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subroutine swend (lab)
integer lab
common /cdefio/ bp, buf (4096)
integer bp
integer buf
common /cfname/ fcname (30)
integer fcname
common /cfor/ fordep, forstk (200)
integer fordep
integer forstk
common /cgoto/ xfer
integer xfer
common /clabel/ label, retlab, memflg, col, logic0
integer label
integer retlab
integer memflg
integer col
integer logic0
common /cline/ dbgout, dbglev, level, linect (5), infile (5), fnam
*p, fnames ( 150)
integer dbgout
integer dbglev
integer level
integer linect
integer infile
integer fnamp
integer fnames
common /cmacro/ cp, ep, evalst (500), deftbl
integer cp
integer ep
integer evalst
integer deftbl
common /coutln/ outp, outbuf (74)
integer outp
integer outbuf
common /csbuf/ sbp, sbuf(2048), smem(240)
integer sbp
integer sbuf
integer smem
common /cswtch/ swtop, swlast, swstak(1000), swvnum, swvlev, swvst
*k(10), swinrg
integer swtop
integer swlast
integer swstak
integer swvnum
integer swvlev
integer swvstk
integer swinrg
common /ckword/ rkwtbl
integer rkwtbl
common /clname/ fkwtbl, namtbl, gentbl, errtbl, xpptbl
integer fkwtbl
integer namtbl
integer gentbl
integer errtbl
integer xpptbl
common /erchek/ ername, body, esp, errstk(30)
integer ername
integer body
integer esp
integer errstk
integer mem( 60000)
common/cdsmem/mem
integer lb, ub, n, i, j, swn
integer sif(5)
integer slt(10)
integer sgt(5)
integer sgoto(7)
integer seq(5)
integer sge(5)
integer sle(5)
integer sand(6)
data sif(1)/105/,sif(2)/102/,sif(3)/32/,sif(4)/40/,sif(5)/-2/
data slt(1)/46/,slt(2)/108/,slt(3)/116/,slt(4)/46/,slt(5)/49/,slt(
*6)/46/,slt(7)/111/,slt(8)/114/,slt(9)/46/,slt(10)/-2/
data sgt(1)/46/,sgt(2)/103/,sgt(3)/116/,sgt(4)/46/,sgt(5)/-2/
data sgoto(1)/103/,sgoto(2)/111/,sgoto(3)/116/,sgoto(4)/111/,sgoto
*(5)/32/,sgoto(6)/40/,sgoto(7)/-2/
data seq(1)/46/,seq(2)/101/,seq(3)/113/,seq(4)/46/,seq(5)/-2/
data sge(1)/46/,sge(2)/103/,sge(3)/101/,sge(4)/46/,sge(5)/-2/
data sle(1)/46/,sle(2)/108/,sle(3)/101/,sle(4)/46/,sle(5)/-2/
data sand(1)/46/,sand(2)/97/,sand(3)/110/,sand(4)/100/,sand(5)/46/
*,sand(6)/-2/
swn = swvstk(swvlev)
swvlev = max0(0, swvlev - 1)
lb = swstak (swtop + 3)
ub = swstak (swlast - 2)
n = swstak (swtop + 1)
call outgo (lab + 1)
if (.not.(swstak (swtop + 2) .eq. 0))goto 23000
swstak (swtop + 2) = lab + 1
23000 continue
xfer = 0
call indent (-1)
call outcon (lab)
call indent (1)
if (.not.(n .ge. 3 .and. ub - lb + 1 .lt. 2 * n))goto 23002
if (.not.(lb .ne. 1))goto 23004
call outtab
call swvar (swn)
call outch (61)
call swvar (swn)
if (.not.(lb .lt. 1))goto 23006
call outch (43)
23006 continue
call outnum (-lb + 1)
call outdon
23004 continue
if (.not.(swinrg .eq. 0))goto 23008
call outtab
call outstr (sif)
call swvar (swn)
call outstr (slt)
call swvar (swn)
call outstr (sgt)
call outnum (ub - lb + 1)
call outch (41)
call outch (32)
call outgo (swstak (swtop + 2))
23008 continue
call outtab
call outstr (sgoto)
j = lb
i = swtop + 3
23010 if (.not.(i .lt. swlast))goto 23012
23013 if (.not.(j .lt. swstak (i)))goto 23015
call outnum (swstak (swtop + 2))
call outch (44)
23014 j = j + 1
goto 23013
23015 continue
j = swstak (i + 1) - swstak (i)
23016 if (.not.(j .ge. 0))goto 23018
call outnum (swstak (i + 2))
23017 j = j - 1
goto 23016
23018 continue
j = swstak (i + 1) + 1
if (.not.(i .lt. swlast - 3))goto 23019
call outch (44)
23019 continue
23011 i = i + 3
goto 23010
23012 continue
call outch (41)
call outch (44)
call swvar (swn)
call outdon
goto 23003
23002 continue
if (.not.(n .gt. 0))goto 23021
i = swtop + 3
23023 if (.not.(i .lt. swlast))goto 23025
call outtab
call outstr (sif)
call swvar (swn)
if (.not.(swstak (i) .eq. swstak (i+1)))goto 23026
call outstr (seq)
call outnum (swstak (i))
goto 23027
23026 continue
call outstr (sge)
call outnum (swstak (i))
call outstr (sand)
call swvar (swn)
call outstr (sle)
call outnum (swstak (i + 1))
23027 continue
call outch (41)
call outch (32)
call outgo (swstak (i + 2))
23024 i = i + 3
goto 23023
23025 continue
if (.not.(lab + 1 .ne. swstak (swtop + 2)))goto 23028
call outgo (swstak (swtop + 2))
23028 continue
23021 continue
23003 continue
call indent (-1)
call outcon (lab + 1)
swlast = swtop
swtop = swstak (swtop)
swinrg = 0
return
end
c logic0 logical_column
|
