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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*********************************************************************
C*********************************************************************
C test vset Fortran data types
C
subroutine tvsetf (number_failed)
C Test Program:
C Tests the vdata and vgroup interface
C Input file: none
C Output file: tvsetf1.hdf
implicit none
include 'fortest.inc'
integer number_failed
character*20 myname
parameter (myname = 'vsetf')
integer fid1, vgid1, vgid2, vsid1, vsid2
integer vgref1, vsref1, vsref2, vref, vsref22
integer vsize, found
integer ret,ntrs,i,il,nelts
integer*4 dbuf(320),idbuf(320),ddata4(10),iddata4(10)
integer*2 ddata1(10), iddata1(10)
integer*2 ddata2(10),iddata2(10)
integer*4 tags(10), refs(10)
real fdata(10), ifdata(10)
double precision gdata1(10)
double precision igdata1(10)
double precision geps
real feps
character*11 fn1
character*64 vname
character*9 fields1
character*10 fields2
character*31 fields3
character*15 cdata, icdata
character*7 field_name
parameter (
+ feps = 1.0E-5,
+ geps = 1.0D-9
+ )
C-------------------------------------------------------------------------
C These definitions are added to test hglibver and hgfilver functions
C
integer major_v, minor_v, release
character*80 hdfstring
C-------------------------------------------------------------------------
DATA ddata1/10,11,12,13,14,15,16,17,18,19/
DATA ddata2/20,21,22,23,24,25,26,27,28,29/
DATA ddata4/40,41,42,43,44,45,46,47,48,49/
DATA fdata/5.0,5.1,5.2,5.3,5.4,5.5,5.6,5.7,5.8,5.9/
DATA gdata1/6.0,6.1,6.2,6.3,6.4,6.5,6.6,6.7,6.8,6.9/
call ptestban('Testing', myname)
cdata = 'abcdebcdefcdefg'
fn1 = 'tvsetf1.hdf'
C Open the file
fid1 = hopen(fn1, DFACC_CREATE, 0)
call VRFY(fid1,'hopen',number_failed)
ret = vfstart(fid1)
call VRFY(ret,'vfstart',number_failed)
C Create a vgroup
call MESSAGE(5,'Creating a vgroup')
vgid1 = vfatch(fid1, -1, 'w')
call VRFY(vgid1, 'vfatch', number_failed)
ret = vfsnam(vgid1, 'Top Vgroup')
call VRFY(ret,'vfsnam',number_failed)
ret = vfscls(vgid1, 'Test Object')
call VRFY(ret,'vfscls',number_failed)
C Add a vgroup to it
call MESSAGE(5,'Add a vgroup to the Top vgroup')
vgid2 = vfatch(fid1, -1, 'w')
call VRFY(vgid2, 'vfatch', number_failed)
ret = vfinsrt(vgid1, vgid2)
call VRFY(ret, 'vfinsrt', number_failed)
ret = vfdtch(vgid1)
call VRFY(ret,'vfdtch',number_failed)
ret = vfdtch(vgid2)
call VRFY(ret,'vfdtch',number_failed)
ret = vfend(fid1)
call VRFY(ret,'vfend',number_failed)
ret = hclose(fid1)
call VRFY(ret,'hclose',number_failed)
C add a vdatas in vgroup1
call MESSAGE(5,'Creating a char vdata')
fid1 = hopen(fn1, DFACC_RDWR, 0)
call VRFY(fid1,'hopen',number_failed)
ret = vfstart(fid1)
call VRFY(ret,'vfstart',number_failed)
vgref1 = vfgid(fid1, -1)
call VRFY(vgref1,'vfgid',number_failed)
C
C Find group with the name 'Top Vgroup'
C
ret = vfind(fid1, 'Top Vgroup')
if (ret .le. 0) then
number_failed = number_failed + 1
call MESSAGE(3, 'Top Vgroup is not found. ')
endif
vgid1 = vfatch(fid1, vgref1, 'w')
call VRFY(vgid1,'vfatch',number_failed)
C create a single field (char) vdata
vsid1 = vsfatch(fid1, -1, 'w')
call VRFY(vsid1,'vsfatch',number_failed)
ret = vsffdef(vsid1, 'char type', DFNT_CHAR, 5)
call VRFY(ret,'vsffdef',number_failed)
ret = vsfsfld(vsid1, 'char type')
call VRFY(ret,'vsfsfld',number_failed)
C Use vsfwrtc to write the values
ret = vsfwrtc(vsid1, cdata, 3, FULL_INTERLACE)
call VRFY(ret,'vsfwrtc',number_failed)
ret = vsfdtch(vsid1)
call VRFY(ret,'vsfdtch',number_failed)
C create a single field int16 vdata
call MESSAGE(5,'Creating an int16 vdata')
