Please feel free to rebuke the fuck outta me, but no… I’m 30 years old and still have yet to make it through a single one of those awesome list tutorials for Python that are so easy peasy for you digital lourds.

In what I imagine to be the manifestation of many a folk’s worst nightmare LLM scenario, I asked regular olé free Gee Pee Tee to help me do something I’ve aspired to do (though invested little effort in, obviously:) creating my first command line application, and found it to be immediately effective! Within the minutes that spanned the conversation below - following the heinous monstrosity’s instructions almost verbatim - I had actually published my first PyPi package!

pip install davodtime

Please note: the following is a conversation with an LLM.

Create Davodtime CLI

You:

Please help me create a command line application (ideally, using a programming language/platform which will be supported on both my macOS-running machine and within the a-Shell app on my iPad) which returns outputs based on arguments I will specify.

ChatGPT:

To create a cross-platform command line application that works on both macOS and within the a-Shell app on your iPad, I recommend using Python. Python is a versatile and widely supported language that runs on both platforms without much modification.

Step-by-Step Guide

1. Setup Python

• macOS: Python 3 is typically pre-installed. You can check the installation by running:

  python3 --
  
  

You:

I would like the application to be called davodtime and would ideally like to be able to install it so that I can simply call it with “davodtime.” Here are the functions and arguments I’d like it to perform:

1. Input: davodtime utc returns the current UTC time in the format MMddYYYY-HHmmss in the command line.

2. Input: davodtiime (no arguments) defaults to returning the local system time in the format MMddYYYY-HHmmss.

…and so on, with GMT and standard abbreviations for timezones supported as arguments.

ChatGPT:

Here’s how you can create the davodtime command line application using Python. This application will support the functionality you’ve described, and it will work on both macOS and within the a-Shell app on your iPad.

Step 1: Write the Python Script

Create a Python script called davodtime.py with the following content:

#!/usr/bin/env python3

import sys
from datetime import datetime
import pytz

def format_time(dt):
    return dt.strftime('%m%d%Y-%H%M%S')

def get_time_for_timezone(tz_name):
    try:
        tz = pytz.timezone(tz_name)
        return format_time(datetime.now(tz))
    except pytz.UnknownTimeZoneError:
        return f"Unknown timezone: {tz_name}"

def main():
    if len(sys.argv) == 1:
        # No arguments, return local system time
        print(format_time(datetime.now()))
    else:
        arg = sys.argv[1].lower()
        if arg == "utc":
            print(format_time(datetime.utcnow()))
        else:
            print(get_time_for_timezone(arg.upper()))

if __name__ == "__main__":
    main()

Step 2: Install Dependencies

Since this script uses the pytz library to handle timezones, you’ll need to install it if it’s not already installed.

On macOS, you can install it via pip:

pip3 install pytz

In a-Shell, you can install it by running:

pip install pytz

Step 3: Make the Script Executable and Installable

To make the script executable and accessible as davodtime, follow these steps:

On macOS:

1. Make the script executable:

   chmod +x /path/to/davodtime.py
   

2. Move or link the script to a directory in your PATH:

   sudo ln -s /path/to/davodtime.py /usr/local/bin/davodtime
   

In a-Shell:

1. Make the script executable:

   chmod +x /path/to/davodtime.py
   

2. Create an alias in your shell profile: Add this line to ~/.profile or ~/.bashrc (depending on your setup):

   alias davodtime='python3 /path/to/davodtime.py'
   

Step 4: Usage

• UTC Time:

  davodtime utc
  

• Local Time (default):

  davodtime
  

• Other Timezones (e.g., GMT, PST, EST):

  davodtime gmt
  davodtime pst
  

This script will handle time conversion for most standard timezone abbreviations using the pytz library, and the output will always be in the MMddYYYY-HHmmss format.

Would you like any further modifications or explanations on this setup?

You:

How would I publish the script to pypi.org?

ChatGPT:

Publishing your script to PyPI (Python Package Index) involves a few steps. Below is a guide to help you package your davodtime script and publish it to PyPI.

Step 1: Prepare Your Project Directory

1. Create a project directory:

   mkdir davodtime
   cd davodtime
   

2. Create the following structure:

   davodtime/
   ├── davodtime/
   │   ├── __init__.py
   │   └── main.py
   ├── setup.py
   ├── LICENSE
   └── README.md
   

3. Move your script: Move your davodtime.py script to the davodtime directory and rename it to main.py.

4. Create an __init__.py file: This file can be empty, but it’s necessary to make the davodtime directory a package.

Step 2: Write the setup.py File

The setup.py file is the script used to build and distribute your package. Here’s an example for davodtime:

from setuptools import setup, find_packages

setup(
    name="davodtime",
    version="0.1.0",
    author="Your Name",
    author_email="your.email@example.com",
    description="A command-line tool to display time in various formats.",
    long_description=open("README.md").read(),
    long_description_content_type="text/markdown",
    url="https://github.com/yourusername/davodtime",
    packages=find_packages(),
    install_requires=[
        "pytz",
    ],
    entry_points={
        "console_scripts": [
            "davodtime=davodtime.main:main",
        ],
    },
    classifiers=[
        "Programming Language :: Python :: 3",
        "License :: OSI Approved :: MIT License",
        "Operating System :: OS Independent",
    ],
    python_requires=">=3.6",
)

Step 3: Write a README.md File

Create a README.md file that describes your project. This will be displayed on the PyPI page for your package.

