/
DAEDump.mo
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DAEDump.mo
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/*
* This file is part of OpenModelica.
*
* Copyright (c) 1998-2014, Open Source Modelica Consortium (OSMC),
* c/o Linköpings universitet, Department of Computer and Information Science,
* SE-58183 Linköping, Sweden.
*
* All rights reserved.
*
* THIS PROGRAM IS PROVIDED UNDER THE TERMS OF GPL VERSION 3 LICENSE OR
* THIS OSMC PUBLIC LICENSE (OSMC-PL) VERSION 1.2.
* ANY USE, REPRODUCTION OR DISTRIBUTION OF THIS PROGRAM CONSTITUTES
* RECIPIENT'S ACCEPTANCE OF THE OSMC PUBLIC LICENSE OR THE GPL VERSION 3,
* ACCORDING TO RECIPIENTS CHOICE.
*
* The OpenModelica software and the Open Source Modelica
* Consortium (OSMC) Public License (OSMC-PL) are obtained
* from OSMC, either from the above address,
* from the URLs: http://www.ida.liu.se/projects/OpenModelica or
* http://www.openmodelica.org, and in the OpenModelica distribution.
* GNU version 3 is obtained from: http://www.gnu.org/copyleft/gpl.html.
*
* 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.
*
*/
encapsulated package DAEDump
" file: DAEDump.mo
package: DAEDump
description: DAEDump output
This module implements functions to print the DAE AST."
// public imports
public import DAE;
public import Graphviz;
public import IOStream;
public import SCode;
// protected imports
protected import ComponentReference;
protected import Config;
protected import DAEUtil;
protected import ElementSource;
protected import Error;
protected import Print;
protected import Util;
protected import Expression;
protected import ExpressionDump;
protected import Absyn;
protected import AbsynUtil;
protected import Dump;
protected import ValuesUtil;
protected import Values;
protected import Types;
protected import ClassInf;
protected import SCodeDump;
import SCodeUtil;
protected import List;
protected import Flags;
protected import DAEDumpTpl;
protected import Tpl;
protected import System;
public uniontype splitElements
record SPLIT_ELEMENTS
list<DAE.Element> v;
list<DAE.Element> ie;
list<DAE.Element> ia;
list<DAE.Element> e;
list<DAE.Element> a;
list<DAE.Element> co;
list<DAE.Element> o;
list<DAE.Element> ca;
list<compWithSplitElements> sm;
end SPLIT_ELEMENTS;
end splitElements;
public uniontype compWithSplitElements
record COMP_WITH_SPLIT
String name;
splitElements spltElems;
Option<SCode.Comment> comment;
end COMP_WITH_SPLIT;
end compWithSplitElements;
public uniontype functionList
record FUNCTION_LIST
list<DAE.Function> funcs;
end FUNCTION_LIST;
end functionList;
public function dump "This function prints the DAE in the standard output format to the Print buffer.
For printing to the stdout use print(dumpStr(dae)) instead."
input DAE.DAElist dae;
input DAE.FunctionTree functionTree;
algorithm
_ := match (dae,functionTree)
local
list<DAE.Element> daelist;
case (DAE.DAE(daelist),_)
equation
List.map_0(sortFunctions(DAEUtil.getFunctionList(functionTree)),dumpFunction);
List.map_0(daelist, dumpExtObjectClass);
List.map_0(daelist, dumpCompElement);
then
();
end match;
end dump;
public function dumpFunctionNamesStr "return all function names in a string (comma separated)"
input DAE.FunctionTree funcs;
output String str;
algorithm
str := stringDelimitList(List.map(sortFunctions(DAEUtil.getFunctionList(funcs)),functionNameStr),",");
end dumpFunctionNamesStr;
public function functionNameStr
"return the name of a function, if element is not function return empty string"
input DAE.Function inElement;
output String res;
algorithm
res := matchcontinue (inElement)
local
Absyn.Path fpath;
case DAE.FUNCTION(path = fpath)
equation
res = AbsynUtil.pathStringNoQual(fpath);
then res;
case DAE.RECORD_CONSTRUCTOR(path = fpath)
equation
res = AbsynUtil.pathStringNoQual(fpath);
then res;
else "";
end matchcontinue;
end functionNameStr;
protected function sortFunctions "sorts the functions and record constructors in alphabetical order"
input list<DAE.Function> funcs;
output list<DAE.Function> sortedFuncs;
algorithm
sortedFuncs := List.sort(funcs,funcGreaterThan);
end sortFunctions;
protected function funcGreaterThan "sorting function for two DAE.Element that are functions or record constuctors"
input DAE.Function func1;
input DAE.Function func2;
output Boolean res;
algorithm
res := matchcontinue(func1,func2)
case(_,_) equation
res = stringCompare(functionNameStr(func1),functionNameStr(func2)) > 0;
then res;
else true;
end matchcontinue;
end funcGreaterThan;
public function dumpOperatorString "
Author bz printOperator
Dump operator to a string."
