Three vLLM models on one RTX 3090, measured

```python
import re
from typing import Optional

def parse_door_size(s: str) -> tuple[int, int]:
    """
    Parse garage-door size strings into (width_in, height_in) in inches.
    
    Supported formats include:
    - "16x7" (feet)
    - "16' x 7'" (feet)
    - "16 ft by 7 ft" (feet)
    - '192" x 84"' (inches)
    - Mixed forms like "10'6\" x 7'0\"" (feet and inches)
    
    Returns:
        Tuple of (width_in_inches, height_in_inches)
    """
    s = s.strip().lower()
    
    # Try to parse using a general regex that captures numbers and units
    # We'll look for patterns like: number(unit) [separator] number(unit)
    
    # First, try to detect if the primary unit is inches (no feet, just inches)
    # or feet (default)
    
    # Let's parse tokens: find all number+unit pairs
    # Units: ft, ', foot, feet, in, ", inch, inches
    # Separators: x, by, *
    
    # Remove common separators and normalize
    # Let's use regex to find two dimension components
    
    # Pattern for a single dimension: 
    # Can be: number(ft/in) or number' number" (mixed) or just number (assume ft unless specified as inch)
    
    # Let's split on 'x', 'by', '*' etc.
    # Replace separators with a single delimiter
    s_norm = re.sub(r'\s*(x|by|\*)\s*', '|', s)
    
    parts = s_norm.split('|')
    
… (118 more lines)

We need answer user's request: "Write a Python function `parse_door_size(s: str) -> tuple[int, int]` that parses garage-door sizes like "16x7", "16' x 7'", "16 ft by 7 ft", "192\" x 84\"" into (width_in, height_in) in inches. Handle feet, inches, and mixed forms. Include 8 pytest cases. Reply with code only."

Need provide code only. Need think details. Function parse string into inches. Need support feet, inches, mixed forms. Examples: "16x7" likely feet? Garage-door sizes: "16x7" means 16 ft x 7 ft? Usually width and height in feet. "16' x 7'" feet. "16 ft by 7 ft". "192\" x 84\"" inches. Handle mixed forms e.g., "16' 6\" x 7' 2\""? Mixed forms could be "16' 6 x 7' 2"? Need parse both width and height as either integer/inches or feet or feet+inches, with units optional. Could implement robust regex.

Need include 8 pytest cases. Reply code only, likely full code with function and tests. Must be valid Python. Need decide behavior for ambiguous no unit: "16x7" likely feet if both numbers < some threshold? Garage door sizes "16x7" are feet. "192x84" likely inches. We need handle feet, inches, and mixed forms. Without units maybe infer: if value >= 24? inches? But 16x7 likely feet => 192,84. If no unit and numbers small (<12 maybe inches? But height 7 could be feet). How infer? Could treat unitless as feet if values seem like feet (<=12? but width 16 >12). Garage doors: width 7-24 ft, height 6-14 ft. Inches can be 84-192. So no units could be feet if both values < 15? 16 >15? Hmm 16x7: 16 ft, 7 ft. Inches 192x84. Need infer no-unit: maybe if any number >= 24, inches; if both <= 12, feet? But 16 is >12 but likely feet. Could use threshold: if both numbers < 30? feet? But 24 ft doors? 24 inches? Mixed? Need robust for typical garage door.

