Problem
Project versions are named by dates only, so editors cannot tell which version contains approved client changes.
Solution
Root Cause / Diagnostic:
Relying solely on calendar dates for project versioning fails to convey milestone states, editorial approvals, or specific revision cycles. When multiple edits occur on the same day, editors are unable to determine which file contains client-approved modifications.
Actionable Fix:
1. Adopt a semantic versioning schema combining milestone codes, version numbers, and revision notes: Project_v02.1_ClientNotesApproved.
2. Include an internal changelog text document (CHANGELOG.txt) at the project root documenting specific modifications made in each saved revision.
3. Open the latest approved project file and check the sequence header to confirm it matches the notes logged in the project change ledger.
Pro Tip:
Employ major/minor versioning conventions (e.g., v1.0 = internal rough cut, v2.0 = client review, v2.1 = minor audio tweak, v3.0_MASTER = locked delivery) to eliminate ambiguity across distributed teams.
Relying solely on calendar dates for project versioning fails to convey milestone states, editorial approvals, or specific revision cycles. When multiple edits occur on the same day, editors are unable to determine which file contains client-approved modifications.
Actionable Fix:
1. Adopt a semantic versioning schema combining milestone codes, version numbers, and revision notes: Project_v02.1_ClientNotesApproved.
2. Include an internal changelog text document (CHANGELOG.txt) at the project root documenting specific modifications made in each saved revision.
3. Open the latest approved project file and check the sequence header to confirm it matches the notes logged in the project change ledger.
Pro Tip:
Employ major/minor versioning conventions (e.g., v1.0 = internal rough cut, v2.0 = client review, v2.1 = minor audio tweak, v3.0_MASTER = locked delivery) to eliminate ambiguity across distributed teams.