Implement Snake Game in Python

[hariexcel]

Fixes #3

Status

This pull request was being autonomously generated by AutoPR, but it encountered an error.

Error:

Traceback (most recent call last):
  File "/app/autopr/services/agent_service.py", line 78, in run_agent
    agent.handle_event(event)
  File "/app/autopr/agents/plan_and_code.py", line 216, in handle_event
    self.create_pull_request(event)
  File "/app/autopr/agents/plan_and_code.py", line 203, in create_pull_request
    context = self.write_commit(
  File "/app/autopr/agents/plan_and_code.py", line 67, in write_commit
    context = self.action_service.run_actions_iteratively(
  File "/app/autopr/services/action_service.py", line 237, in run_actions_iteratively
    context = action.run(args, context)
  File "/app/autopr/actions/edit_file.py", line 198, in run
    edit_file_hunk: Optional[GeneratedFileHunk] = self.chain_service.run_chain(edit_file_chain)
  File "/app/autopr/services/chain_service.py", line 148, in run_chain
    raw_output = self._run_model(prompt_value)
  File "/app/autopr/services/chain_service.py", line 123, in _run_model
    return self.model(template.to_messages()).content
  File "/venv/lib/python3.9/site-packages/langchain/chat_models/base.py", line 128, in __call__
    return self._generate(messages, stop=stop).generations[0].message
  File "/venv/lib/python3.9/site-packages/langchain/chat_models/openai.py", line 266, in _generate
    response = self.completion_with_retry(messages=message_dicts, **params)
  File "/venv/lib/python3.9/site-packages/langchain/chat_models/openai.py", line 228, in completion_with_retry
    return _completion_with_retry(**kwargs)
  File "/venv/lib/python3.9/site-packages/tenacity/__init__.py", line 289, in wrapped_f
    return self(f, *args, **kw)
  File "/venv/lib/python3.9/site-packages/tenacity/__init__.py", line 379, in __call__
    do = self.iter(retry_state=retry_state)
  File "/venv/lib/python3.9/site-packages/tenacity/__init__.py", line 314, in iter
    return fut.result()
  File "/usr/local/lib/python3.9/concurrent/futures/_base.py", line 439, in result
    return self.__get_result()
  File "/usr/local/lib/python3.9/concurrent/futures/_base.py", line 391, in __get_result
    raise self._exception
  File "/venv/lib/python3.9/site-packages/tenacity/__init__.py", line 382, in __call__
    result = fn(*args, **kwargs)
  File "/venv/lib/python3.9/site-packages/langchain/chat_models/openai.py", line 226, in _completion_with_retry
    return self.client.create(**kwargs)
  File "/venv/lib/python3.9/site-packages/openai/api_resources/chat_completion.py", line 25, in create
    return super().create(*args, **kwargs)
  File "/venv/lib/python3.9/site-packages/openai/api_resources/abstract/engine_api_resource.py", line 153, in create
    response, _, api_key = requestor.request(
  File "/venv/lib/python3.9/site-packages/openai/api_requestor.py", line 230, in request
    resp, got_stream = self._interpret_response(result, stream)
  File "/venv/lib/python3.9/site-packages/openai/api_requestor.py", line 624, in _interpret_response
    self._interpret_response_line(
  File "/venv/lib/python3.9/site-packages/openai/api_requestor.py", line 687, in _interpret_response_line
    raise self.handle_error_response(
openai.error.InvalidRequestError: This model's maximum context length is 4097 tokens. However, you requested 4158 tokens (2158 in the messages, 2000 in the completion). Please reduce the length of the messages or completion.

Please open an issue to report this.

⚠️⚠️⚠️ Warning: Using gpt-3.5-turbo completion model. AutoPR is currently not optimized for this model. See irgolic/AutoPR#65 for more details. In the mean time, if you have access to the gpt-4 API, please use that instead. Please note that ChatGPT Plus does not give you access to the gpt-4 API; you need to sign up on the GPT-4 API waitlist.

📖 Looked at files

💬 Asked for InitialFileSelect

Prompt

Hey, somebody just opened an issue in my repo, could you help me write a pull request?

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

The list of files in the repo is:
```README.md (186 tokens)
.github/workflows/autopr.yml (649 tokens)```

Should we take a look at any files? If so, pick only a few files (max 5000 tokens). 
Respond with a very short rationale, and a list of files.
If looking at files would be a waste of time with regard to the issue, respond with an empty list.

Response

Looking at the files in the repo would be helpful to understand the existing codebase and identify any relevant files for the snake game implementation. Here are a few files to review:

1. README.md (186 tokens): It's always good to start by reviewing the README file to see if there are any instructions or guidelines related to the project.
2. .github/workflows/autopr.yml (649 tokens): This file might contain some configuration related to AutoPR, which could be useful to understand the automated pull request process.

Please let me know if you would like me to proceed with the review of these files or if you need any further assistance.

🛤 Ran InitialFileSelectResponse on rail

Prompt

Given the following document surrounded by `+++++`, answer the following questions. 
If the answer doesn't exist in the document, enter `null`.

+++++
Looking at the files in the repo would be helpful to understand the existing codebase and identify any relevant files for the snake game implementation. Here are a few files to review:

1. README.md (186 tokens): It's always good to start by reviewing the README file to see if there are any instructions or guidelines related to the project.
2. .github/workflows/autopr.yml (649 tokens): This file might contain some configuration related to AutoPR, which could be useful to understand the automated pull request process.

Please let me know if you would like me to proceed with the review of these files or if you need any further assistance.
+++++

Extract information from this document and return a JSON that follows the correct schema.
If looking at files would be a waste of time, please submit an empty list.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <list name="filepaths">
        <string description="Files in this repository that we should look at."/>
    </list>
</output>

Raw output

{
  "filepaths": [
    "README.md",
    ".github/workflows/autopr.yml"
  ]
}

Parsed output

{
  "filepaths": [
    "README.md",
    ".github/workflows/autopr.yml"
  ]
}

Validated output

{
  "filepaths": [
    "README.md",
    ".github/workflows/autopr.yml"
  ]
}

💬 Asked for LookAtFiles

Prompt

Hey, somebody just submitted an issue, could you own it, and write a pull request?

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

We've decided to look at these files:
```>>> Path: README.md:

0 <div align="center">
1 
2 # 🚀 AutoPR Template 🚀
3 
4 [![Discord](https://badgen.net/badge/icon/discord?icon=discord&label&color=purple)](https://discord.gg/ykk7Znt3K6)
5 
6 [AutoPR](https://github.com/irgolic/AutoPR) automatically writes pull requests in response to issues with ChatGPT.  
7 
8 </div>
9 
10 # 🛠 Usage
11 
12 Please see [USAGE.md](https://github.com/irgolic/AutoPR/blob/main/USAGE.md) for more information.
13 
14 If you'd like to try out GPT-4 AutoPR, you can make an issue in this repository, and I'll run it manually.
>>> Path: .github/workflows/autopr.yml:

0 on:
1   issues:
2     types: [labeled]
3   issue_comment:
4     types: [created]
5 
6 permissions:
7   contents: write
8   issues: write
9   pull-requests: write
10 
11 jobs:
12   autopr:
13     if: ${{ (github.event_name == 'issues' && 
14              contains( github.event.label.name, 'AutoPR')) || 
15             (github.event_name == 'issue_comment' && 
16              github.event.issue.pull_request &&
17              contains( github.event.comment.body, 'Hey AutoPR')) }}
18     runs-on: ubuntu-latest
19     steps:
20     - name: Install jq
21       run: sudo apt-get install jq
22     - name: Check if label was added by a collaborator
23       env:
24         GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
25       run: |
26         is_collaborator=$(curl -s -H "Authorization: token $GITHUB_TOKEN" -H "Accept: application/vnd.github+json" \
27           "https://api.github.com/repos/${{ github.repository }}/collaborators/${{ github.event.sender.login }}" | jq -r '.message')
28 
29         if [ "$is_collaborator" == "Not Found" ]; then
30           echo "Label not added by a collaborator. Skipping action."
31           exit 78
32         fi
33     - name: Checkout
34       uses: actions/checkout@v2
35       with:
36         ref: main
37         fetch-depth: 1
38     - name: AutoPR
39       uses: docker://ghcr.io/irgolic/autopr:latest
40       env:
41         OPENAI_API_KEY: ${{ secrets.OPENAI_API_KEY }}
42       with:
43         github_token: ${{ secrets.PAT }}
44         model: 'gpt-3.5-turbo'
45         context_limit: 4096```

