private void addWriteFuses()
{
MCU mcu = mainForm.mcu;
if (mcu != null)
{
if (mcu.memoryTypes.Contains("lfuse"))
{
makeWriteFuseLock(Avrdude.FuseLockType.Lfuse, mainForm.lowFuse);
}
if (mcu.memoryTypes.Contains("hfuse"))
{
makeWriteFuseLock(Avrdude.FuseLockType.Hfuse, mainForm.highFuse);
}
if (mcu.memoryTypes.Contains("efuse"))
{
makeWriteFuseLock(Avrdude.FuseLockType.Efuse, mainForm.exFuse);
}
if (mcu.memoryTypes.Contains("fuse"))
{
makeWriteFuseLock(Avrdude.FuseLockType.Fuse, mainForm.lowFuse);
}
}
// TODO what if MCU doesnt have any of these fuses?
}
private void savePart(bool isProgrammer, string parentId, string id, string desc, string signature, int flash, int eeprom)
{
if (id != null)
{
if (isProgrammer)
{
// Find parent
Programmer parent = null;
if (parentId != null)
{
parent = _programmers.Find(m => m.id == parentId);
}
_programmers.Add(new Programmer(id, desc, parent));
}
else
{
if (!id.StartsWith(".") && !desc.StartsWith("deprecated")) // Part is a common value thing or deprecated
{
// Some formatting
desc = desc.ToUpper().Replace("XMEGA", "xmega").Replace("MEGA", "mega").Replace("TINY", "tiny");
// Find parent
MCU parent = null;
if (parentId != null)
{
parent = _mcus.Find(m => m.id == parentId);
}
// Add to MCUs
_mcus.Add(new MCU(id, desc, signature, flash, eeprom, parent));
}
}
}
}
private void savePart(bool isProgrammer, string parentId, string id, string desc, string signature, int flash, int eeprom, List <string> memoryTypes)
{
if (id != null)
{
if (isProgrammer)
{
// Find parent
Programmer parent = null;
if (parentId != null)
{
parent = _programmers.Find(m => m.id == parentId);
}
_programmers.Add(new Programmer(id, desc, parent));
}
else
{
// Some formatting
desc = desc.ToUpper().Replace("XMEGA", "xmega").Replace("MEGA", "mega").Replace("TINY", "tiny");
// Find parent
MCU parent = null;
if (parentId != null)
{
parent = _mcus.Find(m => m.id == parentId);
}
// Add to MCUs
_mcus.Add(new MCU(id, desc, signature, flash, eeprom, parent, memoryTypes));
}
}
}
public MCU(string name, string fullName = "", string signature = "", int flash = 0, int eeprom = 0, MCU parent = null)
: base(name, fullName)
{
this.signature = signature.ToLower();
this.flash = flash;
this.eeprom = eeprom;
this.parent = parent;
}
public MCU(string name, string fullName = "", string signature = "", int flash = 0, int eeprom = 0, MCU parent = null)
: base(name, fullName)
{
this.signature = signature.ToLower();
this.flash = flash;
this.eeprom = eeprom;
this.parent = parent;
}
// Got MCU info
private void detectComplete(object param)
{
string log = outputLog.ToLower();
// Look for string
int pos = log.IndexOf("device signature");
if (pos > -1)
{
// Cut out line
log = log.Substring(pos);
log = log.Substring(0, log.IndexOf(Environment.NewLine));
// Split by =
string[] signature = log.Split(new char[] { '=' }, StringSplitOptions.RemoveEmptyEntries);
// Check split result
if (signature.Length == 2 && signature[0].Trim() == "device signature")
{
// Remove 0x and spaces from signature
string detectedSignature = signature[1].Trim(new char[] { ' ', '"', ';' }).Replace("0x", "").Replace(" ", "");
// Found something
if (detectedSignature != "")
{
// Look for MCU with same signature
MCU m = mcus.Find(s => s.signature == detectedSignature);
if (m != null) // Found
{
if (OnDetectedMCU != null)
{
OnDetectedMCU(this, new DetectedMCUEventArgs(m));