input DAE.Operator op;
output String str;
algorithm
str := match(op)
local
Absyn.Path p;
DAE.Type ty;
case(DAE.ADD()) then " ADD ";
case(DAE.SUB()) then " SUB ";
case(DAE.MUL()) then " MUL ";
case(DAE.DIV()) then " DIV ";
case(DAE.POW()) then " POW ";
case(DAE.UMINUS()) then " UMINUS ";
case(DAE.UMINUS_ARR()) then " UMINUS_ARR ";
case(DAE.ADD_ARR()) then " ADD_ARR ";
case(DAE.SUB_ARR()) then " SUB_ARR ";
case(DAE.MUL_ARR()) then " MUL_ARR ";
case(DAE.DIV_ARR()) then " DIV_ARR ";
case(DAE.MUL_ARRAY_SCALAR()) then " MUL_ARRAY_SCALAR ";
case(DAE.ADD_ARRAY_SCALAR()) then " ADD_ARRAY_SCALAR ";
case(DAE.SUB_SCALAR_ARRAY()) then " SUB_SCALAR_ARRAY ";
case(DAE.MUL_SCALAR_PRODUCT()) then " MUL_SCALAR_PRODUCT ";
case(DAE.MUL_MATRIX_PRODUCT()) then " MUL_MATRIX_PRODUCT ";
case(DAE.DIV_ARRAY_SCALAR()) then " DIV_ARRAY_SCALAR ";
case(DAE.DIV_SCALAR_ARRAY()) then " DIV_SCALAR_ARRAY ";
case(DAE.POW_ARRAY_SCALAR()) then " POW_ARRAY_SCALAR ";
case(DAE.POW_SCALAR_ARRAY()) then " POW_SCALAR_ARRAY ";
case(DAE.POW_ARR()) then " POW_ARR ";
case(DAE.POW_ARR2()) then " POW_ARR2 ";
case(DAE.OR(_)) then " OR ";
case(DAE.AND(_)) then " AND ";
case(DAE.NOT(_)) then " NOT ";
case(DAE.LESSEQ()) then " LESSEQ ";
case(DAE.GREATER()) then " GREATER ";
case(DAE.GREATEREQ()) then " GREATEREQ ";
case(DAE.LESS()) then " LESS ";
case(DAE.EQUAL()) then " EQUAL ";
case(DAE.NEQUAL()) then " NEQUAL ";
case(DAE.USERDEFINED(p)) then " Userdefined:" + AbsynUtil.pathString(p) + " ";
else " --UNDEFINED-- ";
end match;
end dumpOperatorString;
public function dumpOperatorSymbol "
Author bz printOperator
Dump operator to a string."
