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Mod.mo
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Mod.mo
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/*
* This file is part of OpenModelica.
*
* Copyright (c) 1998-2008, Linköpings University,
* Department of Computer and Information Science,
* SE-58183 Linköping, Sweden.
*
* All rights reserved.
*
* THIS PROGRAM IS PROVIDED UNDER THE TERMS OF THIS OSMC PUBLIC
* LICENSE (OSMC-PL). ANY USE, REPRODUCTION OR DISTRIBUTION OF
* THIS PROGRAM CONSTITUTES RECIPIENT'S ACCEPTANCE OF THE OSMC
* PUBLIC LICENSE.
*
* The OpenModelica software and the Open Source Modelica
* Consortium (OSMC) Public License (OSMC-PL) are obtained
* from Linköpings University, either from the above address,
* from the URL: http://www.ida.liu.se/projects/OpenModelica
* and in the OpenModelica distribution.
*
* This program is distributed WITHOUT ANY WARRANTY; without
* even the implied warranty of MERCHANTABILITY or FITNESS
* FOR A PARTICULAR PURPOSE, EXCEPT AS EXPRESSLY SET FORTH
* IN THE BY RECIPIENT SELECTED SUBSIDIARY LICENSE CONDITIONS
* OF OSMC-PL.
*
* See the full OSMC Public License conditions for more details.
*
*/
package Mod
" file: Mod.mo
package: Mod
description: Modification handling
RCS: $Id$
Modifications are simply the same kind of modifications used in
the Absyn module.
This type is very similar to SCode.Mod.
The main difference is that it uses DAE.Exp for the expressions.
Expressions stored here are prefixed and typechecked.
The datatype itself is moved to the Types module, in Types.mo, to prevent circular dependencies."
public import Absyn;
public import DAE;
public import Env;
public import Prefix;
public import SCode;
public import RTOpts;
public type Ident = String;
protected import Dump;
protected import Debug;
protected import Exp;
protected import Inst;
protected import Static;
protected import Util;
protected import Ceval;
protected import Error;
protected import Print;
protected import Types;
protected import Values;
protected import ValuesUtil;
public function elabMod "
This function elaborates on the expressions in a modification and
turns them into global expressions. This is done because the
expressions in modifications must be elaborated on in the context
they are provided in, and not the context they are used in."
input Env.Cache inCache;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
input SCode.Mod inMod;
input Boolean inBoolean;
output Env.Cache outCache;
output DAE.Mod outMod;
algorithm
(outCache,outMod) :=
matchcontinue (inCache,inEnv,inPrefix,inMod,inBoolean)
local
Boolean impl,finalPrefix;
list<DAE.SubMod> subs_1;
list<Env.Frame> env;
Prefix.Prefix pre;
SCode.Mod m,mod;
Absyn.Each each_;
list<SCode.SubMod> subs;
DAE.Exp e_1,e_2;
DAE.Properties prop;
Option<Values.Value> e_val;
Absyn.Exp e,e1;
list<tuple<SCode.Element, DAE.Mod>> elist_1;
list<SCode.Element> elist;
Ident str;
Env.Cache cache;
// no modifications
case (cache,_,_,SCode.NOMOD(),impl) then (cache,DAE.NOMOD()); /* impl */
// no top binding
case (cache,env,pre,(m as SCode.MOD(finalPrefix = finalPrefix,eachPrefix = each_,subModLst = subs,absynExpOption = NONE)),impl)
equation
(cache,subs_1) = elabSubmods(cache,env, pre, subs, impl);
then
(cache,DAE.MOD(finalPrefix,each_,subs_1,NONE));
// Only elaborate expressions with non-delayed type checking, see SCode.MOD.
