import CodexBarCoreimport Commanderimport Foundation extension CodexBarCLI {    private static let costSupportedProviders: Set<UsageProvider> = [.claude, .codex]     static func runCost(_ values: ParsedValues) async {        let output = CLIOutputPreferences.from(values: values)        let config = CodexBarCLI.loadConfig(output: output)        let selection = CodexBarCLI.decodeProvider(from: values, config: config)        let providers = Self.costProviders(from: selection)        let unsupported = selection.asList.filter { !Self.costSupportedProviders.contains($0) }        if !unsupported.isEmpty {            let names = unsupported                .map { ProviderDescriptorRegistry.descriptor(for: $0).metadata.displayName }                .sorted()                .joined(separator: ", ")            if !output.jsonOnly {                Self.writeStderr("Skipping providers without local cost usage: \(names)\n")            }        }        guard !providers.isEmpty else {            Self.exit(                code: .failure,                message: "Error: cost is only supported for Claude and Codex.",                output: output,                kind: .args)        }         let format = output.format        let forceRefresh = values.flags.contains("refresh")        let useColor = Self.shouldUseColor(noColor: values.flags.contains("noColor"), format: format)        let historyDays = Self.decodeCostHistoryDays(from: values)        let groupBy = Self.decodeCostGroupBy(from: values)        if groupBy == .project {            let unsupportedProjectProviders = providers.filter { $0 != .codex }            if !unsupportedProjectProviders.isEmpty, !output.jsonOnly {                let names = unsupportedProjectProviders                    .map { ProviderDescriptorRegistry.descriptor(for: $0).metadata.displayName }                    .sorted()                    .joined(separator: ", ")                Self.writeStderr("Skipping project grouping for providers without Codex project data: \(names)\n")            }        }         let fetcher = CostUsageFetcher()        var sections: [String] = []        var payload: [CostPayload] = []        var exitCode: ExitCode = .success         for provider in providers where groupBy != .project || provider == .codex || format == .json {            do {                // Cost usage is local-only; it does not require web/CLI provider fetches.                let snapshot = try await fetcher.loadTokenSnapshot(                    provider: provider,                    forceRefresh: forceRefresh,                    historyDays: historyDays,                    refreshPricingInBackground: false)                switch format {                case .text:                    sections.append(Self.renderCostText(                        provider: provider,                        snapshot: snapshot,                        groupBy: groupBy,                        useColor: useColor))                case .json:                    payload.append(Self.makeCostPayload(provider: provider, snapshot: snapshot, error: nil))                }            } catch {                exitCode = Self.mapError(error)                if format == .json {                    payload.append(Self.makeCostPayload(provider: provider, snapshot: nil, error: error))                } else if !output.jsonOnly {                    Self.writeStderr("Error: \(error.localizedDescription)\n")                }            }        }         switch format {        case .text:            if !sections.isEmpty {                print(sections.joined(separator: "\n\n"))            }        case .json:            if !payload.isEmpty {                Self.printJSON(payload, pretty: output.pretty)            }        }         Self.exit(code: exitCode, output: output, kind: exitCode == .success ? .runtime : .provider)    }     enum CostGroupBy: String {        case none        case project    }     static func renderCostText(        provider: UsageProvider,        snapshot: CostUsageTokenSnapshot,        groupBy: CostGroupBy = .none,        useColor: Bool) -> String    {        let name = ProviderDescriptorRegistry.descriptor(for: provider).metadata.displayName        let header = Self.costHeaderLine("\(name) Cost (API-rate estimate)", useColor: useColor)        if groupBy == .project, provider == .codex {            return Self.renderProjectCostText(header: header, snapshot: snapshot)        }         let todayCost = snapshot.sessionCostUSD            .map { UsageFormatter.currencyString($0, currencyCode: snapshot.currencyCode) } ?? "—"        let todayTokens = snapshot.sessionTokens.map { UsageFormatter.tokenCountString($0) }        let todayLine = todayTokens.map { "Today: \(todayCost) · \($0) tokens" } ?? "Today: \(todayCost)"         let monthCost = snapshot.last30DaysCostUSD            .map { UsageFormatter.currencyString($0, currencyCode: snapshot.currencyCode) } ?? "—"        let monthTokens = snapshot.last30DaysTokens.map { UsageFormatter.tokenCountString($0) }        let historyLabel = snapshot.historyLabel            ?? (snapshot.historyDays == 1 ? "Today" : "Last \(snapshot.historyDays) days")        let monthLine = monthTokens.map {            "\(historyLabel): \(monthCost) · \($0) tokens"        } ?? "\(historyLabel): \(monthCost)"         let hintLine = UsageFormatter.costEstimateHint(provider: provider)        return [header, todayLine, monthLine, hintLine].joined(separator: "\n")    }     private static func renderProjectCostText(header: String, snapshot: CostUsageTokenSnapshot) -> String {        let historyLabel = snapshot.historyLabel            ?? (snapshot.historyDays == 1 ? "Today" : "Last \(snapshot.historyDays) days")        var lines = [header, "Projects (\(historyLabel)):"]        guard !snapshot.projects.isEmpty else {            lines.append("—")            lines.append(UsageFormatter.costEstimateHint(provider: .codex))            return lines.joined(separator: "\n")        }        for project in snapshot.projects {            let cost = project.totalCostUSD                .map { UsageFormatter.currencyString($0, currencyCode: snapshot.currencyCode) } ?? "—"            let tokens = project.totalTokens.map { UsageFormatter.tokenCountString($0) }            let summary = tokens.map { "\(cost) · \($0) tokens" } ?? cost            lines.append("\(project.name): \(summary)")            if let path = project.path {                lines.append("  \(path)")            }            for source in project.sources {                let sourceCost = source.totalCostUSD                    .map { UsageFormatter.currencyString($0, currencyCode: snapshot.currencyCode) } ?? "—"                let sourceTokens = source.totalTokens.map { UsageFormatter.tokenCountString($0) }                let sourceSummary = sourceTokens.map { "\(sourceCost) · \($0) tokens" } ?? sourceCost                lines.append("  - \(source.name): \(sourceSummary)")                if let path = source.path {                    lines.append("    \(path)")                }            }        }        lines.append(UsageFormatter.costEstimateHint(provider: .codex))        return lines.joined(separator: "\n")    }     private static func costHeaderLine(_ header: String, useColor: Bool) -> String {        guard useColor else { return header }        return "\u{001B}[1;36m\(header)\u{001B}[0m"    }     static func costProviders(from selection: ProviderSelection) -> [UsageProvider] {        selection.asList.filter { Self.costSupportedProviders.contains($0) }    }     static func makeCostPayload(        provider: UsageProvider,        snapshot: CostUsageTokenSnapshot?,        error: Error?) -> CostPayload    {        let daily = snapshot?.daily.map(Self.costDailyPayload(from:)) ?? []        let projects = provider == .codex            ? snapshot?.projects.map { project in                CostProjectPayload(                    name: project.name,                    path: project.path,                    totalTokens: project.totalTokens,                    totalCostUSD: project.totalCostUSD,                    daily: project.daily.map(Self.costDailyPayload(from:)),                    modelBreakdowns: project.modelBreakdowns?.map(Self.costModelBreakdownPayload(from:)),                    sources: project.sources.map { source in                        CostProjectSourcePayload(                            name: source.name,                            path: source.path,                            totalTokens: source.totalTokens,                            totalCostUSD: source.totalCostUSD,                            daily: source.daily.map(Self.costDailyPayload(from:)),                            modelBreakdowns: source.modelBreakdowns?.map(Self.costModelBreakdownPayload(from:)))                    })            } ?? []            : []         return CostPayload(            provider: provider.rawValue,            source: "local",            updatedAt: snapshot?.updatedAt ?? (error == nil ? nil : Date()),            currencyCode: snapshot?.currencyCode,            sessionTokens: snapshot?.sessionTokens,            sessionCostUSD: snapshot?.sessionCostUSD,            historyDays: snapshot?.historyDays,            last30DaysTokens: snapshot?.last30DaysTokens,            