Spec: "parses garage-door sizes like "16x7", "16' x 7'", "16 ft by 7 ft", "192\" x 84\"" into (width_in, height_in) in inches. Handle feet, inches, and mixed forms." No explicit ambiguous no unit inference. Could require units for inches; unitless default to feet? But "192 x 84" perhaps should be inches? They only show "192\" x 84\"" with quotes, not unitless. If unitless default feet, "192x84" -> 2304,1008, not inches. But might be desired if no units: numbers large => inches. We can infer.

Need produce only code. Need include pytest cases. Could define parse_door_size(s): normalize, replace commas? Use regex to find two measurements separated by x, X, by, space. Each measurement can be e.g.:
- "16"
- "16'"
- "16 ft"
- "16 feet"
- "16'"
- "16'6" (16 feet 6 inches) maybe no inch mark? 
- "16' 6\""
- "16 ft 6 in"
- "16 ft. 6 in."
- "16'6\""
- "16' 6''" (double prime for inches)
- "16"
- "192\""
- "192 in"
- "192 inches"
- "192"

Need return tuple[int,int]. Probably if missing units infer. Mixed forms: one part feet, another inches? e.g. "16 ft x 84 in". Or combined feet+inches for each dimension.

Need design regex. Simpler: split string on separators: x, X, by, ' x ', etc. But if measurement includes space like "16 ft 6 in" contains spaces. Need split into two tokens at separator. Use regex split: `re.split(r'\s*(?:x|by|×)\s*', normalized)`? But "16' x 7'" ok. "16 ft by 7 ft" ok. If string has no x but just space? "16' 7'"? Could handle if not split. But separator may be `x` or `by` or `×` or comma? We'll support x/X/×/by.

Normalize: lower? Need preserve quotes. Replace unicode quotes? Could map: `s = s.replace('×', ' x ').replace('by', ' x ')`? But unit "by" only separator. If measurement includes "feet" maybe no. Better split with regex that captures separator including `by`. Need be careful "16 ft by 7 ft": split at ` by ` => ["16 ft", "7 ft"].

For each measurement, parse to inches.

Possible approach: parse each dimension with regex:
- If contains feet marker and inch marker: pattern `(?P<ft>\d+(?:\.\d+)?)\s*(?:'|ft(?:s?)?\.?)\s*(?P<in>\d+(?:\.\d+)?)\s*(?:"|in(?:ches?)?\.?)`? Need handle `16' 6"`, `16 ft 6 in`, `16'6"`, `16 ft 6 in.`, maybe `16'6`.
- If contains feet marker only: `(?P<ft>\d+(?:\.\d+)?)\s*(?:'|ft(?:s?)?\.?)`
- If contains inches marker only: `(?P<in>\d+(?:\.\d+)?)\s*(?:"|in(?:ches?)?\.?)`
- If unitless: infer.

But mixed forms could be "16 ft x 84 in". parse each dimension individually.

… (247 more lines)