vsid1 = vsfatch(fid1, -1, 'w')
call VRFY(vsid1,'vsfatch',number_failed)
ret = vsffdef(vsid1, 'int16 type', DFNT_INT16, 2)
call VRFY(ret,'vsffdef',number_failed)
ret = vsfsfld(vsid1, 'int16 type')
call VRFY(ret,'vsfsfld',number_failed)
C Use vsfwrt to write the values
ret = vsfwrt(vsid1, ddata1, 5, FULL_INTERLACE)
call VRFY(ret,'vsfwrt',number_failed)
ret = vsfdtch(vsid1)
call VRFY(ret,'vsfdtch',number_failed)
C use vhfscd and vhfscdm to create char vdata
call MESSAGE(5,'Using vhfscd/vsfscdm to create vdatas')
ret = vhfscd(fid1,'char1',cdata,5,DFNT_CHAR,'c1','c')
call VRFY(ret,'vhfscd',number_failed)
ret = vhfscdm(fid1,'char3',cdata,5,DFNT_CHAR,'c3','s',3)
call VRFY(ret,'vhfscdm',number_failed)
C create a five-field vdata, 2*int32,2*double,2*float32,
C 2*int16 and 3*char type
call MESSAGE(5,'Creating a five_field vdata')
vsid2 = vsfatch(fid1, -1, 'w')
call VRFY(vsid2,'vsfatch',number_failed)
ret = vsfsnam(vsid2, 'mixed type')
call VRFY(ret,'vsfsnam',number_failed)
ret = vsfscls(vsid2, 'test NT')
call VRFY(ret,'vsfscls',number_failed)
ret = vsffdef(vsid2, 'int32', DFNT_INT32, 2)
call VRFY(ret,'vsffdef',number_failed)
ret = vsffdef(vsid2, 'double', DFNT_FLOAT64, 2)
call VRFY(ret,'vsffdef',number_failed)
ret = vsffdef(vsid2, 'float32', DFNT_FLOAT32, 2)
call VRFY(ret,'vsffdef',number_failed)
ret = vsffdef(vsid2, 'int16', DFNT_INT16, 2)
call VRFY(ret,'vsffdef',number_failed)
ret = vsffdef(vsid2, 'char', DFNT_CHAR, 3)
call VRFY(ret,'vsffdef',number_failed)
ret = vsfsfld(vsid2, 'int32,double,float32,int16,char')
call VRFY(ret,'vsfsfld',number_failed)
C pack the fields into data buf
ret = vsfnpak(vsid2, HDF_VSPACK,
+ 'int32,double,float32,int16,char', dbuf,
+ 320*4,5,'int32',ddata4)
call VRFY(ret,'vsfnpak',number_failed)
ret = vsfnpak(vsid2, HDF_VSPACK,
+ ' ', dbuf, 320*4, 5,'double',gdata1)
call VRFY(ret,'vsfnpak',number_failed)
ret = vsfnpak(vsid2, HDF_VSPACK,
+ ' ', dbuf, 320*4, 5,'float32',fdata)
call VRFY(ret,'vsfnpak',number_failed)
ret = vsfnpak(vsid2, HDF_VSPACK,
+ ' ', dbuf, 320*4,5,'int16',ddata2)
call VRFY(ret,'vsfnpak',number_failed)
ret = vsfcpak(vsid2, HDF_VSPACK,
C + 'int32,double,float32,int16,char', dbuf,
+ ' ', dbuf, 320*4, 5,'char',cdata)
call VRFY(ret,'vsfcpak',number_failed)
ret = vsfwrt(vsid2, dbuf, 5, FULL_INTERLACE)
call VRFY(ret,'vsfwrt',number_failed)
ret = vsfdtch(vsid2)
call VRFY(ret,'vsfdtch',number_failed)
C insert vdata1 into vgroup1
call MESSAGE(5,'Inserting vdata1 into top vgroup')
vsref1 = vsfgid(fid1, -1)
call VRFY(vsref1, 'vsfgid', number_failed)
vsref2 = vsffnd(fid1, 'mixed type')
call VRFY(vsref2, 'vsffnd', number_failed)
ret = vfadtr(vgid1, DFTAG_VH, vsref1)
call VRFY(ret, 'vfadtr', number_failed)
ret = vfdtch(vgid1)
call VRFY(ret,'vfdtch',number_failed)
ret = vfend(fid1)
call VRFY(ret,'vfend',number_failed)
ret = hclose(fid1)
call VRFY(ret,'hclose',number_failed)
C read data back
call MESSAGE(5,'Readng data back')
fid1 = hopen(fn1, DFACC_RDWR, 0)
call VRFY(fid1,'hopen',number_failed)
ret = vfstart(fid1)
call VRFY(ret,'vfstart',number_failed)
vgref1 = vfgid(fid1, -1)
call VRFY(vgref1, 'vfgid', number_failed)
vgid1 = vfatch(fid1, vgref1,'w')
call VRFY(vgid1, 'vfatch', number_failed)
ntrs = vfgttrs(vgid1, tags, refs, 10)
call VRFY(ntrs, 'vfgttrs', number_failed)
if (ntrs .ne. 2) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong number of tag/refs. ')
endif
C look for the first vdata
found = FALSE
vref = -1
do 20 i = 1, ntrs
if (found .eq. FALSE) then
vref = vfgnxt(vgid1,vref)
call VRFY(vref, 'vref', number_failed)
found = vfisvs(vgid1, vref)
endif
20 continue
if (found .eq. TRUE) then
