/*
* METHODS : VALIDATORS SOURCE
*/
internal StatusGV.TypeStatusExec ValidateTypeGlyphSource(GErrList gerrlist)
{
DIAction dia = DIActionBuilder.DIA(gerrlist, "DIAFunc_AddToListUnique");
gerrlist.DIW = new DIWrapperSource(this.index,
GConsts.TypeGlyph.Undef,
GScope.TypeGScope._GG_);
I_IOGlyphs i_IOGlyphs = this.fm.IIOGlyphs;
if (i_IOGlyphs == null)
{
//throw new ExceptionGlyph("Glyph","ValidateTypeGlyphSource",null);
return(StatusGV.TypeStatusExec.Aborted);
}
int numErrBefore = gerrlist.Length;
i_IOGlyphs.ReadTypeGlyph(this.index, out this.typeGlyph, dia);
int numErrAfter = gerrlist.Length;
int iErr;
for (iErr = numErrBefore; iErr < numErrAfter; iErr++)
{
gerrlist[iErr].TypeGlyph = this.typeGlyph;
}
gerrlist.DIW = null;
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateCompComponentDupl(GErrList gerrlist)
{
ListPairInt pairsIndComponentDupl = new ListPairInt();
if ((this.comp == null) || (this.outl == null))
{
//throw new ExceptionGlyph("Glyph","ValidateCompComponentDupl",null);
return(StatusGV.TypeStatusExec.Aborted);
}
int numComponent = this.comp.NumComponent;
for (int pozComponentA = 0; pozComponentA < numComponent - 1; pozComponentA++)
{
Component componentA = this.comp.ComponentByPoz(pozComponentA);
for (int pozComponentB = pozComponentA + 1; pozComponentB < numComponent; pozComponentB++)
{
ListInfoInters linters = new ListInfoInters();
Component componentB = this.comp.ComponentByPoz(pozComponentB);
bool areDuplicated;
this.outl.AreDuplicatedComponents(componentA, componentB, out areDuplicated);
if (areDuplicated)
{
pairsIndComponentDupl.Add(componentA.IndexGlyphComponent,
componentB.IndexGlyphComponent);
}
}
}
if (pairsIndComponentDupl.Count != 0)
{
GErr gerr = new GErrComponentDupl(this.index, pairsIndComponentDupl);
gerrlist.Add(gerr);
}
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateSimpContDegen(GErrList gerrlist)
{
ArrayList listIndsKnotStart = new ArrayList();
for (int pozCont = 0; pozCont < this.outl.NumCont; pozCont++)
{
Contour cont = this.outl.ContourByPoz(pozCont);
if (cont.IsDegen)
{
listIndsKnotStart.Add(cont.IndKnotStart);
}
}
int numCont = listIndsKnotStart.Count;
if (numCont != 0)
{
int[] indsKnotStart = new int[numCont];
for (int iCont = 0; iCont < numCont; iCont++)
{
indsKnotStart[iCont] = (int)listIndsKnotStart[iCont];
}
GErr gerr = new GErrContDegen(this.index, indsKnotStart);
gerrlist.Add(gerr);
}
return(StatusGV.TypeStatusExec.Completed);
}
/*
* METHODS : VALIDATORS CONTENT
*
*/
internal StatusGV.TypeStatusExec ValidateSimpBBox(GErrList gerrlist)
{
if ((this.bbox == null) || (this.outl == null))
{
//throw new ExceptionGlyph("Glyph","ValidateSimpBBox",null);
return(StatusGV.TypeStatusExec.Aborted);
}
BoxD bboxCP; // bbox for the control points
bboxCP = this.outl.BBoxCP;
if (!bbox.Equals(bboxCP))
{
GErrBBox gerrBbox = new GErrBBox(this.IndexGlyph,
this.typeGlyph,
this.bbox, bboxCP);
gerrlist.Add(gerrBbox);
}
BoxD bboxOutl; // bbox for Outline
bboxOutl = this.outl.BBox;
//bboxOutline.SetEnlargeFU();
if (!bboxOutl.Equals(bboxCP))
{
// warning
GErrExtremeNotOnCurve gerrExtreme = new
GErrExtremeNotOnCurve(this.IndexGlyph,
this.typeGlyph, bboxCP, bboxOutl);
gerrlist.Add(gerrExtreme);
}
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateSimpContInters(GErrList gerrlist)
{
/*
* MEANING: finds ALL intersections:
* including D0, D1 and S/I bezier
*/
ListInfoInters linters = new ListInfoInters();
if (this.outl == null)
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContInters",null);
return(StatusGV.TypeStatusExec.Aborted);
}
if (!this.outl.Intersect(linters))
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContInters",null);
return(StatusGV.TypeStatusExec.Aborted);
}
if (linters.Count > 0)
{
GErr gerr = new GErrContInters(this.index, linters);
gerrlist.Add(gerr);
//this.isOrientDefined=false;
}
return(StatusGV.TypeStatusExec.Completed);
}
/*
* METHODS & DIAS: act on single GERR
*/
internal void DIAFunc_AddToPool(ValInfoBasic info)
{
GErr gerr = info as GErr;
if (gerr == null)
{
throw new ExceptionGlyph("GErrPool", "DIAFunc_AddToPool", null);
}
int indexGlyph = gerr.IndexGlyphOwner;
if (this.gerrlists[indexGlyph] == null)
{
this.gerrlists[indexGlyph] = new GErrList();
}
GErrList gerrlist = this.gerrlists[indexGlyph] as GErrList;
int numGErrBefore = gerrlist.Length;
((GErrList)this.gerrlists[indexGlyph]).DIAFunc_AddToListUnique(gerr);
int numGErrAfter = gerrlist.Length;
bool isAdded = (numGErrAfter != numGErrBefore);
if (isAdded)
{
if (this.dia_OnErrorAdd.DIA != null)
{
this.dia_OnErrorAdd.DIA(gerr);
}
}
}
/*
* FOR DEBUG ONLY
*/
internal void PrintGErrs(int indGlyph)
{
FileInfo infoFile = new FileInfo("GERRS.txt");
StreamWriter writer = infoFile.AppendText();
writer.WriteLine("===> GLYPH " + indGlyph);
GErrList gerrlist = this.gerrlists[indGlyph] as GErrList;
if (gerrlist != null)
{
writer.WriteLine("NUMBER of ERRORS: " + gerrlist.Length);
}
else
{
writer.WriteLine("EMPTY LIST");
