Sam selected 1c: plan safe filename/path shortening for the longest paths only. This session created a planning-only long-path shortening package. No file or folder renames were executed.
C:\Users\SAguiar\Documents\Codex\permission_repairs\long_path_shortening_plan_20260429_233155\LONG_PATH_SHORTENING_PLAN.mdC:\Users\SAguiar\Documents\Codex\permission_repairs\long_path_shortening_plan_20260429_233155\longest-path-shortening-plan.csvC:\Users\SAguiar\Documents\Codex\permission_repairs\long_path_shortening_plan_20260429_233155\longest-path-shortening-plan-enhanced.csvC:\Users\SAguiar\Documents\Codex\permission_repairs\long_path_shortening_plan_20260429_233155\proposed-shortening-rules.csvC:\Users\SAguiar\Documents\Codex\permission_repairs\long_path_shortening_plan_20260429_233155\metadata.jsonThe earlier path-not-found child failures were not mostly deleted or missing files. Deeper checks showed many are long-path and command/tool limitations, including wrapped log strings that inserted false spaces into reconstructed paths. Extended-length path access worked on tested samples, and Sam/Admin ACLs were readable there.
The plan reviewed the top 75 longest paths. After conservative folder-level shortening, 18 paths would become safely under 260 characters, 8 would still be long but below the worst range, and 49 would remain over 260 without more aggressive shortening.
A recommended next step is to manually review and approve only folder-level shortening rules first, not leaf-file renames. Execution should be done in small batches with a rollback manifest, before/after path verification, and staff-facing impact review because the affected areas include legal, HR, templates, and archived records.
This task would benefit from a reusable cloud-capable long-path scanner that writes artifacts to C:\Users\SAguiar\Documents\Codex, keeps Google Drive read-only unless separately approved, and produces Notion-ready approval menus after each run.