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Interactive.mo
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Interactive.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 Interactive
" file: Interactive.mo
package: Interactive
description: This module contain functionality for model management,
expression evaluation, etc. in the interactive environment.
$Id: Interactive.mo 25580 2015-04-16 14:04:16Z jansilar $
This module contain functionality for model management, expression evaluation, etc.
in the interactive environment.
The module defines a symboltable used in the interactive environment containing:
- Modelica models (described using Absyn AST)
- GlobalScript.Variable bindings
- Compiled functions (so they do not need to be recompiled)
- Instantiated classes (that can be reused, not impl. yet)
- Modelica models in SCode form (to speed up instantiation. not impl. yet)"
//public imports
import Absyn;
import AbsynUtil;
import ConnectionGraph;
import DAE;
import FCore;
import Global;
import SCode;
import AbsynToSCode;
import Settings;
import Values;
// protected imports
protected
import Ceval;
import CevalScript;
import ClassInf;
import ClockIndexes;
import Config;
import DAE.Connect;
import Constants;
import DAEDump;
import DAEUtil;
import Debug;
import DoubleEnded;
import Dump;
import Error;
import ErrorExt;
import ExpressionDump;
import ExpressionSimplify;
import FBuiltin;
import FGraph;
import Flags;
import FlagsUtil;
import GC;
import GlobalScriptDump;
import InnerOuter;
import Inst;
import InstHashTable;
import InstTypes;
import InstUtil;
import InteractiveUtil.mo;
import List;
import Lookup;
import MetaUtil;
import Mod;
import NFApi;
import Parser;
import Print;
import Refactor;
import SCodeUtil;
import StackOverflow;
import Static;
import StaticScript;
import StringUtil;
import SymbolTable;
import System;
import Testsuite;
import Types;
import UnitAbsyn;
import Util;
import ValuesUtil;
import MetaModelica.Dangerous;
public uniontype AnnotationType
record ICON_ANNOTATION end ICON_ANNOTATION;
record DIAGRAM_ANNOTATION end DIAGRAM_ANNOTATION;
end AnnotationType;
public uniontype GraphicEnvCache
"Used by buildEnvForGraphicProgram to avoid excessive work."
record GRAPHIC_ENV_NO_CACHE
Absyn.Program program;
Absyn.Path modelPath;
end GRAPHIC_ENV_NO_CACHE;
record GRAPHIC_ENV_PARTIAL_CACHE
Absyn.Program program;
Absyn.Path modelPath;
FCore.Cache cache;
FCore.Graph env;
end GRAPHIC_ENV_PARTIAL_CACHE;
record GRAPHIC_ENV_FULL_CACHE
Absyn.Program program;
Absyn.Path modelPath;
FCore.Cache cache;
FCore.Graph env;
end GRAPHIC_ENV_FULL_CACHE;
end GraphicEnvCache;
public function evaluate
"This function evaluates expressions or statements feed interactively to the compiler.
inputs: (GlobalScript.Statements, bool /* verbose */)
outputs: string:
The resulting string after evaluation. If an error has occurred, this string
will be empty. The error messages can be retrieved by calling print_messages_str()
in Error.mo."
input GlobalScript.Statements inStatements;
input Boolean inBoolean;
output String outString;
algorithm
outString := matchcontinue (inStatements,inBoolean)
local
String res,res_1,res2,res_2;
Boolean echo,semicolon,verbose;
GlobalScript.Statement x;
list<GlobalScript.Statement> xs;
case (GlobalScript.ISTMTS(interactiveStmtLst = {x},semicolon = semicolon),verbose)
equation
showStatement(x, semicolon, true);
res = evaluate2(GlobalScript.ISTMTS({x},verbose));
echo = getEcho();
res_1 = selectResultstr(res, semicolon, verbose, echo);
showStatement(x, semicolon, false);
then res_1;
case (GlobalScript.ISTMTS(interactiveStmtLst = (x :: xs),semicolon = semicolon),verbose)
equation
showStatement(x, semicolon, true);
res = evaluate2(GlobalScript.ISTMTS({x},semicolon));
echo = getEcho();
res_1 = selectResultstr(res, semicolon, verbose, echo);
showStatement(x, semicolon, false);
res2 = evaluate(GlobalScript.ISTMTS(xs,semicolon), verbose);
res_2 = stringAppendList({res_1,res2});
then res_2;
end matchcontinue;
end evaluate;
public function evaluateToStdOut
"This function evaluates expressions or statements feed interactively to the compiler.