writer.Close();
return;
}
foreach (GErr gerr in gerrlist)
{
string str = gerr.Write();
writer.WriteLine("");
writer.WriteLine("Error: ");
writer.Write(str);
}
writer.Close();
}
internal void OnGV(int indGlyph, DefsGV.TypeGV typeGV, GErrList gerrlist)
{
Glyph glyph = this.gStore.GGet(indGlyph);
if (glyph == null)
{
throw new ExceptionGlyph("FManager", "OnGV", null);
}
glyph.StatusVal(typeGV).IsValid = true;
bool areValidAll = true;
for (int iTest = 0; iTest < DefsGV.NumTest; iTest++)
{
if (!glyph.StatusVal((DefsGV.TypeGV)iTest).IsValid)
{
areValidAll = false;
break;
}
}
if (areValidAll)
{
this.indGM.Remove(indGlyph);
}
this.gerrPool.GErrListAdd(gerrlist);
}
/*
* METHODS PUBLIC: dumps
*/
public void GErrListAdd(GErrList gerrlist)
{
if (gerrlist == null)
{
return;
}
gerrlist.ApplyToEach(DIActionBuilder.DIA(this, "DIAFunc_AddToPool"));
}
public void InformAll(DIAction diaToApply)
{
// get information about ALL GLYPHS
foreach (DictionaryEntry entry in this.gerrlists)
{
GErrList gerrlist = entry.Value as GErrList;
gerrlist.ApplyToEach(diaToApply);
}
}
static public void Sign(GErrList gerrlist, DefsGV.TypeGV typeGV, params int[] indsGlyph)
{
if (gerrlist == null)
{
throw new ExceptionGlyph("GErrSign", "Sign", "Null argument");
}
foreach (GErr gerr in gerrlist)
{
Sign(gerr, typeGV, indsGlyph);
}
}
static public void Sign(GErrList gerrlist, DefsGV.TypeGV typeGV, params int[] indsGlyph)
{
if (gerrlist==null)
{
throw new ExceptionGlyph("GErrSign","Sign","Null argument");
}
foreach (GErr gerr in gerrlist)
{
Sign(gerr,typeGV,indsGlyph);
}
}
public void ClearReset()
{
foreach (DictionaryEntry entry in this.gerrlists)
{
GErrList gerrlist = entry.Value as GErrList;
if (gerrlist != null)
{
gerrlist.ClearDestroy();
}
}
this.gerrlists.Clear();
}
internal StatusGV.TypeStatusExec ValidateSimpContWrap(GErrList gerrlist)
{
/*
* ASSUMPTION: determines only "fully" wrapped contours
*/
if (this.outl == null)
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContWrap",null);
return(StatusGV.TypeStatusExec.Aborted);
}
ArrayList pozsContWrap = new ArrayList();
for (int pozCont = 0; pozCont < this.outl.NumCont; pozCont++)
{
Contour cont = this.outl.ContourByPoz(pozCont);
bool isWrapped;
if (!cont.IsWrapped(out isWrapped))
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContWrap",null);
return(StatusGV.TypeStatusExec.Aborted);
}
if (isWrapped)
{
pozsContWrap.Add(pozCont);
}
}
int numCont = pozsContWrap.Count;
if (numCont != 0)
{
int[] indsKnotStart = new int[numCont];
for (int iCont = 0; iCont < numCont; iCont++)
{
int pozCont = (int)pozsContWrap[iCont];
indsKnotStart[iCont] = this.Outl.ContourByPoz(pozCont).IndKnotStart;
}
GErr gerr = new GErrContWrap(this.index, indsKnotStart);
gerrlist.Add(gerr);
//this.isOrientDefined=false;
}
/*
* else
* {
* //this.isOrientDefined=true;
* }
*/
pozsContWrap.Clear();
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateSimpContMisor(GErrList gerrlist)
{
if ((this.statusGV[(int)DefsGV.TypeGV.ValidateSimpContDupl].StatusRes !=
StatusGV.TypeStatusRes.NoErrors) ||
(this.statusGV[(int)DefsGV.TypeGV.ValidateSimpContWrap].StatusRes !=
StatusGV.TypeStatusRes.NoErrors) ||
(this.statusGV[(int)DefsGV.TypeGV.ValidateSimpContInters].StatusRes !=
StatusGV.TypeStatusRes.NoErrors))
{
return(StatusGV.TypeStatusExec.UnableToExec);
}
if (this.outl == null)
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContMisor",null);
return(StatusGV.TypeStatusExec.Aborted);
}
ArrayList pozsContMisor = new ArrayList();
for (int pozCont = 0; pozCont < this.outl.NumCont; pozCont++)
{
Contour cont = this.outl.ContourByPoz(pozCont);
bool isMisoriented;
if (!cont.IsMisoriented(this.outl, out isMisoriented))
{
throw new ExceptionGlyph("Glyph", "ValidateSimpContMisor", null);
//return StatusGV.TypeStatusExec.Aborted;
}
if (isMisoriented)
{
pozsContMisor.Add(pozCont);
}
}
int numCont = pozsContMisor.Count;
if (numCont != 0)
{
int[] indsKnotStart = new int[numCont];
for (int iCont = 0; iCont < numCont; iCont++)
{
int pozCont = (int)pozsContMisor[iCont];
indsKnotStart[iCont] = this.Outl.ContourByPoz(pozCont).IndKnotStart;
}
GErr gerr = new GErrContMisor(this.index, indsKnotStart);
gerrlist.Add(gerr);
}
pozsContMisor.Clear();
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateCompSource(GErrList gerrlist)
{
if (this.bbox != null)
{
this.bbox.Clear();
this.bbox = null;
}
if (this.comp != null)
{
this.comp.ClearDestroy();
this.comp = null;
}
if (this.outl != null)
{
this.outl.ClearDestroy();
this.outl = null;
}
if (this.typeGlyph == GConsts.TypeGlyph.Empty)
{
return(StatusGV.TypeStatusExec.Completed);
}
if (this.typeGlyph != GConsts.TypeGlyph.Composite)
{
//throw new ExceptionGlyph("Glyph","ValidateCompSource",null);
return(StatusGV.TypeStatusExec.Aborted);
}
DIAction dia = DIActionBuilder.DIA(gerrlist, "DIAFunc_AddToListUnique");
gerrlist.DIW = new DIWrapperSource(this.index, this.typeGlyph, GScope.TypeGScope._GGB_);
