Non-intrusive data logging

A computer implemented method comprising:

• creating a first object:
• the first object interacting with a first logging location in an arbitrary model,
• the first object including a first reference,
• the first object having a first counter,
• the first object creating a first vector having a first data point for the first object;
• creating a second object:
• the second object interacting with a second logging point in an arbitrary model,
• the second object including a second reference, and
• the second object having a counter for indexing into a vector;
• determining whether the second object shares at least the first data point of the data in the first vector with the first object;
• indexing the counter when the second object shares the at least a portion of the data;
• and
• creating a second vector when the second object does not share the at least a portion of the data.

A system comprising:

• a storage for storing:
• a first object:
• the first object interacting with a first logging location in an arbitrary model,
• the first object including a first reference,
• the first object having a first counter,
• the first object creating a first vector having a first data point for the first object;
• a second object:
• the second object interacting with a second logging point in an arbitrary model,
• the second object including a second reference, and
• the second object having a counter for indexing into a vector;
• and
• a processor for:
• determining whether the second object shares at least the first data point of the data in the first vector with the first object;
• indexing the counter when the second object shares the at least a portion of the data;
• and
• creating a second vector when the second object does not share the at least a portion of the data.

A non-transitory computer-readable medium storing computer readable instructions for:

• monitoring a plurality of objects, the objects for logging data from a plurality of logging locations in a model;
• monitoring a plurality of log vectors, where the plurality of log vectors is fewer than the plurality of objects;
• receiving a logging request at one of the plurality of objects, the request being for a data point to be logged with data in one of the plurality of log vectors;
• determining whether the data point is in one of the plurality of log vectors;
• and
• sharing a log vector having the data point with the one of the plurality of objects at which the logging request was received.

A non-transitory computer-readable medium storing computer readable instructions for:

• creating a plurality of logging objects, the plurality of logging objects:
• comprising a first logging object and a second logging object, and
• being exposed to an environment that generates information to be stored in a log;
• creating one or more vectors, the one or more vectors:
• comprising a first vector, and
• storing the information;
• accepting a request from the environment that the first logging object log a data point;
• logging the data point in the first vector;
• identifying that the first logging object can share the first vector with the second logging object;
• and
• sharing the first vector with the second logging object.

A computer-implemented method comprising:

• creating a plurality of logging objects, the plurality of logging objects:
• comprising a first logging object and a second logging object, and
• being exposed to an environment that generates information to be stored in a log;
• creating one or more vectors, the one or more vectors:
• comprising a first vector, and
• storing the information;
• accepting a request from the environment that the first logging object log a data point;
• logging the data point in the first vector;
• identifying that the first logging object can share the first vector with the second logging object;
• and
• sharing the first vector with the second logging object.

A non-transitory computer-readable medium storing computer readable instructions for:

• creating a first object:
• the first object interacting with a first logging location in a first arbitrary model,
• the first object including a first reference,
• the first object having a first counter,
• the first object creating a first vector having a first data point for the first object;
• creating a second object:
• the second object interacting with a second logging point in a second arbitrary model,
• the second object including a second reference, and
• the second object having a counter for indexing into a vector;
• determining whether the second object shares at least the first data point of the data in the first vector with the first object;
• indexing the counter when the second object shares the first data point;
• and
• creating a second vector when the second object does not share the first data point.