/* RUNNABLE_PHOBOS_TEST
TEST_OUTPUT:
---
true
g
&Test109S(&Test109S(<recursion>))
runnable/interpret.d(3197): Deprecation: The `delete` keyword has been deprecated.  Use `object.destroy()` (and `core.memory.GC.free()` if applicable) instead.
runnable/interpret.d(3199): Deprecation: The `delete` keyword has been deprecated.  Use `object.destroy()` (and `core.memory.GC.free()` if applicable) instead.
runnable/interpret.d(3202): Deprecation: The `delete` keyword has been deprecated.  Use `object.destroy()` (and `core.memory.GC.free()` if applicable) instead.
runnable/interpret.d(3205): Deprecation: The `delete` keyword has been deprecated.  Use `object.destroy()` (and `core.memory.GC.free()` if applicable) instead.
runnable/interpret.d(3206): Deprecation: The `delete` keyword has been deprecated.  Use `object.destroy()` (and `core.memory.GC.free()` if applicable) instead.
runnable/interpret.d(3212): Deprecation: The `delete` keyword has been deprecated.  Use `object.destroy()` (and `core.memory.GC.free()` if applicable) instead.
runnable/interpret.d(3213): Deprecation: The `delete` keyword has been deprecated.  Use `object.destroy()` (and `core.memory.GC.free()` if applicable) instead.
runnable/interpret.d(3216): Deprecation: The `delete` keyword has been deprecated.  Use `object.destroy()` (and `core.memory.GC.free()` if applicable) instead.
tfoo
tfoo
Crash!
---
*/
import std.stdio;

template Tuple(A...)
{
    alias A Tuple;
}

template eval(A...)
{
    const typeof(A[0]) eval = A[0];
}

/************************************************/

int Foo1(int i)
{
    if (i == 0)
        return 1;
    else
        return i * Foo1(i - 1);
}

void test1()
{
    static int f = Foo1(5);
    printf("%d %d\n", f, 5*4*3*2);
    assert(f == 120);
}

/************************************************/

int find2(string s, char c)
{
    if (s.length == 0)
        return -1;
    else if (c == s[0])
        return 0;
    else
        return 1 + find2(s[1..$], c);
}

void test2()
{
    static int f = find2("hello", 'l');
    printf("%d\n", f);
    assert(f == 2);
}

/************************************************/

int bar3(int i)
{
    int j;
    while (i)
    {
        j += i;
        i--;
    }
    return j;
}

void test3()
{
    static b = bar3(7);
    printf("b = %d, %d\n", b, bar3(7));
    assert(b == 28);
}

/************************************************/

int bar4(int i)
{
    for (int j = 0; j < 10; j++)
        i += j;
    return i;
}

void test4()
{
    static b = bar4(7);
    printf("b = %d, %d\n", b, bar4(7));
    assert(b == 52);
}

/************************************************/

int bar5(int i)
{
    int j;
    do
    {
        i += j;
        j++;
    } while (j < 10);
    return i;
}

void test5()
{
    static b = bar5(7);
    printf("b = %d, %d\n", b, bar5(7));
    assert(b == 52);
}

/************************************************/

int bar6(int i)
{
    int j;
    do
    {
        i += j;
        j++;
        if (j == 4)
            break;
    } while (j < 10);
    return i;
}

void test6()
{
    static b = bar6(7);
    printf("b = %d, %d\n", b, bar6(7));
    assert(b == 13);
}

/************************************************/

int bar7(int i)
{
    int j;
    do
    {
        i += j;
        j++;
        if (j == 4)
            return 80;
    } while (j < 10);
    return i;
}

void test7()
{
    static b = bar7(7);
    printf("b = %d, %d\n", b, bar7(7));
    assert(b == 80);
}

/************************************************/

int bar8(int i)
{
    int j;
    do
    {
        j++;
        if (j == 4)
            continue;
        i += j;
    } while (j < 10);
    return i;
}

void test8()
{
    static b = bar8(7);
    printf("b = %d, %d\n", b, bar8(7));
    assert(b == 58);
}

/************************************************/

int bar9(int i)
{
    int j;
    while (j < 10)
    {
        j++;
        if (j == 4)
            continue;
        i += j;
    }
    return i;
}

void test9()
{
    static b = bar9(7);
    printf("b = %d, %d\n", b, bar9(7));
    assert(b == 58);
}

/************************************************/

int bar10(int i)
{
    int j;
    while (j < 10)
    {
        j++;
        if (j == 4)
            break;
        i += j;
    }
    return i;
}

void test10()
{
    static b = bar10(7);
    printf("b = %d, %d\n", b, bar10(7));
    assert(b == 13);
}

/************************************************/

int bar11(int i)
{
    int j;
    while (j < 10)
    {
        j++;
        if (j == 4)
            return i << 3;
        i += j;
    }
    return i;
}

void test11()
{
    static b = bar11(7);
    printf("b = %d, %d\n", b, bar11(7));
    assert(b == 104);
}

/************************************************/

int bar12(int i)
{
    for (int j; j < 10; j++)
    {
        if (j == 4)
            return i << 3;
        i += j;
    }
    return i;
}

void test12()
{
    static b = bar12(7);
    printf("b = %d, %d\n", b, bar12(7));
    assert(b == 104);
}

/************************************************/

int bar13(int i)
{
    for (int j; j < 10; j++)
    {
        if (j == 4)
            break;
        i += j;
    }
    return i;
}

void test13()
{
    static b = bar13(7);
    printf("b = %d, %d\n", b, bar13(7));
    assert(b == 13);
}

/************************************************/

int bar14(int i)
{
    for (int j; j < 10; j++)
    {
        if (j == 4)
            continue;
        i += j;
    }
    return i;
}

void test14()
{
    static b = bar14(7);
    printf("b = %d, %d\n", b, bar14(7));
    assert(b == 48);
}

/************************************************/

int bar15(int i)
{
    foreach (k, v; "hello")
    {
        i <<= 1;
        if (k == 4)
            continue;
        i += v;
    }
    return i;
}

void test15()
{
    static b = bar15(7);
    printf("b = %d, %d\n", b, bar15(7));
    assert(b == 3344);
}

/************************************************/

int bar16(int i)
{
    foreach_reverse (k, v; "hello")
    {
        i <<= 1;
        if (k == 4)
            continue;
        i += v;
    }
    return i;
}

void test16()
{
    static b = bar16(7);
    printf("b = %d, %d\n", b, bar16(7));
    assert(b == 1826);
}

/************************************************/

int bar17(int i)
{
    foreach (k, v; "hello")
    {
        i <<= 1;
        if (k == 2)
            break;
        i += v;
    }
    return i;
}

void test17()
{
    static b = bar17(7);
    printf("b = %d, %d\n", b, bar17(7));
    assert(b == 674);
}

/************************************************/

int bar18(int i)
{
    foreach_reverse (k, v; "hello")
    {
        i <<= 1;
        if (k == 2)
            break;
        i += v;
    }
    return i;
}

void test18()
{
    static b = bar18(7);
    printf("b = %d, %d\n", b, bar18(7));
    assert(b == 716);
}

/************************************************/

int bar19(int i)
{
    assert(i > 0);
    foreach_reverse (k, v; "hello")
    {
        i <<= 1;
        if (k == 2)
            return 8;
        i += v;
    }
    return i;
}

void test19()
{
    static b = bar19(7);
    printf("b = %d, %d\n", b, bar19(7));
    assert(b == 8);
}

/************************************************/

int bar20(int i)
{
    assert(i > 0);
    foreach (k, v; "hello")
    {
        i <<= 1;
        if (k == 2)
            return 8;
        i += v;
    }
    return i;
}

void test20()
{
    static b = bar20(7);
    printf("b = %d, %d\n", b, bar20(7));
    assert(b == 8);
}

/************************************************/

int bar21(int i)
{
    assert(i > 0);
    foreach (v; Tuple!(57, 23, 8))
    {
        i <<= 1;
        i += v;
    }
    return i;
}

void test21()
{
    static b = bar21(7);
    printf("b = %d, %d\n", b, bar21(7));
    assert(b == 338);
}

