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|
-- Copyright (c) 1991-2002, The Numerical Algorithms Group Ltd.
-- All rights reserved.
-- Copyright (C) 2007-2009, Gabriel Dos Reis.
-- All rights reserved.
--
-- Redistribution and use in source and binary forms, with or without
-- modification, are permitted provided that the following conditions are
-- met:
--
-- - Redistributions of source code must retain the above copyright
-- notice, this list of conditions and the following disclaimer.
--
-- - Redistributions in binary form must reproduce the above copyright
-- notice, this list of conditions and the following disclaimer in
-- the documentation and/or other materials provided with the
-- distribution.
--
-- - Neither the name of The Numerical Algorithms Group Ltd. nor the
-- names of its contributors may be used to endorse or promote products
-- derived from this software without specific prior written permission.
--
-- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS
-- IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
-- TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A
-- PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER
-- OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
-- EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
-- PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
-- PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
-- LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
-- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
-- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
import macros
namespace BOOT
-- !! do not delete the next function !
spad2AsTranslatorAutoloadOnceTrigger() == nil
--======================================================================
-- Temporary definitions---for tracing and debugging
--======================================================================
$convertingSpadFile := false
tr fn ==
$convertingSpadFile : local := true
$options: local := nil
sfn := STRINGIMAGE fn
newname := STRCONC(sfn,'".as")
$outStream :local := MAKE_-OUTSTREAM newname
markSay '"#pile"
markSay('"#include _"axiom.as_"")
markTerpri()
CATCH($SpadReaderTag,compiler [INTERN sfn])
SHUT $outStream
ppFull x ==
SETQ(_*PRINT_-LEVEL_*,nil)
SETQ(_*PRINT_-LENGTH_*,nil)
pp x
put(x,prop,val,e) ==
--if prop = 'mode and CONTAINED('PART,val) then foobar val
$InteractiveMode and not EQ(e,$CategoryFrame) =>
putIntSymTab(x,prop,val,e)
--e must never be $CapsuleModemapFrame
null atom x => put(first x,prop,val,e)
newProplist:= augProplistOf(x,prop,val,e)
prop="modemap" and $insideCapsuleFunctionIfTrue=true =>
SAY ["**** modemap PUT on CapsuleModemapFrame: ",val]
$CapsuleModemapFrame:=
addBinding(x,augProplistOf(x,"modemap",val,$CapsuleModemapFrame),
$CapsuleModemapFrame)
e
addBinding(x,newProplist,e)
addBinding(var,proplist,e is [[curContour,:tailContour],:tailEnv]) ==
--if CONTAINED('PART,proplist) then foobar proplist
EQ(proplist,getProplist(var,e)) => e
$InteractiveMode => addBindingInteractive(var,proplist,e)
if curContour is [[ =var,:.],:.] then curContour:= rest curContour
--Previous line should save some space
[[[lx,:curContour],:tailContour],:tailEnv] where lx:= [var,:proplist]
pmatch(s,p) == pmatchWithSl(s,p,"ok")
pmatchWithSl(s,p,al) ==
s=$EmptyMode => nil
s=p => al
v:= assoc(p,al) => s=rest v or al
MEMQ(p,$PatternVariableList) => [[p,:s],:al]
null atom p and null atom s and (al':= pmatchWithSl(first s,first p,al)) and
pmatchWithSl(rest s,rest p,al')
--======================================================================
-- From define.boot
--======================================================================
compJoin(["Join",:argl],m,e) ==
catList:= [(compForMode(x,$Category,e) or return 'failed).expr for x in argl]
catList='failed => stackSemanticError(["cannot form Join of: ",argl],nil)
catList':=
[extract for x in catList] where
extract() ==
x := markKillAll x
isCategoryForm(x,e) =>
parameters:=
union("append"/[getParms(y,e) for y in rest x],parameters)
where getParms(y,e) ==
atom y =>
isDomainForm(y,e) => LIST y
nil
y is ['LENGTH,y'] => [y,y']
LIST y
x
x is ["DomainSubstitutionMacro",pl,body] =>
(parameters:= union(pl,parameters); body)
x is ["mkCategory",:.] => x
atom x and getmode(x,e)=$Category => x
stackSemanticError(["invalid argument to Join: ",x],nil)
x
T:= [wrapDomainSub(parameters,["Join",:catList']),$Category,e]
convert(T,m)
compDefineFunctor(dfOriginal,m,e,prefix,fal) ==
df := markInsertParts dfOriginal
$domainShell: local -- holds the category of the object being compiled
$profileCompiler: local := true
$profileAlist: local := nil
$LISPLIB => compDefineLisplib(df,m,e,prefix,fal,'compDefineFunctor1)
compDefineFunctor1(df,m,e,prefix,fal)
compDefineLisplib(df,m,e,prefix,fal,fn) ==
["DEF",[op,:.],:.] := df
--fn= compDefineCategory OR compDefineFunctor
sayMSG fillerSpaces(72,'"-")
$LISPLIB: local := 'T
$op: local := op
$lisplibAttributes: local := NIL
$lisplibPredicates: local := NIL -- set by makePredicateBitVector
$lisplibCategoriesExtended: local := NIL -- this is always nil. why? (tpd)
$lisplibForm: local := NIL
$lisplibKind: local := NIL
$lisplibModemap: local := NIL
$lisplibModemapAlist: local := NIL
$lisplibSlot1 : local := NIL -- used by NRT mechanisms
$lisplibOperationAlist: local := NIL
$lisplibSuperDomain: local := NIL
$libFile: local := NIL
$lisplibVariableAlist: local := NIL
$lisplibRelatedDomains: local := NIL --from ++ Related Domains: see c-doc
$lisplibCategory: local := nil
--for categories, is rhs of definition; otherwise, is target of functor
--will eventually become the "constructorCategory" property in lisplib
--set in compDefineCategory if category, otherwise in finalizeLisplib
libName := getConstructorAbbreviation op
$compileDocumentation => compileDocumentation libName
sayMSG ['" initializing ",$spadLibFT,:bright libName,
'"for",:bright op]
initializeLisplib libName
sayMSG ['" compiling into ",$spadLibFT,:bright libName]
res:= FUNCALL(fn,df,m,e,prefix,fal)
sayMSG ['" finalizing ",$spadLibFT,:bright libName]
--finalizeLisplib libName
FRESH_-LINE $algebraOutputStream
sayMSG fillerSpaces(72,'"-")
unloadOneConstructor(op,libName)
res
compTopLevel(x,m,e) ==
--+ signals that target is derived from lhs-- see NRTmakeSlot1Info
$NRTderivedTargetIfTrue: local := false
$killOptimizeIfTrue: local:= false
$forceAdd: local:= false
-- The next line allows the new compiler to be tested interactively.