vsid1 = vsfatch(fid1, vref, 'w')
call VRFY(vsid1,'vsfatch',number_failed)
ret = vsfinq(vsid1, nelts,il,fields1,vsize,vname)
call VRFY(ret,'vsfinq',number_failed)
if (nelts .ne. 3) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong number of records. ')
endif
if (il .ne. FULL_INTERLACE) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong interlace ')
endif
if (fields1 .ne. 'char type') then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong field names. ')
endif
if (vsize .ne. 5) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong vsize. ')
endif
ret = vsfsfld(vsid1, 'char type')
call VRFY(ret,'vsfsfld',number_failed)
ret = vsfrdc(vsid1, icdata, 3, FULL_INTERLACE)
call VRFY(ret,'vsfrdc',number_failed)
if (icdata .ne. 'abcdebcdefcdefg') then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong icdata. Correct: abcdebcdefcdefg')
endif
ret = vsfdtch(vsid1)
call VRFY(ret,'vsfdtch',number_failed)
C not found, print error message
else
call MESSAGE(3,'Not found char type vdata. ')
endif
C read the second vdata
call MESSAGE(5,'Reading the int16 vdata')
vsref1 = vsfgid(fid1, vref)
call VRFY(vsref1, 'vsfgid', number_failed)
vsid1 = vsfatch(fid1, vsref1, 'w')
call VRFY(vsid1,'vsfatch',number_failed)
ret = vsfinq(vsid1, nelts,il, fields2,vsize,vname)
call VRFY(ret,'vsfinq',number_failed)
if (nelts .ne. 5) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong number of records. ')
endif
if (il .ne. FULL_INTERLACE) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong interlace. ')
endif
if (fields2 .ne. 'int16 type') then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong fields. ')
endif
ret = vsfsfld(vsid1, 'int16 type')
call VRFY(ret,'vsfsfld',number_failed)
ret = vsfrd(vsid1, iddata1, 5, FULL_INTERLACE)
call VRFY(ret,'vsfrd',number_failed)
do 40 i=1,10
if (iddata1(i) .ne. (9+i)) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong data. ')
endif
40 continue
ret = vsfdtch(vsid1)
call VRFY(ret,'vsfdtch',number_failed)
C read the 'c1' vdata
vsref1 = vsffnd(fid1, 'c1')
call VRFY(vsref1, 'vsffnd', number_failed)
vsid1 = vsfatch(fid1, vsref1, 'w')
call VRFY(vsid1, 'vsfatch', number_failed)
ret = vsfsfld(vsid1, 'char1')
call VRFY(ret, 'vsfsfld', number_failed)
ret = vsfrd(vsid1, idbuf, 5,FULL_INTERLACE)
call VRFY(ret, 'vsfrd', number_failed)
icdata = ' '
ret = vsfcpak(vsid1,HDF_VSUNPACK,' ',idbuf,320*4,
+ 5, ' ', icdata)
call VRFY(ret, 'vsfcpak', number_failed)
if (icdata .ne. 'abcde ') then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong icdata. ')
endif
ret = vsfdtch(vsid1)
call VRFY(ret,'vsfdtch',number_failed)
C read the 'c3' vdata
vsref1 = vsffnd(fid1, 'c3')
call VRFY(vsref1, 'vsffnd', number_failed)
vsid1 = vsfatch(fid1, vsref1, 'w')
call VRFY(vsid1, 'vsfatch', number_failed)
ret = vsfsfld(vsid1, 'char3')
call VRFY(ret, 'vsfsfld', number_failed)
ret = vsfrd(vsid1, idbuf, 5,FULL_INTERLACE)
call VRFY(ret, 'vsfrd', number_failed)
icdata = ' '
ret = vsfcpak(vsid1,HDF_VSUNPACK,' ',idbuf,320*4,
+ 5, ' ', icdata)
call VRFY(ret, 'vsfcpak', number_failed)
if (icdata .ne. 'abcdebcdefcdefg') then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong data. ')
endif
ret = vsfdtch(vsid1)
call VRFY(ret,'vsfdtch',number_failed)
C read the 'mixed type' vdata
vsref2 = vsffnd(fid1, 'mixed type')
call VRFY(vsref2, 'vsffnd', number_failed)
vsref22 = vsffcls(fid1, 'test NT')
call VRFY(vsref22, 'vsffcls', number_failed)
vsid2 = vsfatch(fid1, vsref2, 'w')
call VRFY(vsid2, 'vsfatch', number_failed)
C
C This piece of the code exercises VF interface function
C Added by E. Pourmal 1/22/99
C
C
C Find the total number of the fields in the vdata.
