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C * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
C Copyright by The HDF Group. *
C Copyright by the Board of Trustees of the University of Illinois. *
C All rights reserved. *
C *
C This file is part of HDF. The full HDF copyright notice, including *
C terms governing use, modification, and redistribution, is contained in *
C the COPYING file, which can be found at the root of the source code *
C distribution tree, or in https://support.hdfgroup.org/ftp/HDF/releases/. *
C If you do not have access to either file, you may request a copy from *
C help@hdfgroup.org. *
C * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
C
C This is a test driver for new SD Fortran functions
C
program test_new_functions
implicit none
integer err1, err2
err1=0
err2=0
call test_file(err1)
if (err1 .ne. 0) then
print*, 'test_file failed with ', err1, ' errors'
endif
if (err1 .eq. 0) then
print*, 'test_file.................. PASSED'
endif
call test_vars(err2)
if (err2 .ne. 0) then
print*, 'test_vars failed with ', err2, ' errors'
endif
if (err2 .eq. 0) then
print*, 'test_vars.................. PASSED'
print*,' '
endif
end
C=============================================================
C
C This new subroutine tests the following SD Fortran functions
C sfgetname
C sfgetnamelen
C sfgmaxopenf
C sfgnumopenf
C sfrmaxopenf
C
C=============================================================
subroutine test_file(err)
implicit none
include 'mffunc.inc'
integer DFACC_CREATE
parameter (DFACC_CREATE = 4)
integer err,status
integer sd_id
character*20 file
character*20 file_out
integer flen
integer curr_max, sys_limit
integer NUM_FILES_LOW
parameter (NUM_FILES_LOW=35)
integer fids(NUM_FILES_LOW)
integer H4_MAX_NC_OPEN
parameter (H4_MAX_NC_OPEN=32)
integer flen_out
character*2 ichr2
integer i, curr_opened
C--------------------End of declarations------------------------------
file = 'test_file.hdf'
C Get the current max and system limit
status = sfgmaxopenf(curr_max, sys_limit)
if( status .ne. 0 ) then
print*,'sfgmaxopenf failed'
err = err + 1
endif
if(curr_max .ne. H4_MAX_NC_OPEN)THEN
print*,'sfgmaxopenf failed: Incorrect max number of open files'
err = err + 1
endif
C Reset current max to an arbitrary number and check
curr_max = sfrmaxopenf(40)
if( status .ne. 0 ) then
print*,'sfrmaxopenf failed'
err = err + 1
endif
if( curr_max .ne. 40 ) then
print*,'sfrmaxopenf failed: Current max number of open files'
err = err + 1
endif
C Try to create more files than the default max (currently, 32) and
C all should succeed
do i = 1, NUM_FILES_LOW
write(ichr2,'(I2.2)') i
fids(i) = sfstart ('test_file'//ichr2//'.hdf', DFACC_CREATE)
if( fids(i) .le. 0 ) then
print*, 'sfstart failed'
err = err + 1
endif
enddo
C verify that NUM_FILES_LOW files are opened
status = sfgnumopenf(curr_opened)
if( curr_opened .ne. NUM_FILES_LOW ) then
print*, 'sfgnumopenf failed: Incorrect number of open files'
err = err + 1
endif
C Close all the files
do i = 1, NUM_FILES_LOW
status = sfend(fids(i))
if( status .ne. 0 ) then
print*, 'sfend failed'
