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Top 10 Examples of "comlink in functional component" in JavaScript

Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'comlink' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.

// Data Callback
      Comlink.proxy(
        this._processDataCallback.bind(this, {
          commandOptionIndex,
          sync: false
        })
      ),
      // End Callback
      Comlink.proxy(
        this._processEndCallback.bind(this, {
          commandOptionIndex,
          processWorker
        })
      ),
      // Error Callback
      Comlink.proxy(
        this._processErrorCallback.bind(this, { commandOptionIndex })
      ),
      // Shared Array Bufer
      sharedStdinBuffer,
      // Stdin read callback
      Comlink.proxy(this._processStartStdinReadCallback.bind(this))
    );

    // Initialize the shared Stdin.
    // Index 0 will be number of elements in buffer
    const sharedStdin = new Int32Array(sharedStdinBuffer);
    sharedStdin[0] = -1;

    return {
      process,
      commandOptionIndex,
),
      // End Callback
      Comlink.proxy(
        this._processEndCallback.bind(this, {
          commandOptionIndex,
          processWorker
        })
      ),
      // Error Callback
      Comlink.proxy(
        this._processErrorCallback.bind(this, { commandOptionIndex })
      ),
      // Shared Array Bufer
      sharedStdinBuffer,
      // Stdin read callback
      Comlink.proxy(this._processStartStdinReadCallback.bind(this))
    );

    // Initialize the shared Stdin.
    // Index 0 will be number of elements in buffer
    const sharedStdin = new Int32Array(sharedStdinBuffer);
    sharedStdin[0] = -1;

    return {
      process,
      commandOptionIndex,
      worker: processWorker,
      sharedStdin: sharedStdin
    };
  }
if (
          commandOptionIndex <
          this.commandOptionsForProcessesToRun.length - 1
        ) {
          // Try to spawn the next process, if we haven't already
          this.tryToSpawnProcess(commandOptionIndex + 1);
        } else {
          // We are now done!
          // Call the passed end callback
          this.isRunning = false;
          this.endCallback();
        }
      }),
      // Error Callback
      Comlink.proxy((error: string) => {
        this.xterm.write(
          `Program ${this.commandOptionsForProcessesToRun[commandOptionIndex].args[0]}: ${error}\r\n`
        );
        this.kill();
        this.endCallback();
      }),
      // Stdin
      this.initialStdinDataForNextProcess.length > 0
        ? this.initialStdinDataForNextProcess
        : undefined,
      // Binary Script (Fallback case)
      this.isUsingFallback ? binaryenScript : undefined
    );

    // Remove the initial stdin if we added it
    if (this.initialStdinDataForNextProcess.length > 0) {
const sharedStdinBuffer = new SharedArrayBuffer(8192);

    // Get our filesystem state
    const wasmFsJson = this.wasmTerminalConfig.wasmFs.toJSON();

    // Create our Io Device Window
    const ioDeviceWindow = new IoDeviceWindow();

    // @ts-ignore
    const process: any = await new processComlink(
      // Command Options
      this.commandOptionsForProcessesToRun[commandOptionIndex],
      // WasmFs File System JSON
      wasmFsJson,
      // Data Callback
      Comlink.proxy(
        this._processDataCallback.bind(this, {
          commandOptionIndex,
          sync: false
        })
      ),
      // End Callback
      Comlink.proxy(
        this._processEndCallback.bind(this, {
          commandOptionIndex,
          processWorker
        })
      ),
      // Error Callback
      Comlink.proxy(
        this._processErrorCallback.bind(this, { commandOptionIndex })
      ),
// Data Callback
      Comlink.proxy(
        this._processDataCallback.bind(this, {
          commandOptionIndex,
          sync: false
        })
      ),
      // End Callback
      Comlink.proxy(
        this._processEndCallback.bind(this, {
          commandOptionIndex,
          processWorker
        })
      ),
      // Error Callback
      Comlink.proxy(
        this._processErrorCallback.bind(this, { commandOptionIndex })
      ),
      // Io Device Window
      Comlink.proxy(ioDeviceWindow),
      // Shared Array Bufer
      sharedStdinBuffer,
      // Stdin read callback
      Comlink.proxy(this._processStartStdinReadCallback.bind(this))
    );

