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fonefinder.net

If you've ever needed to track down the origin of a phone number, fonefinder.net might just be the tool you're looking for. This nifty website has been around since the late '90s, offering a straightforward way to uncover the city, state, and even country tied to almost any phone number worldwide.

What makes FoneFinder stand out is its simplicity. You just pop in a phone number, hit search, and voila - details like the geographic location and sometimes the telecom provider appear. It's especially handy for those mystery calls from unknown area codes or international numbers. The site's database is fueled by contributions from users and data enthusiasts globally, keeping it surprisingly robust for such a minimalist platform.

So, next time you're staring at an unfamiliar number, give FoneFinder a whirl. It's a quirky, reliable throwback to the early internet that still holds its own in 2025!

Website Description

Search for USA/Canadian telephone numbers

Fone Finder
https://www.fonefinder.net/

 

Mastering the "Float on Top" Feature in Stickies

If you're looking for a simple, distraction-free way to keep important notes front and center, the macOS Stickies app has just the tool: "Float on Top."


Why Use Stickies?

Stickies has been part of macOS for decades, and it's still incredibly useful. Whether you're jotting down a quick to-do list or pasting in an important phone number, Stickies gives you fast access to notes without opening another app.

The Magic of "Float on Top"

One of Stickies' most underrated features is "Float on Top", which keeps a note above all other windows - even when you switch applications.

Perfect for Zoom Calls

If you're running a virtual meeting, use Stickies with Float on Top to:

  • Remind yourself of key talking points
  • Keep an agenda visible without flipping between documents
  • Highlight names or questions you don't want to forget

It's like having a personal teleprompter - without the price tag.

Also Great for Task Reminders

Stickies can serve as lightweight reminders while you work. When a sticky is floating on top, it's hard to ignore, making it ideal for time-sensitive to-dos or quick notes that shouldn't get buried under browser tabs and chat windows.

Simple, Yet Powerful

In a world full of over-complicated productivity apps, Stickies offers something refreshingly simple. And the Float on Top feature makes it surprisingly powerful. It's built into macOS, lightweight, and always ready when you need it.

Try using Stickies the next time you're preparing for a meeting or need to keep something top of mind - it just might become your new favorite productivity trick.

 

Modern Number Formatting

The Old Way: Perl's Commify Function

In the days of Perl, developers often wrote custom functions to format numbers with commas for readability. Here's an example of a Perl function called commify that added commas to numbers:


sub commify {
    local($_) = shift;
    1 while s/^(-?d+)(d{3})/$1,$2/;
    return $_;
}

                

This function:

  • Takes a number as input.
  • Uses a regular expression to insert commas every three digits from the right.
  • Handles negative numbers with the -? pattern.
  • Returns the formatted string (e.g., 1234567 becomes 1,234,567).

While effective, this approach is verbose and relies on regex, which can be error-prone and hard to maintain.

The Modern Way: Playwright with TypeScript

Today, when working with modern web automation tools like Playwright and TypeScript, you can achieve the same result using JavaScript's built-in toLocaleString() method. This method is simpler, more readable, and supports internationalization out of the box.

Here's how you can format numbers in a Playwright test with TypeScript:


import { test, expect } from '@playwright/test';
test('Format number with commas', async ({ page }) => {
    await page.goto('https://example.com');
    const number = 1234567;
    const formattedNumber = number.toLocaleString('en-US'); // Outputs: "1,234,567"
    // Example: Set the formatted number in an input field
    await page.locator('#number-input').fill(formattedNumber);
    // Verify the value
    const inputValue = await page.locator('#number-input').inputValue();
    expect(inputValue).toBe('1,234,567');
});

In this example:

  • toLocaleString('en-US') formats the number with commas according to the US locale (e.g., 1234567 becomes 1,234,567).
  • The formatted number is used in a Playwright test to fill an input field and verify its value.
  • No custom regex or loops are needed, making the code cleaner and less prone to errors.

