/* RUNNABLE_PHOBOS_TEST
REQUIRED_ARGS:
TEST_OUTPUT:
---
success
myInt int
myBool bool
i
s
C6test42__T4T219TiZ1C
C6test427test219FZ8__mixin11C
---
*/

module test42;
import std.stdio;
import core.stdc.stdio;
import std.string;
import core.memory;

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

class Foo {
    template myCast(T) {
        T myCast(U)(U val) {
            return cast(T) val;
        }
    }
}

void test1()
{
  Foo foo = new Foo;
  int i = foo.myCast!(int)(1.0);
}

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

template A()
{
  static T foo(T)(T t) { return 7 + t; }
}

struct Bar
{
  mixin A!() a;
}

void test2()
{
  auto i = A!().foo(1);
  assert(i == 8);
  i = Bar.a.foo!(int)(2);
  assert(i == 9);
  i = Bar.a.foo(3);
  assert(i == 10);
}

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

void test3()
{
    auto i = mixin("__LINE__");
    writefln("%d", i);
    assert(i == 63);
}

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

class C4
{
    void Stamp(){}

    this() { }

    S4 cursor;
}

struct S4
{
}

void test4()
{
}

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

char a5 = (cast(char[])['a']) [$-1];

void test5()
{
    assert(a5 == 'a');
}

/***************************************************/
// Bug 1200. One case moved to deprecate1.d

void foo6a() {
        do
                debug {}
        while (true);
}

void foo6b() {
        while (true)
                debug {}
}

void foo6c() {
        with (Object.init)
                debug {}
}

void foo6d() {
        synchronized debug {}
}

void foo6e() {
//        volatile debug {}
}

void test6()
{
}

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

class C7 {
    public this(){
    }
}

interface I7 {
    void fnc();
}

void test7()
{
    char[][] t;
    foreach( char[] c; t ){
        new class( c ) C7, I7 {
            public this( char[] c ){
                super();
            }
            void fnc(){
            }
        };
    }
}

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

const ulong[] A8 = ([1LU])[0..$];

void test8()
{
    assert(A8[0] == 1);
}

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

void test9()
{
    writeln(long.max.stringof);
    writeln(ulong.max.stringof);
    assert(long.max.stringof == "9223372036854775807L");
    assert(ulong.max.stringof == "18446744073709551615LU");
}

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

const ulong[] A10 = [1UL];
const ulong[] B10 = A10 ~ [1UL];

void test10()
{
}

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

class Base11 {
        private final void foo() {}
}

class Derived11 : Base11 {
        void foo() {}
}

void test11()
{
}

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

void test12()
{
    int[] bar;
    assert((bar ~ 1).length == bar.length + 1);

    int[][] baz;
    assert((baz ~ cast(int[])[1]).length == baz.length + 1);

    char[][] foo;
    assert((foo ~ cast(char[])"foo").length == foo.length + 1);
    assert((cast(char[])"foo" ~ foo).length == foo.length + 1);

    printf("%d\n", (foo ~ cast(char[])"foo")[0].length);

    assert((foo ~ [cast(char[])"foo"]).length == foo.length + 1);

    char[] qux;
    assert(([qux] ~ cast(char[])"foo").length == [qux].length + 1);

    assert(([cast(dchar[])"asdf"] ~ cast(dchar[])"foo").length == [cast(dchar[])"asdf"].length + 1);

    string[] quux;
    auto quuux = quux.dup;
    quuux ~= "foo";
    assert (quuux.length == quux.length + 1);
}

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

int prop() { return 3; }

void test13()
{
  auto x = prop;
  assert(x == 3);
}

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

void recurse(ref int i)
{
    int j = i;
    recurse(j);
}

void test14()
{
}

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

void bar15(void delegate(int) dg)
{
    dg(7);
}

class C15
{
    int x;

    private void callback(int i)
    {
        x = i + 3;
    }

    void foo()
    {
        bar15(&callback);
        assert(x == 10);
    }
}

void test15()
{
    C15 c = new C15();

    c.foo();
}

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

void bar16(int i, ...) { }

void foo16() { }
void foo16(int) { }

void test16()
{
    bar16(1, cast(void function())&foo16);
}

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

void foo17(char[4] buf, dchar c) { }
void foo17(string s) { }
void foo17(wstring s) { }


void test17()
{
    wstring w;
    .foo17(w);
}

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

struct S18
{
  version (Dversion2)
  {
    static void opCall(string msg) { assert(0); }
  }
    static void opCall() { }
}

void test18()
{
    S18();
}

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

class C19
{
  version (Dversion2)
  {
    static void opCall(string msg) { assert(0); }
  }
    static void opCall() { }
}

void test19()
{
    C19();
}

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

extern (System) void test20()
{
}

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

void func21()
{
}

int foo21()
{
   return *cast(int*)&func21;
}

void test21()
{
    foo21();
}

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

void bar22(alias T)()
{
        assert(3 == T);
}

class Test22
{
        int a;
        mixin bar22!(a);
}

void test22()
{
        Test22 t = new Test22();
        t.a = 3;
        t.bar22();
}

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

static this()
{
   printf("one\n");
}

static this()
{
   printf("two\n");
}

static ~this()
{
   printf("~two\n");
}

static ~this()
{
   printf("~one\n");
}

void test23()
{
}

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

class Foo24
{
    static string gen()
    {
        return "abc";
    }
}

auto s24 = Foo24.gen();

void test24()
{
    assert(s24 == "abc");
}

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

void test25()
{
    int[10] arrayA = [0,1,2,3,4,5,6,7,8,9];
    foreach(int i; arrayA)
    {
        writeln(i);
    }
}

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

const char[][7] DAY_NAME = [
        DAY.SUN: "sunday", "monday", "tuesday", "wednesday",
          "thursday", "friday", "saturday"
];

enum DAY { SUN, MON, TUE, WED, THU, FRI, SAT }

void test27()
{
    assert(DAY_NAME[DAY.SUN] == "sunday");
    assert(DAY_NAME[DAY.MON] == "monday");
    assert(DAY_NAME[DAY.TUE] == "tuesday");
    assert(DAY_NAME[DAY.WED] == "wednesday");
    assert(DAY_NAME[DAY.THU] == "thursday");
    assert(DAY_NAME[DAY.FRI] == "friday");
    assert(DAY_NAME[DAY.SAT] == "saturday");
}

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

void test28()
{
}

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

struct C29 {

    C29 copy() { return this; }
}

void foo29(C29 _c) {

    foo29( _c.copy() );
}

void test29() {

    C29 c;

    //foo(c);
}

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

template Tuple31(T...) { alias T Tuple31; }
alias Tuple31!(int,int) TType31;

void bar31(TType31) {
}

void test31()
{
}

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

template Foo32(T : S!(T), alias S)
{
    alias int Foo32;
}

struct Struct32(T)
{
}

void test32()
{
    Foo32!(Struct32!(int)) f;
}

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

void test33()
{
    string a = "a";
    string b = "b";
    string c = a ~ b;
    assert(c == "ab");
}

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

void foo34(in string s)
{
    string t = s;
}

void test34()
{
}

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

struct S35
{
   string toString()
   {
       return "foo";
   }
}

void test35()
{   S35 s;
    auto t = typeid(S35);
    writefln("s = %s", s);
    writefln("s = %s", t);
    auto tis = cast(TypeInfo_Struct)t;
    writefln("s = %s", tis);
    writefln("s = %s", tis.xtoString);
    assert(tis.xtoString != null);
}

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

void test36()
{
    void[0] x;
    auto y = x;
    alias x z;
}

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

template isStaticArray(T : U[], U)
{
    const bool isStaticArray = is(typeof(U) == typeof(T.init));
}

template isStaticArray(T, U = void)
{
    const bool isStaticArray = false;
}

template isStaticArray(T : T[N], size_t N)
{
    const bool isStaticArray = true;
}

static assert (isStaticArray!(int[51]));
static assert (isStaticArray!(int[][2]));
static assert (isStaticArray!(char[][int][11]));
static assert (!isStaticArray!(int[]));
static assert (!isStaticArray!(int[char]));
static assert (!isStaticArray!(int[1][]));

static assert(isStaticArray!(void[0]));

void test37()
{
}

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

template Foo38(T)
{
    const bool Foo38 = false;
}

template Foo38(T : U[N], U, size_t N)
{
    const bool Foo38 = true;
}

void test38()
{
    static assert (Foo38!(int[51]));
}

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

void test39()
{
}

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

void test40()
{
    static x = [[1.0, 2.0], [3.0, 4.0]]; // works
    assert(x[0][0] == 1.0);
    assert(x[0][1] == 2.0);
    assert(x[1][0] == 3.0);
    assert(x[1][1] == 4.0);

    auto y = [[1.0, 2.0], [3.0, 4.0]]; // fails
    assert(y[0][0] == 1.0);
    assert(y[0][1] == 2.0);
    assert(y[1][0] == 3.0);
    assert(y[1][1] == 4.0);
}

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

align(16) struct S41
{
    int[4] a;
}

shared int x41;
shared S41 s41;

void test41()
{
    printf("&x = %p\n", &x41);
    printf("&s = %p\n", &s41);
    assert((cast(int)&s41 & 0xF) == 0);
}

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

int test42(string[] args = null)
{
   foreach(p; args){
      version(dummy) int i;
   }
   return 0;
}


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

void foo43(float length, byte b)
{
//    b /= cast(cfloat) length;
}

void test43()
{
}

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

void test44()
{
    ifloat f = 1.0fi;
//    f *= 2.0fi; // illegal but compiles
    writefln("%s", f);
//    assert(f == 0i);
}

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

int foo45(int i)
{
   if(i==0){
      return 2;
   }
   assert(0);
}

void test45()
{
   version (Win32)  // this test fails in -release because asserts will be removed
   {
   assert(foo45(0)==2);
   try{
      foo45(1);
   }catch{
      return cast(void)0;
   }
   assert(0);
   }
}

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


void va_copy46(out void* dest, void* src)
{
    dest = src;
}

void test46()
{
}

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

void test47()
{
    enum { _P_WAIT, _P_NOWAIT, _P_OVERLAY }

    alias _P_WAIT P_WAIT;
    alias _P_NOWAIT P_NOWAIT;
}

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

void f48(int x)
{
    const(char)[] blah = (x == 1 ? "hello".dup : "world");
}

void test48()
{
    f48(1);
}

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

void test49()
{
    version(GNU)
    {
        assert((25.5).stringof ~ (3.0625).stringof == "2.55e+13.0625e+0");
        assert(25.5.stringof ~ 3.0625.stringof == "2.55e+13.0625e+0");
    }
    else
    {
        assert((25.5).stringof ~ (3.01).stringof == "25.53.01");
        assert(25.5.stringof ~ 3.01.stringof == "25.53.01");
    }
}

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

class Ap50
{
    ulong size;
    static uint valuex;

    void update(ubyte input, int i)
    {
        valuex =
            (((size + i) & 1) == 0) ?
                    0 :
                    input;
    }
}

void test50()
{
}

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

int* foo51()
{
    assert(is(typeof(return) == int*));
    return null;
}

void test51()
{
    foo51();
}

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

template Foo52(ulong U)
{
    int Foo52 = 1;
}

template Foo52(uint U)
{
    int Foo52 = 2;
}

template Foo52(ubyte U)
{
    int Foo52 = 3;
}


void test52()
{
    const uint u = 3;
    auto s = Foo52!(u);
    assert(s == 2);
}

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

void test53()
{
    extern int x;
}

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

void func54(string delegate() dg)
{
        dg();
}

void test54()
{
    string[] k=["adf","AsdfadSF","dfdsfassdf"];
    foreach(d;k)
    {
        printf("%.*s\n", d.length, d.ptr);
        string foo() {assert(d!="");return d;}
        func54(&foo);
        func54(delegate string() {assert(d!="");return d;});
    }
}

/***************************************************/
// bug 1767

class DebugInfo
{
    alias int CVHeaderType ;
    enum anon:CVHeaderType{ CV_NONE, CV_DOS, CV_NT, CV_DBG }
}

void test55()
{
}

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

template T56() { int i; }

struct S56 {
    alias T56!() data;
}

class C56 {
    alias T56!() data;
}

void test56()
{
    S56.data.i = 3;
    C56.data.i = 4;
    assert(S56.data.i == 4);
}

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

void writecrossing(bool goal)
{
  writeln(goal?"escape":"return");
}

void test57()
{
    writecrossing(true);
    writecrossing(false);
}

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

void f58(int n) {}
void g58(char[] s) {}

char[][] a58;

class bar58
{
        int i;

        void func() {
                f58(i);

                foreach (s; a58) {
                        if (s == s){}
                        if (s[0..0] == "" && s[0..0])
                                g58(s);
                }

                f58(i);
        }
}

void test58()
{
}

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

void test59()
{
    int[] array = new int[5];
    uint check = 0;
    foreach (it; array.ptr .. array.ptr + array.length) {
        ++check;
    }
    assert(check == array.length);
}

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

final class Foo60()
{
    void bar()
    {
        int baz;
        baz = 1;
    }
}

void test60()
{
    auto foo = new Foo60!();
}

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

class ZipEntry61
{
    ZipEntryInfo61 info;
    this() {}
}
struct ZipEntryInfo61 {}

void test61()
{
}

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

void test62()
{
   int foo() { return 0; }
   int bar() { return 0; }

   auto t1 = typeid(typeof(foo));
   auto t2 = typeid(typeof(bar));

   t1.tsize();
}

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

struct S63
{
    int a;
    static int foo()
    {
        return a.sizeof;
    }
}

void test63()
{
    int x = S63.a.sizeof;
    assert(x == 4);
    assert(S63.foo() == 4);
}