input DAE.Operator op;
output String str;
algorithm
str := match(op)
local
Absyn.Path p;
case(DAE.ADD(_)) then " + ";
case(DAE.SUB(_)) then " - ";
case(DAE.MUL(_)) then " .* ";
case(DAE.DIV(_)) then " / ";
case(DAE.POW(_)) then " ^ ";
case(DAE.UMINUS(_)) then " - ";
case(DAE.UMINUS_ARR(_)) then " - ";
case(DAE.ADD_ARR(_)) then " + ";
case(DAE.SUB_ARR(_)) then " - ";
case(DAE.MUL_ARR(_)) then " .* ";
case(DAE.DIV_ARR(_)) then " ./ ";
case(DAE.MUL_ARRAY_SCALAR(_)) then " * ";
case(DAE.ADD_ARRAY_SCALAR(_)) then " .+ ";
case(DAE.SUB_SCALAR_ARRAY(_)) then " .- ";
case(DAE.MUL_SCALAR_PRODUCT(_)) then " * ";
case(DAE.MUL_MATRIX_PRODUCT(_)) then " * ";
case(DAE.DIV_ARRAY_SCALAR(_)) then " / ";
case(DAE.DIV_SCALAR_ARRAY(_)) then " ./ ";
case(DAE.POW_ARRAY_SCALAR(_)) then " .^ ";
case(DAE.POW_SCALAR_ARRAY(_)) then " .^ ";
case(DAE.POW_ARR(_)) then " ^ ";
case(DAE.POW_ARR2(_)) then " .^ ";
case(DAE.OR(_)) then " or ";
case(DAE.AND(_)) then " and ";
case(DAE.NOT(_)) then " not ";
case(DAE.LESSEQ(_)) then " <= ";
case(DAE.GREATER(_)) then " > ";
case(DAE.GREATEREQ(_)) then " >= ";
case(DAE.LESS(_)) then " < ";
case(DAE.EQUAL(_)) then " == ";
case(DAE.NEQUAL(_)) then " <> ";
case(DAE.USERDEFINED(p)) then " Userdefined:" + AbsynUtil.pathString(p) + " ";
else " --UNDEFINED-- ";
end match;
end dumpOperatorSymbol;
protected function dumpStartValue "Dumps the StartValue for a variable."
input DAE.StartValue inStartValue;
algorithm
_ := matchcontinue (inStartValue)
local
DAE.Exp e;
case (SOME(e))
equation
Print.printBuf("(start=");
ExpressionDump.printExp(e);
Print.printBuf(")");
then
();
else ();
end matchcontinue;
end dumpStartValue;
public function dumpStartValueStr "Dumps the start value for a variable to a string."
input DAE.StartValue inStartValue;
output String outString;
algorithm
outString := matchcontinue (inStartValue)
local
String s,res;
DAE.Exp e;
case (SOME(e))
equation
s = ExpressionDump.printExpStr(e);
res = stringAppendList({"(start=",s,")"});
then
res;
else "";
end matchcontinue;
end dumpStartValueStr;
public function dumpExtDeclStr "Dumps the external declaration to a string."
input DAE.ExternalDecl inExternalDecl;
output String outString;
algorithm
outString := match (inExternalDecl)
local
String extargsstr,rettystr,str,id,lang;
list<DAE.ExtArg> extargs;
DAE.ExtArg retty;
case DAE.EXTERNALDECL(name = id,args = extargs,returnArg = retty,language = lang)
equation
extargsstr = Dump.getStringList(extargs, dumpExtArgStr, ", ");
rettystr = dumpExtArgStr(retty);
rettystr = if stringEq(rettystr, "") then rettystr else (rettystr + " = ");
str = stringAppendList({"external \"", lang, "\" ", rettystr, id,"(",extargsstr,");"});
then
str;
end match;
end dumpExtDeclStr;
public function dumpExtArgStr "Helper function to dumpExtDeclStr"
input DAE.ExtArg inExtArg;
output String outString;
algorithm
outString := match (inExtArg)
local
String crstr,str,dimstr;
DAE.ComponentRef cr;
SCode.ConnectorType ct;
SCode.Variability var;
Absyn.Direction dir;
DAE.Type ty;
DAE.Exp exp,dim;
DAE.Attributes attr;
case DAE.NOEXTARG() then "";
case DAE.EXTARG(componentRef = cr)
equation
crstr = ComponentReference.printComponentRefStr(cr);
then
crstr;
case DAE.EXTARGEXP(exp = exp)
equation
crstr = ExpressionDump.printExpStr(exp);
then
crstr;
case DAE.EXTARGSIZE(componentRef = cr,exp = dim)
equation
crstr = ComponentReference.printComponentRefStr(cr);
dimstr = ExpressionDump.printExpStr(dim);
str = stringAppendList({"size(",crstr,", ",dimstr,")"});
then
str;
end match;
end dumpExtArgStr;
protected function dumpCompElement "Dumps Component elements."
input DAE.Element inElement;
algorithm
_ := matchcontinue (inElement)
local
String n;
list<DAE.Element> l;
Option<SCode.Comment> c;
case DAE.COMP(ident = n,dAElist = l, comment = c)
equation
Print.printBuf("class ");
Print.printBuf(n);
dumpCommentOption(c);
Print.printBuf("\n");
dumpElements(l);
Print.printBuf("end ");
Print.printBuf(n);
Print.printBuf(";\n");
then
();
else (); /* LS: for non-COMPS, which are only FUNCTIONS at the moment */
end matchcontinue;
end dumpCompElement;
public function dumpElements "Dump elements."
