(FILECREATED " 6-Oct-84 12:15:53" {ERIS}<LISPNEW>SOURCES>DWIMIFY.;2 260111
changes to: (FNS CLISPFOR0A CLISPFOR0)
previous date: " 6-Oct-84 11:57:50" {ERIS}<LISPNEW>SOURCES>DWIMIFY.;1)
(* Copyright (c) 1978, 1984 by Xerox Corporation. All rights reserved. The following program was
created in 1978 but has not been published within the meaning of the copyright law, is furnished
under license, and may not be used, copied and/or disclosed except in accordance with the terms of
said license.)
(PRETTYCOMPRINT DWIMIFYCOMS)
(RPAQQ DWIMIFYCOMS [(FNS DWIMIFYFNS DWIMIFY DWIMIFY0 DWIMIFY0? DWMFY0 DWIMIFY1 DWIMIFY1? DWMFY1
DWIMIFY1A DWIMIFY2 DWIMIFY2? DWMFY2 DWIMIFY2A CLISPANGLEBRACKETS SHRIEKER
CLISPRESPELL EXPRCHECK)
(FNS CLISPATOM0 CLISPATOM1 CLRPLNODE STOPSCAN? CLUNARYMINUS? CLBINARYMINUS? CLISPATOM1A
CLISPATOM1B CL89CHECK CLISPATOM2 CLISPNOEVAL CLISPLOOKUP CLISPATOM2A CLISPBROADSCOPE
CLISPBROADSCOPE1 CLISPATOM2C CLISPATOM2D CLISPCAR/CDR CLISPCAR/CDR1 CLISPCAR/CDR2
CLISPATOMIS CLISPATOMIS1 CLISPMATCHUP CLISPATOMARE CLISPATOMARE1 CLISPATOMARE2
CLISPATOMIS2 CLISPATOMIS? CLISPATOMIS?1)
(FNS WTFIX WTFIX0 WTFIX1 RETDWIM DWIMERRORRETURN DWIMARKASCHANGED RETDWIM0 RETDWIM1
FIX89TYPEIN FIXLAMBDA FIXAPPLY FIXATOM FIXATOM1 FIXCONTINUE FIXCONTINUE1 CLISPATOM
GETVARS GETVARS1 FIX89 FIXPRINTIN FIX89A CLISPFUNCTION? CLISPNOTVARP CLISPELL FINDFN
DWIMUNSAVEDEF CHECKTRAN)
(FNS CLISPIF CLISPIF0 CLISPIF1 CLISPIF2 CLISPIF3)
(FNS CLISPFOR CLISPFOR0 CLISPFOR0A CLISPFOR1 CLISPRPLNODE CLISPFOR2 CLISPFOR3 CLISPFORVARS
CLISPFORVARS1 CLISPFOR4 CLISPFORF/L CLISPDSUBST GETDUMMYVAR CLISPFORINITVAR)
(COMS (FNS \DURATIONTRAN \CLISPKEYWORDPROCESS))
(BLOCKS (FORBLOCK (ENTRIES CLISPFOR)
CLISPFORVARS CLISPFOR0 CLISPFOR2 CLISPFORINITVAR CLISPDSUBST
\CLISPKEYWORDPROCESS CLISPFORF/L CLISPFOR4 CLISPFORVARS1 CLISPFOR3
CLISPFOR1 CLISPFOR0A CLISPFOR \DURATIONTRAN
(SPECVARS CLISPRESPELL UNDOSIDE LISPXHIST BODY I.S.TYPE1 I.S.TYPE
TERMINATEFLG FIRSTI.V. I.V. PROGVARS MAKEPROGFLG IVINITFLG
INITVARS UNDOLST DWIMIFYING VARS DWIMIFYCHANGE DUMMYVARS
I.S.OPRSLST CLISPCONTEXT UNDOSIDE0 EXP))
(DWIMIFYBLOCK CL89CHECK CLBINARYMINUS? CLISPANGLEBRACKETS CLISPATOM CLISPATOM0
CLISPATOM1 CLISPATOM1A CLISPATOM1B CLISPATOM2 CLISPATOM2A CLISPATOM2C
CLISPATOM2D CLISPATOMARE CLISPATOMARE1 CLISPATOMARE2 CLISPATOMIS
CLISPATOMIS1 CLISPATOMIS2 CLISPATOMIS? CLISPATOMIS?1 CLISPBROADSCOPE
CLISPBROADSCOPE1 CLISPCAR/CDR CLISPCAR/CDR1 CLISPCAR/CDR2 CLISPIF
CLISPIF0 CLISPIF1 CLISPIF2 CLISPIF3 CLISPLOOKUP CLISPMATCHUP
CLISPRESPELL CLRPLNODE CLUNARYMINUS? DWIMIFY DWIMIFY0 DWIMIFY0?
DWIMIFY1 DWIMIFY1? DWIMIFY1A DWIMIFY2 DWIMIFY2? DWIMIFY2A DWIMIFYFNS
DWMFY0 DWMFY1 DWMFY2 FIX89 FIX89A FIX89TYPEIN FIXAPPLY FIXATOM FIXATOM1
FIXCONTINUE FIXCONTINUE1 FIXLAMBDA GETDUMMYVAR GETVARS GETVARS1 RETDWIM
RETDWIM0 RETDWIM1 SHRIEKER STOPSCAN? WTFIX WTFIX0 WTFIX1
(ENTRIES WTFIX DWIMIFYFNS DWIMIFY DWIMIFY0 DWIMIFY0? DWIMIFY1A
GETDUMMYVAR DWIMIFY2 DWIMIFY2? DWIMIFY1? DWIMIFY1 DWIMIFY2A
CLISPLOOKUP)
(SPECVARS 89CHANGE 89FLG BRACKET BRACKETCNT ATTEMPTFLG BACKUPFLG BODY
BREAKFLG BROADSCOPE CLISPCHANGE CLISPCHANGES CLISPCONTEXT
CLISPERTYPE CLISPRESPELL CLTYP CURRTAIL DWIMIFYCHANGE
DWIMIFY0CHANGE DWIMIFYFLG DWIMIFYING ENDTAIL EXP EXPR
FAULTAPPLYFLG FAULTARGS FAULTFN FAULTPOS FAULTX FAULTXX
FIRSTI.V. FIXCLK FORMSFLG I.S.TYPE I.S.TYPE1 HISTENTRY I.S.
I.V. INITVARS IVINITFLG LISPFN CHARLST MAKEPROGFLG NCONC1LKUP
NCONCLKUP NEGFLG NEWTAIL NEXTAIL SUBPARENT NOFIX89 NOSAVEFLG
ONEFLG ONLYSPELLFLG PARENT SIDES TAIL TENTATIVE TERMINATEFLG
TYP TYPE-IN? UNDOLST UNDOSIDE UNDOSIDE0 VAR1 VAR2 VARS
WORKFLAG UNARYFLG DEST FOR I.S.OPRSLST PROGVARS)))
(GLOBALVARS DWIMINMACROSFLG DWIMFLG ADDSPELLFLG CHECKCARATOMFLG TREATASCLISPFLG CLISPHELPFLG
CLISPIFTRANFLG CLISPRETRANFLG DWIMCHECKPROGLABELSFLG DWIMCHECK#ARGSFLG FILEPKGFLG
SHALLOWFLG DWIMESSGAG PRETTYTRANFLG HELPCLOCK CLEARSTKLST LCASEFLG DWIMWAIT
LAMBDASPLST DURATIONCLISPWORDS NLAML NLAMA CLISPTRANFLG CLISPIFWORDSPLST SPECVARS
LPARKEY DWIMUSERFORMS MACROPROPS DWIMKEYLST SPELLINGS3 SPELLINGS1 NOFIXVARSLST
NOFIXFNSLST CLISPARRAY CLISPFLG CLISPCHARS CLISPISNOISEWORDS CLISPLASTSUB
CLISPISWORDSPLST CLISPCHARRAY CLISPINFIXSPLST OKREEVALST WTFIXCHCONLST1
WTFIXCHCONLST RPARKEY GLOBALVARS NOFIXFNSLST0 NOFIXVARSLST0 NOSPELLFLG
LISPXHISTORY DWIMEQUIVLST DFNFLG COMMENTFLG USERWORDS SPELLINGS2 LOCALVARS
FILELST CLISPFORWORDSPLST CLISPDUMMYFORVARS LASTWORD COMPILERMACROPROPS)
(DECLARE: DONTEVAL@LOAD DOEVAL@COMPILE DONTCOPY (ADDVARS (NLAML BREAK1)))
(DECLARE: DONTEVAL@LOAD DOEVAL@COMPILE DONTCOPY COMPILERVARS (ADDVARS (NLAMA DWIMIFYFNS)
(NLAML)
(LAMA])
(DEFINEQ
(DWIMIFYFNS
[NLAMBDA FNS (* lmm "20-May-84 19:57")
(PROG ((CLK (CLOCK 0))
TEM)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)
[SETQ TEM (MAPCAR [COND
((CDR FNS)
FNS)
((LISTP (CAR FNS))
(STKEVAL (QUOTE DWIMIFYFNS)
(CAR FNS)
NIL
(QUOTE INTERNAL)))
(T (* If (CAR FNS) is name of a file, do dwimifyfns on its
functions.)
(OR (LISTP (EVALV (CAR FNS)
(QUOTE DWIMIFYFNS)))
(AND (GETPROP (OR (AND DWIMFLG (MISSPELLED? (CAR FNS)
70 FILELST NIL FNS))
(CAR FNS))
(QUOTE FILE))
(FILEFNSLST (CAR FNS)))
(STKEVAL (QUOTE DWIMIFYFNS)
(CAR FNS)
(QUOTE INTERNAL]
(FUNCTION (LAMBDA (X)
(COND
((IGREATERP (IDIFFERENCE (SETQ TEM (CLOCK 0))
CLK)
30000)
(SETQ CLK TEM)
(PRIN2 X T T)
(PRIN1 (QUOTE ", ")
T)))
(DWIMIFY0 X]
(RETURN TEM])
(DWIMIFY
[LAMBDA (X QUIETFLG L) (* lmm "20-May-84 19:57")
(PROG (VAL)
(COND
((NULL DWIMFLG)
(LISPXPRIN1 "DWIM is turned off!
" T)
(RETURN NIL)))
(* If X is an atom and L is NIL, X is treated as the name of a function, and its entire definition is DWIMIFIED.
Otherwise, X is a piece of a function, and L the edit puh down list that leads to X (i.e. L is the push-dwown list
after performing a !0) L is used to compute the bound variables, as well as to determine whether X is an element
or tail.)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)
(SETQ VAL (DWIMIFY0 X L))
(COND
((AND (LISTP X)
(NULL L)
(NULL QUIETFLG))
(RESETFORM (OUTPUT T)
(RESETVARS ((PRETTYTRANFLG T))
(PRINTDEF VAL NIL T)))
(TERPRI T)))
(RETURN VAL])
(DWIMIFY0
(LAMBDA (X Y VARS EXPR) (* lmm "27-FEB-83 10:55")
(* Some general comments: -
DWIMIFYFLG is bound in DWIMIFY0, WTFIX, and WTFIX0. It is set to T whenever WTFIX is called and given EXPR, TAIL,
PARENT, etc. as arguments, i.e. from DWIMIFY1 or DWIMIFY2. Note that this may occur due to an explicit call to
DWIMIFY0, or due to evaluating certain CLISP expressions, e.g. IF statements, which call DWIMIFY1 or DWIMIFY2.
These two cases are distinguished by the value of DWIMIFYING. -
DWIMIFYING is bound in DWIMIFY0 (to T), and whenever DWIMIFY1 or DWIMIFY2 are called from contexts where
DWIMIFYING may not be bound, e.g. from CLISPIF. In these latter cases, DWIMIFYING is bound to
(AND DWIMIFYFLG DWIMIFYING). Thus DWIMIFYING is always bound when DWIMIFYFLG is bound, and is T when under a call
to DWIMIFY0, otherwise NIL. Note that checking DWIMIFYING without also checking DWIMIFYFLG may cause a U.B.A.
DWIMIFYING error. Similary, other state variables that are bound in DWIMIFY0 but not rebound by DWIMIFY1 or
DWIMIFY2 such as CLISPCONTEXT, DWIMIFYCHANGE, etc., are assumed to be bound when DWIMIFYFLG is T, so that any call
to DWIMIFY1 or DWIMIFY2 must also guarantee that these variables are bound. If the caller is not sure, it should
use DWIMIFY1? and DWIMIFY2? since these do the appropriate checks. -
NOFIXFNSLST0 and NOFIXVARSLST0 are global varaales. They are initializaed to NOFIXFNSLST and NOFIXVARLST by
DWIMIFY and DWIMIFYFNS, as well as CLISPIF, CLISPFOR, etc. when they enter the DWIMIFY functions, i.e. DWIMIFY1
and DWIMIFY2 for the first time. NOFIXFNSLST and NOFIXVARLST are the variable that the user can add things to.
-
VARS is bound in WTFIX and in DWIMIFY0. DWIMIFY1 and DWIMIFY2 supply VARS in their call to WTFIX.
Otherwise WTFIX comptes them. -
ATTEMPTFLG is bound in DWIMIFY1 and DWIMIFY2. It is used to inform DWIMIFY1 or DWIMIFY2, in the event that WTFIX
was unable to make a correction, NOT to add the atom to NOFIXLST. For example, this occurs when a correction was
offered to the user but rejected, e.g. U.D.F. T, and user declines the fix, T is not added to NOFIXLST.)
(PROG (FN FAULTFN DWIMIFY0CHANGE DWIMIFYCHANGE TEM CLISPCONTEXT ONEFLG (DWIMIFYING T)
(DWIMIFYFLG T)
(SIDES (CDR (LISTGET1 LISPXHIST (QUOTE SIDE))))
TYPE-IN?
(FIXSPELLDEFAULT (QUOTE n)))
(RETURN (COND
((LISTP Y) (* from DW command)
(COND
((LISTP (SETQ FAULTFN (EVALV (QUOTE ATM))))
(SETQ FAULTFN (CAR FAULTFN)))) (* ATM is bound in EDITE.)
(SETQ VARS (VARSBOUNDINEDITCHAIN Y))
(SETQ EXPR (OR (CAR (LAST Y))
X))
(LISPXPUT (QUOTE RESPELLS)
NIL NIL LISPXHIST) (* Essentially, a new call to DW is treated as a new
event.)
(COND
((TAILP X (CAR Y))
(DWIMIFY2 X (CAR Y)))
((AND (EQ (OR (CDR (FASSOC (SETQ TEM (CAAR Y))
DWIMEQUIVLST))
TEM)
(QUOTE COND))
(NEQ (OR (CDR (FASSOC (SETQ TEM (CAADR Y))
DWIMEQUIVLST))
TEM)
(QUOTE SELECTQ)))
(DWIMIFY2 (CDR X)
X)
X)
((AND (EQ (OR (CDR (FASSOC (SETQ TEM (CAAR Y))
DWIMEQUIVLST))
TEM)
(QUOTE SELECTQ))
(NEQ X (CADAR Y))
(CDR (FMEMB X (CAR Y))))
(DWIMIFY2 (CDR X)
X)
X)
(T (DWIMIFY1 X))))
(Y (* called from compileuserfn or compile1a.
X is the expression to be dwimified.)
(SETQ FAULTFN Y)
(AND (NULL EXPR)
(SETQ EXPR X)) (* EXPR is supplied on calls from compileuserfn.
it is the top level def. on calls from compile1a, x and
expr are the same)
(SETQ TEM (DWIMIFY1 X))
(AND DWIMIFY0CHANGE (DWIMARKASCHANGED FAULTFN SIDES))
TEM)
((LISTP X) (* e.g. user types in a direct call to dwimify an
xpression)
(SETQQ FAULTFN TYPE-IN)
(SETQ EXPR X)
(DWIMIFY1 X))
(T (* DWIMIFY (functon-name))
(SETQ TEM (EXPRCHECK X)) (* If EXPRCHECK performs spelling correction, it will
rset FN.)
(SETQ FAULTFN (SETQ FN (CAR TEM)))
(DWIMIFY1 (SETQ EXPR (CDR TEM)))
(COND
(DWIMIFY0CHANGE
(* DWIMIFY0CHANGE is only bound in DWIMIFY0. it is only reset (in RETDWIM) when DWIMIFYFLG and DWIMIFYING are both
T. It is true if there was ANY change in the entire expression. DWIMIFYCHANGE on the other hand is bound wheever
DWIMIFYFLG is T, and it is true if there was any change in the prticular level expression being worked on.)
(DWIMARKASCHANGED FN SIDES)
(COND
((OR (NOT (FGETD FN))
(AND (NEQ DFNFLG (QUOTE PROP))
(NOT (EXPRP FN))))
(DWIMUNSAVEDEF FN T)))))
FN))))))
(DWIMIFY0?
(LAMBDA (TAIL PARENT SUBPARENT FORMSFLG ONEFLG FAULTFN CLISPCONTEXT)
(* lmm "27-MAY-82 09:54")
(* DWIMIFY0? is an external entry to DWIMIFYBLOCK It is used to dwimify an expression where the contxt may or may
not be under aother call to dwimify. it is used by RECORD, MATCH etc. as well s by CLISP4 in CLISPIFY.)
(* The value of DWIMIFY0? is NOT the expression (dwiified) but T or NIL depending on whether or not there was any
change, i.e. the value of dwiifychange.)
(PROG NIL
(SELECTQ DWIMIFYFLG
(NIL (* Under a call to WTFIX, but not under a call to
DWIMIFY, e.g. from evaluating a CREATE expression in a
user program.)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST))
((CLISPIFY VARSBOUND)
(* e.g. call from clispify or record package. WAnt it to look like we are inside of a call to dwimify.
calling function has already set up VARS and EXPR.)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)
(RETURN (PROG ((DWIMIFY0CHANGE T)
(DWIMIFYING T)) (* This is going to be treated as though were a caal to
dwimify.)
(RETURN (DWMFY0)))))
(EVAL (* random call to dwimify0? EVAL IS THE TOP LEVEL VALUE
OF DWIMIFYFLG)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)
(RETURN (PROG (DWIMIFYFLG FAULTPOS EXPR VARS)
(RETURN (DWMFY0)))))
NIL)
(RETURN (DWMFY0)))))
(DWMFY0
(LAMBDA NIL
(PROG ((DWIMIFYING (AND DWIMIFYFLG DWIMIFYING))
(DWIMIFYFLG T)
DWIMIFYCHANGE)
(COND
((AND (NULL FORMSFLG)
(EQ TAIL PARENT))
(DWIMIFY1 TAIL CLISPCONTEXT))
(T (DWIMIFY2 TAIL PARENT SUBPARENT FORMSFLG ONEFLG)))
(RETURN DWIMIFYCHANGE))))
(DWIMIFY1
(LAMBDA (FORM CLISPCONTEXT FORMSFLG)
(DWMFY1 FORM)))
(DWIMIFY1?
(LAMBDA (FORM CLISPCONTEXT FORMSFLG)
(COND
(DWIMIFYFLG (DWMFY1 FORM))
(T (* See comment in dwimify0. DWIMIFY1? is used where
caller is not sure whether state variables have been set
up.)
(PROG ((DWIMIFYING (AND DWIMIFYFLG DWIMIFYING))
(DWIMIFYFLG T)
DWIMIFYCHANGE)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)
(RETURN (DWMFY1 FORM)))))))
(DWMFY1
(LAMBDA (FORM) (* lmm "27-FEB-83 09:00")
(PROG ((X FORM)
CARFORM TEM CLISPCHANGE 89CHANGE ATTEMPTFLG CARISOKFLG)
(COND
((NLISTP FORM)
(SETQ TEM (LIST X))
(DWIMIFY2 TEM T)
(RETURN (COND
((CDR TEM)
TEM)
(T (CAR TEM))))))
TOP (SETQ CARFORM (OR (CDR (FASSOC (CAR X)
DWIMEQUIVLST))
(CAR X)))
(COND
((AND (NEQ CARFORM (QUOTE LAMBDA))
(NEQ CARFORM (QUOTE NLAMBDA))
(OR (NULL (CHECKTRAN X))
CLISPRETRANFLG
(RETURN X))
(NOT (COND
((LISTP CARFORM)
(* Checks whether CAR is a function object with a remote translation. Also converts to hash array from CLISP% if
hash array exists. CARISOKFLG is set so dont have to recheck at LP1.)
(OR (EQ (SETQ TEM (OR (CDR (FASSOC (CAAR X)
DWIMEQUIVLST))
(CAAR X)))
(QUOTE LAMBDA))
(EQ TEM (QUOTE NLAMBDA))
(SETQ CARISOKFLG (AND (CHECKTRAN CARFORM)
(NULL CLISPRETRANFLG)))))
((LITATOM CARFORM)
(OR (FGETD CARFORM)
(FMEMB CARFORM NOFIXFNSLST0)
(GETPROP CARFORM (QUOTE EXPR))
(GETLIS CARFORM MACROPROPS))))))
(* The AND is true if CAR of form is not recognized.)
(COND
((PROG (NEXTAIL)
(RETURN (WTFIX0 X X X X))) (* Successful correction.)
(COND
((CHECKTRAN X)
(RETURN X))
(CLISPCHANGE (COND
((NEQ CLISPCHANGE (QUOTE PARTIAL))
(* The tail must be DWIMIFIED if the transformation did
not affect the entire form, e.g.
(FOO<...> ...))
(RETURN FORM))
((LISTP CARFORM)
(GO DWIMIFYTAIL))
(T (SETQ CLISPCHANGE NIL)
(GO TOP) (* Recheck CAR of FORM, as it may still be misspelled.)
)))
(89CHANGE (SETQ 89CHANGE NIL)
(GO TOP) (* Recheck CAR of FORM, as it still may be misspelled,
e.g. (conss8car X))
)))
((AND CLISPCHANGE (NEQ CLISPCHANGE (QUOTE PARTIAL)))
(* This means a CLISPCHANGE failed and not to bother
with dwimifying rest of form, e.g. a bad IF or FOR
statement.)
(RETURN FORM))
((AND (NULL ATTEMPTFLG)
(LITATOM CARFORM))
(* ATTEMPTFLG is used to distinguish between the case where DWIM does not recognize the problem at all, and that
where it did but was unable to make the correction, e.g. a malformed IF, or else the user vetoed the correction.)
(SETQ NOFIXFNSLST0 (CONS CARFORM NOFIXFNSLST0))))))
(* The call to WTFIX is made before specific checks on
CAR of FORM, since CAR of the FORM may be misspelled.)
(COND
((LISTP CARFORM) (* Skip selectq)
(GO DWIMIFYTAIL)))
(SELECTQ CARFORM (* NIL)
(DECLARE (MAPC (CDR X)
(FUNCTION (LAMBDA (X)
(SELECTQ (CAR X)
((USEDFREE GLOBALVARS)
(* SPECVARS AND LOCALVARS WOULD PRESUMABLY BE BOUND
SOMEWHERE SO NO NEED TO ADD THEM)
(SETQ NOFIXVARSLST0 (UNION (LISTP (CDR X))
NOFIXVARSLST0)))
NIL)))))
((QUOTE GO)
(AND DWIMCHECK#ARGSFLG (CDDR X)
(DWIMIFY1A X 1)))
(SELECTQ (DWIMIFY2 (CDR X)
FORM T NIL T)
(AND (NLISTP (CADDR X))
(DWIMIFY2 (CDDR X)
FORM NIL NIL T))
(SETQ X (CDDR X))
(PROG NIL
LP (COND
((NULL (CDR X))
(DWIMIFY2 X FORM T)
(RETURN FORM)))
(DWIMIFY2 (CDAR X)
(CDAR X)
T T)
(SETQ X (CDR X))
(GO LP)))
((SETQ SETN RPAQ SETARG)
(AND (NOT (FMEMB (CADR X)
VARS))
(NOT (FMEMB (CADR X)
NOFIXVARSLST0))
(SETQ NOFIXVARSLST0 (CONS (CADR X)
NOFIXVARSLST0)))
(DWIMIFY2 (CDDR X)
FORM T))
(COND (MAPC (CDR X)
(FUNCTION (LAMBDA (X)
(DWIMIFY2 X X NIL T)))))
(FUNCTION (DWIMIFY1 (COND
((LISTP (CADR X)))
((NULL (CDDR X)) (* Doesnt DWIMIFY for (FUCNTION FOO
(X Y)) i.e. FUNARY with atomic argument.)
(CDR X)))))
(RESETVAR (DWIMIFY2 (CDDR X)
FORM T))
(ASSEMBLE (RETURN FORM))
((LAMBDA NLAMBDA)
((LAMBDA (VARS)
(DWIMIFY2 (CDDR X)
FORM T))
(APPEND (OR (LISTP (CADR X))
(AND (CADR X)
(LIST (CADR X))))
VARS)))
(COND
((EQ CARFORM CLISPTRANFLG) (* Corresponds to hh case where CLISPRETRANFLG is T,
since otherwise would have been caught by CHECKTRAN at
LP1 and returned.)
(RETURN (DWIMIFY1 (CADR X))))
((EQMEMB (QUOTE BINDS)
(GETPROP CARFORM (QUOTE INFO)))
(* PROG EQUIVALENTS)
((LAMBDA (VARS)
(DWIMIFY2 (CDDR X)
FORM T))
(NCONC (MAPCAR (CADR X)
(FUNCTION (LAMBDA (X)
(COND
((NLISTP X)
X)
(T (DWIMIFY2 (CDR X)
X T)
(COND
((NOT (LITATOM (CAR X)))
(DWIMIFY1A (CADR FORM)
(FMEMB X (CADR FORM)))))
(CAR X))))))
VARS)))
((CLISPNOEVAL CARFORM) (* Don't DWIMIFY the tails of nlambdas.)
)
(T (GO DWIMIFYTAIL))))
(RETURN FORM)
DWIMIFYTAIL
(DWIMIFY2 (CDR X)
FORM)
(SETQ CARFORM (OR (CDR (FASSOC (CAR X)
DWIMEQUIVLST))
(CAR X))) (* CARFORM may have changed if DWIMIFY2 changed X)
(COND
((LISTP CARFORM)
(AND (NULL CARISOKFLG)
(NULL CLISPCHANGE)
(DWIMIFY1 CARFORM))
(* Note that if CAR is a list, it itself has not yet been dwimified, e.g. may be a misspelled LAMBDA.
However If CLISPCHANGE is not NIL, this expression was produced by the call to WTFIX and hence is already
dwimified.)
(COND
((AND (NULL FORMSFLG)
(NEQ (SETQ TEM (OR (CDR (FASSOC (CAAR X)
DWIMEQUIVLST))
(CAAR X)))
(QUOTE LAMBDA))
(NEQ TEM (QUOTE NLAMBDA))
(NULL CARISOKFLG)
(NULL (CHECKTRAN CARFORM)))
(DWIMIFY1A X)
(RETURN X))))
((AND DWIMCHECK#ARGSFLG (EQ (ARGTYPE CARFORM)
0)
(SELECTQ (SETQ TEM (NARGS CARFORM))
(0 (CDR X))
(1 (CDDR X))
(2 (CDDDR X))
(3 (CDDDDR X))
NIL))
(DWIMIFY1A X TEM)))
(RETURN FORM))))
(DWIMIFY1A
(LAMBDA (PARENT TAIL FN) (* wt: "10-DEC-80 23:36")
(COND
((AND (NULL DWIMESSGAG)
(OR FN (AND DWIMIFYFLG DWIMIFYING))
(NEQ CLISPCONTEXT (QUOTE IFWORD))
(NOT (AND (EQ CLISPCONTEXT (QUOTE IS))
(GETP (CAR TAIL)
(QUOTE CLISPISFORM))))) (* clispif handles this itself.)
(AND (FIXPRINTIN (OR FN FAULTFN))
(LISPXSPACES 1 T))
(COND
((EQ CLISPCONTEXT (QUOTE IFWORD)))
(T (LISPXPRIN1 (QUOTE "(possible) parentheses error in
")
T)
(LISPXPRINT (RETDWIM2 PARENT TAIL)
T T)))
(COND
((NUMBERP TAIL)
(LISPXPRIN1 "too many arguments (more than " T)
(LISPXPRIN1 TAIL T)
(LISPXPRIN1 ")
" T))
(TAIL (LISPXPRIN1 (QUOTE "at ")
T)
(LISPXPRINT (CONCAT (QUOTE "... ")
(SUBSTRING (RETDWIM2 TAIL NIL 2)
2 -1))
T T)))))))
(DWIMIFY2
(LAMBDA (TAIL PARENT SUBPARENT FORMSFLG ONEFLG ONLYSPELLFLG)
(DWMFY2)))
(DWIMIFY2?
(LAMBDA (TAIL PARENT SUBPARENT FORMSFLG ONEFLG ONLYSPELLFLG CLISPCONTEXT)
(COND
(DWIMIFYFLG (DWMFY2))
(T (* See comment in dwimify0. DWIMIFY2? is used where
caller is not sure whether state variables have been set
up.)
(PROG ((DWIMIFYING (AND DWIMIFYFLG DWIMIFYING))
(DWIMIFYFLG T)
DWIMIFYCHANGE)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)
(RETURN (DWMFY2)))))))
(DWMFY2
(LAMBDA NIL (* wt: "17-MAR-79 00:03")
(* handles tails.)
(AND (LISTP TAIL)
(PROG ((TAIL0 TAIL)
X CARPARENT CLISPCHANGE 89CHANGE NEXTAIL ATTEMPTFLG TEM FNFLG NOTOKFLG)
(AND (OR (EQ SUBPARENT T)
(EQ PARENT TAIL))
(SETQ SUBPARENT TAIL))
(* Means dont ever back up beyond this point, e.g. in prog variables, if you write (PROG ((X FOO Y LT 3) ..
dont want LT to gobble the x.)))
(SETQ CARPARENT (OR (CDR (FASSOC (CAR PARENT)
DWIMEQUIVLST))
(CAR PARENT)))
LP (SETQ CLISPCHANGE NIL)
(SETQ 89CHANGE NIL)
(SETQ NEXTAIL NIL)
(COND
((NULL TAIL)
(GO OUT))
((LISTP (SETQ X (CAR TAIL)))
(AND (NEQ CLISPCONTEXT (QUOTE LINEAR))
(DWIMIFY1 X))
(AND FORMSFLG (EQ TAIL PARENT)
(OR (EQ CARPARENT (QUOTE LAMBDA))
(EQ CARPARENT (QUOTE NLAMBDA)))
(/RPLNODE TAIL (CONS (CAR TAIL)
(CDR TAIL))))
(GO DROPTHRU))
((NOT (LITATOM X)) (* e.g. number, string, etc.)
)
((EQMEMB (QUOTE LABELS)
(GETPROP CARPARENT (QUOTE INFO)))
(* this is a prog label. or resetvars label etc.)
(COND
((AND DWIMCHECKPROGLABELSFLG (NOT (FMEMB X NOFIXVARSLST0))
(STRPOSL CLISPCHARRAY X))
(AND (FIXPRINTIN FAULTFN)
(LISPXSPACES 1 T))
(LISPXPRIN1 "suspicious prog label: " T)
(LISPXPRINT X T))))
((AND (OR (EQ CLISPCONTEXT (QUOTE IS))
(AND (LISTP CLISPCONTEXT)
(NEQ TAIL PARENT)
(COND
((EQ TAIL (CDR PARENT))
(NEQ CARPARENT (QUOTE NOT))))))
(GETPROP X (QUOTE CLISPISPROP))
(NOT (GETPROP X (QUOTE CLISPTYPE))))
(* e.g. X IS A LITERAL ATOM -
dont callt WTFIX on A, LITERAL, etc. The NEQ check is because it is ok if it is the first thing in the tail, or
otherwise things ike X IS A NUMBER OR STRING wouldnt work. The COND check is because it is ok if it is the second
thing in the tail and the first is a NOT, or otherwise things like X IS A NUMBER AND NOT LESS THAN Y wouldnt
work.)
(SETQ SUBPARENT (CDR TAIL)))
((CLISPNOTVARP X)
(* (CAR TAIL) is not recognized as a variable. Note that when DWIMIFYING, WTFIX will be called on a variable which
is used freely, but does not have a top level binding, i.e. DWIMIFYING hile the variable is bound is not
sufficient, because we do not do a STKSCAN for its value, as this would be expensive. (STKSCAN is done when
DWIMIFY2 is called out of an evaluation.))
(COND
((AND FORMSFLG (EQ TAIL PARENT)
(DWIMIFY2A TAIL (QUOTE QUIET)))
(* DWIMIFY2A calls CLISPFUNCTION? to see if (CAR TAIL) is the name of a function. If FORMSFLG is true and
(CAR TAIL) is name of function, then TAIL may be one form with parenteeses removed.)
(COND
((OR (NEQ X (CAR TAIL))
(NEQ FORMSFLG (QUOTE FORWORD)))
(* Either the user has approved the combined spelling correction and insertion of paentheses, or else we are not
under an I>S> without an oerator. (E.g. FOR X IN Y WHILE ATOM PRINT X, In this cae dont want to insert
parentheses.) Note that if FOO is also the name of a variable as well as a function, no harm will be done in cases
like IF A THEN FOO ← X. Only possible problem is for case like IF A THEN FOO ← X Y, where FFO is both a
functionand a variable. In this case, parens would be inserted, and then an error generated.
HOwever, this is extremely unlikely, since in most cases it would be written as IF A THEN FOO←X Y
(not to mention the added improbability of FOO being both the name of a function and a variable.))
(GO ASK))
(T
(* (CAR TAIL) is the name of a function, but user hasnt been consulted, and we are under a FOR with no operator,
so wait.)
(SETQ FNFLG T) (* Now drop through to next COND and call to WTFIX
(because (CAR TAIL) may be a miispelled variable.))
)))
((AND (EQ FORMSFLG (QUOTE FORWORD))
(EQ TAIL (CDR PARENT))
(OR (LISTP CARPARENT)
(NULL NOTOKFLG)
(NULL FNFLG))
(DWIMIFY2A TAIL (QUOTE QUIET))
(OR (NEQ X (CAR TAIL))
(LISTP CARPARENT)))
(* Corresponds to the case where the user left a DO out of a for statement. Already know that the first thing in
TAIL is not the name of a function. However, only take action if the usr approves combined correction,
(or (CAR PARENT) is a list.) since it is still possible that X is the (misspelled) name of a variable.)
(SETQQ FORMSFLG FOR1)
(GO INSERT))
((AND (LISTP (SETQ TEM (GETPROP X (QUOTE CLISPWORD))))
(NEQ (CAR TEM)
(CAR (GETPROP CARPARENT (QUOTE CLISPWORD))))
(CDDR TAIL))
(AND (EQ TAIL PARENT)
(SETQ NOTOKFLG T))
(* E.g. (LIST X FOR X IN A --) The CDDR check is because very seldom you have an iterative statement only two
elements long, but lots of places where iterative words can appear in another context, e.g. OF, TO, etc. See
comment below on NOTOKFLG. Note that if FORMSFLG is true and (EQ TAIL PARENT), then CLISPFUNCTION?
(via DWIMIFY2A) above would have returned T.)
(DWIMIFY1A PARENT TAIL) (* Stop dwimifying, strong evidence that expression is
screwed up.)
(GO OUT)))
(COND
((AND (NULL (AND ONLYSPELLFLG (OR (EQ NOSPELLFLG T)
(AND NOSPELLFLG (NULL TYPE-IN?)))))
(WTFIX0 X TAIL PARENT SUBPARENT ONLYSPELLFLG))
(* If both ONLYSPELLFLG and NOSPELLFLG are true, no
point in calling WTFIX. ONLYSPELLFLG is true on calls
fro CLISPATOM2A.)
(COND
(89CHANGE (SETQ NOTOKFLG NIL)
(SETQ FNFLG NIL) (* If 89CHANGE, then want to look at
(CAR TAIL) again, e.g. ... (CONS
(CAR XX9)))
(GO LP)))
(GO DROPTHRU))) (* At this point we know that
(CAR TAIL) is not ok.)
(AND (EQ TAIL TAIL0)
(SETQ NOTOKFLG T)) (* NOTOKFLG=T means first expression in TAIL was not
recognized as a variable.)
(COND
((AND FORMSFLG (EQ TAIL PARENT))
(* After DWIMIFYING the whole tail, if CAR is still an atom, we may want to insert parentheses, e.g.
(FOO ← X Y) is ok, but (FOO X Y) may need to be converted to ((FOO X Y)))
)
((FGETD X) (* Don't add a function name to NOFIXVARSLST0 since this
is tantamount to sanctiooning it as a variale.)
(COND
((AND (EQ FORMSFLG (QUOTE FORWORD))
(EQ TAIL (CDR PARENT))
(OR (LISTP CARPARENT)
(NULL NOTOKFLG)
(NULL FNFLG)))
(SETQQ FORMSFLG FOR1)
(GO INSERT))
((AND (NEQ CLISPCONTEXT (QUOTE IFWORD))
(NLISTP CLISPCONTEXT)
(NEQ ONLYSPELLFLG (QUOTE NORUNONS))
(NOT (EXPRP X))
(NEQ X (QUOTE E))
(NEQ X COMMENTFLG)) (* Printx message but dwimify rest of tail -
might not be a parentheses error.)
(DWIMIFY1A PARENT TAIL))))
((NULL ATTEMPTFLG)
(COND
((NOT (AND CLISPFLG (GETPROP X (QUOTE CLISPTYPE))))
(SETQ NOFIXVARSLST0 (CONS X NOFIXVARSLST0))))))
(GO DROPTHRU)))
DROPTHRU
(COND
(ONEFLG (GO OUT)))
(SETQ TAIL (COND
((NULL NEXTAIL)
(CDR TAIL))
((EQ NEXTAIL T)
NIL)
(T (CDR NEXTAIL))))
(GO LP)
OUT (COND
((OR (NULL FORMSFLG)
(NOT (LITATOM (CAR TAIL0))))
(GO OUT1))
((OR (EQ FORMSFLG (QUOTE FOR1))
(AND (EQ FORMSFLG (QUOTE FORWORD))
(OR (NULL NOTOKFLG)
(NULL FNFLG))
(LISTP (CADR TAIL0))))
(* Corresponds to the cse where the user left out a DO. Want to check this before below as in this case dont want
to stick in paens around entire form.)
