Rerun runic and lock to specific commit (#511)

Author: fredrikekre

.github/workflows/runic.yml

@@ -19,7 +19,7 @@ jobs:
       - uses: julia-actions/cache@v2
       - name: Install Runic
         run: |
-          julia --color=yes --project=@runic -e 'using Pkg; Pkg.add(url = "https://github.com/fredrikekre/Runic.jl")'
+          julia --color=yes --project=@runic -e 'using Pkg; Pkg.add(url = "https://github.com/fredrikekre/Runic.jl", rev = "e128bc9b77ea44b8fe23a0c3afe741a19c71a7b2")'
       - name: Run Runic
         run: |
           git ls-files -z -- '*.jl' | xargs -0 julia --project=@runic -m Runic --check --diff

src/extras/loopinfo.jl

@@ -20,7 +20,12 @@ module MD
 end
 
 function loopinfo(expr, nodes...)
-    if @capture(expr, for i_ in iter_ body__ end)
+    if @capture(
+            expr,
+            for i_ in iter_
+                body__
+            end,
+        )
         return quote
             for $i in $iter
                 $(body...)

test/nditeration.jl

@@ -4,11 +4,11 @@ using Test
 
 function nditeration_testsuite()
     @testset "iteration" begin
-        let ndrange = NDRange{2, DynamicSize, DynamicSize}(CartesianIndices((256, 256)), CartesianIndices((32, 32)));
+        let ndrange = NDRange{2, DynamicSize, DynamicSize}(CartesianIndices((256, 256)), CartesianIndices((32, 32)))
             @test length(ndrange) == 256 * 256
             @test all(p -> p[1] == p[2], zip(ndrange, CartesianIndices((256, 256))))
         end
-        let ndrange = NDRange{2, StaticSize{(256, 256)}, DynamicSize}(nothing, CartesianIndices((32, 32)));
+        let ndrange = NDRange{2, StaticSize{(256, 256)}, DynamicSize}(nothing, CartesianIndices((32, 32)))
             @test length(ndrange) == 256 * 256
             @test all(p -> p[1] == p[2], zip(ndrange, CartesianIndices((256, 256))))
         end
@@ -34,14 +34,14 @@ function nditeration_testsuite()
     @testset "linear_iteration" begin
         Dim_x = 32
         Dim_y = 32
-        let ndrange = NDRange{2, StaticSize{(4, 4)}, StaticSize{(Dim_x, Dim_y)}}();
+        let ndrange = NDRange{2, StaticSize{(4, 4)}, StaticSize{(Dim_x, Dim_y)}}()
             idx = linear_iteration(ndrange)
             for (i, I) in zip(1:length(blocks(ndrange)), blocks(ndrange))
                 I = Tuple(I)
                 @test check(idx, i - 1, ntuple(i -> I[i] - 1, length(I))..., Dim_x, Dim_y)
             end
         end
-        let ndrange = NDRange{2, DynamicSize, DynamicSize}(CartesianIndices((4, 4)), CartesianIndices((Dim_x, Dim_y)));
+        let ndrange = NDRange{2, DynamicSize, DynamicSize}(CartesianIndices((4, 4)), CartesianIndices((Dim_x, Dim_y)))
             idx = linear_iteration(ndrange)
             for (i, I) in zip(1:length(blocks(ndrange)), blocks(ndrange))
                 I = Tuple(I)
@@ -51,15 +51,15 @@ function nditeration_testsuite()
 
         Dim_x = 32
         Dim_y = 1
-        let ndrange = NDRange{2, StaticSize{(4, 4 * 32)}, StaticSize{(Dim_x, Dim_y)}}();
+        let ndrange = NDRange{2, StaticSize{(4, 4 * 32)}, StaticSize{(Dim_x, Dim_y)}}()
             idx = linear_iteration(ndrange)
             N = length(workitems(ndrange))
             for (i, I) in zip(1:length(blocks(ndrange)), blocks(ndrange))
                 I = Tuple(I)
                 @test check(idx, i - 1, ntuple(i -> I[i] - 1, length(I))..., Dim_x, Dim_y)
             end
         end
-        let ndrange = NDRange{2, DynamicSize, DynamicSize}(CartesianIndices((4, 4 * 32)), CartesianIndices((Dim_x, Dim_y)));
+        let ndrange = NDRange{2, DynamicSize, DynamicSize}(CartesianIndices((4, 4 * 32)), CartesianIndices((Dim_x, Dim_y)))
             idx = linear_iteration(ndrange)
             for (i, I) in zip(1:length(blocks(ndrange)), blocks(ndrange))
                 I = Tuple(I)
@@ -69,15 +69,15 @@ function nditeration_testsuite()
 
         Dim_x = 1
         Dim_y = 32
-        let ndrange = NDRange{2, StaticSize{(4 * 32, 4)}, StaticSize{(Dim_x, Dim_y)}}();
+        let ndrange = NDRange{2, StaticSize{(4 * 32, 4)}, StaticSize{(Dim_x, Dim_y)}}()
             idx = linear_iteration(ndrange)
             N = length(workitems(ndrange))
             for (i, I) in zip(1:length(blocks(ndrange)), blocks(ndrange))
                 I = Tuple(I)
                 @test check(idx, i - 1, ntuple(i -> I[i] - 1, length(I))..., Dim_x, Dim_y)
             end
         end
-        let ndrange = NDRange{2, DynamicSize, DynamicSize}(CartesianIndices((4 * 32, 4)), CartesianIndices((Dim_x, Dim_y)));
+        let ndrange = NDRange{2, DynamicSize, DynamicSize}(CartesianIndices((4 * 32, 4)), CartesianIndices((Dim_x, Dim_y)))
             idx = linear_iteration(ndrange)
             for (i, I) in zip(1:length(blocks(ndrange)), blocks(ndrange))
                 I = Tuple(I)