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37a64af25a
Xerox: XROutputColor with XRColorCorrection fallback for color/black & white; user code sets XRAccountingSystem=XSA + AcctUserID, and an optional account ID (AcctAccountID) via a profile-declared second input, in the sheet and as 'cupsadmin quick usercode <queue> <user> [account]'. Konica Minolta: KMDuplex, PageSize=8.5x11, color from the generic ColorModel; user code unavailable with the reason. Offline tests sweep every Xerox and bizhub PPD found in CUPSKIT_PPD_DIRS. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
176 lines
10 KiB
Swift
176 lines
10 KiB
Swift
@testable import CupsKit
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import Foundation
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import Testing
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private func context(_ ppdFile: String) -> DriverContext? {
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vendorPPD(ppdFile).map { DriverContext(ppd: $0, attributes: nil) }
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}
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private func available(_ id: String, _ context: DriverContext) -> Bool {
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QuickAction.named(id)!.isAvailable(in: context)
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}
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private func profileID(_ id: String, _ context: DriverContext) -> String? {
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guard case .success(let resolved) = QuickAction.named(id)!.resolve(context, value: "0") else { return nil }
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return resolved.profile.id
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}
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@Suite struct DriverProfileFile {
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@Test func builtInProfilesAreWellFormed() {
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let profiles = DriverProfiles.builtIn
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#expect(profiles.map(\.id) == ["ricoh-m-c251fw", "ricoh", "canon", "hp", "xerox", "konica-minolta", "generic"])
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#expect(profiles.last?.isGeneric == true)
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#expect(profiles.dropLast().allSatisfy { !$0.isGeneric })
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let known = Set(QuickAction.all.map(\.id)).union(["usercode-clear"])
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for profile in profiles {
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#expect(Set(profile.actions.keys).isSubset(of: known), "\(profile.id): \(profile.actions.keys.sorted())")
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#expect(Set(profile.unavailable.keys).isSubset(of: known), "\(profile.id): \(profile.unavailable.keys.sorted())")
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#expect(Set(profile.inputs.keys).isSubset(of: Set(QuickAction.all.filter { $0.input != .none }.map(\.id))))
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for input in profile.inputs.values {
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#expect(input.second.map { !$0.pairs.isEmpty && $0.pairs.allSatisfy { QuickAction.parse($0) != nil } } ?? true)
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}
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for alternatives in profile.actions.values {
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#expect(alternatives.allSatisfy { !$0.isEmpty && $0.allSatisfy { QuickAction.parse($0) != nil } })
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}
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}
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}
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}
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/// One test per Ricoh PPD documented in docs/ricoh-ppd-options.md (vendor PPDs; skipped when not installed).
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@Suite struct RicohProfileMatching {
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static let postScript = ["RICOH IM C2000", "RICOH IM C4500", "RICOH MP C2004ex", "RICOH MP C3004ex",
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"RICOH MP C307", "RICOH MP C3504"]
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@Test(.enabled(if: postScript.allSatisfy(hasVendorPPD)), arguments: postScript)
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func ricohColorPostScript(_ file: String) throws {
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let c = try #require(context(file))
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for id in ["color", "bw", "usercode", "duplex", "simplex", "letter"] {
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#expect(profileID(id, c) == "ricoh", "\(file) \(id)")
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}
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let letter = try QuickAction.named("letter")!.resolve(c).get().changes
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#expect(letter == [OptionChange(key: "PageSize", value: "Letter", isSecret: false),
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OptionChange(key: "RIPaperPolicy", value: "NearestSizeAdjust", isSecret: false)])
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#expect(QuickAction.named("letter")!.title(in: c) == "Use Letter Paper, Fit to Nearest Size")
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let code = try QuickAction.named("usercode")!.resolve(c, value: "4321").get().changes
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#expect(code.map(\.value) == ["True", "Custom.4321"])
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let clear = try QuickAction.named("usercode")!.resolve(c, clearing: true).get().changes
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#expect(clear.map(\.value) == ["False", "None"])
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// Ricoh takes one value: digits, no second input.
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#expect(QuickAction.named("usercode")!.inputLabel(c) == "User code")
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#expect(QuickAction.named("usercode")!.secondInputLabel(c) == nil)
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#expect(throws: QuickActionUnavailable.self) { try QuickAction.named("usercode")!.resolve(c, value: "4321", secondValue: "9").get() }
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}
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@Test(.enabled(if: hasVendorPPD("RICOH MP 5055")))
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func ricohMonoPostScript() throws {
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let c = try #require(context("RICOH MP 5055"))
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#expect(!available("color", c) && !available("bw", c)) // mono: no ColorModel
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#expect(QuickAction.named("color")!.unavailableReason(in: c)?.hasPrefix("Not available for RICOH MP 5055 PS") == true)
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for id in ["usercode", "duplex", "simplex", "letter"] { #expect(profileID(id, c) == "ricoh", "\(id)") }
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}
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@Test(.enabled(if: hasVendorPPD("RICOH M C251FW.ppd")))
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func ricohMC251FWUsesHQColorMode() throws {
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let c = try #require(context("RICOH M C251FW.ppd"))
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#expect(profileID("color", c) == "ricoh-m-c251fw")
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#expect(try QuickAction.named("color")!.resolve(c).get().changes == [OptionChange(key: "HQColorMode", value: "COLOR", isSecret: false)])
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#expect(!available("usercode", c))
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#expect(profileID("letter", c) == "ricoh-m-c251fw")
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}
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@Test(.enabled(if: hasVendorPPD("RICOH SP 3710DN.ppd")))
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func ricohPCLFallsBackToGenericLetter() throws {
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let c = try #require(context("RICOH SP 3710DN.ppd"))
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#expect(!available("color", c) && !available("usercode", c))
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#expect(profileID("duplex", c) == "ricoh")
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// No RIPaperPolicy on this driver: the Ricoh letter mapping doesn't fit, generic Letter does.