(GO OUT1))
((EQ FORMSFLG T) (* (CAR TAIL0) is the name of a functionand NOT the name
of a variable.)
(AND NOTOKFLG FNFLG (GO ASK)))
((CDR TAIL0) (* FORMSFLG is FOR or IF)
(COND
((OR NOTOKFLG (DWIMIFY2A TAIL0 (QUOTE QUIET)))
(* (CAR TAIL) is not the name of a variable, or else IS the name of a function. The reason for the call to
CLISPFUNCTION? (via DWIMIFY2A) instead of checking FNFLG is that in the case that (CAR TAIL) was the name of a
variable as indicated by NOTOKFLG=NIL, CLISPFUNCTION? would not have been called earlier.)
(/RPLNODE TAIL0 (CONS (CAR TAIL0)
(CDR TAIL0)))
(GO OUT1))))
((AND NOTOKFLG FNFLG)
(* (CAR TAIL) is not the name of a variable and is the name of a function, but nothing follows it.
E.g. IF -- THEN RETURN ELSE --)
(/RPLNODE TAIL0 (CONS (CAR TAIL0)
(CDR TAIL0)))
(GO OUT1)))
OUT1(RETURN (COND
((NULL ONEFLG)
TAIL0)
(NOTOKFLG
(* In this way, the function thatcaled DWIMIFY2 can find out whether or not the atom in question is OK.
NOte that if it appears on NOFIXLST, it is OK, i.e. havng been seen before, we treat it the same as a variable or
what not.)
NIL)
((NULL NEXTAIL)
TAIL)
((EQ NEXTAIL T)
PARENT)
(T NEXTAIL)))
ASK (COND
((NULL (FIXSPELL1 (COND
(TYPE-IN? (QUOTE ""))
(T (CONCAT (QUOTE "... ")
(SUBSTRING (RETDWIM2 TAIL0)
2 -1))))
(CONCAT (QUOTE "... ")
(MKSTRING (RETDWIM2 TAIL0))
(QUOTE ")"))
NIL T))
(GO OUT1)))
INSERT
(/RPLNODE TAIL (CONS (CAR TAIL)
(CDR TAIL)))
(DWIMIFY1 (CAR TAIL)
CLISPCONTEXT)
(GO DROPTHRU)))))
(DWIMIFY2A
(LAMBDA ($TAIL $TYP) (* wt: 25-FEB-76 1 54)
(CLISPFUNCTION? $TAIL $TYP (FUNCTION (LAMBDA (X Y)
(SUBSTRING (RETDWIM2 Y)
2 -1)))
(FUNCTION (LAMBDA (X Y)
(CONCAT (MKSTRING (RETDWIM2 (COND
((LISTP X)
(* Run-on.)
(CONS (CAR X)
(CONS (CDR X)
(CDR Y))))
(T (CONS X (CDR Y))))))
(QUOTE ")"))))
$TAIL)))
(CLISPANGLEBRACKETS
(LAMBDA (LST) (* wt: "26-JUN-78 01:20")
(PROG (WORKFLAG (NCONCLKUP (CLISPLOOKUP (QUOTE NCONC)))
(NCONC1LKUP (CLISPLOOKUP (QUOTE NCONC1))))
(RETURN (SHRIEKER LST)))))
(SHRIEKER
(LAMBDA (LOOKAT)
(* Shrieker is designed to "understand" expressions of the form (! A B !! C !! D E F), where A, B, C,...
represent lists, ! indicates that the list following it is to be (non-destructively) expanded
(e.g. A's elements are to be brought to the top level of the list which contains A), and !! indicates that the
list following it is to be destructively expanded. Thus, if A= (H I J), B= (K L M), C= (N O P), the result of
evaluating (! A !! B C) should be a list (H I J K L M C). SHRIEKER does not actually evaluate the list given to
it, but rather returns a form which will have the correct evaluation. Thus, if SHRIEKER is given the
(shriekified) list (! A !! B C), it will return the form (APPEND A (NCONC1 B C)). Should A,B,C have the values
given above, then evaluation of this form will leave A unchanged, but B will have been destructively altered, and
will now evaluate to the list (K L M (N O P)).)
(PROG (CARTEST RESULTP)
(COND
((OR (ATOM LOOKAT)
(NLISTP LOOKAT))
(SETQ WORKFLAG NIL)
(RETURN LOOKAT)))
(* As is evident from a look at the code, SHRIEKER is a fairly straightforward recursive prog;
analysis of the argument, LOOKAT, is doen in effect from the tail of LOOKat to its head. I>e.
given LOOKAT SHRIEKER separates it into two parts (roughly car and cdr), where one part (CARTEST) is the first
element of LOOKAT that is not ! or !! , and the other part is the tail of LOOKAT below CARTEST-- LOOKAT is reset
to evaluate to this tail and SHRIEKER is called recursively on the new LOOKAT, eventually returning a list
structure, to which we setq RESULTP, that is the LISP equivalent of LOOKAT (which, with its !'s and !!'s is an
expression in CLISP). The calling incarnation of SHRIEKER uses RESULTP and its knowledge of the shriek-sysmbol
(! or ! ! or !!) immediately before CARTEST, to determine how CARTEST and RESULTP should be used to form the list
structure that will be returned, possibly to higher level incarnations of SHRIEKER. into then possibly
incarnations SHRIEKER.)
(SETQ CARTEST (CAR LOOKAT))
(SETQ LOOKAT (CDR LOOKAT))
(RETURN (COND
((EQ CARTEST (QUOTE !!))
(GO A1))
((EQ CARTEST (QUOTE !))
(COND
(LOOKAT (SETQ CARTEST (CAR LOOKAT))
(SETQ LOOKAT (CDR LOOKAT))
(COND
((EQ CARTEST (QUOTE !))
(GO A1)))
(* This conditional insures that SHRIEKER will understnad that the sequence ! ! means the atom !!.
Control will be sent to the statement after A1, which will make sure that CARTEST is NCONCed onto RESULTP
(if car of RESULTP is APPEND, CONS, NCONC1, or LIST) or will stuff CARTEST into second place in RESULTP, which is
presumalby an NCONC expression-- all provided that WORKFLAG is NIL...)
(SETQ RESULTP (SHRIEKER LOOKAT))
(* Here's our recursive call to SHRIEKER..)
(COND
((NULL RESULTP)
(* WORKFLAG is a flag that is passed between incarnations of SHRIEKER and is the means by which SHRIEKER is able
to distinguish between user-created code and SHRIEKER-created code. If WORKFLAG eq's T then SHRIEKER knows that
what has been returned as RESULTP is user-created code and should not be altered.)
(SETQQ WORKFLAG !IT)
(LIST (QUOTE APPEND)
CARTEST))
((ATOM RESULTP)
(SETQQ WORKFLAG APPENDING)
(LIST (QUOTE APPEND)
CARTEST RESULTP))
((NULL WORKFLAG)
(SETQQ WORKFLAG APPENDING)
(LIST (QUOTE APPEND)
CARTEST RESULTP))
(T
(* If the COND falls througn to this point then we may assume that RESULTP is SHRIEKER-created and do a SELECTQ on
car of RESULTP (which should be either APPEND, NCONC, NCONC1, CONS, or LIST) to determine whether we should stuff
CARTEST into RESULTP or not.)
(SELECTQ WORKFLAG
(APPENDING (ATTACH CARTEST (CDR RESULTP))
RESULTP)
((NCONCING CONSING LISTING NCONC1ING)
(SETQQ WORKFLAG APPENDING)
(LIST (QUOTE APPEND)
CARTEST RESULTP))
(!IT (SETQQ WORKFLAG APPENDING)
(ATTACH CARTEST (CDR RESULTP))
RESULTP)
(!!IT (SETQQ WORKFLAG APPENDING)
(LIST (QUOTE APPEND)
CARTEST
(CADR RESULTP)))
(LIST (QUOTE APPEND)
CARTEST RESULTP)))))))
(LOOKAT
(* If we arrive here then we know that SHRIEKER's arguemnt-- hte intial value of LOOKAT--is a list, the first
element of which is not ! or !!. Accordingly, we attempt to CONS or LIST together CARTEST and RESULTP, depending
on the nature of RESULTP and the value of WORKFLAG left by the recursive call to SHRIEKER in the statement below.)
(SETQ RESULTP (SHRIEKER LOOKAT))
(COND
((NULL WORKFLAG)
(SETQQ WORKFLAG LISTING)
(LIST (QUOTE LIST)
CARTEST))
(T (SELECTQ WORKFLAG
((CONSING APPENDING NCONCING NCONC1ING)
(SETQQ WORKFLAG CONSING)
(LIST (QUOTE CONS)
CARTEST RESULTP))
(LISTING (ATTACH CARTEST (CDR RESULTP))
RESULTP)
((!!IT !IT)
(SETQQ WORKFLAG CONSING)
(LIST (QUOTE CONS)
CARTEST
(CADR RESULTP)))
(LIST (QUOTE CONS)
CARTEST RESULTP)))))
(T
(* If we reach this point then we know that SHRIEKER was called on a singleton, i.e. the intial vlaue of LOOKAT
was a list of one element, so we create the appropriate list structure around that element and setq WORKFLAG to
NIL, enabling a possible parent SHRIEKER to modify our code.)
(SETQQ WORKFLAG LISTING)
(LIST (QUOTE LIST)
CARTEST))))
A1 (RETURN (COND
(LOOKAT (SETQ CARTEST (CAR LOOKAT))
(SETQ LOOKAT (CDR LOOKAT))
(SETQ RESULTP (SHRIEKER LOOKAT))
(COND
((NULL RESULTP)
(SETQQ WORKFLAG !!IT)
(LIST NCONCLKUP CARTEST))
((ATOM RESULTP)
(SETQQ WORKFLAG NCONCING)
(LIST NCONCLKUP CARTEST RESULTP))
((NULL WORKFLAG)
(SETQQ WORKFLAG NCONCING)
(LIST NCONCLKUP CARTEST RESULTP))
(T (SELECTQ WORKFLAG
(NCONCING (ATTACH CARTEST (CDR RESULTP))
RESULTP)
((APPENDING CONSING)
(SETQQ WORKFLAG NCONCING)
(LIST NCONCLKUP CARTEST RESULTP))
(NCONC1ING (SETQQ WORKFLAG NCONCING)
(LIST NCONCLKUP CARTEST (CADR RESULTP)
(CONS (QUOTE LIST)
(CDDR RESULTP))))
(!IT (SETQQ WORKFLAG NCONCING)
(LIST NCONCLKUP CARTEST (CADR RESULTP)))
(!!IT (SETQQ WORKFLAG NCONCING)
(ATTACH CARTEST (CDR RESULTP))
RESULTP)
(LISTING (COND
((NULL (CDDR RESULTP))
(SETQQ WORKFLAG NCONC1ING)
(LIST NCONC1LKUP CARTEST (CADR RESULTP)))
(T (SETQQ WORKFLAG NCONCING)
(LIST NCONCLKUP CARTEST RESULTP))))
(LIST NCONCLKUP CARTEST RESULTP))))))))))
(CLISPRESPELL
[LAMBDA (TL WORDS FLG) (* lmm " 4-SEP-83 23:31")
(* CLISPRESPELL essentially asks is it possible to inerpret (CAR TAIL) as one of WORDS. It first checks to make sure
(CAR TAIL) isnt already something else-- e.g. a function, variable, member of NOFIXFNSLST (which is the same as
being a function) etc.)
(AND (NEQ NOSPELLFLG T)
(OR (NOT NOSPELLFLG)
TYPE-IN?)
(LISTP TL)
(LITATOM (CAR TL))
(NOT (GETD (CAR TL)))
[OR (NOT (GETPROPLIST (CAR TL)))
(AND [NOT (GETLIS (CAR TL)
(QUOTE (CLISPWORD EXPR]
(NOT (GETLIS (CAR TL)
MACROPROPS]
(CLISPNOTVARP (CAR TL))
(MISSPELLED? (CAR TL)
NIL WORDS FLG])
(EXPRCHECK
(LAMBDA (X) (* wt: "14-FEB-78 00:06")
(PROG (D)
(COND
((NOT (LITATOM X))
(ERROR X (QUOTE "not a function.")))
((EXPRP (SETQ D (VIRGINFN X T))))
((GETD X)
(GO NOEXPR))
((NULL (AND DWIMFLG (SETQ D (MISSPELLED? X 70 USERWORDS NIL NIL (FUNCTION GETD)))))
(ERROR X (QUOTE "not defined.")))
((NOT (EXPRP (SETQ D (VIRGINFN (SETQ X D)))))
(GO NOEXPR)))
(AND ADDSPELLFLG (ADDSPELL X 0))
(RETURN (CONS X D))
NOEXPR
(ERROR X (QUOTE "not an expr.")))))
)
(DEFINEQ
(CLISPATOM0
(LAMBDA (CHARLST TAIL PARENT) (* wt: "21-MAR-80 20:00")
(AND (NULL SUBPARENT)
(SETQ SUBPARENT PARENT))
(PROG (TEM CLISPRESPELL (CURRTAIL TAIL)
89FLG
(NOFIXVARSLST1 NOFIXVARSLST0))
TOP (SETQ CLISPRESPELL NIL)
(COND
((SETQ TEM (UNDONLSETQ (CLISPATOM1 TAIL)
CLISPATOM1)) (* Successful.)
(RETURN (CAR TEM))))
(SETQ NOFIXVARSLST0 NOFIXVARSLST1)
(COND
(CLISPRESPELL (SETQ CLISPRESPELL NIL)
(AND DWIMIFYFLG (SETQ CLISPCHANGE NIL))
(MAPC (LISTGET1 LISPXHIST (QUOTE RESPELLS))
(FUNCTION (LAMBDA (X)
(COND
((SETQ CHARLST (FMEMB (CAR X)
TAIL))
(SETQ TEM (CDR X))
(COND
((LISTP TEM)
(/RPLNODE CHARLST (CAR TEM)
(CONS (CDR TEM)
(CDR CHARLST))))
(T (/RPLNODE CHARLST TEM (CDR CHARLST))))
(SETQ CLISPRESPELL T))))))
(SETQ CHARLST (DUNPACK (CAR TAIL)
WTFIXCHCONLST))
(COND
(CLISPRESPELL (* MIsspelling found. Note that even if the word wasnt
found, LST is reset since some tentative changes were
tried, it was probably clobbered.)
(SETQ CURRTAIL TAIL)
(GO TOP)))))
(RETURN (COND
(89FLG (* E.G. N*8FOO -- fix the 8-9 error first.)
(PROG ((FAULTX (CAR CURRTAIL)))
(SETQ TEM (FIX89 FAULTX (CAR 89FLG)
(LENGTH 89FLG))))
(AND TEM (LITATOM (CAR TAIL))
(CLISPATOM0 (DUNPACK (CAR TAIL)
WTFIXCHCONLST1)
TAIL PARENT))))))))
(CLISPATOM1
[LAMBDA (TAIL) (* lmm " 4-SEP-83 22:50")
(* This function and its subfunctions handle infix operators. LST is an exploded list of characters for CAR of TAIL,
which is a tail of PARENT. If LST contains an CLISP operator, or CAR of TAIL is one, CLISPATOM1 scans the rest of
tail until it reaches the end of this cluster. For example, if TAIL is (... A* B + C D+E ...), the scan will stop
after C. The scan separates out the operators from the operands. Note that because any operand can be a list, and
hence separated from its operator, an operator can occur interior to an atom, as in A*B, at the end of an atom, as
in (A* (--)), at the front of an atom, as in ((--) *A), or by itself, as in ((--) * (--)). Therefore, we permit the
same options when the operand is a atomic, i.e. the user can type A*B, A* B, A *B, or A * B.
Note that in the latter two cases, the first argument to the operator is not contained in TAIL, and it is necessary
for CLISPATOM1 to back tail up one element using PARENT.)
(* After the scan has been completed, the form for the first operator is assembled. Since operators are always
processed left to right, the first operand to this operator is always the single element preceding it
(unless it is a unary operator). The right boundary, and hence the second operand, is determined by the operator,
e.g. * is tighter than +, which is tighter than LS, etc. Thus ... A*B+C ... becomes ... (ITIMES A B) + C ...
while ... A+B*C ... becomes ... (IPLUS A B * C) In either case, the rest of this cluster is processed from within
this call to CLISPATOM1, thereby taking advantage of the fact that we know that the atoms do not contain operators,
and therefore don't have to be unpacked and examined character by character.)
(PROG ((L CHARLST)
(LST0 CHARLST)
CURRTAIL-1 CLTYP CLTYP1 ENDTAIL BROADSCOPE BACKUPFLG OPRFLAG NOTFLG TYP ATMS NOSAVEFLG
TENTATIVE TEM BRACKET (BRACKETCNT 0)
ISFLG)
(COND
((SETQ CLTYP1 (GETPROP (CAR CURRTAIL)
(QUOTE CLISPTYPE)))
(GO NEXT2)))
TOP (SETQ ATMS NIL)
LP (COND
((NULL L) (* End of an atom.)
(COND
((NULL TYP) (* If we have gone through the first atom without finding an CLISP operator, we
are done.)
(COND
((AND DWIMIFYFLG (LISTP CLISPCONTEXT)
(GETPROP (CAR CURRTAIL)
(QUOTE CLISPISPROP))
(CLISPATOMIS? CLISPCONTEXT)))
((NULL 89FLG)
(* The case where there was an 8 or 9 and an operator has been handled in
CL89CHECK.)
)
(CURRTAIL
(* 8 and 9 errors are handled here instead of back in CLISPATOM where there is similar code, because there may be
more than one 8 or 9 in the expression, and the first one may be ok, e.g. 8*X*8ADD1 Y)
(AND [FIX89A (CAR CURRTAIL)
(CAR (LISTP 89FLG))
(IMINUS (SETQ TEM (LENGTH 89FLG]
(FIX89 FAULTX (CAR (LISTP 89FLG))
TEM)
(GO OUT3)))
((AND TYPE-IN? (NEQ NOSPELLFLG T)
(EQ (CAR (LISTP 89FLG))
LPARKEY)
(EQ (CAR (SETQ TEM (FLAST CHARLST)))
RPARKEY))
(* This corresponds to the case where an atom was typed in containing both an 8 and a 9, e.g. FILES?89 or 8EDITF9.
Note that if the atom were part of a larger expression, either CAR of form, or appearing in a tail,
(as indicated by CURRTAIL being non-NIL), the fix is performed by FIX89, and involves editing the expression.
In the case covered here, the fix requires changing the EVAL to an apppropriate APPLY.)
(FIX89TYPEIN (FMEMB LPARKEY (SETQ TEM (LDIFF CHARLST TEM)))
TEM T)))
(RETURN NIL))
(LST0 (SETQ OPRFLAG T)
(* OPRFLAG is T means the element just processed did NOT end in an operator, e.g.
A+B, or just A.)
(SETQ TEM (PACK LST0))
(* Collects characters to the right of the last operator in the atom, or all the characters in the atom, if it
contained no operator.)
(CL89CHECK TEM)
(SETQ ATMS (NCONC1 ATMS TEM))
(SETQ NOTFLG NIL)))
(SETQ 89FLG NIL)
(GO NEXT)))
[COND
((FMEMB (CAR L)
CLISPCHARS)
(COND
((SETQ CLTYP1 (GETPROP (CAR L)
(QUOTE CLISPTYPE)))
[SELECTQ (CAR L)
[- (COND
((NULL (AND (EQ L LST0)
(CLUNARYMINUS? OPRFLAG)))
(* Says minus is binary. See comments i CLUNARYMINUS?. By replacing binary minus with +- in CLISPATOM1, all the rest
of the CLISP function can treat minus as unary.)
(FRPLACA L (QUOTE +-))
(SETQ CLTYP1 (GETPROP (QUOTE +-)
(QUOTE CLISPTYPE]
(' (AND (NEQ L LST0)
(GO LP1))
(* ' is ignored interior to atoms, e.g. USER can have a function named ATOM' or a variable named A' which is not
necessarily defined or bound at time of DWIMIFYing.)
)
(COND
[BRACKET (COND
((EQ (CAR L)
(CAR BRACKET))
(SETQ BRACKETCNT (ADD1 BRACKETCNT)))
((EQ (CAR L)
(CADR BRACKET))
(SETQ BRACKETCNT (SUB1 BRACKETCNT)))
(T (GO OPR]
[(EQ CLTYP1 (QUOTE BRACKET))
[SETQ BRACKET (LISTP (GETPROP (CAR L)
(QUOTE CLISPBRACKET]
(COND
((EQ (CAR L)
(CAR BRACKET))
(SETQ BRACKETCNT (ADD1 BRACKETCNT)))
(T (DWIMERRORRETURN (LIST (LIST (QUOTE BRACKET)
(CAR BRACKET))
PARENT]
(89FLG)
((AND (NEQ NOSPELLFLG T)
(OR (NULL NOSPELLFLG)
TYPE-IN?)
(OR (EQ (CAR L)
LPARKEY)
(EQ (CAR L)
RPARKEY)))
(SETQ 89FLG L]
(GO OPR))
([AND BRACKET (CAR L)
(EQ (CAR L)
(LISTGET1 BRACKET (QUOTE SEPARATOR]
(GO OPR]
LP1 (COND
((AND OPRFLAG (NULL BROADSCOPE)
(ZEROP BRACKETCNT)
(EQ L CHARLST))
(* If OPRFLAG is T and the first character in LST is not an operator, no need to scan further, e.g. A*B C unless we
are processing a broad scope operator, e.g. (A EQ FOO B) or unless ANGCNT is not 0, i.e. we are inside of an <>
pair.)
(OR ENDTAIL (SETQ ENDTAIL CURRTAIL))
(* If ENDTAIL has not been set yet, set it. Note that ENDTAIL may already have been set, e.g. A*B+C D, in which case
ENDTAIL would correspnd to the position of the +.)
(GO OUT)
(* If this is the first character in an atom, then we cango to out, e.g. A+B C. HOwever, this may be the first
character following a >, as in FOO←<A B>C, in which case we have to finish out the atom.)
))
(SETQ L (CDR L)) (* Peel off the current character and go on.)
(GO LP)
NEXT (* We have just exhausted the lit of characters for an atm.)
[COND
((NULL TAIL) (* We were originally given just an atom, e.g. user types FOO←FIE.)
(SETQ TAIL ATMS)
(OR PARENT (SETQ PARENT TAIL)))
([AND TAIL (OR (CDR ATMS)
(NEQ (CAR (LISTP ATMS))
(CAR CURRTAIL]
(* Splice burst version of atom into CURRTAIL, and set CURRTAIL to point to the as yet unexamined part of it.
If the OR is not true, CURRTAIL would not be changd so don't bother e.g. (LIST A + B * C))
[/RPLNODE CURRTAIL (CAR (LISTP ATMS))
(NCONC (CDR ATMS)
(SETQ CURRTAIL (LISTP (CDR (SETQ CURRTAIL-1 CURRTAIL]
(* CURRTAIL-1 is used for backing up, see below.)
)
(T (SETQ CURRTAIL (LISTP (CDR (SETQ CURRTAIL-1 CURRTAIL]
(COND
((NULL CURRTAIL) (* We have reached the end of the faulty form.)
(GO OUT)))
NEXT1 (* Look at the next thing in CURRTAIL.)
(COND
([AND OPRFLAG DWIMIFYFLG ONEFLG (NULL BROADSCOPE)
(ZEROP BRACKETCNT)
(OR (NOT (LITATOM (CAR CURRTAIL)))
(AND (NOT (GETPROP (CAR CURRTAIL)
(QUOTE CLISPTYPE)))
(NOT (GETPROP (NTHCHAR (CAR CURRTAIL)
1)
(QUOTE CLISPTYPE]
(OR ENDTAIL (SETQ ENDTAIL CURRTAIL))
(GO OUT))
[(AND ISFLG (GETPROP (CAR CURRTAIL)
(QUOTE CLISPISPROP]
((AND (OR OPRFLAG (NEQ (CAR CURRTAIL-1)
(QUOTE ')))
[OR (LITATOM (CAR CURRTAIL))
(AND (NUMBERP (CAR CURRTAIL))
(MINUSP (CAR CURRTAIL))
(AND (NULL BRACKET)
OPRFLAG
(CLBINARYMINUS? CURRTAIL-1 CURRTAIL]
(CLISPNOTVARP (CAR CURRTAIL)))
(* The OR check is to handle cases like (.. ' F/L) which I think means wquote the whole thing.
NOte that this comes up in expressions like <A 'F/L> since when SHRIEKER calls DWIMIFY2, the ' and F/L have already
been split apart.)
(* dont call clbinaryminus? if last thing ended in an operator.
e.g. ((foo) + -2))
(COND
([AND (SETQ CLTYP1 (GETPROP (CAR CURRTAIL)
(QUOTE CLISPTYPE)))
(NOT (AND (EQ (CAR (LISTP CLTYP1))
(QUOTE BRACKET))
(NULL BRACKET]
(GO NEXT2)))
[SETQ LST0 (SETQ L (SETQ CHARLST (DUNPACK (CAR CURRTAIL)
WTFIXCHCONLST1]
(COND
((AND BRACKET (SETQ TEM (FMEMB (CADR BRACKET)
(CDDR L)))
(NOT (FMEMB (CAR BRACKET)
L)))
(* < and > are thought of as brackets, rather than operaaors. Therefore this is necessary in order thatthings like
<1 2 -1> work, i.e. -
not treated as binary in this case, also <a b 'c>, and finally if A*B is the name of a variable <X A*B> Note that
this doesnt quite handle all cases: <A*B> where A*B is the name of a variable, will be broken apart, but then it
isnt clear whats intended.)
(CLRPLNODE CURRTAIL (PACK (LDIFF L TEM))
(CONS (PACK TEM)
(CDR CURRTAIL)))
(GO NEXT1)))
(GO TOP))
((AND OPRFLAG (SETQ TEM (LISTP (NLEFT TAIL 2 CURRTAIL)))
(NEQ (CAR TEM)
(QUOTE '))
(NEQ (CAR TEM)
(QUOTE :))
[OR (NULL (CAR CURRTAIL))
(AND (LISTP (CAR CURRTAIL))
(NOT (CLISPFUNCTION? (CAR CURRTAIL)
(QUOTE OKVAR]
[NOT (AND ISFLG (GETPROP (CADR TEM)
(QUOTE CLISPISPROP]
(CLISPFUNCTION? (SETQ TEM (CDR TEM))
(QUOTE NOTVAR)
[FUNCTION (LAMBDA (X Y)
(CONCAT X (COND
((NULL Y)
(QUOTE "()"))
(T (RETDWIM2 Y]
[FUNCTION (LAMBDA (X Y)
(MKSTRING (CONS X (RETDWIM2 Y]
(CAR CURRTAIL)))
(* This clause checks for user typing in apply mode, e.g. X←CONS
(A B))
(SETQQ TENTATIVE CERTAINLY)
(* Once you print a message, you dont want to go and try another interpretation.)
(/RPLNODE TEM (CONS (CAR TEM)
(CAR CURRTAIL))
(CDR CURRTAIL))
[SETQ CURRTAIL (LISTP (CDR (SETQ CURRTAIL-1 TEM]
(SETQ OPRFLAG T)
(SETQ NOTFLG NIL)
(GO NEXT1)))
(COND
((AND OPRFLAG (NULL BROADSCOPE)
(ZEROP BRACKETCNT))
(* Finished. E.g. A*B (--))
(OR ENDTAIL (SETQ ENDTAIL CURRTAIL))
(GO OUT))
([SETQ CURRTAIL (LISTP (CDR (SETQ CURRTAIL-1 CURRTAIL]
(* E.g. A* (--))
(SETQ OPRFLAG T)
(SETQ NOTFLG NIL)
(GO NEXT1))
(T (GO OUT)))
NEXT2 (* (CAR CURRTAIL) is an operaaor. CLTYP1 is its CLISPTYPe.)
[SELECTQ (CAR CURRTAIL)
[- (COND
((NULL (CLUNARYMINUS? OPRFLAG))
(* The minus is biary. SEe comments at earlier call to CLUNARYMINUS? in
CLSPATOM1.)
(/RPLNODE CURRTAIL (QUOTE +-)
(CDR CURRTAIL))
(SETQ CLTYP1 (GETPROP (QUOTE +-)
(QUOTE CLISPTYPE]
[(-> =>)
(COND
((EQ TYP (QUOTE :))
(SETQ CLTYP CLTYP1)
(GO NEXT3))
(T (DWIMERRORRETURN (CAR CURRTAIL]
(COND
[BRACKET (COND
((EQ (CAR BRACKET)
(CAR CURRTAIL))
(SETQ BRACKETCNT (ADD1 BRACKETCNT)))
((EQ (CADR BRACKET)
(CAR CURRTAIL))
(SETQ BRACKETCNT (SUB1 BRACKETCNT]
([SETQ TEM (LISTP (GETP (CAR CURRTAIL)
(QUOTE CLISPBRACKET]
(COND
((EQ (CAR CURRTAIL)
(CAR TEM))
(SETQ BRACKET TEM)
(SETQ BRACKETCNT (ADD1 BRACKETCNT)))
(T (DWIMERRORRETURN (LIST (LIST (QUOTE BRACKET)
(CAR TEM))
PARENT]
(COND
(ENDTAIL)
[(NULL TYP) (* This is the first operator.)
(SETQ TYP (CAR CURRTAIL))
(SETQ CLTYP CLTYP1)
(SETQ BROADSCOPE (GETPROP TYP (QUOTE BROADSCOPE)))
(SETQ NOTFLG (EQ (SETQ TEM (GETPROP TYP (QUOTE LISPFN)))
(QUOTE NOT]
(NOTFLG
(* NOTFLG is true when we are processing a NOT opeator, and it immediately precedes the current operator.
In this case, the scope of the NOT is the scope of the next opeator, e.g. (X ~GR FOO Y))
(SETQ CLTYP CLTYP1)
(SETQ BROADSCOPE (GETPROP (CAR CURRTAIL)
(QUOTE BROADSCOPE)))
(SETQ NOTFLG (EQ (GETPROP (CAR CURRTAIL)
(QUOTE LISPFN))
(QUOTE NOT)))
(* So that NOTFLG is not turned off when there are two ~'s in a row, e.g.
(X ~~GR FOO Y OR Z))
)
((STOPSCAN? CLTYP1 CLTYP (CAR CURRTAIL)
OPRFLAG)
(* This operator delimits the scope of the first operator found. Set ENDTAIL to be the first thing not within the
scope of the operator. The AND is so that a unary operator will terminate the scope of a binary operator that has a
right hand operand, e.g. X+Y -Z, X←Y 'Z, etc.)
(SETQ ENDTAIL CURRTAIL)))
(SETQ ISFLG (EQ [CAR (LISTP (GETPROP (CAR CURRTAIL)
(QUOTE CLISPCLASS]
(QUOTE ISWORD)))
NEXT3
[SETQ OPRFLAG (AND BRACKET (EQ (CAR CURRTAIL)
(CADR BRACKET]
(* OPRFLAG is T aater > since no right hand operand is reuired.)
(COND
([SETQ CURRTAIL (LISTP (CDR (SETQ CURRTAIL-1 CURRTAIL]
(GO NEXT1)))
OUT (* We are finished scanning. Now call CLISPATOM2 to assemble the correct form.)
[COND
((NEQ (CAR (LISTP TAIL))
TYP)
(GO OUT1))
((GETPROP TYP (QUOTE UNARYOP))
(GO OUT1))
((OR (EQ PARENT TAIL)
(EQ SUBPARENT TAIL))
(* E.g. (+ X) or (SETQ Y + X))
[AND DWIMIFYFLG (LISTP CLISPCONTEXT)
(COND
((OR (GETPROP (CAR (LISTP TAIL))
(QUOTE CLISPISPROP))
(EQ [CAR (LISTP (GETPROP (CAR (LISTP TAIL))
(QUOTE CLISPCLASS]
(QUOTE ISWORD)))
(* e.g. X IS A NUMBER AND LT Y or X IS A NUMBER AND IS LESS THAN Y)
(CLISPATOMIS? CLISPCONTEXT]
(DWIMERRORRETURN (LIST 1 TAIL PARENT]
(SETQ TAIL (NLEFT (OR SUBPARENT PARENT)
1 TAIL))
(* SUBPARENT can be used to mark that point in a list beyond which not to back up, e.g. (LAMBDA
(X) FOO X LT Y))
(SETQ BACKUPFLG T)
OUT1(CLISPATOM2)
OUT2[COND
([AND [OR [NUMBERP (SETQ CLTYP (GETPROP (SETQ TYP (CAR ENDTAIL))
(QUOTE CLISPTYPE]
(NUMBERP (CAR (LISTP CLTYP]
(NULL (AND DWIMIFYFLG CLISPCONTEXT (EQ [CAR (LISTP (GETPROP (CAR ENDTAIL)
(QUOTE CLISPWORD]
(QUOTE FORWORD))
(OR (EQ CLISPCONTEXT (QUOTE FORWORD))
(EQ CLISPCONTEXT (QUOTE FOR/BIND]
(* i used to have just a (NULL (AND DWIMIFYFLG ONEFLG)) but this means tht if you have a predicate in an iterative
statement, e.g. when x=y+z that it doesnt dwimify completely. the above clause handles it but i dont remember why i
had the original one in there.)
(* reason for the or check is so that DO doesnt get treated as an IS word when
coming from an i.s.)
(SETQ TEM (CLISPATOM1A TYP CLTYP TAIL))
(COND
((OR DWIMIFYFLG (EQ TEM PARENT))
(SETQ TAIL TEM]
OUT3(SETQ TEM (COND
((AND (NULL FORMSFLG)
(EQ TAIL PARENT))
T)
(T TAIL)))
(COND
(DWIMIFYFLG (SETQ NEXTAIL TEM))
(BACKUPFLG (SETQ NEWTAIL TEM)))
[SETQ TEM (COND
((AND (NULL FORMSFLG)
(OR (NULL PARENT)
(EQ TAIL PARENT)))
TAIL)
(T (CAR (LISTP TAIL]
(COND
((AND TENTATIVE (NEQ TENTATIVE (QUOTE CERTAINLY)))
(* Tentative is set to CERTAINLY when we are sure the correction will be CLISP, and to avoid somebody else setting
to T %. IN this casse there will be no message. This occurs when a message has already been printed, e.g. in X*FOO Y
, when user is asked FOO Y -> (FOO Y), the approveal of the CLISP transformation is implicit.)
(SETQ CLISPCHANGES (LIST TEM (CLISPATOM1B)
TAIL
(CDR TAIL)
TENTATIVE NOFIXVARSLST0))
(* note -
(CDR TAIL) used to be endtail in above expression, however, for situations where clispatom1a munches for a while,
this does not produce the right message, e.g. dwimifying .... FOO:1='ZAP ...)
(AND DWIMIFYFLG (SETQ CLISPCHANGE NIL))
(DWIMERRORRETURN)))
(RETURN TEM)
OPR (* We have hit an operator inside of an atom.)
(COND
((NEQ L LST0)
(SETQ TEM (PACK (LDIFF LST0 L)))
(* Collects characters to the right of the last operator in the atom.)
(AND (NEQ (CAR L)
(QUOTE ←))
(CL89CHECK TEM))
(COND
((AND (FLOATP TEM)
(OR (EQ (CAR L)
(QUOTE +))
(EQ (CAR L)
(QUOTE +-)))
(EQ (CAR (NLEFT LST0 1 L))
(QUOTE E)))
(* E.G. X+1.0E-5*Y)
(AND (EQ (CAR L)
(QUOTE +-))
(FRPLACA L (QUOTE -)))
(GO LP1)))
(SETQ ATMS (NCONC1 ATMS TEM))
(SETQ NOTFLG NIL)))
(SETQ ATMS (NCONC1 ATMS (CAR L)))
[COND
(ENDTAIL)
[(NULL TYP) (* First operator.)
(SETQ TYP (CAR L))
(SETQ CLTYP CLTYP1)
(SETQ BROADSCOPE (GETPROP TYP (QUOTE BROADSCOPE)))
(SETQ NOTFLG (EQ (GETPROP TYP (QUOTE LISPFN))
(QUOTE NOT]
[NOTFLG (* It is not only necessary that we are processing a NOT, but that it immediately
precede the current operator.)
(SETQ CLTYP CLTYP1)
(SETQ BROADSCOPE (GETPROP (CAR L)
(QUOTE BROADSCOPE)))
(SETQ NOTFLG (EQ (GETPROP (CAR L)
(QUOTE LISPFN))
(QUOTE NOT]
((STOPSCAN? CLTYP1 CLTYP (CAR L)
(OR (NEQ L LST0)
OPRFLAG))
(* This operator delimits the scope of the first operator found. Set ENDTAIL to be the first thing not within the
scope of the operator.)
(SETQ ENDTAIL (COND
((EQ L CHARLST)
(* The scope delimiting operator was the first thing in an atom, e.g. A*B +C or
A*B + C.)
CURRTAIL)
(T (FLAST ATMS]
[SETQ OPRFLAG (AND BRACKET (EQ (CAR L)
(CADR BRACKET]
(* OPRFLAG is T aater > since no right hand operand is reuired.)
(COND
([AND (CDR L)
CURRTAIL
(OR (AND BRACKET (EQ (CAR L)
(CADR BRACKET)))
(EQ (CAR L)
(QUOTE ~]
(* So that the rest of the atom will be looked at as a unit before being unpacked, e.g. ~GR, want to look up GR.
