private void ProcessSubWords(clsProg p)
{
p.TimesCalled += 1;
int lastIndex = 0;
foreach (Match ncWord in this.mRegWords.Matches(p.Contents))
{
//Each word
//Is this a newline
if (ncWord.Value == "\n")
{
mTotalLines += 1;
mCodeText = p.Contents.Substring(lastIndex, ncWord.Index - lastIndex - 1);
CreateGcodeBlock();
if (OnAddBlock != null)
{
OnAddBlock(ncWord.Index, mTotalBites);
}
Array.Clear(mBlockAddresses, 0, 26);
lastIndex = ncWord.Index + 1;
}
else if (MatchIsComment(ncWord))
{
//Comment
mTotalLines += ncWord.Value.Split('\n').Length - 1;
}
else if (mCurMachine.BlockSkip.Contains(ncWord.Value[0].ToString()))
{
//Blockskip.
mTotalLines += 1;
}
else
{
//Word
mCurAddress.Label = Char.ToUpper(ncWord.Value[0]);
mCurAddress.StringValue = ncWord.Groups[1].Value;
mCurAddress.Value = float.Parse(ncWord.Groups[1].Value);
if (mCurAddress.Matches(mMotion.SubCall))
{
//M98 P. Use the next word value as the sub name
clsProg retProg = FindSubByValue(int.Parse(ncWord.NextMatch().Groups[1].Value));
if ((retProg != null))
{
if (retProg.TimesCalled > 100)
{
return; //Prevent infinite loop
}
ProcessSubWords(retProg); //Call this subagain
}
}
else
{
EvaluateWord();
}
}
}
}
private void ProcessSubWords(clsProg p)
{
p.TimesCalled += 1;
int lastIndex = 0;
foreach (Match ncWord in this.mRegWords.Matches(p.Contents))
{
//Each word
//Is this a newline
if (ncWord.Value == "\n")
{
mTotalLines += 1;
mCodeText = p.Contents.Substring(lastIndex, ncWord.Index - lastIndex - 1);
CreateGcodeBlock();
if (OnAddBlock != null)
{
OnAddBlock(ncWord.Index, mTotalBites);
}
Array.Clear(mBlockAddresses, 0, 26);
lastIndex = ncWord.Index + 1;
}
else if (MatchIsComment(ncWord))
{
//Comment
mTotalLines += ncWord.Value.Split('\n').Length - 1;
}
else if (mCurMachine.BlockSkip.Contains(ncWord.Value[0].ToString()))
{
//Blockskip.
mTotalLines += 1;
}
else
{
//Word
mCurAddress.Label = Char.ToUpper(ncWord.Value[0]);
mCurAddress.StringValue = ncWord.Groups[1].Value;
mCurAddress.Value = float.Parse(ncWord.Groups[1].Value);
if (mCurAddress.Matches(mMotion.SubCall))
{
//M98 P. Use the next word value as the sub name
clsProg retProg = FindSubByValue(int.Parse(ncWord.NextMatch().Groups[1].Value));
if ((retProg != null))
{
if (retProg.TimesCalled > 100) return;//Prevent infinite loop
ProcessSubWords(retProg);//Call this subagain
}
}
else
{
EvaluateWord();
}
}
}
}
// modified to take first argument as a preprocessed buffer, instead of filename
public void ProcessFile(string ncFile, List<clsMotionRecord> gfxRecs)
{
mGfxRecs = gfxRecs;
mCodefile = ncFile;
{
mMotion.SubCall.Label = mCurMachine.Subcall[0];
mMotion.SubCall.Value = int.Parse(mCurMachine.Subcall.Substring(1));
mMotion.SubReturn.Label = mCurMachine.SubReturn[0];
mMotion.SubReturn.Value = int.Parse(mCurMachine.SubReturn.Substring(1));
mMotion.Abs.Label = mCurMachine.Absolute[0];
mMotion.Abs.Value = int.Parse(mCurMachine.Absolute.Substring(1));
mMotion.CCArc.Label = mCurMachine.CCArc[0];
mMotion.CCArc.Value = int.Parse(mCurMachine.CCArc.Substring(1));
mMotion.CWArc.Label = mCurMachine.CWArc[0];
mMotion.CWArc.Value = int.Parse(mCurMachine.CWArc.Substring(1));
mMotion.Inc.Label = mCurMachine.Incremental[0];
mMotion.Inc.Value = int.Parse(mCurMachine.Incremental.Substring(1));
mMotion.Linear.Label = mCurMachine.Linear[0];
mMotion.Linear.Value = int.Parse(mCurMachine.Linear.Substring(1));
mMotion.Rapid.Label = mCurMachine.Rapid[0];
mMotion.Rapid.Value = int.Parse(mCurMachine.Rapid.Substring(1));
mMotion.Rotary.Label = mCurMachine.Rotary[0];
mMotion.Rotary.Value = 0;
mMotion.DrillRapid.Label = mCurMachine.DrillRapid[0];
mMotion.DrillRapid.Value = 0;
mMotion.Plane[0].Label = mCurMachine.XYplane[0];
mMotion.Plane[0].Value = int.Parse(mCurMachine.XYplane.Substring(1));
mMotion.Plane[1].Label = mCurMachine.XZplane[0];
mMotion.Plane[1].Value = int.Parse(mCurMachine.XZplane.Substring(1));
mMotion.Plane[2].Label = mCurMachine.YZplane[0];
mMotion.Plane[2].Value = int.Parse(mCurMachine.YZplane.Substring(1));
mMotion.ReturnLevel[0].Label = mCurMachine.ReturnLevel[0][0];
mMotion.ReturnLevel[0].Value = int.Parse(mCurMachine.ReturnLevel[0].Substring(1));
mMotion.ReturnLevel[1].Label = mCurMachine.ReturnLevel[1][0];
mMotion.ReturnLevel[1].Value = int.Parse(mCurMachine.ReturnLevel[1].Substring(1));
for (int r = 0; r <= mMotion.Drills.Length - 1; r++)
{
if (mCurMachine.Drills[r].Length > 2)
{
mMotion.Drills[r].Label = mCurMachine.Drills[r][0];
mMotion.Drills[r].Value = int.Parse(mCurMachine.Drills[r].Substring(1));
}
}
}
//Reset all positions.
