Function hurray_tensor_context_new 

#[unsafe(no_mangle)]
pub unsafe extern "C" fn hurray_tensor_context_new(
    abi_version: u32,
    descriptor_bytes: *const u8,
    descriptor_len: u64,
    owner: *mut c_void,
    owner_release: HurrayOwnerReleaseFn,
    out_ctx: *mut *mut HurrayTensorContext,
) -> HurrayStatus

Creates a HurrayTensorContext owning a copy of descriptor_bytes.

abi_version MUST be the producing build’s HURRAY_C_ABI_VERSION; a consumer compares it against its own before trusting anything else about the capsule.

owner and owner_release are optional and opaque. When owner_release is non-null it is invoked exactly once, with owner, during hurray_tensor_context_destroy.

The caller owns the returned handle and MUST destroy it exactly once.

Safety

• out_ctx MUST be a valid, non-null, writable pointer.
• descriptor_bytes MUST point to at least descriptor_len readable bytes, unless descriptor_len is 0, in which case it MAY be null.
• owner MUST remain valid until owner_release is invoked.

Examples

use hurray_ffi::tensor_context::{
    hurray_tensor_context_destroy, hurray_tensor_context_new,
};
use hurray_ffi::{HurrayTensorContext, HURRAY_C_ABI_VERSION, HURRAY_OK};

let descriptor = [0x48u8, 0x52, 0x52, 0x59]; // "HRRY"
let mut ctx: *mut HurrayTensorContext = std::ptr::null_mut();
assert_eq!(
    unsafe {
        hurray_tensor_context_new(
            HURRAY_C_ABI_VERSION,
            descriptor.as_ptr(),
            descriptor.len() as u64,
            std::ptr::null_mut(),
            None,
            &mut ctx,
        )
    },
    HURRAY_OK,
);

assert_eq!(unsafe { hurray_tensor_context_destroy(&mut ctx) }, HURRAY_OK);
assert!(ctx.is_null()); // destroy nulls the caller's pointer