compFun := 'compOrCroak
if x is ["where",:.] then x := markWhereTran x
def :=
x is ["where",a,:.] => a
x
$originalTarget : local :=
def is ["DEF",.,[target,:.],:.] => target
'sorry
x is ["DEF",:.] or x is ["where",["DEF",:.],:.] =>
([val,mode,.]:= FUNCALL(compFun,x,m,e); [val,mode,e])
--keep old environment after top level function defs
FUNCALL(compFun,x,m,e)
markWhereTran ["where",["DEF",form,sig,clist,body],:tail] ==
items :=
tail is [['SEQ,:l,['exit,n,x]]] => [:l,x]
[first tail]
[op,:argl] := form
[target,:atypeList] := sig
decls := [[":",a,b] for a in argl for b in atypeList | b]
-- not (and/[null x for x in atypeList]) =>
-- systemError ['"unexpected WHERE argument list: ",:atypeList]
for x in items repeat
x is [":",a,b] =>
a is ['LISTOF,:r] =>
for y in r repeat decls := [[":",y,b],:decls]
decls := [x,:decls]
x is [key,fn,p,q,bd] and MEMQ(key,'(DEF MDEF)) and p='(NIL) and q='(NIL) =>
fn = target or fn is [=target] => ttype := bd
fn = body or fn is [=body] => body := bd
macros := [x,:macros]
systemError ['"unexpected WHERE item: ",x]
nargtypes := [p for arg in argl |
p := or/[t for d in decls | d is [.,=arg,t]] or
systemError ['"Missing WHERE declaration for :", arg]]
nform := form
ntarget := ttype or target
ndef := ['DEF,nform,[ntarget,:nargtypes],clist,body]
result :=
REVERSE macros is [:m,e] =>
mpart :=
m => ['SEQ,:m,['exit,1,e]]
e
['where,ndef,mpart]
ndef
result
compPART(u,m,e) ==
--------new------------------------------------------94/10/11
['PART,.,x] := u
T := comp(x,m,e) => markAny('compPART,u, T)
nil
xxxxx x == x
qt(n,T) ==
null T => nil
if null getProplist('R,T.env) then xxxxx n
T
qe(n,e) ==
if null getProplist('R,e) then xxxxx n
e
comp(x,m,e) ==
qe(7,e)
T := qt(8,comp0(x,m,e)) => qt(9,markComp(x,T))
--T := m = "$" and comp(x,$EmptyMode,e) => coerce(T, m)
--------------------------------------------------------94/11/10
nil
comp0(x,m,e) ==
qe(8,e)
--version of comp which skips the marking (see compReduce1)
T:= compNoStacking(x,m,e) =>
$compStack:= nil
qt(10,T)
$compStack:= [[x,m,e,$exitModeStack],:$compStack]
nil
compNoStacking(xOrig,m,e) ==
$partExpression: local := nil
xOrig := markKillAllRecursive xOrig
-->xOrig is ['PART,n,x] => compNoStackingAux(xOrig,m,e)
----------------------------------------------------------94/10/11
qt(11,compNoStacking0(xOrig,m,e))
markKillAllRecursive x ==
x is [op,:r] =>
--->op = 'PART => markKillAllRecursive CADR r
op = 'PART => ['PART, CAR r, markKillAllRecursive CADR r]
----------------------------------------------------------94/10/11
constructor? op => markKillAll x
op = 'elt and constructor? opOf CAR r =>
['elt,markKillAllRecursive CAR r,CADR r]
x
x
compNoStackingAux($partExpression,m,e) ==
-----------------not used---------------------94/10/11
x := CADDR $partExpression
T := compNoStacking0(x,m,e) or return nil
markParts($partExpression,T)
compNoStacking0(x,m,e) ==
qe(1,e)
T := compNoStacking01(x,m,qe(51,e))
qt(52,T)
compNoStacking01(x,m,e) ==
--compNoStacking0(x,m,e) ==
if CONTAINED('MI,m) then m := markKillAll(m)
T:= comp2(x,m,e) =>
(m=$EmptyMode and T.mode=IFCAR(get('Rep,'value,e)) =>
[T.expr,"Rep",T.env]; qt(12,T))
--$Representation is bound in compDefineFunctor, set by doIt
--this hack says that when something is undeclared, $ is
--preferred to the underlying representation -- RDJ 9/12/83
T := compNoStacking1(x,m,e,$compStack)
qt(13,T)
compNoStacking1(x,m,e,$compStack) ==
u:= get(if m="$" then "Rep" else m,"value",e) =>
m1 := markKillAll u.expr
--------------------> new <-------------------------
T:= comp2(x,m1,e) => coerce(T,m)
nil
--------------------> new <-------------------------
nil
compWithMappingMode(x,m,oldE) ==
["Mapping",m',:sl] := m
$killOptimizeIfTrue: local:= true
e:= oldE
x := markKillAll x
------------------
m := markKillAll m
------------------
--if x is ['PART,.,y] then x := y
---------------------------------
isFunctor x =>
if get(x,"modemap",$CategoryFrame) is [[[.,target,:argModeList],.],:.] and
(and/[extendsCategoryForm("$",s,mode) for mode in argModeList for s in sl]
) and extendsCategoryForm("$",target,m') then return [x,m,e]
if STRINGP x then x:= INTERN x
for m in sl for v in (vl:= take(#sl,$FormalMapVariableList)) repeat
[.,.,e]:= compMakeDeclaration(v,m,e)
not null vl and not hasFormalMapVariable(x, vl) => return
[u,.,.] := comp([x,:vl],m',e) or return nil
extractCodeAndConstructTriple(u, m, oldE)
null vl and (t := comp([x], m', e)) => return
[u,.,.] := t
extractCodeAndConstructTriple(u, m, oldE)
[u,.,.]:= comp(x,m',e) or return nil
originalFun := u
if originalFun is ['WI,a,b] then u := b
uu := ['LAMBDA,vl,u]
T := [uu,m,oldE]
originalFun is ['WI,a,b] => markLambda(vl,a,m,T)
markLambda(vl,originalFun,m,T)
compAtom(x,m,e) ==
T:= compAtomWithModemap(x,m,e,get(x,"modemap",e)) => markCompAtom(x,T)
x="nil" =>
T:=
modeIsAggregateOf('List,m,e) is [.,R]=> compList(x,['List,R],e)
modeIsAggregateOf('Vector,m,e) is [.,R]=> compVector(x,['Vector,R],e)
T => convert(T,m)
-->
FIXP x and MEMQ(opOf m, '(Integer NonNegativeInteger PositiveInteger SmallInteger)) => markAt [x,m,e]
-- FIXP x and (T := [x, $Integer,e]) and (T' := convert(T,m)) => markAt(T, T')
t:=
isSymbol x =>
compSymbol(x,m,e) or return nil
m = $Expression and primitiveType x => [x,m,e]
STRINGP x =>
x ~= '"failed" and (member($Symbol, $localImportStack) or