Step 4: Choose a License

Add a LICENSE file to your project directory. If you’re unsure, you might consider the MIT License. Here’s an example:

MIT License

Copyright (c) 2024 Your Name

Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:

... (complete text of MIT License)

Step 5: Build Your Package

Before uploading, you need to build your package. Ensure you have setuptools and wheel installed:

pip install setuptools wheel

Then, run the following command in your project directory:

python setup.py sdist bdist_wheel

This will create a dist/ directory containing the files necessary for distribution.

Step 6: Upload to PyPI

1. Install twine: Twine is the recommended tool for uploading Python packages to PyPI.

   pip install twine
   

2. Upload your package: Use Twine to upload your package to PyPI:

   twine upload dist/*
   

   You will be prompted for your PyPI username and password.

Step 7: Verify the Upload

After uploading, your package should be available at https://pypi.org/project/davodtime/. You can also install it via pip:

pip install davodtime

Additional Notes

• Versioning: Be sure to update the version number in setup.py every time you upload a new version.
• Testing: You can test your package upload by using the PyPI test server at https://test.pypi.org/.

This process will make your davodtime script easily installable and usable by others. Let me know if you need any more details or help!

You:

Can you generate a comprehensive manpage for the script? Would that be included in the pypi dist?

ChatGPT:

Sure! I’ll help you create a comprehensive man page for your davodtime script. I’ll also explain how to include it in your PyPI distribution.

Step 1: Write the Man Page

Man pages are typically written in a format called troff or groff. Here’s an example davodtime.1 man page:

.TH DAVODTIME 1 "August 2024" "Version 0.1.0" "User Commands"

.SH NAME
davodtime \- A command-line tool to display time in various formats.

.SH SYNOPSIS
.B davodtime
[\fButc\fR | \fIGMT\fR | \fITZ\fR]

.SH DESCRIPTION
.B davodtime
is a command-line utility that displays the current time in various time zones or formats.

.SH OPTIONS
.TP
.B utc
Displays the current UTC (Coordinated Universal Time) in the format MMddYYYY-HHmmss.

.TP
.B TZ
Any standard timezone abbreviation (e.g., GMT, PST, EST) can be provided as an argument to display the current time in that timezone, in the format MMddYYYY-HHmmss.

.TP
If no arguments are provided, the local system time is displayed in the format MMddYYYY-HHmmss.

.SH EXAMPLES
.TP
.B davodtime
Displays the local system time.

.TP
.B davodtime utc
Displays the current time in UTC.

.TP
.B davodtime pst
Displays the current time in Pacific Standard Time.

.SH AUTHOR
Your Name <your.email@example.com>

.SH LICENSE
This software is licensed under the MIT License.

.SH SEE ALSO
.B date(1)

Step 2: Install the Man Page Locally

To install the man page locally on macOS, follow these steps:

1. Create a directory for custom man pages (if it doesn’t already exist):

   mkdir -p /usr/local/share/man/man1
   

2. Copy the man page:

   cp davodtime.1 /usr/local/share/man/man1/davodtime.1
   

3. Update the man database (optional, usually not required on macOS):

   man -w
   

4. View the man page:

   man davodtime
   

Step 3: Include the Man Page in Your PyPI Distribution

To include the man page in your PyPI distribution, you’ll need to adjust your setup.py and MANIFEST.in files.

3.1. Modify setup.py:

Update the setup.py to include the man page in your package data:

from setuptools import setup, find_packages
import os

def get_data_files():
    data_files = []
    if os.name == 'posix':
        data_files.append(('share/man/man1', ['davodtime.1']))
    return data_files

setup(
    name="davodtime",
    version="0.1.0",
    author="Your Name",
    author_email="your.email@example.com",
    description="A command-line tool to display time in various formats.",
    long_description=open("README.md").read(),
    long_description_content_type="text/markdown",
    url="https://github.com/yourusername/davodtime",
    packages=find_packages(),
    install_requires=[
        "pytz",
    ],
    data_files=get_data_files(),
    entry_points={
        "console_scripts": [
            "davodtime=davodtime.main:main",
        ],
    },
    classifiers=[
        "Programming Language :: Python :: 3",
        "License :: OSI Approved :: MIT License",
        "Operating System :: OS Independent",
    ],
    python_requires=">=3.6",
)