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

string[] foo64()
{
    return [[]];
}

void test64()
{
    auto a = foo64();
    assert(a.length == 1);
    assert(a[0].length == 0);
}

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

string[][] foo65()
{
    string[][] result = [];
    string[] s = [];
    result ~= [s];
    return result;
}

void test65()
{
    auto s = foo65();
    assert(s.length == 1);
    assert(s[0].length == 0);
}

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

string[][] foo66()
{
    string[] strings = ["a","bc"];
    string [][] result = [];
    foreach (s; strings)
    {
        result ~= [s];
    }
    return result;
}

void test66()
{
    auto s = foo66();
    assert(s.length == 2);
    assert(s[0].length == 1);
    assert(s[0][0].length == 1);
    assert(s[1].length == 1);
    assert(s[1][0].length == 2);
}

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

template Tuple67(A...)
{
    alias A Tuple67;
}

template Bar67()
{
    const s = "a bar";
}

void test67()
{
    alias Tuple67!(Bar67!()) tuple;
    static const i = 0;
    alias tuple[0] bara;
    alias tuple[i] barb;

    static assert(bara.s == "a bar");
    static assert(barb.s == "a bar");
}

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

template Tuple68(A...)
{
    alias A Tuple68;
}

size_t foo68()
{
    return 1;
}

void test68()
{
    alias Tuple68!("one", "two") tuple;
    static assert(tuple[foo68()] == "two");
}

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

class Base69 {}

class Da69 : Base69 {}
class Db69 : Base69 {}

void test69()
{   int i;
    auto b = i ? new Da69 : new Db69;
    assert(is(typeof(b) == Base69));
}

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

struct Bar70
{
        Bar70[] bars;
}

void test70()
{
        Bar70 node;
}

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

template Foo71(string s)
{
    string b = s;
}

void test71()
{
    size_t s = Foo71!(
"helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "helloabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
~ "When dealing with complex template tuples, it's very easy to overflow the
maximum symbol length allowed by OPTLINK.  This is, simply put, a damn shame,
because it prevents otherwise completely legal code from compiling and linking
with DMDWin, whereas it works perfectly fine when using DMDNix or GDC.
I know that this is neither a simple nor a small issue to fix: either the
ancient, nearly-immutable OPTLINK would have to be modified, or DMDWin would
have to be changed to output a more reasonable format, in which case a new
linker would probably have to be written.  Until then, this issue should stand
as a reminder that DMDWin is inherently limited.
Oplink isn't the issue. The OMF file format has a hard limit. This results in
the only solutions being: convert DMD to use some other .obj format or have DMD
do something else for name mangling.
In talking to Walter, the issue is that it's easy to get symbols that have more
info in them than can be fit into the limit. (the limit has already stretched
by gziping the symbols.)
The simple solution I have proposed is to just MD5 (or what not) the symbols.
The only issue (besides a vanishingly small chance of a hash collision) is that
this looses information so you can't look at a symbol and directly determine
what it was. My answer to that is, who cares? The only place where hashing
provides less info than compressing is in a debugger and it can grab the full
symbol from a table in the static data segment.
I suppose as a stopgap measure that'd work fine, and might even be controlled
by a compiler switch, so that in the general case debugger info wouldn't be
affected.  And what's more -- the only time these issues come up is with
templates, which a lot of debuggers have serious problems with anyway, so..
I would set it up as a method of last resort. It wouldn't be used unless the
symbol can't be used any other way.
"
        ).b.length;
}

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

class B72 { this(bool b, string c){} }

class C72 : B72
{
        this()
        {
                alias typeof(super(false,"hello")) foo;
                super(false,"hello");
        }
}

void test72()
{
}

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

template Foo73()
{
    mixin ("const int x = 3;");
    //const int x = 3;

    static if (x == 3)
    {
        pragma(msg, "success");
    }
}

alias Foo73!() foo73;

void test73()
{
}

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

alias uint foo74;

void simple_func_t(T)(T s, foo74 i)
{
    assert(s == "hello");
    assert(i == 3);
}

void test74()
{
    simple_func_t("hello", 3);
}

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

void foo75(T)(T[] x ...)
{
    assert(x.length == 3);
    assert(x[0] == 2);
    assert(x[1] == 3);
    assert(x[2] == 4);
    assert(is(T == int));
}

void test75()
{
    foo75(2,3,4);
}

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

void delegate(U) Curry(A, U...)(void delegate(A,U) dg,A arg)
{
  struct ArgRecord {
    A arg;
    typeof(dg) callback;

    void OpCall(U args) { callback(arg,args); }
  }
  auto temp = new ArgRecord;
  temp.arg = arg;
  temp.callback = dg;
  return &temp.OpCall;
}

void delegate(A) Seq(A...)(void delegate(A)[] dgs...)
{
  return Curry(delegate void(void delegate(A)[] dgs1,A args)
               {
                 foreach(dg; dgs1)
                   dg(args);
               },
               dgs);
}

struct Foo76
{
  void fred(int i) {}
}

void test76()
{
  void delegate(int) tmp;
  auto bob = new Foo76;
  auto dan = new Foo76;

  tmp = Seq!(int)(&bob.fred);             // this works
  tmp = Seq!(int)(&bob.fred, &dan.fred);  // this works
  tmp = Seq      (&bob.fred);             // this doesn't
  tmp = Seq      (&bob.fred, &dan.fred);  // neither does this
}

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

int x77;

void foo77()
{
    x77 = 1;

    static if(true)
    {
    }
    else
    {
    }
}

void test77()
{
    foo77();
    assert(x77 == 1);
}

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

class Foo78
{
  template TBar(T)
  {
    T x;                   // Compiles, but is implicitly static
    void func(T t)   // Ok, non-static member template function
    { assert(t == 2); assert(this.bar == 42); }
  }
  int bar = 42;
}

void test78()
{
  alias Foo78 Foo;
  Foo.TBar!(int).x = 2;
  //Foo.TBar!(int).func(2); // error, since funcx is not static

  Foo f = new Foo;
  Foo g = new Foo;

  f.TBar!(int).func(2); // works

  f.TBar!(int).x = 10;
  g.TBar!(int).x = 20;
  assert(f.TBar!(int).x == 20); // prints 20
}

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

class C79
{
}

void test79()
{
    C79 c = new C79();
    writeln(c.__vptr);
    writeln(c.__vptr[0]);
    writeln(cast(void*)c.classinfo);
    assert(c.__vptr[0] == cast(void*)c.classinfo);
    writeln(c.__monitor);
    assert(c.__monitor == null);
    synchronized (c)
    {
        writeln(c.__monitor);
        assert(c.__monitor !is null);
    }
}

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

class Test80{
  template test(){
    enum int test=1;
  }
}

void test80()
{
  assert(Test80.test!()==1);
  assert((new Test80).test!()==1);
}

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

class Test81
{
  static const test2=1;
  template test(){
    static const int test=1;
  }
}

void test81()
{
  auto a=new Test81;
  static assert(typeof(a).test2==1);//ok
  alias typeof(a) t;
  static assert(t.test!()==1);//ok
  static assert(typeof(a).test!()==1);//syntax error
}

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

deprecated
{
    alias real A82;
    void foo82(A82 x) {    }
}

void test82()
{
}

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

class Bar83
{
    deprecated void foo(int param)
    {
    }

    void foo(string param)
    {
    }
}

void test83()
{
    Bar83 b = new Bar83;
    string str = "bar";
    b.foo(str);
}

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

void test84()
{
    int[0][10] arr;
    printf("%u\n", &arr[9] - &arr[0]);
    auto i = &arr[9] - &arr[0];
    assert(i == 0);
}

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

class myid
{
    string buf;
    this(string str )
    {
            buf = str;
    }
}
struct Lex
{
    static myid myidinst;
    static void Init()
    {
            myidinst = new myid("abc");
    }
}

void test85()
{
    Lex.Init();
    assert(cast(myid)(Lex.myidinst) !is null);
}

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

struct Time
{
  long ticks;
}

struct Stamps
{
    Time    created,        /// time created
            accessed,       /// last time accessed
            modified;       /// last time modified
}

Stamps getTimeStamps()
{
    foreach(i; 0..10) { }
    Stamps                    time = void;

    time.modified = Time(20);
    time.accessed = Time(20);
    time.created  = Time(20);
    return time;
}

Time accessed ()
{
    foreach(i; 0..10) { }
    return timeStamps(4).accessed;
}

Stamps timeStamps (int name)
{
  return getTimeStamps();
}

void test86()
{

  assert(accessed().ticks == 20);
}

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

const bool foo87 = is(typeof(function void() { }));
const bar87      = is(typeof(function void() { }));

void test87()
{
    assert(foo87 == true);
    assert(bar87 == true);
}

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

int function() wrap88(void function()) { return null; }

void test88()
{
        printf("test88\n");
        if (0)
            wrap88(&test88)();
}

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

struct S89
{
        static const float[2] z = 3;
}

class C89
{
        static const float[2] z = 3;
}

void bar89(float f) { assert(f == 3); }

void test89()
{
        printf("test89\n");
        bar89(S89.z[0]);
        bar89(S89.z[1]);
        bar89(C89.z[0]);
        bar89(C89.z[1]);
}

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

void trigger(char[] txt)
{
        txt[0] = 'x';

        scope(exit)
        {
                txt[0] = 'x';
        }

        return;
}

void test90()
{
}

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

void test91()
{
    enum ABC { a, b, c }
    assert(ABC.stringof == "ABC");
}

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

int x92;

int f92() {
    x92++;
    return 0;
}

void test92()
{
    int[1] a;
    a[f92()] += 42L;
    assert(x92 == 1);
}

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

void test93()
{
    void foo() { }
    static assert(is(typeof(1 || foo()) == void));
    static assert(is(typeof(1 && foo()) == void));
}

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

void foo94(T)()
{
}

struct f94(alias func=foo94!(int))
{
}

void test94()
{
    f94!() myf;
}

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

struct X95
{
   import core.stdc.stdio;
}

void test95()
{
   X95.core.stdc.stdio.printf("hello\n");
}

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

template foo96(alias bar)
{
    pragma(msg, bar.stringof ~ " " ~ typeof(bar).stringof);
    static assert((bar.stringof ~ " " ~ typeof(bar).stringof) == "myInt int" ||
        (bar.stringof ~ " " ~ typeof(bar).stringof) == "myBool bool");
    void foo96() {}
}

void test96()
{
    int myInt;
    bool myBool;

    foo96!(myInt)();
    foo96!(myBool)();
}

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

void test97()
{
    const short[] ct = cast(short[]) [cast(byte)1, 1];
    writeln(ct);
    assert(ct.length == 2 && ct[0] == 1 && ct[1] == 1);

    short[] rt = cast(short[]) [cast(byte)1, cast(byte)1].dup;
    writeln(rt);
    assert(rt.length == 1 && rt[0] == 257);
}

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

class Foo98
{
    string foo = "abc";
    size_t i = 0;

    void bar()
    {
        printf("%c\n", foo[i]);
        i++;
        printf("%c\n", foo[i]);
        assert(foo[i] == 'b');
    }
}

void test98()
{
    auto f = new Foo98();
    f.bar();
}

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

template implicitlyConverts99(S, T)
{
    enum bool implicitlyConverts99 = T.sizeof >= S.sizeof
        && is(typeof({S s; T t = s;}()));
}

static assert(!implicitlyConverts99!(long, short));

void test99()
{
}

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

void test100()
{
    static void check(ulong value)
    {
        real r = value;
        ulong d = cast(ulong)r;
        printf("ulong: %llu => real: %Lg => ulong: %llu\n", value, r, d);
        assert(d == value);
    }

    // check biggest power of 2 representable in ulong: 2^63
    check(1L << 63);

    // check biggest representable uneven number
    static if (real.mant_dig >= 64) // > 64: limited by ulong precision
        check(ulong.max); // 2^64-1
    else
        check((1L << real.mant_dig) - 1);
}

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

auto e101(int x) { return 5; }

void test101()
{
    assert(is(typeof(e101(3)) == int));
}

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

int x103;

void external(...)
{
    int arg = va_arg!int(_argptr);
    printf("external: %d\n", arg);
    x103 = arg;
}

class C103
{
    void method ()
    {
        void internal (...)
        {
            int arg = va_arg!int(_argptr);
            printf("internal: %d\n", arg);
            x103 = arg;
        }

        internal (43);
        assert(x103 == 43);
    }
}

void test103()
{
    external(42);
    assert(x103 == 42);
    (new C103).method ();
}

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

class C104
{
    template Bar()
    {
    }
}

static assert(!is(typeof(C104.Bar.foo)));

void test104()
{
}

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

template Templ(T)
{
    const char [] XXX = Type.mangleof;
    alias T Type;
}

void test105()
{
    Templ!(int).Type x;
    auto s = Templ!(int).XXX;
    writeln(s);
    assert(s == "i");
}

/***************************************************/
// rejects-valid 2.012.

class foo107 {}
alias foo107 bar107;
void x107()
{
   bar107 a = new bar107();
   bar107 b = new bar107();
   bool c = (a == b);
}

void test107()
{
}

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

struct Foo108
{
    char[] byLine()()
    {
        return null;
    }
}

void test108()
{   Foo108 foo;

    foreach (char c; foo.byLine)
    {
    }
}

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

void test109()
{
    double x[] = new double[1];
    assert(x[0] != 0);
}

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

void test110()
{
    struct C {
        int[0] b;
    }
    static C g_c2_ = {  };
}

