Top 10 Examples of "capnp-ts in functional component" in JavaScript

.getSlot()
        .getType()
        .getList()
        .getElementType()
        .which();
      let listClass = ConcreteListType[whichElementType];

      if (
        whichElementType === s.Type.LIST ||
        whichElementType === s.Type.STRUCT
      ) {
        listClass = `${fullClassName}._${properName}`;
      } else if (listClass === void 0) {
        /* istanbul ignore next */
        throw new Error(
          format(E.GEN_UNSUPPORTED_LIST_ELEMENT_TYPE, whichElementType)
        );
      }

      const listClassIdentifier = ts.createIdentifier(listClass);

      getArgs = [offsetLiteral, listClassIdentifier, THIS];

      if (defaultValue) getArgs.push(defaultValue);

      adopt = true;
      disown = true;
      /** __S.getList(0, MyStruct._Foo, this) */
      get = ts.createCall(
        ts.createPropertyAccess(STRUCT, "getList"),
        __,
        getArgs

);
      /** __S.setText(0, value, this) */
      set = ts.createCall(ts.createPropertyAccess(STRUCT, "setText"), __, [
        offsetLiteral,
        VALUE,
        THIS
      ]);

      break;

    case s.Type.VOID:
      break;

    case "group":
      if (hadExplicitDefault) {
        throw new Error(format(E.GEN_EXPLICIT_DEFAULT_NON_PRIMITIVE, "group"));
      }

      const groupType = ts.createIdentifier(jsType);

      /** __S.getAs(Foo, this); */
      get = ts.createCall(ts.createPropertyAccess(STRUCT, "getAs"), __, [
        groupType,
        THIS
      ]);
      init = get;

      break;

    default:
      // TODO Maybe this should be an error?

function Event (buf) {
  // force usage of new
  if (!(this instanceof Event)) {
    return new Event(buf);
  }
  this.msg = new capnp.Message(buf, false);
  this.event = this.msg.getRoot(CapnpEvent);

  this.toJSON = partial(toJSON, this.event);
}

set = ts.createCall(ts.createPropertyAccess(STRUCT, "copyFrom"), __, [
        VALUE,
        get
      ]);

      break;

    case s.Type.BOOL:
    case s.Type.ENUM:
    case s.Type.FLOAT32:
    case s.Type.FLOAT64:
    case s.Type.INT16:
    case s.Type.INT32:
    case s.Type.INT64:
    case s.Type.INT8:
    case s.Type.UINT16:
    case s.Type.UINT32:
    case s.Type.UINT64:
    case s.Type.UINT8:
      const { byteLength, getter, setter } = Primitive[whichType as number];
      // NOTE: For a BOOL type this is actually a bit offset; `byteLength` will be `1` in that case.
      const byteOffset = ts.createNumericLiteral(
        (offset * byteLength).toString()
      );
      getArgs = [byteOffset, THIS];

      if (defaultValue) getArgs.push(defaultValue);

      /** __S.getXYZ(0, this) */
      get = ts.createCall(ts.createPropertyAccess(STRUCT, getter), __, getArgs);
      /** __S.setXYZ(0, value, this) */
      set = ts.createCall(ts.createPropertyAccess(STRUCT, setter), __, [

export function generateCapnpImport(ctx: CodeGeneratorFileContext): void {
  // Look for the special importPath annotation on the file to see if we need a different import path for capnp-ts.

  const fileNode = lookupNode(ctx, ctx.file);
  const tsFileId = capnp.Uint64.fromHexString(TS_FILE_ID);
  // This may be undefined if ts.capnp is not imported; fine, we'll just use the default.
  const tsAnnotationFile = ctx.nodes.find(n => n.getId().equals(tsFileId));
  // We might not find the importPath annotation; that's definitely a bug but let's move on.
  const tsImportPathAnnotation =
    tsAnnotationFile &&
    tsAnnotationFile.getNestedNodes().find(n => n.getName() === "importPath");
  // There may not necessarily be an import path annotation on the file node. That's fine.
  const importAnnotation =
    tsImportPathAnnotation &&
    fileNode
      .getAnnotations()
      .find(a => a.getId().equals(tsImportPathAnnotation.getId()));
  const importPath =
    importAnnotation === undefined
      ? "capnp-ts"
      : importAnnotation.getValue().getText();

groupNodes.forEach(n => generateNode(ctx, n));

  const whichNode = node.which();

  switch (whichNode) {
    case s.Node.STRUCT:
      generateStructNode(ctx, node, false);

      break;

    case s.Node.CONST:
      // Const nodes are generated along with the containing class, ignore these.