3.2. Create MANIFEST.in:

Add a MANIFEST.in file to include the man page in the distribution:

include davodtime.1

Step 4: Build and Upload

Rebuild your distribution and upload it to PyPI:

python setup.py sdist bdist_wheel
twine upload dist/*

Step 5: Installing the Man Page with Your Package

When users install your package, they can manually copy the man page to the appropriate directory (e.g., /usr/local/share/man/man1/). Automating this process can be complex due to differences in system configurations, so it’s often left to the user to place the man page correctly.

Conclusion

This process will give you a comprehensive man page for your davodtime tool, which can be installed locally and included in your PyPI distribution. Let me know if you need further assistance!

You:

I think we should add support for “–help” and “-h” arguments.

ChatGPT:

Adding support for --help and -h arguments is a great idea, as it allows users to quickly understand how to use the davodtime tool. We can implement this by checking for these arguments in the main() function and displaying the help message accordingly.

Updated Python Script

Here’s how you can modify your davodtime.py script to include support for --help and -h arguments:

#!/usr/bin/env python3

import sys
from datetime import datetime
import pytz

def format_time(dt):
    return dt.strftime('%m%d%Y-%H%M%S')

def get_time_for_timezone(tz_name):
    try:
        tz = pytz.timezone(tz_name)
        return format_time(datetime.now(tz))
    except pytz.UnknownTimeZoneError:
        return f"Unknown timezone: {tz_name}"

def print_help():
    help_text = """
Usage: davodtime [OPTIONS] [TIMEZONE]

A command-line tool to display time in various formats.

Options:
  -h, --help          Show this help message and exit
  utc                 Display the current time in UTC
  TIMEZONE            Display the current time in the specified timezone (e.g., GMT, PST, EST)

If no arguments are provided, the local system time is displayed.
"""
    print(help_text)

def main():
    if len(sys.argv) == 1:
        # No arguments, return local system time
        print(format_time(datetime.now()))
    else:
        arg = sys.argv[1].lower()
        if arg in ["-h", "--help"]:
            print_help()
        elif arg == "utc":
            print(format_time(datetime.utcnow()))
        else:
            print(get_time_for_timezone(arg.upper()))

if __name__ == "__main__":
    main()

Explanation

1. print_help() Function:

   • This function defines and prints the help message. It describes the usage, available options, and a brief explanation of what each option does.

2. Checking for -h and --help:

   • In the main() function, the script checks if the first argument is -h or --help. If either is found, it calls the print_help() function and exits.

3. Existing Functionality:

   • The existing functionality (handling utc and timezone arguments) remains unchanged.

Testing the Help Functionality

To test the help functionality, run the script with either -h or --help:

davodtime -h
davodtime --help

Both commands should display the help text and then exit.

Updating the Man Page

You should also update the man page to reflect the new --help and -h options:

.TH DAVODTIME 1 "August 2024" "Version 0.1.0" "User Commands"

.SH NAME
davodtime \- A command-line tool to display time in various formats.

.SH SYNOPSIS
.B davodtime
[\fButc\fR | \fIGMT\fR | \fITZ\fR | \fB-h\fR | \fB--help\fR]

.SH DESCRIPTION
.B davodtime
is a command-line utility that displays the current time in various time zones or formats.

.SH OPTIONS
.TP
.B -h, --help
Displays this help message and exits.

.TP
.B utc
Displays the current UTC (Coordinated Universal Time) in the format MMddYYYY-HHmmss.

.TP
.B TZ
Any standard timezone abbreviation (e.g., GMT, PST, EST) can be provided as an argument to display the current time in that timezone, in the format MMddYYYY-HHmmss.

.TP
If no arguments are provided, the local system time is displayed in the format MMddYYYY-HHmmss.

.SH EXAMPLES
.TP
.B davodtime
Displays the local system time.

.TP
.B davodtime utc
Displays the current time in UTC.

.TP
.B davodtime pst
Displays the current time in Pacific Standard Time.

.TP
.B davodtime -h
Displays the help message.

.SH AUTHOR
Your Name <your.email@example.com>

.SH LICENSE
This software is licensed under the MIT License.

.SH SEE ALSO
.B date(1)

Conclusion

With these updates, your davodtime tool will be more user-friendly, providing essential help information with -h or --help. The man page is also updated to reflect these changes, making the tool well-documented and easier to use. Let me know if you need further assistance!

You:

Would it be possible to generate the same tool using Ruby instead?

