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|
!*********************************************************************
! Copyright 1996, UCAR/Unidata
! See netcdf/COPYRIGHT file for copying and redistribution conditions.
! $Id: util.F,v 1.16 2008/12/31 17:54:10 ed Exp $
!********************************************************************/
! Implementation of util.F for F03 interfaces
SUBROUTINE PRINT_NOK(NOK)
use tests, ONLY: NFAILS, VERBOSE
IMPLICIT NONE
INTEGER NOK
IF (VERBOSE .OR. NFAILS .GT. 0) PRINT *, ' '
IF (VERBOSE) PRINT *, NOK, ' good comparisons.'
END
! Is value within external type range? */
FUNCTION INRANGE(VALUE, DATATYPE)
use tests, ONLY: NF_CHAR, NF_BYTE, NF_SHORT, NF_INT, NF_FLOAT, &
& NF_DOUBLE, X_CHAR_MIN, X_CHAR_MAX, X_BYTE_MIN, &
& X_BYTE_MAX, X_SHORT_MIN, X_SHORT_MAX, X_INT_MIN, &
& X_INT_MAX, X_FLOAT_MIN, X_FLOAT_MAX, &
& X_DOUBLE_MIN, X_DOUBLE_MAX
IMPLICIT NONE
DOUBLEPRECISION VALUE
INTEGER DATATYPE
LOGICAL INRANGE
DOUBLEPRECISION MIN
DOUBLEPRECISION MAX
IF (DATATYPE .EQ. NF_CHAR) THEN
MIN = X_CHAR_MIN
MAX = X_CHAR_MAX
ELSE IF (DATATYPE .EQ. NF_BYTE) THEN
MIN = X_BYTE_MIN
MAX = X_BYTE_MAX
ELSE IF (DATATYPE .EQ. NF_SHORT) THEN
MIN = X_SHORT_MIN
MAX = X_SHORT_MAX
ELSE IF (DATATYPE .EQ. NF_INT) THEN
MIN = X_INT_MIN
MAX = X_INT_MAX
ELSE IF (DATATYPE .EQ. NF_FLOAT) THEN
MIN = X_FLOAT_MIN
MAX = X_FLOAT_MAX
ELSE IF (DATATYPE .EQ. NF_DOUBLE) THEN
MIN = X_DOUBLE_MIN
MAX = X_DOUBLE_MAX
ELSE
CALL UDABORT
END IF
INRANGE = (VALUE .GE. MIN) .AND. (VALUE .LE. MAX)
END
FUNCTION INRANGE_UCHAR(VALUE, DATATYPE)
use tests, ONLY: NF_BYTE, INRANGE
IMPLICIT NONE
DOUBLEPRECISION VALUE
INTEGER DATATYPE
LOGICAL INRANGE_UCHAR
IF (DATATYPE .EQ. NF_BYTE) THEN
INRANGE_UCHAR = (VALUE .GE. 0) .AND. (VALUE .LE. 255)
ELSE
INRANGE_UCHAR = INRANGE(VALUE, DATATYPE)
END IF
END
FUNCTION INRANGE_FLOAT(VALUE, DATATYPE)
use tests, ONLY: NF_CHAR, NF_BYTE, NF_SHORT, NF_INT, NF_FLOAT, &
& NF_DOUBLE, X_CHAR_MIN, X_CHAR_MAX, X_BYTE_MIN, &
& X_BYTE_MAX, X_SHORT_MIN, X_SHORT_MAX, X_INT_MIN, &
& X_INT_MAX, X_FLOAT_MIN, X_FLOAT_MAX, NFT_REAL, &
& X_DOUBLE_MIN, X_DOUBLE_MAX, internal_max
IMPLICIT NONE
DOUBLEPRECISION VALUE
INTEGER DATATYPE
LOGICAL INRANGE_FLOAT
DOUBLEPRECISION MIN
DOUBLEPRECISION MAX
REAL FVALUE
IF (DATATYPE .EQ. NF_CHAR) THEN
MIN = X_CHAR_MIN
MAX = X_CHAR_MAX
ELSE IF (DATATYPE .EQ. NF_BYTE) THEN
MIN = X_BYTE_MIN
MAX = X_BYTE_MAX
ELSE IF (DATATYPE .EQ. NF_SHORT) THEN
MIN = X_SHORT_MIN
MAX = X_SHORT_MAX
ELSE IF (DATATYPE .EQ. NF_INT) THEN
MIN = X_INT_MIN
MAX = X_INT_MAX
ELSE IF (DATATYPE .EQ. NF_FLOAT) THEN
IF (internal_max(NFT_REAL) .LT. X_FLOAT_MAX) THEN
MIN = -internal_max(NFT_REAL)
MAX = internal_max(NFT_REAL)
ELSE
MIN = X_FLOAT_MIN
MAX = X_FLOAT_MAX
END IF
ELSE IF (DATATYPE .EQ. NF_DOUBLE) THEN
IF (internal_max(NFT_REAL) .LT. X_DOUBLE_MAX) THEN
MIN = -internal_max(NFT_REAL)
MAX = internal_max(NFT_REAL)
ELSE
MIN = X_DOUBLE_MIN
MAX = X_DOUBLE_MAX
END IF
ELSE
CALL UDABORT
END IF
IF (.NOT.((VALUE .GE. MIN) .AND. (VALUE .LE. MAX))) THEN
INRANGE_FLOAT = .FALSE.
