protected IRenderable InstantiateTag(ITag tag, ArgumentList arguments)
{
IRenderable statement;
if (tag is IInlineTag)
{
statement = new InlineElement(tag)
{
Arguments = arguments
};
}
else if (tag is IConditionalTag)
{
statement = new ConditionalElement(tag)
{
Arguments = arguments
};
}
else if (tag is IBlockTag)
{
statement = new BlockElement(tag)
{
Arguments = arguments
};
}
else
{
throw new Exception(String.Format(@"Internal compiler error. Unknown tag type {0}", tag));
}
// TODO: Validation of parameters.
return(statement);
}
public void ConditionalTest()
{
ConditionalElement when = new ConditionalElement();
when.AddItem(new StringConditionItem
{
ExpressionLeft = TempStrGetExpression(),
ExpressionRight = (StringExpressItem)"1",
});
using (ModuleRunScope scope = new ModuleRunScope())
{
Assert.IsTrue(when.CanRunInScope(scope));
}
XmlDocument xDoc = when.GetXmlDoc(true);
string xmlStr = xDoc.GetXmlDocString(true);
Trace.Write(xmlStr);
ConditionalElement restore = xDoc.GetObject <ConditionalElement>();
string xmlStr2 = restore.GetXmlDocString(true);
Trace.Write(xmlStr2);
Assert.AreEqual(xmlStr.XmlUtf8BOMClear(), xmlStr2.XmlUtf8BOMClear());
}
public override Node ExitIfExpression(Production node)
{
IList childValues = GetChildValues(node);
var op = new ConditionalElement((BaseExpressionElement)childValues[0], (BaseExpressionElement)childValues[1], (BaseExpressionElement)childValues[2]);
node.AddValue(op);
return(node);
}
public static SpecialCharValues Create(SpecialCharFlags flags, ConditionalElement conditional)
{
return(new SpecialCharValues
{
Flags = flags,
ConditionalElement = conditional
});
}
public void ModuleAnyMatchTest()
{
using (ModuleRunScope scope = new ModuleRunScope())
{
string[] arrTest = new string[] { "1", "2", "3", "4", "5" };
scope.SetVariable("$Arr", arrTest);
ModuleAnyMatch anyMatch = new ModuleAnyMatch
{
BuildInstance = false,
Target = BuildTarget.ScopeResult,
Type = typeof(System.Diagnostics.Trace).AssemblyQualifiedName,
ScopeIEnumerableInstance = "$Arr"
};
anyMatch.AddStep(new ModuleMethodCallElement
{
MethodName = "WriteLine",
Parameters = new ModuleConstructorElement
{
Arguments = new TypeValueElement[]
{
new TypeValueElement {
Type = "System.String", Value = "$StepSwap"
}
}
}
});
anyMatch.AddStep(new ExpressionReturnElement());
ConditionalElement when = new ConditionalElement();
when.AddItem(new InstanceIsTypeConditionItem {
ScopeInstanceKey = "$StepSwap", CompareType = "string"
});
when.AddItem(new StringConditionItem
{
ComparisonMode = StringComparison.InvariantCultureIgnoreCase,
BooleanCompareDelegate = "XmlClrLan.ConditionalElement.StringNotEqual",
Logic = LogicExpression.AND,
ExpressionLeft = (StringExpressItem)"3",
ExpressionRight = (StringExpressItem)"$StepSwap",
});
anyMatch.Match = when;
anyMatch.InvokeInScope(scope);
if (scope.LastError != null)
{
throw scope.LastError;
}
XmlDocument xDoc = anyMatch.GetXmlDoc(true);
ModuleAnyMatch restore = xDoc.GetObject <ModuleAnyMatch>();
Assert.AreEqual(restore.ModuleId, anyMatch.ModuleId);
}
}
public override Node ExitFunctionCallExpression(Production node)
{
IList childValues = GetChildValues(node);
string name = (string)childValues[0];
childValues.RemoveAt(0);
if (string.Equals(name, "if", StringComparison.OrdinalIgnoreCase))
{
// TODO: Validate parameter count.
