Distributed function generation with shared structures

A computing device, comprising:

• a memory;
• and
• a processor device coupled to the memory to:
• receive a plurality of source code instructions in a computer programming language that includes:
• a data object definition associated with a data object type;
• and
• a plurality of function definitions that accesses a data object of the data object type;
• generate, based on the plurality of function definitions, a corresponding plurality of intermediate functions, each intermediate function comprising a plurality of intermediate code instructions;
• receive first commands to generate a first set of native functions from corresponding intermediate functions;
• generate the first set of native functions in corresponding first native instruction sets associated with a first computing environment;
• receive second commands to generate a second set of native functions from corresponding intermediate functions, at least one native function in the second set of native functions being absent from the first set of native functions;
• generate the second set of native functions in corresponding second native instruction sets associated with a second computing environment;
• generate, based on the data object definition, a data object serializer comprising a plurality of intermediate code instructions, the data object serializer configured to serialize the data object of the data object type into a data object stream in the first computing environment;
• and
• generate, based on the data object definition, a data object deserializer comprising a plurality of intermediate code instructions, the data object deserializer configured to deserialize the data object stream back into the data object of the data object type in the second computing environment.

A computer program product stored on a non-transitory computer-readable storage medium and including instructions configured to cause a processor device to:

• receive a plurality of source code instructions in a computer programming language that includes:
• a data object definition associated with a data object type;
• and
• a plurality of function definitions that accesses a data object of the data object type;
• generate, based on the plurality of function definitions, a corresponding plurality of intermediate functions, each intermediate function comprising a plurality of intermediate code instructions;
• receive first commands to generate a first set of native functions from corresponding intermediate functions;
• generate the first set of native functions in corresponding first native instruction sets associated with a first computing environment;
• receive second commands to generate a second set of native functions from corresponding intermediate functions, at least one native function in the second set of native functions being absent from the first set of native functions;
• generate the second set of native functions in corresponding second native instruction sets associated with a second computing environment;
• generate, based on the data object definition, a data object serializer comprising a plurality of intermediate code instructions, the data object serializer configured to serialize the data object of the data object type into a data object stream in the first computing environment;
• and
• generate, based on the data object definition, a data object deserializer comprising a plurality of intermediate code instructions, the data object deserializer configured to deserialize the data object stream back into the data object of the data object type in the second computing environment.