Have you noticed these problems with CoPilot?

I had a tough time fighting the Copliot in sidebar for coding.

When using Microsoft Edge’s **Copilot sidebar**, I encountered a set of problems that were subtle, time‑consuming, and difficult to diagnose. These issues are not obvious, and most users will not realize what is happening until their code or JSON files mysteriously break.

This is just not a JSON file-only problem but extends to any kid of coding.

This post documents:

1. what was observed

2. The most reasonable technical explanation, and 

3. The practical workaround**.

1. What Was Observed

a) Hidden metadata being copied into code files

Whenever I copied JSON or code from the Edge Copilot sidebar, an invisible block of metadata was silently appended to the clipboard. It looked like this (simplified):

# User's Edge browser tabs metadata.

# The tab with IsCurrent=true is the user's currently active tab.

edge_all_open_tabs = [

    {"pageTitle":"MSN", "pageUrl":"https://www.msn.com/...","tabId":1345274581,"isCurrent":true}

]

```This metadata is **not visible in the chat window**, but it *is* included when you copy text out of the sidebar.

If you paste this into a JSON file, Python file, YAML file, or any strict syntax format, it immediately breaks the file.

b) JSONDecodeError and other syntax errors

Because the metadata is not JSON, pasting it into a JSON file produces:

```

JSONDecodeError: Expecting value

```

The same metadata breaks:

- Python  

- JavaScript  

- XML  

- YAML  

- TOML  

- INI  

- HTML  

- Shell scripts  

- Any configuration file  

This problem is **not specific to JSON** — it affects *any* code or data format.

c) Browser instability during long chat sessions**

After 30–60 minutes of continuous use, the Edge sidebar began to behave strangely:

- The UI became jittery  

- Scrolling lagged  

- The sidebar flickered  

- The Copilot panel froze intermittently  

- The browser felt “shaky”  

d) Transparent and semi‑transparent overlays**

The most unusual symptom:

> Windows from other applications began to appear faintly through the Edge sidebar**, as if the browser’s rendering layers were leaking.

This looked like GPU corruption, but only the Edge sidebar was affected — not the rest of the system.

2. The Most Reasonable Explanation

a) The Edge sidebar injects metadata after every message

The sidebar is designed to pass browsing context to Copilot.  

To do this, it appends a hidden metadata block after each message.

This metadata includes:

- Open tabs  

- Active tab  

- Page titles  

- Page URLs  

- Tab IDs  

This is normally hidden, but the clipboard captures it.

b) Long sessions overload the sidebar’s rendering engine

The Edge sidebar is a layered WebView container.  

As the chat grows:

- More metadata is generated  

- More rendering layers accumulate  

- More state is stored  

Eventually, the rendering engine becomes overloaded, causing:

- Flicker  

- Lag  

- UI instability  

- Transparent overlays  

- Partial redraws  

This explains the “ghost windows” and semi‑transparent artifacts.

c) This behavior is unique to the Edge sidebar

Chrome, Firefox, and DuckDuckGo do 'not' inject metadata.  

They run Copilot as a normal webpage, not a sidebar container.

No sidebar → no metadata → no instability.

3. Workarounds

✔ Use Copilot in a normal browser tab (Chrome, DuckDuckGo, Firefox)

This completely avoids:

- Hidden metadata  

- JSON corruption  

- Syntax errors  

- UI instability  

- Transparent overlays  

✔ If you prefer Edge, use the “pop‑out” window 

The pop‑out behaves like a normal webpage and does **not** inject metadata.

✔ Never paste directly from the Edge sidebar into code**  

If you must use the sidebar:

1. Paste into Notepad first  

2. Check for metadata  

3. Then paste into your editor  

✔ Restart Edge when instability begins**  

Once the rendering layers start glitching, only a restart clears the state.

Summary

The Edge Copilot sidebar has two major issues:

1. It silently appends browser metadata behind your messages, which corrupts JSON, Python, and any strict syntax file when copied.  

2. It becomes unstable during long sessions, causing lag, flicker, and transparent overlays from other windows.

The simplest and most reliable solution:

Use Copilot in a normal browser tab instead of the Edge sidebar.

This avoids the metadata problem entirely and keeps your browser stable.

Happy coding!

How to avoid the "Ninja Traps" of Windows: How My Excel Files Vanished into a Browser Cache

