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CevalScriptBackend.mo
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CevalScriptBackend.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 CevalScriptBackend
"
This module handles constant propagation of expressions for scripting
functions. This module contains the parts not needed for the
bootstrapping.
"
// public imports
import Absyn;
import AbsynUtil;
import AbsynJLDumpTpl;
import BackendDAE;
import Ceval;
import DAE;
import FCore;
import GlobalScript;
import Interactive;
import InteractiveUtil;
import Values;
import SimCode;
import UnitAbsyn;
// protected imports
protected
import AbsynToJulia;
import AbsynToSCode;
import Autoconf;
import BackendDAECreate;
import BackendDAEOptimize;
import BackendDAEUtil;
import BackendDump;
import BackendEquation;
import BackendVariable;
import Binding;
import BlockCallRewrite;
import CevalScript;
import CheckModel;
import ClassInf;
import ClockIndexes;
import CodegenFMU;
import ComponentReference;
import Config;
import Conversion;
import DAEDump;
import DAEQuery;
import DAEUtil;
import Debug;
import DiffAlgorithm;
import Dump;
import Error;
import ErrorExt;
import ExecStat;
import Expression;
import ExpressionDump;
import FBuiltin;
import FGraph;
import Figaro;
import FindZeroCrossings;
import FInst;
import Flags;
import FlagsUtil;
import FlatModel = NFFlatModel;
import FMI;
import FMIExt;
import FunctionTree = NFFlatten.FunctionTree;
import GCExt;
import Graph;
import InnerOuter;
import Inst;
import LexerModelicaDiff;
import List;
import Lookup;
import NFApi;
import NFConvertDAE;
import NFFlatModel;
import NFFlatten;
import NFInst;
import NFSCodeEnv;
import NFSCodeFlatten;
import NFSCodeLookup;
import Obfuscate;
import PackageManagement;
import Parser;
import Print;
import Refactor;
import RewriteRules;
import SCode;
import SCodeDump;
import SCodeUtil;
import SemanticVersion;
import Settings;
import SimCodeMain;
import SimCodeFunctionUtil;
import SimpleModelicaParser;
import SimulationResults;
import StaticScript;
import StringUtil;
import SymbolicJacobian;
import SymbolTable;
import System;
import TaskGraphResults;
import TotalModelDebug;
import Tpl;
import Types;
import Uncertainties;
import UnitAbsynBuilder;
import UnitParserExt;
import Util;
import ValuesUtil;
import XMLDump;
protected constant DAE.Type simulationResultType_rtest = DAE.T_COMPLEX(ClassInf.RECORD(Absyn.IDENT("SimulationResult")),{
DAE.TYPES_VAR("resultFile",DAE.dummyAttrVar,DAE.T_STRING_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("simulationOptions",DAE.dummyAttrVar,DAE.T_STRING_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("messages",DAE.dummyAttrVar,DAE.T_STRING_DEFAULT,DAE.UNBOUND(),false,NONE())
},NONE(), false);
protected constant DAE.Type simulationResultType_full = DAE.T_COMPLEX(ClassInf.RECORD(Absyn.IDENT("SimulationResult")),{
DAE.TYPES_VAR("resultFile",DAE.dummyAttrVar,DAE.T_STRING_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("simulationOptions",DAE.dummyAttrVar,DAE.T_STRING_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("messages",DAE.dummyAttrVar,DAE.T_STRING_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("timeFrontend",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("timeBackend",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("timeSimCode",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("timeTemplates",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("timeCompile",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("timeSimulation",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("timeTotal",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE())
},NONE(), false);
protected constant DAE.Type simulationResultType_drModelica = DAE.T_COMPLEX(ClassInf.RECORD(Absyn.IDENT("SimulationResult")),{
DAE.TYPES_VAR("messages",DAE.dummyAttrVar,DAE.T_STRING_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("flatteningTime",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE()),
DAE.TYPES_VAR("simulationTime",DAE.dummyAttrVar,DAE.T_REAL_DEFAULT,DAE.UNBOUND(),false,NONE())
},NONE(), false);
//these are in reversed order than above