input list<DAE.Element> l;
algorithm
dumpVars(l, false);
List.map_0(l, dumpExtObjectClass);
Print.printBuf("initial equation\n");
List.map_0(l, dumpInitialEquation);
Print.printBuf("equation\n");
List.map_0(l, dumpEquation);
List.map_0(l, dumpInitialAlgorithm);
List.map_0(l, dumpAlgorithm);
List.map_0(l, dumpCompElement);
end dumpElements;
public function dumpFunctionElements "Dump function elements."
input list<DAE.Element> l;
algorithm
dumpVars(l, true);
List.map_0(l, dumpAlgorithm);
end dumpFunctionElements;
protected function dumpVars "Dump variables to Print buffer."
input list<DAE.Element> lst;
input Boolean printTypeDimension "use true here when printing components in functions as these are not vectorized! Otherwise, use false";
protected
String str;
IOStream.IOStream myStream;
algorithm
myStream := IOStream.create("", IOStream.LIST());
myStream := dumpVarsStream(lst, printTypeDimension, myStream);
str := IOStream.string(myStream);
Print.printBuf(str);
end dumpVars;
protected function dumpKind "Dump VarKind."
input DAE.VarKind inVarKind;
algorithm
_ := match (inVarKind)
case DAE.CONST()
equation
Print.printBuf(" constant ");
then
();
case DAE.PARAM()
equation
Print.printBuf(" parameter ");
then
();
case DAE.DISCRETE()
equation
Print.printBuf(" discrete ");
then
();
case DAE.VARIABLE()
equation
Print.printBuf(" ");
then
();
end match;
end dumpKind;
public function dumpKindStr "Dump VarKind to a string."
input DAE.VarKind inVarKind;
output String outString;
algorithm
outString := match (inVarKind)
case DAE.CONST() then "constant ";
case DAE.PARAM() then "parameter ";
case DAE.DISCRETE() then "discrete ";
case DAE.VARIABLE() then "";
end match;
end dumpKindStr;
protected function dumpDirection "Dump VarDirection."
input DAE.VarDirection inVarDirection;
algorithm
_ := match (inVarDirection)
case DAE.INPUT()
equation
Print.printBuf(" input ");
then
();
case DAE.OUTPUT()
equation
Print.printBuf(" output ");
then
();
case DAE.BIDIR()
equation
Print.printBuf(" ");
then
();
end match;
end dumpDirection;
protected function dumpParallelism "Dump VarParallelism."
input DAE.VarParallelism inVarParallelism;
algorithm
_ := match (inVarParallelism)
case DAE.NON_PARALLEL()
equation
Print.printBuf(" ");
then
();
case DAE.PARGLOBAL()
equation
Print.printBuf(" parglobal ");
then
();
case DAE.PARLOCAL()
equation
Print.printBuf(" parlocal ");
then
();
end match;
end dumpParallelism;
public function dumpDirectionStr "Dump VarDirection to a string"
input DAE.VarDirection inVarDirection;
output String outString;
algorithm
outString := match (inVarDirection)
case DAE.INPUT() then "input ";
case DAE.OUTPUT() then "output ";
case DAE.BIDIR() then "";
end match;
end dumpDirectionStr;
protected function dumpStateSelectStr "Dump StateSelect to a string."
input DAE.StateSelect inStateSelect;
output String outString;
algorithm
outString := match (inStateSelect)
case DAE.NEVER() then "StateSelect.never";
case DAE.AVOID() then "StateSelect.avoid";
case DAE.PREFER() then "StateSelect.prefer";
case DAE.ALWAYS() then "StateSelect.always";
case DAE.DEFAULT() then "StateSelect.default";
end match;
end dumpStateSelectStr;
protected function dumpUncertaintyStr
"
Author: Daniel Hedberg 2011-01
Dump Uncertainty to a string.
"
input DAE.Uncertainty uncertainty;
output String out;
algorithm
out := match (uncertainty)
case DAE.GIVEN() then "Uncertainty.given";
case DAE.SOUGHT() then "Uncertainty.sought";
case DAE.REFINE() then "Uncertainty.refine";
case DAE.PROPAGATE() then "Uncertainty.propagate";
end match;
end dumpUncertaintyStr;
protected function dumpDistributionStr
"
Author: Peter Aronsson 2012
Dump Distribution to a string.