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

template Foo111(T...) {
    alias T Foo111;
}

void test111()
{
    auto y = (Foo111!(int) x){ return 0; };
}

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

bool isNull(string str) {
        return str is null;
}

const bool foo112 = isNull("hello!");

void test112()
{
    assert(!foo112);
}

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

void test113()
{
  for (int j=1; j<2; j++) {
    int x = (j<0) ? -j : j;
    int q=0;
    for (int i=0; i<x; i++) ++q;
    assert(q!=0);
  }
}

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

struct VariantN
{
    static int opCall(int value)
    {
        return 0;
    }

    void foo()
    {
        VariantN v;
        v.bar(42, 5);
    }

    void bar(int value, int i)
    {
        int args[2] = [ VariantN(value), VariantN(i) ];
    }
}

void test114()
{
}

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

class B115 : A115!(B115) { }
class A115(T) { }

void test115()
{
}

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

struct Foo116 {
    this(U...)(U values)  { }
}

void test116()
{
  new Foo116;
}

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

void test117()
{
    float f = 7;
    f = f * 2;
    assert(f == 14);

    double d = 7;
    d = d * 2;
    assert(d == 14);

    real r = 7;
    r = r * 2;
    assert(r == 14);
}

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

void test118()
{
    int foo(real x)
    {
        real y = -x*-x;
        return cast(int)y;
    }

    auto i = foo(4.0);
    assert(i == 16);
}

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

class A119
{
    static class B119 : C119.D { }
}

abstract class C119
{
    static class D { }
}

void test119()
{
}

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

class A120 {
    class B120 : C120.D { }
}

class C120 : E120 {
    static class D { }
}

interface E120 { }

void test120()
{
}

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

void test121()
{
    static assert(null is null);
}

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

T[] find123(alias pred, T)(T[] input) {
   while (input.length > 0) {
      if (pred(input[0])) break;
      input = input[1 .. $];
   }
   return input;
}

void test123()
{
    int[] a = [ 1, 2, 3, 4, -5, 3, -4 ];
    find123!(function bool(int i) { return i < 0; })(a);
}


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

static assert(!is(typeof((){(){}
         ;-()
{};})));

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

struct Foobar;

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

int test124()
{   int result;
    dchar[] aa;
    alias size_t foo_t;

    foreach (foo_t i, dchar d; aa)
    {
    }
    return result;
}

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

int foo125(int x)
{
    while (1)
    {
        if (x)
            return 3;
        x++;
    }
}

void test125()
{
    foo125(4);
}

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

int foo126(int x)
{
    while (1)
    {
        if (x)
            return 3;
        x++;
    }
    assert(0);
}

void test126()
{
    foo126(4);
}

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

struct S127(T, int topology = 1)
{
    this(T value) { }
}

void cons127(int t)(S127!(int, t) tail)
{
}

void test127()
{
    S127!(int)(1);
    S127!(int, 1) lst;
    cons127(lst);
}

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

struct S128(T, int topology = 1)
{
    this(T value) { }
}

void cons128(int t)(S128!(int, t) tail)
{
}

void test128()
{
    S128!(int, 1)(1);
    S128!(int) lst;
    cons128(lst);
}

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

struct R129(R : E[], E)
{
    E[] forward;
    static R129 opCall(E[] range)
    {
        R129 result = {};
        result.forward =  range;
        return result;
    }
}

R129!(E[]) retro129(E)(E[] r)
{
    return R129!(E[])(r);
}

int begin129(F)(R129!(F) range)
{
    return 0;
}

void test129()
{
    int[] a = [ 1, 2, 3 ];
    auto r = retro129(a);
    auto i = begin129(r);
}

/***************************************************/
// 12725

struct R12725(R : E[], E)
{
}

int begin12725(F)(R12725!(F) range)
{
    return 0;
}

void test12725()
{
    R12725!(int[], int) r;
    auto i = begin12725(r);
}

/***************************************************/
// 12728

struct Matrix12728(T, uint m, uint n = m, ubyte f = 0)
{
    void foo(uint r)(auto ref in Matrix12728!(T, n, r) b)
    {
    }
}

void test12728()
{
    alias Matrix4 = Matrix12728!(float, 4);

    Matrix4 m;
    m.foo(m);
}

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

struct S130
{
  byte[3] x;
}

__gshared S130 e130;

const(S130) example130() { return e130; }

void test130()
{
}

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

void foo131(real z) {}

void test131()
{
    real F = 1;
    foo131( 1 + (F*3*2.1) );
}

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

float getFloat() {
    return 11468.78f;
}

void test132()
{
    uint i = cast(uint) 11468.78f;
    assert(i == 11468);

    uint j = cast(uint) getFloat();
    assert(j == 11468);
}

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

template T133(string s) {
    const string T133 = s;
}

string f133(string s) {
    return s;
}

void test133()
{
    int foo;
    //writeln(foo.stringof);
    assert ("foo" == f133(foo.stringof));
    assert ("foo" == T133!(foo.stringof));
}

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

public struct foo134
{
    public this(real aleft)
    {
    }
}

class bar134
{
    final void fun(foo134 arg = foo134(0.)) { }
}

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

void test135()
{
    char[char[3]] ac;
    char[3] c = "abc";
    ac["abc"]='a';
    assert(ac[c]=='a');

    char[dchar[3]] ad;
    dchar[3] d = "abc"d;
    ad["abc"d]='a';
    assert(ad[d]=='a');
}

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

void test136()
{
    struct S { int i[3]; }
    enum S s = S(8);
    const int i  = s.i[2];
    assert(i == 8);
}

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

struct Particle {
    char[16] name;
}

class ReadSystem {
    size_t[char[16]] pKindsIdx;

    void t(Particle p)
    {   auto idx=p.name in pKindsIdx;
    }
}

void test137()
{
    char[16] n;
    size_t[char[16]] aa;
    auto r=n in aa; // works
}

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

long test138(int y)
{
    return *cast(long*)(&y);
}

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

void test139()
{
   auto famousNamedConstants =
    [ "pi" : 3.14, "e" : 2.71, "moving sofa" : 2.22 ];

    assert(famousNamedConstants["e"]==2.71);
}

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

int* get140()  {  return (new int[4]).ptr; }

void test140()
{
  int* p = get140();
  p[0..3] = 0;
  p[0] = 7;
}

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

class Foo141 {
    Foo141 next;
    void start()
    in { assert (!next); } body
    {
        void* p = cast(void*)this;
    }
}

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

void a142(int b = 1+2)(){};

void test142()
{
    a142!(1+2)();
    a142();
}

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

class A143
{
    invariant() { }
    void fill() { }
}


class B143 : A143
{
    override void fill() { }
}

void test143()
{
    auto b = new B143();
    b.fill();
}

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

struct Pair
{
    static Pair opCall(uint a, uint b) { return Pair.init; }
}

struct Stack
{
    Pair pop() { return Pair.init; }
}

void test144()
{
    Stack stack;
    Pair item = stack.pop;
}

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

struct Ashes {
    int ashes = cast(int)0;
}
void funky (Ashes s = Ashes()) { }

struct S145 {
    real a = 0, b = 0;
}

void func145(S145 s = S145()) { }

void test145()
{
    funky();
    func145();
}

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

string foo146(T...)(T args)
{
    string ret;

    foreach(arg; args) {
        ret = arg;
    }

    assert(ret=="b"); // passes
    return ret;
}

void test146()
{
    string s = foo146("b");
    assert(s == "b"); // fails
}

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

void test147()
{
    string s = "foo";
    dchar c = 'x';
    s ~= c;
    assert(s == "foox");

    wstring ws = "foo";
    ws ~= c;
    assert(ws == "foox");
}

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

void test148()
{
    string a = "\U00091234";
    string b;

    b ~= "\U00091234";

    if (a != b) {
            assert(0);
    }
}

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

void test149()
{
  long[1] b = void;
  b[0] = -1L;
  b[0] >>>= 2;
  assert( (b[0]) == 0x3FFFFFFFFFFFFFFFL);
}

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

bool foo150()
{
    int x;
    return cast(void*) (x & 1) == null;
}

/***************************************************/
// 3521

void crash(int x)
{
    if (x==200) return;
    assert(0);
}

void test151()
{
    int x;
    bug3521(&x);
}

void bug3521(int *a)
{
    int c = 0;
    *a = 0;
    if ( *a || (*a != (c = 200)) )
        crash(c);
}

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

string foo152(T...)() {
    return "";
}

void test152() {
    foo152!(int, char)();
}

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

int get_value()
{
    return 1;
}

int[2] array1;
int[2] array2;

int foo153(ulong a1, ulong extra, ulong extra2, ulong extra3)
{
    if (!((a1 & 1) | (get_value() | array1[cast(uint)(a1^1)])))
        return 0;

    if (0 >= array2[cast(uint)(a1^1)])
        return 0;

    return 1;
}

void test153()
{
    foo153(0, 0, 0, 0);
}

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

class B154 : A154
{
}

enum SomeEnum
{
    EnumMember = 10
}

class A154
{
    SomeEnum someEnum()
    {
        return SomeEnum.EnumMember;
    }
}

void test154()
{
    auto b = new B154();
    assert(cast(int)b.someEnum == 10);
}

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

struct Qwert {
    Yuiop.Asdfg hjkl;
}

struct Yuiop {
    struct Asdfg {
        int zxcvb;
    }
}

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

void f156(Value156.Id t)
{
    assert(cast(int)t == 1);
}

struct Value156 {
  public static enum Id {
    A,
    B
  }
}

void test156()
{
  Value156.Id t = Value156.Id.B;
  f156(t);
}

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

X157 x157;
enum X157 { Y };

interface Foo157 {
    Policy157 fn();
}

enum Policy157 {Default, Cached, Direct}

void test157()
{
}

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

class X158 {
  Y158.NY t;
  enum NX { BLA, BLA1 }
}

class Y158 {
  enum NY { FOO, BAR }
  X158.NX nx;
}

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

struct Foo159 {
    Bar.Baz x;

    struct Bar {
        struct Baz {}
    }
}

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

void test160()
{
  long[1] b = void;
  b[0] = -1L;
  b[0] >>>= 2;
  assert( (b[0]) == 0x3FFFFFFFFFFFFFFFL);
  int i = -1;
  assert(i >>>2 == 0x3FFFFFFF);
}

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

class A161 {
    struct B {
        D161 x;

        struct C {}
    }
}


struct D161 {}

class C161
{
    A a;

    struct A
    {
        uint m;
    }

    enum
    {
        E = 0
    }
}

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

interface A162
{
    C162 foo();
    C162 foo() const;
}

class B162 : A162
{
    C162 foo() { return null; }
    C162 foo() const { return null; }
}

abstract class C162 : A162
{
    C162 foo() { return null; }
    C162 foo() const { return null; }
}

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

void func163( A... )( string name, string v )
{
}

void test163()
{
    func163!( int, long, float )( "val", "10" );
    func163!()( "tmp", "77" );
    alias func163!() TMP; TMP( "tmp", "77" );
}

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

class A164
{
    B164 foo() { return null; }
    B164 foo() const { return null; }
}

abstract class B164 : A164
{
    override final B164 foo() { return null; }
    override final B164 foo() const { return null; }
}

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

class A165
{
    B165 foo() { return null; }
    const(B165) foo() const { return null; }
}

abstract class B165 : A165
{
    override final B165 foo() { return null; }
    override final const(B165) foo() const { return null; }
}

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

struct A166 {
   B166  xxx;
   static this () { }
}

struct B166 {}

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

void x168(T)() {
    static assert(false);
}

template y168(T) {
    const bool y168 = is(typeof( { x168!(T)(); } ));
}

static assert(!y168!(int));

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

void test169()
{
    int AssociativeArray;
    int[int] foo;
    foreach (x; foo)    {    }
}

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

FwdEnum this_fails;

enum : int
{
        E170 =  2
}

enum FwdEnum : int
{
        E2 =  E170
}

/***************************************************/
// 3740

abstract class Address {
    abstract int nameLen();
}

class Class171 : Address {
    FwdStruct z;

    struct FwdStruct  {  }

    override int nameLen()    { return 0; }
}

void test171 ()
{
    Class171 xxx = new Class171;
    assert(typeid(Class171).vtbl.length - typeid(Object).vtbl.length == 1);
}

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

struct Foo172
{
    enum bool BAR = is (typeof({}()));
    static assert (BAR == is (typeof({}())));
}

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

const char[][ 89 ] ENUM_NAME = [ 1:"N0" ];

void test173()
{
    switch(`Hi`.dup) {
        case ENUM_NAME[1]:
        default:
                break;
    }
}

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

class A174 {
    void x() {  }
}

class B174 : A174 {
    override void x() {
        assert(0);
    }
    final void do_x() {
        super.x();
    }
}

void test174()
{
    auto b = new B174();
    b.do_x();
}

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

void badvariadic(...) {}

static assert(!is(typeof(mixin(badvariadic()))));

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

struct Foo176
{
    int x;
}

Foo176 getFoo(Foo176 irrelevant)
{
    Foo176 p = Foo176(400);
    if ( p.x > p.x )
        return irrelevant;
    else
        return p;
}

void test176()
{
   assert(getFoo( Foo176(0) ).x == 400);
}

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

int test177()
{
    long[1] c = [0]; // must be long

    int [1] d = [1];
    int k = 0;
    if (!d[0])
       k = 1;
    k = d[0] + k + k;

    if (c[0]) assert(c[0]);

    return k;
}

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

struct S178 {
    int x;

    template T(int val) {
        enum S178 T = { val };
    }
}

const x178 = S178.T!(0);