ChatGPT:

Yes, it’s entirely possible to create the same davodtime tool in Ruby. Ruby is well-suited for command-line tools, and it should work both on macOS and a-Shell on iPad. Below is an implementation in Ruby that provides the same functionality as your Python tool.

Ruby Script

Here’s the Ruby version of davodtime:

#!/usr/bin/env ruby

require 'time'
require 'tzinfo'

# Function to format the time in MMddYYYY-HHmmss format
def format_time(time)
  time.strftime('%m%d%Y-%H%M%S')
end

# Function to get time for a specific timezone
def get_time_for_timezone(tz_name)
  begin
    tz = TZInfo::Timezone.get(tz_name)
    format_time(tz.now)
  rescue TZInfo::InvalidTimezoneIdentifier
    "Unknown timezone: #{tz_name}"
  end
end

# Function to display help text
def print_help
  help_text = <<-HELP
Usage: davodtime [OPTIONS] [TIMEZONE]

A command-line tool to display time in various formats.

Options:
  -h, --help          Show this help message and exit
  utc                 Display the current time in UTC
  TIMEZONE            Display the current time in the specified timezone (e.g., GMT, PST, EST)

If no arguments are provided, the local system time is displayed.
  HELP

  puts help_text
end

# Main function
def main
  if ARGV.empty?
    # No arguments, return local system time
    puts format_time(Time.now)
  else
    arg = ARGV[0].downcase
    case arg
    when '-h', '--help'
      print_help
    when 'utc'
      puts format_time(Time.now.getutc)
    else
      puts get_time_for_timezone(arg.upcase)
    end
  end
end

# Run the main function if the script is called directly
main if __FILE__ == $0

Explanation

1. format_time(time):

   • This method formats a Time object into the MMddYYYY-HHmmss format.

2. get_time_for_timezone(tz_name):

   • This method uses the tzinfo gem to look up and display the current time in the specified timezone. If an invalid timezone is provided, it returns an error message.

3. print_help():

   • This method prints the help text, explaining how to use the script.

4. Main Script Logic:

   • The script checks if any arguments are provided. If no arguments are given, it returns the local system time.
   • If -h or --help is provided, it prints the help text.
   • If utc is provided, it displays the current UTC time.
   • For any other argument, it tries to interpret it as a timezone abbreviation and prints the time in that timezone.

Step 1: Install the tzinfo Gem

This script uses the tzinfo library to handle timezones. Install it with:

gem install tzinfo

Step 2: Make the Ruby Script Executable

1. Save the Ruby script as davodtime.rb.

2. Make it executable:

   chmod +x davodtime.rb
   

3. Move or link the script to a directory in your PATH:

   sudo ln -s /path/to/davodtime.rb /usr/local/bin/davodtime
   

Now you can run the script with:

davodtime

Usage

• UTC Time:

  davodtime utc
  

• Local Time (default):

  davodtime
  

• Other Timezones (e.g., GMT, PST, EST):

  davodtime gmt
  davodtime pst
  

• Help:

  davodtime -h
  davodtime --help
  

Man Page (for Ruby Script)

Here’s the corresponding man page in troff format for the Ruby version of davodtime:

.TH DAVODTIME 1 "September 2024" "Version 0.1.0" "User Commands"

.SH NAME
davodtime \- A command-line tool to display time in various formats.

.SH SYNOPSIS
.B davodtime
[\fButc\fR | \fIGMT\fR | \fITZ\fR | \fB-h\fR | \fB--help\fR]

.SH DESCRIPTION
.B davodtime
is a command-line utility that displays the current time in various time zones or formats.

.SH OPTIONS
.TP
.B -h, --help
Displays this help message and exits.

.TP
.B utc
Displays the current UTC (Coordinated Universal Time) in the format MMddYYYY-HHmmss.

.TP
.B TZ
Any standard timezone abbreviation (e.g., GMT, PST, EST) can be provided as an argument to display the current time in that timezone, in the format MMddYYYY-HHmmss.

.TP
If no arguments are provided, the local system time is displayed in the format MMddYYYY-HHmmss.

.SH EXAMPLES
.TP
.B davodtime
Displays the local system time.

.TP
.B davodtime utc
Displays the current time in UTC.

.TP
.B davodtime pst
Displays the current time in Pacific Standard Time.

.TP
.B davodtime -h
Displays the help message.

.SH AUTHOR
Your Name <your.email@example.com>

.SH LICENSE
This software is licensed under the MIT License.

.SH SEE ALSO
.B date(1)

Conclusion

With this Ruby version, you now have the same davodtime functionality as the Python version. The Ruby script is capable of handling timezones, UTC, and default local time, along with -h and --help arguments. You can also generate the same man page and distribute the tool similarly on both macOS and a-Shell.

Let me know if you need any more information!

You:

Would it be possible to do this without any dependencies?

