The paper focuses on the problem of managing the scope understood as managing the multiplicity of elements that constitute the application context for Java Enterprise Edition (Java EE) frameworks. The subject of constructing graph modeling languages is the basis for scope management considerations. The problem can be demonstrated while the frameworks are superposed, which is necessary for meta- -modeling compliant to the Context-Driven Meta-Modeling (CDMM) approach. The realization of the approach is based on Spring and AspectJ frameworks, which offer incompatible concepts of scope management. As part of the analysis the scope management problem in Java EE frameworks application context was identified, formulated, its area was defined and the sketch of the generalized concept of scope management elaborated and implemented by the author in relation to Java EE frameworks was presented.

The paper focuses on the problem of managing the scope understood as managing the multiplicity of elements that constitute the application context for Java Enterprise Edition (Java EE) frameworks. The subject of constructing graph modeling languages is the basis for scope management considerations. The problem can be demonstrated while the frameworks are superposed, which is necessary for meta- -modeling compliant to the Context-Driven Meta-Modeling (CDMM) approach. The realization of the approach is based on Spring and AspectJ frameworks, which offer incompatible concepts of scope management. As part of the analysis the scope management problem in Java EE frameworks application context was identified, formulated, its area was defined and the sketch of the generalized concept of scope management elaborated and implemented by the author in relation to Java EE frameworks was presented.