feat(lamzu): catalogue the Paro Aurora

src/drivers/lamzu/hid.test.ts

@@ -413,10 +413,27 @@ test("each Inca connection gets the rate list that connection actually offers",
   assert.equal(LAMZU_INCA_PRODUCTS.get(0x0010)?.wireless, true);
 });
 
-test("the Inca's DFU bootloader identities are not offered as mice", () => {
-  // 0x000a is the mouse's flashing identity and 0x0002 the dongle's; neither
-  // speaks the config protocol, so a picker entry for them would be dead.
-  for (const bootloader of [0x000a, 0x0002]) {
+test("the Paro Aurora carries the same split as the Inca, from the same vendor table", () => {
+  // Issue #167: Lamzu's own env-models.json gives the Paro Aurora PIDWired
+  // 0x0007, _1KDongle 0x000d and _8KDongle 0x000e, with the same
+  // IsNewProtocol/IsCompx flags and DPIMax as the Inca. None exercised on
+  // hardware yet, so the catalog is the only claim.
+  assert.equal(lamzuProduct(LAMZU_INCA_VENDOR_ID, 0x0007)?.model, "Paro Aurora");
+  assert.equal(lamzuProduct(LAMZU_INCA_VENDOR_ID, 0x000d)?.model, "Paro Aurora");
+  assert.equal(lamzuProduct(LAMZU_INCA_VENDOR_ID, 0x000e)?.model, "Paro Aurora");
+  assert.deepEqual(LAMZU_INCA_PRODUCTS.get(0x0007)?.pollingRates, [125, 250, 500, 1000]);
+  assert.deepEqual(LAMZU_INCA_PRODUCTS.get(0x000d)?.pollingRates, [125, 250, 500, 1000]);
+  assert.deepEqual(LAMZU_INCA_PRODUCTS.get(0x000e)?.pollingRates, [500, 1000, 2000, 4000, 8000]);
+  assert.equal(LAMZU_INCA_PRODUCTS.get(0x0007)?.wireless, false);
+  assert.equal(LAMZU_INCA_PRODUCTS.get(0x000d)?.wireless, true);
+  assert.equal(LAMZU_INCA_PRODUCTS.get(0x000e)?.wireless, true);
+});
+
+test("the Inca's and Paro Aurora's DFU bootloader identities are not offered as mice", () => {
+  // 0x000a is the Inca mouse's flashing identity and 0x0002 the shared dongle's;
+  // the Paro adds 0x0008 (mouse) and 0x0004 (1K dongle). None speaks the config
+  // protocol, so a picker entry for one would be dead.
+  for (const bootloader of [0x000a, 0x0002, 0x0008, 0x0004]) {
     assert.equal(LAMZU_INCA_PRODUCTS.has(bootloader), false);
     assert.equal(LamzuHidClient.isSupported(fakeInca(bootloader)), false);
   }

src/lamzu/index.ts

@@ -92,15 +92,28 @@ export const LAMZU_VENDOR_IDS: readonly number[] = [LAMZU_VENDOR_ID, LAMZU_INCA_
  * has NOT been exercised on hardware; the protocol is the receiver protocol
  * either way, so the risk is a wrong rate list rather than a dead device.
  *
+ * The Paro Aurora (released mid-2025, PAW3950) is also entered here from that
+ * table, under the same vendor id and protocol flags as the Inca
+ * (`IsNewProtocol`: 1, `IsCompx`: 0, `DPIMax` 30000 — the driver default, so
+ * no `maxDpi` override). Its three ids are `PIDWired` 0x0007 (125-1000),
+ * `_1KDongle` 0x000d (125-1000) and `_8KDongle` 0x000e (500-8000). None of
+ * them has been exercised on hardware yet — issue #167 — so a wrong rate list
+ * is the failure mode, not a dead device.
+ *
  * Deliberately absent: 0x000a and 0x0002, which Aurora lists as
  * `DeviceBLPID` and `Receiver4K8KBLPID` — the DFU bootloader identities the
  * mouse and dongle take while flashing firmware. They never speak this
- * protocol and must not be offered in the picker.
+ * protocol and must not be offered in the picker. The Paro's own bootloader
+ * ids, 0x0008 (`DeviceBLPID`) and 0x0004 (`_1KDongleIDVD`), are excluded for
+ * the same reason; its 8K dongle shares 0x0002 with the Inca.
  */
 export const LAMZU_INCA_PRODUCTS: ReadonlyMap<number, LamzuProduct> = new Map([
   [0x0009, { model: "Inca 8K", wireless: false, pollingRates: RATES_1K }],
   [0x000f, { model: "Inca 8K", wireless: true, pollingRates: RATES_1K }],
   [0x0010, { model: "Inca 8K", wireless: true, pollingRates: RATES_8K }],
+  [0x0007, { model: "Paro Aurora", wireless: false, pollingRates: RATES_1K }],
+  [0x000d, { model: "Paro Aurora", wireless: true, pollingRates: RATES_1K }],
+  [0x000e, { model: "Paro Aurora", wireless: true, pollingRates: RATES_8K }],
 ]);
 
 /**