C***********************************************************************
C*****  FORTRAN 77
C*****   FM500
C*****                       BLKD1 - (260)
C*****   THIS PROGRAM USES SN501 AND AN502
C***********************************************************************
C*****  TESTING OF BLOCK DATA SUBPROGRAMS FEATURES              ANS REF
C*****          IMPLICIT, PARAMETER, EXTERNAL, AND SAVE           16
C*****  THIS SEGMENT USES  BLOCK DATA PROGRAM
C*****  AN502    AND SUBROUTINE SN501
C*****
C*****  S P E C I F I C A T I O N S  SEGMENT 260
        EXTERNAL AN502
C*****  DECLARATION OF VARIABLES IN COMMON BLOCKS
C*****  PARAMETER (KPI = 2, LPI = 10)
C*****  INTEGER FXVI
C*****  REAL JX1S
C*****  DOUBLE PRECISION AX1D, BX4D
C*****  DIMENSION BX4D(KPI, KPI, KPI, KPI)
C*****  COMPLEX AXVC, BX1C, CZ5C
C*****  LOGICAL AXVB, BZ1B, CX6B(2,2,2,2,2,2)
C*****  CHARACTER*1 A1XVK, B1X1K, C1X7K
C*****  CHARACTER*2 D2Z1K
C*****  CHARACTER*4 E4XVK, G4X2K
C*****  CHARACTER*(LPI) I10XVK
C*****
C*****  COMMON /BLK1/ IXVI, FXVI, KX1I(2), HX2I(2,2), MX2I(2,2)
C*****  COMMON /BLK2/ AXVS, BXVS, JX1S(2), CX2S(2,2), DZ3S(2,2,2), EZVS
C*****  COMMON /BLK3/ RXVD, AX1D(2), BX4D
C*****  COMMON /BLK4/ AXVC, BX1C(2), CZ5C(2,2,2,2,2)
C*****  COMMON /BLK5/ AXVB, BZ1B(2), CX6B
C*****  COMMON /BLK6/ A1XVK, B1X1K(2), C1X7K(2,2,2,2,2,2,2),
C*****                S2XVK, D2Z1K(2), E4XVK, G4X2K(2,2), I10XVK
C*****
        CALL SN501
        STOP
C*****          END OF TEST SEGMENT 260
        END
C***********************************************************************
C***** FORTRAN 77
C*****   FM501                  SN501    - (251)
C*****   THIS SUBROUTINE IS CALLED BY PROGRAM FM500
C***********************************************************************
C*****
C***** GENERAL PURPOSE
C*****  THIS SEGMENT IS TO BE RUN WITH TEST SEGMENT 250
C*****     THIS SEGMENT CONTAINS A SUBROUTINE THAT CHECKS TO SEE IF
C*****  IF THE BLOCK DATA PROGRAM CORRECTLY INITIALIZED THE MANY
C*****  VARIABLES
C*****
CBB** ********************** BBCCOMNT **********************************
C****
C****            1978 FORTRAN COMPILER VALIDATION SYSTEM
C****                          VERSION 2.0
C****
C****
C****           SUGGESTIONS AND COMMENTS SHOULD BE FORWARDED TO
C****                   GENERAL SERVICES ADMINISTRATION
C****                   FEDERAL SOFTWARE TESTING CENTER
C****                   5203 LEESBURG PIKE, SUITE 1100
C****                      FALLS CHURCH, VA. 22041
C****
C****                          (703) 756-6153
C****
CBE** ********************** BBCCOMNT **********************************
        SUBROUTINE SN501
C*****
        IMPLICIT INTEGER (H)
        IMPLICIT DOUBLE PRECISION (R)
        IMPLICIT CHARACTER*2 (S)
C*****  DECLARATION OF VARIABLES IN COMMON BLOCKS
        PARAMETER (KPI = 2, LPI = 10)
        INTEGER FXVI
        REAL JX1S
        DOUBLE PRECISION AX1D, BX4D, DVCORR
        DIMENSION BX4D(KPI, KPI, KPI, KPI)
        COMPLEX AXVC, BX1C, CZ5C
        LOGICAL AXVB, BZ1B, CX6B(2,2,2,2,2,2)
        CHARACTER*1 A1XVK, B1X1K, C1X7K, CVNC01
        CHARACTER*2 D2Z1K, CVNC02
        CHARACTER*4 E4XVK, G4X2K, CVNC04
        CHARACTER*(LPI) I10XVK, CVNC10
C*****
        COMMON /BLK1/ IXVI, FXVI, KX1I(2), HX2I(2,2), MX2I(2,2)
        COMMON /BLK2/ AXVS, BXVS, JX1S(2), CX2S(2,2), DZ3S(2,2,2), EZVS
        COMMON /BLK3/ RXVD, AX1D(2), BX4D
        COMMON /BLK4/ AXVC, BX1C(2), CZ5C(2,2,2,2,2)
        COMMON /BLK5/ AXVB, BZ1B(2), CX6B
        COMMON /BLK6/ A1XVK, B1X1K(2), C1X7K(2,2,2,2,2,2,2),
     1          S2XVK, D2Z1K(2), E4XVK, G4X2K(2,2), I10XVK
C*****
        SAVE/BLK6/
C*****
        EQUIVALENCE (NYVI, EZVS)
C*****  LOCAL DECLARATIONS
        DOUBLE PRECISION AVD
        COMPLEX AVC
C*****    O U T P U T  T A P E  ASSIGNMENT STATEMENT.  NO INPUT TAPE.
