sample_id string | parsed_answer string | correct_answer null | stop_reason string | output_tokens int64 | input_tokens int64 | reasoning string | prompt list |
|---|---|---|---|---|---|---|---|
ex05917 | 0.999 | null | stop | 959 | 404 | Let me analyze this code carefully.
The specification says:
- `clamp(x, lo, hi)` should return `x` clamped into the closed interval `[lo, hi]`
- Assume `lo <= hi`
The implementation:
```python
def clamp(x, lo, hi):
if x < lo:
result = lo
elif x > hi:
result = hi
else:
result = x
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05929 | 0.001 | null | stop | 1,041 | 395 | Let me carefully analyze this code.
**Specification:**
- `majority_vote(labels)` should return the value with strictly highest count
- If the top count is tied, raise ValueError
**Implementation:**
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = [(label, labels.c... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05952 | 0.999 | null | stop | 729 | 328 | Let me analyze this code carefully.
The specification says:
- Implement `median3(a, b, c)` returning the median of three distinct integers.
The implementation:
```python
def median3(a, b, c):
ordered = sorted([a, b, c])
chosen = ordered.pop(1)
return chosen
```
The tests:
1. `test_case()`: Input (7, -11,... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05954 | 0.001 | null | stop | 1,107 | 358 | Let me analyze this code carefully.
The specification asks for a function `rotate_left(lst, k)` that:
1. Returns a new list rotated left by `k` positions
2. Uses `k % len(lst)` for non-empty lists
The implementation:
```python
def rotate_left(lst, k):
if not lst:
return []
i = k % len(lst)
return ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05969 | 0.001 | null | stop | 1,068 | 395 | Let me analyze this code carefully.
## Specification
- Return the value with strictly highest count
- If the top count is tied, raise ValueError
## Implementation Analysis
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = [(label, labels.count(label)) for label in... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05972 | 0.001 | null | stop | 1,052 | 458 | Let me analyze this code carefully.
The specification says:
- Return the value with strictly highest count
- If there's a tie for the top count, raise ValueError
Now let's trace through the implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = {}
f... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05973 | 0.001 | null | stop | 1,610 | 421 | Let me carefully analyze this code to determine if it passes all tests.
## Specification Analysis
- Function should return the value with strictly highest count
- If there's a tie for highest count, raise ValueError
## Implementation Analysis
```python
def majority_vote(labels):
if not labels:
raise Valu... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05978 | 0.001 | null | stop | 1,053 | 373 | Let me carefully analyze this code specification, implementation, and test suite.
**Specification:**
- Function name: `unique_sorted(nums)`
- Returns: A sorted list of unique values from `nums`
- "sorted" typically means ascending order (smallest to largest)
**Implementation:**
```python
def unique_sorted(nums):
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05984 | 0.001 | null | stop | 1,465 | 369 | Let me analyze this code carefully.
The function `median3(a, b, c)` is supposed to return the median of three integers.
Let's trace through the implementation:
```python
def median3(a, b, c):
ordered = []
for value in (a, b, c):
position = 0
while position < len(ordered) and ordered[position]... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05986 | 0.999 | null | stop | 821 | 393 | Let me analyze this code carefully.
The specification says:
- Return the second largest DISTINCT value
- If all elements are equal (no distinct second largest exists), raise ValueError
The implementation:
```python
def second_largest(nums):
values = sorted(value for value in set(nums))
if len(values) < 2:
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05989 | 0.001 | null | stop | 755 | 360 | Let me carefully analyze this code.
The specification says:
- `unique_sorted(nums)` should return a sorted list of unique values from `nums`.
- This means two things:
1. Remove duplicates (make values unique)
2. Sort the result in ascending order
Now let's look at the implementation:
```python
def unique_sorted(n... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05991 | 0.001 | null | stop | 864 | 395 | Let me analyze this code carefully.
**Specification:**
- `majority_vote(labels)` should return the value with strictly highest count
- If there's a tie for the top count, raise `ValueError`
**Implementation:**
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = [(lab... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex05998 | 0.999 | null | stop | 808 | 353 | Let me carefully analyze this code to determine if it passes all tests.
