NetNews Usenet Archive 1992 #16

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Text File | 1992-07-30 | 56.0 KB | 1,874 lines

Newsgroups: comp.sources.misc Path: sparky!kent From: julian@vscn08.cern.ch (Julian James Bunn) Subject: v31i066: flow - Fortran Structure Analysers, Part03/05 Message-ID: <1992Jul31.052626.375@sparky.imd.sterling.com> Followup-To: comp.sources.d X-Md4-Signature: a5ef322481671157c0a7209c37805036 Sender: kent@sparky.imd.sterling.com (Kent Landfield) Organization: Sterling Software References: <csm-v31i064=flow.002441@sparky.IMD.Sterling.COM> Date: Fri, 31 Jul 1992 05:26:26 GMT Approved: kent@sparky.imd.sterling.com Lines: 1859 Submitted-by: julian@vscn08.cern.ch (Julian James Bunn) Posting-number: Volume 31, Issue 66 Archive-name: flow/part03 Environment: fortran, ffccc #! /bin/sh # This is a shell archive. Remove anything before this line, then feed it # into a shell via "sh file" or similar. To overwrite existing files, # type "sh file -c". # The tool that generated this appeared in the comp.sources.unix newsgroup; # send mail to comp-sources-unix@uunet.uu.net if you want that tool. # Contents: floppy.f floppy.l flow.exec flowflow.ps procht.for # protre.for rdflop.for unixflow.for # Wrapped by kent@sparky on Thu Jul 30 23:38:14 1992 PATH=/bin:/usr/bin:/usr/ucb ; export PATH echo If this archive is complete, you will see the following message: echo ' "shar: End of archive 3 (of 5)."' if test -f 'floppy.f' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'floppy.f'\" else echo shar: Extracting \"'floppy.f'\" $7665 characters$ sed "s/^X//" >'floppy.f' <<'END_OF_FILE' X PROGRAM FLOPPY XC------------------------------------------------------------------------- XC Floppy UNIX interface routine. XC Sets up various required input files for Floppy. XC XC Julian Bunn 1990 XC------------------------------------------------------------------------- X PARAMETER (MLEN=256,MXLIN=80,maxarg=100) X character*(mxlin) argval X character*1 key,char X CHARACTER*(MLEN) CFILE,COLD,CFORT,CTEMP,CBAD,CTREE X LOGICAL LOG,fexist,fold,fqold,tidy,tree Xc Xc get all arguments Xc X numargs = iargc() X if(numargs.gt.maxarg) then X write(6,'(A)') ' Floppy --> Too many arguments ' X goto 900 X endif Xc Xc get target filename(s) Xc X call getarg(numargs,cfile) X lfile = index(cfile,' ')-1 X write(6,'(A)') ' Floppy --> Target file '//cfile(:lfile) X inquire(file=cfile(:lfile),exist=fexist) X if(.not.fexist) then X write(6,'(A)') ' Floppy --> Target file not found !' X goto 900 X endif Xc X log = .false. X fold = .false. X tidy = .false. X cfort = ' ' X ctree = ' ' X tree = .false. Xc X do 400 iarg=1,numargs-1 X call getarg(iarg,argval) X if(argval(:2).eq.'-l') log = .true. X if(argval(:2).eq.'-o') fqold = .true. X if(argval(:2).eq.'-o') cold = argval(3:) X 400 continue Xc X cbad = 'scratch' X open(7,status='scratch',err=999) X WRITE(7,'(A)') 'LIST,GLOBAL,TYPE;' X WRITE(7,'(A)') 'PRINT,ILLEGAL;' X WRITE(7,'(A)') 'OPTIONS,USER;' X if(fqold) then X if(cold(1:1).eq.' ') cold = cfile(:lfile)//'.flopold' X lold = index(cold,' ')-1 X inquire(file=cold(:lold),exist=fold) X if(log) write(6,'(A)') ' Floppy --> Old file: '//cold(:lold) X if(.not.fold) then X write(6,'(A)') ' Floppy --> Old file not found !' X goto 900 X endif X cbad = cold X open(15,file=cold,status='old',err=999) X 450 read(15,'(A)',end=451,err=999) ctemp X goto 450 X 451 continue X else X cold = cfile(:lfile)//'.flopold' X lold = index(cold,' ')-1 X cbad = cold X open(15,file=cold(:lold),status='unknown',err=999) X endif Xc Xc loop over all qualifiers Xc X icheck = 0 X do 500 iarg = 1,numargs-1 X call getarg(iarg,argval) X larg = index(argval,' ')-1 X key = argval(2:2) X if(key.eq.'l') then X log = .true. X else if(key.eq.'n') then X if(argval(3:3).eq.' ') then X write(6,'(A)') ' Floppy --> Missing value for -n' X goto 900 X endif X cfort = argval(3:) X lfort = index(cfort,' ')-1 X if(log) write(6,'(A)') ' Floppy --> Tidied Fortran: '// X & cfort(:lfort) X else if(key.eq.'o') then Xc X else if(key.eq.'f') then X if(log) write(6,'(A)') ' Floppy --> List source line numbers' X write(15,'(a)') '*FULL' X else if(key.eq.'i') then X ctemp = argval(3:) X 50 iend = index(ctemp,',') X if(iend.ne.0) then X write(15,'(A)') ctemp(:iend-1) X if(log) write(6,'(A)') X & ' Floppy --> Ignore: '//ctemp(:iend-1) X ctemp = ctemp(iend+1:) X goto 50 X endif X iend = index(ctemp,' ') X write(15,'(A)') ctemp(:iend) X if(log) write(6,'(A)') ' Floppy --> Ignore: '//ctemp(:iend) X else if(key.eq.'c') then X icheck = 1 X ctemp = argval(3:) X if(ctemp.eq.'standard') then X write(15,'(A)') '*CHECK RULE *' X if(log) write(6,'(A)') ' Floppy --> Check Standard rules' X else if(ctemp.eq.' ') then X write(15,'(A)') '*CHECK RULE *' X if(log) write(6,'(A)') ' Floppy --> Check Standard rules' X else if(ctemp.eq.'a') then X write(15,'(A)') '*CHECK RULE 99' X if(log) write(6,'(A)') ' Floppy --> Check all rules' X else if(ctemp.eq.'n') then X write(15,'(A)') '*CHECK RULE -99' X if(log) write(6,'(A)') ' Floppy --> No rule checks' X else X ctemp = ctemp(:index(ctemp,' ')-1) X