Why toLocaleString() is Better

Using toLocaleString() over the Perl commify function offers several advantages:

  • Simplicity: No need for complex regex or manual string manipulation.
  • Internationalization: Supports different locales (e.g., de-DE for German formatting with periods: 1.234.567).
  • Built-in: Native to JavaScript, so no custom code is required.
  • Type Safety: When used in TypeScript, you get type checking for numbers and locale strings.

For example, to format a number for a German audience:


const number = 1234567;
const formattedNumber = number.toLocaleString('de-DE'); // Outputs: "1.234.567"

                

Using toLocaleString() in Playwright

In a real-world Playwright scenario, you might need to format numbers when testing forms, displaying data, or verifying UI elements. Here's a more complete example:


import { test, expect } from '@playwright/test';
test('Test number formatting in a form', async ({ page }) => {
    await page.goto('https://example.com/form');
    const rawNumber = 9876543.21;
    const formattedNumber = rawNumber.toLocaleString('en-US', {
        minimumFractionDigits: 2,
        maximumFractionDigits: 2
    }); // Outputs: "9,876,543.21"
    // Fill a form input with the formatted number
    await page.locator('#price-input').fill(formattedNumber);
    // Submit the form
    await page.locator('#submit-btn').click();
    // Verify the displayed result
    const displayText = await page.locator('#price-display').textContent();
    expect(displayText).toContain('9,876,543.21');
});

This test formats a number with two decimal places, fills a form, submits it, and verifies the result in the UI.

Conclusion

The transition from Perl's commify to JavaScript's toLocaleString() in a Playwright and TypeScript environment showcases how modern web development simplifies tasks that once required custom solutions. With toLocaleString(), you get a robust, maintainable, and internationally aware solution for number formatting, perfectly suited for browser automation with Playwright.

So, next time you're formatting numbers in your Playwright tests, skip the regex and reach for toLocaleString() - your code will thank you!

 

Spell-Check Your Site Using Pytest

Here's a clever way to catch embarrassing spelling mistakes on your website using pytest and spellchecker. This script can be scheduled to run periodically to ensure nothing slips through the cracks!

Why Check for Spelling?

Spelling errors can reduce trust, affect SEO, and just look unprofessional. With this script, you can automatically scan your site's content and get alerted if anything seems off.

Dependencies

  • pytest
  • requests
  • beautifulsoup4
  • pyspellchecker

Install them with:

pip install pytest requests beautifulsoup4 pyspellchecker

The Test Code

Here is the full test you can drop into your test suite:

import pytest
import requests
from bs4 import BeautifulSoup
from spellchecker import SpellChecker
from urllib.parse import urljoin
def get_visible_text(url):
    try:
        response = requests.get(url, timeout=10)
        response.raise_for_status()
    except requests.RequestException as e:
        pytest.fail(f"Failed to fetch {url}: {e}")
    soup = BeautifulSoup(response.text, 'html.parser')
    for element in soup(['script', 'style', 'header', 'footer', 'nav', 'aside']):
        element.decompose()
    text = soup.get_text(separator=' ', strip=True)
    return text
def check_spelling(text, custom_words=None):
    spell = SpellChecker()
    if custom_words:
        spell.word_frequency.load_words(custom_words)
    words = text.split()
    misspelled = spell.unknown(words)
    return misspelled
def test_spelling_cryan_com():
    url = "https://www.cryan.com"
    custom_words = ["cryan", "blog", "tech", "xai"]
    text = get_visible_text(url)
    misspelled_words = check_spelling(text, custom_words=custom_words)
    assert not misspelled_words, (
        f"Spelling errors found on {url}: {misspelled_words}"
    )
if __name__ == "__main__":
    pytest.main(["-v", __file__])

Customization Tips

  • Add more custom words to avoid false positives like brand names or domain-specific terms.
  • Expand to multiple pages by looping through URLs and running the same logic.
  • Integrate with CI/CD for automatic detection during deployment.

