BassBASS_RecordStart Method (Int32, Int32, BASSFlag, BASSRecordProc, IntPtr)

public static int BASS_RecordStart(
	int freq,
	int chans,
	BASSFlag flags,
	BASSRecordProc proc,
	IntPtr user
)

Public Shared Function BASS_RecordStart ( 
	freq As Integer,
	chans As Integer,
	flags As BASSFlag,
	proc As BASSRecordProc,
	user As IntPtr
) As Integer

Parameters

freq

Type: SystemInt32
The sample rate to record at.

chans

Type: SystemInt32
The number of channels... 1 = mono, 2 = stereo.

flags

Type: Un4seen.BassBASSFlag
Any combination of these flags (see BASSFlag)

BASS_SAMPLE_8BITS	Use 8-bit resolution. If neither this or the BASS_SAMPLE_FLOAT flags are specified, then the recorded data is 16-bit.
BASS_SAMPLE_FLOAT	Use 32-bit floating-point sample data. WDM drivers are required to use this flag in Windows. See Floating-point channels for more information.
BASS_RECORD_PAUSE	Start the recording paused. Use BASS_ChannelPlay(Int32, Boolean) together with the handle returned by this method to start it.
BASS_RECORD_OPENSLES	Use OpenSL ES instead of AAudio on Android. If AAudio is not available (pre-Android 8.1) then this will be applied automatically.

proc

Type: Un4seen.BassBASSRecordProc
Any of these predefined BASSRecordProc:

RECORDPROC_NONE	No function. The data is instead pulled from the recording via BASS_ChannelGetData(Int32, IntPtr, Int32).
RECORDPROC_TRUE	A function that only contains 'return true'.

user

Type: SystemIntPtr
User instance data to pass to the callback function.

Return Value

When not using a callback function (RECORDPROC_NONE), the recorded data is instead retrieved via BASS_ChannelGetData(Int32, IntPtr, Int32). To keep latency at a minimum, the amount of data in the recording buffer should be monitored (also done via BASS_ChannelGetData, with the BASS_DATA_AVAILABLE flag) to check that there is not too much data; freshly recorded data will only be retrieved after the older data in the buffer is.

Reference