ChatGPT:

Yes, it’s possible to create the davodtime tool in Ruby without using external dependencies like tzinfo. Ruby’s built-in Time and DateTime classes already handle UTC and local time well. However, for time zones, Ruby doesn’t have direct support for converting between named timezones like “PST” or “EST” without a library like tzinfo.

You can still implement the core functionality using built-in Ruby classes by limiting the time zone support to a few common ones (like UTC, GMT, PST, EST) and hardcoding their offsets. This way, there won’t be any dependencies, and you can still have basic timezone support.

Dependency-Free Ruby Script

Here’s a revised version of the davodtime script without external dependencies:

#!/usr/bin/env ruby

# Function to format time in MMddYYYY-HHmmss format
def format_time(time)
  time.strftime('%m%d%Y-%H%M%S')
end

# Function to get time for a specific timezone
def get_time_for_timezone(tz_name)
  case tz_name
  when 'UTC'
    format_time(Time.now.getutc)
  when 'GMT'
    format_time(Time.now.getutc)
  when 'PST'
    format_time(Time.now.getutc - (8 * 3600)) # UTC-8
  when 'EST'
    format_time(Time.now.getutc - (5 * 3600)) # UTC-5
  when 'CST'
    format_time(Time.now.getutc - (6 * 3600)) # UTC-6
  when 'MST'
    format_time(Time.now.getutc - (7 * 3600)) # UTC-7
  else
    "Unknown timezone: #{tz_name}"
  end
end

# Function to display help text
def print_help
  help_text = <<-HELP
Usage: davodtime [OPTIONS] [TIMEZONE]

A command-line tool to display time in various formats.

Options:
  -h, --help          Show this help message and exit
  utc                 Display the current time in UTC
  TIMEZONE            Display the current time in the specified timezone (e.g., GMT, PST, EST)

If no arguments are provided, the local system time is displayed.
  HELP

  puts help_text
end

# Main function
def main
  if ARGV.empty?
    # No arguments, return local system time
    puts format_time(Time.now)
  else
    arg = ARGV[0].downcase
    case arg
    when '-h', '--help'
      print_help
    when 'utc'
      puts format_time(Time.now.getutc)
    else
      puts get_time_for_timezone(arg.upcase)
    end
  end
end

# Run the main function if the script is called directly
main if __FILE__ == $0

Explanation

1. format_time(time):

   • This function formats a Time object into the MMddYYYY-HHmmss format.

2. Hardcoded Timezone Offsets:

   • Instead of using a library to get timezones, we manually calculate the time offsets for some common timezones (PST, EST, GMT, CST, MST). For example, PST is UTC-8, so we subtract 8 hours (in seconds) from UTC.

3. Timezone Support:

   • The script now supports the following timezones:
     • UTC: Coordinated Universal Time (no offset)
     • GMT: Same as UTC
     • PST: Pacific Standard Time (UTC-8)
     • EST: Eastern Standard Time (UTC-5)
     • CST: Central Standard Time (UTC-6)
     • MST: Mountain Standard Time (UTC-7)
   • You can easily extend this by adding more timezones with their appropriate offsets.

4. Help Message:

   • The print_help function prints the usage information, explaining how to use the tool.

5. Main Logic:

   • If no arguments are provided, the script returns the local system time.
   • If utc is passed, it returns the current UTC time.
   • If a timezone (e.g., PST, EST) is passed, it calculates and displays the time for that timezone.
   • If -h or --help is passed, it displays the help message.

Running the Tool

You can now run this script in the same way as the previous versions:

1. Local Time (no arguments):

   davodtime
   

2. UTC Time:

   davodtime utc
   

3. Specific Timezones (e.g., PST, EST):

   davodtime pst
   davodtime est
   

4. Help:

   davodtime -h
   davodtime --help
   

Timezone Extension

You can extend this to support more timezones by adding more cases to the get_time_for_timezone function. Just look up the correct UTC offset for the timezone you want to support, and apply it similarly to how the script currently handles PST and EST.

For example, to add IST (Indian Standard Time, UTC+5:30):

when 'IST'
  format_time(Time.now.getutc + (5 * 3600) + (30 * 60)) # UTC+5:30

Conclusion

This Ruby version of davodtime now works without any external dependencies and still provides basic timezone support for common zones. It’s lightweight and works well on both macOS and a-Shell without needing to install any libraries.

Let me know if you have any further questions or need additional features!

“Design a logo for a fictional Google denture product called Google Teeth.”

Back in July, 2021, I posted a thread on the Apple Developer forums asking for clarification on the differences between hardware keyboard support on iPad and iPhone.

