Reverse engineered retokenization for translation of machine interpretable languages

A method comprising:

• at a computing platform comprising at least one processor, a communication interface, and memory:
• receiving a first query and a second query, wherein:
• the first query is formatted in a first format for execution on a first database, and
• the second query is formatted in a second format for execution on a second database;
• extracting non-essential parameters of the first query to produce a first query key;
• generating, using the non-essential parameters of the first query and corresponding pointers, a dictionary of the non-essential parameters of the first query;
• generating a first format statement for the first query by replacing, using the first query key and the dictionary of the non-essential parameters of the first query, non-essential parameters within the second query with the corresponding pointers;
• storing the first format statement in a lookup table along with the first query key;
• receiving a third query, formatted in the first format;
• extracting non-essential parameters of the third query to produce a second query key;
• identifying that the second query key matches the first query key;
• based on identifying that the second query key matches the first query key, translating the third query to the second format by inputting the non-essential parameters of the third query into the first format statement;
• and
• executing, after translating the third query into the second format, the third query on the second database.

One or more non-transitory computer-readable media storing instructions that, when executed by a computing platform comprising at least one processor, a communication interface, and memory, cause the computing platform to:

• receive a first query and a second query, wherein:
• the first query is formatted in a first format for execution on a first database, and
• the second query is formatted in a second format for execution on a second database;
• extract non-essential parameters of the first query to produce a first query key;
• generate, using the non-essential parameters of the first query and corresponding pointers, a dictionary of the non-essential parameters of the first query;
• generate a first format statement for the first query by replacing, using the first query key and the dictionary of the non-essential parameters of the first query, non-essential parameters within the second query with the corresponding pointers;
• store the first format statement in a lookup table along with the first query key;
• receive a third query, formatted in the first format;
• extract non-essential parameters of the third query to produce a second query key;
• identify that the second query key matches the first query key;
• based on identifying that the second query key matches the first query key, translate the third query to the second format by inputting the non-essential parameters of the third query into the first format statement;
• and
• execute, after translating the third query into the second format, the third query on the second database.