Daniel sent us this one — and it's a weird one even by our standards. He wants us to coach a complete beginner, someone who has never written a single line of code, through building a working Python program from scratch. Using only our voices. No screen-share, no diagrams, no "as you can see" — just two voices in a podcast feed and a listener at a keyboard. We have to pick a program, narrate every character, every punctuation mark, every indent, and get them to something that actually runs. He suggested a few options — tip calculator, temperature converter, guess-the-number game, word-frequency counter. We're picking one and committing.
I know exactly which one we should do. The guess-the-number game. It's genuinely the best choice for this format because it teaches the most foundational Python concepts in the fewest lines. You get importing modules, variables, user input, type conversion, conditionals, loops, f-strings — and at the end the listener has something interactive and fun, not just a calculator that spits out a number. A minimal working version is seven lines.
That's ambitious for audio-only instruction. I'm about to say "open paren" approximately forty-seven times in the next twenty minutes.
And by the way, DeepSeek V four Pro is writing our script today, so let's see if it can handle this level of pedantic detail.
Alright, let's do this. But first — before anyone types anything — we need to make sure the listener actually has Python installed and knows how to run a program. Because if we skip that, the next twenty minutes are just us reading code into the void.
So, listener, if you're following along — and I hope you are — open your terminal. On Windows, that's Command Prompt or PowerShell. On Mac, it's Terminal. On Linux, you already know what it is. Type this exactly: p y t h o n 3 space dash dash v e r s i o n. That's python3, the number three, space, two hyphens, the word version.
If you see something like "Python three point twelve point four" or similar, you're good. If you get "command not found" or something about Python two point seven, try it without the three — just p y t h o n space dash dash v e r s i o n. Some systems use python instead of python3.
If neither works, you need to install Python. Go to python dot org, download the latest Python three release, install it. There's a checkbox during installation on Windows that says "Add Python to PATH" — check that box. It saves headaches. We'll wait.
We won't actually wait. This is a podcast. But you, listener, go do that if you need to, then come back. Pause now if you're not set up yet.
Next, you need a text editor. Not Microsoft Word, not Google Docs — those add formatting that breaks code. You need a plain text editor. On Windows, Notepad works fine. On Mac, TextEdit works but you have to switch it to plain text mode — go to Format, then Make Plain Text. Or just download VS Code, which is free and excellent and what I use. Anything that saves actual dot t x t files without bold or italics or fonts.
Once you have your editor open, save the file immediately. File, Save As, and name it guess dot p y. That dot p y extension is crucial — it tells your computer this is a Python file. Save it somewhere you can find it, like your Desktop or a folder called "python projects." Remember where you put it.
Now, in your terminal, you need to navigate to wherever you saved that file. If you saved it on your Desktop, type c d space Desktop and hit enter. c d stands for change directory. If you saved it in a folder called python projects on your Desktop, it's c d space Desktop slash python projects. You can type l s on Mac or Linux, or d i r on Windows, to see the files in your current folder. You should see guess dot p y listed.
Once you're in the right folder, here's how you'll run your program every time we tell you to test it: type p y t h o n 3 space g u e s s dot p y and hit enter. If python3 doesn't work, try p y t h o n space g u e s s dot p y. But I'm going to say python3 throughout this episode because on Mac and Linux, python without the three often invokes Python two, which will break everything we're about to do.
Alright, prerequisites done. Let's write some code. Open guess dot p y in your text editor. We're building this in five stages, and after each stage you're going to save the file, switch to your terminal, run it, and see what happens. Stage one is the smallest possible program — Hello World. Type this exactly.
Here we go. p r i n t open paren quote H e l l o comma space w o r l d exclamation mark quote close paren.
Let me break that down. The word print, all lowercase. Then an open parenthesis — shift nine on most keyboards. Then a quote mark — you can use single or double quotes, but pick one and stick with it. I use double quotes. Then capital H, e, l, l, o, comma, space, w, o, r, l, d, exclamation mark. Then the closing quote. Then a close parenthesis — shift zero. That's the entire line.
What this does: print is a built-in Python function that displays text on the screen. The parentheses contain what you want to print. The quotes tell Python "this is text" — a string, in programming terms. Without quotes, Python would think Hello and World are variable names and get confused.
