Xerox and Konica Minolta driver profiles; optional second quick action value

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>

CLAUDE.md

@@ -40,7 +40,8 @@ Private maintainer notes, if present, are in `CLAUDE.local.md` (gitignored).
   PPD's `*Manufacturer`/`*NickName`, vendor profiles first and `generic` (standard PPD keywords, IPP
   Everywhere `*-default` attributes) last. A pair is used only if that queue supports the keyword and
   value; otherwise the action is unavailable with the reason. A profile's `unavailable` map gives
-  the reason an action can't be done with that driver (e.g. Canon department IDs). Use Letter Paper is
+  the reason an action can't be done with that driver (e.g. Canon department IDs); its `inputs` map relabels
+  the typed value and can add an optional second value (`{value2}`, e.g. the Xerox account ID). Use Letter Paper is
   titled ", Fit to Nearest Size" only when the profile also sets a fit option. `cupsadmin ppdreport
   <queue | file.ppd[.gz]>` shows a driver's keywords and which actions its profile enables.
 

README.md

@@ -48,6 +48,7 @@ The things admins actually do, without knowing the driver's option keywords:
 cupsadmin quick color <queue>          # always print in color
 cupsadmin quick bw <queue>             # always print black & white
 cupsadmin quick usercode <queue> 12345 # set a Ricoh user code (enables it too)
+cupsadmin quick usercode <queue> jdoe ART101  # Xerox Standard Accounting: user ID, optional account ID
 cupsadmin quick duplex <queue>         # default to two-sided
 cupsadmin quick simplex <queue>
 cupsadmin quick letter <queue>         # Letter paper; also fit to nearest size where the driver can (Ricoh)
@@ -67,13 +68,15 @@ Which keywords an action writes comes from a driver profile (`Sources/CupsKit/Re
 | Any other PPD, IPP Everywhere / AirPrint | ✓ color, black & white, duplex, Letter where the queue supports them (generic) |
 | Canon UFR II / LIPSLX / CARPS2 | ✓ color, black & white (color models), duplex, Letter (no fit-to-page option); department IDs are set in the Canon driver, not the PPD |
 | HP (`HPColorAsGray` or `HPColorMode` drivers) | ✓ color, black & white, duplex, Letter (no fit-to-page option); no accounting code option |
-| Xerox, Konica Minolta and others | generic only — add a profile (below) |
+| Xerox (AltaLink, VersaLink and others) | ✓ color, black & white, duplex, Letter (no fit-to-page option), user ID + optional account ID (Xerox Standard Accounting) |
+| Konica Minolta bizhub C-series i / xi | ✓ color, black & white, duplex, Letter (no fit-to-page option); Account Track codes are set in the driver, not the PPD |
+| Others | generic only — add a profile (below) |
 
 ### Adding your printer's driver
 
 1. `cupsadmin ppdreport <queue>` (or `ppdreport <file.ppd.gz>` for a PPD from a driver package you haven't installed — `pkgutil --expand-full` it first) lists every option your driver has; find the color, duplex, paper and accounting/user-code keywords and their choice values.
 2. Copy the `ricoh` entry in `Sources/CupsKit/Resources/driver-profiles.json`, give it an `id`, and set `match` to regular expressions for your PPD's `Manufacturer` and `NickName` (both are printed at the top of the report).
-3. Replace the `keyword=value` pairs. `{value}` is the code the user types; typed options take `Custom.{value}`. Leave out actions your driver can't do, or explain why under `unavailable`. Keep your profile above `generic`.
+3. Replace the `keyword=value` pairs. `{value}` is the code the user types; typed options take `Custom.{value}`. Leave out actions your driver can't do, or explain why under `unavailable`. `inputs` relabels the typed value and can add an optional second one (see the `xerox` entry). Keep your profile above `generic`.
 4. `swift build && .build/debug/cupsadmin ppdreport <queue>` shows which quick actions are now available; try one with `cupsadmin quick`, then open a pull request.
 