The resulting string after evaluation is printed.
If an error has occurred, this string will be empty.
The error messages can be retrieved by calling print_messages_str() in Error.mo."
input GlobalScript.Statements statements;
input Boolean verbose;
protected
GlobalScript.Statement x;
list<GlobalScript.Statement> xs;
Boolean semicolon;
String res;
algorithm
xs := statements.interactiveStmtLst;
semicolon := statements.semicolon;
while not listEmpty(xs) loop
x::xs := xs;
showStatement(x, semicolon, true);
res := evaluate2(GlobalScript.ISTMTS({x},if listEmpty(xs) then verbose else semicolon));
print(selectResultstr(res, semicolon, verbose, getEcho()));
showStatement(x, semicolon, false);
end while;
end evaluateToStdOut;
public function evaluateFork
"As evaluateToStdOut, but takes the inputs as a tuple of mos-script file and symbol table.
As it is supposed to work in a thread without output, it also flushes the error-buffer since that will otherwise be lost to the void."
input tuple<String,SymbolTable> inTpl;
output Boolean b;
algorithm
b := matchcontinue inTpl
local
String mosfile;
GlobalScript.Statements statements;
SymbolTable st;
Absyn.Program ast;
Option<SCode.Program> explodedAst;
case ((mosfile,st))
equation
SymbolTable.reset();
SymbolTable.setAbsyn(st.ast);
SymbolTable.setSCode(st.explodedAst);
setGlobalRoot(Global.instOnlyForcedFunctions, NONE()); // thread-local root that has to be set!
statements = Parser.parseexp(mosfile);
evaluateToStdOut(statements,true);
print(Error.printMessagesStr(false));
then true;
else
equation
print(Error.printMessagesStr(false));
then false;
end matchcontinue;
end evaluateFork;
protected function showStatement
input GlobalScript.Statement s;
input Boolean semicolon;
input Boolean start;
protected
Boolean testsuite;
algorithm
if not Flags.isSet(Flags.SHOW_STATEMENT) then
return;
end if;
testsuite := Testsuite.isRunning();
_ := matchcontinue(start, testsuite)
// running testsuite
case (true, true)
equation
print("Evaluating: " + printIstmtStr(GlobalScript.ISTMTS({s}, semicolon)) + "\n");
System.fflush();
then
();
case (false, true) then ();
// not running testsuite, show more!
case (true, false)
equation
System.realtimeTick(ClockIndexes.RT_CLOCK_SHOW_STATEMENT);
print("Evaluating: > " + printIstmtStr(GlobalScript.ISTMTS({s}, semicolon)) + "\n");
System.fflush();
then
();
case (false, false)
equation
print("Evaluated: < " + realString(System.realtimeTock(ClockIndexes.RT_CLOCK_SHOW_STATEMENT)) + " / " + printIstmtStr(GlobalScript.ISTMTS({s}, semicolon)) + "\n");
System.fflush();
then
();
else ();
end matchcontinue;
end showStatement;
protected function selectResultstr
"Returns result string depending on three boolean variables
- semicolon
- verbose
- echo"
input String inString;
input Boolean inSemicolon "semicolon";
input Boolean inVerbose "verbose";
input Boolean inEcho "echo";
output String outString;
algorithm
outString := match (inString,inSemicolon,inVerbose,inEcho)
local String str;
case (_,_,_,false) then ""; // echo off always empty string
case (str,_,true,_) then str; // .. verbose on always return str
case (_,true,_,_) then ""; // ... semicolon, no resultstr
case (str,false,_,_) then str; // no semicolon
end match;
end selectResultstr;
protected function getEcho
"Return echo variable, which determines
if result should be printed or not."
output Boolean outBoolean;
algorithm
outBoolean := 0 <> Settings.getEcho();
end getEcho;
public function evaluate2
"Helper function to evaluate."
input GlobalScript.Statements inStatements;
output String outString;
protected
GlobalScript.Statement stmt;
String str, str_1;
algorithm
GlobalScript.ISTMTS(interactiveStmtLst = {stmt}) := inStatements;
try /* Stack overflow */
outString := matchcontinue stmt
local
Absyn.AlgorithmItem algitem;
Boolean outres;
Absyn.Exp exp;
Boolean partialInst, gen, evalfunc, keepArrays;
SourceInfo info;
// evaluate graphical API
case GlobalScript.IEXP(exp = Absyn.CALL())
equation
// adrpo: always evaluate the graphicalAPI with these options so instantiation is faster!
