// Vitest Snapshot v1, https://vitest.dev/guide/snapshot.html exports[`AnthropicLanguageModel > doGenerate > agent skills > should expose container information as provider metadata 1`] = ` { "anthropic": { "container": { "expiresAt": "2025-10-20T11:48:47.798310Z", "id": "container_011CUJKA7aVjWm5XJL9ozHGS", "skills": [ { "skillId": "pptx", "type": "anthropic", "version": "20251013", }, ], }, "contextManagement": null, "iterations": null, "stopSequence": null, "usage": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 950648, "output_tokens": 13856, "server_tool_use": { "web_fetch_requests": 0, "web_search_requests": 0, }, "service_tier": "standard", }, }, } `; exports[`AnthropicLanguageModel > doGenerate > code execution 20250825 > should expose container information as provider metadata 1`] = ` { "anthropic": { "container": { "expiresAt": "2025-10-14T10:28:40.590791Z", "id": "container_011CU6rVteVhydYXRyNs6G1M", "skills": null, }, "contextManagement": null, "iterations": null, "stopSequence": null, "usage": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 7881, "output_tokens": 608, "server_tool_use": { "web_fetch_requests": 0, "web_search_requests": 0, }, "service_tier": "standard", }, }, } `; exports[`AnthropicLanguageModel > doGenerate > code execution 20250825 > should include code execution tool call and result in content 1`] = ` [ { "text": "I'll create a Python script to calculate Fibonacci numbers and then execute it to find the 10th Fibonacci number.", "type": "text", }, { "input": "{"type":"text_editor_code_execution","command":"create","path":"/tmp/fibonacci.py","file_text":"def fibonacci(n):\\n \\"\\"\\"\\n Calculate the nth Fibonacci number.\\n \\n Args:\\n n: The position in the Fibonacci sequence (1-indexed)\\n \\n Returns:\\n The nth Fibonacci number\\n \\"\\"\\"\\n if n <= 0:\\n raise ValueError(\\"n must be a positive integer\\")\\n elif n == 1 or n == 2:\\n return 1\\n \\n # Using iterative approach for efficiency\\n fib_prev = 1 # F(1)\\n fib_curr = 1 # F(2)\\n \\n for i in range(3, n + 1):\\n fib_next = fib_prev + fib_curr\\n fib_prev = fib_curr\\n fib_curr = fib_next\\n \\n return fib_curr\\n\\n\\nif __name__ == \\"__main__\\":\\n # Calculate the 10th Fibonacci number\\n n = 10\\n result = fibonacci(n)\\n print(f\\"The {n}th Fibonacci number is: {result}\\")\\n \\n # Display the first 10 Fibonacci numbers for reference\\n print(f\\"\\\\nFirst {n} Fibonacci numbers:\\")\\n for i in range(1, n + 1):\\n print(f\\"F({i}) = {fibonacci(i)}\\")\\n"}", "providerExecuted": true, "toolCallId": "srvtoolu_012LCpyzxGBy44bCW4zCxmH2", "toolName": "code_execution", "type": "tool-call", }, { "result": { "is_file_update": false, "type": "text_editor_code_execution_create_result", }, "toolCallId": "srvtoolu_012LCpyzxGBy44bCW4zCxmH2", "toolName": "code_execution", "type": "tool-result", }, { "text": "Now let me execute the script:", "type": "text", }, { "input": "{"type":"bash_code_execution","command":"python /tmp/fibonacci.py"}", "providerExecuted": true, "toolCallId": "srvtoolu_01KqzcSjepCqNjqeUVqnmEjj", "toolName": "code_execution", "type": "tool-call", }, { "result": { "content": [], "return_code": 0, "stderr": "", "stdout": "The 10th Fibonacci number is: 55 First 10 Fibonacci numbers: F(1) = 1 F(2) = 1 F(3) = 2 F(4) = 3 F(5) = 5 F(6) = 8 F(7) = 13 F(8) = 21 F(9) = 34 F(10) = 55 ", "type": "bash_code_execution_result", }, "toolCallId": "srvtoolu_01KqzcSjepCqNjqeUVqnmEjj", "toolName": "code_execution", "type": "tool-result", }, { "text": "Perfect! The script has been created and executed successfully. **Result: The 10th Fibonacci number is 55** The script uses an iterative approach to calculate Fibonacci numbers efficiently, which is better than a recursive approach for larger values of n (avoiding exponential time complexity). The Fibonacci sequence shown is: 1, 1, 2, 3, 5, 8, 13, 21, 34, 55...", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doGenerate > code execution 20250825 > should include file id list in code execution tool generate call result. 1`] = ` { "content": [ { "text": "I'll help you create a Python script to calculate Fibonacci numbers, execute it to find the 10th Fibonacci number, and output the results to an Excel file. Let me break this down into steps: 1. First, I'll create the Python script 2. Execute it to find the 10th Fibonacci number 3. Save the results to an Excel file 4. Export both the Excel file and the Python code", "type": "text", }, { "input": "{"type":"text_editor_code_execution","command":"create","path":"/tmp/fibonacci_calculator.py","file_text":"import pandas as pd\\nimport os\\n\\ndef fibonacci(n):\\n \\"\\"\\"\\n Calculate the nth Fibonacci number using iterative approach.\\n \\n Args:\\n n (int): The position in the Fibonacci sequence (1-indexed)\\n \\n Returns:\\n int: The nth Fibonacci number\\n \\"\\"\\"\\n if n <= 0:\\n return 0\\n elif n == 1:\\n return 0\\n elif n == 2:\\n return 1\\n else:\\n a, b = 0, 1\\n for _ in range(2, n):\\n a, b = b, a + b\\n return b\\n\\ndef generate_fibonacci_sequence(n):\\n \\"\\"\\"\\n Generate Fibonacci sequence up to the nth number.\\n \\n Args:\\n n (int): Number of Fibonacci numbers to generate\\n \\n Returns:\\n list: List of tuples containing (position, fibonacci_number)\\n \\"\\"\\"\\n sequence = []\\n for i in range(1, n + 1):\\n fib_num = fibonacci(i)\\n sequence.append((i, fib_num))\\n return sequence\\n\\ndef save_to_excel(data, filename):\\n \\"\\"\\"\\n Save Fibonacci sequence data to an Excel file.\\n \\n Args:\\n data (list): List of tuples containing (position, fibonacci_number)\\n filename (str): Output filename\\n \\"\\"\\"\\n # Create a DataFrame\\n df = pd.DataFrame(data, columns=['Position', 'Fibonacci Number'])\\n \\n # Save to Excel\\n output_dir = os.environ.get('OUTPUT_DIR', '/tmp')\\n filepath = os.path.join(output_dir, filename)\\n df.to_excel(filepath, index=False, sheet_name='Fibonacci Sequence')\\n \\n print(f\\"Excel file saved to: {filepath}\\")\\n return df\\n\\ndef main():\\n # Calculate the 10th Fibonacci number\\n n = 10\\n print(f\\"Calculating Fibonacci sequence up to position {n}...\\")\\n print()\\n \\n # Generate the sequence\\n fibonacci_sequence = generate_fibonacci_sequence(n)\\n \\n # Display results\\n print(\\"Fibonacci Sequence:\\")\\n print(\\"-\\" * 40)\\n for pos, fib_num in fibonacci_sequence:\\n print(f\\"Position {pos:2d}: {fib_num}\\")\\n print(\\"-\\" * 40)\\n print()\\n \\n # Highlight the 10th Fibonacci number\\n tenth_fib = fibonacci(n)\\n print(f\\"The 10th Fibonacci number is: {tenth_fib}\\")\\n print()\\n \\n # Save to Excel file\\n df = save_to_excel(fibonacci_sequence, 'fibonacci_results.xlsx')\\n print()\\n print(\\"DataFrame preview:\\")\\n print(df)\\n \\n return tenth_fib\\n\\nif __name__ == \\"__main__\\":\\n result = main()\\n"}", "providerExecuted": true, "toolCallId": "srvtoolu_01PitdyEfvwhjVp11SJarVsT", "toolName": "code_execution", "type": "tool-call", }, { "result": { "is_file_update": false, "type": "text_editor_code_execution_create_result", }, "toolCallId": "srvtoolu_01PitdyEfvwhjVp11SJarVsT", "toolName": "code_execution", "type": "tool-result", }, { "text": "Now let's execute the script to calculate the 10th Fibonacci number and generate the Excel file:", "type": "text", }, { "input": "{"type":"bash_code_execution","command":"cd /tmp && python fibonacci_calculator.py"}", "providerExecuted": true, "toolCallId": "srvtoolu_01Lk4vvHmfk7ik3iw5LUUVPm", "toolName": "code_execution", "type": "tool-call", }, { "result": { "content": [ { "file_id": "file_011CUJascj5v5AsQ2KybX48e", "type": "bash_code_execution_output", }, ], "return_code": 0, "stderr": "", "stdout": "Calculating Fibonacci sequence up to position 10... Fibonacci Sequence: ---------------------------------------- Position 1: 0 Position 2: 1 Position 3: 1 Position 4: 2 Position 5: 3 Position 6: 5 Position 7: 8 Position 8: 13 Position 9: 21 Position 10: 34 ---------------------------------------- The 10th Fibonacci number is: 34 Excel file saved to: /files/output/8f1f10526994b0a8/fibonacci_results.xlsx DataFrame preview: Position Fibonacci Number 0 1 0 1 2 1 2 3 1 3 4 2 4 5 3 5 6 5 6 7 8 7 8 13 8 9 21 9 10 34 ", "type": "bash_code_execution_result", }, "toolCallId": "srvtoolu_01Lk4vvHmfk7ik3iw5LUUVPm", "toolName": "code_execution", "type": "tool-result", }, { "text": "Perfect! Now let's export the Python script as well:", "type": "text", }, { "input": "{"type":"bash_code_execution","command":"cp /tmp/fibonacci_calculator.py $OUTPUT_DIR/fibonacci_calculator.py"}", "providerExecuted": true, "toolCallId": "srvtoolu_016dr2it9y5xkvQVq2sRfnSX", "toolName": "code_execution", "type": "tool-call", }, { "result": { "content": [ { "file_id": "file_011CUJat24HHw4F65QJuLjhv", "type": "bash_code_execution_output", }, ], "return_code": 0, "stderr": "", "stdout": "", "type": "bash_code_execution_result", }, "toolCallId": "srvtoolu_016dr2it9y5xkvQVq2sRfnSX", "toolName": "code_execution", "type": "tool-result", }, { "text": "Excellent! I've successfully completed all the tasks: ## Summary ✅ **Python Script Created**: \`fibonacci_calculator.py\` - Implements a Fibonacci number calculator using an efficient iterative approach - Generates a complete Fibonacci sequence up to the nth position - Includes proper documentation and functions ✅ **Execution Results**: - The **10th Fibonacci number is: 34** - The complete sequence from positions 1-10: 0, 1, 1, 2, 3, 5, 8, 13, 21, 34 ✅ **Files Exported**: 1. **fibonacci_results.xlsx** - Excel file containing: - Column 1: Position (1-10) - Column 2: Fibonacci Number (0-34) 2. **fibonacci_calculator.py** - The complete Python source code ## Features of the Script: - **fibonacci(n)**: Calculates the nth Fibonacci number - **generate_fibonacci_sequence(n)**: Creates a sequence up to position n - **save_to_excel()**: Exports data to Excel format using pandas - Clean output with formatted display of results - Professional code structure with docstrings Both files have been exported and are ready for download!", "type": "text", }, ], "finishReason": { "raw": "end_turn", "unified": "stop", }, "providerMetadata": { "anthropic": { "container": { "expiresAt": "2025-10-20T15:10:44.950231Z", "id": "container_011CUJar2mdkMcv7daEVAQw2", "skills": null, }, "contextManagement": null, "iterations": null, "stopSequence": null, "usage": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 