/// <summary>
/// Writes file to device using specified write mode (<paramref name="mode" />) starting at <paramref name="startBlock" /> and writing untill the end of the file or <paramref
/// name="blockCount" />
/// </summary>
/// <param name="startBlock"> Starting blockID </param>
/// <param name="blockCount"> Block count (Small blocks!) if set to 0 full device/file write will be done </param>
/// <param name="file"> File to write </param>
/// <param name="mode"> Write Mode to use (Default = None/RAW [Write data as is]) </param>
/// <param name="verboseLevel"> Specifies if you want alot of information on write errors or just a write error (default = only print write error without details) </param>
public void Write(uint startBlock, uint blockCount, string file, SPIWriteModes mode = SPIWriteModes.None, int verboseLevel = 0)
{
CheckDeviceState();
PrintARMVersion();
AbortRequested = false;
XConfig xConfig;
Init(out xConfig);
PrintXConfig(xConfig, verboseLevel);
var addSpare = (mode & SPIWriteModes.AddSpare) == SPIWriteModes.AddSpare;
var correctSpare = (mode & SPIWriteModes.CorrectSpare) == SPIWriteModes.CorrectSpare;
var eraseFirst = (mode & SPIWriteModes.EraseFirst) == SPIWriteModes.EraseFirst;
var verify = (mode & SPIWriteModes.VerifyAfter) == SPIWriteModes.VerifyAfter;
var dataList = new List <byte>();
Stopwatch sw;
var br = OpenReader(file);
if (br == null)
{
throw new OperationCanceledException(string.Format("Unable to open {0} for reading... Aborted by user!", file));
}
#region Preperations
var datablocks = xConfig.GetFileBlockCount(file);
if (datablocks < blockCount || blockCount == 0)
{
blockCount = datablocks;
}
var lastBlock = startBlock + blockCount - 1;
var totalBlocks = lastBlock;
if (eraseFirst)
{
totalBlocks += lastBlock;
}
if (verify)
{
totalBlocks += lastBlock;
}
UpdateStatus("Starting write with the following settings:");
UpdateStatus(string.Format("Erase before writing: {0}", eraseFirst ? "Enabled" : "Disabled"));
UpdateStatus(string.Format("Verify after writing: {0}", verify ? "Enabled" : "Disabled"));
UpdateStatus(string.Format("Write Mode: {0}", addSpare ? "Add Spare" : correctSpare ? "Correct Spare" : "RAW"));
UpdateStatus(string.Format("Starting block: 0x{0:X} Last Block: 0x{1:X}", startBlock, lastBlock));
UpdateStatus(string.Format("Source file: {0}", file));
#endregion Preperations
#region Erase First
if (eraseFirst)
{
sw = Stopwatch.StartNew();
UpdateStatus(string.Format("Erasing blocks 0x{0:X} -> 0x{1:X}", startBlock, lastBlock));
for (var block = startBlock; block <= lastBlock; block++)
{
if (AbortRequested)
{
sw.Stop();
UpdateStatus(string.Format("Erase aborted after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
break;
}
UpdateProgress(block, lastBlock, totalBlocks);
EraseBlock(block, verboseLevel);
}
sw.Stop();
UpdateStatus(string.Format("Erase Completed after {0:F0} Minutes and {1:F0} Seconds!{2}Device will be reset before writing...", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds, Environment.NewLine));
Reset();
}
#endregion Erase First
#region Write
if (!AbortRequested)
{
sw = Stopwatch.StartNew();
UpdateStatus(string.Format("Writing blocks 0x{0:X} -> 0x{1:X}", startBlock, lastBlock));
for (var block = startBlock; block <= lastBlock; block++)
{
if (AbortRequested)
{
sw.Stop();
UpdateStatus(string.Format("Write aborted after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
break;
}
UpdateProgress(block + (eraseFirst ? lastBlock : 0), lastBlock, totalBlocks);
var tmp = br.ReadBytes(addSpare ? 0x4000 : 0x4200);
if (addSpare)
{
tmp = AddSpareBlock(ref tmp, block, xConfig.MetaType);
}
else if (correctSpare)
{
CorrectSpareBlock(ref tmp, block, xConfig.MetaType);
}
WriteBlock(block, tmp, verboseLevel);
if (verify)
{
dataList.AddRange(tmp);
}
}
sw.Stop();
UpdateStatus(verify ? string.Format("Write Completed after {0:F0} Minutes and {1:F0} Seconds!{2}Device will be reset before verifying...", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds, Environment.NewLine) : string.Format("Write Completed after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
}
#endregion Write
#region Verify
if (!AbortRequested && verify)
{
Reset();
sw = Stopwatch.StartNew();
UpdateStatus(string.Format("Verifying blocks 0x{0:X} -> 0x{1:X}", startBlock, lastBlock));
var offset = 0;
var writtenData = dataList.ToArray();
dataList.Clear();
for (var block = startBlock; block <= lastBlock; block++)
{
if (AbortRequested)
{
sw.Stop();
UpdateStatus(string.Format("Verify aborted after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
break;
}
UpdateProgress(block + totalBlocks - lastBlock, lastBlock, totalBlocks);
var tmp = ReadBlock(block, verboseLevel);
if (!CompareByteArrays(tmp, writtenData, offset))
{
SendError(string.Format("Verification of block 0x{0:X} Failed!", block));
}
offset += tmp.Length;
}
sw.Stop();
UpdateStatus(string.Format("Verify Completed after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
}
#endregion Verify
DeInit();
Release();
}
/// <summary>