partialInst = System.getPartialInstantiation();
System.setPartialInstantiation(true);
gen = FlagsUtil.set(Flags.GEN, false);
evalfunc = FlagsUtil.set(Flags.EVAL_FUNC, false);
keepArrays = Flags.getConfigBool(Flags.KEEP_ARRAYS);
FlagsUtil.setConfigBool(Flags.KEEP_ARRAYS, false);
InstHashTable.init();
str = evaluateGraphicalApi(stmt, partialInst, gen, evalfunc, keepArrays);
str_1 = stringAppend(str, "\n");
then str_1;
// Evaluate algorithm statements in evaluateAlgStmt()
case GlobalScript.IALG(algItem = (algitem as Absyn.ALGORITHMITEM()))
equation
InstHashTable.init();
str = evaluateAlgStmt(algitem);
str_1 = stringAppend(str, "\n");
then str_1;
// Evaluate expressions in evaluate_exprToStr()
case GlobalScript.IEXP(exp = exp, info = info)
equation
InstHashTable.init();
str = evaluateExprToStr(exp, info);
str_1 = stringAppend(str, "\n");
then str_1;
end matchcontinue;
else
str := "";
str_1 := "";
GC.gcollect();
str := StackOverflow.getReadableMessage();
if Testsuite.isRunning() then
/* It's useful to print the name of the component we failed on.
* But we crash in different places, so for the testsuite we skip this.
*/
Error.clearCurrentComponent();
end if;
Error.addMessage(Error.STACK_OVERFLOW_DETAILED, {GlobalScriptDump.printIstmtStr(stmt), str});
Error.clearCurrentComponent();
outString := "\n";
end try annotation(__OpenModelica_stackOverflowCheckpoint=true);
end evaluate2;
protected function evaluateAlgStmt
"This function takes an AlgorithmItem, i.e. a statement located in an
algorithm section, and a symboltable as input arguments. The statements
are recursivly evalutated and a new interactive symbol table is returned."
input Absyn.AlgorithmItem inAlgorithmItem;
output String outString;
algorithm
outString := matchcontinue inAlgorithmItem
local
FCore.Graph env;
DAE.Exp econd,msg_1,sexp,srexp;
DAE.Properties prop,rprop;
Absyn.Exp cond,msg,exp,rexp;
Absyn.Program p;
String str,ident;
DAE.Type t;
Values.Value value;
list<DAE.Type> types;
list<String> idents;
list<Values.Value> values,valList;
list<Absyn.Exp> crefexps;
tuple<Absyn.Exp, list<Absyn.AlgorithmItem>> cond1;
list<tuple<Absyn.Exp, list<Absyn.AlgorithmItem>>> cond2,cond3,elseifexpitemlist;
list<Absyn.AlgorithmItem> algitemlist,elseitemlist;
list<GlobalScript.Variable> vars;
String iter,estr;
list<Absyn.AlgorithmItem> algItemList;
Values.Value startv, stepv, stopv;
Absyn.Exp starte, stepe, stope;
Absyn.ComponentRef cr;
FCore.Cache cache;
SourceInfo info;
Absyn.FunctionArgs fargs;
list<Absyn.Subscript> asubs;
list<DAE.Subscript> dsubs;
list<DAE.ComponentRef> crefs;
case Absyn.ALGORITHMITEM(info=info,
algorithm_ = Absyn.ALG_NORETCALL(functionCall = Absyn.CREF_IDENT(name = "assert"),
functionArgs = Absyn.FUNCTIONARGS(args = {cond,_})))
equation
env = SymbolTable.buildEnv();
(cache,econd,_) = StaticScript.elabExp(FCore.emptyCache(), env, cond, true, true, DAE.NOPRE(), info);
(_,Values.BOOL(true)) = CevalScript.ceval(cache,env, econd, true, Absyn.MSG(info), 0);
then "";
case Absyn.ALGORITHMITEM(info=info,algorithm_ = Absyn.ALG_NORETCALL(functionCall = Absyn.CREF_IDENT(name = "assert"),
functionArgs = Absyn.FUNCTIONARGS(args = {_,msg})))
equation
env = SymbolTable.buildEnv();
(cache,msg_1,_) = StaticScript.elabExp(FCore.emptyCache(), env, msg, true, true, DAE.NOPRE(), info);
(_,Values.STRING(str)) = CevalScript.ceval(cache,env, msg_1, true, Absyn.MSG(info), 0);
then str;
case Absyn.ALGORITHMITEM(info=info,algorithm_ = Absyn.ALG_NORETCALL(functionCall = cr,functionArgs = fargs))
equation
env = SymbolTable.buildEnv();
exp = Absyn.CALL(cr,fargs);
(cache,sexp,_) = StaticScript.elabExp(FCore.emptyCache(), env, exp, true, true, DAE.NOPRE(), info);
(_,_) = CevalScript.ceval(cache, env, sexp, true, Absyn.MSG(info), 0);
then "";
// Special case to lookup fields of records.