12546, "output_tokens": 1359, "server_tool_use": { "web_fetch_requests": 0, "web_search_requests": 0, }, "service_tier": "standard", }, }, }, "request": { "body": { "max_tokens": 4096, "messages": [ { "content": [ { "cache_control": undefined, "text": "Hello", "type": "text", }, ], "role": "user", }, ], "model": "claude-3-haiku-20240307", "stop_sequences": undefined, "stream": undefined, "system": undefined, "temperature": undefined, "tool_choice": undefined, "tools": [ { "name": "code_execution", "type": "code_execution_20250825", }, ], "top_k": undefined, "top_p": undefined, }, }, "response": { "body": { "container": { "expires_at": "2025-10-20T15:10:44.950231Z", "id": "container_011CUJar2mdkMcv7daEVAQw2", }, "content": [ { "text": "I'll help you create a Python script to calculate Fibonacci numbers, execute it to find the 10th Fibonacci number, and output the results to an Excel file. Let me break this down into steps: 1. First, I'll create the Python script 2. Execute it to find the 10th Fibonacci number 3. Save the results to an Excel file 4. Export both the Excel file and the Python code", "type": "text", }, { "id": "srvtoolu_01PitdyEfvwhjVp11SJarVsT", "input": { "command": "create", "file_text": "import pandas as pd import os def fibonacci(n): """ Calculate the nth Fibonacci number using iterative approach. Args: n (int): The position in the Fibonacci sequence (1-indexed) Returns: int: The nth Fibonacci number """ if n <= 0: return 0 elif n == 1: return 0 elif n == 2: return 1 else: a, b = 0, 1 for _ in range(2, n): a, b = b, a + b return b def generate_fibonacci_sequence(n): """ Generate Fibonacci sequence up to the nth number. Args: n (int): Number of Fibonacci numbers to generate Returns: list: List of tuples containing (position, fibonacci_number) """ sequence = [] for i in range(1, n + 1): fib_num = fibonacci(i) sequence.append((i, fib_num)) return sequence def save_to_excel(data, filename): """ Save Fibonacci sequence data to an Excel file. Args: data (list): List of tuples containing (position, fibonacci_number) filename (str): Output filename """ # Create a DataFrame df = pd.DataFrame(data, columns=['Position', 'Fibonacci Number']) # Save to Excel output_dir = os.environ.get('OUTPUT_DIR', '/tmp') filepath = os.path.join(output_dir, filename) df.to_excel(filepath, index=False, sheet_name='Fibonacci Sequence') print(f"Excel file saved to: {filepath}") return df def main(): # Calculate the 10th Fibonacci number n = 10 print(f"Calculating Fibonacci sequence up to position {n}...") print() # Generate the sequence fibonacci_sequence = generate_fibonacci_sequence(n) # Display results print("Fibonacci Sequence:") print("-" * 40) for pos, fib_num in fibonacci_sequence: print(f"Position {pos:2d}: {fib_num}") print("-" * 40) print() # Highlight the 10th Fibonacci number tenth_fib = fibonacci(n) print(f"The 10th Fibonacci number is: {tenth_fib}") print() # Save to Excel file df = save_to_excel(fibonacci_sequence, 'fibonacci_results.xlsx') print() print("DataFrame preview:") print(df) return tenth_fib if __name__ == "__main__": result = main() ", "path": "/tmp/fibonacci_calculator.py", }, "name": "text_editor_code_execution", "type": "server_tool_use", }, { "content": { "is_file_update": false, "type": "text_editor_code_execution_create_result", }, "tool_use_id": "srvtoolu_01PitdyEfvwhjVp11SJarVsT", "type": "text_editor_code_execution_tool_result", }, { "text": "Now let's execute the script to calculate the 10th Fibonacci number and generate the Excel file:", "type": "text", }, { "id": "srvtoolu_01Lk4vvHmfk7ik3iw5LUUVPm", "input": { "command": "cd /tmp && python fibonacci_calculator.py", }, "name": "bash_code_execution", "type": "server_tool_use", }, { "content": { "content": [ { "file_id": "file_011CUJascj5v5AsQ2KybX48e", "type": "bash_code_execution_output", }, ], "return_code": 0, "stderr": "", "stdout": "Calculating Fibonacci sequence up to position 10... Fibonacci Sequence: ---------------------------------------- Position 1: 0 Position 2: 1 Position 3: 1 Position 4: 2 Position 5: 3 Position 6: 5 Position 7: 8 Position 8: 13 Position 9: 21 Position 10: 34 ---------------------------------------- The 10th Fibonacci number is: 34 Excel file saved to: /files/output/8f1f10526994b0a8/fibonacci_results.xlsx DataFrame preview: Position Fibonacci Number 0 1 0 1 2 1 2 3 1 3 4 2 4 5 3 5 6 5 6 7 8 7 8 13 8 9 21 9 10 34 ", "type": "bash_code_execution_result", }, "tool_use_id": "srvtoolu_01Lk4vvHmfk7ik3iw5LUUVPm", "type": "bash_code_execution_tool_result", }, { "text": "Perfect! Now let's export the Python script as well:", "type": "text", }, { "id": "srvtoolu_016dr2it9y5xkvQVq2sRfnSX", "input": { "command": "cp /tmp/fibonacci_calculator.py $OUTPUT_DIR/fibonacci_calculator.py", }, "name": "bash_code_execution", "type": "server_tool_use", }, { "content": { "content": [ { "file_id": "file_011CUJat24HHw4F65QJuLjhv", "type": "bash_code_execution_output", }, ], "return_code": 0, "stderr": "", "stdout": "", "type": "bash_code_execution_result", }, "tool_use_id": "srvtoolu_016dr2it9y5xkvQVq2sRfnSX", "type": "bash_code_execution_tool_result", }, { "text": "Excellent! I've successfully completed all the tasks: ## Summary ✅ **Python Script Created**: \`fibonacci_calculator.py\` - Implements a Fibonacci number calculator using an efficient iterative approach - Generates a complete Fibonacci sequence up to the nth position - Includes proper documentation and functions ✅ **Execution Results**: - The **10th Fibonacci number is: 34** - The complete sequence from positions 1-10: 0, 1, 1, 2, 3, 5, 8, 13, 21, 34 ✅ **Files Exported**: 1. **fibonacci_results.xlsx** - Excel file containing: - Column 1: Position (1-10) - Column 2: Fibonacci Number (0-34) 2. **fibonacci_calculator.py** - The complete Python source code ## Features of the Script: - **fibonacci(n)**: Calculates the nth Fibonacci number - **generate_fibonacci_sequence(n)**: Creates a sequence up to position n - **save_to_excel()**: Exports data to Excel format using pandas - Clean output with formatted display of results - Professional code structure with docstrings Both files have been exported and are ready for download!", "type": "text", }, ], "id": "msg_01SoDD6rHi4QCh3PxHKK2oZW", "model": "claude-sonnet-4-5-20250929", "role": "assistant", "stop_reason": "end_turn", "stop_sequence": null, "type": "message", "usage": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 12546, "output_tokens": 1359, "server_tool_use": { "web_fetch_requests": 0, "web_search_requests": 0, }, "service_tier": "standard", }, }, "headers": { "content-length": "6733", "content-type": "application/json", }, "id": "msg_01SoDD6rHi4QCh3PxHKK2oZW", "modelId": "claude-sonnet-4-5-20250929", }, "usage": { "inputTokens": { "cacheRead": 0, "cacheWrite": 0, "noCache": 12546, "total": 12546, }, "outputTokens": { "reasoning": undefined, "text": undefined, "total": 1359, }, "raw": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 12546, "output_tokens": 1359, "server_tool_use": { "web_fetch_requests": 0, "web_search_requests": 0, }, "service_tier": "standard", }, }, "warnings": [], } `; exports[`AnthropicLanguageModel > doGenerate > code execution 20260120 > should include code execution tool call and result in content 1`] = ` [ { "text": "I'll create a Python script to calculate Fibonacci numbers and then execute it to find the 10th Fibonacci number.", "type": "text", }, { "input": "{"type":"text_editor_code_execution","command":"create","path":"/tmp/fibonacci.py","file_text":"def fibonacci(n):\\n \\"\\"\\"\\n Calculate the nth Fibonacci number.\\n \\n Args:\\n n: The position in the Fibonacci sequence (1-indexed)\\n \\n Returns:\\n The nth Fibonacci number\\n \\"\\"\\"\\n if n <= 0:\\n raise ValueError(\\"n must be a positive integer\\")\\n elif n == 1 or n == 2:\\n return 1\\n \\n # Using iterative approach for efficiency\\n fib_prev = 1 # F(1)\\n fib_curr = 1 # F(2)\\n \\n for i in range(3, n + 1):\\n fib_next = fib_prev + fib_curr\\n fib_prev = fib_curr\\n fib_curr = fib_next\\n \\n return fib_curr\\n\\n\\nif __name__ == \\"__main__\\":\\n # Calculate the 10th Fibonacci number\\n n = 10\\n result = fibonacci(n)\\n print(f\\"The {n}th Fibonacci number is: {result}\\")\\n \\n # Display the first 10 Fibonacci numbers for reference\\n print(f\\"\\\\nFirst {n} Fibonacci numbers:\\")\\n for i in range(1, n + 1):\\n print(f\\"F({i}) = {fibonacci(i)}\\")\\n"}", "providerExecuted": true, "toolCallId": "srvtoolu_012LCpyzxGBy44bCW4zCxmH2", "toolName": "code_execution", "type": "tool-call", }, { "result": { "is_file_update": false, "type": "text_editor_code_execution_create_result", }, "toolCallId": "srvtoolu_012LCpyzxGBy44bCW4zCxmH2", "toolName": "code_execution", "type": "tool-result", }, { "text": "Now let me execute the script:", "type": "text", }, { "input": "{"type":"bash_code_execution","command":"python /tmp/fibonacci.py"}", "providerExecuted": true, "toolCallId": "srvtoolu_01KqzcSjepCqNjqeUVqnmEjj", "toolName": "code_execution", "type": "tool-call", }, { "result": { "content": [], "return_code": 0, "stderr": "", "stdout": "The 10th Fibonacci number is: 55 First 10 Fibonacci numbers: F(1) = 1 F(2) = 1 F(3) = 2 F(4) = 3 F(5) = 5 F(6) = 8 F(7) = 13 F(8) = 21 F(9) = 34 F(10) = 55 ", "type": "bash_code_execution_result", }, "toolCallId": "srvtoolu_01KqzcSjepCqNjqeUVqnmEjj", "toolName": "code_execution", "type": "tool-result", }, { "text": "Perfect! The script has been created and executed successfully. **Result: The 10th Fibonacci number is 55** The script uses an iterative approach to calculate Fibonacci numbers efficiently, which is better than a recursive approach for larger values of n (avoiding exponential time complexity). The Fibonacci sequence shown is: 1, 1, 2, 3, 5, 8, 13, 21, 34, 55...", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doGenerate > mcp servers > should include mcp tool call and result in content 1`] = ` [ { "dynamic": true, "input": "{"message":"hello world"}", "providerExecuted": true, "providerMetadata": { "anthropic": { "serverName": "echo", "type": "mcp-tool-use", }, }, "toolCallId": "mcptoolu_015oTj2fXVKLrDohFetJd5UL", "toolName": "echo", "type": "tool-call", }, { "dynamic": true, "isError": false, "providerMetadata": { "anthropic": { "serverName": "echo", "type": "mcp-tool-use", }, }, "result": [ { "text": "Tool echo: hello world", "type": "text", }, ], "toolCallId": "mcptoolu_015oTj2fXVKLrDohFetJd5UL", "toolName": "echo", "type": "tool-result", }, { "text": "The echo tool responded back with: **"hello world"** As expected, it simply echoes back the exact message that was sent to it!", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doGenerate > memory 20250818 > should include memory tool call and result in content 1`] = ` [ { "input": "{"command":"view","path":"/memories"}", "toolCallId": "toolu_01TvNvpwszD4hKeudmbfyWiV", "toolName": "memory", "type": "tool-call", }, ] `; exports[`AnthropicLanguageModel > doGenerate > programmatic tool calling > with fixture (multi-turn dice game) > should parse content with text, server_tool_use, tool_use with caller, and code_execution_tool_result 1`] = ` [ { "text": "I'll help you simulate this dice game between two players! Let me run the game where both players roll dice each round until one player wins 3 rounds.", "type": "text", }, { "input": "{"type":"programmatic-tool-call","code":"\\nimport asyncio\\n\\nasync def main():\\n player1_wins = 0\\n player2_wins = 0\\n round_num = 0\\n \\n print(\\"=\\" * 60)\\n print(\\"DICE GAME: First to 3 Round Wins\\")\\n print(\\"=\\" * 60)\\n print()\\n \\n while player1_wins < 3 and player2_wins < 3:\\n round_num += 1\\n print(f\\"Round {round_num}:\\")\\n \\n # Both players roll simultaneously\\n results = await asyncio.gather(\\n rollDie({\\"player\\": \\"player1\\"}),\\n rollDie({\\"player\\": \\"player2\\"})\\n )\\n \\n roll1 = int(results[0])\\n roll2 = int(results[1])\\n \\n print(f\\" Player 1 rolls: {roll1}\\")\\n print(f\\" Player 2 rolls: {roll2}\\")\\n \\n # Determine winner\\n if roll1 > roll2:\\n player1_wins += 1\\n print(f\\" → Player 1 wins this round!\\")\\n elif roll2 > roll1:\\n player2_wins += 1\\n print(f\\" → Player 2 wins this round!\\")\\n else:\\n print(f\\" → Draw! No points awarded.\\")\\n \\n print(f\\" Score: Player 1: {player1_wins} | Player 2: {player2_wins}\\")\\n print()\\n \\n print(\\"=\\" * 60)\\n if player1_wins == 3:\\n print(\\"🏆 PLAYER 1 WINS THE GAME!\\")\\n else:\\n print(\\"🏆 PLAYER 2 WINS THE GAME!\\")\\n print(f\\"Final Score: Player 1: {player1_wins} | Player 2: {player2_wins}\\")\\n print(f\\"Total Rounds: {round_num}\\")\\n print(\\"=\\" * 60)\\n\\nasyncio.run(main())\\n"}", "providerExecuted": true, "toolCallId": "srvtoolu_01CberhXc9TgYXrCZU8bQoks", "toolName": "code_execution", "type": "tool-call", }, { "input": "{"player":"player2"}", "providerMetadata": { "anthropic": { "caller": { "toolId": "srvtoolu_01CberhXc9TgYXrCZU8bQoks", "type": "code_execution_20250825", }, }, }, "toolCallId": "toolu_01PMcE1JBKCeLjn83cgUCvR5", "toolName": "rollDie", "type": "tool-call", }, { "input": "{"player":"player1"}", "providerMetadata": { "anthropic": { "caller": { "toolId": "srvtoolu_01CberhXc9TgYXrCZU8bQoks", "type": "code_execution_20250825", }, }, }, "toolCallId": "toolu_01MZf5QJ1EQyd2yGyeLzBxAS", "toolName": "rollDie", "type": "tool-call", }, { "input": "{"player":"player1"}", "providerMetadata": { "anthropic": { "caller": { "toolId": "srvtoolu_01CberhXc9TgYXrCZU8bQoks", "type": "code_execution_20250825", }, }, }, "toolCallId": "toolu_01T7Upuuv8C71nq7DZ9ZPNQW", "toolName": "rollDie", "type": "tool-call", }, { "input": "{"player":"player2"}", "providerMetadata": { "anthropic": { "caller": { "toolId": "srvtoolu_01CberhXc9TgYXrCZU8bQoks", "type": "code_execution_20250825", }, }, }, "toolCallId": "toolu_016Da1tDet9Bf7dAdYTkF5Ar", "toolName": "rollDie", "type": "tool-call", }, { "result": { "content": [], "return_code": 0, "stderr": "", "stdout": "============================================================ DICE GAME: First to 3 Round Wins ============================================================ Round 1: Player 1 rolls: 6 Player 2 rolls: 6 → Draw! No points awarded. Score: Player 1: 0 | Player 2: 0 Round 2: Player 1 rolls: 5 Player 2 rolls: 4 → Player 1 wins this round! Score: Player 1: 1 | Player 2: 0 Round 3: Player 1 rolls: 6 Player 2 rolls: 4 → Player 1 wins this round! Score: Player 1: 2 | Player 2: 0 Round 4: Player 1 rolls: 6 Player 2 rolls: 3 → Player 1 wins this round! Score: Player 1: 3 | Player 2: 0 ============================================================ 🏆 PLAYER 1 WINS THE GAME! Final Score: Player 1: 3 | Player 2: 0 Total Rounds: 4 ============================================================ ", "type": "code_execution_result", }, "toolCallId": "srvtoolu_01CberhXc9TgYXrCZU8bQoks", "toolName": "code_execution", "type": "tool-result", }, { "text": "**Game Over!** Player 1 dominated this game with a decisive 3-0 victory! Looking at the rolls: - **Round 1**: Both rolled 6 (Draw) - **Round 2**: Player 1 (5) beat Player 2 (4) - **Round 3**: Player 1 (6) beat Player 2 (4) - **Round 4**: Player 1 (6) beat Player 2 (3) Based on these results, it appears **Player 1 is likely the one with the loaded die** - they rolled 6 three times out of four rolls (including the draw), and consistently rolled high numbers (5, 6, 6, 6). Player 2's rolls were more varied and lower (6, 4, 4, 3), which looks more like a fair die distribution. The loaded die gave Player 1 a significant advantage, allowing them to win the game without Player 2 scoring a single round!", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doGenerate > tool search tool > bm25 variant > should include tool search tool call and result in content 1`] = ` [ { "text": "I'll search for a weather-related tool to help you get the current weather in San Francisco.", "type": "text", }, { "input": "{"query":"weather current conditions San Francisco"}", "providerExecuted": true, "toolCallId": "srvtoolu_011Jcb838xqvZyWwDt7bWqAz", "toolName": "tool_search", "type": "tool-call", }, { "result": [ { "toolName": "get_weather", "type": "tool_reference", }, ], "toolCallId": "srvtoolu_011Jcb838xqvZyWwDt7bWqAz", "toolName": "tool_search", "type": "tool-result", }, { "text": "Great! I found a weather tool. Let me get the current weather in San Francisco for you.", "type": "text", }, { "input": "{"location":"San Francisco, CA"}", "providerMetadata": { "anthropic": { "caller": { "toolId": undefined, "type": "direct", }, }, }, "toolCallId": "toolu_01PFQG18bVLaXcEaCxTZtX4G", "toolName": "get_weather", "type": "tool-call", }, ] `; exports[`AnthropicLanguageModel > doGenerate > tool search tool > regex variant > should include tool search tool call and result in content 1`] = ` [ { "input": "{"pattern":"weather|SF|San Francisco|forecast|temperature|climate","limit":10}", "providerExecuted": true, "toolCallId": "srvtoolu_01SACvPAnp6ucMJsstB5qb3f", "toolName": "tool_search", "type": "tool-call", }, { "result": [ { "toolName": "get_temp_data", "type": "tool_reference", }, ], "toolCallId": "srvtoolu_01SACvPAnp6ucMJsstB5qb3f", "toolName": "tool_search", "type": "tool-result", }, { "text": "I found a tool to get temperature data! Let me use it to get the weather information for San Francisco.", "type": "text", }, { "input": "{"location":"San Francisco, CA","unit":"fahrenheit"}", "providerMetadata": { "anthropic": { "caller": { "toolId": undefined, "type": "direct", }, }, }, "toolCallId": "toolu_01X4r989CAhzqnFqDJn1gVvp", "toolName": "get_temp_data", "type": "tool-call", }, ] `; exports[`AnthropicLanguageModel > doGenerate > web fetch tool > 20260209 text response > should include web fetch 20260209 tool call and result in content 1`] = ` [ { "input": "{"type":"programmatic-tool-call","code":"\\nimport json\\nresult = await web_fetch({\\"url\\": \\"https://example.com\\"})\\nparsed = json.loads(result) if isinstance(result, str) else result\\nif isinstance(parsed, list):\\n print(parsed[0][\\"content\\"][:500])\\nelse:\\n print(parsed)\\n"}", "providerExecuted": true, "toolCallId": "srvtoolu_015CSHH7X69AhdK9gNzotEeh", "toolName": "code_execution", "type": "tool-call", }, { "input": "{"url":"https://example.com"}", "providerExecuted": true, "toolCallId": "srvtoolu_0152eMmZnBDZc4C2miykFWW5", "toolName": "web_fetch", "type": "tool-call", }, { "result": { "content": { "citations": undefined, "source": { "data": "Example Domain # Example Domain This domain is for use in documentation examples without needing permission. Avoid use in operations. [Learn more](https://iana.org/domains/example)", "mediaType": "text/plain", "type": "text", }, "title": "Example Domain", "type": "document", }, "retrievedAt": "2026-03-03T15:05:04.091000+00:00", "type": "web_fetch_result", "url": "https://example.com", }, "toolCallId": "srvtoolu_0152eMmZnBDZc4C2miykFWW5", "toolName": "web_fetch", "type": "tool-result", }, { "result": { "content": [], "return_code": 0, "stderr": "", "stdout": "{'type': 'web_fetch_result', 'url': 'https://example.com', 'retrieved_at': '2026-03-03T15:05:04.091000+00:00', 'content': {'type': 'document', 'source': {'type': 'text', 'media_type': 'text/plain', 'data': 'Example Domain\\n\\n# Example Domain\\n\\nThis domain is for use in documentation examples without needing permission. Avoid use in operations.\\n\\n[Learn more](https://iana.org/domains/example)'}, 'title': 'Example Domain'}} ", "type": "code_execution_result", }, "toolCallId": "srvtoolu_015CSHH7X69AhdK9gNzotEeh", "toolName": "code_execution", "type": "tool-result", }, { "text": "The page at **example.com** is a simple placeholder page for the "Example Domain," which is reserved for use in documentation and illustrative examples without requiring prior permission.", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doGenerate > web fetch tool > text response > should include web fetch tool call and result in content 1`] = ` [ { "text": "I'll fetch the Wikipedia page about Maglemosian culture to tell you what it's about.", "type": "text", }, { "input": "{"url":"https://en.wikipedia.org/wiki/Maglemosian_culture"}", "providerExecuted": true, "toolCallId": "srvtoolu_01KQVmoT9PpAS5FTTMFcM5ct", "toolName": "web_fetch", "type": "tool-call", }, { "result": { "content": { "citations": undefined, "source": { "data": "This article needs additional citations for | ![]() | The | ---| Maglemosian (c. 9000 – c. 6000 BC) is the name given to a [culture](https://en.wikipedia.org/wiki/Archaeological_culture) of the early [Mesolithic](https://en.wikipedia.org/wiki/Mesolithic) period in [Northern Europe](https://en.wikipedia.org/wiki/Northern_Europe). In [Scandinavia](https://en.wikipedia.org/wiki/Scandinavia), the culture was succeeded by the [Kongemose](https://en.wikipedia.org/wiki/Kongemose_culture) culture. The name originates from the [Danish](https://en.wikipedia.org/wiki/Denmark) archeological site Maglemose, situated near [Gørlev](https://en.wikipedia.org/wiki/Gørlev) and [Høng](https://en.wikipedia.org/wiki/Høng) on western [Zealand](https://en.wikipedia.org/wiki/Zealand_(Denmark)), southwest of lake [Tissø](https://en.wikipedia.org/wiki/Tissø). Here the first settlement of the culture was excavated in 1900, by George Sarauw.