chore: version packages

[lexbuild-release-bot]

This PR was opened by the Changesets release GitHub action. When you're ready to do a release, you can merge this and the packages will be published to npm automatically. If you're not ready to do a release yet, that's fine, whenever you add more changesets to main, this PR will be updated.

Releases

@lexbuild/cli@1.25.0

Minor Changes

• 6298069: Add single-pass multi-granularity conversion. The convert-usc and convert-ecfr
  commands now accept --granularities section,chapter,title[,part] together with
  --output-chapter, --output-title, and --output-part (eCFR only) to produce
  every requested granularity from one parse of the source XML. The builders'
  emitAt option accepts a ReadonlySet<LevelType> in addition to a single
  LevelType, and deeper levels emit first so that higher-level emissions see the
  complete subtree. Update scripts (update-usc.sh, update-ecfr.sh) collapse
  their N convert-* invocations into one, yielding a ~40-50% reduction in the
  incremental convert step's wall-clock on multi-granularity runs.

  Back-compat: the existing -g/--granularity + -o/--output single-granularity
  form continues to work unchanged and is mutually exclusive with
  --granularities.

Patch Changes

• Updated dependencies [6298069]
  • @lexbuild/ecfr@1.25.0
  • @lexbuild/core@1.25.0
  • @lexbuild/usc@1.25.0
  • @lexbuild/fr@1.25.0

@lexbuild/core@1.25.0

Minor Changes

• 6298069: Add single-pass multi-granularity conversion. The convert-usc and convert-ecfr
  commands now accept --granularities section,chapter,title[,part] together with
  --output-chapter, --output-title, and --output-part (eCFR only) to produce
  every requested granularity from one parse of the source XML. The builders'
  emitAt option accepts a ReadonlySet<LevelType> in addition to a single
  LevelType, and deeper levels emit first so that higher-level emissions see the
  complete subtree. Update scripts (update-usc.sh, update-ecfr.sh) collapse
  their N convert-* invocations into one, yielding a ~40-50% reduction in the
  incremental convert step's wall-clock on multi-granularity runs.

  Back-compat: the existing -g/--granularity + -o/--output single-granularity
  form continues to work unchanged and is mutually exclusive with
  --granularities.

@lexbuild/ecfr@1.25.0

Minor Changes

• 6298069: Add single-pass multi-granularity conversion. The convert-usc and convert-ecfr
  commands now accept --granularities section,chapter,title[,part] together with
  --output-chapter, --output-title, and --output-part (eCFR only) to produce
  every requested granularity from one parse of the source XML. The builders'
  emitAt option accepts a ReadonlySet<LevelType> in addition to a single
  LevelType, and deeper levels emit first so that higher-level emissions see the
  complete subtree. Update scripts (update-usc.sh, update-ecfr.sh) collapse
  their N convert-* invocations into one, yielding a ~40-50% reduction in the
  incremental convert step's wall-clock on multi-granularity runs.

  Back-compat: the existing -g/--granularity + -o/--output single-granularity
  form continues to work unchanged and is mutually exclusive with
  --granularities.

Patch Changes

• Updated dependencies [6298069]
  • @lexbuild/core@1.25.0

@lexbuild/fr@1.25.0

Minor Changes

• 6298069: Add single-pass multi-granularity conversion. The convert-usc and convert-ecfr
  commands now accept --granularities section,chapter,title[,part] together with
  --output-chapter, --output-title, and --output-part (eCFR only) to produce
  every requested granularity from one parse of the source XML. The builders'
  emitAt option accepts a ReadonlySet<LevelType> in addition to a single
  LevelType, and deeper levels emit first so that higher-level emissions see the
  complete subtree. Update scripts (update-usc.sh, update-ecfr.sh) collapse
  their N convert-* invocations into one, yielding a ~40-50% reduction in the
  incremental convert step's wall-clock on multi-granularity runs.

  Back-compat: the existing -g/--granularity + -o/--output single-granularity
  form continues to work unchanged and is mutually exclusive with
  --granularities.

Patch Changes

• Updated dependencies [6298069]
  • @lexbuild/core@1.25.0

@lexbuild/mcp@1.25.0

Minor Changes

• 6298069: Add single-pass multi-granularity conversion. The convert-usc and convert-ecfr
  commands now accept --granularities section,chapter,title[,part] together with
  --output-chapter, --output-title, and --output-part (eCFR only) to produce
  every requested granularity from one parse of the source XML. The builders'
  emitAt option accepts a ReadonlySet<LevelType> in addition to a single
  LevelType, and deeper levels emit first so that higher-level emissions see the
  complete subtree. Update scripts (update-usc.sh, update-ecfr.sh) collapse
  their N convert-* invocations into one, yielding a ~40-50% reduction in the
  incremental convert step's wall-clock on multi-granularity runs.

  Back-compat: the existing -g/--granularity + -o/--output single-granularity
  form continues to work unchanged and is mutually exclusive with
  --granularities.

@lexbuild/usc@1.25.0

Minor Changes

• 6298069: Add single-pass multi-granularity conversion. The convert-usc and convert-ecfr
  commands now accept --granularities section,chapter,title[,part] together with
  --output-chapter, --output-title, and --output-part (eCFR only) to produce
  every requested granularity from one parse of the source XML. The builders'
  emitAt option accepts a ReadonlySet<LevelType> in addition to a single
  LevelType, and deeper levels emit first so that higher-level emissions see the
  complete subtree. Update scripts (update-usc.sh, update-ecfr.sh) collapse
  their N convert-* invocations into one, yielding a ~40-50% reduction in the
  incremental convert step's wall-clock on multi-granularity runs.

  Back-compat: the existing -g/--granularity + -o/--output single-granularity
  form continues to work unchanged and is mutually exclusive with
  --granularities.

Patch Changes

• Updated dependencies [6298069]
  • @lexbuild/core@1.25.0

[sonarqubecloud]

Quality Gate passed

Issues
0 New issues
0 Accepted issues

Measures
0 Security Hotspots
0.0% Coverage on New Code
0.0% Duplication on New Code

See analysis details on SonarQube Cloud