The list of files in the repo that we haven't taken a look at yet:
``````

Take some notes that will help us plan our code commits, in an effort to close the issue. 
Also, should we take a look at any other files? If so, pick only a few files (max 5000 tokens).
Respond with some very brief notes, and a list of files to continue looking at. 
If looking at files would be a waste of time with regard to the issue, respond with an empty list.

Response

Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!

🛤 Ran LookAtFilesResponse on rail

Prompt

Given the following document surrounded by `+++++`, answer the following questions. 
If the answer doesn't exist in the document, enter `null`.

+++++
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+++++

Extract information from this document and return a JSON that follows the correct schema.
If looking at files would be a waste of time, please submit an empty list.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="notes" description="Notes relevant to solving the issue, that we will use to plan our code commits." length="1 1000" on-fail="noop"/>
    <list name="filepaths_we_should_look_at">
        <string description="The paths to files we should look at next in the repo. Drop any files that are a waste of time with regard to the issue."/>
    </list>
</output>

Raw output

{
  "notes": "Based on the provided issue and context, here are some brief notes to plan the code commits:\n\n1. Create a new Python file named `snake_game.py` to implement the snake game logic.\n2. Design a graphical interface using a library like Pygame for the game window.\n3. Implement the snake movement and growth logic when it eats the food.\n4. Generate random positions for the food within the game window.\n5. Track the player's score and display it on the screen.\n6. Handle game over conditions when the snake collides with the boundary or itself.\n7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.\n\nFiles to continue looking at:\n1. `README.md`: Update the README with instructions on running and playing the snake game.\n2. `.github/workflows/autopr.yml`: No changes needed for this file.\n\nLet me know if you need any further assistance!",
  "filepaths_we_should_look_at": [
    "README.md",
    ".github/workflows/autopr.yml"
  ]
}

Parsed output

{
  "notes": "Based on the provided issue and context, here are some brief notes to plan the code commits:\n\n1. Create a new Python file named `snake_game.py` to implement the snake game logic.\n2. Design a graphical interface using a library like Pygame for the game window.\n3. Implement the snake movement and growth logic when it eats the food.\n4. Generate random positions for the food within the game window.\n5. Track the player's score and display it on the screen.\n6. Handle game over conditions when the snake collides with the boundary or itself.\n7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.\n\nFiles to continue looking at:\n1. `README.md`: Update the README with instructions on running and playing the snake game.\n2. `.github/workflows/autopr.yml`: No changes needed for this file.\n\nLet me know if you need any further assistance!",
  "filepaths_we_should_look_at": [
    "README.md",
    ".github/workflows/autopr.yml"
  ]
}

Validated output

{
  "filepaths_we_should_look_at": [
    "README.md",
    ".github/workflows/autopr.yml"
  ],
  "notes": "Based on the provided issue and context, here are some brief notes to plan the code commits:\n\n1. Create a new Python file named `snake_game.py` to implement the snake game logic.\n2. Design a graphical interface using a library like Pygame for the game window.\n3. Implement the snake movement and growth logic when it eats the food.\n4. Generate random positions for the food within the game window.\n5. Track the player's score and display it on the screen.\n6. Handle game over conditions when the snake collides with the boundary or itself.\n7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.\n\nFiles to continue looking at:\n1. `README.md`: Update the README with instructions on running and playing the snake game.\n2. `.github/workflows/autopr.yml`: No changes needed for this file.\n\nLet me know if you need any further assistance!"
}

📝 Planned pull request

🛤 Ran action choice rail

Instructions

You are AutoPR, an autonomous pull request creator and a helpful assistant only capable of communicating with valid JSON, and no other text.


ONLY return a valid JSON object (no other text is necessary), where the key of the field in JSON is the `name` attribute of the corresponding XML, and the value is of the type specified by the corresponding XML's tag. The JSON MUST conform to the XML format, including any types and format requests e.g. requests for lists, objects and specific types. Be correct and concise. If you are unsure anywhere, enter `null`.

Here are examples of simple (XML, JSON) pairs that show the expected behavior:
- `<string name='foo' format='two-words lower-case' />` => `{'foo': 'example one'}`
- `<list name='bar'><string format='upper-case' /></list>` => `{"bar": ['STRING ONE', 'STRING TWO', etc.]}`
- `<object name='baz'><string name="foo" format="capitalize two-words" /><integer name="index" format="1-indexed" /></object>` => `{'baz': {'foo': 'Some String', 'index': 1}}`

Prompt

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

You are about to make a decision on what to do next, and return a JSON that follows the correct schema.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="action" choices="plan_pull_request,request_more_information"/>
    <object name="plan_pull_request" description="plan_pull_request" if="action==plan_pull_request">
        <string name="reason"/>
    </object>
    <object name="request_more_information" description="request_more_information" if="action==request_more_information">
        <string name="message"/>
    </object>
</output>

Raw output

{
  "action": "plan_pull_request",
  "plan_pull_request": {
    "reason": "Create a new Python file named `snake_game.py` to implement the snake game logic. Design a graphical interface using a library like Pygame for the game window. Implement the snake movement and growth logic when it eats the food. Generate random positions for the food within the game window. Track the player's score and display it on the screen. Handle game over conditions when the snake collides with the boundary or itself. Implement basic controls to steer the snake using arrow keys or any specified control scheme."
  }
}

Parsed output

{
  "action": "plan_pull_request",
  "plan_pull_request": {
    "reason": "Create a new Python file named `snake_game.py` to implement the snake game logic. Design a graphical interface using a library like Pygame for the game window. Implement the snake movement and growth logic when it eats the food. Generate random positions for the food within the game window. Track the player's score and display it on the screen. Handle game over conditions when the snake collides with the boundary or itself. Implement basic controls to steer the snake using arrow keys or any specified control scheme."
  }
}

💬 Asked for ProposePullRequestRail

Prompt

Hey somebody just submitted an issue, could you own it, write some commits, and a pull request?

These are notes we took while looking at the repo:
```Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!```

This is the issue that was opened:
```#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).


```

When you're done, send me the pull request title, body, and a list of commits, each coupled with which files we should be looking at to write the commit's code.
Ensure you specify the files relevant to the commit, especially if the commit is a refactor.
Folders are created automatically; do not make them in their own commit.

Response

Sure, I can help you with that. Here's the pull request title, body, and a list of commits along with the relevant files:

Pull Request Title: 
"Implement Snake Game in Python"

Pull Request Body:
```
This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:
```

Commits:

Commit 1: Create snake_game.py and design game window
Files:
- `snake_game.py`

Commit 2: Implement snake movement and growth logic
Files:
- `snake_game.py`

Commit 3: Generate random positions for food
Files:
- `snake_game.py`

Commit 4: Track and display player's score
Files:
- `snake_game.py`

Commit 5: Handle game over conditions
Files:
- `snake_game.py`

Commit 6: Implement basic controls for snake movement
Files:
- `snake_game.py`

Commit 7: Update README with game instructions
Files:
- `README.md`

Commit 8: No changes needed for `.github/workflows/autopr.yml`

Please review the changes made in each commit to ensure the proper implementation of the Snake Game.

Let me know if you need any further assistance!

🛤 Ran PullRequestDescription on rail

Prompt

Given the following document surrounded by `+++++`, answer the following questions. 
If the answer doesn't exist in the document, enter `null`.

+++++
Sure, I can help you with that. Here's the pull request title, body, and a list of commits along with the relevant files:

Pull Request Title: 
"Implement Snake Game in Python"

Pull Request Body:
```
This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:
```

Commits:

Commit 1: Create snake_game.py and design game window
Files:
- `snake_game.py`

Commit 2: Implement snake movement and growth logic
Files:
- `snake_game.py`

Commit 3: Generate random positions for food
Files:
- `snake_game.py`

Commit 4: Track and display player's score
Files:
- `snake_game.py`

Commit 5: Handle game over conditions
Files:
- `snake_game.py`

Commit 6: Implement basic controls for snake movement
Files:
- `snake_game.py`

Commit 7: Update README with game instructions
Files:
- `README.md`

Commit 8: No changes needed for `.github/workflows/autopr.yml`

Please review the changes made in each commit to ensure the proper implementation of the Snake Game.