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

double[100_000] arr = 0.0;

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

alias ireal BUG3919;
alias typeof(BUG3919.init*BUG3919.init) ICE3919;
alias typeof(BUG3919.init/BUG3919.init) ICE3920;

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

struct S179 {
    char a, b, c, d;
}

void show(char[] args...) {
    assert(args[0]=='A');
    assert(args[1]=='L');
    assert(args[2]=='D');
    assert(args[3]=='O');
}

void A179( S179 ss ) {
    show( ss.a, ss.b, ss.c, ss.d );
}

void test179()
{
    S179 ss3;
    ss3.a = 'A';
    ss3.b = 'L';
    ss3.c = 'D';
    ss3.d = 'O';
    A179( ss3 );
}

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

struct XY { union { int x, y; } }
struct AHolder {
    XY aa;
    void a(XY x) { aa = x; }
}
struct AB {
    AHolder aHolder;
    XY b;
    void a(XY x) { aHolder.a(x); }
}
struct Main {
    AB ab;

    void setB() { ab.b = XY(); }
    void f() {
        ab.a(XY.init);
        setB();
    }
}

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

void fooa181(int x, int y, int[0] a, int z, int t)
{
    if (!(x == 2 && y == 4 && z == 6 && t == 8))
        assert(0);
}

void foob181(int x, int y, int[0] a)
{
    if (!(x == 2 && y == 4))
        assert(0);
}

void fooc181(int[0] a, int x, int y)
{
    if (!(x == 2 && y == 4))
        assert(0);
}

void food181(int[0] a)
{
}

void test181()
{
    int[0] arr = 0;
    fooa181(2, 4, arr, 6, 8);
    foob181(2, 4, arr);
    fooc181(arr, 2, 4);
    food181(arr);
}

/***************************************************/
// 4042

template isQObjectType(T)
{
    enum isQObjectType = is(T.__isQObjectType);
}

template QTypeInfo(T)
{
    static if (!isQObjectType!T)
    {
        enum size = T.sizeof;
    }
}

struct QList(T)
{
    alias QTypeInfo!T TI;
    int x;

    void foo()
    {
        x++;
    }
}

void exec(QList!(QAction) actions) {}

interface IQGraphicsItem
{
}

abstract
        class QGraphicsObject : IQGraphicsItem
{
}

class QGraphicsWidget : QGraphicsObject
{
}

class QAction
{
    void associatedGraphicsWidgets(QList!(QGraphicsWidget) a)
    {
        QList!(QGraphicsWidget) x;
    }
}

void test182()
{
}

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

enum { a183 = b183() }

int b183() { return 0; }

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

struct Z184 {
    int bar = 1;
    union { Foo184 foo; }
}

struct Foo184 { size_t offset = 0;}

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

struct BB185
{
  Item185[1] aa;
}

struct CC185
{
  Item185 aa;
}

struct Item185
{
  byte data;
}

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

const PM_QS_INPUT = QS_INPUT;
const QS_INPUT = 2;

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

alias A187 B187;
const int A187 = 1;

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

int foo188(int[3] s)
{
    return s[0] + s[1] + s[2];
}

void test188()
{
    int[3] t = [1,3,4];
    auto i = foo188(t);
    if (i != 8)
        assert(0);
}

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

template X189(alias fn) {
    alias typeof(fn) X189;
}

void a189()(T1189 x) {
    alias X189!(T1189.foo) P; //line 7

    x.foo();
}

class T1189 {
    void foo() {
        printf("T1.foo()\n");
    }
}

class T2189 : T1189 {
    void bla() {
        printf("T2.blah()\n");
        assert(false); //line 19
    }
}

void test189() {
    a189!()(new T2189());
}

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

void test190()
{
    string s;

    if (true) scope(exit) s ~= "a";
    if (false) { } else scope(exit) s ~= "b";
    if (true) scope(exit) scope(exit) s ~= "c";
    foreach(x; 1..2) scope(exit) s ~= "d";
    if (true) L1: scope(exit) s ~= "e";
    do scope(exit) s ~= "f"; while (false);
    int i; while (++i == 1) scope(exit) s ~= "g";
    try { } finally scope(exit) s ~= "h";
    assert(s == "abcdefgh");
}

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

struct S191 {
  int last = 0;
  S191 opCall(int i) {
    printf("%d %d\n", last, i);
    assert(i == 1 && last == 0 || i == 2 && last == 1 || i == 3 && last == 1);
    last = i;
    return this;
  }
}

void test191()
{
  S191 t;
  t(1)(2);
  t(3);
}

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

enum foo192 {
    item,
}

//pragma(msg, foo.mangleof);
static assert(foo192.mangleof == "E6test426foo192");

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

void test193()
{
    enum Shapes
    {
        Circle, Square
    }

    int i;
    Shapes s;

    pragma(msg, i.stringof);
    pragma(msg, s.stringof);

    static assert(i.stringof == "i");
    static assert(s.stringof == "s");
}

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

void test194()
{
    uint[][] b = [[ 1, 2, ]];
}

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

alias int T195;

class C195
{
    int yum = x195;
}

const T195 x195 = 0;

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

union A196 {
    double[2] a;
    double[2] b;
}

union B196 {
public:
     double[2] a;
     double[2] b;
}

static assert(A196.sizeof == B196.sizeof);

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

template Compileable(int z) { bool OK;}

struct Bug3569 {
    int bar() { return 7; }
}

struct Bug3569b {
    Bug3569 foo;
    void crash() {
        static assert(!is(typeof(Compileable!(foo.bar()))));
        static assert(!is(typeof(Compileable!((foo = Bug3569.init).bar()))));
    }
}

void test197()
{
}

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

void test198()  // Bugzilla 4506
{
    int c = 1;
    for (int k = 0; k < 2; k++) {
        assert((k == 0 && c == 1) || (k == 1 && c == -1));
        c *= -1;
    }
}

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

// Bugzilla 4514
void g199(void delegate(void*, void*) d) { }

struct X199 {
    void f(void*, void*) {}
    void n()
    {
        g199(&f);
    }
}

/***************************************************/
// Bugzilla 4443

struct Struct4443
{
    int x;
    char[5] unused;
}

void foo4443(Struct4443 *dest, Struct4443[] arr)
{
    int junk = arr[$-1].x;
    if (dest || arr[$-1].x) {
        *dest = arr[$-1];
    }
}

void test200()
{
    Struct4443[1] a;
    Struct4443 info;
    foo4443(&info, a);
}

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

// Bugzilla 2931

struct Bug2931 {
        int val[3][4];
}

struct Outer2931 {
        Bug2931 p = Bug2931(67);  // Applies to struct static initializers too
        int zoom = 2;
        int move = 3;
        int scale = 4;
}

int bug2931()
{
  Outer2931 v;
  assert(v.move==3);
  assert(v.scale == 4);
  return v.zoom;
}

int bug2931_2()
{
  Outer2931 v;
  Bug2931 w = Bug2931(68);
  assert(v.move==3);
  for (int i = 0; i < 4; i++)
  {
    for (int j = 0; j < 3; j++)
    {
        assert(w.val[j][i] == 68);
        assert(v.p.val[j][i] == 67);
    }
  }
  assert(v.scale == 4);
  return v.zoom;
}

static assert(bug2931()==2);

void test201() {
    assert(bug2931()==2);
    assert(bug2931_2()==2);
}


/***************************************************/
// This was the original varargs example in std.vararg

import core.vararg;

void foo202(int x, ...) {
    printf("%d arguments\n", _arguments.length);
    for (int i = 0; i < _arguments.length; i++) {
        int j = va_arg!(int)(_argptr);
        printf("\t%d\n", j);
        assert(j == i + 2);
    }
}

void fooRef202(ref int x, ...) {
    printf("%d arguments\n", _arguments.length);
    for (int i = 0; i < _arguments.length; i++) {
        int j = va_arg!(int)(_argptr);
        printf("\t%d\n", j);
        assert(j == i + 2);
    }
}

void test202()
{
    foo202(1, 2, 3, 4, 5);

    printf("---\n");

    int x = 1;
    fooRef202(x, 2, 3, 4, 5);
}

/***************************************************/
// Bugzilla 1418

class A203
{
    char name = 'A';
    class B203
    {
        char name = 'B';
    }
}

void test203()
{
    class C203
    {
    char name = 'C';
    }

    auto a = new A203;
    auto b = a.new B203;
    auto c = new C203;

    writeln(a.tupleof); // prints: A
    writeln(b.tupleof); // prints: B main.A
    writeln(c.tupleof); // prints: C 0000
    assert(a.tupleof.length == 1 && a.tupleof[0] == 'A');
    assert(b.tupleof.length == 1 && b.tupleof[0] == 'B');
    assert(c.tupleof.length == 1 && c.tupleof[0] == 'C');
}

/***************************************************/
// Bugzilla 4516

struct A204 { B204 b; }
enum B204 { Z }

/***************************************************/
// Bugzilla 4503

class Collection205(T) { }
ICollection c;

alias Collection205!int ICollection;

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

enum TaskStatus:int { Building=-1, }

TaskStatus test206(char[] s){
    char[] t="TaskStatus".dup;
    if (s.length>t.length && s[0..t.length]==t){
        long res=0;
        if (s[t.length]=='-') res= -res;        // <= OPnegass
        return cast(TaskStatus)cast(int)res;
    }
    assert(0);
}

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

struct UN {   double dd;    long ll; }
bool cmp( UN * pU ) {   return pU.dd >= pU.ll ? true : false; }

struct UN2 {  real dd; long ll; }
bool cmp2( UN2 * pU ) {  return pU.dd >= pU.ll ? true : false; }

struct UN3 {  double dd; int ll; }
bool cmp3( UN3 * pU ) {  return pU.dd >= pU.ll ? true : false; }

void test207()
{
   static UN u = { 10.50, 10 };
   auto i = cmp(&u);
   printf( "%d\n", cmp( &u ) );
   assert(i);

   static UN2 u2 = { 10.50, 10 };
   i = cmp2(&u2);
   assert(i);

   static UN3 u3 = { 10.50, 10 };
   i = cmp3(&u3);
   assert(i);

   static UN3 u3_1 = { 9.50, 10 };
   i = cmp3(&u3_1);
   assert(!i);
}

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

template fail4302() {
    static assert(0);
}
template bug4302() {
   alias fail4302!() bad;
}
static if (is(bug4302!())) {}

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

template tough4302()
{
  template bar()
  {
     template far()
     {
         static assert(0);
     }
     alias far!() par;
  }
  static if (is(bar!())) {}
}

alias tough4302!() tougher;

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

template Bug6602A(T) {
  Bug6602B!(T).Result result;
}

template Bug6602B(U) {
  static assert(is(U == int));
  alias bool Result;
}

enum bug6602Compiles = __traits(compiles, Bug6602A!short);

/***************************************************/
// Bugzilla 3493

const bar209 = foo209;
const int * foo209 = null;

/***************************************************/
// 3418

void test210()
{
    ulong a = 1;
    a = cast(ulong)(a * 2.0L);
}

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

static assert(!is(typeof(Object.tupleof[2000]=0)));

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

struct Ghost {}

void bug4430(T)(int x)   {}
void bug4430(T)(Ghost x) {}

void test212()
{
    bug4430!(char)( 777 );
}

/***************************************************/
// 4768

struct A213 { B213 b; }
enum B213 { Z213 = 2 }

void test213()
{
   A213 x;
   assert(x.b == 2);
}

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

void g214(int j) { }

void test214()
{
    struct S
    {
        int i;
        void f() { g214(i); }
    }
    auto s = S();
}

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

template Q(s...) { alias s q; }

void test215()
{
    class C {}
    enum assocarrayliteral = Q!( [1:2] ).q.stringof;
    enum complex80 = Q!( 1+1.0i ).q.stringof;
    //enum dottype = Q!( C.Object.toString ).q.stringof;
    enum halt = 0.stringof;    // ICE w/ -release
    //enum remove = Q!( [1:2].remove(1) ).q.stringof;
    enum templat = Q!( Q ).q.stringof;
}

/***************************************************/
// 4941

template T216(_...) { alias _ T216; }
size_t mid216(size_t n) { return n/2; }

alias T216!(int, int)[0 .. mid216($)] A216;
alias T216!(1, 2, 3)[0 .. mid216($)] B216;

void test216()
{
    T216!(int, int, int) values;
    auto slice = values[0 .. mid216($)];   // C
}

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

int bug4529a() { return 0; }
int function() bug4529b;
auto ivorBomb1 = typeid(typeof(bug4529a));
auto ivorBomb2 = typeid(typeof(bug4529b));

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

void bug5218c(char [3] s) {}
void bug5218w(wchar [3] s) {}
void bug5218d(dchar [3] s) {}

void test217()
{
    bug5218c("abc");
    bug5218w("abc"w);
    bug5218d("abc"d);
}

/***************************************************/
// 2954

void test218()
{
    char[char[3]] ac;
    char[3] c = "abc";
    ac["abc"]='a';
    assert(ac[c]=='a');

    char[dchar[3]] ad;
    dchar[3] d = "abc"d;
    ad["abc"d]='a';
    assert(ad[d]=='a');
}

/***************************************************/
// 2206

template T219(U) {
  class C {}
}

void test219()
{
  mixin T219!(int); // using a named mixin here fixes it

  pragma(msg, T219!(int).C.mangleof);
  pragma(msg, C.mangleof); // incorrectly outputs the same as above

  assert(T219!(int).C.classinfo !is C.classinfo); // fails
  assert(T219!(int).C.mangleof != C.mangleof); // fails
}


