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此压缩包为杰得开发得z228的BSP的源代码,可以实现很多功能,尤其是视频解码有很好的效果.

---- PDD_WaveProc Matches (36 in 6 files) ----
Common.c:    mmRet = PDD_WaveProc (apidir, WPDM_CLOSE, 0, 0);
Common.c:    mmRet = PDD_WaveProc (apidir, WPDM_GETDEVCAPS, dwParam1, dwParam2);
Common.c:    mmRet = PDD_WaveProc(apidir, WPDM_GETDEVCAPS, (DWORD) NULL, 0);
Common.c:        mmRet = PDD_WaveProc (apidir, WPDM_OPEN, (DWORD) lpWOD->lpFormat, (DWORD) TRUE);
Common.c:    mmRet = PDD_WaveProc (apidir, WPDM_OPEN, (DWORD) lpWOD->lpFormat, (DWORD) FALSE);
Mixer.c:    PDD_WaveProc(0, WPDM_GETMIXERVAL, pSrcControlDesc->usPddMsg, (DWORD) &ulControlValue);
Mixer.c:    PDD_WaveProc(0, WPDM_SETMIXERVAL, pSrcControlDesc->usPddMsg, dwSetting);
Pdd_audio.c:// PDD_WaveProc
Pdd_audio.c:MMRESULT PDD_WaveProc (WAPI_INOUT apidir,
Pdd_audio.c:            IOCTLMSG1("PDD_WaveProc: WPDM_STANDBY %d",apidir);
Pdd_audio.c:            IOCTLMSG1("PDD_WaveProc: WPDM_START %d",apidir);
Pdd_audio.c:            IOCTLMSG1("PDD_WaveProc: WPDM_STOP %d",apidir);
Pdd_audio.c:            IOCTLMSG1("PDD_WaveProc: WPDM_PAUSE %d",apidir);
Pdd_audio.c:            IOCTLMSG1("PDD_WaveProc: WPDM_ENDOFDATA %d",apidir);
Pdd_audio.c:            IOCTLMSG1("PDD_WaveProc: WPDM_RESTART %d",apidir);
Pdd_audio.c:            WRNMSG1("PDD_WaveProc: Not supported message");
Wavemdd.c:				PDD_WaveProc(WAPI_OUT, WPDM_CONTINUE, (DWORD) gsi[WAPI_OUT].pwh, 0);
Wavemdd.c:				PDD_WaveProc(WAPI_OUT, WPDM_ENDOFDATA, 0, 0);
Wavemdd.c:                    PDD_WaveProc(WAPI_OUT, WPDM_START, (DWORD) gsi[WAPI_OUT].pwh, 0);
Wavemdd.c:                    PDD_WaveProc(WAPI_OUT, WPDM_CONTINUE, (DWORD) gsi[WAPI_OUT].pwh, 0);
Wavemdd.c:                    PDD_WaveProc(WAPI_OUT, WPDM_ENDOFDATA, 0, 0);
Wavemdd.c:                PDD_WaveProc(WAPI_OUT, WPDM_STANDBY, 0, 0);
Wavemdd.c:                PDD_WaveProc(WAPI_IN, WPDM_START, (DWORD) gsi[WAPI_IN].pwh, 0);
Wavemdd.c:                PDD_WaveProc(WAPI_IN, WPDM_CONTINUE, (DWORD) gsi[WAPI_IN].pwh, 0);
Wavemdd.c:                PDD_WaveProc(WAPI_IN, WPDM_STANDBY, 0, 0);
Widm.c:            PDD_WaveProc(WAPI_IN, WPDM_STOP, (DWORD) gsi[WAPI_IN].pwh, 0);
Widm.c:        PDD_WaveProc(WAPI_IN, WPDM_START, (DWORD) gsi[WAPI_IN].pwh, 0);
Widm.c:        PDD_WaveProc(WAPI_IN, WPDM_STOP, (DWORD) gsi[WAPI_IN].pwh, 0);
Widm.c:    PDD_WaveProc(apidir, WPDMX_LEFT_SOUND, 0, 0);
Wodm.c:    mmRet = PDD_WaveProc(WAPI_OUT, WPDM_GETVOLUME, dwParam1, 0);
Wodm.c:        mmRet = PDD_WaveProc(WAPI_OUT, WPDM_PAUSE, 0, 0);
Wodm.c:        PDD_WaveProc(WAPI_OUT, WPDM_STOP, 0, 0);
Wodm.c:            PDD_WaveProc(WAPI_OUT, WPDM_RESTART, (DWORD) gsi[WAPI_OUT].pwh, 0);
Wodm.c:            PDD_WaveProc(WAPI_OUT, WPDM_START,   (DWORD) gsi[WAPI_OUT].pwh, 0);
Wodm.c:    mmRet = PDD_WaveProc(WAPI_OUT, WPDM_SETVOLUME, dwParam1, 0);
Wodm.c: //       PDD_WaveProc(WAPI_OUT, WPDM_START, (DWORD) gsi[WAPI_OUT].pwh, 0);