C
ret = vfnflds (vsid2)
if (ret .ne. 5) then
number_failed = number_failed + 1
call MESSAGE(3, 'Wrong number of the vdata fields. ')
endif
C
C Find the datatype of the first field (should be DFNT_INT32)
C
ret = vfftype(vsid2, 0)
if (ret. ne. DFNT_INT32) then
number_failed = number_failed + 1
call MESSAGE(3, 'Wrong field datatype returned. ')
endif
C
C Find the order of the second field (should be 2)
C
ret = vffordr(vsid2, 1)
if (ret .ne. 2) then
number_failed = number_failed + 1
call MESSAGE(3, 'Wrong field order returned. ')
endif
C
C Find the name of the third field (should be 'float32')
C
ret = vffname(vsid2, 2, field_name)
if (ret .ne. 0 .or. field_name .ne. 'float32') then
number_failed = number_failed + 1
call MESSAGE(3, 'Cannot return name of the field. ')
endif
C
C Find the size as stored in memory of the fourth vdata field.
C
ret = vffisiz(vsid2, 3)
call VRFY(ret, 'vffisiz', number_failed)
C
C Find th esize as stored in file of the fifth vdata field.
C
ret = vffesiz(vsid2, 4)
call VRFY(ret, 'vffesiz', number_failed)
C
C The end of the VF interface test. Two last calls should be tested
C more carefully, i.e. what the correct ret values are ??????????
C
ret = vsfinq(vsid2, nelts,il, fields3,vsize,vname)
call VRFY(ret, 'vsfinq', number_failed)
if (nelts .ne. 5) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong number of records. ')
endif
if (il .ne. FULL_INTERLACE) then
number_failed = number_failed + 1
call MESSAGE(3, 'Wrong interlace. ')
endif
if (fields3 .ne. 'int32,double,float32,int16,char') then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong fields. ')
endif
ret = vsfsfld(vsid2, 'int32,double,float32,int16,char')
call VRFY(ret, 'vsfsfld', number_failed)
ret = vsfrd(vsid2, idbuf, 3, FULL_INTERLACE)
call VRFY(ret, 'vsfrd', number_failed)
ret = vsfnpak(vsid2, HDF_VSUNPACK,
+ ' ', idbuf, 320*4,3,'int32',iddata4)
call VRFY(ret, 'vsfnpak', number_failed)
ret = vsfnpak(vsid2, HDF_VSUNPACK,
+ ' ', idbuf, 320*4,3,'double',igdata1)
call VRFY(ret, 'vsfnpak', number_failed)
ret = vsfnpak(vsid2, HDF_VSUNPACK,
+ ' ', idbuf, 320*4,3,'float32',ifdata)
call VRFY(ret, 'vsfnpak', number_failed)
ret = vsfnpak(vsid2, HDF_VSUNPACK,
+ ' ', idbuf, 320*4,3,'int16',iddata2)
call VRFY(ret, 'vsfnpak', number_failed)
icdata = ' '
ret = vsfcpak(vsid2, HDF_VSUNPACK,
+ 'int32,double,float32,int16,char', idbuf,
+ 320*4,3,'char',icdata)
call VRFY(ret, 'vsfcpak', number_failed)
do 45 i=1,3
if (iddata4(i) .ne. (39+i)) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong data. ')
endif
if (iddata2(i) .ne. (19+i)) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong data. ')
endif
45 continue
do 50 i = 1, 3
if (abs(gdata1(i) - igdata1(i)) .GE.
+ gdata1(i)*geps) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong data. ')
endif
if (abs(fdata(i) - ifdata(i)) .GE.
+ fdata(i)*feps) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong data. ')
endif
50 continue
if (icdata .ne. 'abcdebcde ') then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong data. ')
endif
C read field 'char' only, test pckfld ' '
ret = vsfsfld(vsid2, 'char')
call VRFY(ret, 'vsfsfld', number_failed)
ret = vsfrd(vsid2, idbuf, 2, FULL_INTERLACE)
call VRFY(ret, 'vsfrd', number_failed)
icdata = ' '
ret = vsfcpak(vsid2, HDF_VSUNPACK,
+ 'char', idbuf, 320*4,2,' ',icdata)
call VRFY(ret, 'vsfcpak', number_failed)
if (icdata .ne. 'fcdefg ') then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong data. ')
endif
ret = vsfdtch(vsid2)
call VRFY(ret,'vsfdtch',number_failed)
ret = vfdtch(vgid1)
call VRFY(ret,'vsfdtch',number_failed)
ret = vfend(fid1)
call VRFY(ret,'vfend',number_failed)
ret = hclose(fid1)
call VRFY(ret, 'hclose', number_failed)
C
C Testing deleting a tag/ref pair from Vgroups using vfdtr()
C Not as extensive as the C-version of the similar test because
C for now some the fortran versions of Vgroup routines are missing.
C
C Open the file for writing
fid1 = hopen(fn1, DFACC_RDWR, 0)
call VRFY(fid1,'hopen',number_failed)
C
C-----Test hglibver and hgfilver functions.