/***************************************************/
// 2206

class D220 {}

template T220(U) {
  class C { this() { } }
}

void test220()
{
  mixin T220!(int);

  // all print 8
  writeln(T220!(int).C.classinfo.initializer.length);
  writeln(C.classinfo.initializer.length);
  writeln(D220.classinfo.initializer.length);

  auto c = new C; // segfault in _d_newclass
}

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

const struct S5110
{
    static int value;
}

static assert(is(typeof(S5110.value) == int));

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

class C5110
{
 override:
    string toString() { return ""; }

    class Nested
    {
        void gun() {}
    }
}

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

immutable class Bug5504
{
    void foo(T)(T a) {}
    template xx(X) {
        void hoo(T)(T a) {}
    }
}

shared class Bug5504b
{
    void foo(T)(T a) {}
    template xx(X) {
        void hoo(T)(T a) {}
    }
}

void test5504()
{
    immutable Bug5504 c;
    c.foo(10);
    c.xx!(int).hoo(10);
    shared Bug5504b d;
    d.foo(10);
    d.xx!(int).hoo(10);
}

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

void bug5105() // compilation test -- don't need to run
{
    auto c = new shared(C5105);
    c.foo(10);
}

synchronized shared class C5105
{
    void foo(T)(T a) {}
}

/***************************************************/
// 5145

interface I221{
    void bla();
}

interface J221
{
    I221 sync ();
}

class A221 : B221
{
    final override I221 sync()
    in { assert( valid ); }
    body
    {
        return null;
    }
}

class B221 : J221
{
    override I221 sync()
    in { assert( valid ); }
    body
    {
        return null;
    }

    final bool valid()
    {
        return true;
    }
}

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

template Bug3276(bool B) {
   static if (B)
      alias Bug3276!(false) Bug3276;
   else
       alias double Bug3276;
}

template Bug3276_b(alias W) {
    alias W!(true) Bug3276_b;
}

alias Bug3276_b!(Bug3276) Bug3276_c;

/***************************************************/
// 5294

void foo222(int) {}

void test222()
{
    int count;
    for (int i = 0; i < 2; i++) {
        count++;
        foo222(i * 5 - 6); // comment this out and it makes 2 loops
    }
    printf("%d\n", count); // compile with -O and it prints 1
    assert(count == 2);
}

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

void foo223(long x,long a,long b,long c,long d,long e,long f)
{
    assert(x == 0x123456789ABCDEF0);
}

void test223()
{
    foo223(0x123456789ABCDEF0,2,3,4,5,6,7);
}

/***************************************************/
// 4379

template BigTuple(U...) {
    alias U BigTuple;
}

alias
BigTuple!(1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,
1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,
1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,
1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,
1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,
1,1,1,1,1,1) Tuple4379;

void test224()
{
    foreach(x; Tuple4379) {    }
}

/***************************************************/
// 3681

public final class A3681 {
    private this() {
        int i =0;
        int j = i + 1;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15;
 j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
 i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59; i = j * 15; j = i * 59;
    }
}

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

int bug4389()
{
    string s;
    dchar c = '\u2348';
    s ~= c;
    assert(s.length==3);
    dchar d = 'D';
    s ~= d;
    assert(s.length==4);
    s = "";
    s ~= c;
    assert(s.length==3);
    s ~= d;
    assert(s.length==4);
    string z;
    wchar w = '\u0300';
    z ~= w;
    assert(z.length==2);
    z = "";
    z ~= w;
    assert(z.length==2);
    return 1;
}

static assert(bug4389());

// ICE(constfold.c)
int ice4389()
{
    string s;
    dchar c = '\u2348';
    s ~= c;
    s = s ~ "xxx";
   return 1;
}

static assert(ice4389());

// ICE(expression.c)
string ice4390()
{
    string s;
    dchar c = '`';
    s ~= c;
    s ~= c;
   return s;
}

static assert(mixin(ice4390()) == ``);
static assert(mixin(ice4390()) == ``);

/***************************************************/
// 190

alias int avocado;
void eat(avocado x225 = .x225);
avocado x225;

void test225()
{
}

/***************************************************/
// 5534

void doStuff(byte start, byte end, uint increment = 1U) {
   auto output = new byte[3];

    size_t count = 0;
    for(byte i = start; i < end; i += increment) {
        output[count++] = i;
    }
}

void test226()  {
    doStuff(0, 3);
}

/***************************************************/
// 5536

void test227()
{
  int[] as = [111, 666];
  as ~= as[$ - 2];
  assert(as.length == 3);
  assert(as[2] == 111);
}

/***************************************************/
// 4017

struct _A
{
   uint data;
}

const A_SIZE =   (A4017.sizeof);

alias _A A4017;

/***************************************************/
// 5455

void thrw(Data *s) {
    throw new Exception("xxx");
}

struct Data {
    Rapper *w;
    uint n, m;
}

struct Rapper {
    ubyte * dat;
    ubyte[] con() {
        return dat[0..1];
    }
}

uint jaz(ubyte[] data) {
    return cast(uint)data.length;
}

struct Resp {
    void set(Data *data, string[] soup) {
        switch(soup[0]) {
            default:
        }
        uint[] f = [jaz(data.w ? data.w.con[data.n ..data.m] : null), data.m - data.n];
        thrw(data);
    }
}

/**************************************/
// 5571

void test228() {
    auto b = new bool;
    printf("%p\n", b);
    *b = false;
}

/***************************************************/
// 5572

void doSynchronized() {
    printf("In doSynchronized() 1:  %p\n", cast(void*) global229);
    synchronized {
        printf("In doSynchronized() 2:  %p\n", cast(void*) global229);
    }
}

__gshared Object global229;

void test229() {
    auto local = new Object;
    global229 = local;

    printf("In main() 1:  %p\t%p\n",
        cast(void*) global229, cast(void*) local);
    doSynchronized();
    printf("In main() 1:  %p\t%p\n",
        cast(void*) global229, cast(void*) local);

    assert(cast(void*) global229 == cast(void*) local);
}

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

static immutable real negtab[14] =
    [ 1e-4096L,1e-2048L,1e-1024L,1e-512L,1e-256L,1e-128L,1e-64L,1e-32L,
            1e-16L,1e-8L,1e-4L,1e-2L,1e-1L,1.0L ];
static immutable real postab[13] =
    [ 1e+4096L,1e+2048L,1e+1024L,1e+512L,1e+256L,1e+128L,1e+64L,1e+32L,
            1e+16L,1e+8L,1e+4L,1e+2L,1e+1L ];

float parse(ref string p)
{
    printf("test1\n");

    real ldval = 0.0;
    int exp = 0;
    long msdec = 0;

    msdec = 123;
    exp = 2;

    ldval = msdec;
    printf("ldval = %Lg\n", ldval);
    if (ldval)
    {
        uint u = 0;
        int pow = 4096;

        while (exp > 0)
        {
            while (exp >= pow)
            {
                ldval *= postab[u];
                exp -= pow;
            }
            pow >>= 1;
            u++;
        }
        while (exp < 0)
        {
            while (exp <= -pow)
            {
                ldval *= negtab[u];
                exp += pow;
            }
            pow >>= 1;
            u++;
        }
    }
    return ldval;
}

void test230()
{
    float f;
    string s = "123e+2";
    f = parse( s );
    //printf("f = %g\n", f);
    assert( f == 123e+2f );
}

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

class Bug4033 {}

class Template4033(T) {
    static assert(is(T : Bug4033));
}

alias Template4033!(Z4033) Bla;

class Z4033 : Bug4033 { }

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

struct Bug4322 {
    int[1] a = void;
}

void bug4322() {
    Bug4322 f = Bug4322();
    Bug4322 g = Bug4322.init;
}

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

bool bug5672(long v)
{
    return  (v & 1) == 1;
    return  (v & 1) == 1;
}

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

void bug5717()
{
    string s, s2;
    s = "Привет";
    for (int i=0; i<s.length; i++)
        s2 ~= s[i];
    assert(s == s2);
}

/***************************************************/
// 3086

class X231 {
    void a() {}
    void b(int z, short c) {}
    void c(int z, short d) {}
}

void test231() {
    auto z = new X231();
    TypeInfo a = typeid(typeof(&z.a));
    TypeInfo b = typeid(typeof(&z.b));
    TypeInfo c = typeid(typeof(&z.c));

    assert(a !is b, "1");
    assert(a != b, "2");
    assert(b == c, "3");
}

/***************************************************/
// 4140

const A232 = [1,2,3];
const B232 = A232[1..A232.length];
const C232 = A232[1..$];

void test232()
{
    assert(A232[0] == 1);
    assert(A232[1] == 2);
    assert(A232[2] == 3);
    assert(B232[0] == 2);
    assert(B232[1] == 3);
    assert(C232[0] == 2);
    assert(C232[1] == 3);
}

/***************************************************/
// 1389

void test233()
{
    int a;
    mixin("a") = 666;
}

/***************************************************/
// 5735

struct A234 {}

void foo234(bool cond){}

void test234()
{
    A234 a;
    int i;

    static assert(!__traits(compiles, assert(a)));      // type A does not have a boolean value
    static assert(!__traits(compiles, assert(i || a))); // type A does not have a boolean value
    static assert(!__traits(compiles, assert(0 || a))); // OK

//    if(a) {}        // type A does not have a boolean value
//    if(i || a) {}   // type A does not have a boolean value
//    if(0 || a) {}   // type A does not have a boolean value

    static assert(!__traits(compiles, foo234(a)));         // cannot implicitly convert type A to bool
    static assert(!__traits(compiles, foo234(i || a)));    // OK
    static assert(!__traits(compiles, foo234(0 || a)));    // OK
}


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

int space() { return 4001; }

void oddity4001()
{
    const int bowie = space();
    static assert(space() == 4001); // OK
    static assert(bowie == 4001);   // doesn't compile
}

/***************************************************/
// https://issues.dlang.org/show_bug.cgi?id=3809

int bug3809()
{
    static int a = 0;
    return a;
}

struct BUG3809
{
    int xx;
}

void bug3809b()
{
    BUG3809 b = { bug3809() };
}

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

void bug6184()
{
    bool cmp(ref int[3] a, ref int[3] b)
    {
        return a is b;
    }

    static struct Ary
    {
        int[3] ary;
    }

    auto a = new Ary;
    auto b = new Ary;
    assert(!cmp(a.ary, b.ary));
    b = a;
    assert(cmp(a.ary, b.ary));

    // change high bit of ary address
    *(cast(size_t*)&b) ^= (1UL << (size_t.sizeof * 4));
    assert(!cmp(a.ary, b.ary));
}

/***************************************************/
// 6229

int test6229()
{
  {
    ubyte a = 2;
    ubyte b = 4;
    b += a;
  }

    char a = 2;
    char b = 4;
    b += a;

    wchar c = 2;
    wchar d = 4;
    c /= d;

    return b;
}

/***************************************************/
// XMMBug

class XMMPainter
{
  float call()
  {
    return sumFloats(0.0f, 0.0f);
  }

  static float sumFloats(float a, float b)
  {
    return a + b;
  }
}

void test6270()
{
  auto painter = new XMMPainter;
  assert(XMMPainter.sumFloats(20, painter.call()) == 20.0f);
  auto dg = () { return XMMPainter.sumFloats(0.0f, 0.0f); };
  assert(XMMPainter.sumFloats(20, dg()) == 20.0f);
}

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

void testrolror(int shift)
{
    uint a = 7;
    uint r;
    r = (a >> shift) | (a << (int.sizeof * 8 - shift));
    assert(r == 0x8000_0003);
    r = (r << shift) | (r >> (int.sizeof * 8 - shift));
    assert(r == 7);
}

void test236()
{
    testrolror(1);
}


/***************************************************/
// 4460

void test237()
{
    foreach (s, i; [ "a":1, "b":2 ])
    {
        writeln(s, i);
    }
}


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

void foo238(long a, long b)
{
  while (1)             // prevent inlining
  {
    long x = a / b;
    long y = a % b;
    assert(x == 3);
    assert(y == 1);
    break;
  }
}

void test238()
{
    long a, b;
    a = 10;
    b = 3;
    long x = a / b;
    long y = a % b;     // evaluate at compile time
    assert(x == 3);
    assert(y == 1);

    foo238(a, b);
}

/***************************************************/
// 5239

struct S239 { int x; }

int test239()
{
   S239[4] w = void;
   w[$-2].x = 217;
   return w[2].x;
}


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

void enforce6506b(bool condition, void delegate() m) {
    assert(!condition);
}
void toImpl6506b(int value) {
    void f(){}
    enforce6506b(value >= 0, &f);
}
void test6506() {
    toImpl6506b(-112345);
}

/***************************************************/
// 6505

double foo240() {
    return 1.0;
}

void test240() {
    double a = foo240();
    double b = foo240();
    double x = a*a + a*a + a*a + a*a + a*a + a*a + a*a +
               a*b + a*b;
    assert(x > 0);
}

/***************************************************/
// 6563

int foo6563(float a, float b, float c, float d, float e, float f, float g, float h)
{
    assert(a == 1);
    return 0; // return something to prevent folding
}

void test6563()
{
    auto res = foo6563(1, 1, 1, 1, 1, 1, 1, 1);
}

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

ubyte foo241(ubyte[] data)
{
    ubyte a, b, c, d;

    a = data[0];
    b = data[1];
    c = data[2];
    d = data[3];

    c <<= 1;
    if (c & 0x80)
        c >>= 1;
    d <<= 1;
    if (d & 0x80)
        d >>= 1;

    return d;
}

void test241()
{
    ubyte[4] data;
    data[3] = 0x40;
    assert(foo241(data[]) == 0x40);
    data[3] = 0x20;
    assert(foo241(data[]) == 0x40);
}

