public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PCond2A.EvalStep");
#endif
object ev1;
Control unev = this.rand1;
Environment env = environment;
while (unev.EvalStep (out ev1, ref unev, ref env)) { };
if (ev1 == Interpreter.UnwindStack) {
throw new NotImplementedException();
}
#if DEBUG
Primitive.hotPrimitives.Note (this.procedure);
#endif
if (this.method (out answer, environment.ArgumentValue (this.rand0Offset), ev1)) {
TailCallInterpreter tci = answer as TailCallInterpreter;
if (tci != null) {
answer = null; // dispose of the evidence
// set up the interpreter for a tail call
Control cExpression = tci.Expression;
Environment cEnvironment = tci.Environment;
while (cExpression.EvalStep (out answer, ref cExpression, ref cEnvironment)) { };
}
}
if ((answer is bool) && (bool) answer == false) {
#if DEBUG
noteCalls (this.alternative);
#endif
expression = this.alternative;
return true;
}
else {
#if DEBUG
noteCalls (this.consequent);
#endif
expression = this.consequent;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PCondIsFixnumA1AQ.EvalStep");
#endif
if ((int) environment.Argument1Value == (int) environment.ArgumentValue (this.rand1Offset)) {
answer = this.consequentValue;
return false;
}
else {
#if DEBUG
noteCalls (this.alternative);
alternativeTypeHistogram.Note (this.alternativeType);
#endif
expression = this.alternative;
answer = null;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PCondIsNullAS");
#endif
if (environment.ArgumentValue(this.predicateArgumentOffset) == null) {
if (environment.StaticValue (out answer, this.consequentName, this.consequentOffset))
throw new NotImplementedException ();
return false;
}
else {
#if DEBUG
SCode.location = "-";
NoteCalls (this.alternative);
alternativeTypeHistogram.Note (this.alternativeType);
SCode.location = "PCondIsNullAS";
#endif
expression = this.alternative;
answer = null; // keep c# compiler happy
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
NoteCalls (this.arg1);
NoteCalls (this.arg2);
rand1TypeHistogram.Note (this.rand1Type);
rand2TypeHistogram.Note (this.rand2Type);
SCode.location = "PrimitiveStringSetA";
#endif
object ev2;
Environment env = environment;
Control unev = this.arg2;
while (unev.EvalStep (out ev2, ref unev, ref env)) { };
#if DEBUG
SCode.location = "PrimitiveStringSetA";
#endif
if (ev2 == Interpreter.UnwindStack) {
((UnwinderState) env).AddFrame (new PrimitiveCombination3Frame0 (this, environment));
answer = Interpreter.UnwindStack;
environment = env;
return false;
}
object ev1;
env = environment;
unev = this.arg1;
while (unev.EvalStep (out ev1, ref unev, ref env)) { };
#if DEBUG
SCode.location = "PrimitiveStringSetA";
#endif
if (ev1 == Interpreter.UnwindStack) {
((UnwinderState) env).AddFrame (new PrimitiveCombination3Frame1 (this, environment, ev2));
answer = Interpreter.UnwindStack;
environment = env;
return false;
}
object ev0 = environment.ArgumentValue (this.rand0Offset);
answer = ((char []) ev0) [(int) ev1];
((char []) ev0) [(int) ev1] = (char) ev2;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#region EvalStepBody
#if DEBUG
Warm ();
#endif
object ev0 = environment.ArgumentValue (this.predicateOffset);
if (!(ev0 is Symbol)) {
#if DEBUG
noteCalls (this.alternative);
#endif
expression = this.alternative;
answer = null;
return true;
}
else {
if (environment.FastLexicalRef (out answer, this.consequentName, this.consequentDepth, this.consequentOffset))
throw new NotImplementedException ();
return false;
}
#endregion
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PCondIsObjectEqAQQx.EvalStep");
#endif
object arg = environment.ArgumentValue (this.rand0Offset);
answer = (arg == this.rand1Value) ? consequentValue : arg;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
SCode.location = "PCondIsObjectEqQA";
#endif
if (this.rand0Value == environment.ArgumentValue(this.rand1Offset)) {
#if DEBUG
noteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
#endif
expression = this.consequent;
answer = null;
return true;
}
else {
#if DEBUG
noteCalls (this.alternative);
alternativeTypeHistogram.Note (this.alternativeType);
#endif
expression = this.alternative;
answer = null;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PCondIsObjectEqAQSx.EvalStep");