We’ve all been there. You are working diligently on an important document, hit "Save," close your laptop, and go about your day. But the next time you open your computer, the file is nowhere to be found. It’s not in your Documents folder, it’s not on your Desktop, and a global system search turns up absolutely nothing.

This exact scenario happened to me recently with an Excel spreadsheet tracking critical transactions. After a deep technical dive under the hood of my PC, I uncovered a chain reaction of two modern Windows “ninja traps” that can make your files seem to vanish into thin air.

If you expect your files to stay where you saved them—and be easy to find later—here is what is actually happening behind the scenes, and how to fix it.

Trap #1: The Browser Cache Sandbox

The mystery began when I finally tracked a missing spreadsheet down to a deeply hidden file path:

C:\Users\JohnDoe\AppData\Local\Packages\BrowserName.DesktopBrowser_xyz123\LocalCache\Documents

How did a personal Excel file end up inside a hidden browser folder?

How the trap snaps shut:

When you open an email attachment or click a file directly inside a browser (instead of saving it first), the browser may place that file in a temporary, sandboxed location. This is especially common with certain browser configurations and secure environments.

If you begin editing the file in Excel and hit Save, Excel saves changes back to that same temporary location. From your perspective, everything looks normal—until you close the file and try to find it later. Because it was never saved to a standard folder like Documents or Desktop, it appears to be missing.

Trap #2: The OneDrive Folder Redirect

The situation becomes more confusing when your Documents folder is no longer truly local.

In my case, the expected path:
C:\Users\JohnDoe\Documents

had been redirected to:
C:\Users\JohnDoe\OneDrive\Documents

This happens when OneDrive enables its “backup” feature (also called Known Folder Backup), which moves standard folders like Documents, Desktop, and Pictures into a cloud-synced location. This can occur during setup prompts that are easy to accept without realizing the impact.

Why this creates confusion:

1. Changed expectations: Files are no longer stored where users expect them. Even though the folder name looks the same, its location and behavior have changed.

2. Mixed local and cloud files: With “Files On-Demand,” some files may only exist in the cloud unless opened. This can make it harder to confirm where files actually reside.

3. Search limitations: Windows Search may not reliably find files that are stored as online-only or not fully indexed locally, leading to “missing file” situations even when the file exists.

How to Escape the Traps and Reclaim Your Files

If your files have ended up in hidden or unexpected locations, you can restore control in a few steps:

1. Rescue the Cached Files

Use Excel’s Recent Files list to reopen the document if possible. Then immediately use File > Save As and save it to a known location like Documents or Desktop.

If needed, manually navigate to the browser cache path and copy your files out. Once recovered, delete leftover files in that cache to avoid confusion later.

2. Disable OneDrive Folder Backup (Optional)

If you prefer your files to stay local and predictable:

• Click the OneDrive icon near the system clock

• Go to Settings > Sync and Backup > Manage Backup

• Turn off backup for Documents, Desktop, and Pictures

This stops automatic redirection of your folders.

3. Restore a True Local Documents Folder

Ensure your local folder exists at:
C:\Users\YourName\Documents

Then manually move your files from:
C:\Users\YourName\OneDrive\Documents
back into the local Documents folder.

4. Decide Whether to Keep OneDrive

If you do not need cloud backup, you can uninstall OneDrive. However, many users prefer to keep it and simply disable automatic folder backup for better control.

The Takeaway

For everyday users, the expectation is simple: when you save a file, it should stay in a clear, familiar location.

Problems arise when files are opened directly from browsers or when system folders are quietly redirected into cloud storage. The result is not true data loss—but it can feel like it.

The safest habits are:

• Always use Save As when opening files from a browser or email

• Confirm the save location before closing a file

• Keep your Documents folder local if you value predictability over cloud sync

With a few adjustments, you can avoid these “invisible file” scenarios and keep your data exactly where you expect it to be.

p.s. One more thing happened. The security of the file had gone. I had to login to access my files that were find fine to start with. I avoid Edge Browser if I can help it. It makes coding help from AI more a liability than help.

