3f82daefd8
- Updated isolated cron jobs to support new delivery modes: `announce` and `none`, improving output management. - Refactored job configuration to remove legacy fields and streamline delivery settings. - Enhanced the `CronJobEditor` UI to reflect changes in delivery options, including a new segmented control for delivery mode selection. - Updated documentation to clarify the new delivery configurations and their implications for job execution. - Improved tests to validate the new delivery behavior and ensure backward compatibility with legacy settings. This update provides users with greater flexibility in managing how isolated jobs deliver their outputs, enhancing overall usability and clarity in job configurations.
57 lines
1.8 KiB
Swift
57 lines
1.8 KiB
Swift
import SwiftUI
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extension CronSettings {
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var selectedJob: CronJob? {
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guard let id = self.store.selectedJobId else { return nil }
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return self.store.jobs.first(where: { $0.id == id })
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}
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func statusTint(_ status: String?) -> Color {
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switch (status ?? "").lowercased() {
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case "ok": .green
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case "error": .red
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case "skipped": .orange
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default: .secondary
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}
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}
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func scheduleSummary(_ schedule: CronSchedule) -> String {
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switch schedule {
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case let .at(at):
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if let date = CronSchedule.parseAtDate(at) {
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return "at \(date.formatted(date: .abbreviated, time: .standard))"
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}
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return "at \(at)"
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case let .every(everyMs, _):
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return "every \(self.formatDuration(ms: everyMs))"
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case let .cron(expr, tz):
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if let tz, !tz.isEmpty { return "cron \(expr) (\(tz))" }
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return "cron \(expr)"
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}
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}
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func formatDuration(ms: Int) -> String {
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if ms < 1000 { return "\(ms)ms" }
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let s = Double(ms) / 1000.0
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if s < 60 { return "\(Int(round(s)))s" }
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let m = s / 60.0
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if m < 60 { return "\(Int(round(m)))m" }
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let h = m / 60.0
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if h < 48 { return "\(Int(round(h)))h" }
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let d = h / 24.0
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return "\(Int(round(d)))d"
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}
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func nextRunLabel(_ date: Date, now: Date = .init()) -> String {
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let delta = date.timeIntervalSince(now)
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if delta <= 0 { return "due" }
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if delta < 60 { return "in <1m" }
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let minutes = Int(round(delta / 60))
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if minutes < 60 { return "in \(minutes)m" }
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let hours = Int(round(Double(minutes) / 60))
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if hours < 48 { return "in \(hours)h" }
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let days = Int(round(Double(hours) / 24))
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return "in \(days)d"
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}
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}
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