//==========================================================================; // // THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF // ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED // TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR // A PARTICULAR PURPOSE. // // Copyright (C) 1993 - 1997 Microsoft Corporation. All Rights Reserved. // //--------------------------------------------------------------------------; // // lowlevel.c // // Description: // // // History: // 5/16/93 // //==========================================================================; #include #include #include #include //#include "msmixmgr.h" #include "appport.h" #include "mmcaps.h" #include "debug.h" // // // TCHAR gszDeviceFormatTitle[] = TEXT("Type\t8!Index\t5!Version\t7!Product Name"); TCHAR gszDeviceFormatList[] = TEXT("%-9s\t%d\t%u.%.02u\t%-32s"); // // // // TCHAR gszBogusCaps[] = TEXT("????"); TCHAR gszTimerDevice[] = TEXT("Internal PC Timer"); TCHAR gszDefaultMapper[] = TEXT("Default Mapper"); #define MMCAPS_DEVTYPE_UNKNOWN 0 #define MMCAPS_DEVTYPE_AUXILIARY 1 #define MMCAPS_DEVTYPE_JOYSTICK 2 #define MMCAPS_DEVTYPE_MIDIIN 3 #define MMCAPS_DEVTYPE_MIDIOUT 4 #define MMCAPS_DEVTYPE_MIXER 5 #define MMCAPS_DEVTYPE_TIMER 6 #define MMCAPS_DEVTYPE_WAVEIN 7 #define MMCAPS_DEVTYPE_WAVEOUT 8 PTSTR gaszDeviceType[] = { gszUnknown, TEXT("Auxiliary"), TEXT("Joystick"), TEXT("MIDI In"), TEXT("MIDI Out"), TEXT("Mixer"), TEXT("Timer"), TEXT("Wave In"), TEXT("Wave Out") }; // // AUXCAPS // // // PTSTR gaszAuxCapsTechnology[] = { gszNotSpecified, // TEXT("CD-Audio"), // AUXCAPS_CDAUDIO TEXT("Auxiliary Input") // AUXCAPS_AUXIN }; #define AUXCAPS_TECHNOLOGY_LAST AUXCAPS_AUXIN PTSTR gaszAuxCapsSupport[32] = { TEXT("Volume"), // Bit 0 AUXCAPS_VOLUME TEXT("L/R Volume"), // Bit 1 AUXCAPS_LRVOLUME NULL, // Bit 2 NULL, // Bit 3 NULL, // Bit 4 NULL, // Bit 5 NULL, // Bit 6 NULL, // Bit 7 NULL, // Bit 8 NULL, // Bit 9 NULL, // Bit 10 NULL, // Bit 11 NULL, // Bit 12 NULL, // Bit 13 NULL, // Bit 14 NULL, // Bit 15 NULL, // Bit 16 NULL, // Bit 17 NULL, // Bit 18 NULL, // Bit 19 NULL, // Bit 20 NULL, // Bit 21 NULL, // Bit 22 NULL, // Bit 23 NULL, // Bit 24 NULL, // Bit 25 NULL, // Bit 26 NULL, // Bit 27 NULL, // Bit 28 NULL, // Bit 29 NULL, // Bit 30 NULL // Bit 31 }; // // MIDI[IN|OUT]CAPS // // // PTSTR gaszMidiOutCapsTechnology[] = { gszNotSpecified, TEXT("MIDI Port"), // MOD_MIDIPORT TEXT("Internal Synth"), // MOD_SYNTH TEXT("Internal Square Wave Synth"), // MOD_SQSYNTH TEXT("Internal FM Synth"), // MOD_FMSYNTH TEXT("MIDI Mapper") // MOD_MAPPER }; #define MIDIOUTCAPS_TECHNOLOGY_LAST MOD_MAPPER PTSTR gaszMidiOutCapsSupport[32] = { TEXT("Volume"), // Bit 0 MIDICAPS_VOLUME TEXT("L/R Volume"), // Bit 1 MIDICAPS_LRVOLUME TEXT("Patch Caching"), // Bit 2 MIDICAPS_CACHE TEXT("Poly Message"), // Bit 3 MIDICAPS_POLYMSG (Win 4) NULL, // Bit 4 NULL, // Bit 5 NULL, // Bit 6 NULL, // Bit 7 NULL, // Bit 8 NULL, // Bit 9 NULL, // Bit 10 NULL, // Bit 11 NULL, // Bit 12 NULL, // Bit 13 NULL, // Bit 14 NULL, // Bit 15 NULL, // Bit 16 NULL, // Bit 17 NULL, // Bit 18 NULL, // Bit 19 NULL, // Bit 20 NULL, // Bit 21 NULL, // Bit 22 NULL, // Bit 23 NULL, // Bit 24 NULL, // Bit 25 NULL, // Bit 26 NULL, // Bit 27 NULL, // Bit 28 NULL, // Bit 29 NULL, // Bit 30 NULL // Bit 31 }; // // MIXERCAPS // // // PTSTR gaszMixerCapsSupport[32] = { NULL, // Bit 0 NULL, // Bit 1 NULL, // Bit 2 NULL, // Bit 3 NULL, // Bit 4 NULL, // Bit 5 NULL, // Bit 6 NULL, // Bit 7 NULL, // Bit 8 NULL, // Bit 9 NULL, // Bit 10 NULL, // Bit 11 NULL, // Bit 12 NULL, // Bit 13 NULL, // Bit 14 NULL, // Bit 15 NULL, // Bit 16 NULL, // Bit 