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

struct Foo6665
{
    double[2][2] dat;

    double foo(size_t i, size_t j)
    {
        return dat[i][j] = 0;
    }
}

void test6665()
{
    Foo6665 a;
}

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

double entropy(double[] probs) {
    double result = 0;
    foreach (p; probs) {
        if (!p) continue;
        result -= p;
    }
    return result;
}

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

long b5364(long bmax){
    if(true){
    }
    if(bmax >= 0) bmax = -1;
    return bmax;
}

void test5364()
{
    assert(b5364(0) == -1L);
}


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

struct FPoint {
  float x, y;
}

void constructBezier(FPoint p0, FPoint p1, FPoint p2, ref FPoint[3] quad) {
  quad[0] = p0;
  quad[1] = FPoint(p1.x, p1.y);
  quad[$-1] = p2;
}

void test6189() {
  auto p0 = FPoint(0, 0);
  auto p1 = FPoint(1, 1);
  auto p2 = FPoint(2, 2);

  // avoid inline of call
  FPoint[3] quad;
  auto f = &constructBezier;
  f(p0, p1, p2, quad);

  assert(quad == [p0, p1, p2]);
}

/***************************************************/
// 6997

long fun6997(long a,long b,long c)
{
    return a < b ? a < c ? a : b < c ? b : c : b;
}

long baz6997(long a, long b)
{
    bool s = (a<0) != (b<0);
    a = a > 0 ? a : -a;
    return s ? a : a;
}

struct S6997
{
    ulong bar, qux;
    bool c;

    S6997 foo()
    {
        if(!c)
        {
            long a = baz6997(bar, 0),
                b = baz6997(bar, 0),
                c = baz6997(bar, 0);
            return S6997(fun6997(a,b,c), fun6997(a,b,c));
        }
        return S6997();
    }
}

void test6997()
{
    auto x = S6997().foo();
}

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

ubyte foo7026(uint n) {
  ubyte[5] buf = void;
  ubyte wsize;

  while (true) {
    if ((n & ~0x7F) == 0) {
      buf[wsize++] = cast(ubyte)n;
      break;
    } else {
      buf[wsize++] = cast(ubyte)((n & 0x7F) | 0x80);
      n >>= 7;
    }
  }

  printf("%hhu\n", wsize);
  return buf[0];
}

void test7026() {
    if (foo7026(3) != 3)
        assert(0);
}


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

void test6354()
{
    foreach(j; 0 .. 2)
    {
        scope(failure) int i = 0;

        ushort left = 0xffU;
        left <<= (ushort.sizeof - 1) * 8;

        assert((((left & 0xff00U) >> 8) | ((left & 0x00ffU) << 8)) == 0xffu);
    }
}

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

struct S7072
{
    this(A)(A args) { }
}

void test7072() {
   auto s = S7072( null );
}

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

struct Point6881
{
    float _x, _y;

    void rotateCCW()
    {
        float tmp = -_x;
        _x = _y;
        _y = tmp;
    }
}

/***************************************************/
// 7212
void foo7212(scope int delegate(int a) dg)
{
}

void foo7212(bool a)
{
}

void test7212()
{
    foo7212((int a) => a);
}

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

void test242()
{
    foreach(v; long.max / 8 .. long.max / 8 + 1)
    {
        immutable long t1 = v;
        long t2 = t1 + t1;
        t2 *= 1L << 1;
        assert(t2 > long.max / 4);
    }
}

/***************************************************/
// 7290

void foo7290a(alias dg)()
{
    assert(dg(5) == 7);
}

void foo7290b(scope int delegate(int a) dg)
{
    assert(dg(5) == 7);
}

void foo7290c(int delegate(int a) dg)
{
    assert(dg(5) == 7);
}

void test7290()
{
    int add = 2;
    scope dg = (int a) => a + add;

    assert(GC.addrOf(dg.ptr) == null);

    foo7290a!dg();
    foo7290b(dg);
    foo7290c(dg);
}

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

void test7367()
{
    char a = '\x00';
    char b = '\xFF';
    assert(a < b);
}

/***************************************************/
// 7375

class A7375 {}
class B7375(int i) : A7375 {}
class C7375(int i) : B7375!i {}

template DerivedAlias(int i)
{
    alias B7375!i DerivedAlias;
}

alias DerivedAlias!22 X7375;

void test7375()
{
    A7375 foo = new C7375!11();
    assert(cast(B7375!22)foo is null);
}

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

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

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

struct S7424a
{
    @property inout(int) g()() inout { return 7424; }
    void test1()
    {
        int f = g;
        assert(f == 7424);
        assert(g == 7424);
    }
    void test2() const
    {
        int f = g;
        assert(f == 7424);
        assert(g == 7424);
    }
    void test3() immutable
    {
        int f = g;
        assert(f == 7424);
        assert(g == 7424);
    }
}
struct S7425
{
    inout(T) g(T)(T x) inout
    {
        return x;
    }
    void test1()
    {
        int f = g(2);
        assert(f == 2);
    }
    void test2() const
    {
        double y = g(4.5);
        assert(y == 4.5);
    }
}
void test7424()
{
    S7424a s1;
    s1.test1();
    s1.test2();

    immutable(S7424a) s2;
    s2.test2();
    s2.test3();

    const(S7424a) s3;
    s3.test2();

    S7425 s4;
    s4.test1();
    s4.test2();
}

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

struct Logger {
    static bool info()() {
        return false;
    }
}

void test7422() {
    if (Logger.info()) {
    }
}

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

struct S7502
{
    int[0x1000] arr;
}

S7502 s7502;

void test7502()
{
    s7502 = s7502.init;
}

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

void nextis(void delegate() dg = {}) {}

void test4820() {
    nextis();
}

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

void test4820_2() {

void nextis(void delegate() dg = {}) {}
    nextis();
}

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

template T3509(bool b) { static assert (b); }

template Mix3509() { void f() {} }

class C3509 {
    alias T3509!(is(typeof(M.f))) U;
    mixin Mix3509!() M;
}

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

struct S3510(int x) {}

template Mix3510() { Sa s; }

class C3510 {
    mixin Mix3510!();
    alias S3510!(0) Sa;
}

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

struct Array243(T) if (is(T == bool))
{
    struct Range
    {
        Array243!bool _outer;
        ulong _a, _b, _c;
        ulong _d;
    }

    Range opSlice()
    {
        return Range(this, 0, 3);
    }

}


void test243() {
    Array243!bool a;
}

/***************************************************/
// 7742

struct Foo7742 {
    static immutable f = Foo7742(1, 2);
    int x, y;
}

struct Bar7742 {
    int x, y;
    static immutable f = Bar7742(1, 2);
}

void test7742()
{
    assert(Foo7742.f.x == 1);
    assert(Foo7742.f.y == 2);

    assert(Bar7742.f.x == 1);
    assert(Bar7742.f.y == 2);
}

/***************************************************/
// 7807

interface Interface7807
{
    Interface7807 getNext();
    const(Interface7807) getNext() const;
}

class Implementation7807 : Interface7807
{
    Implementation7807 getNext()
    {
        return this;
    }

    const(Implementation7807) getNext() const
    {
        return null;
    }
}

void test7807()
{
    auto mc = new Implementation7807();
    assert(mc.getNext() is mc);
    Interface7807 mi = mc;
    assert(mi.getNext() is mi);

    auto cc = new const(Implementation7807)();
    assert(cc.getNext() is null);
    const(Interface7807) ci = cc;
    assert(ci.getNext() is null);
}

/***************************************************/
// 7815

enum Closure {
    Matrix
}

struct BasicMatrix {
    mixin Operand!( Closure.Matrix );
}

template Operand( Closure closure_ ) {
    alias closure_ closure;
}

struct Expression( string op_, Lhs, Rhs = void ) {
    enum lhsClosure = closureOf!Lhs;
}

template closureOf( T ) {
    enum closureOf = T.closure;
}

alias Expression!("+", BasicMatrix) Foo7815;

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

struct Test244 {
    static immutable c = Test244();
    static if( true ){}
}

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

int noswap245(ubyte *data)
{
    version (LittleEndian)
        return
            (data[0]<<  0) |
            (data[1]<<  8) |
            (data[2]<< 16) |
            (data[3]<< 24);
    version (BigEndian)
        return
            (data[0]<< 24) |
            (data[1]<< 16) |
            (data[2]<<  8) |
            (data[3]<<  0);

}

int bswap245(ubyte *data)
{
    version (LittleEndian)
        return
            (data[0]<< 24) |
            (data[1]<< 16) |
            (data[2]<<  8) |
            (data[3]<<  0);
    version (BigEndian)
        return
            (data[0]<<  0) |
            (data[1]<<  8) |
            (data[2]<< 16) |
            (data[3]<< 24);
}

void test245()
{
    int x1 = 0x01234567;
    x1 = noswap245(cast(ubyte *)&x1);
    assert(x1 == 0x01234567);
    x1 = bswap245(cast(ubyte *)&x1);
    assert(x1 == 0x67452301);
}

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

mixin template mix7974()
{
    uint _x;
}

struct Foo7974
{
    static immutable Foo7974 fa = Foo7974(0);

    this(uint x)
    {
        _x = x;
    }

    mixin mix7974!();
}

/***************************************************/
// 4155


float getnanf() { return float.nan; }
double getnand() { return double.nan; }
real getnanr() { return real.nan; }

void test4155()
{
    assert(getnanf() != 0);
    assert(getnand() != 0);
    assert(getnanr() != 0);
}

/***************************************************/
// 7911

struct Klass7911
{
    double value;

    //static const Klass zero; // Does not trigger bug!
    static const Klass7911 zero = {0}; // Bug trigger #1

    static if (true) // Bug trigger #2
        static if (true)
            Klass7911 foo() { return Klass7911(); }
}

void test7911()
{
    auto a = Klass7911().foo();
}

/***************************************************/
// 8429

static if(true)
    version = Foo8429;
static if(true)
    version(Foo8429) {}

/***************************************************/
// 8069

interface I8069
{
    void f();
}
struct A8069
{
    final class B8069 : I8069
    {
        A8069 a;
        void f() {}
    }
}

/***************************************************/
// 8095

void bug8095(int p0, int *p1, int z, int edx, int *p4, int p5)
{
    int x = z / 3;
    if (z) {
        int c = p5 + *p1 + p0; // *p1 segfaults -- it does *z !!
        if ( z / 5 )
            c = 1;
        *p4 = c;
        x = c;
    }
    void never_used() {
        ++x;
        int * unused = p1; // kills p4 somehow
    }
}

void test8095() {
    int x, y;
    bug8095(0, &x, 1, 0, &y, 0);
}

/***************************************************/
// 8091

int solve1(int n) {
    int a;
    return ((a = n ? (n>=1u) : 1) != 0) ? a : 0;
//    return ((a = !n ? 1 : (n>=1u)) != 0) ? a : 0;
}

int solve2(int n) {
    int a;
//    return ((a = n ? (n>=1u) : 1) != 0) ? a : 0;
    return ((a = !n ? 1 : (n>=1u)) != 0) ? a : 0;
}

void test8091() {
    assert(solve1(1) ==  1);
    assert(solve2(1) ==  1);
}

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

struct IPoint {
    int x, y;
}

void bug6189_2(uint half, IPoint pos, float[4] *pts, uint unused) {
    pos.y += half;
    float xo = pos.x;
    float yo = pos.y;

    (*pts)[0] = xo;
    (*pts)[1] = yo;
    (*pts)[2] = xo;
}

void test6189_2()
{
    auto pos = IPoint(2, 2);
    float[4] pts;
    pts[0] = pts[1] = pts[2] = pts[3] = 0;
    bug6189_2(0, pos, &pts, 0);

    assert(pts[0] == 2);
}

/***************************************************/
// 8199

version (D_InlineAsm_X86_64)
{
    version = Check;
    enum Align = 0x8;
}
else version (D_InlineAsm_X86)
{
    version = Check;
    version (OSX)
        enum Align = 0xC;
}

void onFailure()
{
    assert(0, "alignment failure");
}

void checkAlign()
{
    version (Check)
    {
        static if (is(typeof(Align)))
        asm
        {
            naked;
            mov EAX, ESP;
            and EAX, 0xF;
            cmp EAX, Align;
            je Lpass;
            call onFailure;
        Lpass:
            ret;
        }
    }
    else
        return;
}

void foo8199()
{
}

void test8199()
{
    try
        foo8199();
    finally
        checkAlign();
}

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

void test246()
{
    struct Struct
    {
        void method() {}
    }
    auto val = Struct();
}

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

double sqrt8454(double d) { return d/2; }
void foo8454(cdouble m) {}
void test8454() {
    foo8454(0 - sqrt8454(1.0) * 1i);
}

/***************************************************/
// 8423

struct S8423
{
    int opCmp(S8423 rhs)
    {
        return 1;
    }
}

void enforce8423(bool value, string a, string b)
{
    if (!value) assert(false);
}

void test8423()
{
    auto a = S8423();
    auto b = S8423();
    enforce8423(a > b, null, null);
}