**Specification:**
- Function `sum_even(nums)` should return the sum of even integers in `nums`
**Implementation:**
```python
def sum_even(nums):
def eligible(n):
return n % 2 == 0
return sum(n for n in nums if eligible(n))
```
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06001 | 0.999 | null | stop | 1,014 | 392 | Let me carefully analyze this code to check if it passes all tests.
**Specification:**
- Function should return the second largest distinct value in `nums`
- If all elements are equal (no distinct second largest exists), raise ValueError
**Implementation Analysis:**
```python
def second_largest(nums):
values = s... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06008 | 0.001 | null | stop | 892 | 353 | Let me analyze this code carefully.
The specification says:
- Implement `sum_even(nums)` returning the sum of even integers in `nums`.
The implementation:
```python
def sum_even(nums):
total = 0
index = 0
while index < len(nums):
n = nums[index]
if n % 2 != 0:
total += n
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06018 | 0.001 | null | stop | 751 | 395 | Let me analyze this code carefully to determine if it will pass all tests.
**Specification Analysis:**
- Function `majority_vote(labels)` should return the value with strictly highest count
- If there's a tie for the highest count, raise ValueError
**Implementation Analysis:**
```python
def majority_vote(labels):
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06055 | 0.001 | null | stop | 883 | 384 | Let me carefully analyze this code.
The specification says:
`clamp(x, lo, hi)` should return `x` clamped into the closed interval `[lo, hi]`.
This means:
- If `x < lo`, return `lo`
- If `x > hi`, return `hi`
- Otherwise, return `x`
The implementation is:
```python
def clamp(x, lo, hi):
if x < lo:
result =... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06058 | 0.001 | null | stop | 1,050 | 361 | Let me carefully analyze this code.
The specification says:
- `rotate_left(lst, k)` should return a new list rotated left by `k` positions
- Use `k % len(lst)` for non-empty lists
The implementation:
```python
def rotate_left(lst, k):
if not lst:
return []
i = k % len(lst)
return [lst[position] fo... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06083 | 0.999 | null | stop | 1,045 | 371 | Let me carefully analyze this code to determine if it will pass all tests.
**Specification Analysis:**
- Function should return the second largest distinct value in nums
- If all elements are equal (no distinct second largest exists), raise ValueError
- Need to handle edge cases properly
**Implementation Analysis:**
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06090 | 0.999 | null | stop | 1,444 | 403 | Let me analyze this code carefully.
Looking at the specification:
- Parse comma-separated integers
- Optional surrounding whitespace
- Empty segments must raise ValueError
Now let's look at the implementation:
```python
def parse_int_list(s):
parts = list(map(str.strip, s.split(',')))
if any(part == '' for p... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06123 | 0.999 | null | stop | 706 | 326 | Let me analyze this code carefully.
The specification says to implement a function that returns the median of three distinct integers.
The implementation is:
```python
def median3(a, b, c):
ordered = sorted([a, b, c])
chosen = ordered.pop(1)
return chosen
```
Let's trace through the tests:
Test 1: media... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06132 | 0.001 | null | stop | 2,276 | 385 | Let me carefully analyze this code to determine if it will pass all tests.
The specification requires:
- Count vowels in a string `s`
- Case-insensitive
- Return the count
Let's trace through the implementation:
```python
def count_vowels(s):
vowels = set('aeiou')
text = s
def count_from(index):
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06138 | 0.001 | null | stop | 1,159 | 458 | Let me carefully analyze this code against the specification and tests.
**Specification Requirements:**
1. Return the value with strictly highest count
2. If there's a tie for the top count, raise ValueError
**Implementation Analysis:**
```python
def majority_vote(labels):
if not labels:
raise ValueError... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06141 | 0.001 | null | stop | 1,003 | 458 | Let me analyze this code carefully.
The specification says:
- Return the value with strictly highest count
- If the top count is tied, raise ValueError
The implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = {}
for label in labels:
counts.... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06155 | 0.999 | null | stop | 767 | 353 | Let me analyze this code carefully.
The specification asks to implement `sum_even(nums)` which should return the sum of even integers in `nums`.
