private SExp evalUnroller(SExp param)
{
var f = eval_getString(param);
var u = new YaneUnroller.Unroller();
var tree = u.ParseProgram(f);
return string2SExp(tree.ToString());
}
/// <summary>
/// 構文解析/変換のテスト
/// </summary>
public static void Test()
{
var u = new YaneUnroller.Unroller();
var test_statement = new[]
{
"z = x < y ? 1 : 2;",
"x = 1 + 2 * 3 + ~(4 / 5);",
"foreach(sq in bb_pawn) target &= abb_mask[sq];",
"foreach:enum(e in XXX) x += e;",
"foreach(u32 sq in abc_def ) target &= abb[sq];",
"foreach(n in nsquare ) sum+=n;",
"unroll case { case 1: x++; case 2: y++; case 4: z++; }",
"unroll case { case AA: x++; case BB: y++; case CC: z++; }",
"switch (x) { case 3..7: xxx; }",
"avoid \"case 4 : … case 8 :\"switch(xxx) { case 3..10 : AAA; }",
"avoid \"case 4 : … case 8 : … break ;\" switch(xxx) { case 3: case 4 : break; case 8: AAA; break; case 9: AAA; }"
,
"{ closure AAA(BBB) { CCC; BBB; } AAA { DDD; } }",
"unroll foreach XXX in 0,3,6..10,ABC { abcd[XXX]++; }",
"for(int i=0;i<10;++i) printf(\"abc\");",
"while(true) { println(); break; }",
};
var test_program = new[]
{
"void test(int x,int y,Move* move){ printf(\"abc\"); }",
"int x = 123;",
"int a[] = { 1,2,3};"
};
foreach (var p in test_statement)
{
Console.WriteLine("original → " + p);
var tree = u.ParseStatement(p);
Console.WriteLine(tree.ToTreeString());
Console.WriteLine(tree.ToString());
Console.WriteLine();
}
foreach (var p in test_program)
{
Console.WriteLine("original → " + p);
var tree = u.ParseProgram(p);
Console.WriteLine(tree.ToTreeString());
Console.WriteLine(tree.ToString());
Console.WriteLine();
}
}