member($Symbol, $globalImportStack)) => markAt [x, '(String), e]
[x, x, e]
[x,primitiveType x or return nil,e]
convert(t,m)
extractCodeAndConstructTriple(u, m, oldE) ==
u := markKillAll u
u is ["call",fn,:.] =>
if fn is ["applyFun",a] then fn := a
[fn,m,oldE]
[op,:.,env] := u
[["CONS",["function",op],env],m,oldE]
compSymbol(s,m,e) ==
s="$NoValue" => ["$NoValue",$NoValueMode,e]
isFluid s => [s,getmode(s,e) or return nil,e]
s="true" => ['(QUOTE T),$Boolean,e]
s="false" => [false,$Boolean,e]
s=m or isLiteral(s,e) => [["QUOTE",s],s,e]
v:= get(s,"value",e) =>
--+
MEMQ(s,$functorLocalParameters) =>
NRTgetLocalIndex s
[s,v.mode,e] --s will be replaced by an ELT form in beforeCompile
[s,v.mode,e] --s has been SETQd
m':= getmode(s,e) =>
if not MEMQ(s,$formalArgList) and not MEMQ(s,$FormalMapVariableList) and
not isFunction(s,e) and null ($compForModeIfTrue=true) then errorRef s
[s,m',e] --s is a declared argument
MEMQ(s,$FormalMapVariableList) => stackMessage ["no mode found for",s]
--->
m = $Symbol or m = $Expression => [['QUOTE,s],m,e]
---> was ['QUOTE, s]
not isFunction(s,e) => errorRef s
compForm(form,m,e) ==
if form is [['PART,.,op],:r] then form := [op,:r]
----------------------------------------------------- 94/10/16
T:=
compForm1(form,m,e) or compArgumentsAndTryAgain(form,m,e) or return
stackMessageIfNone ["cannot compile","%b",form,"%d"]
T
compForm1(form,m,e) ==
[op,:argl] := form
op="error" =>
[[op,:[([.,.,e]:=outputComp(x,e)).expr
for x in argl]],m,e]
op is ['MI,a,b] => compForm1([markKillExpr b,:argl],m,e)
op is ["elt",domain,op'] =>
domain := markKillAll domain
domain="Lisp" =>
--op'='QUOTE and null rest argl => [first argl,m,e]
val := [op',:[([.,.,e]:= compOrCroak(x,$EmptyMode,e)).expr for x in argl]]
markLisp([val,m,e],m)
-------> new <-------------
-- foobar domain
-- markImport(domain,true)
-------> new <-------------
domain=$Expression and op'="construct" => compExpressionList(argl,m,e)
(op'="COLLECT") and coerceable(domain,m,e) =>
(T:= comp([op',:argl],domain,e) or return nil; coerce(T,m))
-------> new <-------------
domain= 'Rep and
(ans := compForm2([op',:argl],SUBST('Rep,'_$,m),e:= addDomain(domain,e),
[SUBST('Rep,'_$,x) for x in getFormModemaps([op',:argl],e)
| x is [[ =domain,:.],:.]])) => ans
-------> new <-------------
ans := compForm2([op',:argl],m,e:= addDomain(domain,e),
[x for x in getFormModemaps([op',:argl],e) | x is [[ =domain,:.],:.]]) => ans
(op'="construct") and coerceable(domain,m,e) =>
(T:= comp([op',:argl],domain,e) or return nil; coerce(T,m))
nil
e:= addDomain(m,e) --???unneccessary because of comp2's call???
(mmList:= getFormModemaps(form,e)) and (T:= compForm2(form,m,e,mmList)) => T
compToApply(op,argl,m,e)
--% WI and MI
compForm3(form is [op,:argl],m,e,modemapList) ==
--order modemaps so that ones from Rep are moved to the front
modemapList := compFormOrderModemaps(modemapList,m = "$")
qe(22,e)
T:=
or/
[compFormWithModemap(form,m,e,first (mml:= ml))
for ml in tails modemapList] or return nil
qt(14,T)
result :=
$compUniquelyIfTrue =>
or/[compFormWithModemap(form,m,e,mm) for mm in rest mml] =>
THROW("compUniquely",nil)
qt(15,T)
qt(16,T)
qt(17,markAny('compForm3,form,result))
compFormOrderModemaps(mml,targetIsDollar?) ==
--order modemaps so that ones from Rep are moved to the front
--exceptions: if $ is the target and there are 2 modemaps with
-- identical signatures, move the $ one ahead
repMms := [mm for (mm:= [[dc,:.],:.]) in mml | dc = 'Rep]
if repMms and targetIsDollar? then
dollarMms := [mm for (mm := [[dc,:sig],:.]) in mml | dc = "$"
and or/[mm1 for (mm1:= [[dc1,:sig1],:.]) in repMms | sig1 = sig]]
repMms := [:dollarMms, :repMms]
null repMms => mml
[:repMms,:SETDIFFERENCE(mml,repMms)]
compWI(["WI",a,b],m,E) ==
u := comp(b,m,E)
pp (u => "====> ok"; 'NO)
u
compMI(["MI",a,b],m,E) ==
u := comp(b,m,E)
pp (u => "====> ok"; 'NO)
u
compWhere([.,form,:exprList],m,eInit) ==
$insideExpressionIfTrue: local:= false
$insideWhereIfTrue: local:= true
-- if not $insideFunctorIfTrue then
-- $originalTarget :=
-- form is ['DEF,a,osig,:.] and osig is [otarget,:.] =>
-- exprList is [['SEQ,:l,['exit,n,y]]] and (u := [:l,y]) and
-- (ntarget := or/[def for x in u | x is [op,a',:.,def] and ([op,a',otarget]) and
-- MEMQ(op,'(DEF MDEF)) and (a' = otarget or a' is [=otarget])]) =>
-- [ntarget,:rest osig]
-- osig
-- nil
-- foobum exprList
e:= eInit
u:=
for item in exprList repeat
[.,.,e]:= comp(item,$EmptyMode,e) or return "failed"
u="failed" => return nil
$insideWhereIfTrue:= false
[x,m,eAfter]:= comp(macroExpand(form,eBefore:= e),m,e) or return nil
eFinal:=
del:= deltaContour(eAfter,eBefore) => addContour(del,eInit)
eInit
[x,m,eFinal]
compMacro(form,m,e) ==
$macroIfTrue: local:= true
["MDEF",lhs,signature,specialCases,rhs]:= form := markKillAll form
firstForm := ["MDEF",first lhs,'(NIL),'(NIL),rhs]
markMacro(first lhs,rhs)
if $verbose then
rhs :=
rhs is ['CATEGORY,:.] => ['"-- the constructor category"]
rhs is ['Join,:.] => ['"-- the constructor category"]
rhs is ['CAPSULE,:.] => ['"-- the constructor capsule"]
rhs is ['add,:.] => ['"-- the constructor capsule"]
formatUnabbreviated rhs
sayBrightly ['" processing macro definition",'%b,
:formatUnabbreviated lhs,'" ==> ",:rhs,'%d]
["MDEF",lhs,signature,specialCases,rhs]:= form:= macroExpand(form,e)