mGfxRecs.Clear();
mCurrentColor = 0;
mPrevTool = -1;
mXpos = 0;
mYpos = 0;
mZpos = 0;
mPrevX = 0;
mPrevY = 0;
mPrevZ = 0;
mPrevABC = 0;
mABC = 0;
mRpoint = 0;
mSpeed = 0;
mFeed = 0;
mDrillClear = 0;
mInitialZBeforeDrill = 0;
mRotDir = 1;
mAbsolute = true;
mMode = Motion.RAPID;
mDrillReturnMode = Motion.I_PLN;
if (mCurMachine.MachineType == MachineType.MILL)
{
mPlane = Motion.XY_PLN; //Mill
}
else
{
mPlane = Motion.XZ_PLN;//Lathe
}
mEndmain = mCurMachine.Endmain.Trim();
mSubcall = mCurMachine.Subcall.Trim();
mSubRepeats = mCurMachine.SubRepeats.Trim();
string sFileContents = null;
sFileContents = FilterJunk(ncFile);
mNcProgs.Clear();
int lastIndex = -1;
int thisIndex = -1;
clsProg p = default(clsProg);
foreach (Match m in this.mRegSubs.Matches(sFileContents))
{
if (mCurMachine.ProgramId.Contains(m.Value[0].ToString()))
{
thisIndex = m.Index;
//Each program
if (lastIndex > -1)
{
mNcProgs[mNcProgs.Count - 1].Contents = sFileContents.Substring(lastIndex, thisIndex - lastIndex).TrimEnd();
if (mNcProgs[mNcProgs.Count - 1].Contents.Contains(mCurMachine.Endmain))
{
mNcProgs[mNcProgs.Count - 1].Main = true;
}
}
p = new clsProg();
p.Main = false;
p.Index = thisIndex;
p.Label = Char.ToUpper(m.Value[0]).ToString();
p.Value = int.Parse(m.Groups[1].Value);
mNcProgs.Add(p);
lastIndex = m.Index;
}
}
mTotalLines = 1;
if (mNcProgs.Count == 0)
{
//Just add all the text we found in the file
p = new clsProg();
p.Main = true;
p.Index = 0;
p.Label = "MAIN";
p.Value = 0;
p.Contents = sFileContents;
mNcProgs.Add(p);
mTotalBites = sFileContents.Length;
ProcessSubWords(p);
}
else
{
mNcProgs[mNcProgs.Count - 1].Contents = sFileContents.Substring(lastIndex).TrimEnd();
if (mNcProgs[mNcProgs.Count - 1].Contents.Contains(mCurMachine.Endmain))
{
mNcProgs[mNcProgs.Count - 1].Main = true;
}
foreach (clsProg pr in mNcProgs)
{
mTotalBites = pr.Contents.Length;
ProcessSubWords(pr);
}
}
}
// modified to take first argument as a preprocessed buffer, instead of filename
public void ProcessFile(string ncFile, List <clsMotionRecord> gfxRecs)
{
mGfxRecs = gfxRecs;
mCodefile = ncFile;
{
mMotion.SubCall.Label = mCurMachine.Subcall[0];
mMotion.SubCall.Value = int.Parse(mCurMachine.Subcall.Substring(1));
mMotion.SubReturn.Label = mCurMachine.SubReturn[0];
mMotion.SubReturn.Value = int.Parse(mCurMachine.SubReturn.Substring(1));
mMotion.Abs.Label = mCurMachine.Absolute[0];
mMotion.Abs.Value = int.Parse(mCurMachine.Absolute.Substring(1));
mMotion.CCArc.Label = mCurMachine.CCArc[0];
mMotion.CCArc.Value = int.Parse(mCurMachine.CCArc.Substring(1));
mMotion.CWArc.Label = mCurMachine.CWArc[0];
mMotion.CWArc.Value = int.Parse(mCurMachine.CWArc.Substring(1));
mMotion.Inc.Label = mCurMachine.Incremental[0];
mMotion.Inc.Value = int.Parse(mCurMachine.Incremental.Substring(1));
mMotion.Linear.Label = mCurMachine.Linear[0];
mMotion.Linear.Value = int.Parse(mCurMachine.Linear.Substring(1));
mMotion.Rapid.Label = mCurMachine.Rapid[0];
mMotion.Rapid.Value = int.Parse(mCurMachine.Rapid.Substring(1));
