c3c/test/test_suite/struct/struct_nopadding_compact.c3t

module struct2;

struct Foo1
{
  bool a @nopadding;
  int b;
  int c @nopadding;
}

union Foo1_Union
{
  bool a @nopadding;
  int b;
  int c @nopadding;
}

struct Foo2 @nopadding
{
  bool a;
  bool b;
  bool c;
}

union Foo2_Union @nopadding
{
  bool a;
  bool b;
  bool c;
}

struct Foo3
{
  bool a;
  int b @nopadding; // #error: 3 bytes of padding would be added
  int c @nopadding;
}

struct Foo4 @nopadding
{
  bool a;
  int b; // #error: 3 bytes of padding would be added
  int c;
}

struct Foo5 @nopadding // #error: 3 bytes of padding would be added
{
  int a;
  bool b;
}

struct Foo5_B @align(16) @nopadding // #error: 8 bytes of padding would be added
{
  int a;
  int b;
}

struct Foo6 @nopadding
{
  int a;
  struct // #error: 3 bytes of padding would be added
  {
    int b;
    bool c;
  }
}

struct Foo7 @nopadding
{
  int a;
  struct nested
  {
    bool b;
    int c; // #error: 3 bytes of padding would be added
  }
}

struct Foo7_A @nopadding
{
  int a;
  struct
  {
    bool b;
    union // #error: 7 bytes of padding would be added
    {
      int c;
      long d;
    }
  }
}

struct Foo7_B @nopadding
{
  int a;
  char[4] _pad;
  struct
  {
    long b;
    union
    {
      int c;
      long d;
      struct // #error: 3 bytes of padding would be added
      {
        int e;
        bool f;
      }
    }
  }
}

struct Foo7_C @nopadding
{
  int a;
  char[4] _pad;
  struct
  {
    int b @align(8);
    union // #error: 4 bytes of padding would be added
    {
      int c;
      long d;
      struct
      {
        bool f;
      }
    }
  }
}

struct Foo10 @nopadding
{
  inline Foo2 a;
}

struct Foo11 @nopadding
{
  inline Foo1 a; // #error: An inlined struct or union type also requires the `@nopadding` attribute
}

struct Foo11_A @nopadding
{
  inline Foo1_Union a; // #error: An inlined struct or union type also requires the `@nopadding` attribute
}

union Foo12 @nopadding
{
  int b;
  bool a;
  long c;
  struct
  {
    bool d;
    int e; // #error: 3 bytes of padding would be added
  }
}

union Foo12_A @nopadding
{
  int b;
  bool a;
  long c;
}

struct Foo13 @nopadding
{
  inline Foo12_A a;
  short b @align(32); // #error: 24 bytes of padding would be added
}

struct Foo14 @compact // #error: 2 bytes of padding would be added to the end
{
  Foo10 a @align(4);
  char[1] _pad;
  short b;
}

struct Foo1_Compact
{
  bool a @compact; // #error: '@compact' is not a valid member attribute
  int b;
  int c @compact;
}

struct Foo2_Compact @compact
{
  bool a;
  bool b;
  bool c;
}

struct Foo4_Compact @compact
{
  bool a;
  int b; // #error: 3 bytes of padding would be added
  int c;
}

struct Foo5_Compact @compact // #error: 3 bytes of padding would be added
{
  int a;
  bool b;
}

struct Foo6_Compact @compact
{
  int a;
  struct nested // #error: 3 bytes of padding would be added
  {
    int a;
    bool b;
  }
}

struct Foo7_Compact @compact
{
  int a;
  struct nested
  {
    bool b;
    int a; // #error: 3 bytes of padding would be added
  }
}

struct Foo8 @compact
{
  Foo8_A a; // #error: 'Foo8_A' has padding
}

struct Foo8_A
{
  long a;
  Foo8_B b;
}

struct Foo8_B
{
  int a;
  char[4] _pad;
  struct
  {
    long b;
    union
    {
      int c;
      long d;
      struct
      {
        int e;
        Foo8_C f;
      }
    }
  }
}

struct Foo8_C
{
  bool a;
  int b;
}

struct Foo9 @compact
{
  Foo10 a;
  char[13] _pad;
  Foo9_A b; // #error: 'Foo9_A' has padding
}

struct Foo9_A @align(16)
{
  int a;
  int b;
}