System and method for interpreting superclass behavior in dynamic language computer code

A system comprising:

• a processing device;
• and
• a memory to store instructions that, when executed by the processing device cause the processing device to:
• generate a first code object including a first class of a plurality of classes defined by a common superclass in code of an application in a dynamic programming language;
• generate a second code object including a second class of the plurality of classes defined by the common superclass;
• generate an analyzable dynamic language computer code including the first code object and the second code object;
• resolve a first attribute in the analyzable dynamic language computer code for the first code object and a second attribute in the analyzable dynamic language computer code for the second code object;
• perform a comparison of the first attribute resolved for the first code object and the second attribute resolved for the second code object;
• and
• identify a deviation in behavior of the first class or the second class based on the comparison of the first attribute and the second attribute.

A non-transitory computer readable medium, having instructions stored thereon which, when executed by a processing device, cause the processing device to:

• generate a first code object including a first class of a plurality of classes defined by a common superclass in code of application in a dynamic programming language;
• generate a second code object including a second class of the plurality of classes defined by the common superclass;
• generate an analyzable dynamic language computer code including the first code object and the second code object;
• resolve, by the processing device, a first attribute in the analyzable dynamic language computer code for the first code object and a second attribute in the analyzable dynamic language computer code for the second code object;
• perform, by the processing device, a comparison of the first attribute resolved for the first code object and the second attribute resolved for the second code object;
• and
• identify a deviation in behavior of the first class or the second class based on the comparison of the first attribute and the second attribute.