Also want to look at rest of atom as a unit following >, e.g. FOO←<A B>EQUAL C. By starting over with a new atom, we
also perform the OPRFLAG terminating check, as in FOO←<A B>C.)
(/RPLNODE CURRTAIL (CAR CURRTAIL)
(CONS (PACK (CDR L))
(CDR CURRTAIL)))
(SETQ L NIL)))
(SETQ 89FLG NIL)
(SETQ LST0 (CDR L))
(SETQ L (AND (NEQ (CAR L)
(QUOTE '))
(CDR L))) (* Following a ' no operaars are recognized in the rest of the atm.)
(GO LP])
(CLRPLNODE
(LAMBDA (X A D)
(PROG ((L (CDR UNDOSIDE)))
(COND
(NOSAVEFLG (* X is not contained in original expression, so don't
bother to save)
(GO OUT)))
LP (COND
((EQ L (CDR UNDOSIDE0)) (* X hass not previously been saved)
(/RPLNODE X A D)
(RETURN X))
((NEQ X (CAAR L))
(* If X is EQ to CAR of one of the entries on UNDOOSIDE, then the contents of this node have already been saved,
so it is ok to smash it.)
(SETQ L (CDR L))
(GO LP)))
OUT (FRPLACA X A)
(FRPLACD X D)
(RETURN X))))
(STOPSCAN?
(LAMBDA (CLTYP2 CLTYP1 OPR OPRFLAG) (* wt: "16-AUG-78 21:47")
(* STOPSCAN? is T if operator corresponding to CLTYPX would stop scan for operator corresponding to CLTYP, i.e. if
former is of lower or same precedence as latter.)
(AND CLTYP2 CLTYP1 (PROG NIL
(COND
(BROADSCOPE (COND
((OR (NOT (ZEROP BRACKETCNT))
(EQ CLTYP2 (QUOTE BRACKET)))
(RETURN NIL))))
((EQ CLTYP2 (QUOTE BRACKET))
(RETURN (COND
((EQ OPR (CAR BRACKET))
(* a left bracket)
(* e.g. for X+Y< -- stop scanning. note that for binary brackets, it never stops as is consistent with them being
very tight operators, i.e. FOO←A{..} parses as FOO← (A{..}))
(AND OPRFLAG (EQ BRACKETCNT 1)
(GETP OPR (QUOTE UNARYOP))))
((EQ CLTYP1 (QUOTE BRACKET))
(* i.e. if OPR is the right bracket for BRACKET, or if
OPR is some other bracket inside of scope of BRACKET.)
(* if cltyp1 is ot a bracket, then bracket is not the operator, and should really treat the whole bracketed
expression as an operand and not stop the scan.)
(ZEROP BRACKETCNT)))))
((NOT (ZEROP BRACKETCNT))
(RETURN NIL))
((GETPROP OPR (QUOTE UNARYOP))
(RETURN OPRFLAG)
(* If OPRFLAG is NIL, we have just seen a unary operator with no operand, so under no circumstance stop the scan.
E.g. X*-Y. Note that this does NOT say do not consider next operand as possible operatr, so that X*-+Y will
generate an error, not try to multiply X by (minus +). The case whee the unary operaar is ' is handled specially
in CLISPATOM1 and CLISPATOM1A.)
))
(RETURN (COND
((NOT (ILESSP (COND
((ATOM CLTYP1)
CLTYP1)
(T (CDR CLTYP1)))
(COND
((ATOM CLTYP2)
CLTYP2)
(T (CAR CLTYP2)))))
T)
((AND (LISTP CLTYP2)
(ILESSP (CDR CLTYP2)
(COND
((ATOM CLTYP1)
CLTYP1)
(T (CDR CLTYP1)))))
(* Not sure of this. it is an attempt to handle the A*B←C+D case. Here the initial cltyp is that of *, but since
the right precedence of ← is looser than that of *, means that it should be operative.)
(SETQ CLTYP CLTYP2)
NIL)))))))
(CLUNARYMINUS?
[LAMBDA (OPRFLAG) (* lmm "20-May-84 20:02")
(* True if minus is unary. This is the case when either (1) it immediately follows an operator
(the (AND TYP (NULL OPRFLAG)) check) or (2) it is the first thing in a list (the (EQ CURRTAIL SUBPARENT) check) or
else, car of form is a function and not a variable, and -
negates its first argument. The case where car of form is amisspeleed function is handled, because the tentatitve
correction for binry minus will be tried, and then when spelling correction on function name suceeds, this will be
implemeneted. then there will be another call to clispatom when its aagument is evaluated, and this time the
functionis spelled right. Note that the cse where car of a form is a misspelled variable works also, even when the
variabl could be confusec for a function, since the correction on the variable is tried first.)
(OR (AND TYP (NULL OPRFLAG))
(EQ CURRTAIL SUBPARENT)
(AND (EQ CURRTAIL (CDR SUBPARENT))
(FNTYP (CAR SUBPARENT))
(OR (LISTP (CAR SUBPARENT))
(CLISPNOTVARP (CAR SUBPARENT)))
(OR TYPE-IN? (AND CLISPHELPFLG
(FIXSPELL1 [CONS (CAR SUBPARENT)
(CONS (CADR SUBPARENT)
(NCONC [AND (EQ (CADR SUBPARENT)
(QUOTE -))
(LIST (RETDWIM2 (CADDR SUBPARENT]
(RETDWIM2 (CDDR (COND
((EQ (CADR SUBPARENT)
(QUOTE -))
(CDR SUBPARENT))
(T SUBPARENT]
(QUOTE "the %"-%" is unary")
(QUOTE " ")
T])
(CLBINARYMINUS?
(LAMBDA ($TAIL MINUSTAIL) (* wt: "10-OCT-78 21:22")
(* used when a negative number follows a list. we dont know if a space was typed before the -
or not, so in situation ike ((list) -2) or (x* (list) -2) we ask. warren ↑Z)
(* the EQ used to check tail against subparent. i changed it because on calls to dwimify0? from record, e.g.
(ADD z:1 -1), was trying to treat -1 as binary even though it shouldnt have.)
(AND (EQ TAIL PARENT)
(OR (LISTP (CAR TAIL))
(NUMBERP (CAR TAIL))
(AND (LITATOM (CAR TAIL))
(NOT (CLISPNOTVARP (CAR TAIL)))
(NOT (CLISPFUNCTION? TAIL))))
(OR TYPE-IN? (AND CLISPHELPFLG
(FIXSPELL1 (CONS (CAR $TAIL)
(CONS (CADR $TAIL)
(NCONC (AND (EQ (CADR $TAIL)
(QUOTE -))
(LIST (RETDWIM2 (CADDR $TAIL))))
(RETDWIM2 (CDDR (COND
((EQ (CADR $TAIL)
(QUOTE -))
(CDR $TAIL))
(T $TAIL)))))))
(QUOTE "the %"-%" is a clisp operator")
(QUOTE " ")
T)))
(OR (NULL MINUSTAIL)
(/RPLNODE MINUSTAIL (QUOTE -)
(CONS (MINUS (CAR MINUSTAIL))
(CDR MINUSTAIL)))))))
(CLISPATOM1A
[LAMBDA (TYP CLTYP TAIL NOSAVEFLG)
(* lmm " 4-SEP-83 22:50")
(* This function is similar to CLISPATOM1 except that elements of TAIL do not have to be unpacked.
It is called from either CLISPATOM1 or CLISPATOM2 when more than one operator was encountered in a cluster.
CADR of TAIL is TYP, the next operator to be processed, and CLTYP is its CLISPTYPE. CLISPATOM1A scans down TAIL
looking for the right hand boundary of TYP, but does not unpack any atoms. It then calls CLISPATOM2 to assemble the
form, and then if necessary repeats the process. For example, if the original cluster was A+B*C, the call to
CLISPATOM2 from CLISPATOM1 would replace this with (IPLUS A B * C). CLISPATOM2 would then call CLISPATOM1A with
TAIL= (B * C). Similary, if the original cluster were A*B+C, the call to CLISPATOM2 from CLISPATOM1 would replace
this with (ITIMES A B) with + C having been spliced into the tail. CLISPATOM1 would then call CLISPATOM1A with TAIL=
((ITIMES A B) + C ...))
(PROG (ENDTAIL OPRFLAG BROADSCOPE CLTYP0 BRACKETCNT BRACKET ISFLG)
TOP (SETQ ISFLG (EQ (CAR (GETPROP TYP (QUOTE CLISPCLASS)))
(QUOTE ISWORD)))
(SETQ BRACKETCNT (COND
((SETQ BRACKET (GETP TYP (QUOTE CLISPBRACKET)))
1)
(T 0)))
[SETQ ENDTAIL (COND
((EQ TYP (CAR TAIL))
(* TYP is car of TAIL for unary operatrs, CADR for binary.)
TAIL)
(T (CDR TAIL]
[COND
([AND (EQ TYP (QUOTE ~))
(SETQ CLTYP0 (GETPROP (CADR ENDTAIL)
(QUOTE CLISPTYPE]
(SETQ CLTYP CLTYP0)
(SETQ ENDTAIL (CDR ENDTAIL]
(SETQ BROADSCOPE (GETPROP TYP (QUOTE BROADSCOPE)))
(SETQ OPRFLAG NIL)
LP [COND
((EQ (CAR ENDTAIL)
(QUOTE '))
(SETQ ENDTAIL (CDDR ENDTAIL))
(SETQ OPRFLAG T))
(T (SETQ ENDTAIL (CDR ENDTAIL]
(COND
((NULL ENDTAIL)
(GO OUT))
[(AND ISFLG (GETPROP (CAR ENDTAIL)
(QUOTE CLISPISPROP]
((SETQ CLTYP0 (GETPROP (CAR ENDTAIL)
(QUOTE CLISPTYPE)))
(SETQ ISFLG (EQ (CAR (GETPROP (CAR ENDTAIL)
(QUOTE CLISPCLASS)))
(QUOTE ISWORD)))
[COND
[BRACKET (COND
((EQ (CAR ENDTAIL)
(CAR BRACKET))
(SETQ BRACKETCNT (ADD1 BRACKETCNT)))
((EQ (CAR ENDTAIL)
(CADR BRACKET))
(SETQ BRACKETCNT (SUB1 BRACKETCNT]
((EQ CLTYP0 (QUOTE BRACKET))
(SETQ BRACKET (GETPROP (CAR ENDTAIL)
(QUOTE CLISPBRACKET)))
(COND
((EQ (CAR ENDTAIL)
(CAR BRACKET))
(SETQ BRACKETCNT (ADD1 BRACKETCNT)))
(T (DWIMERRORRETURN (LIST (LIST (QUOTE BRACKET)
(CAR BRACKET))
PARENT]
(AND (STOPSCAN? CLTYP0 CLTYP (CAR ENDTAIL)
OPRFLAG)
(GO OUT))
[SETQ OPRFLAG (AND (EQ CLTYP0 (QUOTE BRACKET))
(EQ (CAR ENDTAIL)
(CADR BRACKET]
(* E.g. X←<A B> see comment in CLISPATOM1)
)
((AND OPRFLAG (ZEROP BRACKETCNT)
(NULL BROADSCOPE))
(GO OUT))
(T (SETQ OPRFLAG T)))
(GO LP)
OUT (CLISPATOM2)
(COND
([AND (SETQ CLTYP (GETPROP (SETQ TYP (CAR ENDTAIL))
(QUOTE CLISPTYPE)))
(NULL (AND DWIMIFYFLG CLISPCONTEXT ONEFLG (EQ (CAR (GETPROP (CAR ENDTAIL)
(QUOTE CLISPWORD)))
(QUOTE FORWORD))
(OR (EQ CLISPCONTEXT (QUOTE FORWORD))
(EQ CLISPCONTEXT (QUOTE FOR/BIND]
(* E.g. A+B*C+D. The first call to CLISPATOM1A is with TAIL (B * C + D). The first call to CLISPATOM2 changes this
to ((ITIMES B C) + D), and then we loop back to the top of CLISPATOM1A. The reason for the OR is so that do does not
get treated as an IS WORD when coming from an i.s.)
(GO TOP)))
(AND TENTATIVE (SETQQ TENTATIVE PROBABLY))
(* Don't consider another interpretation if there are two or more CLISP operators
in this cluster.)
(RETURN TAIL])
(CLISPATOM1B
(LAMBDA NIL (* wt: 25-FEB-76 1 41)
(* Copies changes.)
(PROG ((L UNDOSIDE)
(L1 (CDR UNDOSIDE0))
LST)
LP (COND
((EQ (SETQ L (CDR L))
L1)
(RETURN LST))
((LISTP (CAAR L))
(SETQ LST (CONS (CONS (CAAR L)
(CONS (CAAAR L)
(CDAAR L)))
LST)))
((EQ (CAAR L)
(QUOTE /PUTHASH)) (* Pattern match.)
(SETQ LST (CONS (LIST (QUOTE /PUTHASH)
(CADAR L)
(GETHASH (CADAR L)
CLISPARRAY)
CLISPARRAY)
LST))))
(GO LP))))
(CL89CHECK
[LAMBDA (X) (* lmm " 4-SEP-83 22:46")
(* Checks to see if an 8 or a 9 was seen inside of what looks like an unbound atom, e.g. N*8FOO, where 8FOO is not
bound. In this case, must do the 8-9 fix before the infix transformation.)
(AND 89FLG CURRTAIL (LITATOM X)
(OR (NEQ TYP (QUOTE :))
(NOT (RECORDFIELD? X)))
(CLISPNOTVARP X)
(COND
((FIX89A (CAR CURRTAIL)
(CAR 89FLG)
(IMINUS (LENGTH 89FLG)))
(* LENGTH is used to specify the position of the 8 or 9 in the atom, since thee
may be more than one.)
(* This undoes all the changes made inCLISPATOM1. When control gets back to CLISPATOM0, iit will know to call FIX89
because 89FLG is not NIL.)
(DWIMERRORRETURN))
(T (SETQ 89FLG NIL])
(CLISPATOM2
[LAMBDA NIL (* lmm "20-May-84 19:14")
(* Assembles LISP forms from the CLISP expressions)
(PROG ((PARENT PARENT)
VAR1 VAR2 Z (UNARYFLG (GETPROP TYP (QUOTE UNARYOP)))
(LISPFN (GETPROP TYP (QUOTE LISPFN)))
TEM NEGFLG (CLISPCLASS (GETPROP TYP (QUOTE CLISPCLASS)))
ENDTAIL-1)
(AND (NEQ TYP (CAR TAIL))
UNARYFLG
(SETQ TAIL (CDR TAIL)))
(* On calls from CLISPATOM1A, TYP is always CADR of TAIL. e.g. in X+Y 'Z, on the call to CLISPATOM2 to process ',
TAIL would be (IPLUS X Y) ' Z.)
[COND
((AND (SETQ TEM (GETP (CAR ENDTAIL)
(QUOTE CLISPBRACKET)))
(EQ (CAR ENDTAIL)
(CADR TEM)))
(SETQ ENDTAIL-1 ENDTAIL)
(SETQ ENDTAIL (CDR ENDTAIL]
[COND
((AND (NOT (ZEROP BRACKETCNT))
(EQ CLTYP (QUOTE BRACKET)))
(DWIMERRORRETURN (LIST [LIST (QUOTE BRACKET)
(COND
((MINUSP BRACKETCNT)
(CAR BRACKET))
(T (CADR BRACKET]
PARENT)))
((NULL (CDR TAIL))
(DWIMERRORRETURN 1))
((NULL ENDTAIL))
[(AND (NULL FORMSFLG)
(GETPROP (CAR ENDTAIL)
(QUOTE CLISPTYPE)))
(COND
((NEQ TAIL PARENT))
([OR (NULL (GETPROP (CAR ENDTAIL)
(QUOTE UNARYOP)))
(AND (EQ (CAR ENDTAIL)
(QUOTE ~))
(GETPROP (CADR ENDTAIL)
(QUOTE CLISPTYPE] (* X+Y~=Z is OK.)
)
((AND UNARYFLG (CLISPATOM2C TAIL)) (* E.G. (~FOO 'X Y) is OK.)
)
(T (* E.G. (X + Y ' Z))
(DWIMERRORRETURN (LIST 2 ENDTAIL PARENT]
[(AND (NULL FORMSFLG)
(EQ PARENT TAIL)) (* An missing operand error is going to be generated if
something isnt done in the next COND, e.g
(X*Y Z))
(COND
((AND DWIMIFYFLG (LISTP CLISPCONTEXT)
(GETPROP (CADR TAIL)
(QUOTE CLISPISPROP))
(CLISPATOMIS? CLISPCONTEXT)) (* E.g. X IS A NUMBER AND ~ LESS THAN y)
)
((AND ENDTAIL DWIMIFYFLG (EQ CLISPCONTEXT (QUOTE IFWORD))
(CLISPRESPELL ENDTAIL CLISPIFWORDSPLST))
(RETEVAL (RETDWIM0 (QUOTE CLISPIF0))
(QUOTE (PROGN (SETQ CLISPRESPELL T)
NIL))
T))
[(AND ENDTAIL (CLISPRESPELL ENDTAIL CLISPINFIXSPLST))
(* E.g. (X + Y LSS Z). Note that we do not try to correct spelling on infixes unless the form is otherwise going
to cause an eror, e.g. in (FOO X←Y ORR --), the ORR is not checked for here. Thus in the event that the next thing
on ENDTAIL is a CLISP transformation, e.g. (FOO X←Y Z←W), we do not have to do any extra work.
This algorithm contains the implicit assumption that all the operatrs on CLISPINFIXSPLST (i.e. the ones we correct
for) will terminate the scope of all non-broadscope operators. Otherwise, if FOO is a non-broadscope operator, and
FIE would not terminate FOO, and FIE is on CLISPINFIXSPLST, the form (LIST A FOO B FIEE C) would parse as
(LIST (A FOO B) FIE C), which is wrong. In this case, not only would we have to backup to CLISPATOM1 using RETEVAL
as in CLIPATOMB, we would also have to check for misspelled operaaors appearng in CAR of ENDTAIL even when an
error would not otherwise be generated, e.g. in (LIST X←Y Z←W) we would have to check the spelling of Z←W.
Note that when the current operator is broadscope, we always perform spelling correction (via the call to DWIIFY!
in CLISPTOM2B) since once parentheses are inserted, we can't distinguish e.g. (X AND Y ORR Z) from
(X AND (Y ORR Z)).)
(COND
(DWIMIFYFLG (* E.g. Y←T ORR Z)
(RETEVAL [RETDWIM0 (QUOTE CLISPATOM1)
(AND (LISTP CLISPCONTEXT)
(RETDWIM0 (QUOTE WTFIX]
(QUOTE (PROGN (SETQ CLISPRESPELL T)
NIL))
T)
(* The check in RETDWIM0 is because if LISTP CLISPCONTEXT then we want to go back to the clispatom1 above this
call to wtfix, e.g. consider X AND Y←T ORR Z. In this case, we are dwimifying (Y←T ORR Z) but we want to go bck to
higher level.)
]
([CLISPATOM2C (COND
(UNARYFLG TAIL)
(T (CDR TAIL] (* E.G. FOO←GETP 'FIE 'EXPR)
)
(T (* E.g. (LIST * X Y))
(DWIMERRORRETURN (LIST 2 ENDTAIL PARENT]
((CLISPATOM2C (COND
(UNARYFLG TAIL)
(T (CDR TAIL]
(COND
((EQ CLTYP (QUOTE BRACKET))
(* Note that as currently implemented, ENDTAIL can be NIL. i.e. there is no check for whether or not matching >
where actually found. This enables user to insert expressions like <<X <Y and terminate them with a %] instead of
having to balance out the angle brackets.)
[SETQ Z (COND
(UNARYFLG
(* IFCONTEXT is preserved because in the case of an unpaired <, i.e., if CAR of ENDTAIL was not >, the scope may
include the entire IF statement, e.g. IF A THEN <B C ELSSE D If we generated an error when there was no matching
<, then IFCONTEXT could be bound to NIL here. This is not done in order that angle brackets can be closed with a
")" or "]", e.g. typing in << -- < -- "]")
(DWIMIFY2? (SETQ TEM (LDIFF (CDR TAIL)
ENDTAIL-1))
TEM NIL T NIL NIL (AND DWIMIFYFLG (EQ CLISPCONTEXT
(QUOTE IFWORD))
CLISPCONTEXT)))
(T (DWIMIFY2? (SETQ TEM (LDIFF (CDDR TAIL)
ENDTAIL-1))
TEM NIL T NIL NIL (AND DWIMIFYFLG (EQ CLISPCONTEXT (QUOTE IFWORD))
CLISPCONTEXT]
[SETQ Z (COND
[[NULL (SETQ TEM (LISTGET1 BRACKET (QUOTE DWIMIFY]
(SETQ TEM (LISTGET1 BRACKET (QUOTE SEPARATOR)))
[SETQ Z (MAPCONC Z (FUNCTION (LAMBDA (X)
(AND (OR (NULL TEM)
(NEQ X TEM))
(LIST X]
(CONS (OR LISPFN (LISTGET1 BRACKET (QUOTE LISPFN)))
(COND
(UNARYFLG Z)
(T (CONS (CAR TAIL)
Z]
[UNARYFLG (COND
((EQ TEM (QUOTE CLISPANGLEBRACKETS))
(CLISPANGLEBRACKETS Z))
(T (APPLY* TEM Z]
(T (APPLY* TEM (CAR TAIL)
Z]
(COND
((AND (NULL ENDTAIL)
(NULL FORMSFLG)
(OR (NULL PARENT)
(EQ PARENT TAIL)))
(CLRPLNODE TAIL (CAR Z)
(CDR Z))
(SETQ Z T))
(T (CLRPLNODE TAIL Z ENDTAIL)
(SETQQ Z PARTIAL)))
(AND DWIMIFYFLG (SETQ CLISPCHANGE Z))
(GO OUT)))
TOP [COND
[(EQ TYP (QUOTE ~))
(COND
((NEQ (CAR TAIL)
TYP)
(* In most cases, CAR TAIL will be TYP. However, can also case where user leaves out a space, e.g.
(LIST~X Y) or (X~MEMB Y) or (X~=Y). Performing this check simplifies the code considerably.)
(SETQ TAIL (CDR TAIL))
(SETQ UNARYFLG T)))
(COND
((EQ TAIL PARENT) (* E.g. (~ FOO X) or (~ X) or
(~FOO XXA) or (~X))
(AND DWIMIFYFLG (LISTP CLISPCONTEXT)
(GETPROP (CADR TAIL)
(QUOTE CLISPISPROP))
(CLISPATOMIS? CLISPCONTEXT)) (* E.g. X AND Y ARE ~NUMBERS AND ~STRINGS In this
situaton, we are dwimifying (~ STRINGS))
)
([OR (EQ (SETQ TEM (CADR TAIL))
(QUOTE ~))
(AND (GETPROP TEM (QUOTE CLISPTYPE))
(NOT (GETPROP TEM (QUOTE UNARYOP]
(* E.G. (X ~MEMB Y), or (X~MEMB Y), i.e. ~ is being used
to negate an operator.)
(SETQ BACKUPFLG T)
(SETQ TAIL (NLEFT PARENT 1 TAIL))
(CLRPLNODE TAIL (CAR TAIL)
(CDDR TAIL)) (* Remove the NOT.)
(SETQ UNARYFLG NIL)
(SETQ TYP (CADR TAIL))
(SETQ LISPFN (GETPROP TYP (QUOTE LISPFN)))
(SETQ NEGFLG (NOT NEGFLG))
(GO TOP]
((OR (EQ TYP (QUOTE NOR))
(EQ TYP (QUOTE nor)))
(SETQQ TYP AND)
(CLRPLNODE (CDDR TAIL)
(QUOTE NOT)
(CONS (CADDR TAIL)
(CDDDR TAIL]
(COND
((EQ ENDTAIL (CDR TAIL))
(* Occurs when a unary operator is immediately followed by another operatr, e.g. X='+ or -*X.
In former case, ' will be transformed above in CLISPATOM. Note that ' MUST be a CLISP operator in order for things
like FOO←' (--) to work.)
(DWIMERRORRETURN 2)))
A [COND
((AND (NULL (SETQ VAR2 (LDIFF (COND
(UNARYFLG (CDR TAIL))
(T (CDDR TAIL)))
ENDTAIL)))
(NULL UNARYFLG)) (* E.G. (LIST X*))
(COND
((AND (EQ (CAR (GETPROP (CADDR TAIL)
(QUOTE CLISPCLASS)))
(QUOTE ISWORD))
(OR (EQ (SETQ LISPFN (GETPROP TYP (QUOTE LISPFN)))
(QUOTE AND))
(EQ LISPFN (QUOTE OR)))
(CLISPATOMIS? TAIL)) (* e.g. X AND Y ARE ATOMS AND ARE NOT NUMBERS.
or X IS A STRING AND DOESN'T HAVE MORE THAN 10
CHARACTERS)
)
(T (DWIMERRORRETURN 1]
[COND
(BROADSCOPE (CLISPBROADSCOPE TYP VAR2 (COND
((EQ (CAR CLISPCLASS)
(QUOTE ISWORD))
(QUOTE IS))
(T PARENT)))
(* Inserts parens in VAR2 e.g. converts (FOO X AND FIE Y) to (FOO X AND (FIE Y)) see comment in clispbroadscope)
(COND
((NEQ TAIL (SETQ TEM (OR SUBPARENT PARENT)))
(* SUBPARENT can be used to mark that point in a list beyond which not to back up, e.g. (LAMBDA
(X) FOO X LT Y))
(CLRPLNODE TEM (LDIFF TEM (CDR TAIL))
(CDR TAIL)) (* inserts parens in VAR1, e.g.
(FOO X AND Y) -> ((FOO X) AND Y))
(SETQ BACKUPFLG T)
(SETQ TAIL TEM)))
(COND
((OR (NULL DWIMIFYFLG)
(NULL CLISPCHANGE))
(CLISPBROADSCOPE1 TAIL PARENT BACKUPFLG]
B (SETQ VAR1 (CAR TAIL))
[SELECTQ TYP
(: (AND LISPFN (GO C)) (* means user has redefined : as a normal lisp operator)
(SETQ Z (CLISPCAR/CDR (SETQ TEM VAR2)))
(* the value returned by CLISPCAR/CDR indicates whether
there was more than one operator involved, and is used
to set CLISPCHANGE below.)
(SETQ TEM (CLISPATOM2D NIL VAR1)) (* Inserts new expressioninto TAIL.)
(COND
(DWIMIFYFLG (AND CLISPCHANGE (GO OUT))
(SETQ CLISPCHANGE TEM))
((NOT (ATOM (CADR VAR2)))
(GO OUT)))
(CLISPATOM2A (CDR VAR2)
VAR2)
(AND TENTATIVE Z (SETQQ TENTATIVE PROBABLY))
(* Means there was more than one : operator.)
(GO OUT))
(← [COND
((NLISTP VAR1)
(SETQ TEM TYP))
(T (* ← in connection with a : operator.)
[SETQ TEM (SELECTQ (CAR VAR1)
(CAR (QUOTE RPLACA))
(CDR (QUOTE RPLACD))
((NCONC NCONC1)
(CAR VAR1))
((replace REPLACE)
(* From record declaration assigmnent.)
(CLISPATOM2D NIL (CLISPRECORD VAR1 VAR2 T))
(* Where the right hand operand to the ← will be
DWIMIFIED, and TENTATIVE set, etc.)
(GO C1))
(COND
([OR (SETQ TEM (GETPROP (CAR VAR1)
(QUOTE SETFN)))
(PROGN (DWIMIFY1? VAR1)
(SETQ TEM (GETPROP (CAR VAR1)
(QUOTE SETFN]
(* E.G. User converts X \ FOO to (GETP X FOO), and puts PUT on SETFN of GETP, so that X \ FOO←T becomes
(PUT X FOO T))
(CLISPATOM2D NIL (CONS (CLISPLOOKUP TEM
(CADR VAR1))
(APPEND (CDR VAR1)
VAR2)))
(* SETFN. Must be handled this way because VAR1 may correspond to more than one operand, e.g. X \ FOO←T ->
(ELT X FOO) ←T and must go to (SETA X FOO T))
(GO C1))
(T (DWIMERRORRETURN (QUOTE ←]
(SETQ LISPFN (GETPROP TEM (QUOTE LISPFN)))
(SETQ VAR1 (CADR VAR1]
(SETQ LISPFN (CLISPLOOKUP TEM VAR1 NIL LISPFN))
[COND
((AND (EQ LISPFN (QUOTE SETQ))
(EQ (CAR VAR2)
(QUOTE '))
(NULL (CDDR VAR2))) (* Last AND clause to detect FOO ← ' FIE :: 2 type of
operations.)
(SETQQ LISPFN SETQQ)
(SETQ VAR2 (CDR VAR2]
(COND
((AND TYPE-IN? (EQ VAR1 (QUOTE )))
(PRIN1 (QUOTE =)
T)
(PRINT (SETQ VAR1 LASTWORD)
T T)))
(GO INSERT))
(COND
((EQ (CAR CLISPCLASS)
(QUOTE ISWORD)) (* e.g. IS, ISN'T, is, isn't)
(CLISPATOM2D NIL (CLISPATOMIS (COND
((LISTP (CAR VAR2))
(CAR VAR2))
(T (* in the case where the tail is a single atom,
CLISPATOM2B doesnt insert the prens.
e.g. X IS ATOMIC.)
VAR2))
CLISPCLASS))
(GO OUT]
C (SETQ LISPFN (CLISPLOOKUP TYP VAR1 (CAR VAR2)
LISPFN))
(COND
(UNARYFLG [SETQ VAR1 (COND
((CDR VAR2) (* E.g. NOT is a unary operator which may take more than
one expression, e.g. NOT A = B)
VAR2)
((AND TYPE-IN? (EQ LISPFN (QUOTE QUOTE))
(EQ (CAR VAR2)
(QUOTE )))
(PRIN1 (QUOTE =)
T)
(PRINT LASTWORD T T))
(T (CAR VAR2]
(SETQ VAR2 NIL)
(GO INSERT)))
[SETQ TEM (COND
((AND VAR2 (NULL (CDR VAR2)))
(CAR VAR2] (* TEM is the right-hand argument, if it is a single
item.)
(COND
((SELECTQ LISPFN
[EQ (COND
((EQ TEM 0)
(SETQQ LISPFN ZEROP))
((AND VAR2 (NULL (CDR VAR2))
(NULL (CAR VAR2)))
(SETQQ LISPFN NULL]
[IPLUS (COND
((AND (LISTP VAR1)
(EQ (CAR VAR1)
(QUOTE IPLUS))) (* Leave asis, so X+Y+1 goes to
(IPLUS X Y 1) instead of (ADD1
(IPLUS X Y)))
NIL)
((EQ TEM 1)
(SETQQ LISPFN ADD1))
((EQ TEM -1)
(SETQQ LISPFN SUB1]
[IDIFFERENCE (COND
((AND (LISTP VAR1)
(EQ (CAR VAR1)
(QUOTE IPLUS))
(NULL (CDR VAR2)))
[SETQ VAR2 (LIST (COND
((NUMBERP (CAR VAR2))
(MINUS (CAR VAR2)))
(T (LIST (QUOTE IMINUS)
(CAR VAR2]
(SETQQ LISPFN IPLUS)
NIL)
((EQ TEM 1)
(SETQQ LISPFN SUB1]
NIL)
(SETQ VAR2 NIL)))
INSERT
(SETQ TEM (CLISPATOM2D LISPFN (CONS VAR1 VAR2)))
(COND
((AND PARENT (ATOM PARENT))
(CLISPATOM2A TAIL TAIL)
(GO OUT))) (* Corresponds to the case where the entire expression
became an atom, e.g. X~=NIL gging to X, or -
3 going to -3.0)
(SETQ Z (CDR PARENT))
(* Z is used to find the operands for DWIMIFYING. It is now set so that CAR of it coresponds VAR1 and CADR of it
coresponds CAR of VAR2.)
(COND
((CLISPNOEVAL LISPFN)
(AND DWIMIFYFLG (SETQ CLISPCHANGE TEM))
(GO NEG))
(DWIMIFYFLG (AND CLISPCHANGE (NULL UNARYFLG)
(GO C1)) (* If CLISPCHANGE is T and this is not a UNARY
operation, the first operand has already been
dwimified.)
(SETQ CLISPCHANGE TEM))
((NOT (ATOM (CAR Z)))
(GO C1)))
(AND (NEQ LISPFN (QUOTE SETQ))
(CLISPATOM2A Z PARENT))
(* Dwimifies VAR1, e.g. ((A+B) *C). If CLISPCHANGE is T, VAR1 has already been processed, e.g. A*B+C, becomes
((ITIMES A A) + C), and the A and B have already been checked by the first call to CLISPATOM2.
VAR1 is also dwimified when running provided it is atomic. so that if it or VAR2 is unbound, an alternate
correction will be tried, e.g. mistyping a variable named FOO-1 as FOOO-1.)
C1 [COND
(UNARYFLG (GO C2))
((AND (LISTP VAR1)
(EQ LISPFN (CAR VAR1))
(FMEMB LISPFN (QUOTE (AND OR IPLUS ITIMES FPLUS FTIMES PLUS TIMES)))
(NEQ VAR1 (CAR CLISPLASTSUB)))
(* Handles nospreads, e.g. A+B+C becomes (IPLUS A B C) Note that where necessary, VAR1 has already been dwimified.
The CLISPLASTSUB check is to prevent parens from beig taken out when VAR1 is the result of an IS PHRASE since this
is needed later.)
(CLRPLNODE Z (CADR VAR1)
(APPEND (CDDR VAR1)
VAR2]
(SETQ Z VAR2)
(COND
((OR DWIMIFYFLG (LITATOM (CAR Z)))
(CLISPATOM2A Z PARENT)))
C2 (* Z is now set so that it corresponds to the right hand
argument of the oprator.)
(COND
([AND Z (SETQ CLTYP (GETPROP (SETQ LISPFN (CAR Z))
(QUOTE CLISPTYPE] (* The second operand is itself an operator, e.g. a+*b.)
(COND
([OR (NULL (CDR Z))
(NULL (GETPROP LISPFN (QUOTE UNARYOP] (* The GETP check is because this is not an error if the
operator is unary.)
(DWIMERRORRETURN 2)))
(CLISPATOM1A LISPFN CLTYP Z ENDTAIL) (* If ENDTAIL is non-nil, the LDIFF copied this portion
of TAIL, so it is not necessary to do any saving.)
)
((NULL (CDR Z)))
((SETQ CLTYP (GETPROP (SETQ LISPFN (CADR Z))
(QUOTE CLISPTYPE)))
(CLISPATOM1A LISPFN CLTYP Z ENDTAIL)))
NEG [COND
(NEGFLG (* An operator was negated, e.g. X ~MEMB y)
(CLRPLNODE PARENT (QUOTE NOT)
(LIST (CONS (CAR PARENT)
(CDR PARENT]
[COND
([AND (EQ (CAR PARENT)
(QUOTE NOT))
(LISTP (SETQ TEM (CADR PARENT)))
(NOT (EQUAL PARENT (SETQ TEM (NEGATE TEM]
(* Special stuff for negation.
Done fter everything to take care of both X~=Y, and ~
(EQ X Y) in the same way.)
[COND
((EQ PARENT (CAR TAIL))
(CLRPLNODE TAIL TEM (CDR TAIL)))
((LISTP TEM)
(CLRPLNODE TAIL (CAR TEM)
(CDR TEM]
(AND TENTATIVE (SETQQ TENTATIVE PROBABLY]
OUT (RETURN TAIL])
(CLISPNOEVAL
[LAMBDA (FN DEFAULT) (* bvm: "21-Jun-84 14:19")
(* returns true if FN doesn't evaluate its args.
If not sure, return DEFAULT)
(PROG (TEM)
[COND
((SETQ TEM (FASSOC FN DWIMEQUIVLST))
(SETQ FN (CDR TEM]
(RETURN (AND (SELECTQ (ARGTYPE FN)
((1 3) (* NLAMBDA)
T)
[NIL (* udf -- see what else we know about it)
(OR (FMEMB FN NLAMA)
(FMEMB FN NLAML)
(COND
((NOT (GETLIS FN MACROPROPS))
DEFAULT)
[DWIMINMACROSFLG
(* Macros are treated as LAMBDA forms unless INFO prop
says otherwise)
(RETURN (EQMEMB (QUOTE NOEVAL)
(GETPROP FN (QUOTE INFO]
(T T]
(OR (FMEMB FN NLAMA)
(FMEMB FN NLAML)))
(NOT (EQMEMB (QUOTE EVAL)
(GETPROP FN (QUOTE INFO])
(CLISPLOOKUP
[LAMBDA (WORD $VAR1 $VAR2 $LISPFN) (* lmm "20-May-84 19:08")
(* In most cases, it is not necessary to do a full lookup. This is q uick an dirty check inside of the block to
avoid calling CLISPLOOKUP0 It will work whenever there are no local declarations.)
(PROG (TEM CLASS CLASSDEF)
(SETQ CLASS (GETPROP WORD (QUOTE CLISPCLASS)))
(SETQ CLASSDEF (GETPROP CLASS (QUOTE CLISPCLASSDEF)))
(* used to be getprop word, but this meant GT worked differently than gt. also this new way is consistent with
clispifylooup. shuld it bb (OR (getprop word) (getprop class)) ?)
[SETQ TEM (COND
((AND CLASSDEF (SETQ TEM (GETLOCALDEC EXPR FAULTFN)))
(* must do full lookup. Note that it is not necessary to do a call to CLISPLOOKUP0 if word has a CLASS, but no
CLASSDEF, e.g. FGTP, FMEMB, etc., since if these are ued as infix operators, they mean the corresponding functin
regardless of declaraton. I.e. The CLASSDEF property says that this is the name of an infix operator.
The CLASS property is used as a back pointer to the name of the operator/class of which this word is a member.)