 

Unveiling the Hidden Gems of TestLink

As a seasoned QA engineer with over a decade of experience, I've relied on TestLink to manage manual regression testing for years. This web-based test management system is a powerhouse for organizing test cases, tracking execution, and generating insightful reports.

While TestLink's core functionality is robust, its true potential shines when you tap into its lesser-known features. In this blog post, I'll share some hidden gems from the TestLink 1.8 User Manual that can elevate your testing game, drawing from my hands-on experience and the manual's insights.

1. Keyboard Shortcuts for Lightning-Fast Navigation

Shortcuts like ALT + h (Home), ALT + s (Test Specification), and ALT + e (Test Execution) allow quick navigation. On large test suites, I used ALT + t to create test cases efficiently. Tip: In Internet Explorer, press Enter after the shortcut.

2. Custom Fields for Flexible Test Case Metadata

Administrators can define custom parameters such as "Test Environment" or "Priority Level." I used these to tag configurations like "Performance" or "Standard." Note: Fields over 250 characters aren't supported, but you can use references instead.

3. Inactive Test Cases for Version Control

Test cases marked "Inactive" won't be added to new Test Plans, preserving version history. This is helpful when phasing out legacy tests while keeping results intact. However, linked test cases with results cannot be deactivated.

4. Keyword Filtering for Smarter Test Case Organization

Assign keywords like "Regression," "Sanity," or "Mobile Browser" to categorize tests. This made it easy to filter and generate targeted reports. Use batch mode or assign keywords individually for better test planning.

5. Importing Test Cases from Excel via XML

Export a sample XML, build your test cases in Excel, then import back into TestLink. I used this to quickly load dozens of test cases. Be sure to verify your XML format first to ensure a smooth import.

6. Requirements-Based Reporting for Stakeholder Insights

This feature ties test results to specific requirements. I used it to demonstrate requirement coverage to stakeholders. Just enable requirements at the Test Project level to get started.

7. Bulk User Assignment for Efficient Test Execution

Select a test suite and assign all test cases to a tester with a single click. Great for managing offshore teams and sending notifications. The visual toggles for selection make it intuitive to use.

Why These Features Matter

TestLink is a fantastic tool for manual regression testing, but mastering its hidden features unlocks its full potential. Keyboard shortcuts and bulk assignments save time, custom fields and keywords provide flexibility, and advanced reporting aligns testing with business goals.

Tips for Getting Started

  • Explore the Manual: Start with Test Specification (Page 9) and Import/Export (Page 41).
  • Experiment Safely: Use a sandbox project before applying features in production.
  • Engage the Community: Visit forums like www.teamst.org for updates.

By diving into these hidden features, you'll transform TestLink from a reliable test case repository into a strategic asset for your QA process.

Have you discovered other TestLink tricks? Share them in the comments - I'd love to hear how you're making the most of this versatile tool!

Note: All references are based on the TestLink 1.8 User Manual provided.

 

Flashback to 2000: Commercials, News Intros & Tech Ads!

Take a ride back to the year 2000 with this collection of TV clips and commercials that aired around the San Francisco Bay Area. From local news intros to quirky tech ads and political spots, this mashup captures the look, sound, and mood of the new millennium.

Clips featured in this compilation:

  • KTVU Mornings on 2 Promo
  • KTVU Evening News intro (August 5, 2000)
  • Benihana - An experience at every table
  • FusionOne - Sync is Everything (Guy on the Street)
  • FusionOne - Sync is Everything (Lady in the Ocean)
  • Inktomi Essentials - Makes the Internet come alive
  • Prop 38 School Vouchers - Pro-voucher argument
  • Prop 38 School Vouchers - Featuring Gov. Gray Davis
  • Verizon Wireless - New Single Rate
  • Verizon Wireless - Mobile Web Launch
  • Ricochet - High-Speed Mobile Access
  • New York Life - The Company You Keep through the years
  • KSFO - Rush Limbaugh moves to the left side of the dial
  • KSFO - Lee Rodgers & Melanie Morgan
  • A&W Root Beer - It's Good to Be Thick Headed

Whether you're here for nostalgia, advertising research, or just a blast from the past, this collection is sure to bring back memories of flip phones, dial-up internet, and early 2000s energy.