m=$EmptyMode or m=$NoValueMode =>
["/throwAway",$NoValueMode,put(first lhs,"macro",rhs,e)]
--compMacro(form,m,e) ==
-- $macroIfTrue: local:= true
-- ["MDEF",lhs,signature,specialCases,rhs]:= form
-- rhs :=
-- rhs is ['CATEGORY,:.] => ['"-- the constructor category"]
-- rhs is ['Join,:.] => ['"-- the constructor category"]
-- rhs is ['CAPSULE,:.] => ['"-- the constructor capsule"]
-- rhs is ['add,:.] => ['"-- the constructor capsule"]
-- formatUnabbreviated rhs
-- sayBrightly ['" processing macro definition",'%b,
-- :formatUnabbreviated lhs,'" ==> ",:rhs,'%d]
-- ["MDEF",lhs,signature,specialCases,rhs]:= form:= macroExpand(form,e)
-- m=$EmptyMode or m=$NoValueMode =>
-- rhs := markMacro(lhs,rhs)
-- ["/throwAway",$NoValueMode,put(first lhs,"macro",rhs,e)]
compSetq(oform,m,E) ==
["%LET",form,val] := oform
T := compSetq1(form,val,m,E) => markSetq(oform,T)
nil
compSetq1(oform,val,m,E) ==
form := markKillAll oform
IDENTP form => setqSingle(form,val,m,E)
form is [":",x,y] =>
[.,.,E']:= compMakeDeclaration(x,y,E)
compSetq(["%LET",x,val],m,E')
form is [op,:l] =>
op="CONS" => setqMultiple(uncons form,val,m,E)
op="%Comma" => setqMultiple(l,val,m,E)
setqSetelt(oform,form,val,m,E)
setqSetelt(oform,[v,:s],val,m,E) ==
T:= comp0(["setelt",:oform,val],m,E) or return nil
---> -------
markComp(oform,T)
setqSingle(id,val,m,E) ==
$insideSetqSingleIfTrue: local:= true
--used for comping domain forms within functions
currentProplist:= getProplist(id,E)
m'':= get(id,'mode,E) or getmode(id,E) or
(if m=$NoValueMode then $EmptyMode else m)
-----------------------> new <-------------------------
trialT := m'' = "$" and get("Rep",'value,E) and comp(val,'Rep,E)
-----------------------> new <-------------------------
T:=
(trialT and coerce(trialT,m'')) or eval or return nil where
eval() ==
T:= comp(val,m'',E) => T
not get(id,"mode",E) and m'' ~= (maxm'':=maximalSuperType m'') and
(T:=comp(val,maxm'',E)) => T
(T:= comp(val,$EmptyMode,E)) and getmode(T.mode,E) =>
assignError(val,T.mode,id,m'')
T':= [x,m',e']:= convert(T,m) or return nil
if $profileCompiler = true then
null IDENTP id => nil
key :=
MEMQ(id,rest $form) => 'arguments
'locals
profileRecord(key,id,T.mode)
newProplist:= consProplistOf(id,currentProplist,"value",markKillAll removeEnv T)
e':= (PAIRP id => e'; addBinding(id,newProplist,e'))
x1 := markKillAll x
if isDomainForm(x1,e') then
if isDomainInScope(id,e') then
stackWarning ["domain valued variable","%b",id,"%d",
"has been reassigned within its scope"]
e':= augModemapsFromDomain1(id,x1,e')
--all we do now is to allocate a slot number for lhs
--e.g. the LET form below will be changed by putInLocalDomainReferences
--+
if (k:=NRTassocIndex(id))
then
$markFreeStack := [id,:$markFreeStack]
form:=["setShellEntry","$",k,x]
else form:=
$QuickLet => ["%LET",id,x]
["%LET",id,x,
(isDomainForm(x,e') => ['ELT,id,0];CAR outputComp(id,e'))]
[form,m',e']
setqMultiple(nameList,val,m,e) ==
val is ["CONS",:.] and m=$NoValueMode =>
setqMultipleExplicit(nameList,uncons val,m,e)
val is ["%Comma",:l] and m=$NoValueMode => setqMultipleExplicit(nameList,l,m,e)
--1. create a gensym, %add to local environment, compile and assign rhs
g:= genVariable()
e:= addBinding(g,nil,e)
T:= [.,m1,.]:= compSetq1(g,val,$EmptyMode,e) or return nil
e:= put(g,"mode",m1,e)
[x,m',e]:= convert(T,m) or return nil
--1.1 exit if result is a list
m1 is ["List",D] =>
for y in nameList repeat e:= put(y,"value",[genSomeVariable(),D,$noEnv],e)
convert([["PROGN",x,["%LET",nameList,g],g],m',e],m)
--2. verify that the #nameList = number of parts of right-hand-side
selectorModePairs:=
--list of modes
decompose(m1,#nameList,e) or return nil where
decompose(t,length,e) ==
t is ["Record",:l] => [[name,:mode] for [":",name,mode] in l]
comp(t,$EmptyMode,e) is [.,["RecordCategory",:l],.] =>
[[name,:mode] for [":",name,mode] in l]
stackMessage ["no multiple assigns to mode: ",t]
#nameList ~= #selectorModePairs =>
stackMessage [val," must decompose into ",#nameList," components"]
-- 3.generate code; return
assignList:=
[([.,.,e]:= compSetq1(x,["elt",g,y],z,e) or return "failed").expr
for x in nameList for [y,:z] in selectorModePairs]
if assignList="failed" then NIL
else [MKPROGN [x,:assignList,g],m',e]
setqMultipleExplicit(nameList,valList,m,e) ==
#nameList ~= #valList =>
stackMessage ["Multiple assignment error; # of items in: ",nameList,
"must = # in: ",valList]
gensymList:= [genVariable() for name in nameList]
for g in gensymList for name in nameList repeat
e := put(g,"mode",get(name,"mode",e),e)
assignList:=
--should be fixed to declare genVar when possible
[[.,.,e]:= compSetq1(g,val,$EmptyMode,e) or return "failed"
for g in gensymList for val in valList for name in nameList]
assignList="failed" => nil
reAssignList:=
[[.,.,e]:= compSetq1(name,g,$EmptyMode,e) or return "failed"
for g in gensymList for name in nameList]
reAssignList="failed" => nil
T := [["PROGN",:[T.expr for T in assignList],
:[T.expr for T in reAssignList]], $NoValueMode, (LAST reAssignList).env]
markMultipleExplicit(nameList,valList,T)
canReturn(expr,level,exitCount,ValueFlag) == --SPAD: exit and friends
atom expr => ValueFlag and level=exitCount
(op:= first expr)="QUOTE" => ValueFlag and level=exitCount
MEMQ(op,'(WI MI)) => canReturn(CADDR expr,level,count,ValueFlag)