CBB** ********************** BBCINITA **********************************
C**** SPECIFICATION STATEMENTS
C****
      CHARACTER ZVERS*13, ZVERSD*17, ZDATE*17, ZPROG*5, ZCOMPL*20,
     1          ZNAME*20, ZTAPE*10, ZPROJ*13, REMRKS*31, ZTAPED*13
CBE** ********************** BBCINITA **********************************
CBB** ********************** BBCINITB **********************************
C**** INITIALIZE SECTION
      DATA  ZVERS,                  ZVERSD,             ZDATE
     1      /'VERSION 2.0  ',  '82/08/02*18.33.46',  '*NO DATE*TIME'/
      DATA       ZCOMPL,             ZNAME,             ZTAPE
     1      /'*NONE SPECIFIED*', '*NO COMPANY NAME*', '*NO TAPE*'/
      DATA       ZPROJ,           ZTAPED,         ZPROG
     1      /'*NO PROJECT*',   '*NO TAPE DATE',  'XXXXX'/
      DATA   REMRKS /'                               '/
C**** THE FOLLOWING 9 COMMENT LINES (CZ01, CZ02, ...) CAN BE REPLACED
C**** FOR IDENTIFYING THE TEST ENVIRONMENT
C****
CZ01  ZVERS  = 'VERSION OF THE COMPILER VALIDATION SYSTEM'
CZ02  ZVERSD = 'CREATION DATE/TIME OF THE COMPILER VALIDATION SYSTEM'
CZ03  ZPROG  = 'PROGRAM NAME'
      ZDATE  = ' DEC. 1983       '
      ZCOMPL = ' ICL VME FORTRAN77  '
      ZPROJ  = ' LANG. CENTRE'
      ZNAME  = 'ICL                 '
      ZTAPE  = 'M999      '
      ZTAPED = '831005       '
C
      IVPASS = 0
      IVFAIL = 0
      IVDELE = 0
      IVINSP = 0
      IVTOTL = 0
      IVTOTN = 0
      ICZERO = 0
C
C     I01 CONTAINS THE LOGICAL UNIT NUMBER FOR THE CARD READER.
      I01 = 05
C     I02 CONTAINS THE LOGICAL UNIT NUMBER FOR THE PRINTER.
      I02 = 06
C
CX010   REPLACED BY FEXEC X-010 CONTROL CARD (CARD-READER UNIT NUMBER).
C     THE CX010 CARD IS FOR OVERRIDING THE PROGRAM DEFAULT I01 = 5
CX011   REPLACED BY FEXEC X-011 CONTROL CARD.  CX011 IS FOR SYSTEMS
C     REQUIRING ADDITIONAL STATEMENTS FOR FILES ASSOCIATED WITH CX010.
C
CX020   REPLACED BY FEXEC X-020 CONTROL CARD (PRINTER UNIT NUMBER).
C     THE CX020 CARD IS FOR OVERRIDING THE PROGRAM DEFAULT I02= 6
CX021   REPLACED BY FEXEC X-021 CONTROL CARD.  CX021 IS FOR SYSTEMS
C     REQUIRING ADDITIONAL STATEMENTS FOR FILES ASSOCIATED WITH CX020.
