@esri/arcgis-rest-feature-service/dist/cjs/pbf-parser/PbfFeatureCollectionV2.js

Feature layer query and edit helpers for @esri/arcgis-rest-js

"use strict";
/* istanbul ignore file --@preserve */
Object.defineProperty(exports, "__esModule", { value: true });
exports.FeatureCollectionPBufferSegmentType = exports.FeatureCollectionPBufferQuantizeOriginPostion = exports.FeatureCollectionPBufferSQLType = exports.FeatureCollectionPBufferFieldType = exports.FeatureCollectionPBufferGeometryType = void 0;
exports.readFeatureCollectionPBuffer = readFeatureCollectionPBuffer;
exports.writeFeatureCollectionPBuffer = writeFeatureCollectionPBuffer;
exports.readFeatureCollectionPBufferSpatialReference = readFeatureCollectionPBufferSpatialReference;
exports.writeFeatureCollectionPBufferSpatialReference = writeFeatureCollectionPBufferSpatialReference;
exports.readFeatureCollectionPBufferField = readFeatureCollectionPBufferField;
exports.writeFeatureCollectionPBufferField = writeFeatureCollectionPBufferField;
exports.readFeatureCollectionPBufferGeometryField = readFeatureCollectionPBufferGeometryField;
exports.writeFeatureCollectionPBufferGeometryField = writeFeatureCollectionPBufferGeometryField;
exports.readFeatureCollectionPBufferEnvelope = readFeatureCollectionPBufferEnvelope;
exports.writeFeatureCollectionPBufferEnvelope = writeFeatureCollectionPBufferEnvelope;
exports.readFeatureCollectionPBufferValue = readFeatureCollectionPBufferValue;
exports.writeFeatureCollectionPBufferValue = writeFeatureCollectionPBufferValue;
exports.readFeatureCollectionPBufferGeometry = readFeatureCollectionPBufferGeometry;
exports.writeFeatureCollectionPBufferGeometry = writeFeatureCollectionPBufferGeometry;
exports.readFeatureCollectionPBufferCurveGeometry = readFeatureCollectionPBufferCurveGeometry;
exports.writeFeatureCollectionPBufferCurveGeometry = writeFeatureCollectionPBufferCurveGeometry;
exports.readFeatureCollectionPBufferSegmentSet = readFeatureCollectionPBufferSegmentSet;
exports.writeFeatureCollectionPBufferSegmentSet = writeFeatureCollectionPBufferSegmentSet;
exports.readFeatureCollectionPBufferesriShapeBuffer = readFeatureCollectionPBufferesriShapeBuffer;
exports.writeFeatureCollectionPBufferesriShapeBuffer = writeFeatureCollectionPBufferesriShapeBuffer;
exports.readFeatureCollectionPBufferFeature = readFeatureCollectionPBufferFeature;
exports.writeFeatureCollectionPBufferFeature = writeFeatureCollectionPBufferFeature;
exports.readFeatureCollectionPBufferUniqueIdField = readFeatureCollectionPBufferUniqueIdField;
exports.writeFeatureCollectionPBufferUniqueIdField = writeFeatureCollectionPBufferUniqueIdField;
exports.readFeatureCollectionPBufferGeometryProperties = readFeatureCollectionPBufferGeometryProperties;
exports.writeFeatureCollectionPBufferGeometryProperties = writeFeatureCollectionPBufferGeometryProperties;
exports.readFeatureCollectionPBufferServerGens = readFeatureCollectionPBufferServerGens;
exports.writeFeatureCollectionPBufferServerGens = writeFeatureCollectionPBufferServerGens;
exports.readFeatureCollectionPBufferScale = readFeatureCollectionPBufferScale;
exports.writeFeatureCollectionPBufferScale = writeFeatureCollectionPBufferScale;
exports.readFeatureCollectionPBufferTranslate = readFeatureCollectionPBufferTranslate;
exports.writeFeatureCollectionPBufferTranslate = writeFeatureCollectionPBufferTranslate;
exports.readFeatureCollectionPBufferTransform = readFeatureCollectionPBufferTransform;
exports.writeFeatureCollectionPBufferTransform = writeFeatureCollectionPBufferTransform;
exports.readFeatureCollectionPBufferFeatureResult = readFeatureCollectionPBufferFeatureResult;
exports.writeFeatureCollectionPBufferFeatureResult = writeFeatureCollectionPBufferFeatureResult;
exports.readFeatureCollectionPBufferCountResult = readFeatureCollectionPBufferCountResult;
exports.writeFeatureCollectionPBufferCountResult = writeFeatureCollectionPBufferCountResult;