}
}
else // Not found
{
// TODO: dont write to console here
//m = new MCU(null, null, detectedSignature);
Util.consoleWrite("Unknown signature " + detectedSignature + Environment.NewLine);
}
return;
}
}
}
if (OnDetectedMCU != null)
{
OnDetectedMCU(this, new DetectedMCUEventArgs(null));
}
}
//Load 3devo Default settings
public void LoadFilamentMakerDefaults()
{
prog = new Programmer("arduino");
mcu = new MCU("m2560");
port = "";
baudRate = "115200";
flashFileFormat = "i";
flashFileOperation = "w";
force = false;
disableVerify = true;
disableFlashErase = false;
eraseFlashAndEEPROM = false;
doNotWrite = false;
verbosity = 1;
}
// Got MCU info
private void detectComplete(object param)
{
string log = outputLog.ToLower();
// Look for string
int pos = log.IndexOf("device signature");
if (pos > -1)
{
// Remove upto "device signature" line
log = log.Substring(pos);
int sigStart = log.IndexOf("0x"); // Look for signature hex value
if (sigStart > -1)
{
// Get the 6 hex digits
string detectedSignature = log.Substring(sigStart + 2, 6);
// Look for MCU with same signature
MCU m = mcus.Find(s => s.signature == detectedSignature);
if (m != null) // Found
{
if (OnDetectedMCU != null)
{
OnDetectedMCU(this, new DetectedMCUEventArgs(m));
}
}
else // Not found
{
// TODO: dont write to console here
//m = new MCU(null, null, detectedSignature);
Util.consoleError("_UNKNOWNSIG", detectedSignature);
}
return;
}
}
if (OnDetectedMCU != null)
{
OnDetectedMCU(this, new DetectedMCUEventArgs(null));
}
}
public string[] editFuseAndLocks(MCU mcu, string[] fuses)
{
Text = string.Format(Language.Translation.get("_TITLE_FUSEANDLOCKBITS"), mcu.desc, mcu.signature.ToUpper());
lblCarefulNow.Visible = !FusesList.fl.isSupported(mcu.signature);
string[] lfd = FusesList.fl.getLfuse(mcu.signature).Split(',');
string[] hfd = FusesList.fl.getHfuse(mcu.signature).Split(',');
string[] efd = FusesList.fl.getEfuse(mcu.signature).Split(',');
string[] lbd = FusesList.fl.getLockBits(mcu.signature).Split(',');
string lf = hex2binary(fuses[0]);
string hf = hex2binary(fuses[1]);
string ef = hex2binary(fuses[2]);
string lb = hex2binary(fuses[3]);
for (int i = 7; i >= 0; i--)
{
btnLFuse[i].Text = lf.Substring(7 - i, 1);
btnHFuse[i].Text = hf.Substring(7 - i, 1);
btnEFuse[i].Text = ef.Substring(7 - i, 1);
cbLBits[i].Checked = (lb.Substring(7 - i, 1) == "0");
lbLB[i].Text = lbd[i];
lbLF[i].Text = lfd[i];
lbHF[i].Text = hfd[i];
lbEF[i].Text = efd[i];
btnLFuse[i].Enabled = (lfd[i] != "");
btnHFuse[i].Enabled = (hfd[i] != "");
btnEFuse[i].Enabled = (efd[i] != "");
cbLBits[i].Enabled = (lbd[i] != "");
}
generateFusesAndLocks();
if (ShowDialog() == DialogResult.OK)
{
return(newFuses);
}
return(null);
}
public string[] editFuseAndLocks(MCU mcu, string[] fuses)
{
Text = "Fuse & lock bits: " + mcu.fullName + " (" + mcu.signature.ToUpper() + ")";
lblCarefulNow.Visible = !FusesList.fl.isSupported(mcu.signature);
string[] lfd = FusesList.fl.getLfuse(mcu.signature).Split(',');
string[] hfd = FusesList.fl.getHfuse(mcu.signature).Split(',');
string[] efd = FusesList.fl.getEfuse(mcu.signature).Split(',');
string[] lbd = FusesList.fl.getLockBits(mcu.signature).Split(',');
string lf = hex2binary(fuses[0]);
string hf = hex2binary(fuses[1]);
string ef = hex2binary(fuses[2]);
string lb = hex2binary(fuses[3]);
for (int i = 7; i >= 0; i--)
{
btnLFuse[i].Text = lf.Substring(7 - i, 1);