"
input DAE.Distribution distribution;
output String out;
algorithm
out := match (distribution)
local
DAE.Exp name;
DAE.Exp params;
DAE.Exp paramNames;
String name_str,params_str, paramNames_str;
case DAE.DISTRIBUTION(name = name, params = params,paramNames=paramNames) equation
name_str = ExpressionDump.printExpStr(name);
params_str = ExpressionDump.printExpStr(params);
paramNames_str = ExpressionDump.printExpStr(paramNames);
then
"Distribution(name = " + name_str + ", params = " + params_str + ", paramNames= " + paramNames_str + ")";
end match;
end dumpDistributionStr;
public function dumpVariableAttributes "Dump VariableAttributes option."
input Option<DAE.VariableAttributes> attr;
protected
String res;
algorithm
res := dumpVariableAttributesStr(attr);
Print.printBuf(res);
end dumpVariableAttributes;
public function dumpVariableAttributesStr "Dump VariableAttributes option to a string."
input Option<DAE.VariableAttributes> inVariableAttributesOption;
output String outString;
algorithm
outString := matchcontinue (inVariableAttributesOption)
local
String quantity,unit_str,displayUnit_str,stateSel_str,min_str,max_str,nominal_str,initial_str,fixed_str,uncertainty_str,dist_str,res_1,res1,res,startOriginStr;
Option<DAE.Exp> quant,unit,displayUnit,min,max,initialExp,nominal,fixed,startOrigin;
Option<DAE.StateSelect> stateSel;
Option<DAE.Uncertainty> uncertainty;
Option<DAE.Distribution> dist;
case (SOME(DAE.VAR_ATTR_REAL(quant,unit,displayUnit,min,max,initialExp,fixed,nominal,stateSel,uncertainty,dist,_,_,_,startOrigin)))
equation
quantity = Dump.getOptionWithConcatStr(quant, ExpressionDump.printExpStr, "quantity = ");
unit_str = Dump.getOptionWithConcatStr(unit, ExpressionDump.printExpStr, "unit = ");
displayUnit_str = Dump.getOptionWithConcatStr(displayUnit, ExpressionDump.printExpStr, "displayUnit = ");
stateSel_str = Dump.getOptionWithConcatStr(stateSel, dumpStateSelectStr , "stateSelect = ");
min_str = Dump.getOptionWithConcatStr(min, ExpressionDump.printExpStr, "min = ");
max_str = Dump.getOptionWithConcatStr(max, ExpressionDump.printExpStr, "max = ");
nominal_str = Dump.getOptionWithConcatStr(nominal, ExpressionDump.printExpStr, "nominal = ");
initial_str = Dump.getOptionWithConcatStr(initialExp, ExpressionDump.printExpStr, "start = ");
fixed_str = Dump.getOptionWithConcatStr(fixed, ExpressionDump.printExpStr, "fixed = ");
uncertainty_str = Dump.getOptionWithConcatStr(uncertainty, dumpUncertaintyStr, "uncertainty = ");
dist_str = Dump.getOptionWithConcatStr(dist, dumpDistributionStr , "distribution = ");
startOriginStr = getStartOrigin(startOrigin);
res_1 = Util.stringDelimitListNonEmptyElts(
{quantity,unit_str,displayUnit_str,min_str,max_str,
initial_str,fixed_str,nominal_str,stateSel_str,uncertainty_str,dist_str,startOriginStr}, ", ");
res = if stringEmpty(res_1) then "" else stringAppendList({"(",res_1,")"});
then
res;
case (SOME(DAE.VAR_ATTR_INT(quant,min,max,initialExp,fixed,uncertainty,dist,_,_,_,startOrigin)))
equation
quantity = Dump.getOptionWithConcatStr(quant, ExpressionDump.printExpStr, "quantity = ");
min_str = Dump.getOptionWithConcatStr(min, ExpressionDump.printExpStr, "min = ");
max_str = Dump.getOptionWithConcatStr(max, ExpressionDump.printExpStr, "max = ");
initial_str = Dump.getOptionWithConcatStr(initialExp, ExpressionDump.printExpStr, "start = ");
fixed_str = Dump.getOptionWithConcatStr(fixed, ExpressionDump.printExpStr, "fixed = ");
uncertainty_str = Dump.getOptionWithConcatStr(uncertainty, dumpUncertaintyStr, "uncertainty = ");