Let me know if you need any further assistance!
+++++

Extract information from this document and return a JSON that follows the correct schema.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="title" description="The title of the pull request."/>
    <string name="body" description="The body of the pull request."/>
    <list name="commits" on-fail="reask" description="The commits that will be made in this pull request. Commits must change the code in the repository, and must not be empty.">
        <object>
            <string name="commit_message" description="The commit message, concisely describing the changes made." length="1 100" on-fail="noop"/>
            <list name="relevant_file_hunks" description="The files we should be looking at while writing this commit. Include files that whose contents will be called by the code in this commit, and files that will be changed by this commit.">
                <object>
                    <string name="filepath" description="The path to the file we are looking at." format="filepath" on-fail="fix"/>
                    <integer name="start_line" description="The line number of the first line of the hunk." format="positive" required="false" on-fail="noop"/>
                    <integer name="end_line" description="The line number of the last line of the hunk." format="positive" required="false" on-fail="noop"/>
                </object>
            </list>
            <string name="commit_changes_description" description="A description of the changes made in this commit, in the form of a list of bullet points." required="true" length="1 1000"/>
        </object>
    </list>
</output>

Raw output

{
  "title": "Implement Snake Game in Python",
  "body": "This pull request implements a classic Snake Game in Python using AutoPR.\n\nThe game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.\n\nPlease review the following commits for a detailed explanation of the changes made:",
  "commits": [
    {
      "commit_message": "Create snake_game.py and design game window",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Created the main Python file 'snake_game.py' and designed the game window."
    },
    {
      "commit_message": "Implement snake movement and growth logic",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Implemented the logic for snake movement and growth in the 'snake_game.py' file."
    },
    {
      "commit_message": "Generate random positions for food",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Added functionality to generate random positions for food in the 'snake_game.py' file."
    },
    {
      "commit_message": "Track and display player's score",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Implemented tracking and display of the player's score in the 'snake_game.py' file."
    },
    {
      "commit_message": "Handle game over conditions",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Added logic to handle game over conditions in the 'snake_game.py' file."
    },
    {
      "commit_message": "Implement basic controls for snake movement",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Implemented basic controls for snake movement in the 'snake_game.py' file."
    },
    {
      "commit_message": "Update README with game instructions",
      "relevant_file_hunks": [
        {
          "filepath": "README.md"
        }
      ],
      "commit_changes_description": "Updated the README file with instructions on how to play the Snake Game."
    },
    {
      "commit_message": "No changes needed for .github/workflows/autopr.yml",
      "relevant_file_hunks": [
        {
          "filepath": ".github/workflows/autopr.yml"
        }
      ],
      "commit_changes_description": "No changes were made to the '.github/workflows/autopr.yml' file."
    }
  ]
}

Parsed output

{
  "title": "Implement Snake Game in Python",
  "body": "This pull request implements a classic Snake Game in Python using AutoPR.\n\nThe game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.\n\nPlease review the following commits for a detailed explanation of the changes made:",
  "commits": [
    {
      "commit_message": "Create snake_game.py and design game window",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Created the main Python file 'snake_game.py' and designed the game window."
    },
    {
      "commit_message": "Implement snake movement and growth logic",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Implemented the logic for snake movement and growth in the 'snake_game.py' file."
    },
    {
      "commit_message": "Generate random positions for food",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Added functionality to generate random positions for food in the 'snake_game.py' file."
    },
    {
      "commit_message": "Track and display player's score",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Implemented tracking and display of the player's score in the 'snake_game.py' file."
    },
    {
      "commit_message": "Handle game over conditions",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Added logic to handle game over conditions in the 'snake_game.py' file."
    },
    {
      "commit_message": "Implement basic controls for snake movement",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py"
        }
      ],
      "commit_changes_description": "Implemented basic controls for snake movement in the 'snake_game.py' file."
    },
    {
      "commit_message": "Update README with game instructions",
      "relevant_file_hunks": [
        {
          "filepath": "README.md"
        }
      ],
      "commit_changes_description": "Updated the README file with instructions on how to play the Snake Game."
    },
    {
      "commit_message": "No changes needed for .github/workflows/autopr.yml",
      "relevant_file_hunks": [
        {
          "filepath": ".github/workflows/autopr.yml"
        }
      ],
      "commit_changes_description": "No changes were made to the '.github/workflows/autopr.yml' file."
    }
  ]
}

Validated output

{
  "title": "Implement Snake Game in Python",
  "body": "This pull request implements a classic Snake Game in Python using AutoPR.\n\nThe game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.\n\nPlease review the following commits for a detailed explanation of the changes made:",
  "commits": [
    {
      "commit_message": "Create snake_game.py and design game window",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py",
          "start_line": null,
          "end_line": null
        }
      ],
      "commit_changes_description": "Created the main Python file 'snake_game.py' and designed the game window."
    },
    {
      "commit_message": "Implement snake movement and growth logic",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py",
          "start_line": null,
          "end_line": null
        }
      ],
      "commit_changes_description": "Implemented the logic for snake movement and growth in the 'snake_game.py' file."
    },
    {
      "commit_message": "Generate random positions for food",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py",
          "start_line": null,
          "end_line": null
        }
      ],
      "commit_changes_description": "Added functionality to generate random positions for food in the 'snake_game.py' file."
    },
    {
      "commit_message": "Track and display player's score",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py",
          "start_line": null,
          "end_line": null
        }
      ],
      "commit_changes_description": "Implemented tracking and display of the player's score in the 'snake_game.py' file."
    },
    {
      "commit_message": "Handle game over conditions",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py",
          "start_line": null,
          "end_line": null
        }
      ],
      "commit_changes_description": "Added logic to handle game over conditions in the 'snake_game.py' file."
    },
    {
      "commit_message": "Implement basic controls for snake movement",
      "relevant_file_hunks": [
        {
          "filepath": "snake_game.py",
          "start_line": null,
          "end_line": null
        }
      ],
      "commit_changes_description": "Implemented basic controls for snake movement in the 'snake_game.py' file."
    },
    {
      "commit_message": "Update README with game instructions",
      "relevant_file_hunks": [
        {
          "filepath": "README.md",
          "start_line": null,
          "end_line": null
        }
      ],
      "commit_changes_description": "Updated the README file with instructions on how to play the Snake Game."
    },
    {
      "commit_message": "No changes needed for .github/workflows/autopr.yml",
      "relevant_file_hunks": [
        {
          "filepath": ".github/workflows/autopr.yml",
          "start_line": null,
          "end_line": null
        }
      ],
      "commit_changes_description": "No changes were made to the '.github/workflows/autopr.yml' file."
    }
  ]
}

🔨 Writing commit Create snake_game.py and design game window

📄 Created new file: snake_game.py

🛤 Ran action choice rail

Instructions

You are AutoPR, an autonomous pull request creator and a helpful assistant only capable of communicating with valid JSON, and no other text.


ONLY return a valid JSON object (no other text is necessary), where the key of the field in JSON is the `name` attribute of the corresponding XML, and the value is of the type specified by the corresponding XML's tag. The JSON MUST conform to the XML format, including any types and format requests e.g. requests for lists, objects and specific types. Be correct and concise. If you are unsure anywhere, enter `null`.

Here are examples of simple (XML, JSON) pairs that show the expected behavior:
- `<string name='foo' format='two-words lower-case' />` => `{'foo': 'example one'}`
- `<list name='bar'><string format='upper-case' /></list>` => `{"bar": ['STRING ONE', 'STRING TWO', etc.]}`
- `<object name='baz'><string name="foo" format="capitalize two-words" /><integer name="index" format="1-indexed" /></object>` => `{'baz': {'foo': 'Some String', 'index': 1}}`

Prompt

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

Plan for the pull request:
+-+
Title: Implement Snake Game in Python

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:

1. Commit: Create snake_game.py and design game window
    Files: snake_game.py
    Changes:
      Created the main Python file 'snake_game.py' and designed the game window.
2. Commit: Implement snake movement and growth logic
    Files: snake_game.py
    Changes:
      Implemented the logic for snake movement and growth in the 'snake_game.py' file.
3. Commit: Generate random positions for food
    Files: snake_game.py
    Changes:
      Added functionality to generate random positions for food in the 'snake_game.py' file.
4. Commit: Track and display player's score
    Files: snake_game.py
    Changes:
      Implemented tracking and display of the player's score in the 'snake_game.py' file.
5. Commit: Handle game over conditions
    Files: snake_game.py
    Changes:
      Added logic to handle game over conditions in the 'snake_game.py' file.
6. Commit: Implement basic controls for snake movement
    Files: snake_game.py
    Changes:
      Implemented basic controls for snake movement in the 'snake_game.py' file.
7. Commit: Update README with game instructions
    Files: README.md
    Changes:
      Updated the README file with instructions on how to play the Snake Game.
8. Commit: No changes needed for .github/workflows/autopr.yml
    Files: .github/workflows/autopr.yml
    Changes:
      No changes were made to the '.github/workflows/autopr.yml' file.

+-+

Commit we are currently generating:
+-+
Create snake_game.py and design game window

Created the main Python file 'snake_game.py' and designed the game window.
+-+

Actions that have been run so far:
+-+

+-+

You are about to make a decision on what to do next, and return a JSON that follows the correct schema.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="action" choices="new_file,edit_file,finished"/>
    <object name="new_file" description="new_file" if="action==new_file">
        <string name="filepath" description="Path to the newly created file." required="true"/>
        <string name="description" description="Description of the contents of the new file." required="true"/>
    </object>
    <object name="edit_file" description="edit_file" if="action==edit_file">
        <string name="filepath" description="Path to the file to be edited." required="true"/>
        <string name="description" description="Description of the changes to be made to the file." required="true"/>
        <integer name="start_line" description="The line number of the first line of the hunk to be edited." format="positive" required="false" on-fail="noop"/>
        <integer name="end_line" description="The line number of the last line of the hunk to be edited. Keep the hunk as short as possible while fulfilling the description." format="positive" required="false" on-fail="noop"/>
    </object>
    <object name="finished" description="finished" if="action==finished">
        <string name="reason" required="true"/>
    </object>
</output>

Raw output

{
  "action": "new_file",
  "new_file": {
    "filepath": "snake_game.py",
    "description": "Created the main Python file 'snake_game.py' and designed the game window."
  }
}

Parsed output

{
  "action": "new_file",
  "new_file": {
    "filepath": "snake_game.py",
    "description": "Created the main Python file 'snake_game.py' and designed the game window."
  }
}

⛓ NewFileChain completed

Prompt

Human: Hey, we've got a new file to create.