 ## How it works

Sources/CUPSAdminApp/QuickActionSheet.swift

@@ -14,6 +14,8 @@ final class QuickActionModel: Identifiable {
     let action: QuickAction
     let queue: String
     var code = ""
+    /// Optional second value (Xerox account ID), when the driver profile has one.
+    var secondValue = ""
     var showCurrentCode = false
     private(set) var phase: Phase = .loading
     private(set) var state: OptionState?
@@ -50,9 +52,15 @@ final class QuickActionModel: Identifiable {
 
     var validationError: String? { action.validationError(code, context: context) }
 
+    var inputLabel: String { action.inputLabel(context) }
+    var secondInputLabel: String? { action.secondInputLabel(context) }
+    var currentSecondValue: String? { action.currentSecondValue(context) }
+    var secondValidationError: String? { action.secondValidationError(secondValue, context: context) }
+
     /// What will be written, or why the action can't run here.
     func plannedChanges(clearing: Bool = false) -> Result<[OptionChange], QuickActionUnavailable> {
-        action.resolve(context, value: clearing ? nil : code, clearing: clearing).map(\.changes)
+        action.resolve(context, value: clearing ? nil : code, secondValue: clearing ? nil : secondValue,
+                       clearing: clearing).map(\.changes)
     }
 
     /// "Ricoh", "Generic (…)" — which driver profile supplied the keywords.
@@ -83,7 +91,9 @@ final class QuickActionModel: Identifiable {
         phase = .running
         let started = Date()
         do {
-            let outcome = try await action.run(queue: queue, value: action.input == .userCode && !clearing ? code : nil,
+            let typed = action.input == .userCode && !clearing
+            let outcome = try await action.run(queue: queue, value: typed ? code : nil,
+                                               secondValue: typed && !secondValue.isEmpty ? secondValue : nil,
                                                clearing: clearing, client: store.client)
             readBack = Dictionary(uniqueKeysWithValues: outcome.readBack.map { ($0.key, $0) })
             state = try? await OptionState.load(client: store.client, queue: queue)
@@ -161,7 +171,7 @@ struct QuickActionSheet: View {
     private var canApply: Bool {
         guard model.phase == .ready else { return false }
         if model.action.input == .userCode {
-            return !model.code.isEmpty && model.validationError == nil
+            return !model.code.isEmpty && model.validationError == nil && model.secondValidationError == nil
         }
         if case .failure = model.plannedChanges() { return false }
         return true
@@ -170,7 +180,7 @@ struct QuickActionSheet: View {
     @ViewBuilder private var content: some View {
         if model.action.input == .userCode {
             Form {
-                LabeledContent("Current code") {
+                LabeledContent("Current \(model.inputLabel.lowercased())") {
                     HStack(spacing: 8) {
                         if let current = model.currentCode {
                             Text(model.showCurrentCode ? current : String(repeating: "•", count: current.count))
@@ -184,22 +194,39 @@ struct QuickActionSheet: View {
                     }
                 }
                 LabeledContent {
-                    TextField("User code", text: $model.code, prompt: Text("Digits"))
+                    TextField(model.inputLabel, text: $model.code,
+                              prompt: model.action.digitsOnly(model.context) ? Text("Digits") : nil)
                         .labelsHidden()
                         .textFieldStyle(.roundedBorder)
                         .monospacedDigit()
                         .frame(width: 160)
                         .disabled(model.phase != .ready)
                 } label: {
-                    Text("New code")
+                    Text("New \(model.inputLabel.lowercased())")
                     if let error = model.validationError {
                         Text(error).foregroundStyle(.red)
                     }
                 }
+                if let secondLabel = model.secondInputLabel {
+                    LabeledContent {
+                        TextField(secondLabel, text: $model.secondValue, prompt: model.currentSecondValue.map { Text($0) })
+                            .labelsHidden()
+                            .textFieldStyle(.roundedBorder)
+                            .frame(width: 160)
+                            .disabled(model.phase != .ready)
+                    } label: {
+                        Text(secondLabel)
+                        if let error = model.secondValidationError {
+                            Text(error).foregroundStyle(.red)
+                        } else if model.currentSecondValue != nil {
+                            Text("Current value shown in the field").foregroundStyle(.secondary)
+                        }
+                    }
+                }
             }
             .formStyle(.grouped)
             .scrollDisabled(true)
-            .frame(height: 130)
+            .frame(height: model.secondInputLabel == nil ? 130 : 190)
         }
 
         if model.action.isDefaultPrinter {

Sources/CupsKit/DriverProfiles.swift

@@ -54,8 +54,25 @@ public struct DriverProfile: Decodable, Identifiable {
     public let actions: [String: [[String]]]
     /// Action id -> why this driver can't do it (e.g. accounting codes set outside the PPD).
     public let unavailable: [String: String]
+    /// Action id -> how its typed value is labeled and checked, plus an optional second value.
+    public let inputs: [String: Input]
 