17 NULL, // Bit 18 NULL, // Bit 19 NULL, // Bit 20 NULL, // Bit 21 NULL, // Bit 22 NULL, // Bit 23 NULL, // Bit 24 NULL, // Bit 25 NULL, // Bit 26 NULL, // Bit 27 NULL, // Bit 28 NULL, // Bit 29 NULL, // Bit 30 NULL // Bit 31 }; // // WAVE[IN|OUT]CAPS // // // PTSTR gaszWaveInOutCapsFormats[32] = { TEXT("8M11"), // Bit 0 WAVE_FORMAT_1M08 TEXT("8S11"), // Bit 1 WAVE_FORMAT_1S08 TEXT("16M11"), // Bit 2 WAVE_FORMAT_1M16 TEXT("16S11"), // Bit 3 WAVE_FORMAT_1S16 TEXT("8M22"), // Bit 4 WAVE_FORMAT_2M08 TEXT("8S22"), // Bit 5 WAVE_FORMAT_2S08 TEXT("16M22"), // Bit 6 WAVE_FORMAT_2M16 TEXT("16S22"), // Bit 7 WAVE_FORMAT_2S16 TEXT("8M44"), // Bit 8 WAVE_FORMAT_4M08 TEXT("8S44"), // Bit 9 WAVE_FORMAT_4S08 TEXT("16M44"), // Bit 10 WAVE_FORMAT_4M16 TEXT("16S44"), // Bit 11 WAVE_FORMAT_4S16 NULL, // Bit 12 NULL, // Bit 13 NULL, // Bit 14 NULL, // Bit 15 NULL, // Bit 16 NULL, // Bit 17 NULL, // Bit 18 NULL, // Bit 19 NULL, // Bit 20 NULL, // Bit 21 NULL, // Bit 22 NULL, // Bit 23 NULL, // Bit 24 NULL, // Bit 25 NULL, // Bit 26 NULL, // Bit 27 NULL, // Bit 28 NULL, // Bit 29 NULL, // Bit 30 NULL // Bit 31 }; PTSTR gaszWaveOutCapsSupport[32] = { TEXT("Pitch"), // Bit 0 WAVECAPS_PITCH TEXT("Playback Rate"), // Bit 1 WAVECAPS_PLAYBACKRATE TEXT("Volume"), // Bit 2 WAVECAPS_VOLUME TEXT("L/R Volume"), // Bit 3 WAVECAPS_LRVOLUME TEXT("Sync"), // Bit 4 WAVECAPS_SYNC NULL, // Bit 5 NULL, // Bit 6 NULL, // Bit 7 NULL, // Bit 8 NULL, // Bit 9 NULL, // Bit 10 NULL, // Bit 11 NULL, // Bit 12 NULL, // Bit 13 NULL, // Bit 14 NULL, // Bit 15 NULL, // Bit 16 NULL, // Bit 17 NULL, // Bit 18 NULL, // Bit 19 NULL, // Bit 20 NULL, // Bit 21 NULL, // Bit 22 NULL, // Bit 23 NULL, // Bit 24 NULL, // Bit 25 NULL, // Bit 26 NULL, // Bit 27 NULL, // Bit 28 NULL, // Bit 29 NULL, // Bit 30 NULL // Bit 31 }; //==========================================================================; // // // // //==========================================================================; //--------------------------------------------------------------------------; // // WORD MyGetVersion // // Description: // // // Arguments: // // Return (WORD): // // History: // 12/17/98 // //--------------------------------------------------------------------------; WORD MyGetVersion(void) { DWORD dw; WORD w; dw = GetVersion(); w = (LOBYTE(LOWORD(dw)) << 8) | (HIBYTE(LOWORD(dw)) >> 8); return w; } //--------------------------------------------------------------------------; // // BOOL MMCapsDetailAuxiliary // // Description: // // // Arguments: // HWND hedit: // // int nDevId: // // Return (BOOL): // // History: // 05/11/93 // //--------------------------------------------------------------------------; BOOL FNLOCAL MMCapsDetailAuxiliary ( HWND hedit, int nDevId ) { TCHAR ach[MMCAPS_MAX_STRING_MIDPID_CHARS]; PSTR psz; MMRESULT mmr; AUXCAPS ac; UINT u; DWORD dw; AppMEditPrintF(hedit, " Device Type: %s\r\n", (LPSTR)gaszDeviceType[MMCAPS_DEVTYPE_AUXILIARY]); if (-1 == nDevId) AppMEditPrintF(hedit, " Index (Id): %d (Mapper)\r\n", nDevId); else AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); // // // mmr = auxGetDevCaps(nDevId, &ac, sizeof(ac)); if (MMSYSERR_NOERROR != mmr) { _fmemset(&ac, 0, sizeof(ac)); if (-1 != nDevId) { lstrcpy(ac.szPname, gszBogusCaps); } else { if (0 != auxGetNumDevs()) { ac.wMid = MM_MICROSOFT; ac.vDriverVersion = (MMVERSION)MyGetVersion(); lstrcpy(ac.szPname, gszDefaultMapper); mmr = MMSYSERR_NOERROR; } } } AppMEditPrintF(hedit, " Product Name: %s\r\n", (LPSTR)ac.szPname); if (MMSYSERR_NOERROR != mmr) return (TRUE); // // // // MMCapsMidAndPid(ac.wMid, ach, 0, NULL); AppMEditPrintF(hedit, " Manufacturer Id: %s\r\n", (LPSTR)ach); MMCapsMidAndPid(ac.wMid, NULL, ac.wPid, ach); AppMEditPrintF(hedit, " Product Id: %s\r\n", (LPSTR)ach); AppMEditPrintF(hedit, " Driver Version: %u.