mMotion.Rotary.Label = mCurMachine.Rotary[0];
mMotion.Rotary.Value = 0;
mMotion.DrillRapid.Label = mCurMachine.DrillRapid[0];
mMotion.DrillRapid.Value = 0;
mMotion.Plane[0].Label = mCurMachine.XYplane[0];
mMotion.Plane[0].Value = int.Parse(mCurMachine.XYplane.Substring(1));
mMotion.Plane[1].Label = mCurMachine.XZplane[0];
mMotion.Plane[1].Value = int.Parse(mCurMachine.XZplane.Substring(1));
mMotion.Plane[2].Label = mCurMachine.YZplane[0];
mMotion.Plane[2].Value = int.Parse(mCurMachine.YZplane.Substring(1));
mMotion.ReturnLevel[0].Label = mCurMachine.ReturnLevel[0][0];
mMotion.ReturnLevel[0].Value = int.Parse(mCurMachine.ReturnLevel[0].Substring(1));
mMotion.ReturnLevel[1].Label = mCurMachine.ReturnLevel[1][0];
mMotion.ReturnLevel[1].Value = int.Parse(mCurMachine.ReturnLevel[1].Substring(1));
for (int r = 0; r <= mMotion.Drills.Length - 1; r++)
{
if (mCurMachine.Drills[r].Length > 2)
{
mMotion.Drills[r].Label = mCurMachine.Drills[r][0];
mMotion.Drills[r].Value = int.Parse(mCurMachine.Drills[r].Substring(1));
}
}
}
//Reset all positions.
mGfxRecs.Clear();
mCurrentColor = 0;
mPrevTool = -1;
mXpos = 0;
mYpos = 0;
mZpos = 0;
mPrevX = 0;
mPrevY = 0;
mPrevZ = 0;
mPrevABC = 0;
mABC = 0;
mRpoint = 0;
mSpeed = 0;
mFeed = 0;
mDrillClear = 0;
mInitialZBeforeDrill = 0;
mRotDir = 1;
mAbsolute = true;
mMode = Motion.RAPID;
mDrillReturnMode = Motion.I_PLN;
if (mCurMachine.MachineType == MachineType.MILL)
{
mPlane = Motion.XY_PLN; //Mill
}
else
{
mPlane = Motion.XZ_PLN;//Lathe
}
mEndmain = mCurMachine.Endmain.Trim();
mSubcall = mCurMachine.Subcall.Trim();
mSubRepeats = mCurMachine.SubRepeats.Trim();
string sFileContents = null;
sFileContents = FilterJunk(ncFile);
mNcProgs.Clear();
int lastIndex = -1;
int thisIndex = -1;
clsProg p = default(clsProg);
foreach (Match m in this.mRegSubs.Matches(sFileContents))
{
if (mCurMachine.ProgramId.Contains(m.Value[0].ToString()))
{
thisIndex = m.Index;
//Each program
if (lastIndex > -1)
{
mNcProgs[mNcProgs.Count - 1].Contents = sFileContents.Substring(lastIndex, thisIndex - lastIndex).TrimEnd();
if (mNcProgs[mNcProgs.Count - 1].Contents.Contains(mCurMachine.Endmain))
{
mNcProgs[mNcProgs.Count - 1].Main = true;
}
}
p = new clsProg();
p.Main = false;
p.Index = thisIndex;
p.Label = Char.ToUpper(m.Value[0]).ToString();
p.Value = int.Parse(m.Groups[1].Value);
mNcProgs.Add(p);
lastIndex = m.Index;
}
}
mTotalLines = 1;
if (mNcProgs.Count == 0)
{
//Just add all the text we found in the file
p = new clsProg();
p.Main = true;
p.Index = 0;
p.Label = "MAIN";
p.Value = 0;
p.Contents = sFileContents;
mNcProgs.Add(p);
mTotalBites = sFileContents.Length;
ProcessSubWords(p);
}
else
{
mNcProgs[mNcProgs.Count - 1].Contents = sFileContents.Substring(lastIndex).TrimEnd();
if (mNcProgs[mNcProgs.Count - 1].Contents.Contains(mCurMachine.Endmain))
{
mNcProgs[mNcProgs.Count - 1].Main = true;
}
foreach (clsProg pr in mNcProgs)
{
mTotalBites = pr.Contents.Length;
ProcessSubWords(pr);
}
}
}