I_IOGlyphs i_IOGlyphs = this.fm.IIOGlyphs;
if (i_IOGlyphs == null)
{
//throw new ExceptionGlyph("Glyph","ValidateCompSource",null);
return(StatusGV.TypeStatusExec.Aborted);
}
i_IOGlyphs.ReadGGB(this.index, out this.bbox, dia);
i_IOGlyphs.ReadGGC(this.index, out this.comp, dia);
if (this.comp != null)
{
this.fm.OnGComposite(this.index);
}
gerrlist.DIW = null;
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateSimpKnotDupl(GErrList gerrlist)
{
ListPairInt infosKnotDupl = new ListPairInt();
for (int pozCont = 0; pozCont < this.outl.NumCont; pozCont++)
{
Contour cont = this.outl.ContourByPoz(pozCont);
cont.KnotDupl(infosKnotDupl);
}
if (infosKnotDupl.Count != 0)
{
GErr gerr = new GErrKnotDupl(this.index, infosKnotDupl);
gerrlist.Add(gerr);
}
return(StatusGV.TypeStatusExec.Completed);
}
/*
* METHODS: clear
*/
internal void ClearByGV(int indGlyph, DefsGV.TypeGV typeGV)
{
GErrList gerrlist = this.gerrlists[indGlyph] as GErrList;
if (gerrlist == null)
{
return;
}
for (int poz = gerrlist.Length - 1; poz >= 0; poz--)
{
GErr gerr = gerrlist[poz];
if (GErrSign.DICFunc_IsSignedBy(gerr, typeGV) &&
GErrSign.DICFunc_IsSignedBy(gerr, indGlyph))
{
this.DIAFunc_DeleteFromPool(gerr);
}
}
}
internal StatusGV.TypeStatusExec ValidateCompComponentInters(GErrList gerrlist)
{
ArrayList arrLinters = new ArrayList();
if ((this.comp == null) || (this.outl == null))
{
//throw new ExceptionGlyph("Glyph","ValidateCompComponentInters",null);
return(StatusGV.TypeStatusExec.Aborted);
}
int numComponent = this.comp.NumComponent;
for (int pozComponentA = 0; pozComponentA < numComponent - 1; pozComponentA++)
{
Component componentA = this.comp.ComponentByPoz(pozComponentA);
for (int pozComponentB = pozComponentA + 1; pozComponentB < numComponent; pozComponentB++)
{
ListInfoInters linters = new ListInfoInters();
Component componentB = this.comp.ComponentByPoz(pozComponentB);
bool areDuplicated;
this.outl.AreDuplicatedComponents(componentA, componentB, out areDuplicated);
if (areDuplicated)
{
continue;
}
this.outl.IntersectComponents(componentA, componentB, linters);
if (linters.Count != 0)
{
linters.SetIndGlyphComponent(componentA.IndexGlyphComponent,
componentB.IndexGlyphComponent);
arrLinters.Add(linters);
}
}
}
if (arrLinters.Count != 0)
{
GErr gerr = new GErrComponentInters(this.index, arrLinters);
gerrlist.Add(gerr);
}
return(StatusGV.TypeStatusExec.Completed);
}
// return value: whether the list contains at least one "true" item
public bool FilterByCond(DICond dic, GErrList gerrlist)
{
if (dic == null)
{
throw new ExceptionGlyph("GErrList", "FilterByCondition", "Null argument");
}
bool res = false;
foreach (GErr gerr in this.gerrs)
{
if (dic(gerr))
{
if (gerrlist != null)
{
gerrlist.Add(gerr);
res = true;
}
}
}
return(res);
}
public bool Inform(int indGlyph, DIAction diaToApply)
{
bool bRet = true;
if (indGlyph == GConsts.IND_ALL)
{
this.InformAll(diaToApply);
bRet = true;
}
else
{
GErrList gerrlist = this.gerrlists[indGlyph] as GErrList;
if (gerrlist != null)
{
//If some error is of type Error or AppError, then return false
bRet &= gerrlist.TestErrors();
gerrlist.ApplyToEach(diaToApply);
}
}
return(bRet);
}
internal StatusGV.TypeStatusExec ValidateCompBBox(GErrList gerrlist)
{
if ((this.bbox == null) || (this.outl == null))
{
//throw new ExceptionGlyph("Glyph","ValidateCompBBox",null);
return(StatusGV.TypeStatusExec.Aborted);
}
BoxD bboxCP; // bbox for the control points
bboxCP = this.outl.BBoxCP;
if (!this.bbox.Equals(bboxCP))
{
double deviation = this.bbox.DeviationMax(bboxCP);
bool toSkipError = ((this.outl.IsChangedByRound) && (Math.Abs(deviation) <= 1.0));
if (!toSkipError)
{
GErrBBox gerrBbox = new GErrBBox(this.IndexGlyph,
this.typeGlyph,
this.bbox, bboxCP);
gerrlist.Add(gerrBbox);
}
}
BoxD bboxOutl; // bbox for Outline
bboxOutl = this.outl.BBox;
//bboxOutline.SetEnlargeFU();
if (!bboxOutl.Equals(bboxCP))
{
// warning
GErrExtremeNotOnCurve gerrExtreme = new
GErrExtremeNotOnCurve(this.IndexGlyph,
this.typeGlyph, bboxCP, bboxOutl);
gerrlist.Add(gerrExtreme);
}
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateSimpContDupl(GErrList gerrlist)
{
if (this.outl == null)
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContDupl",null);
return(StatusGV.TypeStatusExec.Aborted);
}
ListPairInt pairsIndKnotStart = new ListPairInt();
for (int pozContA = 0; pozContA < this.outl.NumCont - 1; pozContA++)
{
Contour contA = this.outl.ContourByPoz(pozContA);
for (int pozContB = pozContA + 1; pozContB < this.outl.NumCont; pozContB++)
{
Contour contB = this.outl.ContourByPoz(pozContB);
bool isDupl;
if (!contA.AreDuplicated(contB, out isDupl))
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContDupl",null);
return(StatusGV.TypeStatusExec.Aborted);
}
if (isDupl)
{
pairsIndKnotStart.Add(this.outl.ContourByPoz(pozContA).IndKnotStart,
this.outl.ContourByPoz(pozContB).IndKnotStart);
}
}
}
if (pairsIndKnotStart.Count != 0)
{