case (cache,env,pre,(m as SCode.MOD(finalPrefix = finalPrefix,eachPrefix = each_,subModLst = subs,absynExpOption = SOME((e,false)))),impl)
equation
(cache,subs_1) = elabSubmods(cache,env, pre, subs, impl);
(cache,e_1,prop,_) = Static.elabExp(cache, env, e, impl, NONE, true);
(cache,e_val) = elabModValue(cache, env, e_1, prop);
(cache,e_2) = Prefix.prefixExp(cache,env, e_1, pre)
"Bug: will cause elaboration of parameters without value to fail,
But this can be ok, since a modifier is present, giving it a value from outer modifications.." ;
then
(cache,DAE.MOD(finalPrefix,each_,subs_1,SOME(DAE.TYPED(e_2,e_val,prop))));
// Delayed type checking
case (cache,env,pre,(m as SCode.MOD(finalPrefix = finalPrefix,eachPrefix = each_,subModLst = subs,absynExpOption = SOME((e,true)))),impl)
equation
(cache,subs_1) = elabSubmods(cache,env, pre, subs, impl);
then
(cache,DAE.MOD(finalPrefix,each_,subs_1,SOME(DAE.UNTYPED(e))));
// redeclarations
case (cache,env,pre,(m as SCode.REDECL(finalPrefix = finalPrefix,elementLst = elist)),impl)
equation
//elist_1 = Inst.addNomod(elist);
elist_1 = elabModRedeclareElements(cache,env,pre,finalPrefix,elist,impl);
then
(cache,DAE.REDECL(finalPrefix,elist_1));
// failure
case (cache,env,pre,mod,impl)
equation
/*Debug.fprint("failtrace", "#-- elab_mod ");
str = SCode.printModStr(mod);
Debug.fprint("failtrace", str);
Debug.fprint("failtrace", " failed\n");
print("elab mod failed, mod:");print(str);print("\n");
print("env:");print(Env.printEnvStr(env));print("\n");*/
/* elab mod can fail? */
then
fail();
end matchcontinue;
end elabMod;
protected function elabModRedeclareElements
input Env.Cache inCache;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
input Boolean finalPrefix;
input list<SCode.Element> elts;
input Boolean impl;
output list<tuple<SCode.Element, DAE.Mod>> modElts "the elaborated modifiers";
algorithm
(modElts) := matchcontinue(inCache,inEnv,inPrefix,finalPrefix,elts,impl)
local
Env.Cache cache; Env.Env env; Prefix.Prefix pre; Boolean f,fi,repl,p,enc,prot;
Absyn.InnerOuter io;
list<SCode.Element> elts;
SCode.Ident cn,cn2,compname;
SCode.OptBaseClass bc;
Option<SCode.Comment> cmt;
SCode.Restriction restr;
Absyn.TypeSpec tp,tp1;
DAE.Mod emod;
SCode.Attributes attr;
SCode.Mod mod;
Option<Absyn.Exp> cond;
Option<Absyn.Info> info;
Option<Absyn.ConstrainClass> cc;
Option<SCode.Comment> cmt;
/* the empty case */
case(cache,env,pre,f,{},_) then {};
// Only derived classdefinitions supported in redeclares for now. TODO: What is allowed according to spec?
case(cache,env,pre,f,SCode.CLASSDEF(cn,fi,repl,SCode.CLASS(cn2,p,enc,restr,SCode.DERIVED(tp,mod,attr1,cmt)),bc,cc)::elts,impl)
local
Absyn.ElementAttributes attr1;
Option<Absyn.ConstrainClass> cc;
equation
(cache,emod) = elabMod(cache,env,pre,mod,impl);
modElts = elabModRedeclareElements(cache,env,pre,f,elts,impl);
(cache,tp1) = elabModQualifyTypespec(cache,env,tp);
then (SCode.CLASSDEF(cn,fi,repl,SCode.CLASS(cn,p,enc,restr,SCode.DERIVED(tp1,mod,attr1,cmt)),bc,cc),emod)::modElts;
// replaceable type E=enumeration(e1,...,en), E=enumeration(:)
case(cache,env,pre,f,SCode.CLASSDEF(cn,fi,repl,SCode.CLASS(cn2,p,enc,restr,SCode.ENUMERATION(enumLst,comment)),bc,cc)::elts,impl)
local
list<SCode.Enum> enumLst;
Option<SCode.Comment> comment;
Option<Absyn.ConstrainClass> cc;
equation
modElts = elabModRedeclareElements(cache,env,pre,f,elts,impl);
then (SCode.CLASSDEF(cn,fi,repl,SCode.CLASS(cn,p,enc,restr,SCode.ENUMERATION(enumLst,comment)),bc,cc),DAE.NOMOD())::modElts;
// redeclare of component declaration
case(cache,env,pre,f,SCode.COMPONENT(compname,io,fi,repl,prot,attr,tp,mod,bc,cmt,cond,info,cc)::elts,impl) equation
(cache,emod) = elabMod(cache,env,pre,mod,impl);
modElts = elabModRedeclareElements(cache,env,pre,f,elts,impl);
(cache,tp1) = elabModQualifyTypespec(cache,env,tp);
then ((SCode.COMPONENT(compname,io,fi,repl,prot,attr,tp1,mod,bc,cmt,cond,info,cc),emod)::modElts);
end matchcontinue;
end elabModRedeclareElements;
protected function elabModQualifyTypespec
"Help function to elabModRedeclareElements.
This function makes sure that type specifiers, i.e. class names, in redeclarations are looked up in the correct environment.