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

Pull Request Description:
+-+
Title: Implement Snake Game in Python

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:

1. Commit: Create snake_game.py and design game window
    Files: snake_game.py
    Changes:
      Created the main Python file 'snake_game.py' and designed the game window.
2. Commit: Implement snake movement and growth logic
    Files: snake_game.py
    Changes:
      Implemented the logic for snake movement and growth in the 'snake_game.py' file.
3. Commit: Generate random positions for food
    Files: snake_game.py
    Changes:
      Added functionality to generate random positions for food in the 'snake_game.py' file.
4. Commit: Track and display player's score
    Files: snake_game.py
    Changes:
      Implemented tracking and display of the player's score in the 'snake_game.py' file.
5. Commit: Handle game over conditions
    Files: snake_game.py
    Changes:
      Added logic to handle game over conditions in the 'snake_game.py' file.
6. Commit: Implement basic controls for snake movement
    Files: snake_game.py
    Changes:
      Implemented basic controls for snake movement in the 'snake_game.py' file.
7. Commit: Update README with game instructions
    Files: README.md
    Changes:
      Updated the README file with instructions on how to play the Snake Game.
8. Commit: No changes needed for .github/workflows/autopr.yml
    Files: .github/workflows/autopr.yml
    Changes:
      No changes were made to the '.github/workflows/autopr.yml' file.

+-+

Current Commit:
+-+
Create snake_game.py and design game window

Created the main Python file 'snake_game.py' and designed the game window.
+-+

Action History:
+-+

+-+

This is the codebase subset we decided to look at:
```

```

This is the plan for the file we're creating:
```
Created the main Python file 'snake_game.py' and designed the game window.
```

Please send me the contents of the file.

RESPONSE FORMAT INSTRUCTIONS
----------------------------

When responding to me, please use the following format. Make sure you return both the code enclosed in backticks and the JSON immediately after.

```
<string>
```
{
    "outcome": string  # A description of the outcome of the attempt to rewrite the file hunk according to the problem statement.
}

Output

```
import pygame
import random

# Initialize Pygame
pygame.init()

# Define colors
WHITE = (255, 255, 255)
BLACK = (0, 0, 0)
RED = (255, 0, 0)
GREEN = (0, 255, 0)

# Define window dimensions
WINDOW_WIDTH = 800
WINDOW_HEIGHT = 600

# Define snake dimensions
SNAKE_SIZE = 20
SNAKE_SPEED = 10

# Initialize game window
window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT))
pygame.display.set_caption("Snake Game")

clock = pygame.time.Clock()

def draw_snake(snake_body):
    for segment in snake_body:
        pygame.draw.rect(window, GREEN, (segment[0], segment[1], SNAKE_SIZE, SNAKE_SIZE))

def generate_food():
    food_x = round(random.randrange(0, WINDOW_WIDTH - SNAKE_SIZE) / SNAKE_SIZE) * SNAKE_SIZE
    food_y = round(random.randrange(0, WINDOW_HEIGHT - SNAKE_SIZE) / SNAKE_SIZE) * SNAKE_SIZE
    return food_x, food_y

def draw_food(food_x, food_y):
    pygame.draw.rect(window, RED, (food_x, food_y, SNAKE_SIZE, SNAKE_SIZE))

def display_score(score):
    font = pygame.font.SysFont(None, 25)
    text = font.render("Score: " + str(score), True, BLACK)
    window.blit(text, (10, 10))

def game_over():
    font = pygame.font.SysFont(None, 50)
    text = font.render("Game Over", True, BLACK)
    window.blit(text, (WINDOW_WIDTH / 2 - text.get_width() / 2, WINDOW_HEIGHT / 2 - text.get_height() / 2))
    pygame.display.update()
    pygame.time.wait(2000)

def snake_game():
    # Initialize snake position and direction
    snake_x = WINDOW_WIDTH / 2
    snake_y = WINDOW_HEIGHT / 2
    snake_direction = "RIGHT"
    snake_body = []
    snake_length = 1

    # Initialize food position
    food_x, food_y = generate_food()

    # Initialize score
    score = 0

    # Game loop
    game_over = False
    while not game_over:
        for event in pygame.event.get():
            if event.type == pygame.QUIT:
                pygame.quit()
                quit()

            if event.type == pygame.KEYDOWN:
                if event.key == pygame.K_LEFT:
                    snake_direction = "LEFT"
                elif event.key == pygame.K_RIGHT:
                    snake_direction = "RIGHT"
                elif event.key == pygame.K_UP:
                    snake_direction = "UP"
                elif event.key == pygame.K_DOWN:
                    snake_direction = "DOWN"

        # Move the snake
        if snake_direction == "LEFT":
            snake_x -= SNAKE_SPEED
        elif snake_direction == "RIGHT":
            snake_x += SNAKE_SPEED
        elif snake_direction == "UP":
            snake_y -= SNAKE_SPEED
        elif snake_direction == "DOWN":
            snake_y += SNAKE_SPEED

        # Check for game over conditions
        if snake_x < 0 or snake_x >= WINDOW_WIDTH or snake_y < 0 or snake_y >= WINDOW_HEIGHT:
            game_over()
            break

        # Check if the snake has eaten the food
        if snake_x == food_x and snake_y == food_y:
            food_x, food_y = generate_food()
            score += 1
            snake_length += 1

        # Update snake body
        snake_head = [snake_x, snake_y]
        snake_body.append(snake_head)
        if len(snake_body) > snake_length:
            del snake_body[0]

        # Check for snake self-collision
        if snake_head in snake_body[:-1]:
            game_over()
            break

        # Draw game objects
        window.fill(WHITE)
        draw_snake(snake_body)
        draw_food(food_x, food_y)
        display_score(score)
        pygame.display.update()

        # Set game frame rate
        clock.tick(15)

# Start the game
snake_game()
```
{
    "outcome": "The file 'snake_game.py' has been created and designed for the game window with the necessary logic for snake movement, growth, food generation, scoring, game over conditions, and basic controls."
}

Parsed output

{
  "contents": "import pygame\nimport random\n\n# Initialize Pygame\npygame.init()\n\n# Define colors\nWHITE = (255, 255, 255)\nBLACK = (0, 0, 0)\nRED = (255, 0, 0)\nGREEN = (0, 255, 0)\n\n# Define window dimensions\nWINDOW_WIDTH = 800\nWINDOW_HEIGHT = 600\n\n# Define snake dimensions\nSNAKE_SIZE = 20\nSNAKE_SPEED = 10\n\n# Initialize game window\nwindow = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT))\npygame.display.set_caption(\"Snake Game\")\n\nclock = pygame.time.Clock()\n\ndef draw_snake(snake_body):\n    for segment in snake_body:\n        pygame.draw.rect(window, GREEN, (segment[0], segment[1], SNAKE_SIZE, SNAKE_SIZE))\n\ndef generate_food():\n    food_x = round(random.randrange(0, WINDOW_WIDTH - SNAKE_SIZE) / SNAKE_SIZE) * SNAKE_SIZE\n    food_y = round(random.randrange(0, WINDOW_HEIGHT - SNAKE_SIZE) / SNAKE_SIZE) * SNAKE_SIZE\n    return food_x, food_y\n\ndef draw_food(food_x, food_y):\n    pygame.draw.rect(window, RED, (food_x, food_y, SNAKE_SIZE, SNAKE_SIZE))\n\ndef display_score(score):\n    font = pygame.font.SysFont(None, 25)\n    text = font.render(\"Score: \" + str(score), True, BLACK)\n    window.blit(text, (10, 10))\n\ndef game_over():\n    font = pygame.font.SysFont(None, 50)\n    text = font.render(\"Game Over\", True, BLACK)\n    window.blit(text, (WINDOW_WIDTH / 2 - text.get_width() / 2, WINDOW_HEIGHT / 2 - text.get_height() / 2))\n    pygame.display.update()\n    pygame.time.wait(2000)\n\ndef snake_game():\n    # Initialize snake position and direction\n    snake_x = WINDOW_WIDTH / 2\n    snake_y = WINDOW_HEIGHT / 2\n    snake_direction = \"RIGHT\"\n    snake_body = []\n    snake_length = 1\n\n    # Initialize food position\n    food_x, food_y = generate_food()\n\n    # Initialize score\n    score = 0\n\n    # Game loop\n    game_over = False\n    while not game_over:\n        for event in pygame.event.get():\n            if event.type == pygame.QUIT:\n                pygame.quit()\n                quit()\n\n            if event.type == pygame.KEYDOWN:\n                if event.key == pygame.K_LEFT:\n                    snake_direction = \"LEFT\"\n                elif event.key == pygame.K_RIGHT:\n                    snake_direction = \"RIGHT\"\n                elif event.key == pygame.K_UP:\n                    snake_direction = \"UP\"\n                elif event.key == pygame.K_DOWN:\n                    snake_direction = \"DOWN\"\n\n        # Move the snake\n        if snake_direction == \"LEFT\":\n            snake_x -= SNAKE_SPEED\n        elif snake_direction == \"RIGHT\":\n            snake_x += SNAKE_SPEED\n        elif snake_direction == \"UP\":\n            snake_y -= SNAKE_SPEED\n        elif snake_direction == \"DOWN\":\n            snake_y += SNAKE_SPEED\n\n        # Check for game over conditions\n        if snake_x < 0 or snake_x >= WINDOW_WIDTH or snake_y < 0 or snake_y >= WINDOW_HEIGHT:\n            game_over()\n            break\n\n        # Check if the snake has eaten the food\n        if snake_x == food_x and snake_y == food_y:\n            food_x, food_y = generate_food()\n            score += 1\n            snake_length += 1\n\n        # Update snake body\n        snake_head = [snake_x, snake_y]\n        snake_body.append(snake_head)\n        if len(snake_body) > snake_length:\n            del snake_body[0]\n\n        # Check for snake self-collision\n        if snake_head in snake_body[:-1]:\n            game_over()\n            break\n\n        # Draw game objects\n        window.fill(WHITE)\n        draw_snake(snake_body)\n        draw_food(food_x, food_y)\n        display_score(score)\n        pygame.display.update()\n\n        # Set game frame rate\n        clock.tick(15)\n\n# Start the game\nsnake_game()",
  "outcome": "The file 'snake_game.py' has been created and designed for the game window with the necessary logic for snake movement, growth, food generation, scoring, game over conditions, and basic controls."
}

