/// <summary>
/// Initializes a new instance of the SendRawPmBusRequest class.
/// </summary>
internal SendRawPmbusBase(bool enablePec, NodeManagerSmbusTransactionType transactionType,
byte psuAddress, byte writeLenght, byte readLenght, byte[] pmbusCmd, byte addressFormat)
{
if (enablePec)
{
this.flags = 0xC0;
}
this.flags = (byte)(this.flags & addressFormat);
// Flags: [3:1] � SMBUS message transaction type
// The NodeManagerSmbusTransactionType enum has already been bit shifted.
this.flags = (byte)(this.flags & (byte)transactionType);
// Target PSU Address
// [7:1] � 7-bit PSU SMBUS address
// [0] � reserved should be set to 0
this.targetPsuAddress = (byte)(psuAddress << 1);
// Write Length
this.writeLenght = writeLenght;
// Read Length
this.readLenght = readLenght;
// PMBUS Command
if (pmbusCmd != null)
{
this.pmBusCommand = pmbusCmd;
}
else
{
this.pmBusCommand = new byte[0];
}
}
/// <summary>
/// Initializes a new instance of the SendRawPmbusStandardRequest class.
/// </summary>
internal SendRawPmbusStandardRequest(bool enablePec, NodeManagerSmbusTransactionType transactionType,
byte psuAddress, byte muxPsuAddress, byte writeLenght, byte readLenght, byte[] pmbusCmd)
: base(enablePec, transactionType, psuAddress, writeLenght, readLenght, pmbusCmd, standardFormat)
{
// MUX PSU address
// [0:5] = Mux address
// [6:7] = Reserved. Write as 00000b
base.muxPsuAddress = (byte)(muxPsuAddress & 0x3F);
}
/// <summary>
/// Initializes a new instance of the SendRawPmbusStandardRequest class.
/// </summary>
internal SendRawPmbusExtendedRequest(bool enablePec, NodeManagerSmbusTransactionType transactionType, NodeManagerSensorBus sensorBus,
byte psuAddress, byte muxPsuAddress, byte muxChannel, bool configureMux, byte writeLenght, byte readLenght, byte[] pmbusCmd)
: base(enablePec, transactionType, psuAddress, writeLenght, readLenght, pmbusCmd, extendedFormat)
{
// Sensor Bus
this.sensorBus = (byte)sensorBus;
// 7-bit SMBUS address for SMBUS MUX or 0 for MGPIO controlled.
base.muxPsuAddress = (byte)(muxPsuAddress << 1);
// MUX channel selection
this.muxChannel = muxChannel;
if (configureMux)
{
this.configureMux = 0x01;
}
}
/// <summary>
/// Initializes a new instance of the SendRawPmBusRequest class.
/// </summary>
internal SendRawPmbusBase(bool enablePec, NodeManagerSmbusTransactionType transactionType,
byte psuAddress, byte writeLenght, byte readLenght, byte[] pmbusCmd, byte addressFormat)
{
if (enablePec)
this.flags = 0xC0;
this.flags = (byte)(this.flags & addressFormat);
// Flags: [3:1] � SMBUS message transaction type
// The NodeManagerSmbusTransactionType enum has already been bit shifted.
this.flags = (byte)(this.flags & (byte)transactionType);
// Target PSU Address
// [7:1] � 7-bit PSU SMBUS address
// [0] � reserved should be set to 0
this.targetPsuAddress = (byte)(psuAddress << 1);
// Write Length
this.writeLenght = writeLenght;
// Read Length
this.readLenght = readLenght;
// PMBUS Command
if (pmbusCmd != null)
this.pmBusCommand = pmbusCmd;
else
this.pmBusCommand = new byte[0];
}
/// <summary>
/// Initializes a new instance of the SendRawPmbusStandardRequest class.
/// </summary>
internal SendRawPmbusStandardRequest(bool enablePec, NodeManagerSmbusTransactionType transactionType,
byte psuAddress, byte muxPsuAddress, byte writeLenght, byte readLenght, byte[] pmbusCmd)
: base(enablePec, transactionType, psuAddress, writeLenght, readLenght, pmbusCmd, standardFormat)
{
// MUX PSU address
// [0:5] = Mux address
// [6:7] = Reserved. Write as 00000b
base.muxPsuAddress = (byte)(muxPsuAddress & 0x3F);
}
/// <summary>
/// Initializes a new instance of the SendRawPmbusStandardRequest class.
/// </summary>
internal SendRawPmbusExtendedRequest(bool enablePec, NodeManagerSmbusTransactionType transactionType, NodeManagerSensorBus sensorBus,
byte psuAddress, byte muxPsuAddress, byte muxChannel, bool configureMux, byte writeLenght, byte readLenght, byte[] pmbusCmd)
: base(enablePec, transactionType, psuAddress, writeLenght, readLenght, pmbusCmd, extendedFormat)
{
// Sensor Bus
this.sensorBus = (byte)sensorBus;
// 7-bit SMBUS address for SMBUS MUX or 0 for MGPIO controlled.
base.muxPsuAddress = (byte)(muxPsuAddress << 1);
// MUX channel selection
this.muxChannel = muxChannel;
if (configureMux)
this.configureMux = 0x01;
}
