Method for automated query language expansion and indexing

Computer-readable storage media for transferring data from a source repository to a target repository having computer-executable instructions embodied thereon, wherein, when executed by at least one processing circuitry, the computer-executable instructions cause the at least one processing circuitry to:

• track a plurality of reference points corresponding to a plurality of separator characters in a set of expanded code;
• parse a plurality of compact code strings in order to identify a plurality of first values based on the tracked plurality of reference points, wherein each first value corresponds to a tracking point in a set of compact code;
• determine a plurality of second values based on the plurality of first values and a plurality of offset values, wherein each second value corresponds to a tracking point in a set of at least partially-expanded code, wherein the set of at least partially-expanded code includes at least a first occurrence of a string in the set of compact code that is expanded to an expanded string;
• generate a set of error tracking points, wherein each error-tracking point includes one of the plurality of first values and one of the plurality of second values;
• flag a first error tracking point of the set of error tracking points in response to a system crash of a parsing system while the parsing system parses the compact code, wherein the first error tracking point corresponds to a last fully parsed compact code segment of the set of compact code;
• and
• send the flagged first error tracking point to the parsing system, wherein the parsing system resumes parsing the compact code based on the flagged error tracking point.

A system for indexing, comprising:

• a processing circuitry;
• and
• a memory, the memory containing instructions that, when executed by the processing circuitry, configures the system to:
• track a plurality of reference points corresponding to a plurality of separator characters in a set of expanded code;
• parse a plurality of compact code strings in order to identify a plurality of first values based on the tracked plurality of reference points, wherein each first value corresponds to a tracking point in a set of compact code;
• determine a plurality of second values based on the plurality of first values and a plurality of offset values, wherein each second value corresponds to a tracking point in a set of at least partially-expanded code, wherein the set of at least partially-expanded code includes at least a first occurrence of a string in the set of compact code that is expanded to an expanded string;
• generate a set of error tracking points, wherein each error-tracking point includes one of the plurality of first values and one of the plurality of second values;
• flag a first error tracking point of the set of error tracking points in response to a system crash of a parsing system while the parsing system parses the compact code, wherein the first error tracking point corresponds to a last fully parsed compact code segment of the set of compact code;
• and
• send the flagged first error tracking point to the parsing system, wherein the parsing system resumes parsing the compact code based on the flagged error tracking point.