❌ Failed to create new file: snake_game.py (file already exists)

🛤 Ran action choice rail

Instructions

You are AutoPR, an autonomous pull request creator and a helpful assistant only capable of communicating with valid JSON, and no other text.


ONLY return a valid JSON object (no other text is necessary), where the key of the field in JSON is the `name` attribute of the corresponding XML, and the value is of the type specified by the corresponding XML's tag. The JSON MUST conform to the XML format, including any types and format requests e.g. requests for lists, objects and specific types. Be correct and concise. If you are unsure anywhere, enter `null`.

Here are examples of simple (XML, JSON) pairs that show the expected behavior:
- `<string name='foo' format='two-words lower-case' />` => `{'foo': 'example one'}`
- `<list name='bar'><string format='upper-case' /></list>` => `{"bar": ['STRING ONE', 'STRING TWO', etc.]}`
- `<object name='baz'><string name="foo" format="capitalize two-words" /><integer name="index" format="1-indexed" /></object>` => `{'baz': {'foo': 'Some String', 'index': 1}}`

Prompt

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

Plan for the pull request:
+-+
Title: Implement Snake Game in Python

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:

1. Commit: Create snake_game.py and design game window
    Files: snake_game.py
    Changes:
      Created the main Python file 'snake_game.py' and designed the game window.
2. Commit: Implement snake movement and growth logic
    Files: snake_game.py
    Changes:
      Implemented the logic for snake movement and growth in the 'snake_game.py' file.
3. Commit: Generate random positions for food
    Files: snake_game.py
    Changes:
      Added functionality to generate random positions for food in the 'snake_game.py' file.
4. Commit: Track and display player's score
    Files: snake_game.py
    Changes:
      Implemented tracking and display of the player's score in the 'snake_game.py' file.
5. Commit: Handle game over conditions
    Files: snake_game.py
    Changes:
      Added logic to handle game over conditions in the 'snake_game.py' file.
6. Commit: Implement basic controls for snake movement
    Files: snake_game.py
    Changes:
      Implemented basic controls for snake movement in the 'snake_game.py' file.
7. Commit: Update README with game instructions
    Files: README.md
    Changes:
      Updated the README file with instructions on how to play the Snake Game.
8. Commit: No changes needed for .github/workflows/autopr.yml
    Files: .github/workflows/autopr.yml
    Changes:
      No changes were made to the '.github/workflows/autopr.yml' file.

+-+

Commit we are currently generating:
+-+
Create snake_game.py and design game window

Created the main Python file 'snake_game.py' and designed the game window.
+-+

Actions that have been run so far:
+-+
Created snake_game.py with outcome: The file 'snake_game.py' has been created and designed for the game window with the necessary logic for snake movement, growth, food generation, scoring, game over conditions, and basic controls.
+-+

You are about to make a decision on what to do next, and return a JSON that follows the correct schema.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="action" choices="new_file,edit_file,finished"/>
    <object name="new_file" description="new_file" if="action==new_file">
        <string name="filepath" description="Path to the newly created file." required="true"/>
        <string name="description" description="Description of the contents of the new file." required="true"/>
    </object>
    <object name="edit_file" description="edit_file" if="action==edit_file">
        <string name="filepath" description="Path to the file to be edited." required="true"/>
        <string name="description" description="Description of the changes to be made to the file." required="true"/>
        <integer name="start_line" description="The line number of the first line of the hunk to be edited." format="positive" required="false" on-fail="noop"/>
        <integer name="end_line" description="The line number of the last line of the hunk to be edited. Keep the hunk as short as possible while fulfilling the description." format="positive" required="false" on-fail="noop"/>
    </object>
    <object name="finished" description="finished" if="action==finished">
        <string name="reason" required="true"/>
    </object>
</output>

Raw output

{
  "action": "new_file",
  "new_file": {
    "filepath": "snake_game.py",
    "description": "The main Python file for the Snake Game"
  }
}

Parsed output

{
  "action": "new_file",
  "new_file": {
    "filepath": "snake_game.py",
    "description": "The main Python file for the Snake Game"
  }
}

✍️ Editing file: snake_game.py

🛤 Ran action choice rail

Instructions

You are AutoPR, an autonomous pull request creator and a helpful assistant only capable of communicating with valid JSON, and no other text.


ONLY return a valid JSON object (no other text is necessary), where the key of the field in JSON is the `name` attribute of the corresponding XML, and the value is of the type specified by the corresponding XML's tag. The JSON MUST conform to the XML format, including any types and format requests e.g. requests for lists, objects and specific types. Be correct and concise. If you are unsure anywhere, enter `null`.

Here are examples of simple (XML, JSON) pairs that show the expected behavior:
- `<string name='foo' format='two-words lower-case' />` => `{'foo': 'example one'}`
- `<list name='bar'><string format='upper-case' /></list>` => `{"bar": ['STRING ONE', 'STRING TWO', etc.]}`
- `<object name='baz'><string name="foo" format="capitalize two-words" /><integer name="index" format="1-indexed" /></object>` => `{'baz': {'foo': 'Some String', 'index': 1}}`

Prompt

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

Plan for the pull request:
+-+
Title: Implement Snake Game in Python

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:

1. Commit: Create snake_game.py and design game window
    Files: snake_game.py
    Changes:
      Created the main Python file 'snake_game.py' and designed the game window.
2. Commit: Implement snake movement and growth logic
    Files: snake_game.py
    Changes:
      Implemented the logic for snake movement and growth in the 'snake_game.py' file.
3. Commit: Generate random positions for food
    Files: snake_game.py
    Changes:
      Added functionality to generate random positions for food in the 'snake_game.py' file.
4. Commit: Track and display player's score
    Files: snake_game.py
    Changes:
      Implemented tracking and display of the player's score in the 'snake_game.py' file.
5. Commit: Handle game over conditions
    Files: snake_game.py
    Changes:
      Added logic to handle game over conditions in the 'snake_game.py' file.
6. Commit: Implement basic controls for snake movement
    Files: snake_game.py
    Changes:
      Implemented basic controls for snake movement in the 'snake_game.py' file.
7. Commit: Update README with game instructions
    Files: README.md
    Changes:
      Updated the README file with instructions on how to play the Snake Game.
8. Commit: No changes needed for .github/workflows/autopr.yml
    Files: .github/workflows/autopr.yml
    Changes:
      No changes were made to the '.github/workflows/autopr.yml' file.