-    enum CodingKeys: String, CodingKey { case id, name, match, actions, unavailable }
+    public struct Input: Decodable {
+        /// "User ID"; nil keeps the default "User code".
+        public let label: String?
+        /// Default true (Ricoh user codes). Xerox user IDs are strings.
+        public let digitsOnly: Bool?
+        public let second: SecondInput?
+    }
+
+    /// An optional extra value, e.g. Xerox Standard Accounting's account ID. Its pairs use `{value2}`
+    /// and are added only when the user fills it in.
+    public struct SecondInput: Decodable {
+        public let label: String
+        public let pairs: [String]
+    }
+
+    enum CodingKeys: String, CodingKey { case id, name, match, actions, unavailable, inputs }
 
     public init(from decoder: Decoder) throws {
         let c = try decoder.container(keyedBy: CodingKeys.self)
@@ -68,6 +85,7 @@ public struct DriverProfile: Decodable, Identifiable {
         for (action, pairs) in raw { actions[action] = pairs.alternatives }
         self.actions = actions
         unavailable = try c.decodeIfPresent([String: String].self, forKey: .unavailable) ?? [:]
+        inputs = try c.decodeIfPresent([String: Input].self, forKey: .inputs) ?? [:]
     }
 
     private struct FlexiblePairs: Decodable {

Sources/CupsKit/QuickActions.swift

@@ -25,7 +25,7 @@ public struct QuickAction: Identifiable, Hashable {
         QuickAction(id: "bw", title: "Always Print Black & White", systemImage: "circle.lefthalf.filled", input: .none,
                     summary: "Black & white by default"),
         QuickAction(id: "usercode", title: "Set User Code…", systemImage: "person.badge.key", input: .userCode,
-                    summary: "User/department code sent with every job (--clear to remove)"),
+                    summary: "User/department code sent with every job; Xerox also takes an optional account ID (--clear to remove)"),
         QuickAction(id: "duplex", title: "Default to Duplex", systemImage: "doc.on.doc", input: .none,
                     summary: "Two-sided, long edge"),
         QuickAction(id: "simplex", title: "Default to Single-Sided", systemImage: "doc", input: .none,
@@ -51,7 +51,7 @@ public struct QuickAction: Identifiable, Hashable {
     static let paperSizeKeys: Set<String> = ["PageSize", "media-default"]
 
     /// The profile and option changes this action would write on a queue, or why it can't.
-    public func resolve(_ context: DriverContext, value: String? = nil, clearing: Bool = false,
+    public func resolve(_ context: DriverContext, value: String? = nil, secondValue: String? = nil, clearing: Bool = false,
                         profiles: [DriverProfile] = DriverProfiles.builtIn) -> Result<ResolvedQuickAction, QuickActionUnavailable> {
         let key = clearing ? id + "-clear" : id
         var firstMissing: String?
@@ -67,7 +67,19 @@ public struct QuickAction: Identifiable, Hashable {
                     if firstMissing == nil { firstMissing = "\(missing.0)=\(parsed.first { $0.key == missing.0 }!.value)" }
                     continue
                 }
-                let changes = filled.map { OptionChange(key: $0.0, value: $0.1, isSecret: false) }
+                var changes = filled.map { OptionChange(key: $0.0, value: $0.1, isSecret: false) }
+                if !clearing, let secondValue, !secondValue.isEmpty {
+                    guard let second = profile.inputs[id]?.second else {
+                        return .failure(QuickActionUnavailable(reason: "\(profile.name) takes one value for \(id), not two"))
+                    }
+                    for pair in second.pairs.compactMap(Self.parse) {
+                        let value = pair.value.replacingOccurrences(of: "{value2}", with: secondValue)
+                        guard context.supports(key: pair.key, value: value) else {
+                            return .failure(QuickActionUnavailable(reason: "Not available for \(context.driverName) (no \(pair.key)=\(pair.value))"))
+                        }
+                        changes.append(OptionChange(key: pair.key, value: value, isSecret: false))
+                    }
+                }
                 return .success(ResolvedQuickAction(profile: profile, changes: changes))
             }
         }
@@ -86,13 +98,40 @@ public struct QuickAction: Identifiable, Hashable {
 
     public func isAvailable(in context: DriverContext) -> Bool { unavailableReason(in: context) == nil }
 
