@etothepii/satisfactory-file-parser/build/parser/parser.js

A file parser for satisfactory files. Includes save files and blueprint files.

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.Parser = void 0;
const blueprint_reader_1 = require("./satisfactory/blueprint/blueprint-reader");
const blueprint_writer_1 = require("./satisfactory/blueprint/blueprint-writer");
const satisfactory_save_1 = require("./satisfactory/save/satisfactory-save");
const save_reader_1 = require("./satisfactory/save/save-reader");
const save_writer_1 = require("./satisfactory/save/save-writer");
class Parser {
    static WriteSave(save, onBinaryBeforeCompressing, onHeader, onChunk) {
        const writer = new save_writer_1.SaveWriter();
        save_writer_1.SaveWriter.WriteHeader(writer, save.header);
        const posAfterHeader = writer.getBufferPosition();
        save_writer_1.SaveWriter.WriteSaveBodyHash(writer, save.gridHash);
        save_writer_1.SaveWriter.WriteGrids(writer, save.grids);
        save_writer_1.SaveWriter.WriteLevels(writer, save, save.header.buildVersion);
        writer.endWriting();
        const chunkSummary = writer.generateChunks(save.compressionInfo, posAfterHeader, onBinaryBeforeCompressing, onHeader, onChunk);
        return chunkSummary;
    }
    static ParseSaveFile(name, file, onDecompressedSaveBody = () => { }, onProgress = () => { }) {
        const reader = new save_reader_1.SaveReader(new Uint8Array(file).buffer, onProgress);
        const header = reader.readHeader();
        const save = new satisfactory_save_1.SatisfactorySave(name, header);
        const inflateResult = reader.inflateChunks();
        onDecompressedSaveBody(reader.getBuffer());
        const gridHash = reader.readSaveBodyHash();
        save.gridHash = gridHash;
        const grids = reader.readGrids();
        save.grids = grids;
        save.levels = reader.readLevels();
        save.compressionInfo = reader.compressionInfo;
        save.trailingCollectedObjects = reader.trailingCollectedObjects;
        return save;
    }
    static WriteBlueprintFiles(blueprint, onMainFileBinaryBeforeCompressing = () => { }, onMainFileHeader = () => { }, onMainFileChunk = () => { }) {
        const blueprintWriter = new blueprint_writer_1.BlueprintWriter();
        blueprint_writer_1.BlueprintWriter.SerializeHeader(blueprintWriter, blueprint.header);
        const saveBodyPos = blueprintWriter.getBufferPosition();
        blueprint_writer_1.BlueprintWriter.SerializeObjects(blueprintWriter, blueprint.objects);
        blueprintWriter.endWriting();
        let binaryChunks = [];
        let binaryHeader;
        const mainFileChunkSummary = blueprintWriter.generateChunks(blueprint.compressionInfo, saveBodyPos, onMainFileBinaryBeforeCompressing, onMainFileHeader, onMainFileChunk);
        const configWriter = new blueprint_writer_1.BlueprintConfigWriter();
        blueprint_writer_1.BlueprintConfigWriter.SerializeConfig(configWriter, blueprint.config);
        const configFileBinary = configWriter.endWriting();
        return {
            mainFileChunkSummary,
            configFileBinary
        };
    }
    static ParseBlueprintFiles(name, blueprintFile, blueprintConfigFile, onDecompressedBlueprintBody = () => { }) {
        const blueprintConfigReader = new blueprint_reader_1.BlueprintConfigReader(new Uint8Array(blueprintConfigFile).buffer);
        const config = blueprint_reader_1.BlueprintConfigReader.ParseConfig(blueprintConfigReader);
        const blueprintReader = new blueprint_reader_1.BlueprintReader(new Uint8Array(blueprintFile).buffer);
        const header = blueprint_reader_1.BlueprintReader.ReadHeader(blueprintReader);
        const inflateResult = blueprintReader.inflateChunks();
        onDecompressedBlueprintBody(inflateResult.inflatedData);
        const blueprintObjects = blueprint_reader_1.BlueprintReader.ParseObjects(blueprintReader);
        const blueprint = {
            name,
            compressionInfo: blueprintReader.compressionInfo,
            header: header,
            config,
            objects: blueprintObjects
        };
        return blueprint;
    }
}
Parser.JSONStringifyModified = (obj, indent = 0) => JSON.stringify(obj, (key, value) => {
    if (typeof value === 'bigint') {
        return value.toString();
    }
    else if (value === 0 && 1 / value < 0) {
        return '-0';
    }
    return value;
}, indent);
exports.Parser = Parser;