Format

Author: christiangnrd

src/pocl/backend.jl

@@ -146,22 +146,22 @@ function KI.kifunction(::POCLBackend, f::F, tt::TT = Tuple{}; name = nothing, kw
     return KI.KIKernel{POCLBackend, typeof(kern)}(POCLBackend(), kern)
 end
 
-function (obj::KI.KIKernel{POCLBackend})(args...; numworkgroups=nothing, workgroupsize=nothing)
-    local_size = StaticArrays.MVector{3}((1,1,1))
+function (obj::KI.KIKernel{POCLBackend})(args...; numworkgroups = nothing, workgroupsize = nothing)
+    local_size = StaticArrays.MVector{3}((1, 1, 1))
     if !isnothing(workgroupsize)
         for (i, val) in enumerate(workgroupsize)
             local_size[i] = val
         end
     end
 
-    global_size = StaticArrays.MVector{3}((1,1,1))
+    global_size = StaticArrays.MVector{3}((1, 1, 1))
     if !isnothing(numworkgroups)
         for (i, val) in enumerate(numworkgroups)
             global_size[i] = val * local_size[i]
         end
     end
 
-    obj.kern(args...; local_size, global_size)
+    return obj.kern(args...; local_size, global_size)
 end
 
 function KI.kernel_max_work_group_size(::POCLBackend, kikern::KI.KIKernel{<:POCLBackend}; max_work_items::Int = typemax(Int))::Int

test/intrinsics.jl

@@ -27,7 +27,7 @@ function intrinsics_testsuite(backend, AT)
                 gi, _, _ = KI.get_group_id()
                 ngi, _, _ = KI.get_num_groups()
 
-                arr[(gi - 1) * ngi + i] = 1f0
+                arr[(gi - 1) * ngi + i] = 1.0f0
                 return
             end
             arr1d = AT(zeros(Float32, 4))
@@ -47,7 +47,7 @@ function intrinsics_testsuite(backend, AT)
                 gi, gj, _ = KI.get_group_id()
                 ngi, ngj, _ = KI.get_num_groups()
 
-                arr[(gi - 1) * ngi + i, (gj - 1) * ngj + j] = 1f0
+                arr[(gi - 1) * ngi + i, (gj - 1) * ngj + j] = 1.0f0
                 return
             end
             arr2d = AT(zeros(Float32, 4, 4))
@@ -61,7 +61,7 @@ function intrinsics_testsuite(backend, AT)
                 gi, gj, gk = KI.get_group_id()
                 ngi, ngj, ngk = KI.get_num_groups()
 
-                arr[(gi - 1) * ngi + i, (gj - 1) * ngj + j, (gk - 1) * ngk + k] = 1f0
+                arr[(gi - 1) * ngi + i, (gj - 1) * ngj + j, (gk - 1) * ngk + k] = 1.0f0
                 return
             end
             arr3d = AT(zeros(Float32, 4, 4, 4))