```python
import re


def parse_door_size(s: str) -> tuple[int, int]:
    """Parse garage-door size strings like '16x7', '16' x 7'', '16 ft by 7 ft',
    '192" x 84"' into (width_inches, height_inches)."""
    s = s.strip().lower()

    # Normalize separators: "by" -> "x", strip extra spaces around x
    s = re.sub(r"\bby\b", "x", s)
    s = re.sub(r"\s+x\s+", "x", s)

    parts = s.split("x")
    if len(parts) != 2:
        raise ValueError(f"Cannot parse door size: {s!r}")

    def _parse_part(part: str) -> int:
        part = part.strip()

        is_inches = (
            '"' in part
            or " in" in part
            or " inch" in part
            or " inches" in part
        )

        m = re.search(r"[\d]+(?:\.\d+)?", part)
        if not m:
            raise ValueError(f"No number found in: {part!r}")

        num = float(m.group())

        if is_inches:
            return int(num)
        # bare numbers and feet default to feet
        return int(num * 12)

    return (_parse_part(parts[0]), _parse_part(parts[1]))

… (37 more lines)

```python
import re
import pytest


def parse_door_size(s: str) -> tuple[int, int]:
    """Parse a garage-door size into a (width_in, height_in) tuple (in inches).

    Accepts forms such as:
        "16x7", "16' x 7'", "16 ft by 7 ft", "192\" x 84\""
    Feet (' / ft) and inches (\" / in) are recognized and mixed forms are
    allowed, e.g. "4' 6\" x 8'".
    """
    tokens = re.findall(r"[+-]?\d+(?:\.\d+)?\s*(?:'|"'"'"'"|ft|in|inches|inche)?", s)
    tokens = [t for t in tokens if t.strip()]
    if len(tokens) < 2:
        raise ValueError(f"Could not parse dimensions from {s!r}")

    def to_inches(token: str) -> float:
        token = token.strip().lower()
        if token.endswith(("ft", "feet")):
            return float(re.sub(r"(ft|feet)?", "", token)) * 12.0
        if token.endswith(("in", "inches", "inche")):
            return float(re.sub(r"(in|inches|inche)?", "", token))
        # No unit: default to inches if it's a bare number, but allow bare feet
        # only when a trailing ' or the whole value already looked like feet.
        return float(token)

    w = to_inches(tokens[0])
    h = to_inches(tokens[1])
    return round(w), round(h)


@pytest.mark.parametrize(
    "s, expected",
    [
        ("16x7", (16, 7)),
        ("16' x 7'", (16, 7)),
        ("16 ft by 7 ft", (16, 7)),
        ('192" x 84"', (192, 84)),
        ('4\' 6" x 8\'', (54, 96)),
        ("4 ft 6 in by 8 ft", (54, 96)),
… (7 more lines)

The user wants a Python function `parse_door_size(s: str) -> tuple[int, int]` that parses garage-door sizes in various formats into (width_in, height_in) in inches.

Formats to handle:
- "16x7"
- "16' x 7'" (feet with apostrophe)
- "16 ft by 7 ft"
- "192" x 84"" (inches with double-quote)

Need to handle feet, inches, and mixed forms.

Let me write a robust parser using regex.

The idea:
- Extract two numbers
- Determine their units (feet or inches)
- Convert everything to inches

Let me think about the units. Feet can be denoted by `'` (apostrophe) or `ft`. Inches can be denoted by `"` (double quote) or `in`.

If no unit is specified (like "16x7"), they're already in inches (standard garage door notation where 16x7 means 16 feet x 7 feet? Wait, no).

Actually, garage door sizes like "16x7" typically mean 16 feet wide x 7 feet tall. But the question says "into (width_in, height_in) in inches." Hmm.

Wait, let me reconsider. "16x7" - is that feet or inches? In garage door context, "16x7" means 16 feet wide by 7 feet tall. But the function returns inches.

Hmm, but then "16' x 7'" would be 16 feet x 7 feet = 192" x 84". And "192" x 84"" would be 192 inches x 84 inches.

So these should be consistent! "16' x 7'" = 192 x 84, and "192" x 84"" = 192 x 84. Yes!

So "16x7" — if interpreted as feet — would be 192 x 84. That makes sense with the garage door convention.

Wait, but that's ambiguous. Let me think again. The examples:
- "16x7" 
- "16' x 7'" 
- "16 ft by 7 ft" 
- "192" x 84""

If "16' x 7'" = 16 feet x 7 feet = 192 x 84 inches.
And "192" x 84"" = 192 inches x 84 inches.

So both give (192, 84). That means "16x7" is also feet, giving (192, 84).

… (499 more lines)

```
import re
import pytest

def parse_door_size(s: str) -> tuple[int, int]:
    """
    Parses garage door strings into (width_inches, height_inches).
    Handles formats: 16x7, 16' x 7', 16 ft by 7 ft, 192" x 84"
    """
    # Normalize string: remove whitespace and lowercase
    s = s.lower().strip()
    
    # Split by common delimiters: 'x', 'by', or just whitespace
    parts = re.split(r'x|by', s)
    if len(parts) != 2:
        raise ValueError(f"Could not parse door dimension string: {s}")

    def to_inches(part: str) -> int:
        part = part.strip()
        # Extract numbers
        match = re.search(r'(\d+)', part)
        if not match:
            raise ValueError(f"Could not find dimension in: {part}")
        
        value = int(match.group(1))
        
        # Check for units
        if "ft" in part or "'" in part:
            return value * 12
        elif '"' in part or "in" in part:
            return value
        else:
            # Default to inches if no unit provided
            return value

    width = to_inches(parts[0])
    height = to_inches(parts[1])
    return (width, height)

@pytest.mark.parametrize("inp, expected", [
    ("16x7", (192, 84)),
    ("16' x 7'", (192, 84)),
… (13 more lines)

python
import re
import pytest

def parse_door_size(s: str) -> tuple[int, int]:
    """
    Parses garage door strings into (width_inches, height_inches).
    Handles formats: 16x7, 16' x 7', 16 ft by 7 ft, 192" x 84"
    """
    # Normalize the string
    s = s.lower().strip()
    
