program test_tester_1
use tester
implicit none
integer, parameter :: long_k = selected_int_kind(18)
double precision :: pi = 4*atan(1.d0)
type(tester_t) :: test
call test% init()
call test% assert_equal(-121, -11**2)
call test% assert_equal([1, -10, 1899010], [1, -10, 1899010])
call test% assert_equal([0.2420243742417814d0, 0.4924788296716989d0, &
0.8541147722227219d0, 0.267520651034313d0 , 0.6948550035165076d0], &
[0.2420243742417814d0, 0.4924788296716989d0, &
0.8541147722227219d0, 0.267520651034313d0 , 0.6948550035165076d0])
call test% assert_close(0.d0, sin(pi))
call test% assert_equal(0.d0, 0*1.d0)
call test% assert_equal(.true., 2 > 1)
call test% assert_equal(1.0, 1.0)
call test% assert_equal( &
[7.2936402920067644, 3.0975232096437191, 9.2077205929200456, &
9.0014871205366358], &
[7.2936402920067644, 3.0975232096437191, 9.2077205929200456, &
9.0014871205366358])
call test% assert_close(1.d0, (1.d0+1.d-16))
call test% assert_close(1., (1.+1.e-7))
call test% assert_close([ 0.58557761, 0.04035789, 0.30463428, &
0.57437861, 0.4879709 , 0.00986957], &
[ 0.58557761+epsilon(1.0), 0.04035789, 0.30463428+2*epsilon(1.0), &
0.57437861, 0.4879709 , 0.00986957-epsilon(1.0)])
call test% assert_close([1.d0, 2.d0], [1.d0, 2.d0])
call test% assert_positive(epsilon(1.))
call test% assert_positive(0.1)
call test% assert_positive(0.1d0)
call test% assert_positive([1., 2., 0.])
call test% assert_positive([1.d0, huge(1.d0)])
call test% assert_equal(1, 1)
call test% assert_equal(1_long_k, 1_long_k)
call test% assert_equal([1, -huge(1), huge(1), 0], [1, -huge(1), huge(1), 0])
call test% assert_equal([1_long_k, -huge(1_long_k), huge(1_long_k), 0_long_k], &
[1_long_k, -huge(1_long_k), huge(1_long_k), 0_long_k])
call test% assert_positive(2**30)
call test% assert_positive(2_long_k**62)
call test% assert_positive([2**30, 1, 0])
call test% assert_positive([2_long_k**62, 1_long_k, 0_long_k])
call test% print()
end program test_tester_1