err = err + 1
endif
enddo
C
C Initialize SD interfaces
C
sd_id = sfstart (file, DFACC_CREATE)
if( sd_id .le. 0 ) then
print*, 'sfstart failed'
err = err + 1
goto 1000
endif
status = sfgetnamelen(sd_id, flen)
if( status .ne. 0 .or. flen .ne. 13) then
print*, 'sfgetnamelen failed'
err = err + 1
endif
flen_out = sfgetfname(sd_id, file_out)
if( flen_out .ne. 13 ) then
print*, 'sfgetfname failed: wrong length'
err = err + 1
endif
if( file_out(1:13) .ne. file(1:13) ) then
print*, 'sfgetfname failed: wrong name'
err = err + 1
endif
status = sfend(sd_id)
if( status .ne. 0 ) then
print*, 'sfend failed'
err = err + 1
endif
1000 return
end
C=============================================================
C This new subroutine tests the following SD Fortran functions
C sfidtype
C sfgnvars_byname
C sfn2indices
C
C=============================================================
subroutine test_vars(err)
implicit none
include 'mffunc.inc'
integer dset1, dset2, dim_id
integer err,status
integer sd_id, id_type
character*12 file
integer DFACC_CREATE
parameter (DFACC_CREATE = 4)
integer DFACC_READ
parameter (DFACC_READ = 1)
integer RANK
parameter (RANK=2)
integer X_LENGTH,Y_LENGTH
parameter (X_LENGTH=5)
parameter (Y_LENGTH=5)
integer dimsize(RANK)
character*9 VAR1_NAME
integer var_list(3), type_list(3)
character*21 ATTR1_NAME
character*15 ATTR2_NAME
character*19 ATTR1_VAL
character*23 ATTR2_VAL
integer ATTR1_LEN
integer ATTR2_LEN
real sds1_data(X_LENGTH,Y_LENGTH)
integer start(2)
integer stride(2)
C
C Data type parameters
C
C
integer DFNT_CHAR,
. DFNT_INT16,
. DFNT_INT32,
. DFNT_FLOAT32,
. DFNT_FLOAT64
parameter (DFNT_CHAR = 4,
. DFNT_INT16 = 22,
. DFNT_INT32 = 24,
. DFNT_FLOAT32 = 5,
. DFNT_FLOAT64 = 6)
integer i,j
integer n_vars
C--------------------End of declarations------------------------------
file = 'test_var.hdf'
VAR1_NAME = "DataSet_1"
ATTR1_NAME = "Attribute Dimension 1"
ATTR2_NAME = "Attribute SDS 1"
ATTR1_VAL = "This is a coord var"
ATTR2_VAL = "This is not a coord var"
ATTR1_LEN = 21
ATTR2_LEN = 15
start(1) = 0
start(2) = 0
stride(1) = 1
stride(2) = 1
do i = 1, X_LENGTH
do j = 1, Y_LENGTH
sds1_data(j,i) = j*i
enddo
enddo
C
C Initialize SD interfaces
C
sd_id = sfstart (file, DFACC_CREATE)
if( sd_id .le. 0 ) then
print*, 'sfstart failed'
err = err + 1
goto 1000
endif
C Create an X_LENGTH by Y_LENGTH dataset, called DataSet_1
dimsize(1) = X_LENGTH
dimsize(2) = Y_LENGTH
dset1 = sfcreate(sd_id,VAR1_NAME,DFNT_FLOAT64,RANK,dimsize)
if(dset1.eq.-1) then
print*, 'sfcreate returned bad ID', dset1
err = err + 1
endif
C Set the dimension name to be the same as its dataset.
dim_id = sfdimid(dset1, 0)
if(dim_id.eq.-1)then
print*,'sfgetdimid returned error code', status
err = err + 1
endif
status = sfsdmname(dim_id, VAR1_NAME)
if(status.eq.-1)then
print*,'sfsdmname returned error code', status
err = err + 1
endif
C Set an attribute to dimension VAR1_NAME.
status=sfsnatt(dim_id,ATTR1_NAME,DFNT_CHAR,ATTR1_LEN,ATTR1_VAL)
if(status.eq.-1)then
print*,'sfsnatt returned error code', status
err = err + 1
endif
C Set an attribute to dataset VAR1_NAME.