Looking at the implementation:
```python
def sum_even(nums):
def eligible(n):
return n % 2 == 0
return sum(n for n in nums if eligible(n))
```
This impleme... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06164 | 0.001 | null | stop | 1,189 | 421 | Let me analyze this code carefully.
The specification says:
- Return the value with the strictly highest count
- If the top count is tied, raise ValueError
Now let's look at the implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
from collections import Count... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06175 | 0.001 | null | stop | 1,020 | 376 | Let me carefully analyze this code and the tests.
**Specification:**
- `unique_sorted(nums)` should return a sorted list of unique values from `nums`
- "sorted" typically means ascending order (smallest to largest)
**Implementation Analysis:**
```python
def unique_sorted(nums):
values = {value for value in nums} ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06184 | 0.999 | null | stop | 992 | 373 | Let me analyze this code carefully.
The specification says:
- Return the second largest distinct value in `nums`
- If all elements are equal (no distinct second largest exists), raise ValueError
The implementation:
```python
def second_largest(nums):
values = sorted(value for value in set(nums))
if len(values... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06197 | 0.001 | null | stop | 911 | 353 | Let me analyze this code carefully.
The function `sum_even(nums)` is supposed to:
1. Return the sum of even integers in `nums`
Looking at the implementation:
```python
def sum_even(nums):
total = 0
index = 0
while index < len(nums):
n = nums[index]
if n % 2 != 0:
total += n
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06203 | 0.001 | null | stop | 930 | 395 | Let me analyze this code carefully.
**Specification:**
- Return the value with strictly highest count
- If there's a tie for the highest count, raise ValueError
**Implementation:**
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = [(label, labels.count(label)) for ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06211 | 0.001 | null | stop | 1,224 | 421 | Let me analyze this code carefully.
The specification says:
- Return the value with strictly highest count
- If the top count is tied, raise ValueError
The implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
from collections import Counter
counts = Counter... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06212 | 0.001 | null | stop | 914 | 390 | Let me analyze this carefully.
The specification says:
- Find the **first element strictly greater than** `threshold`
- Return `None` if none exists
So the condition should be: `n > threshold` (strictly greater)
But let's look at the implementation:
```python
def find_first_gt(nums, threshold):
return next((n fo... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06249 | 0.999 | null | stop | 1,202 | 372 | Let me carefully analyze this code.
The specification says:
- Return the second largest DISTINCT value in nums
- If all elements are equal (no distinct second largest exists), raise ValueError
The implementation:
```python
def second_largest(nums):
values = sorted(value for value in set(nums))
if len(values) ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06260 | 0.001 | null | stop | 1,177 | 363 | Let me carefully analyze this code to understand what it does and whether it correctly implements the median3 function.
The specification says:
- Implement `median3(a, b, c)` returning the median of three distinct integers.
The implementation:
```python
def median3(a, b, c):
ordered = []
for value in (a, b, c... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06272 | 0.999 | null | stop | 645 | 354 | Let me analyze this code carefully.
The specification asks for a function `sum_even(nums)` that returns the sum of even integers in a list `nums`.
The implementation:
```python
def sum_even(nums):
def eligible(n):
return n % 2 == 0
return sum(n for n in nums if eligible(n))
```
Let me check each tes... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06287 | 0.001 | null | stop | 901 | 363 | Let me analyze this code carefully.
The function `median3(a, b, c)` is supposed to return the median of three distinct integers.
Let's trace through the implementation:
```python
def median3(a, b, c):
ordered = []
for value in (a, b, c):
position = 0
while position < len(ordered) and ordered[... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06289 | 0.999 | null | stop | 860 | 375 | Let me analyze this code carefully.
**Specification:**
- Function: `find_first_gt(nums, threshold)`
- Return: First element strictly greater than `threshold`
- If no such element exists, return `None`
**Implementation:**
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n > threshold),... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06310 | 0.999 | null | stop | 900 | 379 | Let me analyze this code carefully.
**Specification:**
- Function should return the second largest distinct value in `nums`
- If all elements are equal (no distinct second largest exists), raise ValueError
**Implementation Analysis:**
1. `values = []` - creates an empty list
2. `for value in set(nums):` - this conve... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06315 | 0.999 | null | stop | 965 | 377 | Let me carefully analyze this code to determine if it passes all tests.