 

How Much 4K Video Can You Really Fit on a 64GB Drive

If you've ever used a dash camera like the RedTiger F7NP to record 4K video, you might be surprised how quickly your storage disappears. One minute you're capturing beautiful footage of the open road - the next, you're out of space. So how much 4K video can you actually store on a 64GB memory card? Let's do the math.

The 4K File Size Breakdown

Each 5-minute 4K video clip recorded by the RedTiger F7NP is approximately 934.7 MB. This is fairly typical for compressed 4K video at a good bit rate. With that baseline, we can estimate how much you can store.

The Numbers Behind the Storage

Most memory cards labeled "64GB" actually provide about 64,000 MB of usable storage, since manufacturers calculate 1GB as 1,000MB (not the binary 1,024MB).

So the number of full 5-minute videos you can store is:

64,000 MB / 934.7 MB = ~68.45

You can store 68 complete files. Anything beyond that won't fit.

That's 340 Minutes of 4K Footage

Each clip is 5 minutes long, so:

68 clips x 5 minutes = 340 minutes

Converting that to hours:

340 minutes / 60 = 5.67 hours

You'll get approximately 5 hours and 40 minutes of continuous 4K recording on a single 64GB card.

What Could Affect That Number?

  • System files and indexing structures on the card
  • Minor fluctuations in compression ratios
  • Other media files stored alongside your videos

In real-world use, expect a bit less - closer to 5.5 hours depending on your exact configuration and usage.

Final Thoughts

If you're heading out for a long drive and want to capture the whole experience with your RedTiger F7NP, having multiple memory cards on hand is a smart move. A 64GB card will cover around 5.5 hours, but if you're recording non-stop, that time goes by fast.

Know your limits - and plan ahead for uninterrupted recording.

 

texttohandwriting.com

In an age where digital communication dominates, there's something nostalgic and personal about handwritten notes. Enter Texttohandwriting.com, a clever online tool that bridges the gap between the convenience of typing and the charm of handwriting. I recently stumbled upon this site and was impressed by its simplicity and creativity.

The premise is straightforward: you type your text into a box, and the tool converts it into a handwritten-style output. What's neat is the variety of handwriting styles you can choose from - whether you want a neat cursive or a casual scrawl, there's an option to match your vibe. You can even customize details like ink color and paper type, adding a touch of personality to your creation. Once you're satisfied, the site generates a downloadable image or PDF of your "handwritten" note.

I can see this being useful for all sorts of things - think personalized letters, quirky school projects, or even adding a handwritten feel to digital designs without picking up a pen. It's not perfect (don't expect a flawless replica of your own handwriting), but it's a fun and practical tool for anyone looking to blend the digital and analog worlds.

Website Description

Text to handwriting converter is a free artificial intelligence-based human handwriting converter that easily converts your computer text to human handwriting text.

Text To Handwriting
https://texttohandwriting.com/

 

Quickly Join Audio Files with OcenAudio

If you're looking for a fast and easy way to combine multiple audio files-whether for podcasts, voiceovers, or even pulling audio from a set of video clips - OcenAudio is one of the simplest tools out there.

I recently tested how OcenAudio handled large files, and I was genuinely impressed. It took less than 13 seconds to open a 935 MB video file-a speed that's hard to beat, especially for a free editor.

