enricobuehler
d2a2bcc25d
The two things this driver's README has always listed as the missing WGI/GameInput work, both user-mode, neither needing a bus driver: `IOCTL_XUSB_WAIT_FOR_INPUT` is now pended on a manual queue and completed by the periodic timer on a dwPacketNumber edge, answering with the same 29-byte GET_STATE payload the synchronous path serves. Declining it was enough for classic xinput1_4, which just falls back to sync GET_STATE polling — that is why the pad has always worked there. It is not enough for WGI/GameInput, which poll asynchronously: to them a decline is a refusal, not a fallback. Completion is edge-gated because releasing a waiter on an unchanged packet spins its caller at timer rate. WAIT_GUIDE_BUTTON stays declined — we have no state to signal on. The INF adds UpperFilters=xinputhid on the XUSB devnode. Note the earlier attempt put that filter on the HID child of the *other* backend, which was simply the wrong devnode: XInput does not read HID at all, it enumerates GUID_DEVINTERFACE_XUSB, which is what this driver registers. Verified on .173: build + sign + catalog exit 0; infverif "INF is VALID"; the devnode starts Status OK with UpperFilters=xinputhid readable back from its enum key; and XInput still sees the pad (slot 1 live alongside the box's real Elite in slot 0), so the async queue is no regression to the path that already worked. NOT yet measured: whether WGI/GameInput now admit the pad. `IG_` is the wrong probe for this driver — it is a HID-path artifact and pf-xusb is System-class with no HID child, so its absence says nothing either way. That needs a real WinRT/GameInput enumeration test.
76 lines
2.4 KiB
Plaintext
76 lines
2.4 KiB
Plaintext
;/*++
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; punktfunk virtual Xbox 360 XUSB companion — a non-HID UMDF2 driver that registers the XUSB
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; device-interface GUID {EC87F1E3-...} and answers the buffered XInput IOCTLs, so classic
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; XInputGetState() reads the pad without a kernel bus driver (the HIDMaestro approach). System class,
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; hosted by the in-box WUDFRd reflector. Created per-session by the host via SwDeviceCreate
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; (hardware id `pf_xusb`); `root\pf_xusb` is the devgen/devcon test id.
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;--*/
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[Version]
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Signature = "$WINDOWS NT$"
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Class = System
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ClassGuid = {4D36E97D-E325-11CE-BFC1-08002BE10318}
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Provider = %ProviderString%
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CatalogFile = pf_xusb.cat
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PnpLockdown = 1
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[DestinationDirs]
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DefaultDestDir = 13
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[SourceDisksNames]
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1 = %DiskId1%,,,""
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[SourceDisksFiles]
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pf_xusb.dll = 1,,
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[Manufacturer]
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%StdMfg%=Standard, NT$ARCH$.10.0...22000
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[Standard.NT$ARCH$.10.0...22000]
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%DeviceDesc%=pfXusb, root\pf_xusb, pf_xusb
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[pfXusb.NT]
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CopyFiles=Drivers_Dir
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Include=WUDFRD.inf
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Needs=WUDFRD.NT
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[Drivers_Dir]
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pf_xusb.dll
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[pfXusb.NT.HW]
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Include=WUDFRD.inf
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Needs=WUDFRD.NT.HW
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AddReg=pfXusb_HW_AddReg
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; The WGI/GameInput admission tripwire. Classic `xinput1_4` needs nothing here — it finds us by the
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; XUSB device-interface GUID and polls GET_STATE, which is why the pad has always worked there
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; (verified on .173 2026-08-09: our pad takes XInput slot 1 with live state). WGI and GameInput
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; instead expect the in-box `xinputhid` filter on the stack, and without it they never admit the
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; device however correct its IOCTL surface is. Pairs with the async WAIT_FOR_INPUT pump in
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; src/lib.rs — the filter and the async wait are the two halves this driver's README has always
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; listed as the missing WGI work; neither needs kernel-mode code.
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[pfXusb_HW_AddReg]
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HKR,,"UpperFilters",0x00010000,"xinputhid"
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[pfXusb.NT.Services]
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Include=WUDFRD.inf
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Needs=WUDFRD.NT.Services
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[pfXusb.NT.Wdf]
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UmdfService=pf_xusb, pfXusb_Install
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UmdfServiceOrder=pf_xusb
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UmdfKernelModeClientPolicy=AllowKernelModeClients
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UmdfFileObjectPolicy=AllowNullAndUnknownFileObjects
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UmdfMethodNeitherAction=Copy
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UmdfFsContextUsePolicy=CanUseFsContext2
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UmdfHostProcessSharing=ProcessSharingDisabled
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[pfXusb_Install]
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UmdfLibraryVersion=$UMDFVERSION$
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ServiceBinary=%13%\pf_xusb.dll
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[Strings]
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ProviderString = "Punktfunk"
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StdMfg = "(Standard system devices)"
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DiskId1 = "Punktfunk XUSB Installation Disk"
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DeviceDesc = "Punktfunk Virtual Xbox 360 (XUSB)"
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