@specs-feup/metafor/api/FortranJoinPoints.js

A Fortran source-to-source compiler written in Typescript

import { unwrapJoinPoint, wrapJoinPoint } from "@specs-feup/lara/api/LaraJoinPoint.js";
import FortranJavaTypes from "./FortranJavaTypes.js";
import { flattenArgsArray } from "@specs-feup/lara/api/lara/core/LaraCore.js";
export default class FortranJoinPoints {
    static ompLoopConstruct(loop, clauses) {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.ompLoopConstruct(unwrapJoinPoint(loop), flattenArgsArray(clauses).map(unwrapJoinPoint)));
    }
    static emptyOmpLoopConstruct() {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.emptyOmpLoopConstruct());
    }
    static ompPrivateClause(dataRefs) {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.ompPrivateClause(flattenArgsArray(dataRefs).map(unwrapJoinPoint)));
    }
    static dataRef(name) {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.dataRef(name));
    }
    static useStatement(moduleName) {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.useStatement(moduleName));
    }
    static ompReductionClause(operator, dataRefs) {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.ompReductionClause(operator, flattenArgsArray(dataRefs).map(unwrapJoinPoint)));
    }
    static emptyOmpBlockConstruct() {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.emptyOmpBlockConstruct());
    }
    static execution(stmts) {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.execution(flattenArgsArray(stmts).map(unwrapJoinPoint)));
    }
    static ompOrderedClause(value) {
        return wrapJoinPoint(FortranJavaTypes.AstFactory.ompOrderedClause(value));
    }
}
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