last30DaysCostUSD: snapshot?.last30DaysCostUSD,            daily: daily,            projects: projects,            totals: snapshot.flatMap(Self.costTotals(from:)),            error: error.map { Self.makeErrorPayload($0) })    }     private static func costDailyPayload(from entry: CostUsageDailyReport.Entry) -> CostDailyEntryPayload {        CostDailyEntryPayload(            date: entry.date,            inputTokens: entry.inputTokens,            outputTokens: entry.outputTokens,            cacheReadTokens: entry.cacheReadTokens,            cacheCreationTokens: entry.cacheCreationTokens,            totalTokens: entry.totalTokens,            costUSD: entry.costUSD,            modelsUsed: entry.modelsUsed,            modelBreakdowns: entry.modelBreakdowns?.map(self.costModelBreakdownPayload(from:)))    }     private static func costModelBreakdownPayload(        from breakdown: CostUsageDailyReport.ModelBreakdown) -> CostModelBreakdownPayload    {        CostModelBreakdownPayload(            modelName: breakdown.modelName,            costUSD: breakdown.costUSD,            totalTokens: breakdown.totalTokens)    }     private static func costTotals(from snapshot: CostUsageTokenSnapshot) -> CostTotalsPayload? {        let entries = snapshot.daily        guard !entries.isEmpty else {            guard snapshot.last30DaysTokens != nil || snapshot.last30DaysCostUSD != nil else { return nil }            return CostTotalsPayload(                totalInputTokens: nil,                totalOutputTokens: nil,                cacheReadTokens: nil,                cacheCreationTokens: nil,                totalTokens: snapshot.last30DaysTokens,                totalCostUSD: snapshot.last30DaysCostUSD)        }         var totalInput = 0        var totalOutput = 0        var totalCacheRead = 0        var totalCacheCreation = 0        var totalTokens = 0        var totalCost = 0.0        var sawInput = false        var sawOutput = false        var sawCacheRead = false        var sawCacheCreation = false        var sawTokens = false        var sawCost = false         for entry in entries {            if let input = entry.inputTokens {                totalInput += input                sawInput = true            }            if let output = entry.outputTokens {                totalOutput += output                sawOutput = true            }            if let cacheRead = entry.cacheReadTokens {                totalCacheRead += cacheRead                sawCacheRead = true            }            if let cacheCreation = entry.cacheCreationTokens {                totalCacheCreation += cacheCreation                sawCacheCreation = true            }            if let tokens = entry.totalTokens {                totalTokens += tokens                sawTokens = true            }            if let cost = entry.costUSD {                totalCost += cost                sawCost = true            }        }         // Prefer totals derived from daily rows; fall back to snapshot aggregates when rows omit fields.        return CostTotalsPayload(            totalInputTokens: sawInput ? totalInput : nil,            totalOutputTokens: sawOutput ? totalOutput : nil,            cacheReadTokens: sawCacheRead ? totalCacheRead : nil,            cacheCreationTokens: sawCacheCreation ? totalCacheCreation : nil,            totalTokens: sawTokens ? totalTokens : snapshot.last30DaysTokens,            totalCostUSD: sawCost ? totalCost : snapshot.last30DaysCostUSD)    }     private static func decodeCostHistoryDays(from values: ParsedValues) -> Int {        guard let raw = values.options["days"]?.last,              let parsed = Int(raw)        else { return 30 }        return max(1, min(365, parsed))    }     private static func decodeCostGroupBy(from values: ParsedValues) -> CostGroupBy {        guard let raw = values.options["groupBy"]?.last?.trimmingCharacters(in: .whitespacesAndNewlines),              !raw.isEmpty        else { return .none }        return CostGroupBy(rawValue: raw.lowercased()) ?? .none    }} struct CostOptions: CommanderParsable {    @Flag(names: [.short("v"), .long("verbose")], help: "Enable verbose logging")    var verbose: Bool = false     @Flag(name: .long("json-output"), help: "Emit machine-readable logs")    var jsonOutput: Bool = false     @Option(name: .long("log-level"), help: "Set log level (trace|verbose|debug|info|warning|error|critical)")    var logLevel: String?     @Option(        name: .long("provider"),        help: ProviderHelp.optionHelp)    var provider: ProviderSelection?     @Option(name: .long("format"), help: "Output format: text | json")    var format: OutputFormat?     @Flag(name: .long("json"), help: "")    var jsonShortcut: Bool = false     @Flag(name: .long("json-only"), help: "Emit JSON only (suppress non-JSON output)")    var jsonOnly: Bool = false     @Flag(name: .long("pretty"), help: "Pretty-print JSON output")    var pretty: Bool = false     @Flag(name: .long("no-color"), help: "Disable ANSI colors in text output")    var noColor: Bool = false     @Flag(name: .long("refresh"), help: "Force refresh by ignoring cached scans")    var refresh: Bool = false     @Option(name: .long("days"), help: "Cost history window in days (1...365)")    var days: Int?     @Option(name: .long("group-by"), help: "Group text output by: project")    var groupBy: String?} struct CostPayload: Encodable {    let provider: String    let source: String    let updatedAt: Date?    let currencyCode: String?    let sessionTokens: Int?    let sessionCostUSD: Double?    let historyDays: Int?    let last30DaysTokens: Int?    let last30DaysCostUSD: Double?    let daily: [CostDailyEntryPayload]    let projects: [CostProjectPayload]    let totals: CostTotalsPayload?    let error: ProviderErrorPayload?     init(        provider: String,        source: String,        updatedAt: Date?,        currencyCode: String? = nil,        sessionTokens: Int?,        sessionCostUSD: Double?,        historyDays: Int?,        last30DaysTokens: Int?,        last30DaysCostUSD: Double?,        daily: [CostDailyEntryPayload],        projects: [CostProjectPayload] = [],        totals: CostTotalsPayload?,        error: ProviderErrorPayload?)    {        self.provider = provider        self.source = source        self.updatedAt = updatedAt        self.currencyCode = currencyCode        self.sessionTokens = sessionTokens        self.sessionCostUSD = sessionCostUSD        self.historyDays = historyDays        self.last30DaysTokens = last30DaysTokens        self.last30DaysCostUSD = last30DaysCostUSD        self.daily = daily        self.projects = projects        self.totals = totals        self.error = error    }} struct CostDailyEntryPayload: Encodable {    let date: String    let inputTokens: Int?    let outputTokens: Int?    let cacheReadTokens: Int?    let cacheCreationTokens: Int?    let totalTokens: Int?    let costUSD: Double?    let modelsUsed: [String]?    let modelBreakdowns: [CostModelBreakdownPayload]?     private enum CodingKeys: String, CodingKey {        case date        case inputTokens        case outputTokens        case cacheReadTokens        case cacheCreationTokens        case totalTokens        case costUSD = "totalCost"        case modelsUsed        case modelBreakdowns    }} struct CostModelBreakdownPayload: Encodable {    let modelName: String    let costUSD: Double?    let totalTokens: Int?     private enum CodingKeys: String, CodingKey {        case modelName        case costUSD = "cost"        case totalTokens    }} struct CostProjectPayload: Encodable {    let name: String    let path: String?    let totalTokens: Int?    let totalCostUSD: Double?    let daily: [CostDailyEntryPayload]    let modelBreakdowns: [CostModelBreakdownPayload]?    let sources: [CostProjectSourcePayload]     private enum CodingKeys: String, CodingKey {        case name        case path        case totalTokens        case totalCostUSD = "totalCost"        case daily        case modelBreakdowns        case sources    }     init(        name: String,        path: String?,        totalTokens: Int?,        totalCostUSD: Double?,        daily: [CostDailyEntryPayload],        modelBreakdowns: [CostModelBreakdownPayload]?,        sources: [CostProjectSourcePayload] = [])    {        self.name = name        self.path = path        self.totalTokens = totalTokens        self.totalCostUSD = totalCostUSD        self.daily = daily        self.modelBreakdowns = modelBreakdowns        self.sources = sources    }} struct CostProjectSourcePayload: Encodable {    let name: String    let path: String?    let totalTokens: Int?    let totalCostUSD: Double?    let daily: [CostDailyEntryPayload]    let modelBreakdowns: [CostModelBreakdownPayload]?     private enum CodingKeys: String, CodingKey {        case name        case path        case totalTokens        case totalCostUSD = "totalCost"        case daily        case modelBreakdowns    }} struct CostTotalsPayload: Encodable {    let totalInputTokens: Int?    let totalOutputTokens: Int?    let cacheReadTokens: Int?    let cacheCreationTokens: Int?    let totalTokens: Int?    let totalCostUSD: Double?     private enum CodingKeys: String, CodingKey {

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