protected static void VerifyFragment(GenDataBase genData, GenFragment genFragment, string expectedClass, FragmentType expectedType, string profileLabel, string profileText, string expected, bool isText, string parentClassName, GenDataDef profileDataDef)
{
Assert.AreEqual(expectedClass, genFragment.GetType().Name, "Fragment Class");
Assert.AreEqual(expectedType, genFragment.Fragment.FragmentType, "Fragment Fragment Type");
Assert.AreEqual(expectedType, genFragment.FragmentType, "Fragment Type");
Assert.AreEqual(isText, genFragment.IsTextFragment, "Is text fragment?");
if (genFragment.GenObject == null)
{
genFragment.GenObject = GetFirstObjectOfSubClass(GetFirstObject(genData), "Property");
}
var fragment = genFragment.Fragment;
Assert.AreEqual(expected, GenFragmentExpander.Expand(genData.GenDataDef, genFragment.GenObject, fragment), "Expanded fragment");
var genFragmentLabel = new GenFragmentLabel(fragment);
Assert.AreEqual(profileLabel, genFragmentLabel.ProfileLabel(), "Profile label");
Assert.AreEqual(profileText, genFragment.ProfileText(ProfileFragmentSyntaxDictionary.ActiveProfileFragmentSyntaxDictionary), "Profile text");
if (parentClassName != null)
{
Assert.AreEqual(parentClassName, genFragment.Fragment.ClassName(), "Parent Class ID");
}
var str = GenerateFragment(genData, genFragment);
Assert.AreEqual(expected, str);
var genDataDef = genData.GenDataDef;
ValidateFragmentData(genDataDef, parentClassName, genFragment, profileDataDef);
}
private GenFragment ScanLookup(GenContainerFragmentBase parentContainer, bool isPrimary)
{
var s = Scan.ScanLookup();
var lookup =
new GenLookup(new GenLookupParams(GenDataDef, parentContainer, s, isPrimary));
GenFragment frag = lookup;
ScanBody(lookup.ClassId, lookup.Body, lookup, lookup.Lookup);
return(frag);
}
private GenFragment ScanSegment(GenContainerFragmentBase parentContainer, bool isPrimary)
{
var s = Scan.ScanSegmentClass();
var seg =
ProfileFragmentSyntaxDictionary.ActiveProfileFragmentSyntaxDictionary.ParseSegmentHeading(
GenDataDef, s, parentContainer, isPrimary);
GenFragment frag = seg;
ScanBody(seg.ClassId, seg.Body, seg, seg.Segment);
return(frag);
}
private GenFragment ScanFunction(GenContainerFragmentBase parentContainer, bool isPrimary)
{
var s = Scan.ScanFunctionName();
var func =
new GenFunction(new GenFunctionParams(GenDataDef, parentContainer,
s, FragmentType.Function, isPrimary));
GenFragment frag = func;
ScanBlockParams(func.Body, func, func.Function, func.Function.Body());
return(frag);
}
protected static string GenerateFragment(GenDataBase genData, GenFragment fragment)
{
using (var s = new MemoryStream(100000))
{
var w = new GenWriter(s);
GenFragmentGenerator.Generate(genData.GenDataDef, w, fragment.GenObject ?? genData.Root, fragment.Fragment);
w.Flush();
s.Seek(0, SeekOrigin.Begin);
var r = new StreamReader(s);
return(r.ReadToEnd());
}
}
private GenFragment ScanCondition(int classId, GenContainerFragmentBase parentContainer, bool isPrimary)
{
var s = Scan.ScanCondition();
var c =
ProfileFragmentSyntaxDictionary.ActiveProfileFragmentSyntaxDictionary.ParseCondition(
GenDataDef, s);
var cond =
new GenCondition(new GenConditionParams(GenDataDef, parentContainer, c, isPrimary));
GenFragment frag = cond;
ScanBody(classId, cond.Body, cond, cond.Condition);
return(frag);
}
internal GenFragment ScanFragment(int classId, ref TokenType nextToken, out string s, GenContainerFragmentBase parentContainer, FragmentBody fragmentBody, ref GenTextBlock textBlock, bool isPrimary)
{
Contract.Ensures(Contract.OldValue(nextToken) == TokenType.Name ||
Contract.Result <GenFragment>() != null);
var oldToken = nextToken;
GenFragment frag = null;
s = "";
switch (oldToken)
{
case TokenType.Segment:
frag = ScanSegment(parentContainer, isPrimary);
break;
case TokenType.Block:
frag = ScanBlock(classId, parentContainer, isPrimary);
break;
case TokenType.Lookup:
frag = ScanLookup(parentContainer, isPrimary);
break;
case TokenType.Condition:
frag = ScanCondition(classId, parentContainer, isPrimary);
break;
case TokenType.Function:
frag = ScanFunction(parentContainer, isPrimary);
break;
case TokenType.Name:
ScanPlaceholder(parentContainer, ref textBlock, isPrimary);
break;
case TokenType.Annotation:
frag = ScanAnnotation(classId, parentContainer, isPrimary);
break;
default:
OutputText(parentContainer, isPrimary, "Unknown token type: " + nextToken);
throw new GeneratorException("Unknown token type: " + nextToken + "; " + Scan.Buffer);
}
s = Scan.ScanText();
return(frag);
}
protected static void ValidateFragmentData(GenDataDef genDataDef, string parentClassName, GenFragment genFragment, GenDataDef profileDataDef)
{
var fragment = genFragment.Fragment;
VerifyObjectClass(profileDataDef, genFragment.FragmentType.ToString(), fragment.GenObject);
var containerFragment = fragment as ContainerFragment;
if (containerFragment != null)
{
var genContainerFragment = (GenContainerFragmentBase)genFragment;
var className = parentClassName;
ValidateProfileSegmentData(genDataDef, containerFragment, genContainerFragment, ref className);
ValidateProfileTextBlockData(containerFragment, genContainerFragment);
ValidateProfileContainerData(genContainerFragment, genDataDef, className, profileDataDef);
}
}
protected override void AddFragment(GenSegBody body, GenFragment frag)
{
Contract.Assert(!body.Fragment.Contains(frag), "Fragment added to body again");
body.Add(frag);
}
protected abstract void AddFragment(GenSegBody body, GenFragment frag);
