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|
module tests
use etsf_io_low_level
implicit none
interface tests_init_variable
module procedure allocate_int_0D
module procedure allocate_int_1D
module procedure allocate_int_2D
module procedure allocate_int_3D
module procedure allocate_int_4D
module procedure allocate_int_5D
module procedure allocate_int_6D
module procedure allocate_int_7D
module procedure allocate_dbl_0D
module procedure allocate_dbl_1D
module procedure allocate_dbl_2D
module procedure allocate_dbl_3D
module procedure allocate_dbl_4D
module procedure allocate_dbl_5D
module procedure allocate_dbl_6D
module procedure allocate_dbl_7D
module procedure allocate_str_0D
module procedure allocate_str_1D
end interface
interface tests_check_variable
module procedure check_read_0D
module procedure check_read_nD
end interface
interface tests_check_values
module procedure check_mem_int_0D
module procedure check_mem_int_nD
module procedure check_mem_dbl_0D
module procedure check_mem_dbl_nD
module procedure check_mem_str_0D
module procedure check_mem_str_1D
end interface
contains
subroutine tests_status(name, lstat, error)
character(len = *), intent(in) :: name
logical, intent(in) :: lstat
type(etsf_io_low_error), intent(in) :: error
if (lstat) then
write(*, "(A,A,A,A)") "== ", name, repeat(" ", 68 - len(name)), "OK =="
else
write(*, "(A,A,A,A)") "== ", name, repeat(" ", 68 - len(name)), "Failed =="
call etsf_io_low_error_handle(error)
end if
end subroutine tests_status
subroutine check_read_0D(ncid, varname, type, lstat, error_data)
integer, intent(in) :: ncid
character(len = *), intent(in) :: varname
character(len = *), intent(in) :: type
logical, intent(out) :: lstat
type(etsf_io_low_error), intent(inout) :: error_data
character(len = *), parameter :: me = "check_read_0D"
if (type == "integer") then
call check_read_nD(ncid, varname, type, (/ 1 /), lstat, error_data)
else if (type == "real double_precision") then
call check_read_nD(ncid, varname, type, (/ 1 /), lstat, error_data)
else
call etsf_io_low_error_set(error_data, ERROR_MODE_SPEC, ERROR_TYPE_ARG, me, &
& tgtname = "check_read_0D", errmess = "unknown type")
lstat = .false.
end if
end subroutine check_read_0D
subroutine check_read_nD(ncid, varname, type, dims, lstat, error_data)
integer, intent(in) :: ncid
character(len = *), intent(in) :: varname
character(len = *), intent(in) :: type
integer, intent(in) :: dims(:)
logical, intent(out) :: lstat
type(etsf_io_low_error), intent(inout) :: error_data
character(len = *), parameter :: me = "check_read_nD"
integer, allocatable :: int_array(:)
double precision, allocatable :: dbl_array(:)
character(len = 256), allocatable :: strings(:)
! Allocate temporary read space
if (type == "integer") then
allocate(int_array(product(dims)))
else if (type == "real double_precision") then
allocate(dbl_array(product(dims)))
else if (type == "string") then
if (size(dims) == 1) then
allocate(strings(1))
else
allocate(strings(dims(2)))
end if
else
call etsf_io_low_error_set(error_data, ERROR_MODE_SPEC, ERROR_TYPE_ARG, me, &
& tgtname = me, errmess = "unknown type")
lstat = .false.
end if
! Read
if (type == "integer") then
call etsf_io_low_read_var(ncid, varname, int_array, &
& lstat, error_data = error_data)
else if (type == "real double_precision") then
call etsf_io_low_read_var(ncid, varname, dbl_array, &
& lstat, error_data = error_data)
else if (type == "string") then
call etsf_io_low_read_var(ncid, varname, strings, dims(1), &
& lstat, error_data = error_data)
end if
call tests_status(" | read '"// varname //"' values", lstat, error_data)
if (.not. lstat) return
! Check values
if (type == "integer") then
call check_mem_int_nD(int_array, varname, lstat, error_data)
deallocate(int_array)
else if (type == "real double_precision") then
call check_mem_dbl_nD(dbl_array, varname, lstat, error_data)
deallocate(dbl_array)
else if (type == "string") then
if (size(dims) == 1) then
call check_mem_str_0D(strings(1), dims(1), varname, lstat, error_data)
else
call check_mem_str_1D(strings, dims, varname, lstat, error_data)
end if
deallocate(strings)
end if
end subroutine check_read_nD
!------------------!
