History
Total running cost: $6.71
Prompt | Rows | Type | Provider/Model | Target | Status | Runtime | Run | By | Tokens | Cost | |
---|---|---|---|---|---|---|---|---|---|---|---|
Run | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else. Be careful with your types, and try to limit yourself to the basic built in types and standard library functions. When writing the function you can think through how to solve the problem and perform reasoning in the comments above the function.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. When writing the unit tests you can have comments specifying what you are testing in plain english.
An example output should look like the following:
```rust
/// Reasoning goes here
/// and can be multi-line
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
```tests
// Test adding small positive numbers
assert_eq!(add_nums(1, 2), 3);
// Test adding two negative numbers
assert_eq!(add_nums(-10, -2), -14);
// Test adding a positive and a negative number
assert_eq!(add_nums(-10, 2), 8);
```
Make sure to only respond with two blocks, a ```rust``` block and a ```tests``` block.
Here is the question:
{rust_prompt}
| 20000 | text → text | ![]() ![]() | N/A | error | ... | 6 days ago | ox | 7418373 tokens | $ 6.68 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else. Be careful with your types, and try to limit yourself to the basic built in types and standard library functions. When writing the function you can think through how to solve the problem and perform reasoning in the comments above the function.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. When writing the unit tests you can have comments specifying what you are testing in plain english.
An example output should look like the following:
```rust
/// Reasoning goes here
/// and can be multi-line
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
```tests
// Test adding small positive numbers
assert_eq!(add_nums(1, 2), 3);
// Test adding two negative numbers
assert_eq!(add_nums(-10, -2), -14);
// Test adding a positive and a negative number
assert_eq!(add_nums(-10, 2), 8);
```
Make sure to only respond with two blocks, a ```rust``` block and a ```tests``` block.
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:28 | 6 days ago | ox | 4276 tokens | $ 0.0038 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else. Be careful with your types, and try to limit yourself to the basic built in types and standard library functions.
When writing the function you can think through how to solve the problem and perform reasoning in the comments above the function.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. An example output should look like the following:
```rust
/// Reasoning goes here
/// and can be multi-line
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
```tests
// Test adding small positive numbers
assert_eq!(add_nums(1, 2), 3);
// Test adding two negative numbers
assert_eq!(add_nums(-10, -2), -14);
// Test adding a positive and a negative number
assert_eq!(add_nums(-10, 2), 8);
```
Make sure to only respond with two blocks, a ```rust``` block and a ```tests``` block.
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:30 | 6 days ago | ox | 4310 tokens | $ 0.0039 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else. Be careful with your types, and try to limit yourself to the basic built in types and standard library functions.
When writing the function you can think through how to solve the problem and perform reasoning in the comments above the function.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. An example output should look like the following:
```rust
/// Reasoning goes here
/// and can be multi-line
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
```tests
// Any comments explaining the test go here
assert_eq!(add_nums(1, 2), 3);
assert_eq!(add_nums(10, 2), 12);
assert_eq!(add_nums(-10, 2), 8);
```
Make sure to only respond with two blocks, a ```rust``` block and a ```tests``` block.
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:30 | 6 days ago | ox | 4200 tokens | $ 0.0038 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else. Be careful with your types, and try to limit yourself to the basic built in types and standard library functions.
When writing the function you can think through how to solve the problem and perform reasoning in the comments above the function.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. An example output should look like the following:
```rust
/*
Reasoning goes here
*/
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
```tests
// Any comments explaining the test go here
assert_eq!(add_nums(1, 2), 3);
assert_eq!(add_nums(10, 2), 12);
assert_eq!(add_nums(-10, 2), 8);
```
Make sure to only respond with two blocks, a ```rust``` block and a ```tests``` block.
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:29 | 6 days ago | ox | 4160 tokens | $ 0.0037 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else. Be careful with your types, and try to limit yourself to the basic built in types and standard library functions.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. An example output should look like the following:
```rust
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
```tests
assert_eq!(add_nums(1, 2), 3);
assert_eq!(add_nums(10, 2), 12);
assert_eq!(add_nums(-10, 2), 8);
```
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:24 | 6 days ago | ox | 3488 tokens | $ 0.0031 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else. Be careful with your types, and try to limit yourself to the basic built in types and standard library functions.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. An example output should look like the following:
```rust
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
The unit tests should be
```tests
assert_eq!(add_nums(1, 2), 3);
assert_eq!(add_nums(10, 2), 12);
assert_eq!(add_nums(-10, 2), 8);
```
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:24 | 6 days ago | ox | 3480 tokens | $ 0.0031 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else. Be careful with your types, and try to limit yourself to the basic built in types and standard library functions.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. An example output should look like the following:
```code
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
The unit tests should be
```tests
assert_eq!(add_nums(1, 2), 3);
assert_eq!(add_nums(10, 2), 12);
assert_eq!(add_nums(-10, 2), 8);
```
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:24 | 6 days ago | ox | 3519 tokens | $ 0.0032 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. An example output should look like the following:
```code
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
The unit tests should be
```tests
assert_eq!(add_nums(1, 2), 3);
assert_eq!(add_nums(10, 2), 12);
assert_eq!(add_nums(-10, 2), 8);
```
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:24 | 6 days ago | ox | 3325 tokens | $ 0.0030 |
Sample | You are a pragmatic Rust programmer who enjoys test driven development. Given the following question, write a Rust function to complete the task. Make the code simple and easy to understand. The code should pass `cargo build` and `cargo clippy`. Do not add a main function. Try to limit library usage to the standard library std. Respond with only the Rust function and nothing else.
Then write unit tests for the function you defined. Write three unit tests for the function. The tests should be a simple line delimited list of assert! or assert_eq! statements. An example output should look like the following:
```tests
fn add_nums(x: i32, y: i32) -> i32 {
x + y
}
```
The unit tests should be
```code
assert_eq!(add_nums(1, 2), 3);
assert_eq!(add_nums(10, 2), 12);
assert_eq!(add_nums(-10, 2), 8);
```
Here is the question:
{rust_prompt}
| 5 | text → text | ![]() ![]() | Sample - N/A | completed | 00:00:22 | 6 days ago | ox | 3232 tokens | $ 0.0029 |