Method, a language and a system for the definition and implementation of software solutions

A method for substantially overcoming the need to write computer source code in order to develop software applications, comprising:

• creating models of the applications in a visualizable computer executable modeling language system, using a visual modeling tool, comprising:
• defining each of said software applications as a hierarchy of process models, slots, data models and flow rules;
• classifying some of said process models and said data models as atomic;
• classifying all other process models and data models as composite;
• defining each of said composite process models as a construction of at least one of sub process models, slots, data models and flow rules;
• defining each of said composite data models as a construction of at least one sub data model;
• and
• defining each of said flow rules as connecting a pair of said slots, data models and sub data models, wherein said flow rules define both data flow and process flow;
• and
• executing the logic defined by said created models.

A software development platform for substantially overcoming the need to Write computer source code in order to develop software applications, comprising:

• a visualizable computer executable modeling language for the definition of software solutions, said definition comprising:
• defining each of said software solutions as a hierarchy of process models, slots, data models and flow rules;
• classifying some of said process models and said data models as atomic;
• classifying all other process models and data models as composite;
• defining each of said composite process models as a construction of at least one of sub process models, slots, data models and flow rules;
• defining each of said composite data models as a construction of at least one sub data model;
• and
• defining each of said flow rules as connecting a pair of said slots, data models and sub data models, wherein said flow rules define both data flow and process flow;
• a visual modeling tool for defining said software solutions by at least one user as said hierarchies of models in said modeling language;
• and
• a dedicated computer program to automatically execute said software solutions according to the logic defined by said hierarchies of models.