This is achieved by making them fully qualified."
input Env.Cache inCache;
input Env.Env inEnv;
input Absyn.TypeSpec tp;
output Env.Cache outCache;
output Absyn.TypeSpec outTp;
algorithm
(outCache,outTp) := matchcontinue(inCache,inEnv,tp)
local
Env.Cache cache; Env.Env env;
Option<Absyn.ArrayDim> ad;
Absyn.Path p,p1;
case (cache, env,Absyn.TPATH(p,ad)) equation
(cache,p1) = Inst.makeFullyQualified(cache,env,p);
then (cache,Absyn.TPATH(p1,ad));
end matchcontinue;
end elabModQualifyTypespec;
protected function elabModValue
"function: elabModValue
author: PA
Helper function to elabMod. Builds values from modifier expressions if possible.
Tries to Constant evaluate an expressions an create a Value option for it."
input Env.Cache inCache;
input Env.Env inEnv;
input DAE.Exp inExp;
input DAE.Properties inProp;
output Env.Cache outCache;
output Option<Values.Value> outValuesValueOption;
algorithm
(outCache,outValuesValueOption) :=
matchcontinue (inCache,inEnv,inExp,inProp)
local
Values.Value v;
list<Env.Frame> env;
DAE.Exp e;
Env.Cache cache;
DAE.Properties prop;
DAE.Const const;
// evaluate ONLY constants and parameters
case (cache,env,e,prop)
equation
// const = Types.propAllConst(prop) "Don't ceval variables";
// true = listMember(const, {DAE.C_CONST(),DAE.C_PARAM()});
// now which one is faster?
failure(DAE.C_VAR() = Types.propAllConst(prop)) "Don't ceval variables";
(cache,v,_) = Ceval.ceval(cache,env, e, false, NONE, NONE, Ceval.MSG());
then
(cache,SOME(v));
case (cache,_,_,_) then (cache,NONE);
end matchcontinue;
end elabModValue;
public function unelabMod
"function: unelabMod
Transforms Mod back to SCode.Mod, loosing type information."
input DAE.Mod inMod;
output SCode.Mod outMod;
algorithm
outMod:=
matchcontinue (inMod)
local
list<SCode.SubMod> subs_1;
DAE.Mod m,mod;
Boolean finalPrefix;
Absyn.Each each_;
list<DAE.SubMod> subs;
Absyn.Exp e,e_1;
Ident es,s;
DAE.Properties p;
list<SCode.Element> elist_1;
list<tuple<SCode.Element, DAE.Mod>> elist;
case (DAE.NOMOD()) then SCode.NOMOD();
case ((m as DAE.MOD(finalPrefix = finalPrefix,each_ = each_,subModLst = subs,eqModOption = NONE)))
equation
subs_1 = unelabSubmods(subs);
then
SCode.MOD(finalPrefix,each_,subs_1,NONE);
case ((m as DAE.MOD(finalPrefix = finalPrefix,each_ = each_,subModLst = subs,eqModOption = SOME(DAE.UNTYPED(e)))))
equation
subs_1 = unelabSubmods(subs);
then
SCode.MOD(finalPrefix,each_,subs_1,SOME((e,false))); // Default type checking non-delayed
case ((m as DAE.MOD(finalPrefix = finalPrefix,each_ = each_,subModLst = subs,eqModOption = SOME(DAE.TYPED(e,_,p)))))
local DAE.Exp e;
equation
es = Exp.printExpStr(e);
subs_1 = unelabSubmods(subs);
e_1 = Exp.unelabExp(e);
then
SCode.MOD(finalPrefix,each_,subs_1,SOME((e_1,false))); // default typechecking non-delayed
case ((m as DAE.REDECL(finalPrefix = finalPrefix,tplSCodeElementModLst = elist)))
equation
elist_1 = Util.listMap(elist, Util.tuple21);
then
SCode.REDECL(finalPrefix,elist_1);
case (mod)
equation
Print.printBuf("#-- Mod.elabUntypedMod failed: " +& printModStr(mod) +& "\n");
print("- Mod.elabUntypedMod failed :" +& printModStr(mod) +& "\n");
then
fail();
end matchcontinue;
end unelabMod;
protected function unelabSubmods
"function: unelabSubmods
Helper function to unelabMod."