/***************************************************/
class Foo8496
{
public:
    void foo(uint value)
    {
        ubyte size = value < (0x7fU << 0 ) ? 1 :
                     value < (0x7fU << 14) ? 2 :
                                             3;
        import std.stdio;
        writeln(size);
        assert(size == 2);
    }
}

void test8496()
{
    Foo8496 f = new Foo8496();
    f.foo(1000000);
}

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

long foo8840() { return 4; }

int bar8840(long g) { assert(g == 4); return printf("%llx\n", g); }

void test8840()
{
    long f1 = foo8840();
    long f2 = foo8840();

    long f = (f1 < f2 ? f1 : f2);
    int len = (f == 0 ? 0 : bar8840(f));
}

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

struct S8889
{
    real f;
    int i;
}

void test8889()
{
}

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

struct S8870
{
    float x = 0;
    float y = 0;
    float z = 0;
    float w = 0;
}

void test8870()
{
    S8870 r1 = S8870(1,2,3,4);
    S8870 r2 = S8870(5,6,7,8);

    foo8870(r1, r2, false, 1);
    bar8870(r1, r2, false, 1);
}

//extern (C)
void foo8870(S8870 t1, S8870 t2, bool someBool, float finalFloat)
{
    printf("t1: %g %g %g %g\n", t1.x, t1.y, t1.z, t1.w);
    printf("t2: %g %g %g %g\n", t2.x, t2.y, t2.z, t2.w);
    printf("someBool: %d\n", someBool);
    printf("finalFloat: %g\n", finalFloat);

    assert(t1.x == 1 && t1.y == 2 && t1.z == 3 && t1.w == 4);
    assert(t2.x == 5 && t2.y == 6 && t2.z == 7 && t2.w == 8);
    assert(someBool == false);
    assert(finalFloat == 1);
}

extern (C)
void bar8870(S8870 t1, S8870 t2, bool someBool, float finalFloat)
{
    printf("t1: %g %g %g %g\n", t1.x, t1.y, t1.z, t1.w);
    printf("t2: %g %g %g %g\n", t2.x, t2.y, t2.z, t2.w);
    printf("someBool: %d\n", someBool);
    printf("finalFloat: %g\n", finalFloat);

    assert(t1.x == 1 && t1.y == 2 && t1.z == 3 && t1.w == 4);
    assert(t2.x == 5 && t2.y == 6 && t2.z == 7 && t2.w == 8);
    assert(someBool == false);
    assert(finalFloat == 1);
}

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

int foo9781(int[1] x)
{
    return x[0] * x[0];
}

void test9781()
{
    foo9781([7]);
}

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

struct S247 { size_t length; size_t ptr; }

S247 foo247()
{
    S247 f;
    f.length = 7;
    f.ptr = 8;
    return f;
}

void test247()
{
    S247 f;
    f = foo247();
    assert(f.length == 7);
    assert(f.ptr == 8);
}

/***************************************************/
// 8340

void test8340(){
    byte[] ba = [1,2,3,4,5];
    short[] sa = [1,2,3,4,5];
    int[] ia = [1,2,3,4,5];
    long[] la = [1,2,3,4,5];

    ba[2] *= -1;
    sa[2] *= -1;
    ia[2] *= -1;
    la[2] *= -1;

    assert(ba == [1,2,-3,4,5]);
    assert(sa == [1,2,-3,4,5]);
    assert(ia == [1,2,-3,4,5]);
    assert(la == [1,2,-3,4,5]);
}

/***************************************************/
// 8376

void test8376() {
    int i = 0;
    int[2] a;
    a[1]=1;
    while(!a[0]){
        if(a[i]) continue;
        a[i] = 1;
    }
}

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

// Don't call, compile only
void test8987(){
    int last = 0;
    int count = 0;
    int d;

    for (int x = 0; count < 100; x++){
        d = 3;

        while (x / d)
            d += 2;

        if (x & d) {
            last = x;
            count++;
        }
    }

    printf("Last: %d\n", last);
}

/***************************************************/
// 8796

int* wrong8796(int* p)
{
    *p++ = 1;
    return p;
}

void test8796()
{
    int[3] arr;
    int* q = arr.ptr;
    q = wrong8796(q);
    assert(q != arr.ptr);
}

/***************************************************/
// 9171

ulong bitcomb9171(ulong v)
{
    if(v)
    {
        ulong result;
        if(v & 1)
        {
            auto r = bitcomb9171(v >> 1);
            printf("r=%016llx\n", r);

            auto z = ((r & (r-1) ^ r));
            check9171("str", z>>1);
//          printf("z=%016llx\n", z>>1);
            return r;
        }
        else
        {
            auto fb = v & (v-1) ^ v;
            result = (fb >> 1) | (v ^ fb);
        }
        return result;
    }
    return 0;
}

void check9171(const char *s, ulong v)
{
    assert(v == 0x80000000);
}

void test9171()
{
    bitcomb9171(0b1110000000000000010000000000000000000000000000000001);
}

/***************************************************/
// 9248

void test9248()
{
    void*[] a = [cast(void*)1];
    void*[] b = [cast(void*)2];
    auto c = a ~ b;
    assert(c == [cast(void*)1, cast(void*)2]);
}

/***************************************************/
// 14682

void test14682a()
{
    // operands
    int[]       a1;
    int[][]     a2;
    int[][][]   a3;
    int[][][][] a4;

    // results
    int[]       r1w =    [];    assert(r1w.length == 0);
    int[][]     r2w =    [];    assert(r2w.length == 0);
    int[][][]   r3w =    [];    assert(r3w.length == 0);
    int[][][][] r4w =    [];    assert(r4w.length == 0);
    // ----
    int[][]     r2x =   [[]];   assert(r2x.length == 1 && r2x[0].length == 0);
    int[][][]   r3x =   [[]];   assert(r3x.length == 1 && r3x[0].length == 0);
    int[][][][] r4x =   [[]];   assert(r4x.length == 1 && r4x[0].length == 0);
    // ----
    int[][][]   r3y =  [[[]]];  assert(r3y.length == 1 && r3y[0].length == 1 && r3y[0][0].length == 0);
    int[][][][] r4y =  [[[]]];  assert(r4y.length == 1 && r4y[0].length == 1 && r4y[0][0].length == 0);
    // ----
    int[][][][] r4z = [[[[]]]]; assert(r4z.length == 1 && r4z[0].length == 1 && r4z[0][0].length == 1 && r4z[0][0][0].length == 0);

    // ArrayLiteralExp conforms to the type of LHS.
    { auto x = a1 ~    []   ;   static assert(is(typeof(x) == typeof(a1))); assert(x == r1w); } // no ambiguity
    { auto x = a2 ~    []   ;   static assert(is(typeof(x) == typeof(a2))); assert(x == r2w); } // fix <- ambiguity
    { auto x = a3 ~    []   ;   static assert(is(typeof(x) == typeof(a3))); assert(x == r3w); } // fix <- ambiguity
    { auto x = a4 ~    []   ;   static assert(is(typeof(x) == typeof(a4))); assert(x == r4w); } // fix <- ambiguity
    // ----
  //{ auto x = a1 ~   [[]]  ; } // (see test14682b)
    { auto x = a2 ~   [[]]  ;   static assert(is(typeof(x) == typeof(a2))); assert(x == r2x); } // no ambiguity
    { auto x = a3 ~   [[]]  ;   static assert(is(typeof(x) == typeof(a3))); assert(x == r3x); } // fix <- ambiguity
    { auto x = a4 ~   [[]]  ;   static assert(is(typeof(x) == typeof(a4))); assert(x == r4x); } // fix <- ambiguity
    // ----
    static assert(!__traits(compiles, { auto x = a1 ~   [[[]]] ; }));
  //{ auto x = a2 ~  [[[]]] ; } // (see test14682b)
    { auto x = a3 ~  [[[]]] ;   static assert(is(typeof(x) == typeof(a3))); assert(x == r3y); } // no ambiguity
    { auto x = a4 ~  [[[]]] ;   static assert(is(typeof(x) == typeof(a4))); assert(x == r4y); } // fix <- ambiguity
    // ----
    static assert(!__traits(compiles, { auto x = a1 ~  [[[[]]]]; }));
    static assert(!__traits(compiles, { auto x = a2 ~  [[[[]]]]; }));
  //{ auto x = a3 ~ [[[[]]]]; } // (see test14682b)
    { auto x = a4 ~ [[[[]]]];   static assert(is(typeof(x) == typeof(a4))); assert(x == r4z); } // no ambiguity

    // ArrayLiteralExp conforms to the type of RHS.
    { auto x =    []    ~ a1;   static assert(is(typeof(x) == typeof(a1))); assert(x == r1w); } // no ambiguity
    { auto x =    []    ~ a2;   static assert(is(typeof(x) == typeof(a2))); assert(x == r2w); } // fix <- ambiguity
    { auto x =    []    ~ a3;   static assert(is(typeof(x) == typeof(a3))); assert(x == r3w); } // fix <- ambiguity
    { auto x =    []    ~ a4;   static assert(is(typeof(x) == typeof(a4))); assert(x == r4w); } // fix <- ambiguity
    // ----
  //{ auto x =   [[]]   ~ a1; } // (see test14682b)
    { auto x =   [[]]   ~ a2;   static assert(is(typeof(x) == typeof(a2))); assert(x == r2x); } // no ambiguity
    { auto x =   [[]]   ~ a3;   static assert(is(typeof(x) == typeof(a3))); assert(x == r3x); } // fix <- ambiguity
    { auto x =   [[]]   ~ a4;   static assert(is(typeof(x) == typeof(a4))); assert(x == r4x); } // fix <- ambiguity
    // ----
    static assert(!__traits(compiles, { auto x =  [[[]]]  ~ a1; }));
  //{ auto x =  [[[]]]  ~ a2; } // (see test14682b)
    { auto x =  [[[]]]  ~ a3;   static assert(is(typeof(x) == typeof(a3))); assert(x == r3y); } // no ambiguity
    { auto x =  [[[]]]  ~ a4;   static assert(is(typeof(x) == typeof(a4))); assert(x == r4y); } // fix <- ambiguity
    // ----
    static assert(!__traits(compiles, { auto x = [[[[]]]] ~ a1; }));
    static assert(!__traits(compiles, { auto x = [[[[]]]] ~ a2; }));
  //{ auto x = [[[[]]]] ~ a3; } // (see test14682b)
    { auto x = [[[[]]]] ~ a4;   static assert(is(typeof(x) == typeof(a4))); assert(x == r4z); } // no ambiguity
}

void test14682b()
{
    // operands
    int[]       a1;
    int[][]     a2;
    int[][][]   a3;
    int[][][][] a4;

    // results
    int[][]     r2a = [[],   []  ]; assert(r2a.length == 2 && r2a[0].length == 0 && r2a[1].length == 0);
  //int[][][]   r3a = [[],  [[]] ]; // should work, but doesn't
  //int[][][][] r4a = [[], [[[]]]]; // should work, but doesn't
    int[][][]   r3a;  { r3a.length = 2; r3a[0] = []; r3a[1] =  [[]] ; }
                                    assert(r3a.length == 2 && r3a[0].length == 0 && r3a[1].length == 1 && r3a[1][0].length == 0);
    int[][][][] r4a;  { r4a.length = 2; r4a[0] = []; r4a[1] = [[[]]]; }
                                    assert(r4a.length == 2 && r4a[0].length == 0 && r4a[1].length == 1 && r4a[1][0].length == 1 && r4a[1][0][0].length == 0);
    // ----
    int[][]     r2b = [  []  , []]; assert(r2b.length == 2 && r2b[1].length == 0 && r2b[0].length == 0);
  //int[][][]   r3b = [ [[]] , []]; // should work, but doesn't
  //int[][][][] r4b = [[[[]]], []]; // should work, but doesn't
    int[][][]   r3b;  { r3b.length = 2; r3b[0] =  [[]] ; r3b[1] = []; }
                                    assert(r3b.length == 2 && r3b[1].length == 0 && r3b[0].length == 1 && r3b[0][0].length == 0);
    int[][][][] r4b;  { r4b.length = 2; r4b[0] = [[[]]]; r4b[1] = []; }
                                    assert(r4b.length == 2 && r4b[1].length == 0 && r4b[0].length == 1 && r4b[0][0].length == 1 && r4b[0][0][0].length == 0);

    // ArrayLiteralExp conforms to the typeof(LHS)->arrayOf().
    { auto x = a1 ~   [[]]  ;   static assert(is(typeof(x) == typeof(a1)[])); assert(x == r2a); } // fix
    { auto x = a2 ~  [[[]]] ;   static assert(is(typeof(x) == typeof(a2)[])); assert(x == r3a); } // fix
    { auto x = a3 ~ [[[[]]]];   static assert(is(typeof(x) == typeof(a3)[])); assert(x == r4a); } // fix

    // ArrayLiteralExp conforms to the typeof(RHS)->arrayOf().
    { auto x =   [[]]   ~ a1;   static assert(is(typeof(x) == typeof(a1)[])); assert(x == r2b); } // fix
    { auto x =  [[[]]]  ~ a2;   static assert(is(typeof(x) == typeof(a2)[])); assert(x == r3b); } // fix
    { auto x = [[[[]]]] ~ a3;   static assert(is(typeof(x) == typeof(a3)[])); assert(x == r4b); } // fix
}

/***************************************************/
// 9739

class Foo9739
{
    int val = 1;
    this(int arg = 2) { val = arg; }
}

class Bar9739 : Foo9739 { }

void test9739()
{
    Bar9739 bar = new Bar9739;
    assert(bar.val == 2);
}

/***************************************************/
// 6057
void test6057()
{
    enum Foo { A=1, B=2 }
    Foo[] bar = [cast(Foo)1];
}