if(log) write(6,'(A)') ' Floppy --> Check rules: '// X & ctemp(:index(ctemp,' ')-1) X 51 iend = index(ctemp,',') X if(iend.ne.0) then X write(15,'(A)') '*CHECK RULE '//ctemp(:iend-1) X ctemp = ctemp(iend+1:) X goto 51 X endif X write(15,'(A)') '*CHECK RULE '//ctemp X endif X else if(key.eq.'t') then X write(7,'(A)') 'OPTIONS,TREE;' X ctree = cfile(:lfile)//'.floptre' X ltree = index(ctree,' ')-1 X if(log) write(6,'(A)') X & ' Floppy --> Produce file for Flow: '//ctree(:ltree) X open(50,file=ctree(:ltree),status='new', X & form='unformatted',err=999) X tree = .true. X else if(key.eq.'j') then X char = argval(3:3) X if(char.eq.' ') char = '3' X write(7,'(A)') 'OPTIONS,INDENT='//char//';' X if(log) write(6,'(A)') ' Floppy --> Indent clauses by '//char X tidy = .true. X else if(key.eq.'f') then X write(7,'(A)') 'STATEMENTS,SEPARATE;' X if(log) write(6,'(A)') ' Floppy --> Group FORMATs at end' X tidy = .true. X else if(key.eq.'g') then X write(7,'(A)') 'STATEMENTS,GOTO;' X if(log) write(6,'(A)') ' Floppy --> Right align GOTOs' X tidy = .true. X else if(key.eq.'r') then X ctemp = argval(3:) X iend = index(ctemp,',') X if (iend.eq.0) ctemp = ctemp(:index(ctemp,' ')-1)//',10' X write(7,'(A)') 'STATEMENTS,FORMAT='// X & ctemp(:index(ctemp,' ')-1)//';' X if(log) write(6,'(A)') ' Floppy --> Renumber FORMATs: '// X & 'start,step '//ctemp(:index(ctemp,' ')) X tidy = .true. X else if(key.eq.'s') then X ctemp = argval(3:) X iend = index(ctemp,',') X if (iend.eq.0) ctemp = ctemp(:index(ctemp,' ')-1)//',10' X write(7,'(A)') 'STATEMENTS,NUMBER='// X & ctemp(:index(ctemp,' ')-1)//';' X if(log) write(6,'(A)') ' Floppy --> Renumber statements: '// X & 'start,step '//ctemp(:index(ctemp,' ')) X tidy = .true. X else X write(6,'(A)') ' Floppy --> Unrecognized qualifier '//key X endif X 500 continue Xc X if(tidy) then X write(7,'(A)') 'OUTPUT,FULL,COMPRESS;' X if(cfort(1:1).eq.' ') then X cfort = cfile(:lfile)//'.out' X lfort = index(cfort,' ')-1 X endif X cbad = cfort X open(14,file=cfort(:lfort),status='unknown',err=999) X endif Xc Xc default action is to check standard rules Xc X if(icheck.eq.0.and..not.fqold) then X write(15,'(A)') '*CHECK RULE *' X endif X X write(7,'(A)') 'END;' X if(log) write(6,'(A)') ' Floppy --> Finished parsing command' X rewind(7) X rewind(15) X cbad = cfile X open(11,file=cfile(:lfile),status='old',err=999) X cbad = 'scratch' X open(99,status='scratch',err=999) Xc X call allpro Xc X close(11) X if(tidy) close(14) X if(tree) close(50) X close(7) X close(99) X write(6,'(A)') ' Floppy --> has finished' X goto 2000 XC X 999 CONTINUE X WRITE(6,'(A)') ' Floppy --> Error opening '// X & cbad(:index(cbad,' ')) X 900 write(6,'(A)') ' Floppy aborted' X 2000 CONTINUE X END END_OF_FILE if test 7665 -ne `wc -c <'floppy.f'`; then echo shar: \"'floppy.f'\" unpacked with wrong size! fi # end of 'floppy.f' fi if test -f 'floppy.l' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'floppy.l'\" else echo shar: Extracting \"'floppy.l'\" $6212 characters$ sed "s/^X//" >'floppy.l' <<'END_OF_FILE' X.TH floppy 1 "3rd May 1990" "CERN" X.SH NAME Xfloppy \- Fortran coding convention checker and code tidier X.SH SYNOPSIS X.B floppy X[ X.B \-l X] [ X.B \-c rules X] [ X.B \-f X] [ X.B \-o old file X] [ X.B \-i names X] [ X.B \-j number X] [ X.B \-F X] [ X.B \-G X] [ X.B \-r start[,step] X] [ X.B \-s start[,step] X] [ X.B \-n new fortran X] [ X.B \-t flow file X] [ file ] X.SH DESCRIPTION X.I Floppy Xis a tool which allows a file of Fortran 77 code to be checked against Xa set of common coding conventions. Floppy also allows the source Fortran Xto be reformatted and tidied in various ways. X.PP XNote that, before passing code through Floppy, it should have Xbeen compiled, preferably with the ANSI compiler flag, to check Xfor errors. Otherwise, the results from using Floppy are Xunpredictable. Note also that non-standard Fortran statements X(such as "include" directives or lower-case) are treated as X.B comments Xby Floppy, and thus ignored. X X.SH OPTIONS X.IP \fB\-l\fR 12 XThe X.I logging Xoption causes Floppy to produce a verbose description of the selected options. X.IP \fB\-c\ rules \fR 12 XThe X.I checks Xoption indicates which rules Floppy should check. The checks may be specified as Xa series of comma-separated numbers (see below), or as one of the following: X.RS 12 X.IP standard 12 XThe standard set of rules will be checked (those marked * in the list below). X.IP a 12 XALL rules in the available list will be checked. X.IP n 12 XNO rules will be checked. (Useful when just tidying code.) X.PP XNote that, if selecting individual rule numbers, 99 is taken to mean ALL Xrules, and -99 to mean NO rules. Specifying a negative rule number excludes Xthat rule. So to check all rules except 1,5,7 and 31, you can use X.br X.RS 12 X.I -c99,-1,-5,-7,-31 X.RE 12 X X.RE X.IP \fB\-f\fR 12 XThe X.I full Xqualifier specifies Xthat all source code lines should be listed, rather than Xjust those in breach of any specified rules. X X.IP \fB\-o\ old file\fR 12 XUse a previously-generated file of rule numbers, ignore names etc. XThe