FX3ConnectionTransferArray Method (IEnumerableUInt32, UInt32, UInt32)

This function performs an array bi-directional SPI transfer. If DrActive is set to true, this overload transfers all the data in WriteData numCaptures times per data ready condition being met. It captures data from numBuffers data ready signals. If DrActive is set to false, all the transfers are performed asynchronously. The total number of SPI transfers is WriteData.Count()*numCaptures*numBuffers. The following pseduo-code snippet would perform 400 total SPI transfers, across 100 data ready conditions. MOSI = {0x1234, 0x5678} myISpi32.DrActive = True MISO = myISpi32.TransferArray(MOSI, 2, 100) During the transfers, the SPI bus would look like the following: MOSI: ---(0x1234)---(0x5678)---(0x1234)---(0x5678)-----------------(0x1234)---(0x5678)---(0x1234)---(0x5678)--...-----(0x1234)-----(0x5678)-----(0x1234)-----(0x5678)-- MISO:----MISO(0)----MISO(1)----MISO(2)----MISO(3)------------------MISO(4)----MISO(5)----MISO(6)----MISO(7)---...-----MISO(196)----MISO(197)----MISO(198)----MISO(199)- DR: ___|¯¯¯|_____________________________________________________|¯¯¯|______________________________________..._____|¯¯¯|____________________________________________

public uint[] TransferArray(
	IEnumerable<uint> WriteData,
	uint numCaptures,
	uint numBuffers
)

Public Function TransferArray ( 
	WriteData As IEnumerable(Of UInteger),
	numCaptures As UInteger,
	numBuffers As UInteger
) As UInteger()

public:
virtual array<unsigned int>^ TransferArray(
	IEnumerable<unsigned int>^ WriteData, 
	unsigned int numCaptures, 
	unsigned int numBuffers
) sealed

abstract TransferArray : 
        WriteData : IEnumerable<uint32> * 
        numCaptures : uint32 * 
        numBuffers : uint32 -> uint32[] 
override TransferArray : 
        WriteData : IEnumerable<uint32> * 
        numCaptures : uint32 * 
        numBuffers : uint32 -> uint32[]