    # Split by common delimiters: 'x', 'by', or whitespace
    parts = re.split(r'\s*[xbby]\s+', s)
    if len(parts) != 2:
        raise ValueError(f"Could not parse string: {s}")

    def to_inches(dim: str) -> int:
        dim = dim.strip()
        # Extract numeric part
        match = re.search(r'(\d+)', dim)
        if not match:
            raise ValueError(f"Could not find dimension in: {dim}")
        
        value = int(match.group(1))
        
        # Check for units
        if "'" in dim or "ft" in dim:
            return value * 12
        elif '"' in dim or "in" in dim:
            return value
        # Default fallback to inches if no unit provided
        return value

    return to_inches(parts[0]), to_inches(parts[1])

@pytest.mark.parametrize("input,expected", [
    ("16x7", (192, 84)),
    ("16' x 7'", (192, 84)),
    ("16 ft by 7 ft", (192, 84)),
    ("192\" x 84\"", (192, 84)),
    ("8'x8'", (96, 96)),
… (10 more lines)

```python
import re

def parse_door_size(s: str) -> tuple[int, int]:
    s = s.strip()
    # Format: "16 ft by 7 ft" or "16 feet and 8 inches"
    ft_parts = re.findall(r'(\d+)\s*feet?', s, re.IGNORECASE)
    if ft_parts:
        ft = int(ft_parts[0])
        st = ft * 12
        inch_parts = re.findall(r'(\d+)\s*inch(?:es)?', s, re.IGNORECASE)
        if inch_parts:
            st += int(inch_parts[0])
        return (ft * 12, st)

    # Format: '16\' x 7\'', "16\" x 84\"", 16x7, "16' 8\" x 7'"
    m = re.search(r"(\d{1,3})('?\"?| x | by )(\d{1,3})('?\"?)", s)
    if m:
        w = int(m.group(1))
        h = int(m.group(2))
        inches = (w if m.group(1) == w else 0)
        inches2 = (h if m.group(1) == h else 0)
        width_in = inches + inches2
        return (width_in, height_in)
```

I broke my thinking here since I didn't finish writing the code. Let me rebuild this properly:

```python
import re

def parse_door_size(s: str) -> tuple[int, int]:
    s = s.strip()

    # Format: "16 ft by 7 ft", "16 feet and 8 inches", "16' x 7'", "16\" x 84\"", "16x7", "16' 8\" x 7'"
    ft_parts = re.findall(r'(\d+)\s*feet?', s, re.IGNORECASE)
    if ft_parts:
        ft = int(ft_parts[0])
        st = ft * 12
        inch_parts = re.findall(r'(\d+)\s*inch(?:es)?', s, re.IGNORECASE)
        if inch_parts:
            st += int(inch_parts[0])
… (189 more lines)

The user wants a Python function that parses garage-door sizes into (width_in, height_in). Let me think about the requirements:

1. Parse strings like:
   - "16x7" → 16 inches x 7 inches
   - "16' x 7'" → 16 ft x 7 ft = 192x84
   - "16 ft by 7 ft" → 16 ft by 7 ft = 192x84
   - "192\" x 84\"" → 192 inches x 84 inches
   - Handle feet, inches, and mixed forms

2. Return a tuple of (width_in, height_in) in inches.

3. Include 8 pytest cases.

Let me think about the parsing logic:

- Numbers can be in feet or inches.
- Feet indicated by `'` or `ft` or `feet` or `feet "` etc.
- Inches indicated by `"` or `in` or `inch` or `inches`.

So I need to extract numbers and their units, then convert feet to inches (multiply by 12), and handle the width/height order.

Let me write a robust regex-based parser.

Approach:
1. Find all number-unit pairs.
2. For each, determine if it's feet or inches.
3. Convert to inches.
4. First number is width, second is height.

Let me think about what counts as feet vs inches:
- `'` (apostrophe) → feet
- `"`, `\"` → inches
- `ft`/`feet`/`foot` → feet
- `in`/`inch`/`inches` → inches

But careful: `x` unit (like "cm in x ft")? Probably not needed. But "16 ft by 7 ft" uses "by". Let me handle general.

Let me write the parser:

```python
import re

… (509 more lines)

```python
import re
from typing import Tuple


def parse_door_size(s: str) -> Tuple[int, int]:
    """
    Parse garage-door size strings into a tuple of (width_in, height_in) in inches.

    Supported formats:
        - "16x7"
        - "16' x 7'"
        - "16 ft by 7 ft"
        - "192\" x 84\""
        - "16 ft by 7 in"
        - "16' x 7\""
        - "2'4\" x 9'6\""
        - "36 in x 84 in"

    Args:
        s: Input string representing a door size.

    Returns:
        A tuple (width_in, height_in) where both values are integers in inches.

    Raises:
        ValueError: If the input string cannot be parsed.
    """
    s = s.strip()

    # Pattern for: A_unit x/unit Feet/ft by Feet/ft/inches Inch/in or similar
    # Capture two components separated by 'x' or 'by' with unit labels:
    match = re.match(
        r"^\s*"
        r"(\d+(?:'\d+)?\s*(?:ft?|inches?)?|\"\d+?(?:/?\"?\s*(?:ft?|inches?)?)?)\s*"
        r"(?:x|X|x?|by?)"
        r"\s*"
        r"(\d+(?:'\d+)?\s*(?:ft?|inches?)?|\"\d+?(?:/?\"?\s*(?:ft?|inches?)?)?)\s*$",
        s,
        re.IGNORECASE,
    )
    if not match:
… (60 more lines)

Thinking Process:

1.  **Analyze the Request:**
    *   Function name: `parse_door_size`
    *   Input: `s: str`
    *   Output: `tuple[int, int]` representing (width_in, height_in) in inches.
    *   Input formats to handle: "16x7", "16' x 7'", "16 ft by 7 ft", "192\" x 84\"".
    *   Logic: Convert feet and inches to total inches, parse dimensions.
    *   Constraints: Must include 8 `pytest` test cases.
    *   Output format: Code only.

2.  **Determine Parsing Logic:**
    *   Need to strip units (ft, ft in, ", ").
    *   Need to split dimensions (x, by).
    *   Need to handle mixed units (e.g., "5'6"" or "5 ft 6 in" or "16' 7\"" or "16 ft 8 in"). The problem description gives examples like "16' x 7'" and "192\" x 84\"", implying the whole dimension might be in inches or feet. It also says "Handle feet, inches, and mixed forms".
    *   Let's look closer at the examples:
        *   "16x7" -> 16, 7
        *   "16' x 7'" -> 16*12 + 0, 7*12 + 0 (assuming no sub-inches) OR 16 inches width, 7 inches height. Wait, usually door sizes are like 16' x 8'. So 16 feet is 192 inches.
        *   "16 ft by 7 ft" -> 16*12, 7*12.
        *   "192\" x 84\"" -> 192, 84.
    *   "Mixed forms" implies inputs like "5'6" or "5 ft 6 in".
    *   Regex approach is best here.
    *   Split string by separators ('x', ' by ', ' ' ) to get two parts.
    *   For each part, parse numbers and units.
    *   Units: 'ft', "'", '"', 'in', 'inch' (maybe).
    *   If 'ft' unit present: multiply value by 12.
    *   If '"' unit present: treat as inches.
    *   If 'in' unit present: treat as inches.
    *   If just number: treat as inches (common default or assume feet? In "192\" x 84\"", it's inches. In "16x7", could be feet or inches? Usually stripped units are ambiguous. However, for the function signature `parse_door_size`, returning a specific int means making a decision. Let's assume for bare numbers, if the other has 'ft' maybe all are feet? No, "16x7" in door context likely means feet if it's a garage door. But often "16x7" just means inches in casing context. Let's look at "192\" x 84"". "16 x 7" (without quotes) -> if it's feet, (192, 84). If inches, (16, 7).
    *   Actually, a robust parser for "Width" "Height" usually looks for the trailing unit.
    *   Let's refine the parsing logic per component:
        1.  Replace slashes, quotes with delimiters.
        2.  Split by 'x', ' by ', ' ' (careful with spaces).
        3.  Strip unit suffixes from each numeric part.
        4.  If unit is 'ft' -> *12.
        5.  If unit is 'in' or '"' -> result as is.
        6.  If no unit -> assume inches? Or feet? The prompt examples "16x7" -> likely 16 inches, 7 inches? Or 16 feet, 7 feet? Garage door standard 16' x 7' is possible. But "16x7" usually implies inches in DIY unless 'x' implies feet (like U.S. drywall is usually feet width).
        7.  Actually, "Handle feet, inches, and mixed forms" suggests if I write "16' x 7'", 16 is feet. If I write "16" x 84"", 16 is inches.
        8.  So the rule is:
            *   Nominal Number: > 1 -> Feet (Garage doors are usually >100 inches). But "16x7" might be small shed door.
            *   Better approach: If `ft` found, convert. If `"` found, it's inches. If bare number, assume inches (since "192\" x 84\"" are inches). Wait, if input is "16x7", output (16, 7).
            *   Wait, let's look at "16 ft by 7 ft".
… (335 more lines)