%.02u\r\n", (ac.vDriverVersion >> 8), (BYTE)ac.vDriverVersion); if (ac.wTechnology > AUXCAPS_TECHNOLOGY_LAST) { wsprintf(ach, "[%u], Unknown", ac.wTechnology); psz = ach; } else { psz = gaszAuxCapsTechnology[ac.wTechnology]; } AppMEditPrintF(hedit, " Technology: %s\r\n", (LPSTR)psz); // // // // AppMEditPrintF(hedit, " Standard Support: [%.08lXh]", ac.dwSupport); for (u = 0, dw = ac.dwSupport; dw; u++) { if ((BYTE)dw & (BYTE)1) { psz = gaszAuxCapsSupport[u]; if (NULL == psz) { wsprintf(ach, "Unknown%u", u); psz = ach; } AppMEditPrintF(hedit, ", %s", (LPSTR)psz); } dw >>= 1; } AppMEditPrintF(hedit, "\r\n"); return (TRUE); } // MMCapsDetailAuxiliary() //--------------------------------------------------------------------------; // // BOOL MMCapsDetailJoystick // // Description: // // // Arguments: // HWND hedit: // // int nDevId: // // Return (BOOL): // // History: // 05/11/93 // //--------------------------------------------------------------------------; BOOL FNLOCAL MMCapsDetailJoystick ( HWND hedit, int nDevId ) { TCHAR ach[MMCAPS_MAX_STRING_MIDPID_CHARS]; MMRESULT mmr; JOYCAPS jc; AppMEditPrintF(hedit, " Device Type: %s\r\n", (LPSTR)gaszDeviceType[MMCAPS_DEVTYPE_JOYSTICK]); AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); // // // mmr = joyGetDevCaps(nDevId, &jc, sizeof(jc)); if (MMSYSERR_NOERROR != mmr) { lstrcpy(jc.szPname, gszBogusCaps); } AppMEditPrintF(hedit, " Product Name: %s\r\n", (LPSTR)jc.szPname); if (MMSYSERR_NOERROR != mmr) return (TRUE); // // // // MMCapsMidAndPid(jc.wMid, ach, 0, NULL); AppMEditPrintF(hedit, " Manufacturer Id: %s\r\n", (LPSTR)ach); MMCapsMidAndPid(jc.wMid, NULL, jc.wPid, ach); AppMEditPrintF(hedit, " Product Id: %s\r\n", (LPSTR)ach); AppMEditPrintF(hedit, " Driver Version: (sigh)\r\n"); AppMEditPrintF(hedit, " Buttons: %u\r\n", jc.wNumButtons); AppMEditPrintF(hedit, " Minimum X Pos: %u\r\n", jc.wXmin); AppMEditPrintF(hedit, " Maximum X Pos: %u\r\n", jc.wXmax); AppMEditPrintF(hedit, " Minimum Y Pos: %u\r\n", jc.wYmin); AppMEditPrintF(hedit, " Maximum Y Pos: %u\r\n", jc.wYmax); AppMEditPrintF(hedit, " Minimum Z Pos: %u\r\n", jc.wZmin); AppMEditPrintF(hedit, " Maximum Z Pos: %u\r\n", jc.wZmax); AppMEditPrintF(hedit, " Minimum Period: %u\r\n", jc.wPeriodMin); AppMEditPrintF(hedit, " Maximum Period: %u\r\n", jc.wPeriodMax); return (TRUE); } // MMCapsDetailJoystick() //--------------------------------------------------------------------------; // // BOOL MMCapsDetailMidiIn // // Description: // // // Arguments: // HWND hedit: // // int nDevId: // // Return (BOOL): // // History: // 05/11/93 // //--------------------------------------------------------------------------; BOOL FNLOCAL MMCapsDetailMidiIn ( HWND hedit, int nDevId ) { TCHAR ach[MMCAPS_MAX_STRING_MIDPID_CHARS]; MMRESULT mmr; MIDIINCAPS mic; AppMEditPrintF(hedit, " Device Type: %s\r\n", (LPSTR)gaszDeviceType[MMCAPS_DEVTYPE_MIDIIN]); if (-1 == nDevId) AppMEditPrintF(hedit, " Index (Id): %d (Mapper)\r\n", nDevId); else AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); // // // mmr = midiInGetDevCaps(nDevId, &mic, sizeof(mic)); if (MMSYSERR_NOERROR != mmr) { _fmemset(&mic, 0, sizeof(mic)); if (-1 != nDevId) { lstrcpy(mic.szPname, gszBogusCaps); } else { if (0 != midiInGetNumDevs()) { mic.wMid = MM_MICROSOFT; mic.vDriverVersion = (MMVERSION)MyGetVersion(); lstrcpy(mic.szPname, gszDefaultMapper); mmr = MMSYSERR_NOERROR; } } } AppMEditPrintF(hedit, " Product Name: %s\r\n", (LPSTR)mic.szPname); if (MMSYSERR_NOERROR != mmr) return (TRUE); // // // // MMCapsMidAndPid(mic.wMid, ach, 0, NULL); AppMEditPrintF(hedit, " Manufacturer Id: %s\r\n", (LPSTR)ach); MMCapsMidAndPid(mic.wMid, NULL, mic.wPid, ach); AppMEditPrintF(hedit, " Product Id: %s\r\n", (LPSTR)ach); AppMEditPrintF(hedit, " Driver Version: %u.