// SimulationResult, etc are not in the environment,
// but it's nice to be able to script them anyway
case Absyn.ALGORITHMITEM(algorithm_ =
Absyn.ALG_ASSIGN(assignComponent =
Absyn.CREF(Absyn.CREF_IDENT(name = ident,subscripts = {})),value = Absyn.CREF(cr)))
equation
value = getVariableValueLst(AbsynUtil.pathToStringList(AbsynUtil.crefToPath(cr)), SymbolTable.getVars());
str = ValuesUtil.valString(value);
t = Types.typeOfValue(value);
SymbolTable.addVar(DAE.CREF_IDENT(ident, t, {}), value, FGraph.empty());
then str;
case
Absyn.ALGORITHMITEM(info=info,algorithm_ =
Absyn.ALG_ASSIGN(assignComponent =
Absyn.CREF(Absyn.CREF_IDENT(name = ident,subscripts = asubs)),value = exp))
equation
env = SymbolTable.buildEnv();
(cache,sexp,DAE.PROP(_,_)) = StaticScript.elabExp(FCore.emptyCache(),env, exp, true, true, DAE.NOPRE(),info);
(_,value) = CevalScript.ceval(cache,env, sexp, true,Absyn.MSG(info),0);
(_, dsubs, _) = Static.elabSubscripts(cache, env, asubs, true, DAE.NOPRE(), info);
t = Types.typeOfValue(value) "This type can be more specific than the elaborated type; if the dimensions are unknown...";
str = ValuesUtil.valString(value);
SymbolTable.addVar(DAE.CREF_IDENT(ident, t, dsubs), value, env);
then str;
// Since expressions cannot be tuples an empty string is returned
case
Absyn.ALGORITHMITEM(info=info,algorithm_ =
Absyn.ALG_ASSIGN(assignComponent =
Absyn.TUPLE(expressions = crefexps),value = rexp))
equation
env = SymbolTable.buildEnv();
(cache,srexp,rprop) = StaticScript.elabExp(FCore.emptyCache(),env, rexp, true, true, DAE.NOPRE(),info);
DAE.T_TUPLE(types = types) = Types.getPropType(rprop);
crefs = makeTupleCrefs(crefexps, types, env, cache, info);
(_,Values.TUPLE(values)) = CevalScript.ceval(cache, env, srexp, true, Absyn.MSG(info),0);
SymbolTable.addVars(crefs, values, env);
then "";
// if statement
case
Absyn.ALGORITHMITEM(info=info,algorithm_ =
Absyn.ALG_IF(
ifExp = exp,
trueBranch = algitemlist,
elseIfAlgorithmBranch = elseifexpitemlist,
elseBranch = elseitemlist))
equation
cond1 = (exp,algitemlist);
cond2 = (cond1 :: elseifexpitemlist);
cond3 = listAppend(cond2, {(Absyn.BOOL(true), elseitemlist)});
evaluateIfStatementLst(cond3,info);
then "";
// while-statement
case Absyn.ALGORITHMITEM(info=info,algorithm_ = Absyn.ALG_WHILE(boolExpr = exp,whileBody = algitemlist))
equation
value = evaluateExpr(exp, info);
evaluateWhileStmt(value, exp, algitemlist, info);
then "";
// for-statement, optimized case, e.g.: for i in 1:1000 loop
case Absyn.ALGORITHMITEM(info=info,algorithm_ =
Absyn.ALG_FOR(iterators = {Absyn.ITERATOR(iter, NONE(), SOME(Absyn.RANGE(start=starte,step=NONE(), stop=stope)))},
forBody = algItemList))
equation
startv = evaluateExpr(starte, info);
stopv = evaluateExpr(stope, info);
evaluateForStmtRangeOpt(iter, startv, Values.INTEGER(1), stopv, algItemList);
then "";
// for-statement, optimized case, e.g.: for i in 7.3:0.4:1000.3 loop
case Absyn.ALGORITHMITEM(info=info,algorithm_ =
Absyn.ALG_FOR(iterators = {Absyn.ITERATOR(iter, NONE(), SOME(Absyn.RANGE(start=starte, step=SOME(stepe), stop=stope)))},
forBody = algItemList))
equation
startv = evaluateExpr(starte, info);
stepv = evaluateExpr(stepe, info);
stopv = evaluateExpr(stope, info);
evaluateForStmtRangeOpt(iter, startv, stepv, stopv, algItemList);
then "";
// for-statement, general case