ELSE
FVALUE = VALUE
INRANGE_FLOAT = (FVALUE .GE. MIN) .AND. (FVALUE .LE. MAX)
END IF
END
! wrapper for inrange to handle special NF_BYTE/uchar adjustment */
function inrange3(value, datatype, itype)
use tests, ONLY: NFT_REAL, inrange, inrange_float
implicit none
doubleprecision value
integer datatype
integer itype
logical inrange3
if (itype .eq. NFT_REAL) then
inrange3 = inrange_float(value, datatype)
else
inrange3 = inrange(value, datatype)
end if
end
!
! Does x == y, where one is internal and other external (netCDF)?
! Use tolerant comparison based on IEEE FLT_EPSILON or DBL_EPSILON.
!
function equal(x, y, extType, itype)
use tests, ONLY: NF_REAL, NFT_REAL
implicit none
doubleprecision x
doubleprecision y
integer extType !!/* external data type */
integer itype
logical equal
doubleprecision epsilon
if ((extType .eq. NF_REAL) .or. (itype .eq. NFT_REAL)) then
epsilon = 1.19209290E-07
else
epsilon = 2.2204460492503131E-16
end if
equal = abs(x-y) .le. epsilon * max( abs(x), abs(y))
end
! Test whether two int vectors are equal. If so return 1, else 0 */
function int_vec_eq(v1, v2, n)
! use tests
implicit none
integer n
integer v1(n)
integer v2(n)
integer i
logical int_vec_eq
int_vec_eq = .true.
if (n .le. 0)
+ return
do 1, i=1, n
if (v1(i) .ne. v2(i)) then
int_vec_eq = .false.
return
end if
1 continue
end
!
! Generate random integer from 0 through n-1
! Like throwing an n-sided dice marked 0, 1, 2, ..., n-1
!
function roll(n)
! use tests
implicit none
integer n
integer roll
doubleprecision udrand
external udrand
1 roll = (udrand(0) * (n-1)) + 0.5
if (roll .ge. n) goto 1
end
!
! Convert an origin-1 cumulative index to a netCDF index vector.
! Grosset dimension first; finest dimension last.
!
! Authors: Harvey Davies, Unidata/UCAR, Boulder, Colorado
! Steve Emmerson, (same place)
!
function index2ncindexes(index, rank, base, indexes)
! use tests
implicit none
integer index !!/* index to be converted */
integer rank !/* number of dimensions */
integer base(rank) !/* base(rank) ignored */
integer indexes(rank) !/* returned FORTRAN indexes */
integer i
integer offset
integer index2ncindexes
if (rank .gt. 0) then
offset = index - 1
do 1, i = rank, 1, -1
if (base(i) .eq. 0) then
index2ncindexes = 1
return
end if
indexes(i) = 1 + mod(offset, base(i))
offset = offset / base(i)
1 continue
end if
index2ncindexes = 0
end
!
! Convert an origin-1 cumulative index to a FORTRAN index vector.
! Finest dimension first; grossest dimension last.
!
! Authors: Harvey Davies, Unidata/UCAR, Boulder, Colorado
! Steve Emmerson, (same place)
!
function index2indexes(index, rank, base, indexes)
! use tests
implicit none
integer index !/* index to be converted */
integer rank !/* number of dimensions */
integer base(rank) !/* base(rank) ignored */
integer indexes(rank) !/* returned FORTRAN indexes */
integer index2indexes
integer i
integer offset
if (rank .gt. 0) then
offset = index - 1
do 1, i = 1, rank
if (base(i) .eq. 0) then
index2indexes = 1
return
end if
indexes(i) = 1 + mod(offset, base(i))
offset = offset / base(i)
1 continue
end if
index2indexes = 0
end
!
! Convert a FORTRAN index vector to an origin-1 cumulative index.
! Finest dimension first; grossest dimension last.
!
! Authors: Harvey Davies, Unidata/UCAR, Boulder, Colorado
! Steve Emmerson, (same place)
!
