import Foundation public struct CodexStatusSnapshot: Sendable { public let credits: Double? public let fiveHourPercentLeft: Int? public let weeklyPercentLeft: Int? public let fiveHourResetDescription: String? public let weeklyResetDescription: String? public let rawText: String public init( credits: Double?, fiveHourPercentLeft: Int?, weeklyPercentLeft: Int?, fiveHourResetDescription: String?, weeklyResetDescription: String?, rawText: String) { self.credits = credits self.fiveHourPercentLeft = fiveHourPercentLeft self.weeklyPercentLeft = weeklyPercentLeft self.fiveHourResetDescription = fiveHourResetDescription self.weeklyResetDescription = weeklyResetDescription self.rawText = rawText }} public enum CodexStatusProbeError: LocalizedError, Sendable { case codexNotInstalled case parseFailed(String) case timedOut case updateRequired(String) public var errorDescription: String? { switch self { case .codexNotInstalled: "Codex CLI missing. Install via `npm i -g @openai/codex` (or bun install) and restart." case .parseFailed: "Could not parse Codex status; will retry shortly." case .timedOut: "Codex status probe timed out." case let .updateRequired(msg): "Codex CLI update needed: \(msg)" } }} /// Runs `codex` inside a PTY, sends `/status`, captures text, and parses credits/limits.public struct CodexStatusProbe { public var codexBinary: String = "codex" public var timeout: TimeInterval = 18.0 public init() {} public init(codexBinary: String = "codex", timeout: TimeInterval = 18.0) { self.codexBinary = codexBinary self.timeout = timeout } public func fetch() async throws -> CodexStatusSnapshot { guard TTYCommandRunner.which(self.codexBinary) != nil else { throw CodexStatusProbeError.codexNotInstalled } do { return try self.runAndParse(rows: 60, cols: 200, timeout: self.timeout) } catch let error as CodexStatusProbeError { // Codex sometimes returns an incomplete screen on the first try; retry once with a longer window. switch error { case .parseFailed, .timedOut: return try self.runAndParse(rows: 70, cols: 220, timeout: max(self.timeout, 24.0)) default: throw error } } } // MARK: - Parsing public static func parse(text: String) throws -> CodexStatusSnapshot { let clean = TextParsing.stripANSICodes(text) guard !clean.isEmpty else { throw CodexStatusProbeError.timedOut } if clean.localizedCaseInsensitiveContains("data not available yet") { throw CodexStatusProbeError.parseFailed("data not available yet") } if self.containsUpdatePrompt(clean) { throw CodexStatusProbeError.updateRequired( "Run `bun install -g @openai/codex` to continue (update prompt blocking /status).") } let credits = TextParsing.firstNumber(pattern: #"Credits:\s*([0-9][0-9.,]*)"#, text: clean) // Pull reset info from the same lines that contain the percentages. let fiveLine = TextParsing.firstLine(matching: #"5h limit[^\n]*"#, text: clean) let weekLine = TextParsing.firstLine(matching: #"Weekly limit[^\n]*"#, text: clean) let fivePct = fiveLine.flatMap(TextParsing.percentLeft(fromLine:)) let weekPct = weekLine.flatMap(TextParsing.percentLeft(fromLine:)) let fiveReset = fiveLine.flatMap(TextParsing.resetString(fromLine:)) let weekReset = weekLine.flatMap(TextParsing.resetString(fromLine:)) if credits == nil, fivePct == nil, weekPct == nil { throw CodexStatusProbeError.parseFailed(clean.prefix(400).description) } return CodexStatusSnapshot( credits: credits, fiveHourPercentLeft: fivePct, weeklyPercentLeft: weekPct, fiveHourResetDescription: fiveReset, weeklyResetDescription: weekReset, rawText: clean) } private func runAndParse(rows: UInt16, cols: UInt16, timeout: TimeInterval) throws -> CodexStatusSnapshot { let runner = TTYCommandRunner() let script = "/status\n" let result = try runner.run( binary: self.codexBinary, send: script, options: .init( rows: rows, cols: cols, timeout: timeout, extraArgs: ["-s", "read-only", "-a", "untrusted"])) return try Self.parse(text: result.text) } private static func containsUpdatePrompt(_ text: String) -> Bool { let lower = text.lowercased() return lower.contains("update available") && lower.contains("codex") }}
import Foundation
public struct CodexStatusSnapshot: Sendable {
public let credits: Double?
public let fiveHourPercentLeft: Int?