case Absyn.ALGORITHMITEM(info=info,algorithm_ =
Absyn.ALG_FOR(iterators = {Absyn.ITERATOR(iter, NONE(), SOME(exp))},forBody = algItemList))
equation
Values.ARRAY(valueLst = valList) = evaluateExpr(exp, info);
evaluateForStmt(iter, valList, algItemList);
then "";
// for-statement - not an array type
case Absyn.ALGORITHMITEM(info=info,algorithm_ = Absyn.ALG_FOR(iterators = {Absyn.ITERATOR(range = SOME(exp))}))
equation
estr = stringRepresOfExpr(exp);
Error.addSourceMessage(Error.NOT_ARRAY_TYPE_IN_FOR_STATEMENT, {estr}, info);
then fail();
end matchcontinue;
end evaluateAlgStmt;
protected function evaluateForStmt
"evaluates a for-statement in an algorithm section"
input String iter "The iterator variable which will be assigned different values";
input list<Values.Value> valList "List of values that the iterator later will be assigned to";
input list<Absyn.AlgorithmItem> algItemList;
algorithm
for val in valList loop
SymbolTable.appendVar(iter, val, Types.typeOfValue(val));
evaluateAlgStmtLst(algItemList);
SymbolTable.deleteVarFirstEntry(iter);
end for;
end evaluateForStmt;
protected function evaluateForStmtRangeOpt
"Optimized version of for statement. In this case, we do not create a large array if
a range expression is given. E.g. for i in 1:10000 loop"
input String iter "The iterator variable which will be assigned different values";
input Values.Value startVal;
input Values.Value stepVal;
input Values.Value stopVal;
input list<Absyn.AlgorithmItem> algItems;
protected
Values.Value val;
algorithm
val := startVal;
try
while ValuesUtil.safeLessEq(val, stopVal) loop
SymbolTable.appendVar(iter, val, Types.typeOfValue(val));
evaluateAlgStmtLst(algItems);
SymbolTable.deleteVarFirstEntry(iter);
val := ValuesUtil.safeIntRealOp(val, stepVal, Values.ADDOP());
end while;
else
// Just... ignore errors and stop the loop. Really bad, I know...
end try;
end evaluateForStmtRangeOpt;
protected function evaluateWhileStmt
"Recursively evaluates the while statement.
Note that it is tail-recursive, so we should result
in a iterative implementation."
input Values.Value inValue;
input Absyn.Exp inExp;
input list<Absyn.AlgorithmItem> inAbsynAlgorithmItemLst;
input SourceInfo info;
algorithm
_ :=
matchcontinue (inValue,inExp,inAbsynAlgorithmItemLst,info)
local
Values.Value value;
Absyn.Exp exp;
list<Absyn.AlgorithmItem> algitemlst;
String estr,tstr;
DAE.Type vtype;
case (Values.BOOL(boolean = false),_,_,_) then ();
case (Values.BOOL(boolean = true),exp,algitemlst,_)
equation
evaluateAlgStmtLst(algitemlst);
value = evaluateExpr(exp, info);
evaluateWhileStmt(value, exp, algitemlst, info); /* Tail recursive */
then ();
// An error occured when evaluating the algorithm items
case (Values.BOOL(_), _,_,_)
then ();
// The condition value was not a boolean
case (value,exp,_,_)
equation
estr = stringRepresOfExpr(exp);
vtype = Types.typeOfValue(value);
tstr = Types.unparseTypeNoAttr(vtype);
Error.addSourceMessage(Error.WHILE_CONDITION_TYPE_ERROR, {estr,tstr}, info);
then fail();
end matchcontinue;
end evaluateWhileStmt;
protected function evaluatePartOfIfStatement
"Evaluates one part of a if statement, i.e. one \"case\". If the condition is true, the algorithm items
associated with this condition are evaluated. The first argument returned is set to true if the
condition was evaluated to true. Fails if the value is not a boolean.