exports.readFeatureCollectionPBufferObjectIdsResult = readFeatureCollectionPBufferObjectIdsResult;
exports.writeFeatureCollectionPBufferObjectIdsResult = writeFeatureCollectionPBufferObjectIdsResult;
exports.readFeatureCollectionPBufferExtentCountResult = readFeatureCollectionPBufferExtentCountResult;
exports.writeFeatureCollectionPBufferExtentCountResult = writeFeatureCollectionPBufferExtentCountResult;
exports.readFeatureCollectionPBufferQueryResult = readFeatureCollectionPBufferQueryResult;
exports.writeFeatureCollectionPBufferQueryResult = writeFeatureCollectionPBufferQueryResult;
// generated from https://github.com/Esri/arcgis-pbf/blob/main/proto/FeatureCollection/FeatureCollection.proto
// code generated by pbf v4.0.1
function readFeatureCollectionPBuffer(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferField, { version: "", queryResult: undefined }, end);
}
function _readFeatureCollectionPBufferField(tag, obj, pbf) {
    if (tag === 1)
        obj.version = pbf.readString();
    else if (tag === 2)
        obj.queryResult = readFeatureCollectionPBufferQueryResult(pbf, pbf.readVarint() + pbf.pos);
}
function writeFeatureCollectionPBuffer(obj, pbf) {
    if (obj.version)
        pbf.writeStringField(1, obj.version);
    if (obj.queryResult)
        pbf.writeMessage(2, writeFeatureCollectionPBufferQueryResult, obj.queryResult);
}
exports.FeatureCollectionPBufferGeometryType = {
    esriGeometryTypePoint: 0,
    esriGeometryTypeMultipoint: 1,
    esriGeometryTypePolyline: 2,
    esriGeometryTypePolygon: 3,
    esriGeometryTypeMultipatch: 4,
    esriGeometryTypeNone: 127,
    esriGeometryTypeEnvelope: 5
};
exports.FeatureCollectionPBufferFieldType = {
    esriFieldTypeSmallInteger: 0,
    esriFieldTypeInteger: 1,
    esriFieldTypeSingle: 2,
    esriFieldTypeDouble: 3,
    esriFieldTypeString: 4,
    esriFieldTypeDate: 5,
    esriFieldTypeOID: 6,
    esriFieldTypeGeometry: 7,
    esriFieldTypeBlob: 8,
    esriFieldTypeRaster: 9,
    esriFieldTypeGUID: 10,
    esriFieldTypeGlobalID: 11,
    esriFieldTypeXML: 12,
    esriFieldTypeBigInteger: 13,
    esriFieldTypeDateOnly: 14,
    esriFieldTypeTimeOnly: 15,
    esriFieldTypeTimestampOffset: 16
};
exports.FeatureCollectionPBufferSQLType = {
    sqlTypeBigInt: 0,
    sqlTypeBinary: 1,
    sqlTypeBit: 2,
    sqlTypeChar: 3,
    sqlTypeDate: 4,
    sqlTypeDecimal: 5,
    sqlTypeDouble: 6,
    sqlTypeFloat: 7,
    sqlTypeGeometry: 8,
    sqlTypeGUID: 9,
    sqlTypeInteger: 10,
    sqlTypeLongNVarchar: 11,
    sqlTypeLongVarbinary: 12,
    sqlTypeLongVarchar: 13,
    sqlTypeNChar: 14,
    sqlTypeNVarchar: 15,
    sqlTypeOther: 16,
    sqlTypeReal: 17,
    sqlTypeSmallInt: 18,
    sqlTypeSqlXml: 19,
    sqlTypeTime: 20,
    sqlTypeTimestamp: 21,
    sqlTypeTimestamp2: 22,
    sqlTypeTinyInt: 23,
    sqlTypeVarbinary: 24,
    sqlTypeVarchar: 25,
    sqlTypeTimestampWithTimezone: 26
};
exports.FeatureCollectionPBufferQuantizeOriginPostion = {
    upperLeft: 0,
    lowerLeft: 1
};
exports.FeatureCollectionPBufferSegmentType = {
    line: 0,
    arc: 1,
    bezier: 2,
    ellipticArc: 3
};
function readFeatureCollectionPBufferSpatialReference(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferSpatialReferenceField, { wkid: 0, latestWkid: 0, vcsWkid: 0, latestVcsWkid: 0, wkt: "", wkt2: "" }, end);
}
function _readFeatureCollectionPBufferSpatialReferenceField(tag, obj, pbf) {
    if (tag === 1)
        obj.wkid = pbf.readVarint();
    else if (tag === 2)
        obj.latestWkid = pbf.readVarint();
    else if (tag === 3)
        obj.vcsWkid = pbf.readVarint();
    else if (tag === 4)
        obj.latestVcsWkid = pbf.readVarint();
    else if (tag === 5)
        obj.wkt = pbf.readString();
    else if (tag === 6)
        obj.wkt2 = pbf.readString();
}
function writeFeatureCollectionPBufferSpatialReference(obj, pbf) {
    if (obj.wkid)
        pbf.writeVarintField(1, obj.wkid);
    if (obj.latestWkid)