-    /// For Set User Code: digits only, within the PPD's limit for the code option. nil when valid.
+    /// The profile's input settings for this action on this queue (label, digits, second value).
+    public func inputSpec(_ context: DriverContext) -> DriverProfile.Input? {
+        guard input == .userCode, case .success(let resolved) = resolve(context, value: "0") else { return nil }
+        return resolved.profile.inputs[id]
+    }
+
+    /// "User code" (Ricoh) or the profile's label ("User ID" for Xerox).
+    public func inputLabel(_ context: DriverContext) -> String { inputSpec(context)?.label ?? "User code" }
+
+    /// The optional second value's label ("Account ID (optional)"), or nil when the profile has none.
+    public func secondInputLabel(_ context: DriverContext) -> String? { inputSpec(context)?.second?.label }
+
+    public func digitsOnly(_ context: DriverContext) -> Bool { inputSpec(context)?.digitsOnly ?? true }
+
+    /// For Set User Code: digits only unless the profile allows text, within the PPD's limit. nil when valid.
     public func validationError(_ value: String, context: DriverContext) -> String? {
         guard input == .userCode, !value.isEmpty else { return nil }
-        guard value.allSatisfy({ ("0"..."9").contains($0) }) else { return "Digits only" }
+        return Self.valueError(value, digitsOnly: digitsOnly(context), keyword: codeKeyword(context), context: context)
-        if let keyword = codeKeyword(context),
+    }
-           let max = context.ppd?.option(keyword)?.customParameters.first.flatMap({ Int($0.maximum) }), value.count > max {
+
-            return "At most \(max) digits"
+    /// For the optional second value (text, within the PPD's limit). nil when valid.
+    public func secondValidationError(_ value: String, context: DriverContext) -> String? {
+        guard input == .userCode, !value.isEmpty else { return nil }
+        return Self.valueError(value, digitsOnly: false, keyword: secondKeyword(context), context: context)
+    }
+
+    private static func valueError(_ value: String, digitsOnly: Bool, keyword: String?, context: DriverContext) -> String? {
+        if digitsOnly {
+            guard value.allSatisfy({ ("0"..."9").contains($0) }) else { return "Digits only" }
+        } else if value.contains(where: { $0 == "\"" || $0 == "'" || $0 == "\\" || $0.isNewline }) {
+            return "No quotes, backslashes or line breaks"
+        }
+        if let keyword, let max = context.ppd?.option(keyword)?.customParameters.first.flatMap({ Int($0.maximum) }), value.count > max {
+            return "At most \(max) \(digitsOnly ? "digits" : "characters")"
         }
         return nil
     }
@@ -104,6 +143,17 @@ public struct QuickAction: Identifiable, Hashable {
         return String(value.dropFirst("Custom.".count))
     }
 
+    /// The second value currently set on the queue (e.g. the Xerox account ID), without Custom.
+    public func currentSecondValue(_ context: DriverContext) -> String? {
+        guard let keyword = secondKeyword(context),
+              let value = context.ppd?.option(keyword)?.defaultChoice, value.hasPrefix("Custom.") else { return nil }
+        return String(value.dropFirst("Custom.".count))
+    }
+
+    private func secondKeyword(_ context: DriverContext) -> String? {
+        inputSpec(context)?.second?.pairs.compactMap(Self.parse).first { $0.value.contains("{value2}") }?.key
+    }
+
     /// The option that receives `{value}` for this queue's profile (e.g. RIUserCode).
     private func codeKeyword(_ context: DriverContext) -> String? {
         guard input == .userCode, case .success(let resolved) = resolve(context, value: "0") else { return nil }
@@ -139,14 +189,15 @@ public struct QuickActionOutcome {
 