Note that we are sending the expression as an value, so that it does not need to be evaluated twice."
input Values.Value inValue;
input Absyn.Exp inExp;
input list<Absyn.AlgorithmItem> inAbsynAlgorithmItemLst;
input list<tuple<Absyn.Exp, list<Absyn.AlgorithmItem>>> inTplAbsynExpAbsynAlgorithmItemLstLst;
input SourceInfo info;
algorithm
_ :=
matchcontinue (inValue,inExp,inAbsynAlgorithmItemLst,inTplAbsynExpAbsynAlgorithmItemLstLst,info)
local
list<Absyn.AlgorithmItem> algitemlst;
list<tuple<Absyn.Exp, list<Absyn.AlgorithmItem>>> algrest;
String estr,tstr;
DAE.Type vtype;
Values.Value value;
Absyn.Exp exp;
case (Values.BOOL(boolean = true),_,algitemlst,_,_)
equation
evaluateAlgStmtLst(algitemlst);
then ();
case (Values.BOOL(boolean = false),_,_,algrest,_)
equation
evaluateIfStatementLst(algrest, info);
then ();
// Report type error
case (value,exp,_,_,_)
equation
estr = stringRepresOfExpr(exp);
vtype = Types.typeOfValue(value);
tstr = Types.unparseTypeNoAttr(vtype);
Error.addSourceMessage(Error.IF_CONDITION_TYPE_ERROR, {estr,tstr}, info);
then fail();
end matchcontinue;
end evaluatePartOfIfStatement;
protected function evaluateIfStatementLst
"Evaluates all parts of a if statement
(i.e. a list of exp statements)"
input list<tuple<Absyn.Exp, list<Absyn.AlgorithmItem>>> inTplAbsynExpAbsynAlgorithmItemLstLst;
input SourceInfo info;
algorithm
_ :=
match (inTplAbsynExpAbsynAlgorithmItemLstLst,info)
local
Values.Value value;
Absyn.Exp exp;
list<Absyn.AlgorithmItem> algitemlst;
list<tuple<Absyn.Exp, list<Absyn.AlgorithmItem>>> algrest;
case ({},_) then ();
case (((exp,algitemlst) :: algrest),_)
equation
value = evaluateExpr(exp, info);
evaluatePartOfIfStatement(value, exp, algitemlst, algrest, info);
then ();
end match;
end evaluateIfStatementLst;
protected function evaluateAlgStmtLst
" Evaluates a list of algorithm statements"
input list<Absyn.AlgorithmItem> inAbsynAlgorithmItemLst;
algorithm
for algitem in inAbsynAlgorithmItemLst loop
evaluateAlgStmt(algitem);
end for;
end evaluateAlgStmtLst;
protected function evaluateExpr
" Evaluates an expression and returns its value.
We need to return the symbol table, since the command loadFile()
reads in data to the interactive environment.
Note that this function may fail.
Input: Absyn.Exp - Expression to be evaluated
Output: Values.Value - Resulting value of the expression"
input Absyn.Exp inExp;
input SourceInfo info;
output Values.Value outValue;
algorithm
outValue:=
matchcontinue (inExp,info)
local
FCore.Graph env;
DAE.Exp sexp;
DAE.Properties prop;
Values.Value value;
Absyn.Exp exp;
Absyn.Program p;
FCore.Cache cache;
list<GlobalScript.Variable> vars;
Absyn.ComponentRef cr;
// Special case to lookup fields of records.