        pbf.writeVarintField(2, obj.latestWkid);
    if (obj.vcsWkid)
        pbf.writeVarintField(3, obj.vcsWkid);
    if (obj.latestVcsWkid)
        pbf.writeVarintField(4, obj.latestVcsWkid);
    if (obj.wkt)
        pbf.writeStringField(5, obj.wkt);
    if (obj.wkt2)
        pbf.writeStringField(6, obj.wkt2);
}
function readFeatureCollectionPBufferField(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferFieldField, {
        name: "",
        fieldType: 0,
        alias: "",
        sqlType: 0,
        domain: "",
        defaultValue: ""
    }, end);
}
function _readFeatureCollectionPBufferFieldField(tag, obj, pbf) {
    if (tag === 1)
        obj.name = pbf.readString();
    else if (tag === 2)
        obj.fieldType = pbf.readVarint();
    else if (tag === 3)
        obj.alias = pbf.readString();
    else if (tag === 4)
        obj.sqlType = pbf.readVarint();
    else if (tag === 5)
        obj.domain = pbf.readString();
    else if (tag === 6)
        obj.defaultValue = pbf.readString();
}
function writeFeatureCollectionPBufferField(obj, pbf) {
    if (obj.name)
        pbf.writeStringField(1, obj.name);
    if (obj.fieldType)
        pbf.writeVarintField(2, obj.fieldType);
    if (obj.alias)
        pbf.writeStringField(3, obj.alias);
    if (obj.sqlType)
        pbf.writeVarintField(4, obj.sqlType);
    if (obj.domain)
        pbf.writeStringField(5, obj.domain);
    if (obj.defaultValue)
        pbf.writeStringField(6, obj.defaultValue);
}
function readFeatureCollectionPBufferGeometryField(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferGeometryFieldField, { field: undefined, geometryType: 0 }, end);
}
function _readFeatureCollectionPBufferGeometryFieldField(tag, obj, pbf) {
    if (tag === 1)
        obj.field = readFeatureCollectionPBufferField(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 2)
        obj.geometryType = pbf.readVarint();
}
function writeFeatureCollectionPBufferGeometryField(obj, pbf) {
    if (obj.field)
        pbf.writeMessage(1, writeFeatureCollectionPBufferField, obj.field);
    if (obj.geometryType)
        pbf.writeVarintField(2, obj.geometryType);
}
function readFeatureCollectionPBufferEnvelope(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferEnvelopeField, { XMin: 0, YMin: 0, XMax: 0, YMax: 0, SpatialReference: undefined }, end);
}
function _readFeatureCollectionPBufferEnvelopeField(tag, obj, pbf) {
    if (tag === 1)
        obj.XMin = pbf.readDouble();
    else if (tag === 2)
        obj.YMin = pbf.readDouble();
    else if (tag === 3)
        obj.XMax = pbf.readDouble();
    else if (tag === 4)
        obj.YMax = pbf.readDouble();
    else if (tag === 5)
        obj.SpatialReference = readFeatureCollectionPBufferSpatialReference(pbf, pbf.readVarint() + pbf.pos);
}
function writeFeatureCollectionPBufferEnvelope(obj, pbf) {
    if (obj.XMin)
        pbf.writeDoubleField(1, obj.XMin);
    if (obj.YMin)
        pbf.writeDoubleField(2, obj.YMin);
    if (obj.XMax)
        pbf.writeDoubleField(3, obj.XMax);
    if (obj.YMax)
        pbf.writeDoubleField(4, obj.YMax);
    if (obj.SpatialReference)
        pbf.writeMessage(5, writeFeatureCollectionPBufferSpatialReference, obj.SpatialReference);
}
function readFeatureCollectionPBufferValue(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferValueField, {
        string_value: "",
        value_type: undefined,
        float_value: 0,
        double_value: 0,
        sint_value: 0,
        uint_value: 0,
        int64_value: 0,
        uint64_value: 0,
        sint64_value: 0,
        bool_value: false,
        null_value: false,
        index: 0
    }, end);
}
function _readFeatureCollectionPBufferValueField(tag, obj, pbf) {
    if (tag === 1) {
        obj.string_value = pbf.readString();
        obj.value_type = "string_value";
    }
    else if (tag === 2) {
        obj.float_value = pbf.readFloat();
        obj.value_type = "float_value";
    }
    else if (tag === 3) {