protected constant list<tuple<String,Values.Value>> zeroAdditionalSimulationResultValues =
{ ("timeTotal", Values.REAL(0.0)),
("timeSimulation", Values.REAL(0.0)),
("timeCompile", Values.REAL(0.0)),
("timeTemplates", Values.REAL(0.0)),
("timeSimCode", Values.REAL(0.0)),
("timeBackend", Values.REAL(0.0)),
("timeFrontend", Values.REAL(0.0))
};
protected constant DAE.Exp defaultStartTime = DAE.RCONST(0.0) "default startTime";
protected constant DAE.Exp defaultStopTime = DAE.RCONST(1.0) "default stopTime";
protected constant DAE.Exp defaultNumberOfIntervals = DAE.ICONST(500) "default numberOfIntervals";
protected constant DAE.Exp defaultStepSize = DAE.RCONST(0.002) "default stepSize";
protected constant DAE.Exp defaultTolerance = DAE.RCONST(1e-6) "default tolerance";
protected constant DAE.Exp defaultMethod = DAE.SCONST("dassl") "default method";
protected constant DAE.Exp defaultFileNamePrefix = DAE.SCONST("") "default fileNamePrefix";
protected constant DAE.Exp defaultOptions = DAE.SCONST("") "default options";
protected constant DAE.Exp defaultOutputFormat = DAE.SCONST("mat") "default outputFormat";
protected constant DAE.Exp defaultVariableFilter = DAE.SCONST(".*") "default variableFilter; does whole string matching, i.e. it becomes ^.*$ in the runtime";
protected constant DAE.Exp defaultCflags = DAE.SCONST("") "default compiler flags";
protected constant DAE.Exp defaultSimflags = DAE.SCONST("") "default simulation flags";
protected constant GlobalScript.SimulationOptions defaultSimulationOptions =
GlobalScript.SIMULATION_OPTIONS(
defaultStartTime,
defaultStopTime,
defaultNumberOfIntervals,
defaultStepSize,
defaultTolerance,
defaultMethod,
defaultFileNamePrefix,
defaultOptions,
defaultOutputFormat,
defaultVariableFilter,
defaultCflags,
defaultSimflags
) "default simulation options";
protected constant list<String> simulationOptionsNames =
{
"startTime",
"stopTime",
"numberOfIntervals",
"tolerance",
"method",
"fileNamePrefix",
"options",
"outputFormat",
"variableFilter",
"cflags",
"simflags"
} "names of simulation options";
public function getSimulationResultType
output DAE.Type t;
algorithm
t := if Testsuite.isRunning() then simulationResultType_rtest else simulationResultType_full;
end getSimulationResultType;
public function getDrModelicaSimulationResultType
output DAE.Type t;
algorithm
t := if Testsuite.isRunning() then simulationResultType_rtest else simulationResultType_drModelica;
end getDrModelicaSimulationResultType;
public function createSimulationResult
input String resultFile;
input String options;
input String message;
input list<tuple<String,Values.Value>> inAddResultValues "additional values in reversed order; expected values see in CevalScript.simulationResultType_full";
output Values.Value res;
protected
list<tuple<String,Values.Value>> resultValues;
list<Values.Value> vals;
list<String> fields;
Boolean isTestType,notest;
algorithm
resultValues := listReverse(inAddResultValues);
//TODO: maybe we should test if the fields are the ones in simulationResultType_full
notest := not Testsuite.isRunning();
fields := if notest then List.map(resultValues, Util.tuple21) else {};
vals := if notest then List.map(resultValues, Util.tuple22) else {};
res := Values.RECORD(Absyn.IDENT("SimulationResult"),
Values.STRING(resultFile)::Values.STRING(options)::Values.STRING(message)::vals,
"resultFile"::"simulationOptions"::"messages"::fields,-1);
end createSimulationResult;
public function createSimulationResultFailure
input String message;
input String options;
output Values.Value res;
protected
list<Values.Value> vals;
list<String> fields;
algorithm
res := createSimulationResult("", options, message, zeroAdditionalSimulationResultValues);
end createSimulationResultFailure;
protected function buildCurrentSimulationResultExp
output DAE.Exp outExp;
protected
DAE.ComponentRef cref;
algorithm
cref := ComponentReference.makeCrefIdent("currentSimulationResult",DAE.T_UNKNOWN_DEFAULT,{});
outExp := Expression.makeCrefExp(cref,DAE.T_UNKNOWN_DEFAULT);
end buildCurrentSimulationResultExp;
protected function cevalCurrentSimulationResultExp
input FCore.Cache inCache;
input FCore.Graph env;
input String inputFilename;