dist_str = Dump.getOptionWithConcatStr(dist, dumpDistributionStr , "distribution = ");
startOriginStr = getStartOrigin(startOrigin);
res_1 = Util.stringDelimitListNonEmptyElts({quantity,min_str,max_str,initial_str,fixed_str,uncertainty_str,dist_str,startOriginStr}, ", ");
res = if stringEmpty(res_1) then "" else stringAppendList({"(",res_1,")"});
then
res;
case (SOME(DAE.VAR_ATTR_BOOL(quant,initialExp,fixed,_,_,_,startOrigin)))
equation
quantity = Dump.getOptionWithConcatStr(quant, ExpressionDump.printExpStr, "quantity = ");
initial_str = Dump.getOptionWithConcatStr(initialExp, ExpressionDump.printExpStr, "start = ");
fixed_str = Dump.getOptionWithConcatStr(fixed, ExpressionDump.printExpStr, "fixed = ");
startOriginStr = getStartOrigin(startOrigin);
res_1 = Util.stringDelimitListNonEmptyElts({quantity,initial_str,fixed_str,startOriginStr}, ", ");
res = if stringEmpty(res_1) then "" else stringAppendList({"(",res_1,")"});
then
res;
case (SOME(DAE.VAR_ATTR_STRING(quant,initialExp,fixed,_,_,_,startOrigin)))
equation
quantity = Dump.getOptionWithConcatStr(quant, ExpressionDump.printExpStr, "quantity = ");
initial_str = Dump.getOptionWithConcatStr(initialExp, ExpressionDump.printExpStr, "start = ");
fixed_str = Dump.getOptionWithConcatStr(fixed, ExpressionDump.printExpStr, "fixed = ");
startOriginStr = getStartOrigin(startOrigin);
res_1 = Util.stringDelimitListNonEmptyElts({quantity,initial_str,fixed_str,startOriginStr}, ", ");
res = if stringEmpty(res_1) then "" else stringAppendList({"(",res_1,")"});
then
res;
case (SOME(DAE.VAR_ATTR_ENUMERATION(quant,min,max,initialExp,fixed,_,_,_,startOrigin)))
equation
quantity = Dump.getOptionWithConcatStr(quant, ExpressionDump.printExpStr, "quantity = ");
min_str = Dump.getOptionWithConcatStr(min, ExpressionDump.printExpStr, "min = ");
max_str = Dump.getOptionWithConcatStr(max, ExpressionDump.printExpStr, "max = ");
initial_str = Dump.getOptionWithConcatStr(initialExp, ExpressionDump.printExpStr, "start = ");
fixed_str = Dump.getOptionWithConcatStr(fixed, ExpressionDump.printExpStr, "fixed = ");
startOriginStr = getStartOrigin(startOrigin);
res_1 = Util.stringDelimitListNonEmptyElts({quantity,min_str,max_str,initial_str,fixed_str,startOriginStr}, ", ");
res = if stringEmpty(res_1) then "" else stringAppendList({"(",res_1,")"});
then
res;
case (NONE()) then "";
else "(unknown VariableAttributes)";
end matchcontinue;
end dumpVariableAttributesStr;
protected function getStartOrigin
input Option<DAE.Exp> inStartOrigin;
output String outStartOrigin;
algorithm
outStartOrigin := match(inStartOrigin)
local
String str;
case (NONE()) then "";
case (_)
equation
if (Flags.isSet(Flags.SHOW_START_ORIGIN))
then
str = Dump.getOptionWithConcatStr(inStartOrigin, ExpressionDump.printExpStr , "startOrigin = ");
else
str = "";
end if;
then
str;
end match;
end getStartOrigin;
protected function dumpVarVisibilityStr "Prints 'protected' to a string for protected variables"
input DAE.VarVisibility prot;
output String str;
algorithm
str := match(prot)
case DAE.PUBLIC() then "";
case DAE.PROTECTED() then "protected ";
end match;
end dumpVarVisibilityStr;
public function dumpVarParallelismStr "Dump VarParallelism to a string"
input DAE.VarParallelism inVarParallelism;
output String outString;
algorithm
outString := match (inVarParallelism)
case DAE.NON_PARALLEL() then "";
case DAE.PARGLOBAL() then "parglobal ";
case DAE.PARLOCAL() then "parlocal ";
end match;
end dumpVarParallelismStr;
protected function dumpCommentStr
"Dumps a comment to a string."
