);

}

function isAutomationUser(user, fallbackLogin = "") {

const login = user?.login ?? fallbackLogin;

return user?.type === "Bot" || /\[bot\]$/i.test(login) || login.startsWith("app/");

}

function isAutomationActor(context) {

const sender = context.payload.sender;

const login = sender?.login ?? context.actor ?? "";

return sender?.type === "Bot" || /\[bot\]$/i.test(login);

return isAutomationUser(context.payload.sender, context.actor ?? "");

}

function isGitHubAppPullRequestAuthor(pullRequest) {

return isAutomationUser(pullRequest.user);

}

function candidateActionRuleForLabelSet(labelSet, preferredLabel = "") {

return;

}

if (isGitHubAppPullRequestAuthor(pullRequest)) {

await removeLabels(github, context, pullRequest.number, [activePrLimitLabel], labelSet);

core.info(`Skipping active PR limit for GitHub App-authored PR #${pullRequest.number}.`);

}

await applyPullRequestCandidateLabels(github, context, core, pullRequest, labelSet);

if (labelSet.has(dirtyLabel)) {

if (pullRequest && labelSet.has(activePrLimitOverrideLabel)) {

labelSet.delete(activePrLimitLabel);

}

if (pullRequest && isAutomationPullRequest(pullRequest)) {

if (

pullRequest &&

(isAutomationPullRequest(pullRequest) || isGitHubAppPullRequestAuthor(pullRequest))

) {

await removeLabels(github, context, pullRequest.number, [activePrLimitLabel], labelSet);

}