Save the file. Switch to your terminal. Make sure you're in the right directory. Type p y t h o n 3 space g u e s s dot p y. You should see "Hello, world!" printed on the screen. If you do, congratulations — you just ran your first Python program. If you see an error, check that your quotes match, your parentheses are both there, and you spelled print correctly.
If you see something about "python3 not found," remember what I said earlier — try just python instead. The important thing is that when you run it, you're getting Python version three, not version two.
We're going to introduce the random module and generate a secret number. Delete everything in guess dot p y and type these lines. Line one: i m p o r t space r a n d o m. Line two: s e c r e t space equals space r a n d o m dot r a n d i n t open paren 1 comma space 1 0 0 close paren. Line three: p r i n t open paren s e c r e t close paren.
Line by line. First line: import, all lowercase, space, random. This tells Python "I want to use the random module." A module is a collection of pre-written code that does something useful. The random module generates random numbers. Importing it is like taking a book off the shelf — it makes all its functions available to your program.
Second line: s e c r e t, space, equals, space, r a n d o m dot r a n d i n t, open paren, the number one, comma, space, the number one zero zero, close paren. secret is a variable name — we're creating a labeled box called secret and putting something in it. The equals sign means "assign what's on the right to what's on the left.randint is a function from the random module — randint stands for "random integer." The numbers in parentheses, one and one hundred, are the range — it'll pick a random whole number between one and one hundred inclusive.
Third line: p r i n t open paren s e c r e t close paren. Same print function, but this time we're printing the value stored in the secret variable, not a quoted string. No quotes around secret — if you wrote print open paren quote secret quote close paren, it would print the literal word "secret" instead of the random number. The difference between a variable name and a string is one of the most important distinctions in programming.
Save the file. Run it with python3 guess dot p y. You should see a random number between one and one hundred. Run it again — you should see a different number. If you see the same number every time, you might have typed the variable name wrong or put quotes around it. Check your spelling.
Here's a preemptive note about spelling. Variable names in Python are case-sensitive and spelling-sensitive. s e c r e t is not the same as s e c r e t s or s e c r e a t. If you misspell a variable name, Python will throw a NameError — it'll say "name is not defined." That's Python's way of saying "I don't know what you're talking about." So type variable names carefully, and use the same spelling every time.
Now we're going to get input from the user. Replace your file with these lines. Line one: i m p o r t space r a n d o m. Line two: s e c r e t space equals space r a n d o m dot r a n d i n t open paren 1 comma space 1 0 0 close paren. Line three: g u e s s space equals space i n t open paren i n p u t open paren quote G u e s s space a space n u m b e r colon space close paren close paren. Line four: p r i n t open paren quote Y o u space g u e s s e d colon quote comma space g u e s s close paren.
That third line is dense. Let me unpack it. g u e s s, space, equals, space, i n t, open paren, i n p u t, open paren, quote, capital G u e s s space a space n u m b e r colon space, close quote, close paren, close paren. There are two closing parentheses at the end — one for int, one for input.
Here's what's happening. input is a function that displays a prompt to the user and waits for them to type something and press enter. Whatever they type comes back as a string — always a string, even if they typed digits. So if the user types "50", input returns the string "50", not the number fifty. That's a critical distinction. A string is text. An integer is a number you can do math with.
That's why we wrap input in int open paren close paren. int converts a string to an integer. So int open paren quote five zero quote close paren gives you the actual number fifty. Without that conversion, if you later try to compare the user's guess to the secret number, Python would be comparing a string to an integer, and they are never equal. "50" does not equal fifty. Type conversion is something you'll do constantly in Python.
The fourth line prints what the user guessed, just so we can verify everything is working. p r i n t open paren quote Y o u space g u e s s e d colon space close quote comma space g u e s s close paren. Notice the comma between the quoted string and the variable name — that tells print to output two things, the text and then the value.
Save the file. You should see "Guess a number:" and a blinking cursor. Type a number, press enter. You should see "You guessed:" followed by the number you typed. If you type something that's not a number — like the word "hello" — the program will crash with a ValueError. That's fine for now. We're building toward something more robust.