input Absyn.Msg msg;
output FCore.Cache outCache;
output String filename;
algorithm
(outCache,filename) := match (inCache,env,inputFilename,msg)
local FCore.Cache cache;
case (cache,_,"<default>",_)
equation
(cache,Values.STRING(filename)) = Ceval.ceval(cache,env,buildCurrentSimulationResultExp(),true,msg,0);
then (cache,filename);
else (inCache,inputFilename);
end match;
end cevalCurrentSimulationResultExp;
public function convertSimulationOptionsToSimCode "converts SimulationOptions to SimCode.SimulationSettings"
input GlobalScript.SimulationOptions opts;
output SimCode.SimulationSettings settings;
algorithm
settings := match(opts)
local
Real startTime,stopTime,stepSize,tolerance;
Integer nIntervals;
String method,format,varFilter,cflags,options;
case(GlobalScript.SIMULATION_OPTIONS(
DAE.RCONST(startTime),
DAE.RCONST(stopTime),
DAE.ICONST(nIntervals),
DAE.RCONST(stepSize),
DAE.RCONST(tolerance),
DAE.SCONST(method),
_, /* fileNamePrefix*/
_, /* options */
DAE.SCONST(format),
DAE.SCONST(varFilter),
DAE.SCONST(cflags),
_)) equation
options = "";
then SimCode.SIMULATION_SETTINGS(startTime,stopTime,nIntervals,stepSize,tolerance,method,options,format,varFilter,cflags);
end match;
end convertSimulationOptionsToSimCode;
public function buildSimulationOptions
"@author: adrpo
builds a SimulationOptions record from the given input"
input DAE.Exp startTime "start time, default 0.0";
input DAE.Exp stopTime "stop time, default 1.0";
input DAE.Exp numberOfIntervals "number of intervals, default 500";
input DAE.Exp stepSize "stepSize, default (stopTime-startTime)/numberOfIntervals";
input DAE.Exp tolerance "tolerance, default 1e-6";
input DAE.Exp method "method, default 'dassl'";
input DAE.Exp fileNamePrefix "file name prefix, default ''";
input DAE.Exp options "options, default ''";
input DAE.Exp outputFormat "output format, default 'plt'";
input DAE.Exp variableFilter;
input DAE.Exp cflags;
input DAE.Exp simflags;
output GlobalScript.SimulationOptions outSimulationOptions;
algorithm
outSimulationOptions :=
GlobalScript.SIMULATION_OPTIONS(
startTime,
stopTime,
numberOfIntervals,
stepSize,
tolerance,
method,
fileNamePrefix,
options,
outputFormat,
variableFilter,
cflags,
simflags
);
end buildSimulationOptions;
public function getSimulationOption
"@author: adrpo
get the value from simulation option"
input GlobalScript.SimulationOptions inSimOpt;
input String optionName;
output DAE.Exp outOptionValue;
algorithm
outOptionValue := match(inSimOpt, optionName)
local
DAE.Exp e;
String name, msg;
case (GlobalScript.SIMULATION_OPTIONS(startTime = e), "startTime") then e;
case (GlobalScript.SIMULATION_OPTIONS(stopTime = e), "stopTime") then e;
case (GlobalScript.SIMULATION_OPTIONS(numberOfIntervals = e), "numberOfIntervals") then e;
case (GlobalScript.SIMULATION_OPTIONS(stepSize = e), "stepSize") then e;
case (GlobalScript.SIMULATION_OPTIONS(tolerance = e), "tolerance") then e;
case (GlobalScript.SIMULATION_OPTIONS(method = e), "method") then e;
case (GlobalScript.SIMULATION_OPTIONS(fileNamePrefix = e), "fileNamePrefix") then e;
case (GlobalScript.SIMULATION_OPTIONS(options = e), "options") then e;
case (GlobalScript.SIMULATION_OPTIONS(outputFormat = e), "outputFormat") then e;
case (GlobalScript.SIMULATION_OPTIONS(variableFilter = e), "variableFilter") then e;
case (GlobalScript.SIMULATION_OPTIONS(cflags = e), "cflags") then e;
case (GlobalScript.SIMULATION_OPTIONS(simflags = e), "simflags") then e;
case (_, name)
equation
msg = "Unknown simulation option: " + name;
Error.addCompilerWarning(msg);
then
fail();
end match;
end getSimulationOption;
public function buildSimulationOptionsFromModelExperimentAnnotation
"@author: adrpo
retrieve annotation(experiment(....)) values and build a SimulationOptions object to return"
input Absyn.Path inModelPath;
input String inFileNamePrefix;
input Option<GlobalScript.SimulationOptions> defaultOption;
output GlobalScript.SimulationOptions outSimOpt;
algorithm
outSimOpt := matchcontinue (inModelPath, inFileNamePrefix, defaultOption)
local
GlobalScript.SimulationOptions defaults, simOpt;
String experimentAnnotationStr;
list<Absyn.NamedArg> named;
// search inside annotation(experiment(...))