public let weeklyPercentLeft: Int?
public let fiveHourResetDescription: String?
public let weeklyResetDescription: String?
public let rawText: String
public init(
credits: Double?,
fiveHourPercentLeft: Int?,
weeklyPercentLeft: Int?,
fiveHourResetDescription: String?,
weeklyResetDescription: String?,
rawText: String)
{
self.credits = credits
self.fiveHourPercentLeft = fiveHourPercentLeft
self.weeklyPercentLeft = weeklyPercentLeft
self.fiveHourResetDescription = fiveHourResetDescription
self.weeklyResetDescription = weeklyResetDescription
self.rawText = rawText
}
}
public enum CodexStatusProbeError: LocalizedError, Sendable {
case codexNotInstalled
case parseFailed(String)
case timedOut
case updateRequired(String)
public var errorDescription: String? {
switch self {
case .codexNotInstalled:
"Codex CLI missing. Install via `npm i -g @openai/codex` (or bun install) and restart."
case .parseFailed:
"Could not parse Codex status; will retry shortly."
case .timedOut:
"Codex status probe timed out."
case let .updateRequired(msg):
"Codex CLI update needed: \(msg)"
}
}
}
/// Runs `codex` inside a PTY, sends `/status`, captures text, and parses credits/limits.
public struct CodexStatusProbe {
public var codexBinary: String = "codex"
public var timeout: TimeInterval = 18.0
public init() {}
public init(codexBinary: String = "codex", timeout: TimeInterval = 18.0) {
self.codexBinary = codexBinary
self.timeout = timeout
}
public func fetch() async throws -> CodexStatusSnapshot {
guard TTYCommandRunner.which(self.codexBinary) != nil else { throw CodexStatusProbeError.codexNotInstalled }
do {
return try self.runAndParse(rows: 60, cols: 200, timeout: self.timeout)
} catch let error as CodexStatusProbeError {
// Codex sometimes returns an incomplete screen on the first try; retry once with a longer window.
switch error {
case .parseFailed, .timedOut:
return try self.runAndParse(rows: 70, cols: 220, timeout: max(self.timeout, 24.0))
default:
throw error
}
}
}
// MARK: - Parsing
public static func parse(text: String) throws -> CodexStatusSnapshot {
let clean = TextParsing.stripANSICodes(text)
guard !clean.isEmpty else { throw CodexStatusProbeError.timedOut }
if clean.localizedCaseInsensitiveContains("data not available yet") {
throw CodexStatusProbeError.parseFailed("data not available yet")
}
if self.containsUpdatePrompt(clean) {
throw CodexStatusProbeError.updateRequired(
"Run `bun install -g @openai/codex` to continue (update prompt blocking /status).")
}
let credits = TextParsing.firstNumber(pattern: #"Credits:\s*([0-9][0-9.,]*)"#, text: clean)
// Pull reset info from the same lines that contain the percentages.
let fiveLine = TextParsing.firstLine(matching: #"5h limit[^\n]*"#, text: clean)
let weekLine = TextParsing.firstLine(matching: #"Weekly limit[^\n]*"#, text: clean)
let fivePct = fiveLine.flatMap(TextParsing.percentLeft(fromLine:))
let weekPct = weekLine.flatMap(TextParsing.percentLeft(fromLine:))
let fiveReset = fiveLine.flatMap(TextParsing.resetString(fromLine:))
let weekReset = weekLine.flatMap(TextParsing.resetString(fromLine:))
if credits == nil, fivePct == nil, weekPct == nil {
throw CodexStatusProbeError.parseFailed(clean.prefix(400).description)
}
return CodexStatusSnapshot(
credits: credits,
fiveHourPercentLeft: fivePct,
weeklyPercentLeft: weekPct,
fiveHourResetDescription: fiveReset,
weeklyResetDescription: weekReset,
rawText: clean)
}
private func runAndParse(rows: UInt16, cols: UInt16, timeout: TimeInterval) throws -> CodexStatusSnapshot {
let runner = TTYCommandRunner()
let script = "/status\n"
let result = try runner.run(
binary: self.codexBinary,
send: script,
options: .init(
rows: rows,
cols: cols,
timeout: timeout,
extraArgs: ["-s", "read-only", "-a", "untrusted"]))
return try Self.parse(text: result.text)
}
private static func containsUpdatePrompt(_ text: String) -> Bool {
let lower = text.lowercased()
return lower.contains("update available") && lower.contains("codex")
}
}