Now we add the actual game logic — checking whether the guess is correct. Replace your file with this. Line one: i m p o r t space r a n d o m. Line two: s e c r e t space equals space r a n d o m dot r a n d i n t open paren 1 comma space 1 0 0 close paren. Line three: g u e s s space equals space i n t open paren i n p u t open paren quote G u e s s space a space n u m b e r colon space close paren close paren. Line four: i f space g u e s s space equals equals space s e c r e t colon. Line five: indent four spaces. p r i n t open paren quote C o r r e c t exclamation mark close paren. Line six: e l s e colon. Line seven: indent four spaces. p r i n t open paren quote W r o n g exclamation mark space T h e space n u m b e r space w a s colon quote comma space s e c r e t close paren.
This is where the structure of Python really matters. Line four: i f, space, g u e s s, space, equals, equals, space, s e c r e t, colon. That's two equals signs, not one. One equals sign means assignment — put this value in that variable. Two equals signs means comparison — are these two things equal? This is probably the single most common beginner mistake. If you write if guess equals secret with one equals sign, Python will give you a SyntaxError because you can't assign a value inside an if statement.
The colon at the end of if guess equals equals secret colon — that colon is essential. Forgetting it is the number one syntax error beginners hit. Python uses the colon to say "a block of code is starting here." If you forget it, you'll get a SyntaxError, and the error message will often point at the next line, which is confusing — the actual problem is the missing colon on the line above.
After the colon, you press enter and then indent four spaces. On line five, you type print open paren quote Correct exclamation mark close paren. That indentation is not optional and it's not decorative. In Python, indentation is how the language knows which lines belong to the if block. If a line is indented under an if statement, it only runs when the condition is true. Most languages use curly braces for this. Python uses indentation. Four spaces is the standard — you can use a tab, but you must be consistent. Mixing tabs and spaces will cause an IndentationError, and it's a nightmare to debug because you can't see the difference.
Line six is e l s e colon — no condition, just the word else and a colon. This is the "otherwise" branch. If the guess was not equal to the secret, whatever is indented under else will run. Then line seven, indented four spaces: p r i n t open paren quote W r o n g exclamation mark space T h e space n u m b e r space w a s colon quote comma space s e c r e t close paren. This reveals the secret number so the user can see what it was.
Guess a number. If you guess correctly, you'll see "Correct!" If you guess wrong, you'll see "Wrong! The number was:" and the number. You only get one guess — we'll fix that next.
If you see an IndentationError or unexpected indent, check that your indentation is exactly four spaces, that you didn't accidentally add extra spaces before lines that shouldn't have them, and that you didn't mix tabs and spaces. If your text editor has a setting to convert tabs to spaces, turn that on. In VS Code, there's a little thing in the bottom right that says "Spaces" or "Tab" — click it and set it to spaces.
Stage five — the final version. We're going to wrap the guessing in a while loop so the user can keep guessing until they get it right, and we're going to add "too high" and "too low" hints. This is the full game. Replace your file with this. I'll go slow.
Line one: i m p o r t space r a n d o m. Line two: blank line — just hit enter, this is for readability. Line three: s e c r e t space equals space r a n d o m dot r a n d i n t open paren 1 comma space 1 0 0 close paren. Line four: blank line. Line five: w h i l e space T r u e colon. Capital T on True.
While True colon. while is a loop keyword — it means "keep doing this as long as the condition is true." True with a capital T is a special value that is always true. So while True colon creates an infinite loop — it'll run forever unless we explicitly break out of it. This is the standard pattern for a game loop where you don't know in advance how many times it needs to run.
Line six: indent four spaces. g u e s s space equals space i n t open paren i n p u t open paren quote G u e s s space a space n u m b e r space open paren 1 dash 1 0 0 close paren colon space close paren close paren. Line seven: indent four spaces. i f space g u e s s space equals equals space s e c r e t colon.
Line eight: indent eight spaces — that's two levels, eight spaces total. p r i n t open paren quote C o r r e c t exclamation mark close paren. Line nine: indent eight spaces. b r e a k. The break keyword immediately exits the innermost loop. So when the guess is correct, we print "Correct!" and then break out of the while loop, which ends the program.