        obj.double_value = pbf.readDouble();
        obj.value_type = "double_value";
    }
    else if (tag === 4) {
        obj.sint_value = pbf.readSVarint();
        obj.value_type = "sint_value";
    }
    else if (tag === 5) {
        obj.uint_value = pbf.readVarint();
        obj.value_type = "uint_value";
    }
    else if (tag === 6) {
        obj.int64_value = pbf.readVarint(true);
        obj.value_type = "int64_value";
    }
    else if (tag === 7) {
        obj.uint64_value = pbf.readVarint();
        obj.value_type = "uint64_value";
    }
    else if (tag === 8) {
        obj.sint64_value = pbf.readSVarint();
        obj.value_type = "sint64_value";
    }
    else if (tag === 9) {
        obj.bool_value = pbf.readBoolean();
        obj.value_type = "bool_value";
    }
    else if (tag === 10) {
        obj.null_value = pbf.readBoolean();
        obj.value_type = "null_value";
    }
    else if (tag === 11)
        obj.index = pbf.readVarint();
}
function writeFeatureCollectionPBufferValue(obj, pbf) {
    if (obj.string_value != null)
        pbf.writeStringField(1, obj.string_value);
    if (obj.float_value != null)
        pbf.writeFloatField(2, obj.float_value);
    if (obj.double_value != null)
        pbf.writeDoubleField(3, obj.double_value);
    if (obj.sint_value != null)
        pbf.writeSVarintField(4, obj.sint_value);
    if (obj.uint_value != null)
        pbf.writeVarintField(5, obj.uint_value);
    if (obj.int64_value != null)
        pbf.writeVarintField(6, obj.int64_value);
    if (obj.uint64_value != null)
        pbf.writeVarintField(7, obj.uint64_value);
    if (obj.sint64_value != null)
        pbf.writeSVarintField(8, obj.sint64_value);
    if (obj.bool_value != null)
        pbf.writeBooleanField(9, obj.bool_value);
    if (obj.null_value != null)
        pbf.writeBooleanField(10, obj.null_value);
    if (obj.index)
        pbf.writeVarintField(11, obj.index);
}
function readFeatureCollectionPBufferGeometry(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferGeometryField, { geometryType: 0, lengths: [], coords: [], ids: [] }, end);
}
function _readFeatureCollectionPBufferGeometryField(tag, obj, pbf) {
    if (tag === 1)
        obj.geometryType = pbf.readVarint();
    else if (tag === 2)
        pbf.readPackedVarint(obj.lengths);
    else if (tag === 3)
        pbf.readPackedSVarint(obj.coords);
    else if (tag === 4)
        pbf.readPackedSVarint(obj.ids);
}
function writeFeatureCollectionPBufferGeometry(obj, pbf) {
    if (obj.geometryType)
        pbf.writeVarintField(1, obj.geometryType);
    if (obj.lengths)
        pbf.writePackedVarint(2, obj.lengths);
    if (obj.coords)
        pbf.writePackedSVarint(3, obj.coords);
    if (obj.ids)
        pbf.writePackedSVarint(4, obj.ids);
}
function readFeatureCollectionPBufferCurveGeometry(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferCurveGeometryField, { geometryType: 0, parts: [], segmentSets: [], coords: [] }, end);
}
function _readFeatureCollectionPBufferCurveGeometryField(tag, obj, pbf) {
    if (tag === 1)
        obj.geometryType = pbf.readVarint();
    else if (tag === 2)
        pbf.readPackedVarint(obj.parts);
    else if (tag === 3)
        obj.segmentSets.push(readFeatureCollectionPBufferSegmentSet(pbf, pbf.readVarint() + pbf.pos));
    else if (tag === 4)
        pbf.readPackedSVarint(obj.coords);
}
function writeFeatureCollectionPBufferCurveGeometry(obj, pbf) {
    if (obj.geometryType)
        pbf.writeVarintField(1, obj.geometryType);
    if (obj.parts)
        pbf.writePackedVarint(2, obj.parts);
    if (obj.segmentSets)
        for (const item of obj.segmentSets)
            pbf.writeMessage(3, writeFeatureCollectionPBufferSegmentSet, item);
    if (obj.coords)
        pbf.writePackedSVarint(4, obj.coords);
}
function readFeatureCollectionPBufferSegmentSet(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferSegmentSetField, { type: 0, count: 0, parameters: [] }, end);