GErr gerr = new GErrContDupl(this.index, pairsIndKnotStart);
gerrlist.Add(gerr);
//this.isOrientDefined=false;
}
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateSimpContWrap(GErrList gerrlist)
{
/*
* ASSUMPTION: determines only "fully" wrapped contours
*/
if (this.outl==null)
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContWrap",null);
return StatusGV.TypeStatusExec.Aborted;
}
ArrayList pozsContWrap=new ArrayList();
for (int pozCont=0; pozCont<this.outl.NumCont; pozCont++)
{
Contour cont=this.outl.ContourByPoz(pozCont);
bool isWrapped;
if (!cont.IsWrapped(out isWrapped))
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContWrap",null);
return StatusGV.TypeStatusExec.Aborted;
}
if (isWrapped)
{
pozsContWrap.Add(pozCont);
}
}
int numCont=pozsContWrap.Count;
if (numCont!=0)
{
int[] indsKnotStart=new int[numCont];
for (int iCont=0; iCont<numCont; iCont++)
{
int pozCont=(int)pozsContWrap[iCont];
indsKnotStart[iCont]=this.Outl.ContourByPoz(pozCont).IndKnotStart;
}
GErr gerr=new GErrContWrap(this.index, indsKnotStart);
gerrlist.Add(gerr);
//this.isOrientDefined=false;
}
/*
else
{
//this.isOrientDefined=true;
}
*/
pozsContWrap.Clear();
return StatusGV.TypeStatusExec.Completed;
}
/*
* METHODS : VALIDATORS SOURCE
*/
internal StatusGV.TypeStatusExec ValidateTypeGlyphSource(GErrList gerrlist)
{
DIAction dia=DIActionBuilder.DIA(gerrlist,"DIAFunc_AddToListUnique");
gerrlist.DIW=new DIWrapperSource(this.index,
GConsts.TypeGlyph.Undef,
GScope.TypeGScope._GG_);
I_IOGlyphs i_IOGlyphs=this.fm.IIOGlyphs;
if (i_IOGlyphs==null)
{
//throw new ExceptionGlyph("Glyph","ValidateTypeGlyphSource",null);
return StatusGV.TypeStatusExec.Aborted;
}
int numErrBefore=gerrlist.Length;
i_IOGlyphs.ReadTypeGlyph(this.index,out this.typeGlyph, dia);
int numErrAfter=gerrlist.Length;
int iErr;
for (iErr=numErrBefore; iErr<numErrAfter; iErr++)
{
gerrlist[iErr].TypeGlyph=this.typeGlyph;
}
gerrlist.DIW=null;
return StatusGV.TypeStatusExec.Completed;
}
internal StatusGV.TypeStatusExec ValidateCompSource(GErrList gerrlist)
{
if (this.bbox!=null)
{
this.bbox.Clear();
this.bbox=null;
}
if (this.comp!=null)
{
this.comp.ClearDestroy();
this.comp=null;
}
if (this.outl!=null)
{
this.outl.ClearDestroy();
this.outl=null;
}
if (this.typeGlyph==GConsts.TypeGlyph.Empty)
{
return StatusGV.TypeStatusExec.Completed;
}
if (this.typeGlyph!=GConsts.TypeGlyph.Composite)
{
//throw new ExceptionGlyph("Glyph","ValidateCompSource",null);
return StatusGV.TypeStatusExec.Aborted;
}
DIAction dia=DIActionBuilder.DIA(gerrlist,"DIAFunc_AddToListUnique");
gerrlist.DIW=new DIWrapperSource(this.index,this.typeGlyph,GScope.TypeGScope._GGB_);
I_IOGlyphs i_IOGlyphs=this.fm.IIOGlyphs;
if (i_IOGlyphs==null)
{
//throw new ExceptionGlyph("Glyph","ValidateCompSource",null);
return StatusGV.TypeStatusExec.Aborted;
}
i_IOGlyphs.ReadGGB(this.index, out this.bbox, dia);
i_IOGlyphs.ReadGGC(this.index, out this.comp, dia);
if (this.comp!=null)
{
this.fm.OnGComposite(this.index);
}
gerrlist.DIW=null;
return StatusGV.TypeStatusExec.Completed;
}
private void CallGV(DefsGV.TypeGV typeGV)
{
/*
* TRY/CATCH function
*/
/*
* MEANING: UNCONDITIONAL call of action
*/
GErrList gerrlist = null;
try
{
this.statusGV[(int)typeGV].StatusExec = StatusGV.TypeStatusExec.Aborted;
this.statusGV[(int)typeGV].StatusRes = StatusGV.TypeStatusRes.Undef;
gerrlist = new GErrList();
if (DefsGV.IsModifier(typeGV))
{
this.fm.OnGM(this.index, DefsGM.From(typeGV), true);
}
// check that pre-required tests are performed
if (!this.CanBeExec(typeGV))
{
this.statusGV[(int)typeGV].StatusExec =
StatusGV.TypeStatusExec.UnableToExec;
}
// call Validate.. function
System.Exception excValidation = null;
if (this.statusGV[(int)typeGV].StatusExec !=
StatusGV.TypeStatusExec.UnableToExec)
{
try
{
string strTypeCV = Enum.GetName(typeof(DefsGV.TypeGV), typeGV);
MethodInfo infoMethod = this.GetType().GetMethod(strTypeCV,
System.Reflection.BindingFlags.Instance |
System.Reflection.BindingFlags.NonPublic);
if (infoMethod != null)
{
object[] pars = { gerrlist };
// statusGV can be set to:
// Completed || UnableToExec || Aborted
try
{
this.statusGV[(int)typeGV].StatusExec = (StatusGV.TypeStatusExec)
infoMethod.Invoke(this, pars);
}
catch (System.Reflection.TargetInvocationException TIException)
{
throw TIException.InnerException;
}
GErrSign.Sign(gerrlist, typeGV, this.index);
}
if (this.statusGV[(int)typeGV].StatusExec ==
StatusGV.TypeStatusExec.Completed)
{
this.statusGV[(int)typeGV].StatusRes =
gerrlist.StatusResGV(typeGV);
}
}
catch (System.Exception exc)
{
excValidation = exc;
this.statusGV[(int)typeGV].StatusExec =
StatusGV.TypeStatusExec.Aborted;
}
}
if (this.statusGV[(int)typeGV].StatusExec !=
StatusGV.TypeStatusExec.Completed)
{
this.CleanUpOnNonCompletedGV(typeGV);
GErrValidation gerrVal = new GErrValidation(this.index,
this.typeGlyph,
typeGV,
this.statusGV[(int)typeGV].StatusExec,
excValidation);
gerrlist.Add(gerrVal);
}
GErrSign.Sign(gerrlist, typeGV, this.index);