/************************************************/

int bar22(int i)
{
    assert(i > 0);
    foreach_reverse (v; Tuple!(57, 23, 8))
    {
        i <<= 1;
        i += v;
    }
    return i;
}

void test22()
{
    static b = bar22(7);
    printf("b = %d, %d\n", b, bar22(7));
    assert(b == 191);
}

/************************************************/

int bar23(int i)
{
    assert(i > 0);
    foreach_reverse (v; Tuple!(57, 23, 8))
    {
        i <<= 1;
        if (v == 23)
            return i + 1;
        i += v;
    }
    return i;
}

void test23()
{
    static b = bar23(7);
    printf("b = %d, %d\n", b, bar23(7));
    assert(b == 45);
}

/************************************************/

int bar24(int i)
{
    assert(i > 0);
    foreach (v; Tuple!(57, 23, 8))
    {
        i <<= 1;
        if (v == 23)
            return i + 1;
        i += v;
    }
    return i;
}

void test24()
{
    static b = bar24(7);
    printf("b = %d, %d\n", b, bar24(7));
    assert(b == 143);
}

/************************************************/

int bar25(int i)
{
    assert(i > 0);
    foreach_reverse (v; Tuple!(57, 23, 8))
    {
        i <<= 1;
        if (v == 23)
            break;
        i += v;
    }
    return i;
}

void test25()
{
    static b = bar25(7);
    printf("b = %d, %d\n", b, bar25(7));
    assert(b == 44);
}

/************************************************/

int bar26(int i)
{
    assert(i > 0);
    foreach (v; Tuple!(57, 23, 8))
    {
        i <<= 1;
        if (v == 23)
            break;
        i += v;
    }
    return i;
}

void test26()
{
    static b = bar26(7);
    printf("b = %d, %d\n", b, bar26(7));
    assert(b == 142);
}

/************************************************/

int bar27(int i)
{
    foreach_reverse (v; Tuple!(57, 23, 8))
    {
        i <<= 1;
        if (v == 23)
            continue;
        i += v;
    }
    return i;
}

void test27()
{
    static b = bar27(7);
    printf("b = %d, %d\n", b, bar27(7));
    assert(b == 145);
}

/************************************************/

int bar28(int i)
{
    foreach (v; Tuple!(57, 23, 8))
    {
        i <<= 1;
        if (v == 23)
            continue;
        i += v;
    }
    return i;
}

void test28()
{
    static b = bar28(7);
    printf("b = %d, %d\n", b, bar28(7));
    assert(b == 292);
}

/************************************************/

int bar29(int i)
{
    switch (i)
    {
        case 1:
            i = 4;
            break;
        case 7:
            i = 3;
            break;
        default: assert(0);
    }
    return i;
}

void test29()
{
    static b = bar29(7);
    printf("b = %d, %d\n", b, bar29(7));
    assert(b == 3);
}

/************************************************/

int bar30(int i)
{
    switch (i)
    {
        case 1:
            i = 4;
            break;
        case 8:
            i = 2;
            break;
        default:
            i = 3;
            break;
    }
    return i;
}

void test30()
{
    static b = bar30(7);
    printf("b = %d, %d\n", b, bar30(7));
    assert(b == 3);
}

/************************************************/

int bar31(string s)
{   int i;

    switch (s)
    {
        case "hello":
            i = 4;
            break;
        case "betty":
            i = 2;
            break;
        default:
            i = 3;
            break;
    }
    return i;
}

void test31()
{
    static b = bar31("betty");
    printf("b = %d, %d\n", b, bar31("betty"));
    assert(b == 2);
}

/************************************************/

int bar32(int i)
{
    switch (i)
    {
        case 7:
            i = 4;
            goto case;
        case 5:
            i = 2;
            break;
        default:
            i = 3;
            break;
    }
    return i;
}

void test32()
{
    static b = bar32(7);
    printf("b = %d, %d\n", b, bar32(7));
    assert(b == 2);
}

/************************************************/

int bar33(int i)
{
    switch (i)
    {
        case 5:
            i = 2;
            break;
        case 7:
            i = 4;
            goto case 5;
        default:
            i = 3;
            break;
    }
    return i;
}

void test33()
{
    static b = bar33(7);
    printf("b = %d, %d\n", b, bar33(7));
    assert(b == 2);
}

/************************************************/

int bar34(int i)
{
    switch (i)
    {
        default:
            i = 3;
            break;
        case 5:
            i = 2;
            break;
        case 7:
            i = 4;
            goto default;
    }
    return i;
}

void test34()
{
    static b = bar34(7);
    printf("b = %d, %d\n", b, bar34(7));
    assert(b == 3);
}

/************************************************/

int bar35(int i)
{
  L1:
    switch (i)
    {
        default:
            i = 3;
            break;
        case 5:
            i = 2;
            break;
        case 3:
            return 8;
        case 7:
            i = 4;
            goto default;
    }
    goto L1;
}

void test35()
{
    static b = bar35(7);
    printf("b = %d, %d\n", b, bar35(7));
    assert(b == 8);
}

/************************************************/

int square36(int x)
{
    return x * x;
}

const int foo36 = square36(5);

void test36()
{
    assert(foo36 == 25);
}

/************************************************/

string someCompileTimeFunction()
{
    return "writefln(\"Wowza!\");";
}

void test37()
{
    mixin(someCompileTimeFunction());
}

/************************************************/

string NReps(string x, int n)
{
    string ret = "";
    for (int i = 0; i < n; i++)
    {
        ret ~= x;
    }
    return ret;
}

void test38()
{
    static x = NReps("3", 6);
    assert(x == "333333");
}

/************************************************/

bool func39() { return true; }

static if (func39())
{
    pragma(msg, "true");
}
else
{
    pragma(msg, "false");
}

void test39()
{
}

/************************************************/

string UpToSpace(string x)
{
    int i = 0;
    while (i < x.length && x[i] != ' ')
    {
        i++;
    }
    return x[0..i];
}

void test40()
{
    const y = UpToSpace("first space was after first");
    writeln(y);
    assert(y == "first");
}

/************************************************/

int bar41(ref int j)
{
    return 5;
}

int foo41(int i)
{
    int x;
    x = 3;
    bar41(x);
    return i + x;
}

void test41()
{
    const y = foo41(3);
    writeln(y);
    assert(y == 6);
}

/************************************************/

int bar42(ref int j)
{
    return 5;
}

int foo42(int i)
{
    int x;
    x = 3;
    bar42(x);
    return i + x;
}

void test42()
{
    const y = foo42(3);
    writeln(y);
    assert(y == 6);
}

/************************************************/

int bar(string a)
{
    int v;
    for (int i = 0; i < a.length; i++)
    {
        if (a[i] != ' ')
        {
            v += a.length;
        }
    }
    return v;
}

void test43()
{
    const int foo = bar("a b c d");
    writeln(foo);
    assert(foo == 28);
}

/************************************************/

string foo44() { return ("bar"); }

void test44()
{
    const string bar = foo44();
    assert(bar == "bar");
}

/************************************************/

int square45(int n) { return (n * n); }

void test45()
{
    int bar = eval!(square45(5));
    assert(bar == 25);
}

/************************************************/

const int foo46[5] = [0,1,2,3,4];

void test46()
{
    writeln(eval!(foo46[3]));
}

/************************************************/

string foo47()
{
    string s;
    s = s ~ 't';
    return s ~ "foo";
}

void test47()
{
    static const x = foo47();
    pragma(msg, x);
    assert(x == "tfoo");
}

/************************************************/

string foo48()
{
    string s;
    s = s ~ 't';
    s = s.idup;
    return s ~ "foo";
}

void test48()
{
    static const x = foo48();
    pragma(msg, x);
    assert(x == "tfoo");
}