X.I old Xtag should be set to the file name, which is generated by Xappending .old to the previous source Fortran file name. X X.IP \fB\-i\ names\fR 12 XSpecify a list of Fortran module and variable names to be ignored Xwhen the rules are checked. Specify module names by prepending the Xname with a # sign. The list of names should be separated by commas. XNote also that the names should be uppercase, to conform with the XF77 standard. For example, X.br X.I -i#GOOBAR,FOOBAR Xwill cause subroutine GOOBAR to be ignored, and any references to the Xvariable FOOBAR. X X.PP X XThe following options apply to code tidying: X X.IP \fB\-j\ [number]\fR 12 XThe X.I indent Xoption causes all DO loops and IF...THEN...ENDIF clauses to be Xindented by the specified number of spaces to the right. The default Xvalue is 3 spaces, the maximum allowed is 5. X X.IP \fB\-F\fR 12 XSpecifies that all FORMAT statements be grouped together at the end Xof each module. X X.IP \fB\-G\fR 12 XSpecifies that all GOTO n clauses are right adjusted to column 72. X X.IP \fB\-s\ start,[step]\fR 12 XSpecify that all labelled statements be re-numbered, starting at X.I start Xand stepping by X.I step. XThe default value for X.I step Xis 10. X X.IP \fB\-r\ start,[step]\fR 12 XSpecify that all FORMAT statements be re-numbered, starting at X.I start Xand stepping by X.I step. XThe default value for X.I step Xis 10. X X.IP \fB\-n\ new fortran\fR 12 XCauses the new Fortran file to be called X.I new fortran. XIf this option is not given, then the new Fortran file Xwill have the name of the source Fortran, appended by X.I .out X X.IP \fB\-t\ Flow file\fR 12 XThe X.I Flow Xoption specifies that a binary file be written out that Xmay afterwards be processed by the Flow program. X X.SH CODING CONVENTION LIST X XThe full list of rules is as follows: X.br X.(l X* 1 Avoid comment lines after end of module X.br X* 2 End all program modules with the END statement X.br X* 3 Declared COMMON blocks must be used in the module X.br X* 4 COMPLEX and DOUBLEPRECISION vars at end of COMMON X.br X* 5 COMMON block definitions should not change X.br X* 6 Variable names should be 6 or fewer characters long X.br X 7 Variables in COMMON should be 6 characters long X.br X 8 Variables not in COMMON should be <6 characters X.br X* 9 Integer variables should begin with I to N X.br X* 10 Variable names should not equal FORTRAN keywords X.br X* 11 Avoid comment lines before module declaration X.br X* 12 Module names should not equal intrinsic functions X.br X* 13 First statement in a module should be declaration X.br X* 14 Module should begin with at least 3 comment lines X.br X 15 Comment lines should begin with a C X.br X* 16 No comment lines between continuations X.br X* 17 Avoid non-standard variable types eg INTEGER*2 X.br X* 18 Avoid multiple COMMON definitions per line X.br X* 19 Do not dimension COMMON variables outside COMMON X.br X* 20 Avoid embedded blanks in variable names X.br X* 21 Avoid embedded blanks in syntactic entities X.br X* 22 Avoid the use of PRINT statements (use WRITE) X.br X 23 Do not give the END statement a label X.br X* 24 Avoid WRITE(* construction X.br X 25 Avoid WRITE statement in a FUNCTION X.br X* 26 Avoid the use of PAUSE statements X.br X* 27 Statement labels should not begin in column 1 X.br X* 28 Always preceede STOP by a descriptive WRITE X.br X* 29 Avoid the use of ENTRY in FUNCTIONS X.br X* 30 Avoid using I/O in FUNCTIONs X.br X 31 Avoid the use of the alternate RETURN statement X.br X* 32 COMMON block names should not equal variable names X.br X* 33 Avoid use of obsolete CERN library routines X.br X 34 Avoid FUNCTION names the same as intrinsics X.br X* 35 Local functions should be declared EXTERNAL X.br X* 36 Module names should all be different X.br X* 37 Avoid expressions of mixed mode eg A=B/I X.br X* 38 Length of passed CHARACTER variables should be * X.br X* 39 Order of statements should conform ! X.br X* 40 Separate Statement Functions by comment lines X.br X* 41 No names in Statement Function definitions elsewhere X.br X 42 Use LLT,LGT etc to compare CHARACTER vars. in IFs X.br X 43 Variables (not COMMON, not PARAMs) <6 characters X.br X* 44 Passed arguments should be dimensioned * in module X.br X.)l X X.SH SEE ALSO X.PP Xflow(l), f77(1) END_OF_FILE if test 6212 -ne `wc -c <'floppy.l'`; then echo shar: \"'floppy.l'\" unpacked with wrong size! fi # end of 'floppy.l' fi if test -f 'flow.exec' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'flow.exec'\" else echo shar: Extracting \"'flow.exec'\" $6065 characters$ sed "s/^X//" >'flow.exec' <<'END_OF_FILE' X/***********************************************************************/ X/* FLOW exec */ X/* */ X/* JJB July 1989 */ X/***********************************************************************/ Xaddress 'COMMAND' Xsignal on novalue Xparse source . . execname . X Xoptset = "COMMON_TABLE STRUCTURE_CHART GRAPHICS NODE" Xsngset = "QUERY EXTERNALS" XLOG = 'Y' Xerr = ' ' Xdo i = 1 to words(optset) X interpret word(optset,i) " = ' '" Xend Xdo i = 1 to words(sngset) X