}
function _readFeatureCollectionPBufferSegmentSetField(tag, obj, pbf) {
    if (tag === 1)
        obj.type = pbf.readVarint();
    else if (tag === 2)
        obj.count = pbf.readVarint();
    else if (tag === 3)
        pbf.readPackedDouble(obj.parameters);
}
function writeFeatureCollectionPBufferSegmentSet(obj, pbf) {
    if (obj.type)
        pbf.writeVarintField(1, obj.type);
    if (obj.count)
        pbf.writeVarintField(2, obj.count);
    if (obj.parameters)
        pbf.writePackedDouble(3, obj.parameters);
}
function readFeatureCollectionPBufferesriShapeBuffer(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferesriShapeBufferField, { bytes: undefined }, end);
}
function _readFeatureCollectionPBufferesriShapeBufferField(tag, obj, pbf) {
    if (tag === 1)
        obj.bytes = pbf.readBytes();
}
function writeFeatureCollectionPBufferesriShapeBuffer(obj, pbf) {
    if (obj.bytes != null)
        pbf.writeBytesField(1, obj.bytes);
}
function readFeatureCollectionPBufferFeature(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferFeatureField, {
        attributes: [],
        geometry: undefined,
        compressed_geometry: undefined,
        shapeBuffer: undefined,
        curveGeometry: undefined,
        centroid: undefined,
        aggregateGeometries: [],
        envelope: undefined
    }, end);
}
function _readFeatureCollectionPBufferFeatureField(tag, obj, pbf) {
    if (tag === 1)
        obj.attributes.push(readFeatureCollectionPBufferValue(pbf, pbf.readVarint() + pbf.pos));
    else if (tag === 2) {
        obj.geometry = readFeatureCollectionPBufferGeometry(pbf, pbf.readVarint() + pbf.pos);
        obj.compressed_geometry = "geometry";
    }
    else if (tag === 3) {
        obj.shapeBuffer = readFeatureCollectionPBufferesriShapeBuffer(pbf, pbf.readVarint() + pbf.pos);
        obj.compressed_geometry = "shapeBuffer";
    }
    else if (tag === 7) {
        obj.curveGeometry = readFeatureCollectionPBufferCurveGeometry(pbf, pbf.readVarint() + pbf.pos);
        obj.compressed_geometry = "curveGeometry";
    }
    else if (tag === 4)
        obj.centroid = readFeatureCollectionPBufferGeometry(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 5)
        obj.aggregateGeometries.push(readFeatureCollectionPBufferGeometry(pbf, pbf.readVarint() + pbf.pos));
    else if (tag === 6)
        obj.envelope = readFeatureCollectionPBufferEnvelope(pbf, pbf.readVarint() + pbf.pos);
}
function writeFeatureCollectionPBufferFeature(obj, pbf) {
    if (obj.attributes)
        for (const item of obj.attributes)
            pbf.writeMessage(1, writeFeatureCollectionPBufferValue, item);
    if (obj.geometry)
        pbf.writeMessage(2, writeFeatureCollectionPBufferGeometry, obj.geometry);
    if (obj.shapeBuffer)
        pbf.writeMessage(3, writeFeatureCollectionPBufferesriShapeBuffer, obj.shapeBuffer);
    if (obj.curveGeometry)
        pbf.writeMessage(7, writeFeatureCollectionPBufferCurveGeometry, obj.curveGeometry);
    if (obj.centroid)
        pbf.writeMessage(4, writeFeatureCollectionPBufferGeometry, obj.centroid);
    if (obj.aggregateGeometries)
        for (const item of obj.aggregateGeometries)
            pbf.writeMessage(5, writeFeatureCollectionPBufferGeometry, item);
    if (obj.envelope)
        pbf.writeMessage(6, writeFeatureCollectionPBufferEnvelope, obj.envelope);
}
function readFeatureCollectionPBufferUniqueIdField(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferUniqueIdFieldField, { name: "", isSystemMaintained: false }, end);
}
function _readFeatureCollectionPBufferUniqueIdFieldField(tag, obj, pbf) {
    if (tag === 1)
        obj.name = pbf.readString();
    else if (tag === 2)
        obj.isSystemMaintained = pbf.readBoolean();
}
function writeFeatureCollectionPBufferUniqueIdField(obj, pbf) {
    if (obj.name)
        pbf.writeStringField(1, obj.name);
    if (obj.isSystemMaintained)