status=sfsnatt(sd_id,ATTR2_NAME,DFNT_CHAR,ATTR2_LEN,ATTR2_VAL)
if(status.eq.-1)then
print*,'sfsnatt returned error code', status
err = err + 1
endif
C Create another X_LENGTH by Y_LENGTH dataset, called DataSet_2
dset2 = sfcreate(sd_id,VAR1_NAME,DFNT_FLOAT64,RANK,dimsize)
if(dset2.eq.-1) then
print*, 'sfcreate returned bad ID', dset2
err = err + 1
endif
C Test SDidtype on the second dataset */
status = sfidtype(dset2,id_type)
if(status.eq.-1)then
print*, 'sfidtype returned error code', status
err = err + 1
else if(id_type.ne.1) then
print*, 'sfidtype returned bad object type', id_type
err = err + 1
endif
C Write data to the SDS
status = sfwdata(dset1, start, stride, dimsize, sds1_data)
if( status .ne. 0 ) then
print*, 'sfwdata failed for', 1, ' -th dataset'
err = err + 1
endif
C Close the datasets
status = sfendacc(dset1)
if(status.eq.-1)then
print*, 'sfendacc returned error code', status
err = err + 1
end if
status = sfendacc(dset2)
if(status.eq.-1)then
print*, 'sfendacc returned error code', status
err = err + 1
end if
C Close the file
status = sfend(sd_id)
if( status .ne. 0 ) then
print*, 'sfend failed ', status
err = err + 1
endif
C Re-open the file to test SDidtype more */
sd_id = sfstart (file, DFACC_READ)
if( sd_id .le. 0 ) then
print*, 'sfstart failed'
err = err + 1
goto 1000
endif
C Check variable type and attributes of each element in the file
C Get the number of variables of name VAR1_NAME
status = sfgnvars_byname(sd_id, VAR1_NAME, n_vars)
if( status .eq. -1)then
print*, 'sfgnvars_byname failed'
err = err + 1
endif
if(n_vars.eq. 1)then
C Get index of dataset VAR1_NAME
status = sfn2index(sd_id, VAR1_NAME)
if( status .lt. 0)then
print*, 'sfn2index failed'
err = err + 1
endif
else
C Get the list of all variables of named VAR1_NAME
status=sfn2indices(sd_id,VAR1_NAME,var_list,type_list,
+ n_vars)
if( status .lt. 0)then
print*, 'sfn2indices failed'
err = err + 1
endif
C In this case, the first and third variable is a dataset
do i = 1, n_vars
if (type_list(i) .eq. 0)then
if( var_list(i) .ne. i-1)then
print*, 'sfn2indices failed in indices'
err = err + 1
endif
endif
enddo
endif
C Test SDidtype on the SD id
status = sfidtype(sd_id,id_type)
if(status.eq.-1)then
print*, 'sfidtype returned error code', status
err = err + 1
else if(id_type.ne.0) then
print*, 'sfidtype returned bad object type', id_type
err = err + 1
endif
C Get access to the first dataset and test SDidtype on the SDS id
dset1 = sfselect(sd_id, 0);
if( dset1 .eq. -1 ) then
print*, 'sfselect failed for', 0, ' -th dataset'
err = err + 1
endif
status = sfidtype(dset1,id_type)
if(status.eq.-1)then
print*, 'sfidtype returned error code', status
err = err + 1
else if(id_type.ne.1) then
print*, 'sfidtype returned bad object type', id_type
err = err + 1
endif
C Get access to the second dataset and test SDidtype on the SDS id
dset2 = sfselect(sd_id, 1);
if( dset2 .eq. -1 ) then
print*, 'sfselect failed for', 1, ' -th dataset'
err = err + 1
endif
status = sfidtype(dset2,id_type)
if(status.eq.-1)then
print*,'sfidtype returned error code', status
err = err + 1
else if(id_type.ne.1) then
print*,'sfidtype returned bad object type', id_type
err = err + 1
endif
C Get dimension handle for first dimension of DataSet_1 and test
C SDidtype on the dimension id
dim_id = sfdimid(dset1, 0)
if(dim_id.eq.-1)then
print*,'sfgetdimid returned error code', status
err = err + 1
endif
status = sfidtype(dim_id,id_type)
if(status.eq.-1)then
print*,'sfidtype returned error code', status
err = err + 1
else if(id_type.ne.2) then
print*,'sfidtype returned bad object type', id_type
err = err + 1
endif
C Close the datasets
status = sfendacc(dset1)
if(status.eq.-1)then
print*, 'sfendacc returned error code', status
err = err + 1
end if
status = sfendacc(dset2)
if(status.eq.-1)then
print*, 'sfendacc returned error code', status
err = err + 1
end if
C Close the file
status = sfend(sd_id)
if( status .ne. 0 ) then
print*, 'sfend failed'
err = err + 1
endif
1000 return
end
|