 extension QuickAction {
     /// Runs the action on a queue with read-back. Throws QuickActionUnavailable when no profile fits.
-    public func run(queue: String, value: String? = nil, clearing: Bool = false, client: CupsClient) async throws -> QuickActionOutcome {
+    public func run(queue: String, value: String? = nil, secondValue: String? = nil, clearing: Bool = false,
+                    client: CupsClient) async throws -> QuickActionOutcome {
         if isDefaultPrinter {
             let outcome = try await QueueActions.setDefault(queue: queue, client: client)
             return QuickActionOutcome(command: outcome.command, succeeded: outcome.succeeded, profile: nil,
                                       readBack: [], changes: [], message: outcome.message)
         }
         let context = try await DriverContext.load(client: client, queue: queue)
-        let resolved = try resolve(context, value: value, clearing: clearing).get()
+        let resolved = try resolve(context, value: value, secondValue: secondValue, clearing: clearing).get()
         let (result, readBack, _) = try await OptionApplier.apply(client: client, queue: queue, changes: resolved.changes)
         let failed = readBack.filter { !$0.applied }
         return QuickActionOutcome(command: OptionApplier.displayCommand(queue: queue, changes: resolved.changes),

Sources/CupsKit/Resources/driver-profiles.json

@@ -1,5 +1,5 @@
 {
-  "comment": "Quick Action mappings per driver. First matching profile that defines an action AND whose keyword=value pairs this queue supports wins; 'generic' (empty match) must stay last. An action is either one list of pairs (all applied together) or a list of alternative lists. {value} is replaced with the user's input. 'unavailable' maps an action id to the reason it can't be done with this driver (no later profile is tried). Find keywords with: cupsadmin ppdreport <queue | file.ppd>",
+  "comment": "Quick Action mappings per driver. First matching profile that defines an action AND whose keyword=value pairs this queue supports wins; 'generic' (empty match) must stay last. An action is either one list of pairs (all applied together) or a list of alternative lists. {value} is replaced with the user's input. 'inputs' can relabel an action's typed value (digitsOnly defaults to true) and add an optional second value ({value2}) with its own pairs. 'unavailable' maps an action id to the reason it can't be done with this driver (no later profile is tried). Find keywords with: cupsadmin ppdreport <queue | file.ppd>",
   "profiles": [
     {
       "id": "ricoh-m-c251fw",
@@ -54,6 +54,37 @@
         "usercode": "HP drivers have no accounting code option"
       }
     },
+    {
+      "id": "xerox",
+      "name": "Xerox",
+      "match": { "manufacturer": "^Xerox$" },
+      "actions": {
+        "color": [["XROutputColor=PrintAsColor"], ["XRColorCorrection=Auto"]],
+        "bw": [["XROutputColor=PrintAsGrayscale"], ["XRColorCorrection=Gray"]],
+        "usercode": ["XRAccountingSystem=XSA", "AcctUserID=Custom.{value}"],
+        "usercode-clear": ["XRAccountingSystem=None", "AcctUserID=None", "AcctAccountID=None"]
+      },
+      "inputs": {
+        "usercode": {
+          "label": "User ID",
+          "digitsOnly": false,
+          "second": { "label": "Account ID (optional)", "pairs": ["AcctAccountID=Custom.{value2}"] }
+        }
+      }
+    },
+    {
+      "id": "konica-minolta",
+      "name": "Konica Minolta",
+      "match": { "manufacturer": "^KONICA MINOLTA$" },
+      "actions": {
+        "duplex": ["KMDuplex=Double"],
+        "simplex": ["KMDuplex=Single"],
+        "letter": ["PageSize=8.5x11"]
+      },
+      "unavailable": {
+        "usercode": "Konica Minolta Account Track codes are set by the driver, not the PPD"
+      }
+    },
     {
       "id": "generic",
       "name": "Generic (standard PPD keywords, IPP Everywhere)",