Line ten: indent four spaces — back to one level. e l i f space g u e s s space less than space s e c r e t colon. e l i f is short for "else if" — it means "otherwise, check this condition." The less than symbol is shift comma on most keyboards. Line eleven: indent eight spaces. p r i n t open paren quote T o o space l o w exclamation mark close paren.
Line twelve: indent four spaces. e l s e colon. This else catches everything that wasn't equal and wasn't less than — which means the guess must be greater than the secret. Line thirteen: indent eight spaces. p r i n t open paren quote T o o space h i g h exclamation mark close paren.
That's it. That's the entire game in about thirteen lines. Let me read the whole thing straight through so you can check your typing. secret equals random dot randint open paren 1 comma 100 close paren. while True colon. guess equals int open paren input open paren quote Guess a number open paren 1 dash 100 close paren colon close paren close paren. if guess equals equals secret colon. print open paren quote Correct exclamation mark close paren. elif guess less than secret colon. print open paren quote Too low exclamation mark close paren. print open paren quote Too high exclamation mark close paren.
Run it with python3 guess dot p y. You should be prompted to guess. Type a number. If it's too low, it'll tell you. If it's too high, it'll tell you. Keep guessing until you get it. When you do, it prints "Correct!" and the program ends. You just built a working number guessing game.
Now, if you get a SyntaxError that says "invalid syntax" and points at the word elif or else, check the line above it — you probably forgot the colon on the if line or the elif line. That's the classic "the error is on the wrong line" situation. Python doesn't realize you forgot the colon until it hits the next keyword that doesn't make sense without it.
If you get a TypeError about comparing string and int, you forgot to wrap input in int open paren close paren. Your guess variable is a string, and you're comparing it to an integer. Go back to the guess line and make sure it says int open paren input open paren dot dot dot close paren close paren — two closing parentheses at the end.
If you see IndentationError, check your spaces. Every line under while True should have exactly four spaces. Every line under if or elif or else should have exactly eight spaces. Consistent spacing throughout.
Let's talk about why this program works the way it does, because understanding is different from just typing. The import random line gives us access to the random number generator. The secret variable stores the target number — we generate it once at the start and it stays the same for the whole game. The while True loop keeps asking for guesses until the player wins. Each guess gets converted from string to integer, compared to the secret, and we give feedback. When the guess matches, we break out of the loop.
The condition chain — if, elif, else — is evaluated in order. First it checks if the guess equals the secret. If that's true, it runs the Correct block and breaks. If not, it checks elif guess less than secret. If that's true, it prints Too low. If neither condition was true, the else catches everything else — which must mean the guess is too high. Only one of these branches runs per guess.
We used elif rather than three separate if statements for a reason. If you wrote if guess equals equals secret, then if guess less than secret, then if guess greater than secret as three separate ifs, Python would check all three every time, even after the first one was true. With if elif else, it stops checking after the first match. It's more efficient, and it prevents weird bugs where multiple branches could trigger.
Now, is this the most polished version of this game? There's no input validation — if the user types "banana" the program crashes with a ValueError. There's no attempt counter. There's no "play again" option. But this is a solid, working foundation, and it's short enough that we could narrate every character on an audio podcast. That was the constraint.
Honestly, the fact that we got through that without the listener wanting to throw their computer out the window is kind of remarkable. Dictating code over audio is absurd. I just said "open paren close paren" more times than I have in the entire rest of my life combined. But the pedagogy is real — if you followed along, you now have a working Python program, and you understand variables, input, type conversion, conditionals, loops, and modules.
There's something interesting here about the constraint itself. Most coding tutorials lean heavily on visuals — screen-share, diagrams, "look at this line here." When you take that away, you're forced to explain every concept in words. You can't point. You can't gesture. You have to say what something is and why it's there. In a weird way, the audio-only constraint might produce better teaching for certain concepts because nothing gets glossed over.
I think that's true. And it opens up a whole category of content that barely exists right now. There are hundreds of Python podcasts — Talk Python to Me, Real Python Podcast, Python Bytes — but they're all about discussing Python, not teaching it hands-on. An audio-only coding workout, something you could do during a commute or while walking, would be new. And for visually impaired learners, it's not a gimmick — it's accessibility.