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

ulong d2ulong(double u)
{
    return cast(ulong)u;
}

void testdbl_to_ulong()
{
    auto u = d2ulong(12345.6);
    //writeln(u);
    assert(u == 12345);

    static if (real.mant_dig <= 64)
    {
        real adjust = 1.0L/real.epsilon;
        u = d2ulong(adjust);
        //writefln("%s %s", adjust, u);
        static if(real.mant_dig == 64)
            assert(u == 9223372036854775808UL);
        else static if(real.mant_dig == 53)
            assert(u == 4503599627370496UL);
        else
            static assert(false, "Test not implemented for this architecture");

        auto v = d2ulong(adjust * 1.1);
        //writefln("%s %s %s", adjust, v, u + u/10);

        // The following can vary in the last bits with different optimization settings,
        // i.e. the conversion from real to double may not happen.
        //assert(v == 10145709240540254208UL);
    }
}

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


uint d2uint(double u)
{
    return cast(uint)u;
}

void testdbl_to_uint()
{
    auto u = d2uint(12345.6);
    //writeln(u);
    assert(u == 12345);
}

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

ulong r2ulong(real u)
{
    return cast(ulong)u;
}

void testreal_to_ulong()
{
    auto u = r2ulong(12345.6L);
    //writeln(u);
    assert(u == 12345);

    real adjust = 1.0L/real.epsilon;
    u = r2ulong(adjust);
    //writefln("%s %s", adjust, u);
    static if(real.mant_dig == 113)
        assert(u == 18446744073709551615UL);
    else static if(real.mant_dig == 106)
        assert(u == 18446744073709551615UL);
    else static if(real.mant_dig == 64)
        assert(u == 9223372036854775808UL);
    else static if(real.mant_dig == 53)
        assert(u == 4503599627370496UL);
    else
        static assert(false, "Test not implemented for this architecture");

    auto v = r2ulong(adjust * 1.1);
    writefln("%s %s %s", adjust, v, u + u/10);

    //assert(v == 10145709240540253389UL);
}

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

long testbt1(long a, long b, int c)
{
    return a + ((b >> c) & 1);
//    return a + ((b & (1L << c)) != 0);
}


long testbt2(long a, long b, int c)
{
//    return a + ((b >> c) & 1);
    return a + ((b & (1L << c)) != 0);
}

int testbt3(int a, int b, int c)
{
    return a + ((b >> c) & 1);
//    return a + ((b & (1 << c)) != 0);
}

int testbt4(int a, int b, int c)
{
//    return a + ((b >> c) & 1);
    return a + ((b & (1 << c)) != 0);
}


void test248()
{
    auto a1 = testbt1(3, 4, 2);
    assert(a1 == 4);
    a1 = testbt2(3, 4, 2);
    assert(a1 == 4);
    a1 = testbt3(3, 4, 2);
    assert(a1 == 4);
    a1 = testbt4(3, 4, 2);
    assert(a1 == 4);

    a1 = testbt1(3, 8, 2);
    assert(a1 == 3);
    a1 = testbt2(3, 8, 2);
    assert(a1 == 3);
    a1 = testbt3(3, 8, 2);
    assert(a1 == 3);
    a1 = testbt4(3, 8, 2);
    assert(a1 == 3);
}

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

int foo249(int a, int b)
{
    return a + ((b & 0x80) != 0);
}

long bar249(long a, int b)
{
    return a + ((b & 0x80) != 0);
}

void test249()
{
  {
    auto i = foo249(3, 6);
    assert(i == 3);
    i = foo249(3, 0x88);
    assert(i == 4);
  }
  {
    auto i = bar249(3, 6);
    assert(i == 3);
    i = bar249(3, 0x88);
    assert(i == 4);
  }
}

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

// These should all compile to a BT instruction when -O, for -m32 and -m64

int bt32(uint *p, uint b) { return ((p[b >> 5] & (1 << (b & 0x1F)))) != 0; }

int bt64a(ulong *p, uint b) { return ((p[b >> 6] & (1L << (b & 63)))) != 0; }

int bt64b(ulong *p, size_t b) { return ((p[b >> 6] & (1L << (b & 63)))) != 0; }

void test250()
{
    static uint[2]  a1 = [0x1001_1100, 0x0220_0012];

    if ( bt32(a1.ptr,30)) assert(0);
    if (!bt32(a1.ptr,8))  assert(0);
    if ( bt32(a1.ptr,30+32)) assert(0);
    if (!bt32(a1.ptr,1+32))  assert(0);

    static ulong[2] a2 = [0x1001_1100_12345678, 0x0220_0012_12345678];

    if ( bt64a(a2.ptr,30+32)) assert(0);
    if (!bt64a(a2.ptr,8+32))  assert(0);
    if ( bt64a(a2.ptr,30+32+64)) assert(0);
    if (!bt64a(a2.ptr,1+32+64))  assert(0);

    if ( bt64b(a2.ptr,30+32)) assert(0);
    if (!bt64b(a2.ptr,8+32))  assert(0);
    if ( bt64b(a2.ptr,30+32+64)) assert(0);
    if (!bt64b(a2.ptr,1+32+64))  assert(0);
}

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

struct S251 { int a,b,c,d; }

S251 foo251(S251 s)
{
    S251 a = s;
    S251 b = a; // copy propagation
    S251 c = b;
    S251 d = c;
    S251 e = d; // dead assignment
    return d;
}

void test251()
{
    S251 a;
    a.a = 1;
    a.b = 2;
    a.c = 3;
    a.d = 4;
    a = foo251(a);
    assert(a.a == 1);
    assert(a.b == 2);
    assert(a.c == 3);
    assert(a.d == 4);
}

/***************************************************/
// 9387

void bug9387a(double x) { }

void ice9387()
{
    double x = 0.3;
    double r = x*0.1;
    double q = x*0.1 + r;
    double p = x*0.1 + r*0.2;
    if ( q )
        p = -p;
    bug9387a(p);
}

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

void bug6962(string value)
{
    string v = value;
    try
    {
        v = v[0LU..0LU];
        return;
    }
    finally
    {
        assert(!v.length);
    }
}

void test6962()
{
    bug6962("42");
}

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

int[1] foo4414() {
    return [7];
}

ubyte[4] bytes4414()
{
    ubyte[4] x;
    x[0] = 7;
    x[1] = 8;
    x[2] = 9;
    x[3] = 10;
    return x;
}

void test4414() {
  {
    int x = foo4414()[0];
    assert(x == 7);
  }
  {
    auto x = bytes4414()[0..4];
    if (x[0] != 7 || x[1] != 8 || x[2] != 9 || x[3] != 10)
        assert(0);
  }
}

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

void test9844() {
    int a = -1;
    long b = -1;
    assert(a == -1);
    assert(b == -1L);
}

/***************************************************/
// 10628

abstract class B10628
{
    static if (! __traits(isVirtualMethod, foo))
    {
    }

    private bool _bar;
    public void foo();
}

class D10628 : B10628
{
    public override void foo() {}
}

void test10628()
{
    assert(typeid(D10628).vtbl.length - typeid(Object).vtbl.length == 1);
}

/***************************************************/
// 11265

struct S11265
{
    class InnerClass
    {
        S11265 s;

        bool empty()
        {
            return true;
        }
    }
}

void test11265()
{
    S11265.InnerClass trav = new S11265.InnerClass();
    trav.empty();
}

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

struct TimeOfDay
{
    void roll(int value)
    {
        value %= 60;
        auto newVal = _seconds + value;

        if(newVal < 0)
            newVal += 60;
        else if(newVal >= 60)
            newVal -= 60;

        _seconds = cast(ubyte)newVal;
    }

    ubyte _seconds;
}


void test10633()
{
    TimeOfDay tod = TimeOfDay(0);
    tod.roll(-1);
    assert(tod._seconds == 59);
}

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

import std.stdio;

void _assertEq (ubyte lhs, short rhs, string msg, string file, size_t line)
{
    immutable result = lhs == rhs;

    if(!result)
    {
        string op = "==";
        if(msg.length > 0)
            writefln(`_assertEq failed: [%s] is not [%s].`, lhs, rhs);
        else
            writefln(`_assertEq failed: [%s] is not [%s]: %s`, lhs, rhs, msg);
    }

    assert(result);
}

struct Date
{
    short year;
    ubyte month;
    ubyte day;
}

struct MonthDay
{
    ubyte month;
    short day;
}

void test10642()
{
    static void test(Date date, int day, MonthDay expected, size_t line = __LINE__)
    {
        _assertEq(date.day, expected.day, "", __FILE__, line);
    }

    test(Date(1999, 1, 1), 1, MonthDay(1,1));
}

/***************************************************/
// 11581

alias TT11581(T...) = T;

void test11581()
{
    static class A {}

    static class C { alias Types = TT11581!(4, int); }
    static C makeC() { return null; }

    alias T = TT11581!(A);

    // edim == IntergerExp(0)
    auto a1 = new T[0];
    static assert(is(typeof(a1) == A));

    enum d2 = 0;

    // edim == TypeIdentifier('d2') --> IdentifierExp
    auto a2 = new T[d2];
    static assert(is(typeof(a2) == A));

    alias U = int;
    int d3 = 3;

    // edim == TypeIdentifier('d3') --> IdentifierExp
    auto a3 = new U[d3];
    static assert(is(typeof(a3) == U[]));
    assert(a3.length == d3);

    // edim == IndexExp(DotIdExp(CallExp(makeC, []), 'Types'), 0)
    auto a4 = new U[makeC().Types[0]];
    static assert(is(typeof(a4) == U[]));
    assert(a4.length == C.Types[0]);
}

/***************************************************/
// 7436

void test7436()
{
    ubyte a = 10;
    float f = 6;
    ubyte b = a += f;
    assert(b == 16);
}

/***************************************************/
// 12138

struct S12138
{
    int num;
    this(int n) { num = n; }
    ~this() { num = 0; }
}

void test12138()
{
label:
    auto s = S12138(10);
    assert(s.num == 10);
}

/***************************************************/
// 14430

void setCookie(long x = 1L << 32L, string y = null){
    assert(y.ptr is null);
}

void test14430(){
    setCookie();
}

/***************************************************/
// 14510

alias Vector14510 = ulong[3];

void fun14510(Vector14510 vec, bool recursive = false)
{
    assert(vec[2] == 0);
    if (recursive)
        return;
    fun14510(vec, true);
}

void test14510()
{
    Vector14510 vec;
    fun14510(vec);
}

/***************************************************/
// https://issues.dlang.org/show_bug.cgi?id=16027

void test16027()
{
    double value = 1.0;
    value *= -1.0;
    assert(value == -1.0);    // fails, value is +1.0

    value = 1.0;
    value = value * -1.0;
    assert(value == -1.0);
}

/***************************************************/
// https://issues.dlang.org/show_bug.cgi?id=16530

double entropy2(double[] probs)
{
    double result = 0;
    foreach (p; probs)
    {
        __gshared int x;
        ++x;
        if (!p) continue;
        import std.math : log2;
        result -= p * log2(p);
    }
    return result;
}

void test16530()
{
    import std.stdio;
    if (entropy2([1.0, 0, 0]) != 0.0)
       assert(0);
}

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

void test252()
{
    __gshared int x = 7;
    __gshared long y = 217;
    if ((-1 - x) != ~x)
        assert(0);
    if ((-1 - y) != ~y)
        assert(0);
}

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

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();
    test27();
    test28();
    test29();
    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();
    test103();
    test104();
    test105();
    test107();
    test108();
    test109();
    test110();
    test111();
    test112();
    test113();
    test114();
    test115();
    test116();
    test117();
    test118();
    test119();
    test120();
    test121();
    //test122();
    test123();
    test124();
    test125();
    test126();
    test127();
    test128();
    test129();
    test130();
    test131();
    test132();
    test133();

//    test135();
    test136();
    test137();

    test139();
    test140();

    test142();
    test143();
    test144();
    test145();
    test146();
    test147();
    test148();
    test149();

    test151();
    test152();
    test153();
    test154();

    test156();
    test157();

    test160();

    test163();


    test169();

    test171();

    test173();
    test174();

    test176();
    test177();

    test179();

    test181();
    test182();

    test188();
    test189();
    test190();
    test191();

    test193();
    test194();

    test198();

    test200();
    test201();
    test202();
    test203();

//    test208();

    test210();

    test212();
    test213();
    test214();
    test215();
    test216();
    test217();
    test218();
    test219();
    test220();

    test222();
    test223();
    test224();
    test225();
    test226();
    test227();
    test228();
    test229();
    test230();
    test230();
    bug5717();
    test231();
    test232();
    test233();
    bug6184();
    test236();
    test237();
    test238();
    test239();
    test6229();
    test6270();
    test6506();
    test240();
    test6563();
    test241();
    test6665();
    test5364();
    test6189();
    test6997();
    test7026();
    test6354();
    test7072();
    test7212();
    test242();
    test7290();
    test7367();
    test7375();
    test6504();
    test7422();
    test7424();
    test7502();
    test4820();
    test4820_2();
    test243();
    test7742();
    test245();
    test7807();
    test4155();
    test7911();
    test8095();
    test8091();
    test6189_2();
    test8199();
    test246();
    test8454();
    test8423();
    test8496();
    test8840();
    test8889();
    test8870();
    test9781();
    test247();
    test8340();
    test8376();
    test8796();
    test9171();
    test9248();
    test14682a();
    test14682b();
    test9739();
    testdbl_to_ulong();
    testdbl_to_uint();
    testreal_to_ulong();
    test248();
    test249();
    test250();
    test6057();
    test251();
    test6962();
    test4414();
    test9844();
    test10628();
    test11265();
    test10633();
    test10642();
    test11581();
    test7436();
    test12138();
    test14430();
    test14510();
    test16027();
    test16530();
    test252();

    writefln("Success");
    return 0;
}