The response… blew my mind, suffice it to say, but I would like to take a moment to champion ChatGPT, of all fucking things, for its reply when given the same request and asked to respond:

Hi David,

Thank you for your detailed question and the context provided. Your observations about the state of Bluetooth keyboard support and documentation for iPhones are insightful and highlight a gap in current resources.

Current State of Documentation and Support

1. Bluetooth Keyboard Support on iPhone:

   • As you’ve noted, iPhones do support Bluetooth keyboards, and there is ongoing development in this area. However, the documentation has not kept pace with these developments, particularly since the split of iPadOS from iOS.

2. Discrepancy in Documentation:

   • The documentation for iPad keyboard shortcuts is comprehensive (Learn iPad keyboard shortcuts), but there is no equivalent for iPhones. The iPhone User Guide focuses primarily on basic setup and pairing (iPhone Magic Keyboard pairing).

3. Developer Awareness:

   • Your experience with developers unaware of their apps' Bluetooth keyboard shortcuts on iPhones indicates a need for better communication and documentation from Apple to bridge this knowledge gap.

Answer to Your Question

Where can I find complete documentation of both keyboard shortcuts support in native apps/the OS and UIKeyCommand’s uniquely-iPhone considerations?

Unfortunately, there isn’t a single comprehensive source that documents all the keyboard shortcuts supported on iPhones across native apps and the OS. However, here are some steps and resources that might help:

1. UIKeyCommand Documentation:

   • The UIKeyCommand class is the primary resource for developers to implement and understand keyboard shortcuts in their apps. While this documentation doesn’t differentiate between iPhone and iPad, the principles apply to both.

2. Accessibility Features:

   • Apple’s support pages on accessibility features can provide some insight into keyboard usage on iPhones, particularly for those who use keyboards for accessibility reasons. For example, Full Keyboard Access is a feature available on both iPhones and iPads.

3. Developer Forums and WWDC Sessions:

   • Engaging in Apple Developer Forums and watching relevant WWDC sessions can provide additional insights and updates. Sessions such as this one from WWDC 2021 cover many topics related to keyboard navigation and accessibility.

Recommendations and Next Steps

1. Feedback to Apple:

   • Given your detailed observations and the gaps in documentation, I recommend submitting feedback to Apple through the Feedback Assistant. Your input could help prioritize better documentation and resources for iPhone keyboard support.

2. Community Collaboration:

   • Consider collaborating with other users and developers to compile a comprehensive list of keyboard shortcuts for iPhones. This could be shared on platforms like GitHub or a dedicated website, providing a valuable resource for the community.

3. Sharing Your Findings:

   • If you have already documented some keyboard shortcuts through your testing, sharing these findings on forums or community platforms could benefit other users facing similar challenges.

Thank you again for your question and your efforts in highlighting this important issue. Your initiative is greatly appreciated, and I hope these suggestions help you find the information you need.

I was reminded yesterday - as I am very, very occasionally - about a thing I blasted out on The Psalms in early August 2019 about my early childhood mobility from the traditional to the trendy, contemporary side of protestant Christianity. It’s still one of my favorites, but I’ve long since conceded that it’s only of any interest/entertainment to a relatively narrow range of my peers, so please don’t force yourself…

I did, however, find the ability of whatever LLM is powering Craft’s “AI Assistant” to comprehend (pretty much uniquely lol) and … proceed to falsify (when asked with its “Continue Writing” feature) an intriguing, if entirely reiterative, continuation:

The intersection between technology and faith is nothing new, and perhaps it is inevitable in an era where our connections to both our gods and our gadgets are increasingly mediated through screens and silicon. What is new, however, is the seamlessness with which these two realms have merged, and The Crossing embodies this synthesis to a near-parodic degree. The seamless integration of Apple’s design philosophy with ecclesiastical function speaks volumes about the state of modern worship. No longer are these spiritual gatherings confined to the quaint confines of rustic chapels; today, they are multi-sensory experiences designed for optimal engagement, just like any leading tech product rollout.

It’s no hyperbole to suggest that Sunday morning services at The Crossing could double as master classes in brand management and user experience design. From the staged lighting and choreographed worship sessions to the polished presentations and strategically positioned merchandise (yes, they’ve got their own line of inspirational swag), every detail has been meticulously curated to amplify the message - or sell the product, depending on your perspective.

As my teenage self begrudgingly shuffled into the expansive auditorium, clutching my first-generation iPhone, I couldn’t help but draw stark comparisons between the well-oiled machinery of The Crossing and the corporate monoliths we were being taught to admire. I watched as Pastor Dave - or was it Keith? They were nearly indistinguishable in their uniform of casual-business attire - delivered his message with the fervor of a seasoned CEO revealing quarterly earnings. The Sunday service was less about divine transcendence and more about slick performance, interwoven with all the trappings of modern corporate culture.