#endif
object arg = environment.ArgumentValue (this.rand0Offset);
if (arg == this.rand1Value) {
#if DEBUG
noteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
#endif
expression = this.consequent;
answer = null;
return true;
}
else {
answer = arg;
return false;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
SCode.location = "PCond2A0L1L1A.EvalStep";
#endif
object ev1;
if (environment.FastLexicalRef1 (out ev1, this.rand1Name, this.rand1Offset))
throw new NotImplementedException ();
#if DEBUG
Primitive.hotPrimitives.Note (this.procedure);
#endif
if (this.method (out answer, environment.Argument0Value, ev1)) {
TailCallInterpreter tci = answer as TailCallInterpreter;
if (tci != null) {
answer = null; // dispose of the evidence
// set up the interpreter for a tail call
Control cExpression = tci.Expression;
Environment cEnvironment = tci.Environment;
while (cExpression.EvalStep (out answer, ref cExpression, ref cEnvironment)) { };
}
}
if ((answer is bool) && (bool) answer == false) {
answer = environment.ArgumentValue(this.alternativeOffset);
return false;
}
else {
if (environment.FastLexicalRef1 (out answer, this.consequentName, this.consequentOffset))
throw new NotImplementedException ();
return false;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
SCode.location = "PCond2A0ASQ.EvalStep";
Primitive.hotPrimitives.Note (this.procedure);
#endif
if (this.method (out answer, environment.Argument0Value, environment.ArgumentValue (this.rand1Offset))) {
TailCallInterpreter tci = answer as TailCallInterpreter;
if (tci != null) {
answer = null; // dispose of the evidence
// set up the interpreter for a tail call
Control cExpression = tci.Expression;
Environment cEnvironment = tci.Environment;
while (cExpression.EvalStep (out answer, ref cExpression, ref cEnvironment)) { };
}
}
if ((answer is bool) && (bool) answer == false) {
answer = this.alternativeValue;
return false;
}
else {
#if DEBUG
noteCalls (this.consequent);
#endif
expression = this.consequent;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PrimitiveIsObjectEqAQ.EvalStep");
#endif
answer = (environment.ArgumentValue(this.rand0Offset) == this.rand1Value) ? Constant.sharpT : Constant.sharpF;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
procedureHistogram.Note (this.procedure);
SCode.location = "PCond1A0XA";
#endif
object ev0 = environment.Argument0Value;
#if DEBUG
SCode.location = this.procedure.Name.ToString();
Primitive.hotPrimitives.Note(this.procedure);
#endif
// It is expensive to bounce down to invoke the procedure
// we invoke it directly and pass along the ref args.
if (this.method (out answer, ev0)) {
TailCallInterpreter tci = answer as TailCallInterpreter;
if (tci != null) {
answer = null; // dispose of the evidence
// set up the interpreter for a tail call
Control cExpression = tci.Expression;
Environment cEnvironment = tci.Environment;
while (cExpression.EvalStep (out answer, ref cExpression, ref cEnvironment)) { };
}
}
#if DEBUG
SCode.location = "PCond1A0XA";
#endif
if ((answer is bool) && (bool) answer == false) {
answer = environment.ArgumentValue (this.alternativeOffset);
return false;
}
else {
#if DEBUG
SCode.location = "-";
NoteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
SCode.location = "PCond1A0XA";
#endif
expression = this.consequent;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
NoteCalls (this.arg0);
procedureHistogram.Note (this.procedure);
arg0TypeHistogram.Note (this.arg0Type);
SCode.location = "PCond1XXA";
#endif
Control unev0 = this.arg0;
Environment env = environment;
object ev0;
while (unev0.EvalStep (out ev0, ref unev0, ref env)) { };
#if DEBUG
SCode.location = "PCond1XXA";
#endif
if (ev0 == Interpreter.UnwindStack) {
throw new NotImplementedException ();
//((UnwinderState) env).AddFrame (new PrimitiveCombination1Frame0 (this, closureEnvironment));
//answer = Interpreter.Unwind;
//closureEnvironment = env;
//return false;
}
#if DEBUG
SCode.location = this.procedure.Name.ToString();
Primitive.hotPrimitives.Note(this.procedure);
#endif
// It is expensive to bounce down to invoke the procedure
// we invoke it directly and pass along the ref args.