function indexes2index(rank, indexes, base)
! use tests
implicit none
integer rank !/* number of dimensions */
integer indexes(rank) !/* FORTRAN indexes */
integer base(rank) !/* base(rank) ignored */
integer indexes2index
integer i
indexes2index = 0
if (rank .gt. 0) then
do 1, i = rank, 1, -1
indexes2index = (indexes2index-1) * base(i) + indexes(i)
1 continue
end if
end
#ifdef USE_EXTREME_NUMBERS
! Generate data values as function of type, rank (-1 for attribute), index */
function hash(type, rank, index)
use tests, ONLY: NF_CHAR, NF_BYTE, NF_SHORT, NF_INT, NF_FLOAT, &
& NF_DOUBLE, X_CHAR_MIN, X_CHAR_MAX, X_BYTE_MIN, &
& X_BYTE_MAX, X_SHORT_MIN, X_SHORT_MAX, X_INT_MIN, &
& X_INT_MAX, X_FLOAT_MIN, X_FLOAT_MAX, &
& X_DOUBLE_MIN, X_DOUBLE_MAX, RK8
implicit none
integer type
integer rank
integer index(*)
real(RK8) hash
doubleprecision base
doubleprecision result
integer d !/* index of dimension */
!/* If vector then elements 1 & 2 are min & max. Elements 3 & 4 are */
!/* just < min & > max (except for NF_CHAR & NF_DOUBLE) */
if (abs(rank) .eq. 1 .and. index(1) .le. 4) then
if (index(1) .eq. 1) then
if (type .eq. NF_CHAR) then
hash = X_CHAR_MIN
else if (type .eq. NF_BYTE) then
hash = X_BYTE_MIN
else if (type .eq. NF_SHORT) then
hash = X_SHORT_MIN
else if (type .eq. NF_INT) then
hash = X_INT_MIN
else if (type .eq. NF_FLOAT) then
hash = X_FLOAT_MIN
else if (type .eq. NF_DOUBLE) then
hash = X_DOUBLE_MIN
else
call udabort
end if
else if (index(1) .eq. 2) then
if (type .eq. NF_CHAR) then
hash = X_CHAR_MAX
else if (type .eq. NF_BYTE) then
hash = X_BYTE_MAX
else if (type .eq. NF_SHORT) then
hash = X_SHORT_MAX
else if (type .eq. NF_INT) then
hash = X_INT_MAX
else if (type .eq. NF_FLOAT) then
hash = X_FLOAT_MAX
else if (type .eq. NF_DOUBLE) then
hash = X_DOUBLE_MAX
else
call udabort
end if
else if (index(1) .eq. 3) then
if (type .eq. NF_CHAR) then
hash = ichar('A')
else if (type .eq. NF_BYTE) then
hash = X_BYTE_MIN-1.0
else if (type .eq. NF_SHORT) then
hash = X_SHORT_MIN-1.0
else if (type .eq. NF_INT) then
hash = X_INT_MIN
else if (type .eq. NF_FLOAT) then
hash = X_FLOAT_MIN
else if (type .eq. NF_DOUBLE) then
hash = -1.0
else
call udabort
end if
else if (index(1) .eq. 4) then
if (type .eq. NF_CHAR) then
hash = ichar('Z')
else if (type .eq. NF_BYTE) then
hash = X_BYTE_MAX+1.0
else if (type .eq. NF_SHORT) then
hash = X_SHORT_MAX+1.0
else if (type .eq. NF_INT) then
hash = X_INT_MAX+1.0
else if (type .eq. NF_FLOAT) then
hash = X_FLOAT_MAX
else if (type .eq. NF_DOUBLE) then
hash = 1.0
else
call udabort
end if
end if
else
if (type .eq. NF_CHAR) then
base = 2
else if (type .eq. NF_BYTE) then
base = -2
else if (type .eq. NF_SHORT) then
base = -5
else if (type .eq. NF_INT) then
base = -20
else if (type .eq. NF_FLOAT) then
base = -9
else if (type .eq. NF_DOUBLE) then
base = -10
else
stop 2
end if
if (rank .lt. 0) then
result = base * 7
else
result = base * (rank + 1)
end if
! /*
! * NB: Finest netCDF dimension assumed first.
! */
do 1, d = abs(rank), 1, -1
result = base * (result + index(d) - 1)
1 continue
hash = result
end if
end
#else /* USE_EXTREME_NUMBERS */
#define SANE_SHORT 3333
#define SANE_INT 2222
#define SANE_FLOAT 300.0
#define SANE_DOUBLE 1000.0
! Generate data values as function of type, rank (-1 for attribute), index */
function hash(type, rank, index)
use tests, ONLY: NF_CHAR, NF_BYTE, NF_SHORT, NF_INT, NF_FLOAT, &
& NF_DOUBLE, X_CHAR_MIN, X_CHAR_MAX, X_BYTE_MIN, &
& X_BYTE_MAX, X_SHORT_MIN, X_SHORT_MAX, X_INT_MIN, &
& X_INT_MAX, X_FLOAT_MIN, X_FLOAT_MAX, &
& X_DOUBLE_MIN, X_DOUBLE_MAX, RK8
implicit none
integer type
integer rank
integer index(*)
real(RK8) hash
doubleprecision base
doubleprecision result
integer d !/* index of dimension */
!/* If vector then elements 1 & 2 are min & max. Elements 3 & 4 are */
!/* just < min & > max (except for NF_CHAR & NF_DOUBLE) */
if (abs(rank) .eq. 1 .and. index(1) .le. 4) then
if (index(1) .eq. 1) then
if (type .eq. NF_CHAR) then
hash = X_CHAR_MIN
else if (type .eq. NF_BYTE) then
hash = X_BYTE_MIN
else if (type .eq. NF_SHORT) then
hash = SANE_SHORT
else if (type .eq. NF_INT) then
hash = SANE_INT
else if (type .eq. NF_FLOAT) then
hash = SANE_FLOAT
else if (type .eq. NF_DOUBLE) then
hash = SANE_DOUBLE
else
call udabort
end if
else if (index(1) .eq. 2) then
if (type .eq. NF_CHAR) then
hash = X_CHAR_MAX
else if (type .eq. NF_BYTE) then
hash = X_BYTE_MAX
else if (type .eq. NF_SHORT) then
hash = SANE_SHORT
else if (type .eq. NF_INT) then
hash = SANE_INT
else if (type .eq. NF_FLOAT) then
hash = SANE_FLOAT
else if (type .eq. NF_DOUBLE) then
hash = SANE_DOUBLE
else
call udabort
end if
else if (index(1) .eq. 3) then
if (type .eq. NF_CHAR) then
hash = ichar('A')
else if (type .eq. NF_BYTE) then
hash = X_BYTE_MIN-1.0
else if (type .eq. NF_SHORT) then
hash = SANE_SHORT-1.0
else if (type .eq. NF_INT) then
hash = SANE_INT
else if (type .eq. NF_FLOAT) then
hash = SANE_FLOAT
else if (type .eq. NF_DOUBLE) then
hash = -1.0
else
call udabort
end if
else if (index(1) .eq. 4) then
if (type .eq. NF_CHAR) then
hash = ichar('Z')
else if (type .eq. NF_BYTE) then
hash = X_BYTE_MAX+1.0
else if (type .eq. NF_SHORT) then
hash = SANE_SHORT+1.0
else if (type .eq. NF_INT) then
hash = SANE_INT+1.0
else if (type .eq. NF_FLOAT) then
hash = SANE_FLOAT
else if (type .eq. NF_DOUBLE) then
hash = 1.0
else
call udabort
end if
end if
else
if (type .eq. NF_CHAR) then
base = 2
else if (type .eq. NF_BYTE) then
base = -2
else if (type .eq. NF_SHORT) then
base = -5
else if (type .eq. NF_INT) then
base = -20
else if (type .eq. NF_FLOAT) then
base = -9
else if (type .eq. NF_DOUBLE) then
base = -10
else
stop 2
end if
if (rank .lt. 0) then
result = base * 7
else
result = base * (rank + 1)
end if
! /*
! * NB: Finest netCDF dimension assumed first.