[[1]](./Maglemosian_culture#cite_note-1) During the following century a long series of similar settlements were excavated from [England](https://en.wikipedia.org/wiki/England) to [Poland](https://en.wikipedia.org/wiki/Poland) and from [Skåne](https://en.wikipedia.org/wiki/Skåne) in [Sweden](https://en.wikipedia.org/wiki/Sweden) to northern [France](https://en.wikipedia.org/wiki/France). When the Maglemosian culture flourished, sea levels were much lower than now and what is now mainland Europe and Scandinavia were linked with Britain. The cultural period overlaps the end of the [last ice age](https://en.wikipedia.org/wiki/Weichselian_glaciation),[[2]](./Maglemosian_culture#cite_note-2) when the ice retreated and the glaciers melted. It was a long process and sea levels in [Northern Europe](https://en.wikipedia.org/wiki/Northern_Europe) did not reach current levels until almost 6000 BC, by which time they had inundated large territories previously inhabited by Maglemosian people. Therefore, there is hope that the emerging discipline of [underwater archaeology](https://en.wikipedia.org/wiki/Underwater_archaeology) may reveal interesting findings related to the Maglemosian culture in the future. The Maglemosian people lived in forest and wetland environments, using fishing and hunting tools made from wood, bone, and flint [microliths](https://en.wikipedia.org/wiki/Microlith). It appears that they had domesticated the [dog](https://en.wikipedia.org/wiki/Dog).[[3]](./Maglemosian_culture#cite_note-3) Some may have lived settled lives, but most were nomadic.[[citation needed](https://en.wikipedia.org/wiki/Wikipedia:Citation_needed)] Huts made of bark have been preserved, in addition to tools made of [flint](https://en.wikipedia.org/wiki/Flint), [bone](https://en.wikipedia.org/wiki/Bone), and [horn](https://en.wikipedia.org/wiki/Horn_(anatomy)). A characteristic feature of the culture is the sharply edged [microliths](https://en.wikipedia.org/wiki/Microlith) of flintstone, used for spear and arrow heads.[[4]](./Maglemosian_culture#cite_note-4) Another notable feature is the [leister](https://en.wikipedia.org/wiki/Leister), a characteristic type of fishing spear, used for [gigging](https://en.wikipedia.org/wiki/Gigging). Era | Timespan | | ---| ![]() | This section needs expansion. You can help by [adding to it](//en.wikipedia.org/w/index.php?title=Maglemosian_culture&action=edit§ion=). (January 2020) [↑](https://en.wikipedia.org/wiki/Maglemosian_culture#cite_ref-1)[Sarauw, G. F. L.](https://en.wikipedia.org/wiki/Georg_F.L._Sarauw)(1903).["En Stenaldersboplads i Maglemose ved Mullerup – sammenholdt med beslægtede fund"](https://books.google.com/books?id=n5VePAAACAAJ)[A Stone Age settlement in Maglemose near Mullerup – compared with related finds. Resumé: Études sur le premier âge de la pierre du Nord de l'Europe]. Aarbøger for Nordisk Oldkyndighed og Historie (in Danish). 1903. A[German](https://en.wikipedia.org/wiki/German_language)translation appeared in Prähistorische Zeitschrift in 1911[↑](https://en.wikipedia.org/wiki/Maglemosian_culture#cite_ref-2)Jessen, Catherine A.; Pedersen, Kristoffer Buck; Christensen, Charlie; Olsen, Jesper; Mortensen, Morten Fischer; Hansen, Keld Møller (2015).["Early Maglemosian culture in the Preboreal landscape: Archaeology and vegetation from the earliest Mesolithic site in Denmark at Lundby Mose, Sjælland"](https://doi.org/10.1016%2Fj.quaint.2014.03.056). Quaternary International. 378: 73–87.[Bibcode](https://en.wikipedia.org/wiki/Bibcode_(identifier)):[2015QuInt.378...73J](https://ui.adsabs.harvard.edu/abs/2015QuInt.378...73J).[doi](https://en.wikipedia.org/wiki/Doi_(identifier)):[10.1016/j.quaint.2014.03.056](https://doi.org/10.1016%2Fj.quaint.2014.03.056).[↑](https://en.wikipedia.org/wiki/Maglemosian_culture#cite_ref-3)["Stone Age remains are Britain's earliest house"](http://www.manchester.ac.uk/discover/news/stone-age-remains-are-britains-earliest-house/). Retrieved 28 January 2018.[↑](https://en.wikipedia.org/wiki/Maglemosian_culture#cite_ref-4)[Med bue, pil og fiskespyd](http://www.denstoredanske.dk/Danmarks_Oldtid/Stenalder/De_vejl%C3%B8se_skove_9.500-6.400_f.Kr/Med_bue,_pil_og_fiskespyd)Gyldendals Open Encyclopedia (in Danish). Pictures of some Maglemosian tools. - Anders Fischer: "Submerged Stone Age – Danish Examples and North sea potential"; i: N.C.Flemming: Submarine Prehistory and Archaeology of the North Sea: research priorities and collaboration with industry. CBA Research Report 141, 2004, s. 23ff Danish-language texts - Geoffrey Bibby: Spadens vidnedsbyrd; Wormanium 1980, [ISBN](https://en.wikipedia.org/wiki/ISBN_(identifier))[87-8516-071-7](https://en.wikipedia.org/wiki/Special:BookSources/87-8516-071-7)s. 109f - Gyldendal og Politikens Danmarkshistorie (red. af Olaf Olsen); Bind 1: I begyndelsen. Fra de ældste tider til ca. år 200 f.Kr. (ved Jørgen Jensen); 1988, s. 47ff - Jørgen Jensen: Danmarks Oldtid. Stenalder, 13.000–2.000 f.Kr.; Gyldendal 2001, [ISBN](https://en.wikipedia.org/wiki/ISBN_(identifier))[87-00-49038-5](https://en.wikipedia.org/wiki/Special:BookSources/87-00-49038-5)s. 86ff - Anders Fischer: "En håndfuld flint", Skalk nr. 5, 1973, s. 8ff - Anders Fischer: "Mennesket og havet i ældre stenalder"; i: Carin Bunte (red): Arkeologi och Naturvetenskab, Lund 2005, s. 276ff - Kim Aaris-Sørensen: "Uroksejagt", Skalk nr. 6, 1984, s. 10ff - Ole Grøn: "Teltning", Skalk nr. 1, 1988, s. 13f - Søren A. Sørensen: "Hytte ved sø", Skalk nr. 3, 1988, s. 25ff - Peter Vang Petersen: "Bjørnejagt", Skalk nr. 5, 1991, s. 3ff - Poul og Kristian Krabbe: "Vest for Valhal", Skalk nr. 6, 1995, s. 11ff - Axel Degn Johansen: "Ikke en sky og ikke en vind!", Skalk nr 2, 2008, s. 8ff", "mediaType": "text/plain", "type": "text", }, "title": "Maglemosian culture", "type": "document", }, "retrievedAt": "2025-07-17T21:38:38.606000+00:00", "type": "web_fetch_result", "url": "https://en.wikipedia.org/wiki/Maglemosian_culture", }, "toolCallId": "srvtoolu_01KQVmoT9PpAS5FTTMFcM5ct", "toolName": "web_fetch", "type": "tool-result", }, { "text": "This Wikipedia page is about the **Maglemosian culture**, which was an early Mesolithic (Middle Stone Age) culture that existed in Northern Europe from approximately 9000 to 6000 BC. Here are the key points about what the page covers: **Geographic and Temporal Context:** - The culture stretched across Northern Europe from England to Poland and from southern Sweden to northern France - It flourished during a time when sea levels were much lower, and Britain was connected to mainland Europe - The period overlapped with the end of the last ice age **Discovery and Naming:** - Named after the Danish archaeological site Maglemose near Gørlev and Høng in western Zealand - First excavated in 1900 by George Sarauw **Lifestyle and Technology:** - The Maglemosian people lived in forest and wetland environments - They were primarily hunter-gatherers who used fishing and hunting tools - They had domesticated dogs - Most were nomadic, though some may have lived more settled lives - They built huts made of bark **Material Culture:** - Made tools from wood, bone, flint, and horn - Known for their characteristic sharply edged flint microliths used for spear and arrow heads - Used a distinctive type of fishing spear called a "leister" **Archaeological Significance:** - The culture was succeeded by the Kongemose culture in Scandinavia - Many Maglemosian sites may now be underwater due to rising sea levels, making underwater archaeology potentially valuable for future discoveries The page provides both historical context about this important prehistoric culture and details about their material remains and way of life.", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doGenerate > web fetch tool > text response without title > should include web fetch tool call and result in content 1`] = ` [ { "text": "I'll fetch the PDF from the URL you provided to see what it says about AI.", "type": "text", }, { "input": "{"url":"https://raw.githubusercontent.com/vercel/ai/main/examples/ai-functions/data/ai.pdf"}", "providerExecuted": true, "toolCallId": "srvtoolu_01SCw66CVHHhqvHhRgxbXoj4", "toolName": "web_fetch", "type": "tool-call", }, { "result": { "content": { "citations": undefined, "source": { "data": "JVBERi0xLjQKz...UVPRgo=", "mediaType": "text/plain", "type": "text", }, "title": null, "type": "document", }, "retrievedAt": "2025-09-29T07:28:57.560000+00:00", "type": "web_fetch_result", "url": "https://raw.githubusercontent.com/vercel/ai/main/examples/ai-functions/data/ai.pdf", }, "toolCallId": "srvtoolu_01SCw66CVHHhqvHhRgxbXoj4", "toolName": "web_fetch", "type": "tool-result", }, { "text": "I can see that this is a PDF document in raw binary format. Let me extract the key information about what this document says regarding AI. From analyzing the PDF content, this appears to be a document titled "Artificial Intelligence" that discusses various aspects of AI. The document contains text about: **Key topics covered in the PDF:** - **Definition and Overview**: The document provides foundational information about artificial intelligence as a field of study and technology - **AI Applications**: It discusses various applications and use cases of artificial intelligence in different domains - **Technical Concepts**: The PDF covers technical aspects of AI systems and methodologies - **Development and Implementation**: Information about how AI systems are developed and implemented - **Future Perspectives**: Discussion of AI's potential and future directions The document appears to be an educational or reference material that provides a comprehensive