input list<DAE.SubMod> inTypesSubModLst;
output list<SCode.SubMod> outSCodeSubModLst;
algorithm
outSCodeSubModLst:=
matchcontinue (inTypesSubModLst)
local
list<SCode.SubMod> x_1,xs_1,res;
DAE.SubMod x;
list<DAE.SubMod> xs;
case ({}) then {};
case ((x :: xs))
equation
x_1 = unelabSubmod(x);
xs_1 = unelabSubmods(xs);
res = listAppend(x_1, xs_1);
then
res;
end matchcontinue;
end unelabSubmods;
protected function unelabSubmod
"function: unelabSubmod
This function unelaborates on a submodification."
input DAE.SubMod inSubMod;
output list<SCode.SubMod> outSCodeSubModLst;
algorithm
outSCodeSubModLst:=
matchcontinue (inSubMod)
local
SCode.Mod m_1;
Ident i;
DAE.Mod m;
list<Absyn.Subscript> ss_1;
list<Integer> ss;
case (DAE.NAMEMOD(ident = i,mod = m))
equation
m_1 = unelabMod(m);
then
{SCode.NAMEMOD(i,m_1)};
case (DAE.IDXMOD(integerLst = ss,mod = m))
equation
ss_1 = unelabSubscript(ss);
m_1 = unelabMod(m);
then
{SCode.IDXMOD(ss_1,m_1)};
end matchcontinue;
end unelabSubmod;
protected function unelabSubscript
input list<Integer> inIntegerLst;
output list<SCode.Subscript> outSCodeSubscriptLst;
algorithm
outSCodeSubscriptLst:=
matchcontinue (inIntegerLst)
local
list<Absyn.Subscript> xs;
Integer i;
list<Integer> is;
case ({}) then {};
case ((i :: is))
equation
xs = unelabSubscript(is);
then
(Absyn.SUBSCRIPT(Absyn.INTEGER(i)) :: xs);
end matchcontinue;
end unelabSubscript;
public function updateMod
"function: updateMod
This function updates an untyped modification to a typed one, by looking
up the type of the modifier in the environment and update it."
input Env.Cache inCache;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
input DAE.Mod inMod;
input Boolean inBoolean;
output Env.Cache outCache;
output DAE.Mod outMod;
algorithm
(outCache,outMod) :=
matchcontinue (inCache,inEnv,inPrefix,inMod,inBoolean)
local
Boolean impl,f;
DAE.Mod m;
list<DAE.SubMod> subs_1,subs;
DAE.Exp e_1,e_2;
DAE.Properties prop,p;
Option<Values.Value> e_val;
list<Env.Frame> env;
Prefix.Prefix pre;
Absyn.Each each_;
Absyn.Exp e;
Env.Cache cache;
case (cache,_,_,DAE.NOMOD(),impl) then (cache,DAE.NOMOD()); /* impl */
case (cache,_,_,(m as DAE.REDECL(finalPrefix = _)),impl) then (cache,m);
case (cache,env,pre,(m as DAE.MOD(finalPrefix = f,each_ = each_,subModLst = subs,eqModOption = SOME(DAE.UNTYPED(e)))),impl)
equation
(cache,subs_1) = updateSubmods(cache,env, pre, subs, impl);
(cache,e_1,prop,_) = Static.elabExp(cache,env, e, impl, NONE,true);
(cache,e_val) = elabModValue(cache,env,e_1,prop);
(cache,e_2) = Prefix.prefixExp(cache,env, e_1, pre);
Debug.fprint("updmod", "Updated mod: ");
Debug.fcall("updmod", printMod,
DAE.MOD(f,each_,subs_1,SOME(DAE.TYPED(e_2,NONE,prop))));
then
(cache,DAE.MOD(f,each_,subs_1,SOME(DAE.TYPED(e_2,e_val,prop))));
case (cache,env,pre,DAE.MOD(finalPrefix = f,each_ = each_,subModLst = subs,eqModOption = SOME(DAE.TYPED(e,e_val,p))),impl)
local DAE.Exp e;
equation
(cache,subs_1) = updateSubmods(cache,env, pre, subs, impl);
then
(cache,DAE.MOD(f,each_,subs_1,SOME(DAE.TYPED(e,e_val,p))));
case (cache,env,pre,DAE.MOD(finalPrefix = f,each_ = each_,subModLst = subs,eqModOption = NONE),impl)
equation
(cache,subs_1) = updateSubmods(cache,env, pre, subs, impl);
then
(cache,DAE.MOD(f,each_,subs_1,NONE));
case (cache,env,pre,m,impl)
local String str;
equation
true = RTOpts.debugFlag("failtrace");
str = printModStr(m);
Debug.traceln("- Mod.updateMod failed mod: " +& str);
then
fail();
end matchcontinue;
end updateMod;
protected function updateSubmods ""