C
CBE** ********************** BBCINITB **********************************
           NWVI = I02
           IVTOTL = 37
           ZPROG='FM500'
CBB** ********************** BBCHED0A **********************************
C****
C**** WRITE REPORT TITLE
C****
      WRITE (I02, 90002)
      WRITE (I02, 90006)
      WRITE (I02, 90007)
      WRITE (I02, 90008)  ZVERS, ZVERSD
      WRITE (I02, 90009)  ZPROG, ZPROG
      WRITE (I02, 90010)  ZDATE, ZCOMPL
CBE** ********************** BBCHED0A **********************************
C*****
           WRITE(NWVI,26000)
26000   FORMAT( / 40H BLKD1 - (260) BLOCK DATA SUBPROGRAMS --/
     1          37H  IMPLICIT, PARAMETER, EXTERNAL, SAVE//
     2          15H  ANS REF. - 16)
C*****
CBB** ********************** BBCHED0B **********************************
C**** WRITE DETAIL REPORT HEADERS
C****
      WRITE (I02,90004)
      WRITE (I02,90004)
      WRITE (I02,90013)
      WRITE (I02,90014)
      WRITE (I02,90015) IVTOTL
CBE** ********************** BBCHED0B **********************************
C**** TO DELETE A TEST USED CODE SHOWN IN TEST 1
C**** REPLACE THE DELETE COMMENT WITH DELETE CODE
CT001*  TEST 1                                 INTEGER VARIABLE
           IVTNUM=1
           WRITE (NWVI,70140)
           IVCORR=5
40010   IF (IXVI - 5) 20010,10010,20010
10010      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0011
20010      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80024) IXVI
           WRITE (NWVI,80026) IVCORR
 0011      CONTINUE
CT002*  TEST 2                         INTEGER DECLARE VARIABLE
           IVTNUM = 2
           IVCORR=6
        IF (FXVI - 6) 20020,10020,20020
10020      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0021
20020      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80024) FXVI
           WRITE (NWVI,80026) IVCORR
 0021      CONTINUE
CT003*  TEST 3                                    INTEGER ARRAY
           IVTNUM = 3
           IVCORR=8
        IF (KX1I(2) - 8) 20030,10030,20030
10030      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0031
20030      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80024) KX1I(2)
           WRITE (NWVI,80026) IVCORR
 0031      CONTINUE
CT004*  TEST 4                           IMPLICIT INTEGER ARRAY
           IVTNUM = 4
           IVCORR=1
        IF (HX2I(1,2) - 1) 20040,10040,20040
10040      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0041
20040      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80024) HX2I(1,2)
           WRITE (NWVI,80026) IVCORR
 0041      CONTINUE
CT005*  TEST 5
           IVTNUM = 5
           IVCORR=5
        IF (HX2I(2,2) - 5) 20050,10050,20050
10050      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0051
20050      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80024) HX2I(2,2)
           WRITE (NWVI,80026) IVCORR
 0051      CONTINUE
CT006*  TEST 6                      DO INITIALIZE INTEGER ARRAY
           IVTNUM = 6
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
        DO 70101 KVI = 1, 2
        IVI = MX2I(KVI, KVI) - 4
           WRITE (NWVI, 70100) IVI
70101      CONTINUE
CT007*  TEST 7                                    REAL VARIABLE
           IVTNUM = 7
           RVCORR=5.3
           RVCOMP=0.0
        RVCOMP=AXVS - 5.3
           IF (RVCOMP + .00005) 20070,10070,40070
40070      IF (RVCOMP - .00005) 10070,10070,20070
10070      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0071
20070      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80028) AXVS
           WRITE (NWVI,80030) RVCORR
 0071      CONTINUE
CT008*  TEST 8                          EXTENDED PRECISION REAL
           IVTNUM = 8
        AVS = BXVS - 1.23456789012345
           RVCOMP=1.23456789012345
           IF (AVS + .00005) 20080,10080,40080
40080      IF (AVS - .00005) 10080,10080,20080
10080      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0081