op="TAGGEDexit" =>
expr is [.,count,data] => canReturn(data.expr,level,count,count=level)
level=exitCount and not ValueFlag => nil
op="SEQ" => or/[canReturn(u,level+1,exitCount,false) for u in rest expr]
op="TAGGEDreturn" => nil
op="CATCH" =>
[.,gs,data]:= expr
(findThrow(gs,data,level,exitCount,ValueFlag) => true) where
findThrow(gs,expr,level,exitCount,ValueFlag) ==
atom expr => nil
expr is ["THROW", =gs,data] => true
--this is pessimistic, but I know of no more accurate idea
expr is ["SEQ",:l] =>
or/[findThrow(gs,u,level+1,exitCount,ValueFlag) for u in l]
or/[findThrow(gs,u,level,exitCount,ValueFlag) for u in rest expr]
canReturn(data,level,exitCount,ValueFlag)
op = "COND" =>
level = exitCount =>
or/[canReturn(last u,level,exitCount,ValueFlag) for u in rest expr]
or/[or/[canReturn(u,level,exitCount,ValueFlag) for u in v]
for v in rest expr]
op="IF" =>
expr is [.,a,b,c]
if not canReturn(a,0,0,true) and not $convert2NewCompiler then
SAY "IF statement can not cause consequents to be executed"
pp expr
canReturn(a,level,exitCount,nil) or canReturn(b,level,exitCount,ValueFlag)
or canReturn(c,level,exitCount,ValueFlag)
--now we have an ordinary form
atom op => and/[canReturn(u,level,exitCount,ValueFlag) for u in expr]
op is ["XLAM",args,bods] =>
and/[canReturn(u,level,exitCount,ValueFlag) for u in expr]
systemErrorHere ["canReturn",expr] --for the time being
compList(l,m is ["List",mUnder],e) ==
markImport m
markImport mUnder
null l => [NIL,m,e]
Tl:= [[.,mUnder,e]:=
comp(x,mUnder,e) or return "failed" for i in 1.. for x in l]
Tl="failed" => nil
T:= [["LIST",:[T.expr for T in Tl]],["List",mUnder],e]
compVector(l,m is ["Vector",mUnder],e) ==
markImport m
markImport mUnder
null l => [$EmptyVector,m,e]
Tl:= [[.,mUnder,e]:= comp(x,mUnder,e) or return "failed" for x in l]
Tl="failed" => nil
[["VECTOR",:[T.expr for T in Tl]],m,e]
compColon([":",f,t],m,e) ==
$insideExpressionIfTrue=true => compPretend(["pretend",f,t],m,e)
--if inside an expression, ":" means to convert to m "on faith"
f := markKillAll f
$lhsOfColon: local:= f
t:=
t := markKillAll t
atom t and (t':= ASSOC(t,getDomainsInScope e)) => t'
isDomainForm(t,e) and not $insideCategoryIfTrue =>
(if not member(t,getDomainsInScope e) then e:= addDomain(t,e); t)
isDomainForm(t,e) or isCategoryForm(t,e) => t
t is ["Mapping",m',:r] => t
unknownTypeError t
t
if $insideCapsuleFunctionIfTrue then markDeclaredImport t
f is ["LISTOF",:l] =>
(for x in l repeat T:= [.,.,e]:= compColon([":",x,t],m,e); T)
e:=
f is [op,:argl] and not (t is ["Mapping",:.]) =>
--for MPOLY--replace parameters by formal arguments: RDJ 3/83
newTarget:= EQSUBSTLIST(take(#argl,$FormalMapVariableList),
[(x is [":",a,m] => a; x) for x in argl],t)
signature:=
["Mapping",newTarget,:
[(x is [":",a,m] => m;
getmode(x,e) or systemErrorHere '"compColonOld") for x in argl]]
put(op,"mode",signature,e)
put(f,"mode",t,e)
if not $bootStrapMode and $insideFunctorIfTrue and
makeCategoryForm(t,e) is [catform,e] then
e:= put(f,"value",[genSomeVariable(),t,$noEnv],e)
["/throwAway",getmode(f,e),e]
compConstruct(form,m,e) == (T := compConstruct1(form,m,e)) and markConstruct(form,T)
compConstruct1(form is ["construct",:l],m,e) ==
y:= modeIsAggregateOf("List",m,e) =>
T:= compList(l,["List",CADR y],e) => convert(T,m)
y:= modeIsAggregateOf("Vector",m,e) =>
T:= compVector(l,["Vector",CADR y],e) => convert(T,m)
T:= compForm(form,m,e) => T
for D in getDomainsInScope e repeat
(y:=modeIsAggregateOf("List",D,e)) and
(T:= compList(l,["List",CADR y],e)) and (T':= convert(T,m)) =>
return T'
(y:=modeIsAggregateOf("Vector",D,e)) and
(T:= compVector(l,["Vector",CADR y],e)) and (T':= convert(T,m)) =>
return T'
compPretend(u := ["pretend",x,t],m,e) ==
t := markKillAll t
m := markKillAll m
e:= addDomain(t,e)
T:= comp(x,t,e) or comp(x,$EmptyMode,e) or return nil
if T.mode=t then warningMessage:= ["pretend",t," -- should replace by @"]
T1:= [T.expr,t,T.env]
t = "$" and m = "Rep" => markPretend(T1,T1) -->! WATCH OUT: correct? !<--
T':= coerce(T1,m) =>
warningMessage =>
stackWarning warningMessage
markCompColonInside("@",T')
markPretend(T1,T')
nil
compAtSign(["@",x,m'],m,e) ==
m' := markKillAll m'
m := markKillAll m
e:= addDomain(m',e)
T:= comp(x,m',e) or return nil
coerce(T,m)
compColonInside(x,m,e,m') ==
m' := markKillAll m'
e:= addDomain(m',e)
T:= comp(x,$EmptyMode,e) or return nil
if T.mode=m' then warningMessage:= [":",m'," -- should replace by ::"]
T:= [T.expr,m',T.env]
m := markKillAll m
T':= coerce(T,m) =>
warningMessage =>
stackWarning warningMessage
markCompColonInside("@",T')
stackWarning [":",m'," -- should replace by pretend"]
markCompColonInside("pretend",T')
nil
resolve(min, mout) ==
din := markKillAll min
dout := markKillAll mout
din=$NoValueMode or dout=$NoValueMode => $NoValueMode
dout=$EmptyMode => din
STRINGP din and dout = $Symbol => dout ------> hack 8/14/94
STRINGP dout and din = $Symbol => din ------> hack 8/14/94
din ~= dout and (STRINGP din or STRINGP dout) =>
modeEqual(dout,$String) => dout
modeEqual(din,$String) => nil
mkUnion(din,dout)
dout
coerce(T,m) ==
T := [T.expr,markKillAll T.mode,T.env]
m := markKillAll m
if not isLiteral(m,T.env) then markImport m
$InteractiveMode =>
keyedSystemError("S2GE0016",['"coerce",
'"function coerce called from the interpreter."])
