophy of the ICONIX methodology is depicted in the diagram of Figure. What is required is from the user s requirements to produce the final product, IE the operating code. The code is produced by successively refining and improving two models the static model describing the system architecture, IE its structural units and relationships between them and b the dynamic model that describes how the units interact to achieve the desired functionality.
The requirements of the client/ user of the system are assumed to be expressed in an original text known as high level requirements and possibly in some sketches of the desired graphical user interface. ICONIX methodology is based on the use of a subset of UML to create diagrams as intermediates in the evolution of the dynamic and static model of the system being developed. In particular, from the set of UML charts, use case charts, heading diagrams, special case of collaboration diagrams and sequence diagrams Once the client s requirements are given to the software developer and the company undertakes the project the process follows the following phases First step in the analysis of the requirements is the registering the entities of the field negotiating the system to be developed problem field and relationships between them.
These entities form the basis of the static object-oriented model as the function of the software see more is based on the interaction between them. Having the problem model at our disposal, the next step in the requirement analysis is the detailed and clear description of customer requirements in the form of use cases. At the dynamic model level, the main tool in this phase is the robustness charts for investigating the actions that are dictated by the cases of use and especially the improvement of the text of the cases of use themselves. At the end of the robustness analysis, a revised and enriched class diagram as a transformation of the problem field model typically includes additional classes as well as some class properties. The design phase attempts to accurately investigate queue management software the dynamic behavior of the system and the distribution of functionality in the classes. The main tool for this purpose is sequence diagrams. At the end of the design, the development team produces the final class diagram that is the input for the implementation phase of the software.
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The most important product of the development process is of course not the charts but the code itself that meets the customer s requirements. In the implementation phase, the code is queue management solution developed based on the preceding design to a large extent there is the ability to generate code from the class and sequence diagrams. Although not considered in the present study, an important part of the implementation is also unit testing, IE ensuring the proper functioning of the classes that were created. In accordance with ICONIX methodology and the general requirements of Software Engineering, a review/ review should be carried out at the end of each phase. In these reviews, members of the development team but possibly also representatives of the client or the management check the correctness of the models that have been created and the consistency towards the requirements.