case (_, _, _)
equation
defaults = Util.getOptionOrDefault(defaultOption, setFileNamePrefixInSimulationOptions(defaultSimulationOptions, inFileNamePrefix));
experimentAnnotationStr =
Interactive.getNamedAnnotation(
inModelPath,
SymbolTable.getAbsyn(),
Absyn.IDENT("experiment"),
SOME("{}"),
Interactive.getExperimentAnnotationString);
// parse the string we get back, either {} or {StopTime=5, Tolerance = 0.10};
// jump to next case if the annotation is empty
false = stringEq(experimentAnnotationStr, "{}");
// get rid of '{' and '}'
experimentAnnotationStr = System.stringReplace(experimentAnnotationStr, "{", "");
experimentAnnotationStr = System.stringReplace(experimentAnnotationStr, "}", "");
GlobalScript.ISTMTS({GlobalScript.IEXP(exp = Absyn.CALL(functionArgs = Absyn.FUNCTIONARGS(_, named)))}, _)
= Parser.parsestringexp("experiment(" + experimentAnnotationStr + ");\n", "<experiment>");
simOpt = populateSimulationOptions(defaults, named);
then
simOpt;
// if we fail, just use the defaults
else
equation
defaults = setFileNamePrefixInSimulationOptions(defaultSimulationOptions, inFileNamePrefix);
then defaults;
end matchcontinue;
end buildSimulationOptionsFromModelExperimentAnnotation;
protected function setFileNamePrefixInSimulationOptions
input GlobalScript.SimulationOptions inSimOpt;
input String inFileNamePrefix;
output GlobalScript.SimulationOptions outSimOpt;
protected
DAE.Exp startTime, stopTime, numberOfIntervals, stepSize, tolerance, method, fileNamePrefix, options, outputFormat, variableFilter, cflags, simflags;
Boolean UseOtimica;
algorithm
UseOtimica := Config.acceptOptimicaGrammar() or Flags.getConfigBool(Flags.GENERATE_DYN_OPTIMIZATION_PROBLEM);
GlobalScript.SIMULATION_OPTIONS(startTime, stopTime, numberOfIntervals, stepSize, tolerance, method, _, options, outputFormat, variableFilter, cflags, simflags) := inSimOpt;
if UseOtimica then
method := DAE.SCONST("optimization");
elseif Flags.getConfigBool(Flags.DAE_MODE) then
method := DAE.SCONST("ida");
end if;
numberOfIntervals := if UseOtimica then DAE.ICONST(50) else numberOfIntervals;
outSimOpt := GlobalScript.SIMULATION_OPTIONS(startTime, stopTime, numberOfIntervals, stepSize, tolerance, method, DAE.SCONST(inFileNamePrefix), options, outputFormat, variableFilter, cflags, simflags);
end setFileNamePrefixInSimulationOptions;
protected function getConst
"@author: adrpo
Tranform a literal Absyn.Exp to DAE.Exp with the given DAE.Type"
input Absyn.Exp inAbsynExp;
input DAE.Type inExpType;
output DAE.Exp outExp;
algorithm
outExp := matchcontinue(inAbsynExp, inExpType)
local
Integer i;
Real r;
Absyn.Exp exp;
String str;
case (Absyn.UNARY(Absyn.UMINUS(),exp), _)
equation
DAE.ICONST(i) = getConst(exp, inExpType);
i = intNeg(i);
then
DAE.ICONST(i);
case (Absyn.UNARY(Absyn.UMINUS(),exp), _)
equation
DAE.RCONST(r) = getConst(exp, inExpType);
r = realNeg(r);
then
DAE.RCONST(r);
case (Absyn.INTEGER(i), DAE.T_INTEGER()) then DAE.ICONST(i);
case (Absyn.REAL(str), DAE.T_REAL()) equation r = System.stringReal(str); then DAE.RCONST(r);
case (Absyn.INTEGER(i), DAE.T_REAL()) equation r = intReal(i); then DAE.RCONST(r);
else
equation
str = "CevalScript.getConst: experiment annotation contains unsupported expression: " + Dump.printExpStr(inAbsynExp) + " of type " + Types.unparseType(inExpType) + "\n";
Error.addCompilerError(str);
then
fail();
end matchcontinue;
end getConst;
protected function populateSimulationOptions
input output GlobalScript.SimulationOptions options;
input list<Absyn.NamedArg> args;
protected
String name;
Absyn.Exp value;
Option<DAE.Exp> interval = NONE();
algorithm
for arg in args loop
Absyn.NAMEDARG(argName = name, argValue = value) := arg;
() := match name
case "Tolerance" algorithm options.tolerance := getConst(value, DAE.T_REAL_DEFAULT); then ();
case "StartTime" algorithm options.startTime := getConst(value, DAE.T_REAL_DEFAULT); then ();
case "StopTime" algorithm options.stopTime := getConst(value, DAE.T_REAL_DEFAULT); then ();
case "NumberOfIntervals" algorithm options.numberOfIntervals := getConst(value, DAE.T_INTEGER_DEFAULT); then ();
case "Interval" algorithm interval := SOME(getConst(value, DAE.T_REAL_DEFAULT)); then ();
else
algorithm
if not StringUtil.startsWith(name, "__") then
Error.addCompilerWarning("Ignoring unknown experiment annotation option: " +
name + " = " + Dump.printExpStr(value));
end if;
then
();
end match;
end for;
// Interval needs to be handled last since it depends on the start and stop time.
