diff --git a/test/analyticless_convergence_tests.jl b/test/analyticless_convergence_tests.jl
index 3cec8dc..0b17915 100644
--- a/test/analyticless_convergence_tests.jl
+++ b/test/analyticless_convergence_tests.jl
@@ -19,8 +19,8 @@ end
 pmul = [1.0,-4.,-2.,10.,-1.3,-1.2, 1.1]
 padd = [1.0,-4.,-2.,10.,-0.0,-0.0, 0.1]
 
-prob = @test_nowarn SDDEProblem(hayes_modelf, hayes_modelg, [1.], h, tspan, pmul; constant_lags = (pmul[1],));
-@test_nowarn SDDEProblem(hayes_modelf, hayes_modelg, h, tspan, padd; constant_lags = (padd[1],));
+prob = SDDEProblem(hayes_modelf, hayes_modelg, [1.], h, tspan, pmul; constant_lags = (pmul[1],));
+SDDEProblem(hayes_modelf, hayes_modelg, h, tspan, padd; constant_lags = (padd[1],));
 
 dts = (1/2).^(8:-1:4)
 test_dt = 1/2^9
diff --git a/test/test_prob_sol.jl b/test/test_prob_sol.jl
index bc64197..0603773 100644
--- a/test/test_prob_sol.jl
+++ b/test/test_prob_sol.jl
@@ -19,112 +19,112 @@ end
 pmul = [1.0,-4.,-2.,10.,-1.3,-1.2, 1.1]
 padd = [1.0,-4.,-2.,10.,-0.0,-0.0, 0.1]
 
-prob = @test_nowarn SDDEProblem(hayes_modelf, hayes_modelg, [1.], h, tspan, pmul; constant_lags = (pmul[1],));
-@test_nowarn SDDEProblem(hayes_modelf, hayes_modelg, h, tspan, padd; constant_lags = (padd[1],));
+prob = SDDEProblem(hayes_modelf, hayes_modelg, [1.], h, tspan, pmul; constant_lags = (pmul[1],));
+SDDEProblem(hayes_modelf, hayes_modelg, h, tspan, padd; constant_lags = (padd[1],));
 
-sol = @test_nowarn solve(prob,EM(),dt=0.01)
+sol = solve(prob,EM(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,LambaEM(),dt=0.01)
+sol = solve(prob,LambaEM(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,EulerHeun(),dt=0.01)
+sol = solve(prob,EulerHeun(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,LambaEulerHeun(),dt=0.01)
+sol = solve(prob,LambaEulerHeun(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,RKMil(),dt=0.01)
+sol = solve(prob,RKMil(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,RKMil(interpretation=:Stratonovich),dt=0.01)
+sol = solve(prob,RKMil(interpretation=:Stratonovich),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,RKMilCommute(),dt=0.01)
+sol = solve(prob,RKMilCommute(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,RKMilCommute(interpretation=:Stratonovich),dt=0.01)
+sol = solve(prob,RKMilCommute(interpretation=:Stratonovich),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,WangLi3SMil_A(),dt=0.01)
+sol = solve(prob,WangLi3SMil_A(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,WangLi3SMil_B(),dt=0.01)
+sol = solve(prob,WangLi3SMil_B(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,WangLi3SMil_C(),dt=0.01)
+sol = solve(prob,WangLi3SMil_C(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,WangLi3SMil_D(),dt=0.01)
+sol = solve(prob,WangLi3SMil_D(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,WangLi3SMil_E(),dt=0.01)
+sol = solve(prob,WangLi3SMil_E(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,WangLi3SMil_F(),dt=0.01)
+sol = solve(prob,WangLi3SMil_F(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SRI(),dt=0.01)
+sol = solve(prob,SRI(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SRIW1(),dt=0.01)
+sol = solve(prob,SRIW1(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SRIW2(),dt=0.01)
+sol = solve(prob,SRIW2(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SOSRI(),dt=0.01)
+sol = solve(prob,SOSRI(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SOSRI2(),dt=0.01)
+sol = solve(prob,SOSRI2(),dt=0.01)
 @test sol.u[end] != zeros(1)
 