        pbf.writeBooleanField(2, obj.isSystemMaintained);
}
function readFeatureCollectionPBufferGeometryProperties(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferGeometryPropertiesField, { shapeAreaFieldName: "", shapeLengthFieldName: "", units: "" }, end);
}
function _readFeatureCollectionPBufferGeometryPropertiesField(tag, obj, pbf) {
    if (tag === 1)
        obj.shapeAreaFieldName = pbf.readString();
    else if (tag === 2)
        obj.shapeLengthFieldName = pbf.readString();
    else if (tag === 3)
        obj.units = pbf.readString();
}
function writeFeatureCollectionPBufferGeometryProperties(obj, pbf) {
    if (obj.shapeAreaFieldName)
        pbf.writeStringField(1, obj.shapeAreaFieldName);
    if (obj.shapeLengthFieldName)
        pbf.writeStringField(2, obj.shapeLengthFieldName);
    if (obj.units)
        pbf.writeStringField(3, obj.units);
}
function readFeatureCollectionPBufferServerGens(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferServerGensField, { minServerGen: 0, serverGen: 0 }, end);
}
function _readFeatureCollectionPBufferServerGensField(tag, obj, pbf) {
    if (tag === 1)
        obj.minServerGen = pbf.readVarint();
    else if (tag === 2)
        obj.serverGen = pbf.readVarint();
}
function writeFeatureCollectionPBufferServerGens(obj, pbf) {
    if (obj.minServerGen)
        pbf.writeVarintField(1, obj.minServerGen);
    if (obj.serverGen)
        pbf.writeVarintField(2, obj.serverGen);
}
function readFeatureCollectionPBufferScale(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferScaleField, { xScale: 0, yScale: 0, mScale: 0, zScale: 0 }, end);
}
function _readFeatureCollectionPBufferScaleField(tag, obj, pbf) {
    if (tag === 1)
        obj.xScale = pbf.readDouble();
    else if (tag === 2)
        obj.yScale = pbf.readDouble();
    else if (tag === 3)
        obj.mScale = pbf.readDouble();
    else if (tag === 4)
        obj.zScale = pbf.readDouble();
}
function writeFeatureCollectionPBufferScale(obj, pbf) {
    if (obj.xScale)
        pbf.writeDoubleField(1, obj.xScale);
    if (obj.yScale)
        pbf.writeDoubleField(2, obj.yScale);
    if (obj.mScale)
        pbf.writeDoubleField(3, obj.mScale);
    if (obj.zScale)
        pbf.writeDoubleField(4, obj.zScale);
}
function readFeatureCollectionPBufferTranslate(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferTranslateField, { xTranslate: 0, yTranslate: 0, mTranslate: 0, zTranslate: 0 }, end);
}
function _readFeatureCollectionPBufferTranslateField(tag, obj, pbf) {
    if (tag === 1)
        obj.xTranslate = pbf.readDouble();
    else if (tag === 2)
        obj.yTranslate = pbf.readDouble();
    else if (tag === 3)
        obj.mTranslate = pbf.readDouble();
    else if (tag === 4)
        obj.zTranslate = pbf.readDouble();
}
function writeFeatureCollectionPBufferTranslate(obj, pbf) {
    if (obj.xTranslate)
        pbf.writeDoubleField(1, obj.xTranslate);
    if (obj.yTranslate)
        pbf.writeDoubleField(2, obj.yTranslate);
    if (obj.mTranslate)
        pbf.writeDoubleField(3, obj.mTranslate);
    if (obj.zTranslate)
        pbf.writeDoubleField(4, obj.zTranslate);
}
function readFeatureCollectionPBufferTransform(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferTransformField, { quantizeOriginPostion: 0, scale: undefined, translate: undefined }, end);
}
function _readFeatureCollectionPBufferTransformField(tag, obj, pbf) {
    if (tag === 1)
        obj.quantizeOriginPostion = pbf.readVarint();
    else if (tag === 2)
        obj.scale = readFeatureCollectionPBufferScale(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 3)
        obj.translate = readFeatureCollectionPBufferTranslate(pbf, pbf.readVarint() + pbf.pos);
}
function writeFeatureCollectionPBufferTransform(obj, pbf) {
    if (obj.quantizeOriginPostion)
        pbf.writeVarintField(1, obj.quantizeOriginPostion);
    if (obj.scale)