C
ret = hglibver(major_v, minor_v, release, hdfstring)
call VRFY(ret, 'hglibver', number_failed)
ret = hgfilver(fid1, major_v, minor_v, release, hdfstring)
call VRFY(ret, 'hgfilver', number_failed)
ret = vfstart(fid1)
call VRFY(ret,'vfstart',number_failed)
C Create a vgroup to add a bogus element to.
call MESSAGE(5,'Creating a vgroup')
vgid1 = vfatch(fid1, -1, 'w')
call VRFY(vgid1, 'vfatch', number_failed)
ret = vfsnam(vgid1, 'Vgroup to delete from')
call VRFY(ret,'vfsnam',number_failed)
ret = vfscls(vgid1, 'Vgroup to delete from')
call VRFY(ret,'vfscls',number_failed)
C Add a bogus element to the vgroup
ret = vfadtr(vgid1, 5000, 1234)
call VRFY(ret, 'vfadtr', number_failed)
C Now delete it again just make sure the call does not fail
C The C-version of the tests does a better job overall.
ret = vfdtr(vgid1, 5000, 1234)
call VRFY(ret, 'vfdtr', number_failed)
C Detach from vgroup
ret = vfdtch(vgid1)
call VRFY(ret,'vfdtch',number_failed)
C Close Vxxx interface down
ret = vfend(fid1)
call VRFY(ret,'vfend',number_failed)
C Close file
ret = hclose(fid1)
call VRFY(ret,'hclose',number_failed)
return
end
C
C This subroutine tests vsfsetblsz, vsfsetnm, vsfgetinfo functions
C
C It creates and writes multi-component Vdata and single-component Vdata;
C then it sets sizes and number of blocks
C for multi-component Vdata's link block and appends to the Vdata.
C File is then closed and reponened once more; block information
C is retrieved for the multi-component Vdata.
C
subroutine tvsetblock(number_failed)
implicit none
character*20 myname
parameter (myname = 'vsetblock')
integer number_failed
C
C Parameter declaration
C
character*22 FILE_NAME
character*9 CLASS1_NAME
character*9 CLASS2_NAME
character*11 VDATA1_NAME
character*12 VDATA2_NAME
character*22 FIELD1_NAME
character*21 FIELD2_NAME
integer N_RECORDS_1, N_RECORDS_2
integer ORDER_2
integer FULL_INTERLACE
C
parameter (FILE_NAME = 'Vdatas_blocks_test.hdf',
+ CLASS1_NAME = '5x1 Array',
+ CLASS2_NAME = '6x4 Array',
+ VDATA1_NAME = 'First Vdata',
+ VDATA2_NAME = 'Second Vdata',
+ FIELD1_NAME = 'Single-component Field',
+ FIELD2_NAME = 'Multi-component Field')
parameter (N_RECORDS_1 = 5,
+ N_RECORDS_2 = 256,
+ ORDER_2 = 2,
+ FULL_INTERLACE = 0)
integer DFACC_WRITE, DFNT_CHAR8, DFNT_INT32
parameter (DFACC_WRITE = 2,
+ DFNT_CHAR8 = 4,
+ DFNT_INT32 = 24)
integer BLOCK_SIZE, NUM_BLOCKS
parameter (BLOCK_SIZE = 256,
+ NUM_BLOCKS = 3)
C
C Function declaration
C
integer hopen, hclose
integer vfstart, vhfscd, vhfsdm, vfend
integer vsfsetblsz, vsfsetnmbl, vsfgetblinfo
integer vsfatch, vsfdtch, vsffnd, vsfwrt, vsfrd, vsfseek
C
C**** Variable declaration *******************************************
C
integer status, return_flag
integer file_id
integer vdata1_ref, vdata2_ref
integer vdata2_id
character vdata1_buf(N_RECORDS_1)
integer vdata2_buf(ORDER_2, N_RECORDS_2)
integer buf(ORDER_2)
integer i, j
integer block_size_out, num_blocks_out
integer n_records
data vdata1_buf /'V','D','A','T','A'/
C
C**** End of variable declaration ************************************
call ptestban('Testing', myname)
C
C Initialize vdata2_buf
C
do i = 1, N_RECORDS_2
do j = 1, ORDER_2
vdata2_buf(j,i) = j + i
enddo
enddo
C
C
C Open the HDF file for writing.
C
file_id = hopen(FILE_NAME, DFACC_WRITE, 0)
call VRFY(file_id,'hopen',number_failed)
C
C Initialize the VS interface.
C
status = vfstart(file_id)
call VRFY(status,'vfstart',number_failed)
C
C Create multi-component vdata and populate it with data from vdata2_buf array.
C
vdata2_ref = vhfsdm(file_id, FIELD2_NAME, vdata2_buf, N_RECORDS_2,
+ DFNT_INT32, VDATA2_NAME, CLASS2_NAME,
+ ORDER_2)
call VRFY(vdata2_ref,'vhfsdm',number_failed)
C
C Create single-component vdata and populate it with data from vdata1_buf array.
C
vdata1_ref = vhfscd(file_id, FIELD1_NAME, vdata1_buf, N_RECORDS_1,
+ DFNT_CHAR8, VDATA1_NAME, CLASS1_NAME)
call VRFY(vdata1_ref,'vhfscd',number_failed)
C
C Terminate access to the VS interface and close the HDF file.