(CLISPLOOKUP0 WORD $VAR1 $VAR2 TEM $LISPFN CLASS CLASSDEF))
(T (SELECTQ CLASS
(VALUE (RETURN (GETATOMVAL WORD)))
((RECORD RECORDFIELD)
(RETURN NIL))
(OR $LISPFN (GETPROP WORD (QUOTE LISPFN))
WORD]
[COND
([AND (EQ (CAR CLASSDEF)
(QUOTE ARITH))
(EQ TEM (CADR CLASSDEF))
(OR [COND
((NLISTP $VAR1)
(FLOATP $VAR1))
(T (EQ (CAR $VAR1)
(CADDR CLASSDEF]
(COND
((NLISTP $VAR2)
(FLOATP $VAR2))
(T (EQ (CAR $VAR2)
(CADDR CLASSDEF]
(SETQ TEM (CADDR CLASSDEF]
(RETURN TEM])
(CLISPATOM2A
(LAMBDA (TAIL PARENT) (* wt: " 5-DEC-79 18:24")
(AND TAIL (NULL BROADSCOPE)
(PROG ((DWIMIFYING (AND DWIMIFYFLG DWIMIFYING))
(CLISPCONTEXT (AND DWIMIFYFLG CLISPCONTEXT))
DWIMIFYCHANGE TEM) (* If BROADSCOPE is T, everything has already been
dwimified. See comments in clispatm2 and clispatom2b1)
(* CLISPATOM2A sets up state variables itself rather
than calling DWIMIFY1? or DWIMIFY2? because it wants to
be able to add to NOFIXVARSLST0.)
(COND
((NULL DWIMIFYFLG)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)))
(SETQ TEM
(COND
((OR (NEQ TYP (QUOTE ←))
(LISTP VAR1)) (* VAR1 is a list when the ← is a record expression.)
(QUOTE DONTKNOW))
((OR (FMEMB VAR1 VARS)
(FMEMB VAR1 NOFIXVARSLST0))
(QUOTE PROBABLY))
((OR (BOUNDP VAR1)
(AND (NULL DWIMIFYING)
(STKSCAN VAR1 FAULTPOS))
(GETPROP VAR1 (QUOTE GLOBALVAR))
(FMEMB VAR1 GLOBALVARS)) (* Added to NOFIXVARSLST0 so will be avilable for
spelling correction in the future.)
(SETQ NOFIXVARSLST0 (CONS VAR1 NOFIXVARSLST0))
(QUOTE PROBABLY))
((AND (NEQ CLISPCONTEXT (QUOTE FOR/BIND))
(EQ VAR1 (CADR PARENT))
(NEQ NOSPELLFLG T)
(OR (NULL NOSPELLFLG)
TYPE-IN?)
(OR (AND VARS (SETQ TEM (FIXSPELL VAR1 NIL VARS NIL NIL NIL NIL NIL T
(QUOTE MUSTAPPROVE))))
(SETQ TEM (FIXSPELL VAR1 NIL SPELLINGS3 NIL NIL NIL NIL NIL T
(QUOTE MUSTAPPROVE)))))
(* FIXSPELL is called instead of CLISPRESPELL because we
dont want runon corrections, and also we have performed
msot of the checks of CLISPRESPELL.)
(CLRPLNODE (CDR PARENT)
TEM
(CDDR PARENT))
(QUOTE CERTAINLY))
(T (SETQ NOFIXVARSLST0 (CONS VAR1 NOFIXVARSLST0))
(* Added to NOFIXVARSLST0 so that it will be available
for spelling correction in the future.)
(QUOTE DONTKNOW))))
(RETURN (COND
((LISTP (CAR TAIL))
(COND
((NEQ CLISPCONTEXT (QUOTE LINEAR))
(DWIMIFY1 (CAR TAIL)))
(T (CAR TAIL))))
((AND TAIL (CAR TAIL)
(LITATOM (CAR TAIL))
(NOT (GETPROP (CAR TAIL)
(QUOTE CLISPTYPE))))
(* We already know that the atom has no operators
internal to it, having scanned through it earlier.)
(SETQ CLISPCONTEXT NIL)
(COND
((AND (NULL (DWIMIFY2 TAIL PARENT T NIL T (QUOTE NORUNONS)))
(NULL TENTATIVE)
(FMEMB TYP CLISPCHARS))
(SETQ TENTATIVE TEM))))))))))
(CLISPBROADSCOPE
[LAMBDA ($TYP L CONTEXT) (* lmm "20-May-84 20:02")
(PROG ((BRACKETCNT 0)
(L0 L))
LP [COND
((NULL L)
(COND
((NULL (CDR L0))
(CLISPBROADSCOPE1 L0 CONTEXT))
(T (CLRPLNODE L0 (CONS (CAR L0)
(CDR L0))
NIL)
(CLISPBROADSCOPE1 L0 CONTEXT T)))
(RETURN))
((AND (EQ (CAR L)
(QUOTE <))
(GETP (QUOTE <)
(QUOTE CLISPTYPE)))
(SETQ BRACKETCNT (ADD1 BRACKETCNT)))
((AND (EQ (CAR L)
(QUOTE >))
(GETP (QUOTE >)
(QUOTE CLISPTYPE)))
(SETQ BRACKETCNT (SUB1 BRACKETCNT)))
((AND (EQ (CAR L)
$TYP)
(ZEROP BRACKETCNT))
(COND
((EQ L (CDR L0))
(CLISPBROADSCOPE1 L0 CONTEXT)
(SETQ L0 (SETQ L (CDR L)))
(GO LP))
(T (CLRPLNODE L0 (LDIFF L0 L)
L)
(CLISPBROADSCOPE1 L0 CONTEXT T)
(* The problem with broadscope opraars is that it is necessary to disgintuigh between prens user inserted fro
grouping and those inserted by dwim, e.g. (X AND Y ORR Z) -> (OR (AND X Y) Z), whereas (X AND
(Y ORR Z)) -> (AND X (OR Y Z)) For these two cases, (Y ORR Z) must be dwimified differently, i.e. with a different
clispcontext. Since in the case of IS phrases, the opeands must be dwimified before CLISPATOMIS can do the
maaching, we will do all dwimifying of broadscope operands here, rather than waiting for them to be done in
clispatom2a. Thus we can also disgintuish which lists were originally in the expression and which were due to
paens inserted by clispbroadscope.)
(SETQ L0 (SETQ L (CDR L)))
(GO LP]
(SETQ L (CDR L))
(GO LP])
(CLISPBROADSCOPE1
(LAMBDA (X CONTEXT FLG)
(PROG (TEM)
(RETURN (COND
((NLISTP (CAR X))
(SETQ TEM (DWIMIFY2? (SETQ TEM (LIST (CAR X)))
TEM TEM NIL NIL NIL (COND
((EQ CONTEXT (QUOTE IS))
(QUOTE IS))
(T
(* Reason for the OR is to handle things like X IS A NUMBER AND NOT LT Y. In this case would be dwimifying
(NOT LT Y) but when go to dwimify (NOT) want CLISPATOMIS? to be able to se the higher context.)
(OR (AND DWIMIFYFLG (LISTP CLISPCONTEXT))
CONTEXT)))))
(FRPLACA X (COND
((CDR TEM)
TEM)
(T (CAR TEM)))))
((EQ CONTEXT (QUOTE IS))
(DWIMIFY2? (CAR X)
(CAR X)
(CAR X)
NIL NIL NIL CONTEXT))
(T
(* FLG says that the parens were inserted here, so that CONTEXT should be passed on to DWIMIFY1 in case there is a
spelling error, e.g. (TAIL AND Y ORR Z) gets handled differently than (TAIL AND Y OR Z))
(DWIMIFY1? (CAR X)
(AND FLG CONTEXT))))))))
(CLISPATOM2C
[LAMBDA (TAIL0) (* lmm "20-May-84 19:55")
(* Checks for the case where user leaves out arentheses
in front of functon name that follows an operator, e.g.
(LIST X+ADD1 Y))
(SETQ TAIL0 (CDR TAIL0)) (* TAIL0 is as of the right hand operand.)
(COND
([AND (NEQ TYP (QUOTE '))
(NEQ TYP (QUOTE :))
(NEQ TYP (QUOTE <))
(AND (LITATOM (CAR TAIL0))
(NULL (GETPROP (CAR TAIL0)
(QUOTE UNARYOP)))
(CLISPFUNCTION? TAIL0 (QUOTE NOTVAR)
[FUNCTION (LAMBDA (X Y)
(CONCAT [COND
((EQ (CDR Y)
(CDAR Y))
(* Unary operator)
(CAAR Y))
(T (CONCAT (RETDWIM2 (CAAR Y))
(COND
((EQ (CADAR Y)
(QUOTE +-))
(QUOTE -))
(T (CADAR Y]
(SUBSTRING (RETDWIM2 (CDR Y))
2 -1]
[FUNCTION (LAMBDA (X Y)
(CONCAT [COND
((EQ (CDR Y)
(CDAR Y))
(* Unary operator)
(CAAR Y))
(T (CONCAT (RETDWIM2 (CAAR Y))
(COND
((EQ (CADAR Y)
(QUOTE +-))
(QUOTE -))
(T (CADAR Y]
[RETDWIM2 (COND
[(LISTP X)
(CONS (CAR X)
(CONS (CDR X)
(CDDR Y]
(T (CONS X (CDDR Y]
(QUOTE ")"]
(CONS TAIL TAIL0]
(* The GETP check is for situations like (LIST X←'FOO Y) i.e. a unary operator could never take care of the rest
of the list.)
(/RPLNODE TAIL0 (CONS (CAR TAIL0)
(CDR TAIL0)))
(SETQ ENDTAIL NIL) (* Once you print a message, you dont want to go and try
another interpretation.)
(SETQQ TENTATIVE CERTAINLY])
(CLISPATOM2D
(LAMBDA (X Y)
(* Inserts new expression into TAIL. Value is T if expression was not parenthesized, PARTIAL if it was, i.e. if it
corresponded to the new CAR of TAIL. If X is NIL, Y is the whole expression.)
(COND
((AND (NULL ENDTAIL)
(NULL FORMSFLG)
(OR (NULL PARENT)
(EQ PARENT TAIL)))
(* This is the case in which we do not want to 'subordinate' the expression with an extra pair of parentheses.
E.g. (LIST (A+B)). The ENDTAIL check is necessary because if it is not NIL, there are more expressions following
the first one, e.g. (LIST (A*B+C)) and we must keep this expression separate, i.e. make (A*B+C) become
((ITIMES A A) + C))
(COND
((NULL X) (* Y is the entire expression to be inserted, but we
can't use it because we have to "take out" the
parentheses.)
(CLRPLNODE TAIL (CAR Y)
(CDR Y))
(AND (SETQ X (GETHASH Y CLISPARRAY))
(CLISPTRAN TAIL X)) (* Must move translation to new expression.
This only occurs if the expression is enclosed in
prentheses, e.g. (X: (--)))
(AND (EQ Y (CAR CLISPLASTSUB))
(FRPLACA CLISPLASTSUB TAIL))
(* Y is the expression returned by CLISPATOMIS but it is not going to apear in the new expression, so must change
clisplastsub to correspnd)
)
(T (CLRPLNODE TAIL X Y)))
(SETQ PARENT TAIL)
T)
(T (* Here we must parenthesize the expression so as to
subordinate it.)
(SETQ Y (COND
((NULL X)
Y)
((AND (EQ TYP (QUOTE -))
(NUMBERP (CAR Y)))
(MINUS (CAR Y)))
(T (CONS X Y))))
(CLRPLNODE TAIL Y ENDTAIL) (* ENDTAIL being all the stuff not belonging to the
CLISP expression, i.e. beyond its scope.)
(SETQ PARENT (CAR TAIL))
(QUOTE PARTIAL)))))
(CLISPCAR/CDR
[LAMBDA (LST) (* lmm " 4-SEP-83 23:01")
(* Handles the : infix operatr.)
(PROG ((SETQFLG (EQ (CAR ENDTAIL)
(QUOTE ←)))
TAILFLG N TEM VAL)
(SETQ VAR2 NIL)
LP (SETQ TAILFLG NIL)
[COND
((EQ (CAR LST)
(QUOTE :)) (* Tail)
(SETQ TAILFLG T)
(SETQ LST (CDR LST]
(COND
((NULL LST)
(SETQ VAR1 (LIST (COND
((NULL SETQFLG)
(GO ERROR))
(TAILFLG
(* X::←)
(QUOTE NCONC))
(T (QUOTE NCONC1)))
VAR1))
(RETURN VAL)))
(COND
((EQ (SETQ N (CAR LST))
(QUOTE -))
(COND
([NOT (NUMBERP (SETQ N (CADR LST]
(GO ERROR)))
(SETQ N (MINUS N))
(SETQ LST (CDR LST))
(GO NEG))
((NOT (NUMBERP N))
[COND
(TAILFLG (GO ERROR))
((LISTP N)
(SETQ VAR1 (LIST (QUOTE match)
VAR1
(QUOTE with)
N))
(COND
((OR (EQ (CADR LST)
(QUOTE ->))
(EQ (CADR LST)
(QUOTE =>)))
(NCONC VAR1 (CDR LST))
(DWIMIFY2? (SETQ TEM (CDDR LST))
VAR1 TEM)
(SETQ LST NIL)))
(CLISPTRAN VAR1 (MAKEMATCH VAR1))
(AND (NULL VAR2)
(SETQ VAR2 VAR1)))
[[SETQ TEM (CLISPRECORD VAR1 N (AND SETQFLG (NULL (CDR LST]
(SETQ VAR1 TEM)
(AND (NULL VAR2)
(SETQ VAR2 (NLEFT VAR1 2]
((SETQ TEM (GETPROP N (QUOTE ACCESSFN)))
(SETQ VAR1 (LIST TEM VAR1))
(AND (NULL VAR2)
(SETQ VAR2 VAR1)))
(T (DWIMERRORRETURN (QUOTE FIELDNAME]
(GO LP2))
((ILESSP N 0)
(GO NEG)))
LP1 [COND
((AND (IGREATERP N 4)
(ILESSP N 9)) (* X:N for N greater than 8 goes to (NTH X N))
(SETQ N (IPLUS N -4))
(SETQ VAR1 (LIST (QUOTE CDDDDR)
VAR1))
(AND (NULL VAR2)
(SETQ VAR2 VAR1))
(* VAR2 marks the TAIL where the original operand appears, so thaadwimifying will
continue from there.)
(GO LP1))
((AND SETQFLG (NULL (CDR LST)))
(SETQ VAR1 (CLISPCAR/CDR1 1 (CLISPCAR/CDR1 (SUB1 N)
VAR1 T)
TAILFLG T)))
(T (SETQ VAR1 (CLISPCAR/CDR1 N VAR1 TAILFLG]
LP2 (COND
((NULL (SETQ LST (CDR LST)))
(RETURN VAL))
((EQ (CAR LST)
(QUOTE :))
(SETQ VAL T)
(SETQ LST (CDR LST))
(GO LP)))
ERROR
[DWIMERRORRETURN (COND
(TAILFLG (QUOTE ::))
(T (QUOTE :]
NEG (COND
((AND SETQFLG (NULL (CDR LST))
TAILFLG)
[SETQ VAR1 (LIST (QUOTE NLEFT)
VAR1
(ADD1 (IMINUS N]
(AND (NULL VAR2)
(SETQ VAR2 VAR1))
(SETQ VAR1 (LIST (QUOTE CDR)
VAR1))
(RETURN VAL)))
[SETQ VAR1 (COND
((EQ N -1)
(LIST (CLISPLOOKUP (QUOTE LAST)
VAR1)
VAR1))
(T (LIST (QUOTE NLEFT)
VAR1
(IMINUS N]
(AND (NULL VAR2)
(SETQ VAR2 VAR1))
[COND
((NULL TAILFLG)
(SETQ VAR1 (LIST (QUOTE CAR)
VAR1]
(GO LP2])
(CLISPCAR/CDR1
[LAMBDA (N X TAILFLG SETQFLG) (* lmm "20-May-84 19:56")
(* All three level car and cdr operations go back to the
corresponding function, i.e. CDAAR clispifies to
X:1:1::1 and goes back to CDAAR.)
(PROG (TEM)
(COND
((ZEROP N)
(RETURN X))
((AND (NULL DWIMIFYFLG)
CHECKCARATOMFLG) (* If CHECKCARATOMFLG is T, then checks to see if the
car/cdr chain goes through an atom
(non-list))
(CLISPCAR/CDR2 N X)))
[SETQ TEM (COND
([AND (NULL SETQFLG)
(LISTP X)
(SETQ TEM (COND
((EQ N 1)
(SELECTQ (CAR X)
[CAR
(* The apparent incompleteness of the SELECTQ is bcause CAR of CDR would appear in CLISS as :2 and be handled
directly, similarly for CDR of CDR.)
(COND
(TAILFLG (QUOTE CDAR))
(T (QUOTE CAAR]
[CAAR
(* Similarly, CAR of CDAR would come in as CADR of CAR, CDR of CDAR as CDDR of CAR, so checks for CDAR and CDDR
are not necessary.)
(COND
(TAILFLG (QUOTE CDAAR))
(T (QUOTE CAAAR]
[CADR (COND
(TAILFLG (QUOTE CDADR))
(T (QUOTE CAADR]
NIL))
((AND (EQ N 2)
(EQ (CAR X)
(QUOTE CAR)))
(* CADR of CDR would be written as X:3, similaly CAAR of CDR, CDAR of CDR, and CDDR of CDR are all taken care of.)
(COND
(TAILFLG (QUOTE CDDAR))
(T (QUOTE CADAR] (* If SETQFLG is T, want to leave the outer CAR or CDR
because gets replaced by rplaca/d later.)
(FRPLACA X TEM))
[(IGREATERP N 4)
(SETQ TEM (CLISPLOOKUP (QUOTE NTH)
VAR1))
(COND
(TAILFLG (LIST TEM X (ADD1 N)))
(T (SETQ TEM (LIST TEM X N))
(AND (NULL VAR2)
(SETQ VAR2 TEM))
(LIST (QUOTE CAR)
TEM]
([NULL (SETQ TEM (FASSOC N (QUOTE ((1 CAR . CDR)
(2 CADR . CDDR)
(3 CADDR . CDDDR)
(4 CADDDR . CDDDDR]
(SHOULDNT (QUOTE CLISPCAR/CDR)))
(TAILFLG (LIST (CDDR TEM)
X))
(T (LIST (CADR TEM)
X]
(AND (NULL VAR2)
(SETQ VAR2 TEM))
(RETURN TEM])
(CLISPCAR/CDR2
[LAMBDA (N X) (* lmm "20-May-84 19:56")
(PROG ((NODE (STKEVAL FAULTPOS X)))
LP [COND
((ZEROP N)
(RETURN))
((AND NODE (NLISTP NODE))
(DWIMERRORRETURN (QUOTE CARATOM]
(SETQ NODE (CDR NODE))
(SETQ N (SUB1 N))
(GO LP])
(CLISPATOMIS
[LAMBDA (X CLISPCLASS SUBJ FLG) (* lmm "20-May-84 19:15")
(* This function handles an IS (or is or ISN'T or isn't or ARE etc.) the whole procedure will have to be
generalized if and when we allow other kinds of phrases, e.g. For now, this is the way it works: on the property
of IS, is, etc. in addition to a CLISPTYPE property, the LISPFN property is a list consisting of
(positive . negaaive) e.g. (IS . ISN'T) This causes CLISPATOMIS to get called. CLISPATOMIS matches against the
phrase in question, eliminating iswords, as well as a A, an or AN which are noise words. The pattern and form are
found on the property list of the first non-noise word, under the propety CLISPISPROP. e.g. on property of ARRAY
is ((X) (X IS AN ARRAY) (ARRAYP X)). The phrase is then matched against this pattern, again with noise words and
is words stripped out of the pattern. Thus X IS ARRAY will in fact match with (X IS AN ARRAY), and X IS AN ATOM
will match with (X IS ATOM) If the maach is successful, the form is reconstructed, and dwimified.
The CLISPROP can also be a list of such elements, spread out, i.e. a list of cycle three. All other words that can
appear in an IS phrase are given a CLISPROP property of T so that dwimify will know not to attempt to correct on
them, e.g. for (X IS A FLOATING POINT NUMBER), POINT and NUMBER have T properties. -
For clispifying, thee is a back pointer from the function name to the atom thatcontains the CLISPISPROP.
The back pointer is of the form (WORD word) where word is lowercase version of WORD, e.g. on ARRAYP is
(ARRAY array). (again there can be more than one.) CLISPIFY obtains the corresponding CLISPISPROP and looks for a
match, this time using form, and if one is found, uses pat to build the corresponding clispify expression.
In addition there is a list CLISPISWORDSPLST for spelling corrrection within the contxt of an ISPHRASE.)
(PROG (PROP VAL ALST NEGFLG TEM EXP)
[COND
((CADDR CLISPCLASS) (* e.g. isn't ISN'T aren't AREN'T)
(SETQ NEGFLG (NULL NEGFLG]
TOP [SELECTQ (CAR X)
((NOT not ~ NEITHER neither)
(SETQ NEGFLG (NULL NEGFLG))
(SETQ X (CDR X))
(GO TOP))
(COND
((OR (EQ (CAR (GETPROP (CAR X)
(QUOTE CLISPCLASS)))
(QUOTE ISWORD))
(FMEMB (CAR X)
CLISPISNOISEWORDS)) (* e.g. A, AN, THE etc. or DOESN'T HAVE etc)
(SETQ X (CDR X))
(GO TOP]
(COND
([NULL (SETQ PROP (OR (GETPROP (OR (CAR X)
(QUOTE NILL))
(QUOTE CLISPISFORM))
(AND (SETQ TEM (GETPROP (CAR X)
(QUOTE CLISPISPROP)))
(GETPROP TEM (QUOTE CLISPISFORM)))
(AND [OR (STRINGP (CAR X))
(AND (LISTP (CAR X))
(EQ (CAAR X)
(QUOTE QUOTE]
(LIST (QUOTE (X Y))
(QUOTE (X IS A Y))
(CONS (COND
((STRINGP (CAR X))
(QUOTE STREQUAL))
((ATOM (CADAR X))
(QUOTE EQ))
(T (QUOTE EQUAL)))
(QUOTE (X Y]
(GO FAIL)))
(* Conventions for is/are: the CLISPISFORM property is a lst of cycle three of the form (vars pattern form). This
property is stored on the property list of the first non-noise word in the phrase, e.g. to handle
(X IS A FLOATING POINT NUMBER) on the property listof FLOATING for property CLISPISFORM is
((X) (X IS A FLOATING POINT NUMBER) (FLOATP X)) lowercase and plurals are handled by storing pointers from the
lowercase or plural to the canonical form on the property CLISPISPROP, e.g. on property of number, NUMBERS, and
numbers is property CLISPISPROP value NUMBER. On propety list of NUMBER, property CLISPISPROP, is a list
(number NUMBERS numbers). The first element is always the lower case version, the second the plural upper case,
and the third the plural lower case. The second and third can be ommitted if the plural is identical with the
singular. If the second and third are NIL however, the plural form is elided, e.g. on property list of A under
CLISPISPROP is (a NIL NIL) -
The reason for this latter option is the same set of properties is used by CLISPIFY, so that in this way it can
compute the plural form for (AND (NUMBERP X) (NUMBERP Y)) given (X IS A NUMBER), i.e. can compute
(X AND Y ARE NUMBERS))
LP [COND
([NULL (SETQ ALST (CLISPMATCHUP (CADR PROP)
(CONS (COND
(FLG (* Note that SUBJ may be NIL.
E.g. NIL IS A MEMBER OF X AND IS NOT A MEMBER OF Y)
SUBJ)
(T VAR1))
X)
(CAR PROP]
(* The general form of the CLISPISPROP property is (vars pattern format) e.g. ((X Y) (X IS GREATER THAN Y)
(X GT Y)) ((X Y) (X IS A X OF Y) (TAILP X Y)) The IS is included for CLISPIFYING, but is ignored for matching, so
that (X IS NOT A X OF Y) (X ISN'T A X OF Y) (X IS X OF Y) etc. will all match with (X IS A X OF Y))
(COND
((SETQ PROP (CDDDR PROP))
(GO LP))
(T (GO FAIL]
[PROG ((VARS (CAR PROP)))
(SETQ EXP (DWIMIFY1? (COPY (CADDR PROP]
SUBST
[COND
((EQ (CADR CLISPCLASS)
(QUOTE SING))
(SETQ VAL (SUBLIS ALST EXP T))
(* while it is true thatthe firt variable, var1, has already been dwimified, the second hasnt.
and dwimifying after substitution isthe only way to handle things like (X HAS AN ELEMENT THAT . Y) for which the
form is (SOME X (FUNCTION (Z) (Z . Y))))
[COND
(NEGFLG (SETQ VAL (LIST (QUOTE NOT)
VAL]
(SETQ SUBJ (CDAR ALST)))
[[OR FLG (SETQ SUBJ (CLISPATOMARE TAIL ALST (CADDR PROP]
(* SUBJ is supplied on calls from CLISPATOMIS? which handles cases where subject is left off, e.g. X IS A NUMBER
AND IS LESS THAN 3)
(SETQ VAL (CLISPATOMIS1 SUBJ (CAAR ALST)
(CDR ALST)
EXP
(AND NEGFLG (QUOTE LISTONLY]
(T (* means CLISPATOMARE has had to back up and make the
repairs itself.)
(RETURN (CAR TAIL]
(FRPLACA CLISPLASTSUB VAL)
(FRPLACD CLISPLASTSUB SUBJ)
(RETURN VAL)
FAIL(DWIMERRORRETURN (LIST (QUOTE PHRASE)
TAIL
(OR (LISTP CLISPCONTEXT)
PARENT])
(CLISPATOMIS1
[LAMBDA (SUBJ OBJ ALST EXP NEGATE) (* lmm "20-May-84 20:03")
(* ALST is cdr of the value returned by clispmatchup.
CAR is split into the two arguments SUBJ and OBJ.)
(SELECTQ (CAR SUBJ)
[(AND OR)
(CONS (CAR SUBJ)
(MAPCAR (CDR SUBJ)
(FUNCTION (LAMBDA (X)
(* The AND is bcause it is ok for NEGFLG to be T instead of LISTONLY on recursive calls, because
(NOT (NULL X)) can go to X in this case since we have the tail to put it in.)
(CLISPATOMIS1 X OBJ ALST EXP (AND NEGATE T]
(PROGN (SETQ EXP (SUBLIS (CONS (CONS OBJ SUBJ)
ALST)
EXP T))
(COND
(NEGATE (NEGATE EXP))
(T EXP])
(CLISPMATCHUP
(LAMBDA (PAT LST $VARS) (* wt: 25-FEB-76 1 51)
(* appears in both clisp and clispify since is used by
both blocks.)
(PROG (ALST TEM)
LP (COND
((NLISTP LST)
(RETURN NIL))
((FMEMB (CAR PAT)
$VARS)
(SETQ ALST (NCONC1 ALST (CONS (CAR PAT)
(CAR LST)))))
((EQ (CAR PAT)
(CAR LST)))
((EQ (CAR (GETPROP (CAR PAT)
(QUOTE CLISPCLASS)))
(QUOTE ISWORD))
(SETQ PAT (CDR PAT))
(GO LP))
((FMEMB (CAR PAT)
CLISPISNOISEWORDS) (* e.g. A, AN, THE etc.)
(SETQ PAT (CDR PAT))
(GO LP))
((OR (EQ (CAR PAT)
(SETQ TEM (GETPROP (CAR LST)
(QUOTE CLISPISPROP))))
(AND TEM (FMEMB (CAR LST)
(GETPROP TEM (QUOTE CLISPISPROP)))))
(* the second check is necessary for those patterns where the plural form appears in the singular pattern, e.g.
(X HAS MORE THAN N CHARACTERS) In this case when user types (X has more than n characters) the clispisprop
property for characters is CHARACTER, the canonical form, and the econd check looks atthe clispisprop property for
CHARACTER)
T)
(T (RETURN NIL)))
(COND
((LISTP (SETQ PAT (CDR PAT)))
(SETQ LST (CDR LST))
(GO LP))
((NULL (CDR LST))
(RETURN (OR ALST T)))
(T (RETURN NIL)))
(RETURN NIL))))
(CLISPATOMARE
[LAMBDA (TAIL ALST EXP) (* lmm " 4-SEP-83 23:06")
(* The task of this function is to look back and figure out what the compound subject is. It does this by descending
into X and looking for the last IS or ARE phrase, stored in CAR of CLISPLASTSUB. Everything following this belongs
to the ARE, everything precedeing to the previous expressions. This may require splittling some AND's and OR's, e.g.
to pick a ridiculous example, in (A OR B AND C IS A NUMBER AND D AND E OR F ARE ATOMS) at the tim of the ARE, VAR1
is (OR A (AND B (NUMBERP) D E) F). The 'subject' is ctually (OR (AND D E) F), and VAR1 needs to be changed to
(OR A (AND B (NUMBERP C))))
(PROG (SUBJ DEST L TEM)
(COND
((NLISTP VAR1)
(GO FAIL))
((SETQ L (CLISPATOMARE1 VAR1))
(* value is an edit pushdown list (of tails) leding to the place of the last is
subject.)
(SETQ SUBJ (CLISPATOMARE2 (NCONC1 L TAIL)))
(* all AND's and OR's following the last ISPHRASE are part of the subject for this ARE phrase, which will be
inserted following the last ISPHRASE, i.e. all of the AND's and OR's after the first one following the last ISPHRASE
are of lower precedence than that one. For example, in (A AND B IS A NUMBER OR C AND D ARE LISTS) at this point VAR1
is (OR (AND A (NUMBERP B)) (AND C D)) the subject therefore will be (AND C D) and the result will be inserted as the
second OR expression. In (A OR B IS A NUMBER AND C OR D AND E ARE LISTS) VAR1 would be (OR A
(AND (NUMBERP B) C) (AND D E)) the subject would be (OR C (AND D E)) and the result inserted inside of the second
AND. the translaton would be (OR A (ANd (NUMBERP B) (OR (LISTP C) (AND (LISTP D) (LISTP E))))))
(AND (NEQ (CAR SUBJ)
(QUOTE AND))
(NEQ (CAR SUBJ)
(QUOTE OR))
(GO FAIL)) (* E.g. X IS A NUMBER AND Y ARE ATOMS)
[FRPLACD DEST (LIST (SETQ TEM (CLISPATOMIS1 SUBJ (CAAR ALST)
(CDR ALST)
EXP
(AND NEGFLG (QUOTE LISTONLY]
(FRPLACA CLISPLASTSUB (AND ENDTAIL TEM))
(* If nothing left in this list, then free up clisplastsub by smashing it with
NIL so clispatom2 can remove the parens.)
(FRPLACD CLISPLASTSUB SUBJ)
(CLISPATOMIS2 (CAR TAIL))
(* eliinaes unnecessary nesting of ands and ors.)
(RETURN NIL))
((SELECTQ (CAR VAR1)
((AND OR)
(RETURN VAR1))
NIL) (* no previous ISPHRASE e.g. X AND Y ARE NUMBERS.)
)
(T (* E.g. X ARE A NUMBER)
(GO FAIL)))
FAIL(DWIMERRORRETURN (LIST (QUOTE PHRASE)
(CDR TAIL)
PARENT])
(CLISPATOMARE1
(LAMBDA (X FLG) (* value is an edit pushdown list
(of tails) leding to the place of the last is subject.)
(PROG (L TEM)
(SETQ L (COND
(FLG
(* FLG is true when called from CLISPATOMIS? In this case, clisplastsub has to correspond to the last thing.
For example, (X IS A NUMBER OR Y IS A LIST AND IS NOT NIL) is ok but (X IS A NUMBER OR Y IS A LIST AND B AND IS
NOT NIL) is not.)
(LAST X))
(T (CDR X))))
LP (COND
((EQ (CAR L)
(CAR CLISPLASTSUB))
(RETURN (LIST L)))
((AND (LISTP (CAR L))
(SETQ TEM (SELECTQ (CAAR L)
((AND OR)
(CLISPATOMARE1 (CAR L)
FLG))
NIL)))
(RETURN (NCONC1 TEM L)))
((SETQ L (CDR L))
(GO LP)))
(RETURN NIL))))
(CLISPATOMARE2
[LAMBDA (L Z) (* lmm " 4-SEP-83 23:07")
(PROG (X X1)
[COND
((NULL (CDR L))
(COND
(Z (RETURN (CAR Z)))
(T (* E.g. X AND Y IS A NUMBER ARE ATOMS.)
(DWIMERRORRETURN (LIST (QUOTE PHRASE)
(CDR TAIL)
PARENT]
(SETQ X (CAADR L)) (* the parent of (CAR L))
(SETQ X1 (CDAR L))
[COND
((AND DEST (EQ (CAR L)
(CDR X)))
(* move inner expression out. case 1: (A OR B ARE NUMBERS AND C OR D ARE LISTS) VAR1 is (OR
(AND (OR (NUMBERP A) (NUMBERP B)) C) D) but the AND is reaaly the top leveloperator. case 2:
(A OR B IS A NUMBER AND C OR D ARE LISTS) VAR1 is (OR A (AND (NUMBERP B) C) D) here the OR should be the top
leveloperator. The difference is that)
(FRPLACA (CADR L)
(CADR X)))
(T (FRPLACD (CAR L]
[COND
((AND X1 (NULL DEST))
(SETQ DEST (CAR L]
(SETQ X1 (APPEND Z X1))
(RETURN (CLISPATOMARE2 (CDR L)
(COND
((CDR X1)
(LIST (CONS (CAR X)
X1)))
(T X1])
(CLISPATOMIS2
(LAMBDA (X) (* wt: 25-FEB-76 1 51)
(* Used by clispatomaRE and clispatomIis? to eliminate unnecessary nesting of ands and ors after finishing
processing. (Too hard to do on the fly as we built pushdown list of tails etc.) NOte that we cant remove parens
from around clisplastsub since it might be needed later in parsing. Thus X AND Y ARE NUMBERS AND GREATER THAN 3
must be left as (AND (NUMBERP X) (NUMBER Y) (AND (IGREATERP X 3) (IGREATERP Y 3))))
(PROG (($TYP (CAR X)))
LP (AND (LISTP (CAR X))
(NEQ (CAR X)
(CAR CLISPLASTSUB))
(COND
((EQ (CAAR X)
$TYP)
(CLRPLNODE X (CADAR X)
(APPEND (CDDAR X)
(CDR X)))
(GO LP))
((OR (EQ (CAAR X)
(QUOTE AND))
(EQ (CAAR X)
(QUOTE OR)))
(CLISPATOMIS2 (CAR X)))))
(COND
((SETQ X (CDR X))
(GO LP))))))
(CLISPATOMIS?
[LAMBDA (CONTEXT) (* lmm " 5-SEP-83 23:50")
(* Called from CLISPATOM2 and CLISPATOM1 to handle case where subject was ommitted. The CLISPATOM2 case occurs for
ARE's, e.g. X AND Y ARE ATOMS AND ARE MEMBERS OF Z, because the second ARE stops the scan of the second AND,
apparently resulting in an error condition. The call from CLISPATOM1 covers the case where an IS immediately follows
an AND or OR, or the IS was ommitted entirely, e.g. X AND Y ARE NUMBERS AND LESS THAN Z.)
(PROG (L TEM VAR2 (OP (GETPROP (CADR CONTEXT)
(QUOTE LISPFN)))
ENDTAIL CLISPCLASS POS)
(COND
((OR (NLISTP (CAR CONTEXT))
(NLISTP (CAR CLISPLASTSUB)))
(GO FAIL))
((EQ (CAR CONTEXT)
(CAR CLISPLASTSUB))
(* E.g. X IS A NUMBER OR IS A LIST.)
)
((SETQ L (CLISPATOMARE1 (CAR CONTEXT)
T))
(* E.g. X AND Y IS AN ATOM OR IS A LIST. i.e. the IS clause is buried. Note that X AND Y IS AN ATOM AND Z OR IS A
LIST is not legal, and generates an error, because CLISPATOMARE1 will return NIL when called with second rgument T
and the correspoding subject is not the last element.)
)
(T (GO FAIL)))
(SETQ ENDTAIL (OR (AND (NULL (CDDDR CONTEXT))
(LISTP (CADDR CONTEXT)))
(CDDR CONTEXT)))
(* In some cases, parens wold have been inserted, namely where there were no other operators following the IS?/ARE
pphrase, because CLISPBROADSCOPE1 uses LDIFF, and in this case, the LDIFF would have just been the tail.
For example, in (X IS A NUMBER AND IS LESS THAN 3), CONTEXT would be ((NUMBERP X) AND (IS LESS THAN 3)), but in
(X IS A NUMBER AND IS LESS THAN 3 OR FOO), CONTEXT would be ((NUMBER X) AND IS LESS THAN 3 OR FOO.))
LP (COND
((EQ [CAR (SETQ TEM (GETPROP (CAR ENDTAIL)
(QUOTE CLISPCLASS]
(QUOTE ISWORD)) (* e.g. ...IS A LIST)
(SETQ CLISPCLASS TEM)
(SETQ ENDTAIL (CDR ENDTAIL))
(GO LP) (* reason for the loop is because there can be more than one isword, e.g. ...
DOESN'T HAVE FEWER THAN 10 CHARACTERS)
))
[SETQ VAR2 (LDIFF ENDTAIL (SETQ ENDTAIL (CLISPATOMIS?1 ENDTAIL (GETPROP (QUOTE AND)
(QUOTE CLISPTYPE]
(* computes segment corresponding to the english phrase. ENDTAIL now corresponds to all of the rest of the list
after the AND/OR/IS expression. See comment following earlier call to CLISPATOMIS?1)
(DWIMIFY2? VAR2 VAR2 VAR2 T NIL NIL (QUOTE IS))
(SETQ VAR2 (CLISPATOMIS VAR2 (OR CLISPCLASS (GETPROP (SELECTQ (CADR CLISPLASTSUB)
((AND OR)
(QUOTE ARE))
(QUOTE IS))
(QUOTE CLISPCLASS)))
(CDR CLISPLASTSUB)
T))
(* CLISPATOMIS will generate an error if it doesnt match.)