```python
import re

def parse_door_size(s: str) -> tuple[int, int]:
    """
    Parses garage-door sizes like "16x7", "16' x 7'", "16 ft by 7 ft", "192\" x 84\"" 
    into (width_in, height_in) in inches.
    
    Handles:
    - Numeric only (assumed inches)
    - Numeric + feet (ft, ', space-separated scalar)
    - Numeric + inches (numeric or "). In mixed cases, last unit implies height unit.
    - Space, ' x ', or " by " as separators.
    """
    s = s.strip()
    
    # Split by common separators: x, ' x ', " by ", spaces/generic separators
    # Try to split by ' x ' or " x " or " by " first
    split_by_x = re.split(r'[\s]*\s*x\s*[\s"']*|[\s]*\s*by\s*[\s"]*', s, flags=re.IGNORECASE)
    if len(split_by_x) != 2:
        # If no split by 'x' or 'by', assume single string; split on spaces between numbers if needed
        # For simplicity, assume single or exactly space-separated parts; try to split by space
        # If numbers contain ', or quotes, strip them.
        parts = [p.strip() for p in s.split()]
    else:
        parts = split_by_x
    
    def parse_number許 unit_str:
        unit_str = unit_str.replace('"', '').strip()
        # Handle ' ft ', ' ft', ' feet ', ' feet', 'ft ', ' ft'
        unit = unit_str.lower()
        
        if unit == 'ft' or unit == 'feet':
            if unit_str.isdigit():
                return int(unit_str), 'ft'
        # If there's a decimal point, we consider inches if the digit is a single-char diff.
        # But typical usage is whole number.
        
        # Now treat as given number with inches or ft.
        # We support both: "16" (16 inches), "16'" or "16 ft", "16 ft 6" (mixed).
        # We'll convert to a float then to integer at end, handling the last part as inches if possible
        # If the unit is absent, assume inches.
… (359 more lines)

Thinking Process:

1.  **Analyze the Request:**
    *   Function name: `parse_door_size`
    *   Input: string `s` (example: "16x7", "16' x 7'", "16 ft by 7 ft", "192\" x 84\"")
    *   Output: tuple of two integers `(width_in, height_in)`
    *   Requirements: Handle feet (`'`, `ft`, `''`?), inches (`"`, `inch`, no suffix), mixed forms.
    *   Constraint: Handle the logic correctly to extract numbers and units.
    *   Constraint: Include 8 pytest test cases.
    *   Constraint: Reply with code only.

2.  **Determining Conversion Logic:**
    *   1 foot = 12 inches.
    *   Input strings might contain:
        *   Pure inches (e.g., "192\" x 84\"") -> Note: The example uses backticks in the prompt's example `"` but usually, it's just a character. I need to handle `"` (which is often escaped in prompt strings) literally.
        *   Pure feet (e.g., "16' x 7'", "16' x 7'")
        *   Feet abbreviation (e.g., "16 ft by 7 ft")
        *   Mixed (e.g., "16 ft x 8'")
    *   Separators: `x`, `x`, `hyphen`, `space`, `by`.
    *   Numbers: Need to be floats or integers for intermediate calculation, then converted to int for result.

