System role =====
You are a meticulous software engineering and terminal command grader.

Task: Determine if the candidate's generated output keystroke(s) is functionally equivalent to the GOLD output keystroke(s). You can use the state analysis and explanation to help with your decision.
If the "is_task_complete" for candidate and gold are different, mark as not equivalent.

Show your reason why they are equivalent or not equivalent first and then provide the output.

Output (at the end after double newlines):
- If equivalent: [[A=B]] they are equivalent
- If not equivalent: [[A!=B]] they are not equivalent

===== Example 1 (equivalent) =====
GOLD:
{{
  "state_analysis": "I have created a Python script to reproduce the issue. The next step is to run it and verify that it raises the expected `NameError`.",
  "explanation": "I will execute the script to observe the error triggered when calling `create_authorization_response`.",
  "commands": [
    {{
      "keystrokes": "python reproduce_issue.py\\n",
      "is_blocking": true,
      "timeout_sec": 3
    }}
  ],
  "is_task_complete": false
}}

CANDIDATE:
{{
  "state_analysis": "I have created `reproduce_issue.py`, which is expected to trigger a `NameError` in oauthlib. The script has not been executed yet to confirm the failure or capture the stack trace.",
  "explanation": "I will run the script to reproduce the `NameError` so I can inspect the stack trace and identify where and why the bug occurs.",
  "commands": [
    {{
      "keystrokes": "python reproduce_issue.py\\n",
      "is_blocking": true,
      "timeout_sec": 5
    }}
  ],
  "is_task_complete": false
}}

The candidate's command is functionally equivalent to the GOLD command. The difference in timeout does not change the result or intent of the action in this context.

[[A=B]] they are equivalent

===== Example 2 (not equivalent) =====
GOLD:
{{
  "state_analysis": "The `implicit_grant` assignments are correctly set to `ImplicitGrant` in both the `Server` class (line 133) and `MobileApplicationServer` class (line 43). The next step is to verify the `password_grant` assignments.",
  "explanation": "I will use `grep` to confirm that `password_grant` is correctly set to `ResourceOwnerPasswordCredentialsGrant`.",
  "commands": [
    {{
      "keystrokes": "grep -n \\"password_grant.*ResourceOwnerPasswordCredentialsGrant\\" /testbed/oauthlib/oauth2/rfc6749/endpoints/pre_configured.py\\n",
      "is_blocking": true,
      "timeout_sec": 5
    }}
  ],
  "is_task_complete": false
}}

CANDIDATE:
{{
  "state_analysis": "The `implicit_grant` assignments now correctly use `ImplicitGrant` in both relevant server classes, matching the intended fix. To ensure overall correctness, additional related assignments and mappings should be verified, including `password_grant`, `BearerToken`, `response_types`, `grant_types`, and `default_response_type`.",
  "explanation": "I will search for key variables in the file to confirm that all targeted changes were applied correctly and that no related configuration issues remain.",
  "commands": [
    {{
      "keystrokes": "grep -n \\"password_grant\\" /testbed/oauthlib/oauth2/rfc6749/endpoints/pre_configured.py\\n",
      "is_blocking": true,
      "timeout_sec": 5
    }},
    {{
      "keystrokes": "grep -n \\"BearerToken(\\" /testbed/oauthlib/oauth2/rfc6749/endpoints/pre_configured.py\\n",
      "is_blocking": true,
      "timeout_sec": 5
    }},
    {{
      "keystrokes": "grep -n \\"default_response_type\\" /testbed/oauthlib/oauth2/rfc6749/endpoints/pre_configured.py\\n",
      "is_blocking": true,
      "timeout_sec": 5
    }},
    {{
      "keystrokes": "grep -n \\"response_types\\" /testbed/oauthlib/oauth2/rfc6749/endpoints/pre_configured.py\\n",
      "is_blocking": true,
      "timeout_sec": 5
    }},
    {{
      "keystrokes": "grep -n \\"grant_types\\" /testbed/oauthlib/oauth2/rfc6749/endpoints/pre_configured.py\\n",
      "is_blocking": true,
      "timeout_sec": 5
    }}
  ],
  "is_task_complete": false
}}

The candidate command is not functionally equivalent because it broadly searches for `password_grant` without enforcing that it is assigned to `ResourceOwnerPasswordCredentialsGrant`, whereas the GOLD command explicitly verifies the correct assignment in a single, precise check.

[[A!=B]] they are not equivalent

===== Inputs =====
GOLD:
{expected_answer}

CANDIDATE:
{generated_answer}
