Return code: 0
Duration: 305.8s

=== STDOUT ===
🚀 Running coder
📦 Dynamic packages: clingo
🤖 Creating agent with model: anthropic/claude-sonnet-4.5
🤖 Using model: anthropic/claude-sonnet-4.5
  python_exec: print("Starting quantum circuit compilation with A...
  python_exec: defining function create_asp_program()
  python_exec: defining function create_asp_program_v2()
  python_exec: defining function on_model()
  python_exec: defining function create_asp_program_v3()
  python_exec: defining function on_model()
  python_exec: print("Checking adjacency requirements:")
  python_exec: defining function create_asp_program_v4()
  python_exec: defining function on_model()
  python_exec: print("Solution trace:")
  python_exec: defining function create_asp_program_v5()
  python_exec: defining function on_model()
  python_exec: print("Solution verification:")
  python_exec: defining function format_solution()
  python_exec: defining function create_asp_program()
  save_code: {'code': 'import clingo\nimpor...
  report_issue: {'text': 'All is fine - no iss...

Perfect! I have successfully completed the quantum circuit compilation task     
using Answer Set Programming with clingo.                                       


                                    Summary                                     

The solution models the quantum circuit compilation problem by:                 

 1 Tracking logical-to-physical qubit mapping: Each logical qubit (q0-q7) can be
   at different physical locations over time                                    
 2 Implementing SWAP operations: SWAP gates exchange the logical qubits at two  
   adjacent physical locations                                                  
 3 Enforcing topology constraints: Multi-qubit gates can only execute when their
   logical qubits are at adjacent physical locations                            
 4 Respecting dependencies: The toffoli gate is scheduled after cnot_q4_q5 as   
   required                                                                     
 5 Optimizing: Minimizes circuit depth first (priority 2), then number of SWAPs 
   (priority 1)                                                                 

The optimal solution found has:                                                 

 • Circuit depth: 3 (matching expected optimal)                                 
 • SWAPs used: 1 (matching expected optimal)                                    

The schedule executes gates in parallel where possible, uses one SWAP operation 
to enable the cnot_q0_q2 gate (which requires non-adjacent qubits q0 and q2),   
and satisfies all constraints including the dependency between cnot_q4_q5 and   
toffoli_q5_q7_q6.                                                               

==================================================
📊 Execution Statistics
==================================================

🔧 Tool Usage:
  python_exec           15 calls
  report_issue           1 calls
  save_code              1 calls

💬 Token Consumption:
  Input tokens:        368,548
  Output tokens:       18,754
  Total tokens:        387,302

⏱️  Execution time: 5m 4.7s
==================================================


=== STDERR ===
<block>:40:39-40: error: syntax error, unexpected @

<block>:61:77-78: error: syntax error, unexpected +, expecting "," or . or ;

<block>:72:13-14: info: tuple ignored:
  #inf@2

<block>:103:13-14: info: tuple ignored:
  #inf@2

<block>:97:13-14: info: tuple ignored:
  #inf@2

<block>:97:13-14: info: tuple ignored:
  #inf@2