interpret word(sngset,i) " = 'NO'" Xend X Xinteractive = "YES" Xparse upper arg input Xparse value input with filename '(' options Xif filename = "?" then do; ADDRESS CMS 'HELP 'execname; signal EXIT; end Xerr = "Fill in the blank field(s) as required." Xcursor = "0001" X Xif options ^= ' ' then do X interactive = "NO" X nopts = words(options) X iopt = 0 ; err = " " X do forever X iopt = iopt + 1 ; if iopt > nopts then leave X if find(sngset,word(options,iopt)) ^= 0 then do X interpret word(options,iopt)||'="YES"' X iterate X end X if iopt < nopts then do X val2 = ' ' ; val3 = ' ' X key = word(options,iopt) ; val1 = word(options,iopt+1) X if find(optset,key) = 0 then do X err = "Unidentified option on command line: "key X signal EXIT X end X if iopt + 1 < nopts then val2 = word(options,iopt+2) X if iopt + 2 < nopts then val3 = word(options,iopt+3) X if find(optset,val2) ^= 0 | find(sngset,val2) ^= 0 then do X val2 = ' ' ; val3 = ' ' X end X if find(optset,val3) ^= 0 | find(sngset,val3)^=0 then val3 = ' ' X interpret key "= '"val1 val2 val3"'" X iopt = iopt + words(val1 val2 val3) X iterate X end X if iopt = nopts then do X err = 'Missing value for option 'word(options,iopt) X signal EXIT X end X end Xend X X/****************/ X/* GENERAL MODE */ X/****************/ X Xif interactive = "NO" then signal CHECK Xif ^'QCONSOLE'('GRAPHIC') then do X err = 'Not a full screen device' X signal EXIT Xend XSTART: Xdo forever X signal off error X 'IOS3270' execname 'PANEL ;PANEL1 (CLEAR 'cursor X/* signal on error ios3270 gives codes that aren't errors...*/ X if IOSK = 'PF03' then do; err = ' '; signal EXIT; end X if IOSK = 'PF02' then do X say "Enter the CMS command :" X parse pull command X signal off error; ADDRESS CMS command; signal on error X say "Continue with "execname" ? [CR=YES]" X parse upper pull answer X if abbrev(answer,"N",1) then signal EXIT X iterate X end X if IOSK = 'PF01' then do X ADDRESS CMS 'HELP 'execname X end X leave Xend X XCHECK: Xerr = ' ' Xdo i = 1 to words(optset) X interpret "upper "word(optset,i) Xend Xdo i = 1 to words(sngset) X interpret "upper "word(sngset,i) Xend X Xintree = filename Xif words(intree) = 2 then intree = intree "*" Xif words(intree) = 1 then intree = intree "FLOPTRE *" X Xif intree ^= " " then do X if ^'FEXIST'(intree) then do X err = "Binary file "intree" does not exist." X cursor = "0001" X if interactive = "YES" then signal START X signal EXIT X end Xend X Xif words(common_table) = 2 then common_table = common_table "A" Xif words(common_table) = 1 then common_table = common_table "COMMONS A" X Xif words(structure_chart) = 2 then structure_chart = structure_chart "A" Xif words(structure_chart) = 1 then structure_chart = structure_chart "CHART A" X Xif words(graphics) = 2 then graphics = graphics "A" Xif words(graphics) = 1 then do X graphics = graphics "LISTPS A" Xend X Xif node ^= ' ' & graphics = ' ' & structure_chart = ' ' then do X err = "You must specify a file name for either graphics or text." X cursor = "0004" X if interactive = "YES" then signal START X signal EXIT Xend X X Xif graphics = ' ' & query = 'NO' & structure_chart = ' ', X & common_table = ' ' then do X err = "There is nothing for FLOW to do !" X cursor = "0001" X if interactive = "YES" then signal START X signal EXIT Xend X X'CLRSCRN' X X/* Now assign the FILEDEFs */ X'MAKEBUF' Xbufno = rc X'SENTRIES' Xentries = rc X'QFILEDEF ( STACK' Xpull dummy Xnum_fdefs = 0 Xdo queued()-entries X num_fdefs = num_fdefs + 1 X pull fdef.num_fdefs Xend X'DROPBUF 'bufno X Xcontrol = ' ' Xsay "FLOW: Input binary file "intree X'FILEDEF 50 DISK 'intree' (LRECL 8000 RECFM VS' Xif common_table ^= " " then do X say " COMMON block usage table "common_table X 'FILEDEF 60 DISK 'common_table' (LRECL 132 RECFM F' X control = control||' common' Xend Xif structure_chart ^= " " then do X say " Text version of chart will be "structure_chart X 'FILEDEF 61 DISK 'structure_chart' (LRECL 132 RECFM F' X control = control||' chart' Xend Xif graphics ^= ' ' then do X say " Graphics version of chart will be "graphics X 'FILEDEF 96 DISK 'graphics' (LRECL 80 RECFM F' X control = control||' graphics' Xend Xif externals ^= 'NO' then do X say " External routine names will be displayed" X control = control||' externals' Xend Xif query ^= 'NO' then do X say " You will explore the tree interactively" X control = control||' query' Xend Xif node ^= ' ' then, X say " The tree will start at node "node Xelse node = '$$$$' Xcontrol = control||' node '||node Xif 'FEXIST'('FLOW$TMP CONTROL A') then 'ERASE FLOW$TMP CONTROL A' X'EXECIO 1 DISKW FLOW$TMP CONTROL A 1 F (FINIS STRING 'control X'FILEDEF 1 DISK FLOW$TMP CONTROL A ' X Xsay 'FLOW begins .... ' X'LOAD CMSFLOW (CLEAR START' X'ERASE FLOW$TMP CONTROL A' X'FILEDEF 1 CLEAR' X'FILEDEF 50 CLEAR' Xif graphics ^= ' ' then 'FILEDEF 96 CLEAR' Xif common_table ^= ' ' then 'FILEDEF 60 CLEAR' Xif structure_chart ^= ' ' then 'FILEDEF 61 CLEAR' X X/* Reinstate original FILEDEFs */ Xdo i = 1 to num_fdefs X fdef.i Xend Xsay 'FLOW has finished' X Xcall EXIT X X XNOVALUE: Xsay 'Uninitialised variable encountered on line' sigl Xcall EXIT X XERROR: Xsay 'Error on line' sigl Xcall EXIT X XEXIT: Xif err ^= " " then say execname ": " err Xexit END_OF_FILE if test 6065 -ne `wc -c <'flow.exec'`; then echo shar: \"'flow.exec'\" unpacked with wrong size! fi # end of 'flow.exec' fi if test -f 'flowflow.ps' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'flowflow.ps'\" else echo shar: Extracting \"'flowflow.ps'\" $9117 characters$ sed "s/^X//" >'flowflow.ps' <<'END_OF_FILE' X%! 