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renovatebot_renovate/lib/modules/versioning/ruby/version.ts
2024-08-19 13:15:27 +00:00

152 lines
4.1 KiB
TypeScript

import { eq, major, minor, patch, prerelease } from '@renovatebot/ruby-semver';
import type { SegmentElement } from '@renovatebot/ruby-semver/dist/ruby/version.js';
import { create } from '@renovatebot/ruby-semver/dist/ruby/version.js';
import { regEx } from '../../../util/regex';
interface RubyVersion {
major: number;
minor: number;
patch: number;
prerelease: string[] | null;
}
function releaseSegments(version: string): SegmentElement[] {
const v = create(version);
if (v) {
return v.release().getSegments();
}
/* istanbul ignore next */
return [];
}
const parse = (version: string): RubyVersion => ({
major: major(version),
minor: minor(version),
patch: patch(version),
prerelease: prerelease(version),
});
const floor = (version: string): string => {
const segments = releaseSegments(version);
if (segments.length <= 1) {
// '~> 2' is equivalent to '~> 2.0', thus no need to floor
return segments.join('.');
}
return [...segments.slice(0, -1), 0].join('.');
};
const adapt = (left: string, right: string): string =>
left.split('.').slice(0, right.split('.').length).join('.');
const trimZeroes = (version: string): string => {
const segments = version.split('.');
while (segments.length > 0 && segments[segments.length - 1] === '0') {
segments.pop();
}
return segments.join('.');
};
// Returns the upper bound of `~>` operator.
const pgteUpperBound = (version: string): string => {
const segments = releaseSegments(version);
if (segments.length > 1) {
segments.pop();
}
return incrementLastSegment(segments.join('.'));
};
// istanbul ignore next
const incrementLastSegment = (version: string): string => {
const segments = releaseSegments(version);
const nextLast = parseInt(segments.pop() as string, 10) + 1;
return [...segments, nextLast].join('.');
};
// istanbul ignore next
const incrementMajor = (
maj: number,
min: number,
ptch: number,
pre: string[],
): number => (min === 0 || ptch === 0 || pre.length === 0 ? maj + 1 : maj);
// istanbul ignore next
const incrementMinor = (min: number, ptch: number, pre: string[]): number =>
ptch === 0 || pre.length === 0 ? min + 1 : min;
// istanbul ignore next
const incrementPatch = (ptch: number, pre: string[]): number =>
pre.length === 0 ? ptch + 1 : ptch;
// istanbul ignore next
const increment = (from: string, to: string): string => {
const parsed = parse(from);
const { major: maj, prerelease: pre } = parsed;
let { minor: min, patch: ptch } = parsed;
min = min || 0;
ptch = ptch || 0;
let nextVersion: string;
const adapted = adapt(to, from);
if (eq(from, adapted)) {
return incrementLastSegment(from);
}
const isStable = (x: string): boolean => regEx(/^[0-9.-/]+$/).test(x);
if (major(from) !== major(adapted)) {
nextVersion = [incrementMajor(maj, min, ptch, pre ?? []), 0, 0].join('.');
} else if (minor(from) !== minor(adapted)) {
nextVersion = [maj, incrementMinor(min, ptch, pre ?? []), 0].join('.');
} else if (patch(from) !== patch(adapted)) {
nextVersion = [maj, min, incrementPatch(ptch, pre ?? [])].join('.');
} else if (isStable(from) && isStable(adapted)) {
nextVersion = [maj, min, incrementPatch(ptch, pre ?? [])].join('.');
} else {
nextVersion = [maj, min, ptch].join('.');
}
return increment(nextVersion, to);
};
// istanbul ignore next
const decrement = (version: string): string => {
const segments = releaseSegments(version);
const nextSegments = segments
.reverse()
.reduce(
(
accumulator: number[],
segment: SegmentElement,
index: number,
): number[] => {
if (index === 0) {
return [(segment as number) - 1];
}
if (accumulator[index - 1] === -1) {
return [
...accumulator.slice(0, index - 1),
0,
(segment as number) - 1,
];
}
return [...accumulator, segment as number];
},
[],
);
return nextSegments.reverse().join('.');
};
export {
parse,
adapt,
floor,
trimZeroes,
pgteUpperBound,
increment,
decrement,
};