Semantic Versioning
A software versioning convention used in the npm ecosystem, following the format MAJOR.MINOR.PATCH. It defines the types of changes and compatibility implications associated with incrementing each of the three version components: major version, minor version, and patch version.
Core Facts
Patch versions typically contain only backward-compatible bug fixes and do not introduce breaking changes or new features.
Patch-level updates generally do not introduce breaking changes and can typically be applied directly without modifying existing code.
A patch version update (1.0.104 → 1.0.105) signifies backward-compatible bug fixes or dependency updates, without introducing breaking changes.
Timeline (last 90 days)
Under default rules, package managers usually do not push rc versions to ordinary users; they are installed only when a version is explicitly specified or the pre-release channel is enabled.
According to semantic versioning conventions, v0.40.5-rc0 is the first release candidate build of the 0.40.5 official release, and its precedence is lower than the official release with the same number (0.40.5-rc0 < 0.40.5).
In the SemVer specification, PATCH-level updates include only backward-compatible bug fixes or dependency synchronization, and do not affect existing code logic.
Semantic Versioning (SemVer) was proposed by Tom Preston-Werner, with the format MAJOR.MINOR.PATCH.
In semantic versioning, a major version number of 0 (e.g., 0.1.7) conventionally indicates that the public API is not yet stable and may change in a non-backward-compatible manner at any time.
An increment in the patch number (the third version number) indicates only internal fixes or dependency synchronization, with the public API remaining stable and typically no breaking changes.
Patch-level updates typically contain bug fixes, dependency synchronization, or minor optimizations rather than breaking changes, and production environment teams can generally upgrade safely.
It is recommended that developers in production environment projects pay attention to the changelog, and even patch versions should be validated in a test environment before upgrading.
As a patch version, @ai-sdk/[email protected] theoretically contains no breaking changes and is safe to upgrade.
Patch versions typically contain only backward-compatible bug fixes and do not introduce breaking changes or new features.
8 more timeline events
All Facts (18)
Patch versions typically contain only backward-compatible bug fixes and do not introduce breaking changes or new features.
90%VerifiedPatch-level updates generally do not introduce breaking changes and can typically be applied directly without modifying existing code.
90%VerifiedA patch version update (1.0.104 → 1.0.105) signifies backward-compatible bug fixes or dependency updates, without introducing breaking changes.
90%VerifiedPatch releases typically contain backward-compatible bug fixes and do not change the behavior of existing APIs.
90%VerifiedPatch versions typically do not introduce breaking changes and are primarily used for bug fixes, performance optimizations, or syncing underlying dependencies, in compliance with Semantic Versioning (SemVer) specifications.
90%VerifiedThe Semantic Versioning format is MAJOR.MINOR.PATCH: MAJOR is incremented for incompatible API changes, MINOR is incremented when backward-compatible new features are added, and PATCH is incremented for backward-compatible bug fixes.
90%VerifiedAccording to the Semantic Versioning (SemVer) specification, a Patch-level update signifies backward-compatible bug fixes.
90%VerifiedPatch-level updates typically contain bug fixes, dependency synchronization, or minor optimizations rather than breaking changes, and production environment teams can generally upgrade safely.
85%VerifiedIt is recommended that developers in production environment projects pay attention to the changelog, and even patch versions should be validated in a test environment before upgrading.
80%VerifiedIn semantic versioning, a major version number of 0 (e.g., 0.1.7) conventionally indicates that the public API is not yet stable and may change in a non-backward-compatible manner at any time.
75%VerifiedA PATCH version increment contains only backward-compatible bug fixes and does not change the public API, so patch version upgrades are generally very low risk.
75%VerifiedAccording to the Semantic Versioning specification (SemVer), 3.0.277 is a Patch-level update, which typically represents backward-compatible bug fixes or dependency synchronization and does not introduce breaking changes.
75%UnverifiedUnder default rules, package managers usually do not push rc versions to ordinary users; they are installed only when a version is explicitly specified or the pre-release channel is enabled.
50%UnverifiedAccording to semantic versioning conventions, v0.40.5-rc0 is the first release candidate build of the 0.40.5 official release, and its precedence is lower than the official release with the same number (0.40.5-rc0 < 0.40.5).
50%UnverifiedSemantic Versioning (SemVer) was proposed by Tom Preston-Werner, with the format MAJOR.MINOR.PATCH.
50%UnverifiedIn the SemVer specification, PATCH-level updates include only backward-compatible bug fixes or dependency synchronization, and do not affect existing code logic.
50%UnverifiedAn increment in the patch number (the third version number) indicates only internal fixes or dependency synchronization, with the public API remaining stable and typically no breaking changes.
50%UnverifiedPatch-level updates follow the Semantic Versioning specification and are theoretically backward compatible.
50%