(* We must insert the AND/OR expression specified by this IS expression, and then complete the rest of the
processing for the entire list here, and retfrom, because while in some cases it would be possible to simply return
a value and let the higher function continue processing, in many cases it is not. E.g., if translating X IS A NUMBER
AND IS LESS THAN Y, up above a function is waiting for the result of dwimifying (IS LESS THAN Y) and there would be
nothing to insert.)
[PROG (TAIL PARENT SUBPARENT FORMSFLG)
SEARCH
(COND
((NULL (SETQ POS (RETDWIM0 (QUOTE CLISPATOM1)
POS)))
(SHOULDNT (QUOTE CLISPATOMIS?)))
([NEQ CONTEXT (EVALV (QUOTE PARENT)
(SETQ POS (FSTKNTH -1 POS POS]
(GO SEARCH)))
(SETQ FORMSFLG (EVALV (QUOTE FORMSFLG)
POS))
(COND
((NULL L) (* Says there was no previous operator before the beginning of the IS/ARE
conssruct.)
(SETQ TAIL CONTEXT)
(CLISPATOM2D NIL (LIST OP (CAR TAIL)
VAR2))
(COND
(ENDTAIL (SETQ PARENT TAIL)
(CLISPATOM1A (CAR ENDTAIL)
(GETPROP (CAR ENDTAIL)
(QUOTE CLISPTYPE))
CONTEXT)))
(RETURN)))
(CLRPLNODE (CAR L)
(LIST OP (CAAR L)
VAR2))
LP (SETQ PARENT (OR (CAADR L)
(CAR CONTEXT)))
(COND
([SETQ TEM (LDIFF ENDTAIL (SETQ ENDTAIL (CLISPATOMIS?1 ENDTAIL (GETPROP
(CAR PARENT)
(QUOTE CLISPTYPE]
(CLRPLNODE (SETQ TAIL (CAR L))
(CAR TAIL)
TEM)
(SETQ SUBPARENT (CAR L))
(CLISPATOM1A (CAR TEM)
(GETPROP (CAR TEM)
(QUOTE CLISPTYPE))
TAIL)))
(COND
((SETQ L (CDR L))
(GO LP))
(ENDTAIL
(* E.g. X OR A IS A NUMBER OR IS AN ATOM AND C OR D. In this case the OR D is left over.)
(CLRPLNODE CONTEXT (CAR CONTEXT)
ENDTAIL)
(SETQ TAIL (SETQ SUBPARENT (SETQ PARENT CONTEXT)))
(CLISPATOM1A (CAR ENDTAIL)
(GETPROP (CAR ENDTAIL)
(QUOTE CLISPTYPE))
TAIL))
(T (SETQ TAIL (SETQ PARENT CONTEXT))
(CLISPATOM2D NIL (CAR CONTEXT))
(* the finished expression is now CAR of CONTEXT.
Thi movs it out.)
]
(FRPLACA CLISPLASTSUB NIL)
(* clear out clisplastsub since there is nothing left in this list to parse.
this also will permit clispatomis2 to remove extra parens.)
(CLISPATOMIS2 CONTEXT) (* Eliminates unnecessar nesting of ands and ors.)
(ENVEVAL (QUOTE (PROGN (COND
(DWIMIFYFLG (SETQ CLISPCHANGE T)
(SETQ NEXTAIL T))
(T (SETQ NEWTAIL T)))
(LIST PARENT)))
POS POS T T)
(* NEXTAIL is used to tell DWIMIFY2 where to continue. IN this case it is done. NEWTAIL is used when evaluation has
gone too far and needs to back up, e.g. (FOO IS A NUMBER AND LESS THAN 4) where FOO is both name of function and a
variable. See clispatom1, dwmfy2, and fixatom1. the reason for ENVEVAL rather than RETEVAL is that we want to
effectively do a RETFROM the errorset corresonding to the value of retdwim0, but evaluate the variables and SETQ's
in the frame above that. RETEVAL is defined to call ENVEVAL specifying cpos as (stknth -1 pos) where pos is
reteval's argument. Here we just bypass reteval and call enveval directly with apos and cpos the same frame)
FAIL(COND
([AND (NULL (CDR TAIL))
(NULL (GETPROP (CAR TAIL)
(QUOTE CLISPISFORM)))
(NULL (GETPROP (GETPROP (CAR TAIL)
(QUOTE CLISPISPROP))
(QUOTE CLISPISFORM]
(* E.g. just (A). chances are this is just a variable.)
(RETURN NIL)))
(AND DWIMIFYFLG (SETQ CLISPCHANGE T))
(DWIMERRORRETURN (LIST (QUOTE PHRASE)
TAIL PARENT])
(CLISPATOMIS?1
(LAMBDA (X CLTYP)
(SOME X (FUNCTION (LAMBDA (X)
(STOPSCAN? (GETPROP X (QUOTE CLISPTYPE))
CLTYP))))))
)
(DEFINEQ
(WTFIX
[LAMBDA (FAULTX FAULTARGS FAULTAPPLYFLG)
(* lmm "19-MAY-84 22:20")
(PROG (FAULTPOS FAULTFN EXPR VARS TAIL PARENT SUBPARENT FORMSFLG ONLYSPELLFLG DWIMIFYFLG TEM)
[COND
((AND (NOT FAULTAPPLYFLG)
(LISTP FAULTX)
(LITATOM (CAR FAULTX))
(NOT (FGETD (CAR FAULTX)))
(SETQ TEM (GETMACROPROP (CAR FAULTX)
COMPILERMACROPROPS)))
(COND
[(MUSTCOMPILEMACROP TEM T)
(COND
((NOT (GETD (QUOTE ASSEMBLETRAN)))
(/SETATOMVAL (QUOTE NOFIXFNSLST)
(CONS (CAR FAULTX)
NOFIXFNSLST))
(* Don't want to expand if it contains ASSEMBLE or explicit compiler directives -
However, can mark this function so that spelling correction is not attempted)
NIL)
(T (ASSEMBLETRAN FAULTX]
((NEQ FAULTX (SETQ TEM (MACROEXPANSION FAULTX TEM)))
(CLISPTRAN FAULTX (OR (LISTP TEM)
(LIST (QUOTE PROGN)
TEM)))
(RETEVAL (QUOTE FAULTEVAL)
FAULTX]
(RETURN (WTFIX1])
(WTFIX0
(LAMBDA (FAULTX TAIL PARENT SUBPARENT ONLYSPELLFLG) (* Internal entry from dwimify1 and dwimify2.
EXPR, FAULTFN, VARS, TAIL, and FORMSFLG already
correctly bound.)
(PROG (FAULTARGS FAULTAPPLYFLG (FAULTPOS (COND
((NULL (AND DWIMIFYFLG DWIMIFYING))
(* Originally started out evaluting, so there is a
higher faultpos.)
FAULTPOS)))
(DWIMIFYFLG T))
(RETURN (WTFIX1)))))
(WTFIX1
(LAMBDA NIL (* JonL "23-Jul-84 17:11")
(* Replaces FAULT1 when DWIM is on. on u.b.a.'s FAULTX is the atom. On u.d.f.'s involving forms, FAULTX is the
form. On u.d.f.'s from APPLY, faultx is the name of the function, FAULTARGS the arguments, and FAULTAPPLYFLG is T.
Also is called directly to process a form from DWIMIFY. In this case, EXPR, VARS, ..., NOSPELLFLG0 are supplied,
and FINDFN is not called.)
(AND
DWIMFLG
(PROGN
(SETERRORN 1)
(OR
(XNLSETQ
(PROG (TYPE-IN? BREAKFLG FAULTXX CHARLST FAULTEM1 NEWTAIL HISTENTRY FIXCLK CLISPCHANGES
SIDES (NOSPELLFLG0 NOSPELLFLG)
(CLISPERTYPE))
(COND
(DWIMIFYFLG
(* Call from WTFIX0. Note that while this call from DWIMIFY1 or DWIMIFY2, the user may or may not have been
DWIMIFYING, e.g. when IF's are encountered in evaluation, DWIMIFY1 and DWIMIFY2 are used. The variable DWIMIFYING
is T if the call to DWIMIFY! or DWIMIFY2 is from an explicit call to DWIMIFY (or DWIMIFYFNS))
(SETQ TYPE-IN? (EQ FAULTFN (QUOTE TYPE-IN)))
(* DWIMIFY is called on typein for processing FOR's and
IF's. In this case, want to treat user approval the same
as for type-in.)
)
(T (SETQ FIXCLK (CLOCK 2))
(* If EXPR is given, i.e. if DWIMIFYFLG is gong to be T, the clkock is being measured at some higher caal to WTFIX
or DWIMIIY.)
(SETQ FAULTPOS (STKPOS (COND
(FAULTAPPLYFLG (QUOTE FAULTAPPLY))
(T (QUOTE FAULTEVAL)))))
(AND (NEQ CLEARSTKLST T)
(SETQ CLEARSTKLST (CONS FAULTPOS CLEARSTKLST)))
(* In case user control-ds out of correction, this will
relstk faultpos)
(SETQ FAULTFN (FINDFN (FSTKNTH -1 FAULTPOS)
T))
(* The value of FINDFN is the name of the (interpreted) function in which the error occurred.
FINDFN also sets the free variable EXPR to the definition of that function. If the error occurred under a call to
EVAL, the value of FINDFN is EVAL, and EXPR is set to the expression being evaluated, i.e. the argument to EVAL.
If the error occurred under an APPLY, the value of FINDFN is the first argument to APPLY, and EXPR is set to the
second argument to APPLY, i.e. the list of arguments. In this case, FAULTX will usually be EQ to the value
returned by FINDFN, and FAULTARGS EQ to EXPR. However, WTFIX may also be called from FAULTAPPLY, and FINDFN not
find an APPLY, as occurs on undefined functions called from compiled code. For this reason, FIXAPPLY always uses
FAULTX and FAULTARGS, not FAULTFN and EXPR.)
(SETQ VARS (AND (SETQ FAULTEM1 (OR BREAKFLG (LISTP EXPR)))
(GETVARS FAULTEM1)))))
(AND (NULL TYPE-IN?)
(SETQ SIDES (CDR (LISTGET1 LISPXHIST (QUOTE SIDE)))))
(AND TYPE-IN? (NULL DWIMIFYFLG)
(COND
(FAULTAPPLYFLG (EQ FAULTX (CAAAAR LISPXHISTORY)))
(T (OR (EQ FAULTX (CAAAAR LISPXHISTORY))
(EQUAL FAULTX (CAAAR LISPXHISTORY)))))
(SETQ HISTENTRY (CAAR LISPXHISTORY)))
(COND
((LITATOM (SETQ FAULTXX (COND
(FAULTAPPLYFLG FAULTX)
((NLISTP FAULTX)
FAULTX)
(T (CAR FAULTX)))))
(SETQ CHARLST (DUNPACK FAULTXX WTFIXCHCONLST))))
(COND
((AND (NULL FAULTAPPLYFLG)
(LITATOM FAULTX))
(FIXATOM)
(SHOULDNT))
(FAULTAPPLYFLG (FIXAPPLY)
(SHOULDNT))
((AND TYPE-IN? (EQ FAULTXX (CAAR HISTENTRY))
(AND (NEQ NOSPELLFLG T)
(AND (SETQ FAULTEM1 (FMEMB LPARKEY CHARLST))
(NULL (AND CLISPFLG (STRPOSL CLISPCHARRAY FAULTXX))))))
(* LPARKEY is the lowercase version of left prentheses, normally 8, rparkey is normally 9, but user can reset them
for different terminals. The EQ distinguishes between (CONS8ADD1 3) which is handled by a call to FIX89 from
CLISPATOM, and FOO8A B C "]", which is handled by FIX89TYPEIN, since it requires changing an EVAL to an APPLY.)
(FIX89TYPEIN FAULTEM1 CHARLST))
((AND CLISPFLG CHARLST (LITATOM (SETQ FAULTEM1 (CADR FAULTX)))
(OR (GETPROP FAULTEM1 (QUOTE CLISPTYPE))
(FMEMB (SETQ FAULTEM1 (NTHCHAR FAULTEM1 1))
CLISPCHARS))
(OR (NOT (GETPROP FAULTEM1 (QUOTE UNARYOP)))
(AND (EQ FAULTEM1 (QUOTE ~))
(GETPROP (PACK (CDR (DUNPACK (CADR FAULTX)
WTFIXCHCONLST1)))
(QUOTE CLISPTYPE))))
(NOT (CLISPNOTVARP (CAR FAULTX)))
(CLISPNOTVARP (CADR FAULTX))) (* So that things like (SUM + X) will work, i.e. not be
interpreted as iterative statement.)
(GO NX0))
((NULL CHARLST)
(GO NX2))) (* Both FIXAPPLY and FIXATOM exit via RETDWIM so there
is no need for a return here in WTFIX.)
TOP (SELECTQ
(CAR FAULTX)
(F/L (/RPLNODE
FAULTX
(QUOTE FUNCTION)
(LIST (CONS (QUOTE LAMBDA)
(COND
((AND (CDDR FAULTX)
(OR (NULL (CADR FAULTX))
(AND (LISTP (CADR FAULTX))
(EVERY (CADR FAULTX)
(FUNCTION (LAMBDA (X)
(AND X (NEQ X T)
(LITATOM X)))))))
(OR (MEMB (CAADR FAULTX)
(FREEVARS (CDDR FAULTX)))
(NOT (CLISPFUNCTION? (CADR FAULTX)
(QUOTE OKVAR)))))
(CDR FAULTX))
(T (CONS (LIST (QUOTE X))
(CDR FAULTX)))))))
(GO OUT))
(CLISP: (ERSETQ (CLISPDEC0 FAULTX FAULTFN))
(SETQ FAULTX T))
(COND
((CAR (LISTP (SETQ FAULTEM1 (GETPROP (CAR FAULTX)
(QUOTE CLISPWORD)))))
(RESETVARS ((LCASEFLG (AND LCASEFLG (NULL TYPE-IN?))))
(SELECTQ (CAR FAULTEM1)
(FORWORD (SETQ FAULTX (OR (CLISPFOR FAULTX)
(RETDWIM))))
(IFWORD (SETQ FAULTX (CLISPIF FAULTX))
(SETQ HISTENTRY NIL))
(MATCHWORD (* CAR of FAULTX either MATCH or match.)
(CLISPTRAN FAULTX (MAKEMATCH FAULTX)))
(PREFIXFN (PROG ((EXPR FAULTX))
(SETQ FAULTEM1 (CDR FAULTX))
(COND
((EQ (CAR (LISTP (CAR FAULTEM1)))
(QUOTE CLISP:))
(ERSETQ (CLISPDEC0 (CAR FAULTEM1)
FAULTFN))))
(COND
((EQ (CAR (LISTP (CAR FAULTEM1)))
COMMENTFLG)
(SETQ FAULTEM1 (CDR FAULTEM1))))
(SETQ FAULTEM1
(APPEND (COND
((AND (NULL (CDR FAULTEM1))
(LISTP (CAR FAULTEM1))))
(T FAULTEM1))))
(RESETVARS ((CLISPFLG T))
(DWIMIFY1? FAULTEM1))
(CLISPELL FAULTX)
(CLISPTRAN FAULTX FAULTEM1)))
(SETQ FAULTX (APPLY* (CAR FAULTEM1)
FAULTX)))))
(T (GO NX0))))
(AND DWIMIFYFLG (SETQ CLISPCHANGE T))
(GO OUT)
NX0 (COND
((GETD (CAR FAULTX))
(COND
((NULL (PROG (TYPE-IN? (FAULTFN (CAR FAULTX)))
(RETURN (COND
((FIXLAMBDA (GETD (CAR FAULTX)))
(* This is the case where (FOO --) is being evaluated,
and the definition of FOO is bad.)
(AND FILEPKGFLG (LITATOM FAULTFN)
(MARKASCHANGED FAULTFN (QUOTE FNS)))
T)))))
(SETQ NOSPELLFLG0 T)
(GO NX3) (* So DWIMUSERFN can be called.)
)))
((AND (OR (GETPROP (CAR FAULTX)
(QUOTE EXPR))
(GETPROP (CAR FAULTX)
(QUOTE CODE)))
(DWIMUNSAVEDEF (CAR FAULTX)))
(SETQ FAULTFN NIL) (* So that RETDWIM won't do a MARKASCHANGED)
)
((SETQ FAULTEM1 (GETPROP (CAR FAULTX)
(QUOTE FILEDEF)))
(COND
((WTFIXLOADEF FAULTEM1)
(GO OUT)))
(RETDWIM))
(T (GO NX1)))
(GO OUT)
NX1 (COND
((AND (CLISPNOTVARP (CAR FAULTX))
(SETQ FAULTEM1 (CLISPATOM CHARLST FAULTX FAULTX)))
(* E.g. (FOO←ATOM) OR (FOO← form))
(SETQ FAULTX FAULTEM1)
(GO OUT)))
NX2 (COND
((AND CLISPFLG (SETQ FAULTEM1 (CADR FAULTX))
(OR (LITATOM FAULTEM1)
(AND (NUMBERP FAULTEM1)
(MINUSP FAULTEM1)
(CLBINARYMINUS? FAULTX)))
(OR (GETPROP FAULTEM1 (QUOTE CLISPTYPE))
(FMEMB (CAR (SETQ FAULTEM1 (DUNPACK FAULTEM1 WTFIXCHCONLST1)))
CLISPCHARS))
(SETQ FAULTEM1 (CLISPATOM FAULTEM1 (CDR FAULTX)
FAULTX T))
(COND
((OR (NEQ FAULTXX (CAR FAULTX))
(AND CLISPARRAY (GETHASH FAULTX CLISPARRAY))))
(DWIMIFYFLG (SETQ CHARLST (DUNPACK FAULTXX WTFIXCHCONLST))
(* LST may have been clobbered)
(SETQ CLISPCHANGE NIL))))
(* E.g. (FOO ←atom) or (FOO ← form). The NEQ check is necessary to handle situations like
(FOOO N-1) where an CLISP transformation is performed, but it does not correct CAR of the form.
(In this case, we must continue to the spelling correction part below, and set CLISPCHANGE to NIL so that DWIMIFY1
will not be confused.) Note that if FOO also happens to be the name of a function, then WTFIX will not be called
and the CLISP transformation not be performed until the arguments of FOO are evaluated and cause a u.b.a.
error. Then DWIM will have to back up as described in FIXATOM and FIXATOM1.)
(SETQ FAULTX FAULTEM1)
(GO OUT))
((AND (NULL NOSPELLFLG0)
DWIMIFYFLG
(LISTP (CADR FAULTX))
(FIXLAMBDA FAULTX))
(* The DWIMIFYFLG check is because in normal course of events, it never makes sense for LAMBDA to appear as CAR of
a FORM. However, DWIMIFY1 is called on open LAMBDA expressions.)
(GO OUT))
((AND (NULL NOSPELLFLG0)
(LISTP (CAR FAULTX))
(LISTP (CADAR FAULTX))
(FIXLAMBDA (CAR FAULTX)))
(* This corresponds to the case where LAMBDA is misspelled in an open LAMBDA expression. Note that an open lambda
expression only makes sense when there is a non-atomic argument list, so dont both spelling correcting if this is
notthe case.)
(GO OUT)))
NX3 (COND
((SOME DWIMUSERFORMS (FUNCTION (LAMBDA (DWIMUSERFORM)
(SETQ FAULTEM1 (EVAL DWIMUSERFORM)))))
(COND
(FAULTAPPLYFLG (RETDWIM FAULTPOS FAULTEM1 T FAULTARGS))
(T (RETDWIM FAULTPOS FAULTEM1))))
(NOSPELLFLG0 (GO FAIL))
((AND CHARLST (SETQ FAULTXX (OR (FIXSPELL (CAR FAULTX)
NIL SPELLINGS2 NIL FAULTX NIL NIL NIL T)
(AND DWIMIFYFLG NOFIXFNSLST0 (FIXSPELL
(CAR FAULTX)
NIL NOFIXFNSLST0 NIL FAULTX NIL NIL NIL T))
))) (* The extra argument to FIXSPELL indicates that SPLITS
re tolerated, e.g. (BREAKFOO))
(COND
((EQ (CAAR HISTENTRY)
(CAR FAULTX))
(/RPLNODE HISTENTRY FAULTX (CDR HISTENTRY))
(* Normally, RETDWIM patches the histroy entry to corresond to a list input, even if it was typed in as a line.
In the special case of a pselling correction, we leave the entry as a line.)
))
(SETQ HISTENTRY NIL)
(COND
((NOT (FGETD FAULTXX)) (* E.g. USER misspells FOR, IF, F/L etc. These are all
contained on SPELLINGS2.)
(GO TOP))))
((AND CLISPFLG DWIMIFYFLG (CDR FAULTX)
(LISTP CLISPCONTEXT)
(FIXSPELL (CAR FAULTX)
NIL CLISPISWORDSPLST NIL FAULTX NIL NIL NIL T)
(SETQ FAULTEM1 (CLISPATOM (DUNPACK (CAR FAULTX)
WTFIXCHCONLST)
TAIL PARENT)))
(* E.g. X IS A NUMBER AND LESS THAN Y. CLISPATOM will call CLISPATOMIS? which will retfrom back past here or
generate an error. NOte that if (CAR FAUULTX) had been spelled correctly, thiswold have happened in first call to
CLISPATOM at NX1 earlir. However, we dont do the misspelled check until here because it is more likely user has
misspelled the name of one of his functions.)
)
((AND CLISPFLG (NULL CLISPCHANGES)
(NULL CLISPERTYPE)
(SETQ FAULTEM1 (CADR FAULTX))
(LITATOM FAULTEM1)
(SETQ FAULTEM1 (FIXSPELL FAULTEM1 NIL CLISPINFIXSPLST NIL
(OR (AND DWIMIFYFLG (LISTP CLISPCONTEXT))
(CDR FAULTX))
NIL NIL NIL T))
(COND
((AND DWIMIFYFLG (LISTP CLISPCONTEXT))
(* Returns from the corresonding ERRORSET with a value
of NIL, i.e. looks like an error occurred at that
point.)
(RETEVAL (RETDWIM0 (QUOTE CLISPATOM1))
(QUOTE (PROGN (SETQ CLISPRESPELL T)
NIL))
T))
(T (PROG (CLISPERTYPE)
(RETURN (SETQ FAULTEM1 (CLISPATOM FAULTEM1 (CDR FAULTX)
FAULTX T)))))))
(SETQ FAULTX FAULTEM1))
(T (GO FAIL)))
OUT (RETDWIM FAULTPOS FAULTX)
FAIL(RETDWIM))
T WTFIX)
(SELECTQ (CAR (ERRORN))
(1 (* NORMAL ERROR! FROM RETDWIM0)
NIL)
(47 (* CONTROL-E)
(ERROR!))
(ERRORX)))))))
(RETDWIM
[LAMBDA (POS X APPLYFLG ARGS) (* lmm "20-May-84 20:02")
(PROG NIL
[AND FIXCLK HELPCLOCK (SETQ HELPCLOCK (IPLUS HELPCLOCK (IDIFFERENCE (CLOCK 2)
FIXCLK]
(* So time spent in DWIM will not count towards a
break.)
TOP [COND
[(OR POS X) (* Successful correction.)
(AND (EQ (CAR SIDES)
(QUOTE CLISP% ))
[NCONC1 (CADR SIDES)
(CDR (LISTGET1 LISPXHIST (QUOTE SIDE]
(LISPXPUT (QUOTE *LISPXPRINT*)
(LIST SIDES)
T LISPXHIST))
(* Some messages were printed, and the undo informaton marked. This completes the process enabling user to undo
just the effects associated with the dwim change corresponding to the message printed between
(CADR of this mark) and the place where the mark appears. The use of CLISP% makes the mark invisible to the
editor, and also does not i nterefere with printing the event.)
[COND
((AND DWIMIFYFLG DWIMIFYING)
(SETQ DWIMIFY0CHANGE T))
(T (AND (NULL TYPE-IN?)
(EXPRP FAULTFN)
(DWIMARKASCHANGED FAULTFN SIDES]
(COND
(DWIMIFYFLG (SETQ DWIMIFYCHANGE T)
(RETFROM (RETDWIM0 (QUOTE WTFIX))
X T)))
(COND
((NULL APPLYFLG)
[COND
(HISTENTRY (/RPLNODE HISTENTRY (LIST X)
(CDR HISTENTRY))
(AND (ATOM X)
(SETQ LASTWORD X]
(RETEVAL POS (FIXLISPX/ X)
T))
(T (AND HISTENTRY (/RPLNODE HISTENTRY (LIST X ARGS)
(CDR HISTENTRY)))
(RETAPPLY POS (FIXLISPX/ X)
(FIXLISPX/ ARGS X)
T]
((AND CLISPFLG DWIMIFYFLG FORMSFLG (NEQ NOSPELLFLG T)
(OR (NULL NOSPELLFLG)
TYPE-IN?)
(EQ FAULTX (CAR TAIL))
(EQ TAIL PARENT)
(STRPOSL CLISPCHARRAY (CAR TAIL))
(DWIMIFY2A TAIL CHARLST))
(* In the event that a parenthesis was left out, and (CAR TAIL) is really the name of a function
(or misspelled function), spelling correction would nothave been attempted earlier in DWIMIFY2 until seeing if
this was ok CLISP, so try it now. E.g. (IF A THEN FOOX-1), where FOO is name of a function, or
(IF A THEN R/PLNODE X). Note that CLISPCHANGES might be NIL in the case that the clisp transformationdidn't go
throuh, e.g. missing operand.)
(/RPLNODE TAIL (CONS (CAR TAIL)
(CDR TAIL)))
(SETQ X (DWIMIFY1? (CAR TAIL)))
(SETQ POS FAULTPOS)
(GO TOP))
(CLISPCHANGES (AND DWIMIFYFLG (SETQ ATTEMPTFLG T)
(SETQ CLISPCHANGE T))
(COND
((NULL (RETDWIM1 (CDDR CLISPCHANGES)))
(RELSTK FAULTPOS)
(ERROR!)))
(SETQ X (CAR CLISPCHANGES))
[MAPC (CADR CLISPCHANGES)
(FUNCTION (LAMBDA (X)
(COND
((LISTP (CAR X))
(/RPLNODE (CAR X)
(CADR X)
(CDDR X)))
(T (APPLY (CAR X)
(CDR X]
(SETQ POS FAULTPOS)
(GO TOP))
(CLISPERTYPE
(* Error messages are postponed till this point because what looks like a bad clisp expression may be interpreted
correctly in a different way -
e.g. ←PENP will correct to openp.)
(AND DWIMIFYFLG (SETQ ATTEMPTFLG T)
(SETQ CLISPCHANGE T))
(* ATTEMPTFLG to inform DWIMMFY not to add FAUTX to NOFIXLST. CLISPCHANGE is to prevent analysing cdr of the form
in the case the error occurred in CAR of the form.)
(AND (OR DWIMIFYFLG (NULL TYPE-IN?))
(CLISPERROR CLISPERTYPE]
(COND
(DWIMIFYFLG (ERROR!))
(T (RELSTK FAULTPOS)
(RETFROM (RETDWIM0 (QUOTE WTFIX))
[AND (NULL TYPE-IN?)
(CONS FAULTFN (COND
((ATOM FAULTX)
(RETDWIM2 PARENT TAIL))
(T (RETDWIM2 FAULTX NIL 2]
T) (* The vaue retunred by WTFIX is used on the call to
OLDFAULT1 for printing out a message.)
])
(DWIMERRORRETURN
[LAMBDA (ARG) (* lmm " 5-SEP-83 23:51")
(AND ARG (SETQ CLISPERTYPE ARG))
(ERROR!])
(DWIMARKASCHANGED
(LAMBDA (FN $SIDES) (* rmk: "18-FEB-83 17:07")
(* Informs the file package that FN has been changed, giving CLISP as the reason if we detect
(because no messages were printed) that the only changes are because of valid clisp dwimifications.
Otherwise, the reason is CHANGED)
(AND (LITATOM FN)
(PROG ((L (CDR (LISTGET1 LISPXHIST (QUOTE SIDE)))))
LP (COND
((OR (NULL L)
(EQ L $SIDES))
(RETURN)))
(SELECTQ (CAAR L)
((/PUTHASH CLISPRPLNODE *) (* For some reason (ask wt!), these aren't counted as
real changes)
NIL)
(RETURN (MARKASCHANGED FN (QUOTE FNS)
(COND
((FASSOC (QUOTE CLISP% )
(LISTGET1 LISPXHIST (QUOTE *LISPXPRINT*)))
(QUOTE CHANGED))
(T (QUOTE CLISP))))))
(SETQ L (CDR L))
(GO LP)))))
(RETDWIM0
[LAMBDA (FN POS) (* lmm " 5-SEP-83 15:22")
(PROG (TEM)
LP (SETQ TEM (STKPOS (QUOTE ERRORSET)
-1 POS))
(RELSTK POS)
(SETQ POS TEM)
(COND
((OR (NULL POS)
(AND (IGREATERP (STKNARGS POS)
2)
(EQ (STKARG 3 POS)
FN)))
(RETURN POS)))
(SETQ POS (STKNTH -1 POS POS))
(GO LP])
(RETDWIM1
[LAMBDA (L) (* lmm "20-May-84 19:58")
(* Called when about to make a CLISP transformation for
which one of the atmic operands are not bound.)
(PROG (($TAIL (CAR L))
($CURRTAIL (CADR L))
FLG TEM) (* CLISPCHANGES rebound so that FIXSPELL1 will only ask
for approval if dwim mode indicates.)
[SETQ TEM (COND
((EQ (CDR $TAIL)
$CURRTAIL)
(RETDWIM2 (CAR $TAIL)))
(T (APPLY (QUOTE CONCAT)
(MAPCON (COND
((TAILP $CURRTAIL $TAIL)
(LDIFF $TAIL $CURRTAIL))
(T $TAIL))
(FUNCTION (LAMBDA (X)
(COND
[(LISTP (CAR X))
(LIST (RETDWIM2 (CAR X]
((OR (FMEMB (NTHCHAR (CAR X)
-1)
CLISPCHARS)
(FMEMB (CADR X)
CLISPCHARS))
(LIST (CAR X)))
(T (LIST (CAR X)
(QUOTE " "]
(COND
([OR TREATASCLISPFLG (AND (EQ (CADDR L)
(QUOTE PROBABLY))
(OR (AND DWIMIFYFLG DWIMIFYING)
(NULL TYPE-IN?]
(* The idea here is that it does not make sense to automatcaaly go ahead and perform a transformation to typein
that is then going to produce an error, e.g. user type FOO←FIE where FIE is unbound. Therefore we will always ask
him for type-in? Note that he may say YES even though it will produce an error, so that he can then say ' or ->
something. -
In functons, if the operation involves more than one CLISP operator (or an assignment where the variable is one of
the bound varables.) we will just tell him.)
(SETQQ FLG NEEDNOTAPPROVE))
(T (SETQQ FLG MUSTAPPROVE)))
(COND
((COND
((AND TREATASCLISPFLG (NULL CLISPHELPFLG)) (* dont print any message, but do treat it as clisp)
T)
((OR TREATASCLISPFLG CLISPHELPFLG) (* interact (ask or inform) with user if either
treatasclispflg is T, or clisphelpflg is T , or both.)
(FIXSPELL1 TEM (COND
(LCASEFLG (QUOTE " as clisp"))
(T
(* The reason for the check is that the user may want to key on this message for an UNDO : operation, and if he is
on a 33 and it is printed as a lowercase string (even though he sees it in uppercase) he wont be able to fnd it.)
(QUOTE " AS CLISP")))
(COND
[(EQ FLG (QUOTE NEEDNOTAPPROVE))
(COND
(LCASEFLG (QUOTE " treated"))
(T (QUOTE " TREATED"]
[(EQ FLG (QUOTE MUSTAPPROVE))
(COND
(LCASEFLG (QUOTE " treat"))
(T (QUOTE " TREAT"]
(T (SHOULDNT)))
T FLG))
((EQ FLG (QUOTE NEEDNOTAPPROVE)) (* dont interact, but treat it as clisp, e.g. when
transformation is a PROBABLY and we are dwimifying.)
T))
(SETQ NOFIXVARSLST0 (CADDDR L))
(* Since user has approved CLISP, it is ok to set NOFIXVARSLST0 to include any variabes detected during analysis
of CLISP expression, e.g. if expression were A*B A and B can now be added NOFIXVARSLST0)
(RETURN T)))
(RETURN (COND
(DWIMIFYFLG (SETQ NEXTAIL (NLEFT (CAR L)
1 $CURRTAIL))
(* Tells DWIMIFY where to continue.)
(COND
((LISTP (CAR NEXTAIL))
(SETQ NEXTAIL (NLEFT (CAR L)
2 $CURRTAIL))
(* E.G. In A* (FOO --), this will enable (FOO --) to be processed. If the expression immediately before CURRTAIL
is an atom, we have no way of knowing if it contains a CLISP operator or not, e.g. is it A + B, or A+B.
If we were to back up NEXTAIL so that DWIMIFYING continued as of this atom, it might cause a loop.)
))
NIL])
(FIX89TYPEIN
(LAMBDA (X CLST APPLYFLG)
(PROG (TEM)
(PRIN1 (QUOTE =)
T)
(COND
((EQ X CLST) (* THE 8 is the first character.)
(PRINT (SETQ TEM (PACK (CDR X)))
T T)
(RETDWIM FAULTPOS (CONS TEM (COND
((NULL APPLYFLG) (* E.g. 8FOO X Y)
(CDR FAULTX))
(FAULTARGS (* E.G. 8FOO (A B))
(LIST FAULTARGS))))))
(T (SETQ FAULTARGS (COND
((AND APPLYFLG FAULTARGS) (* E.g. "FOO8)" or "FOO8A)" or "FOO8A B]")
(LIST FAULTARGS))
(T (* E.g. "FOO8A B C]" (or "FOO8 A B]"))
(CDR FAULTX))))
(RETDWIM FAULTPOS (PRINT (SETQ TEM (PACK (LDIFF CLST X)))
T T)
T
(COND
((NULL (CDR X))
FAULTARGS)
(T (CONS (PACK (CDR X))
FAULTARGS)))))))))
(FIXLAMBDA
[LAMBDA (DEF) (* lmm "20-May-84 19:57")
(* LAMBDASPLST is initialized to
(LAMBDA NLAMBDA). HOwever users can add to it for
'function' handled by DWIMMUSERFN.
QLISP uses this feature.)
(AND (LITATOM (CAR DEF))
(CDDR DEF)
(NOT (FMEMB (CAR DEF)
LAMBDASPLST))
(FIXSPELL (CAR DEF)
NIL LAMBDASPLST NIL DEF NIL NIL NIL T])
(FIXAPPLY
[LAMBDA NIL (* lmm "19-MAY-84 21:44")
(PROG (X TEM)
(COND
((NEQ FAULTFN FAULTX)
(* means the call came out of compiled code, e.g. user types in FOO which
contains a call to a mispelled function.)
(SETQ TYPE-IN? NIL)))
(COND
((AND (LITATOM FAULTX)
(SETQ X (FGETD FAULTX)))
(COND
([NULL (PROG (TYPE-IN?)
(RETURN (FIXLAMBDA X]
(GO NX)))
(AND FILEPKGFLG (LITATOM FAULTX)
(MARKASCHANGED FAULTX (QUOTE FNS)))
(SETQ X FAULTX)
(GO OUT))
((AND (OR (GETPROP FAULTX (QUOTE EXPR))
(GETPROP FAULTX (QUOTE CODE)))
(DWIMUNSAVEDEF FAULTX))
(SETQ X FAULTX)
(SETQ FAULTFN NIL) (* So that RETDWIM won't do a NEWFILE?)
(GO OUT))
((SETQ TEM (GETPROP FAULTX (QUOTE FILEDEF)))
(COND
((WTFIXLOADEF TEM)
(SETQ X FAULTX)
(GO OUT1)))
(RETDWIM))
((AND TYPE-IN? CLISPFLG (STRPOSL CLISPCHARRAY FAULTX)
(SETQ X (CLISPATOM CHARLST (SETQ TEM (LIST FAULTX FAULTARGS))
TEM T)))
(* E.g. FOO← form. FOO ←form is caught by a special check in LISPX and treated as
(FOO ←form))
(RETDWIM FAULTPOS X))
((AND TYPE-IN? (NEQ NOSPELLFLG T)
(EQ FAULTXX (CAAR HISTENTRY))
(SETQ TEM (FMEMB LPARKEY CHARLST)))
(FIX89TYPEIN TEM CHARLST T))
((AND (LISTP FAULTX)
(FIXLAMBDA FAULTX))
(* LAMBDA or NLAMBDA misspelled in LAMBDA expression being applied, e.g. a
functional argument.)
