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Author

Joshua Hartman

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#software testing Open access Sep 2026

CIP T1–T3 public mismatch analysis: methods and results

Analysis code and tables for public path-fraction m in Hartman, Kinetic Analysis of Informational Disorder, v2.4 (2026), doi:10.5281/zenodo.22417058. Family A is a synthetic methods check. Family B v1 (Flask/HTTPie tag windows) has zero revert-message commits. Family B v2 (django train, CPython test) has revert-message labels; T1 lead-rise is saturated on both classes; fitted tau is an operating point, not window-closed; path-fraction a did not beat latest m on the pre-declared test rule. Time index is sample number at k=25, not wall-clock. This record is not Fors33 commercial software and does not disclose a production estimator of m.

Joshua Hartman · 0 citations
#software testing Open access Sep 2026

CIP T1–T3 public mismatch analysis: methods and results

Analysis code and tables for public path-fraction m in Hartman, Kinetic Analysis of Informational Disorder, v2.4 (2026), doi:10.5281/zenodo.22417058. Family A is a synthetic methods check. Family B v1 (Flask/HTTPie tag windows) has zero revert-message commits. Family B v2 (django train, CPython test) has revert-message labels; T1 lead-rise is saturated on both classes; fitted tau is an operating point, not window-closed; path-fraction a did not beat latest m on the pre-declared test rule. Time index is sample number at k=25, not wall-clock. This record is not Fors33 commercial software and does not disclose a production estimator of m.

Joshua Hartman · 0 citations

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