if isSome(interval) then
options := setSimulationOptionsInterval(options, Expression.toReal(Util.getOption(interval)));
else
/*fix issue 12070, set proper default value of stepSize when Interval annotation is not provided
stepSize = (StopTime-StartTime)/500
*/
options.stepSize := DAE.RCONST((Expression.toReal(options.stopTime) - Expression.toReal(options.startTime)) / 500);
end if;
end populateSimulationOptions;
function setSimulationOptionsInterval
input output GlobalScript.SimulationOptions options;
input Real interval;
protected
Real start_time, stop_time;
algorithm
start_time := Expression.toReal(options.startTime);
stop_time := Expression.toReal(options.stopTime);
options.stepSize := DAE.RCONST(interval);
options.numberOfIntervals := DAE.ICONST(realInt((stop_time - start_time) / interval));
end setSimulationOptionsInterval;
protected function simOptionsAsString
"@author: adrpo
Gets the simulation options as string"
input list<Values.Value> vals;
output String str;
algorithm
str := matchcontinue vals
local
list<String> simOptsValues;
list<Values.Value> lst;
case _::lst
equation
// build a list with the values
simOptsValues = List.map(lst, ValuesUtil.valString);
// trim " from strings!
simOptsValues = List.map2(simOptsValues, System.stringReplace, "\"", "\'");
str = Util.buildMapStr(simulationOptionsNames, simOptsValues, " = ", ", ");
then
str;
// on failure
case (_::lst)
equation
// build a list with the values
simOptsValues = List.map(lst, ValuesUtil.valString);
// trim " from strings!
simOptsValues = List.map2(simOptsValues, System.stringReplace, "\"", "\'");
str = stringDelimitList(simOptsValues, ", ");
then
str;
end matchcontinue;
end simOptionsAsString;
public function cevalInteractiveFunctions3
"defined in the interactive environment."
input FCore.Cache inCache;
input FCore.Graph inEnv;
input String inFunctionName;
input list<Values.Value> inVals;
input Absyn.Msg msg;
output FCore.Cache outCache = inCache;
output Values.Value outValue;
protected
import LexerModelicaDiff.{Token,TokenId,tokenContent,scanString,reportErrors,filterModelicaDiff,modelicaDiffTokenEq,modelicaDiffTokenWhitespace};
import DiffAlgorithm.{Diff,diff,printActual,printDiffTerminalColor,printDiffXml};
algorithm
outValue := matchcontinue (inFunctionName,inVals)
local
String simflags,s1,s2,s3,s4,s5,str,str1,str2,str3,str4,executable,
outputFormat_str,initfilename,pd,executableSuffixedExe,sim_call,result_file,filename_1,filename,
name,errMsg, res,workdir,filenameprefix,compileDir,exeDir, scriptFile,logFile, outputFile,
strlinearizeTime, modeldescriptionfilename, tmpDir, tmpFile, bom, description;
list<Values.Value> vals;
Absyn.Path path,classpath,className;
SCode.Program sp;
FCore.Graph env;
Absyn.Program p,pnew;
Absyn.Class absynClass;
Absyn.Element elem;
Absyn.Exp aexp;
DAE.DAElist dae;
BackendDAE.BackendDAE daelow;
BackendDAE.Variables vars;
BackendDAE.EquationArray eqnarr;
array<list<Integer>> m;
Option<list<tuple<Integer, Integer, BackendDAE.Equation>>> jac;
Values.Value ret_val,simValue,v,v1,v2;
Absyn.ComponentRef cr;
Integer i,i1,n, resI;
Option<Integer> fmiContext, fmiInstance, fmiModelVariablesInstance; /* void* implementation: DO NOT UNBOX THE POINTER AS THAT MIGHT CHANGE IT. Just treat this as an opaque type. */
Integer fmiLogLevel, direction;
list<Integer> is;
list<FMI.TypeDefinitions> fmiTypeDefinitionsList;
list<FMI.ModelVariables> fmiModelVariablesList;
FMI.ExperimentAnnotation fmiExperimentAnnotation;
FMI.Info fmiInfo;
list<String> strs,strs1,strs2,dirs;
Real timeTotal,timeSimulation,linearizeTime,offset,offset1,offset2,scaleFactor,scaleFactor1,scaleFactor2;
Boolean bval, b, b1, b2, b3, b4, b5, showProtected, inputConnectors, outputConnectors, sanityCheckFailed;
Absyn.ComponentRef crefCName;
list<tuple<String,Values.Value>> resultValues;
list<Values.Value> cvars;
list<Absyn.Path> paths;
list<Absyn.Class> classes;
list<Absyn.ElementArg> eltargs;
Absyn.Within within_;
BackendDAE.EqSystem syst;
BackendDAE.Shared shared;
Boolean dumpExtractionSteps;
list<Boolean> blst;
UnitAbsyn.Unit u1,u2;
list<Token> tokens1, tokens2, errorTokens;
list<SimpleModelicaParser.ParseTree> parseTree1, parseTree2;
//list<tuple<Diff, list<Token>>> diffs;
list<tuple<Diff, list<SimpleModelicaParser.ParseTree>>> treeDiffs;
SymbolTable forkedSymbolTable;
SimCode.SimulationSettings simSettings;
case ("runScriptParallel",{Values.ARRAY(valueLst=vals),Values.INTEGER(i),Values.BOOL(true)})
equation
strs = List.map(vals,ValuesUtil.extractValueString);
/* One of the few times we can allow to directly manipulate the symbol table
* Each thread will get a copy of the symbol table and the results will not
* be stored in the parent.