      break;

    case s.Node.ENUM:
      generateEnumNode(ctx, node);

      break;

    case s.Node.INTERFACE:
      generateStructNode(ctx, node, true);

      break;

    case s.Node.ANNOTATION:
      trace("ignoring unsupported annotation node: %s", node.getDisplayName());

      break;

    case s.Node.FILE:
    default:

CarEvent.prototype.setWarning = function (value) { capnp_ts_1.Struct.setBit(18, value, this); };
  CarEvent.prototype.getUserDisable = function () { return capnp_ts_1.Struct.getBit(19, this); };
  CarEvent.prototype.setUserDisable = function (value) { capnp_ts_1.Struct.setBit(19, value, this); };
  CarEvent.prototype.getSoftDisable = function () { return capnp_ts_1.Struct.getBit(20, this); };
  CarEvent.prototype.setSoftDisable = function (value) { capnp_ts_1.Struct.setBit(20, value, this); };
  CarEvent.prototype.getImmediateDisable = function () { return capnp_ts_1.Struct.getBit(21, this); };
  CarEvent.prototype.setImmediateDisable = function (value) { capnp_ts_1.Struct.setBit(21, value, this); };
  CarEvent.prototype.getPreEnable = function () { return capnp_ts_1.Struct.getBit(22, this); };
  CarEvent.prototype.setPreEnable = function (value) { capnp_ts_1.Struct.setBit(22, value, this); };
  CarEvent.prototype.getPermanent = function () { return capnp_ts_1.Struct.getBit(23, this); };
  CarEvent.prototype.setPermanent = function (value) { capnp_ts_1.Struct.setBit(23, value, this); };
  CarEvent.prototype.toString = function () { return 'CarEvent_' + _super.prototype.toString.call(this); };
  CarEvent.EventName = CarEvent_EventName;
  CarEvent._capnp = { displayName: 'CarEvent', id: '9b1657f34caf3ad3', size: new capnp_ts_1.ObjectSize(8, 0) };
  return CarEvent;
}(capnp_ts_1.Struct));
exports.CarEvent = CarEvent;
var CarState_WheelSpeeds = /** @class */ (function (_super) {
  __extends(CarState_WheelSpeeds, _super);
  function CarState_WheelSpeeds () {
    return _super !== null && _super.apply(this, arguments) || this;
  }
  CarState_WheelSpeeds.prototype.getFl = function () { return capnp_ts_1.Struct.getFloat32(0, this); };
  CarState_WheelSpeeds.prototype.setFl = function (value) { capnp_ts_1.Struct.setFloat32(0, value, this); };
  CarState_WheelSpeeds.prototype.getFr = function () { return capnp_ts_1.Struct.getFloat32(4, this); };
  CarState_WheelSpeeds.prototype.setFr = function (value) { capnp_ts_1.Struct.setFloat32(4, value, this); };
  CarState_WheelSpeeds.prototype.getRl = function () { return capnp_ts_1.Struct.getFloat32(8, this); };
  CarState_WheelSpeeds.prototype.setRl = function (value) { capnp_ts_1.Struct.setFloat32(8, value, this); };
  CarState_WheelSpeeds.prototype.getRr = function () { return capnp_ts_1.Struct.getFloat32(12, this); };
  CarState_WheelSpeeds.prototype.setRr = function (value) { capnp_ts_1.Struct.setFloat32(12, value, this); };
  CarState_WheelSpeeds.prototype.toString = function () { return 'CarState_WheelSpeeds_' + _super.prototype.toString.call(this); };
  CarState_WheelSpeeds._capnp = { displayName: 'WheelSpeeds', id: '991a37a6155935a3', size: new capnp_ts_1.ObjectSize(16, 0) };

  CarParams.prototype.getDirectAccelControl = function () { return capnp_ts_1.Struct.getBit(8, this); };
  CarParams.prototype.setDirectAccelControl = function (value) { capnp_ts_1.Struct.setBit(8, value, this); };

  CarParams.prototype.setDirectAccelControl = function (value) { capnp_ts_1.Struct.setBit(8, value, this); };
  CarParams.prototype.getStoppingControl = function () { return capnp_ts_1.Struct.getBit(9, this); };

  CarState.prototype.setSteeringPressed = function (value) { capnp_ts_1.Struct.setBit(66, value, this); };
  CarState.prototype.adoptCruiseState = function (value) { capnp_ts_1.Struct.adopt(value, capnp_ts_1.Struct.getPointer(2, this)); };