Semantic Versioning
A widely adopted software versioning specification that uses the format MAJOR.MINOR.PATCH. The three components correspond to three levels of change: incompatible API modifications, backward-compatible new functionality additions, and backward-compatible bug fixes respectively.
Core Facts
Patch-level updates typically contain bug fixes, dependency synchronization, or minor optimizations rather than breaking changes, and production environment teams can generally upgrade safely.
Patch versions typically contain only backward-compatible bug fixes and do not introduce breaking changes or new features.
Semantic versioning (SemVer) uses the format major.minor.patch, where an increment in the patch version indicates a backwards-compatible bug fix.
Timeline (last 90 days)
SemVer is a community convention rather than a mandatory standard, and actual compatibility still needs to be verified against release notes and testing.
v2.1.308 is a patch release, so its API compatibility risk is low.
In SemVer, an increment to the patch number indicates that only backward-compatible bug fixes are included.
Semantic Versioning (SemVer) divides the version number into three parts, major.minor.patch; an incremented patch number theoretically contains only backward-compatible bug fixes and should not introduce breaking changes.
SemVer is only a convention rather than mandatory, and a patch upgrade may still indirectly change runtime behavior, so test results must remain the final arbiter.
The SemVer convention is widely followed by package manager ecosystems such as npm, but it is not mandatory, and some packages deviate from the specification.
Semantic versioning is only a convention rather than a mandatory constraint, and whether patch-level backward compatibility is truly achieved in actual projects depends on the maintainers' enforcement.
SemVer is only a convention rather than a mandatory standard, and in actual projects there can still be cases where the PATCH position introduces behavior changes.
Backward compatibility only guarantees that old interfaces will not be removed or have their semantics changed; new features themselves may require actively calling newly added API methods to take effect.
The SemVer convention is the foundational rule by which package managers such as npm and yarn automatically resolve dependency ranges (e.g., ^1.0.0).
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All Facts (20)
Patch-level updates typically contain bug fixes, dependency synchronization, or minor optimizations rather than breaking changes, and production environment teams can generally upgrade safely.
90%VerifiedPatch versions typically contain only backward-compatible bug fixes and do not introduce breaking changes or new features.
90%VerifiedSemantic versioning (SemVer) uses the format major.minor.patch, where an increment in the patch version indicates a backwards-compatible bug fix.
90%VerifiedPatch-level updates generally do not introduce breaking changes and can typically be applied directly without modifying existing code.
90%VerifiedSemantic versioning (SemVer) defines version numbers as a three-part MAJOR.MINOR.PATCH structure, where PATCH changes include only backward-compatible bug fixes or dependency updates.
90%VerifiedPatch version updates theoretically contain no breaking changes, making the upgrade risk low.
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 (SemVer) format is MAJOR.MINOR.PATCH: a change in the major version number indicates backward-incompatible API changes, a change in the minor version number indicates new features that maintain backward compatibility, and a change in the patch number includes only bug fixes.
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%VerifiedThe version number format of the Semantic Versioning specification (SemVer) is MAJOR.MINOR.PATCH, where the PATCH version is specifically used for backward-compatible bug fixes.
90%VerifiedAccording to the Semantic Versioning (SemVer) specification, a Patch-level update signifies backward-compatible bug fixes.
90%VerifiedAccording to the Semantic Versioning specification, 1.0.3 as a patch version means the update will not introduce breaking changes, and existing projects can safely upgrade.
85%VerifiedIn the Semantic Versioning (SemVer) specification, the version format is MAJOR.MINOR.PATCH, and incrementing the major version number is used to indicate incompatible changes to the existing public API.
85%VerifiedAccording to SemVer convention, a patch version contains only backward-compatible bug fixes or internal dependency adjustments and introduces no breaking changes, so existing users can upgrade directly with relative confidence.
80%VerifiedThe SemVer format is MAJOR.MINOR.PATCH, where MAJOR indicates breaking changes that are not backward compatible, MINOR indicates new features that are backward compatible, and PATCH indicates backward-compatible bug fixes
80%VerifiedThe Semantic Versioning specification (SemVer) defines version numbers as a three-part MAJOR.MINOR.PATCH structure, where a PATCH increment indicates a backward-compatible bug fix, MINOR indicates backward-compatible new features, and MAJOR indicates breaking changes.
80%VerifiedThis patch-level update maintains backward compatibility, allowing existing projects to upgrade without modifying their code.
80%VerifiedSemantic Versioning (SemVer) divides the version number into three parts, major.minor.patch; an incremented patch number theoretically contains only backward-compatible bug fixes and should not introduce breaking changes.
75%VerifiedSemVer is only a convention rather than a mandatory standard, and in actual projects there can still be cases where the PATCH position introduces behavior changes.
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