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program tests
use regex_module
use regex_test_1
use regex_test_2
use regex_test_m_regex
use iso_fortran_env, only: output_unit
implicit none
integer :: nfailed = 0
integer :: npassed = 0
integer :: i,length
logical :: valid
character(len=30) :: pattern,str
! Test #1
do i=1,size(test1data,2)
call get_test1(i,valid,pattern,str,length)
call add_test(run_test1(valid,pattern,trim(str),length))
end do
! Test m_regex
do i=1,size(testMdata,2)
call get_m_test(i,valid,pattern,str)
call add_test(run_m_test(valid,trim(pattern),trim(str)))
end do
! Test #3
call add_test(test_invalid())
call add_test(test_main())
call add_test(test_bracket_space())
call add_test(test_end_anchor())
call add_test(test_end_anchor2())
call add_test(test_read_version())
! Test #2
call add_test(run_test2())
if (nfailed<=0) then
print "(*(a,:,i0))", 'SUCCESS! all ',npassed,' tests passed.'
stop 0
else
print "(*(a,:,i0))", 'ERROR: ',nfailed,' tests failed, ',npassed,' passed.'
stop 1
end if
contains
subroutine add_test(successful_test)
logical, intent(in) :: successful_test
if (successful_test) then
npassed = npassed+1
else
nfailed = nfailed+1
end if
end subroutine add_test
! Test two bug patterns reported by @DavidKorczynski in https://github.com/kokke/tiny-regex-c/issues/44
logical function test_invalid() result(success)
type(regex_pattern) :: re
! Test 1: inverted set without a closing ']'
re = parse_pattern("\\\x01[^\\\xff][^")
success = re%n==0; if (.not.success) return
! Test 1: inverted set without a closing ']'
re = parse_pattern("\\\x01[^\\\xff][\\")
success = re%n==0; if (.not.success) return
end function test_invalid
logical function test_main() result(success)
use regex_module
implicit none
character(*), parameter :: text = 'table football'
success = check_pattern(text,'foo*',expected="foo")
if (.not.success) return
end function test_main
logical function test_bracket_space() result(success)
use regex_module
implicit none
character(*), parameter :: text = 'table football'
success = check_pattern(text,'e[ ]f',expected="e f")
if (.not.success) return
success = check_pattern(text,'e[ ]+f',expected="e f")
if (.not.success) return
end function test_bracket_space
logical function test_end_anchor() result(success)
use regex_module
implicit none
character(*), parameter :: text = 'table football'
success = check_pattern(text,'ll$',expected="ll")
if (.not.success) return
success = check_pattern(text,'l$',expected="l")
if (.not.success) return
end function test_end_anchor
logical function test_end_anchor2() result(success)
use regex_module
implicit none
character(*), parameter :: text = 'Avida Dollar$'
success = check_pattern(text,'[A-Z][a-z]+$',expected="")
if (.not.success) return
end function test_end_anchor2
logical function test_read_version() result(success)
character(*), parameter :: &
text = 'Intel(R) MPI Library 2021.8 for Linux*Copyright Intel Corporation.ifort version 2021.8.0'
success = check_pattern(text,'\d+\.\d+\.\d+',expected="2021.8.0")
end function test_read_version
end program tests
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