! The integer case !
!------------------!
subroutine allocate_int_0D(array)
integer, pointer :: array
allocate(array)
array = 1
end subroutine allocate_int_0D
subroutine allocate_int_1D(array, dims)
integer, pointer :: array(:)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1)))
array = (/ (i, i = 1, product(dims)) /)
end subroutine allocate_int_1D
subroutine allocate_int_2D(array, dims)
integer, pointer :: array(:, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:2) )
end subroutine allocate_int_2D
subroutine allocate_int_3D(array, dims)
integer, pointer :: array(:, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:3) )
end subroutine allocate_int_3D
subroutine allocate_int_4D(array, dims)
integer, pointer :: array(:, :, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3), dims(4)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:4) )
end subroutine allocate_int_4D
subroutine allocate_int_5D(array, dims)
integer, pointer :: array(:, :, :, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3), dims(4), dims(5)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:5) )
end subroutine allocate_int_5D
subroutine allocate_int_6D(array, dims)
integer, pointer :: array(:, :, :, :, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3), dims(4), dims(5), dims(6)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:6) )
end subroutine allocate_int_6D
subroutine allocate_int_7D(array, dims)
integer, pointer :: array(:, :, :, :, :, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3), dims(4), dims(5), dims(6), dims(7)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:7) )
end subroutine allocate_int_7D
subroutine check_mem_int_0D(value, varname, lstat, error_data)
integer, intent(in) :: value
character(len = *), intent(in) :: varname
logical, intent(out) :: lstat
type(etsf_io_low_error), intent(inout) :: error_data
call check_mem_int_nD((/ value /), varname, lstat, error_data)
end subroutine check_mem_int_0D
subroutine check_mem_int_nD(array, varname, lstat, error_data)
integer, intent(in) :: array(:)
character(len = *), intent(in) :: varname
logical, intent(out) :: lstat
type(etsf_io_low_error), intent(inout) :: error_data
character(len = *), parameter :: me = "check_mem_int_nD"
integer, allocatable :: read_array(:)
integer :: i
! Check values
lstat = .true.
do i = 1, size(array), 1
lstat = (array(i) == i) .and. lstat
end do
if (.not. lstat) then
call etsf_io_low_error_set(error_data, ERROR_MODE_SPEC, ERROR_TYPE_VAR, me, &
& tgtname = varname, errmess = "wrong values")
lstat = .false.
end if
call tests_status(" | check '"// varname //"' values", lstat, error_data)
end subroutine check_mem_int_nD
!-----------------!
! The double case !
!-----------------!