**Specification Analysis:**
- Function `second_largest(nums)` should return the second largest *distinct* value in `nums`
- If all elements are equal (no distinct second largest exists), raise ValueError
**Implementation Analysis:**
```python
de... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06321 | 0.001 | null | stop | 992 | 421 | Let me carefully analyze this code to see if it will pass all tests.
## Specification Analysis
- Function `majority_vote(labels)` should return the value with strictly highest count
- If there's a tie for highest count, it should raise ValueError
- "Strictly highest" means if count A = count B, and both are maximum, i... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06322 | 0.999 | null | stop | 1,045 | 392 | Let me carefully analyze this code to determine if it passes all tests.
## Specification Analysis
The function should:
1. Find the second largest distinct value in `nums`
2. If all elements are equal (no distinct second largest), raise ValueError
## Implementation Analysis
```python
def second_largest(nums):
val... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06340 | 0.001 | null | stop | 875 | 380 | Let me analyze this implementation carefully against the specification and tests.
The specification says:
- Implement `clamp(x, lo, hi)` returning `x` clamped into the closed interval `[lo, hi]`
- This means if x < lo, return lo
- If x > hi, return hi
- If lo <= x <= hi, return x
The implementation says:
```python
de... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06368 | 0.999 | null | stop | 832 | 378 | Let me analyze this code carefully.
The specification is to implement a `clamp(x, lo, hi)` function that returns `x` clamped into the closed interval `[lo, hi]`. It assumes `lo <= hi`.
The implementation is:
```python
def clamp(x, lo, hi):
if x < lo:
result = lo
elif x > hi:
result = hi
el... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06382 | 0.001 | null | stop | 891 | 367 | Let me analyze this code carefully.
**Specification:**
- Function name: `unique_sorted(nums)`
- Should return: a sorted list of unique values from `nums`
**Implementation:**
```python
def unique_sorted(nums):
values = {value for value in nums} # This creates a set of unique values
result = list(values) # Co... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06408 | 0.999 | null | stop | 794 | 377 | Let me analyze this code carefully.
**Specification:**
- Function `second_largest(nums)` should return the second largest distinct value in `nums`
- If all elements are equal (no distinct second largest exists), raise ValueError
**Implementation Analysis:**
```python
def second_largest(nums):
values = []
for... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06421 | 0.001 | null | stop | 1,147 | 386 | Let me carefully analyze this code to determine if it passes all tests.
The specification says:
- Count vowels in string s
- Case-insensitive
Let's look at the implementation:
```python
def count_vowels(s):
vowels = set('aeiou')
text = s
def count_from(index):
if index == len(text):
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06422 | 0.001 | null | stop | 701 | 390 | Let me carefully analyze this code.
Specification requires:
- Return the first element strictly greater than `threshold`
- Return `None` if absent
Implementation:
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n >= threshold), None)
```
The implementation uses `next()` with a gener... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06432 | 0.999 | null | stop | 1,056 | 390 | Let me analyze this code carefully.
The specification asks for a function that finds the first element strictly greater than `threshold` in a list.
The implementation is:
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n > threshold), None)
```
Let's trace through each test case:
*... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06441 | 0.999 | null | stop | 705 | 328 | Let me analyze this code carefully.
The specification requires implementing a function `median3(a, b, c)` that returns the median of three distinct integers.
The implementation is:
```python
def median3(a, b, c):
ordered = sorted([a, b, c])
chosen = ordered.pop(1)
return chosen
```
Let's trace through th... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06451 | 0.999 | null | stop | 733 | 328 | Let me analyze this code carefully.
The specification asks for a function `sum_even(nums)` that returns the sum of even integers in `nums`.
The implementation:
```python
def sum_even(nums):
def eligible(n):
return n % 2 == 0
return sum(n for n in nums if eligible(n))
```
This looks straightforward. ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06458 | 0.999 | null | stop | 923 | 375 | Let me analyze this code carefully.
