/// <summary> Construct the memory banks used for I/O.</summary>
private void initMem()
{
// scratch pad
sp = new MemoryBankScratchEE(this);
sp.size = 32;
sp.pageLength = 32;
sp.maxPacketDataLength = 29;
sp.pageAutoCRC = true;
sp.COPY_DELAY_LEN = 10;
sp.ES_MASK = (byte)0;
// main memory
main_mem = new MemoryBankEEPROM(this, sp);
// initialize main memory
main_mem.size = 2560;
main_mem.numberPages = 80;
main_mem.scratchPadSize = 32;
//readOnly = false;
//nonVolatile = true;
//pageAutoCRC = false;
//lockPage = true;
//programPulse = false;
//powerDelivery = true;
//extraInfo = false;
//extraInfoLength = 0;
//extraInfoDescription = null;
//writeVerification = false;
//startPhysicalAddress = 0;
//doSetSpeed = true;
// register memory
register = new MemoryBankEEPROM(this, sp);
// initialize attributes of this memory bank
register.generalPurposeMemory = false;
register.bankDescription = "Write-protect/EPROM-Mode control register";
register.numberPages = 2;
register.size = 64;
register.pageLength = 32;
register.maxPacketDataLength = 0;
register.readWrite = true;
register.writeOnce = false;
register.readOnly = false;
register.nonVolatile = true;
register.pageAutoCRC = false;
register.lockPage_Renamed_Field = false;
register.programPulse = false;
register.powerDelivery = true;
register.extraInfo = false;
register.extraInfoLength = 0;
register.extraInfoDescription = null;
register.writeVerification = false;
register.startPhysicalAddress = 2560;
register.doSetSpeed = true;
// set the lock mb
main_mem.mbLock = register;
}
/// <summary>
/// Construct the memory banks used for I/O.
/// </summary>
private void initMem()
{
// scratch pad
MemoryBankScratchEE sp = new MemoryBankScratchEE(this);
sp.size = 8;
sp.pageLength = 8;
sp.maxPacketDataLength = 5;
sp.pageAutoCRC = true;
sp.COPY_DELAY_LEN = 30;
sp.ES_MASK = 0;
// main memory
main_mem = new MemoryBankEEPROM(this, sp);
// register memory
register = new MemoryBankEEPROM(this, sp);
// initialize attributes of this memory bank
register.generalPurposeMemory = false;
register.bankDescription = "Write-protect/EPROM-Mode control register";
register.numberPages = 1;
register.size = 8;
register.pageLength = 8;
register.maxPacketDataLength = 0;
register.readWrite = true;
register.writeOnce = false;
register.readOnly = false;
register.nonVolatile = true;
register.pageAutoCRC = false;
register._lockPage = false;
register.programPulse = false;
register.powerDelivery = true;
register.extraInfo = false;
register.extraInfoLength = 0;
register.extraInfoDescription = null;
register.writeVerification = false;
register.startPhysicalAddress = 128;
register.doSetSpeed = true;
// set the lock mb
main_mem.mbLock = register;
}
//--------
//-------- Constructor
//--------
/// <summary> Memory bank contstuctor. Requires reference to the OneWireContainer
/// this memory bank resides on. Requires reference to memory banks used
/// in OTP operations.
/// </summary>
public MemoryBankEEPROM(OneWireContainer ibutton, ScratchPad scratch)
{
// keep reference to ibutton where memory bank is
ib = ibutton;
// keep reference to scratchPad bank
sp = scratch;
// get references to MemoryBanks used in OTP operations, assume locking
mbLock = null;
lockPage_Renamed_Field = true;
// initialize attributes of this memory bank - DEFAULT: Main memory DS2431
generalPurposeMemory = true;
bankDescription = "Main memory";
numberPages = 4;
size = 128;
pageLength = 32;
maxPacketDataLength = 29;
readWrite = true;
writeOnce = false;
readOnly = false;
nonVolatile = true;
pageAutoCRC = false;
lockPage_Renamed_Field = true;
programPulse = false;
powerDelivery = true;
extraInfo = false;
extraInfoLength = 0;
extraInfoDescription = null;
writeVerification = false;
startPhysicalAddress = 0;
doSetSpeed = true;
scratchPadSize = 8;
// create the ffblock (used for faster 0xFF fills)
for (int i = 0; i < 500; i++)
{
ffBlock[i] = (byte)SupportClass.Identity(0xFF);
}
}