Sources/cupsadmin/Commands/QuickCommand.swift

@@ -5,7 +5,7 @@ enum QuickCommand {
     static func run(client: CupsClient, args: [String], clear: Bool) async throws -> String {
         guard let name = args.first else {
             printTable(headers: ["ACTION", "VALUE", "WHAT IT SETS"], rows: QuickAction.all.map {
-                [$0.id, $0.input == .userCode ? "<code> | --clear" : "", $0.summary]
+                [$0.id, $0.input == .userCode ? "<code> [account] | --clear" : "", $0.summary]
             })
             print("\nDriver profiles (first match wins, generic last): "
                   + DriverProfiles.builtIn.map(\.id).joined(separator: ", "))
@@ -18,6 +18,7 @@ enum QuickCommand {
         guard args.count >= 2 else { throw CupsAdminError.usage("quick \(name) needs a queue name") }
         let queue = args[1]
         let value: String?
+        var secondValue: String?
         switch action.input {
         case .none:
             guard args.count == 2, !clear else { throw CupsAdminError.usage("quick \(name) takes only a queue name") }
@@ -27,8 +28,11 @@ enum QuickCommand {
                 guard args.count == 2 else { throw CupsAdminError.usage("use a code or --clear, not both") }
                 value = nil
             } else {
-                guard args.count == 3 else { throw CupsAdminError.usage("quick \(name) needs a code (digits) or --clear") }
+                guard args.count == 3 || args.count == 4 else {
+                    throw CupsAdminError.usage("quick \(name) needs a code (and, for Xerox, an optional account ID) or --clear")
+                }
                 value = args[2]
+                secondValue = args.count == 4 ? args[3] : nil
             }
         }
         guard try await client.queueExists(queue) else { throw CupsAdminError.failed("no such queue \(queue)") }
@@ -48,10 +52,13 @@ enum QuickCommand {
         let before = try await OptionState.load(client: client, queue: queue)
         let context = DriverContext(ppd: before.ppd, attributes: before.snapshot.attributes)
         if let value, let error = action.validationError(value, context: context) {
-            throw CupsAdminError.usage("user code \(value): \(error)")
+            throw CupsAdminError.usage("\(action.inputLabel(context).lowercased()) \(value): \(error)")
+        }
+        if let secondValue, let error = action.secondValidationError(secondValue, context: context) {
+            throw CupsAdminError.usage("second value \(secondValue): \(error)")
         }
         let resolved: ResolvedQuickAction
-        switch action.resolve(context, value: value, clearing: clear) {
+        switch action.resolve(context, value: value, secondValue: secondValue, clearing: clear) {
         case .success(let r): resolved = r
         case .failure(let unavailable): throw CupsAdminError.failed("\(action.id) on \(queue): \(unavailable.reason)")
         }

Sources/cupsadmin/main.swift

@@ -40,7 +40,7 @@ let usage = """
       set <queue> [-o key=value ...] [-v uri] [-D description] [-L location] [-m model | -P ppd]
                                  change a queue via lpadmin, then show before/after
       quick                      list quick actions (task-named queue defaults)
-      quick <action> <queue> [code | --clear]
+      quick <action> <queue> [code [account] | --clear]
                                  apply one via lpadmin, then verify
       ppdreport <queue | path.ppd[.gz]>
                                  every PPD group and option: keyword, label, type, default, choices

Tests/CupsKitTests/QuickActionTests.swift

@@ -18,13 +18,17 @@ private func profileID(_ id: String, _ context: DriverContext) -> String? {
 @Suite struct DriverProfileFile {
     @Test func builtInProfilesAreWellFormed() {
         let profiles = DriverProfiles.builtIn
-        #expect(profiles.map(\.id) == ["ricoh-m-c251fw", "ricoh", "canon", "hp", "generic"])
+        #expect(profiles.map(\.id) == ["ricoh-m-c251fw", "ricoh", "canon", "hp", "xerox", "konica-minolta", "generic"])
         #expect(profiles.last?.isGeneric == true)
         #expect(profiles.dropLast().allSatisfy { !$0.isGeneric })
         let known = Set(QuickAction.all.map(\.id)).union(["usercode-clear"])
         for profile in profiles {
             #expect(Set(profile.actions.keys).isSubset(of: known), "\(profile.id): \(profile.actions.keys.sorted())")
             #expect(Set(profile.unavailable.keys).isSubset(of: known), "\(profile.id): \(profile.unavailable.keys.sorted())")
+            #expect(Set(profile.inputs.keys).isSubset(of: Set(QuickAction.all.filter { $0.input != .none }.map(\.id))))
+            for input in profile.inputs.values {
+                #expect(input.second.map { !$0.pairs.isEmpty && $0.pairs.allSatisfy { QuickAction.parse($0) != nil } } ?? true)
+            }
             for alternatives in profile.actions.values {
                 #expect(alternatives.allSatisfy { !$0.isEmpty && $0.allSatisfy { QuickAction.parse($0) != nil } })
             }
@@ -51,6 +55,10 @@ private func profileID(_ id: String, _ context: DriverContext) -> String? {
         #expect(code.map(\.value) == ["True", "Custom.4321"])
         let clear = try QuickAction.named("usercode")!.resolve(c, clearing: true).get().changes
         #expect(clear.map(\.value) == ["False", "None"])
+        // Ricoh takes one value: digits, no second input.
+        #expect(QuickAction.named("usercode")!.inputLabel(c) == "User code")
+        #expect(QuickAction.named("usercode")!.secondInputLabel(c) == nil)
+        #expect(throws: QuickActionUnavailable.self) { try QuickAction.named("usercode")!.resolve(c, value: "4321", secondValue: "9").get() }
     }
 