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lineto X closepath X stroke X 97.00000 xrel 56.69099 yrel moveto X 69.00000 xrel 30.16614 yrel lineto X closepath X stroke Xshowpage grestore END_OF_FILE if test 9117 -ne `wc -c <'flowflow.ps'`; then echo shar: \"'flowflow.ps'\" unpacked with wrong size! fi # end of 'flowflow.ps' fi if test -f 'procht.for' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'procht.for'\" else echo shar: Extracting \"'procht.for'\" $7576 characters$ sed "s/^X//" >'procht.for' <<'END_OF_FILE' X SUBROUTINE PROCHT XC! Produce the graphics SC X INCLUDE 'params.h' X INCLUDE 'jobcom.h' X INCLUDE 'lunits.h' X INCLUDE 'trecom.h' X INCLUDE 'tables.h' X INCLUDE 'hashnm.h' X INTEGER SEARCH X EXTERNAL SEARCH X LOGICAL OK XC XC X WRITE(LOUT,'(A)') ' ' X WRITE(LOUT,'(A)') ' PROCHT Begins ....' X WRITE(LOUT,'(A)') ' ' XC XC check for first procedure unknown XC X IF(CTREE.EQ.'$$$$') THEN X MXCALL = 0 XC XC find all top-level procedures. Select one with max calls XC X DO 700 IP=1,NPROC X IF(PROCED_NCALLEDBY(IP).GT.0) GOTO 700 X WRITE(LOUT,'(A)') ' Procedure '//PROCED_NAME(IP)// X & ' is a top-level node (no callers)' X IF(PROCED_NCALLS(IP).LE.MXCALL) GOTO 700 X MXCALL = PROCED_NCALLS(IP) X CTREE = PROCED_NAME(IP) X 700 CONTINUE X WRITE(LOUT,'(/,A,I3,A)') ' Procedure '//CTREE// X & 'selected with the ',MXCALL,' procedures it calls ...' X ENDIF XC X IF(.NOT.LEXT) WRITE(LOUT,551) X 551 FORMAT(' EXTERNAL procedure names will not appear ',/) XC X CNAM = CTREE XC XC find top node program XC X IPNAM = SEARCH(CNAM) X IF(IPNAM.EQ.0) GOTO 900 X IF(PROCED_NCALLS(IPNAM).EQ.0) GOTO 950 XC XC initialise all places in the chart XC X DO 1 I=0,NXPOS X DO 2 J=1,NYPOS X CPLACE(I,J)(:MXNAM) = ' ' X CPLACE(-I,J) = CPLACE(I,J) X 2 CONTINUE X 1 CONTINUE XC X MXLEV = 1 X NLEFT = 1 X INEXT(1) = IPNAM X NUMBER(ILEV) = 0 X PROCED_LEVEL(IPNAM) = 1 XC XC Assign levels to all procedures XC X 10 CONTINUE X IF(NLEFT.LE.0) GOTO 20 XC XC Take the last in the list XC X IPNAM = INEXT(NLEFT) X NLEFT = NLEFT - 1 X ILEV = PROCED_LEVEL(IPNAM) X DO 11 IC=1,PROCED_NCALLS(IPNAM) X IPNAM2 = PROCED_CALLS(IPNAM,IC) X IF(.NOT.LEXT.AND.PROCED_EXTERN(IPNAM2)) GOTO 11 X IF(PROCED_LEVEL(IPNAM2).LE.ILEV) THEN X PROCED_LEVEL(IPNAM2) = ILEV + 1 X IEXT = 0 X IF(PROCED_EXTERN(IPNAM2)) IEXT=1 X IF(PROCED_LEVEL(IPNAM2).GT.MXLEV) THEN X IF((IEXT.EQ.1.AND.LEXT).OR.IEXT.EQ.0) THEN X MXLEV = PROCED_LEVEL(IPNAM2) X ENDIF X ENDIF XC XC before adding to list, check not already there .... XC X DO 12 IL=1,NLEFT X IF(INEXT(IL).EQ.IPNAM2) GOTO 11 X 12 CONTINUE X IF(NLEFT.GE.MXLFT) GOTO 960 X NLEFT = NLEFT + 1 X INEXT(NLEFT) = IPNAM2 X ENDIF X 11 CONTINUE X GOTO 10 XC XC Start to allocate positions in the chart XC The chart has NUMMAX x positions, and MXLEV y positions XC X 20 CONTINUE X NUMMAX = 0 X DO 4 I=1,NYPOS X NUMBER(I) = 0 X 4 CONTINUE X DO 23 I=1,NPROC X IF(PROCED_LEVEL(I).LE.1) GOTO 23 X IF(.NOT.LEXT.AND.PROCED_EXTERN(I)) GOTO 23 X N = NUMBER(PROCED_LEVEL(I))+1 X NUMBER(PROCED_LEVEL(I)) = N X IF (N.GT.NUMMAX) NUMMAX = N X 23 CONTINUE X ITREE = SEARCH(CTREE) X DO 28 I=1,NPROC X PROCED_DONE(I) = .FALSE. X 28 CONTINUE X NSTEP = NINT(REAL(NUMMAX+1)*0.5) X IF(NSTEP.GT.NXPOS) GOTO 930 X DO 25 I=1,NPROC X IF(PROCED_LEVEL(I).LE.1.AND.I.NE.ITREE) GOTO 25 X IF(PROCED_DONE(I)) GOTO 25 X IF(.NOT.LEXT.AND.PROCED_EXTERN(I)) GOTO 25 X ILEV = PROCED_LEVEL(I) X DO 26 IXP = 0,NSTEP X IF(CPLACE(-IXP,ILEV)(:1).EQ.' ') THEN X CPLACE(-IXP,ILEV) = PROCED_NAME(I) X IXPOS(I) = -IXP X PROCED_DONE(I) = .TRUE. X GOTO 27 X ENDIF X IF(CPLACE(IXP,ILEV)(:1).EQ.' ') THEN X CPLACE(IXP,ILEV) = PROCED_NAME(I) X IXPOS(I) = IXP X PROCED_DONE(I) = .TRUE. X GOTO 27 X ENDIF X 26 CONTINUE X 27 CONTINUE X IF(.NOT.PROCED_DONE(I)) GOTO 940 X IF(PROCED_NCALLS(I).EQ.0) GOTO 25 X IXPOSI = IXPOS(I) X DO 35 ICALLED = 1,PROCED_NCALLS(I) X IOTHER = PROCED_CALLS(I,ICALLED) X IF(PROCED_DONE(IOTHER)) GOTO 35 X IF(.NOT.LEXT.AND.PROCED_EXTERN(IOTHER)) GOTO 35 X ILEVO = PROCED_LEVEL(IOTHER) X ISTART = MAX(-NSTEP,IXPOSI - ILEVO + ILEV + 1) X DO 36 IPOS=ISTART,-NSTEP,-1 X IF(CPLACE(IPOS,ILEVO)(:1).EQ.' ') THEN X PROCED_DONE(IOTHER) = .TRUE. X CPLACE(IPOS,ILEVO) = PROCED_NAME(IOTHER) X IXPOS(IOTHER) = IPOS X GOTO 35 X ENDIF X 36 CONTINUE X DO 37 IPOS=ISTART,NSTEP X IF(CPLACE(IPOS,ILEVO)(:1).EQ.' ') THEN X PROCED_DONE(IOTHER) = .TRUE. X CPLACE(IPOS,ILEVO) = PROCED_NAME(IOTHER) X IXPOS(IOTHER) = IPOS X GOTO 35 X ENDIF X 37 CONTINUE X 35 CONTINUE X 25 CONTINUE XC XC This is the end of the simple cut at chart positioning XC XC XC Write a text representation of the chart as an indication only XC X WRITE(LOUT,'(A)') ' The chart