btnHFuse[i].Text = hf.Substring(7 - i, 1);
btnEFuse[i].Text = ef.Substring(7 - i, 1);
cbLBits[i].Checked = (lb.Substring(7 - i, 1) == "0");
lbLB[i].Text = lbd[i];
lbLF[i].Text = lfd[i];
lbHF[i].Text = hfd[i];
lbEF[i].Text = efd[i];
btnLFuse[i].Enabled = (lfd[i] != "");
btnHFuse[i].Enabled = (hfd[i] != "");
btnEFuse[i].Enabled = (efd[i] != "");
cbLBits[i].Enabled = (lbd[i] != "");
}
generateFusesAndLocks();
if (ShowDialog() == DialogResult.OK)
{
return(newFuses);
}
return(null);
}
public string[] editFuseAndLocks(MCU mcu, string[] fuses)
{
Text = "Fuse & lock bits: " + mcu.fullName + " (" + mcu.signature.ToUpper() + ")";
lblCarefulNow.Visible = !FusesList.fl.isSupported(mcu.signature);
string[] lfd = FusesList.fl.getLfuse(mcu.signature).Split(',');
string[] hfd = FusesList.fl.getHfuse(mcu.signature).Split(',');
string[] efd = FusesList.fl.getEfuse(mcu.signature).Split(',');
string[] lbd = FusesList.fl.getLockBits(mcu.signature).Split(',');
string lf = hex2binary(fuses[0]);
string hf = hex2binary(fuses[1]);
string ef = hex2binary(fuses[2]);
string lb = hex2binary(fuses[3]);
for (int i = 7; i >= 0; i--)
{
btnLFuse[i].Text = lf.Substring(7 - i, 1);
btnHFuse[i].Text = hf.Substring(7 - i, 1);
btnEFuse[i].Text = ef.Substring(7 - i, 1);
cbLBits[i].Checked = (lb.Substring(7 - i, 1) == "0");
lbLB[i].Text = lbd[i];
lbLF[i].Text = lfd[i];
lbHF[i].Text = hfd[i];
lbEF[i].Text = efd[i];
btnLFuse[i].Enabled = (lfd[i] != "");
btnHFuse[i].Enabled = (hfd[i] != "");
btnEFuse[i].Enabled = (efd[i] != "");
cbLBits[i].Enabled = (lbd[i] != "");
}
generateFusesAndLocks();
if(ShowDialog() == DialogResult.OK)
return newFuses;
return null;
}
public DetectedMCUEventArgs(MCU m)
{
mcu = m;
}
public DetectedMCUEventArgs(MCU m)
{
mcu = m;
}
// Basic parsing of avrdude.conf to get programmers & MCUs
private void LoadConfig(string confLoc)
{
string conf_loc = null;
if (!String.IsNullOrEmpty(confLoc))
{
conf_loc = Path.Combine(confLoc, FILE_AVRDUDECONF);
}
else
{
// If on Unix check /etc/ and /usr/local/etc/ first
if (Environment.OSVersion.Platform == PlatformID.Unix)
{
conf_loc = "/etc/" + FILE_AVRDUDECONF;
if (!File.Exists(conf_loc))
{
conf_loc = "/usr/local/etc/" + FILE_AVRDUDECONF;
if (!File.Exists(conf_loc))
{
conf_loc = null;
}
}
}
if (conf_loc == null)
{
conf_loc = Path.Combine(AssemblyData.directory, FILE_AVRDUDECONF);
if (!File.Exists(conf_loc))
{
conf_loc = Path.Combine(Directory.GetCurrentDirectory(), FILE_AVRDUDECONF);
}
}
}
// Config file not found
if (String.IsNullOrEmpty(conf_loc) || !File.Exists(conf_loc))
{
throw new System.IO.FileNotFoundException(FILE_AVRDUDECONF + " is not found in the application folder.");
return;
}
// Load config
string[] lines;
try {
lines = File.ReadAllLines(conf_loc);
}
catch (Exception ex) {
MsgBox.error("Error reading " + FILE_AVRDUDECONF, ex);
return;
}
char[] trimChars = new char[3] {
' ', '"', ';'
};
for (int i = 0; i < lines.Length - 3; i++)
{
string s = lines[i].Trim();
bool isProgrammer = s.StartsWith("programmer");
bool isPart = s.StartsWith("part");
if (!isPart && !isProgrammer)
{
continue;
}
// Get parent ID
string partentId = null;
if (isPart && s.Contains("parent"))
{
string[] parts = s.Split(new char[] { ' ' }, StringSplitOptions.RemoveEmptyEntries);
if (parts.Length > 2)
{
partentId = parts[2].Trim(trimChars);
}
}
i++; // next line
// Does line have id key?
