private int ReadPIC(ref _PIC pic, byte[] PacketData)
{
byte[] InData = new byte[MAX_PACKET * 2]; //Allocate for one packet
int RetStatus;
int DatCount;
int DatCount2 = 0;
switch (pic.BootCmd)
{
case COMMAND_READPM:
case COMMAND_READEE:
case COMMAND_READCFG:
break;
default: return ERROR_INVALID_COMMAND;
}
//Limit to 1 to 3 bytes per addr
if (pic.BytesPerAddr == 0) return ERROR_BPA_TOO_SMALL;
if (pic.BytesPerAddr > 3) return ERROR_BPA_TOO_BIG;
//if(pic->BytesPerBlock < pic->BytesPerAddr) return ERROR_BLOCK_TOO_SMALL;
if (pic.BootDatLen / pic.BytesPerBlock > MAX_PACKET) return ERROR_PACKET_TOO_BIG;
//Build header
InData[0] = pic.BootCmd;
InData[1] = (byte)(pic.BootDatLen / pic.BytesPerBlock);
InData[2] = (byte)(pic.BootAddr & 0xFF);
InData[3] = (byte)((pic.BootAddr & 0xFF00) / 0x100);
InData[4] = (byte)((pic.BootAddr & 0xFF0000) / 0x10000);
RetStatus = SendGetPacket(InData, 5, MAX_PACKET, pic.MaxRetrys);
if (RetStatus < 0) return RetStatus;
for (DatCount = 5; DatCount < RetStatus - 1; DatCount++)
{
PacketData[DatCount2] = InData[DatCount];
DatCount2++;
}
return DatCount2;
}
private string ReadDeviceID(ushort maxr)
{
byte[] DevID;
int RetStat;
_PIC picb;
string result = "";
DevID = new byte[10];
DevID[0] = 0;
DevID[1] = 0;
picb = new _PIC();
picb.BootCmd = 1;
picb.BootDatLen = 4;
picb.BootAddr = 0xFF0000;
picb.BytesPerBlock = 4;
picb.BytesPerAddr = 2;
picb.MaxRetrys = maxr;
RetStat = ReadPIC(ref picb, DevID);
if (RetStat <= 0)
{
result = "0";
}
else
{
result = ((DevID[1] * 256) + DevID[0]).ToString();
}
return result;
}
private int WritePIC(ref _PIC pic, byte[] PacketData)
{
byte[] OutData = new byte[MAX_PACKET + 7]; //Allocate for one packet
int RetStatus;
int DatCount;
int DatCount2;
switch (pic.BootCmd)
{
case COMMAND_WRITEPM:
case COMMAND_WRITEEE:
case COMMAND_WRITECFG:
break;
default: return ERROR_INVALID_COMMAND;
}
//Limit to 1 to 3 bytes per addr
if (pic.BytesPerAddr == 0) return ERROR_BPA_TOO_SMALL;
if (pic.BytesPerAddr > 3) return ERROR_BPA_TOO_BIG;
//if(pic->BytesPerBlock < pic->BytesPerAddr) return ERROR_BLOCK_TOO_SMALL;
if (pic.BootDatLen / pic.BytesPerBlock > MAX_PACKET - 6) return ERROR_PACKET_TOO_BIG;
if ((pic.BootAddr * pic.BytesPerAddr % pic.BytesPerBlock) > 0) return ERROR_OFF_BOUNDRY;
if ((pic.BootDatLen % pic.BytesPerBlock) > 0) return ERROR_OFF_BOUNDRY2;
//Build header
OutData[0] = pic.BootCmd;
OutData[1] = (byte)(pic.BootDatLen / pic.BytesPerBlock);
OutData[2] = (byte)(pic.BootAddr & 0xFF);
OutData[3] = (byte)((pic.BootAddr & 0xFF00) / 0x100);
OutData[4] = (byte)((pic.BootAddr & 0xFF0000) / 0x10000);
DatCount = 5;
for (DatCount2 = 0; DatCount2 < pic.BootDatLen; DatCount2++)
{
OutData[DatCount] = PacketData[DatCount2];
DatCount++;
}
RetStatus = SendGetPacket(OutData, (ushort)DatCount, MAX_PACKET, pic.MaxRetrys);