+-+

Commit we are currently generating:
+-+
Create snake_game.py and design game window

Created the main Python file 'snake_game.py' and designed the game window.
+-+

Actions that have been run so far:
+-+
Created snake_game.py with outcome: The file 'snake_game.py' has been created and designed for the game window with the necessary logic for snake movement, growth, food generation, scoring, game over conditions, and basic controls.
Failed to create new file: snake_game.py (file already exists)
+-+

You are about to make a decision on what to do next, and return a JSON that follows the correct schema.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="action" choices="new_file,edit_file,finished"/>
    <object name="new_file" description="new_file" if="action==new_file">
        <string name="filepath" description="Path to the newly created file." required="true"/>
        <string name="description" description="Description of the contents of the new file." required="true"/>
    </object>
    <object name="edit_file" description="edit_file" if="action==edit_file">
        <string name="filepath" description="Path to the file to be edited." required="true"/>
        <string name="description" description="Description of the changes to be made to the file." required="true"/>
        <integer name="start_line" description="The line number of the first line of the hunk to be edited." format="positive" required="false" on-fail="noop"/>
        <integer name="end_line" description="The line number of the last line of the hunk to be edited. Keep the hunk as short as possible while fulfilling the description." format="positive" required="false" on-fail="noop"/>
    </object>
    <object name="finished" description="finished" if="action==finished">
        <string name="reason" required="true"/>
    </object>
</output>

Raw output

{
  "action": "edit_file",
  "edit_file": {
    "filepath": "snake_game.py",
    "description": "Implement snake movement and growth logic"
  }
}

Parsed output

{
  "action": "edit_file",
  "edit_file": {
    "filepath": "snake_game.py",
    "description": "Implement snake movement and growth logic"
  }
}

❌ Failed to edit file: snake_game.py

❌ Failed to create new file: snake_game.py (file already exists)

🛤 Ran action choice rail

Instructions

You are AutoPR, an autonomous pull request creator and a helpful assistant only capable of communicating with valid JSON, and no other text.


ONLY return a valid JSON object (no other text is necessary), where the key of the field in JSON is the `name` attribute of the corresponding XML, and the value is of the type specified by the corresponding XML's tag. The JSON MUST conform to the XML format, including any types and format requests e.g. requests for lists, objects and specific types. Be correct and concise. If you are unsure anywhere, enter `null`.

Here are examples of simple (XML, JSON) pairs that show the expected behavior:
- `<string name='foo' format='two-words lower-case' />` => `{'foo': 'example one'}`
- `<list name='bar'><string format='upper-case' /></list>` => `{"bar": ['STRING ONE', 'STRING TWO', etc.]}`
- `<object name='baz'><string name="foo" format="capitalize two-words" /><integer name="index" format="1-indexed" /></object>` => `{'baz': {'foo': 'Some String', 'index': 1}}`

Prompt

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

Plan for the pull request:
+-+
Title: Implement Snake Game in Python

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:

1. Commit: Create snake_game.py and design game window
    Files: snake_game.py
    Changes:
      Created the main Python file 'snake_game.py' and designed the game window.
2. Commit: Implement snake movement and growth logic
    Files: snake_game.py
    Changes:
      Implemented the logic for snake movement and growth in the 'snake_game.py' file.
3. Commit: Generate random positions for food
    Files: snake_game.py
    Changes:
      Added functionality to generate random positions for food in the 'snake_game.py' file.
4. Commit: Track and display player's score
    Files: snake_game.py
    Changes:
      Implemented tracking and display of the player's score in the 'snake_game.py' file.
5. Commit: Handle game over conditions
    Files: snake_game.py
    Changes:
      Added logic to handle game over conditions in the 'snake_game.py' file.
6. Commit: Implement basic controls for snake movement
    Files: snake_game.py
    Changes:
      Implemented basic controls for snake movement in the 'snake_game.py' file.
7. Commit: Update README with game instructions
    Files: README.md
    Changes:
      Updated the README file with instructions on how to play the Snake Game.
8. Commit: No changes needed for .github/workflows/autopr.yml
    Files: .github/workflows/autopr.yml
    Changes:
      No changes were made to the '.github/workflows/autopr.yml' file.

+-+

Commit we are currently generating:
+-+
Create snake_game.py and design game window

Created the main Python file 'snake_game.py' and designed the game window.
+-+

Actions that have been run so far:
+-+
Created snake_game.py with outcome: The file 'snake_game.py' has been created and designed for the game window with the necessary logic for snake movement, growth, food generation, scoring, game over conditions, and basic controls.
Failed to create new file: snake_game.py (file already exists)
Failed to edit file snake_game.py
+-+

You are about to make a decision on what to do next, and return a JSON that follows the correct schema.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="action" choices="new_file,edit_file,finished"/>
    <object name="new_file" description="new_file" if="action==new_file">
        <string name="filepath" description="Path to the newly created file." required="true"/>
        <string name="description" description="Description of the contents of the new file." required="true"/>
    </object>
    <object name="edit_file" description="edit_file" if="action==edit_file">
        <string name="filepath" description="Path to the file to be edited." required="true"/>
        <string name="description" description="Description of the changes to be made to the file." required="true"/>
        <integer name="start_line" description="The line number of the first line of the hunk to be edited." format="positive" required="false" on-fail="noop"/>
        <integer name="end_line" description="The line number of the last line of the hunk to be edited. Keep the hunk as short as possible while fulfilling the description." format="positive" required="false" on-fail="noop"/>
    </object>
    <object name="finished" description="finished" if="action==finished">
        <string name="reason" required="true"/>
    </object>
</output>

Raw output

{
  "action": "new_file",
  "new_file": {
    "filepath": "snake_game.py",
    "description": "The main Python file for the snake game"
  }
}

Parsed output

{
  "action": "new_file",
  "new_file": {
    "filepath": "snake_game.py",
    "description": "The main Python file for the snake game"
  }
}

✅ Committed Create snake_game.py and design game window

🛤 Ran action choice rail

Instructions

You are AutoPR, an autonomous pull request creator and a helpful assistant only capable of communicating with valid JSON, and no other text.


ONLY return a valid JSON object (no other text is necessary), where the key of the field in JSON is the `name` attribute of the corresponding XML, and the value is of the type specified by the corresponding XML's tag. The JSON MUST conform to the XML format, including any types and format requests e.g. requests for lists, objects and specific types. Be correct and concise. If you are unsure anywhere, enter `null`.

Here are examples of simple (XML, JSON) pairs that show the expected behavior:
- `<string name='foo' format='two-words lower-case' />` => `{'foo': 'example one'}`
- `<list name='bar'><string format='upper-case' /></list>` => `{"bar": ['STRING ONE', 'STRING TWO', etc.]}`
- `<object name='baz'><string name="foo" format="capitalize two-words" /><integer name="index" format="1-indexed" /></object>` => `{'baz': {'foo': 'Some String', 'index': 1}}`

Prompt

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

Plan for the pull request:
+-+
Title: Implement Snake Game in Python

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:

1. Commit: Create snake_game.py and design game window
    Files: snake_game.py
    Changes:
      Created the main Python file 'snake_game.py' and designed the game window.
2. Commit: Implement snake movement and growth logic
    Files: snake_game.py
    Changes:
      Implemented the logic for snake movement and growth in the 'snake_game.py' file.
3. Commit: Generate random positions for food
    Files: snake_game.py
    Changes:
      Added functionality to generate random positions for food in the 'snake_game.py' file.
4. Commit: Track and display player's score
    Files: snake_game.py
    Changes:
      Implemented tracking and display of the player's score in the 'snake_game.py' file.
5. Commit: Handle game over conditions
    Files: snake_game.py
    Changes:
      Added logic to handle game over conditions in the 'snake_game.py' file.
6. Commit: Implement basic controls for snake movement
    Files: snake_game.py
    Changes:
      Implemented basic controls for snake movement in the 'snake_game.py' file.
7. Commit: Update README with game instructions
    Files: README.md
    Changes:
      Updated the README file with instructions on how to play the Snake Game.
8. Commit: No changes needed for .github/workflows/autopr.yml
    Files: .github/workflows/autopr.yml
    Changes:
      No changes were made to the '.github/workflows/autopr.yml' file.