The tricky part is that some Python syntax is hard to narrate. We kept things simple — we didn't use ternary expressions, we didn't do nested list comprehensions, we didn't touch decorators. Try narrating a one-liner like print open paren quote Too low exclamation mark close quote space if space guess space less than space secret space else space quote Too high exclamation mark close quote close paren. It's valid Python, it's concise, but saying it out loud is a tongue-twister. We opted for the more verbose if-elif-else structure partly because it's clearer for a beginner, but also because it's more narratable.
Which raises a question about what "audible Python" would look like as a dialect. If you were designing a programming language specifically to be taught over audio, you'd probably make different syntax choices. Fewer symbols, more keywords. But that's a whole other episode.
Alright, before we wrap up the coding portion — listener, if you got stuck at any point, here are the most common failure points and how to fix them. One: forgot the colon after if, elif, else, or while. The error message will point at the next line. Go back and add the colon. Two: mixed tabs and spaces. Your editor might be inserting tabs when you press tab. Change the setting to insert spaces instead. Three: ran python instead of python3. On Mac and Linux, python often means Python two, which uses different print syntax. Four: forgot to convert input to int. Your comparisons will silently fail because strings and integers are never equal. Wrap input in int open paren close paren.
Five: misspelled a variable name. s e c r e t is not s e c r e a t. Python is case-sensitive and spelling-sensitive. If you get a NameError, check your spelling. Six: unmatched parentheses. Every open paren needs a close paren. If you get a SyntaxError at the end of a line or on the next line, count your parentheses.
If you want to extend this game on your own, here are a few things you could try. Add an attempt counter — create a variable called attempts set to zero at the start, increment it by one each guess, and print it when they win. Add input validation — use a try-except block to catch the ValueError when someone types non-numeric input. Add a "play again" option — wrap the whole game in another loop that asks if they want to play again. These are all natural next steps that build on what you've already learned.
The key insight, the thing I hope sticks with you beyond this specific program, is that programming is fundamentally about breaking a problem into small pieces and solving each piece in order. We didn't write the whole game at once. We wrote Hello World to verify Python worked. Then we generated a random number and printed it to verify the random module worked. Then we got user input and printed it to verify input and type conversion worked. Then we added a single if-else check. Then we wrapped it in a loop. Each step was testable and each step built on the previous one.
That's the real lesson. You don't write a program by typing everything and then running it once at the end. You build it piece by piece, running it constantly to make sure each new piece works before adding the next. That's not a beginner technique — that's how professional developers work. It's called incremental development, and it's the single most important habit you can form as a new programmer.
Now: Hilbert's daily fun fact.
A group of flamingos is called a flamboyance.
If you followed along, you now have a working Python program and you've been exposed to variables, user input, type conversion, conditionals, loops, and modules. That's a solid foundation. If you want to keep going, the next concepts to learn are functions — defining your own reusable blocks of code — and lists, which let you store multiple values in a single variable. Both of those are natural extensions of what we built today.
If you're thinking "I want more of this audio-only coding instruction," let us know. This was an experiment — a proof of concept that you can teach programming through a podcast. If it worked for you, if you actually ended up with a running game, we'd love to hear about it. And if you got stuck, we'd love to hear about that too, because it'll help us figure out how to do this better.
The broader point worth making is that learning to code has never been more accessible. Python is free. The tools are free. The documentation is free. The tutorials are free. The barrier isn't cost or access — it's finding an approach that clicks for you. Maybe audio works for you. Maybe video works. Maybe reading works. The important thing is to find your medium and then just start building things.
Smaller than you think. Hello World small. The biggest mistake beginners make is trying to build something ambitious on day one and getting overwhelmed. Build a thing that does one thing. Then add one more thing. Then add one more. That's how every complex program you've ever used was built — one small piece at a time.
Thanks to Hilbert Flumingtop for producing. This has been My Weird Prompts. You can find every episode, including this one, at myweirdprompts dot com. If you built the game and it works, leave us a review and tell the world that audio-only coding instruction is not as insane as it sounds.
Or that it is exactly as insane as it sounds, but it works anyway. See you next time.