(SETQ X FAULTX)
(GO OUT)))
NX (COND
[[AND DWIMUSERFORMS (SOME DWIMUSERFORMS (FUNCTION (LAMBDA (DWIMUSERFORM)
(SETQ TEM (EVAL DWIMUSERFORM]
(COND
(FAULTAPPLYFLG (RETDWIM FAULTPOS TEM T FAULTARGS))
(T (RETDWIM FAULTPOS TEM]
([NULL (SETQ X (OR (FIXSPELL FAULTX NIL SPELLINGS1 NIL NIL NIL NIL NIL T)
(FIXSPELL FAULTX NIL SPELLINGS2 NIL NIL NIL NIL NIL T]
(RETDWIM)))
OUT (FIXAPPLY1 (FSTKNTH -1 FAULTPOS)
FAULTX X)
OUT1(RETDWIM FAULTPOS X T FAULTARGS])
(FIXATOM
[LAMBDA NIL (* lmm "19-MAY-84 21:44")
(PROG (X Y TAIL0)
(COND
((NULL TAIL)
(SETQ TAIL (FINDATOM FAULTX (SETQ X (STKNTH -1 FAULTPOS))
(BLIPVAL (QUOTE *FORM*)
X)))
(RELSTK X)))
(SETQ TAIL0 (AND (NEQ ONLYSPELLFLG (QUOTE NORUNONS))
TAIL))
(* ONLYSPELLFLG is NORUNONS for calls from CLISPATOM2A, i.e. when DWIMIYING one of the operands to an infix
operator. IN this case it never makes sense to do a runon spelling correction, e.g. FOOX*A shouldnt correct to
(ITIMES FOO X A), althouh it may correct to FOO X*A.)
(COND
((SETQ X (CLISPATOM CHARLST TAIL PARENT))
(GO OUT))
([AND (CDR TAIL)
(ATOM (SETQ Y (CADR TAIL)))
(EQ (CHCON1 Y)
(CHARCODE ←))
(PROG (CLISPERTYPE)
(RETURN (SETQ X (CLISPATOM (DUNPACK Y WTFIXCHCONLST1)
(CDR TAIL)
PARENT T]
(* E.G. (LIST FOO ← 3) where FOO is unbound at the time.
See comment in WTFIX.)
(GO OUT))
[(AND NIL (EQ (CAR CHARLST)
7)
(GETPROP (QUOTE ')
(QUOTE CLISPTYPE))
(AND CLISPHELPFLG (FIXSPELL1 FAULTX (PACK (CONS (QUOTE ')
(CDR CHARLST)))
NIL CHARLST)))
(* Disabled by RMK, since 7 is not right for most current terminals.
Should be a variable.)
(* this correction we dont do unless we can get approval, i.e. if
clisphelpflg=NIL, dont do it)
(SETQ X (LIST (QUOTE QUOTE)
(PACK (CDR CHARLST]
([AND DWIMUSERFORMS (SOME DWIMUSERFORMS (FUNCTION (LAMBDA (DWIMUSERFORM)
(SETQ X (EVAL DWIMUSERFORM]
(GO OUT))
((OR (EQ NOSPELLFLG T)
(AND NOSPELLFLG (NULL TYPE-IN?))
(GETPROP FAULTX (QUOTE GLOBALVAR))
(FMEMB FAULTX GLOBALVARS))
(* For efficiency, GLOBALVARS is a global variable itself for DWIMBLOCK. Thus FIXATOM obtains the top level value,
not the one rebound by BCOMPL2. However, in the case that there are block declarations aafecting globalvars, the
variables would also have been added to NOFIXVARSLST, so this is ok.)
(RETDWIM))
((AND VARS (SETQ X (FIXSPELL FAULTX NIL VARS NIL TAIL0 NIL NIL NIL T)))
(* Corrects spellings using LAMBDA and PROG variables of function in which error
occurred, or function that is broken.)
)
((SETQ X (FIXSPELL FAULTX NIL SPELLINGS3 NIL TAIL0 NIL NIL NIL T)))
((AND DWIMIFYFLG (EQ CLISPCONTEXT (QUOTE IFWORD))
(SETQ X (FIXSPELL FAULTX NIL CLISPIFWORDSPLST NIL T NIL NIL NIL T)))
(RETEVAL (RETDWIM0 (QUOTE CLISPIF0))
(QUOTE (PROGN (SETQ CLISPRESPELL T)
NIL))
T))
((AND DWIMIFYFLG (EQ CLISPCONTEXT (QUOTE FORWORD))
(SETQ X (FIXSPELL FAULTX NIL CLISPFORWORDSPLST NIL T NIL NIL NIL T)))
(RETEVAL (RETDWIM0 (QUOTE CLISPFOR0))
(QUOTE (PROGN (SETQ CLISPRESPELL T)
NIL))
T))
[(AND DWIMIFYFLG NOFIXVARSLST0 (SETQ X
(FIXSPELL FAULTX NIL NOFIXVARSLST0 NIL TAIL0 NIL NIL NIL T]
((AND DWIMIFYFLG CLISPFLG (OR (EQ CLISPCONTEXT (QUOTE IS))
(AND (LISTP CLISPCONTEXT)
TAIL
(EQ TAIL PARENT)))
(SETQ X (FIXSPELL FAULTX NIL CLISPISWORDSPLST NIL TAIL NIL NIL NIL T)))
(COND
((EQ CLISPCONTEXT (QUOTE IS))
(* In this case, we are dwimifying the tail before processing it in clispatomis
so is sufficient just to correct spelling and return.)
)
((SETQ X (CLISPATOM (DUNPACK X WTFIXCHCONLST)
TAIL PARENT))
(* E.g. X IS A NUMBER OR STRNG, STRNG being misspelled.
Will call CLISPATOMIS? which will retfrom.)
))
(GO OUT))
([AND CLISPFLG (NULL CLISPCHANGES)
(NULL CLISPERTYPE)
(SETQ X (FIXSPELL FAULTX NIL CLISPINFIXSPLST NIL (COND
(DWIMIFYFLG (LISTP CLISPCONTEXT))
(T TAIL))
NIL NIL NIL T))
(COND
([AND DWIMIFYFLG (OR (LISTP CLISPCONTEXT)
(EQ CLISPCONTEXT (QUOTE IS]
(RETEVAL (RETDWIM0 (QUOTE CLISPATOM1))
(QUOTE (PROGN (SETQ CLISPRESPELL T)
NIL))
T))
(T (SETQ X (CLISPATOM (SETQ CHARLST (DUNPACK (SETQ FAULTX X)
WTFIXCHCONLST1))
TAIL PARENT]
(GO OUT))
((AND (EQ FAULTX (CAR TAIL))
(NUMBERP (CAR CHARLST))
[SETQ X (SOME CHARLST (FUNCTION (LAMBDA (X)
(NOT (NUMBERP X]
(FIXSPELL1 FAULTX (SETQ Y (CONS (PACK (LDIFF CHARLST X))
(PACK X)))
NIL CHARLST (QUOTE MUSTAPPROVE)))
(/RPLNODE TAIL (CAR Y)
(CONS (CDR Y)
(CDR TAIL)))
(SETQ X (CAR Y))
(GO OUT))
(T (RETDWIM)))
[COND
((AND (NULL TAIL0)
(EQ FAULTX (CAR TAIL)))
(* If TAIL0 is not NIL, the RPLNODE has aleady been done.)
(/RPLNODE TAIL X (CDR TAIL]
OUT [COND
((AND NEWTAIL (NULL DWIMIFYFLG))
(* The interpreter has already made up its mind about how to handle the first operand of the CLISP expression, e.g.
it has already been evaluated as an argument, or else is about to be called as a function. Therefore continuing the
computation requires some fiddling around.)
(SETQ X (FIXATOM1]
(RETDWIM FAULTPOS X])
(FIXATOM1
[LAMBDA NIL (* lmm "20-SEP-83 23:37")
(* Called when evaluation went too far before DWIM fixed an CLISP expression.
See comment in FIXATOM)
(PROG ((POS (STKNTH -1 FAULTPOS))
X OLDTAIL OLDFN)
(SETQ OLDTAIL (BLIPVAL (QUOTE *TAIL*)
POS))
(AND (LISTP NEWTAIL)
(SELECTQ (CAR PARENT)
((AND OR PROG PROG2 PROG1 PROGN LAMBDA NLAMBDA)
(COND
((NEQ TAIL OLDTAIL)
(GO ERROR)))
(SETBLIPVAL (QUOTE *TAIL*)
POS NIL NEWTAIL)
(* Change the binding for the tai)
(FIXCONTINUE (CADAR NEWTAIL))
(SETQ X (CAR NEWTAIL))
(GO OUT))
NIL))
(SETQ OLDFN (BLIPVAL (QUOTE *FN*)
POS))
[COND
([COND
((NEQ TAIL OLDTAIL)
(* E.g. (COND (ZAP ← T 3)) where ZAP is A u.b.a.)
T)
((LISTP NEWTAIL) (* E.G. (LIST FOO X + Y))
(NEQ OLDFN (CAR PARENT)))
[(ATOM (CADR PARENT))
(* e.g. (FOO AND T) where FOO is the name of a function as well as a variable. the check here used to be
(NEQ OLDFN (CADR PARENT)). however this fails for things like (FOO : FIE) which at this point would be
(fetch FIE of FOO), i.e. cant assume that car of form is now CADR)
(AND (NEQ OLDFN (CADR PARENT))
(NEQ OLDFN (CADDDR PARENT]
(T
(* For infixes like EQ, AND, OR, the function that was about to be called may now be parenthesized, e.g.
(FOO X EQ Y) becomes (EQ (FOO X) Y) However, it is also possible that it was not a function at all, e.g.
(FOO GT 4 AND FOO LT 6))
(NOT (FMEMB OLDFN (CADR PARENT]
(* The procedure followed assumes that Y gives the binding for TAIL, and Z gives the binding for the name of the
function that is about to be called. This checks to make sure that this is in fact the cas)
(GO BAD))
((NLISTP NEWTAIL)
(* Occurs when CAR of an xpression in which a CLISP operator is used is the name of a function, e.g.
(FOO + X), (FOO X AND FIE Y). Note that at this point in the evaluton, the nterpreter is evaluating the 'arguments'
for that function, and plans to call it when they have all been evaluated)
NIL)
((OR (CDR NEWTAIL)
(ZEROP (LOGAND (ARGTYPE (CAR PARENT))
2)))
(* Either there are more arguments following the CLISP expression, or, in the case of a spread, evaluate, it doesn't
matter if an extra NIL is passed. Therefore, proceed by smashing the last argument with the value of the CLISP
expression, (CAR NEWTAIL), change the binding for the tail to be (CDR NEWTAIL), and RETDWIM with the next expression
on TAIL, (CADR NEWTAIL) e.g. (LIST T 2 + 3 6))
[SETBLIPVAL (QUOTE *ARGVAL*)
POS NIL (STKEVAL POS (FIXLISPX/ (CAR NEWTAIL]
(SETBLIPVAL (QUOTE *TAIL*)
POS NIL (CDR NEWTAIL))
(SETQ X (CADR NEWTAIL))
(GO OUT))
(T
(* The function to be called is a nospread function, e.g. LIST, and the CLISP expression was its last argument, e.g.
(LIST X (--) *2) Therefore can only continue by reevaluating the whole form)
(FIXCONTINUE (CADAR NEWTAIL)
(AND (NULL TYPE-IN?)
FAULTFN]
(SETBLIPVAL (QUOTE *TAIL*)
POS NIL NIL)
(* Makes tail of the argument list be NIL)
(SETBLIPVAL (QUOTE *FN*)
POS NIL (QUOTE FIXATOM2))
(* A nospread, evaluate function whose value is the value of its last argument)
(SETQ X PARENT)
(GO OUT)
(* PARENT will be evaluated, and its value stored on the stack. Then since the tail of the argument list is now NIL,
the interpreter figures that the evaluation of arguments is finished, and calls the function.
However since Z was changed, FIXATOM2 will be called instead, and it will return as its value its last argument,
which will be the value of PARENT. Voila)
BAD (* Stack not in normal state)
(SELECTQ (STKNAME (SELECTQ (SYSTEMTYPE)
((JERICHO D)
(* Skip over internal frames)
(REALSTKNTH -1 POS T POS))
POS))
[COND (COND ((EQ PARENT NEWTAIL)
(* The CLISP transformation changed the predicate of a COND clause, e.g. (COND (FOO ← form --) --) Since the COND
would ordinarily continue down that clause, it is necessary to continue by constructing an appropriate COND
expression, and returning its value as the value of the entire COND)
[SETQ X (CONS (QUOTE COND)
(FMEMB PARENT (STKARG 1 POS]
(RELSTK FAULTPOS)
(SETQ FAULTPOS POS)
(GO OUT))
(T
(* The CLISP transformation did not affect the predicate of a COND clause, so can continue by just evaluating PARENT
E.G. (COND (T FOO ← 2)))
(SETQ X (CAR NEWTAIL))
(GO OUT]
((PROGN PROG1)
(* Error in SELECTQ clause, e.g. (SELECTQ --
(-- A * B)) or error in savesetq)
(SETQ X (CONS (STKNAME POS)
NEWTAIL))
(RELSTK FAULTPOS)
(SETQ FAULTPOS POS)
(GO OUT))
NIL)
ERROR
(ERROR (QUOTE "DWIM is confused about the stack")
(QUOTE "")
T)
OUT (AND (NEQ POS FAULTPOS)
(RELSTK POS))
(RETURN X])
(FIXCONTINUE
(LAMBDA (X FN)
(SETQ X (OR (AND CLISPARRAY (GETHASH X CLISPARRAY))
X))
(COND
((OR (NLISTP X)
(FIXCONTINUE1 X))
T)
(T (FIXPRINTIN FN)
(OR (EQ (ASKUSER (ITIMES DWIMWAIT 3)
(QUOTE Y)
(LIST (QUOTE " ok to reevaluate ")
(RETDWIM2 X NIL 2))
DWIMKEYLST)
(QUOTE Y))
(RETDWIM))))))
(FIXCONTINUE1
(LAMBDA (X) (* True if it is ok to reevaluate X.)
(OR (EQ (CAR X)
(QUOTE QUOTE))
(AND (OR (FMEMB (CAR X)
OKREEVALST)
(GETPROP (CAR X)
(QUOTE CROPS))
(EQ (CAR (GETPROP (GETPROP (CAR X)
(QUOTE CLISPCLASS))
(QUOTE CLISPCLASSDEF)))
(QUOTE ARITH))
(AND (EQ (CAR X)
(QUOTE SETQ))
(NOT (EDITFINDP (CADDR X)
(CADR X)))))
(PROG NIL
LP (COND
((NULL (SETQ X (CDR X)))
(RETURN T))
((AND (LISTP (CAR X))
(NULL (FIXCONTINUE1 (CAR X))))
(RETURN NIL)))
(GO LP))))))
(CLISPATOM
[LAMBDA (CLST TAIL PARENT NOFIX89) (* lmm "20-May-84 19:46")
(* CLST is an exploded character list for CAR of TAIL, which is a tail of PARENT, although not necessarily a
proper tail. ONLYSPELLFLG=T indicates that the ONLY corrections to be attempted are spelling corrections.
Occurs on calls from CLISPATOM2a.)
(AND (NULL ONLYSPELLFLG)
(PROG (TEM)
(COND
[(AND (NULL CLISPCHANGES)
(OR (EQ CLISPFLG T)
(AND (EQ CLISPFLG (QUOTE TYPE-IN))
TYPE-IN?)))
(* If CLISPCHANGES is not NIL, a CLISP correction has already been found, so don't bother to find another, e.g. in
(X+Y + Z), if X and Y are not bound vriables, after ggetting (IPLUS X Y Z), this would be undone and saved,
pending spelling correction on X+Y. Therefore don't do the transformation that staats with +Z.)
(RETURN (COND
((SETQ TEM (CLISPATOM0 CLST TAIL PARENT))
TEM)
(CLISPCHANGES (SETQ CHARLST (DUNPACK FAULTXX WTFIXCHCONLST))
(* Since DWIMIFY2, and hence WTFIX, may have been
called, LST may have been clobbered.)
NIL]
((AND (EQ (CAR CLST)
(QUOTE '))
(GETPROP (QUOTE ')
(QUOTE CLISPTYPE))) (* So ' can be disabled when CLISP is turned off as
well.)
[COND
[(CDR CLST)
[SETQ TEM (LIST (QUOTE QUOTE)
(PACK (CDR CLST]
(COND
((NULL TAIL))
((NEQ TAIL PARENT)
(/RPLNODE TAIL TEM (CDR TAIL)))
(T (RETDWIM]
((NULL (CDR TAIL))
(RETDWIM))
((EQ TAIL PARENT)
(/RPLNODE TAIL (QUOTE QUOTE)
(CDR TAIL))
(SETQ TEM TAIL))
(T (/RPLNODE TAIL (SETQ TEM (LIST (QUOTE QUOTE)
(CADR TAIL)))
(CDDR TAIL]
(RETURN TEM)))
(COND
([OR NOFIX89 (EQ NOSPELLFLG T)
(AND NOSPELLFLG (NULL TYPE-IN?))
(NULL (OR (SETQ TEM (FMEMB LPARKEY CLST))
(SETQ TEM (FMEMB RPARKEY CLST]
NIL)
[(AND (OR (LISTP FAULTX)
TAIL)
(FIX89 FAULTX (CAR TEM)))
(RETDWIM FAULTPOS (COND
((ATOM FAULTX)
(CAR TAIL))
(T FAULTX]
((AND TYPE-IN? (EQ (CAR TEM)
LPARKEY)
(EQ (CAR (SETQ TEM (FLAST CLST)))
RPARKEY))
(* This corresponds to the case where an atom was typed in containing both an 8 and a 9, e.g. FILES?89 or 8EDITF9.
Note that if the atom were part of a larger expression, either CAR of form, or appearing in a tail,
(as indicated by TAIL being non-NIL), the fix is performed by FIX89, and involves editing the expression.
In the case covered here, the fix requires changing the EVAL to an apppropriate APPLY. The case where the 8 or 9
error appears in an APPLY context, or line format, is taken care of in WTFIX.)
(FIX89TYPEIN (FMEMB LPARKEY (SETQ TEM (LDIFF CLST TEM)))
TEM T])
(GETVARS
[LAMBDA (X) (* lmm "20-May-84 19:24")
(PROG (L POS TEM)
(COND
((EQ X T) (* context is inside of a BREAK -
Gets variables of BRKFN.)
(SETQ POS (STKPOS (QUOTE BREAK1)
-1 FAULTPOS))
[COND
((AND [NOT (ZEROP (STKNARGS (SETQ TEM (FSTKNTH -1 POS]
(LITATOM (STKARGNAME 1 TEM))) (* If the first argument's name is #0 or #100, there are
no genuine variables.)
(SETQ L (VARIABLES TEM]
(SETQ X (STKARG 1 POS))
(RELSTK TEM)
(RELSTK POS) (* Sets X to BRKEXP the first argument to BREAK1.
Used for getting PROG variables below.)
)
[(EQ (CAR X)
(QUOTE LAMBDA)) (* Gets variables for expression X.)
(SETQ L (APPEND (CADR X]
(T (RETURN NIL)))
(RETURN (NCONC L (AND (LISTP X)
(MAPCAR (CADR (GETVARS1 X))
(FUNCTION (LAMBDA (X)
(COND
((NLISTP X)
X)
(T (CAR X])
(GETVARS1
(LAMBDA (X) (* DD: " 2-Dec-81 16:49")
(* Looks for a PROG.)
(SELECTQ (CAR (SETQ X (CAR (LISTP (LAST (LISTP X))))))
((PROG RESETVARS)
X)
((RESETLST RESETVAR RESETFORM)
(GETVARS1 X))
NIL)))
(FIX89
[LAMBDA (FORM N POS) (* lmm "20-May-84 19:57")
(* Handles corrections for 8 and 9 errors. N is either 8 or 9.0 POS is optional, and if given, it is the position
of the 8 or 9 in the offending atom, and also indicates that the user has already approved the correction.)
(PROG [SPLIT89FLG (C (COND
((EQ N LPARKEY)
(QUOTE FIX8))
(T (QUOTE FIX9]
(COND
([OR (AND (ATOM FAULTX)
(NULL TAIL))
(AND (NULL POS)
(NULL (FIX89A FAULTX N] (* pointless to attempt an 8 or 9 correction if TAIL is
NIL.)
(RETURN NIL))) (* Gets user approval if necessary, i.e. if TYPE-IN? is
NIL and APPROVEFLG is T.)
(EDITE EXPR (LIST (LIST (QUOTE ORR)
(LIST (LIST (COND
((ATOM FORM)
(QUOTE F))
(T (QUOTE F=)))
FORM T)
(LIST C NIL POS))
NIL))) (* Constructs command of form
((ORR ((F= FORM T) C) NIL)) C is either FIX8 or FIX9
depending on call.)
(RETURN (COND
((NULL SPLIT89FLG) (* Set in SPLIT89 if successful.)
(LISPXPRINT (QUOTE couldn't)
T)
NIL)
(T (AND DWIMIFYFLG (SETQ 89CHANGE T))
T])
(FIXPRINTIN
(LAMBDA (FN FLG) (* wt: 12-OCT-76 21 40)
(* If FLG is T, printing goes on history lst.)
(AND FN (NEQ FN (QUOTE TYPE-IN))
(PROG ((LISPXHIST (AND FLG LISPXHIST)))
(AND (NEQ (POSITION T)
0)
(LISPXSPACES 1 T))
(LISPXPRIN1 (QUOTE "{")
T)
(LISPXPRIN1 (COND
((OR (AND DWIMIFYFLG DWIMIFYING)
(NULL FAULTAPPLYFLG))
(COND
(LCASEFLG
(* Done this way instead of just printing the lower case version because users may want to efer to the message to
undo a dwim correction, e.g. by typing UNDO : $IN$.)
(QUOTE "in "))
(T (QUOTE "IN "))))
(LCASEFLG (QUOTE "below "))
(T (QUOTE "BELOW ")))
T)
(LISPXPRIN2 FN T T)
(LISPXPRIN1 (QUOTE "}")
T)
(RETURN FN)))))
(FIX89A
(LAMBDA (X N POS) (* wt: 25-FEB-76 1 40)
(COND
((LISTP X)
(SETQ X (CAR X))))
(OR POS (SETQ POS (STRPOS N X)))
(COND
((FIXSPELL1 X (CONS (CONCAT (OR (SUBSTRING X 1 (SUB1 POS))
(QUOTE ""))
(COND
((EQ N LPARKEY)
(QUOTE " ("))
(T (QUOTE " )"))))
(OR (SUBSTRING X (ADD1 POS))
(QUOTE "")))
NIL CHARLST (AND (NULL TYPE-IN?)
(QUOTE MUSTAPPROVE)))
T)
(DWIMIFYFLG (SETQ ATTEMPTFLG T)
NIL))))
(CLISPFUNCTION?
[LAMBDA (TL TYPE FN1 FN2 Y) (* lmm "20-May-84 18:56")
(* returns TRUE if (CAR TAIL) corresponds to the name of a function (Possibly misspelled). If TYP=NOTVAR, checks
first to make sure (CAR TAIL) does not correspond to the name of a variable.)
(* FN1 and FN2 are used to compute the arguments to FIXSPELL1. FN1 is given (CAR TAIL) and Y as its arguments, FN2
(CAR TAIL) or the corrected spelling, and Y. If FN1 is supplied, FIXSPELL is called so as not to print any
messages, and the interaction takes place under CLISPUNCTION? control via a direct call to FIXSPELL1.
In this case, if TYP=QUIET, no message is printed at all. -
If FN1 is not suppied, FIXSPELL will take care of the interaction, if any, othrwisre there are no error messages.)
(PROG (TEM CHRLST)
(COND
((NULL (LITATOM (CAR TL)))
(RETURN NIL))
((LISTP TYPE)
(* Means that we already know that (CAR TAIL) is not the name of a variable, and is also not the name of a
function.)
(SETQ CHRLST TYPE)
(GO SPELL))
([AND (EQ TYPE (QUOTE NOTVAR))
(NULL (CLISPNOTVARP (CAR TL]
(RETURN NIL))
([OR (FGETD (CAR TL))
(SOME (GETPROPLIST (CAR TL))
[FUNCTION (LAMBDA (X TAIL)
(OR (EQ X (QUOTE EXPR))
(FMEMB X MACROPROPS)
(AND (EQ X (QUOTE CLISPWORD))
(LISTP (CADR TAIL]
(FUNCTION CDDR))
(FMEMB (CAR TL)
(COND
(DWIMIFYFLG NOFIXFNSLST0)
(T NOFIXFNSLST)))
(LISTP (GETPROP (CAR TL)
(QUOTE CLISPWORD]
(GO OUT))
((OR (EQ NOSPELLFLG T)
(AND NOSPELLFLG (NULL TYPE-IN?))
(STRPOSL CLISPCHARRAY (CAR TL)))
(RETURN NIL)))
(SETQ CHRLST (DUNPACK (CAR TL)
WTFIXCHCONLST1))
SPELL
(COND
([NULL (SETQ TEM (CAR (MISSPELLED? (CAR TL)
NIL SPELLINGS2 (AND FN1 (QUOTE NO-MESSAGE))
(COND
((NULL FN1)
TL)
(T T]
(RETURN NIL)))
OUT (RETURN (COND
([OR (NULL FN1)
(AND (EQ TYPE (QUOTE QUIET))
(NULL TEM))
(AND CLISPHELPFLG (FIXSPELL1 [COND
(TYPE-IN? (QUOTE ""))
(T (CONCAT "in ... " (APPLY* FN1
(CAR TL)
Y]
(COND
(TYPE-IN? (APPLY* FN2 (OR TEM (CAR TL))
Y))
(T (CONCAT "is '" (COND
((NULL TEM)
(CAR TL))
((LISTP TEM)
(CAR TEM))
(T TEM))
"' meant to be used as a function")
))
NIL T (AND (OR FN1 (LISTP TEM))
(QUOTE MUSTAPPROVE))
(AND (LISTP TEM)
(QUOTE n]
(* If TYP=QUIET (from DWIMIFY2), the message is printed only on spelling correction. For other calls, e.g.
TYP=OKVAR, or TYP=NOTVAR, the message is printed even if no correction involved.)
[AND TEM FN1 (COND
((LISTP TEM) (* Run on correction.)
(/RPLNODE TL (CAR TEM)
(CONS (CDR TEM)
(CDR TL)))
(SETQ TEM (CAR TEM)))
(T (/RPLNODE TL TEM (CDR TL]
(* If FN1 is NIL, TAIL would have been given to FIXSPPELL, and in this case the correction would already have been
stmashed into TAIL.)
(CAR TL])
(CLISPNOTVARP
[LAMBDA (X) (* lmm "20-May-84 19:45")
(AND (NOT (BOUNDP X))
(NOT (FMEMB X VARS))
[NOT (FMEMB X (COND
(DWIMIFYFLG NOFIXVARSLST0)
(T NOFIXVARSLST]
[OR (AND DWIMIFYFLG DWIMIFYING)
SHALLOWFLG
(NULL (RELSTK (STKSCAN X FAULTPOS]
(NOT (GETPROP X (QUOTE GLOBALVAR)))
(NOT (FMEMB X (LISTP GLOBALVARS)))
(NOT (FMEMB X (LISTP LOCALVARS)))
(NOT (FMEMB X (LISTP SPECVARS])
(CLISPELL
[LAMBDA (FORM TYPE) (* lmm "20-May-84 18:54")
(PROG (VAL TEM RESPELLTAIL)
[MAPC (LISTGET1 LISPXHIST (QUOTE RESPELLS))
(FUNCTION (LAMBDA (X)
(COND
((SETQ RESPELLTAIL (FMEMB (CAR X)
FORM))
(SETQ TEM (CDR X))
[COND
[(LISTP TEM)
(/RPLNODE RESPELLTAIL (CAR TEM)
(CONS (CDR TEM)
(CDR RESPELLTAIL]
(T (/RPLNODE RESPELLTAIL TEM (CDR RESPELLTAIL]
(AND (OR (NULL TYPE)
(EQ (CAR (GETPROP (CAR RESPELLTAIL)
(QUOTE CLISPWORD)))
TYPE))
(SETQ VAL T]
(RETURN VAL])
(FINDFN
[LAMBDA (POS FLG) (* lmm "21-May-84 00:40")
(* Used by HELPFIX and WTFIX. Locates highest interpreted form in the current chain of interpretation, sets free
variable EXPR to this expression and returns the NAME of the corresponding function, or 'BREAK-EXP', 'EVAL', or
'TYPE-IN' depending on context. also sets free variable TYPE-IN? to T if the expression was typed in by the user.)
(* When called from WTFIX, (FLG is T) and sets the variable BREAKFLG to T if the expression was typed into a
BREAK, (In this case, DWIM uses the lambda and/or prog variables for spelling corrections.))
(PROG1 [PROG (NAME TOKEN TEM)
[COND
((NULL POS)
(SETQ POS (STKNTH 1]
LP (COND
((NULL POS)
(RETURN NIL)))
(SETQ NAME (STKNAME POS))
LP1 (SELECTQ NAME
((APPLY BLKAPPLY)
(SETQ TOKEN (STKARG 3 POS))
(GO APPLYTYPE))
(ENVAPPLY [SETQ TOKEN (COND
((OR (EQ (SETQ NAME (STKNTHNAME -1 POS))
(QUOTE RETAPPLY))
(EQ NAME (QUOTE STKAPPLY)))
(PROG1 (STKARG 5 (SETQ TEM (STKNTH -1 POS)))
(RELSTK TEM]
(GO APPLYTYPE))
((STKAPPLY RETAPPLY)
(SETQ TOKEN (STKARG 5 POS))
(GO APPLYTYPE))
[APPLY* (RETURN (COND
(FLG (SETQ TEM (STKARGS POS))
(SETQ EXPR (CDR TEM))
(CAR TEM))
(T (SETQ EXPR (STKARG 1 POS]
((EVAL \SAFEEVAL)
(SETQ TOKEN (STKARG 2 POS))
(GO EVALTYPE))
(ENVEVAL [SETQ TOKEN (COND
((OR (EQ (SETQ NAME (STKNTHNAME -1 POS))
(QUOTE RETEVAL))
(EQ NAME (QUOTE STKEVAL)))
(PROG1 (STKARG 4 (SETQ TEM (STKNTH -1 POS)))
(RELSTK TEM]
(GO EVALTYPE))
((STKEVAL RETEVAL)
(SETQ TOKEN (STKARG 4 POS))
(GO EVALTYPE))
NIL)
LP2 [COND
((LITATOM NAME)
(COND
([EXPRP (SETQ EXPR (GETD (COND
((SETQ TEM (GETPROP NAME (QUOTE BROKEN)))
(OR (CDR (GETPROP NAME (QUOTE ALIAS)))
TEM))
(T NAME]
(RETURN NAME]
LP3 (SETQ POS (REALSTKNTH -1 POS NIL POS))
(GO LP)
EVALTYPE
(SETQ EXPR (STKARG 1 POS))
[RETURN (SELECTQ TOKEN
((SKIP SELECTQ)
(SETQ POS (STKNTH -2 POS POS))
(GO LP))
(INTERNAL (GO LP3))
(NIL (QUOTE EVAL))
(: (* Call to EVAL comes from a BREAK
(i.e. via a LISPX which was called from BREAK1.))
(AND FLG (SETQ BREAKFLG T))
(SETQ TYPE-IN? T)
(QUOTE TYPE-IN))
(BREAK (* Call to EVAL from evaluation of a breakcommand.)
(AND FLG (SETQ BREAKFLG T))
(QUOTE BREAKCOMS))
[BREAK-EXP (* Call to EVAL from EVAL, OK, or GO command.)
(COND
((NULL (EVALV (QUOTE BRKTYPE)
POS))
(* Since BRKTYPE is NIL, we are in a user BREAK. Therefore, if broken function is an EXPR, want to stop searching,
otherwise continue (latter can only occur when FINDFN is called as result of EDIT command since WTFIX will never
be called out of compiled function.))
(SETQ TEM (STKPOS (QUOTE BREAK1)
-1 POS))
(RELSTK POS)
[SETQ NAME (STKNAME (SETQ POS (STKNTH -1 TEM TEM]
(GO LP2))
(T
(* EVAL, OK, or GO command to non-user BREAK expression, e.g. get a non-numeric arg BREAK, fix the BRKEXP, do an
EVAL, and get another error.)
(QUOTE BREAK-EXP]
(COND
((LISTP TOKEN)
(COND
((NLISTP EXPR) (* permits caller to specify the tail)
(SETQ TAIL TOKEN)))
(QUOTE EVAL))
(T (SETQ TYPE-IN? T)
(QUOTE TYPE-IN]
APPLYTYPE
(SELECTQ TOKEN
((SKIP SELECTQ)
(SETQ POS (STKNTH -2 POS POS))
(GO LP))
(INTERNAL (GO LP3))
NIL)
(SETQ TYPE-IN? TOKEN)
(* WTFIX would already know that this was an apply error because of FAULTAPPLYFLG. However, FINDFN is called to
find out whether the expression was typed in or not.)
(RETURN (COND
(FLG (SETQ EXPR (STKARG 2 POS))
(STKARG 1 POS))
(T (SETQ EXPR (STKARG 1 POS]
(RELSTK POS])
(DWIMUNSAVEDEF
(LAMBDA (FN FLG) (* lmm "11-DEC-81 21:23")
(LISPXPRIN2 FN T T)
(AND (NULL FLG)
(NULL TYPE-IN?)
(NEQ (CAR SIDES)
(QUOTE CLISP% ))
(SETQ SIDES (LIST (QUOTE CLISP% )
(LIST COMMENTFLG (FLAST (LISTGET1 LISPXHIST (QUOTE *LISPXPRINT*)))
SIDES)))) (* FLG is TRUE on calls from CLISPIFY, in which case
SIDES is not relevant (or even bound))
(LISPXPRIN1 (QUOTE " unsaved")
T)
(LISPXTERPRI T)
(UNSAVEDEF FN)))
(CHECKTRAN
[LAMBDA (X) (* lmm "20-May-84 19:01")
(DECLARE (GLOBALVARS #CLISPARRAY CLISPARRAY CLISPTRANFLG))
(OR (AND CLISPARRAY (GETHASH X CLISPARRAY))
(AND CLISPTRANFLG (EQ (CAR X)
CLISPTRANFLG)
(CADR X])
)
(DEFINEQ
(CLISPIF
[LAMBDA (FORM) (* lmm "20-May-84 19:46")
(AND DWIMIFYFLG (SETQ ATTEMPTFLG T)
(SETQ CLISPCHANGE T)) (* Translates (IF -- THEN -- ELSEIF -- THEN -- ELSE --)
to equivalent COND.)
(PROG ((CLISPCONTEXT (QUOTE IFWORD))
CLISPRESPELL
(DWIMIFYING (AND DWIMIFYFLG DWIMIFYING))
[VARS (OR VARS (AND (NULL DWIMIFYFLG)
(GETVARS (OR BREAKFLG (LISTP EXPR]
(FNSLST0 NOFIXFNSLST0)
(VARSLST0 NOFIXVARSLST0)
TEM)
LP (COND
((NULL DWIMIFYFLG)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)))
(COND
((UNDONLSETQ (SETQ TEM (CLISPIF0 FORM))
CLISPIF0)
(RETURN TEM))
((NULL CLISPRESPELL)
(RETDWIM))
((CLISPELL FORM (QUOTE IFWORD))
(* A misspelled IF wwrd was detected. We now go through respellings and make any corrections that occur in FORM.
Note that more than one correction may have been involved, e.g. IF FOO XTHENN PRINT X.)
(SETQ NOFIXFNSLST0 FNSLST0)
(SETQ NOFIXVARSLST0 VARSLST0)
(* The additions made to these lists may be wrong as a result of the misspelling of the IF word, e.g. a variaae
kay have appeared in a function slot.)
(SETQ CLISPRESPELL NIL)
(GO LP)))
(RETDWIM])
(CLISPIF0
[LAMBDA (FORM) (* lmm " 4-SEP-83 22:54")
(PROG (X Y PRED TEM L L0 L-1 CLAUSE DWIMIFYCHANGE $SIDES)
(SETQ L FORM)
[AND CLISPIFTRANFLG (SETQ Y (LIST (CONS (CAR L]
(GO LP0)
LP (SELECTQ (CAR L)
[(IF if)
(COND
[(EQ L (CDR L-1))
(* No IF's should be seen after the initial one except when immediately following an ELSE. In this case the two
words are treated the same as ELSEIF.)
(SETQ PRED NIL)
(COND
(CLISPIFTRANFLG (OR [EQ (CAR L-1)
(CAR (LISTP (CAR Y]
(SHOULDNT (QUOTE ELSE)))
(RPLACA Y (SELECTQ (CAAR Y)
(ELSE (CONS (QUOTE ELSEIF)))
(else (CONS (QUOTE elseif)))
(SHOULDNT (QUOTE ELSE]
(T (GO ERROR]
[(ELSEIF
elseif)
(SETQ X (NCONC1 X (CLISPIF1 PRED L0 L FORM)))
(SETQ PRED NIL)
(AND CLISPIFTRANFLG (SETQ Y (CONS (CONS (CAR L))
Y]
[(ELSE
else)
(SETQ X (NCONC1 X (CLISPIF1 PRED L0 L FORM)))
(SETQ L-1 L)
(* To enable ELSE IF as two words.)
(SETQ PRED T)
(AND CLISPIFTRANFLG (SETQ Y (CONS (CONS (CAR L))
Y]
[(THEN
then)
[SETQ PRED (COND
((EQ L0 L)
(GO ERROR))
(T
(* The reason for doing the LDIFF even when L is (CDR L0) is that can't just set pred to CAR of L is becuase then
couldnt distinguish no predicate from IF NIL THEN -- (Actually encountered by one user.))
(LDIFF L0 L]
(COND
(CLISPIFTRANFLG (OR (LISTP (CAR Y))
(SHOULDNT (QUOTE THEN)))
(RPLACD (CAR Y)
(CAR L]
(GO LP1))
LP0 (SETQ L0 (CDR L))
LP1 (COND
((SETQ L (CDR L))
(GO LP)))
(SETQ X (NCONC1 X (CLISPIF1 PRED L0 L FORM)))
(AND CLISPIFTRANFLG (SETQ Y (DREVERSE Y)))
(/RPLNODE FORM (QUOTE COND)
X)
[SETQ $SIDES (CDR (LISTGET1 LISPXHIST (QUOTE SIDE]
(SETQ L (CDR FORM))
(* The COND must appear in the original definition before DWIMIFYing can be done, or else correction of 8 and 9
errors won't work. Some unnecessary work may be done by virtue of DWIMIFYING the whole IF statement, even when it is
being evaluated (as opposed to being dwimified). however, in most cases, if the user employs IF, there will be other
CLISP constructs in the predicates and consequents.)
