How to use

uniq

function

in

lodash

entry(pkg) {
   const dependencyNames = Object.keys(pkg.dependencies);
   const exclude =
    pkg.dllPlugin.exclude || ReactBoilerplate.dllPlugin.defaults.exclude;
   const include =
    pkg.dllPlugin.include || ReactBoilerplate.dllPlugin.defaults.include;
   const includeDependencies = uniq(dependencyNames.concat(include));

   return {
    reactBoilerplateDeps: pullAll(includeDependencies, exclude),
   };
  }

/**
 * Generate dropdown filter values from frontmatter values.
 */
function generateFilters (projects) {
 const types = sortBy(uniq(map(projects, 'type')))
 const generators = sortBy(uniq(flatten(map(projects, 'generators'))))

 return { types, generators }
}

entry(helperPkg, pluginPkg) {
   const dependencyNames = merge(Object.keys(helperPkg.dependencies), Object.keys(pluginPkg.dependencies));
   const exclude = pluginPkg.dllPlugin.exclude || StrapiPlugin.dllPlugin.defaults.exclude;
   const include = pluginPkg.dllPlugin.include || StrapiPlugin.dllPlugin.defaults.include;
   const includeDependencies = uniq(dependencyNames.concat(include));

   return {
    strapiPluginDeps: pullAll(includeDependencies, exclude),
   };
  }

listen(appServer) {
  const port = this.appPort;
  const { SIGTERM, SIGINT } = TERMINATION_SIGNAL;

  const server = appServer.listen(port, () => {
   console.log(`App server is up and running on ${ port }`);
  });

  const handleTerminationSignal = () => {
   console.log('App server has been terminated.');
   server.close(() => {
    console.log('The server is closed');
   });
   server.unref();
  };

  uniq([SIGTERM, SIGINT, this.terminationSignal])
   .filter(Boolean)
   .map(signal => process.on(signal, handleTerminationSignal));
 }

const ArticlesNavigation = ({ categories, tags }) => (
 <div className="categories">
  <div className="desktop-subscribe-form-container">
   <SmallSubscribeForm/>
  </div>
  <br/>
  <div className="categories--parent-category">Tags</div>
  <div className="categories--tags-container">
   {uniq(tags)
    .filter((e) => !!e)
    .map((tag, i) => (
    <Link 
     activeClassName="active"
     to={`/articles/tags/${kebabCase(tag)}/`} 
     key={i}>#{tag}</Link>
   ))}
  </div>
  
 </div>
)

function sort (shortnames, search) {
 shortnames = uniq(shortnames).sort()
 let first = null
 let last = null
 for (var i = 0; i < shortnames.length; i++) {
  let short = shortnames[i]
  if (startsWith(short, ':' + search)) {
   if (first === null) first = i
   last = i
  }
 }
 return [].concat(
  shortnames.slice(first, last + 1),
  shortnames.slice(0, first),
  shortnames.slice(last + 1)
 )
}

static async getInitialProps() {
  const getIssuesRes = await fetch(
   `https://api.github.com/search/issues?q=state:open+label:first-timers-only&sort=created&order=desc&per_page=100&access_token=${
    process.env.GITHUB_TOKEN
   }`,
   { cache: 'default' }
  )
  const issuesResJson = await getIssuesRes.json()
  const issues = issuesResJson.items
  const repoLanguagesStore = await getLanguages(issues)
  const languages = uniq(flatten(Object.values(repoLanguagesStore)))
  const languageCountStore = languages.reduce(
   (languageCountStore, language) => set(languageCountStore, language, 0),
   { [clearLanguageFilterButtonText]: issues.length }
  )

  issues.forEach(issue => {
   issue.languages = repoLanguagesStore[issue.repository_url]
   issue.languages.forEach(language => (languageCountStore[language] += 1))
  })

  return { issues, languageCountStore }
 }

const userIds = uniq(posts.map((post) => post.userId))

entry(pkg) {
   const dependencyNames = Object.keys(pkg.dependencies);
   const exclude = pkg.dllPlugin.exclude || ReactBoilerplate.dllPlugin.defaults.exclude;
   const include = pkg.dllPlugin.include || ReactBoilerplate.dllPlugin.defaults.include;
   const includeDependencies = uniq(dependencyNames.concat(include));

   return {
    reactBoilerplateDeps: pullAll(includeDependencies, exclude),
   };
  }

entry(helperPkg, pluginPkg) {
   const dependencyNames = merge(Object.keys(helperPkg.dependencies), Object.keys(pluginPkg.dependencies));
   const exclude = pluginPkg.dllPlugin.exclude || StrapiPlugin.dllPlugin.defaults.exclude;
   const include = pluginPkg.dllPlugin.include || StrapiPlugin.dllPlugin.defaults.include;
   const includeDependencies = uniq(dependencyNames.concat(include));

   return {
    strapiPluginDeps: pullAll(includeDependencies, exclude),
   };
  }

entry(pkg) {
   const dependencyNames = Object.keys(pkg.dependencies);
   const exclude = pkg.dllPlugin.exclude || ReactBoilerplate.dllPlugin.defaults.exclude;
   const include = pkg.dllPlugin.include || ReactBoilerplate.dllPlugin.defaults.include;
   const includeDependencies = uniq(dependencyNames.concat(include));

   return {
    reactBoilerplateDeps: pullAll(includeDependencies, exclude),
   };
  }

entry(pkg) {
   const dependencyNames = Object.keys(pkg.dependencies);
   const exclude = pkg.dllPlugin.exclude || ReactBoilerplate.dllPlugin.defaults.exclude;
   const include = pkg.dllPlugin.include || ReactBoilerplate.dllPlugin.defaults.include;
   const includeDependencies = uniq(dependencyNames.concat(include));

   return {
    reactBoilerplateDeps: pullAll(includeDependencies, exclude),
   };
  }

entry(pkg) {
   const dependencyNames = Object.keys(pkg.dependencies);
   const exclude = pkg.dllPlugin.exclude || ReactBoilerplate.dllPlugin.defaults.exclude;
   const include = pkg.dllPlugin.include || ReactBoilerplate.dllPlugin.defaults.include;
   const includeDependencies = uniq(dependencyNames.concat(include));

   return {
    reactBoilerplateDeps: pullAll(includeDependencies, exclude),
   };
  }

entry(pkg) {
   const dependencyNames = Object.keys(pkg.dependencies);
   const exclude = pkg.dllPlugin.exclude || ReactBoilerplate.dllPlugin.defaults.exclude;
   const include = pkg.dllPlugin.include || ReactBoilerplate.dllPlugin.defaults.include;
   const includeDependencies = uniq(dependencyNames.concat(include));

   return {
    reactBoilerplateDeps: pullAll(includeDependencies, exclude),
   };
  }

listen(appServer) {
  const port = this.appPort;
  const { SIGTERM, SIGINT } = TERMINATION_SIGNAL;

  const server = appServer.listen(port, () => {
   console.log(`App server is up and running on ${ port }`);
  });

  const handleTerminationSignal = () => {
   console.log('App server has been terminated.');
   server.close(() => {
    console.log('The server is closed');
   });
   server.unref();
  };

  uniq([SIGTERM, SIGINT, this.terminationSignal])
   .filter(Boolean)
   .map(signal => process.on(signal, handleTerminationSignal));
 }