fixup! datadeps: Add at-stencil helper

Author: jpsamaroo

src/stencil.jl

@@ -12,12 +12,12 @@ function load_neighbor_edge(arr, dim, dir, neigh_dist)
         stop_idx = CartesianIndex(ntuple(i -> i == dim ? (firstindex(arr, i) + neigh_dist - 1) : lastindex(arr, i), ndims(arr)))
     end
     # FIXME: Don't collect
-    return move(thunk_processor(), collect(@view arr[start_idx:stop_idx]))
+    return move(task_processor(), collect(@view arr[start_idx:stop_idx]))
 end
 function load_neighbor_corner(arr, corner_side, neigh_dist)
     start_idx = CartesianIndex(ntuple(i -> corner_side[i] == 0 ? (lastindex(arr, i) - neigh_dist + 1) : firstindex(arr, i), ndims(arr)))
     stop_idx = CartesianIndex(ntuple(i -> corner_side[i] == 0 ? lastindex(arr, i) : (firstindex(arr, i) + neigh_dist - 1), ndims(arr)))
-    return move(thunk_processor(), collect(@view arr[start_idx:stop_idx]))
+    return move(task_processor(), collect(@view arr[start_idx:stop_idx]))
 end
 function select_neighborhood_chunks(chunks, idx, neigh_dist, boundary)
     @assert neigh_dist isa Integer && neigh_dist > 0 "Neighborhood distance must be an Integer greater than 0"
@@ -87,7 +87,7 @@ function load_neighborhood(arr::HaloArray{T,N}, idx) where {T,N}
     return @view arr[start_idx:stop_idx]
 end
 function inner_stencil!(f, output, read_vars)
-    processor = thunk_processor()
+    processor = task_processor()
     inner_stencil_proc!(processor, f, output, read_vars)
 end
 # Non-KA (for CPUs)
@@ -121,14 +121,14 @@ function load_boundary_edge(pad::Pad, arr, dim, dir, neigh_dist)
     end
     edge_size = ntuple(i -> length(start_idx[i]:stop_idx[i]), ndims(arr))
     # FIXME: return Fill(pad.padval, edge_size)
-    return move(thunk_processor(), fill(pad.padval, edge_size))
+    return move(task_processor(), fill(pad.padval, edge_size))
 end
 function load_boundary_corner(pad::Pad, arr, corner_side, neigh_dist)
     start_idx = CartesianIndex(ntuple(i -> corner_side[i] == 0 ? (lastindex(arr, i) - neigh_dist + 1) : firstindex(arr, i), ndims(arr)))
     stop_idx = CartesianIndex(ntuple(i -> corner_side[i] == 0 ? lastindex(arr, i) : (firstindex(arr, i) + neigh_dist - 1), ndims(arr)))
     corner_size = ntuple(i -> length(start_idx[i]:stop_idx[i]), ndims(arr))
     # FIXME: return Fill(pad.padval, corner_size)
-    return move(thunk_processor(), fill(pad.padval, corner_size))
+    return move(task_processor(), fill(pad.padval, corner_size))
 end
 
 """