Generating asynchronous runtime compatibility in JavaScript applications

One or more non-transitory computer-readable media having computer-executable instructions embodied thereon that, when executed, perform a method comprising:

• identifying a plurality of functions in source code, wherein the plurality of functions are encoded for execution via synchronous processing;
• determining, by a processor, that the plurality of functions identified are incompatible with execution via asynchronous processing;
• parsing the source code to form a syntax tree;
• based on determining that the plurality of functions are incompatible with execution via asynchronous processing, automatically encoding, by a processor, one or more asynchronous functions into the syntax tree formed from the parsed source code, wherein the one or more asynchronous functions modify the plurality of functions identified to be compatible with execution via asynchronous processing, and wherein the one or more asynchronous functions control a job processing sequence for each of the plurality of functions when the source code is executed via asynchronous processing;
• and
• subsequent to automatically encoding the one or more asynchronous functions into the syntax tree, decompiling the syntax tree into the source code.

One or more non-transitory computer-readable media having computer-executable instructions embodied thereon that, when executed, perform a method comprising:

• identifying a plurality of functions in source code that has been parsed, wherein the plurality of functions are encoded for execution via synchronous processing;
• determining, by a processor, that the plurality of functions are incompatible with execution via asynchronous processing;
• parsing the source code to form a syntax tree;
• in response to determining that the plurality of functions are incompatible with execution via asynchronous processing, automatically encoding, by a processor, at least one asynchronous function into the syntax tree formed from the parsed source code that corresponds to the plurality of functions, wherein the at least one asynchronous function modifies the plurality of functions identified to be compatible with execution via asynchronous processing, and wherein the at least one asynchronous function controls a job processing sequence for each of the plurality of functions when the source code is executed via asynchronous processing;
• subsequent to automatically encoding the at least one asynchronous function into the syntax tree, decompiling the syntax tree into the source code;
• and
• executing the source code having the at least one asynchronous function in an asynchronous runtime environment, wherein the plurality of functions in the source code are compatible with execution via asynchronous processing based on the at least one asynchronous function automatically encoded into the source code.