The specification asks for a function that:
- Takes a list of numbers `nums` and a `threshold`
- Returns the first element strictly greater than `threshold`
- Returns `None` if no such element exists
The implementation is:
```python
def find_first_gt(nums, threshold):
return ne... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06463 | 0.999 | null | stop | 913 | 382 | Let me analyze this code carefully.
The specification asks for a function that finds the first element in a list that is strictly greater than a threshold. The function should return that element or None if no such element exists.
The implementation:
```python
def find_first_gt(nums, threshold):
return next((n fo... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06469 | 0.001 | null | stop | 800 | 357 | Let me carefully analyze this code.
The specification asks for:
1. A function `unique_sorted(nums)` that returns a sorted list of unique values from `nums`
2. So we need to BOTH remove duplicates AND sort the result
Now let's look at the implementation:
```python
def unique_sorted(nums):
result = list(nums)
r... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06503 | 0.999 | null | stop | 916 | 401 | Let me analyze this code carefully.
## Specification Analysis
The function `parse_int_list(s)` should:
1. Parse comma-separated integers
2. Handle optional surrounding whitespace (using `strip`)
3. Raise `ValueError` if there are empty segments
## Implementation Analysis
```python
def parse_int_list(s):
parts = ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06509 | 0.001 | null | stop | 765 | 354 | Let me analyze this code carefully.
**Specification:**
- `unique_sorted(nums)` should return a sorted list of unique values from `nums`
- "unique" means removing duplicates
- "sorted" means the result should be in ascending order
**Implementation:**
```python
def unique_sorted(nums):
result = list(nums)
resul... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06521 | 0.999 | null | stop | 831 | 374 | Let me analyze this code carefully.
The specification says:
- Implement `clamp(x, lo, hi)` returning `x` clamped into the closed interval `[lo, hi]`
- Assume `lo <= hi`
The implementation:
```python
def clamp(x, lo, hi):
if x < lo:
result = lo
elif x > hi:
result = hi
else:
result ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06523 | 0.999 | null | stop | 875 | 353 | Let me analyze this code carefully.
The specification asks to implement a function `sum_even(nums)` that returns the sum of even integers in `nums`.
The implementation is:
```python
def sum_even(nums):
def eligible(n):
return n % 2 == 0
return sum(n for n in nums if eligible(n))
```
Let me check eac... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06533 | 0.001 | null | stop | 881 | 373 | Let me carefully analyze this code.
The specification says:
- Implement `unique_sorted(nums)` returning a sorted list of unique values from `nums`.
- "sorted list" typically means ascending order (like [1, 2, 3, 4, 5])
Now let's look at the implementation:
```python
def unique_sorted(nums):
values = {value for va... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06558 | 0.001 | null | stop | 940 | 390 | Let me analyze this code carefully.
The specification says:
- Find the first element **strictly greater than** `threshold`
- Return `None` if absent
The implementation:
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n >= threshold), None)
```
The issue here is clear:
- The specific... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06559 | 0.999 | null | stop | 794 | 353 | Let me analyze this code carefully.
The specification asks for a function `sum_even(nums)` that returns the sum of even integers in `nums`.
The implementation:
```python
def sum_even(nums):
def eligible(n):
return n % 2 == 0
return sum(n for n in nums if eligible(n))
```
Let me check each test case:... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06567 | 0.001 | null | stop | 1,492 | 395 | Let me carefully analyze this code to determine if it passes all tests.
The function should:
1. Find the first element strictly greater than threshold
2. Return that element
3. Return None if no such element exists
Now let's trace through the implementation:
```python
def find_first_gt(nums, threshold):
found = ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06576 | 0.999 | null | stop | 988 | 390 | Let me analyze this code carefully.
## Specification
- Function: `find_first_gt(nums, threshold)`
- Returns: First element strictly greater than `threshold`
- Or: `None` if no such element exists
## Implementation
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n > threshold), None)
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06578 | 0.999 | null | stop | 1,289 | 372 | Let me carefully analyze this implementation against the specification and test cases.
**Specification Requirements:**
1. Return the second largest DISTINCT value
2. Raise ValueError if all elements are equal (no distinct second largest exists)
**Implementation Analysis:**
```python
def second_largest(nums):
val... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06595 | 0.999 | null | stop | 730 | 332 | Let me analyze this code carefully.