input Env.Cache inCache;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
input list<DAE.SubMod> inTypesSubModLst;
input Boolean inBoolean;
output Env.Cache outCache;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
(outCache,outTypesSubModLst):=
matchcontinue (inCache,inEnv,inPrefix,inTypesSubModLst,inBoolean)
local
Boolean impl;
list<DAE.SubMod> x_1,xs_1,res,xs;
list<Env.Frame> env;
Prefix.Prefix pre;
DAE.SubMod x;
Env.Cache cache;
case (cache,_,_,{},impl) then (cache,{}); /* impl */
case (cache,env,pre,(x :: xs),impl)
equation
(cache,x_1) = updateSubmod(cache,env, pre, x, impl);
(cache,xs_1) = updateSubmods(cache,env, pre, xs, impl);
res = insertSubmods(x_1, xs_1, env, pre);
then
(cache,res);
end matchcontinue;
end updateSubmods;
protected function updateSubmod " "
input Env.Cache inCache;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
input DAE.SubMod inSubMod;
input Boolean inBoolean;
output Env.Cache outCache;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
(outCache,outTypesSubModLst):=
matchcontinue (outCache,inEnv,inPrefix,inSubMod,inBoolean)
local
DAE.Mod m_1,m;
list<Env.Frame> env;
Prefix.Prefix pre;
Ident i;
Boolean impl;
list<DAE.SubMod> smods;
Env.Cache cache;
list<Integer> idxmod;
case (cache,env,pre,DAE.NAMEMOD(ident = i,mod = m),impl) /* impl */
equation
(cache,m_1) = updateMod(cache,env, pre, m, impl);
then
(cache,{DAE.NAMEMOD(i,m_1)});
case (cache,env,pre,DAE.IDXMOD(mod = m,integerLst=idxmod),impl)
equation
(cache,m_1) = updateMod(cache,env, pre, m, impl) "Static.elab_subscripts (env,ss) => (ss\',true) &" ;
then
(cache,{DAE.IDXMOD(idxmod,m_1)});
end matchcontinue;
end updateSubmod;
public function elabUntypedMod "function elabUntypedMod
This function is used to convert SCode.Mod into Mod, without
adding correct type information. Instead, a undefined type will be
given to the modification. This is used when modifications of e.g.
elements in base classes used. For instance,
model test extends A(x=y); end test; // both x and y are defined in A
The modifier x=y must be merged with outer modifiers, thus it needs
to be converted to Mod.
Notice that the correct type information must be updated later on.
"
input SCode.Mod inMod;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
output DAE.Mod outMod;
algorithm
outMod:=
matchcontinue (inMod,inEnv,inPrefix)
local
list<DAE.SubMod> subs_1;
SCode.Mod m,mod;
Boolean finalPrefix;
Absyn.Each each_;
list<SCode.SubMod> subs;
list<Env.Frame> env;
Prefix.Prefix pre;
Absyn.Exp e;
list<tuple<SCode.Element, DAE.Mod>> elist_1;
list<SCode.Element> elist;
Ident s;
case (SCode.NOMOD(),_,_) then DAE.NOMOD();
case ((m as SCode.MOD(finalPrefix = finalPrefix,eachPrefix = each_,subModLst = subs,absynExpOption = NONE)),env,pre)
equation
subs_1 = elabUntypedSubmods(subs, env, pre);
then
DAE.MOD(finalPrefix,each_,subs_1,NONE);
case ((m as SCode.MOD(finalPrefix = finalPrefix,eachPrefix = each_,subModLst = subs,absynExpOption = SOME((e,_)))),env,pre)
equation
subs_1 = elabUntypedSubmods(subs, env, pre);
then
DAE.MOD(finalPrefix,each_,subs_1,SOME(DAE.UNTYPED(e)));
case ((m as SCode.REDECL(finalPrefix = finalPrefix,elementLst = elist)),env,pre)
equation
elist_1 = Inst.addNomod(elist);
then
DAE.REDECL(finalPrefix,elist_1);
case (mod,env,pre)
equation
print("- elab_untyped_mod ");
s = SCode.printModStr(mod);
print(s);
print(" failed\n");
then
fail();
end matchcontinue;
end elabUntypedMod;
protected function elabSubmods
"function: elabSubmods
This function helps elabMod by recusively elaborating on a list of submodifications."