input Option<SCode.Comment> inComment;
output String outString;
algorithm
outString := match(inComment)
local
String cmt;
case SOME(SCode.COMMENT(comment = SOME(cmt)))
equation
cmt = System.escapedString(cmt,false);
then stringAppendList({" \"", cmt, "\""});
else "";
end match;
end dumpCommentStr;
protected function dumpClassAnnotationStr
input Option<SCode.Comment> inComment;
output String outString;
algorithm
outString := dumpAnnotationStr(inComment, " ", ";\n");
end dumpClassAnnotationStr;
protected function dumpCompAnnotationStr
input Option<SCode.Comment> inComment;
output String outString;
algorithm
outString := dumpAnnotationStr(inComment, " ", "");
end dumpCompAnnotationStr;
protected function dumpAnnotationStr
input Option<SCode.Comment> inComment;
input String inPrefix;
input String inSuffix;
output String outString;
algorithm
outString := matchcontinue(inComment, inPrefix, inSuffix)
local
String ann;
SCode.Mod ann_mod;
case (SOME(SCode.COMMENT(annotation_ = SOME(SCode.ANNOTATION(ann_mod)))), _, _)
algorithm
if Config.showAnnotations() then
ann := inPrefix + "annotation" + SCodeDump.printModStr(ann_mod, SCodeDump.defaultOptions) + inSuffix;
elseif Config.showStructuralAnnotations() then
ann_mod := filterStructuralMods(ann_mod);
if not SCodeUtil.isEmptyMod(ann_mod) then
ann := inPrefix + "annotation" + SCodeDump.printModStr(ann_mod, SCodeDump.defaultOptions) + inSuffix;
else
ann := "";
end if;
else
ann := "";
end if;
then
ann;
else "";
end matchcontinue;
end dumpAnnotationStr;
public function filterStructuralMods
input output SCode.Mod mod;
algorithm
mod := SCodeUtil.filterSubMods(mod, filterStructuralMod);
end filterStructuralMods;
public function filterStructuralMod
input SCode.SubMod mod;
output Boolean keep;
algorithm
keep := match mod.ident
case "Evaluate" then true;
case "Inline" then true;
case "LateInline" then true;
case "derivative" then true;
case "inverse" then true;
case "smoothOrder" then true;
case "InlineAfterIndexReduction" then true;
case "GenerateEvents" then true;
else false;
end match;
end filterStructuralMod;
public function dumpCommentAnnotationStr
input Option<SCode.Comment> inComment;
output String outString;
algorithm
outString := match(inComment)
case NONE() then "";
else dumpCommentStr(inComment) + dumpCompAnnotationStr(inComment);
end match;
end dumpCommentAnnotationStr;
protected function dumpCommentOption "Dump Comment option."
input Option<SCode.Comment> comment;
protected
String str;
algorithm
str := dumpCommentAnnotationStr(comment);
Print.printBuf(str);
end dumpCommentOption;
protected function dumpEquation "Dump equation."