%.02u\r\n", (mic.vDriverVersion >> 8), (BYTE)mic.vDriverVersion); return (TRUE); } // MMCapsDetailMidiIn() //--------------------------------------------------------------------------; // // BOOL MMCapsDetailMidiOut // // Description: // // // Arguments: // HWND hedit: // // int nDevId: // // Return (BOOL): // // History: // 05/11/93 // //--------------------------------------------------------------------------; BOOL FNLOCAL MMCapsDetailMidiOut ( HWND hedit, int nDevId ) { TCHAR ach[MMCAPS_MAX_STRING_MIDPID_CHARS]; PSTR psz; MMRESULT mmr; MIDIOUTCAPS moc; UINT u; DWORD dw; AppMEditPrintF(hedit, " Device Type: %s\r\n", (LPSTR)gaszDeviceType[MMCAPS_DEVTYPE_MIDIOUT]); if (-1 == nDevId) { AppMEditPrintF(hedit, " Index (Id): %d (Mapper)\r\n", nDevId); } else { AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); } // // // mmr = midiOutGetDevCaps(nDevId, &moc, sizeof(moc)); if (MMSYSERR_NOERROR != mmr) { _fmemset(&moc, 0, sizeof(moc)); if (-1 != nDevId) { lstrcpy(moc.szPname, gszBogusCaps); } else { if (0 != midiOutGetNumDevs()) { moc.wMid = MM_MICROSOFT; moc.vDriverVersion = (MMVERSION)MyGetVersion(); lstrcpy(moc.szPname, gszDefaultMapper); mmr = MMSYSERR_NOERROR; } } } AppMEditPrintF(hedit, " Product Name: %s\r\n", (LPSTR)moc.szPname); if (MMSYSERR_NOERROR != mmr) return (TRUE); // // // // MMCapsMidAndPid(moc.wMid, ach, 0, NULL); AppMEditPrintF(hedit, " Manufacturer Id: %s\r\n", (LPSTR)ach); MMCapsMidAndPid(moc.wMid, NULL, moc.wPid, ach); AppMEditPrintF(hedit, " Product Id: %s\r\n", (LPSTR)ach); AppMEditPrintF(hedit, " Driver Version: %u.%.02u\r\n", (moc.vDriverVersion >> 8), (BYTE)moc.vDriverVersion); if (moc.wTechnology > MIDIOUTCAPS_TECHNOLOGY_LAST) { wsprintf(ach, "[%u], Unknown", moc.wTechnology); psz = ach; } else { psz = gaszMidiOutCapsTechnology[moc.wTechnology]; } AppMEditPrintF(hedit, " Technology: %s\r\n", (LPSTR)psz); AppMEditPrintF(hedit, " Voices (Patches): %u (if internal synth)\r\n", moc.wVoices); AppMEditPrintF(hedit, " Polyphony: %u (if internal synth)\r\n", moc.wNotes); AppMEditPrintF(hedit, " Channel Mask: %.04Xh (if internal synth)\r\n", moc.wChannelMask); // // // // AppMEditPrintF(hedit, " Standard Support: [%.08lXh]", moc.dwSupport); for (u = 0, dw = moc.dwSupport; dw; u++) { if ((BYTE)dw & (BYTE)1) { psz = gaszMidiOutCapsSupport[u]; if (NULL == psz) { wsprintf(ach, "Unknown%u", u); psz = ach; } AppMEditPrintF(hedit, ", %s", (LPSTR)psz); } dw >>= 1; } AppMEditPrintF(hedit, "\r\n"); return (TRUE); } // MMCapsDetailMidiOut() //--------------------------------------------------------------------------; // // BOOL MMCapsDetailMixer // // Description: // // // Arguments: // HWND hedit: // // int nDevId: // // Return (BOOL): // // History: // 05/11/93 // //--------------------------------------------------------------------------; BOOL FNLOCAL MMCapsDetailMixer ( HWND hedit, int nDevId ) { TCHAR ach[MMCAPS_MAX_STRING_MIDPID_CHARS]; PSTR psz; MMRESULT mmr; MIXERCAPS mxc; UINT u; DWORD dw; AppMEditPrintF(hedit, " Device Type: %s\r\n", (LPSTR)gaszDeviceType[MMCAPS_DEVTYPE_MIXER]); #ifdef MIXER_MAPPER if (-1 == nDevId) AppMEditPrintF(hedit, " Index (Id): %d (Mapper)\r\n", nDevId); else AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); #else AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); #endif // // // mmr = mixerGetDevCaps(nDevId, &mxc, sizeof(mxc)); if (MMSYSERR_NOERROR != mmr) { _fmemset(&mxc, 0, sizeof(mxc)); if (-1 != nDevId) { lstrcpy(mxc.szPname, gszBogusCaps); } else { if (0 != mixerGetNumDevs()) { mxc.wMid = MM_MICROSOFT; mxc.vDriverVersion = (MMVERSION)MyGetVersion(); lstrcpy(mxc.szPname, gszDefaultMapper); mmr = MMSYSERR_NOERROR; } } } AppMEditPrintF(hedit, " Product Name: %s\r\n", (LPSTR)mxc.szPname); if (MMSYSERR_NOERROR != mmr) return (TRUE); // // // // MMCapsMidAndPid(mxc.wMid, ach, 0, NULL); AppMEditPrintF(hedit, " Manufacturer Id: %s\r\n", (LPSTR)ach); MMCapsMidAndPid(mxc.wMid, NULL, mxc.wPid, ach); AppMEditPrintF(hedit, " Product Id: %s\r\n", (LPSTR)ach); AppMEditPrintF(hedit, " Driver Version: %u.%.02u\r\n", (mxc.vDriverVersion >> 8), (BYTE)mxc.vDriverVersion); AppMEditPrintF(hedit, " Destinations: %u\r\n", mxc.cDestinations); // // // // AppMEditPrintF(hedit, " Standard Support: [%.08lXh]", mxc.fdwSupport); for (u = 0, dw = mxc.fdwSupport; dw; u++) { if ((BYTE)dw & (BYTE)1) { psz = gaszMixerCapsSupport[u]; if (NULL == psz) { wsprintf(ach, "Unknown%u", u); psz = ach; } AppMEditPrintF(hedit, ", %s", (LPSTR)psz); } dw >>= 1; } AppMEditPrintF(hedit, "\r\n"); return (TRUE); } // MMCapsDetailMixer() //--------------------------------------------------------------------------; // // BOOL MMCapsDetailTimer // // Description: // // // Arguments: // HWND hedit: // // int nDevId: // // Return (BOOL): // // History: // 05/11/93 // //--------------------------------------------------------------------------; BOOL FNLOCAL MMCapsDetailTimer ( HWND hedit, int nDevId ) { MMRESULT mmr; TIMECAPS tc; MMVERSION uMMSysVer; AppMEditPrintF(hedit, " Device Type: %s\r\n", (LPSTR)gaszDeviceType[MMCAPS_DEVTYPE_TIMER]); AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); AppMEditPrintF(hedit, " Product Name: %s\r\n", (LPSTR)gszTimerDevice); mmr = timeGetDevCaps(&tc, sizeof(tc)); if (MMSYSERR_NOERROR != mmr) return (TRUE); // // // // uMMSysVer = (MMVERSION)MyGetVersion(); AppMEditPrintF(hedit, " Driver Version: %u.%.02u\r\n", (uMMSysVer >> 8), (BYTE)uMMSysVer); AppMEditPrintF(hedit, " Minimum Period: %u\r\n", tc.wPeriodMin); AppMEditPrintF(hedit, " Maximum Period: %u\r\n", tc.wPeriodMax); return (TRUE); } // MMCapsDetailTimer() //--------------------------------------------------------------------------; // // BOOL MMCapsDetailWaveIn // // Description: // // // Arguments: // HWND hedit: // // int nDevId: // // Return (BOOL): // // History: // 05/11/93 // //--------------------------------------------------------------------------; BOOL FNLOCAL MMCapsDetailWaveIn ( HWND hedit, int nDevId ) { TCHAR ach[MMCAPS_MAX_STRING_MIDPID_CHARS]; PSTR psz; MMRESULT mmr; WAVEINCAPS wic; UINT u; DWORD dw; AppMEditPrintF(hedit, " Device Type: %s\r\n", (LPSTR)gaszDeviceType[MMCAPS_DEVTYPE_WAVEIN]); if (-1 == nDevId) AppMEditPrintF(hedit, " Index (Id): %d (Mapper)\r\n", nDevId); else AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); // // // mmr = waveInGetDevCaps(nDevId, &wic, sizeof(wic)); if (MMSYSERR_NOERROR != mmr) { _fmemset(&wic, 0, sizeof(wic)); if (-1 != nDevId) { lstrcpy(wic.szPname, gszBogusCaps); } else { if (0 != waveInGetNumDevs()) { wic.wMid = MM_MICROSOFT; wic.vDriverVersion = (MMVERSION)MyGetVersion(); lstrcpy(wic.szPname, gszDefaultMapper); mmr = MMSYSERR_NOERROR; } } } AppMEditPrintF(hedit, " Product Name: %s\r\n", (LPSTR)wic.szPname); if (MMSYSERR_NOERROR != mmr) return (TRUE); // // // // MMCapsMidAndPid(wic.wMid, ach, 0, NULL); AppMEditPrintF(hedit, " Manufacturer Id: %s\r\n", (LPSTR)ach); MMCapsMidAndPid(wic.wMid, NULL, wic.wPid, ach); AppMEditPrintF(hedit, " Product Id: %s\r\n", (LPSTR)ach); AppMEditPrintF(hedit, " Driver Version: %u.