! */
do 1, d = abs(rank), 1, -1
result = base * (result + index(d) - 1)
1 continue
hash = result
end if
end
#endif
! wrapper for hash to handle special NC_BYTE/uchar adjustment */
function hash4(type, rank, index, itype)
use tests, ONLY: NFT_CHAR, NF_BYTE, RK8, hash
implicit none
integer type
integer rank
integer index(*)
integer itype
real(RK8) hash4
hash4 = hash( type, rank, index )
if ((itype .eq. NFT_CHAR) .and. (type .eq. NF_BYTE) .and.
+ (hash4 .ge. -128) .and. (hash4 .lt. 0)) hash4 = hash4 + 256
end
integer function char2type(letter)
use tests, ONLY: NF_CHAR, NF_SHORT, NF_BYTE, NF_INT, NF_FLOAT, &
& NF_DOUBLE
implicit none
character*1 letter
if (letter .eq. 'c') then
char2type = NF_CHAR
else if (letter .eq. 'b') then
char2type = NF_BYTE
else if (letter .eq. 's') then
char2type = NF_SHORT
else if (letter .eq. 'i') then
char2type = NF_INT
else if (letter .eq. 'f') then
char2type = NF_FLOAT
else if (letter .eq. 'd') then
char2type = NF_DOUBLE
else
stop 2
end if
end
subroutine init_dims(digit)
use tests, ONLY: NDIMS, RECDIM, NRECS, DIM_LEN, DIM_NAME
implicit none
character*1 digit(NDIMS)
integer dimid !/* index of dimension */
do 1, dimid = 1, NDIMS
if (dimid .eq. RECDIM) then
dim_len(dimid) = NRECS
else
dim_len(dimid) = dimid - 1
endif
dim_name(dimid) = 'D' // digit(dimid)
1 continue
end
subroutine init_gatts(type_letter)
use tests, ONLY: NTYPES, gatt_name, gatt_len, gatt_type
implicit none
character*1 type_letter(NTYPES)
integer attid
integer char2type
do 1, attid = 1, NTYPES
gatt_name(attid) = 'G' // type_letter(attid)
gatt_len(attid) = attid
gatt_type(attid) = char2type(type_letter(attid))
1 continue
end
integer function prod(nn, sp)
use tests, ONLY: MAX_RANK
implicit none
integer nn
integer sp(MAX_RANK)
integer i
prod = 1
do 1, i = 1, nn
prod = prod * sp(i)
1 continue
end
!
! define global variables:
! dim_name, dim_len,
! var_name, var_type, var_rank, var_shape, var_natts, var_dimid, var_nels
! att_name, gatt_name, att_type, gatt_type, att_len, gatt_len
!