/************************************************/

dstring testd49(dstring input)
{
    if (input[3..5] != "rt")
    {
        return input[1..3];
    }
    return "my";
}

void test49()
{
    static x = testd49("hello");
    writeln(x);
    assert(x == "el");
}

/************************************************/

string makePostfix50(int x)
{
    string first;
    first = "bad";
    if (x)
    {
        first = "ok";
        makePostfix50(0);
    }
    return first;
}

void test50()
{
    static const char [] q2 = makePostfix50(1);
    static assert(q2 == "ok", q2);
}

/************************************************/

int exprLength(string s)
{
    int numParens=0;
    for (int i = 0; i < s.length; ++i)
    {
        if (s[i] == '(') { numParens++; }
        if (s[i] == ')') { numParens--; }
        if (numParens == 0) { return i; }
    }
    assert(0);
}

string makePostfix51(string operations)
{
    if (operations.length < 2)
        return "x";
    int x = exprLength(operations);
    string first="bad";
    if (x > 0)
    {
        first = "ok";
        string ignore = makePostfix51(operations[1..x]);
    }
    return first;
}


void test51()
{
    string q = makePostfix51("(a+b)*c");
    assert(q == "ok");
    static const string q2 = makePostfix51("(a+b)*c");
    static assert(q2 == "ok");
    static assert(makePostfix51("(a+b)*c") == "ok");
}

/************************************************/

int foo52(ref int x)
{
    x = 7;
    return 3;
}

int bar52(int y)
{
    y = 4;
    foo52(y);
    return y;
}

void test52()
{
    printf("%d\n", bar52(2));
    static assert(bar52(2) == 7);
}

/************************************************/

void bar53(out int x) { x = 2; }

int foo53() { int y; bar53(y); return y; }

void test53()
{
    const int z = foo53();
    assert(z == 2);
}

/************************************************/

void test54()
{
    static assert(equals54("alphabet", "alphabet"));
}

bool equals54(string a, string b)
{
    return (a == b);
}

/************************************************/

const string foo55[2] = ["a", "b"];
string retsth55(int i) { return foo55[i]; }

void test55()
{
    writeln(eval!(foo55[0]));
    writeln(eval!(retsth55(0)));
}

/************************************************/

string retsth56(int i)
{
    static const string foo[2] = ["a", "b"];
    return foo[i];
}

void test56()
{
    writeln(eval!(retsth56(0)));
}

/************************************************/

int g57()
{
    pragma(msg, "g");
    return 2;
}

const int a57 = g57();

void test57()
{
    assert(a57 == 2);
}

/************************************************/

int[] Fun58(int x)
{
    int[] result;
    result ~= x + 1;
    return result;
}

void test58()
{
    static b = Fun58(1) ~ Fun58(2);
    assert(b.length == 2);
    assert(b[0] == 2);
    assert(b[1] == 3);
    writeln(b);
}

/************************************************/

int Index59()
{
    int[] data = [1];
    return data[0];
}

void test59()
{
    static assert(Index59() == 1);
}

/************************************************/

string[int] foo60()
{
    return [3:"hello", 4:"betty"];
}

void test60()
{
    static assert(foo60()[3] == "hello");
    static assert(foo60()[4] == "betty");
}

/************************************************/

string[int] foo61()
{
    return [3:"hello", 4:"betty", 3:"world"];
}

void test61()
{
    static assert(foo61()[3] == "world");
    static assert(foo61()[4] == "betty");
}

/************************************************/

string foo62(int k)
{
    string[int] aa;
    aa = [3:"hello", 4:"betty"];
    return aa[k];
}

void test62()
{
    static assert(foo62(3) == "hello");
    static assert(foo62(4) == "betty");
}

/************************************************/

void test63()
{
    static auto x = foo63();
}

int foo63()
{
    pragma(msg, "Crash!");
    return 2;
}

/************************************************/

dstring testd64(dstring input)
{
    debug int x = 10;
    return "my";
}

void test64()
{
    static x = testd64("hello");
}

/************************************************/

struct S65
{
    int i;
    int j = 3;
}

int foo(S65 s1, S65 s2)
{
    return s1 == s2;
}

void test65()
{
    static assert(foo(S65(1, 5), S65(1, 5)) == 1);
    static assert(foo(S65(1, 5), S65(1, 4)) == 0);
}

/************************************************/

struct S66
{
    int i;
    int j = 3;
}

int foo66(S66 s1)
{
    return s1.j;
}

void test66()
{
    static assert(foo66(S66(1, 5)) == 5);
}

/************************************************/

struct S67
{
    int i;
    int j = 3;
}

int foo67(S67 s1)
{
    s1.j = 3;
    int i = (s1.j += 2);
    assert(i == 5);
    return s1.j + 4;
}

void test67()
{
    static assert(foo67(S67(1, 5)) == 9);
}

/************************************************/

int foo68(int[] a)
{
    a[1] = 3;
    int x = (a[0] += 7);
    assert(x == 8);
    return a[0] + a[1];
}

void test68()
{
    static assert(foo68( [1,5] ) == 11);
}

/************************************************/

int foo69(char[] a)
{
    a[1] = 'c';
    char x = (a[0] += 7);
    assert(x == 'h');
    assert(x == a[0]);
    return a[0] + a[1] - 'a';
}

void test69()
{
    static assert(foo69(['a', 'b']) == 'j');
}

/************************************************/

int foo70(int[string] a)
{
    a["world"] = 5;
    auto x = (a["hello"] += 7);
    assert(x == 10);
    assert(x == a["hello"]);
    return a["hello"] + a["betty"] + a["world"];
}

void test70()
{
    static assert(foo70(["hello":3, "betty":4]) == 19);
}

/************************************************/

size_t foo71(int[string] a)
{
    return a.length;
}

void test71()
{
    static assert(foo71(["hello":3, "betty":4]) == 2);
}

/************************************************/

string[] foo72(int[string] a)
{
    return a.keys;
}

void test72()
{
    static assert(foo72(["hello":3, "betty":4]) == ["hello", "betty"]);
}

/************************************************/

int[] foo73(int[string] a)
{
    return a.values;
}

void test73()
{
    static assert(foo73(["hello":3, "betty":4]) == [3, 4]);
}

/************************************************/

bool b74()
{
    string a = "abc";
    return (a[$-1] == 'c');
}

const c74 = b74();

void test74()
{
    assert(c74 == true);
}

/************************************************/

struct FormatSpec
{
    uint leading;
    bool skip;
    uint width;
    char modifier;
    char format;
    uint formatStart;
    uint formatLength;
    uint length;
}

FormatSpec GetFormat(string s)
{
    FormatSpec result;
    return result;
}

FormatSpec GetFormat2(string s)
{
    FormatSpec result = FormatSpec();
    result.length = 0;
    assert(result.length < s.length);
    while (result.length < s.length)
    {
        ++result.length;
    }
    return result;
}

void test75()
{
    static FormatSpec spec = GetFormat("asd");

    assert(spec.leading == 0);
    assert(spec.modifier == char.init);

    static FormatSpec spec2 = GetFormat2("asd");
    assert(spec2.length == 3);
}

/************************************************/

int f76()
{
    int[3] a = void;
    a[0] = 1;
    assert(a[0] == 1);
    return 1;
}

const i76 = f76();

void test76()
{
}

/************************************************/

struct V77
{
    int a;
    int b;
}

V77 f77()
{
    int q = 0;
    int unused;
    int unused2;
    return V77(q, 0);
}

void test77()
{
    const w = f77();
    const v = f77().b;
}

/************************************************/

struct Bar78
{
    int x;
}

int foo78()
{
    Bar78 b = Bar78.init;
    Bar78 c;
    b.x = 1;
    b = bar(b);
    return b.x;
}

Bar78 bar(Bar78 b)
{
    return b;
}

void test78()
{
    static x = foo78();
}

/************************************************/

struct Bar79
{
    int y,x;
}

int foo79()
{
    Bar79 b = Bar79.init;

    b.x = 100;

    for (size_t i = 0; i < b.x; i++) { }

    b.x++;
    b.x = b.x + 1;

    return b.x;
}

void test79()
{
    static x = foo79();
    printf("x = %d\n", x);
    assert(x == 102);
}