subroutine allocate_dbl_0D(array)
double precision, pointer :: array
allocate(array)
array = 1.d0
end subroutine allocate_dbl_0D
subroutine allocate_dbl_1D(array, dims)
double precision, pointer :: array(:)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1)))
array = (/ (i, i = 1, product(dims)) /)
end subroutine allocate_dbl_1D
subroutine allocate_dbl_2D(array, dims)
double precision, pointer :: array(:, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:2) )
end subroutine allocate_dbl_2D
subroutine allocate_dbl_3D(array, dims)
double precision, pointer :: array(:, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:3) )
end subroutine allocate_dbl_3D
subroutine allocate_dbl_4D(array, dims)
double precision, pointer :: array(:, :, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3), dims(4)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:4) )
end subroutine allocate_dbl_4D
subroutine allocate_dbl_5D(array, dims)
double precision, pointer :: array(:, :, :, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3), dims(4), dims(5)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:5) )
end subroutine allocate_dbl_5D
subroutine allocate_dbl_6D(array, dims)
double precision, pointer :: array(:, :, :, :, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3), dims(4), dims(5), dims(6)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:6) )
end subroutine allocate_dbl_6D
subroutine allocate_dbl_7D(array, dims)
double precision, pointer :: array(:, :, :, :, :, :, :)
integer, intent(in) :: dims(:)
integer :: i
allocate(array(dims(1), dims(2), dims(3), dims(4), dims(5), dims(6), dims(7)))
array = reshape( (/ (i, i = 1, product(dims)) /) , dims(1:7) )
end subroutine allocate_dbl_7D
subroutine check_mem_dbl_0D(value, varname, lstat, error_data)
double precision, intent(in) :: value
character(len = *), intent(in) :: varname
logical, intent(out) :: lstat
type(etsf_io_low_error), intent(inout) :: error_data
call check_mem_dbl_nD((/ value /), varname, lstat, error_data)
end subroutine check_mem_dbl_0D
subroutine check_mem_dbl_nD(array, varname, lstat, error_data)
double precision, intent(in) :: array(:)
character(len = *), intent(in) :: varname
logical, intent(out) :: lstat
type(etsf_io_low_error), intent(inout) :: error_data
character(len = *), parameter :: me = "check_mem_dbl_nD"
integer :: i
! Check values
lstat = .true.
do i = 1, size(array), 1
lstat = (array(i) == i) .and. lstat
end do
if (.not. lstat) then
call etsf_io_low_error_set(error_data, ERROR_MODE_SPEC, ERROR_TYPE_VAR, me, &
& tgtname = varname, errmess = "wrong values")
lstat = .false.
end if
call tests_status(" | check '"// varname //"' values", lstat, error_data)
end subroutine check_mem_dbl_nD
!-----------------!
! The string case !
!-----------------!
subroutine allocate_str_0D(string, dims)
integer, intent(in) :: dims(:)
character(len = dims(1)), pointer :: string
allocate(string)
write(string, "(A)") repeat("a", dims(1))
end subroutine allocate_str_0D
subroutine allocate_str_1D(string, dims)
integer, intent(in) :: dims(:)
character(len = dims(1)), pointer :: string(:)
integer :: i
character(len = 1) :: chr
allocate(string(dims(2)))
do i = 1, dims(2), 1
write(chr, "(A1)") char(97 + modulo(i - 1, 26))
write(string(i), "(A)") repeat(chr, dims(1))
end do
end subroutine allocate_str_1D
subroutine check_mem_str_0D(string, length, varname, lstat, error_data)
character(len = length), intent(in) :: string
integer, intent(in) :: length
character(len = *), intent(in) :: varname
logical, intent(out) :: lstat
type(etsf_io_low_error), intent(inout) :: error_data
character(len = *), parameter :: me = "check_mem_str"
! Check values
lstat = (string == repeat("a", length))
if (.not. lstat) then
call etsf_io_low_error_set(error_data, ERROR_MODE_SPEC, ERROR_TYPE_VAR, me, &
& tgtname = varname, errmess = "wrong values")
lstat = .false.
end if
call tests_status(" | check '"// varname //"' values", lstat, error_data)
end subroutine check_mem_str_0D
subroutine check_mem_str_1D(string, dims, varname, lstat, error_data)
integer, intent(in) :: dims(:)
character(len = dims(1)), intent(in) :: string(:)
character(len = *), intent(in) :: varname
logical, intent(out) :: lstat
type(etsf_io_low_error), intent(inout) :: error_data
character(len = *), parameter :: me = "check_mem_str_1D"
character(len = 1) :: chr
integer :: i
! Check values
lstat = .true.
do i = 1, dims(2), 1
write(chr, "(A1)") char(97 + modulo(i - 1, 26))
lstat = lstat .and. (string(i) == repeat(chr, dims(1)))
end do
if (.not. lstat) then
call etsf_io_low_error_set(error_data, ERROR_MODE_SPEC, ERROR_TYPE_VAR, me, &
& tgtname = varname, errmess = "wrong values")
lstat = .false.
end if
call tests_status(" | check '"// varname //"' values", lstat, error_data)
end subroutine check_mem_str_1D
end module tests
|