3.  **Reference Handling:**
    *   The prompt example shows `192\"`. This looks like Python string representation. I should assume the input string will contain the literal characters `'` or `ft` or `"` or `x` or ` by ``.
    *   Wait, the prompt example `192\" x 84\"` suggests the actual input string might contain `"` (double quote) but escaped in the documentation. Or it might contain the character `'`.
    *   Commonly used units:
        *   `'` (apostrophe) = foot
        *   `ft` = foot
        *   `"` = inch
        *   No unit = assume inches or feet? Usually, sizes like `16x7` imply just numbers, but context implies units. Let's assume if no unit is specified but numbers are given, they might be ambiguous. However, for robustness, usually, explicit units are preferred. Let's excuse assume no explicit unit is treated as inches (since doors are often expressed as inches, but garage doors are often 7ft high (~84in) or 7ft high (84in). 192 inches is ~16ft wide. 84 inches is ~7ft high. So `192x84` are definitely inches).
    *   Logic refinement:
        1.  Extract all numbers from the string.
        2.  Determine units (`'`, `ft`, `"`, empty).
        3.  Since the input format is `N1 unit1 by unit2` or `N1 unit1 x N2 unit2`, regex is best.
        4.  Regex: `r'(\d+(?:\.\d+)?)\s*(?:'|\s*ft\s*)?\s*(?:x|\s*by\s*)?\s*(\d+(?:\.\d+)?)\s*(?:'|\s*ft\s*)?\s*(?:'?|\"|\s*\#)??'?` ... This is getting complicated.
        5.  Simpler approach: Replace units with a number.
            *   `ft` -> 12, `'` -> 12.
            *   `"` -> 1, empty -> 1 (assume inches if no unit found? No, wait).
            *   If I see `192"`, it's 192 inches.
            *   If I see `16`, is it 16 inches or 16 feet? In garage doors, width might be 16 (meaning 16ft or 6'4"? 16 is usually a shorthand for 16ft). Height 7 usually means 7ft (84in).
            *   However, the prompt asks to handle mixed forms.
            *   Let's look at standard regex patterns for mixed units:
                *   `^\s*(\d+(?:\.\d+)?)\s*([\'\"]?\salt)?` -> This is tricky.
… (403 more lines)

```python
import re

def parse_door_size(s: str) -> tuple[int, int]:
    # Regex to find numbers and their associated units (ft, ', ", feet)
    # Matches: 16, 16', 16", 16 ft, 16 feet
    pattern = r"(\d+)\s*(?:'|\"|ft|feet|inch|inches)?"
    matches = re.findall(pattern, s.lower())
    
    def convert_to_inches(match_str: str) -> int:
        num_part = match_str[0]
        unit_part = match_str[1]
        val = int(num_part)
        
        if any(u in unit_part for u in ("'", "ft", "feet")):
            return val * 12
        return val

    # Extract all numeric parts converted to inches
    sizes = []
    for m in matches:
        sizes.append(convert_to_inches(m))
    
    if len(sizes) >= 2:
        return (sizes[0], sizes[1])
    return (0, 0)

if __name__ == "__main__":
    import pytest

    @pytest.mark.parametrize("input_str, expected", [
        ("16x7", (16, 7)),
        ("16' x 7'", (192, 84)),
        ("16 ft by 7 ft", (192, 84)),
        ("192\" x 84\"", (192, 84)),
        ("8x9", (8, 9)),
        ("10ft x 8ft", (120, 96)),
        ("12' x 12'", (144, 144)),
        ("24 inch x 36 inch", (24, 36)),
    ])
    def test_parse_door_size(input_str, expected):
        assert parse_door_size(input_str) == expected
… (1 more lines)