The specification says to implement a function `median3(a, b, c)` that returns the median of three distinct integers.
The implementation:
```python
def median3(a, b, c):
ordered = sorted([a, b, c])
chosen = ordered.pop(1)
return chosen
```
Let's trace through this:
- `... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06610 | 0.999 | null | stop | 1,504 | 438 | Let me analyze this code carefully.
The specification says:
- Parse comma-separated integers
- Handle optional surrounding whitespace
- Empty segments must raise ValueError
Looking at the implementation:
```python
def parse_int_list(s):
parts = list(map(str.strip, s.split(',')))
if any(part == '' for part in... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06612 | 0.001 | null | stop | 910 | 390 | Let me analyze this code carefully.
The specification asks for: `find_first_gt(nums, threshold)` returning the first element strictly greater than `threshold`.
The implementation is:
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n >= threshold), None)
```
The issue here is clear:
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06618 | 0.001 | null | stop | 1,104 | 395 | Let me carefully analyze this code.
**Specification:**
- Function `majority_vote(labels)` should return the value with strictly highest count
- If there's a tie for the top count, raise ValueError
**Implementation Analysis:**
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06620 | 0.999 | null | stop | 967 | 399 | Let me analyze this code carefully.
**Specification:**
- Function `second_largest(nums)` should return the second largest distinct value
- If all elements are equal (no distinct second largest exists), it should raise ValueError
**Implementation Analysis:**
1. `values = [` - creates an empty list
2. `for value in se... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06622 | 0.001 | null | stop | 2,043 | 421 | Let me analyze this code carefully.
The specification says:
- Return the value with strictly highest count
- If there's a tie for the top count, raise ValueError
The implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
from collections import Counter
counts... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06623 | 0.999 | null | stop | 926 | 405 | Let me carefully analyze this code to determine if it correctly implements the `clamp` function.
The specification says:
- `clamp(x, lo, hi)` should return `x` clamped into the closed interval `[lo, hi]`
- Assume `lo <= hi`
- So if x is less than lo, return lo
- If x is greater than hi, return hi
- Otherwise, return x... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06637 | 0.001 | null | stop | 1,355 | 373 | Let me analyze this code carefully.
The specification says:
- Implement `rotate_left(lst, k)` returning a new list rotated left by `k` positions.
- Use `k % len(lst)` for non-empty lists.
What does "rotated left by k positions" mean?
If we have `[2, 4, 5, 2, 2, 8, 1]` and rotate left by 4:
- Original: [2, 4, 5, 2, 2,... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06644 | 0.001 | null | stop | 1,670 | 363 | Let me carefully analyze this code.
The specification asks for `count_vowels(s)` to return the number of vowels in `s`, case-insensitive.
Looking at the implementation:
```python
def count_vowels(s):
vowels = set('aeiou')
total = 0
for ch in s.lower():
if ch not in vowels:
total += 1
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06653 | 0.999 | null | stop | 742 | 373 | Let me analyze this code carefully.
The specification asks for a function `clamp(x, lo, hi)` that returns x clamped to the interval [lo, hi]. This means:
- If x < lo, return lo
- If x > hi, return hi
- Otherwise (lo <= x <= hi), return x
The implementation is:
```python
def clamp(x, lo, hi):
if x < lo:
re... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06669 | 0.999 | null | stop | 864 | 374 | Let me carefully analyze this code to determine if it passes all tests.
The specification:
- `clamp(x, lo, hi)` should return `x` clamped into the closed interval `[lo, hi]`
- Assume `lo <= hi`
The implementation:
```python
def clamp(x, lo, hi):
if x < lo:
result = lo
elif x > hi:
result = hi
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06674 | 0.999 | null | stop | 1,043 | 377 | Let me analyze this code carefully.
**Specification Requirements:**
1. Find the second largest distinct value in `nums`
2. If all elements are equal (no distinct second largest exists), raise ValueError
**Implementation Analysis:**
```python
def second_largest(nums):
values = []
for value in set(nums):
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06691 | 0.999 | null | stop | 651 | 328 | Let me carefully analyze this code.