        pbf.writeMessage(2, writeFeatureCollectionPBufferScale, obj.scale);
    if (obj.translate)
        pbf.writeMessage(3, writeFeatureCollectionPBufferTranslate, obj.translate);
}
function readFeatureCollectionPBufferFeatureResult(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferFeatureResultField, {
        objectIdFieldName: "",
        uniqueIdField: undefined,
        globalIdFieldName: "",
        geohashFieldName: "",
        geometryProperties: undefined,
        serverGens: undefined,
        geometryType: 0,
        spatialReference: undefined,
        exceededTransferLimit: false,
        hasZ: false,
        hasM: false,
        transform: undefined,
        fields: [],
        values: [],
        features: [],
        geometryFields: []
    }, end);
}
function _readFeatureCollectionPBufferFeatureResultField(tag, obj, pbf) {
    if (tag === 1)
        obj.objectIdFieldName = pbf.readString();
    else if (tag === 2)
        obj.uniqueIdField = readFeatureCollectionPBufferUniqueIdField(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 3)
        obj.globalIdFieldName = pbf.readString();
    else if (tag === 4)
        obj.geohashFieldName = pbf.readString();
    else if (tag === 5)
        obj.geometryProperties = readFeatureCollectionPBufferGeometryProperties(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 6)
        obj.serverGens = readFeatureCollectionPBufferServerGens(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 7)
        obj.geometryType = pbf.readVarint();
    else if (tag === 8)
        obj.spatialReference = readFeatureCollectionPBufferSpatialReference(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 9)
        obj.exceededTransferLimit = pbf.readBoolean();
    else if (tag === 10)
        obj.hasZ = pbf.readBoolean();
    else if (tag === 11)
        obj.hasM = pbf.readBoolean();
    else if (tag === 12)
        obj.transform = readFeatureCollectionPBufferTransform(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 13)
        obj.fields.push(readFeatureCollectionPBufferField(pbf, pbf.readVarint() + pbf.pos));
    else if (tag === 14)
        obj.values.push(readFeatureCollectionPBufferValue(pbf, pbf.readVarint() + pbf.pos));
    else if (tag === 15)
        obj.features.push(readFeatureCollectionPBufferFeature(pbf, pbf.readVarint() + pbf.pos));
    else if (tag === 16)
        obj.geometryFields.push(readFeatureCollectionPBufferGeometryField(pbf, pbf.readVarint() + pbf.pos));
}
function writeFeatureCollectionPBufferFeatureResult(obj, pbf) {
    if (obj.objectIdFieldName)
        pbf.writeStringField(1, obj.objectIdFieldName);
    if (obj.uniqueIdField)
        pbf.writeMessage(2, writeFeatureCollectionPBufferUniqueIdField, obj.uniqueIdField);
    if (obj.globalIdFieldName)
        pbf.writeStringField(3, obj.globalIdFieldName);
    if (obj.geohashFieldName)
        pbf.writeStringField(4, obj.geohashFieldName);
    if (obj.geometryProperties)
        pbf.writeMessage(5, writeFeatureCollectionPBufferGeometryProperties, obj.geometryProperties);
    if (obj.serverGens)
        pbf.writeMessage(6, writeFeatureCollectionPBufferServerGens, obj.serverGens);
    if (obj.geometryType)
        pbf.writeVarintField(7, obj.geometryType);
    if (obj.spatialReference)
        pbf.writeMessage(8, writeFeatureCollectionPBufferSpatialReference, obj.spatialReference);
    if (obj.exceededTransferLimit)
        pbf.writeBooleanField(9, obj.exceededTransferLimit);
    if (obj.hasZ)
        pbf.writeBooleanField(10, obj.hasZ);
    if (obj.hasM)
        pbf.writeBooleanField(11, obj.hasM);
    if (obj.transform)
        pbf.writeMessage(12, writeFeatureCollectionPBufferTransform, obj.transform);
    if (obj.fields)
        for (const item of obj.fields)
            pbf.writeMessage(13, writeFeatureCollectionPBufferField, item);
    if (obj.values)
        for (const item of obj.values)
            pbf.writeMessage(14, writeFeatureCollectionPBufferValue, item);