/// Writes file to device using specified write mode (<paramref name="mode" />) starting at <paramref name="startBlock" /> and writing untill the end of the file or <paramref
/// name="blockCount" />
/// </summary>
/// <param name="startBlock"> Starting blockID </param>
/// <param name="blockCount"> Block count (Small blocks!) if set to 0 full device/file write will be done </param>
/// <param name="file"> File to write </param>
/// <param name="mode"> Write Mode to use (Default = None/RAW [Write data as is]) </param>
/// <param name="verboseLevel"> Specifies if you want alot of information on write errors or just a write error (default = only print write error without details) </param>
public void Write(uint startBlock, uint blockCount, string file, SPIWriteModes mode = SPIWriteModes.None, int verboseLevel = 0)
{
CheckDeviceState();
PrintARMVersion();
AbortRequested = false;
XConfig xConfig;
Init(out xConfig);
PrintXConfig(xConfig, verboseLevel);
var addSpare = (mode & SPIWriteModes.AddSpare) == SPIWriteModes.AddSpare;
var correctSpare = (mode & SPIWriteModes.CorrectSpare) == SPIWriteModes.CorrectSpare;
var eraseFirst = (mode & SPIWriteModes.EraseFirst) == SPIWriteModes.EraseFirst;
var verify = (mode & SPIWriteModes.VerifyAfter) == SPIWriteModes.VerifyAfter;
var dataList = new List<byte>();
Stopwatch sw;
var br = OpenReader(file);
if(br == null)
throw new OperationCanceledException(string.Format("Unable to open {0} for reading... Aborted by user!", file));
#region Preperations
var datablocks = xConfig.GetFileBlockCount(file);
if(datablocks < blockCount || blockCount == 0)
blockCount = datablocks;
var lastBlock = startBlock + blockCount - 1;
var totalBlocks = lastBlock;
if(eraseFirst)
totalBlocks += lastBlock;
if(verify)
totalBlocks += lastBlock;
UpdateStatus("Starting write with the following settings:");
UpdateStatus(string.Format("Erase before writing: {0}", eraseFirst ? "Enabled" : "Disabled"));
UpdateStatus(string.Format("Verify after writing: {0}", verify ? "Enabled" : "Disabled"));
UpdateStatus(string.Format("Write Mode: {0}", addSpare ? "Add Spare" : correctSpare ? "Correct Spare" : "RAW"));
UpdateStatus(string.Format("Starting block: 0x{0:X} Last Block: 0x{1:X}", startBlock, lastBlock));
UpdateStatus(string.Format("Source file: {0}", file));
#endregion Preperations
#region Erase First
if(eraseFirst) {
sw = Stopwatch.StartNew();
UpdateStatus(string.Format("Erasing blocks 0x{0:X} -> 0x{1:X}", startBlock, lastBlock));
for(var block = startBlock; block <= lastBlock; block++) {
if(AbortRequested) {
sw.Stop();
UpdateStatus(string.Format("Erase aborted after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
break;
}
UpdateProgress(block, lastBlock, totalBlocks);
EraseBlock(block, verboseLevel);
}
if(!AbortRequested) {
sw.Stop();
UpdateStatus(string.Format("Erase Completed after {0:F0} Minutes and {1:F0} Seconds!{2}Device will be reset before writing...", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds, Environment.NewLine));
Reset();
}
}
#endregion Erase First
#region Write
if(!AbortRequested) {
sw = Stopwatch.StartNew();
UpdateStatus(string.Format("Writing blocks 0x{0:X} -> 0x{1:X}", startBlock, lastBlock));
for(var block = startBlock; block <= lastBlock; block++) {
if(AbortRequested) {
sw.Stop();
UpdateStatus(string.Format("Write aborted after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
break;
}
UpdateProgress(block + (eraseFirst ? lastBlock : 0), lastBlock, totalBlocks);
var tmp = br.ReadBytes(addSpare ? 0x4000 : 0x4200);
if(addSpare)
tmp = AddSpareBlock(ref tmp, block, xConfig.MetaType);
else if(correctSpare)
CorrectSpareBlock(ref tmp, block, xConfig.MetaType);
WriteBlock(block, tmp, verboseLevel);
if(verify)
dataList.AddRange(tmp);
}
if(!AbortRequested) {
sw.Stop();
UpdateStatus(verify ? string.Format("Write Completed after {0:F0} Minutes and {1:F0} Seconds!{2}Device will be reset before verifying...", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds, Environment.NewLine) : string.Format("Write Completed after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
}
}
#endregion Write
#region Verify
if(!AbortRequested && verify) {
Reset();
sw = Stopwatch.StartNew();
UpdateStatus(string.Format("Verifying blocks 0x{0:X} -> 0x{1:X}", startBlock, lastBlock));
var offset = 0;
var writtenData = dataList.ToArray();
dataList.Clear();
for(var block = startBlock; block <= lastBlock; block++) {
if(AbortRequested) {
sw.Stop();
UpdateStatus(string.Format("Verify aborted after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
break;
}
UpdateProgress(block + totalBlocks - lastBlock, lastBlock, totalBlocks);
var tmp = ReadBlock(block, verboseLevel);
if(!CompareByteArrays(ref tmp, ref writtenData, offset))
SendError(string.Format("Verification of block 0x{0:X} Failed!", block));
offset += tmp.Length;
}
if(!AbortRequested) {
sw.Stop();
UpdateStatus(string.Format("Verify Completed after {0:F0} Minutes and {1:F0} Seconds!", sw.Elapsed.TotalMinutes, sw.Elapsed.Seconds));
}
}
#endregion Verify
DeInit();
Release();
}