/************************************************/

void test80()
{
}

/************************************************/

string foo81()
{
    return "";
}

string rod81(string[] a)
{
    return a[0];
}

void test81()
{
    static x = rod81([foo81(), ""]);
    assert(x == "");
}


/************************************************/

struct S82
{
    string name;
}

const S82 item82 = {"item"};

string mixItemList82()
{
    return item82.name;
}

const string s82 = mixItemList82();

void test82()
{
    assert(s82 == "item");
}

/************************************************/

struct S83
{
    string name;
}

const S83[] items83 =
[
    {"item"},
];

string mixItemList83()
{
    string s;
    foreach (item; items83)
        s ~= item.name;
    return s;
}

const string s83 = mixItemList83();

void test83()
{
    writeln(s83);
    assert(s83 == "item");
}

/************************************************/

struct S84 { int a; }

int func84()
{
    S84 [] s = [S84(7)];
    return s[0].a; // Error: cannot evaluate func() at compile time
}

void test84()
{
    const int x = func84();
    assert(x == 7);
}

/************************************************/

struct S85
{
    int a;
}

size_t func85()
{
    S85 [] s;
    s ~= S85(7);
    return s.length;
}

void test85()
{
    const size_t x = func85();
    assert(x == 1);
}

/************************************************/

struct Bar86
{
    int x;
    char[] s;
}

char[] foo86()
{
    Bar86 bar;
    return bar.s;
}

void test86()
{
    static x = foo86();
    assert(x == null);
}

/************************************************/

struct Bar87
{
    int x;
}

int foo87()
{
    Bar87 bar;
    bar.x += 1;
    bar.x++;
    return bar.x;
}

void test87()
{
    static x = foo87();
    assert(x == 2);
}

/************************************************/

int foo88()
{
    char[] s;
    int i;

    if (s)
    {
        i |= 1;
    }

    if (s == null)
    {
        i |= 2;
    }

    if (s is null)
    {
        i |= 4;
    }

    if (s == "")
    {
        i |= 8;
    }

    if (s.length)
    {
        i |= 16;
    }

    if (s == ['c'][0..0])
    {
        i |= 32;
    }


    if (null == s)
    {
        i |= 64;
    }

    if (null is s)
    {
        i |= 128;
    }

    if ("" == s)
    {
        i |= 256;
    }

    if (['c'][0..0] == s)
    {
        i |= 512;
    }

    return i;
}

void test88()
{
    static x = foo88();
    printf("x = %x\n", x);
    assert(x == (2|4|8|32|64|128|256|512));
}

/************************************************/

template Tuple89(T...)
{
    alias T val;
}

alias Tuple89!(int) Tup89;

string gen89()
{
    foreach (i, type; Tup89.val)
    {
        assert(i == 0);
        assert(is(type == int));
    }
    return null;
}

void test89()
{
    static const string text = gen89();
    assert(text is null);
}

/************************************************/

string bar90(string z)
{
    return z;
}

string foo90(string a, string b)
{
    string f = a.length == 1 ? a: foo90("B", "C");
    string g = b.length == 1 ? b: bar90(foo90("YYY", "A"));
    return  f;
}

void test90()
{
    static const string xxx = foo90("A", "xxx");
    printf("%.*s\n", xxx.length, xxx.ptr);
    assert(xxx == "A");
}

/************************************************/

struct PR91
{
}

int foo91()
{
    PR91 pr;
    pr = PR91();
    return 0;
}

void test91()
{
    static const i = foo91();
}

/************************************************/

char find92(immutable(char)[7] buf)
{
    return buf[3];
}


void test92()
{
    static const pos = find92("abcdefg");
    assert(pos == 'd');
}

/************************************************/

static string hello93()
{
    string result = "";
    int i = 0;
    for (;;)
    {
        result ~= `abc`;
        i += 1;
        if (i == 3)
            break;
    }
    return result;
}

void test93()
{
    static string s = hello93();
    assert(s == "abcabcabc");
}

/************************************************/

int foo94 (string[] list, string s)
{
    if (list.length == 0)
        return 1;
    else
    {
        return 2 + foo94(list[1..$], list[0]);
    }
}

void test94()
{
    printf("test94\n");
    static const int x = foo94(["a", "b"], "");
    assert(x == 5);
}

/************************************************/

char[] func95(immutable char[] s)
{
    char[] u = "".dup;
    u ~= s;
    u = u ~ s;
    return u;
}

void test95()
{
    mixin(func95("{}"));
}

/************************************************/

char[] func96(string s)
{
    char[] u = "".dup;
    u ~= s;
    u = u ~ s;
    return u;
}

void test96()
{
    mixin(func96("{}"));
}

/************************************************/

string foo97()
{
    string a;
    a ~= "abc"; // ok
    string[] b;
    b ~= "abc"; // ok
    string[][] c;
    c ~= ["abc", "def"];
    string[][] d = [];
    d ~= ["abc", "def"]; // ok
    return "abc";
}

void test97()
{
    static const xx97 = foo97();
}

/************************************************/

immutable(int)[] foo98(immutable(int)[][] ss)
{
    immutable(int)[] r;
    r ~= ss[0]; // problem here
    return r;
}

void test98()
{
    const r = foo98([[1], [2]]);
}

/************************************************/

struct Number
{
    public int value;
    static Number opCall(int value)
    {
        Number n = void;
        n.value = value;
        return n;
    }
}

class Crash
{
    Number number = Number(0);
}

void test99()
{
}

/************************************************/

int[] map100 = ([4:true, 5:true]).keys;
bool[] foo100 = ([4:true, 5:true]).values;

void test100()
{
}

/************************************************/

int foo101()
{
    immutable bool [int] map = [4:true, 5:true];
    foreach (x; map.keys) {}
    return 3;
}

static int x101 = foo101();

void test101()
{
}

/************************************************/

int foo102()
{
    foreach (i; 0 .. 1)
        return 1;
    return 0;
}
static assert(foo102() == 1);

int bar102()
{
    foreach_reverse (i; 0 .. 1)
        return 1;
    return 0;
}
static assert(bar102() == 1);

void test102()
{
}

/************************************************/

int foo103()
{
    foreach (c; '0' .. '9') {  }
    foreach_reverse (c; '9' .. '0') {  }
    return 0;
}

enum x103 = foo103();

void test103()
{
}

/************************************************/

struct S
{
    int x;
    char y;
}

// Functions which should fail CTFE

int badfoo()
{
    S[2] c;
    int w = 4;
    c[w].x = 6;  // array bounds error
    return 7;
}

int badglobal = 1;

int badfoo3()
{
    S[2] c;
    c[badglobal].x = 6;  // global index error
    return 7;
}

int badfoo4()
{
    static S[2] c;
    c[0].x = 6;  // Cannot access static
    return 7;
}

/+ // This doesn't compile at runtime
int badfoo5()
{
    S[] c = void;
    c[0].x = 6;  // c is uninitialized, and not a static array.
    return 1;
}
+/

int badfoo6()
{
    S[] b = [S(7), S(15), S(56), S(12)];
    b[-2..4] = S(17); // exceeding (negative) array bounds
    return 1;
}

int badfoo7()
{
    S[] b = [S(7), S(15), S(56), S(12), S(67)];
    S[] c = [S(17), S(4)];
    b[1..4] = c[]; // slice mismatch in dynamic array
    return 1;
}

int badfoo8()
{
    S[] b;
    b[1..3] = [S(17), S(4)]; // slice assign to uninitialized dynamic array
    return 1;
}

template Compileable(int z) { bool OK = true;}
static assert(!is(typeof(Compileable!(badfoo()).OK)));
static assert(!is(typeof(Compileable!(
(){
    S[] c;
    return c[7].x;  // uninitialized error
}()).OK
)));
static assert( is(typeof(Compileable!(0).OK)));
static assert(!is(typeof(Compileable!(badfoo3()).OK)));
static assert(!is(typeof(Compileable!(badfoo4()).OK)));
//static assert(!is(typeof(Compileable!(badfoo5()).OK)));
static assert(!is(typeof(Compileable!(badfoo6()).OK)));
static assert(!is(typeof(Compileable!(badfoo7()).OK)));
static assert(!is(typeof(Compileable!(badfoo8()).OK)));