C
status = vfend(file_id)
call VRFY(status,'vfend',number_failed)
status = hclose(file_id)
call VRFY(status,'hclose',number_failed)
if (number_failed .gt. 0) goto 1000
C
C Reopen the HDF file for writing.
C
file_id = hopen(FILE_NAME, DFACC_WRITE, 0)
call VRFY(file_id,'hopen',number_failed)
C
C Initialize the VS interface.
C
status = vfstart(file_id)
call VRFY(status,'vfstart',number_failed)
C
C Attach to the multi-component Vdata
C
vdata2_ref = vsffnd(file_id, VDATA2_NAME)
call VRFY(vdata2_ref,'vsffnd',number_failed)
vdata2_id = vsfatch(file_id, vdata2_ref, 'w')
status = vsfsetblsz(vdata2_id, BLOCK_SIZE)
call VRFY(status,'vsfsetblsz',number_failed)
status = vsfsetnmbl(vdata2_id, NUM_BLOCKS)
call VRFY(status,'vsfsetblnm',number_failed)
C
C Append to the multi-component Vdata
C
n_records = vsfseek(vdata2_id, N_RECORDS_2-1)
call VRFY(n_records,'vsfseek',number_failed)
n_records = 1
status = vsfrd(vdata2_id, buf, n_records, FULL_INTERLACE)
call VRFY(status,'vsfrd',number_failed)
n_records = N_RECORDS_2
status = vsfwrt(vdata2_id, vdata2_buf, n_records,
+ FULL_INTERLACE)
if (status .ne. N_RECORDS_2) then
number_failed = number_failed + 1
call MESSAGE(3,'Wrong number of records added ')
call MESSAGE(3,'Append to multi-component Vdata failed ')
endif
call VRFY(vdata2_id,'vsfatch',number_failed)
status = vsfgetblinfo(vdata2_id, block_size_out, num_blocks_out)
if (block_size_out .ne. BLOCK_SIZE .or.
+ num_blocks_out .ne. NUM_BLOCKS) then
call MESSAGE(3,'Linked-block info is wrong ')
number_failed = number_failed + 1
endif
status = vsfdtch(vdata2_id)
call VRFY(status,'vsfdtch',number_failed)
status = vfend(file_id)
call VRFY(status,'vfend',number_failed)
status = hclose(file_id)
call VRFY(status,'hclose',number_failed)
1000 continue
return
end
C
C This subroutine tests functions vfgvgroups and vsfgvdatas
C
subroutine tvgroups(number_failed)
implicit none
include '../src/hdf.inc'
integer number_failed
integer fid
integer vgroup_id, vgroup0_id, vgroup1_id, vgroup2_id
integer vgroup3_id, vgroup4_id, vgroup5_id
integer vgroup_ref
integer vdata_id, vdata_ref
integer vdata1_id, vdata2_id
integer n_vgs, n_vds
integer num_vgroups
parameter (num_vgroups = 10)
integer refarray(num_vgroups)
integer num_vdatas
parameter (num_vdatas = 8)
character*12 uservgroups
parameter (uservgroups = 'tuservgs.hdf')
integer ref_list(num_vgroups), vdref_list(num_vdatas)
character*20 vgclass
integer ii
character*2 ichr2
integer status
character*20 myname
parameter (myname = 'vgroups')
C
C Function declaration
C
integer hopen, hclose, vfend
integer vfstart, vfatch, vqref, vfscls, vfdtch
integer vfinsrt, vfgvgroups
integer vsfgvdatas, vsqref, vsfatch, vsfscls, vsfdtch
integer result(10)
call ptestban('Testing', myname)
n_vgs=0
C Create HDF file and initialize the interface.
fid = hopen(uservgroups, DFACC_CREATE, 0)
call VRFY(fid,'hfopen',number_failed)
status = vfstart(fid)
call VRFY(fid,'vfstart',number_failed)
C Create NUM_VGROUPS vgroups and set classname
do ii = 1, num_vgroups
C Create a vgroup.
vgroup_id = vfatch(fid, -1, "w")
call VRFY(vgroup_id,'vfatch',number_failed)
C Record its reference number for later access
vgroup_ref = vqref(vgroup_id)
call VRFY( vgroup_ref,'vqref',number_failed)
ref_list(ii) = vgroup_ref
C Set its class name
write(ichr2,'(I2.2)') ii
vgclass = "VG-CLASS-"//ichr2
status = vfscls(vgroup_id, vgclass)
call VRFY(status,'vfscls',number_failed)
C Detach it
status = vfdtch(vgroup_id)
call VRFY(status,'vfdtch',number_failed)
enddo
C Insert some vgroups into some other vgroups to build some sort of
C vgroup structure
C Insert "VG-CLASS-1" and "VG-CLASS-2" into "VG-CLASS-0"
vgroup0_id = vfatch(fid, ref_list(1), "w")
call VRFY(vgroup0_id,'vfatch',number_failed)
vgroup1_id = vfatch(fid, ref_list(2), "w")
call VRFY(vgroup1_id,'vfatch',number_failed)
vgroup2_id = vfatch(fid, ref_list(3), "w")
call VRFY(vgroup2_id,'vfatch',number_failed)
status = vfinsrt(vgroup0_id, vgroup1_id)
call VRFY(status,'vfinsrt',number_failed)
status = vfinsrt(vgroup0_id, vgroup2_id)
call VRFY(status,'vfinsrt',number_failed)
C Insert "VG-CLASS-3", "VG-CLASS-4", and "VG-CLASS-5" into "VG-CLASS-1"
vgroup3_id = vfatch(fid, ref_list(4), "w")
call VRFY(vgroup3_id,'vfatch',number_failed)
vgroup4_id = vfatch(fid, ref_list(5), "w")
call VRFY(vgroup4_id,'vfatch',number_failed)
vgroup5_id = vfatch(fid, ref_list(6), "w")
call VRFY(vgroup5_id,'vfatch',number_failed)
status = vfinsrt(vgroup1_id, vgroup3_id)
call VRFY(status,'vfinsrt',number_failed)
status = vfinsrt(vgroup1_id, vgroup4_id)
call VRFY(status,'vfinsrt',number_failed)
status = vfinsrt(vgroup1_id, vgroup5_id)
call VRFY(status,'vfinsrt',number_failed)
C **************************************************************
C The vgroup structure should look like this:
C vg0 vg6 vg7 vg8 vg9
C |
C / \
C vg1 vg2
C |
C / | \
C / | \
C vg3 vg4 vg5
C
C Calling Vgetvgroups on the file should return all ten vgroups.
C Calling Vgetvgroups on vg0 should return 2, vg1 and vg2.
C Calling Vgetvgroups on vg1 should return 3, vg3, vg4, and vg5
C Calling Vgetvgroups on vg6, vg7, vg8, and vg9 should return 0
C ***************************************************************
C Get and verify the number of vgroups in the file
n_vgs = vfgvgroups(fid, 0, -1, refarray)
call VRFY(n_vgs,'vfgvgroups',number_failed)
if(n_vgs.ne.num_vgroups)then
call MESSAGE(3,'Wrong number of vgroups returned ')
number_failed = number_failed + 1
endif
C Check if setting start_vg to non-zero with vg_count = -1 returns
C the correct n_vgs
n_vgs = vfgvgroups(fid, 5, -1, refarray)
call VRFY(n_vgs,'vfgvgroups',number_failed)
if(n_vgs.ne.num_vgroups)then
call MESSAGE(3,'Wrong number of vgroups returned ')
number_failed = number_failed + 1
endif
C Get all the vgroups in the file
n_vgs = vfgvgroups(fid, 0, n_vgs, refarray)
call VRFY(n_vgs,'vfgvgroups',number_failed)
C Verify refarray from this vfgvgroups, it should contain:
C 2 3 4 5 6 7 10 11
result(1) = 2
result(2) = 3
result(3) = 4
result(4) = 5
result(5) = 6
result(6) = 7
result(7) = 8
result(8) = 9
result(9) = 10
result(10) = 11
do ii = 1, n_vgs
if( refarray(ii).ne.result(ii) )then
call MESSAGE(3,'Incorrect vgroup retrieved ')
number_failed = number_failed + 1
endif
enddo
call VRFY(n_vgs,'vfgvgroups',number_failed)
if(n_vgs.ne.num_vgroups)then
call MESSAGE(3,'Wrong number of vgroups returned ')
number_failed = number_failed + 1
endif
C Get 5 vgroups starting from vgroup number 5, the result shouldn't
C include the simulated internal vgroups
n_vgs = vfgvgroups(fid, 5, 5, refarray)
call VRFY(n_vgs,'vfgvgroups',number_failed)
if(n_vgs.ne.5)then
call MESSAGE(3,'Wrong number of vgroups returned ')
number_failed = number_failed + 1
endif
C Verify refarray from this Vgetvgroups,
C it should contain: 7, 8, 9, 10, 11
result(1) = 7
result(2) = 8
result(3) = 9
result(4) = 10
result(5) = 11
result(6) = 0
result(7) = 0
result(8) = 0
result(9) = 0
result(10) = 0
do ii = 1, n_vgs
if( refarray(ii).ne.result(ii) )then
call MESSAGE(3,'Incorrect vgroup retrieved ')
number_failed = number_failed + 1
endif
enddo
C Passing in info count as 0, should fail
n_vgs = vfgvgroups(fid, 0, 0, refarray)
if(n_vgs.ne.-1)then
call MESSAGE(3,'Wrong number of vgroups status returned ')
number_failed = number_failed + 1
endif
C This vgroup should have no sub-vgroup
n_vgs = vfgvgroups(vgroup5_id, 0, -1, refarray)
if(n_vgs.ne.0)then
call MESSAGE(3,'Wrong number of vgroups status returned ')
number_failed = number_failed + 1
endif
C Passing in the starting vgroup beyond the number of
C user-created vgroups, should fail
n_vgs = vfgvgroups(fid, 11, 3, refarray)
if(n_vgs.ne.-1)then
call MESSAGE(3,'Wrong number of vgroups status returned ')
number_failed = number_failed + 1
endif
C Create NUM_VDATAS vgroups and set classname
do ii = 1, num_vdatas
C Create a vdata.