*/
forkedSymbolTable = SymbolTable.get();
blst = System.launchParallelTasks(i, List.map1(strs, Util.makeTuple, forkedSymbolTable), Interactive.evaluateFork);
v = ValuesUtil.makeArray(List.map(blst, ValuesUtil.makeBoolean));
SymbolTable.update(forkedSymbolTable);
then
v;
case ("runScriptParallel",{Values.ARRAY(valueLst=vals),Values.INTEGER(i),Values.BOOL(false)})
equation
strs = List.map(vals,ValuesUtil.extractValueString);
strs = List.map1r(strs, stringAppend, stringAppend(Settings.getInstallationDirectoryPath(),"/bin/omc "));
is = System.systemCallParallel(strs,i);
then
ValuesUtil.makeArray(List.map(List.map1(is,intEq,0), ValuesUtil.makeBoolean));
case ("runScriptParallel",{Values.ARRAY(valueLst=vals),_,_})
then ValuesUtil.makeArray(List.fill(Values.BOOL(false), listLength(vals)));
case ("setClassComment",{Values.CODE(Absyn.C_TYPENAME(path)),Values.STRING(str)})
equation
(p,b) = Interactive.setClassComment(path, str, SymbolTable.getAbsyn());
SymbolTable.setAbsyn(p);
then
Values.BOOL(b);
case ("isShortDefinition", {Values.CODE(Absyn.C_TYPENAME(path))})
equation
b = isShortDefinition(path, SymbolTable.getAbsyn());
then
Values.BOOL(b);
case ("getUsedClassNames",{Values.CODE(Absyn.C_TYPENAME(path))})
equation
sp = SymbolTable.getSCode();
(sp, _) = NFSCodeFlatten.flattenClassInProgram(path, sp);
sp = SCodeUtil.removeBuiltinsFromTopScope(sp);
paths = Interactive.getSCodeClassNamesRecursive(sp);
// paths = bcallret2(sort, List.sort, paths, AbsynUtil.pathGe, paths);
vals = List.map(paths,ValuesUtil.makeCodeTypeName);
then
ValuesUtil.makeArray(vals);
case ("getUsedClassNames",_)
then ValuesUtil.makeArray({});
case ("getClassComment",{Values.CODE(Absyn.C_TYPENAME(path))})
equation
elem = InteractiveUtil.getPathedElementInProgram(path, SymbolTable.getAbsyn());
str = System.unescapedString(getClassElementComment(elem));
then
Values.STRING(str);
case ("getClassComment",{Values.CODE(Absyn.C_TYPENAME(_))})
then
Values.STRING("");
case ("getPackages",{Values.CODE(Absyn.C_TYPENAME(Absyn.IDENT("AllLoadedClasses")))})
equation
paths = Interactive.getTopPackages(SymbolTable.getAbsyn());
vals = List.map(paths,ValuesUtil.makeCodeTypeName);
then
ValuesUtil.makeArray(vals);
case ("getPackages",{Values.CODE(Absyn.C_TYPENAME(path))})
equation
paths = Interactive.getPackagesInPath(path, SymbolTable.getAbsyn());
vals = List.map(paths,ValuesUtil.makeCodeTypeName);
then
ValuesUtil.makeArray(vals);
case ("convertUnits",{Values.STRING(str1),Values.STRING(str2)})
equation
Error.clearMessages() "Clear messages";
UnitParserExt.initSIUnits();
(u1,scaleFactor1,offset1) = UnitAbsynBuilder.str2unitWithScaleFactor(str1,NONE());
(u2,scaleFactor2,offset2) = UnitAbsynBuilder.str2unitWithScaleFactor(str2,NONE());
b = valueEq(u1,u2);
/* How to calculate the final scale factor and offset:
F = C*1.8 + 32
C = (F - 32)/1.8 = F/1.8 - 32/1.8
*/
scaleFactor = realDiv(scaleFactor2, scaleFactor1);
offset = realDiv(realSub(offset2, offset1), scaleFactor1);
then
Values.TUPLE({Values.BOOL(b),Values.REAL(scaleFactor),Values.REAL(offset)});
case ("convertUnits",{Values.STRING(_),Values.STRING(_)})
then Values.TUPLE({Values.BOOL(false),Values.REAL(1.0),Values.REAL(0.0)});
case ("getDerivedUnits",{Values.STRING(str1)})
equation
Error.clearMessages() "Clear messages";
UnitParserExt.initSIUnits();
u1 = UnitAbsynBuilder.str2unit(str1, NONE());
strs = UnitAbsynBuilder.getDerivedUnits(u1, str1);
then
ValuesUtil.makeArray(List.map(strs, ValuesUtil.makeString));
case ("getDerivedUnits",{Values.STRING(_)})
then ValuesUtil.makeArray({});
case ("getClassInformation",{Values.CODE(Absyn.C_TYPENAME(className))})
then getClassInformation(className, SymbolTable.getAbsyn());
case ("getClassInformation",_)
then Values.TUPLE({Values.STRING(""),Values.STRING(""),Values.BOOL(false),Values.BOOL(false),Values.BOOL(false),Values.STRING(""),
Values.BOOL(false),Values.INTEGER(0),Values.INTEGER(0),Values.INTEGER(0),Values.INTEGER(0),Values.ARRAY({},{0}),
Values.BOOL(false),Values.BOOL(false),Values.STRING(""),Values.STRING(""),Values.BOOL(false),Values.STRING("")});