     @Test(.enabled(if: hasVendorPPD("RICOH MP 5055")))

Tests/CupsKitTests/VendorProfileTests.swift

@@ -146,3 +146,98 @@ private func hasChoice(_ c: DriverContext, _ keyword: String, _ choice: String)
         #expect(hpColor > 0)
     }
 }
+
+@Suite struct XeroxProfile {
+    static let altaLink = "Xerox AltaLink C8170.gz"
+    static let monoVersaLink = "Xerox VersaLink B620 Printer.gz"
+
+    @Test(.enabled(if: ExtraPPDs.path(altaLink) != nil))
+    func altaLinkColorAndStandardAccounting() throws {
+        let c = try #require(ExtraPPDs.context(Self.altaLink))
+        #expect(DriverProfiles.matching(c).map(\.id) == ["xerox", "generic"])
+        #expect(pairs("color", c) == ["XROutputColor=PrintAsColor"])
+        #expect(pairs("bw", c) == ["XROutputColor=PrintAsGrayscale"])
+        #expect(resolved("duplex", c)?.profile.id == "generic" && pairs("duplex", c) == ["Duplex=DuplexNoTumble"])
+        #expect(resolved("letter", c)?.profile.id == "generic" && pairs("letter", c) == ["PageSize=Letter"])
+        #expect(QuickAction.named("letter")!.title(in: c) == "Use Letter Paper")
+
+        let usercode = QuickAction.named("usercode")!
+        #expect(usercode.inputLabel(c) == "User ID")
+        #expect(usercode.secondInputLabel(c) == "Account ID (optional)")
+        #expect(!usercode.digitsOnly(c))
+        #expect(try usercode.resolve(c, value: "jdoe").get().changes.map { "\($0.key)=\($0.value)" }
+                == ["XRAccountingSystem=XSA", "AcctUserID=Custom.jdoe"])
+        #expect(try usercode.resolve(c, value: "jdoe", secondValue: "").get().changes.count == 2)
+        #expect(try usercode.resolve(c, value: "jdoe", secondValue: "ART101").get().changes.map { "\($0.key)=\($0.value)" }
+                == ["XRAccountingSystem=XSA", "AcctUserID=Custom.jdoe", "AcctAccountID=Custom.ART101"])
+        #expect(try usercode.resolve(c, clearing: true).get().changes.map { "\($0.key)=\($0.value)" }
+                == ["XRAccountingSystem=None", "AcctUserID=None", "AcctAccountID=None"])
+
+        #expect(usercode.validationError("jdoe", context: c) == nil)
+        #expect(usercode.validationError(String(repeating: "a", count: 33), context: c) == "At most 32 characters")
+        #expect(usercode.validationError("j\"doe", context: c) == "No quotes, backslashes or line breaks")
+        #expect(usercode.secondValidationError("ART101", context: c) == nil)
+        #expect(usercode.secondValidationError(String(repeating: "9", count: 33), context: c) == "At most 32 characters")
+    }
+
+    @Test(.enabled(if: ExtraPPDs.path(monoVersaLink) != nil))
+    func versaLinkWithoutXROutputColorFallsBackToColorCorrection() throws {
+        let c = try #require(ExtraPPDs.context(Self.monoVersaLink))
+        #expect(pairs("bw", c) == ["XRColorCorrection=Gray"])
+        #expect(resolved("bw", c)?.profile.id == "xerox")
+        #expect(!QuickAction.named("color")!.isAvailable(in: c))   // mono: Gray is the only choice
+        #expect(QuickAction.named("usercode")!.isAvailable(in: c))
+    }
+
+    /// Every Xerox PPD in the package: each action is offered exactly when the PPD has what the profile needs.