this.fm.OnGV(this.index, typeGV, gerrlist);
gerrlist.ClearRelease();
}
catch (Exception excManagement) // exception thrown by the fm management structures
{
this.statusGV[(int)typeGV].StatusExec =
StatusGV.TypeStatusExec.Aborted;
this.CleanUpOnNonCompletedGV(typeGV); // T/C function
GErrValidation gerrVal = new GErrValidation(this.index,
this.typeGlyph,
typeGV,
StatusGV.TypeStatusExec.Aborted,
excManagement);
this.fm.ReportFailure(gerrVal); // T/C function
if (gerrlist != null)
{
try { gerrlist.ClearRelease(); }
catch (Exception) {}
}
}
}
/*
* METHODS : VALIDATORS CONTENT
*
*/
internal StatusGV.TypeStatusExec ValidateSimpBBox(GErrList gerrlist)
{
if ((this.bbox==null)||(this.outl==null))
{
//throw new ExceptionGlyph("Glyph","ValidateSimpBBox",null);
return StatusGV.TypeStatusExec.Aborted;
}
BoxD bboxCP; // bbox for the control points
bboxCP=this.outl.BBoxCP;
if (!bbox.Equals(bboxCP))
{
GErrBBox gerrBbox=new GErrBBox(this.IndexGlyph,
this.typeGlyph,
this.bbox,bboxCP);
gerrlist.Add(gerrBbox);
}
BoxD bboxOutl; // bbox for Outline
bboxOutl=this.outl.BBox;
//bboxOutline.SetEnlargeFU();
if (!bboxOutl.Equals(bboxCP))
{
// warning
GErrExtremeNotOnCurve gerrExtreme=new
GErrExtremeNotOnCurve(this.IndexGlyph,
this.typeGlyph,bboxCP,bboxOutl);
gerrlist.Add(gerrExtreme);
}
return StatusGV.TypeStatusExec.Completed;
}
internal void OnGV(int indGlyph, DefsGV.TypeGV typeGV, GErrList gerrlist)
{
Glyph glyph=this.gStore.GGet(indGlyph);
if (glyph==null)
{
throw new ExceptionGlyph("FManager","OnGV",null);
}
glyph.StatusVal(typeGV).IsValid=true;
bool areValidAll=true;
for (int iTest=0; iTest<DefsGV.NumTest; iTest++)
{
if (!glyph.StatusVal((DefsGV.TypeGV)iTest).IsValid)
{
areValidAll=false;
break;
}
}
if (areValidAll)
{
this.indGM.Remove(indGlyph);
}
this.gerrPool.GErrListAdd(gerrlist);
}
// return value: whether the list contains at least one "true" item
public bool FilterByCond(DICond dic, GErrList gerrlist)
{
if (dic==null)
{
throw new ExceptionGlyph("GErrList","FilterByCondition","Null argument");
}
bool res=false;
foreach (GErr gerr in this.gerrs)
{
if (dic(gerr))
{
if (gerrlist!=null)
{
gerrlist.Add(gerr);
res=true;
}
}
}
return res;
}
internal StatusGV.TypeStatusExec ValidateSimpKnotDupl(GErrList gerrlist)
{
ListPairInt infosKnotDupl=new ListPairInt();
for (int pozCont=0; pozCont<this.outl.NumCont; pozCont++)
{
Contour cont=this.outl.ContourByPoz(pozCont);
cont.KnotDupl(infosKnotDupl);
}
if (infosKnotDupl.Count!=0)
{
GErr gerr=new GErrKnotDupl(this.index, infosKnotDupl);
gerrlist.Add(gerr);
}
return StatusGV.TypeStatusExec.Completed;
}
/*
* METHODS PUBLIC: dumps
*/
public void GErrListAdd(GErrList gerrlist)
{
if (gerrlist==null)
return;
gerrlist.ApplyToEach(DIActionBuilder.DIA(this,"DIAFunc_AddToPool"));
}
internal StatusGV.TypeStatusExec ValidateCompBind(GErrList gerrlist)
{
/*
* ASSUMPTION: - the glyph is composite and Comp is already
* read
* - clears outline that is already
* built in case of failure to load one
* of components
*/
if (this.outl!=null)
{
this.outl.ClearDestroy();
this.outl=null;
}
GErr gerr;
bool isCircular=this.fm.PathCompBind.Contains(this.index);
if (isCircular)
{
int numGlyph=this.fm.PathCompBind.Count;
int[] pathCompBind=new int[numGlyph+1];
for (int iGlyph=0; iGlyph<numGlyph; iGlyph++)
{
pathCompBind[iGlyph]=(int)this.fm.PathCompBind[iGlyph];
}
pathCompBind[numGlyph]=this.index;
gerr=new GErrComponentCircularDependency(this.index,
this.index, pathCompBind);
gerrlist.Add(gerr);
this.fm.PathCompBind.Clear();
return StatusGV.TypeStatusExec.Completed;
}
if (this.outl!=null)
{
this.outl.ClearReset();
this.outl=null;
}
if (this.comp==null)
{
//throw new ExceptionGlyph("Glyph","ValidateCompBind",null);
return StatusGV.TypeStatusExec.Aborted;
}
this.fm.PathCompBind.Add(this.index);
//throw new ArgumentOutOfRangeException();
if (this.comp.NumComponent==0)
{
this.outl=new Outline();
gerr=new GErrComponentEmpty(this.index,GConsts.IND_UNDEFINED);
gerrlist.Add(gerr);
return StatusGV.TypeStatusExec.Completed;
}
foreach (Component component in this.comp)
{
int indGlyphComponent=component.IndexGlyphComponent;
if ((indGlyphComponent<0)||(indGlyphComponent>=this.fm.FNumGlyph))
{
gerr=new GErrComponentIndexGlyph(this.index,indGlyphComponent);
gerrlist.Add(gerr);
this.fm.PathCompBind.Clear();
if (this.outl!=null)
{
this.outl.ClearDestroy();
this.outl=null;
}
return StatusGV.TypeStatusExec.Completed;
}
Glyph glyphComponent=this.fm.GGet(indGlyphComponent);
if (glyphComponent==null)
{
gerr=new GErrComponentLoadFailure(this.index,indGlyphComponent);
gerrlist.Add(gerr);
this.fm.PathCompBind.Clear();
if (this.outl!=null)
{
this.outl.ClearDestroy();
this.outl=null;
}
return StatusGV.TypeStatusExec.Completed;
}
if (glyphComponent.typeGlyph==GConsts.TypeGlyph.Empty)
{
gerr=new GErrComponentEmpty(this.index,indGlyphComponent);
gerrlist.Add(gerr);
continue;
}
else
{
if (glyphComponent.Outl==null)
{