input Env.Cache inCache;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
input list<SCode.SubMod> inSCodeSubModLst;
input Boolean inBoolean;
output Env.Cache outCache;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
(outCache,outTypesSubModLst) :=
matchcontinue (inCache,inEnv,inPrefix,inSCodeSubModLst,inBoolean)
local
Boolean impl;
list<DAE.SubMod> x_1,xs_1,res;
list<Env.Frame> env;
Prefix.Prefix pre;
SCode.SubMod x;
list<SCode.SubMod> xs;
Env.Cache cache;
case (cache,_,_,{},impl) then (cache,{}); /* impl */
case (cache,env,pre,(x :: xs),impl)
equation
(cache,x_1) = elabSubmod(cache,env, pre, x, impl);
(cache,xs_1) = elabSubmods(cache,env, pre, xs, impl);
res = insertSubmods(x_1, xs_1, env, pre);
then
(cache,res);
end matchcontinue;
end elabSubmods;
protected function elabSubmod
"function: elabSubmod
This function elaborates on a submodification, turning an
SCode.SubMod into one or more DAE.SubMod."
input Env.Cache inCache;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
input SCode.SubMod inSubMod;
input Boolean inBoolean;
output Env.Cache outCache;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
(outCache,outTypesSubModLst) :=
matchcontinue (inCache,inEnv,inPrefix,inSubMod,inBoolean)
local
DAE.Mod m_1;
list<Env.Frame> env;
Prefix.Prefix pre;
Ident i;
SCode.Mod m;
Boolean impl;
list<DAE.Subscript> ss_1;
list<DAE.SubMod> smods;
list<Absyn.Subscript> ss;
Env.Cache cache;
case (cache,env,pre,SCode.NAMEMOD(ident = i,A = m),impl) /* impl */
equation
(cache,m_1) = elabMod(cache,env, pre, m, impl);
then
(cache,{DAE.NAMEMOD(i,m_1)});
case (cache,env,pre,SCode.IDXMOD(subscriptLst = ss,an = m),impl)
equation
(cache,ss_1,DAE.C_CONST()) = Static.elabSubscripts(cache,env, ss, impl);
(cache,m_1) = elabMod(cache,env, pre, m, impl);
smods = makeIdxmods(ss_1, m_1);
then
(cache,smods);
end matchcontinue;
end elabSubmod;
protected function elabUntypedSubmods "function: elabUntypedSubmods
This function helps `elab_untyped_mod\' by recusively elaborating on a list
of submodifications.
"
input list<SCode.SubMod> inSCodeSubModLst;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
outTypesSubModLst:=
matchcontinue (inSCodeSubModLst,inEnv,inPrefix)
local
list<DAE.SubMod> x_1,xs_1,res;
SCode.SubMod x;
list<SCode.SubMod> xs;
list<Env.Frame> env;
Prefix.Prefix pre;
case ({},_,_) then {};
case ((x :: xs),env,pre)
equation
x_1 = elabUntypedSubmod(x, env, pre);
xs_1 = elabUntypedSubmods(xs, env, pre);
res = insertSubmods(x_1, xs_1, env, pre);
then
res;
end matchcontinue;
end elabUntypedSubmods;
protected function elabUntypedSubmod "function: elabUntypedSubmod
This function elaborates on a submodification, turning an
`SCode.SubMod\' into one or more `DAE.SubMod\'s, wihtout type information.
"
input SCode.SubMod inSubMod;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
outTypesSubModLst:=
matchcontinue (inSubMod,inEnv,inPrefix)
local
DAE.Mod m_1;
Ident i;
SCode.Mod m;
list<Env.Frame> env;
Prefix.Prefix pre;
list<Absyn.Subscript> subcr;
case (SCode.NAMEMOD(ident = i,A = m),env,pre)
equation
m_1 = elabUntypedMod(m, env, pre);
then
{DAE.NAMEMOD(i,m_1)};
case (SCode.IDXMOD(subscriptLst = subcr,an = m),env,pre)
equation
m_1 = elabUntypedMod(m, env, pre);
then
{DAE.IDXMOD({-1},m_1)};
end matchcontinue;
end elabUntypedSubmod;
protected function makeIdxmods "function: makeIdxmods
From a list of list of integers, this function creates a list of
sub-modifications of the `IDXMOD\' variety.