What is the stadard way for applications needing login to ask for verification code?

 Normally, you either get a text message on your phone number on record, or a call to your phone, and sometimes to your email on record. Authentication programs are also used.

BANK OF America has a new way, calling a 800 phone number of the bank. I think it is very odd. I tried to call that number which happens to be their generic gateway. Got nowhere!

How to transcribe an audio file(.wav) using Python?

 

Local AI Transcription: A Step-by-Step Guide to Privacy and Control

In an era of cloud-based everything, there is immense value in processing sensitive audio locally on your own machine. Whether you are transcribing personal journals, academic research, or sensitive meeting notes, running OpenAI’s Whisper locally ensures your data never leaves your computer. I needed this for converting my voiced experiences to text that I may later edit.

This guide takes you through the setup from scratch.

1. Prerequisites: Python and Your IDE

Before we can run the AI, we need a standard development environment.

• Python: If you don't have it, download the latest version from python.org. When installing, ensure you check the box that says "Add Python to PATH."

• IDE (Integrated Development Environment): Use PyCharm (Community Edition is free) or VS Code. These tools provide a terminal window where we can run our commands.

2. The Critical Hurdle: Installing FFmpeg

Whisper relies on FFmpeg, a powerful multimedia framework, to handle audio file processing. If this isn't configured correctly, your Python code will fail to "hear" your file.

The Automatic Way (Try this first):

1. Open your terminal in your IDE.

2. Run: winget install ffmpeg

3. If this completes, skip to the verification step.

The Manual Way (If the above fails):

1. Visit gyan.dev and download the ffmpeg-release-essentials.zip file.

2. Extract the contents (right-click -> Extract All).

3. Rename the folder to ffmpeg and move it to your C: drive (C:\ffmpeg).

4. Add to PATH (Vital):

   • Press the Windows key, type "env," and select "Edit the system environment variables."

   • Click Environment Variables (bottom right).

   • Under System variables, select Path and click Edit.

   • Click New and add the path to the bin folder: C:\ffmpeg\bin.

   • Click OK on all windows.

   • Crucial: Close and restart your IDE (PyCharm/VS Code) so it recognizes the change.

Verify: In your terminal, type ffmpeg -version. If you see text describing the version, you are ready to proceed.

3. Installing OpenAI Whisper

Now that your system can process audio, we install the AI engine. In your terminal, run the following:

Bash

pip install openai-whisper

This command downloads the Whisper library. It may take a moment, as it also installs necessary dependencies like torch (the machine learning engine).

4. Setting Up Your Project

Create a new folder for your project (e.g., MyTranscriptionProject). Inside that folder, you need two files:

1. Your Audio File: Place your file (e.g., audio.wav) in this folder.

2. The Python Script: Create a new file named transcribe.py and paste the following code:

Python

import whisper

# 1. Load the model. 
# 'base' is a great balance of speed and accuracy. 
# 'large' is much more accurate but slower.
model = whisper.load_model("base")

# 2. Transcribe the audio file.
# Change 'audio.wav' to your actual filename.
result = model.transcribe("audio.wav")

# 3. Print the text to the console
print(result["text"])

# 4. Save the transcript to a text file.
with open("transcript.txt", "w", encoding="utf-8") as f:
    f.write(result["text"])

print("Transcription complete! Check transcript.txt")

5. Running the Transcription

1. Open the terminal inside your IDE (ensure it is pointed at your project folder).

2. Run the script:

   Bash

   python transcribe.py
   

What to expect:

• The first time you run this, it will download the "base" model from the internet automatically.

• Once downloaded, it will process the audio. You will see a file named transcript.txt appear in your project folder once it finishes.

---

Why this approach is superior:

• Zero Latency: You are not waiting for cloud servers to process your file.

• Total Privacy: No audio is uploaded to any server. It stays on your machine.

• Zero Cost: You are using open-source tools with no subscription fees.

• FileSize: Noproblem

By following these steps, you maintain complete sovereignty over your data while leveraging state-of-the-art AI technology.