subroutine init_gvars
use tests, NTYPESP=>NTYPES, MAX_DIM_LENP=>MAX_DIM_LEN, &
& NVARSP=>NVARS
implicit none
integer max_dim_len(MAX_RANK)
character*1 type_letter(NTYPESP)
character*1 digit(10)
integer rank
integer vn !/* var number */
integer xtype !/* index of type */
integer an !/* origin-0 cumulative attribute index */
integer nvars
integer jj
integer ntypes
integer tc
integer tmp(MAX_RANK)
integer ac !/* attribute index */
integer dn !/* dimension number */
integer prod !/* function */
integer char2type !/* function */
integer err
data max_dim_len /0, MAX_DIM_LENP, MAX_DIM_LENP/
data type_letter /'c', 'b', 's', 'i', 'f', 'd'/
data digit /'r', '1', '2', '3', '4', '5',
+ '6', '7', '8', '9'/
max_dim_len(1) = MAX_DIM_LENP + 1
call init_dims(digit)
vn = 1
xtype = 1
an = 0
! /* Loop over variable ranks */
do 1, rank = 0, MAX_RANK
nvars = prod(rank, max_dim_len)
!/* Loop over variable shape vectors */
do 2, jj = 1, nvars !/* 1, 5, 20, 80 */
!/* number types of this shape */
if (rank .lt. 2) then
ntypes = NTYPESP !/* 6 */
else
ntypes = 1
end if
!/* Loop over external data types */
do 3, tc = 1, ntypes !/* 6, 1 */
var_name(vn) = type_letter(xtype)
var_type(vn) = char2type(type_letter(xtype))
var_rank(vn) = rank
if (rank .eq. 0) then
var_natts(vn) = mod(vn - 1, MAX_NATTS + 1)
else
var_natts(vn) = 0
end if
do 4, ac = 1, var_natts(vn)
attname(ac,vn) =
+ type_letter(1+mod(an, NTYPESP))
attlen(ac,vn) = an
atttype(ac,vn) =
+ char2type(type_letter(1+mod(an, NTYPESP)))
an = an + 1
4 continue
!/* Construct initial shape vector */
err = index2ncindexes(jj, rank, max_dim_len, tmp)
do 5, dn = 1, rank
var_dimid(dn,vn) = tmp(1+rank-dn)
5 continue
var_nels(vn) = 1
do 6, dn = 1, rank
if (dn .lt. rank) then
var_dimid(dn,vn) = var_dimid(dn,vn) + 1
end if
if (var_dimid(dn,vn) .gt. 9) then
stop 2
end if
var_name(vn)(rank+2-dn:rank+2-dn) =
+ digit(var_dimid(dn,vn))
if (var_dimid(dn,vn) .ne. RECDIM) then
var_shape(dn,vn) = var_dimid(dn,vn) - 1
else
var_shape(dn,vn) = NRECS
end if
var_nels(vn) = var_nels(vn) * var_shape(dn,vn)
6 continue
vn = vn + 1
xtype = 1 + mod(xtype, NTYPESP)
3 continue
2 continue
1 continue
call init_gatts(type_letter)
end
! define dims defined by global variables */
subroutine def_dims(ncid)
use tests
implicit none
integer ncid
integer err !/* status */
integer i
integer dimid !/* dimension id */
do 1, i = 1, NDIMS
if (i .eq. RECDIM) then
err = nf_def_dim(ncid, dim_name(i), NF_UNLIMITED,
+ dimid)
else
err = nf_def_dim(ncid, dim_name(i), dim_len(i),
+ dimid)
end if
if (err .ne. 0) then
call errore('nf_def_dim: ', err)
end if
1 continue
end
! define vars defined by global variables */
subroutine def_vars(ncid)
use tests
implicit none
integer ncid
integer err !/* status */
integer i
integer var_id
do 1, i = 1, NVARS
err = nf_def_var(ncid, var_name(i), var_type(i),
+ var_rank(i), var_dimid(1,i), var_id)
if (err .ne. 0) then
call errore('nf_def_var: ', err)
end if
1 continue
end
! put attributes defined by global variables */
subroutine put_atts(ncid)
use tests
implicit none
integer ncid
integer err !/* netCDF status */
integer i !/* variable index (0 => global
! * attribute */
integer k !/* attribute index */
integer j !/* index of attribute */
integer ndx(1)
logical allInRange
doubleprecision att(MAX_NELS)
character*(MAX_NELS+2) catt
do 1, i = 0, NVARS !/* var 0 => NF_GLOBAL attributes */
do 2, j = 1, NATTS(i)
if (NF_CHAR .eq. ATT_TYPE(j,i)) then
catt = ' '
do 3, k = 1, ATT_LEN(j,i)
ndx(1) = k
catt(k:k) = char(int(hash(ATT_TYPE(j,i), -1,
+ ndx)))
3 continue
! /*
! * The following ensures that the text buffer doesn't
! * start with 4 zeros (which is a CFORTRAN NULL pointer
! * indicator) yet contains a zero (which causes the
! * CFORTRAN interface to pass the address of the
! * actual text buffer).
! */
catt(ATT_LEN(j,i)+1:ATT_LEN(j,i)+1) = char(1)
catt(ATT_LEN(j,i)+2:ATT_LEN(j,i)+2) = char(0)
err = nf_put_att_text(ncid, varid(i),
+ ATT_NAME(j,i),
+ ATT_LEN(j,i), catt)
if (err .ne. 0) then
call errore('nf_put_att_text: ', err)
end if
else
allInRange = .true.
do 4, k = 1, ATT_LEN(j,i)
ndx(1) = k
att(k) = hash(ATT_TYPE(j,i), -1, ndx)
allInRange = allInRange .and.
+ inRange(att(k), ATT_TYPE(j,i))
4 continue
err = nf_put_att_double(ncid, varid(i),
+ ATT_NAME(j,i),
+ ATT_TYPE(j,i),
+ ATT_LEN(j,i), att)
if (allInRange) then
if (err .ne. 0) then
call errore('nf_put_att_double: ', err)
end if
else
if (err .ne. NF_ERANGE) then
call errore(
+ 'type-conversion range error: status = ',
+ err)
end if
end if
end if
2 continue
1 continue
end
! put variables defined by global variables */
subroutine put_vars(ncid)
use tests
implicit none
integer ncid
integer start(MAX_RANK)
integer index(MAX_RANK)
integer err !/* netCDF status */
integer i
integer j
doubleprecision value(MAX_NELS)
character*(MAX_NELS+2) text
logical allInRange
do 1, j = 1, MAX_RANK
start(j) = 1
1 continue
do 2, i = 1, NVARS
allInRange = .true.
do 3, j = 1, var_nels(i)
err = index2indexes(j, var_rank(i), var_shape(1,i),
+ index)
if (err .ne. 0) then
call errori(
+ 'Error calling index2indexes() for var ', j)
end if
if (var_name(i)(1:1) .eq. 'c') then
text(j:j) =
+ char(int(hash(var_type(i), var_rank(i), index)))
else
value(j) = hash(var_type(i), var_rank(i), index)
allInRange = allInRange .and.