--==================> changes <======================
--The following line is inappropriate for our needs:::
--rplac(CADR T,substitute("$",$Rep,CADR T))
T' := coerce0(T,m) => T'
T := [T.expr,fullSubstitute("$",$Representation,T.mode),T.env]
--==================> changes <======================
coerce0(T,m)
coerce0(T,m) ==
T':= coerceEasy(T,m) => T'
T':= coerceSubset(T,m) => markCoerce(T,T','AUTOSUBSET)
T':= coerceHard(T,m) => markCoerce(T,T','AUTOHARD)
T':= coerceExtraHard(T,m) => T'
T.expr = "$fromCoerceable$" or isSomeDomainVariable m => nil
T' := coerceRep(T,m) => markCoerce(T,T','AUTOREP)
stackMessage fn(T.expr,T.mode,m) where
-- if from from coerceable, this coerce was just a trial coercion
-- from compFormWithModemap to filter through the modemaps
fn(x,m1,m2) ==
["Cannot coerce","%b",x,"%d","%l"," of mode","%b",m1,"%d","%l",
" to mode","%b",m2,"%d"]
coerceSubset(T := [x,m,e],m') ==
m = $SmallInteger =>
m' = $Integer => [x,m',e]
m' = (r := get(x,'range,e)) or isSubset(r,m',e) => [x,r,e]
nil
-- pp [m, m']
isSubset(m,m',e) => [x,m',e]
-- if m is a type variable, we can't know.
(pred:= isSubset(m',m,e)) and INTEGERP x and
-- obviously this is temporary
eval substitute(x,"#1",pred) => [x,m',e]
nil
coerceRep(T,m) ==
md := T.mode
atom md => nil
CONTAINED('Rep,md) and SUBST('$,'Rep,md) = m or
CONTAINED('Rep,m) and SUBST('$,'Rep,m) = md => T
nil
--- GET rid of XLAMs
spadCompileOrSetq form ==
--bizarre hack to take account of the existence of "known" functions
--good for performance (LISPLLIB size, BPI size, NILSEC)
[nam,[lam,vl,body]] := form
CONTAINED("",body) => sayBrightly ['" ",:bright nam,'" not compiled"]
if vl is [:vl',E] and body is [nam',: =vl'] then
LAM_,EVALANDFILEACTQ ['PUT,MKQ nam,MKQ 'SPADreplace,MKQ nam']
sayBrightly ['" ",:bright nam,'"is replaced by",:bright nam']
else if (ATOM body or and/[ATOM x for x in body])
and vl is [:vl',E] and not CONTAINED(E,body) then
macform := ['XLAM,vl',body]
LAM_,EVALANDFILEACTQ ['PUT,MKQ nam,MKQ 'SPADreplace,MKQ macform]
sayBrightly ['" ",:bright nam,'"is replaced by",:bright body]
$insideCapsuleFunctionIfTrue => first backendCompile LIST form
compileConstructor form
coerceHard(T,m) ==
$e: local:= T.env
m':= T.mode
STRINGP m' and modeEqual(m,$String) => [T.expr,m,$e]
modeEqual(m',m) or
(get(m',"value",$e) is [m'',:.] or getmode(m',$e) is ["Mapping",m'']) and
modeEqual(m'',m) or
(get(m,"value",$e) is [m'',:.] or getmode(m,$e) is ["Mapping",m'']) and
modeEqual(m'',m') => [T.expr,m,T.env]
STRINGP T.expr and T.expr=m => [T.expr,m,$e]
isCategoryForm(m,$e) =>
$bootStrapMode = true => [T.expr,m,$e]
extendsCategoryForm(T.expr,T.mode,m) => [T.expr,m,$e]
nil
nil
coerceExtraHard(T is [x,m',e],m) ==
T':= autoCoerceByModemap(T,m) => T'
isUnionMode(m',e) is ["Union",:l] and (t:= hasType(x,e)) and
member(t,l) and (T':= autoCoerceByModemap(T,t)) and
(T'':= coerce(T',m)) => T''
m' is ['Record,:.] and m = $Expression =>
[['coerceRe2E,x,['ELT,COPY m',0]],m,e]
nil
compCoerce(u := ["::",x,m'],m,e) ==
m' := markKillAll m'
e:= addDomain(m',e)
m := markKillAll m
--------------> new code <-------------------
T:= compCoerce1(x,m',e) => coerce(T,m)
T := comp(x,$EmptyMode,e) or return nil
T.mode = $SmallInteger and
MEMQ(opOf m,'(NonNegativeInteger PositiveInteger)) =>
compCoerce(["::",["::",x,$Integer],m'],m,e)
--------------> new code <-------------------
getmode(m',e) is ["Mapping",["UnionCategory",:l]] =>
l := [markKillAll x for x in l]
T:= (or/[compCoerce1(x,m1,e) for m1 in l]) or return nil
coerce([T.expr,m',T.env],m)
compCoerce1(x,m',e) ==
T:= comp(x,m',e)
if null T then T := comp(x,$EmptyMode,e)
null T => return nil
m1:=
STRINGP T.mode => $String
T.mode
m':=resolve(m1,m')
T:=[T.expr,m1,T.env]
T':= coerce(T,m') => T'
T':= coerceByModemap(T,m') => T'
pred:=isSubset(m',T.mode,e) =>
gg:=GENSYM()
pred:= substitute(gg,"#1",pred)
code:= ['PROG1,["%LET",gg,T.expr], ['check_-subtype,pred,MKQ m',gg]]
[code,m',T.env]
coerceByModemap([x,m,e],m') ==
--+ modified 6/27 for new runtime system
u:=
[modemap
for (modemap:= [map,cexpr]) in getModemapList("coerce",1,e) | map is [.,t,
s] and (modeEqual(t,m') or isSubset(t,m',e))
and (modeEqual(s,m) or isSubset(m,s,e))] or return nil
mm:=first u -- patch for non-trival conditons
fn := genDeltaEntry ['coerce,:mm]
T := [["call",fn,x],m',e]
markCoerceByModemap(x,m,m',markCallCoerce(x,m',T),nil)
autoCoerceByModemap([x,source,e],target) ==
u:=
[cexpr
for (modemap:= [map,cexpr]) in getModemapList("autoCoerce",1,e) | map is [
.,t,s] and modeEqual(t,target) and modeEqual(s,source)] or return nil
fn:= (or/[selfn for [cond,selfn] in u | cond=true]) or return nil
markCoerceByModemap(x,source,target,[["call",fn,x],target,e],true)
--======================================================================
-- From compiler.boot
--======================================================================
--comp3x(x,m,$e) ==
comp3(x,m,$e) ==
--returns a Triple or %else nil to signalcan't do'
$e:= addDomain(m,$e)
e:= $e --for debugging purposes
m is ["Mapping",:.] => compWithMappingMode(x,m,e)
m is ["QUOTE",a] => (x=a => [x,m,$e]; nil)
STRINGP m => (atom x => (m=x or m=STRINGIMAGE x => [m,m,e]; nil); nil)
^x or atom x => compAtom(x,m,e)
op:= first x
getmode(op,e) is ["Mapping",:ml] and (u:= applyMapping(x,m,e,ml)) => u