%.02u\r\n", (wic.vDriverVersion >> 8), (BYTE)wic.vDriverVersion); AppMEditPrintF(hedit, " Channels: %u\r\n", wic.wChannels); // // // // AppMEditPrintF(hedit, " Standard Formats: [%.08lXh]", wic.dwFormats); for (u = 0, dw = wic.dwFormats; dw; u++) { if ((BYTE)dw & (BYTE)1) { psz = gaszWaveInOutCapsFormats[u]; if (NULL == psz) { wsprintf(ach, "Unknown%u", u); psz = ach; } AppMEditPrintF(hedit, ", %s", (LPSTR)psz); } dw >>= 1; } AppMEditPrintF(hedit, "\r\n"); return (TRUE); } // MMCapsDetailWaveIn() //--------------------------------------------------------------------------; // // BOOL MMCapsDetailWaveOut // // Description: // // // Arguments: // HWND hedit: // // int nDevId: // // Return (BOOL): // // History: // 05/11/93 // //--------------------------------------------------------------------------; BOOL FNLOCAL MMCapsDetailWaveOut ( HWND hedit, int nDevId ) { TCHAR ach[MMCAPS_MAX_STRING_MIDPID_CHARS]; PSTR psz; MMRESULT mmr; WAVEOUTCAPS woc; UINT u; DWORD dw; AppMEditPrintF(hedit, " Device Type: %s\r\n", (LPSTR)gaszDeviceType[MMCAPS_DEVTYPE_WAVEOUT]); if (-1 == nDevId) AppMEditPrintF(hedit, " Index (Id): %d (Mapper)\r\n", nDevId); else AppMEditPrintF(hedit, " Index (Id): %d\r\n", nDevId); // // // mmr = waveOutGetDevCaps(nDevId, &woc, sizeof(woc)); if (MMSYSERR_NOERROR != mmr) { _fmemset(&woc, 0, sizeof(woc)); if (-1 != nDevId) { lstrcpy(woc.szPname, gszBogusCaps); } else { if (0 != waveOutGetNumDevs()) { woc.wMid = MM_MICROSOFT; woc.vDriverVersion = (MMVERSION)MyGetVersion(); lstrcpy(woc.szPname, gszDefaultMapper); mmr = MMSYSERR_NOERROR; } } } AppMEditPrintF(hedit, " Product Name: %s\r\n", (LPSTR)woc.szPname); if (MMSYSERR_NOERROR != mmr) return (TRUE); // // // // MMCapsMidAndPid(woc.wMid, ach, 0, NULL); AppMEditPrintF(hedit, " Manufacturer Id: %s\r\n", (LPSTR)ach); MMCapsMidAndPid(woc.wMid, NULL, woc.wPid, ach); AppMEditPrintF(hedit, " Product Id: %s\r\n", (LPSTR)ach); AppMEditPrintF(hedit, " Driver Version: %u.%.02u\r\n", (woc.vDriverVersion >> 8), (BYTE)woc.vDriverVersion); AppMEditPrintF(hedit, " Channels: %u\r\n", woc.wChannels); // // // // AppMEditPrintF(hedit, " Standard Formats: [%.08lXh]", woc.dwFormats); for (u = 0, dw = woc.dwFormats; dw; u++) { if ((BYTE)dw & (BYTE)1) { psz = gaszWaveInOutCapsFormats[u]; if (NULL == psz) { wsprintf(ach, "Unknown%u", u); psz = ach; } AppMEditPrintF(hedit, ", %s", (LPSTR)psz); } dw >>= 1; } AppMEditPrintF(hedit, "\r\n"); // // // // AppMEditPrintF(hedit, " Standard Support: [%.08lXh]", woc.dwSupport); for (u = 0, dw = woc.dwSupport; dw; u++) { if ((BYTE)dw & (BYTE)1) { psz = gaszWaveOutCapsSupport[u]; if (NULL == psz) { wsprintf(ach, "Unknown%u", u); psz = ach; } AppMEditPrintF(hedit, ", %s", (LPSTR)psz); } dw >>= 1; } AppMEditPrintF(hedit, "\r\n"); return (TRUE); } // MMCapsDetailWaveOut() //==========================================================================; // // // // //==========================================================================; //--------------------------------------------------------------------------; // // BOOL MMCapsDetailLowLevel // // Description: // // // Arguments: // HWND hedit: // // LPARAM lParam: // // Return (BOOL): // // History: // 05/16/93 // //--------------------------------------------------------------------------; BOOL FNGLOBAL MMCapsDetailLowLevel ( HWND hedit, LPARAM lParam ) { int nDevId; UINT uDevType; // // HIWORD(lParam): MMCAPS_DEVTYPE_* // LOWORD(lParam): Device index (id) // nDevId = (int)(short)LOWORD(lParam); uDevType = HIWORD(lParam); // // // // switch (uDevType) { case MMCAPS_DEVTYPE_AUXILIARY: MMCapsDetailAuxiliary(hedit, nDevId); break; case MMCAPS_DEVTYPE_JOYSTICK: MMCapsDetailJoystick(hedit, nDevId); break; case MMCAPS_DEVTYPE_MIDIIN: MMCapsDetailMidiIn(hedit, nDevId); break; case MMCAPS_DEVTYPE_MIDIOUT: MMCapsDetailMidiOut(hedit, nDevId); break; case MMCAPS_DEVTYPE_MIXER: MMCapsDetailMixer(hedit, nDevId); break; case MMCAPS_DEVTYPE_TIMER: MMCapsDetailTimer(hedit, nDevId); break; case MMCAPS_DEVTYPE_WAVEIN: MMCapsDetailWaveIn(hedit, nDevId); break; case MMCAPS_DEVTYPE_WAVEOUT: MMCapsDetailWaveOut(hedit, nDevId); break; } // // // return (TRUE); } // MMCapsDetailLowLevel() //--------------------------------------------------------------------------; // // BOOL MMCapsEnumerateLowLevel // // Description: // // // Arguments: // PZYZTABBEDLISTBOX ptlb: // // BOOL fComplete: // // Return (BOOL): // // History: // 05/18/93 // //--------------------------------------------------------------------------; BOOL FNGLOBAL MMCapsEnumerateLowLevel ( PZYZTABBEDLISTBOX ptlb, BOOL fComplete ) { TCHAR ach[128]; MMRESULT mmr; int n; int nDevs; int nPrefDev; DWORD dwPrefFlags; int nIndex; LPARAM lParam; UINT uDevType; MMVERSION uMMSysVer; HWND hlb; // // // // // if (fComplete) { TlbSetTitleAndTabs(ptlb, gszDeviceFormatTitle, FALSE); } hlb = ptlb->hlb; uMMSysVer = (MMVERSION)MyGetVersion(); // // // nDevs = auxGetNumDevs(); for (n = -1; n < nDevs; n++) { AUXCAPS ac; mmr = auxGetDevCaps(n, &ac, sizeof(ac)); if (MMSYSERR_NOERROR != mmr) { if (-1 != n) { ac.vDriverVersion = 0; lstrcpy(ac.szPname, gszBogusCaps); } else { if (0 == nDevs) break; ac.vDriverVersion = uMMSysVer; lstrcpy(ac.szPname, gszDefaultMapper); } } // // // uDevType = MMCAPS_DEVTYPE_AUXILIARY; wsprintf(ach, gszDeviceFormatList, (LPSTR)gaszDeviceType[uDevType], n, (ac.vDriverVersion >> 8), (BYTE)ac.vDriverVersion, (LPSTR)ac.szPname); nIndex = ListBox_AddString(hlb, ach); lParam = MAKELPARAM((WORD)n, (WORD)uDevType); ListBox_SetItemData(hlb, nIndex, lParam); } // // // // // #ifndef WIN32 nDevs = mixerGetNumDevs(); #ifdef MIXER_MAPPER for (n = -1; n < nDevs; n++) #else for (n = 0; n < nDevs; n++) #endif { MIXERCAPS mxc; mmr = mixerGetDevCaps(n, &mxc, sizeof(mxc)); if (MMSYSERR_NOERROR != mmr) { if (-1 != n) { mxc.vDriverVersion = 0; lstrcpy(mxc.szPname, gszBogusCaps); } else { if (0 == nDevs) break; mxc.vDriverVersion = uMMSysVer; lstrcpy(mxc.szPname, gszDefaultMapper); } } // // // uDevType = MMCAPS_DEVTYPE_MIXER; wsprintf(ach, gszDeviceFormatList, (LPSTR)gaszDeviceType[uDevType], n, (mxc.vDriverVersion >> 8), (BYTE)mxc.vDriverVersion, (LPSTR)mxc.szPname); nIndex = ListBox_AddString(hlb, ach); lParam = MAKELPARAM((WORD)n, (WORD)uDevType); ListBox_SetItemData(hlb, nIndex, lParam); } #endif // // // nDevs = midiInGetNumDevs(); for (n = 0; n < nDevs; n++) { MIDIINCAPS mic; mmr = midiInGetDevCaps(n, &mic, sizeof(mic)); if (MMSYSERR_NOERROR != mmr) { if (-1 != n) { mic.vDriverVersion = 0; lstrcpy(mic.szPname, gszBogusCaps); } else { if (0 == nDevs) break; mic.vDriverVersion = uMMSysVer; lstrcpy(mic.szPname, gszDefaultMapper); } } // // // uDevType = MMCAPS_DEVTYPE_MIDIIN; wsprintf(ach, gszDeviceFormatList, (LPSTR)gaszDeviceType[uDevType], n, (mic.vDriverVersion >> 8), (BYTE)mic.vDriverVersion, (LPSTR)mic.szPname); nIndex = ListBox_AddString(hlb, ach); lParam = MAKELPARAM((WORD)n, (WORD)uDevType); ListBox_SetItemData(hlb, nIndex, lParam); } // // // mmr = midiOutMessage((HMIDIOUT)MIDI_MAPPER, DRVM_MAPPER_PREFERRED_GET, (DWORD_PTR)&nPrefDev, (DWORD_PTR)&dwPrefFlags); if (MMSYSERR_NOERROR != mmr) nPrefDev = -2; nDevs = midiOutGetNumDevs(); for (n = -1; n < nDevs; n++) { MIDIOUTCAPS