gerr=new GErrComponentLoadFailure(this.index,indGlyphComponent);
gerrlist.Add(gerr);
this.fm.PathCompBind.Clear();
if (this.outl!=null)
{
this.outl.ClearDestroy();
this.outl=null;
}
return StatusGV.TypeStatusExec.Completed;
}
}
if (this.outl==null)
{
this.outl=new Outline();
}
ArrayList errsLoadComponent;
if (!this.outl.LoadComponent(component,
glyphComponent.outl,
out errsLoadComponent))
{
this.fm.PathCompBind.Clear();
if (this.outl!=null)
{
this.outl.ClearDestroy();
this.outl=null;
}
//throw new ExceptionGlyph("Glyph","ValidateCompBind",null);
return StatusGV.TypeStatusExec.Aborted;
}
if (errsLoadComponent!=null)
{
foreach (Component.TypeErrLoadComponent errLoadComponent in errsLoadComponent)
{
gerr=null;
switch (errLoadComponent)
{
case Component.TypeErrLoadComponent.IncorrectShiftSpecification:
gerr=new GErrComponentIncorrectShift(this.index,
component.IndexGlyphComponent);
break;
case Component.TypeErrLoadComponent.IncorrectIndexKnotGlyph:
gerr=new GErrComponentIndexKnot(this.index,
component.IndexGlyphComponent,
component.IndexKnotAttGlyph,
true);
break;
case Component.TypeErrLoadComponent.IncorrectIndexKnotComponent:
gerr=new GErrComponentIndexKnot(this.index,
component.IndexGlyphComponent,
component.IndexKnotAttComponent,
false);
break;
case Component.TypeErrLoadComponent.IncorrectTransform:
gerr=new GErrComponentIncorrectTransform(this.index,
component.IndexGlyphComponent,
component.TrOTF2Dot14);
break;
}
gerrlist.Add(gerr);
}
if (this.outl!=null)
{
this.outl.ClearDestroy();
this.outl=null;
}
this.fm.PathCompBind.Clear();
return StatusGV.TypeStatusExec.Completed;
}
}
this.fm.PathCompBind.RemoveAt(this.fm.PathCompBind.Count-1);
return StatusGV.TypeStatusExec.Completed;
}
private void CallGV(DefsGV.TypeGV typeGV)
{
/*
* TRY/CATCH function
*/
/*
* MEANING: UNCONDITIONAL call of action
*/
GErrList gerrlist=null;
try
{
this.statusGV[(int)typeGV].StatusExec=StatusGV.TypeStatusExec.Aborted;
this.statusGV[(int)typeGV].StatusRes=StatusGV.TypeStatusRes.Undef;
gerrlist=new GErrList();
if (DefsGV.IsModifier(typeGV))
{
this.fm.OnGM(this.index,DefsGM.From(typeGV),true);
}
// check that pre-required tests are performed
if (!this.CanBeExec(typeGV))
{
this.statusGV[(int)typeGV].StatusExec=
StatusGV.TypeStatusExec.UnableToExec;
}
// call Validate.. function
System.Exception excValidation=null;
if (this.statusGV[(int)typeGV].StatusExec!=
StatusGV.TypeStatusExec.UnableToExec)
{
try
{
string strTypeCV=Enum.GetName(typeof(DefsGV.TypeGV),typeGV);
MethodInfo infoMethod=this.GetType().GetMethod(strTypeCV,
System.Reflection.BindingFlags.Instance|
System.Reflection.BindingFlags.NonPublic);
if (infoMethod!=null)
{
object[] pars={gerrlist};
// statusGV can be set to:
// Completed || UnableToExec || Aborted
try
{
this.statusGV[(int)typeGV].StatusExec=(StatusGV.TypeStatusExec)
infoMethod.Invoke(this, pars);
}
catch(System.Reflection.TargetInvocationException TIException)
{
throw TIException.InnerException;
}
GErrSign.Sign(gerrlist, typeGV, this.index);
}
if (this.statusGV[(int)typeGV].StatusExec==
StatusGV.TypeStatusExec.Completed)
{
this.statusGV[(int)typeGV].StatusRes=
gerrlist.StatusResGV(typeGV);
}
}
catch (System.Exception exc)
{
excValidation=exc;
this.statusGV[(int)typeGV].StatusExec=
StatusGV.TypeStatusExec.Aborted;
}
}
if (this.statusGV[(int)typeGV].StatusExec!=
StatusGV.TypeStatusExec.Completed)
{
this.CleanUpOnNonCompletedGV(typeGV);
GErrValidation gerrVal=new GErrValidation(this.index,
this.typeGlyph,
typeGV,
this.statusGV[(int)typeGV].StatusExec,
excValidation);
gerrlist.Add(gerrVal);
}
GErrSign.Sign(gerrlist,typeGV,this.index);
this.fm.OnGV(this.index, typeGV, gerrlist);
gerrlist.ClearRelease();
}
catch (Exception excManagement) // exception thrown by the fm management structures
{
this.statusGV[(int)typeGV].StatusExec=
StatusGV.TypeStatusExec.Aborted;
this.CleanUpOnNonCompletedGV(typeGV); // T/C function
GErrValidation gerrVal=new GErrValidation(this.index,
this.typeGlyph,
typeGV,
StatusGV.TypeStatusExec.Aborted,
excManagement);
this.fm.ReportFailure(gerrVal); // T/C function
if (gerrlist!=null)
{
try { gerrlist.ClearRelease(); }
catch (Exception) {}
}
}
}
internal StatusGV.TypeStatusExec ValidateSimpContDupl(GErrList gerrlist)
{
if (this.outl==null)
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContDupl",null);
return StatusGV.TypeStatusExec.Aborted;
}
ListPairInt pairsIndKnotStart=new ListPairInt();
for (int pozContA=0; pozContA<this.outl.NumCont-1; pozContA++)
{
Contour contA=this.outl.ContourByPoz(pozContA);
for (int pozContB=pozContA+1; pozContB<this.outl.NumCont; pozContB++)
{
Contour contB=this.outl.ContourByPoz(pozContB);
bool isDupl;
if (!contA.AreDuplicated(contB, out isDupl))
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContDupl",null);
return StatusGV.TypeStatusExec.Aborted;
}
if (isDupl)
{
pairsIndKnotStart.Add(this.outl.ContourByPoz(pozContA).IndKnotStart,
this.outl.ContourByPoz(pozContB).IndKnotStart);
}
}
}