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#expect(profileID("letter", c) == "generic")
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#expect(try QuickAction.named("letter")!.resolve(c).get().changes == [OptionChange(key: "PageSize", value: "Letter", isSecret: false)])
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#expect(QuickAction.named("letter")!.title(in: c) == "Use Letter Paper")
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}
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@Test(.enabled(if: hasVendorPPD("RICOH IM C4500")))
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func userCodeValidationUsesThePPDLimit() throws {
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let c = try #require(context("RICOH IM C4500"))
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let action = QuickAction.named("usercode")!
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#expect(action.validationError("12345", context: c) == nil)
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#expect(action.validationError("12a", context: c) == "Digits only")
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#expect(action.validationError("123456789", context: c) == "At most 8 digits")
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}
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}
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@Suite struct GenericProfile {
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static let genericPPD = "/System/Library/Frameworks/ApplicationServices.framework/Versions/A/Frameworks/PrintCore.framework/Resources/Generic.ppd"
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@Test(.enabled(if: FileManager.default.fileExists(atPath: GenericProfile.genericPPD)))
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func genericPostScriptPPD() throws {
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let text = try String(contentsOfFile: Self.genericPPD, encoding: .isoLatin1)
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let c = DriverContext(ppd: PPD(text: text), attributes: nil)
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#expect(DriverProfiles.matching(c).map(\.id) == ["generic"])
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for id in ["duplex", "simplex", "letter"] { #expect(profileID(id, c) == "generic", "\(id)") }
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#expect(!available("color", c) && !available("bw", c) && !available("usercode", c))
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#expect(QuickAction.named("default")!.isAvailable(in: c))
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}
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@Test func ippEverywhereUsesIPPAttributes() throws {
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let attributes = IPPGroup(tag: .printerAttributes, attributes: [
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.string("printer-make-and-model", .textWithoutLanguage, ["Example Laser 5000"]),
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.string("print-color-mode-supported", .keyword, ["auto", "color", "monochrome"]),
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.string("sides-supported", .keyword, ["one-sided", "two-sided-long-edge"]),
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.string("media-supported", .keyword, ["na_letter_8.5x11in", "iso_a4_210x297mm"]),
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])
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let c = DriverContext(ppd: nil, attributes: attributes)
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#expect(try QuickAction.named("color")!.resolve(c).get().changes == [OptionChange(key: "print-color-mode-default", value: "color", isSecret: false)])
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#expect(try QuickAction.named("duplex")!.resolve(c).get().changes == [OptionChange(key: "sides-default", value: "two-sided-long-edge", isSecret: false)])
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#expect(try QuickAction.named("letter")!.resolve(c).get().changes == [OptionChange(key: "media-default", value: "na_letter_8.5x11in", isSecret: false)])
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#expect(QuickAction.named("usercode")!.unavailableReason(in: c) == "Not available for Example Laser 5000 (no driver profile maps usercode)")
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// Grayscale-only AirPrint PPD: black & white yes, color no.
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let gray = DriverContext(ppd: PPD(text: """
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*OpenUI *ColorModel/Color Mode: PickOne
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*DefaultColorModel: Gray
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*ColorModel Gray/Grayscale: ""
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*CloseUI: *ColorModel
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"""), attributes: nil)
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#expect(available("bw", gray) && !available("color", gray))
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}
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}
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/// Opt-in: CUPSKIT_LIVE_QUICK=<throwaway Ricoh PS queue>,<throwaway generic queue> ./test.sh
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/// Changes both queues; the generic one becomes the server default and is DELETED at the end.
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@Suite(.enabled(if: ProcessInfo.processInfo.environment["CUPSKIT_LIVE_QUICK"] != nil), .serialized)
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struct LiveQuickActions {
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let queues = (ProcessInfo.processInfo.environment["CUPSKIT_LIVE_QUICK"] ?? "").split(separator: ",").map(String.init)
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@Test func everyActionOnRicohQueue() async throws {
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try #require(queues.count == 2)
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let client = CupsClient()
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for (id, value, clearing) in [("letter", nil, false), ("bw", nil, false), ("color", nil, false), ("usercode", "2468", false),
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("usercode", nil, true), ("simplex", nil, false), ("duplex", nil, false)] as [(String, String?, Bool)] {
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let outcome = try await QuickAction.named(id)!.run(queue: queues[0], value: value, clearing: clearing, client: client)
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#expect(outcome.succeeded, "\(id): \(outcome.message ?? "")")
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#expect(outcome.profile?.id == "ricoh", "\(id)")
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}
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}
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@Test func genericQueueTestPageDefaultAndDelete() async throws {
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try #require(queues.count == 2)
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let client = CupsClient()
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let (page, jobID) = try await QueueActions.printTestPage(queue: queues[1], client: client)
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#expect(page.succeeded && jobID != nil, "\(page)")
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let letter = try await QuickAction.named("letter")!.run(queue: queues[1], client: client)
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#expect(letter.succeeded && letter.profile?.id == "generic", "\(letter.message ?? "")")
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let color = try? await QuickAction.named("usercode")!.run(queue: queues[1], value: "1", client: client)
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#expect(color == nil) // generic PPD: no user code mapping, throws, writes nothing
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let made = try await QuickAction.named("default")!.run(queue: queues[1], client: client)
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#expect(made.succeeded, "\(made.message ?? "")")
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#expect(try await client.getDefaultPrinter() == queues[1])
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let deleted = try await QueueActions.delete(queue: queues[1], client: client)
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#expect(deleted.succeeded, "\(deleted)")
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#expect(try await client.queueExists(queues[1]) == false)
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}
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}
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