if (RetStatus < 0) return RetStatus;
return DatCount2;
}
private int WriteRangeDevMem(int BlockSize, byte BytsPerAddr, byte BCom, String InFile)
{
byte[] OutData = new byte[261 * 2];
int RetStat;
int ProgressInd =1;
float progress_bar;
String FileLine;
_PIC picA = new _PIC();
int i, j;
bool VerifyFlag = true;
// 'Setup data file creation
StreamReader a = new StreamReader(appPath + "\\" + InFile);
picA.BootDatLen = (ushort)BlockSize;
i = 0;
while (a.EndOfStream != true)
{
if (AbortRequest)
{
RetStat = -999;
DoUpdateProgress("Aborting...");
goto AbortExit;
}
FileLine = a.ReadLine();
picA.BootCmd = BCom;
picA.BytesPerAddr = BytsPerAddr;
picA.BytesPerBlock = (ushort)BlockSize;
picA.MaxRetrys = PicBootS.MaxRetry;
picA.DeviceType = PicBootS.DeviceType;
#region Code for EEprom and Configuration bits --
/* 'Check command type - handle PM write as full row, dataEE by line
If BCom = 5 Then 'Data EE
picA.BootAddr = (CLng(Val("&H" & Mid(FileLine, 1, 6) & "&")) And FULL_ADDRESS_MASK) \ BytsPerAddr
i = 0
j = 0
TmpStr = Mid(FileLine, i * 3 + 8, 2)
Do While TmpStr <> ""
If PicBootS.AESEnable Then
'***MODIFIED FOR AES: Must send upper unused 2 bytes because it is used during encryption/decrypt
OutData(j) = CByte(Val("&H" & TmpStr))
j = j + 1
Else
'Data EE only implements 16 bits, don't send upper 2 bytes
If (((i + 2) Mod 4) = 0) Or (((i + 1) Mod 4) = 0) Then
'Do not use upper 2 bytes of data
Else
OutData(j) = CByte(Val("&H" & TmpStr))
j = j + 1
End If
End If
i = i + 1
TmpStr = Mid(FileLine, i * 3 + 8, 2)
Loop
picA.BootDatLen = j
ElseIf BCom = 7 Then 'Config fuses
picA.BootAddr = (CLng(Val("&H" & Mid(FileLine, 1, 7) & "&")) And FULL_ADDRESS_MASK) \ BytsPerAddr
i = 0
j = 0
TmpStr = Mid(FileLine, i * 3 + 9, 2)
Do While TmpStr <> ""
If PicBootS.AESEnable Then
'***MODIFIED FOR AES: Must send upper unused 3 bytes because it is used during encryption/decrypt
OutData(j) = CByte(Val("&H" & TmpStr))
j = j + 1
Else
'Config only implements 8 bits, don't send upper 3 bytes
If (((i + 3) Mod 4) = 0) Or (((i + 2) Mod 4) = 0) Or (((i + 1) Mod 4) = 0) Then
'Do not use upper 3 bytes of data
Else
OutData(j) = CByte(Val("&H" & TmpStr))
j = j + 1
End If
End If
i = i + 1
TmpStr = Mid(FileLine, i * 3 + 9, 2)
Loop
picA.BootDatLen = j
*/
#endregion
if ((BCom != 5) && (BCom != 7))// 'Program Memory
{
if (i == 0)
{
picA.BootDatLen = (ushort)BlockSize;
picA.BootAddr = (uint)(CLngHex(FileLine.Substring(0, 6)) & FULL_ADDRESS_MASK) / BytsPerAddr; // 'word addressed
}
j = 0;
while (j < 16)
{
OutData[i] = (byte)(CLngHex(FileLine.Substring(j * 3 + 7, 2)));
i = i + 1;
j = j + 1;
}
}
if ((BCom != 2) || ((i % picA.BootDatLen) == 0))
{
progress_bar = (float)(picA.BootAddr + picA.BytesPerBlock / picA.BytesPerAddr) / (float)PicBootS.ProgMemAddrH * 1000;