if (pairsIndKnotStart.Count!=0)
{
GErr gerr=new GErrContDupl(this.index, pairsIndKnotStart);
gerrlist.Add(gerr);
//this.isOrientDefined=false;
}
return StatusGV.TypeStatusExec.Completed;
}
internal StatusGV.TypeStatusExec ValidateSimpContInters(GErrList gerrlist)
{
/*
* MEANING: finds ALL intersections:
* including D0, D1 and S/I bezier
*/
ListInfoInters linters = new ListInfoInters();
if (this.outl==null)
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContInters",null);
return StatusGV.TypeStatusExec.Aborted;
}
if (!this.outl.Intersect(linters))
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContInters",null);
return StatusGV.TypeStatusExec.Aborted;
}
if (linters.Count>0)
{
GErr gerr=new GErrContInters(this.index, linters);
gerrlist.Add(gerr);
//this.isOrientDefined=false;
}
return StatusGV.TypeStatusExec.Completed;
}
internal StatusGV.TypeStatusExec ValidateCompComponentDupl(GErrList gerrlist)
{
ListPairInt pairsIndComponentDupl=new ListPairInt();
if ((this.comp==null)||(this.outl==null))
{
//throw new ExceptionGlyph("Glyph","ValidateCompComponentDupl",null);
return StatusGV.TypeStatusExec.Aborted;
}
int numComponent=this.comp.NumComponent;
for (int pozComponentA=0; pozComponentA<numComponent-1; pozComponentA++)
{
Component componentA=this.comp.ComponentByPoz(pozComponentA);
for (int pozComponentB=pozComponentA+1; pozComponentB<numComponent; pozComponentB++)
{
ListInfoInters linters=new ListInfoInters();
Component componentB=this.comp.ComponentByPoz(pozComponentB);
bool areDuplicated;
this.outl.AreDuplicatedComponents(componentA,componentB,out areDuplicated);
if (areDuplicated)
{
pairsIndComponentDupl.Add(componentA.IndexGlyphComponent,
componentB.IndexGlyphComponent);
}
}
}
if (pairsIndComponentDupl.Count!=0)
{
GErr gerr=new GErrComponentDupl(this.index, pairsIndComponentDupl);
gerrlist.Add(gerr);
}
return StatusGV.TypeStatusExec.Completed;
}
internal StatusGV.TypeStatusExec ValidateSimpContMisor(GErrList gerrlist)
{
if ((this.statusGV[(int)DefsGV.TypeGV.ValidateSimpContDupl].StatusRes!=
StatusGV.TypeStatusRes.NoErrors)||
(this.statusGV[(int)DefsGV.TypeGV.ValidateSimpContWrap].StatusRes!=
StatusGV.TypeStatusRes.NoErrors)||
(this.statusGV[(int)DefsGV.TypeGV.ValidateSimpContInters].StatusRes!=
StatusGV.TypeStatusRes.NoErrors))
{
return StatusGV.TypeStatusExec.UnableToExec;
}
if (this.outl==null)
{
//throw new ExceptionGlyph("Glyph","ValidateSimpContMisor",null);
return StatusGV.TypeStatusExec.Aborted;
}
ArrayList pozsContMisor=new ArrayList();
for (int pozCont=0; pozCont<this.outl.NumCont; pozCont++)
{
Contour cont=this.outl.ContourByPoz(pozCont);
bool isMisoriented;
if (!cont.IsMisoriented(this.outl, out isMisoriented))
{
throw new ExceptionGlyph("Glyph","ValidateSimpContMisor",null);
//return StatusGV.TypeStatusExec.Aborted;
}
if (isMisoriented)
{
pozsContMisor.Add(pozCont);
}
}
int numCont=pozsContMisor.Count;
if (numCont!=0)
{
int[] indsKnotStart=new int[numCont];
for (int iCont=0; iCont<numCont; iCont++)
{
int pozCont=(int)pozsContMisor[iCont];
indsKnotStart[iCont]=this.Outl.ContourByPoz(pozCont).IndKnotStart;
}
GErr gerr=new GErrContMisor(this.index, indsKnotStart);
gerrlist.Add(gerr);
}
pozsContMisor.Clear();
return StatusGV.TypeStatusExec.Completed;
}
internal StatusGV.TypeStatusExec ValidateCompComponentInters(GErrList gerrlist)
{
ArrayList arrLinters=new ArrayList();
if ((this.comp==null)||(this.outl==null))
{
//throw new ExceptionGlyph("Glyph","ValidateCompComponentInters",null);
return StatusGV.TypeStatusExec.Aborted;
}
int numComponent=this.comp.NumComponent;
for (int pozComponentA=0; pozComponentA<numComponent-1; pozComponentA++)
{
Component componentA=this.comp.ComponentByPoz(pozComponentA);
for (int pozComponentB=pozComponentA+1; pozComponentB<numComponent; pozComponentB++)
{
ListInfoInters linters=new ListInfoInters();
Component componentB=this.comp.ComponentByPoz(pozComponentB);
bool areDuplicated;
this.outl.AreDuplicatedComponents(componentA,componentB,out areDuplicated);
if (areDuplicated)
continue;
this.outl.IntersectComponents(componentA, componentB, linters);
if (linters.Count!=0)
{
linters.SetIndGlyphComponent(componentA.IndexGlyphComponent,
componentB.IndexGlyphComponent);
arrLinters.Add(linters);
}
}
}
if (arrLinters.Count!=0)
{
GErr gerr=new GErrComponentInters(this.index, arrLinters);
gerrlist.Add(gerr);
}
return StatusGV.TypeStatusExec.Completed;
}
internal StatusGV.TypeStatusExec ValidateCompBind(GErrList gerrlist)
{
/*
* ASSUMPTION: - the glyph is composite and Comp is already
* read
* - clears outline that is already
* built in case of failure to load one
* of components
*/
if (this.outl != null)
{
this.outl.ClearDestroy();
this.outl = null;
}
GErr gerr;
bool isCircular = this.fm.PathCompBind.Contains(this.index);
if (isCircular)
{
int numGlyph = this.fm.PathCompBind.Count;
int[] pathCompBind = new int[numGlyph + 1];
for (int iGlyph = 0; iGlyph < numGlyph; iGlyph++)
{