vdata_id = vsfatch(fid, -1, "w")
call VRFY(vdata_id,'vsfatch',number_failed)
C Record its reference number for later access
vdata_ref = vsqref(vdata_id)
call VRFY(vdata_ref,'vsqref',number_failed)
vdref_list(ii) = vdata_ref;
C Set its class name
write(ichr2,'(I2.2)') ii
vgclass = "VS-CLASS-"//ichr2
status = vsfscls(vdata_id, vgclass)
call VRFY(status,'vsfscls',number_failed)
C Detach it
status = vsfdtch(vdata_id)
call VRFY(status,'vsfdtch',number_failed)
end do
vdata1_id = vsfatch(fid, vdref_list(2), "w")
call VRFY(status,'vsfatch',number_failed)
vdata2_id = vsfatch(fid, vdref_list(3), "w")
call VRFY(status,'vsfatch',number_failed)
status = vfinsrt(vgroup0_id, vdata1_id)
call VRFY(status,'vfinsrt vdata1_id -> vgroup0_id',number_failed)
status = vfinsrt(vgroup0_id, vdata2_id)
call VRFY(status,'vfinsrt vdata2_id -> vgroup0_id',number_failed)
status = vfdtch(vgroup0_id)
call VRFY(status,'vfdtch vgroup0_id', number_failed)
status = vfdtch(vgroup1_id)
call VRFY(status,'vfdtch vgroup1_id', number_failed)
C Test getting all vdatas: fid, start_vd=0, n_vds=0
n_vds = vsfgvdatas(fid, 0, -1, refarray)
if(n_vds.ne.num_vdatas)then
call MESSAGE(3,'Wrong number of vdatas status returned ')
number_failed = number_failed + 1
endif
n_vds = vsfgvdatas(fid, 0, n_vds, refarray)
if(n_vds.ne.num_vdatas)then
call MESSAGE(3,'Wrong number of vdatas status returned ')
number_failed = number_failed + 1
endif
result(1) = 12
result(2) = 13
result(3) = 14
result(4) = 15
result(5) = 16
result(6) = 17
result(7) = 18
result(8) = 19
result(9) = 0
result(10) = 0
do ii = 1, n_vds
if( refarray(ii).ne.result(ii) )then
call MESSAGE(3,'Incorrect vdatas retrieved ')
number_failed = number_failed + 1
endif
enddo
vgroup0_id = vfatch(fid, ref_list(1), "w")
call VRFY(vgroup0_id,'vfatch',number_failed)
C Test getting vdatas in vg0: vgroup0_id, start_vd=0, n_vds=0
n_vds = vsfgvdatas(vgroup0_id, 0, -1, refarray)
if(n_vds.ne.2)then
call MESSAGE(3,'Wrong number of vdatas status returned ')
number_failed = number_failed + 1
endif
n_vds = vsfgvdatas(vgroup0_id, 0, n_vds, refarray)
if(n_vds.ne.2)then
call MESSAGE(3,'Wrong number of vdatas status returned ')
number_failed = number_failed + 1
endif
result(1) = 13
result(2) = 14
result(3) = 0
result(4) = 0
result(5) = 0
result(6) = 0
result(7) = 0
result(8) = 0
result(9) = 0
result(10) = 0
do ii = 1, n_vds
if( refarray(ii).ne.result(ii) )then
call MESSAGE(3,'Incorrect vdatas retrieved ')
number_failed = number_failed + 1
endif
enddo
C Passing in vd_count as 0, should fail
n_vds = vsfgvdatas(fid, 0, 0, refarray)
if(n_vds.ne.-1)then
call MESSAGE(3,'Wrong number of vgroups status returned ')
number_failed = number_failed + 1
endif
C This vgroup should have no sub-vdatas
n_vds = vsfgvdatas(vgroup5_id, 0, -1, refarray)
if(n_vds.ne.0)then
call MESSAGE(3,'Wrong number of vgroups status returned ')
number_failed = number_failed + 1
endif
C Passing in the starting vgroup beyond the number
C of user-created vgroups, should fail
n_vds = vsfgvdatas(fid, 10, 3, refarray)
if(n_vds.ne.-1)then
call MESSAGE(3,'Wrong number of vgroups status returned ')
number_failed = number_failed + 1
endif
C Terminate access
status = vfdtch(vgroup0_id)
call VRFY(status,'vfdtch vgroup0_id',number_failed)
status = vsfdtch(vdata1_id)
call VRFY(status,'vsfdtch vdata1_id',number_failed)
status = vsfdtch(vdata2_id)
call VRFY(status,'vsfdtch vdata2_id',number_failed)
C Terminate access to the V interface and close the HDF file.
status = vfend(fid)
call VRFY(status,'vfend',number_failed)
status = hclose(fid)
call VRFY(status,'hclose',number_failed)
end
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