will look roughly like this ...' X WRITE(LOUT,501) X DO 41 IL=1,MXLEV X WRITE(LOUT,*) (CPLACE(IS,IL),IS=-NSTEP,NSTEP) X 41 CONTINUE X WRITE(LOUT,501) X 501 FORMAT(1X,79('-')) XC XC begin calculating the sizes of objects for the plot XC X WRITE(LOUT,'(A)') ' PROCHT : START CREATING PLOT' X BOXX = 18. X BOXY = 7. X GAPX = 5. X GAPY = 12. X SIZEX = (NUMMAX+2)*BOXX + (NUMMAX+3)*GAPX X SIZEY = MXLEV*BOXY + (MXLEV+1)*GAPY X SIZEX = MAX(SIZEX,SIZEY) X SIZEY = SIZEX X GAPY = MAX(GAPY,(SIZEY-MXLEV*BOXY)/(MXLEV+1)) X GAP = MIN(GAPX,GAPY) XC XC Initialise GRAPHICS XC X CALL GRINIT(SIZEX,SIZEY,CTREE) XC XC Draw inner box around area XC X CALL CHTBOX(GAP*0.5,GAP*0.5,SIZEX-GAP*0.5,SIZEY-GAP*0.5) XC XC Start looping over all modules to plot their positions XC X DO 29 J=1,MXLEV X DO 31 I=-NSTEP,NSTEP X IF(CPLACE(I,J)(:1).EQ.' ') GOTO 31 X IP = NSTEP+I X XLOW = GAPX + IP*(BOXX+GAPX) X YLOW = SIZEY - J*(GAPY+BOXY) X INUM = SEARCH(CPLACE(I,J)) X IF(INUM.EQ.0) GOTO 31 X XBOX(INUM) = XLOW+BOXX*0.5 X YBOX(INUM) = YLOW+BOXY*0.5 X CALL CHTBOX(XLOW,YLOW,XLOW+BOXX,YLOW+BOXY) X CALL GTX(XLOW+BOXX/25.,YLOW+BOXY*0.5,CPLACE(I,J)) X 31 CONTINUE X 29 CONTINUE XC XC Now loop over all modules to plot their connections XC X DO 32 J=1,MXLEV-1 X DO 33 I=-NSTEP,NSTEP X IF(CPLACE(I,J)(:1).EQ.' ') GOTO 33 X IPNAM = SEARCH(CPLACE(I,J)) X IF(PROCED_NCALLS(IPNAM).EQ.0) GOTO 33 X X1 = XBOX(IPNAM) X Y1 = YBOX(IPNAM) X DO 34 IC=1,PROCED_NCALLS(IPNAM) X IPNAM2 = PROCED_CALLS(IPNAM,IC) X IF(.NOT.LEXT.AND.PROCED_EXTERN(IPNAM2)) GOTO 34 X CALL CHTLIN(X1,Y1,XBOX(IPNAM2),YBOX(IPNAM2), X & BOXX,BOXY) X 34 CONTINUE X 33 CONTINUE X 32 CONTINUE XC XC Close the graphics package XC X CALL GRCLOSE XC XC XC finished all trees. home to beddy-bies XC X WRITE(LOUT,'(A)') ' PROCHT Finished' X GOTO 999 XC X 900 WRITE(LOUT,901) CNAM X 901 FORMAT(1X,'PROCHT : TOPNODE ',A,' NOT FOUND IN PROCEDURE TABLE') X GOTO 999 X 930 WRITE(LOUT,931) X 931 FORMAT(1X,'PROCHT : NOT ENOUGH SPACE ON THE GRAPH') X GOTO 999 X 940 WRITE(LOUT,941) PROCED_NAME(I) X 941 FORMAT(1X,'PROCHT : NO SPACE FOR ROUTINE ',A) X GOTO 999 X 950 WRITE(LOUT,951) CNAM X 951 FORMAT(1X,'PROCHT : ROUTINE ',A,' CALLS NO OTHER ROUTINES!') X GOTO 999 X 960 WRITE(LOUT,961) MXLFT X 961 FORMAT(1X,'PROCHT : ',I5,' STACK OVERFLOW; TREE TOO COMPLICATED!') XC X 999 CONTINUE X END END_OF_FILE if test 7576 -ne `wc -c <'procht.for'`; then echo shar: \"'procht.for'\" unpacked with wrong size! fi # end of 'procht.for' fi if test -f 'protre.for' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'protre.for'\" else echo shar: Extracting \"'protre.for'\" $7771 characters$ sed "s/^X//" >'protre.for' <<'END_OF_FILE' X SUBROUTINE PROTRE XC! Produce the FLOW diagram X INCLUDE 'params.h' X INCLUDE 'tables.h' X INCLUDE 'lunits.h' X INCLUDE 'trecom.h' X INCLUDE 'ignore.h' XC X CHARACTER*(MXCHR) CLINE,CTITL(MTITL),CLINO X CHARACTER*(MXNAM) CNAM,CNAM2,CNAME(MLEV,MNLEV) X CHARACTER*(LCDOIF) CDF,CDOIF(MLEV,MNLEV) X CHARACTER*1 CHAR X CHARACTER*(MXLIN) CFORM X INTEGER NDONE(MLEV),NMAX(MLEV),SEARCH X EXTERNAL SEARCH X LOGICAL OK XC XC statement function iposl X IPOSL(IL) = (MXOFF+NDIS)*(IL-1) + 1 XC X WRITE(LOUT,'(A)') ' ' X WRITE(LOUT,'(A)') ' PROTRE Begins ....' X WRITE(LOUT,'(A)') ' ' XC X DO 5 IC=1,MXCHR X CLINO(IC:IC) = ' ' X 5 CONTINUE XC XC check for first procedure unknown XC X IF(CTREE.EQ.'$$$$') CTREE = PROCED_NAME(1) X NSUBNM = 1 X CSUBNM(1) = CTREE X CDF = ' ' XC X IOFF = NDIS+MXOFF/2-2 XC X WRITE(LOUTRE,550) X 550 FORMAT(1X,20('*'),' ProTre ',20('*'), X & /,1X,20(' '),' ====== ',20(' '), X & ///,1X,20(' '),' Meaning of Symbols: ', X & /,1X,20(' '),' ------------------- ', X & //,1X,20(' '),' . ==> terminal node in the tree ', X & /,1X,20(' '),' * ==> external procedure ', X & /,1X,20(' '),' > ==> subtree node, expanded below ', X & /,1X,20(' '),' + ==> multiply called terminal node ', X & /,1X,20(' '),' ] ==> procedure calling only externals', X & /,1X,20('-'),'---------------------------------',20('-'), X & /,1X,20(' '),' ? ==> module is in IF clause', X & /,1X,20(' '),' ( ==> module is in DO loop', X & //,1X,20('*'),'*********************************',20('*')) XC X IF(.NOT.LEXT) WRITE(LOUTRE,551) X 551 FORMAT(//,1X,'EXTERNAL procedure names will not appear ',/) X IF(NIGNO.NE.0) THEN X WRITE(LOUTRE,'(A)') X & ' --------------------------------------------------' X WRITE(LOUTRE,'(1X,I5,A)') NIGNO,' Module(s) will be ignored :' X WRITE(LOUTRE,'(1X,6A8)') (CIGNO(IG),IG=1,NIGNO) X WRITE(LOUTRE,'(A,/)') X & ' --------------------------------------------------' X ENDIF XC X 300 CONTINUE X IF(NSUBNM.LE.0) GOTO 40 X CNAM = CSUBNM(1) XC XC IGNORE SPECIFIED MODULES XC X DO 301 IG=1,NIGNO X IF(CNAM.EQ.CIGNO(IG)) GOTO 30 X 301 CONTINUE XC X WRITE(LOUTRE,500) CNAM X 500 FORMAT(/,1X,'=============', X & /,1X,'Node name ==> ',A, X & /,1X,'=============',/) XC X DO 10 J=1,MLEV X NDONE(J) = 0 X NMAX(J) = 0 X DO 10 I=1,MNLEV X CNAME(J,I) = ' ' X 10 CONTINUE XC X ILEV = 1 X INAM = 1 X CNAME(ILEV,INAM) = CNAM X CLINE = CLINO XC XC pseudo-recursive tree search XC X 20 CONTINUE XC X IPNAM = SEARCH(CNAM) X IF(IPNAM.EQ.0) GOTO 910 XC