Examples of com.google.javascript.jscomp.newtypes.QualifiedName

Package com.google.javascript.jscomp.newtypes

Examples of com.google.javascript.jscomp.newtypes.QualifiedName

com.google.javascript.jscomp.newtypes.QualifiedName
Represents a qualified name. (e.g. namespace.inner.Foo) @author blickly@google.com (Ben Lickly) @author dimvar@google.com (Dimitris Vardoulakis)

      FunctionType fnType = summaryType.getFunType();
      if (fnType.isConstructor() || fnType.isInterfaceDefinition()) {
        summaryType = fnType.createConstructorObject();
      } else {
        summaryType = summaryType.withProperty(
            new QualifiedName("prototype"), JSType.TOP_OBJECT);
      }
      entryEnv = envPutType(entryEnv, fnName, summaryType);
    }
    println("Keeping env: ", entryEnv);
    setOutEnv(cfg.getEntry(), entryEnv);

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      FunctionType fnType = summaryType.getFunType();
      if (fnType.isConstructor() || fnType.isInterfaceDefinition()) {
        summaryType = fnType.createConstructorObject();
      } else {
        summaryType = summaryType.withProperty(
            new QualifiedName("prototype"), JSType.TOP_OBJECT);
      }
      env = envPutType(env, fnName, summaryType);
    }
    return env;
  }

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      // TODO(dimvar): when declType is a union, consider also creating
      // appropriate ctor objs. (This is going to be rare.)
      return funType.createConstructorObject();
    } else {
      return declType.withProperty(
          new QualifiedName("prototype"), JSType.TOP_OBJECT);
    }
  }

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      // to putting the @const prop check in analyzePropAccessFwd.
      Node recv = ch.getFirstChild();
      String pname = ch.getLastChild().getString();
      EnvTypePair pair = analyzeExprFwd(recv, inEnv);
      JSType recvType = pair.type;
      if (mayWarnAboutConstProp(ch, recvType, new QualifiedName(pname))) {
        pair.type = requiredType;
        return pair;
      }
    }
    return analyzeUnaryNumFwd(expr, inEnv);

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      return pair;
    }


    JSType resultType = JSType.BOOLEAN;
    if (lhs.isString()) {
      QualifiedName pname = new QualifiedName(lhs.getString());
      if (specializedType.isTruthy()) {
        pair = analyzeExprFwd(rhs, inEnv, reqObjType,
            reqObjType.withPropertyRequired(pname.getLeftmostName()));
        resultType = JSType.TRUE_TYPE;
      } else if (specializedType.isFalsy()) {
        pair = analyzeExprFwd(rhs, inEnv, reqObjType);
        // If the rhs is a loose object, we won't warn about missing
        // properties, despite removing the type here.

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        } else {
          specialPropName = SETTER_PREFIX + pname;
          propType = pair.type;
        }
        result = result.withProperty(
            new QualifiedName(specialPropName), propType);
        env = pair.env;
      } else {
        QualifiedName qname = new QualifiedName(pname);
        JSType jsdocType = symbolTable.getPropDeclaredType(prop);
        JSType reqPtype, specPtype;
        if (jsdocType != null) {
          reqPtype = specPtype = jsdocType;
        } else if (requiredType.mayHaveProp(qname)) {

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    if (objLit.getFirstChild() == null) {
      return new EnvTypePair(inEnv, requiredType);
    }
    String pname = NodeUtil.getObjectLitKeyName(objLit.getFirstChild());
    JSType enumeratedType =
        requiredType.getProp(new QualifiedName(pname)).getEnumeratedType();
    if (enumeratedType == null) {
      // enumeratedType is null only if there is some other type error
      return new EnvTypePair(inEnv, requiredType);
    }
    TypeEnv env = inEnv;

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  //////////////////////////////////////////////////////////////////////////////


  private EnvTypePair analyzePropAccessFwd(Node receiver, String pname,
      TypeEnv inEnv, JSType requiredType, JSType specializedType) {
    QualifiedName propQname = new QualifiedName(pname);
    Node propAccessNode = receiver.getParent();
    EnvTypePair pair;
    JSType objWithProp = pickReqObjType(receiver)
        .withLoose().withProperty(propQname, requiredType);
    JSType recvReqType, recvSpecType, recvType;


    // First, analyze the receiver object.
    if (specializedType.isTruthy() || specializedType.isFalsy()) {
      recvReqType = JSType.UNKNOWN;
      recvSpecType = objWithProp;
    } else {
      recvReqType = recvSpecType = objWithProp;
    }
    pair = analyzeExprFwd(receiver, inEnv, recvReqType, recvSpecType);
    recvType = pair.type;
    if (recvType.isUnknown() ||
        mayWarnAboutNonObject(receiver, pname, recvType, specializedType)) {
      return new EnvTypePair(pair.env, requiredType);
    }
    if (propAccessNode.isGetProp() &&
        mayWarnAboutDictPropAccess(receiver, recvType)) {
      return new EnvTypePair(pair.env, requiredType);
    }
    // Then, analyze the property access.
    QualifiedName getterPname = new QualifiedName(GETTER_PREFIX + pname);
    if (recvType.hasProp(getterPname)) {
      return new EnvTypePair(pair.env, recvType.getProp(getterPname));
    }
    JSType resultType = recvType.getProp(propQname);
    if (!propAccessNode.getParent().isExprResult() &&

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    return new EnvTypePair(pair.env, resultType);
  }


  private void warnPropAccessOnNonobject(
      Node node, String pname, JSType type) {
    if (type.removeType(JSType.NULL).hasProp(new QualifiedName(pname))) {
      warnings.add(JSError.make(node, NULLABLE_DEREFERENCE, type.toString()));
    } else {
      warnings.add(JSError.make(node, PROPERTY_ACCESS_ON_NONOBJECT,
          pname, type.toString()));
    }

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      return envPutType(env, lvalue.getFirstChild().getString(), type);
    }
    Preconditions.checkState(lvalue.isGetProp() || lvalue.isGetElem());
    if (qname != null) {
      String objName = qname.getLeftmostName();
      QualifiedName props = qname.getAllButLeftmost();
      JSType objType = envGetType(env, objName);
      env = envPutType(env, objName, objType.withProperty(props, type));
    }
    return env;
  }

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com.google.javascript.jscomp.GlobalTypeInfo

com.google.javascript.jscomp.GlobalTypeInfo$CollectNamedTypes

com.google.javascript.jscomp.GlobalTypeInfo$ProcessScope

com.google.javascript.jscomp.GlobalTypeInfo$Scope

com.google.javascript.jscomp.NewTypeInference

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