How to use the major function from semver
Find comprehensive JavaScript semver.major code examples handpicked from public code repositorys.
semver.major is a function that extracts the major version number from a semantic versioning string.
GitHub: qooxdoo/qooxdoo
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).raw; let fileVersion = lockfileContent && lockfileContent.version ? semver.coerce(lockfileContent.version, true).raw : "1.0.0"; if (semver.major(schemaVersion) > semver.major(fileVersion)) { if (this.argv.force) { let config = { verbose: this.argv.verbose, quiet: this.argv.quiet,
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/** * @param {string} version * @returns {int} */ function versionToReleaseWeight(version) { return semver.major(version) > 0 ? RELEASE_WEIGHT.MAJOR : semver.minor(version) > 0 ? RELEASE_WEIGHT.MINOR : RELEASE_WEIGHT.PATCH
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How does semver.major work?
semver.major is a function that takes a version string as input and returns the major version number as an integer, according to the semantic versioning standard. It does this by parsing the version string and extracting the major version number from it.
GitHub: cnpm/npminstall
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realPkgVersion = semver.maxSatisfying(allVersions, range); if (realPkgVersion) { // try to use latest-{major} tag version on range // ^1.0.1 =range=> get 1.0.3 in (1.0.2, 1.0.3), but latest-1 tag is 1.0.2 // finnaly we should use 1.0.2 on ^1.0.1 const major = semver.major(realPkgVersion); if (major) { const latestMajorVersion = distTags[`latest-${major}`]; if (latestMajorVersion && semver.satisfies(latestMajorVersion, spec)) { realPkgVersion = latestMajorVersion;
GitHub: medic/cht-core
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const getDockerVersion = () => { try { const response = execSync('docker-compose -v').toString(); const version = response.match(semver.re[3])[0]; return semver.major(version); } catch (err) { console.error(err); return 1; }
Ai Example
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const semver = require("semver"); const version1 = "1.2.3"; const version2 = "2.0.0-beta.1"; console.log(semver.major(version1)); // Output: 1 console.log(semver.major(version2)); // Output: 2
In this example, we first require the semver module. We then define two versions, version1 and version2. We pass each version to the semver.major function, which returns the major version number of the version string. We then log the output of each function call to the console.
GitHub: pmd/pmd-github-action
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function useNewArgsFormat(pmdVersion) { return semver.gte(pmdVersion, '6.41.0'); } function isPmd7Cli(pmdVersion) { return semver.major(pmdVersion) >= 7; } async function determinePmdRelease(pmdVersion, token) { core.debug(`determine release info for ${pmdVersion}`);
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} // only compare to versions smaller than the new one if (semver.gt(ghostVersion, lastVersion)) { // check if the majors are the same if (semver.major(lastVersion) === semver.major(ghostVersion)) { sameMajorReleaseTags.push(lastVersion); } else { otherReleaseTags.push(lastVersion); }
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await self.test('using updated firebase-admin', async function () { let pkg = 'firebase-admin'; // let latest = semver.clean(await getPkgVersion(pkg)); let latest = semver.clean(cleanPackageVersion(self.packageJSON.dependencies['firebase-admin'])); let mine = cleanPackageVersion(self.package.dependencies[pkg] || '0.0.0'); const majorVersionMismatch = ((semver.major(latest) > semver.major(mine))); let bemv = cleanPackageVersion(self.packageJSON.dependencies[pkg]); bemPackageVersionWarning(pkg, bemv, latest); if (majorVersionMismatch) {
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// ^0.5.0 return `^${min}`; } if (semver.major(min) !== semver.major(max)) { if (semver.major(min) === 0) { return '0'; }
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return false; } const hasVNextTag = !!metadata.tags?.includes('vNext'); return semver.major(packageJson.version) >= 9 || isNightlyVersion(packageJson.version) || hasVNextTag; } /** * @param {Object} [options]
GitHub: vp2305/AxiomWallet
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* @returns {object} An object with the browser as the key and the browser-specific version object * as the value. For example, the version `9.6.0-beta.1` would return the object * `{ firefox: { version: '9.6.0.beta1' }, chrome: { version: '9.6.0.1', version_name: '9.6.0-beta.1' } }`. */ function getBrowserVersionMap(platforms, version) { const major = semver.major(version); const minor = semver.minor(version); const patch = semver.patch(version); const prerelease = semver.prerelease(version); let buildType, buildVersionSummary, buildVersion;
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'isPrerelease': semver.prerelease(currentVersion) }); } if (outputMode.isJazzy) { const minorReleaseSeries = semver.major(currentVersion) + "." + semver.minor(currentVersion) + ".0"; const range = ">=" + minorReleaseSeries + " <" + currentVersion; const otherReleasesInSeries = _.filter(releaseNotes, function(release) { return semver.satisfies(release.version, range); });
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module.exports = (version) => { if (!semver.valid(version)) return ''; const changelogs = 'https://github.com/nodejs/node/blob/main/doc/changelogs'; const clean = semver.clean(version); const major = semver.major(clean); const minor = semver.minor(clean); if (major >= 4) return `${changelogs}/CHANGELOG_V${major}.md#${clean}`; if (major >= 1) return `${changelogs}/CHANGELOG_IOJS.md#${clean}`;
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: handleResponse(cache.full.error); } // This is just a request sanity check, only puke if there are major differences. else { // Update the valid cache for following GET requests. cache.partial.isValid = semver.major(document.version) === semver.major(config.schema); debug.sanity(`Has Partial Response is valid: ${cache.partial.isValid}`); return cache.partial.isValid ? handleResponse()
semver.gte is the most popular function in semver (528 examples)