// Functions which should pass CTFE

int goodfoo1()
{
    int[8] w;           // use static array in CTFE
    w[] = 7;            // full slice assign
    w[$ - 1] = 538;     // use of $ in index assignment
    assert(w[6] == 7);
    return w[7];
}
static assert(goodfoo1() == 538);

int goodfoo2()
{
    S[4] w = S(101);    // Block-initialize array of structs
    w[$ - 2].x = 917;   // use $ in index member assignment
    w[$ - 2].y = 58;    // this must not clobber the prev assignment
    return w[2].x;      // check we got the correct one
}
static assert(goodfoo2() == 917);

static assert(is(typeof(Compileable!(
(){
    S[4] w = void;      // uninitialized array of structs
    w[$ - 2].x = 217;   // initialize one member
    return w[2].x;
}()).OK
)));

int goodfoo4()
{
    S[4] b = [S(7), S(15), S(56), S(12)];   // assign from array literal
    assert(b[3] == S(12));
    return b[2].x - 55;
}
static assert(goodfoo4()==1);

int goodfoo5()
{
    S[4] b = [S(7), S(15), S(56), S(12)];
    b[0..2] = [S(2), S(6)];         // slice assignment from array literal
    assert(b[3] == S(12));
    assert(b[1] == S(6));
    return b[0].x;
}
static assert(goodfoo5() == 2);
static assert(goodfoo5() == 2);     // check for memory corruption

int goodfoo6()
{
    S[6] b = void;
    b[2..5] = [S(2), S(6), S(17)];  // slice assign to uninitialized var
    assert(b[4] == S(17));
    return b[3].x;
}
static assert(goodfoo6() == 6);

int goodfoo7()
{
    S[8] b = void;
    b[2..5] = S(217);   // slice assign to uninitialized var
    assert(b[4] == S(217));
    return b[3].x;
}
static assert(goodfoo7() == 217);

int goodfoo8()
{
    S[] b = [S(7), S(15), S(56), S(12), S(67)];
    b[2..4] = S(17);    // dynamic array block slice assign
    assert(b[3] == S(17));
    assert(b[4] == S(67));
    return b[0].x;
}
static assert(goodfoo8() == 7);

// --------- CTFE MEMBER FUNCTION TESTS --------
struct Q
{
    int x;
    char y;
    int opAddAssign(int w)
    {
        x += w;
        return x + w;
    }
    Q opSubAssign(int w)
    {
        x -= w;
        version(D_Version2) { mixin("return this;"); } else { mixin("return *this;"); }
    }
    int boo()  { return 4; }
    int coo()  { return x; }
    int foo()  { return coo(); }
    int doo(int a)
    {
        Q z = Q(a, 'x');
        z.x += 5;
        return z.coo() + 3 * x;
    }
    void goo(int z) { x = z; }
    int hoo(int y, int z) { return y + z; }
    void joo(int z)
    {
        x += z;
    }
}

int memtest1()
{
    Q b = Q(15, 'a');
    return b.hoo(3, 16);    // simple const function
}

static assert(memtest1() == 19);

int memtest2()
{
    Q b = Q(15, 'x');
    b.x -= 10;
    return b.coo();
}

static assert(memtest2() == 5);

int memtest3()
{
    Q b = Q(15, 'x');
    b.x -= 10;
    return b.foo();
}

static assert(memtest3() == 5);

int memtest4()
{
    Q b = Q(12, 'x');
    return b.doo(514);
}
static assert(memtest4() == 519 + 3 * 12);


int memtest5()
{
    Q b = Q(132, 'x');
    b.goo(4178);    // Call modifying member
    return b.x;
}
static assert(memtest5() == 4178);

int memtest6()
{
    Q q = Q(1);
    q += 3;         // operator overloading
    return q.x;
}
static assert(memtest6() == 4);

static assert(!is(typeof(Compileable!(Q += 2).OK)));    // Mustn't cause segfault

int memtest7()
{
    Q q = Q(57);
    q -= 35;
    return q.x;
}

static assert(memtest7() == 57 - 35);

int memtest8()
{
    Q[3] w;
    w[2].x = 17;
    w[2].joo(6);    // Modify member of array
    w[1].x += 18;
    return w[2].coo();
}

static assert(memtest8() == 6 + 17);

// --------- CTFE REF PASSING TESTS --------

// Bugzilla 1950 - CTFE doesn't work correctly for structs passed by ref
struct S1950
{
    int x;
}

int foo1950()
{
    S1950 s = S1950(5);     // explicitly initialized
    bar1950(s);
    return s.x;
}

void bar1950(ref S1950 w)
{
    w.x = 10;
}

static assert(foo1950() == 10); // OK <- Fails, x is 0

int foo1950b()
{
    S1950 s;  // uninitialized
    bar1950(s);
    return s.x;
}

static assert(foo1950b() == 10); // OK <- Fails, x is 0


// More extreme case, related to 1950

void bar1950c(ref int w)
{
    w = 87;
}

int foo1950c()
{
    int[5] x;
    x[] = 56;
    bar1950c(x[1]);     // Non-trivial ref parameters
    return x[1];
}

static assert(foo1950c() == 87);

void bar1950d(ref int[] w)
{
    w[1..$] = 87;
    w[0] += 15;
}

int foo1950d()
{
    int[] x = [1, 2, 3, 4, 5];
    x[1..$] = 56;
    bar1950d(x);    // Non-trivial ref parameters
    assert(x[0] == 16);
    return x[1];
}

static assert(foo1950d() == 87);

// Nested functions
int nested(int x)
{
    int y = 3;
    int inner(int w)
    {
        int z = 2;
        ++z;
        y += w;
        return x + 3;
    }

    int z = inner(14);
    assert(y == 17);
    inner(8);
    assert(y == 17 + 8);
    return z + y;
}

static assert(nested(7) == 17 + 8 + 10);
static assert(nested(7) == 17 + 8 + 10);

// Recursive nested functions

int nested2(int x)
{
   int y = 3;
   int inner(int w)
    {
        int z = 2;
        ++z;
        ++y;
        if (w <= 1)
            return x + 3;
        else
            return inner(w - 1);
    }

   int z = inner(14);
   assert(y == 17);

   inner(8);
   assert(y == 17 + 8);
   return z + y;
}

static assert(nested2(7) == 17 + 8 + 10);

// 1605 D1 & D2. break in switch with goto breaks in ctfe
int bug1605()
{
    int i = 0;
    while (true)
    {
        goto LABEL;
    LABEL:
        if (i != 0)
            return i;
        i = 27;
    }
    assert(i == 27);
    return 88; // unreachable
}

static assert(bug1605() == 27);

// 2564. D2 only. CTFE: the index in a tuple foreach is uninitialized (bogus error)
// NOTE: Beware of optimizer bug 3264.

int bug2564()
{
    version(D_Version2) { mixin("enum int Q = 0;"); }else {mixin("int Q = 0;"); }
    string [2] s = ["a", "b"];
    assert(s[Q].dup == "a");
    return 0;
}

static int bug2564b = bug2564();


// 1461 D1 + D2. Local variable as template alias parameter breaks CTFE
void bug1461()
{
    int x;
    static assert(Gen1461!(x).generate() == null);
}

template Gen1461(alias A)
{
    string generate()
    {
        return null;
    }
}

/************************************************/

string foo104(string[] a...)
{
    string result = "";
    foreach (s; a)
        result ~= s;
    return result;
}

mixin (foo104("int ", "x;"));