op=":" => compColon(x,m,e)
op="::" => compCoerce(x,m,e)
not ($insideCompTypeOf=true) and stringPrefix?('"TypeOf",PNAME op) =>
compTypeOf(x,m,e)
------------special jump out code for PART (don't want $insideExpressionIfTrue=true)--
x is ['PART,:.] => compPART(x,m,e)
----------------------------------
t:= qt(14,compExpression(x,m,e))
t is [x',m',e'] and not member(m',getDomainsInScope e') =>
qt(15,[x',m',addDomain(m',e')])
qt(16,t)
yyyyy x == x
compExpression(x,m,e) ==
$insideExpressionIfTrue: local:= true
if x is ["%LET",['PART,.,w],[['elt,B,'new],['PART,.,["#",['PART,.,l]]],:.],:.] then yyyyy x
x := compRenameOp x
atom first x and (fn:= GETL(first x,"SPECIAL")) =>
FUNCALL(fn,x,m,e)
compForm(x,m,e)
compRenameOp x == ----------> new 12/3/94
x is [op,:r] and op is ['PART,.,op1] =>
[op1,:r]
x
compCase(["case",x,m1],m,e) ==
m' := markKillAll m1
e:= addDomain(m',e)
T:= compCase1(x,m',e) => coerce(T,m)
nil
compCase1(x,m,e) ==
x1 :=
x is ['PART,.,a] => a
x
[x',m',e']:= comp(x1,$EmptyMode,e) or return nil
if m' = "$" then (m' := IFCAR get('Rep,'value,e)) and (switchMode := true)
--------------------------------------------------------------------------
m' isnt ['Union,:r] => nil
mml := [mm for (mm := [map,cexpr]) in getModemapList("case",2,e')
| map is [.,.,s,t] and modeEqual(t,m) and
(modeEqual(s,m') or switchMode and modeEqual(s,"$"))]
or return nil
u := [cexpr for [.,cexpr] in mml]
fn:= (or/[selfn for [cond,selfn] in u | cond=true]) or return nil
tag := genCaseTag(m, r, 1) or return nil
x1 :=
switchMode => markRepper('rep, x)
x
markCase(x, tag, markCaseWas(x1,[["call",fn,x'],$Boolean,e']))
genCaseTag(t,l,n) ==
l is [x, :l] =>
x = t =>
STRINGP x => INTERN x
INTERN STRCONC("value", STRINGIMAGE n)
x is ["::",=t,:.] => t
STRINGP x => genCaseTag(t, l, n)
genCaseTag(t, l, n + 1)
nil
compIf(["IF",aOrig,b,c],m,E) ==
a := markKillButIfs aOrig
[xa,ma,Ea,Einv]:= compBoolean(a,aOrig,$Boolean,E) or return nil
[xb,mb,Eb]:= Tb:= compFromIf(b,m,Ea) or return nil
[xc,mc,Ec]:= Tc:= compFromIf(c,resolve(mb,m),Einv) or return nil
xb':= coerce(Tb,mc) or return nil
x:= ["IF",xa,xb'.expr,xc]
(returnEnv:= Env(xb'.env,Ec,xb'.expr,xc,E)) where
Env(bEnv,cEnv,b,c,E) ==
canReturn(b,0,0,true) =>
(canReturn(c,0,0,true) => intersectionEnvironment(bEnv,cEnv); bEnv)
canReturn(c,0,0,true) => cEnv
E
[x,mc,returnEnv]
compBoolean(p,pWas,m,Einit) ==
op := opOf p
[p',m,E]:=
fop := LASSOC(op,'((and . compAnd) (or . compOr) (not . compNot))) =>
APPLY(fop,[p,pWas,m,Einit]) or return nil
T := comp(p,m,Einit) or return nil
markAny('compBoolean,pWas,T)
[p',m,getSuccessEnvironment(markKillAll p,E),
getInverseEnvironment(markKillAll p,E)]
compAnd([op,:args], pWas, m, e) ==
--called ONLY from compBoolean
cargs := [T.expr for x in args
| [.,.,e,.] := T := compBoolean(x,x,$Boolean,e) or return nil]
null cargs => nil
coerce(markAny('compAnd,pWas,[["AND",:cargs],$Boolean,e]),m)
compOr([op,:args], pWas, m, e) ==
--called ONLY from compBoolean
cargs := [T.expr for x in args
| [.,.,.,e] := T := compBoolean(x,x,$Boolean,e) or return nil]
null cargs => nil
coerce(markAny('compOr,pWas, [["OR",:cargs],$Boolean,e]),m)
compNot([op,arg], pWas, m, e) ==
--called ONLY from compBoolean
[x,m1,.,ei] := compBoolean(arg,arg,$Boolean,e) or return nil
coerce(markAny('compNot, pWas, [["NOT",x],$Boolean,ei]),m)
compDefine(form,m,e) ==
$macroIfTrue: local
['DEF,.,originalSignature,.,body] := form
if not $insideFunctorIfTrue then
$originalBody := COPY body
compDefine1(form,m,e)
compDefine1(form,m,e) ==
$insideExpressionIfTrue: local:= false
--1. decompose after macro-expanding form
['DEF,lhs,signature,specialCases,rhs]:= form:= macroExpand(form,e)
$insideWhereIfTrue and isMacro(form,e) and (m=$EmptyMode or m=$NoValueMode)
=> [lhs,m,put(first lhs,"macro",rhs,e)]
null signature.target and not MEMQ(KAR rhs,$BuiltinConstructorNames) and
(sig:= getSignatureFromMode(lhs,e)) =>
-- here signature of lhs is determined by a previous declaration
compDefine1(['DEF,lhs,[first sig,:rest signature],specialCases,rhs],m,e)
if signature.target=$Category then $insideCategoryIfTrue:= true
if signature.target is ['Mapping,:map] then
signature:= map
form:= ['DEF,lhs,signature,specialCases,rhs]
-- RDJ (11/83): when argument and return types are all declared,
-- or arguments have types declared in the environment,
-- and there is no existing modemap for this signature, add
-- the modemap by a declaration, then strip off declarations and recurse
e := compDefineAddSignature(lhs,signature,e)
-- 2. if signature list for arguments is not empty, replace ('DEF,..) by
-- ('where,('DEF,..),..) with an empty signature list;
-- otherwise, fill in all NILs in the signature
not (and/[null x for x in rest signature]) => compDefWhereClause(form,m,e)
signature.target=$Category =>
compDefineCategory(form,m,e,nil,$formalArgList)
isDomainForm(rhs,e) and not $insideFunctorIfTrue =>
if null signature.target then signature:=
[getTargetFromRhs(lhs,rhs,giveFormalParametersValues(rest lhs,e)),:
rest signature]
rhs:= addEmptyCapsuleIfNecessary(signature.target,rhs)
compDefineFunctor(['DEF,lhs,signature,specialCases,rhs],m,e,nil,
$formalArgList)
null $form => stackAndThrow ['"bad == form ",form]
newPrefix:=