The specification says:
- Function `median3(a, b, c)` should return the median of three distinct integers.
Looking at the implementation:
```python
def median3(a, b, c):
ordered = sorted([a, b, c])
chosen = ordered.pop(1)
return chosen
```
The `sorted([a, b, c])` will ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06693 | 0.001 | null | stop | 1,086 | 458 | Let me carefully analyze this code.
The specification says:
- Return the value with strictly highest count
- If the top count is tied, raise ValueError
Looking at the implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = {}
for label in labels:
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06709 | 0.999 | null | stop | 973 | 389 | Let me analyze this code carefully.
The specification asks for:
- `find_first_gt(nums, threshold)` returning the first element strictly greater than `threshold`
- Or `None` if no such element exists
The implementation uses:
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n > threshol... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06724 | 0.001 | null | stop | 1,912 | 395 | Let me carefully analyze this code.
The specification says:
- Find the first element strictly greater than `threshold`
- Return `None` if no such element exists
The implementation:
```python
def find_first_gt(nums, threshold):
found = False
for n in nums:
if n > threshold:
if found:
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06731 | 0.999 | null | stop | 1,138 | 393 | Let me carefully analyze this code to determine if it passes all tests.
## Specification Analysis
- Function name: `second_largest`
- Input: `nums` (a list)
- Output: The second largest distinct value
- Exception: If all elements are equal, raise `ValueError`
## Implementation Analysis
```python
def second_largest(n... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06732 | 0.001 | null | stop | 1,013 | 395 | Let me carefully analyze this code to determine if it passes all tests.
## Specification Analysis
The function `majority_vote(labels)` should:
1. Return the value with the strictly highest count
2. If there's a tie for the highest count, raise ValueError
## Implementation Analysis
```python
def majority_vote(labels)... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06744 | 0.999 | null | stop | 812 | 353 | Let me analyze this code carefully.
The specification asks to implement a function `sum_even(nums)` that returns the sum of even integers in the input list `nums`.
The implementation:
```python
def sum_even(nums):
def eligible(n):
return n % 2 == 0
return sum(n for n in nums if eligible(n))
```
This... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06751 | 0.999 | null | stop | 800 | 354 | Let me analyze this code carefully.
The specification asks for a function `sum_even(nums)` that returns the sum of even integers in `nums`.
The implementation:
```python
def sum_even(nums):
def eligible(n):
return n % 2 == 0
return sum(n for n in nums if eligible(n))
```
Let's check the implementati... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06761 | 0.999 | null | stop | 1,831 | 399 | Let me carefully analyze this code to determine if it passes all tests.
## Specification Requirements:
1. Parse comma-separated integers
2. Handle optional surrounding whitespace (use `.strip()`)
3. Empty segments must raise ValueError
## Implementation Analysis:
```python
def parse_int_list(s):
parts = list(map... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06767 | 0.001 | null | stop | 2,292 | 421 | Let me carefully analyze this code to identify any bugs.
The specification says:
- Return the value with strictly highest count
- If the top count is tied, raise ValueError
The implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
from collections import Counter... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06771 | 0.001 | null | stop | 983 | 458 | Let me analyze this code carefully.
The specification says:
- Return the value with strictly highest count
- If the top count is tied, raise ValueError
Looking at the implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = {}
for label in labels:
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06781 | 0.001 | null | stop | 1,373 | 387 | Let me analyze this code carefully.
The function `count_vowels(s)` is supposed to count the number of vowels in string `s`, case-insensitive.
Looking at the implementation:
```python
def count_vowels(s):
vowels = set('aeiou')
text = s
def count_from(index):
if index == len(text):
ret... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06785 | 0.001 | null | stop | 755 | 395 | Let me analyze this code carefully.
The specification says:
- Return the value with strictly highest count
- If the top count is tied, raise ValueError
The implementation:
```python
def majority_vote(labels):
if not labels:
raise ValueError('empty')
counts = [(label, labels.count(label)) for label in ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06788 | 0.001 | null | stop | 1,920 | 395 | Let me analyze this code carefully.
