1 files changed, 0 insertions, 112 deletions
diff --git a/src/test/ui/consts/offset.rs b/src/test/ui/consts/offset.rs
deleted file mode 100644
index b2c663fe6..000000000
--- a/src/test/ui/consts/offset.rs
+++ /dev/null
@@ -1,112 +0,0 @@
-// run-pass
-use std::ptr;
-
-#[repr(C)]
-struct Struct {
-    a: u32,
-    b: u32,
-    c: u32,
-}
-static S: Struct = Struct { a: 0, b: 0, c: 0 };
-
-// For these tests we use offset_from to check that two pointers are equal.
-// Rust doesn't currently support comparing pointers in const fn.
-
-static OFFSET_NO_CHANGE: bool = unsafe {
-    let p1 = &S.b as *const u32;
-    let p2 = p1.offset(2).offset(-2);
-    p1.offset_from(p2) == 0
-};
-static OFFSET_MIDDLE: bool = unsafe {
-    let p1 = (&S.a as *const u32).offset(1);
-    let p2 = (&S.c as *const u32).offset(-1);
-    p1.offset_from(p2) == 0
-};
-// Pointing to the end of the allocation is OK
-static OFFSET_END: bool = unsafe {
-    let p1 = (&S.a as *const u32).offset(3);
-    let p2 = (&S.c as *const u32).offset(1);
-    p1.offset_from(p2) == 0
-};
-// Casting though a differently sized type is OK
-static OFFSET_U8_PTR: bool = unsafe {
-    let p1 = (&S.a as *const u32 as *const u8).offset(5);
-    let p2 = (&S.c as *const u32 as *const u8).offset(-3);
-    p1.offset_from(p2) == 0
-};
-// Any offset with a ZST does nothing
-const OFFSET_ZST: bool = unsafe {
-    let pz = &() as *const ();
-    // offset_from can't work with ZSTs, so cast to u8 ptr
-    let p1 = pz.offset(5) as *const u8;
-    let p2 = pz.offset(isize::MIN) as *const u8;
-    p1.offset_from(p2) == 0
-};
-const OFFSET_ZERO: bool = unsafe {
-    let p = [0u8; 0].as_ptr();
-    p.offset(0).offset_from(p) == 0
-};
-const OFFSET_ONE: bool = unsafe {
-    let p = &42u32 as *const u32;
-    p.offset(1).offset_from(p) == 1
-};
-const OFFSET_DANGLING: bool = unsafe {
-    let p = ptr::NonNull::<u8>::dangling().as_ptr();
-    p.offset(0).offset_from(p) == 0
-};
-const OFFSET_UNALIGNED: bool = unsafe {
-    let arr = [0u8; 32];
-    let p1 = arr.as_ptr();
-    let p2 = (p1.offset(2) as *const u32).offset(1);
-    (p2 as *const u8).offset_from(p1) == 6
-};
-
-const WRAP_OFFSET_NO_CHANGE: bool = unsafe {
-    let p1 = &42u32 as *const u32;
-    let p2 = p1.wrapping_offset(1000).wrapping_offset(-1000);
-    let p3 = p1.wrapping_offset(-1000).wrapping_offset(1000);
-    (p1.offset_from(p2) == 0) & (p1.offset_from(p3) == 0)
-};
-const WRAP_ADDRESS_SPACE: bool = unsafe {
-    let p1 = &42u8 as *const u8;
-    let p2 = p1.wrapping_offset(isize::MIN).wrapping_offset(isize::MIN);
-    p1.offset_from(p2) == 0
-};
-// Wrap on the count*size_of::<T>() calculation.
-const WRAP_SIZE_OF: bool = unsafe {
-    // Make sure that if p1 moves backwards, we are still in range
-    let arr = [0u32; 2];
-    let p = &arr[1] as *const u32;
-    // With wrapping arithmetic, isize::MAX * 4 == -4
-    let wrapped = p.wrapping_offset(isize::MAX);
-    let backward = p.wrapping_offset(-1);
-    wrapped.offset_from(backward) == 0
-};
-const WRAP_INTEGER_POINTER: bool = unsafe {
-    let p1 = (0x42 as *const u32).wrapping_offset(4);
-    let p2 = 0x52 as *const u32;
-    p1.offset_from(p2) == 0
-};
-const WRAP_NULL: bool = unsafe {
-    let p1 = ptr::null::<u32>().wrapping_offset(1);
-    let p2 = 0x4 as *const u32;
-    p1.offset_from(p2) == 0
-};
-
-fn main() {
-    assert!(OFFSET_NO_CHANGE);
-    assert!(OFFSET_MIDDLE);
-    assert!(OFFSET_END);
-    assert!(OFFSET_U8_PTR);
-    assert!(OFFSET_ZST);
-    assert!(OFFSET_ZERO);
-    assert!(OFFSET_ONE);
-    assert!(OFFSET_DANGLING);
-    assert!(OFFSET_UNALIGNED);
-
-    assert!(WRAP_OFFSET_NO_CHANGE);
-    assert!(WRAP_ADDRESS_SPACE);
-    assert!(WRAP_SIZE_OF);
-    assert!(WRAP_INTEGER_POINTER);
-    assert!(WRAP_NULL);
-}