/************************************************/

struct SwineFlu
{
    int a;
    int b;
}

struct Infection
{
    SwineFlu y;
}

struct IveGotSwineFlu
{
    Infection x;
    int z;
    int oink() { return x.y.a + 10; }
}

int quarantine()
{
    IveGotSwineFlu d;
    return d.oink();
}

struct Mexico
{
    Infection x;
    int z = 2;
    int oink() { return z + x.y.b; }
}

int mediafrenzy()
{
    Mexico m;
    return m.oink;
}

static assert(quarantine() == 10);
static assert(mediafrenzy() == 2);

/************************************************/

int ctfeArrayTest(int z)
{
    int[] a = new int[z];
    a[$ - 3] = 6;
    assert(a.length == z);
    return a[$ - 3];
}
static assert(ctfeArrayTest(15) == 6);

/************************************************/

char bugzilla1298()
{
    char [4] q = "abcd".dup;
    char [4] r = ['a', 'b', 'c', 'd'];
    assert(q == r);
    q[0..2] = "xy";
    q[2] += 3;
    return q[2];
}

static assert(bugzilla1298() == 'f');

int bugzilla1790(Types...)()
{
    foreach (T; Types)
    {
    }
    return 0;
}

const int bugs1790 = bugzilla1790!("")();

char ctfeStrTest1()
{
    char [8] s = void;
    s[2..4] = 'x';

   assert(s.length == 8);
   return s[3];
}

static assert(ctfeStrTest1() == 'x');

//--------- DELEGATE TESTS ------

// Function + delegate literals inside CTFE
int delegtest1()
{
    assert(function int(int a){ return 7 + a; }(16) == 23);
    return delegate int(int a){ return 7 + a; }(6);
}

int delegtest2()
{
    int innerfunc1()
    {
        return delegate int(int a){ return 7 + a; }(6);
    }
    int delegate() f = &innerfunc1;
    return 3 * f();
}

int delegtest3()
{
    int function() f = &delegtest1;
    return 3 * f();
}

struct DelegStruct
{
    int a;
    int bar(int x) { return a + x; }
}

int delegtest4()
{
    DelegStruct s;
    s.a = 5;
    auto f = &s.bar;
    return f(3);
}

alias int delegate(int) DelegType;

// Test arrays of delegates
int delegtest5()
{
    DelegStruct s;
    s.a = 5;
    DelegType[4] w;
    w[] = &s.bar;
    return w[2](3);
}

// Test arrays of structs of delegates
struct FoolishStruct
{
    DelegType z;
}

int delegtest6()
{
    DelegStruct s;
    s.a = 5;
    FoolishStruct k[3];
    DelegType u = &s.bar;
    k[1].z = u;
    return k[1].z(3);
}

static assert(delegtest1() == 13);
static assert(delegtest2() == 39);
static assert(delegtest3() == 39);
static assert(delegtest4() == 8);
static assert(delegtest5() == 8);
static assert(delegtest6() == 8);

// Function + delegate literals, module scope
static assert(function int(int a){ return 17 + a; }(16) == 33);
static assert(            (int a){ return  7 + a; }(16) == 23);

// --- Test lazy ---
int lazyTest1(lazy int y)
{
    return y + 1;
}

int lazyTest2(int x)
{
    return lazyTest1(x);
}

static assert(lazyTest1(7) == 8);
static assert(lazyTest2(17) == 18);

/************************************************/

version(D_Version2)
{
// Bug 4020 and 4027 are D2 only

struct PostblitCrash
{
    int x;
    mixin("this(this) { ++x; }");
}

int bug4020()
{
    PostblitCrash f;
    f.x = 3;
    f = f;
    f = f;
    return f.x;
}
static assert(bug4020() == 5);

string delegate() bug4027(string s)
{
    return { return s; };
}

// If it compiles, it must not generate wrong code on D2.
static if (is(typeof((){ static const s = bug4027("aaa")(); }()))) {
    static assert(bug4027("aaa")() == "aaa");
    static assert(bug4027("bbb")() == "bbb");
}
}

// ---

void bug4004a(ref int a)
{
    assert(a == 7);
    a += 3;
}

void bug4004b(ref int b)
{
    b = 7;
    bug4004a(b);
}

int bug4004c()
{
    int offset = 5;
    bug4004b(offset);
    return offset;
}

static assert(bug4004c() == 10);

// ---

int bug4019()
{
    int[int] aa;
    aa[1] = 2;
    aa[4] = 6;
    return aa[1] + aa[4];
}
static assert(bug4019() == 8);

// ---

string delegate() bug4029a()
{
    return { return "abc"[]; };
}

string bug4029()
{
   return bug4029a()();
}

static assert(bug4029() == "abc");

/************************************************/

int bug4078()
{
    int[] arr = new int[1];
    return arr[0];
}
static assert(bug4078() == 0);

int bug4052()
{
    int[] arr = new int[1];
    int s;
    foreach (x; arr)
        s += x;
    foreach (x; arr)
        s += x * x;
    return 4052;
}
static assert(bug4052() == 4052);

int bug4252()
{
    char [] s = "abc".dup;
    s[15] = 'd';    // Array bounds error
    return 3;
}

static assert(!is(typeof(Compileable!(bug4252()))));

size_t setlen1()
{
    int[] w = new int[4];
    w[] = 7;
    w.length = 6;
    return 21 + w.length;
}

static assert(setlen1() == 27);

size_t setlen2()
{
    int[] w;
    w.length = 15;
    assert(w[3] == 0);
    w[2] = 8;
    w[14] = 7;
    w.length = 12;  // check shrinking
    assert(w[2] == 8);
    return 2 + w.length;
}

static assert(setlen2() == 14);

/************************************************/

int bug4257(ref int x)
{
    return 3;
}

int bug4257c(int x)
{
    return 3;
}

struct Struct4257
{
    int foo() { return 2; }
}

void bug4257b()
{
    int y;
    static assert(!is(typeof(Compileable!(bug4257(y)))));
    static assert(!is(typeof(Compileable!(bug4257c(y)))));
    Struct4257 s;
    static assert(!is(typeof(Compileable!(s.foo()))));
}

/************************************************/
// 5117

static int dummy5117 = test5117();

int test5117()
{
    S5117 s;
    s.change();
    assert(s.value == 1);       // (7) succeeds

    R5117 r;
    r.s.change();
    assert(r.s.value == 1);     // (11) fails, value == 0

    return 0;
}

struct S5117
{
    int value;
    void change() { value = 1; }
}

struct R5117
{
    S5117 s;
}

/************************************************/

enum dummy5117b = test5117b();

int test5117b()
{
    S5117b s;
    getRef5117b(s).change();
    assert(s.value == 1);     // fails, value == 0
    return 0;
}
ref S5117b getRef5117b(ref S5117b s) { return s; }

struct S5117b
{
    int value;
    void change() { value = 1; }
}

/************************************************/
// 6439

struct A6439
{
    this(uint a, uint b)
    {
        begin = a;
        end = b;
    }
    union
    {
        struct
        {
            uint begin, end;
        }
        uint[2] arr;
    }
}

void test6439()
{
    enum y = A6439(10, 20);
    A6439 y2 = A6439(10, 20);
    assert(y2.begin == y.begin && y2.end == y.end);  //passes
    assert(y.arr != [0,0]);
    assert(y.arr == [10,20]);
    assert(y.arr == y2.arr);
}

/************************************************/
// from tests/fail_compilation/fail147

static assert(!is(typeof(Compileable!(
    (int i){
        int x = void;
        ++x; // used before initialization
        return i + x;
    }(3)
))));

// 6504 regression
void test6504()
{
    for (int i = 0; i < 3; ++i)
    {
        char[] x2 = "xxx" ~ ['c'];
        assert(x2[1] == 'x');
        x2[1] = 'q';
    }
}

// 8818 regression
void test8818()
{
    static bool test()
    {
        string op1 = "aa";
        string op2 = "b";
        assert("b" >= "aa");
        assert(op2 >= op1);
        return true;
    }
    static assert(test());
    assert(test());
}