Screenshot of OcenAudio
Join Audio files in OcenAudio in the Sidebar
Ocenaudio Mobile Screenshot

How to Join Audio Files in OcenAudio

  1. Drag and Drop your audio or video files into the Audio Sidebar.
  2. Reorder the files by clicking and dragging them within the sidebar.
  3. Select all files (use Shift+Click or Cmd+Click).
  4. Right-click the selection and choose "Join" from the popup menu.
  5. Select the new join file and go to File > Save As to export your new audio file.

Best Method

I've tried other methods, but this gives me the most flexible approach to make sure the audio order is exactly how I want it. No need to worry about importing into a complicated editor or spending time lining up tracks manually.

Use Case: Dashcam Audio Extraction

This method is incredibly handy if you want to convert a bunch of dashcam videos into a single audio file. Just load them into OcenAudio, join them, and save. No complicated editing timeline or advanced audio engineering required.

If you're dealing with lots of audio files or want to extract audio from videos without dealing with complex software, OcenAudio is a fantastic lightweight option to get the job done - quickly and for free.

 

Negative Testing in Playwright with TypeScript

One of the key ways of building a champion automated test suite is negative testing - making sure that your application gracefully handles errors, exceptions, and bad user behavior. This is a good way for automation to add value with testing as negative testing isn't something that manual QA does on a regular bases.

When working with Playwright and TypeScript, there isn't a direct equivalent to pytest.raises() in Python for expecting exceptions. But that doesn't mean you're out of luck.

With TypeScript, the tried-and-true try/catch pattern becomes a powerful way to validate that your code throws errors when it's supposed to.

Scenario: Navigating to an Invalid URL

Say you want to verify that navigating to a malformed URL triggers the appropriate error. Here's how you can do it using Playwright with TypeScript:

import { test, expect } from '@playwright/test';
test('should throw an error when navigating to an invalid URL', async ({ playwright }) => {
  let errorCaught = false;
  let errorMessage = '';
  try {
    // Attempt to navigate to an invalid URL, which should throw an error
    await playwright.chromium.launch().then(async browser => {
      const page = await browser.newPage();
      await page.goto('httpy://www.whitehouse.gov'); // Intentionally bad protocol
      await browser.close();
    });
  } catch (error) {
    errorCaught = true;
    errorMessage = error instanceof Error ? error.message : String(error);
  }
  // Assert that an error was caught
  expect(errorCaught).toBe(true);
  // Optionally, check the error message contains expected content
  expect(errorMessage).toContain('net::ERR_ABORTED');
});

Why Use try/catch Instead of Custom Matchers?

Playwright doesn't provide a built-in matcher for error expectations like pytest.raises. However, try/catch blocks are fully supported and give you total control over the error message, how it's caught, and what behavior you want to assert afterward.

You can go beyond just checking that an error occurred-you can validate specific error types, compare error messages, and decide whether to re-throw or suppress the error.

Tips for Cleaner Code

If you find yourself doing this often, you can extract the logic into a helper function:

async function expectError(fn: () => Promise<void>, expectedMessagePart: string) {
  let errorCaught = false;
  let errorMessage = '';
  try {
    await fn();
  } catch (error) {
    errorCaught = true;
    errorMessage = error instanceof Error ? error.message : String(error);
  }
  expect(errorCaught).toBe(true);
  expect(errorMessage).toContain(expectedMessagePart);
}

And use it like this:

test('should throw an error for bad URL', async ({ playwright }) => {
  await expectError(async () => {
    const browser = await playwright.chromium.launch();
    const page = await browser.newPage();
    await page.goto('httpy://www.whitehouse.gov');
    await browser.close();
  }, 'net::ERR_ABORTED');
});

Final Thoughts

try/catch isn't just a fallback-it's a flexible and explicit way to perform negative testing in Playwright. It gives you visibility into what exactly went wrong and control over how to validate it. Whether you're validating error messages, failed network calls, or unhandled exceptions, try/catch should be part of your Playwright testing toolkit.

 

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