 # Additive problems
 println("additive problems")
 prob.p .= padd;
-sol = @test_nowarn solve(prob,SRA(),dt=0.01)
+sol = solve(prob,SRA(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SRA1(),dt=0.01)
+sol = solve(prob,SRA1(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SRA2(),dt=0.01)
+sol = solve(prob,SRA2(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SRA3(),dt=0.01)
+sol = solve(prob,SRA3(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SOSRA(),dt=0.01)
+sol = solve(prob,SOSRA(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SOSRA2(),dt=0.01)
+sol = solve(prob,SOSRA2(),dt=0.01)
 @test sol.u[end] != zeros(1)
-# @test_nowarn solve(prob,SKenCarp(),dt=0.01) # Not working
+# solve(prob,SKenCarp(),dt=0.01) # Not working
 
 # Test SROCK methods
 println("SROCK methods")
 prob.p .= pmul;
-sol = @test_nowarn solve(prob,SROCK1(),dt=0.01)
+sol = solve(prob,SROCK1(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SROCK1(interpretation=:Stratonovich),dt=0.01)
+sol = solve(prob,SROCK1(interpretation=:Stratonovich),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SROCKEM(),dt=0.01)
+sol = solve(prob,SROCKEM(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SROCKEM(strong_order_1=false),dt=0.01)
+sol = solve(prob,SROCKEM(strong_order_1=false),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SROCK2(),dt=0.01)
+sol = solve(prob,SROCK2(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SKSROCK(),dt=0.01)
+sol = solve(prob,SKSROCK(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SKSROCK(;post_processing=true),dt=0.01)
+sol = solve(prob,SKSROCK(;post_processing=true),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,TangXiaoSROCK2(),dt=0.01)
+sol = solve(prob,TangXiaoSROCK2(),dt=0.01)
 @test sol.u[end] != zeros(1)
 for i in 1:5
-    sol = @test_nowarn solve(prob,TangXiaoSROCK2(version_num=i),dt=0.01)
+    sol = solve(prob,TangXiaoSROCK2(version_num=i),dt=0.01)
     @test sol.u[end] != zeros(1)
 end
 
 # Test Implicit methods
 println("implicit methods")
-sol = @test_nowarn solve(prob,ImplicitEM(),dt=0.01)
+sol = solve(prob,ImplicitEM(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ImplicitEM(symplectic=true, theta = 1/2),dt=0.01)
+sol = solve(prob,ImplicitEM(symplectic=true, theta = 1/2),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ImplicitEulerHeun(),dt=0.01)
+sol = solve(prob,ImplicitEulerHeun(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ImplicitEulerHeun(symplectic=true, theta = 1/2),dt=0.01)
+sol = solve(prob,ImplicitEulerHeun(symplectic=true, theta = 1/2),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ImplicitRKMil(),dt=0.01)
+sol = solve(prob,ImplicitRKMil(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ImplicitRKMil(symplectic=true, theta = 1/2),dt=0.01)
+sol = solve(prob,ImplicitRKMil(symplectic=true, theta = 1/2),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ImplicitRKMil(interpretation=:Stratonovich, symplectic = true, theta = 1/2),dt=0.01)
+sol = solve(prob,ImplicitRKMil(interpretation=:Stratonovich, symplectic = true, theta = 1/2),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ISSEM(),dt=0.01)
+sol = solve(prob,ISSEM(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ISSEM(symplectic=true, theta = 1/2),dt=0.01)
+sol = solve(prob,ISSEM(symplectic=true, theta = 1/2),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ISSEulerHeun(),dt=0.01)
+sol = solve(prob,ISSEulerHeun(),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,ISSEulerHeun(symplectic=true, theta = 1/2),dt=0.01)
+sol = solve(prob,ISSEulerHeun(symplectic=true, theta = 1/2),dt=0.01)
 @test sol.u[end] != zeros(1)
-sol = @test_nowarn solve(prob,SKenCarp(),dt=0.01)
+sol = solve(prob,SKenCarp(),dt=0.01)
 @test sol.u[end] != zeros(1)