This observation delves deeper into the heart of what has become a glaring reality of modern American Christianity: the commercialization of faith. The lines between spiritual guidance and consumer satisfaction have blurred to the point where the two are now practically indistinguishable. Churches like The Crossing operate on a model that mirrors any successful enterprise: attract, engage, convert, and retain. Loyal congregation members are not unlike loyal customers, ensuring a steady stream of revenue—whether through donations, event tickets, or branded merchandise.

In the glow of LED screens and under the hum of advanced AV systems, I found myself questioning not the existence of a higher power, but the mechanisms through which that power was being marketed to us. Was the message of love, redemption, and faith being overshadowed by the efficiencies and profit motives of a capitalist framework? The irony was not lost on me that a place—supposedly meant for transcending earthly desires—had become an exemplar of earthly success, complete with its own suite of digital tools and marketing tactics.

Even as I distanced myself from The Crossing and its tech-savvy congregation, I couldn’t ignore the lingering impact of its polished presentation. Each visit etched a deeper groove into my skeptical mind; each sermon reinforced the astounding adaptability of organized religion. It wasn’t hard to imagine a future where the sacred and the secular would become even more intertwined, blurring the lines until they were indistinguishable.

Ultimately, the spectacle of The Crossing was not just a reflection of faith’s evolving landscape but a broader commentary on the pervasive reach of corporate culture into every facet of our lives. In a world where even our spiritual journeys are mediated through technological interfaces and business models, the boundaries of the sacred and the profane continue to shift with each innovation. Whether this is a cause for celebration or concern depends largely on one’s perspective, but one thing is certain: the days of simplistic, unmediated worship are long behind us, replaced by a new paradigm that is as captivating as it is complex.

“This conversation explores non-confrontational approaches to deter catcalling, offering insights on supporting victims and engaging with authorities, while emphasizing empathy, understanding, and safety.”

You:

What is the best way to dissuade a repeat offender from catcalling without involving law enforcement?

ChatGPT:

Addressing catcalling without involving law enforcement can be challenging but here are some non-legal approaches you can consider:

1. Stay assertive and confident: If you feel safe doing so, respond firmly and confidently to the catcaller, making it clear that their behavior is unacceptable.
2. Ignore and walk away: Sometimes, ignoring the catcaller can be the best option, as engaging with them might encourage further harassment.
3. Seek support from bystanders: If you feel comfortable, ask nearby people for help or support in the situation.
4. Create awareness: Talk to friends, family, and online communities about catcalling to raise awareness and foster a collective effort against it.
5. Support organizations: Get involved with or support organizations that work against street harassment to make a broader impact.
6. Educate: Encourage discussions about consent, respect, and harassment to help change attitudes and behavior.
7. Report incidents to relevant establishments: If the catcalling occurs in a public place or business, consider reporting the incident to the establishment’s management.

Remember, your safety is the top priority. If a situation feels unsafe or escalates, prioritize your well-being and consider seeking help from authorities or others nearby.

You:

I was hoping to take action on behalf of my girlfriend, actually, who has been the actual target of said catcalling while walking downtown.

ChatGPT:

I understand your concern for your girlfriend’s well-being. Here are some ways you can support her and take action against catcalling:

1. Validate her feelings: Let her know that you believe her and that her feelings of discomfort or frustration are valid.
2. Encourage communication: Talk openly with her about how she feels and what actions she would like to take, ensuring she feels heard and supported.
3. Accompany her: Offer to walk with her in downtown areas where she has experienced catcalling, as having a supportive presence can provide a sense of safety.
4. Help her report incidents: If she feels comfortable doing so, assist her in reporting specific incidents of catcalling to local authorities or relevant organizations.
5. Advocate for safe public spaces: Raise awareness about the issue of catcalling in your community and support efforts to create safe and respectful public spaces.
6. Encourage self-defense training: If she’s interested, consider encouraging her to take self-defense classes, which can provide her with valuable skills and confidence.
7. Share resources: Provide her with information on organizations that support victims of street harassment, as they may offer guidance and assistance.

Remember, your role as a supportive partner is essential, but always respect her wishes and decisions on how to address the situation. It’s essential to prioritize her safety and well-being in any action taken.

You:

If I were to approach the catcaller myself in public without any hostile or threatening intent, how might I go about effectively making the argument that he should not be catcalling?