    // Initialize the shared Stdin.
    // Index 0 will be number of elements in buffer
    const sharedStdin = new Int32Array(sharedStdinBuffer);
    sharedStdin[0] = -1;

    return {
// @ts-ignore
    const process: any = await new processComlink(
      // Command Options
      this.commandOptionsForProcessesToRun[commandOptionIndex],
      // WasmFs File System JSON
      wasmFsJson,
      // Data Callback
      Comlink.proxy(
        this._processDataCallback.bind(this, {
          commandOptionIndex,
          sync: false
        })
      ),
      // End Callback
      Comlink.proxy(
        this._processEndCallback.bind(this, {
          commandOptionIndex,
          processWorker
        })
      ),
      // Error Callback
      Comlink.proxy(
        this._processErrorCallback.bind(this, { commandOptionIndex })
      ),
      // Io Device Window
      Comlink.proxy(ioDeviceWindow),
      // Shared Array Bufer
      sharedStdinBuffer,
      // Stdin read callback
      Comlink.proxy(this._processStartStdinReadCallback.bind(this))
    );
// @ts-ignore
    const process: any = await new processComlink(
      // Command Options
      this.commandOptionsForProcessesToRun[commandOptionIndex],
      // WasmFs File System JSON
      wasmFsJson,
      // Data Callback
      Comlink.proxy(
        this._processDataCallback.bind(this, {
          commandOptionIndex,
          sync: false
        })
      ),
      // End Callback
      Comlink.proxy(
        this._processEndCallback.bind(this, {
          commandOptionIndex,
          processWorker
        })
      ),
      // Error Callback
      Comlink.proxy(
        this._processErrorCallback.bind(this, { commandOptionIndex })
      ),
      // Shared Array Bufer
      sharedStdinBuffer,
      // Stdin read callback
      Comlink.proxy(this._processStartStdinReadCallback.bind(this))
    );

    // Initialize the shared Stdin.
async spawnProcess(commandOptionIndex: number) {
    // First set up our fallback if we need to
    let binaryenScript = "";
    if (this.isUsingFallback && this.binaryenScriptPromise) {
      binaryenScript = await this.binaryenScriptPromise;
    }

    // Generate our process
    const processWorker = new Worker("./workers/process/process.worker.js");
    const processComlink = Comlink.wrap(processWorker);

    // @ts-ignore
    const process: any = await new processComlink(
      this.commandOptionsForProcessesToRun[commandOptionIndex],
      // Data Callback
      Comlink.proxy((data: Uint8Array) => {
        if (
          commandOptionIndex <
          this.commandOptionsForProcessesToRun.length - 1
        ) {
          // Pass along to the next spawned process
          if (this.spawnedProcessToWorker.length > 1) {
            this.spawnedProcessToWorker[1].process.receiveStdinChunk(data);
          } else {
            const newInitialStdinData = new Uint8Array(
              data.length + this.initialStdinDataForNextProcess.length
if (!this.wasmTerminalConfig.processWorkerUrl) {
      throw new Error("Terminal Config missing the Process Worker URL");
    }

    let processWorkerUrl = this.wasmTerminalConfig.processWorkerUrl;
    /*ROLLUP_REPLACE_INLINE
    processWorkerUrl = processWorkerInlinedUrl;
    ROLLUP_REPLACE_INLINE*/

    // Generate our process
    const workerBlobUrl = await this._getBlobUrlForProcessWorker(
      processWorkerUrl,
      this.wasmTty
    );
    const processWorker = new Worker(workerBlobUrl);
    const processComlink = Comlink.wrap(processWorker);

    // Generate our shared buffer
    const sharedStdinBuffer = new SharedArrayBuffer(8192);

    // Get our filesystem state
    const wasmFsJson = this.wasmTerminalConfig.wasmFs.toJSON();

    // @ts-ignore
    const process: any = await new processComlink(
      // Command Options
      this.commandOptionsForProcessesToRun[commandOptionIndex],
      // WasmFs File System JSON
      wasmFsJson,
      // Data Callback
      Comlink.proxy(
        this._processDataCallback.bind(this, {
if (!this.wasmTerminalConfig.processWorkerUrl) {
      throw new Error("Terminal Config missing the Process Worker URL");
    }

    let processWorkerUrl = this.wasmTerminalConfig.processWorkerUrl;
    /*ROLLUP_REPLACE_INLINE
    processWorkerUrl = processWorkerInlinedUrl;
    ROLLUP_REPLACE_INLINE*/

    // Generate our process
    const workerBlobUrl = await this._getBlobUrlForProcessWorker(
      processWorkerUrl,
      this.wasmTty
    );
    const processWorker = new Worker(workerBlobUrl);
    const processComlink = Comlink.wrap(processWorker);

    // Generate our shared buffer
    const sharedStdinBuffer = new SharedArrayBuffer(8192);

    // Get our filesystem state
    const wasmFsJson = this.wasmTerminalConfig.wasmFs.toJSON();

    // Create our Io Device Window
    const ioDeviceWindow = new IoDeviceWindow();

    // @ts-ignore
    const process: any = await new processComlink(
      // Command Options
      this.commandOptionsForProcessesToRun[commandOptionIndex],
      // WasmFs File System JSON
      wasmFsJson,

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