+ inRange(value(j), var_type(i))
end if
3 continue
if (var_name(i)(1:1) .eq. 'c') then
! /*
! * The following statement ensures that the first 4
! * characters in 'text' are not all zeros (which is
! * a cfortran.h NULL indicator) and that the string
! * contains a zero (which will cause the address of the
! * actual string buffer to be passed).
! */
text(var_nels(i)+1:var_nels(i)+1) = char(1)
text(var_nels(i)+2:var_nels(i)+2) = char(0)
err = nf_put_vara_text(ncid, i, start, var_shape(1:,i), &
& text)
if (err .ne. 0) then
call errore('nf_put_vara_text: ', err)
end if
else
err = nf_put_vara_double(ncid, i, start,var_shape(1:,i),&
& value)
if (allInRange) then
if (err .ne. 0) then
call errore('nf_put_vara_double: ', err)
end if
else
if (err .ne. NF_ERANGE) then &
call errore( &
& 'type-conversion range error: status = ', &
& err)
end if
end if
end if
2 continue
end
! Create & write all of specified file using global variables */
subroutine write_file(filename)
use tests
implicit none
character*(*) filename
integer ncid !/* netCDF id */
integer err !/* netCDF status */
err = nf_create(filename, NF_CLOBBER, ncid)
if (err .ne. 0) then
call errore('nf_create: ', err)
end if
call def_dims(ncid)
call def_vars(ncid)
call put_atts(ncid)
err = nf_enddef(ncid)
if (err .ne. 0) then
call errore('nf_enddef: ', err)
end if
call put_vars(ncid)
err = nf_close(ncid)
if (err .ne. 0) then
call errore('nf_close: ', err)
end if
end
!
! check dimensions of specified file have expected name & length
!
subroutine check_dims(ncid)
use tests
implicit none
integer ncid
character*(NF_MAX_NAME) name
integer length
integer i
integer err !/* netCDF status */
do 1, i = 1, NDIMS
err = nf_inq_dim(ncid, i, name, length)
if (err .ne. 0) then
call errore('nf_inq_dim: ', err)
end if
if (name .ne. dim_name(i)) then
call errori('Unexpected name of dimension ', i)
end if
if (length .ne. dim_len(i)) then
call errori('Unexpected length of dimension ', i)
end if
1 continue
end
!
! check variables of specified file have expected name, type, shape & values
!
subroutine check_vars(ncid)
use tests, NDIMSP=>NDIMS
implicit none
integer ncid
integer index(MAX_RANK)
integer err !/* netCDF status */
integer i
integer j
character*1 text
doubleprecision value
integer datatype
integer ndims
integer natt
integer dimids(MAX_RANK)
logical isChar
doubleprecision expect
character*(NF_MAX_NAME) name
integer length
integer nok !/* count of valid comparisons */
nok = 0
do 1, i = 1, NVARS
isChar = var_type(i) .eq. NF_CHAR
err = nf_inq_var(ncid, i, name, datatype, ndims, dimids,
+ natt)
if (err .ne. 0) then
call errore('nf_inq_var: ', err)
end if
if (name .ne. var_name(i)) then
call errori('Unexpected var_name for variable ', i)
end if
if (datatype .ne. var_type(i)) then
call errori('Unexpected type for variable ', i)
end if
if (ndims .ne. var_rank(i)) then
call errori('Unexpected rank for variable ', i)
end if
do 2, j = 1, ndims
err = nf_inq_dim(ncid, dimids(j), name, length)
if (err .ne. 0) then
call errore('nf_inq_dim: ', err)
end if
if (length .ne. var_shape(j,i)) then
call errori('Unexpected shape for variable ', i)
end if
2 continue
do 3, j = 1, var_nels(i)
err = index2indexes(j, var_rank(i), var_shape(1,i),
+ index)
if (err .ne. 0) then
call errori('error in index2indexes() 2, variable ',
+ i)
end if
expect = hash(var_type(i), var_rank(i), index )
if (isChar) then
err = nf_get_var1_text(ncid, i, index, text)
if (err .ne. 0) then
call errore('nf_get_var1_text: ', err)
end if
if (ichar(text) .ne. expect) then
call errori(
+ 'Var value read not that expected for variable ', i)
else
nok = nok + 1
end if
else
err = nf_get_var1_double(ncid, i, index, value)
if (inRange(expect,var_type(i))) then
if (err .ne. 0) then
call errore('nf_get_var1_double: ', err)
else
if (.not. equal(value,expect,var_type(i),
+ NFT_DOUBLE)) then
call errori(
+ 'Var value read not that expected for variable ', i)
else
nok = nok + 1
end if
end if
end if
end if
3 continue
1 continue
call print_nok(nok)
end
!
