Standard testing infrastructure

test/interpreter/s2s_forward_mode_ad.jl

@@ -1,47 +1,52 @@
-using MistyClosures
-using Mooncake
-using Test
-using Core.Compiler: SSAValue
-const CC = Core.Compiler
+# using MistyClosures
+# using Mooncake
+# using Test
+# using Core.Compiler: SSAValue
+# const CC = Core.Compiler
 
 @testset "s2s_forward_mode_ad" begin
-    test_cases = collect(enumerate(TestResources.generate_test_functions()))[1:1]
-    @testset "$(_typeof((f, x...)))" for (n, (interface_only, _, _, f, x...)) in test_cases
+    test_cases = collect(enumerate(TestResources.generate_test_functions()))[3:4]
+    @testset "$(_typeof((f, x...)))" for (n, (int_only, pf, _, f, x...)) in test_cases
         sig = _typeof((f, x...))
         @info "$n: $sig"
         TestUtils.test_rule(
-            Xoshiro(123456), f, x...; perf_flag, interface_only, is_primitive=false
+            Xoshiro(123456),
+            f,
+            x...;
+            perf_flag=pf,
+            interface_only=int_only,
+            is_primitive=false,
+            forward=true,
         )
     end
 end
 
+# #=
+# x, dx = 2.0, 3.0
+# xdual = Dual(x, dx)
 
-#=
-x, dx = 2.0, 3.0
-xdual = Dual(x, dx)
+# sin_rule = build_frule(sin, x)
+# ydual = sin_rule(zero_dual(sin), xdual)
 
-sin_rule = build_frule(sin, x)
-ydual = sin_rule(zero_dual(sin), xdual)
+# @test primal(ydual) == sin(x)
+# @test tangent(ydual) == dx * cos(x)
+# =#
 
-@test primal(ydual) == sin(x)
-@test tangent(ydual) == dx * cos(x)
-=#
+# function func2(x)
+#     if x > 0.0
+#         y = sin(x)
+#     else
+#         y = cos(x)
+#     end
+#     return y
+# end
 
-function func2(x)
-    if x > 0.0
-        y = sin(x)
-    else
-        y = cos(x)
-    end
-    return y
-end
-
-x = 1.0
-xdual = Dual(1.0, 2.0)
+# x = 1.0
+# xdual = Dual(1.0, 2.0)
 
-ir = Base.code_ircode(func2, (typeof(x),))[1][1]
+# ir = Base.code_ircode(func2, (typeof(x),))[1][1]
 
-func_rule = build_frule(func2, x)
-ydual = func_rule(zero_dual(func2), xdual)
+# func_rule = build_frule(func2, x)
+# ydual = func_rule(zero_dual(func2), xdual)
 
-2cos(1)
+# 2cos(1)