XC compose leading line XC X CLINE(:MXCHR) = CLINO(:MXCHR) X LENID = LENOCC(CDF) X DO 55 IL=ILEV,2,-1 X IBEG = IPOSL(IL) - IOFF X IF(IL.EQ.ILEV) THEN X CLINE(IBEG:IBEG) = '|' X DO 56 IP=IBEG+1,IBEG+IOFF X IPL=IP-IBEG X IF(IPL.GT.LENID) CHAR = '-' X IF(IPL.LE.LENID) THEN X CHAR = CDF(IPL:IPL) X IF(IP.EQ.IBEG+IOFF) CHAR = '+' X ENDIF X CLINE(IP:IP) = CHAR X 56 CONTINUE X GOTO 55 X ENDIF X IF(NDONE(IL-1).GE.NMAX(IL-1)) GOTO 55 X CLINE(IBEG:IBEG) = '|' X 55 CONTINUE XC X IF(PROCED_NCALLS(IPNAM).EQ.0) THEN XC stub X CHAR = '.' X IF(PROCED_NCALLEDBY(IPNAM).GE.1) CHAR = '+' X IF(PROCED_EXTERN(IPNAM)) CHAR = '*' X CFORM = CLINE(:IPOSL(ILEV))//CNAM//' '//CHAR X LCOM = LENOCC(PROCED_DESCRIP(IPNAM)) X LFOR = LENOCC(CFORM) X IF(LFOR.LT.LPSTA) THEN X CFORM(LFOR+1:LPSTA) = ' ' X CFORM(LPSTA:LPSTA+1) = ': ' X IF(LCOM.NE.0) THEN X CFORM(LPSTA+2:MXLIN) = PROCED_DESCRIP(IPNAM)(:LCOM) X ELSE X CFORM(LPSTA+2:MXLIN) = ' ' X ENDIF X ENDIF X WRITE(LOUTRE,'(1X,A)') CFORM X GOTO 45 X ELSE IF(PROCED_NCALLS(IPNAM).GT.0) THEN XC multiple call (general case) X IOK = 0 X DO 73 IC=1,PROCED_NCALLS(IPNAM) X IF(.NOT.PROCED_EXTERN(PROCED_CALLS(IPNAM,IC))) IOK = 1 X 73 CONTINUE X IF(NDONE(ILEV).EQ.0) THEN X CHAR = ' ' X IF(PROCED_NCALLEDBY(IPNAM).GT.1) THEN XC XC sub tree ... check if this pass is for expansion XC X IFOUN = 0 X IF(ILEV.EQ.1) THEN X CHAR = ' ' X DO 66 IS=1,NSUBNM X IF(CNAM.EQ.CSUBNM(IS)) THEN X LSUBNM(IS) = .TRUE. X IFOUN = IS X ENDIF X 66 CONTINUE X ELSE X CHAR = '>' X ENDIF X ENDIF X IF(IOK.EQ.0) CHAR = ']' X CFORM = CLINE(:IPOSL(ILEV))//CNAM//' '//CHAR X LCOM = LENOCC(PROCED_DESCRIP(IPNAM)) X LFOR = LENOCC(CFORM) X IF(LFOR.LT.LPSTA) THEN X CFORM(LFOR+1:LPSTA) = ' ' X CFORM(LPSTA:LPSTA+1) = ': ' X IF(LCOM.GT.0) THEN X CFORM(LPSTA+2:MXLIN) = PROCED_DESCRIP(IPNAM)(:LCOM) X ELSE X CFORM(LPSTA+2:MXLIN) = ' ' X ENDIF X ENDIF X WRITE(LOUTRE,'(1X,A)') CFORM X IF(PROCED_NCALLEDBY(IPNAM).GT.1.AND.IFOUN.EQ.0) THEN XC XC sub tree which will be expanded later. add to name list XC (but only if not already there). XC X DO 67 IS=1,NSUBNM X IF(CNAM.EQ.CSUBNM(IS)) GOTO 45 X 67 CONTINUE X IF(NSUBNM.GE.MSUBT) THEN X WRITE(LOUT,'(A,I6,A)') ' Max of ',MSUBT, X & ' sub-trees exceeded' X GOTO 45 X ENDIF XC XC IGNORE EXTERNALS, IF THAT IS REQUIRED XC X IF(.NOT.LEXT.AND.IOK.EQ.0) GOTO 45 X NSUBNM = NSUBNM + 1 X CSUBNM(NSUBNM) = CNAM X LSUBNM(NSUBNM) = .FALSE. X GOTO 45 X ENDIF X ENDIF XC XC fill all names at this level XC X IF(NDONE(ILEV).EQ.0) THEN X NC = 0 X DO 36 IN=1,PROCED_NCALLS(IPNAM) X IPNAM2 = PROCED_CALLS(IPNAM,IN) XC XC IGNORE EXTERNALS IF REQUIRED XC X IF(.NOT.LEXT.AND.PROCED_EXTERN(IPNAM2)) GOTO 36 X NC = NC + 1 X CNAME(ILEV,NC) = PROCED_NAME(IPNAM2) X CDOIF(ILEV,NC)(:LCDOIF) = PROCED_DOIF(IPNAM,IN)(:LCDOIF) X 36 CONTINUE X NMAX(ILEV) = NC X ENDIF X GOTO 46 X ENDIF X 45 CONTINUE XC XC end of level. move up one XC X ILEV = ILEV - 1 X IF(ILEV.EQ.0) GOTO 30 X 46 CONTINUE X IF(NDONE(ILEV).GE.NMAX(ILEV)) THEN X NDONE(ILEV) = 0 X GOTO 45 X ENDIF X CNAM = CNAME(ILEV,NDONE(ILEV)+1) X CDF(:LCDOIF) = CDOIF(ILEV,NDONE(ILEV)+1)(:LCDOIF) X NDONE(ILEV) = NDONE(ILEV) + 1 X ILEV = ILEV + 1 X GOTO 20 X 30 CONTINUE XC XC end of this tree. shift names in sub-tre list and start again XC X DO 72 I=1,NSUBNM-1 X LSUBNM(I) = LSUBNM(I+1) X CSUBNM(I) = CSUBNM(I+1) X 72 CONTINUE X NSUBNM = NSUBNM - 1 X IPOIN = 0 X 35 IPOIN = IPOIN + 1 X IF(IPOIN.GT.NSUBNM) GOTO 300 X IF(LSUBNM(IPOIN)) THEN X DO 71 I=IPOIN,NSUBNM-1 X LSUBNM(I) = LSUBNM(I+1) X CSUBNM(I) = CSUBNM(I+1) X 71 CONTINUE X NSUBNM = NSUBNM - 1 X IPOIN = IPOIN - 1 X ENDIF X GOTO 35 XC X 40 CONTINUE XC XC finished all trees. home to beddy-bies XC X WRITE(LOUT,'(A)') ' PROTRE Finished' X IERROR = 0 X GOTO 999 X 910 WRITE(LOUTRE,911) CNAM X WRITE(LOUT,911) CNAM X 911 FORMAT(1X,'PROTRE --> ROUTINE:',A,' NOT FOUND IN PROCEDURE TABLE') X IERROR = 2 X 999 CONTINUE X END END_OF_FILE if test 7771 -ne `wc -c <'protre.for'`; then echo shar: \"'protre.for'\" unpacked with wrong size! fi # end of 'protre.for' fi if test -f 'rdflop.for' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'rdflop.for'\" else echo shar: Extracting \"'rdflop.for'\" $797 characters$ sed "s/^X//" >'rdflop.for' <<'END_OF_FILE' X SUBROUTINE RDFLOP(IPASS) XC! Read the data from FLOPPY X INCLUDE 'params.h' X INCLUDE 'lunits.h' X INCLUDE 'floppy.h' X INCLUDE 'jobcom.h' XC X 1 CONTINUE X READ(LINTRE,END=2,ERR=999) NENT,(CALLER(I),I=1,NENT), X $ (CRABUF(I),I=1,NENT),(TYPE(I),I=1,NENT), X $ KALL,(CALLED(I),I=1,KALL),(CDABUF(I),I=1,KALL), X $ NCOM,(CNAMES(I),I=1,NCOM), X $ (UNUSED(I),I=1,NCOM), X $ CMMNT, X $ NARGS,(CARGNM(I),I=1,NARGS),(CARGTY(I),I=1,NARGS), X $ (NARGDI(I),I=1,NARGS), X $ (((CARGDI(III,II,I),II=1,2),III=1,NARGDI(I)),I=1,NARGS), X $ NKALL,(CKALLN(I),I=1,NKALL),(KALLIF(I),I=1,NKALL), X $ (KALLDO(I),I=1,NKALL) X CALL TABENT(IPASS) X GOTO 1 X 2 RETURN X 999 WRITE(LOUT,'(A)') ' RDFLOP: ERROR READING INPUT BINARY FILE' X STOP 1 X END END_OF_FILE if test 797 -ne `wc -c <'rdflop.for'`; then echo shar: \"'rdflop.for'\" unpacked with wrong size! fi # end of 'rdflop.for' fi if test -f 'unixflow.for' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'unixflow.for'\" else