case ("getTransitions",{Values.CODE(Absyn.C_TYPENAME(className))})
equation
cr = AbsynUtil.pathToCref(className);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(className);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then ValuesUtil.makeArray({});
case ("getTransitions",{Values.CODE(Absyn.C_TYPENAME(className))})
then getTransitions(className, SymbolTable.getAbsyn());
case ("getTransitions",_)
then ValuesUtil.makeArray({});
case ("addTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_), Values.STRING(_), Values.STRING(_),
Values.BOOL(_), Values.BOOL(_), Values.BOOL(_), Values.INTEGER(_), Values.CODE(Absyn.C_EXPRESSION(_))})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("addTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_), Values.STRING(_), Values.STRING(_),
Values.BOOL(_), Values.BOOL(_), Values.BOOL(_), Values.INTEGER(_),
Values.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(eqMod=Absyn.NOMOD())))})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("addTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1), Values.STRING(str2), Values.STRING(str3),
Values.BOOL(b), Values.BOOL(b1), Values.BOOL(b2), Values.INTEGER(i), Values.CODE(Absyn.C_EXPRESSION(aexp))})
equation
(bval, p) = Interactive.addTransition(AbsynUtil.pathToCref(classpath), str1, str2, str3, b, b1, b2, i, Absyn.NAMEDARG("annotate",aexp)::{}, SymbolTable.getAbsyn());
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("addTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1), Values.STRING(str2), Values.STRING(str3),
Values.BOOL(b), Values.BOOL(b1), Values.BOOL(b2), Values.INTEGER(i),
Values.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(elementArgLst=eltargs,eqMod=Absyn.NOMOD())))})
equation
(bval, p) = Interactive.addTransitionWithAnnotation(AbsynUtil.pathToCref(classpath), str1, str2, str3, b, b1, b2, i, Absyn.ANNOTATION(eltargs), SymbolTable.getAbsyn());
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("addTransition",{_,_,_,_,_,_,_,_,_})
then Values.BOOL(false);
case ("deleteTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_), Values.STRING(_), Values.STRING(_),
Values.BOOL(_), Values.BOOL(_), Values.BOOL(_), Values.INTEGER(_)})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("deleteTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1), Values.STRING(str2), Values.STRING(str3),
Values.BOOL(b), Values.BOOL(b1), Values.BOOL(b2), Values.INTEGER(i)})
equation
(bval, p) = Interactive.deleteTransition(AbsynUtil.pathToCref(classpath), str1, str2, str3, b, b1, b2, i, SymbolTable.getAbsyn());
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("deleteTransition",{_,_,_,_,_,_,_,_})
then
Values.BOOL(false);
case ("updateTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_), Values.STRING(_), Values.STRING(_),
Values.BOOL(_), Values.BOOL(_), Values.BOOL(_), Values.INTEGER(_), Values.STRING(_),
Values.BOOL(_), Values.BOOL(_), Values.BOOL(_), Values.INTEGER(_), Values.CODE(Absyn.C_EXPRESSION(_))})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("updateTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_), Values.STRING(_), Values.STRING(_),
Values.BOOL(_), Values.BOOL(_), Values.BOOL(_), Values.INTEGER(_), Values.STRING(_),
Values.BOOL(_), Values.BOOL(_), Values.BOOL(_), Values.INTEGER(_),
Values.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(eqMod=Absyn.NOMOD())))})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("updateTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1), Values.STRING(str2), Values.STRING(str3),
Values.BOOL(b), Values.BOOL(b1), Values.BOOL(b2), Values.INTEGER(i), Values.STRING(str4),
Values.BOOL(b3), Values.BOOL(b4), Values.BOOL(b5), Values.INTEGER(i1), Values.CODE(Absyn.C_EXPRESSION(aexp))})
equation
(bval, p) = Interactive.deleteTransition(AbsynUtil.pathToCref(classpath), str1, str2, str3, b, b1, b2, i, SymbolTable.getAbsyn());
(bval, p) = Interactive.addTransition(AbsynUtil.pathToCref(classpath), str1, str2, str4, b3, b4, b5, i1, Absyn.NAMEDARG("annotate",aexp)::{}, p);