+-+

Commit we are currently generating:
+-+
Create snake_game.py and design game window

Created the main Python file 'snake_game.py' and designed the game window.
+-+

Actions that have been run so far:
+-+
Created snake_game.py with outcome: The file 'snake_game.py' has been created and designed for the game window with the necessary logic for snake movement, growth, food generation, scoring, game over conditions, and basic controls.
Failed to create new file: snake_game.py (file already exists)
Failed to edit file snake_game.py
Failed to create new file: snake_game.py (file already exists)
+-+

You are about to make a decision on what to do next, and return a JSON that follows the correct schema.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="action" choices="new_file,edit_file,finished"/>
    <object name="new_file" description="new_file" if="action==new_file">
        <string name="filepath" description="Path to the newly created file." required="true"/>
        <string name="description" description="Description of the contents of the new file." required="true"/>
    </object>
    <object name="edit_file" description="edit_file" if="action==edit_file">
        <string name="filepath" description="Path to the file to be edited." required="true"/>
        <string name="description" description="Description of the changes to be made to the file." required="true"/>
        <integer name="start_line" description="The line number of the first line of the hunk to be edited." format="positive" required="false" on-fail="noop"/>
        <integer name="end_line" description="The line number of the last line of the hunk to be edited. Keep the hunk as short as possible while fulfilling the description." format="positive" required="false" on-fail="noop"/>
    </object>
    <object name="finished" description="finished" if="action==finished">
        <string name="reason" required="true"/>
    </object>
</output>

Raw output

{
  "action": "edit_file",
  "edit_file": {
    "filepath": "snake_game.py",
    "description": "Implement snake movement and growth logic"
  }
}

Parsed output

{
  "action": "edit_file",
  "edit_file": {
    "filepath": "snake_game.py",
    "description": "Implement snake movement and growth logic"
  }
}

❌ Failed to edit file: snake_game.py

Diff

diff --git a/snake_game.py b/snake_game.py
new file mode 100644
index 0000000..2770f02
--- /dev/null
+++ b/snake_game.py
@@ -0,0 +1,126 @@
+import pygame
+import random
+
+# Initialize Pygame
+pygame.init()
+
+# Define colors
+WHITE = (255, 255, 255)
+BLACK = (0, 0, 0)
+RED = (255, 0, 0)
+GREEN = (0, 255, 0)
+
+# Define window dimensions
+WINDOW_WIDTH = 800
+WINDOW_HEIGHT = 600
+
+# Define snake dimensions
+SNAKE_SIZE = 20
+SNAKE_SPEED = 10
+
+# Initialize game window
+window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT))
+pygame.display.set_caption("Snake Game")
+
+clock = pygame.time.Clock()
+
+def draw_snake(snake_body):
+    for segment in snake_body:
+        pygame.draw.rect(window, GREEN, (segment[0], segment[1], SNAKE_SIZE, SNAKE_SIZE))
+
+def generate_food():
+    food_x = round(random.randrange(0, WINDOW_WIDTH - SNAKE_SIZE) / SNAKE_SIZE) * SNAKE_SIZE
+    food_y = round(random.randrange(0, WINDOW_HEIGHT - SNAKE_SIZE) / SNAKE_SIZE) * SNAKE_SIZE
+    return food_x, food_y
+
+def draw_food(food_x, food_y):
+    pygame.draw.rect(window, RED, (food_x, food_y, SNAKE_SIZE, SNAKE_SIZE))
+
+def display_score(score):
+    font = pygame.font.SysFont(None, 25)
+    text = font.render("Score: " + str(score), True, BLACK)
+    window.blit(text, (10, 10))
+
+def game_over():
+    font = pygame.font.SysFont(None, 50)
+    text = font.render("Game Over", True, BLACK)
+    window.blit(text, (WINDOW_WIDTH / 2 - text.get_width() / 2, WINDOW_HEIGHT / 2 - text.get_height() / 2))
+    pygame.display.update()
+    pygame.time.wait(2000)
+
+def snake_game():
+    # Initialize snake position and direction
+    snake_x = WINDOW_WIDTH / 2
+    snake_y = WINDOW_HEIGHT / 2
+    snake_direction = "RIGHT"
+    snake_body = []
+    snake_length = 1
+
+    # Initialize food position
+    food_x, food_y = generate_food()
+
+    # Initialize score
+    score = 0
+
+    # Game loop
+    game_over = False
+    while not game_over:
+        for event in pygame.event.get():
+            if event.type == pygame.QUIT:
+                pygame.quit()
+                quit()
+
+            if event.type == pygame.KEYDOWN:
+                if event.key == pygame.K_LEFT:
+                    snake_direction = "LEFT"
+                elif event.key == pygame.K_RIGHT:
+                    snake_direction = "RIGHT"
+                elif event.key == pygame.K_UP:
+                    snake_direction = "UP"
+                elif event.key == pygame.K_DOWN:
+                    snake_direction = "DOWN"
+
+        # Move the snake
+        if snake_direction == "LEFT":
+            snake_x -= SNAKE_SPEED
+        elif snake_direction == "RIGHT":
+            snake_x += SNAKE_SPEED
+        elif snake_direction == "UP":
+            snake_y -= SNAKE_SPEED
+        elif snake_direction == "DOWN":
+            snake_y += SNAKE_SPEED
+
+        # Check for game over conditions
+        if snake_x < 0 or snake_x >= WINDOW_WIDTH or snake_y < 0 or snake_y >= WINDOW_HEIGHT:
+            game_over()
+            break
+
+        # Check if the snake has eaten the food
+        if snake_x == food_x and snake_y == food_y:
+            food_x, food_y = generate_food()
+            score += 1
+            snake_length += 1
+
+        # Update snake body
+        snake_head = [snake_x, snake_y]
+        snake_body.append(snake_head)
+        if len(snake_body) > snake_length:
+            del snake_body[0]
+
+        # Check for snake self-collision
+        if snake_head in snake_body[:-1]:
+            game_over()
+            break
+
+        # Draw game objects
+        window.fill(WHITE)
+        draw_snake(snake_body)
+        draw_food(food_x, food_y)
+        display_score(score)
+        pygame.display.update()
+
+        # Set game frame rate
+        clock.tick(15)
+
+# Start the game
+snake_game()
\ No newline at end of file

🔨 Writing commit Implement snake movement and growth logic

✍️ Editing file: snake_game.py

🛤 Ran action choice rail

Instructions

You are AutoPR, an autonomous pull request creator and a helpful assistant only capable of communicating with valid JSON, and no other text.


ONLY return a valid JSON object (no other text is necessary), where the key of the field in JSON is the `name` attribute of the corresponding XML, and the value is of the type specified by the corresponding XML's tag. The JSON MUST conform to the XML format, including any types and format requests e.g. requests for lists, objects and specific types. Be correct and concise. If you are unsure anywhere, enter `null`.

Here are examples of simple (XML, JSON) pairs that show the expected behavior:
- `<string name='foo' format='two-words lower-case' />` => `{'foo': 'example one'}`
- `<list name='bar'><string format='upper-case' /></list>` => `{"bar": ['STRING ONE', 'STRING TWO', etc.]}`
- `<object name='baz'><string name="foo" format="capitalize two-words" /><integer name="index" format="1-indexed" /></object>` => `{'baz': {'foo': 'Some String', 'index': 1}}`

Prompt

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

Plan for the pull request:
+-+
Title: Implement Snake Game in Python

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:

1. Commit: Create snake_game.py and design game window
    Files: snake_game.py
    Changes:
      Created the main Python file 'snake_game.py' and designed the game window.
2. Commit: Implement snake movement and growth logic
    Files: snake_game.py
    Changes:
      Implemented the logic for snake movement and growth in the 'snake_game.py' file.
3. Commit: Generate random positions for food
    Files: snake_game.py
    Changes:
      Added functionality to generate random positions for food in the 'snake_game.py' file.
4. Commit: Track and display player's score
    Files: snake_game.py
    Changes:
      Implemented tracking and display of the player's score in the 'snake_game.py' file.
5. Commit: Handle game over conditions
    Files: snake_game.py
    Changes:
      Added logic to handle game over conditions in the 'snake_game.py' file.
6. Commit: Implement basic controls for snake movement
    Files: snake_game.py
    Changes:
      Implemented basic controls for snake movement in the 'snake_game.py' file.
7. Commit: Update README with game instructions
    Files: README.md
    Changes:
      Updated the README file with instructions on how to play the Snake Game.
8. Commit: No changes needed for .github/workflows/autopr.yml
    Files: .github/workflows/autopr.yml
    Changes:
      No changes were made to the '.github/workflows/autopr.yml' file.

+-+

Commit we are currently generating:
+-+
Implement snake movement and growth logic

Implemented the logic for snake movement and growth in the 'snake_game.py' file.
+-+

Actions that have been run so far:
+-+

+-+

You are about to make a decision on what to do next, and return a JSON that follows the correct schema.


Given below is XML that describes the information to extract from this document and the tags to extract it into.


<output>
    <string name="action" choices="new_file,edit_file,finished"/>
    <object name="new_file" description="new_file" if="action==new_file">
        <string name="filepath" description="Path to the newly created file." required="true"/>
        <string name="description" description="Description of the contents of the new file." required="true"/>
    </object>
    <object name="edit_file" description="edit_file" if="action==edit_file">
        <string name="filepath" description="Path to the file to be edited." required="true"/>
        <string name="description" description="Description of the changes to be made to the file." required="true"/>
        <integer name="start_line" description="The line number of the first line of the hunk to be edited." format="positive" required="false" on-fail="noop"/>
        <integer name="end_line" description="The line number of the last line of the hunk to be edited. Keep the hunk as short as possible while fulfilling the description." format="positive" required="false" on-fail="noop"/>
    </object>
    <object name="finished" description="finished" if="action==finished">
        <string name="reason" required="true"/>
    </object>
</output>

Raw output

{
  "action": "edit_file",
  "edit_file": {
    "filepath": "snake_game.py",
    "description": "Implement snake movement and growth logic",
    "start_line": 1,
    "end_line": 100
  }
}

Parsed output

{
  "action": "edit_file",
  "edit_file": {
    "filepath": "snake_game.py",
    "description": "Implement snake movement and growth logic",
    "start_line": 1,
    "end_line": 100
  }
}

⛓ Running RewriteCodeHunkChain chain

Prompt

Human: Hey, we've got a new code hunk to diff.