20080      IVFAIL=IVFAIL+1
           WRITE (NWVI,80004) IVTNUM
70080      FORMAT (1H ,16X,10HCOMPUTED: ,E20.14)
           WRITE (NWVI,70080) BXVS
70081      FORMAT (1H ,16X,10HCORRECT:  ,E20.14)
           WRITE (NWVI, 70081) RVCOMP
 0081      CONTINUE
CT009*  TEST 9                              DECLARED REAL ARRAY
           IVTNUM = 9
           RVCORR=2.45
           RVCOMP=2.0
        RVCOMP=(JX1S(1) - 2.45)
           IF (RVCOMP + .00005) 20090,10090,40090
40090      IF (RVCOMP - .00005) 10090,10090,20090
10090      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0091
20090      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80028) JX1S(1)
           WRITE (NWVI,80030) RVCORR
 0091      CONTINUE
CT010*  TEST 10
           IVTNUM = 10
           RVCORR=4.58
           RVCOMP=2.0
        RVCOMP=(JX1S(2) - 4.58)
40100      IF (RVCOMP + .00005) 20100,10100,40101
40101      IF (RVCOMP - .00005) 10100,10100,20100
10100      IVPASS=IVPASS+1
           WRITE (NWVI,80002)
           GO TO 0100
20100      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80028) JX1S(2)
           WRITE (NWVI,80030) RVCORR
 0100      CONTINUE
CT011*  TEST 11                          REAL ARRAY - NAME ONLY
           IVTNUM = 11
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
        DO 70103 KVI = 1, 2
        AVS = CX2S(KVI, KVI) - 1.2
           WRITE (NWVI, 70102) AVS
70103      CONTINUE
CT012*  TEST 12                         EQUIVALENCED REAL ARRAY
           IVTNUM = 12
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
        DO 70104 KVI=1,2
        AVS = DZ3S(KVI, KVI, KVI) - 1.1
           WRITE (NWVI, 70102) AVS
70104      CONTINUE
CT013*  TEST 13            REAL VARIABLE - EQUIVALENCED INTEGER
           IVTNUM = 13
           IVCORR=34
      IVI = NYVI - 34
40130      IF (IVI  - 0) 20130,10130,20130
10130      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0131
20130      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80028) NYVI
           WRITE (NWVI,80026) IVCORR
 0131      CONTINUE
CT014*  TEST 14                          DOUBLE PRECISION ARRAY
           IVTNUM = 14
        KVI=1
        AVD = AX1D(KVI) - 1.456D3
           DVCORR=1.456D3
           IF (AVD + .0000000005) 20140,40141,40140
40140      IF (AVD - .0000000005) 40141,40141,20140
40141 KVI=2
      AVD = AX1D(KVI) - 1.456D3
           IF (AVD + .0000000005) 20140,10140,40142
40142      IF (AVD - .0000000005) 10140,10140,20140
10140      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0141
20140      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI, 80033) AX1D(KVI)
           WRITE (NWVI,80035) DVCORR
 0141      CONTINUE
CT015*  TEST 15                DIMENSION DOUBLE PRECISION ARRAY
           IVTNUM = 15
        AVD = BX4D(1,2,1,1) - 34.9D8
           IF (AVD + .0000000005) 20150,10150,40150
40150      IF (AVD - .0000000005) 10150,10150,20150
10150      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0151
20150      IVFAIL=IVFAIL+1
           DVCORR=34.9D8
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI, 80033) BX4D(1,2,1,1)
           WRITE (NWVI,80035) DVCORR
 0151      CONTINUE
CT016*  TEST 16
           IVTNUM = 16
           DVCORR=0.00
        AVD = BX4D(1,2,1,2) - 2.123D0
           IF (AVD + .0000000005) 20160,10160,40160
40160      IF (AVD - .0000000005) 10160,10160,20160
10160      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0161
20160      IVFAIL=IVFAIL+1
           DVCORR=2.123D0
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI, 80033) BX4D(1,2,1,2)
           WRITE (NWVI,80035) DVCORR
 0161      CONTINUE
CT017*  TEST 17
           IVTNUM = 17
           DVCORR=0.00
        AVD = BX4D(2,1,1,2) - 873.84D-1
           IF (AVD + .0000000005) 20170,10170,40170
40170      IF (AVD - .0000000005) 10170,10170,20170
10170      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0171
20170      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           DVCORR=873.84D-1
           WRITE (NWVI, 80033) BX4D(2,1,1,2)
           WRITE (NWVI,80035) DVCORR
 0171      CONTINUE
CT018*  TEST 18                                COMPLEX VARIABLE
           IVTNUM = 18
        AVC = AXVC - (1.5, 2.3)
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
           WRITE (NWVI,70107) AVC
CT019*  TEST 19                                   COMPLEX ARRAY
           IVTNUM = 19
        AVC = BX1C(1) - (1.1, 1.2)
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
           WRITE (NWVI, 70107) AVC
CT020*  TEST 20
           IVTNUM = 20
        AVC = BX1C(2) - (3.2, 2.3)
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
           WRITE (NWVI, 70107) AVC
CT021*  TEST 21                     COMPLEX ARRAY - EQUIVALENCE
           IVTNUM = 21
        AVC = CZ5C(1,1,1,2,1) - (1.2, 2.1)
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
           WRITE (NWVI, 70107) AVC
CT022*  TEST 22
           IVTNUM = 22
        AVC = CZ5C(1,2,1,1,2) - (45.3, 2.1)
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
           WRITE (NWVI, 70107) AVC
CT023*  TEST 23
           IVTNUM = 23
        AVC = CZ5C(2,1,1,1,2) - (309.89, 102.1)
           IVINSP=IVINSP+1
           WRITE (NWVI,80004) IVTNUM
           WRITE (NWVI, 70107) AVC
CT024*  TEST 24                                LOGICAL VARIABLE
           IVTNUM = 24
           IVCOMP=0
        IF (AXVB) IVCOMP=1
40240      IF (IVCOMP-1) 20240,10240,20240
10240      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0241
20240      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
 0241      CONTINUE
CT025*  TEST 25                     LOGICAL ARRAY - EQUIVALENCE
           IVTNUM = 25
           IVCOMP=0
        IF (.NOT. BZ1B(2)) IVCOMP=1
40250      IF (IVCOMP-1) 20250,10250,20250
10250      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0251
20250      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
 0251      CONTINUE
CT026*  TEST 26                          DECLARED LOGICAL ARRAY
           IVTNUM = 26
           IVCOMP=0
        IF (CX6B(1,1,1,2,2,1)) IVCOMP=1
40260      IF (IVCOMP-1) 20260,10260,20260
10260      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0261
20260      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
 0261      CONTINUE
CT027*  TEST 27                            1 CHARACTER VARIABLE
           IVTNUM = 27
           CVNC01='A'
           IVCOMP=0
        IF (A1XVK .EQ. 'A') IVCOMP=1
40270      IF (IVCOMP-1) 20270,10270,20270
10270      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0271
20270      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) A1XVK
           WRITE (NWVI,80022) CVNC01
 0271      CONTINUE
CT028*  TEST 28                               1 CHARACTER ARRAY
           IVTNUM = 28
           CVNC01='K'
           IVCOMP=0
        IF (B1X1K(1) .EQ. 'K') IVCOMP=1
40280      IF (IVCOMP-1) 20280,10280,20280
10280      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0281
20280      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) B1X1K(1)
           WRITE (NWVI,80022) CVNC01
 0281      CONTINUE
CT029*  TEST 29
           IVTNUM = 29
           CVNC01='K'
           IVCOMP=0
        IF (B1X1K(2) .EQ. 'K') IVCOMP=1
           IF (IVCOMP-1) 20290,10290,20290
10290      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0291
20290      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) B1X1K(2)
           WRITE (NWVI,80022) CVNC01
 0291      CONTINUE
CT030*  TEST 30                   7 DIMENSION 1 CHARACTER ARRAY
           IVTNUM = 30
           CVNC01='X'
           IVCOMP=0
        KVI=1
        IF (C1X7K(KVI,KVI,KVI,KVI,KVI,KVI,KVI) .EQ. 'X') IVCOMP=1
40300      IF(IVCOMP-1) 20300,40301,20300
40301   KVI=2
           IVCOMP=0
        IF (C1X7K(KVI,KVI,KVI,KVI,KVI,KVI,KVI) .EQ. 'X') IVCOMP=1
40302      IF (IVCOMP-1) 20300,40303,20300