```python
import re

def parse_door_size(s: str) -> tuple[int, int]:
    """
    Parses garage door sizes into a tuple of (width_in, height_in).
    Supports formats like "16x7", "16' x 7'", "16 ft by 7 ft", "192\" x 84\"".
    """
    # Normalize the string: remove quotes and whitespace, convert to lowercase
    clean_s = s.replace('"', '').lower().replace("'", "").replace(" ", "")
    
    # Regex to find numbers and the separator (x, by, or just a space/gap)
    # We look for parts that represent dimensions
    parts = re.findall(r'(\d+)', clean_s)
    if len(parts) < 2:
        raise ValueError("Could not find two dimensions in input string.")
    
    raw_w = int(parts[0])
    raw_h = int(parts[1])
    
    # Determine if units are feet or inches based on keywords
    is_feet = "ft" in clean_s or "'" in s
    is_inches = '"' in s or "inch" in clean_s
    
    # Logic to decide multiplier:
    # If "ft" or "'" is present, treat as feet unless "inch" is also present.
    # If no units are provided, we assume inches (standard for door codes like 16x7).
    # However, if "ft" is found, multiply by 12.
    
    multiplier = 1
    if is_feet and not is_inches:
        multiplier = 12
        
    return (raw_w * multiplier, raw_h * multiplier)

if __name__ == "__main__":
    import pytest

    def test_parse_door_size():
        assert parse_door_size("16x7") == (16, 7)
        assert parse_door_size("16' x 7'") == (192, 84)
        assert parse_door_size("16 ft by 7 ft") == (192, 84)
… (8 more lines)

```python
import re

def parse_door_size(s: str) -> tuple[int, int]:
    """
    Parses garage-door sizes like "16x7", "16' x 7'", "16 ft by 7 ft", "192\" x 84\""
    into (width_in, height_in) in inches.
    
    Supported formats:
    - Plain numbers: "10x10"
    - With units: "10' 9\"", "10'09\"", "10 ft 9 in", "10' 9'", "10 ft by 9 ft"
    Logic:
      - If both parts contain 'ft' or inches without a 'prime', treat as converted fully to inches.
      - If primes (') are present, treat the number before the prime as feet.
      - If a mix: assume feet as inches * 12 if no inch part.
    """
    s = s.strip()
    
    s = s.lower()
    
    # Handle single number (no x or by)
    s = re.sub(r'\s*x\s+', ' ', s)
    s = re.sub(r'\s+by\s+', ' ', s)
    
    s = s.strip()
    
    # Determine if we have prime feet or just numbers
    has_prime = "'" in s
    has_decimals_or_inches = '"' in s
    
    # Normalize spaces
    s = s.replace("ft", " ").replace("in", " ").replace("ft ", " ").replace("in ", " ")
    s = s.replace('ft "', "ft ').replace(' in "', "in ").replace('ft-', ' ft ').replace('in-', ' in ')
    
    parts = s.split('by')
    if len(parts) > 1:
        parts = [p.strip() for p in parts]
    else:
        parts = [s, '']
    
    parts = [p.strip() for p in parts]
    
… (91 more lines)

```python
import re

def parse_door_size(s: str) -> tuple[int, int]:
    s = s.strip()
    numbers = []
    units = [''] * len(numbers)
    
    i = 0
    while i < len(s):
        match = re.match(r'(\d+(?:\.\d+)?)', s[i:], 0)
        # Find all numbers in sequence
        if match:
            num = float(match.group(1))
            numbers.append(num)
            # Determine unit
            current = s[i:]
            unit_match = re.match(r'(ft|feet|\'|\")', current[l().group(1)), end()
            unit_match.group
        i += match group.findlen ends with
    else:
        if numbers[0]:
            numbers = [int(round(number)) for number in numbers]
        else:
            numbers = [0, 0]
    
    # Return as tuple
    return (numbers[0], numbers[1])


# 8 pytest cases

def test_parse_door_size_basic():
    assert parse_door_size("16x7") == (192, 84)

def test_parse_door_size_feet():
    assert parse_door_size("16' x 7'") == (192, 84)

def test_parse_door_size_ft_by():
    assert parse_door_size("16 ft by 7 ft") == (192, 84)
… (13 more lines)