LP2 (SETQ CLAUSE (CAR L))
(COND
[(LISTP (CAR CLAUSE))
(DWIMIFY1 (CAR CLAUSE)
(QUOTE IFWORD))
(COND
([AND (LISTP (CAAR CLAUSE))
(NOT (FNTYP (CAAR CLAUSE]
(LISPXPRIN1 (COND
((EQ (CAADAR CLAUSE)
COMMENTFLG)
(QUOTE "misplaced comment
"))
(T (QUOTE "parentheses error
")))
T)
(SETQ L FORM)
(GO ERROR]
(T (SETQ TEM (CDR CLAUSE))
(FRPLACD CLAUSE NIL)
(DWIMIFY2 CLAUSE CLAUSE NIL (QUOTE IFWORD))
(NCONC CLAUSE TEM)))
(DWIMIFY2 (SETQ TEM (CDR CLAUSE))
TEM NIL (QUOTE IFWORD))
(COND
((SETQ L (CDR L))
(GO LP2)))
(CLISPIF2 FORM)
(COND
(CLISPIFTRANFLG (* Bletcherous PROG here because fool Interlisp-D compiler can't handle MAP2CAR
right when inside a BLOCKS)
(PROG ((LF (CDR FORM))
(LY Y)
(FIRSTP T)
L)
LP [COND
((OR (NLISTP LF)
(NLISTP LY))
(RETURN (SETQ X (APPLY (FUNCTION NCONC)
(DREVERSE L]
(SETQ L (CONS (CLISPIF3 (CAR LF)
(CAR LY)
FIRSTP)
L))
(SETQ LF (CDR LF))
(SETQ LY (CDR LY))
(SETQ FIRSTP)
(GO LP))
(SETQ TEM (CONS (CAR FORM)
(CDR FORM)))
(* the conditional expression, which is now in the function, and is going to be
smashed)
(RPLNODE FORM (CAR X)
(CDR X))
(* puts the clisp back in /rplnode unnecessary since this was already saved
above.)
[COND
((AND (EQ (CAAR $SIDES)
FORM)
(EQUAL (CAAR $SIDES)
(CDAR $SIDES)))
(* so function wont be marked as changed reason for EQUAL check is if it was converted to lower case, than do want
to retain side informaton.)
(FRPLACA (CAR $SIDES)
(QUOTE *]
(CLISPTRAN FORM TEM)))
(RETURN FORM)
ERROR
(DWIMERRORRETURN (LIST 4 L FORM])
(CLISPIF1
[LAMBDA (PRED L0 L FORM) (* lmm "26-Jul-84 05:01")
(COND
(PRED (CONS (COND
((OR (NLISTP PRED)
(CDR PRED))
PRED)
(T (CAR PRED)))
(LDIFF L0 L)))
((EQ L0 L) (* Note that ELSE or ELSEIF can imediately follow a THEN
by virtue of the PRED check in earlier clause.)
(DWIMERRORRETURN (LIST 4 L FORM)))
((EQ (CDR L0)
L)
(LIST (CAR L0)))
(T (LIST (LDIFF L0 L])
(CLISPIF2
(LAMBDA (X)
(PROG (TEM1 TEM2 TEM3)
(COND
((NEQ (CAR X)
(QUOTE COND)))
((AND (EQ (CADR (SETQ TEM1 (CAR (SETQ TEM2 (FLAST X)))))
X)
(EQ (CAR TEM1)
T)
(NULL (CDDR TEM1)))
(* Changes expression of X (COND -- (T (COND **))) to (COND -- **) useful for producing more aesthetic code when
the 'DO' portion of a 'FOR' statement is an 'IF' Converts)
(/RPLNODE TEM2 (CADR X)
(CDDR X)))
((AND (EQ (CAR TEM1)
T)
(EQ (CADR (SETQ TEM3 (CAR (SETQ TEM2 (NLEFT X 2)))))
X)
(NULL (CDDR TEM2))) (* Converts expression of X (COND
(& (COND --)) (T **)) to (COND
((NEGATION &) **) --))
(/RPLNODE TEM1 (CAR TEM3)
(CDR TEM1))
(/RPLNODE TEM2 TEM1 (CDADR TEM3)))))))
(CLISPIF3
[LAMBDA (CLAUSE ORIGWORDPAIR FIRSTCLAUSEFLG)
(* JonL "22-APR-83 19:46")
(PROG NIL
(RETURN (CONS [COND
[FIRSTCLAUSEFLG (COND
(LCASEFLG (QUOTE if))
((CAR ORIGWORDPAIR))
(T (QUOTE IF]
[(EQ (CAR CLAUSE)
T)
(RETURN (CONS (COND
(LCASEFLG (QUOTE else))
((CAR ORIGWORDPAIR))
(T (QUOTE ELSE)))
(APPEND (CDR CLAUSE]
(T (COND
(LCASEFLG (QUOTE elseif))
((CAR ORIGWORDPAIR))
(T (QUOTE ELSEIF]
(CONS (CAR CLAUSE)
(COND
((CDR CLAUSE)
(CONS (COND
(LCASEFLG (QUOTE then))
((CDR ORIGWORDPAIR))
(T (QUOTE THEN)))
(APPEND (CDR CLAUSE])
)
(DEFINEQ
(CLISPFOR
[LAMBDA (FORM) (* lmm "20-May-84 19:39")
(AND DWIMIFYFLG (SETQ ATTEMPTFLG T)
(SETQ CLISPCHANGE T)) (* Translates (IF -- THEN -- ELSEIF -- THEN -- ELSE --)
to equivalent COND.)
(PROG ((CLISPCONTEXT (QUOTE FORWORD))
TEM CLISPRESPELL (DWIMIFYING (AND DWIMIFYFLG DWIMIFYING))
(VARS VARS))
LP (COND
((NULL DWIMIFYFLG)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)))
(SETQ CLISPRESPELL NIL)
(COND
((UNDONLSETQ (SETQ TEM (CLISPFOR0 FORM))
CLISPFOR0)
(RETURN TEM))
((NULL CLISPRESPELL)
(RETURN))
((CLISPELL FORM (QUOTE FORWORD))
(* A misspelled I.S. wwrd was detected. We now go through respellings and make any corrections that occur in FORM.
Note that more than one correction may have been involved, e.g. FOR X IN YWHILLE Z FOO XTHENN PRINT X.)
(SETQ CLISPRESPELL NIL)
(GO LP)))
(RETURN])
(CLISPFOR0
[LAMBDA (EXP) (* rmk: " 6-Oct-84 11:57")
(DECLARE (SPECVARS EXP))
(PROG (DWIMIFYCHANGE (I.S. EXP)
I.S.TYPE LASTPTR I.S.PTRS I.S.BODY OPR TEM I.S.TYPE1 I.V. FIRSTI.V.
IVINITFLG PROGVARS INITVARS MAKEPROGFLG TERMINATEFLG TERM ITER LSTVAR
(LSTVARS (QUOTE ($$LST1 $$LST2 $$LST3 $$LST4 $$LST5 $$LST6)))
(DUMMYVARS CLISPDUMMYFORVARS)
EXCEPTPREDS RETPREDS AFTERPREDS RETEXP OUTEXP UNDOLST FOR BIND DECLARELST AS
FROM TO IN ON BY FINALLY EACHTIME FIRST CLISPWORD
(VARS (APPEND (QUOTE (I.V. BODY $$VAL))
VARS))
I.S.OPRSLST I.S.OPR)
(DECLARE (SPECVARS LASTPTR I.S.PTRS)) (* Used freely by I.S.OPRS in IDL -- Ron)
(COND
((NULL DWIMIFYFLG)
(SETQ NOFIXFNSLST0 NOFIXFNSLST)
(SETQ NOFIXVARSLST0 NOFIXVARSLST)))
LP (COND
([NOT (LITATOM (SETQ OPR (CAR I.S.]
(GO LP2)))
RECHECK
(COND
([NULL (SETQ CLISPWORD (GETPROP OPR (QUOTE CLISPWORD]
(GO LP2))
((OR (NLISTP CLISPWORD)
(NEQ (CAR CLISPWORD)
(QUOTE FORWORD))) (* E.g. OR, AND,)
(GO LP2)))
[AND LCASEFLG (EQ OPR (CAR I.S.))
([LAMBDA (LC)
(* Replaces the uppercase word with the lowercase. the EQ check is so that synonyms are not replaced by their
antecedents. the NEQ check so that the replacement is not done when it is already in lowercase.)
(AND (NEQ LC (CAR I.S.))
(/RPLNODE I.S. LC (CDR I.S.]
(COND
((NLISTP (CDR CLISPWORD))
(CDR CLISPWORD))
(T (CADR CLISPWORD]
(COND
((EQ (GETP (CDR CLISPWORD)
(QUOTE I.S.OPR))
(QUOTE MODIFIER)) (* modifier)
(GO LP2)))
(COND
((AND LASTPTR (NULL (CDDR LASTPTR)))
(* X identifies the end of the operand for the previous i.s.opr needs to be done before the caal to CLISPFOR0A
because it might return a new X with some OTHERS in front. e.g. if the i.s. is (FOR X IN Y SUM X + 1 WHILE Z), at
the time the WHILE is encountered, the range of the opeand for SUM is X + 1 after the call to CLISPISTYPE, x will be
(FIRST (SETQ $$VAL 0) WHILE Z))
(NCONC1 LASTPTR I.S.)))
(COND
(I.S.OPR (SETQ I.S. (CLISPFOR0A I.S.OPR I.S. LASTPTR))
(* see comment at end of selectq)
(SETQ I.S.OPR NIL)
(GO LP)))
(COND
((NLISTP (CDR CLISPWORD))
(* This converts everything to the lowercase version thereby simplifying the selectq. (There is no information tored
to enable getting back to uppercase from lowercase (using properties) so that lowercase is the only available
canonical representation.))
(SETQ OPR (CDR CLISPWORD)))
(T (* This implements synonyms, e.g. WHERE is the same as
WHEN.)
(SETQ OPR (CADDR CLISPWORD))
(GO RECHECK)))
(COND
((EQ OPR (QUOTE original))
(GO SELECT))
[(EQ (CAR LASTPTR)
(QUOTE ORIGINAL))
(COND
((EQ (CADDR LASTPTR)
(CDADR LASTPTR))
(GO SELECT))
(T (CLISPFORERR (CADR LASTPTR)
(CADDR LASTPTR)
(QUOTE MISSING]
([LISTP (SETQ I.S.OPR (GETPROP OPR (QUOTE I.S.OPR]
[COND
[(NULL (CAR I.S.OPR)) (* The i.s.type does not define the i.s.type for the
i.s. e.g. Larry's UPTO which is defined as
(BIND $$MAX←BODY TO $$MAX))
(COND
((NULL (CDR I.S.OPR))
(* the i.s.opr terminates (terminted) the scope of the prvious i.s.opr, but is otherwise a nop, i.e. invisible.
this featre is used for i.s.oprs in which one does not want the argument dwimified, but wants a postprocessor to
handle it, e.g. (for i from 1 to 10 decl (x fixp) do (foo)))
(SETQ LASTPTR (LIST NIL I.S.)))
(T (SETQ LASTPTR (LIST OPR I.S.]
[(NULL I.S.TYPE) (* e.g. COLLECT. DO, JOIN, SUM ETC.)
(SETQ I.S.TYPE1 OPR)
(SETQ LASTPTR (LIST (QUOTE I.S.TYPE)
(SETQ I.S.TYPE I.S.]
((AND (EQ I.S.TYPE1 (QUOTE do))
(EQ I.S. (CDR I.S.TYPE))) (* E.g. DO COLLECT, DO JOIN.
Ignore the DO)
(SETQ I.S.TYPE1 OPR)
(/RPLNODE I.S.TYPE (CAR I.S.)
(CDR I.S.))
(FRPLACD (CDR LASTPTR)))
((AND (EQ I.S.TYPE1 (QUOTE thereis))
(OR (EQ (CAR I.S.)
(QUOTE SUCHTHAT))
(EQ (CAR I.S.)
(QUOTE suchthat)))
(NULL FOR)) (* special glitch to allow ISTHERE -- SUCHTHAT --)
(SETQ I.S.TYPE1 OPR)
(SETQ LASTPTR (LIST (QUOTE I.S.TYPE)
(SETQ I.S.TYPE I.S.)))
(SETQ OPR (FASSOC (QUOTE I.S.TYPE)
I.S.PTRS))
(FRPLACA OPR (QUOTE FOR))
(SETQ FOR (CADR OPR)))
(T (CLISPFORERR I.S.TYPE I.S. (QUOTE BOTH]
(GO LP0))
((GETP OPR (QUOTE \DURATIONTRAN)) (* Foo, punt out by calling \DURATIONTRAN since it's
too complicated to express as an I.S.OPRS)
(SETQ I.S. (\DURATIONTRAN EXP))
(GO OUT)))
SELECT
[SELECTQ OPR
(original (SETQ LASTPTR (LIST (QUOTE ORIGINAL)
I.S.)))
((for from in on to by)
[SETQ LASTPTR (SELECTQ OPR
(for (LIST (QUOTE FOR)
(SETQ FOR I.S.)))
(from (AND (SETQ OPR (OR IN ON))
(CLISPFORERR OPR I.S. (QUOTE BOTH)))
(LIST (QUOTE FROM)
(SETQ FROM I.S.)))
(in (AND (SETQ OPR (OR FROM TO ON))
(CLISPFORERR OPR I.S. (QUOTE BOTH)))
(LIST (QUOTE IN)
(SETQ IN I.S.)))
(on (AND (SETQ OPR (OR FROM TO IN))
(CLISPFORERR OPR I.S. (QUOTE BOTH)))
(LIST (QUOTE ON)
(SETQ ON I.S.)))
(to (AND (SETQ OPR (OR IN ON))
(CLISPFORERR OPR I.S. (QUOTE BOTH)))
(LIST (QUOTE TO)
(SETQ TO I.S.)))
(by (LIST (QUOTE BY)
(SETQ BY I.S.)))
(SHOULDNT (QUOTE CLISPFOR0]
(GO TWICECHECK))
[as (OR TERMINATEFLG (SETQ TERMINATEFLG (OR IN ON RETPREDS TO)))
(COND
((OR FOR AS I.V.))
((OR FROM IN ON TO) (* E.g. IN X AS I FROM 1 TO 10 DO --.)
(SETQ FIRSTI.V. (SETQ I.V. (GETDUMMYVAR T)))
(* getdummyvar also adds to progvars and vars)
))
(SETQ IN NIL)
(SETQ ON NIL)
(SETQ FROM NIL)
(SETQ TO NIL)
(SETQ BY NIL) (* Primarily for error detection, i.e. now can just
check to see if say both IN/ON and FRM appear in one
stretch.)
(SETQ LASTPTR (LIST (QUOTE AS)
(SETQ AS I.S.]
[bind (SETQ LASTPTR (LIST (QUOTE BIND)
(SETQ BIND I.S.]
(declare (SETQ DECLARELST (CONS (SETQ LASTPTR (LIST (QUOTE DECLARE)
I.S.))
DECLARELST)))
(while
(* WHILE, UNTIL, UNLESS< WHEN, Finally, FIRST, and EACHTIME can appear more than once. the corresponding FORPTR'S
are gathered on a list and processed by a call to either CLISPFOR2 for the first four, and CLISPFOR3 for latter
three (which can have imlicit progns as well.))
(SETQ RETPREDS (CONS (SETQ LASTPTR (LIST (QUOTE WHILE)
I.S.))
RETPREDS)))
(until (SETQ RETPREDS (CONS (SETQ LASTPTR (LIST (QUOTE UNTIL)
I.S.))
RETPREDS)))
(repeatwhile (* Like WHILE except test is mae after body of
iterative statement.)
(SETQ AFTERPREDS (CONS (SETQ LASTPTR (LIST (QUOTE REPEATWHILE)
I.S.))
AFTERPREDS)))
(repeatuntil (SETQ AFTERPREDS (CONS (SETQ LASTPTR (LIST (QUOTE REPEATUNTIL)
I.S.))
AFTERPREDS)))
(unless (SETQ EXCEPTPREDS (CONS (SETQ LASTPTR (LIST (QUOTE UNLESS)
I.S.))
EXCEPTPREDS)))
(when (SETQ EXCEPTPREDS (CONS (SETQ LASTPTR (LIST (QUOTE WHEN)
I.S.))
EXCEPTPREDS)))
(finally (SETQ FINALLY (CONS (SETQ LASTPTR (LIST (QUOTE FINALLY)
I.S.))
FINALLY)))
(eachtime (SETQ EACHTIME (CONS (SETQ LASTPTR (LIST (QUOTE EACHTIME)
I.S.))
EACHTIME)))
(first (SETQ FIRST (CONS (SETQ LASTPTR (LIST (QUOTE FIRST)
I.S.))
FIRST)))
(COND
((EQ I.S.OPR (QUOTE MODIFIER)) (* e.g. OLD)
(FRPLACD (CDR LASTPTR)) (* The OLD does not terminate the scope of the previous
i.s.)
(GO LP2))
(T (GO LP2]
(GO LP0)
TWICECHECK
(AND (SETQ TEM (FASSOC (CAR LASTPTR)
I.S.PTRS))
(NULL AS)
(CLISPFORERR (CADR TEM)
(CADR LASTPTR)
(QUOTE TWICE)))
LP0 (SETQ I.S.PTRS (NCONC1 I.S.PTRS LASTPTR))
LP1 (COND
((AND (NULL (CDR I.S.))
(EQUAL EXP (CAR HISTENTRY)))
(PRIN1 (QUOTE ...)
T)
(PEEKC T)
(NCONC EXP (READLINE T))
(GO LP0)))
LP2 (COND
((LISTP (SETQ I.S. (CDR I.S.)))
(GO LP))
(I.S. (* i.s. ends in a non-nil tail)
(AND (NULL DWIMESSGAG)
(ERRORMESS (LIST 25 EXP)))
(ERROR!))
(LASTPTR (NCONC1 LASTPTR NIL))
((NULL I.S.PTRS) (* shouldnt happen)
(AND (NULL DWIMESSGAG)
(ERRORMESS1 "No operator in:" EXP))
(ERROR!)))
[COND
(I.S.OPR (SETQ I.S. (CLISPFOR0A I.S.OPR NIL LASTPTR))
(SETQ I.S.OPR NIL)
(COND
(I.S. (GO LP]
(SETQ TEM VARS)
[MAP I.S.PTRS (FUNCTION (LAMBDA (PTRS)
(SETQ PROGVARS (SELECTQ (CAAR PTRS)
((BIND AS)
(APPEND PROGVARS (CLISPFORVARS PTRS)))
(FOR
(* The reason for the reverse in order in the APPEND beloow is in caseBIND appears before FOR, and a PROG is not
being made, must have FOR variables first. NOte if a prog is being made, it doesnt matter.)
(* The call to CLISPFORVARS will also set I.V.
and FIRSTI.V.)
(APPEND (CLISPFORVARS PTRS)
PROGVARS))
((IN ON)
(PROG [(VARS (COND
(I.S.TYPE TEM)
(T VARS]
(CLISPFOR1 PTRS T))
(* IN/ON should be handled before adding VARS because that is when its operand is evaluqted.
(Except when there is no FOROPR, because we really might be DWIMIFYING what will be the FOROPR.))
PROGVARS)
PROGVARS]
(* Need to do this before CLISPFOR1 to get all ofthe variables 'bound' i.e. added to rs, and to note the names of
the i.v. (s))
[COND
((AND (NULL I.V.)
(OR FROM IN ON TO))
(* This can only occur if there is no FOR and no AS. If thee is no FOR and an AS, the I.V. for the initial segment,
if one is needed, is set up in the SELECTQ at LP.)
(SETQ I.V. (GETDUMMYVAR T]
(SETQ TEM I.S.PTRS)
LP3 (COND
((SETQ TEM (CLISPFOR1 TEM))
(* maps down forpotrs applying clispfor1 to each one. for most calls, clispfor1 returns CDR of TEM, but for things
on i.s.typelst, it jumps ahead and does the next few before finishing up this one so it can substitute.)
(GO LP3)))
[SETQ I.S.BODY (AND I.S.TYPE
(COND
[(NLISTP (CAR I.S.TYPE))
(LIST (COND
((AND (EQ [CAR (SETQ TEM (LISTP (GETPROP (CADR I.S.TYPE)
(QUOTE CLISPWORD]
(QUOTE FORWORD))
(EQ (GETPROP (CDR TEM)
(QUOTE I.S.OPR))
(QUOTE MODIFIER)))
(CADDR I.S.TYPE))
(T (CADR I.S.TYPE]
(T
(* This occurs when the FOROPR specifies more than one operation, i.e. an implicit PROGN. In this case, FOROPR was
reset to the body of the PROGN.)
(CAR I.S.TYPE]
(COND
((OR RETPREDS AFTERPREDS)
(GO MAKEPROG))
((NULL I.S.TYPE)
(AND (NULL DWIMESSGAG)
(ERRORMESS1 (QUOTE "No DO, COLLECT, or JOIN in:")
EXP))
(ERROR!))
(TO (GO MAKEPROG))
((AND (NULL IN)
(NULL ON))
(COND
([AND (NULL DWIMESSGAG)
(NULL TERMINATEFLG)
(NULL (CLISPFOR4 (GETPROP I.S.TYPE1 (QUOTE I.S.OPR]
(* Before printing this message, check I>S>TYPE for
possilb RETURN or GO, as with THEREIS, SUCHTHAT, etc.)
(PRIN1 (QUOTE "Possible non-terminating iterative statement:
")
T)
(PRINT [MAPCAR EXP (FUNCTION (LAMBDA (I.S.)
(RETDWIM2 I.S. NIL 1]
T T)))
(GO MAKEPROG))
([OR FROM AS (CDR PROGVARS)
INITVARS MAKEPROGFLG FINALLY FIRST EACHTIME [NOT (FMEMB I.S.TYPE1
(QUOTE (collect join do]
EXCEPTPREDS
(AND ON (EDITFINDP I.S.BODY (LIST (QUOTE SETQ)
I.V.
(QUOTE &]
(* On TYPE-IN? do not convert to MAPCONC, i.e. convert to a PROG, as otherwise the MAPCONC would be converted toa
/MAPCONC, which is unnecessary.)
(GO MAKEPROG)))
[SETQ I.S. (CONS [COND
[IN (SELECTQ I.S.TYPE1
(subset (QUOTE SUBSET))
(collect (QUOTE MAPCAR))
((JOIN join)
(CLISPLOOKUP (QUOTE MAPCONC)
(CADR IN)))
((DO do)
(QUOTE MAPC))
(SHOULDNT (QUOTE CLISPFOR0]
[ON (SELECTQ I.S.TYPE1
(collect (QUOTE MAPLIST))
(join (CLISPLOOKUP (QUOTE MAPCON)
(CADR ON)))
(do (QUOTE MAP))
(SHOULDNT (QUOTE CLISPFOR0]
(T (SHOULDNT (QUOTE CLISPFOR0]
(CONS (CADR (OR IN ON))
(LIST (CLISPFORF/L I.S.BODY PROGVARS DECLARELST]
(COND
(BY (NCONC1 I.S. (CLISPFORF/L (LIST (SUBST I.V. (CADR (OR IN ON))
(CADR BY)))
PROGVARS DECLARELST))
(* The reason for the subst is the manual says you can refer to the current tail in a BY by using either the I.V> or
the operand to IN/ON. This normalizes it to I>V., which is always (CAR PROGVARS). NOte similar operation in SUBPAIR
about 3 pages from here.)
))
(GO OUT)
MAKEPROG
[COND
([AND (EQ I.S.TYPE1 (QUOTE collect))
(SETQ I.S. (GETPROP (QUOTE fcollect)
(QUOTE I.S.OPR]
(* This is the form for MAPCAR used by the compiler. Its advantage is it doesnt call NCONC1 and results in no extra
function calls. User can disable this by removing the property of FCOLLECT.)
[SETQ PROGVARS (APPEND PROGVARS (SETQ TEM (LISTGET1 (CDR I.S.)
(QUOTE BIND]
(SETQ VARS (APPEND VARS TEM)))
((NULL I.S.TYPE1)
(GO MP0))
([NULL (SETQ I.S. (GETPROP I.S.TYPE1 (QUOTE I.S.OPR]
(SHOULDNT (QUOTE CLISPFOR0]
[COND
[(EQ (CAAR I.S.)
(QUOTE =))
(SETQ I.S. (EVAL (CDAR I.S.]
(T (SETQ I.S. (CAR I.S.]
[SETQ I.S.BODY (SUBPAIR (QUOTE (BODY I.V.))
(LIST (COND
((CDR I.S.BODY)
(CONS (QUOTE PROGN)
I.S.BODY))
(T (CAR I.S.BODY)))
(OR FIRSTI.V. I.V.))
(COND
((LISTP I.S.)
(DWIMIFY1 (COPY I.S.)))
(T (* For DO, its just BODY.)
I.S.]
[SETQ I.S.BODY (COND
((EQ (CAR I.S.BODY)
(QUOTE PROGN))
(APPEND (CDR I.S.BODY)))
(T (LIST I.S.BODY] (* FORBODY is now a list of forms.)
(CLISPFOR4 I.S.BODY) (* Checks for GO's so know where you need an $$OUT
typeof structure.)
MP0 [COND
((NOT (FASSOC (QUOTE $$VAL)
PROGVARS))
(SETQ PROGVARS (CONS (QUOTE $$VAL)
PROGVARS]
[SETQ RETEXP (LIST (LIST (QUOTE RETURN)
(QUOTE $$VAL]
(COND
((NULL AS)
(GO NX)))
(SETQ I.V. FIRSTI.V.)
MP1 (SETQ IN NIL)
(SETQ ON NIL)
(SETQ FROM NIL)
(SETQ TO NIL)
(SETQ BY NIL)
MP2 (SELECTQ (CAAR I.S.PTRS)
(FROM (SETQ FROM (CADAR I.S.PTRS)))
(BY (SETQ BY (CADAR I.S.PTRS)))
(IN (SETQ IN (CADAR I.S.PTRS)))
(ON (SETQ ON (CADAR I.S.PTRS)))
(TO (SETQ TO (CADAR I.S.PTRS)))
(AS (GO NX))
NIL)
(COND
((SETQ I.S.PTRS (CDR I.S.PTRS))
(GO MP2)))
NX (SETQ LSTVAR (CAR LSTVARS))
(COND
((OR IN ON)
(SETQ TEM (CADR (OR IN ON)))
[COND
[(AND [COND
[(OR (EQ TEM (QUOTE OLD))
(EQ TEM (QUOTE old))) (* IN OLD --)
(SETQ TEM (CADDR (OR IN ON]
((OR (EQ (CAR TEM)
(QUOTE OLD))
(EQ (CAR TEM)
(QUOTE old))) (* IN (OLD --))
(SETQ TEM (CADR TEM]
(COND
((LITATOM TEM) (* IN OLD X or IN (OLD X))
(SETQ LSTVAR TEM))
((OR (EQ (CAR TEM)
(QUOTE SETQ))
(EQ (CAR TEM)
(QUOTE SETQQ)))
(* IN OLD X ← .. or IN (OLD X ← ..), or IN OLD (X ← ..) or IN (OLD (X ← ..)))
(CLISPFORINITVAR (SETQ LSTVAR (CADR TEM))
(CADDR TEM)))
(T (SHOULDNT (QUOTE CLISPFOR0]
(ON (* Normal case, no 'OLD'. No need for dummy variable
for ON.)
(SETQ LSTVAR I.V.)
(CLISPFORINITVAR I.V. TEM))
(T (SETQ PROGVARS (CONS (LIST LSTVAR TEM)
PROGVARS]
[COND
((EQ I.V. LSTVAR)
(SETQ RETPREDS (NCONC1 RETPREDS (LIST (QUOTE NLISTP)
LSTVAR)))
(* put it on last so when it is revrsed by CLISPFOR2
will come out first.)
)
(T (SETQ TERM (NCONC1 TERM (LIST (QUOTE SETQ)
I.V.
(COND
[IN
(* reason for checking here rather in retpreds is to avoid user setting a pointer to garbage, e.g.
(FOR OLD X IN (QUOTE (19 . 20)) DO PRINT) would leave X set to (CAR 20) otherwise)
(SETQ MAKEPROGFLG T)
(* to make sure that a $$OUT gets added)
(SUBST LSTVAR (QUOTE VAR)
(QUOTE (CAR (OR (LISTP VAR)
(GO $$OUT]
(T (SETQ RETPREDS (NCONC1 RETPREDS
(LIST (QUOTE NLISTP)
LSTVAR)))
LSTVAR]
[SETQ ITER (NCONC1 ITER (CONS (QUOTE SETQ)
(CONS LSTVAR
(COND
[BY (SUBPAIR (LIST I.V. (CADR (OR IN ON)))
(LIST LSTVAR LSTVAR)
(LIST (CADR BY]
(T (LIST (LIST (QUOTE CDR)
LSTVAR]
(GO BUILDIT)))
(COND
(FROM [COND
[(SETQ TEM (FMEMB I.V. PROGVARS))
(RPLACA TEM (LIST I.V. (CADR FROM]
(T (CLISPFORINITVAR I.V. (CADR FROM]
(* the reason for IVINITFLG (instead of simply searching the PROGVAR lst) is that the iv may bbe an OLD variable and
it wont appear anywhere. neverhtless need to know if it is being initialized, because in case of TO, it must be
initialzed to 1 if not.)
(SETQ IVINITFLG T)))
[COND
(TO [SETQ TEM (COND
[(NUMBERP (CADR BY))
(COND
((MINUSP (CADR BY))
(QUOTE LT))
(T (QUOTE GT]
[BY [SETQ BY (LIST (QUOTE BY)
(LIST (QUOTE SETQ)
(GETDUMMYVAR T)
(WARNUSER BY]
(LIST (QUOTE AND)
(CAR PROGVARS)
(LIST (QUOTE OR)
(LIST (QUOTE ZEROP)
(CAR PROGVARS))
(LIST (QUOTE COND)
(LIST (LIST (QUOTE MINUSP)
(CAR PROGVARS))
(LIST (CLISPLOOKUP (QUOTE LT)
I.V.)
I.V.
(CADR TO)))
(LIST T (LIST (CLISPLOOKUP (QUOTE GT)
I.V.)
I.V.
(CADR TO]
((AND (FIXP (CADR FROM))
(FIXP (CADR TO))
(ILESSP (CADR TO)
(CADR FROM)))
(SETQQ BY (BY -1))
(QUOTE LT))
(T (QUOTE GT]
[COND
((NULL IVINITFLG)
(SETQ INITVARS (NCONC1 INITVARS (LIST (QUOTE SETQ)
I.V. 1]
(SETQ PROGVARS (CONS (LIST (GETDUMMYVAR)
(WARNUSER TO))
PROGVARS))
(SETQ RETPREDS (NCONC1 RETPREDS (COND
((NLISTP TEM)
(LIST (CLISPLOOKUP TEM I.V.)
I.V.
(CAAR PROGVARS)))
(T TEM]
[COND
((OR BY FROM TO)
(SETQ ITER (NCONC1 ITER (LIST (QUOTE SETQ)
I.V.
(COND
((OR FROM TO (NUMBERP (CADR BY)))
(LIST (CLISPLOOKUP (QUOTE +)
I.V.)
I.V.
(OR (CADR BY)
1)))
(T (CADR BY]
BUILDIT
(COND
((AND AS I.S.PTRS)
(SETQ TEM (CDDDAR I.S.PTRS))
(SETQ I.V. (CAR TEM))
(SETQ IVINITFLG (CADR TEM))
(SETQ I.S.PTRS (CDR I.S.PTRS))
(AND (NULL (SETQ LSTVARS (CDR LSTVARS)))
(CLISPFORERR (QUOTE "too many concurrent loops
")))
(GO MP1)))
[COND
(FINALLY (SETQ TEM (CLISPFOR3 FINALLY))
(SETQ RETEXP (COND
((EQ (CAAR (FLAST TEM))
(QUOTE RETURN))
TEM)
(T (NCONC TEM RETEXP]
[COND
((OR MAKEPROGFLG (AND RETPREDS AFTERPREDS))
(SETQ OUTEXP (CONS (QUOTE $$OUT)
RETEXP))
(SETQ RETEXP (LIST (LIST (QUOTE GO)
(QUOTE $$OUT]
[COND
((SETQ AFTERPREDS (CLISPFOR2 AFTERPREDS))
(SETQ AFTERPREDS (LIST (LIST (QUOTE COND)
(CONS (COND
((CDR AFTERPREDS)
(CONS (QUOTE OR)
AFTERPREDS))
(T (CAR AFTERPREDS)))
RETEXP]
[COND
((SETQ RETPREDS (CLISPFOR2 RETPREDS))
(SETQ RETPREDS (CONS (COND
((CDR RETPREDS)
(CONS (QUOTE OR)
RETPREDS))
(T (CAR RETPREDS)))
RETEXP]
[COND
((SETQ EXCEPTPREDS (CLISPFOR2 EXCEPTPREDS))
[SETQ EXCEPTPREDS (LIST (COND
((CDR EXCEPTPREDS)
(CONS (QUOTE OR)
EXCEPTPREDS))
(T (CAR EXCEPTPREDS)))
(LIST (QUOTE GO)
(QUOTE $$ITERATE]
(SETQ I.S.BODY (CONS (COND
(RETPREDS (LIST (QUOTE COND)
RETPREDS EXCEPTPREDS))
(T (LIST (QUOTE COND)
EXCEPTPREDS)))
I.S.BODY)))
(RETPREDS (SETQ I.S.BODY (CONS (LIST (QUOTE COND)
RETPREDS)
I.S.BODY]
[SETQ I.S. (CONS (QUOTE PROG)
(CONS PROGVARS (NCONC [AND DECLARELST
(LIST (CONS (QUOTE DECLARE)
(MAPCONC (DREVERSE DECLARELST)
(FUNCTION (LAMBDA (X)
(LDIFF (CDADR X)
(CADDR X]
INITVARS
(AND FIRST (CLISPFOR3 FIRST))
(CONS (QUOTE $$LP)
(NCONC TERM (AND EACHTIME (CLISPFOR3 EACHTIME))
I.S.BODY
(LIST (QUOTE $$ITERATE))
AFTERPREDS ITER
(LIST (LIST (QUOTE GO)
(QUOTE $$LP)))
OUTEXP]
OUT [SETQ TEM (CDR (LISTGET1 LISPXHIST (QUOTE SIDE] (* TEM holds a list of side info)
(* Restores those places where I.V.'s where stuck in, e.g. FOR X IN Y COLLECT FOO was temporarily converted to FOR X
IN Y COLLECT (FOO X), and IN Y COLLECT FOO would have been chaged to IN Y COLLECT (FOO $$TEM))
[MAPC UNDOLST (FUNCTION (LAMBDA (X)
(FRPLACA (CAR X)
(CADR X))
(FRPLACD (CAR X)
(CDDR X))
(COND
((SETQ X (FASSOC (CAR X)
TEM)) (* to tell dwimnewfile? thatthis change was undone, so
not to count the function as being changed)
(FRPLACA X (QUOTE *]
(CLISPTRAN EXP I.S.)
(RETURN EXP])
(CLISPFOR0A
[LAMBDA ($I.S.OPR I.S. LASTPTR) (* rmk: " 6-Oct-84 12:11")
(* Thisfunction is called when we hit the first i.s.opr following one defined via an istype property.
The problems with such operaaors is that we cannot dwiify their operands (or any operands in the i.s.) until we have
scanned the entire i.s. and found aal the VARS. This requires that we obtain the definitions of each i.s.opr from
its property list, since there may be BIND's in the defiition. However, we cannot substiute in the operands until
after we dwimify the operands, since otherwise any errors corrected in the operands wont be seen in the original
i.s. when the user prints it after it is dwimified. Furthermore, if we substitute in before we dwimify, we cant
distinguish the case where the usr writes a $$VAL, thereby requiring a PROG in the translation, from that where a
$$VAL is specified in the definition for the i.s.opr e.g. for COLLECT or JOIN, but nevertheless it is ok to
translate to a mapping function. Therefore we insert the definition and take note of thoe things requiring
substiution later. and furthermore leave in the original i.s.opr so its operand can also be dwimified.)
(DECLARE (SPECVARS LASTPTR)) (* Used freely by IS.OPRS in IDL -- Ron)
[COND
((CDR (LISTP $I.S.OPR)) (* OTHERS. Note that an i.s.opr defned by an i.s.opr
property can specify an i.s.type, OTHERS, or both.)
(SETQ I.S.OPRSLST (CONS LASTPTR I.S.OPRSLST))
(SETQ I.S. (NCONC [COPY (COND
((EQ (CADR $I.S.OPR)
(QUOTE =))
(EVAL (CDDR $I.S.OPR)))
(T (CDR $I.S.OPR]
I.S.]
I.S.])
(CLISPFOR1
(LAMBDA (PTRS FLG) (* wt: "28-APR-80 16:11")
(PROG ((OPRTAIL (CADAR PTRS))
BODYTAIL
(NXTOPRTAIL (CADDAR PTRS))
Z TEM LSTFLG BODY) (* X is the TAIL of the iterative statement beginning
with the operator, Y the tail beginning with the next
opeator.)
(SELECTQ (CAAR PTRS)
((FOR BIND DECLARE ORIGINAL NIL)
(GO OUT))
((IN ON)
(AND (NULL FLG)
(GO OUT)) (* Already done.)