40303      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0301
20300      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) C1X7K(KVI,KVI,KVI,KVI,KVI,KVI,KVI)
           WRITE (NWVI,80022) CVNC01
 0301      CONTINUE
CT031*  TEST 31                   IMPLICIT 2 CHARACTER VARIABLE
           IVTNUM = 31
           CVNC02='.,'
           IVCOMP=0
        IF (S2XVK .EQ. '.,') IVCOMP=1
40310      IF (IVCOMP-1) 20310,10310,20310
10310      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0311
20310      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) S2XVK
           WRITE (NWVI,80022) CVNC02
 0311      CONTINUE
CT032*  TEST 32                2 CHARACTER ARRAY - EQUIVALENCED
           IVTNUM = 32
           CVNC02='TE'
           IVCOMP=0
        IF (D2Z1K(1) .EQ. 'TE') IVCOMP=1
40320      IF (IVCOMP-1) 20320,10320,20320
10320      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0321
20320      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) D2Z1K(1)
           WRITE (NWVI,80022) CVNC02
 0321      CONTINUE
CT033*  TEST 33
           IVTNUM = 33
           CVNC02='ST'
           IVCOMP=0
        IF (D2Z1K(2) .EQ. 'ST') IVCOMP=1
40330      IF (IVCOMP-1) 20330,10330,20330
10330      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0331
20330      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) D2Z1K(2)
           WRITE (NWVI,80022) CVNC02
 0331      CONTINUE
CT034*  TEST 34                   DECLARED 4 CHARACTER VARIABLE
           IVTNUM = 34
           CVNC04='ZXCV'
           IVCOMP=0
        IF (E4XVK .EQ. 'ZXCV') IVCOMP=1
40340      IF (IVCOMP-1) 20340,10340,20340
10340      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0341
20340      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) E4XVK
           WRITE (NWVI,80022) CVNC04
 0341      CONTINUE
CT035*  TEST 35                      DECLARED 4 CHARACTER ARRAY
           IVTNUM = 35
           CVNC02='SO'
           IVCOMP=0
        IF (G4X2K(1,1) .EQ. 'SO') IVCOMP=1
40350      IF (IVCOMP-1) 20350,10350,20350
10350      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0351
20350      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) G4X2K(1,1)
           WRITE (NWVI,80022) CVNC02
 0351      CONTINUE
CT036*  TEST 36
           IVTNUM = 36
           CVNC02='OS'
           IVCOMP=0
      IF (G4X2K(2,1) .EQ. 'OS') IVCOMP=1
40360      IF (IVCOMP-1) 20360,10360,20360
10360      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0361
20360      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) G4X2K(2,1)
           WRITE (NWVI,80022) CVNC02
 0361      CONTINUE
CT037*  TEST 37            CHARACTER VARIABLE - PARAMTER LENGTH
           IVTNUM = 37
           CVNC10='FINAL TEST'
           IVCOMP=0
        IF (I10XVK .EQ. 'FINAL TEST') IVCOMP=1
40370      IF (IVCOMP-1) 20370, 10370, 20370
10370      IVPASS=IVPASS+1
           WRITE (NWVI,80002) IVTNUM
           GO TO 0371
20370      IVFAIL=IVFAIL+1
           WRITE (NWVI,80008) IVTNUM
           WRITE (NWVI,80020) I10XVK
           WRITE (NWVI,80022) CVNC10
 0371      CONTINUE
C*****
70100   FORMAT(1H ,26X,I5)
70102   FORMAT(1H ,26X,F7.2)
70106   FORMAT(1H ,26X,F7.2)
70107   FORMAT(1H ,26X,1H(,F7.2,2H, ,F7.2,1H),4X,14HSHOULD BE ZERO)
70140  FORMAT (/49X,28HALL VISUAL ANSWERS SHOULD BE
     1   /49X,27HZERO FOR TEST SEGMENT TO BE
     2   /49X,10HSUCCESSFUL)
CBB** ********************** BBCSUM0  **********************************
C**** WRITE OUT TEST SUMMARY
C****
      IVTOTN = IVPASS + IVFAIL + IVDELE + IVINSP
      WRITE (I02, 90004)
      WRITE (I02, 90014)
      WRITE (I02, 90004)
      WRITE (I02, 90020) IVPASS
      WRITE (I02, 90022) IVFAIL
      WRITE (I02, 90024) IVDELE
      WRITE (I02, 90026) IVINSP
      WRITE (I02, 90028) IVTOTN, IVTOTL
CBE** ********************** BBCSUM0  **********************************
CBB** ********************** BBCFOOT0 **********************************
C**** WRITE OUT REPORT FOOTINGS
C****
      WRITE (I02,90016) ZPROG, ZPROG
      WRITE (I02,90018) ZPROJ, ZNAME, ZTAPE, ZTAPED
      WRITE (I02,90019)
CBE** ********************** BBCFOOT0 **********************************
CBB** ********************** BBCFMT0A **********************************
C**** FORMATS FOR TEST DETAIL LINES
C****
80000 FORMAT (1H ,2X,I3,4X,7HDELETED,32X,A31)
80002 FORMAT (1H ,2X,I3,4X,7H PASS  ,32X,A31)
80004 FORMAT (1H ,2X,I3,4X,7HINSPECT,32X,A31)
80008 FORMAT (1H ,2X,I3,4X,7H FAIL  ,32X,A31)
80010 FORMAT (1H ,2X,I3,4X,7H FAIL  ,/,1H ,15X,10HCOMPUTED= ,
     1I6,/,1H ,15X,10HCORRECT=  ,I6)
80012 FORMAT (1H ,2X,I3,4X,7H FAIL  ,/,1H ,16X,10HCOMPUTED= ,
     1E12.5,/,1H ,16X,10HCORRECT=  ,E12.5)
80018 FORMAT (1H ,2X,I3,4X,7H FAIL  ,/,1H ,16X,10HCOMPUTED= ,
     1A21,/,1H ,16X,10HCORRECT=  ,A21)
80020 FORMAT (1H ,16X,10HCOMPUTED= ,A21,1X,A31)
80022 FORMAT (1H ,16X,10HCORRECT=  ,A21,1X,A31)
80024 FORMAT (1H ,16X,10HCOMPUTED= ,I6,16X,A31)
80026 FORMAT (1H ,16X,10HCORRECT=  ,I6,16X,A31)
80028 FORMAT (1H ,16X,10HCOMPUTED= ,E12.5,10X,A31)
80030 FORMAT (1H ,16X,10HCORRECT=  ,E12.5,10X,A31)
80050 FORMAT (1H ,48X,A31)
CBE** ********************** BBCFMT0A **********************************
CBB** ********************** BBCFMAT1 **********************************
C**** FORMATS FOR TEST DETAIL LINES - FULL LANGUAGE
C****
80031 FORMAT (1H ,2X,I3,4X,7H FAIL  ,/,1H ,16X,10HCOMPUTED= ,
     1D17.10,/,1H ,16X,10HCORRECT=  ,D17.10)
80033 FORMAT (1H ,16X,10HCOMPUTED= ,D17.10,10X,A31)
80035 FORMAT (1H ,16X,10HCORRECT=  ,D17.10,10X,A31)
80037 FORMAT (1H ,16X,10HCOMPUTED= ,1H(,E12.5,2H, ,E12.5,1H),6X,A31)
80039 FORMAT (1H ,16X,10HCORRECT=  ,1H(,E12.5,2H, ,E12.5,1H),6X,A31)
80041 FORMAT (1H ,16X,10HCOMPUTED= ,1H(,F12.5,2H, ,F12.5,1H),6X,A31)
80043 FORMAT (1H ,16X,10HCORRECT=  ,1H(,F12.5,2H, ,F12.5,1H),6X,A31)
80045 FORMAT (1H ,2X,I3,4X,7H FAIL  ,/,1H ,16X,10HCOMPUTED= ,
     11H(,F12.5,2H, ,F12.5,1H)/,1H ,16X,10HCORRECT=  ,
     21H(,F12.5,2H, ,F12.5,1H))
CBE** ********************** BBCFMAT1 **********************************
CBB** ********************** BBCFMT0B **********************************
C**** FORMAT STATEMENTS FOR PAGE HEADERS
C****
90002 FORMAT (1H1)
90004 FORMAT (1H )
90006 FORMAT (1H ,20X,31HFEDERAL SOFTWARE TESTING CENTER)
90007 FORMAT (1H ,19X,34HFORTRAN COMPILER VALIDATION SYSTEM)
90008 FORMAT (1H ,21X,A13,A17)
90009 FORMAT (1H ,/,2H *,A5,6HBEGIN*,12X,15HTEST RESULTS - ,A5,/)
90010 FORMAT (1H ,8X,16HTEST DATE*TIME= ,A17,15H  -  COMPILER= ,A20)
90013 FORMAT (1H ,8H TEST   ,10HPASS/FAIL ,6X,17HDISPLAYED RESULTS,
     1       7X,7HREMARKS,24X)
90014 FORMAT (1H ,46H----------------------------------------------,
     1        33H---------------------------------)
90015 FORMAT (1H ,48X,17HTHIS PROGRAM HAS ,I3,6H TESTS,/)
C****
C**** FORMAT STATEMENTS FOR REPORT FOOTINGS
C****
90016 FORMAT (1H ,/,2H *,A5,4HEND*,14X,14HEND OF TEST - ,A5,/)
90018 FORMAT (1H ,A13,13X,A20,7H   *   ,A10,1H/,
     1        A13)
90019 FORMAT (1H ,26HFOR OFFICIAL USE ONLY     ,35X,15HCOPYRIGHT  1982)
C****
C**** FORMAT STATEMENTS FOR RUN SUMMARY
C****
90020 FORMAT (1H ,21X,I5,13H TESTS PASSED)
90022 FORMAT (1H ,21X,I5,13H TESTS FAILED)
90024 FORMAT (1H ,21X,I5,14H TESTS DELETED)
90026 FORMAT (1H ,21X,I5,25H TESTS REQUIRE INSPECTION)
90028 FORMAT (1H ,21X,I5,4H OF ,I3,15H TESTS EXECUTED)
CBE** ********************** BBCFMT0B **********************************
C*****
        RETURN
        END
C***********************************************************************
C***** FORTRAN 77
C*****   FM502                  AN502
C*****  THIS BLOCK DATA SUBPROGRAM IS USED BY MIAN PROGRAM FM500
C***********************************************************************
C*****
C***** GENERAL PURPOSE
C*****          THIS SEGMENT CONTAINS A BLOCK DATA SUBPROGRAM THAT IS
C*****  TO BE RUN WITH SEGMENT FM500
C*****          THIS SEGMENT WILL USE IMPLICIT, PARAMETER, EXTERNAL
C*****  AND SAVE STATEMENTS WITHIN IT.