The specification says:
- Return the first element strictly greater than `threshold`
- Return `None` if no such element exists
Let's trace through the implementation:
```python
def find_first_gt(nums, threshold):
found = False
for n in nums:
if n > threshold:
... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06792 | 0.999 | null | stop | 991 | 382 | Let me analyze this code carefully.
The specification asks for:
- `find_first_gt(nums, threshold)` should return the first element strictly greater than `threshold`
- If no such element exists, return `None`
Implementation:
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n > threshol... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06796 | 0.999 | null | stop | 975 | 377 | Let me carefully analyze this code.
**Specification:**
- Function `second_largest(nums)` should return the second largest distinct value
- If all elements are equal (no distinct second largest exists), raise ValueError
**Implementation Analysis:**
```python
def second_largest(nums):
values = []
for value in ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06801 | 0.999 | null | stop | 714 | 328 | Let me analyze this code carefully.
**Specification:**
- Implement `median3(a, b, c)` returning the median of three distinct integers.
**Implementation:**
```python
def median3(a, b, c):
ordered = sorted([a, b, c])
chosen = ordered.pop(1)
return chosen
```
**Analysis:**
1. `sorted([a, b, c])` returns a l... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06813 | 0.999 | null | stop | 736 | 330 | Let me analyze this code carefully.
The specification asks for a function `median3(a, b, c)` that returns the median of three distinct integers.
The implementation:
```python
def median3(a, b, c):
ordered = sorted([a, b, c])
chosen = ordered.pop(1)
return chosen
```
Let's trace through what happens:
1. `... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06858 | 0.001 | null | stop | 1,230 | 352 | Let me analyze this code carefully.
The specification says:
- `sum_even(nums)` should return the sum of even integers in `nums`.
The implementation:
```python
def sum_even(nums):
total = 0
index = 0
while index < len(nums):
n = nums[index]
if n % 2 != 0:
total += n
inde... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06864 | 0.001 | null | stop | 881 | 389 | Let me analyze this code carefully.
Specification:
- Function name: `find_first_gt(nums, threshold)`
- Should return the first element strictly greater than `threshold`
- Returns `None` if no such element exists
Implementation:
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n >= thr... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06915 | 0.001 | null | stop | 1,052 | 363 | Let me carefully analyze this code to see if it correctly implements the median3 function.
The specification says:
- Return the median of three distinct integers
- median of three numbers means the middle value when sorted
Let's trace through the implementation:
```python
def median3(a, b, c):
ordered = []
f... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06916 | 0.999 | null | stop | 771 | 378 | Let me carefully analyze this code to determine if it passes all tests.
The specification says:
- `clamp(x, lo, hi)` should return `x` clamped into the closed interval `[lo, hi]`
- `lo <= hi` is assumed
Let's trace through the implementation:
```python
def clamp(x, lo, hi):
if x < lo:
result = lo
eli... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06987 | 0.001 | null | stop | 975 | 376 | Let me analyze this code carefully.
The specification says:
- Implement `unique_sorted(nums)` returning a sorted list of unique values from `nums`.
- The word "sorted" typically means ascending order (from smallest to largest).
Looking at the implementation:
```python
def unique_sorted(nums):
values = {value for ... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06990 | 0.001 | null | stop | 746 | 390 | Let me analyze this code carefully.
The specification says:
- Return the first element strictly greater than `threshold`
- Return `None` if no such element exists
The implementation is:
```python
def find_first_gt(nums, threshold):
return next((n for n in nums if n >= threshold), None)
```
The issue here is clea... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
ex06998 | 0.999 | null | stop | 899 | 398 | Let me carefully analyze this implementation against the specification and test cases.
**Specification Requirements:**
1. Return the second largest distinct value in `nums`
2. If all elements are equal (no distinct second largest exists), raise ValueError
**Implementation Analysis:**
```python
def second_largest(num... | [
{
"role": "user",
"content": "You are an expert code reviewer. You will be shown a Python specification, implementation, and test suite. Your job is to predict the probability that the implementation passes ALL tests when executed.\n\nCarefully analyze the code for common bugs: off-by-one errors, missing ed... |
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