// SimulationResult, etc are not in the environment, but it's nice to be able to script them anyway */
case (Absyn.CREF(cr),_)
then getVariableValueLst(AbsynUtil.pathToStringList(AbsynUtil.crefToPath(cr)), SymbolTable.getVars());
case (exp,_)
equation
env = SymbolTable.buildEnv();
(cache,sexp,_) = StaticScript.elabExp(FCore.emptyCache(), env, exp, true, true, DAE.NOPRE(), info);
(_,value) = CevalScript.ceval(cache, env, sexp, true, Absyn.MSG(info),0);
then value;
end matchcontinue;
end evaluateExpr;
protected function stringRepresOfExpr
" This function returns a string representation of an expression. For example expression
33+22 will result in \"55\" and expression: \"my\" + \"string\" will result in \"\"my\"+\"string\"\". "
input Absyn.Exp exp;
output String estr;
protected
FCore.Graph env;
DAE.Exp sexp;
DAE.Properties prop;
algorithm
env := SymbolTable.buildEnv();
(_, sexp, prop) := StaticScript.elabExp(FCore.emptyCache(), env, exp, true, true, DAE.NOPRE(), AbsynUtil.dummyInfo);
(_, sexp, prop) := Ceval.cevalIfConstant(FCore.emptyCache(), env, sexp, prop, true, AbsynUtil.dummyInfo);
estr := ExpressionDump.printExpStr(sexp);
end stringRepresOfExpr;
protected function evaluateExprToStr
" This function is similar to evaluateExpr, with the difference that it returns a string
and that it never fails. If the expression contain errors, an empty string will be returned
and the errors will be stated using Error.mo
Input: Absyn.Exp - Expression to be evaluated
Output: string - The resulting value represented as a string"
input Absyn.Exp inExp;
input SourceInfo info;
output String outString;
algorithm
outString:=
matchcontinue (inExp,info)
local
Values.Value value;
String str;
Absyn.Exp exp;
case (exp,_)
equation
value = evaluateExpr(exp, info);
str = ValuesUtil.valString(value);
then str;
else "";
end matchcontinue;
end evaluateExprToStr;
protected function makeTupleCrefs
input list<Absyn.Exp> inCrefs;
input list<DAE.Type> inTypes;
input FCore.Graph inEnv;
input FCore.Cache inCache;
input SourceInfo inInfo;
output list<DAE.ComponentRef> outCrefs;
algorithm
outCrefs := List.threadMap3(inCrefs, inTypes, makeTupleCref, inEnv, inCache, inInfo);
end makeTupleCrefs;
protected function makeTupleCref
"Translates an Absyn.CREF to a DAE.CREF_IDENT."
input Absyn.Exp inCref;
input DAE.Type inType;
input FCore.Graph inEnv;
input FCore.Cache inCache;
input SourceInfo inInfo;
output DAE.ComponentRef outCref;
algorithm
outCref := match(inCref, inType, inEnv, inCache, inInfo)
local
Absyn.Ident id;
list<Absyn.Subscript> asubs;
list<DAE.Subscript> dsubs;
String str;
case (Absyn.CREF(componentRef = Absyn.CREF_IDENT(id, asubs)), _, _, _, _)
equation
(_, dsubs, _) = Static.elabSubscripts(inCache, inEnv, asubs, true, DAE.NOPRE(), inInfo);
then
DAE.CREF_IDENT(id, inType, dsubs);
else
equation
str = Dump.printExpStr(inCref);
Error.addMessage(Error.INVALID_TUPLE_CONTENT, {str});
then
fail();
end match;
end makeTupleCref;
public function getTypeOfVariable
"Return the type of an interactive variable,
given a list of variables and a variable identifier."
input Absyn.Ident inIdent;
input list<GlobalScript.Variable> inVariableLst;
output DAE.Type outType;
protected
String id;
DAE.Type tp;
algorithm
for var in inVariableLst loop
GlobalScript.IVAR(varIdent = id,type_ = tp) := var;
if stringEq(inIdent, id) then
outType := tp;
return;
end if;
end for;
// did not find a type
fail();
end getTypeOfVariable;
protected function getApiFunctionNameInfo
"Returns the name of the called API function."
input GlobalScript.Statement inStmt;
output String outName;
output SourceInfo outInfo;
algorithm
GlobalScript.IEXP(
exp = Absyn.CALL(function_ = Absyn.CREF_IDENT(name = outName)),
info = outInfo
) := inStmt;
end getApiFunctionNameInfo;
protected function getApiFunctionArgs
"Returns a list of arguments to the function in the interactive statement list."
input GlobalScript.Statement inStmt;
output list<Absyn.Exp> outArgs;
algorithm
outArgs := match(inStmt)
local
list<Absyn.Exp> args;
case GlobalScript.IEXP(exp = Absyn.CALL(functionArgs =
Absyn.FUNCTIONARGS(args = args))) then args;
else {};
end match;
end getApiFunctionArgs;
protected function getApiFunctionNamedArgs
"Returns a list of named arguments to the function in the interactive statement list."
input GlobalScript.Statement inStmt;
output list<Absyn.NamedArg> outArgs;
algorithm
GlobalScript.IEXP(exp = Absyn.CALL(functionArgs = Absyn.FUNCTIONARGS(argNames = outArgs))) := inStmt;
end getApiFunctionNamedArgs;
protected function evaluateGraphicalApi
"Evaluating graphical api.