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("updateTransition",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1), Values.STRING(str2), Values.STRING(str3),
Values.BOOL(b), Values.BOOL(b1), Values.BOOL(b2), Values.INTEGER(i), Values.STRING(str4),
Values.BOOL(b3), Values.BOOL(b4), Values.BOOL(b5), Values.INTEGER(i1),
Values.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(elementArgLst=eltargs,eqMod=Absyn.NOMOD())))})
equation
(bval, p) = Interactive.deleteTransition(AbsynUtil.pathToCref(classpath), str1, str2, str3, b, b1, b2, i, SymbolTable.getAbsyn());
(bval, p) = Interactive.addTransitionWithAnnotation(AbsynUtil.pathToCref(classpath), str1, str2, str4, b3, b4, b5, i1, Absyn.ANNOTATION(eltargs), p);
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("updateTransition",_)
then
Values.BOOL(false);
case ("getInitialStates",{Values.CODE(Absyn.C_TYPENAME(className))})
equation
cr = AbsynUtil.pathToCref(className);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(className);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
ValuesUtil.makeArray({});
case ("getInitialStates",{Values.CODE(Absyn.C_TYPENAME(className))})
then getInitialStates(className, SymbolTable.getAbsyn());
case ("getInitialStates",_)
then ValuesUtil.makeArray({});
case ("addInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_), Values.CODE(Absyn.C_EXPRESSION(_))})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("addInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_),
Values.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(eqMod=Absyn.NOMOD())))})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("addInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1), Values.CODE(Absyn.C_EXPRESSION(aexp))})
equation
(bval, p) = addInitialState(classpath, str1, Absyn.NAMEDARG("annotate",aexp)::{}, SymbolTable.getAbsyn());
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("addInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1),
Values.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(elementArgLst=eltargs,eqMod=Absyn.NOMOD())))})
equation
(bval, p) = addInitialStateWithAnnotation(classpath, str1, Absyn.ANNOTATION(eltargs), SymbolTable.getAbsyn());
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("addInitialState",{_,_,_})
then Values.BOOL(false);
case ("deleteInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_)})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("deleteInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1)})
equation
(bval, p) = deleteInitialState(classpath, str1, SymbolTable.getAbsyn());
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("deleteInitialState",_)
then
Values.BOOL(false);
case ("updateInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_), Values.CODE(Absyn.C_EXPRESSION(_))})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("updateInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(_),
Values.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(eqMod=Absyn.NOMOD())))})
equation
cr = AbsynUtil.pathToCref(classpath);
false = Interactive.existClass(cr, SymbolTable.getAbsyn());
str = AbsynUtil.pathString(classpath);
Error.addMessage(Error.LOOKUP_ERROR, {str,"<TOP>"});
then
Values.BOOL(false);
case ("updateInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1), Values.CODE(Absyn.C_EXPRESSION(aexp))})
equation
(bval, p) = deleteInitialState(classpath, str1, SymbolTable.getAbsyn());
(bval, p) = addInitialState(classpath, str1, Absyn.NAMEDARG("annotate",aexp)::{}, p);
SymbolTable.setAbsyn(p);
then
Values.BOOL(bval);
case ("updateInitialState",{Values.CODE(Absyn.C_TYPENAME(classpath)), Values.STRING(str1),
Values.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(elementArgLst=eltargs,eqMod=Absyn.NOMOD())))})
equation
(bval, p) = deleteInitialState(classpath, str1, SymbolTable.getAbsyn());
(bval, p) = addInitialStateWithAnnotation(classpath, str1, Absyn.ANNOTATION(eltargs), p);
SymbolTable.setAbsyn(p);
then