1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
|
/*
* SPDX-FileCopyrightText: 2024 The Refinery Authors <https://refinery.tools/>
*
* SPDX-License-Identifier: EPL-2.0
*/
package tools.refinery.language.expressions;
import tools.refinery.language.library.BuiltinLibrary;
import tools.refinery.language.model.problem.BinaryOp;
import tools.refinery.language.model.problem.UnaryOp;
import tools.refinery.language.typesystem.AggregatorName;
import tools.refinery.language.typesystem.DataExprType;
public final class BuiltinTermInterpreter extends AbstractTermInterpreter {
public static final DataExprType BOOLEAN_TYPE = new DataExprType(BuiltinLibrary.BUILTIN_LIBRARY_NAME, "boolean");
public static final DataExprType INT_TYPE = new DataExprType(BuiltinLibrary.BUILTIN_LIBRARY_NAME, "int");
public static final DataExprType REAL_TYPE = new DataExprType(BuiltinLibrary.BUILTIN_LIBRARY_NAME, "real");
public static final DataExprType STRING_TYPE = new DataExprType(BuiltinLibrary.BUILTIN_LIBRARY_NAME, "string");
public static final AggregatorName MIN_AGGREGATOR = new AggregatorName(BuiltinLibrary.BUILTIN_LIBRARY_NAME, "min");
public static final AggregatorName MAX_AGGREGATOR = new AggregatorName(BuiltinLibrary.BUILTIN_LIBRARY_NAME, "max");
public static final AggregatorName SUM_AGGREGATOR = new AggregatorName(BuiltinLibrary.BUILTIN_LIBRARY_NAME, "sum");
public BuiltinTermInterpreter() {
addNegation(BOOLEAN_TYPE);
addBinaryOperator(BinaryOp.AND, BOOLEAN_TYPE);
addBinaryOperator(BinaryOp.OR, BOOLEAN_TYPE);
addBinaryOperator(BinaryOp.XOR, BOOLEAN_TYPE);
addUnaryOperator(UnaryOp.PLUS, INT_TYPE);
addUnaryOperator(UnaryOp.MINUS, INT_TYPE);
addComparison(INT_TYPE);
addRange(INT_TYPE);
addBinaryOperator(BinaryOp.ADD, INT_TYPE);
addBinaryOperator(BinaryOp.SUB, INT_TYPE);
addBinaryOperator(BinaryOp.MUL, INT_TYPE);
addAggregator(MIN_AGGREGATOR, INT_TYPE);
addAggregator(MAX_AGGREGATOR, INT_TYPE);
addAggregator(SUM_AGGREGATOR, INT_TYPE);
addUnaryOperator(UnaryOp.PLUS, REAL_TYPE);
addUnaryOperator(UnaryOp.MINUS, REAL_TYPE);
addCast(INT_TYPE, REAL_TYPE);
addComparison(REAL_TYPE);
addRange(REAL_TYPE);
addBinaryOperator(BinaryOp.ADD, REAL_TYPE);
addBinaryOperator(BinaryOp.SUB, REAL_TYPE);
addBinaryOperator(BinaryOp.MUL, REAL_TYPE);
addBinaryOperator(BinaryOp.DIV, REAL_TYPE);
addBinaryOperator(BinaryOp.POW, REAL_TYPE);
addAggregator(MIN_AGGREGATOR, REAL_TYPE);
addAggregator(MAX_AGGREGATOR, REAL_TYPE);
addAggregator(SUM_AGGREGATOR, REAL_TYPE);
}
}
|