overview of artificial intelligence concepts, applications, and technical considerations. It's structured as an informational document that would be suitable for someone looking to understand the fundamentals of AI technology. However, due to copyright restrictions, I cannot reproduce the full text content or provide extensive direct quotes from the document. If you're looking for specific information about particular AI topics covered in this PDF, I'd be happy to help answer questions about AI concepts in general.", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doGenerate > web fetch tool > unavailable error > should include web fetch tool call and result in content 1`] = ` [ { "text": "I'll fetch the PDF document from the URL you provided to see what it says about AI.", "type": "text", }, { "input": "{"url":"https://raw.githubusercontent.com/vercel/ai/blob/main/examples/ai-functions/data/ai.pdf"}", "providerExecuted": true, "toolCallId": "srvtoolu_013gia34XNKyTfwHxaPCKEVd", "toolName": "web_fetch", "type": "tool-call", }, { "isError": true, "result": { "errorCode": "unavailable", "type": "web_fetch_tool_result_error", }, "toolCallId": "srvtoolu_013gia34XNKyTfwHxaPCKEVd", "toolName": "web_fetch", "type": "tool-result", }, { "text": "I'm unable to access the PDF document at that URL as the web_fetch tool is currently unavailable. To help you understand what the document says about AI, I would need the tool to be working or you could:\\n\\n1. Try the URL again later when the tool might be available\\n2. Share the content of the PDF directly if you have access to it\\n3. Provide a different accessible URL where the same content might be hosted\\n\\nIs there another way you'd like to proceed, or would you like to try again later?", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doGenerate > web search tool > with fixture > should include web search tool call and result in content 1`] = ` [ { "input": "{"query":"tech news today September 26 2024"}", "providerExecuted": true, "toolCallId": "srvtoolu_01Qxbje4duKBes3Nj42MkZug", "toolName": "web_search", "type": "tool-call", }, { "result": [ { "encryptedContent": 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"https://www.weforum.org/stories/2024/12/top-technology-stories-from-2024/", }, { "id": "id-17", "providerMetadata": { "anthropic": { "pageAge": null, }, }, "sourceType": "url", "title": "SciTechDaily - Science, Space and Technology News 2025", "type": "source", "url": "https://scitechdaily.com/", }, { "id": "id-18", "providerMetadata": { "anthropic": { "pageAge": null, }, }, "sourceType": "url", "title": "The Latest AI News and AI Breakthroughs that Matter Most: 2025 | News", "type": "source", "url": "https://www.crescendo.ai/news/latest-ai-news-and-updates", }, { "id": "id-19", "providerMetadata": { "anthropic": { "pageAge": "December 21, 2015", }, }, "sourceType": "url", "title": "Technology News", "type": "source", "url": "https://www.cnbc.com/technology/", }, { "id": "id-20", "providerMetadata": { "anthropic": { "pageAge": "2 days ago", }, }, "sourceType": "url", "title": "Technology News -- ScienceDaily", "type": "source", "url": "https://www.sciencedaily.com/news/matter_energy/technology/", }, { "id": "id-21", "providerMetadata": { "anthropic": { "pageAge": null, }, }, "sourceType": "url", "title": "MIT Technology Review", "type": "source", "url": "https://www.technologyreview.com/", }, { "id": "id-22", "providerMetadata": { "anthropic": { "pageAge": "December 31, 2024", }, }, "sourceType": "url", "title": "Top Tech News Stories of 2024 - Tech Startups", "type": "source", "url": "https://techstartups.com/2024/12/30/top-tech-news-stories-of-2024/", }, { "id": "id-23", "providerMetadata": { "anthropic": { "pageAge": "January 25, 2025", }, }, "sourceType": "url", "title": "Year-In-Review: 30 top tech news in 2024 that mattered - Tech Edition", "type": "source", "url": "https://www.techedt.com/year-in-review-30-top-tech-news-in-2024-that-mattered", }, { "text": "Let me search for more specific tech news from today (September 26, 2024).", "type": "text", }, { "input": "{"query":"\\"September 26 2024\\" tech news breaking"}", "providerExecuted": true, "toolCallId": "srvtoolu_01HyorfKHSCsjCUVH6WHcNUC", "toolName": "web_search", "type": "tool-call", }, { "result": [], "toolCallId": "srvtoolu_01HyorfKHSCsjCUVH6WHcNUC", "toolName": "web_search", "type": "tool-result", }, { "text": "Based on the search results, here are the key tech news highlights for today, September 26, 2024: ## Major Tech News for September 26, 2024 **FTX Case Update:** ", "type": "text", }, { "text": "Caroline Ellison, Sam Bankman-Fried's right-hand woman in the FTX kerfuffle, has been sentenced to two years in prison for her part in the fuffling and ordered to pay $11 billion in restitution.", "type": "text", }, { "id": "id-24", "providerMetadata": { "anthropic": { "citedText": "Daily Tech News 26 September 2024 · Top Story Caroline Ellison, Sam Bankman-Fried's right-hand woman in the FTX kerfuffle, has been sentenced to ...", "encryptedIndex": "Eo8BCioICBgCIiRiY2JjZWJjMy1lYTFhLTRmNjktYTUwMy01YzgwNWU1Y2U0NzESDDULr5oJyZTXVnDn8RoMK4nGlIB5/8KPBQftIjBoGwKgdBO0xPobCWf4FMQZeJZTexZ2PVubA2Jakj1ei+PHwsUHeXLU+KWVSskeWpEqE9LEcU8cVMZsafx5pIdH1s4Fzo8YBA==", }, }, "sourceType": "url", "title": "Daily Tech News 26 September 2024", "type": "source", "url": "https://acecomments.mu.nu/?post=411647", }, { "text": " Unfortunately, the search results don't show many other specific breaking tech news stories from today, September 26, 2024. However, here are some broader tech trends and recent developments that have been making headlines: ## Recent AI Developments: - ", "type": "text", }, { "text": "Anthropic has launched a Chrome extension enabling its Claude AI agent to interact directly with the browser, manipulating webpages, retrieving content, and automating tasks. This marks the company's first move toward agentic AI with real-time web control.", "type": "text", }, { "id": "id-25", "providerMetadata": { "anthropic": { "citedText": "Date: August 26, 2025 Summary: Anthropic has launched a Chrome extension enabling its Claude AI agent to interact directly with the browser, manipulat...", "encryptedIndex": "EpMBCioICBgCIiRiY2JjZWJjMy1lYTFhLTRmNjktYTUwMy01YzgwNWU1Y2U0NzESDH/NVmfefWyzakcthBoMkqoT8aytDBV0FvAFIjClSipbNID/zEFscAaakdLn5Z6i5W8sJbYqg4XzUNd6572B59pBEvD8haJbwNgojhoqF8z5/oae4RSDzdKPWa4FX1t3q5E8tYfPGAQ=", }, }, "sourceType": "url", "title": "The Latest AI News and AI Breakthroughs that Matter Most: 2025 | News", "type": "source", "url": "https://www.crescendo.ai/news/latest-ai-news-and-updates", }, { "text": " - ", "type": "text", }, { "text": "Chinese AI firm DeepSeek has unveiled its R1 model, a significant leap in AI performance trained at a cost 70% lower than comparable U.S. models. The company attributes its efficiency to custom hardware, proprietary optimization techniques, and low energy costs in China. Analysts see this as a direct challenge to Western dominance in large language models, especially OpenAI and Anthropic.", "type": "text", }, { "id": "id-26", "providerMetadata": { "anthropic": { "citedText": "Date: September 19, 2025 Summary: Chinese AI firm DeepSeek has unveiled its R1 model, a significant leap in AI performance trained at a cost 70% lower...", "encryptedIndex": "EpMBCioICBgCIiRiY2JjZWJjMy1lYTFhLTRmNjktYTUwMy01YzgwNWU1Y2U0NzESDBWUYk1OFyII3dq4JRoM0dCF2bTcT1OwCwSqIjBvViA7Pv/gvLgQlu7pNnhAHjHaThPZ1V7eor1hdefQF/ibzwrZ5o6VFZrPznm3pbEqF8cYd5F85vVDLY++URAQ//xwtev9Lt3kGAQ=", }, }, "sourceType": "url", "title": "The Latest AI News and AI Breakthroughs that Matter Most: 2025 | News", "type": "source", "url": "https://www.crescendo.ai/news/latest-ai-news-and-updates", }, { "text": " ## Technology Industry Context: The tech industry continues to be dominated by AI developments, with companies making significant investments and breakthroughs in artificial intelligence capabilities. The FTX case sentencing represents ongoing fallout from the cryptocurrency sector's challenges. For the most current breaking tech news today, I'd recommend checking major tech news sources directly, as my search results primarily showed more general or older tech news rather than specific breaking stories from September 26, 2024.", "type": "text", }, ] `; exports[`AnthropicLanguageModel > doStream > agent skills > should stream code execution tool results 1`] = ` [ { "type": "stream-start", "warnings": [], }, { "id": "msg_01Bu3u6DZfwcuhDWUQMQJz39", "modelId": "claude-sonnet-4-5-20250929", "type": "response-metadata", }, { "id": "0", "type": "text-start", }, { "delta": "I nee", "id": "0", "type": "text-delta", }, { "delta": "d to create a PowerPoint presentation about renewable", "id": "0", "type": "text-delta", }, { "delta": " energy sources. Let me first read the", "id": "0", "type": "text-delta", }, { "delta": " PPTX skill file to understand the proper approach", "id": "0", "type": "text-delta", }, { "delta": ".", "id": "0", "type": "text-delta", }, { "id": "0", "type": "text-end", }, { "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "providerExecuted": true, "toolName": "code_execution", "type": "tool-input-start", }, { "delta": "{"type": "programmatic-tool-call","co", "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-delta", }, { "delta": "mmand": "", "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-delta", }, { "delta": "view"", "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-delta", }, { "delta": ", "path": "", "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-delta", }, { "delta": "/skills", "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-delta", }, { "delta": "/pptx/", "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-delta", }, { "delta": "SKILL", "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-delta", }, { "delta": ".md"}", "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-delta", }, { "id": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "type": "tool-input-end", }, { "input": "{"type": "programmatic-tool-call","command": "view", "path": "/skills/pptx/SKILL.md"}", "providerExecuted": true, "toolCallId": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "toolName": "code_execution", "type": "tool-call", }, { "result": { "content": "--- name: PowerPoint Suite description: Presentation creation, editing, and analysis. when_to_use: "When Claude needs to work with presentations (.pptx files) for: (1) Creating new presentations, (2) Modifying or editing content, (3) Working with layouts, (4) Adding comments or speaker notes, or any other presentation tasks" version: 0.0.3 --- # PPTX creation, editing, and analysis ## Overview A user may ask you to create, edit, or analyze the contents of a .pptx file. A .pptx file is essentially a ZIP archive containing XML files and other resources that you can read or edit. You have different tools and workflows available for different tasks. ## Reading and analyzing content ### Text extraction If you just need to read the text contents of a presentation, you should convert the document to markdown: \`\`\`bash # Convert document to markdown python -m markitdown path-to-file.pptx \`\`\` ### Raw XML access You need raw XML access for: comments, speaker notes, slide layouts, animations, design elements, and complex formatting. For any of these ....*: \`npm install -g sharp\` (for SVG rasterization and image processing) - **LibreOffice**: \`sudo apt-get install libreoffice\` (for PDF conversion) - **Poppler**: \`sudo apt-get install poppler-utils\` (for pdftoppm to convert PDF to images)", "file_type": "text", "num_lines": 484, "start_line": 1, "total_lines": 484, "type": "text_editor_code_execution_view_result", }, "toolCallId": "srvtoolu_01Cq5HzojbaLrsQTvdHW4VNK", "toolName": "code_execution", "type": "tool-result", }, { "id": "3", "type": "text-start", }, { "delta": "Now", "id": "3", "type": "text-delta", }, { "delta": " let me read the html2pptx.md file to understand the detaile", "id": "3", "type": "text-delta", }, { "delta": "d syntax and best practices for creating presentations:", "id": "3", "type": "text-delta", }, { "id": "3", "type": "text-end", }, { "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "providerExecuted": true, "toolName": "code_execution", "type": "tool-input-start", }, { "delta": "{"type": "programmatic-tool-call","command": ", "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "type": "tool-input-delta", }, { "delta": ""view"", "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "type": "tool-input-delta", }, { "delta": ", "path", "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "type": "tool-input-delta", }, { "delta": "": "/", "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "type": "tool-input-delta", }, { "delta": "skills/", "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "type": "tool-input-delta", }, { "delta": "pptx/htm", "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "type": "tool-input-delta", }, { "delta": "l2pptx.md"}", "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "type": "tool-input-delta", }, { "id": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "type": "tool-input-end", }, { "input": "{"type": "programmatic-tool-call","command": "view", "path": "/skills/pptx/html2pptx.md"}", "providerExecuted": true, "toolCallId": "srvtoolu_016RuxHyUU862TQjFkNrKNVS", "toolName": "code_execution", "type": "tool-call", }, { "result": { "content": "# HTML to PowerPoint Guide Convert HTML slides to PowerPoint presentations with accurate positioning using the \`html2pptx.js\` library. ## Table of Contents 1. [Creating HTML Slides](#creating-html-slides) 2. [Using the html2pptx Library](#using-the-html2pptx-library) 3. [Using PptxGenJS](#using-pptxgenjs) --- ## Creating HTML Slides Every HTML slide must include proper body dimensions: ### Layout Dimensions - **16:9** (default): \`width: 720pt; height: 405pt\` - **4:3**: \`width: 720pt; height: 540pt\` - **16:10**: \`width: 720pt; height: 450pt\` ### Supported Elements - \`

\`, \`

\`-\`

\` - Text with styling - \`
\`, \`
\` - Lists (never use manual bullets •, -, ) - \`\`, \`\` - Bold text (inline formatting) - \`\`, \`\` - Italic text (inline formatting) - \`\` - Underlined text (inline formatting) - \`\` - Inline formatting with CSS styles (bold, italic, underline, color) - \`
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int: The nth Fibonacci number\\n \\"\\"\\"\\n if n < 0:\\n raise ValueError(\\"n must be a non-negative integer\\")\\n elif n == 0:\\n return 0\\n elif n == 1:\\n return 1\\n \\n # Iterative approach for efficiency\\n a, b = 0, 1\\n for _ in range(2, n + 1):\\n a, b = b, a + b\\n return b\\n\\n\\ndef fibonacci_recursive(n):\\n \\"\\"\\"\\n Calculate the nth Fibonacci number using recursive approach.\\n (Less efficient but more intuitive)\\n \\n Args:\\n n (int): The position in the Fibonacci sequence (0-indexed)\\n \\n Returns:\\n int: The nth Fibonacci number\\n \\"\\"\\"\\n if n < 0:\\n raise ValueError(\\"n must be a non-negative integer\\")\\n elif n == 0:\\n return 0\\n elif n == 1:\\n return 1\\n else:\\n return fibonacci_recursive(n - 1) + fibonacci_recursive(n - 2)\\n\\n\\ndef generate_fibonacci_sequence(count):\\n \\"\\"\\"\\n Generate a sequence of Fibonacci numbers.\\n \\n Args:\\n count (int): Number of Fibonacci numbers to generate\\n \\n Returns:\\n list: List of tuples (position, fibonacci_number)\\n \\"\\"\\"\\n sequence = []\\n for i in range(count):\\n fib_num = fibonacci(i)\\n sequence.append((i, fib_num))\\n return sequence\\n\\n\\ndef export_to_excel(data, filename, target_n=None, target_value=None):\\n \\"\\"\\"\\n Export Fibonacci data to an Excel file.\\n \\n Args:\\n data (list): List of tuples (position, fibonacci_number)\\n filename (str): Output filename\\n target_n (int): Highlight the target position\\n target_value (int): The value at target position\\n \\"\\"\\"\\n # Create DataFrame\\n df = pd.DataFrame(data, columns=['Position (n)', 'Fibonacci Number'])\\n \\n # Create Excel writer\\n output_path = filename\\n with pd.ExcelWriter(output_path, engine='openpyxl') as writer:\\n df.to_excel(writer, sheet_name='Fibonacci Sequence', index=False)\\n \\n # Get the workbook and worksheet\\n workbook = writer.book\\n worksheet = writer.sheets['Fibonacci Sequence']\\n \\n # Add some formatting\\n from openpyxl.styles import Font, PatternFill, 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I've successfully completed your request. 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numbers: F(1) = 0 F(2) = 1 F(3) = 1 F(4) = 2 F(5) = 3 F(6) = 5 F(7) = 8 F(8) = 13 F(9) = 21 F(10) = 34 ", "type": "bash_code_execution_result", }, "toolCallId": "srvtoolu_01K2E2j5mkxbtLqNBc6RJHds", "toolName": "code_execution", "type": "tool-result", }, { "id": "6", "type": "text-start", }, { "delta": "Perfect", "id": "6", "type": "text-delta", }, { "delta": "! 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"srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n print(f\\"Player 1", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " wins this", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " round!\\")\\n elif p2_", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "value > p1_value:", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n player2_wins += 1", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n print(f\\"Player ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "2 wins this round!\\")\\n ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "else:\\n print(", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "f\\"Draw", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "! No", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " one gets", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " a", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " point", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": ".\\")", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n \\n print", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "(f\\"Score", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": ": Player 1 =", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " {player1_wins}, Player ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "2 = {player2_wins", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "}\\\\", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "n\\")\\n ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n #", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " Announce", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " the game", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " winner", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n print", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "(\\"", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "=\\"", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " * 40", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": ")\\n if", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " player1_wins == 3:", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n print(", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "f\\"", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "🏆 GAME OVER:", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " Player 1 wins the game!", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " (", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "3-", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "{", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "player2", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "_wins}", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": ")\\")\\n else:\\n print", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "(f\\"🏆 ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "GAME OVER: Player 2 ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "wins the game! (3-{", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "player1_wins})\\")\\n ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "print(\\"=\\" * 40)", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n \\n # Determine who", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " was", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " cheating base", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "d on the results", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n print", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "(\\"\\\\n", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "📊 Analysis", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": ":\\")\\n print(", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "f\\"Total", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " rounds playe", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "d: {round_num}\\")\\n ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "if", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " player1_wins >", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " player2_wins:\\n print", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "(\\"Player 1 ha", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "d better", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " results", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " -", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " likely", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " using", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " the", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " loaded die!", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " 🎲\\")\\n elif", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " player2_wins > player1_", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "wins:\\n print(\\"Player ", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "2 had better results - likely using", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " the loaded die! 