Remove commented block in test block.

src/lib.rs

@@ -962,91 +962,5 @@ mod tests {
             assert!(q.as_ptr() as usize != p.as_ptr() as usize - 1);
             b.reset();
         }
-        // let v1_data = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10];
-        // let v2_data = [41, 42, 43, 44, 45, 46, 47, 48, 49, 50];
-        // let mut v1 = bumpalo::vec![in &b; 1, 2, 3, 4, 5, 6, 7, 8, 9, 10];
-        // v1.reserve(90);
-        // let v1_ptr = v1.as_ptr();
-        // assert!(10 <= v1.capacity() && v1.capacity() < 20);
-
-        // // Shift the size up and down a few times and see that it stays in place
-        // v1.reserve(100);
-        // assert!(v1.capacity() >= 100);
-        // assert_eq!(v1.as_ptr(), v1_ptr);
-        // assert_eq!(v1, v1_data);
-
-        // v1.shrink_to_fit();
-        // assert!(10 <= v1.capacity() && v1.capacity() < 20);
-        // assert_eq!(v1.as_ptr(), v1_ptr);
-        // assert_eq!(v1, v1_data);
-
-        // v1.reserve(100);
-        // assert!(v1.capacity() >= 100);
-        // assert_eq!(v1.as_ptr(), v1_ptr);
-        // assert_eq!(v1, v1_data);
-
-        // v1.shrink_to_fit();
-        // assert!(10 <= v1.capacity() && v1.capacity() < 20);
-        // assert_eq!(v1.as_ptr(), v1_ptr);
-        // assert_eq!(v1, v1_data);
-
-        // // Allocate just after our buffer, to see that it blocks in-place expansion
-        // let mut v2 = bumpalo::vec![in &b; 41, 42, 43, 44, 45, 46, 47, 48, 49, 50];
-        // let v2_ptr = v2.as_ptr();
-        // assert!(10 <= v2.capacity() && v2.capacity() < 20);
-        // assert_eq!(unsafe { v1_ptr.add(v1.capacity()) }, v2_ptr);
-
-        // v1.reserve(100);
-        // assert!(v1.capacity() >= 100);
-        // assert_ne!(v1.as_ptr(), v1_ptr);
-        // assert_eq!(v1, v1_data);
-
-        // // Our chunk is now [old, dead v1] [current v2] [current v1]
-        // let v1_ptr = v1.as_ptr();
-        // assert_eq!(unsafe { v2_ptr.add(v2.capacity()) }, v1_ptr);
-
-        // // See that we can still shrink at the new location as well
-        // v1.shrink_to_fit();
-        // assert!(10 <= v1.capacity() && v1.capacity() < 20);
-        // assert_eq!(v1.as_ptr(), v1_ptr);
-        // assert_eq!(v1, v1_data);
-
-        // // And see that we get a new chunk if we expand too much
-        // v1.reserve(10_000);
-        // assert!(v1.capacity() >= 10_000);
-        // assert_ne!(v1.as_ptr(), v1_ptr);
-        // assert_eq!(v1, v1_data);
-
-        // // See that we can deallocate and re-use the existing memory
-        // let v1_ptr = v1.as_ptr();
-        // mem::drop(v1);
-
-        // let mut v1 = bumpalo::vec![in &b; 1, 2, 3, 4, 5, 6, 7, 8, 9, 10];
-        // assert!(10 <= v1.capacity() && v1.capacity() < 20);
-        // assert_eq!(v1.as_ptr(), v1_ptr);
-
-        // // At this point, the old chunk is [old, dead v1] [current v2] [old, dead v1]
-        // // See that we can still shrink buffers that are not at the end without moving them
-        // v2.truncate(5);
-        // v2.shrink_to_fit();
-        // assert!(v2.capacity() < 10);
-        // assert_eq!(v2.as_ptr(), v2_ptr);
-        // assert_eq!(v2, &v2_data[..5]);
-
-        // // However we cannot increase their size back up again without moving
-        // v2.extend_from_slice(&[46, 47, 48, 49, 50]);
-        // assert!(10 <= v2.capacity() && v2.capacity() < 20);
-        // assert_ne!(v2.as_ptr(), v2_ptr);
-        // assert_eq!(v2, v2_data);
-        // let v2_ptr = v2.as_ptr();
-
-        // // At this point, our new chunk should be [current v1][current v2]
-        // assert_eq!(unsafe { v1_ptr.add(v1.capacity()) }, v2_ptr);
-
-        // // If we free v2, we should be able to extend v1 inplace
-        // mem::drop(v2);
-        // v1.reserve(100);
-        // assert!(v1.capacity() >= 100);
-        // assert_eq!(v1.as_ptr(), v1_ptr);
     }
 }