diff --git a/test/nettle.jl b/test/nettle.jl
index 708e25b..b6d8168 100644
--- a/test/nettle.jl
+++ b/test/nettle.jl
@@ -3,40 +3,38 @@ using Test
 import MD5
 using Random
 
-try
-    import Nettle
 
+import Nettle
 
-    function test_equal_state(md5_value::MD5.MD5_CTX,nettle_value::Nettle.Hasher)
-        @test nettle_value.state[1:16] ==
-            reinterpret(UInt8, md5_value.state)
-    end
 
-    @testset "Against Nettle initialize, update!, digest!" begin
-        for _ in 1:10, chunkcount in [0,1,2,3, 10, 100]
-            md5_value = MD5.MD5_CTX()
-            nettle_value = Nettle.Hasher("md5")
-            test_equal_state(md5_value, nettle_value)
-            for _ in 1:chunkcount
-                chunksize = rand(0:10000)
-                data = rand(UInt8, chunksize)
-                MD5.update!(md5_value, data)
-                Nettle.update!(nettle_value, data)
-                test_equal_state(md5_value,nettle_value)
-            end
-            @test MD5.digest!(md5_value) == Nettle.digest!(nettle_value)
+function test_equal_state(md5_value::MD5.MD5_CTX,nettle_value::Nettle.Hasher)
+    @test nettle_value.state[1:16] ==
+        reinterpret(UInt8, md5_value.state)
+end
+
+@testset "Against Nettle initialize, update!, digest!" begin
+    for _ in 1:10, chunkcount in [0,1,2,3, 10, 100]
+        md5_value = MD5.MD5_CTX()
+        nettle_value = Nettle.Hasher("md5")
+        test_equal_state(md5_value, nettle_value)
+        for _ in 1:chunkcount
+            chunksize = rand(0:10000)
+            data = rand(UInt8, chunksize)
+            MD5.update!(md5_value, data)
+            Nettle.update!(nettle_value, data)
+            test_equal_state(md5_value,nettle_value)
         end
+        @test MD5.digest!(md5_value) == Nettle.digest!(nettle_value)
     end
+end
 
-    @testset "Against Nettle end to end" begin
-        for offset in [0,10^3, 10^4, 10^5]
-            iter = offset:(offset+1000)
-            for l in iter
-                s = randstring(l)
-                @test Nettle.hexdigest("md5", s) == bytes2hex(md5(s))
-            end
+@testset "Against Nettle end to end" begin
+    for offset in [0,10^3, 10^4, 10^5]
+        iter = offset:(offset+1000)
+        for l in iter
+            s = randstring(l)
+            @test Nettle.hexdigest("md5", s) == bytes2hex(md5(s))
         end
     end
-catch err
-    @warn "Cross checking again Nettle could not run, due to error" exception=err
 end
+