🎯 Use case
This file lives under “utils/”, which covers cross-cutting helpers (shell, tempfiles, settings, messages, process input, …). On the API surface it exposes setClassifierApproval, getClassifierApproval, setYoloClassifierApproval, getYoloClassifierApproval, and setClassifierChecking (and more) — mainly functions, hooks, or classes. Dependencies touch bun:bundle. It composes internal code from signal (relative imports). What the file header says: Tracks which tool uses were auto-approved by classifiers. Populated from useCanUseTool.ts and permissions.ts, read from UserToolSuccessMessage.tsx.
Generated from folder role, exports, dependency roots, and inline comments — not hand-reviewed for every path.
🧠 Inline summary
Tracks which tool uses were auto-approved by classifiers. Populated from useCanUseTool.ts and permissions.ts, read from UserToolSuccessMessage.tsx.
📤 Exports (heuristic)
setClassifierApprovalgetClassifierApprovalsetYoloClassifierApprovalgetYoloClassifierApprovalsetClassifierCheckingclearClassifierCheckingsubscribeClassifierCheckingisClassifierCheckingdeleteClassifierApprovalclearClassifierApprovals
📚 External import roots
Package roots from from "…" (relative paths omitted).
bun:bundle
🖥️ Source preview
/**
* Tracks which tool uses were auto-approved by classifiers.
* Populated from useCanUseTool.ts and permissions.ts, read from UserToolSuccessMessage.tsx.
*/
import { feature } from 'bun:bundle'
import { createSignal } from './signal.js'
type ClassifierApproval = {
classifier: 'bash' | 'auto-mode'
matchedRule?: string
reason?: string
}
const CLASSIFIER_APPROVALS = new Map<string, ClassifierApproval>()
const CLASSIFIER_CHECKING = new Set<string>()
const classifierChecking = createSignal()
export function setClassifierApproval(
toolUseID: string,
matchedRule: string,
): void {
if (!feature('BASH_CLASSIFIER')) {
return
}
CLASSIFIER_APPROVALS.set(toolUseID, {
classifier: 'bash',
matchedRule,
})
}
export function getClassifierApproval(toolUseID: string): string | undefined {
if (!feature('BASH_CLASSIFIER')) {
return undefined
}
const approval = CLASSIFIER_APPROVALS.get(toolUseID)
if (!approval || approval.classifier !== 'bash') return undefined
return approval.matchedRule
}
export function setYoloClassifierApproval(
toolUseID: string,
reason: string,
): void {
if (!feature('TRANSCRIPT_CLASSIFIER')) {
return
}
CLASSIFIER_APPROVALS.set(toolUseID, { classifier: 'auto-mode', reason })
}
export function getYoloClassifierApproval(
toolUseID: string,
): string | undefined {
if (!feature('TRANSCRIPT_CLASSIFIER')) {
return undefined
}
const approval = CLASSIFIER_APPROVALS.get(toolUseID)
if (!approval || approval.classifier !== 'auto-mode') return undefined
return approval.reason
}
export function setClassifierChecking(toolUseID: string): void {
if (!feature('BASH_CLASSIFIER') && !feature('TRANSCRIPT_CLASSIFIER')) return
CLASSIFIER_CHECKING.add(toolUseID)
classifierChecking.emit()
}
export function clearClassifierChecking(toolUseID: string): void {
if (!feature('BASH_CLASSIFIER') && !feature('TRANSCRIPT_CLASSIFIER')) return
CLASSIFIER_CHECKING.delete(toolUseID)
classifierChecking.emit()
}
export const subscribeClassifierChecking = classifierChecking.subscribe
export function isClassifierChecking(toolUseID: string): boolean {
return CLASSIFIER_CHECKING.has(toolUseID)
}
export function deleteClassifierApproval(toolUseID: string): void {
CLASSIFIER_APPROVALS.delete(toolUseID)
}
export function clearClassifierApprovals(): void {
CLASSIFIER_APPROVALS.clear()
CLASSIFIER_CHECKING.clear()
classifierChecking.emit()
}