+    @Test(.enabled(if: ExtraPPDs.files(prefix: "Xerox ").count > 100))
+    func everyXeroxPPD() throws {
+        var accounting = 0
+        for file in ExtraPPDs.files(prefix: "Xerox ") {
+            let c = try #require(ExtraPPDs.context(path: file), "\(file)")
+            let name = (file as NSString).lastPathComponent
+            #expect(DriverProfiles.matching(c).first?.id == "xerox", "\(name)")
+            #expect(QuickAction.named("color")!.isAvailable(in: c)
+                    == (hasChoice(c, "XROutputColor", "PrintAsColor") || hasChoice(c, "XRColorCorrection", "Auto")), "\(name)")
+            #expect(QuickAction.named("bw")!.isAvailable(in: c)
+                    == (hasChoice(c, "XROutputColor", "PrintAsGrayscale") || hasChoice(c, "XRColorCorrection", "Gray")), "\(name)")
+            let xsa = hasChoice(c, "XRAccountingSystem", "XSA") && c.ppd?.option("AcctUserID")?.customParameters.isEmpty == false
+            #expect(QuickAction.named("usercode")!.isAvailable(in: c) == xsa, "\(name)")
+            if xsa { accounting += 1 }
+        }
+        #expect(accounting > 0)
+    }
+}
+
+@Suite struct KonicaMinoltaProfile {
+    static let bizhub = "KONICAMINOLTAC651i.gz"
+    static let reason = "Konica Minolta Account Track codes are set by the driver, not the PPD"
+
+    @Test(.enabled(if: ExtraPPDs.path(bizhub) != nil))
+    func bizhubC651i() throws {
+        let c = try #require(ExtraPPDs.context(Self.bizhub))
+        #expect(DriverProfiles.matching(c).map(\.id) == ["konica-minolta", "generic"])
+        #expect(pairs("color", c) == ["ColorModel=CMYK"] && resolved("color", c)?.profile.id == "generic")
+        #expect(pairs("bw", c) == ["ColorModel=Gray"])
+        #expect(pairs("duplex", c) == ["KMDuplex=Double"] && resolved("duplex", c)?.profile.id == "konica-minolta")
+        #expect(pairs("simplex", c) == ["KMDuplex=Single"])
+        #expect(pairs("letter", c) == ["PageSize=8.5x11"])
+        #expect(QuickAction.named("letter")!.title(in: c) == "Use Letter Paper")
+        #expect(QuickAction.named("usercode")!.unavailableReason(in: c) == Self.reason)
+    }
+
+    /// Every bizhub PPD found (i and xi, plus the 1-sided "S" variants).
+    @Test(.enabled(if: !ExtraPPDs.files(prefix: "KONICAMINOLTA").isEmpty))
+    func everyKonicaMinoltaPPD() throws {
+        for file in ExtraPPDs.files(prefix: "KONICAMINOLTA") {
+            let c = try #require(ExtraPPDs.context(path: file), "\(file)")
+            let name = (file as NSString).lastPathComponent
+            #expect(DriverProfiles.matching(c).first?.id == "konica-minolta", "\(name)")
+            #expect(QuickAction.named("duplex")!.isAvailable(in: c) == hasChoice(c, "KMDuplex", "Double"), "\(name)")
+            #expect(QuickAction.named("simplex")!.isAvailable(in: c) == hasChoice(c, "KMDuplex", "Single"), "\(name)")
+            #expect(QuickAction.named("letter")!.isAvailable(in: c) == hasChoice(c, "PageSize", "8.5x11"), "\(name)")
+            #expect(QuickAction.named("bw")!.isAvailable(in: c) == hasChoice(c, "ColorModel", "Gray"), "\(name)")
+            #expect(QuickAction.named("usercode")!.unavailableReason(in: c) == Self.reason, "\(name)")
+        }
+    }
+}