Transformice codes for items generator#
Transformice codes for items software#
Transformice codes for items code#

These methods may be derived in a contemplative way from interaction models made in the preliminary phases of software modeling, such as: Sequence diagram of system’s internal behavior, collaboration diagram and state transition diagram.

Transformice codes for items code#

Among the UML diagrams or models essential to produce this code is theĭesign class diagram that determines the various business objects and their behavior or dynamic part, i.e.

UML is nowadays the standard for modeling computer systems and used in software engineering to describe and model the different phases of software life’s cycle from requirements specification phase to the implementation of the code. To overcome this problem, this study provides an approach to build a CIM architecture for modelling data warehouse requirements using an unified modelling language (UML) profile that extends the use cases and business process models, and proposes requirements specifications using SBVR structured English. Within this context, data warehousing projects fail due to not much attention paid on the requirement analysis phase. Moreover, there are no standards to build CIM. This situation can be explained essentially by the presence of mature technologies and methods used for the representation of PIM and PSM models. Some of them use the model driven architecture, however they are more focused on designing platform independent model (PIM) and platform specific model (PSM) and reserved unfortunately few efforts for requirements modelling and design computational independent model (CIM).

Transformice codes for items generator#

The main objective of the approach is to concentrate the entire efforts on the system's abstraction and business logic by building different views of systems through PIMs or PSMs and feed the generator with this knowledge to be able to transform those abstract models automatically to implementation code.ĭifferent modelling approaches have been proposed to automate the process of design and development of data warehouse. Also since the sequence diagram implements the MVC design pattern, we will generate controllers with the detail implementation of their methods that allows to coordinate system's objects to execute the use case. Also, the persistent entities can be used to create the different tables of the schema corresponding to those entities, thereby another contribution of this work.

To illustrate this feature, we have extended the JAVA platform with the enterprise java beans capabilities by applying an Ecore Meta Facility profile for EJB to produce persistent entities and session beans that provide an interface for different data access operations. An intermediate structural model representing the Java PSM is generated instead of the source code directly to allow the extension of target platform by enabling the transformation of this model after. Within this context, this presents code generator that allows generating source code from the sequence diagram of system's internal behavior platform independent model by the mean of a set of model transformations. Moreover, the MDA allows also the code generation from platform specific models (PSM) by the means of generators that automatically transform models into source code for the chosen platform. Indeed, during the whole development process a set of models are used to represent different views of system and which can be enriched by additional information and transformed from more abstract into more concrete ones by applying a set of model-to-model transformation. Such process can be improved by the model driven architecture (MDA) proposed by the OMG. Software engineering process aims to help leading an IT project from requirements specification to code implementation in a specific platform.