/************************************************/

struct Test104Node
{
    int val;
    Test104Node* next;
}

Test104Node* CreateList(int[] arr)
{
    if (!arr.length)
        return null;
    Test104Node* ret = new Test104Node;
    ret.val = arr[0];
    ret.next = CreateList(arr[1..$]);
    return ret;
}

const(Test104Node)* root = CreateList([1, 2, 3, 4, 5]);

void test104()
{
    assert(root.val == 1);
    assert(root.next.val == 2);
    assert(root.next.next.val == 3);
    assert(root.next.next.next.val == 4);
    assert(root.next.next.next.next.val == 5);
}

/************************************************/

interface ITest105a
{
    string test105a() const;
}

class Test105a : ITest105a
{
    char a;
    int b;
    char c = 'C';
    int d = 42;
    string test105a() const { return "test105a"; }
}

interface ITest105b
{
    string test105b() const;
}

class Test105b : Test105a, ITest105b
{
    char e;
    int f;
    this(char _e, int _f, char _a, int _b) pure
    {
        e = _e;
        f = _f;
        a = _a;
        b = _b;
    }
    string test105b() const { return "test105b"; }
}

    const Test105b  t105b  = new Test105b('E', 88, 'A', 99);
    const Test105a  t105a  = new Test105b('E', 88, 'A', 99);
    const ITest105b t105ib = new Test105b('E', 88, 'A', 99);
    const ITest105a t105ia = new Test105b('E', 88, 'A', 99);
__gshared Test105b  t105gs = new Test105b('E', 88, 'A', 99);
   shared Test105b  t105bs = new    shared(Test105b)('E', 88, 'A', 99);
immutable Test105b  t105bi = new immutable(Test105b)('E', 88, 'A', 99);

void test105()
{
    assert(t105b.a == 'A');
    assert(t105b.b == 99);
    assert(t105b.c == 'C');
    assert(t105b.d == 42);
    assert(t105b.e == 'E');
    assert(t105b.f == 88);
    assert(t105b.test105a() == "test105a");
    assert(t105b.test105b() == "test105b");

    assert(t105a.a == 'A');
    assert(t105a.b == 99);
    assert(t105a.c == 'C');
    assert(t105a.d == 42);
    assert(t105a.test105a() == "test105a");

    assert(t105ia.test105a() == "test105a");
    assert(t105ib.test105b() == "test105b");

    assert(t105a.classinfo is Test105b.classinfo);
    //t105b.d = -1;
    //assert(t105b.d == -1);
    //assert(t105a.d == 42);

    assert(t105gs.a == 'A');
    assert(t105gs.b == 99);
    assert(t105gs.c == 'C');
    assert(t105gs.d == 42);
    assert(t105gs.e == 'E');
    assert(t105gs.f == 88);
    assert(t105gs.test105a() == "test105a");
    assert(t105gs.test105b() == "test105b");

    assert(t105bs.a == 'A');
    assert(t105bs.b == 99);
    assert(t105bs.c == 'C');
    assert(t105bs.d == 42);
    assert(t105bs.e == 'E');
    assert(t105bs.f == 88);

    assert(t105bi.a == 'A');
    assert(t105bi.b == 99);
    assert(t105bi.c == 'C');
    assert(t105bi.d == 42);
    assert(t105bi.e == 'E');
    assert(t105bi.f == 88);
    assert(t105bi.test105a() == "test105a");
    assert(t105bi.test105b() == "test105b");
}

int bug9938()
{
    assert(t105ia.test105a() == "test105a");
    return 1;
}

static assert(t105ia.test105a() == "test105a");
static assert(bug9938());

/************************************************/

struct Test106
{
    Test106* f;
    Test106* s;
}

Test106* ctfe106()
{
    auto s = new Test106;
    auto s2 = new Test106;
    s.f = s2;
    s.s = s2;
    assert(s.f is s.s);
    return s;
}

const(Test106)* t106 = ctfe106();

void test106()
{
    assert(t106.f is t106.s);
}

/************************************************/

class Test107
{
    Test107 a;
    Test107 b;

    this()
    {
    }

    this(int)
    {
        a = new Test107();
        b = a;
        assert(a is b);
    }
}

const Test107 t107 = new Test107(1);

void test107()
{
    assert(t107.a is t107.b);
}

/************************************************/

/*
interface Getter
{
    int getNum() const;
}

class Test108 : Getter
{
    int f;
    this(int v) inout
    {
        f = v;
    }

    int getNum() const
    {
        return f;
    }
}

enum const(Test108) t108 = new Test108(38);

void test108()
{
    const Test108 obj = t108;
    assert(obj.classinfo is Test108.classinfo);
    assert(obj.f == 38);

    const Getter iobj = t108;
    assert(iobj.getNum() == 38);
    assert((cast(Object)iobj).classinfo is Test108.classinfo);
    assert(t108 is t108);
}
*/

/***** Bug 5678 *********************************/

/*
struct Bug5678
{
    this(int) {}
}

enum const(Bug5678)* b5678 = new const(Bug5678)(0);

void test5678()
{
    assert(b5678 is b5678);
}*/

/************************************************/

class Test109C { this(){ this.c = this; } Test109C c; }
const t109c = new Test109C();

struct Test109S { this(int){ this.s = &this; } Test109S* s; }
const t109s = new Test109S(0);
pragma(msg, t109s); // Make sure there is no infinite recursion.

void test109()
{
    assert(t109c.c is t109c);
    assert(t109s.s is t109s);
}

/************************************************/

struct Test110f { int f1; Test110s f2; }
struct Test110s { this(int, int, int){} }
auto test110 = [Test110f(1, Test110s(1, 2, 3))];

/************************************************/
// 6907

int test6907()
{
    int dtor1;
    class C { ~this() { ++dtor1; } }

    // delete on Object
    { Object o; delete o; }
    { scope o = new Object(); }
    { Object o = new Object(); delete o; }

    // delete on C
    { C c; delete c; }
    { { scope c = new C(); } assert(dtor1 == 1); }
    { { scope Object o = new C(); } assert(dtor1 == 2); }
    { C c = new C(); delete c; assert(dtor1 == 3); }
    { Object o = new C(); delete o; assert(dtor1 == 4); }

    int dtor2;
    struct S1 { ~this() { ++dtor2; } }

    // delete on S1
    { S1* p; delete p; }
    { S1* p = new S1(); delete p; assert(dtor2 == 1); }

    // delete on S1[]
    { S1[] a = [S1(), S1()]; delete a; assert(dtor2 == 3); }

    return 1;
}
static assert(test6907());

/************************************************/
// 9023

bool test9023()
{
    string[][string] aas;
    assert(aas.length == 0);
    aas["a"] ~= "anything";
    assert(aas.length == 1);
    assert(aas["a"] == ["anything"]);
    aas["a"] ~= "more";
    assert(aas.length == 1);
    assert(aas["a"] == ["anything", "more"]);

    int[int] aan;
    assert(aan.length == 0);
    auto x = aan[0]++;
    assert(x == 0);
    assert(aan.length == 1);
    assert(aan[0] == 1);

    return true;
}
static assert(test9023());

/************************************************/
// 15817

S[] split15817(S)(S s)
{
    size_t istart;
    S[] result;

    foreach (i, c ; s)
        result ~= s[istart .. i];
    return result;
}

int test15817()
{
    auto targets = `a1`.split15817;
    uint[string] counts;
    foreach (a; targets)
        counts[a]++;
    assert(counts == ["":1u, "a":1]);
    return 1;
}
static assert(test15817());

/************************************************/

interface IBug9954
{
    string foo() const;
}

class Bug9954 : IBug9954
{
    string foo() const { return "hello"; }
}

IBug9954 makeIBug9954()
{
    return new Bug9954;
}

const IBug9954 b9954 = makeIBug9954();

void test9954()
{
    assert(b9954.foo() == "hello");
}

/************************************************/
// 10483

struct Bug10483
{
    int val[3][4];
}

struct Outer10483
{
    Bug10483 p = Bug10483(67);
}

int k10483a = Outer10483.init.p.val[2][2];   // ICE(expression.c)

void test10483()
{
    int k10483b = Outer10483.init.p.val[2][2]; // Segfault (backend/type.c)
}