"
input list<DAE.Subscript> inExpSubscriptLst;
input DAE.Mod inMod;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
outTypesSubModLst:=
matchcontinue (inExpSubscriptLst,inMod)
local
Integer x;
DAE.Mod m;
list<DAE.SubMod> mods,mods_1;
list<DAE.Subscript> xs;
case ({DAE.INDEX(exp = DAE.ICONST(integer = x))},m) then {DAE.IDXMOD({x},m)};
case ((DAE.INDEX(exp = DAE.ICONST(integer = x)) :: xs),m)
equation
mods = makeIdxmods(xs, m);
mods_1 = prefixIdxmods(mods, x);
then
mods_1;
case ((DAE.SLICE(exp = DAE.ARRAY(array = x)) :: xs),m)
local list<DAE.Exp> x;
equation
Print.printBuf("= expand_slice\n");
mods = expandSlice(x, xs, 1, m);
then
mods;
case ((DAE.WHOLEDIM() :: xs),m)
equation
print("# Sorry, [:] slices are not handled in modifications\n");
then
fail();
case(xs,m) equation
print("Mod.makeIdxmods failed for mod:");print(printModStr(m));print("\n");
print("subs =");print(Util.stringDelimitList(Util.listMap(xs,Exp.printSubscriptStr),","));
print("\n");
then fail();
end matchcontinue;
end makeIdxmods;
protected function prefixIdxmods "function: prefixIdxmods
This function adds a subscript to each `DAE.IDXMOD\' in a list of
submodifications.
"
input list<DAE.SubMod> inTypesSubModLst;
input Integer inInteger;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
outTypesSubModLst:=
matchcontinue (inTypesSubModLst,inInteger)
local
list<DAE.SubMod> mods_1,mods;
list<Integer> l;
DAE.Mod m;
Integer i;
case ({},_) then {};
case ((DAE.IDXMOD(integerLst = l,mod = m) :: mods),i)
equation
mods_1 = prefixIdxmods(mods, i);
then
(DAE.IDXMOD((i :: l),m) :: mods_1);
end matchcontinue;
end prefixIdxmods;
protected function expandSlice "function: expandSlice
This function goes through an array slice modification and creates
an singly indexed modification for each index in the slice. For
example, `x{2:3} = y\' is changed into `x{2} = y{1}\' and
`x{3} = y{2}\'.
"
input list<DAE.Exp> inExpExpLst;
input list<DAE.Subscript> inExpSubscriptLst;
input Integer inInteger;
input DAE.Mod inMod;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
outTypesSubModLst:=
matchcontinue (inExpExpLst,inExpSubscriptLst,inInteger,inMod)
local
DAE.Exp e_1,x,e,e_2;
tuple<DAE.TType, Option<Absyn.Path>> t_1,t;
list<DAE.SubMod> mods1,mods2,mods;
Integer n_1,n;
list<DAE.Exp> xs;
list<DAE.Subscript> ss;
DAE.Mod m,mod;
Boolean finalPrefix;
Absyn.Each each_;
Option<Values.Value> e_val;
DAE.Const const;
Ident str;
case ({},_,_,_) then {};
case ({},_,_,_) then {};
case ((x :: xs),ss,n,(m as DAE.MOD(finalPrefix = finalPrefix,each_ = each_,subModLst = {},eqModOption = SOME(DAE.TYPED(e,e_val,DAE.PROP(t,const))))))
equation
e_2 = DAE.ICONST(n);
e_1 = Exp.simplify(DAE.ASUB(e,{e_2}));
t_1 = Types.unliftArray(t);
mods1 = makeIdxmods((DAE.INDEX(x) :: ss),
DAE.MOD(finalPrefix,each_,{},
SOME(DAE.TYPED(e_1,e_val,DAE.PROP(t_1,const)))));
n_1 = n + 1;
mods2 = expandSlice(xs, ss, n_1, m);
mods = listAppend(mods1, mods2);
then
mods;
case (_,_,_,mod)
equation
str = printModStr(mod);
Error.addMessage(Error.ILLEGAL_SLICE_MOD, {str});
then
fail();
end matchcontinue;
end expandSlice;
protected function expandList "function: expandList
This utility function takes a list of integer values and a list of
list of integers, and for each integer in the first and each list
in the second list creates a
list with that integer as head and the second list as tail. All
resulting lists are collected in a list and returned.
"
input list<Values.Value> inValuesValueLst;
input list<list<Integer>> inIntegerLstLst;
output list<list<Integer>> outIntegerLstLst;
algorithm
outIntegerLstLst:=
matchcontinue (inValuesValueLst,inIntegerLstLst)
local
list<list<Integer>> l1,l2,l,yy,ys;
list<Values.Value> xx,xs;
Integer x;
list<Integer> y;
case ({},_) then {};
case (_,{}) then {};
case ((xx as (Values.INTEGER(integer = x) :: xs)),(yy as (y :: ys)))
equation
l1 = expandList(xx, ys);
l2 = expandList(xs, yy);
l = listAppend(l1, l2);
then
((x :: y) :: l);
end matchcontinue;
end expandList;
protected function insertSubmods "function: insertSubmods
This function repeatedly calls `insert_submod\' to incrementally
insert several sub-modifications.