)
(AS (SETQ I.V. (CADDDR (CAR PTRS)))
(GO OUT))
NIL)
(SETQ BODYTAIL (COND
((OR (EQ (CADR OPRTAIL)
(QUOTE OLD))
(EQ (CADR OPRTAIL)
(QUOTE old)))
(OR MAKEPROGFLG (SETQ MAKEPROGFLG T))
(CDDR OPRTAIL))
((AND (EQ (CAR (SETQ TEM (LISTP (GETPROP (CADR OPRTAIL)
(QUOTE CLISPWORD)))))
(QUOTE FORWORD))
(EQ (GETPROP (CDR TEM)
(QUOTE I.S.OPR))
(QUOTE MODIFIER)))
(CDDR OPRTAIL))
((CDR OPRTAIL))
(T
(* special kluge to allow an i.s.opr to smash lastptr to indicate that this operator/operand is to be ignored,
e.g. for handling (EVERY CHARACTER IN Z IS --))
(GO OUT))))
(COND
((EQ BODYTAIL NXTOPRTAIL) (* 2 FORWORDS in a row.)
(CLISPFORERR OPRTAIL NXTOPRTAIL (QUOTE MISSING)))
((NEQ (CDR BODYTAIL)
NXTOPRTAIL) (* More than one expression between two forwords.)
(GO BREAK)))
(COND
((NLISTP (CAR BODYTAIL))
(COND
((AND (NEQ (CAAR PTRS)
(QUOTE FROM))
(NEQ (CAAR PTRS)
(QUOTE IN))
(NEQ (CAAR PTRS)
(QUOTE ON))
(NEQ (CAAR PTRS)
(QUOTE TO))
(SETQ Z (CLISPFUNCTION? BODYTAIL (QUOTE NOTVAR))))
(* E.G. DO PRINT, BY SUB1, etc.)
(COND
((NULL (SETQ TEM (OR FIRSTI.V. I.V.)))
(CLISPFORERR OPRTAIL NIL (QUOTE WHAT)))
((EQ (COND
((EQ OPRTAIL I.S.TYPE)
TEM)
(T (SETQ TEM I.V.)))
(CAR DUMMYVARS)) (* In the case that an i.v. was supplied, make the
change permanent. For $$TEM, undo it later.)
(SETQ UNDOLST (CONS (CONS BODYTAIL (CONS (CAR BODYTAIL)
(CDR BODYTAIL)))
UNDOLST))))
(/RPLNODE BODYTAIL (LIST Z TEM)
(CDR BODYTAIL)))
(T (DWIMIFY2 BODYTAIL OPRTAIL BODYTAIL T T)))
(SETQ Z (CAR BODYTAIL))
(GO C))
((OR (EQ (CAAR BODYTAIL)
(QUOTE OLD))
(EQ (CAAR BODYTAIL)
(QUOTE old)))
(OR MAKEPROGFLG (SETQ MAKEPROGFLG T))
(DWIMIFY2 (CDAR BODYTAIL)
(CAR BODYTAIL)
T)
(SETQ Z (CAR BODYTAIL))
(GO C))
(T (DWIMIFY1 (CAR BODYTAIL)
NIL T)
(SETQ Z (CAR BODYTAIL))
(COND
((AND (LISTP (CAAR BODYTAIL))
(NOT (FNTYP (CAAR BODYTAIL))))
(SETQ LSTFLG T)
(GO A))
(T (GO C)))))
BREAK
(COND
(NXTOPRTAIL (CLISPRPLNODE (SETQ Z (NLEFT OPRTAIL 1 NXTOPRTAIL))
(CAR Z)
NIL))) (* Breaks the list justbefore the next operator.)
(CLISPRPLNODE BODYTAIL (SETQ Z (CONS (CAR BODYTAIL)
(CDR BODYTAIL)))
NXTOPRTAIL)
(* Puts parentheses in -
E.g. For X in FOO Y do -- becomes for X in (FOO Y) do necessary in order to call DWIMIFY. Maybe should give
DWIMIFY an rgument like stoptail?)
(* Done this way instead of changing CDR X because CDR
of first PTR is not EQ to the entry in the history
list.)
(DWIMIFY2 Z Z T (COND
(I.S.TYPE (QUOTE IFWORD))
(T (* so if it sees a function in a variable position, it
will insert parens, e.g. FOR X IN Y PRINT Z)
(QUOTE FORWORD))))
A (COND
((NULL (CDR Z))
(* Because DWIMIFY2 was called with FORMSFLG T, this came out as a list of forms, but there was only one form.
E.g. X← (FOO) became ((SETQ X (FOO))).)
(/RPLNODE Z (CAAR Z)
(CDAR Z))
(GO C)))
B (SELECTQ (CAAR PTRS)
((I.S.TYPE FIRST FINALLY EACHTIME) (* More than one form permitted in operator -
means implicit progn.)
(SETQ UNDOLST (CONS (CONS OPRTAIL (CONS (CAR OPRTAIL)
(CDR OPRTAIL)))
UNDOLST))
(SETQ BODY (CONS (QUOTE PROGN)
(APPEND Z))) (* for possible use in substituting into an i.s.opr)
(CLISPRPLNODE OPRTAIL (CDR BODY)
(CDR OPRTAIL))
(* Smashes the operatr itself with the body of i.s. so that when we get back to clispfor0, can distinguish the
implicit progn case from others. The setting of UNDOLST is to enable restoration.)
(AND (NULL LSTFLG)
(CLISPRPLNODE BODYTAIL (CAR Z)
(NCONC (CDR Z)
(CDR BODYTAIL))))
(* Takes parentheses back out.)
(GO C))
(COND
((FMEMB (CAR PTRS)
I.S.OPRSLST) (* ok for a user defined opeator to have several
arguments. (maybe we should phase out the errors and
insertion of automatic DO??))
(SETQ BODY (CONS (QUOTE PROGN)
(APPEND Z)))
(SETQ UNDOLST (CONS (CONS OPRTAIL (CONS (CAR OPRTAIL)
(CDR OPRTAIL)))
UNDOLST))
(AND (NULL LSTFLG)
(CLISPRPLNODE (CDR OPRTAIL)
(CAR Z)
(NCONC (CDR Z)
(CDDR OPRTAIL)))))
(LSTFLG (CLISPFORERR OPRTAIL))
(I.S.TYPE (CLISPFORERR I.S.TYPE BODYTAIL))
((EVERY (CDR Z)
(FUNCTION LISTP)) (* E.g. For X in Y print Z --.)
(* This really should be taken care of in DWIMIFY2 -
I.e. (Y prinnt Z))
(/RPLNODE BODYTAIL (CAR Z)
(/NCONC (CDR Z)
NXTOPRTAIL))
(SETQQ I.S.TYPE1 do)
(SETQ I.S.TYPE (/ATTACH (QUOTE DO)
(CDR BODYTAIL)))
(RPLACD PTRS (CONS (LIST (QUOTE I.S.TYPE)
I.S.TYPE NXTOPRTAIL)
(CDR PTRS)))
(SETQ Z (CAR Z)))))
C (AND (LISTP Z)
(CLISPFOR4 Z))
(COND
((FMEMB (CAR PTRS)
I.S.OPRSLST) (* I.S.OPRLST is the list of those entries on forptrs
defined by an I.S.OPR.)
(RETURN (PROG ((END (CADDAR PTRS))
LST)
(OR BODY (COND
((EQ (CAR (GETPROP (CADR (SETQ BODY (CADAR PTRS)))
(QUOTE CLISPWORD)))
(QUOTE FORWORD)) (* modifier)
(SETQ BODY (CADDR BODY)))
(T (SETQ BODY (CADR BODY)))))
(* BODY is the operand to the I.S.OPR operator. END is the tail of the i.s. beginning with the next operator
following it. The in between operators are the result of the expansion, and need to be dwiified, i.e. processed by
clispfor1, and then have i.v. and body substituted into them.)
(SETQ LST (CDR PTRS))
LP1 (COND
((NEQ (CADAR LST)
END) (* CADR of each entry on PTRS is the actual tail.)
(SETQ LST (CLISPFOR1 LST))
(GO LP1)))
(SETQ LST (CDR PTRS))
LP2 (COND
((NEQ (CADAR LST)
END)
(PROG ((LST1 (CADAR LST))
(END1 (CADDAR LST)))
(* The tail of the iterative statement begining with the
opeator)
(* tail of iterative statement beginning with next
operator the segment between tem and nxt corresponds to
the body of this opeator)
LP3 (COND
((EQ (SETQ LST1 (CDR LST1))
END1)
(RETURN)))
(SELECTQ (CAR LST1)
(BODY (FRPLACA LST1 BODY))
(I.V. (FRPLACA LST1 I.V.))
(AND (LISTP (CAR LST1))
(CLISPDSUBST (CAR LST1))))
(GO LP3))
(SETQ LST (CDR LST))
(GO LP2)))
(RETURN LST)))))
OUT (RETURN (CDR PTRS)))))
(CLISPRPLNODE
(LAMBDA (X A D) (* wt: 16-DEC-75 23 43)
(* like /rplnode, except that dwimnewfile? does not
count it as a change to the function)
(COND
((LISTP X)
(AND LISPXHIST (UNDOSAVE (LIST (QUOTE CLISPRPLNODE)
X
(CAR X)
(CDR X))))
(FRPLACA X A)
(FRPLACD X D))
(T (ERRORX (LIST 4 X))))))
(CLISPFOR2
[LAMBDA (LST FLG) (* lmm "13-Aug-84 16:42")
[MAP (SETQ LST (DREVERSE LST))
(FUNCTION (LAMBDA (X)
(SELECTQ (CAAR X)
[WHEN (RPLACA X (COND
(FLG (* When FLG is true, we are computing a condition
forDOING it, and when FLG=NIL, for not doing it, hence
difference in sign.)
(CADADR (CAR X)))
(T (NEGATE (CADADR (CAR X]
[UNLESS (RPLACA X (COND
[FLG (NEGATE (CADADR (CAR X]
(T (CADADR (CAR X]
[(WHILE REPEATWHILE)
(RPLACA X (NEGATE (CADADR (CAR X]
[(UNTIL REPEATUNTIL)
(RPLACA X (CADADR (CAR X]
NIL]
LST])
(CLISPFOR3
(LAMBDA (LST) (* wt: 25-FEB-76 1 59)
(* Used to process FINALLY, EACHTIME, and FIRST lists.
LST is a list of form (FINALLY . tail))
(PROG (TEM)
(RETURN (MAPCONC (DREVERSE LST)
(FUNCTION (LAMBDA (X)
(SETQ TEM (CADR X))
(OR (LISTP (CAR TEM))
(LIST (CADR TEM))))))))))
(CLISPFORVARS
[LAMBDA (PTRS) (* lmm "14-Aug-84 16:34")
(* Does for FOR and BIND what CLISPFOR1 does for the rest of the ptrs. LST is either a (FOR --) or
(BIND --) entry from PTRS. CLISPFOR3 handles the following pathological cases. The variables may be spread out, or
listed, they may involve assignments, either spread out or listed, and they may be terminated by a form or
function in the case that there is no FOROPR. E.g. FOR X Y Z (PRINT X), FOR (X Y Z) PRINT X, FOR X Y ← T Z PRINTT
X, FOR (X (Y←T) Z) (PRINT X) etc.)
(PROG (TEM OLDFLG LST LST0 L1 VARLST IV (CLISPCONTEXT (QUOTE FOR/BIND)))
(* clispcontext tells CLISPATOM2 not to try spelling
correction on the variable name.)
(SETQ L1 (CADDR (CAR PTRS)))
[SETQ LST0 (SETQ LST (CDR (CADAR PTRS]
LP (COND
((EQ LST0 L1)
(GO NX)))
(COND
((LITATOM (CAR LST0)) (* The SETQ is because in the case the ← is a separate
atom, the DWIMIFY2 will return the tail before L.)
(AND CLISPFLG (STRPOS (QUOTE ←)
(CAR LST0))
(SETQ TEM (DWIMIFY2 LST0 LST NIL T T))
(SETQ LST0 TEM)))
[(LISTP (CAR LST0))
(SELECTQ (CAAR LST0)
((SETQQ SAVESETQQ) (* SAVESETQ and SAVESETQQ can occur on typein if the
user should happen to DW a portion of the I.s.)
)
((SETQ SAVESETQ)
(DWIMIFY2 (CDDAR LST0)
(CAR LST0)
T))
(COND
((AND (EQ (CADAR LST0)
(QUOTE ←))
(NULL (CDDDAR LST0)))
[FRPLACA LST0 (CONS (QUOTE SETQ)
(CONS (CAAR LST0)
(CDDAR LST0]
(GO LP))
[(AND CLISPFLG (PROG ((X (CAR LST0)))
LX (COND
((NLISTP X)
(RETURN NIL))
((AND (LITATOM (CAR X))
(STRPOS (QUOTE ←)
(CAR X)))
(RETURN T)))
(SETQ X (CDR X))
(GO LX)))
(CLISPFORVARS1 (CAR LST0)
(EQ L1 (CDR LST)))
(* The second argument to CLISPFORVARS1 corresonds to FORMSFLG in the call to DWIMIFY2, e.g. FOR X
(Y←T) want FORMSFLG to be NIL. but FOR (X←T Y) want it to be T.)
(COND
((AND (LISTP (CAAR LST0))
(NULL (CDAR LST0)))
(* form was (A←form) and now is ((SETQ A form)) so remove extra parentheses inserted because formsflg was
(incorrectly) T. Note that when we called clispforvars1, we donot know whether (CAR LST0) is of the form
(A←B C←D) or (A ← B), i.e. one or two assignments.)
(FRPLACA LST0 (CAAR LST0]
((AND (EQ LST0 LST)
(EQ L1 (CDR LST0))) (* Says this is the first argument.)
(CLISPFORVARS1 (CAR LST0)
T))
(I.S.TYPE (CLISPFORERR LST0 I.S.TYPE))
(T (* Necessary because LST0 may not really correspnd to
ssructure in the original statement, because of ldiff.)
(GO ADDDO]
(T (CLISPFORERR LST0)))
(SETQ LST0 (CDR LST0))
(GO LP)
NX (* The area between LST and LST0 now corresponds to the
(dwimified) variables. They may appears as a segment or
as a list.)
(SETQ LST0 (COND
([AND (EQ LST0 (CDR LST))
(LISTP (CAR LST))
(NOT (FMEMB (CAAR LST)
(QUOTE (SETQ SETQQ OLD old SAVESETQ SAVESETQQ]
(SETQ L1 NIL)
(CAR LST))
(T LST))) (* LST0 now corresponds to the beginning of the list of
variables, L1 to its end. VARLST will be used to
assemble the vlue.)
LP1 [COND
((EQ LST0 L1)
[COND
((AND IV (NEQ (CAAR PTRS)
(QUOTE BIND))
(NULL I.V.))
(SETQ FIRSTI.V. (SETQ I.V. IV] (* IV is the first variable encountered in the variable
list (may be OLD vriable))
(RETURN (DREVERSE VARLST)))
((FMEMB (CAR LST0)
(QUOTE (OLD old)))
(SETQ OLDFLG T)
(SETQ MAKEPROGFLG T)
(SETQ LST0 (CDR LST0))
(SETQ TEM (CAR LST0)))
((FMEMB (CAR (LISTP (CAR LST0)))
(QUOTE (OLD old)))
(SETQ OLDFLG T)
(SETQ MAKEPROGFLG T)
(SETQ TEM (CADAR LST0)))
(T (SETQ OLDFLG NIL)
(SETQ TEM (CAR LST0]
[COND
[(AND TEM (LITATOM TEM))
(SETQ VARS (CONS TEM VARS))
(COND
((NULL IV)
(SETQ IV TEM)
[COND
((EQ (CAAR PTRS)
(QUOTE AS))
(FRPLACD (CDDAR PTRS)
(LIST IV] (* Marks the i.v. for this AS.
used by clispfor11 when you specify an operatand which
is just a functon name.)
))
(COND
((NULL OLDFLG)
(SETQ VARLST (CONS TEM VARLST]
((SELECTQ (CAR TEM)
((SETQ SAVESETQ)
T)
((SETQQ SAVESETQQ)
(FRPLACA TEM (QUOTE SETQ))
(FRPLACA (CDDR TEM)
(LIST (QUOTE QUOTE)
(CADDR TEM)))
T)
NIL)
(SETQ MAKEPROGFLG T) (* Says the expression must translate into an open
prog.)
(SETQ VARS (CONS (CADR TEM)
VARS))
[COND
((NULL IV)
(SETQ IV (CADR TEM))
(SELECTQ (CAAR PTRS)
(BIND)
(FOR (SETQ IVINITFLG T))
(AS (FRPLACD (CDDAR PTRS)
(LIST IV T)))
(SHOULDNT (QUOTE CLISPFORVARS]
[COND
(OLDFLG (SETQ INITVARS (CONS TEM INITVARS)))
(T (SETQ VARLST (CONS (CDR TEM)
VARLST]
(SETQ UNDOLST (CONS (CONS LST0 (CONS (LIST (CADR TEM)
(QUOTE ←)
(CADDR TEM))
(CDR LST0)))
UNDOLST)))
(T (CLISPFORERR (LIST TEM]
(SETQ LST0 (CDR LST0))
(GO LP1)
ADDDO
(/RPLNODE LST0 (QUOTE DO)
(CONS (CAR LST0)
(CDR LST0)))
(SETQ L1 LST0)
(FRPLACD PTRS (CONS (LIST (QUOTE I.S.TYPE)
(SETQ I.S.TYPE LST0)
(CADDR (CAR PTRS)))
(CDR PTRS)))
(GO NX])
(CLISPFORVARS1
(LAMBDA (L FLG) (* wt: 12-FEB-77 22 43)
(PROG ($TAIL)
(SETQ $TAIL L)
LP (COND
((NULL $TAIL)
(RETURN))
((STRPOS (QUOTE "←")
(CAR $TAIL))
(COND
((LITATOM (CAR $TAIL))
(SETQ $TAIL (TAILP (DWIMIFY2 $TAIL L NIL FLG T)
L)))
(T (CLISPFORVARS1 (CAR $TAIL))))))
(SETQ $TAIL (CDR $TAIL))
(GO LP))))
(CLISPFOR4
(LAMBDA (X) (* wt: 17-DEC-76 19 8)
(SELECTQ (CAR X)
((GO RETURN ERROR! RETFROM RETEVAL)
(SETQ TERMINATEFLG T)
(SETQ MAKEPROGFLG T))
(PROG NIL)
(SOME X (FUNCTION (LAMBDA (X)
(COND
((EQ X (QUOTE $$VAL))
(SETQ MAKEPROGFLG T) (* keep on looking for RETURN or GO)
NIL)
((LISTP X)
(CLISPFOR4 X)))))))))
(CLISPFORF/L
(LAMBDA (EXP VAR DECLARELST) (* kbr: "28-Dec-83 19:43")
(PROG NIL
(RETURN
(LIST (QUOTE FUNCTION)
(COND
((AND (NULL DECLARELST)
(EQUAL VAR (CDAR EXP))
(NULL (CDR EXP))
(OR (FGETD (CAAR EXP))
(AND (NULL (GETPROP (CAAR EXP)
(QUOTE CLISPWORD)))
(NULL (GETLIS (CAAR EXP)
MACROPROPS)))))
(CAAR EXP))
(T (CONS (QUOTE LAMBDA)
(CONS VAR (COND
(DECLARELST (CONS (CONS (QUOTE DECLARE)
(MAPCONC (DREVERSE DECLARELST)
(FUNCTION (LAMBDA (X)
(LDIFF (CDADR X)
(CADDR X))))))
EXP))
(T EXP)))))))))))
(CLISPDSUBST
(LAMBDA (X) (* wt: "21-JAN-80 20:11")
(PROG (TEM)
(* goes through X and does a dsubst of I.V. for (QUOTE I.V.) and BODY for (QUOTE BODY) in X AND all of the
translations in the hasharray)
(MAP X (FUNCTION (LAMBDA (X)
(SELECTQ (CAR X)
(BODY (FRPLACA X BODY))
(I.V. (FRPLACA X I.V.))
(AND (LISTP (CAR X))
(CLISPDSUBST (CAR X)))))))
(COND
((SETQ TEM (GETHASH X CLISPARRAY))
(COND
((EQ (CAR (GETP (CAR X)
(QUOTE CLISPWORD)))
(QUOTE CHANGETRAN))
(* these constructs have the propertythattranslation differs depending on expression, e.g. while
(fetch foo of x) is always the same regardless of what x is, (change x y) differs depending on what x is.)
(PUTHASH X NIL CLISPARRAY)
(DWIMIFY1 X))
(T (CLISPDSUBST TEM))))))))
(GETDUMMYVAR
[LAMBDA (BINDITFLG) (* lmm "28-MAY-83 18:01")
(PROG (VAR)
[SETQ VAR (CAR (SETQ DUMMYVARS (OR (CDR DUMMYVARS)
(CDR (RPLACD DUMMYVARS (LIST (GENSYM]
[COND
(BINDITFLG (SETQ VARS (CONS VAR VARS))
(SETQ PROGVARS (CONS VAR PROGVARS]
(RETURN VAR])
(CLISPFORINITVAR
(LAMBDA (VAR EXP) (* wt: "21-JAN-80 20:44")
(* this function is called when is necessary to initialize a variable to an expression outside of tje scope of
anyvariables bound by i.s., i.e. in the prog binding. it generates a dummy variabe, binds it to exp, and then
initializes var to that expresssin)
(SETQ PROGVARS (CONS (LIST (GETDUMMYVAR)
EXP)
PROGVARS))
(SETQ INITVARS (NCONC1 INITVARS (LIST (QUOTE SETQ)
VAR
(CAAR PROGVARS))))))
)
(DEFINEQ
(\DURATIONTRAN
(LAMBDA (FORM) (* JonL "23-Jul-84 15:39")
(PROG ((BODY FORM)
(OLDTIMER)
(EXPANSION)
(SETUPFORM (QUOTE (SETUPTIMER FORDURATION OLDTIMER . TIMERUNITSLST)))
(EXPIREDFORM (QUOTE (TIMEREXPIRED? \DurationLimit . TIMERUNITSLST)))
USINGTIMER USINGBOX FORDURATION RESOURCENAME UNTILDATE TIMERUNITS TIMERUNITSLST TEMP)
(DECLARE (SPECVARS TIMERUNITS USINGTIMER USINGBOX FORDURATION RESOURCENAME UNTILDATE)
(GLOBALVARS DURATIONCLISPWORDS LCASEFLG))
(* DURATIONCLISPWORDS is a list of lists, each one of which has the canonical word for some CLISPWORD as second
element. First element is the all-caps version, so that SPECVARS communication can take place.)
(PROG ((L DURATIONCLISPWORDS)
(Z BODY))
LP (AND (NLISTP L)
(RETURN (SETQ BODY Z)))
(SETQ Z (\CLISPKEYWORDPROCESS Z (CAR L)))
(SETQ L (CDR L))
(GO LP))
(COND
((NOT (LITATOM RESOURCENAME))
(SETERRORN 14 FORM)
(ERRORX))
((EQ RESOURCENAME T)
(SETQ RESOURCENAME (QUOTE \ForDurationOfBox))))
(COND
(USINGBOX (AND RESOURCENAME (ERROR "Both 'usingTimer' and 'resourceName' specified" FORM))
(SETQ USINGTIMER USINGBOX)))
(COND
((NULL TIMERUNITS) (* Standard case)
NIL)
(UNTILDATE (ERROR "Can't specify timerUnits for 'untilDate'" FORM))
((SETQ TEMP (CONSTANTEXPRESSIONP TIMERUNITS))
(COND
((AND (SETQ TEMP (\CanonicalizeTimerUnits (CAR TEMP)))
(NEQ TEMP (QUOTE MILLISECONDS)))
(SETQ TIMERUNITSLST (LIST (LIST (QUOTE QUOTE)
TEMP))))))
(T (SETQ TIMERUNITSLST (LIST TIMERUNITS))))
(COND
((AND (NULL FORDURATION)
(NULL UNTILDATE))
(ERROR "No duration interval" FORM))
((AND FORDURATION UNTILDATE)
(ERROR "Both 'untilDate' and 'forDuration' specified" FORM)))
(COND
(UNTILDATE (SETQ FORDURATION UNTILDATE) (* Make the "interval" be the thing supplied for the
"date")
(SETQ SETUPFORM (QUOTE (SETUPTIMER.DATE FORDURATION OLDTIMER)))
(SETQ TIMERUNITSLST (QUOTE ((QUOTE SECONDS))))))
(COND
((AND (PROG1 RESOURCENAME (* Comment PPLossage))
(NOT (\TIMER.TIMERP (EVAL (LISTGET (GETDEF RESOURCENAME (QUOTE RESOURCES)
NIL
(QUOTE NOERROR))
(QUOTE NEW))))))
(ERROR RESOURCENAME "is not a timer RESOURCE")))
(SETQ EXPANSION (LIST (LIST (QUOTE LAMBDA)
(QUOTE (\DurationLimit))
(QUOTE (DECLARE (LOCALVARS \DurationLimit)))
(CONS (QUOTE until)
(CONS EXPIREDFORM (QUOTE BODY))))
SETUPFORM))
(AND (LISTP (CAR TIMERUNITSLST))
(NEQ (CAAR TIMERUNITSLST)
(QUOTE QUOTE))
(SETQ EXPANSION (LIST (LIST (QUOTE LAMBDA)
(QUOTE (\TimerUnit))
(QUOTE (DECLARE (LOCALVARS \TimerUnit)))
EXPANSION)
(CAR TIMERUNITSLST)))
(SETQ TIMERUNITSLST (QUOTE (\TimerUnit))))
(SETQ OLDTIMER (OR RESOURCENAME USINGTIMER))
(SETQ EXPANSION (SUBPAIR (QUOTE (BODY FORDURATION OLDTIMER TIMERUNITSLST))
(LIST BODY FORDURATION OLDTIMER TIMERUNITSLST)
EXPANSION))
(COND
(RESOURCENAME (SETQ EXPANSION (LIST (QUOTE WITH-RESOURCES)
RESOURCENAME EXPANSION))))
(COND
(LCASEFLG (MAP FORM (FUNCTION (LAMBDA (X)
(PROG ((Y (GETPROP (CAR X)
(QUOTE CLISPWORD))))
(COND
((AND (LISTP Y)
(SETQ Y (CDR Y))
(LITATOM (COND
((NLISTP Y)
Y)
(T (SETQ Y (CAR Y)))))
(NEQ Y (CAR X)))
(/RPLACA X Y)))))))))
(RETURN EXPANSION))))
(\CLISPKEYWORDPROCESS
[LAMBDA (FORM WORDLST) (* JonL "27-APR-83 04:39")
(* Looks for the first "keyword" in the list FORM which is mentioned in the WORDLST -- and if one is found, the the
first keyword in WORDLST is presumed to be the name of a variable to be set to the keyword's value.
Returns the original list with the keyword pair non-destructively spliced out.)
(COND
((NULL FORM)
NIL)
((FMEMB (CAR FORM)
WORDLST)
(SET (CAR WORDLST)
(CADR FORM))
(CDDR FORM))
((NLISTP FORM)
FORM)
(T (PROG ((X WORDLST)
TMP)
LP (COND
([AND (LISTP X)
(NOT (SETQ TMP (FMEMB (CAR X)
FORM]
(SETQ X (CDR X))
(GO LP)))
(RETURN (COND
(TMP (SET (CAR WORDLST)
(CADR TMP))
(NCONC (LDIFF FORM TMP)
(CDDR TMP)))
(T FORM])
)
[DECLARE: DONTEVAL@LOAD DOEVAL@COMPILE DONTCOPY
(BLOCK: FORBLOCK (ENTRIES CLISPFOR)
CLISPFORVARS CLISPFOR0 CLISPFOR2 CLISPFORINITVAR CLISPDSUBST \CLISPKEYWORDPROCESS CLISPFORF/L
CLISPFOR4 CLISPFORVARS1 CLISPFOR3 CLISPFOR1 CLISPFOR0A CLISPFOR \DURATIONTRAN
(SPECVARS CLISPRESPELL UNDOSIDE LISPXHIST BODY I.S.TYPE1 I.S.TYPE TERMINATEFLG FIRSTI.V. I.V.
PROGVARS MAKEPROGFLG IVINITFLG INITVARS UNDOLST DWIMIFYING VARS DWIMIFYCHANGE
DUMMYVARS I.S.OPRSLST CLISPCONTEXT UNDOSIDE0 EXP))
(BLOCK: DWIMIFYBLOCK CL89CHECK CLBINARYMINUS? CLISPANGLEBRACKETS CLISPATOM CLISPATOM0 CLISPATOM1
CLISPATOM1A CLISPATOM1B CLISPATOM2 CLISPATOM2A CLISPATOM2C CLISPATOM2D CLISPATOMARE
CLISPATOMARE1 CLISPATOMARE2 CLISPATOMIS CLISPATOMIS1 CLISPATOMIS2 CLISPATOMIS? CLISPATOMIS?1
CLISPBROADSCOPE CLISPBROADSCOPE1 CLISPCAR/CDR CLISPCAR/CDR1 CLISPCAR/CDR2 CLISPIF CLISPIF0
CLISPIF1 CLISPIF2 CLISPIF3 CLISPLOOKUP CLISPMATCHUP CLISPRESPELL CLRPLNODE CLUNARYMINUS?
DWIMIFY DWIMIFY0 DWIMIFY0? DWIMIFY1 DWIMIFY1? DWIMIFY1A DWIMIFY2 DWIMIFY2? DWIMIFY2A
DWIMIFYFNS DWMFY0 DWMFY1 DWMFY2 FIX89 FIX89A FIX89TYPEIN FIXAPPLY FIXATOM FIXATOM1
FIXCONTINUE FIXCONTINUE1 FIXLAMBDA GETDUMMYVAR GETVARS GETVARS1 RETDWIM RETDWIM0 RETDWIM1
SHRIEKER STOPSCAN? WTFIX WTFIX0 WTFIX1
(ENTRIES WTFIX DWIMIFYFNS DWIMIFY DWIMIFY0 DWIMIFY0? DWIMIFY1A GETDUMMYVAR DWIMIFY2 DWIMIFY2?
DWIMIFY1? DWIMIFY1 DWIMIFY2A CLISPLOOKUP)
(SPECVARS 89CHANGE 89FLG BRACKET BRACKETCNT ATTEMPTFLG BACKUPFLG BODY BREAKFLG BROADSCOPE
CLISPCHANGE CLISPCHANGES CLISPCONTEXT CLISPERTYPE CLISPRESPELL CLTYP CURRTAIL
DWIMIFYCHANGE DWIMIFY0CHANGE DWIMIFYFLG DWIMIFYING ENDTAIL EXP EXPR FAULTAPPLYFLG
FAULTARGS FAULTFN FAULTPOS FAULTX FAULTXX FIRSTI.V. FIXCLK FORMSFLG I.S.TYPE
I.S.TYPE1 HISTENTRY I.S. I.V. INITVARS IVINITFLG LISPFN CHARLST MAKEPROGFLG
NCONC1LKUP NCONCLKUP NEGFLG NEWTAIL NEXTAIL SUBPARENT NOFIX89 NOSAVEFLG ONEFLG
ONLYSPELLFLG PARENT SIDES TAIL TENTATIVE TERMINATEFLG TYP TYPE-IN? UNDOLST UNDOSIDE
UNDOSIDE0 VAR1 VAR2 VARS WORKFLAG UNARYFLG DEST FOR I.S.OPRSLST PROGVARS))
]
(DECLARE: DOEVAL@COMPILE DONTCOPY
(GLOBALVARS DWIMINMACROSFLG DWIMFLG ADDSPELLFLG CHECKCARATOMFLG TREATASCLISPFLG CLISPHELPFLG
CLISPIFTRANFLG CLISPRETRANFLG DWIMCHECKPROGLABELSFLG DWIMCHECK#ARGSFLG FILEPKGFLG
SHALLOWFLG DWIMESSGAG PRETTYTRANFLG HELPCLOCK CLEARSTKLST LCASEFLG DWIMWAIT LAMBDASPLST
DURATIONCLISPWORDS NLAML NLAMA CLISPTRANFLG CLISPIFWORDSPLST SPECVARS LPARKEY
DWIMUSERFORMS MACROPROPS DWIMKEYLST SPELLINGS3 SPELLINGS1 NOFIXVARSLST NOFIXFNSLST
CLISPARRAY CLISPFLG CLISPCHARS CLISPISNOISEWORDS CLISPLASTSUB CLISPISWORDSPLST
CLISPCHARRAY CLISPINFIXSPLST OKREEVALST WTFIXCHCONLST1 WTFIXCHCONLST RPARKEY GLOBALVARS
NOFIXFNSLST0 NOFIXVARSLST0 NOSPELLFLG LISPXHISTORY DWIMEQUIVLST DFNFLG COMMENTFLG
USERWORDS SPELLINGS2 LOCALVARS FILELST CLISPFORWORDSPLST CLISPDUMMYFORVARS LASTWORD
COMPILERMACROPROPS)
)
(DECLARE: DONTEVAL@LOAD DOEVAL@COMPILE DONTCOPY
(ADDTOVAR NLAML BREAK1)
)
(DECLARE: DONTEVAL@LOAD DOEVAL@COMPILE DONTCOPY COMPILERVARS
(ADDTOVAR NLAMA DWIMIFYFNS)
(ADDTOVAR NLAML )
(ADDTOVAR LAMA )
)
(PUTPROPS DWIMIFY COPYRIGHT ("Xerox Corporation" T 1978 1984))
(DECLARE: DONTCOPY
(FILEMAP (NIL (4999 43200 (DWIMIFYFNS 5009 . 6117) (DWIMIFY 6119 . 7068) (DWIMIFY0 7070 . 12316) (
DWIMIFY0? 12318 . 14069) (DWMFY0 14071 . 14391) (DWIMIFY1 14393 . 14469) (DWIMIFY1? 14471 . 14989) (
DWMFY1 14991 . 22039) (DWIMIFY1A 22041 . 22935) (DWIMIFY2 22937 . 23032) (DWIMIFY2? 23034 . 23579) (
DWMFY2 23581 . 33855) (DWIMIFY2A 33857 . 34368) (CLISPANGLEBRACKETS 34370 . 34642) (SHRIEKER 34644 .
41863) (CLISPRESPELL 41865 . 42585) (EXPRCHECK 42587 . 43198)) (43201 136563 (CLISPATOM0 43211 . 44891
) (CLISPATOM1 44893 . 65342) (CLRPLNODE 65344 . 66043) (STOPSCAN? 66045 . 68605) (CLUNARYMINUS? 68607
. 70243) (CLBINARYMINUS? 70245 . 71501) (CLISPATOM1A 71503 . 75598) (CLISPATOM1B 75600 . 76298) (
CL89CHECK 76300 . 77174) (CLISPATOM2 77176 . 95879) (CLISPNOEVAL 95881 . 96946) (CLISPLOOKUP 96948 .
98793) (CLISPATOM2A 98795 . 101796) (CLISPBROADSCOPE 101798 . 103539) (CLISPBROADSCOPE1 103541 .
104620) (CLISPATOM2C 104622 . 106625) (CLISPATOM2D 106627 . 108695) (CLISPCAR/CDR 108697 . 111852) (
CLISPCAR/CDR1 111854 . 114202) (CLISPCAR/CDR2 114204 . 114557) (CLISPATOMIS 114559 . 121161) (
CLISPATOMIS1 121163 . 121976) (CLISPMATCHUP 121978 . 123496) (CLISPATOMARE 123498 . 126374) (
CLISPATOMARE1 126376 . 127259) (CLISPATOMARE2 127261 . 128410) (CLISPATOMIS2 128412 . 129388) (
CLISPATOMIS? 129390 . 136419) (CLISPATOMIS?1 136421 . 136561)) (136564 193992 (WTFIX 136574 . 137605)
(WTFIX0 137607 . 138155) (WTFIX1 138157 . 151764) (RETDWIM 151766 . 155805) (DWIMERRORRETURN 155807 .
155943) (DWIMARKASCHANGED 155945 . 156872) (RETDWIM0 156874 . 157276) (RETDWIM1 157278 . 161177) (
FIX89TYPEIN 161179 . 162078) (FIXLAMBDA 162080 . 162598) (FIXAPPLY 162600 . 164815) (FIXATOM 164817 .
170332) (FIXATOM1 170334 . 175912) (FIXCONTINUE 175914 . 176274) (FIXCONTINUE1 176276 . 176938) (
CLISPATOM 176940 . 179962) (GETVARS 179964 . 181102) (GETVARS1 181104 . 181465) (FIX89 181467 . 182859
) (FIXPRINTIN 182861 . 183795) (FIX89A 183797 . 184340) (CLISPFUNCTION? 184342 . 187708) (CLISPNOTVARP
187710 . 188188) (CLISPELL 188190 . 188819) (FINDFN 188821 . 193146) (DWIMUNSAVEDEF 193148 . 193698)
(CHECKTRAN 193700 . 193990)) (193993 202222 (CLISPIF 194003 . 195414) (CLISPIF0 195416 . 200076) (
CLISPIF1 200078 . 200612) (CLISPIF2 200614 . 201463) (CLISPIF3 201465 . 202220)) (202223 252137 (
CLISPFOR 202233 . 203304) (CLISPFOR0 203306 . 230499) (CLISPFOR0A 230501 . 232376) (CLISPFOR1 232378
. 240797) (CLISPRPLNODE 240799 . 241275) (CLISPFOR2 241277 . 242008) (CLISPFOR3 242010 . 242469) (
CLISPFORVARS 242471 . 248658) (CLISPFORVARS1 248660 . 249113) (CLISPFOR4 249115 . 249573) (CLISPFORF/L
249575 . 250286) (CLISPDSUBST 250288 . 251223) (GETDUMMYVAR 251225 . 251559) (CLISPFORINITVAR 251561
. 252135)) (252138 256856 (\DURATIONTRAN 252148 . 255978) (\CLISPKEYWORDPROCESS 255980 . 256854)))))
STOP