! check attributes of specified file have expected name, type, length & values
!
subroutine check_atts(ncid)
use tests
implicit none
integer ncid
integer err !/* netCDF status */
integer i
integer j
integer k
integer vid !/* "variable" ID */
integer datatype
integer ndx(1)
character*(NF_MAX_NAME) name
integer length
character*(MAX_NELS) text
doubleprecision value(MAX_NELS)
doubleprecision expect
integer nok !/* count of valid comparisons */
nok = 0
do 1, vid = 0, NVARS
i = varid(vid)
do 2, j = 1, NATTS(i)
err = nf_inq_attname(ncid, i, j, name)
if (err .ne. 0) then
call errore('nf_inq_attname: ', err)
end if
if (name .ne. ATT_NAME(j,i)) then
call errori(
+ 'nf_inq_attname: unexpected name for var ', i)
end if
err = nf_inq_att(ncid, i, name, datatype, length)
if (err .ne. 0) then
call errore('nf_inq_att: ', err)
end if
if (datatype .ne. ATT_TYPE(j,i)) then
call errori('nf_inq_att: unexpected type for var ',
+ i)
end if
if (length .ne. ATT_LEN(j,i)) then
call errori(
+ 'nf_inq_att: unexpected length for var ', i)
end if
if (datatype .eq. NF_CHAR) then
err = nf_get_att_text(ncid, i, name, text)
if (err .ne. 0) then
call errore('nf_get_att_text: ', err)
end if
do 3, k = 1, ATT_LEN(j,i)
ndx(1) = k
if (ichar(text(k:k)) .ne. hash(datatype, -1,
+ ndx))
+ then
call errori(
+ 'nf_get_att_text: unexpected value for var ', i)
else
nok = nok + 1
end if
3 continue
else
err = nf_get_att_double(ncid, i, name, value)
do 4, k = 1, ATT_LEN(j,i)
ndx(1) = k
expect = hash(datatype, -1, ndx)
if (inRange(expect,ATT_TYPE(j,i))) then
if (err .ne. 0) then
call errore('nf_get_att_double: ', err)
end if
if (.not. equal(value(k), expect,
+ ATT_TYPE(j,i), NFT_DOUBLE)) then
call errori(
+ 'Att value read not that expected for var ', i)
else
nok = nok + 1
end if
end if
4 continue
end if
2 continue
1 continue
call print_nok(nok)
end
! Check file (dims, vars, atts) corresponds to global variables */
subroutine check_file(filename)
use tests
implicit none
character*(*) filename
integer ncid !/* netCDF id */
integer err !/* netCDF status */
err = nf_open(filename, NF_NOWRITE, ncid)
if (err .ne. 0) then
call errore('nf_open: ', err)
else
call check_dims(ncid)
call check_vars(ncid)
call check_atts(ncid)
err = nf_close (ncid)
if (err .ne. 0) then
call errore('nf_close: ', err)
end if
end if
end
!
! Functions for accessing attribute test data.
!
! NB: 'varid' is 0 for global attributes; thus, global attributes can
! be handled in the same loop as variable attributes.
!
FUNCTION VARID(VID)
use tests, ONLY: NF_GLOBAL
IMPLICIT NONE
INTEGER VID
INTEGER VARID
IF (VID .LT. 1) THEN
VARID = NF_GLOBAL
ELSE
VARID = VID
ENDIF
end
FUNCTION NATTS(VID)
use tests, ONLY: NGATTS, VAR_NATTS
IMPLICIT NONE
INTEGER VID
Integer NATTS
IF (VID .LT. 1) THEN
NATTS = NGATTS
ELSE
NATTS = VAR_NATTS(VID)
ENDIF
END
FUNCTION ATT_NAME(J,VID)
use tests, ONLY: GATT_NAME, ATTNAME
IMPLICIT NONE
INTEGER J
INTEGER VID
CHARACTER*2 ATT_NAME
IF (VID .LT. 1) THEN
ATT_NAME = GATT_NAME(J)
ELSE
ATT_NAME = ATTNAME(J,VID)
ENDIF
END
FUNCTION ATT_TYPE(J,VID)
use tests, ONLY :GATT_TYPE, ATTTYPE
IMPLICIT NONE
INTEGER J
INTEGER VID
INTEGER ATT_TYPE
IF (VID .LT. 1) THEN
ATT_TYPE = GATT_TYPE(J)
ELSE
ATT_TYPE = ATTTYPE(J,VID)
ENDIF
END
FUNCTION ATT_LEN(J,VID)
use tests, ONLY: GATT_LEN, ATTLEN
IMPLICIT NONE
INTEGER J
INTEGER VID
INTEGER ATT_LEN
IF (VID .LT. 1) THEN
ATT_LEN = GATT_LEN(J)
ELSE
ATT_LEN = ATTLEN(J,VID)
ENDIF
END
!
! Return the minimum value of an internal type.
!
function internal_min(type)
use tests, ONLY: RK8, NFT_CHAR, NFT_INT1, NFT_INT2, NFT_INT, &
& NFT_REAL, NFT_DOUBLE
implicit none
integer type
real(RK8) internal_min
doubleprecision min_schar
doubleprecision min_short
doubleprecision min_int
doubleprecision min_long
doubleprecision max_float
doubleprecision max_double
if (type .eq. NFT_CHAR) then
internal_min = 0
else if (type .eq. NFT_INT1) then
#if NF_INT1_IS_C_SIGNED_CHAR
internal_min = min_schar()
#endif
#if NF_INT1_IS_C_SHORT
internal_min = min_short()
#endif
#if NF_INT1_IS_C_INT
internal_min = min_int()
#endif
#if NF_INT1_IS_C_LONG
internal_min = min_long()
#endif
else if (type .eq. NFT_INT2) then
#if NF_INT2_IS_C_SHORT
internal_min = min_short()
#endif
#if NF_INT2_IS_C_INT
internal_min = min_int()
#endif
#if NF_INT2_IS_C_LONG
internal_min = min_long()
#endif
else if (type .eq. NFT_INT) then
#if NF_INT_IS_C_INT
internal_min = min_int()
#endif
#if NF_INT_IS_C_LONG
internal_min = min_long()
#endif
else if (type .eq. NFT_REAL) then
#if NF_REAL_IS_C_FLOAT
internal_min = -max_float()
#endif
#if NF_REAL_IS_C_DOUBLE
internal_min = -max_double()
#endif
else if (type .eq. NFT_DOUBLE) then
#if NF_DOUBLEPRECISION_IS_C_DOUBLE
internal_min = -max_double()
#endif
#if NF_DOUBLEPRECISION_IS_C_FLOAT
internal_min = -max_float()
#endif
else
stop 2
end if
end
!
! Return the maximum value of an internal type.
!
function internal_max(type)
use tests, ONLY: RK8, NFT_CHAR, NFT_INT1, NFT_INT2, NFT_INT, &
& NFT_REAL, NFT_DOUBLE
implicit none
integer type
doubleprecision max_schar
doubleprecision max_short
doubleprecision max_int
doubleprecision max_long
doubleprecision max_float
doubleprecision max_double
real(RK8) internal_max
if (type .eq. NFT_CHAR) then
internal_max = 255
else if (type .eq. NFT_INT1) then
#if NF_INT1_IS_C_SIGNED_CHAR
internal_max = max_schar()
#endif
#if NF_INT1_IS_C_SHORT
internal_max = max_short()
#endif
#if NF_INT1_IS_C_INT
internal_max = max_int()
#endif
#if NF_INT1_IS_C_LONG
internal_max = max_long()
#endif
else if (type .eq. NFT_INT2) then
#if NF_INT2_IS_C_SHORT
internal_max = max_short()
#endif
#if NF_INT2_IS_C_INT
internal_max = max_int()
#endif
#if NF_INT2_IS_C_LONG
internal_max = max_long()
#endif
else if (type .eq. NFT_INT) then
#if NF_INT_IS_C_INT
internal_max = max_int()
#endif
#if NF_INT_IS_C_LONG
internal_max = max_long()
#endif
else if (type .eq. NFT_REAL) then
#if NF_REAL_IS_C_FLOAT
internal_max = max_float()
#endif
#if NF_REAL_IS_C_DOUBLE
internal_max = max_double()
#endif
else if (type .eq. NFT_DOUBLE) then
#if NF_DOUBLEPRECISION_IS_C_DOUBLE
internal_max = max_double()
#endif
#if NF_DOUBLEPRECISION_IS_C_FLOAT
internal_max = max_float()
#endif
else
stop 2
end if
end
!
! Return the minimum value of an external type.
!
function external_min(type)
use tests, ONLY: RK8, NF_CHAR, NF_SHORT, NF_INT, NF_FLOAT, &
& NF_DOUBLE, X_BYTE_MIN, X_CHAR_MIN, X_SHORT_MIN,&
& X_INT_MIN, X_FLOAT_MIN, X_DOUBLE_MIN , NF_BYTE
implicit none
integer type
real(rk8) external_min
if (type .eq. NF_BYTE) then
external_min = X_BYTE_MIN
else if (type .eq. NF_CHAR) then
external_min = X_CHAR_MIN
else if (type .eq. NF_SHORT) then
external_min = X_SHORT_MIN
else if (type .eq. NF_INT) then
external_min = X_INT_MIN
else if (type .eq. NF_FLOAT) then
external_min = X_FLOAT_MIN
else if (type .eq. NF_DOUBLE) then
external_min = X_DOUBLE_MIN
else
stop 2
end if
end
!
! Return the maximum value of an internal type.
!
function external_max(type)
use tests, ONLY: RK8, NF_CHAR, NF_SHORT, NF_INT, NF_FLOAT, &
& NF_DOUBLE, X_BYTE_MAX, X_CHAR_MAX, X_SHORT_MAX,&
& X_INT_MAX, X_FLOAT_MAX, X_DOUBLE_MAX, NF_BYTE
implicit none
integer type
real(RK8) external_max
if (type .eq. NF_BYTE) then
external_max = X_BYTE_MAX
else if (type .eq. NF_CHAR) then
external_max = X_CHAR_MAX
else if (type .eq. NF_SHORT) then
external_max = X_SHORT_MAX
else if (type .eq. NF_INT) then
external_max = X_INT_MAX
else if (type .eq. NF_FLOAT) then
external_max = X_FLOAT_MAX
else if (type .eq. NF_DOUBLE) then
external_max = X_DOUBLE_MAX
else
stop 2
end if
end
!
! Indicate whether or not a value lies in the range of an internal type.
!
function in_internal_range(itype, value)
use tests, ONLY: RK8
implicit none
integer itype
doubleprecision value
logical in_internal_range
real(rk8), external :: internal_min, internal_max
in_internal_range = value .ge. internal_min(itype) .and.
+ value .le. internal_max(itype)
end
!
! Return the length of a character variable minus any trailing blanks.
! not needed for Fortran 90/95/2003 which have an intrinsic LEN_TRIM
!
! function len_trim(string)
! use tests
! implicit none
! character*(*) string
! do 1, len_trim = len(string), 1, -1
! if (string(len_trim:len_trim) .ne. ' ')
! + goto 2
!1 continue
!2 return
! end
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