    if (obj.features)
        for (const item of obj.features)
            pbf.writeMessage(15, writeFeatureCollectionPBufferFeature, item);
    if (obj.geometryFields)
        for (const item of obj.geometryFields)
            pbf.writeMessage(16, writeFeatureCollectionPBufferGeometryField, item);
}
function readFeatureCollectionPBufferCountResult(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferCountResultField, { count: 0 }, end);
}
function _readFeatureCollectionPBufferCountResultField(tag, obj, pbf) {
    if (tag === 1)
        obj.count = pbf.readVarint();
}
function writeFeatureCollectionPBufferCountResult(obj, pbf) {
    if (obj.count)
        pbf.writeVarintField(1, obj.count);
}
function readFeatureCollectionPBufferObjectIdsResult(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferObjectIdsResultField, { objectIdFieldName: "", serverGens: undefined, objectIds: [] }, end);
}
function _readFeatureCollectionPBufferObjectIdsResultField(tag, obj, pbf) {
    if (tag === 1)
        obj.objectIdFieldName = pbf.readString();
    else if (tag === 2)
        obj.serverGens = readFeatureCollectionPBufferServerGens(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 3)
        pbf.readPackedVarint(obj.objectIds);
}
function writeFeatureCollectionPBufferObjectIdsResult(obj, pbf) {
    if (obj.objectIdFieldName)
        pbf.writeStringField(1, obj.objectIdFieldName);
    if (obj.serverGens)
        pbf.writeMessage(2, writeFeatureCollectionPBufferServerGens, obj.serverGens);
    if (obj.objectIds)
        pbf.writePackedVarint(3, obj.objectIds);
}
function readFeatureCollectionPBufferExtentCountResult(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferExtentCountResultField, { extent: undefined, count: 0 }, end);
}
function _readFeatureCollectionPBufferExtentCountResultField(tag, obj, pbf) {
    if (tag === 1)
        obj.extent = readFeatureCollectionPBufferEnvelope(pbf, pbf.readVarint() + pbf.pos);
    else if (tag === 2)
        obj.count = pbf.readVarint();
}
function writeFeatureCollectionPBufferExtentCountResult(obj, pbf) {
    if (obj.extent)
        pbf.writeMessage(1, writeFeatureCollectionPBufferEnvelope, obj.extent);
    if (obj.count)
        pbf.writeVarintField(2, obj.count);
}
function readFeatureCollectionPBufferQueryResult(pbf, end) {
    return pbf.readFields(_readFeatureCollectionPBufferQueryResultField, {
        featureResult: undefined,
        Results: undefined,
        countResult: undefined,
        idsResult: undefined,
        extentCountResult: undefined
    }, end);
}
function _readFeatureCollectionPBufferQueryResultField(tag, obj, pbf) {
    if (tag === 1) {
        obj.featureResult = readFeatureCollectionPBufferFeatureResult(pbf, pbf.readVarint() + pbf.pos);
        obj.Results = "featureResult";
    }
    else if (tag === 2) {
        obj.countResult = readFeatureCollectionPBufferCountResult(pbf, pbf.readVarint() + pbf.pos);
        obj.Results = "countResult";
    }
    else if (tag === 3) {
        obj.idsResult = readFeatureCollectionPBufferObjectIdsResult(pbf, pbf.readVarint() + pbf.pos);
        obj.Results = "idsResult";
    }
    else if (tag === 4) {
        obj.extentCountResult = readFeatureCollectionPBufferExtentCountResult(pbf, pbf.readVarint() + pbf.pos);
        obj.Results = "extentCountResult";
    }
}
function writeFeatureCollectionPBufferQueryResult(obj, pbf) {
    if (obj.featureResult)
        pbf.writeMessage(1, writeFeatureCollectionPBufferFeatureResult, obj.featureResult);
    if (obj.countResult)
        pbf.writeMessage(2, writeFeatureCollectionPBufferCountResult, obj.countResult);
    if (obj.idsResult)
        pbf.writeMessage(3, writeFeatureCollectionPBufferObjectIdsResult, obj.idsResult);
    if (obj.extentCountResult)
        pbf.writeMessage(4, writeFeatureCollectionPBufferExtentCountResult, obj.extentCountResult);
}
//# sourceMappingURL=PbfFeatureCollectionV2.js.map