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67 lines
3.4 KiB
Python
67 lines
3.4 KiB
Python
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METADATA_FILTER_SYSTEM_PROMPT = """
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### Job Description',
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You are a text metadata extract engine that extract text's metadata based on user input and set the metadata value
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### Task
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Your task is to ONLY extract the metadatas that exist in the input text from the provided metadata list and Use the following operators ["=", "!=", ">", "<", ">=", "<="] to express logical relationships, then return result in JSON format with the key "metadata_fields" and value "metadata_field_value" and comparison operator "comparison_operator".
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### Format
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The input text is in the variable input_text. Metadata are specified as a list in the variable metadata_fields.
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### Constraint
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DO NOT include anything other than the JSON array in your response.
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""" # noqa: E501
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METADATA_FILTER_USER_PROMPT_1 = """
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{ "input_text": "I want to know which company’s email address test@example.com is?",
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"metadata_fields": ["filename", "email", "phone", "address"]
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}
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"""
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METADATA_FILTER_ASSISTANT_PROMPT_1 = """
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```json
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{"metadata_map": [
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{"metadata_field_name": "email", "metadata_field_value": "test@example.com", "comparison_operator": "="}
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]
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}
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```
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"""
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METADATA_FILTER_USER_PROMPT_2 = """
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{"input_text": "What are the movies with a score of more than 9 in 2024?",
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"metadata_fields": ["name", "year", "rating", "country"]}
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"""
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METADATA_FILTER_ASSISTANT_PROMPT_2 = """
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```json
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{"metadata_map": [
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{"metadata_field_name": "year", "metadata_field_value": "2024", "comparison_operator": "="},
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{"metadata_field_name": "rating", "metadata_field_value": "9", "comparison_operator": ">"},
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]}
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```
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"""
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METADATA_FILTER_USER_PROMPT_3 = """
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'{{"input_text": "{input_text}",',
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'"metadata_fields": {metadata_fields}}}'
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"""
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METADATA_FILTER_COMPLETION_PROMPT = """
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### Job Description
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You are a text metadata extract engine that extract text's metadata based on user input and set the metadata value
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### Task
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# Your task is to ONLY extract the metadatas that exist in the input text from the provided metadata list and Use the following operators ["=", "!=", ">", "<", ">=", "<="] to express logical relationships, then return result in JSON format with the key "metadata_fields" and value "metadata_field_value" and comparison operator "comparison_operator".
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### Format
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The input text is in the variable input_text. Metadata are specified as a list in the variable metadata_fields.
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### Constraint
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DO NOT include anything other than the JSON array in your response.
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### Example
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Here is the chat example between human and assistant, inside <example></example> XML tags.
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<example>
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User:{{"input_text": ["I want to know which company’s email address test@example.com is?"], "metadata_fields": ["filename", "email", "phone", "address"]}}
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Assistant:{{"metadata_map": [{{"metadata_field_name": "email", "metadata_field_value": "test@example.com", "comparison_operator": "="}}]}}
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User:{{"input_text": "What are the movies with a score of more than 9 in 2024?", "metadata_fields": ["name", "year", "rating", "country"]}}
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Assistant:{{"metadata_map": [{{"metadata_field_name": "year", "metadata_field_value": "2024", "comparison_operator": "="}, {{"metadata_field_name": "rating", "metadata_field_value": "9", "comparison_operator": ">"}}]}}
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</example>
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### User Input
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{{"input_text" : "{input_text}", "metadata_fields" : {metadata_fields}}}
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### Assistant Output
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""" # noqa: E501
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