$prefix => INTERN STRCONC(encodeItem $prefix,'",",encodeItem $op)
getAbbreviation($op,#rest $form)
compDefineCapsuleFunction(form,m,e,newPrefix,$formalArgList)
compDefineCategory(df,m,e,prefix,fal) ==
$domainShell: local -- holds the category of the object being compiled
$lisplibCategory: local
not $insideFunctorIfTrue and $LISPLIB =>
compDefineLisplib(df,m,e,prefix,fal,'compDefineCategory1)
compDefineCategory1(df,m,e,prefix,fal)
compDefineCategory1(df,m,e,prefix,fal) ==
$DEFdepth : local := 0 --for conversion to new compiler 3/93
$capsuleStack : local := nil --for conversion to new compiler 3/93
$predicateStack:local := nil --for conversion to new compiler 3/93
$signatureStack:local := nil --for conversion to new compiler 3/93
$importStack : local := nil --for conversion to new compiler 3/93
$globalImportStack : local := nil --for conversion to new compiler 3/93
$catAddForm : local := nil --for conversion to new compiler 2/95
$globalDeclareStack : local := nil
$globalImportDefAlist: local:= nil
$localMacroStack : local := nil --for conversion to new compiler 3/93
$freeStack : local := nil --for conversion to new compiler 3/93
$domainLevelVariableList: local := nil--for conversion to new compiler 3/93
$categoryTranForm : local := nil --for conversion to new compiler 10/93
['DEF,form,sig,sc,body] := df
body := markKillAll body --these parts will be replaced by compDefineLisplib
categoryCapsule :=
--+
body is ['add,cat,capsule] =>
body := cat
capsule
nil
[d,m,e]:= compDefineCategory2(form,sig,sc,body,m,e,prefix,fal)
--+ next two lines
-- if $convertingSpadFile then nil
-- else
if categoryCapsule and not $bootStrapMode then
[.,.,e] :=
$insideCategoryPackageIfTrue: local := true
$categoryPredicateList: local :=
makeCategoryPredicates(form,$lisplibCategory)
defform := mkCategoryPackage(form,cat,categoryCapsule)
['DEF,[.,arg,:.],:.] := defform
$categoryNameForDollar :local := arg
compDefine1(defform,$EmptyMode,e)
else
[body,T] := $categoryTranForm
markFinish(body,T)
[d,m,e]
compDefineCategory2(form,signature,specialCases,body,m,e,
$prefix,$formalArgList) ==
--1. bind global variables
$insideCategoryIfTrue: local:= true
$definition: local := nil
--used by DomainSubstitutionFunction
$form: local := nil
$op: local := nil
$extraParms: local := nil
--Set in DomainSubstitutionFunction, used further down
-- 1.1 augment e to add declaration $: <form>
[$op,:argl]:= $definition:= form
e:= addBinding("$",[['mode,:$definition]],e)
-- 2. obtain signature
signature':=
[first signature,:[getArgumentModeOrMoan(a,$definition,e) for a in argl]]
e:= giveFormalParametersValues(argl,e)
-- 3. replace arguments by $1,..., substitute into body,
-- and introduce declarations into environment
sargl:= TAKE(# argl, $TriangleVariableList)
$functorForm:= $form:= [$op,:sargl]
$formalArgList:= [:sargl,:$formalArgList]
aList:= [[a,:sa] for a in argl for sa in sargl]
formalBody:= SUBLIS(aList,body)
signature' := SUBLIS(aList,signature')
--Begin lines for category default definitions
$functionStats: local:= [0,0]
$functorStats: local:= [0,0]
$getDomainCode: local := nil
$addForm: local:= nil
for x in sargl for t in rest signature' repeat
[.,.,e]:= compMakeDeclaration(x,t,e)
-- 4. compile body in environment of %type declarations for arguments
op':= $op
-- following line causes cats with no with or Join to be fresh copies
if opOf(formalBody) ~= 'Join and opOf(formalBody) ~= 'mkCategory then
formalBody := ['Join, formalBody]
T := compOrCroak(formalBody,signature'.target,e)
--------------------> new <-------------------
$catAddForm :=
$originalBody is ['add,y,:.] => y
$originalBody
$categoryTranForm := [$originalBody,[$form,['Mapping,:signature'],T.env]]
--------------------> new <-------------------
body:= optFunctorBody markKillAll T.expr
if $extraParms then
formals:=actuals:=nil
for u in $extraParms repeat
formals:=[CAR u,:formals]
actuals:=[MKQ CDR u,:actuals]
body := ['sublisV,['PAIR,['QUOTE,formals],['LIST,:actuals]],body]
if argl then body:= -- always subst for args after extraparms
['sublisV,['PAIR,['QUOTE,sargl],['LIST,:
[['devaluate,u] for u in sargl]]],body]
body:=
['PROG1,["%LET",g:= GENSYM(),body],
["setShellEntry",g,0,mkConstructor $functorForm]]
fun:= compile [op',['LAM,sargl,body]]
-- 5. give operator a 'modemap property
pairlis:= [[a,:v] for a in argl for v in $FormalMapVariableList]
parSignature:= SUBLIS(pairlis,signature')
parForm:= SUBLIS(pairlis,form)
---- lisplibWrite('"compilerInfo",
---- ['SETQ,'$CategoryFrame,
---- ['put,['QUOTE,op'],'
---- (QUOTE isCategory),true,['addModemap,MKQ op',MKQ parForm,
---- MKQ parSignature,true,MKQ fun,'$CategoryFrame]]],$libFile)
--Equivalent to the following two lines, we hope
if null sargl then
evalAndRwriteLispForm('NILADIC,
['MAKEPROP,['QUOTE,op'],'(QUOTE NILADIC),true])
-- 6. put modemaps into InteractiveModemapFrame
$domainShell :=
$convertingSpadFile => nil
eval [op',:MAPCAR('MKQ,sargl)]
$lisplibCategory:= formalBody
---- if $LISPLIB then
---- $lisplibForm:= form
---- $lisplibKind:= 'category
---- modemap:= [[parForm,:parSignature],[true,op']]
---- $lisplibModemap:= modemap
---- $lisplibCategory:= formalBody
---- form':=[op',:sargl]
---- augLisplibModemapsFromCategory(form',formalBody,signature')
[fun,'(Category),e]
|