internal override void WriteTo(MethodCodeDataWriterArgs a)
{
using (a.NewBlock(4))
{
a.ExpressionData.Write((byte)0x6D);
foreach (var curCase in Case)
{
if (curCase.UnexaminedCode != null)
{
new UnexaminedStatement(curCase.UnexaminedCode, curCase.Mask).WriteTo(a, 0x6E);
}
else
{
new ExpressionStatement(new CallExpression(0, 2, new ParamListExpression()
{
curCase.Condition
}), curCase.Mask, curCase.Comment).WriteTo(a, 0x6E);
}
curCase.Block.WriteTo(a);
a.ExpressionData.Write((byte)0x53);
}
a.ExpressionData.Write((byte)0x6F);
DefaultBlock.WriteTo(a);
a.ExpressionData.Write((byte)0x54);
}
a.ExpressionData.Write((byte)0x74);
}
internal override void WriteTo(MethodCodeDataWriterArgs a)
{
using (a.NewBlock(2))
{
if (UnexaminedCode != null)
{
new UnexaminedStatement(UnexaminedCode, Mask).WriteTo(a, 0x6C);
}
else
{
new ExpressionStatement(new CallExpression(0, 1, new ParamListExpression()
{
Condition
}), Mask, Comment).WriteTo(a, 0x6C);
}
Block.WriteTo(a);
a.ExpressionData.Write((byte)0x52);
}
a.ExpressionData.Write((byte)0x73);
}
internal override void WriteTo(MethodCodeDataWriterArgs a)
{
using (a.NewBlock(3))
{
if (UnexaminedCode != null)
{
new UnexaminedStatement(UnexaminedCode, MaskOnStart).WriteTo(a, 0x70);
}
else
{
new ExpressionStatement(new CallExpression(0, 3, new ParamListExpression()
{
Condition
}), MaskOnStart, CommentOnStart).WriteTo(a, 0x70);
}
Block.WriteTo(a);
a.ExpressionData.Write((byte)0x55);
}
new ExpressionStatement(new CallExpression(0, 4, new ParamListExpression()
{
}), MaskOnEnd, CommentOnEnd).WriteTo(a, 0x71);
}