🎲", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\")\\n else:\\n print", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "(\\"Results", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " were", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " even", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " - har", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "d to determine who", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " was cheating from", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " this", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": " game alone", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": ".\\")\\n\\nasync", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "io.run(main())", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": "\\n", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "delta": ""}", "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-delta", }, { "id": "srvtoolu_01MzSrFWsmzBdcoQkGWLyRjK", "type": "tool-input-end", }, { "input": "{"type": "programmatic-tool-call","code": "\\nimport asyncio\\n\\nasync def main():\\n player1_wins = 0\\n player2_wins = 0\\n round_num = 0\\n \\n print(\\"=== DICE GAME: First to 3 Wins ===\\\\n\\")\\n \\n # Play until one player wins 3 rounds\\n while player1_wins < 3 and player2_wins < 3:\\n round_num += 1\\n print(f\\"--- Round {round_num} ---\\")\\n \\n # Both players roll their dice\\n player1_roll = await rollDie({\\"player\\": \\"player1\\"})\\n player2_roll = await rollDie({\\"player\\": \\"player2\\"})\\n \\n # Extract the numeric values from the results\\n p1_value = int(player1_roll.strip())\\n p2_value = int(player2_roll.strip())\\n \\n print(f\\"Player 1 rolls: {p1_value}\\")\\n print(f\\"Player 2 rolls: {p2_value}\\")\\n \\n # Determine round winner\\n if p1_value > p2_value:\\n player1_wins += 1\\n print(f\\"Player 1 wins this round!\\")\\n elif p2_value > p1_value:\\n player2_wins += 1\\n print(f\\"Player 2 wins this round!\\")\\n else:\\n print(f\\"Draw! No one gets a point.\\")\\n \\n print(f\\"Score: Player 1 = {player1_wins}, Player 2 = {player2_wins}\\\\n\\")\\n \\n # Announce the game winner\\n print(\\"=\\" * 40)\\n if player1_wins == 3:\\n print(f\\"🏆 GAME OVER: Player 1 wins the game! (3-{player2_wins})\\")\\n else:\\n print(f\\"🏆 GAME OVER: Player 2 wins the game! 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Score: Player 1 = 0, Player 2 = 1 --- Round 2 --- Player 1 rolls: 4 Player 2 rolls: 6 Player 2 wins this round! Score: Player 1 = 0, Player 2 = 2 --- Round 3 --- Player 1 rolls: 5 Player 2 rolls: 2 Player 1 wins this round! Score: Player 1 = 1, Player 2 = 2 --- Round 4 --- Player 1 rolls: 6 Player 2 rolls: 6 Draw! No one gets a point. Score: Player 1 = 1, Player 2 = 2 --- Round 5 --- Player 1 rolls: 3 Player 2 rolls: 2 Player 1 wins this round! Score: Player 1 = 2, Player 2 = 2 --- Round 6 --- Player 1 rolls: 6 Player 2 rolls: 6 Draw! No one gets a point. Score: Player 1 = 2, Player 2 = 2 --- Round 7 --- Player 1 rolls: 2 Player 2 rolls: 3 Player 2 wins this round! Score: Player 1 = 2, Player 2 = 3 ======================================== 🏆 GAME OVER: Player 2 wins the game! 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The", "id": "1", "type": "text-delta", }, { "delta": " game was", "id": "1", "type": "text-delta", }, { "delta": " actually", "id": "1", "type": "text-delta", }, { "delta": " quite competitive", "id": "1", "type": "text-delta", }, { "delta": " despite", "id": "1", "type": "text-delta", }, { "delta": " the cheating,", "id": "1", "type": "text-delta", }, { "delta": " with Player 1", "id": "1", "type": "text-delta", }, { "delta": " managing", "id": "1", "type": "text-delta", }, { "delta": " to win 2 rounds an", "id": "1", "type": "text-delta", }, { "delta": "d the", "id": "1", "type": "text-delta", }, { "delta": " score", "id": "1", "type": "text-delta", }, { "delta": " being tied ", "id": "1", "type": "text-delta", }, { "delta": "2-2 before", "id": "1", "type": "text-delta", }, { "delta": " Player 2 won", "id": "1", "type": "text-delta", }, { "delta": " the decisive", "id": "1", "type": "text-delta", }, { "delta": " ", "id": "1", "type": "text-delta", }, { "delta": "7", "id": "1", "type": "text-delta", }, { "delta": "th round with", "id": "1", "type": "text-delta", }, { "delta": " a roll", "id": "1", "type": "text-delta", }, { "delta": " of 3", "id": "1", "type": "text-delta", }, { "delta": " ", "id": "1", "type": "text-delta", }, { "delta": "against", "id": "1", "type": "text-delta", }, { "delta": " Player 1's 2", "id": "1", "type": "text-delta", }, { "delta": ".", "id": "1", "type": "text-delta", }, { "id": "1", "type": "text-end", }, { "finishReason": { "raw": "end_turn", "unified": "stop", }, "providerMetadata": { "anthropic": { "container": null, "contextManagement": null, "iterations": null, "stopSequence": null, "usage": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 4551, "output_tokens": 197, "server_tool_use": { "web_search_requests": 0, }, "service_tier": "standard", }, }, }, "type": "finish", "usage": { "inputTokens": { "cacheRead": 0, "cacheWrite": 0, "noCache": 4551, "total": 4551, }, "outputTokens": { "reasoning": undefined, "text": undefined, "total": 197, }, "raw": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 4551, "output_tokens": 197, "server_tool_use": { "web_search_requests": 0, }, "service_tier": "standard", }, }, }, ] `; exports[`AnthropicLanguageModel > doStream > tool search tool > bm25 variant > should stream tool search bm25 results 1`] = ` [ { "type": "stream-start", "warnings": [], }, { "id": "msg_011bqgzot9grwdetCByUmXRP", "modelId": "claude-sonnet-4-5-20250929", "type": "response-metadata", }, { "id": "0", "type": "text-start", }, { "delta": "I'll search for a", "id": "0", "type": "text-delta", }, { "delta": " weather", "id": "0", "type": "text-delta", }, { "delta": "-", "id": "0", "type": "text-delta", }, { "delta": "related tool", "id": "0", "type": "text-delta", }, { "delta": " to help", "id": "0", "type": "text-delta", }, { "delta": " you get the weather", "id": "0", "type": "text-delta", }, { "delta": " information for San Francisco.", "id": "0", "type": "text-delta", }, { "id": "0", "type": "text-end", }, { "id": "srvtoolu_01Gj33J3YUAAxF9TWRAThxtu", "providerExecuted": true, "toolName": "tool_search", "type": "tool-input-start", }, { "delta": "{"query": "weather forecast current", "id": "srvtoolu_01Gj33J3YUAAxF9TWRAThxtu", "type": "tool-input-delta", }, { "delta": " conditions", "id": "srvtoolu_01Gj33J3YUAAxF9TWRAThxtu", "type": "tool-input-delta", }, { "delta": ""}", "id": "srvtoolu_01Gj33J3YUAAxF9TWRAThxtu", "type": "tool-input-delta", }, { "id": "srvtoolu_01Gj33J3YUAAxF9TWRAThxtu", "type": "tool-input-end", }, { "input": "{"query": "weather forecast current conditions"}", "providerExecuted": true, "toolCallId": "srvtoolu_01Gj33J3YUAAxF9TWRAThxtu", "toolName": "tool_search", "type": "tool-call", }, { "result": [ { "toolName": "get_weather", "type": "tool_reference", }, ], "toolCallId": "srvtoolu_01Gj33J3YUAAxF9TWRAThxtu", "toolName": "tool_search", "type": "tool-result", }, { "id": "3", "type": "text-start", }, { "delta": "Great", "id": "3", "type": "text-delta", }, { "delta": "! I found a weather tool.", "id": "3", "type": "text-delta", }, { "delta": " Let me get the current weather for", "id": "3", "type": "text-delta", }, { "delta": " San Francisco.", "id": "3", "type": "text-delta", }, { "id": "3", "type": "text-end", }, { "id": "toolu_019nRrfqqXcU5NPTUSYfEMAY", "toolName": "get_weather", "type": "tool-input-start", }, { "delta": "{"location": "San", "id": "toolu_019nRrfqqXcU5NPTUSYfEMAY", "type": "tool-input-delta", }, { "delta": " Francisco, CA", "id": "toolu_019nRrfqqXcU5NPTUSYfEMAY", "type": "tool-input-delta", }, { "delta": ""}", "id": "toolu_019nRrfqqXcU5NPTUSYfEMAY", "type": "tool-input-delta", }, { "id": "toolu_019nRrfqqXcU5NPTUSYfEMAY", "type": "tool-input-end", }, { "input": "{"location": "San Francisco, CA"}", "providerExecuted": undefined, "providerMetadata": { "anthropic": { "caller": { "toolId": undefined, "type": "direct", }, }, }, "toolCallId": "toolu_019nRrfqqXcU5NPTUSYfEMAY", "toolName": "get_weather", "type": "tool-call", }, { "finishReason": { "raw": "tool_use", "unified": "tool-calls", }, "providerMetadata": { "anthropic": { "container": null, "contextManagement": null, "iterations": null, "stopSequence": null, "usage": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 1630, "output_tokens": 158, "server_tool_use": { "web_search_requests": 0, }, "service_tier": "standard", }, }, }, "type": "finish", "usage": { "inputTokens": { "cacheRead": 0, "cacheWrite": 0, "noCache": 1630, "total": 1630, }, "outputTokens": { "reasoning": undefined, "text": undefined, "total": 158, }, "raw": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 1630, "output_tokens": 158, "server_tool_use": { "web_search_requests": 