import fs from "fs"; import { modelsPath } from "../utils/get-resource-paths"; import COMMAND from "../constants/commands"; import { customModelsFolderPath, folderPath, outputFolderPath, overwrite, saveOutputFolder, setChildProcesses, setOverwrite, setStopped, stopped, } from "../utils/config-variables"; import convertAndScale from "../utils/convert-and-scale"; import { getSingleImageArguments } from "../utils/get-arguments"; import logit from "../utils/logit"; import slash from "../utils/slash"; import { spawnUpscayl } from "../utils/spawn-upscayl"; import { parse } from "path"; import DEFAULT_MODELS from "../constants/models"; import { getMainWindow } from "../main-window"; const imageUpscayl = async (event, payload) => { const mainWindow = getMainWindow(); if (!mainWindow) { logit("No main window found"); return; } setOverwrite(payload.overwrite); const model = payload.model as string; const gpuId = payload.gpuId as string; const saveImageAs = payload.saveImageAs as string; let inputDir = (payload.imagePath.match(/(.*)[\/\\]/)[1] || "") as string; let outputDir: string | undefined = folderPath || (payload.outputPath as string); if (saveOutputFolder === true && outputFolderPath) { outputDir = outputFolderPath; } const isDefaultModel = DEFAULT_MODELS.includes(model); const fullfileName = payload.imagePath.replace(/^.*[\\\/]/, "") as string; const fileName = parse(fullfileName).name; const fileExt = parse(fullfileName).ext; let scale = "4"; if (model.includes("x2")) { scale = "2"; } else if (model.includes("x3")) { scale = "3"; } else { scale = "4"; } const outFile = outputDir + slash + fileName + "_upscayl_" + payload.scale + "x_" + model + "." + saveImageAs; // UPSCALE if (fs.existsSync(outFile) && !overwrite) { // If already upscayled, just output that file logit("✅ Already upscayled at: ", outFile); mainWindow.webContents.send( COMMAND.UPSCAYL_DONE, outFile.replace( /([^/\\]+)$/i, encodeURIComponent(outFile.match(/[^/\\]+$/i)![0]) ) ); } else { const upscayl = spawnUpscayl( "realesrgan", getSingleImageArguments( inputDir, fullfileName, outFile, isDefaultModel ? modelsPath : customModelsFolderPath ?? modelsPath, model, scale, gpuId, "png" ), logit ); setChildProcesses(upscayl); setStopped(false); let isAlpha = false; let failed = false; const onData = (data: string) => { logit("image upscayl: ", data.toString()); mainWindow.setProgressBar(parseFloat(data.slice(0, data.length)) / 100); data = data.toString(); mainWindow.webContents.send(COMMAND.UPSCAYL_PROGRESS, data.toString()); if (data.includes("invalid gpu") || data.includes("failed")) { logit("❌ INVALID GPU OR FAILED"); upscayl.kill(); failed = true; } if (data.includes("has alpha channel")) { logit("📢 INCLUDES ALPHA CHANNEL, CHANGING OUTFILE NAME!"); isAlpha = true; } }; const onError = (data) => { if (!mainWindow) return; mainWindow.setProgressBar(-1); mainWindow.webContents.send(COMMAND.UPSCAYL_PROGRESS, data.toString()); failed = true; upscayl.kill(); return; }; const onClose = async () => { if (!failed && !stopped) { logit("💯 Done upscaling"); logit("♻ Scaling and converting now..."); mainWindow.webContents.send(COMMAND.SCALING_AND_CONVERTING); // Free up memory upscayl.kill(); try { await convertAndScale( inputDir + slash + fullfileName, isAlpha ? outFile + ".png" : outFile, outFile, payload.scale, saveImageAs, onError ); mainWindow.setProgressBar(-1); mainWindow.webContents.send( COMMAND.UPSCAYL_DONE, outFile.replace( /([^/\\]+)$/i, encodeURIComponent(outFile.match(/[^/\\]+$/i)![0]) ) ); } catch (error) { logit( "❌ Error processing (scaling and converting) the image. Please report this error on GitHub.", error ); upscayl.kill(); mainWindow.webContents.send( COMMAND.UPSCAYL_ERROR, "Error processing (scaling and converting) the image. Please report this error on Upscayl GitHub Issues page." ); } } }; upscayl.process.stderr.on("data", onData); upscayl.process.on("error", onError); upscayl.process.on("close", onClose); } }; export default imageUpscayl;