input DAE.Element inElement;
algorithm
_ := matchcontinue (inElement)
local
DAE.Exp e1,e2,e;
DAE.ComponentRef c,cr1,cr2;
Absyn.Path functionName;
list<DAE.Exp> functionArgs;
DAE.ElementSource src;
String sourceStr;
case (DAE.EQUATION(exp = e1, scalar = e2, source = src))
equation
Print.printBuf(" ");
ExpressionDump.printExp(e1);
Print.printBuf(" = ");
ExpressionDump.printExp(e2);
sourceStr = getSourceInformationStr(src);
Print.printBuf(sourceStr);
Print.printBuf(";\n");
then
();
case (DAE.EQUEQUATION(cr1=cr1, cr2=cr2, source = src))
equation
Print.printBuf(" ");
ComponentReference.printComponentRef(cr1);
Print.printBuf(" = ");
ComponentReference.printComponentRef(cr2);
sourceStr = getSourceInformationStr(src);
Print.printBuf(sourceStr);
Print.printBuf(";\n");
then
();
case (DAE.ARRAY_EQUATION(exp = e1, array= e2, source = src))
equation
Print.printBuf(" ");
ExpressionDump.printExp(e1);
Print.printBuf(" = ");
ExpressionDump.printExp(e2);
sourceStr = getSourceInformationStr(src);
Print.printBuf(sourceStr);
Print.printBuf(";\n");
then
();
case (DAE.COMPLEX_EQUATION(lhs = e1, rhs= e2, source = src))
equation
Print.printBuf(" ");
ExpressionDump.printExp(e1);
Print.printBuf(" = ");
ExpressionDump.printExp(e2);
sourceStr = getSourceInformationStr(src);
Print.printBuf(sourceStr);
Print.printBuf(";\n");
then
();
case (DAE.DEFINE(componentRef = c, exp = e, source = src))
equation
Print.printBuf(" ");
ComponentReference.printComponentRef(c);
Print.printBuf(" ::= ");
ExpressionDump.printExp(e);
sourceStr = getSourceInformationStr(src);
Print.printBuf(sourceStr);
Print.printBuf(";\n");
then
();
case (DAE.ASSERT(condition=e1, message=e2, source = src))
equation
Print.printBuf("assert(");
ExpressionDump.printExp(e1);
Print.printBuf(",");
ExpressionDump.printExp(e2);
Print.printBuf(") ");
sourceStr = getSourceInformationStr(src);
Print.printBuf(sourceStr);
Print.printBuf(";\n");
then
();
case (DAE.NORETCALL(exp = e1, source = src))
equation
ExpressionDump.printExp(e1);
sourceStr = getSourceInformationStr(src);
Print.printBuf(sourceStr);
Print.printBuf(";\n");
then
();
case _
equation
Print.printBuf("/* FIXME: UNHANDLED_EQUATION in DAEDump.dumpEquation */;\n");
then
();
end matchcontinue;
end dumpEquation;
protected function dumpInitialEquation "Dump initial equation."
input DAE.Element inElement;
algorithm
_ := matchcontinue (inElement)
local
DAE.Exp e1,e2,e;
DAE.ComponentRef c;
list<DAE.Element> xs1,xs2;
list<list<DAE.Element>> trueBranches;
list<DAE.Exp> conds;
String s,s1,s2,sourceStr;
IOStream.IOStream str;
DAE.ElementSource src;
list<SCode.Comment> cmt;
case (DAE.INITIALEQUATION(exp1 = e1,exp2 = e2))
equation
Print.printBuf(" ");
ExpressionDump.printExp(e1);
Print.printBuf(" = ");
ExpressionDump.printExp(e2);
Print.printBuf(";\n");
then
();
case (DAE.INITIALDEFINE(componentRef = c,exp = e))
equation
Print.printBuf(" ");
ComponentReference.printComponentRef(c);
Print.printBuf(" ::= ");
ExpressionDump.printExp(e);
Print.printBuf(";\n");
then
();
case (DAE.INITIAL_ARRAY_EQUATION(exp = e1, array = e2))
equation
Print.printBuf(" ");
ExpressionDump.printExp(e1);
Print.printBuf(" = ");
ExpressionDump.printExp(e2);
Print.printBuf(";\n");
then
();
case (DAE.INITIAL_COMPLEX_EQUATION(lhs = e1,rhs = e2))
equation
Print.printBuf(" ");
ExpressionDump.printExp(e1);
Print.printBuf(" = ");
ExpressionDump.printExp(e2);
Print.printBuf(";\n");
then
();
case (DAE.INITIAL_IF_EQUATION(condition1 = (e::conds),equations2 = (xs1::trueBranches),equations3 = xs2))
equation
Print.printBuf(" if ");
ExpressionDump.printExp(e);
Print.printBuf(" then\n");
List.map_0(xs1,dumpInitialEquation);
str = dumpIfEquationsStream(conds, trueBranches, IOStream.emptyStreamOfTypeList);
s = IOStream.string(str);
Print.printBuf(s);
Print.printBuf(" else\n");
List.map_0(xs2,dumpInitialEquation);
Print.printBuf("end if;\n");
then
();
case (DAE.INITIAL_ASSERT(condition=e1,message = e2,source = src))
equation
cmt = ElementSource.getComments(src);
sourceStr = cmtListToString(cmt);
s1 = ExpressionDump.printExpStr(e1);
s2 = ExpressionDump.printExpStr(e2);
s = stringAppendList({" assert(",s1, ",",s2,") ", sourceStr, ";\n"});
Print.printBuf(s);
then
();