/************************************************/

struct S10669 { uint x; }

static const S10669 iid0_10669 = S10669(0);

class C10669
{
    static const S10669 iid1_10669 = S10669(1);
};

const S10669 IID0_10669 = iid0_10669;
const S10669 IID1_10669 = C10669.iid1_10669;

/************************************************/

TypeInfo getTi()
{
    return typeid(int);
}

auto t112 = getTi();

void test112()
{
    assert(t112.toString() == "int");
}

/************************************************/
// 10687

enum Foo10687 : uint { A, B, C, D, E }
immutable uint[5][] m10687 = [[0, 1, 2, 3, 4]];

void test10687()
{
    static immutable uint[5] a1 = [0, 1, 2, 3, 4];
    auto   a2 = cast(immutable(Foo10687[5]))a1;
    static a3 = cast(immutable(Foo10687[5]))a1;

    auto   foos1 = cast(immutable(Foo10687[5][]))m10687;
    static foos2 = cast(immutable(Foo10687[5][]))m10687;
}

/************************************************/

void test113()
{
    import core.math;

    static void compare(real a, real b)
    {
        writefln("compare(%30.30f, %30.30f);", a, b);
        assert(fabs(a - b) < 128 * real.epsilon);
    }

    static if (__traits(compiles, (){ enum real ctval1 = yl2x(3.14, 1); }))
    {
        enum real ctval1 = yl2x(3.14, 1);
        enum real ctval2 = yl2x(2e1500L, 3);
        enum real ctval3 = yl2x(1, 5);

        real rtval1 = yl2x(3.14, 1);
        real rtval2 = yl2x(2e1500L, 3);
        real rtval3 = yl2x(1, 5);

        compare(ctval1, rtval1);
        compare(ctval2, rtval2);
        compare(ctval3, rtval3);
    }

    static if (__traits(compiles, (){ enum real ctval4 = yl2xp1(3.14, 1); }))
    {
        enum real ctval4 = yl2xp1(3.14, 1);
        enum real ctval5 = yl2xp1(2e1500L, 3);
        enum real ctval6 = yl2xp1(1, 5);

        real rtval4 = yl2xp1(3.14, 1);
        real rtval5 = yl2xp1(2e1500L, 3);
        real rtval6 = yl2xp1(1, 5);

        compare(ctval4, rtval4);
        compare(ctval5, rtval5);
        compare(ctval6, rtval6);
    }
}

/************************************************/
// 14140

struct S14140
{
    union
    {
        float[3][1] A;
        float[3] flat;
    }

    this(in float[] args...)
    {
        flat[] = args[];
    }
}

class C14140
{
    union
    {
        float[3][1] A;
        float[3] flat;
    }

    this(in float[] args...)
    {
        flat[] = args[];
    }
}

immutable s14140 = S14140(0, 1, 0);
const c14140 = new C14140(0, 1, 0);

void test14140()
{
    auto s = s14140;
    assert(s.flat == [0, 1, 0]);

    auto c = c14140;
    assert(c.flat == [0, 1, 0]);
}

/************************************************/
// 14862

struct S14862
{
    union
    {
        struct { uint hi, lo; }
        ulong data;
    }

    this(ulong data)
    {
        this.data = data;
    }
}

void test14862()
{
           S14862 s14862 = S14862(123UL);
      enum S14862 e14862 = S14862(123UL);
    static S14862 g14862 = S14862(123UL);

    assert(s14862.data == 123UL);   // OK
    assert(e14862.data == 123UL);   // OK
    assert(g14862.data == 123UL);   // OK <- fail
}

/************************************************/
// 15681

void test15681()
{
    static struct A { float value; }

    static struct S
    {
        A[2] values;

        this(float)
        {
            values[0].value = 0;
            values[1].value = 1;
        }
    }

    auto s1 = S(1.0f);
    assert(s1.values[0].value == 0);        // OK
    assert(s1.values[1].value == 1);        // OK

    enum s2 = S(1.0f);
    static assert(s2.values[0].value == 0); // OK <- NG
    static assert(s2.values[1].value == 1); // OK
    assert(s2.values[0].value == 0);        // OK <- NG
    assert(s2.values[1].value == 1);        // OK
}

/************************************************/
// toPrec

void testToPrec()
{
    import core.math;

    enum real ctpir = 0xc.90fdaa22168c235p-2;
    enum double ctpid = 0x1.921fb54442d18p+1;
    enum float ctpif = 0x1.921fb6p+1;
    static assert(toPrec!float(ctpir) == ctpif);
    static assert(toPrec!double(ctpir) == ctpid);
    static assert(toPrec!real(ctpir) == ctpir);
    static assert(toPrec!float(ctpid) == ctpif);
    static assert(toPrec!double(ctpid) == ctpid);
    static assert(toPrec!real(ctpid) == ctpid);
    static assert(toPrec!float(ctpif) == ctpif);
    static assert(toPrec!double(ctpif) == ctpif);
    static assert(toPrec!real(ctpif) == ctpif);

    assert(toPrec!float(ctpir) == ctpif);
    assert(toPrec!double(ctpir) == ctpid);
    assert(toPrec!real(ctpir) == ctpir);
    assert(toPrec!float(ctpid) == ctpif);
    assert(toPrec!double(ctpid) == ctpid);
    assert(toPrec!real(ctpid) == ctpid);
    assert(toPrec!float(ctpif) == ctpif);
    assert(toPrec!double(ctpif) == ctpif);
    assert(toPrec!real(ctpif) == ctpif);

    static real rtpir = 0xc.90fdaa22168c235p-2;
    static double rtpid = 0x1.921fb54442d18p+1;
    static float rtpif = 0x1.921fb6p+1;
    assert(toPrec!float(rtpir) == rtpif);
    assert(toPrec!double(rtpir) == rtpid);
    assert(toPrec!real(rtpir) == rtpir);
    assert(toPrec!float(rtpid) == rtpif);
    assert(toPrec!double(rtpid) == rtpid);
    assert(toPrec!real(rtpid) == rtpid);
    assert(toPrec!float(rtpif) == rtpif);
    assert(toPrec!double(rtpif) == rtpif);
    assert(toPrec!real(rtpif) == rtpif);
}

/************************************************/

int main()
{
    test1();
    test2();
    test3();
    test4();
    test5();
    test6();
    test7();
    test8();
    test9();
    test10();
    test11();
    test12();
    test13();
    test14();
    test15();
    test16();
    test17();
    test18();
    test19();
    test20();
    test21();
    test22();
    test23();
    test24();
    test25();
    test26();
    test27();
    test28();
    test29();
    test30();
    test31();
    test32();
    test33();
    test34();
    test35();
    test36();
    test37();
    test38();
    test39();
    test40();
    test41();
    test42();
    test43();
    test44();
    test45();
    test46();
    test47();
    test48();
    test49();
    test50();
    test51();
    test52();
    test53();
    test54();
    test55();
    test56();
    test57();
    test58();
    test59();
    test60();
    test61();
    test62();
    test63();
    test64();
    test65();
    test66();
    test67();
    test68();
    test69();
    test70();
    test71();
    test72();
    test73();
    test74();
    test75();
    test76();
    test77();
    test78();
    test79();
    test80();
    test81();
    test82();
    test83();
    test84();
    test85();
    test86();
    test87();
    test88();
    test89();
    test90();
    test91();
    test92();
    test93();
    test94();
    test95();
    test96();
    test97();
    test98();
    test99();
    test100();
    test101();
    test102();
    test103();
    test104();
    test105();
    test106();
    test107();
    //test108();
    test109();
    test112();
    test113();
    test6439();
    test6504();
    test8818();
    test6907();
    test9023();
    test15817();
    test9954();
    test14140();
    test14862();
    test15681();

    printf("Success\n");
    return 0;
}