moc; mmr = midiOutGetDevCaps(n, &moc, sizeof(moc)); if (MMSYSERR_NOERROR != mmr) { if (-1 != n) { moc.vDriverVersion = 0; lstrcpy(moc.szPname, gszBogusCaps); } else { if (0 == nDevs) break; moc.vDriverVersion = uMMSysVer; lstrcpy(moc.szPname, gszDefaultMapper); } } // // // uDevType = MMCAPS_DEVTYPE_MIDIOUT; wsprintf(ach, gszDeviceFormatList, (LPSTR)gaszDeviceType[uDevType], n, (moc.vDriverVersion >> 8), (BYTE)moc.vDriverVersion, (LPSTR)moc.szPname); if (n != -1 && n == nPrefDev) { if (dwPrefFlags & DRVM_MAPPER_PREFERRED_FLAGS_PREFERREDONLY) { strcat(ach, TEXT("(**)")); } else { strcat(ach, TEXT("(*)")); } } nIndex = ListBox_AddString(hlb, ach); lParam = MAKELPARAM((WORD)n, (WORD)uDevType); ListBox_SetItemData(hlb, nIndex, lParam); } // // // mmr = waveInMessage((HWAVEIN)WAVE_MAPPER, DRVM_MAPPER_PREFERRED_GET, (DWORD_PTR)&nPrefDev, (DWORD_PTR)&dwPrefFlags); if (MMSYSERR_NOERROR != mmr) nPrefDev = -2; nDevs = waveInGetNumDevs(); for (n = -1; n < nDevs; n++) { WAVEINCAPS wic; mmr = waveInGetDevCaps(n, &wic, sizeof(wic)); if (MMSYSERR_NOERROR != mmr) { if (-1 != n) { wic.vDriverVersion = 0; lstrcpy(wic.szPname, gszBogusCaps); } else { if (0 == nDevs) break; wic.vDriverVersion = uMMSysVer; lstrcpy(wic.szPname, gszDefaultMapper); } } // // // uDevType = MMCAPS_DEVTYPE_WAVEIN; wsprintf(ach, gszDeviceFormatList, (LPSTR)gaszDeviceType[uDevType], n, (wic.vDriverVersion >> 8), (BYTE)wic.vDriverVersion, (LPSTR)wic.szPname); if (n != -1 && n == nPrefDev) { if (dwPrefFlags & DRVM_MAPPER_PREFERRED_FLAGS_PREFERREDONLY) { strcat(ach, TEXT("(**)")); } else { strcat(ach, TEXT("(*)")); } } nIndex = ListBox_AddString(hlb, ach); lParam = MAKELPARAM((WORD)n, (WORD)uDevType); ListBox_SetItemData(hlb, nIndex, lParam); } // // // mmr = waveOutMessage((HWAVEOUT)WAVE_MAPPER, DRVM_MAPPER_PREFERRED_GET, (DWORD_PTR)&nPrefDev, (DWORD_PTR)&dwPrefFlags); if (MMSYSERR_NOERROR != mmr) nPrefDev = -2; nDevs = waveOutGetNumDevs(); for (n = -1; n < nDevs; n++) { WAVEOUTCAPS woc; mmr = waveOutGetDevCaps(n, &woc, sizeof(woc)); if (MMSYSERR_NOERROR != mmr) { if (-1 != n) { woc.vDriverVersion = 0; lstrcpy(woc.szPname, gszBogusCaps); } else { if (0 == nDevs) break; woc.vDriverVersion = uMMSysVer; lstrcpy(woc.szPname, gszDefaultMapper); } } // // // uDevType = MMCAPS_DEVTYPE_WAVEOUT; wsprintf(ach, gszDeviceFormatList, (LPSTR)gaszDeviceType[uDevType], n, (woc.vDriverVersion >> 8), (BYTE)woc.vDriverVersion, (LPSTR)woc.szPname); if (n != -1 && n == nPrefDev) { if (dwPrefFlags & DRVM_MAPPER_PREFERRED_FLAGS_PREFERREDONLY) { strcat(ach, TEXT("(**)")); } else { strcat(ach, TEXT("(*)")); } } nIndex = ListBox_AddString(hlb, ach); lParam = MAKELPARAM((WORD)n, (WORD)uDevType); ListBox_SetItemData(hlb, nIndex, lParam); } // // // { TIMECAPS tc; mmr = timeGetDevCaps(&tc, sizeof(tc)); if (MMSYSERR_NOERROR == mmr) { // // // uDevType = MMCAPS_DEVTYPE_TIMER; wsprintf(ach, gszDeviceFormatList, (LPSTR)gaszDeviceType[uDevType], 0, (uMMSysVer >> 8), (BYTE)uMMSysVer, (LPSTR)gszTimerDevice); nIndex = ListBox_AddString(hlb, ach); lParam = MAKELPARAM(0, (WORD)uDevType); ListBox_SetItemData(hlb, nIndex, lParam); } } // // // nDevs = joyGetNumDevs(); for (n = 0; n < nDevs; n++) { JOYCAPS jc; mmr = joyGetDevCaps(n, &jc, sizeof(jc)); if (MMSYSERR_NOERROR != mmr) { lstrcpy(jc.szPname, gszBogusCaps); } // // // uDevType = MMCAPS_DEVTYPE_JOYSTICK; wsprintf(ach, gszDeviceFormatList, (LPSTR)gaszDeviceType[uDevType], n, 0, 0, (LPSTR)jc.szPname); nIndex = ListBox_AddString(hlb, ach); lParam = MAKELPARAM((WORD)n, (WORD)uDevType); ListBox_SetItemData(hlb, nIndex, lParam); } // // // return (TRUE); } // MMCapsEnumerateLowLevel()