C*****
        BLOCK DATA AN502
C*****
        IMPLICIT INTEGER (H)
        IMPLICIT DOUBLE PRECISION (R)
        IMPLICIT CHARACTER*2 (S)
C*****
        SAVE/BLK6/
C*****  DECLARATION OF VARIABLES IN COMMON BLOCKS
        PARAMETER (KPI = 2, LPI = 10)
        INTEGER FXVI
        REAL JX1S
        DOUBLE PRECISION AX1D, BX4D
        DIMENSION BX4D(KPI, KPI, KPI, KPI)
        COMPLEX AXVC, BX1C, CZ5C
        LOGICAL AXVB, BZ1B, CX6B(2,2,2,2,2,2)
        CHARACTER*1 A1XVK, B1X1K, C1X7K
        CHARACTER*2 D2Z1K
        CHARACTER*4 E4XVK, G4X2K
        CHARACTER*(LPI) I10XVK
C*****
        COMMON /BLK1/ IXVI, FXVI, KX1I(2), HX2I(2,2), MX2I(2,2)
        COMMON /BLK2/ AXVS, BXVS, JX1S(2), CX2S(2,2), DZ3S(2,2,2), EZVS
        COMMON /BLK3/ RXVD, AX1D(2), BX4D
        COMMON /BLK4/ AXVC, BX1C(2), CZ5C(2,2,2,2,2)
        COMMON /BLK5/ AXVB, BZ1B(2), CX6B
        COMMON /BLK6/ A1XVK, B1X1K(2), C1X7K(2,2,2,2,2,2,2),
     1          S2XVK, D2Z1K(2), E4XVK, G4X2K(2,2), I10XVK
C*****  DECLARATION OF VARIABLES FOR EQUIVALENCE STATEMENTS
        DIMENSION AY3S(2,2,2)
        COMPLEX AY5C (2,2,2,2,2)
        LOGICAL AY1B(2)
        CHARACTER*2 A2Y1K(2)
        CHARACTER*1 APK
        PARAMETER (IPI = 5, APS = 5.3, JPI = 2, APK = 'X', MPI = 128)
C*****
        EQUIVALENCE (AY3S, DZ3S)
        EQUIVALENCE (NYVI, EZVS)
        EQUIVALENCE (AY5C, CZ5C)
        EQUIVALENCE (AY1B, BZ1B)
        EQUIVALENCE (A2Y1K, D2Z1K)
C*****
        DATA IXVI, FXVI, KX1I(2), HX2I(1,2), HX2I(2,2),
     1     ((MX2I(IVI, JVI), IVI=1,2), JVI=1,2) /IPI, 6, 8, 1, 5, 4*4/
        DATA AXVS, BXVS, JX1S(1), JX1S(2), CX2S /APS, 1.23456789012345,
     1         2.45, 4.58, 4*1.2/
        DATA AY3S / 8*1.1/
        DATA NYVI /34/
        DATA AX1D, BX4D(1,2,1,1), BX4D(1,2,1,2), BX4D(2,1,1,2)
     1       /JPI*1.456D3, 34.9D8, 2.123D0, 873.84D-1/
        DATA AXVC /(1.5, 2.3)/
        DATA AY5C(1,1,1,2,1), AY5C(1,2,1,1,2), AY5C(2,1,1,1,2)
     1       /(1.2, 2.1), (45.3, 2.1), (309.89, 102.1)/
        DATA BX1C(1), BX1C(2), AXVB /(1.1, 1.2), (3.2, 2.3), .TRUE./
        DATA AY1B(2), CX6B(1,1,1,2,2,1) /.FALSE., .TRUE./
        DATA A1XVK, C1X7K, S2XVK, A2Y1K(1), A2Y1K(2), E4XVK, G4X2K(1,1),
     1       G4X2K(2,1), I10XVK, (B1X1K(IVI), IVI=1,2)
     2     /'A', MPI*APK, '.,', 'TE', 'ST', 'ZXCV', 'SO', 'OS',
     3      'FINAL TEST', 2*'K'/
C*****
        END