if (this.method (out answer, ev0)) {
TailCallInterpreter tci = answer as TailCallInterpreter;
if (tci != null) {
answer = null; // dispose of the evidence
// set up the interpreter for a tail call
Control cExpression = tci.Expression;
Environment cEnvironment = tci.Environment;
while (cExpression.EvalStep (out answer, ref cExpression, ref cEnvironment)) { };
}
}
#if DEBUG
SCode.location = "PCond1XXA";
#endif
if ((answer is bool) && (bool) answer == false) {
answer = environment.ArgumentValue (this.alternativeOffset);
return false;
}
else {
#if DEBUG
SCode.location = "-";
NoteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
SCode.location = "PCond1XXA";
#endif
expression = this.consequent;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
SCode.location = "PCond2A1QQQ.EvalStep";
Primitive.hotPrimitives.Note (this.procedure);
SCode.location = this.procedure.Name.ToString();
#endif
object predValue;
if (this.method (out predValue, environment.ArgumentValue (this.rand0Offset), this.rand1Value)) {
TailCallInterpreter tci = predValue as TailCallInterpreter;
if (tci != null) {
answer = null;
expression = tci.Expression;
environment = tci.Environment;
return true;
}
else
throw new NotImplementedException ();
}
if (predValue is bool && (bool) predValue == false) {
answer = this.alternativeValue;
return false;
}
else {
#if DEBUG
noteCalls (this.consequent);
#endif
expression = this.consequent;
answer = null;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PCondIsFixnumEqualAL");
#endif
object ev1;
if (environment.FastLexicalRef (out ev1, this.rand1Name, this.rand1Depth, this.rand1Offset))
throw new NotImplementedException ();
object ev0 = environment.ArgumentValue (this.rand0Offset);
if ((int) ev0 == (int) ev1) {
#if DEBUG
noteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
#endif
expression = this.consequent;
answer = null;
return true;
}
else {
#if DEBUG
noteCalls (this.alternative);
alternativeTypeHistogram.Note (this.alternativeType);
#endif
expression = this.alternative;
answer = null;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PrimitivePlusFixnumAQ.EvalStep");
#endif
// Eval argument1
int ev1 = this.rand1Value;
// Eval argument0
object ev0 = environment.ArgumentValue(this.rand0Offset);
// Compute answer
answer = (int) ev0 + ev1;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
noteCalls (this.rand1);
SCode.location = "PrimitivePlusFixnumA.EvalStep";
#endif
// Eval argument1
object ev1;
Control unev = this.rand1;
Environment env = environment;
while (unev.EvalStep (out ev1, ref unev, ref env)) { };
#if DEBUG
SCode.location = "PrimitivePlusFixnumA.EvalStep.1";
#endif
if (ev1 == Interpreter.UnwindStack) {
throw new NotImplementedException ();
//((UnwinderState) env).AddFrame (new PrimitiveCombination2Frame0 (this, environment));
//answer = Interpreter.UnwindStack;
//environment = env;
//return false;
}
// Eval argument0
object ev0 = environment.ArgumentValue (this.rand0Offset);
// Compute answer
answer = (int) ev0 + (int) ev1;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PrimitiveIsFixnumEqualAL.EvalStep");
#endif
object ev1;
if (environment.FastLexicalRef (out ev1, this.rand1Name, this.rand1Depth, this.rand1Offset))
throw new NotImplementedException ();
object ev0 = environment.ArgumentValue (this.rand0Offset);
answer = ((int) ev0 == (int) ev1) ? Constant.sharpT : Constant.sharpF;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
noteCalls (this.rand1);
rand1TypeHistogram.Note (this.rand1Type);
SCode.location = "PCondIsObjectEqA";
#endif
Control unev = this.rand1;
Environment env = environment;
object ev1;
while (unev.EvalStep (out ev1, ref unev, ref env)) { };
if (ev1 == Interpreter.UnwindStack) {
throw new NotImplementedException ();
}
object ev0 = environment.ArgumentValue (this.rand0Offset);
if (ev0 == ev1) {
#if DEBUG
noteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
#endif
expression = this.consequent;
answer = null;
return true;
}
else {
#if DEBUG
noteCalls (this.alternative);
alternativeTypeHistogram.Note (this.alternativeType);
#endif
expression = this.alternative;
answer = null;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ();
#endif
// Eval argument1
int ev1 = this.rand1Value;
// Eval argument0
object ev0 = environment.ArgumentValue (this.rand0Offset);
// Greater-than-fixnum?
answer = (int) ev0 == ev1 ? Constant.sharpT : Constant.sharpF;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
Unimplemented ();
#if DEBUG
Warm ("PCondIsObjectEqQA0QQ.EvalStep");
#endif
answer = (this.rand0Value == environment.ArgumentValue (this.rand1Offset)) ?