pathCompBind[iGlyph] = (int)this.fm.PathCompBind[iGlyph];
}
pathCompBind[numGlyph] = this.index;
gerr = new GErrComponentCircularDependency(this.index,
this.index, pathCompBind);
gerrlist.Add(gerr);
this.fm.PathCompBind.Clear();
return(StatusGV.TypeStatusExec.Completed);
}
if (this.outl != null)
{
this.outl.ClearReset();
this.outl = null;
}
if (this.comp == null)
{
//throw new ExceptionGlyph("Glyph","ValidateCompBind",null);
return(StatusGV.TypeStatusExec.Aborted);
}
this.fm.PathCompBind.Add(this.index);
//throw new ArgumentOutOfRangeException();
if (this.comp.NumComponent == 0)
{
this.outl = new Outline();
gerr = new GErrComponentEmpty(this.index, GConsts.IND_UNDEFINED);
gerrlist.Add(gerr);
return(StatusGV.TypeStatusExec.Completed);
}
foreach (Component component in this.comp)
{
int indGlyphComponent = component.IndexGlyphComponent;
if ((indGlyphComponent < 0) || (indGlyphComponent >= this.fm.FNumGlyph))
{
gerr = new GErrComponentIndexGlyph(this.index, indGlyphComponent);
gerrlist.Add(gerr);
this.fm.PathCompBind.Clear();
if (this.outl != null)
{
this.outl.ClearDestroy();
this.outl = null;
}
return(StatusGV.TypeStatusExec.Completed);
}
Glyph glyphComponent = this.fm.GGet(indGlyphComponent);
if (glyphComponent == null)
{
gerr = new GErrComponentLoadFailure(this.index, indGlyphComponent);
gerrlist.Add(gerr);
this.fm.PathCompBind.Clear();
if (this.outl != null)
{
this.outl.ClearDestroy();
this.outl = null;
}
return(StatusGV.TypeStatusExec.Completed);
}
if (glyphComponent.typeGlyph == GConsts.TypeGlyph.Empty)
{
gerr = new GErrComponentEmpty(this.index, indGlyphComponent);
gerrlist.Add(gerr);
continue;
}
else
{
if (glyphComponent.Outl == null)
{
gerr = new GErrComponentLoadFailure(this.index, indGlyphComponent);
gerrlist.Add(gerr);
this.fm.PathCompBind.Clear();
if (this.outl != null)
{
this.outl.ClearDestroy();
this.outl = null;
}
return(StatusGV.TypeStatusExec.Completed);
}
}
if (this.outl == null)
{
this.outl = new Outline();
}
ArrayList errsLoadComponent;
if (!this.outl.LoadComponent(component,
glyphComponent.outl,
out errsLoadComponent))
{
this.fm.PathCompBind.Clear();
if (this.outl != null)
{
this.outl.ClearDestroy();
this.outl = null;
}
//throw new ExceptionGlyph("Glyph","ValidateCompBind",null);
return(StatusGV.TypeStatusExec.Aborted);
}
if (errsLoadComponent != null)
{
foreach (Component.TypeErrLoadComponent errLoadComponent in errsLoadComponent)
{
gerr = null;
switch (errLoadComponent)
{
case Component.TypeErrLoadComponent.IncorrectShiftSpecification:
gerr = new GErrComponentIncorrectShift(this.index,
component.IndexGlyphComponent);
break;
case Component.TypeErrLoadComponent.IncorrectIndexKnotGlyph:
gerr = new GErrComponentIndexKnot(this.index,
component.IndexGlyphComponent,
component.IndexKnotAttGlyph,
true);
break;
case Component.TypeErrLoadComponent.IncorrectIndexKnotComponent:
gerr = new GErrComponentIndexKnot(this.index,
component.IndexGlyphComponent,
component.IndexKnotAttComponent,
false);
break;
case Component.TypeErrLoadComponent.IncorrectTransform:
gerr = new GErrComponentIncorrectTransform(this.index,
component.IndexGlyphComponent,
component.TrOTF2Dot14);
break;
}
gerrlist.Add(gerr);
}
if (this.outl != null)
{
this.outl.ClearDestroy();
this.outl = null;
}
this.fm.PathCompBind.Clear();
return(StatusGV.TypeStatusExec.Completed);
}
}
this.fm.PathCompBind.RemoveAt(this.fm.PathCompBind.Count - 1);
return(StatusGV.TypeStatusExec.Completed);
}
internal StatusGV.TypeStatusExec ValidateCompBBox(GErrList gerrlist)
{
if ((this.bbox==null)||(this.outl==null))
{
//throw new ExceptionGlyph("Glyph","ValidateCompBBox",null);
return StatusGV.TypeStatusExec.Aborted;
}
BoxD bboxCP; // bbox for the control points
bboxCP=this.outl.BBoxCP;
if (!this.bbox.Equals(bboxCP))
{
double deviation=this.bbox.DeviationMax(bboxCP);
bool toSkipError=((this.outl.IsChangedByRound)&&(Math.Abs(deviation)<=1.0));
if (!toSkipError)
{
GErrBBox gerrBbox=new GErrBBox(this.IndexGlyph,
this.typeGlyph,
this.bbox,bboxCP);
gerrlist.Add(gerrBbox);
}
}
BoxD bboxOutl; // bbox for Outline
bboxOutl=this.outl.BBox;
//bboxOutline.SetEnlargeFU();
if (!bboxOutl.Equals(bboxCP))
{
// warning
GErrExtremeNotOnCurve gerrExtreme=new
GErrExtremeNotOnCurve(this.IndexGlyph,
this.typeGlyph,bboxCP,bboxOutl);
gerrlist.Add(gerrExtreme);
}
return StatusGV.TypeStatusExec.Completed;
}
internal StatusGV.TypeStatusExec ValidateSimpContDegen(GErrList gerrlist)
{
ArrayList listIndsKnotStart=new ArrayList();
for (int pozCont=0; pozCont<this.outl.NumCont; pozCont++)
{
Contour cont=this.outl.ContourByPoz(pozCont);
if (cont.IsDegen)
{
listIndsKnotStart.Add(cont.IndKnotStart);
}
}
int numCont=listIndsKnotStart.Count;
if (numCont!=0)
{
int[] indsKnotStart=new int[numCont];
for (int iCont=0; iCont<numCont; iCont++)
{
indsKnotStart[iCont]=(int)listIndsKnotStart[iCont];
}
GErr gerr=new GErrContDegen(this.index, indsKnotStart);
gerrlist.Add(gerr);
}
return StatusGV.TypeStatusExec.Completed;
}