0, }, "service_tier": "standard", }, }, }, { "id": "msg_0132hQ7tpsGJhdPtEBhmKA2R", "modelId": "claude-sonnet-4-5-20250929", "type": "response-metadata", }, { "id": "0", "type": "text-start", }, { "delta": "The", "id": "0", "type": "text-delta", }, { "delta": " current", "id": "0", "type": "text-delta", }, { "delta": " weather in San Francisco,", "id": "0", "type": "text-delta", }, { "delta": " CA is: - Temperature:", "id": "0", "type": "text-delta", }, { "delta": " 64°F", "id": "0", "type": "text-delta", }, { "delta": " - Condition: Partly clou", "id": "0", "type": "text-delta", }, { "delta": "dy - Humidity: ", "id": "0", "type": "text-delta", }, { "delta": "65%", "id": "0", "type": "text-delta", }, { "id": "0", "type": "text-end", }, { "finishReason": { "raw": "end_turn", "unified": "stop", }, "providerMetadata": { "anthropic": { "container": null, "contextManagement": null, "iterations": null, "stopSequence": null, "usage": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 1040, "output_tokens": 41, "service_tier": "standard", }, }, }, "type": "finish", "usage": { "inputTokens": { "cacheRead": 0, "cacheWrite": 0, "noCache": 1040, "total": 1040, }, "outputTokens": { "reasoning": undefined, "text": undefined, "total": 41, }, "raw": { "cache_creation": { "ephemeral_1h_input_tokens": 0, "ephemeral_5m_input_tokens": 0, }, "cache_creation_input_tokens": 0, "cache_read_input_tokens": 0, "input_tokens": 1040, "output_tokens": 41, "service_tier": "standard", }, }, }, ] `; exports[`AnthropicLanguageModel > doStream > tool search tool > regex variant > should stream tool search regex results 1`] = ` [ { "type": "stream-start", "warnings": [], }, { "id": "msg_01A4vjL51mNRof8JMvA9CFph", "modelId": "claude-sonnet-4-5-20250929", "type": "response-metadata", }, { "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "providerExecuted": true, "toolName": "tool_search", "type": "tool-input-start", }, { "delta": "{"pattern": "weather|", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "delta": "SF", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "delta": "|", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "delta": "San Francisco|", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "delta": "forecast", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "delta": "|temperature", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "delta": "|climate", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "delta": "", "limit": 10", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "delta": "}", "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-delta", }, { "id": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "type": "tool-input-end", }, { "input": "{"pattern": "weather|SF|San Francisco|forecast|temperature|climate", "limit": 10}", "providerExecuted": true, "toolCallId": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "toolName": "tool_search", "type": "tool-call", }, { "result": [ { "toolName": "get_temp_data", "type": "tool_reference", }, ], "toolCallId": "srvtoolu_01TFsKhwiJYqVMitK2XGtH87", "toolName": "tool_search", "type": "tool-result", }, { "id": "2", "type": "text-start", }, { "delta": "Great", "id": "2", "type": "text-delta", }, { "delta": "! 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In [Scandinavia](https://en.wikipedia.org/wiki/Scandinavia), the culture was succeeded by the [Kongemose](https://en.wikipedia.org/wiki/Kongemose_culture) culture. The name originates from the [Danish](https://en.wikipedia.org/wiki/Denmark) archeological site Maglemose, situated near [Gørlev](https://en.wikipedia.org/wiki/Gørlev) and [Høng](https://en.wikipedia.org/wiki/Høng) on western [Zealand](https://en.wikipedia.org/wiki/Zealand_(Denmark)), southwest of lake [Tissø](https://en.wikipedia.org/wiki/Tissø). Here the first settlement of the culture was excavated in 1900, by George Sarauw.[[1]](./Maglemosian_culture#cite_note-1) During the following century a long series of similar settlements were excavated from [England](https://en.wikipedia.org/wiki/England) to [Poland](https://en.wikipedia.org/wiki/Poland) and from [Skåne](https://en.wikipedia.org/wiki/Skåne) in [Sweden](https://en.wikipedia.org/wiki/Sweden) to northern [France](https://en.wikipedia.org/wiki/France). When the Maglemosian culture flourished, sea levels were much lower than now and what is now mainland Europe and Scandinavia were linked with Britain. The cultural period overlaps the end of the [last ice age](https://en.wikipedia.org/wiki/Weichselian_glaciation),[[2]](./Maglemosian_culture#cite_note-2) when the ice retreated and the glaciers melted. It was a long process and sea levels in [Northern Europe](https://en.wikipedia.org/wiki/Northern_Europe) did not reach current levels until almost 6000 BC, by which time they had inundated large territories previously inhabited by Maglemosian people. Therefore, there is hope that the emerging discipline of [underwater archaeology](https://en.wikipedia.org/wiki/Underwater_archaeology) may reveal interesting findings related to the Maglemosian culture in the future. The Maglemosian people lived in forest and wetland environments, using fishing and hunting tools made from wood, bone, and flint [microliths](https://en.wikipedia.org/wiki/Microlith). It appears that they had domesticated the [dog](https://en.wikipedia.org/wiki/Dog).[[3]](./Maglemosian_culture#cite_note-3) Some may have lived settled lives, but most were nomadic.[[citation needed](https://en.wikipedia.org/wiki/Wikipedia:Citation_needed)] Huts made of bark have been preserved, in addition to tools made of [flint](https://en.wikipedia.org/wiki/Flint), [bone](https://en.wikipedia.org/wiki/Bone), and [horn](https://en.wikipedia.org/wiki/Horn_(anatomy)). A characteristic feature of the culture is the sharply edged [microliths](https://en.wikipedia.org/wiki/Microlith) of flintstone, used for spear and arrow heads.[[4]](./Maglemosian_culture#cite_note-4) Another notable feature is the [leister](https://en.wikipedia.org/wiki/Leister), a characteristic type of fishing spear, used for [gigging](https://en.wikipedia.org/wiki/Gigging). Era | Timespan | | ---| ![]() | This section needs expansion. You can help by [adding to it](//en.wikipedia.org/w/index.php?title=Maglemosian_culture&action=edit§ion=). (January 2020) [↑](https://en.wikipedia.org/wiki/Maglemosian_culture#cite_ref-1)[Sarauw, G. F. L.](https://en.wikipedia.org/wiki/Georg_F.L._Sarauw)(1903).["En Stenaldersboplads i Maglemose ved Mullerup – sammenholdt med beslægtede fund"](https://books.google.com/books?id=n5VePAAACAAJ)[A Stone Age settlement in Maglemose near Mullerup – compared with related finds. Resumé: Études sur le premier âge de la pierre du Nord de l'Europe]. Aarbøger for Nordisk Oldkyndighed og Historie (in Danish). 1903. A[German](https://en.wikipedia.org/wiki/German_language)translation appeared in Prähistorische Zeitschrift in 1911[↑](https://en.wikipedia.org/wiki/Maglemosian_culture#cite_ref-2)Jessen, Catherine A.; Pedersen, Kristoffer Buck; Christensen, Charlie; Olsen, Jesper; Mortensen, Morten Fischer; Hansen, Keld Møller (2015).["Early Maglemosian culture in the Preboreal landscape: Archaeology and vegetation from the earliest Mesolithic site in Denmark at Lundby Mose, Sjælland"](https://doi.org/10.1016%2Fj.quaint.2014.03.056). Quaternary International. 378: 73–87.[Bibcode](https://en.wikipedia.org/wiki/Bibcode_(identifier)):[2015QuInt.378...73J](https://ui.adsabs.harvard.edu/abs/2015QuInt.378...73J).[doi](https://en.wikipedia.org/wiki/Doi_(identifier)):[10.1016/j.quaint.2014.03.056](https://doi.org/10.1016%2Fj.quaint.2014.03.056).[↑](https://en.wikipedia.org/wiki/Maglemosian_culture#cite_ref-3)["Stone Age remains are Britain's earliest house"](http://www.manchester.ac.uk/discover/news/stone-age-remains-are-britains-earliest-house/). Retrieved 28 January 2018.[↑](https://en.wikipedia.org/wiki/Maglemosian_culture#cite_ref-4)[Med bue, pil og fiskespyd](http://www.denstoredanske.dk/Danmarks_Oldtid/Stenalder/De_vejl%C3%B8se_skove_9.500-6.400_f.Kr/Med_bue,_pil_og_fiskespyd)Gyldendals Open Encyclopedia (in Danish). Pictures of some Maglemosian tools. - Anders Fischer: "Submerged Stone Age – Danish Examples and North sea potential"; i: N.C.Flemming: Submarine Prehistory and Archaeology of the North Sea: research priorities and collaboration with industry. CBA Research Report 141, 2004, s. 23ff Danish-language texts - Geoffrey Bibby: Spadens vidnedsbyrd; Wormanium 1980, [ISBN](https://en.wikipedia.org/wiki/ISBN_(identifier))[87-8516-071-7](https://en.wikipedia.org/wiki/Special:BookSources/87-8516-071-7)s. 109f - Gyldendal og Politikens Danmarkshistorie (red. af Olaf Olsen); Bind 1: I begyndelsen. Fra de ældste tider til ca. år 200 f.Kr. (ved Jørgen Jensen); 1988, s. 47ff - Jørgen Jensen: Danmarks Oldtid. Stenalder, 13.000–2.000 f.Kr.; Gyldendal 2001, [ISBN](https://en.wikipedia.org/wiki/ISBN_(identifier))[87-00-49038-5](https://en.wikipedia.org/wiki/Special:BookSources/87-00-49038-5)s. 86ff - Anders Fischer: "En håndfuld flint", Skalk nr. 5, 1973, s. 8ff - Anders Fischer: "Mennesket og havet i ældre stenalder"; i: Carin Bunte (red): Arkeologi och Naturvetenskab, Lund 2005, s. 276ff - Kim Aaris-Sørensen: "Uroksejagt", Skalk nr. 6, 1984, s. 10ff - Ole Grøn: "Teltning", Skalk nr. 1, 1988, s. 13f - Søren A. Sørensen: "Hytte ved sø", Skalk nr. 3, 1988, s. 25ff - Peter Vang Petersen: "Bjørnejagt", Skalk nr. 5, 1991, s. 3ff - Poul og Kristian Krabbe: "Vest for Valhal", Skalk nr. 6, 1995, s. 11ff - Axel Degn Johansen: "Ikke en sky og ikke en vind!", Skalk nr 2, 2008, s. 8ff", "mediaType": "text/plain", "type": "text", }, "title": "Maglemosian culture", "type": "document", }, "retrievedAt": "2025-07-17T21:38:38.606000+00:00", "type": "web_fetch_result", "url": "https://en.wikipedia.org/wiki/Maglemosian_culture", }, "toolCallId": "srvtoolu_01VNMRfQny2LCrLKEdYaVcCe", "toolName": "web_fetch", "type": "tool-result", }, { "id": "3", "type": "text-start", }, { "delta": "This", "id": "3", "type": "text-delta", }, { "delta": " Wikipedia page is about the Maglemosian culture, which", "id": "3", "type": "text-delta", }, { "delta": " was an early Mesolithic (Middle", "id": "3", "type": "text-delta", }, { "delta": " Stone Age) archaeological culture that existe", "id": "3", "type": "text-delta", }, { "delta": "d in Northern Europe from approximately 9,000 to ", "id": "3", "type": "text-delta", }, { "delta": "6,000 BC. 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