NOTE: the graphical API is always evaluated with checkModel ON and -d=nogen,noevalfunc ON"
input GlobalScript.Statement inStatement;
input Boolean isPartialInst;
input Boolean flagGen;
input Boolean flagEvalFunc;
input Boolean flagKeepArrays;
output String outResult;
protected
String fn_name;
SourceInfo info;
Boolean failed = false;
algorithm
try
outResult := evaluateGraphicalApi_dispatch(inStatement);
else
failed := true;
end try;
// Reset the flags!
System.setPartialInstantiation(isPartialInst);
FlagsUtil.set(Flags.GEN, flagGen);
FlagsUtil.set(Flags.EVAL_FUNC, flagEvalFunc);
FlagsUtil.setConfigBool(Flags.KEEP_ARRAYS, flagKeepArrays);
if failed then fail(); end if;
end evaluateGraphicalApi;
protected function evaluateGraphicalApi_dispatch
"This function evaluates all primitives in the graphical api."
input GlobalScript.Statement inStatement;
output String outResult;
protected
String fn_name, name;
Absyn.Program old_p, p, p_1;
SCode.Program s;
list<Absyn.Exp> args, expl;
Absyn.ComponentRef cr, cr1, cr2, tp, model_, class_, old_cname, new_cname;
Absyn.ComponentRef crident, subident;
Absyn.Path path;
list<Absyn.NamedArg> nargs;
Integer n, access;
String cmt, variability, causality/*, isField*/;
Absyn.Class cls;
Absyn.Modification mod;
Boolean finalPrefix, flowPrefix, streamPrefix, protected_, repl, dref1, dref2, evalParamAnn;
Boolean addFunctions, graphicsExpMode;
FCore.Graph env;
GraphicEnvCache genv;
Absyn.Exp exp;
list<Absyn.Exp> dimensions;
algorithm
fn_name := getApiFunctionNameInfo(inStatement);
p := SymbolTable.getAbsyn();
args := getApiFunctionArgs(inStatement);
outResult := match(fn_name)
case "setComponentModifierValue"
algorithm
{Absyn.CREF(componentRef = class_),
Absyn.CREF(componentRef = cr),
Absyn.CODE(code = Absyn.C_MODIFICATION(modification = mod))} := args;
(p, outResult) := setComponentModifier(class_, cr, mod, p);
then
outResult;
case "setParameterValue"
algorithm
{Absyn.CREF(componentRef = class_), Absyn.CREF(componentRef = crident), exp} := args;
(p, outResult) := setParameterValue(class_, crident, exp, p);
then
outResult;
case "setComponentDimensions"
algorithm
{Absyn.CREF(componentRef = class_),
Absyn.CREF(componentRef = cr),
Absyn.ARRAY(dimensions)} := args;
(p, outResult) := setComponentDimensions(class_, cr, dimensions, p);
then
outResult;
case "createModel"
algorithm
{Absyn.CREF(componentRef = cr)} := args;
p := createModel(cr, p);
then
"true";
case "newModel"
algorithm
{Absyn.CREF(componentRef = Absyn.CREF_IDENT(name = name)),
Absyn.CREF(componentRef = cr)} := args;
path := AbsynUtil.crefToPath(cr);
p := updateProgram(
Absyn.PROGRAM({
Absyn.CLASS(name,false,false,false,Absyn.R_MODEL(),AbsynUtil.dummyParts,AbsynUtil.dummyInfo)
}, Absyn.WITHIN(path)), p);
then
"true";
// Not moving this yet as it could break things...
case "deleteClass"
algorithm
{Absyn.CREF(componentRef = cr)} := args;
(outResult, p) := deleteClass(cr, p);
then
outResult;
case "addComponent"
algorithm
{Absyn.CREF(componentRef = Absyn.CREF_IDENT(name = name)),
Absyn.CREF(componentRef = tp),
Absyn.CREF(componentRef = model_)} := args;
nargs := getApiFunctionNamedArgs(inStatement);
p := addComponent(name, tp, model_, nargs, p);