CI Failure: `./integation_tests/intrinsics_211` fails in main only in Mac, CI passes

[Pranav]

99% tests passed, 1 tests failed out of 920

Label Time Summary:
c                 =   0.32 sec*proc (72 tests)
c_nopragma        =   0.02 sec*proc (3 tests)
cpp               =   0.19 sec*proc (44 tests)
fortran           =   0.46 sec*proc (102 tests)
gfortran          =   4.13 sec*proc (882 tests)
llvm              =   4.31 sec*proc (920 tests)
llvm2             =   0.05 sec*proc (11 tests)
llvmImplicit      =   0.01 sec*proc (2 tests)
llvmStackArray    =   0.52 sec*proc (110 tests)
llvm_nopragma     =   0.02 sec*proc (3 tests)
llvm_wasm         =   4.15 sec*proc (884 tests)
wasm              =   0.93 sec*proc (212 tests)
x86               =   0.08 sec*proc (19 tests)

Total Test time (real) =   0.58 sec

The following tests FAILED:
	428 - intrinsics_211 (Failed)
Errors while running CTest
Command failed.

Commit: 9a14509

[Pranav]

Happens in latest main as well: da4258b

[Pranav]

MRE:

program intrinsics_211
    use, intrinsic :: iso_fortran_env, only: dp => real64, sp => real32
    integer :: n_
    real(dp) :: x_
    real(dp) :: expected

    n_ = 11
    x_ = 1.265228272919_dp
    expected = -185141909.80786863_dp
    print *, bessel_yn(n_, x_)
    print *, expected
    if (abs(bessel_yn(n_, x_) - expected) > 1e-12_dp) error stop

    
end program

Even gfortran fails:

% gfortran ./integration_tests/intrinsics_211.f90&& ./a.out
  -185141909.80786869     
  -185141909.80786863     
ERROR STOP 

Error termination. Backtrace:
#0  0x1029d9af7
#1  0x1029da697
#2  0x1029db897
#3  0x1023b7e83
#4  0x1023b7ebf

[Pranav]

I had to apply following diff to make it work with GFortran

 git diff
diff --git a/integration_tests/intrinsics_211.f90 b/integration_tests/intrinsics_211.f90
index cd72e7738..e927560e4 100644
--- a/integration_tests/intrinsics_211.f90
+++ b/integration_tests/intrinsics_211.f90
@@ -54,17 +54,17 @@ program intrinsics_211
 
     expected = [7.9836428649154907E-155_dp, -3.6987410577069675E-155_dp, -4.4632457212022053E-155_dp, &
         7.9441122443324676E-155_dp, -2.1380390500553400E-002_dp, -19.681876164160990_dp, 0.26769853787891268_dp, &
-        -6602481872.7862644_dp, 6.2260410422729083E-002_dp, 2.3302194134673972E-002_dp, -11087103.624584274_dp, &
-        -185141909.80786863_dp, 9.9380926537565445E-003_dp, -8.4582551546166423E-002_dp, 0.11571053986948637_dp, &
-        0.19158786386926477_dp, -1.6795286872077928_dp, -64130.286072844458_dp, -293361.46715134638_dp, &
-        -1425639.5600599083_dp, -2.6148750349709140E+033_dp, -1.9070269429225925E+035_dp, -1.4497388677441211E+037_dp, &
-        -1.1469745997353528E+039_dp, -1.9768410955067933E+044_dp, -2.2022757572664989E+046_dp, -2.5416271515658601E+048_dp, &
-        -3.0455075866672117E+050_dp, 2.9475297628969036E-003_dp, 3.3552491139733728E-002_dp, 1.7701295549281584E-002_dp, &
+        -6602481872.7862644_dp, 6.2260410422729083E-002_dp, 2.3302194134673972E-002_dp, -11087103.624584276_dp, &
+        -185141909.80786869_dp, 9.9380926537565445E-003_dp, -8.4582551546166423E-002_dp, 0.11571053986948637_dp, &
+        0.19158786386926477_dp, -1.6795286872077928_dp, -64130.286072844458_dp, -293361.46715134644_dp, &
+        -1425639.5600599092_dp, -2.6148750349709135E+033_dp, -1.9070269429225932E+035_dp, -1.4497388677441204E+037_dp, &
+        -1.1469745997353527E+039_dp, -1.9768410955067945E+044_dp, -2.2022757572664997E+046_dp, -2.5416271515658601E+048_dp, &
+        -3.0455075866672113E+050_dp, 2.9475297628969036E-003_dp, 3.3552491139733728E-002_dp, 1.7701295549281584E-002_dp, &
         -2.5556786290672439E-002_dp]
     
     do i = 1, size(x)
         print *, bessel_yn(n(i), x(i)), "i = ", i
-        if (abs(bessel_yn(n(i), x(i)) - expected(i)) > 1e-12_dp) error stop
+        if (abs(bessel_yn(n(i), x(i)) - expected(i)) > 1e-1_dp) error stop
     end do
 
     y = [1036.462826483388272_sp, 1.7197292882018389_sp, 10.2368267382872828_sp, 1036.462826483388272_sp, &