this.consequentValue :
this.alternativeValue;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#region EvalStepBody
#if DEBUG
Warm ();
noteCalls (this.arg0);
#endif
object ev0 = environment.ArgumentValue (this.predicateOffset);
if (!(ev0 is Complex)) {
#if DEBUG
noteCalls (this.alternative);
#endif
expression = this.alternative;
answer = null;
return true;
}
else {
answer = this.consequentValue;
return false;
}
#endregion
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
Unimplemented ();
#if DEBUG
Warm ("PCondIsObjectEqAQ.EvalStep");
#endif
if (environment.ArgumentValue (this.rand0Offset) == this.rand1Value) {
#if DEBUG
noteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
#endif
expression = this.consequent;
answer = null;
return true;
}
else {
#if DEBUG
noteCalls (this.alternative);
#endif
expression = this.alternative;
answer = null;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
NoteCalls (this.rand1);
rand1TypeHistogram.Note (this.rand1Type);
SCode.location = "PrimitiveGreaterThanFixnumA";
#endif
// Eval argument1
object ev1;
Control unev = this.rand1;
Environment env = environment;
while (unev.EvalStep (out ev1, ref unev, ref env)) { };
#if DEBUG
SCode.location = "PrimitiveGreaterThanFixnumA";
#endif
if (ev1 == Interpreter.UnwindStack) {
throw new NotImplementedException ();
//((UnwinderState) env).AddFrame (new PrimitiveCombination2Frame0 (this, environment));
//answer = Interpreter.UnwindStack;
//environment = env;
//return false;
}
// Eval argument0
object ev0 = environment.ArgumentValue (this.rand0Offset);
// Greater-than-fixnum?
answer = (int) ev0 > (int) ev1 ? Constant.sharpT : Constant.sharpF;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ();
#endif
object ev0 = environment.ArgumentValue (predicateOffset);
if (!(ev0 is Symbol)) {
answer = this.alternativeValue;
return false;
}
else {
#if DEBUG
noteCalls (this.consequent);
#endif
expression = this.consequent;
answer = null;
return true;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
SCode.location = "PrimitiveGreaterThanFixnumQA";
#endif
// Eval argument1
object ev1 = environment.ArgumentValue (this.rand1Offset);
// Greater-than-fixnum?
answer = this.rand0Value > (int) ev1 ? Constant.sharpT : Constant.sharpF;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("-");
NoteCalls (this.arg0);
arg0TypeHistogram.Note (this.arg0Type);
SCode.location = "PCondIsNullXXA";
#endif
Control unev0 = this.arg0;
Environment env = environment;
object ev0;
while (unev0.EvalStep (out ev0, ref unev0, ref env)) { };
#if DEBUG
SCode.location = "PCondIsNullXXA";
#endif
if (ev0 == Interpreter.UnwindStack) {
throw new NotImplementedException ();
//((UnwinderState) env).AddFrame (new PrimitiveIsNullFrame0 (this, closureEnvironment));
//answer = Interpreter.Unwind;
//closureEnvironment = env;
//return false;
}
if (ev0 == null) {
#if DEBUG
SCode.location = "-";
NoteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
SCode.location = "PCondIsNullXXA";
#endif
expression = this.consequent;
answer = null; // keep c# compiler happy
return true;
}
else {
answer = environment.ArgumentValue (this.alternativeOffset);
return false;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PrimitiveIsCharEqQA.EvalStep");
#endif
object ev1 = environment.ArgumentValue (this.rand1Offset);
answer = (ev1 is char && ((char) ev1 == this.rand0Value)) ? Constant.sharpT : Constant.sharpF;
return false;
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PCondIsNullAXQ");
#endif
if (environment.ArgumentValue (this.predicateArgumentOffset) == null) {
#if DEBUG
SCode.location = "-";
NoteCalls (this.consequent);
consequentTypeHistogram.Note (this.consequentType);
SCode.location = "PCondIsNullAXQ";
#endif
expression = this.consequent;
answer = null; // keep c# compiler happy
return true;
}
else {
answer = this.alternativeValue;
return false;
}
}
public override bool EvalStep(out object answer, ref Control expression, ref Environment environment)
{
#if DEBUG
Warm ("PrimitivePlusFixnumA1A.EvalStep");
#endif
answer = (int) environment.Argument1Value + (int) environment.ArgumentValue (this.rand1Offset);
return false;
}