if (progress_bar < 1) // Round up for less than 1% so that the DoUpdateProgress displasy on the progress bar and not on the list window
progress_bar = 1;
DoUpdateProgress("Writing: " + picA.BootAddr.ToString("X"), (int)progress_bar);
// 'Write row/line
RetStat = WritePIC(ref picA, OutData);
if (RetStat < 0)
{
DoUpdateProgress("Writing failed at:" + picA.BootAddr.ToString("X"));
goto AbortExit;
}
// 'Verify written row/line
RetStat = VerifyPIC(picA, OutData);
if (RetStat < 0)
{
DoUpdateProgress("Verify failed at:" + picA.BootAddr.ToString("X"));
if (RetStat == -12)
{
ProgressInd = -101;
VerifyFlag = false;
}
else
{
goto AbortExit;
}
}
else
{
ProgressInd = 1;
}
i = 0;
}
}
if (VerifyFlag == false)
{
RetStat = -101;
}
else
{
RetStat = ProgressInd;
}
AbortExit:
a.Close();
return RetStat;
}
private int VerifyPIC(_PIC picV, byte[] outArray)
{
int RetStat;
byte[] inArray = new byte[262];
long BootAddr;
bool VerifyFlag;
int i;
StreamWriter b = new StreamWriter(appPath + "\\" + PicBootS.ErrorLogFile, true);
// 'read written data froom pic
picV.BootCmd = (byte)(picV.BootCmd - 1); // 'read out using read command of same memory type
if (picV.BootCmd == 1)
{
picV.BytesPerBlock = (ushort)PicBootS.DeviceRdBlock;
}
RetStat = ReadPIC(ref picV, inArray);
BootAddr = picV.BootAddr;
// 'error if read fails
if (RetStat < 0)
{
b.Close();
return RetStat;
}
VerifyFlag = true;
i = 0;
// 'verify written data
while (i < RetStat)
{
if (picV.BootCmd == 1)
{
if ((inArray[i] != outArray[i]) ||
(inArray[i + 1] != outArray[i + 1]) ||
(inArray[i + 2] != outArray[i + 2]) ||
(inArray[i + 3] != outArray[i + 3]))
{
//'Device reset vector, user reset vector, and delay address are ignored because
// 'bootloader will intentionally write different values in these locations than what may be
//'specified in the .hex file causing erroneous varification errors.
if (BootAddr == 0)
{
// 'ignore reset vector
}
else if (BootAddr == 2)
{
// 'ignore reset vector
}
else if (BootAddr == PicBootS.UserResetVector)
{
// 'ignore user's reset vector
}
else if (BootAddr == PicBootS.BootDelayAddr)
{
// 'ignore boot delay address
}
else
{
// 'otherwise, verify error
String line;
uint pa, pb;
pa = (((uint)outArray[i + 3]) << 24) | (((uint)outArray[i + 2]) << 16) | (((uint)outArray[i + 1]) << 8) | (((uint)outArray[i + 0]) << 0);
pb = (((uint)inArray[i + 3]) << 24) | (((uint)inArray[i + 2]) << 16) | (((uint)inArray[i + 1]) << 8) | (((uint)inArray[i + 0]) << 0);
line = "Verify Error at 0x" + BootAddr.ToString("X08") + " should be: 0x";
line += pa.ToString("X08") + " but read: 0x" + pb.ToString("X08");
b.WriteLine(line);
VerifyFlag = false;
}
}
i = i + 4;
}
BootAddr = BootAddr + 2;
}
b.Close();
if (VerifyFlag == false)
{
RetStat = -12;
}
return RetStat;
}
