13. The apparatus of claim 8 , wherein the determined incompatibility includes fields of the data structure that are declared in a correct order in the first programming language but have inconsistent declared character lengths.
8. An apparatus for validating a data structure, comprising: a processor comprising a central processing unit; a mapping component that executes operations on the processor for identifying an equivalent data structure in a second programming language, in response to the mapping component identifying a data structure in a first programming language; a comparing component for comparing a data definition of the data structure with a data definition of the equivalent data structure; a determining component for determining whether there is an incompatibility between a compared data definition of the data structure and a compared data definition of the equivalent data structure by analyzing characteristics of all data fields in a generated assembler data structure of the first programming language corresponding to the data structure in the first programming language and corresponding data fields in a generated assembler data structure of the second programming language corresponding to the equivalent data structure in the second programming language, wherein the generated assembler data structures of the first and the second programming languages are allocated in memory; responsive to determining an incompatibility between the generated assembler data structure of the first programming language and the generated assembler data structure of the second programming language, generating an alert and communicating the alert to a mitigation component to identify a rule which defines an action to be taken in order to correct the incompatibility, wherein a messaging component and a rendering component reports the action to a user via a graphical user interface; and responsive to determining a compatibility between the generated assembler data structure of the first programming language and the generated assembler data structure of the second programming language, generating a message that the data structure in the first programming language and the equivalent data structure in the second programming language are synchronized, and communicating the message to the messaging component to display via the graphical user interface.