echo shar: Extracting \"'unixflow.for'\" $5683 characters$ sed "s/^X//" >'unixflow.for' <<'END_OF_FILE' X PROGRAM FLOW XC------------------------------------------------------------------------- XC Flow UNIX interface routine. XC Sets up various required input files and parameters for Flow XC XC Julian Bunn 1992 XC------------------------------------------------------------------------- X INCLUDE 'lunits.h' X INCLUDE 'params.h' X INCLUDE 'jobcom.h' X INCLUDE 'ignore.h' X INCLUDE 'trecom.h' X PARAMETER (MLLEN=255,maxarg=100) X character*(mxlin) argval X character*1 key,char X CHARACTER*(MLLEN) cfile,clong X LOGICAL LOG,fexist,fold,fqold,tidy Xc Xc get all arguments Xc X numargs = iargc() X if(numargs.gt.maxarg) then X write(6,'(A)') ' Flow --> Too many arguments ' X goto 900 X endif Xc Xc get input file from Flow Xc X call getarg(numargs,cfile) X lfile = index(cfile,' ')-1 X write(6,'(A)') ' Flow --> Input Floppy file '//cfile(:lfile) X inquire(file=cfile(:lfile),exist=fexist) X if(.not.fexist) then X write(6,'(A)') ' Flow --> Input file not found !' X goto 900 X endif X lintre = 50 X open(lintre,file=cfile(:lfile),status='old', X & form='unformatted',err=900) Xc X log = .false. X lext = .true. X lqery = .false. X lchrt = .false. X lsubs = .false. X lcomm = .false. X ltree = .false. X loutch = 96 X ctree = '$$$$' Xc Xc Find if -l was given Xc X do 400 iarg = 1,numargs-1 X call getarg(iarg,argval) X larg = index(argval,' ')-1 X key = argval(2:2) X if(key.eq.'l') then X log = .true. X endif X 400 continue Xc Xc loop over all qualifiers Xc X icheck = 0 X do 500 iarg = 1,numargs-1 X call getarg(iarg,argval) X larg = index(argval,' ')-1 X key = argval(2:2) X if(key.eq.'l') then X log = .true. X else if(key.eq.'q') then X lqery = .true. X if(log) write(6,'(A)') ' Flow --> Queries on the tree' X else if(key.eq.'E') then X lext = .false. X if(log) write(6,'(A)') ' Flow --> Exclude externals' X else if(key.eq.'c') then X if(argval(3:3).eq.' ') then X ccomm = 'procom.dat' X lcmm = 10 X else X ccomm = argval(3:) X lcmm = index(ccomm,' ')-1 X endif X inquire(file=ccomm(:lcmm),exist=fexist) X if(fexist) then X open(loutco,file=ccomm(:lcmm),status='old') X close(loutco,status='delete') X endif X if(log) write(6,'(A)') ' Flow --> COMMON Table: '// X & ccomm(:lcmm) X lcomm = .true. X loutco = 60 X open(loutco,file=ccomm(:lcmm),status='new',err=900) X else if(key.eq.'s') then X if(argval(3:3).eq.' ') then X chart = 'protre.dat' X lchart = 10 X else X chart = argval(3:) X lchart = index(chart,' ')-1 X endif X inquire(file=chart(:lchart),exist=fexist) X if(fexist) then X open(loutre,file=chart(:lchart),status='old') X close(loutre,status='delete') X endif X if(log) write(6,'(A)') ' Flow --> Text Structure Chart: '// X & chart(:lchart) X ltree = .true. X loutre = 61 X open(loutre,file=chart(:lchart),status='new',err=900) X else if(key.eq.'i') then X clong = argval(3:) X llong = lenocc(clong) X if(llong.le.0) then X write(6,'(A)') ' Flow --> No Ignore names given' X goto 900 X endif X 60 icomma = index(clong,',') X if(icomma.ne.0) then X nigno = nigno + 1 X cigno(nigno) = clong(:icomma-1) X ligno(nigno) = icomma-1 X clong = clong(icomma+1:) X call caschg(cigno(nigno),cigno(nigno)) X goto 60 X endif X nigno = nigno + 1 X ligno(nigno) = index(clong,' ')-1 X cigno(nigno) = clong(:ligno(nigno)) X call caschg(cigno(nigno),cigno(nigno)) X if(log) write(6,'(A)') ' Flow --> Ignore modules:' X if(log) write(6,'(10x,6a8)') (cigno(i),i=1,nigno) X else if(key.eq.'g') then X if(argval(3:3).eq.' ') then X cgraph = 'flow.ps' X lgraph = 7 X else X cgraph = argval(3:) X lgraph = index(cgraph,' ')-1 X endif X inquire(file=cgraph(:lgraph),exist=fexist) X if(fexist) then X open(loutch,file=cgraph(:lgraph),status='old') X close(loutch,status='delete') X endif X if(log) write(6,'(A)') ' Flow --> Graphical Chart: '// X & cgraph(:lgraph) X lchrt = .true. X loutre = 96 X open(loutre,file=chart(:lchart),status='new',err=900) X else if(key.eq.'n') then X ctree = argval(3:) X ltre = lenocc(ctree) X if(ltre.le.0) then X if(log) write(6,'(A)') ' Flow --> No node name for -n' X goto 900 X endif X call caschg(ctree,ctree) X if(log) write(6,'(A)') ' Flow --> Start from node: '// X & ctree(:ltre) X else X write(6,'(A)') ' Flow --> Unrecognized qualifier '//key X goto 900 X endif X 500 continue Xc Xc Call Flow Xc X call prodes Xc X if(lcomm) close(loutco) X if(ltree) close(loutre) X if(lchrt) close(loutch) X close(lintre) X goto 2000 Xc X 900 write(6,'(A)') ' Flow aborted' X stop 1 X 2000 CONTINUE X END END_OF_FILE if test 5683 -ne `wc -c <'unixflow.for'`; then echo shar: \"'unixflow.for'\" unpacked with wrong size! fi # end of 'unixflow.for' fi echo shar: End of archive 3 $of 5$. cp /dev/null ark3isdone MISSING="" for I in 1 2 3 4 5 ; do if test ! -f ark${I}isdone ; then MISSING="${MISSING} ${I}" fi done if test "${MISSING}" = "" ; then echo You have unpacked all 5 archives. rm -f ark[1-9]isdone else echo You still must unpack the following archives: echo " " ${MISSING} fi exit 0 exit 0 # Just in case...