ChatGPT:

Approaching a catcaller can be a delicate situation, and it’s crucial to prioritize safety for both yourself and your girlfriend. If you decide to have a conversation with the catcaller, consider the following tips:

1. Stay calm and composed: Approach the situation with a level-headed demeanor to keep the conversation constructive and avoid escalating tensions.
2. Use “I” statements: Frame your points from a personal perspective, expressing how catcalling affects your girlfriend and others around her, rather than placing blame or accusing the catcaller.
3. Be assertive and respectful: Firmly state that catcalling is unacceptable behavior and can cause distress or fear to those on the receiving end.
4. Educate on the impact: Explain the harmful effects of catcalling on individuals' mental and emotional well-being, emphasizing that respectful behavior is essential in public spaces.
5. Appeal to empathy: Encourage the catcaller to imagine how they would feel if someone close to them were subjected to similar harassment.
6. Ask questions: Engage the catcaller in a conversation to understand their perspective and reasons behind their actions. Sometimes, this can lead to self-reflection and awareness.
7. Stay safe and disengage if necessary: If the person becomes defensive or hostile, prioritize your safety and exit the situation calmly.

Remember that while addressing the catcaller directly can be empowering, it might not always lead to immediate change. People’s attitudes and behaviors can be deeply ingrained, so approaching the situation with empathy and understanding can be more effective than aggression or hostility. Ultimately, the goal is to promote respect and create a safer environment for everyone.

You:

If I were to approach the catcaller myself in public without any hostile or threatening intent, how might I go about effectively making the argument that he should not be catcalling?

ChatGPT:

If you decide to approach the catcaller to address the issue of catcalling, here are some tips to effectively convey your message:

1. Choose the right moment: Look for an appropriate time when the catcaller appears to be calm and approachable to have a more productive conversation.
2. Use a calm and respectful tone: Start the conversation with a friendly and non-confrontational tone. Avoid aggressive language, as it may lead to defensiveness and hinder communication.
3. Be specific and clear: Clearly express that catcalling is inappropriate and unacceptable behavior. Explain how it can make others feel uncomfortable, unsafe, and disrespected.
4. Share personal experiences: If you feel comfortable, share how catcalling has affected your girlfriend or others you know, emphasizing the negative impact it can have on their well-being.
5. Appeal to empathy: Encourage the catcaller to consider how they would feel if someone treated their loved ones in a similar manner.
6. Highlight the importance of respect: Emphasize the significance of treating others with respect and how it contributes to a more harmonious and compassionate community.
7. Stay composed and composed: Keep your emotions in check, as getting angry or emotional might hinder the effectiveness of the conversation.
8. Listen to their perspective: Give the catcaller an opportunity to express their thoughts and feelings. Active listening can help build understanding and establish a more open dialogue.
9. Offer alternative perspectives: Suggest that they engage in positive interactions with others in public spaces, such as giving compliments in a respectful and appropriate manner.
10. Know when to disengage: If the catcaller becomes aggressive, disrespectful, or unresponsive, it’s best to disengage from the conversation to avoid any escalation.

Remember, approaching a catcaller can be challenging, and not everyone may be receptive to your message. Your primary concern should be your safety and the safety of those around you. If the situation becomes uncomfortable or hostile, it’s essential to prioritize your well-being and consider seeking assistance from authorities or removing yourself from the situation.

You:

If this proves ineffective and I do end up deciding to involve the authorities after all, how might I go about doing so with extra care to avoid putting the safety of the catcaller - who is an elderly black man - at any more risk than absolutely necessary?

ChatGPT:

If you find it necessary to involve the authorities due to persistent catcalling or harassment, it’s essential to handle the situation with care, especially when the person involved is an elderly individual from a vulnerable community. Here are some steps to take while prioritizing safety and sensitivity:

1. Document incidents: Keep a record of the date, time, and location of each catcalling incident. Note any details about what was said or any witnesses present.
2. Speak to a local community organization: Before involving law enforcement, consider reaching out to a local community organization that deals with issues related to harassment or discrimination. They may provide guidance and support on how to handle the situation effectively.
3. Choose an appropriate authority to contact: If the catcalling is happening on public property, consider contacting the local police non-emergency line to report the incidents. If it’s occurring on private property, such as at a business, you could also speak to the management of that establishment.
4. Provide detailed information: When reporting the incidents, be factual and specific about the occurrences without making assumptions about the catcaller’s background or motivations.
5. Emphasize the concern for safety: Express your concern for your girlfriend’s safety and well-being, and focus on the impact of the behavior rather than the identity of the catcaller.
6. Request sensitivity and cultural awareness: Ask the authorities to approach the situation with sensitivity, taking into account the catcaller’s age and ethnicity, to avoid any unnecessary escalation or harm.
7. Be prepared for different outcomes: Understand that the response from authorities may vary, but make sure they are aware of your desire to handle the situation with care.
8. Follow up: If the situation persists or escalates after involving the authorities, continue to document incidents and communicate with the relevant parties to ensure appropriate action is taken.

Remember, the goal is to address the issue of catcalling and harassment while prioritizing safety for everyone involved. Engaging with local community organizations or seeking guidance from resources that focus on these issues can provide valuable insights on handling the situation with empathy and respect.