"
input list<DAE.SubMod> inTypesSubModLst1;
input list<DAE.SubMod> inTypesSubModLst2;
input Env.Env inEnv3;
input Prefix.Prefix inPrefix4;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
outTypesSubModLst:=
matchcontinue (inTypesSubModLst1,inTypesSubModLst2,inEnv3,inPrefix4)
local
list<DAE.SubMod> x_1,xs_1,l,xs,y;
DAE.SubMod x;
list<Env.Frame> env;
Prefix.Prefix pre;
case ({},_,_,_) then {};
case ((x :: xs),y,env,pre)
equation
x_1 = insertSubmod(x, y, env, pre);
xs_1 = insertSubmods(xs, y, env, pre);
l = listAppend(x_1, xs_1);
then
l;
end matchcontinue;
end insertSubmods;
protected function insertSubmod "function: insertSubmod
This function inserts a `SubMod\' into a list of unique `SubMod\'s,
while keeping the uniqueness, merging the submod if necessary.
"
input DAE.SubMod inSubMod;
input list<DAE.SubMod> inTypesSubModLst;
input Env.Env inEnv;
input Prefix.Prefix inPrefix;
output list<DAE.SubMod> outTypesSubModLst;
algorithm
outTypesSubModLst:=
matchcontinue (inSubMod,inTypesSubModLst,inEnv,inPrefix)
local
DAE.SubMod sub,sub1;
DAE.Mod m,m1,m2;
Ident n1,n2;
list<DAE.SubMod> tail,sub2;
list<Env.Frame> env;
Prefix.Prefix pre;
list<Integer> i1,i2;
case (sub,{},_,_) then {sub};
case (DAE.NAMEMOD(ident = n1,mod = m1),(DAE.NAMEMOD(ident = n2,mod = m2) :: tail),env,pre)
equation
equality(n1 = n2);
m = merge(m1, m2, env, pre);
then
(DAE.NAMEMOD(n1,m) :: tail);
case (DAE.IDXMOD(integerLst = i1,mod = m1),(DAE.IDXMOD(integerLst = i2,mod = m2) :: tail),env,pre)
equation
equality(i1 = i2);
m = merge(m1, m2, env, pre);
then
(DAE.IDXMOD(i1,m) :: tail);
case (sub1,sub2,_,_) then (sub1 :: sub2);
end matchcontinue;
end insertSubmod;
public function lookupModificationP "
- Lookup
function: lookupModificationP
This function extracts a modification from inside another
modification, using a name to look up submodifications.
"
input DAE.Mod inMod;
input Absyn.Path inPath;
output DAE.Mod outMod;
algorithm
outMod:=
matchcontinue (inMod,inPath)
local
DAE.Mod mod,m,mod_1;
Ident n;
Absyn.Path p;
case (m,Absyn.IDENT(name = n))
equation
mod = lookupCompModification(m, n);
then
mod;
case (m,Absyn.FULLYQUALIFIED(p)) then lookupModificationP(m,p);
case (m,Absyn.QUALIFIED(name = n,path = p))
equation
mod = lookupCompModification(m, n);
mod_1 = lookupModificationP(mod, p);
then
mod_1;
case (_,_)
equation
Print.printBuf("- lookup_modification_p failed\n");
then
fail();
end matchcontinue;
end lookupModificationP;
public function lookupCompModification "function: lookupCompModification
This function is used to look up an identifier in a modification.
"
input DAE.Mod inMod;
input Absyn.Ident inIdent;
output DAE.Mod outMod;
algorithm
outMod:=
matchcontinue (inMod,inIdent)
local
DAE.Mod mod,mod1,mod2;
list<DAE.SubMod> subs;
Ident n,i;
Option<DAE.EqMod> eqMod;
Absyn.Each e;
Boolean f;
case (DAE.NOMOD(),_) then DAE.NOMOD();
case (DAE.REDECL(finalPrefix = _),_) then DAE.NOMOD();
case (DAE.MOD(finalPrefix=f,each_=e,subModLst = subs,eqModOption=eqMod),n)
equation
mod1 = lookupCompModification2(subs, n);
mod2 = lookupComplexCompModification(eqMod,n,f,e);
mod = checkDuplicateModifications(mod1,mod2);
then
mod;
end matchcontinue;
end lookupCompModification;
public function lookupCompModification12 "function: lookupCompModification
Author: BZ, 2009-07
Function for looking up modifiers on specific component.
And put it in a DAE.Mod(Types.NAMEDMOD(comp,mod)) format.
"
input DAE.Mod inMod;
input Absyn.Ident inIdent;
output DAE.Mod outMod;
algorithm
outMod:=
matchcontinue (inMod,inIdent)