Given context variables enclosed by +-+:

Issue:
+-+
#3 Creating a snake game in Python can be a fun and engaging project using AutoPR

hariexcel: Creating a snake game in Python can be a fun and engaging project using AutoPR. To get started, you can use the following prompt:

"Design and implement a classic Snake Game in Python. The game should have the following features:

The game should be played in a window or graphical interface.
The snake should move around the window and grow longer as it eats food.
The food should appear at random positions in the window.
When the snake eats the food, its length should increase, and the player should score points.
The game should end if the snake collides with the boundary of the window or with itself.
Display the player's score on the screen.
Implement basic controls to steer the snake (e.g., arrow keys, WASD, or any other control scheme).



+-+

Notes:
+-+
Based on the provided issue and context, here are some brief notes to plan the code commits:

1. Create a new Python file named `snake_game.py` to implement the snake game logic.
2. Design a graphical interface using a library like Pygame for the game window.
3. Implement the snake movement and growth logic when it eats the food.
4. Generate random positions for the food within the game window.
5. Track the player's score and display it on the screen.
6. Handle game over conditions when the snake collides with the boundary or itself.
7. Implement basic controls to steer the snake using arrow keys or any specified control scheme.

Files to continue looking at:
1. `README.md`: Update the README with instructions on running and playing the snake game.
2. `.github/workflows/autopr.yml`: No changes needed for this file.

Let me know if you need any further assistance!
+-+

Pull Request Description:
+-+
Title: Implement Snake Game in Python

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made:

1. Commit: Create snake_game.py and design game window
    Files: snake_game.py
    Changes:
      Created the main Python file 'snake_game.py' and designed the game window.
2. Commit: Implement snake movement and growth logic
    Files: snake_game.py
    Changes:
      Implemented the logic for snake movement and growth in the 'snake_game.py' file.
3. Commit: Generate random positions for food
    Files: snake_game.py
    Changes:
      Added functionality to generate random positions for food in the 'snake_game.py' file.
4. Commit: Track and display player's score
    Files: snake_game.py
    Changes:
      Implemented tracking and display of the player's score in the 'snake_game.py' file.
5. Commit: Handle game over conditions
    Files: snake_game.py
    Changes:
      Added logic to handle game over conditions in the 'snake_game.py' file.
6. Commit: Implement basic controls for snake movement
    Files: snake_game.py
    Changes:
      Implemented basic controls for snake movement in the 'snake_game.py' file.
7. Commit: Update README with game instructions
    Files: README.md
    Changes:
      Updated the README file with instructions on how to play the Snake Game.
8. Commit: No changes needed for .github/workflows/autopr.yml
    Files: .github/workflows/autopr.yml
    Changes:
      No changes were made to the '.github/workflows/autopr.yml' file.

+-+

Current Commit:
+-+
Implement snake movement and growth logic

Implemented the logic for snake movement and growth in the 'snake_game.py' file.
+-+

Action History:
+-+

+-+

This is the codebase subset we decided to look at:
```

```

This is the hunk we're rewriting:
```
  1 * import pygame
  2 * import random
  3 * 
  4 * # Initialize Pygame
  5 * pygame.init()
  6 * 
  7 * # Define colors
  8 * WHITE = (255, 255, 255)
  9 * BLACK = (0, 0, 0)
 10 * RED = (255, 0, 0)
 11 * GREEN = (0, 255, 0)
 12 * 
 13 * # Define window dimensions
 14 * WINDOW_WIDTH = 800
 15 * WINDOW_HEIGHT = 600
 16 * 
 17 * # Define snake dimensions
 18 * SNAKE_SIZE = 20
 19 * SNAKE_SPEED = 10
 20 * 
 21 * # Initialize game window
 22 * window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT))
 23 * pygame.display.set_caption("Snake Game")
 24 * 
 25 * clock = pygame.time.Clock()
 26 * 
 27 * def draw_snake(snake_body):
 28 *     for segment in snake_body:
 29 *         pygame.draw.rect(window, GREEN, (segment[0], segment[1], SNAKE_SIZE, SNAKE_SIZE))
 30 * 
 31 * def generate_food():
 32 *     food_x = round(random.randrange(0, WINDOW_WIDTH - SNAKE_SIZE) / SNAKE_SIZE) * SNAKE_SIZE
 33 *     food_y = round(random.randrange(0, WINDOW_HEIGHT - SNAKE_SIZE) / SNAKE_SIZE) * SNAKE_SIZE
 34 *     return food_x, food_y
 35 * 
 36 * def draw_food(food_x, food_y):
 37 *     pygame.draw.rect(window, RED, (food_x, food_y, SNAKE_SIZE, SNAKE_SIZE))
 38 * 
 39 * def display_score(score):
 40 *     font = pygame.font.SysFont(None, 25)
 41 *     text = font.render("Score: " + str(score), True, BLACK)
 42 *     window.blit(text, (10, 10))
 43 * 
 44 * def game_over():
 45 *     font = pygame.font.SysFont(None, 50)
 46 *     text = font.render("Game Over", True, BLACK)
 47 *     window.blit(text, (WINDOW_WIDTH / 2 - text.get_width() / 2, WINDOW_HEIGHT / 2 - text.get_height() / 2))
 48 *     pygame.display.update()
 49 *     pygame.time.wait(2000)
 50 * 
 51 * def snake_game():
 52 *     # Initialize snake position and direction
 53 *     snake_x = WINDOW_WIDTH / 2
 54 *     snake_y = WINDOW_HEIGHT / 2
 55 *     snake_direction = "RIGHT"
 56 *     snake_body = []
 57 *     snake_length = 1
 58 * 
 59 *     # Initialize food position
 60 *     food_x, food_y = generate_food()
 61 * 
 62 *     # Initialize score
 63 *     score = 0
 64 * 
 65 *     # Game loop
 66 *     game_over = False
 67 *     while not game_over:
 68 *         for event in pygame.event.get():
 69 *             if event.type == pygame.QUIT:
 70 *                 pygame.quit()
 71 *                 quit()
 72 * 
 73 *             if event.type == pygame.KEYDOWN:
 74 *                 if event.key == pygame.K_LEFT:
 75 *                     snake_direction = "LEFT"
 76 *                 elif event.key == pygame.K_RIGHT:
 77 *                     snake_direction = "RIGHT"
 78 *                 elif event.key == pygame.K_UP:
 79 *                     snake_direction = "UP"
 80 *                 elif event.key == pygame.K_DOWN:
 81 *                     snake_direction = "DOWN"
 82 * 
 83 *         # Move the snake
 84 *         if snake_direction == "LEFT":
 85 *             snake_x -= SNAKE_SPEED
 86 *         elif snake_direction == "RIGHT":
 87 *             snake_x += SNAKE_SPEED
 88 *         elif snake_direction == "UP":
 89 *             snake_y -= SNAKE_SPEED
 90 *         elif snake_direction == "DOWN":
 91 *             snake_y += SNAKE_SPEED
 92 * 
 93 *         # Check for game over conditions
 94 *         if snake_x < 0 or snake_x >= WINDOW_WIDTH or snake_y < 0 or snake_y >= WINDOW_HEIGHT:
 95 *             game_over()
 96 *             break
 97 * 
 98 *         # Check if the snake has eaten the food
 99 *         if snake_x == food_x and snake_y == food_y:
100 *             food_x, food_y = generate_food()
101 |             score += 1
102 |             snake_length += 1
103 | 
```

This is the plan for how we want to rewrite the hunk:
```
Implement snake movement and growth logic
```

Please rewrite the hunk to match the plan, but do not include any lines prefixed with | in the result.

RULES:
- ONLY rewrite the lines prefixed with *, 
- submit only the lines without the * prefix,
- do not preserve the relative leading indentation of the lines (start the hunk's indentation at 0).

RESPONSE FORMAT INSTRUCTIONS
----------------------------

When responding to me, please use the following format. Make sure you return both the code enclosed in backticks and the JSON immediately after.

```
<string>
```
{
    "outcome": string  # A description of the outcome of the attempt to rewrite the file hunk according to the problem statement.
}

[hariexcel]

This pull request implements a classic Snake Game in Python using AutoPR.

The game features a graphical interface where the snake moves around a window. It grows longer as it eats food, which appears at random positions within the window. The player scores points for each food consumed. The game ends if the snake collides with the window boundary or with itself. The player's score is displayed on the screen. Basic controls are provided to steer the snake.

Please review the following commits for a detailed explanation of the changes made: