enchantment: update freesm version format

[fractal-l]

Role

Suggestion

Update FreesmLauncher version format (e.g. v0.0.1 or something else)

Benefit

increases compatibility when packaging

This suggestion is unique

• I have searched the issue tracker and did not find an issue describing my suggestion, especially not one that has been rejected.

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[fractal-l]

GPT suggestions:

1. Semantic Versioning (SemVer):

Example: 1.2.3

Structure: MAJOR.MINOR.PATCH
    MAJOR: Breaking changes or significant updates.
    MINOR: Backward-compatible feature additions.
    PATCH: Bug fixes and minor improvements.
Best for: Libraries, APIs, or projects requiring compatibility awareness.

2. Calendar Versioning (CalVer):

Example: 2025.01, 23.12.15

Structure: YEAR.MONTH[.DAY] or YEAR.WEEK
Best for: Projects with time-based release cycles (e.g., Ubuntu 20.04, Android API levels).

3. Incremental Versioning:

Example: 1, 2, 3

Structure: Simple sequential numbering.
Best for: Small projects or internal tools where detailed versioning isn't required.

4. Decimal Versioning:

Example: 1.5, 2.0

Structure: A simple number with decimals for minor updates.
Best for: Early-stage projects or simple applications with straightforward updates.

5. Named Versioning:

Example: Frost, ArcticFox

Characteristics: Each release gets a unique name rather than numbers.
Best for: Creative projects, games, or non-formal software (e.g., Android versions: Lollipop, Marshmallow).

6. Combined Format:

Example: 2025.1.0, v1.2.2025

Structure: Combines semantic and calendar versioning.
Best for: Complex projects needing time-based tracking and detailed changes.

7. Git Commit Hashes:

Example: 1.2.3-abc123, v2025.01.0-g7e9f0a

Structure: Version number + commit hash from Git.
Best for: Continuous deployment pipelines or development snapshots.

8. Date-Time Stamps:

Example: 20250113-1500, 2025.01.13-15:00

Structure: Release date and time in a sortable format.
Best for: Automated builds, nightly releases, or frequent deployments.

9. Build Numbers:

Example: 1.2.3+45, v2025.1-build.123

Structure: Version number with an incremental build count.
Best for: Systems requiring tracking of individual builds, such as CI/CD environments.

10. Pre-release Tags:

Example: 1.0.0-alpha, 2.3.0-beta.2

Structure: Base version + tag for pre-release stage (alpha, beta, rc).
Best for: Projects in development or testing phases where pre-release tracking is necessary.

11. Epoch Versioning:

Example: 2:1.0.0, 1:2025.01

Structure: EPOCH:VERSION
Best for: Package managers (e.g., Debian) to enforce upgrades when version numbers reset.

12. Hybrid System-Specific Versions:

Example: R2025Q1.001, v10.4-LTS

Structure: Combines release type (LTS, experimental), dates, and version numbers.
Best for: Systems requiring both semantic meaning and time-based relevance.

Recommendations:

Use Semantic Versioning (SemVer) for most software projects needing compatibility tracking.
Opt for Calendar Versioning (CalVer) for predictable, time-driven releases.
Choose Git Commit Hashes or Date-Time Stamps for frequent or automated releases.
Use Build Numbers for CI/CD systems requiring individual build identification.
Consider Named Versions for creative or consumer-focused products.