ConditionalElement op = new ConditionalElement((ExpressionElement)childValues[0], (ExpressionElement)childValues[1], (ExpressionElement)childValues[2]);
node.AddValue(op);
return(node);
}
ArgumentList args = new ArgumentList(childValues);
FunctionCallElement funcCall = new FunctionCallElement(name, args);
node.AddValue(funcCall);
return(node);
}
ModuleBranch getBranchTest(bool sharedMoudle = false)
{
ModuleBranch branch = new ModuleBranch
{
};
//if (sharedMoudle)
// branch = ModuleBranch.GetScopeSharedModule("");
ModuleWhen myWhen = new ModuleWhen();
ConditionalElement match = new ConditionalElement();
match.AddItem(new StringConditionItem
{
ExpressionLeft = TempStrGetExpression(),
ComparisonMode = StringComparison.InvariantCultureIgnoreCase,
BooleanCompareDelegate = "XmlClrLan.ConditionalElement.StringNotEqual, XmlClrLan",
ExpressionRight = (StringExpressItem)"1",
});
myWhen.Match = match;
myWhen.AddStep(new ModuleMethodCallElement
{
MethodName = "AddMainType",
Parameters = new ModuleConstructorElement
{
Arguments = new TypeValueElement[]
{
new TypeValueElement {
Type = "System.Type", Value = "DBHR.WinFormUnity.TestModule2, DBHR.WinFormUnity"
}
}
}
});
branch.Conditions = new ModuleWhen[] { myWhen, myWhen };
//Else
SubModuleBuildElement elseModule = new SubModuleBuildElement
{
};
elseModule.AddStep(new ModuleMethodCallElement
{
MethodName = "AddDetailType",
Parameters = new ModuleConstructorElement
{
Arguments = new TypeValueElement[]
{
new TypeValueElement {
Type = "System.Type", Value = "DBHR.WinFormUnity.TestModule1, DBHR.WinFormUnity"
},
new TypeValueElement {
Type = "System.Type", Value = "DBHR.WinFormUnity.TestModule2, DBHR.WinFormUnity"
}
}
}
});
branch.Else = elseModule;
return(branch);
}
public static BoolExpr ConditionalTaken(ConditionalElement ce, string key, Context ctx)
{
Contract.Requires(ctx != null);
switch (ce)
{
case ConditionalElement.NONE: return(ctx.MkFalse());
case ConditionalElement.UNCONDITIONAL: return(ctx.MkTrue());
case ConditionalElement.C:
case ConditionalElement.B:
case ConditionalElement.NAE: return(CF());
case ConditionalElement.NC:
case ConditionalElement.AE:
case ConditionalElement.NB: return(ctx.MkNot(CF()));
case ConditionalElement.Z:
case ConditionalElement.E: return(ZF());
case ConditionalElement.NZ:
case ConditionalElement.NE: return(ctx.MkNot(ZF()));
case ConditionalElement.S: return(SF());
case ConditionalElement.NS: return(ctx.MkNot(SF()));
case ConditionalElement.P:
case ConditionalElement.PE: return(PF());
case ConditionalElement.PO:
case ConditionalElement.NP: return(ctx.MkNot(PF()));
case ConditionalElement.O: return(OF());
case ConditionalElement.NO: return(ctx.MkNot(OF()));
case ConditionalElement.A:
case ConditionalElement.NBE: return(ctx.MkAnd(ctx.MkNot(CF()), ctx.MkNot(ZF())));
case ConditionalElement.BE:
case ConditionalElement.NA: return(ctx.MkOr(CF(), ZF()));
case ConditionalElement.G:
case ConditionalElement.NLE: return(ctx.MkAnd(ctx.MkNot(ZF()), ctx.MkEq(SF(), OF())));
case ConditionalElement.GE:
case ConditionalElement.NL: return(ctx.MkEq(SF(), OF()));
case ConditionalElement.LE:
case ConditionalElement.NG: return(ctx.MkOr(ctx.MkXor(SF(), OF()), ZF()));
case ConditionalElement.L:
case ConditionalElement.NGE: return(ctx.MkXor(SF(), OF()));
case ConditionalElement.CXZ: return(ctx.MkEq(Tools.Create_Key(Rn.CX, key, ctx), ctx.MkBV(0, 16)));
case ConditionalElement.ECXZ: return(ctx.MkEq(Tools.Create_Key(Rn.ECX, key, ctx), ctx.MkBV(0, 32)));
case ConditionalElement.RCXZ: return(ctx.MkEq(Tools.Create_Key(Rn.RCX, key, ctx), ctx.MkBV(0, 64)));
default:
// unreachable
throw new Exception();
}
BoolExpr CF()
{
return(Tools.Create_Key(Flags.CF, key, ctx));
}
BoolExpr ZF()
{
return(Tools.Create_Key(Flags.ZF, key, ctx));
}
BoolExpr SF()
{
return(Tools.Create_Key(Flags.SF, key, ctx));
}
BoolExpr OF()
{
return(Tools.Create_Key(Flags.OF, key, ctx));
}
BoolExpr PF()
{
return(Tools.Create_Key(Flags.PF, key, ctx));
}
//BoolExpr AF() { return Mnemonics_ng.Tools.Flag_Key(Flags.AF, key, ctx); }
}
public static Flags FlagsUsed(ConditionalElement ce)
{
switch (ce)
{
case ConditionalElement.NONE: return(Flags.NONE);
case ConditionalElement.UNCONDITIONAL: return(Flags.NONE);
case ConditionalElement.A: return(Flags.CF | Flags.ZF);
case ConditionalElement.AE: return(Flags.CF);
case ConditionalElement.B: return(Flags.CF);
case ConditionalElement.BE: return(Flags.CF | Flags.ZF);
case ConditionalElement.C: return(Flags.CF);
case ConditionalElement.E: return(Flags.ZF);
case ConditionalElement.G: return(Flags.ZF | Flags.SF | Flags.OF);
case ConditionalElement.GE: return(Flags.SF | Flags.OF);
case ConditionalElement.L: return(Flags.SF | Flags.OF);
case ConditionalElement.LE: return(Flags.SF | Flags.OF | Flags.ZF);
case ConditionalElement.NA: return(Flags.CF | Flags.ZF);
case ConditionalElement.NAE: return(Flags.CF);
case ConditionalElement.NB: return(Flags.CF);
case ConditionalElement.NBE: return(Flags.CF | Flags.ZF);
case ConditionalElement.NC: return(Flags.CF);
case ConditionalElement.NE: return(Flags.ZF);
case ConditionalElement.NG: return(Flags.SF | Flags.OF | Flags.ZF);
case ConditionalElement.NGE: return(Flags.SF | Flags.OF);
case ConditionalElement.NL: return(Flags.SF | Flags.OF);
case ConditionalElement.NLE: return(Flags.ZF | Flags.SF | Flags.OF);
case ConditionalElement.NO: return(Flags.OF);
case ConditionalElement.NP: return(Flags.PF);
case ConditionalElement.NS: return(Flags.SF);
case ConditionalElement.NZ: return(Flags.ZF);
case ConditionalElement.O: return(Flags.OF);
case ConditionalElement.P: return(Flags.PF);
case ConditionalElement.PE: return(Flags.PF);
case ConditionalElement.PO: return(Flags.PF);
case ConditionalElement.S: return(Flags.SF);
case ConditionalElement.Z: return(Flags.ZF);
case ConditionalElement.CXZ: return(Flags.NONE);
case ConditionalElement.ECXZ: return(Flags.NONE);
case ConditionalElement.RCXZ: return(Flags.NONE);
default:
// unreachable
throw new Exception();
}
}
/// <summary>
/// Create a print mode conditional element.
/// </summary>
/// <param name="element">The element to create.</param>
/// <returns>The created conditional.</returns>
public virtual IConditional CreateConditional(ConditionalElement element)
{
throw new NotImplementedException();
}