int pos = lines[i].IndexOf('=');
if (pos < 0 || lines[i].Substring(1, pos - 1).Trim() != "id")
{
continue;
}
// Get ID value
string id = lines[i].Substring(pos + 1).Trim(trimChars);
i++; // next line
// Does line have desc key?
pos = lines[i].IndexOf('=');
if (pos < 0 || lines[i].Substring(1, pos - 1).Trim() != "desc")
{
continue;
}
// Get description value
string desc = lines[i].Substring(pos + 1).Trim(trimChars);
// If its a programmer then add to programmers and go back to the top
if (isProgrammer)
{
_programmers.Add(new Programmer(id, desc));
continue;
}
// Otherwise its an MCU
// Part is a common value thing or deprecated
if (id.StartsWith(".") || desc.StartsWith("deprecated"))
{
continue;
}
// Here we get the MCU signature, flash and EEPROM sizes
string signature = "";
int flash = -1;
int eeprom = -1;
ParseMemType memType = ParseMemType.None;
// Loop through lines looking for "signature" and "memory"
// Abort if "part" or "programmer" is found
for ( ; i < lines.Length; i++)
{
s = lines[i].Trim();
// Too far
if (s.StartsWith("part") || s.StartsWith("programmer"))
{
i--;
break;
}
// Found memory section
if (s.StartsWith("memory"))
{
pos = lines[i].IndexOf('"');
if (pos > -1)
{
// What type of memory is this?
string mem = lines[i].Substring(pos - 1).Trim(trimChars).ToLower();
if (mem == "flash")
{
memType = ParseMemType.Flash;
}
else if (mem == "eeprom")
{
memType = ParseMemType.Eeprom;
}
}
}
else if (memType != ParseMemType.None)
{
// See if this line defines the memory size
pos = lines[i].IndexOf('=');
if (pos > -1 && lines[i].Substring(1, pos - 1).Trim() == "size")
{
// Get size value
string memStr = lines[i].Substring(pos + 1).Trim(trimChars);
// Parse to int
int memTmp = 0;
if (!int.TryParse(memStr, out memTmp))
{
// Probably hex
if (memStr.StartsWith("0x"))
{
memStr = memStr.Substring(2); // Remove 0x
}
int.TryParse(memStr, NumberStyles.HexNumber, CultureInfo.InvariantCulture, out memTmp);
}
if (memType == ParseMemType.Flash)
{
flash = memTmp;
}
else if (memType == ParseMemType.Eeprom)
{
eeprom = memTmp;
}
memType = ParseMemType.None;
}
}
// Does line have signature key?
pos = lines[i].IndexOf('=');
if (pos > -1 && lines[i].Substring(1, pos - 1).Trim() == "signature")
{
// Get signature value
signature = lines[i].Substring(pos + 1).Trim(trimChars);
// Remove 0x and spaces from signature (0xAA 0xAA 0xAA -> AAAAAA)
signature = signature.Replace("0x", "").Replace(" ", "");
}
}
// Some formatting
desc = desc.ToUpper().Replace("XMEGA", "xmega").Replace("MEGA", "mega").Replace("TINY", "tiny");
// Find parent
MCU parent = null;
if (partentId != null)
{
parent = _mcus.Find(m => m.name == partentId);
}
// Add to MCUs
_mcus.Add(new MCU(id, desc, signature, flash, eeprom, parent));
}
}
public MCU(string id, string desc = null, string signature = null, int flash = 0, int eeprom = 0, MCU parent = null, List <string> memoryTypes = null)
: base(id, desc, parent)
{
if (signature != null)
{
this.signature = signature.ToLower();
}
this.flash = flash;
this.eeprom = eeprom;
_memoryTypes = (memoryTypes != null) ? memoryTypes : new List <string>();
}