Enabling Interoperability Between Software Applications By Utilizing Partial Binaries

A computing device configured to modify compiled binaries to achieve interoperability, comprising:

• means for identifying a function associated with a first library binary that is missing within a second library binary without decompiling the first library binary;
• means for analyzing the first library binary to identify a portion of code corresponding to the missing function without decompiling the first library binary;
• means for inserting the identified portion of code corresponding to the missing function into a code associated with the second library binary;
• and
• means for generating a new library binary based on the code associated with the second library binary with the inserted portion of code.

A computing device configured to modify compiled binaries to achieve interoperability, comprising:

• a memory;
• and
• a processor coupled to the memory and configured with processor-executable instructions to perform operations comprising:
• identifying a function associated with a first library binary that is missing within a second library binary without decompiling the first library binary;
• analyzing the first library binary to identify a portion of code corresponding to the missing function without decompiling the first library binary;
• inserting the identified portion of code corresponding to the missing function into a code associated with the second library binary;
• and
• generating a new library binary based on the code associated with the second library binary with the inserted portion of code.

A non-transitory processor-readable storage medium having stored thereon processor-executable software instructions configured to cause a processor to perform operations for a computing device to modify compiled binaries to achieve interoperability, the operations comprising:

• identifying a function associated with a first library binary that is missing within a second library binary without decompiling the first library binary;
• analyzing the first library binary to identify a portion of code corresponding to the missing function without decompiling the first library binary;
• inserting the identified portion of code corresponding to the missing function into a code associated with the second library binary;
• and
• generating a new library binary based on the code associated with the second library binary with the inserted portion of code.