🔧 Increased timeouts

test/python/ft_stateprep/test_stateprep.py

@@ -131,7 +131,7 @@ def test_heuristic_prep_consistent(code: CSSCode, request) -> None:  # type: ign
 def test_gate_optimal_prep_consistent(code: CSSCode, request) -> None:  # type: ignore[no-untyped-def]
     """Check that gate_optimal_prep_circuit returns a valid circuit with the correct stabilizers."""
     code = request.getfixturevalue(code)
-    sp_circ = gate_optimal_prep_circuit(code, max_timeout=3)
+    sp_circ = gate_optimal_prep_circuit(code, max_timeout=5)
     assert sp_circ is not None
     assert sp_circ.zero_state
 
@@ -151,7 +151,7 @@ def test_depth_optimal_prep_consistent(code: CSSCode, request) -> None:  # type:
     """Check that depth_optimal_prep_circuit returns a valid circuit with the correct stabilizers."""
     code = request.getfixturevalue(code)
 
-    sp_circ = depth_optimal_prep_circuit(code, max_timeout=3)
+    sp_circ = depth_optimal_prep_circuit(code, max_timeout=10)
     assert sp_circ is not None
     circ = sp_circ.circ
     max_cnots = np.sum(code.Hx) + np.sum(code.Hz)  # type: ignore[operator]
@@ -168,7 +168,7 @@ def test_depth_optimal_prep_consistent(code: CSSCode, request) -> None:  # type:
 def test_plus_state_gate_optimal(code: CSSCode, request) -> None:  # type: ignore[no-untyped-def]
     """Test synthesis of the plus state."""
     code = request.getfixturevalue(code)
-    sp_circ_plus = gate_optimal_prep_circuit(code, max_timeout=3, zero_state=False)
+    sp_circ_plus = gate_optimal_prep_circuit(code, zero_state=False, max_timeout=5)
 
     assert sp_circ_plus is not None
     assert not sp_circ_plus.zero_state
@@ -183,7 +183,7 @@ def test_plus_state_gate_optimal(code: CSSCode, request) -> None:  # type: ignor
     assert eq_span(code.Hz, z)
     assert eq_span(np.vstack((code.Hx, code.Lx)), x)
 
-    sp_circ_zero = gate_optimal_prep_circuit(code, max_timeout=5, zero_state=True)
+    sp_circ_zero = gate_optimal_prep_circuit(code, zero_state=True, max_timeout=5)
 
     assert sp_circ_zero is not None
 
@@ -291,7 +291,7 @@ def test_optimal_tetrahedral_verification_circuit(tetrahedral_code_sp: StatePrep
     """
     circ = tetrahedral_code_sp
 
-    ver_stabs_layers = gate_optimal_verification_stabilizers(circ, x_errors=True, max_ancillas=1, max_timeout=5)
+    ver_stabs_layers = gate_optimal_verification_stabilizers(circ, x_errors=True, max_ancillas=1, max_timeout=10)
 
     assert len(ver_stabs_layers) == 1  # 1 layer of verification measurements
 
@@ -352,7 +352,7 @@ def test_not_full_ft_opt_cc5(color_code_d5_sp: StatePrepCircuit) -> None:
     """
     circ = color_code_d5_sp
 
-    ver_stabs_layers = gate_optimal_verification_stabilizers(circ, x_errors=True, max_ancillas=3, max_timeout=5)
+    ver_stabs_layers = gate_optimal_verification_stabilizers(circ, x_errors=True, max_ancillas=3, max_timeout=10)
 
     assert len(ver_stabs_layers) == 2  # 2 layers of verification measurements
 
@@ -421,12 +421,14 @@ def test_full_ft_opt_cc5(color_code_d5_sp: StatePrepCircuit) -> None:
     """Test that the optimal verification is also correct for higher distance.
 
     Include Z errors.
-    Due to time constraints, we set the timeout for each search to 2 seconds.
+    Due to time constraints, we set a timeout for each search..
     """
     circ = color_code_d5_sp
 
-    circ_ver_full_ft = gate_optimal_verification_circuit(circ, max_ancillas=3, max_timeout=5, full_fault_tolerance=True)
-    circ_ver_x_ft = gate_optimal_verification_circuit(circ, max_ancillas=3, max_timeout=5, full_fault_tolerance=False)
+    circ_ver_full_ft = gate_optimal_verification_circuit(
+        circ, max_ancillas=3, full_fault_tolerance=True, max_timeout=10
+    )
+    circ_ver_x_ft = gate_optimal_verification_circuit(circ, max_ancillas=3, full_fault_tolerance=False, max_timeout=10)
     assert circ_ver_full_ft.num_nonlocal_gates() > circ_ver_x_ft.num_nonlocal_gates()
     assert circ_ver_full_ft.depth() > circ_ver_x_ft.depth()
 
@@ -450,12 +452,12 @@ def test_error_detection_code() -> None:
     circ = heuristic_prep_circuit(code)
 
     circ_ver_correction = gate_optimal_verification_circuit(
-        circ, max_ancillas=3, max_timeout=5, full_fault_tolerance=False
+        circ, max_ancillas=3, full_fault_tolerance=False, max_timeout=5
     )
 
     circ.set_error_detection(True)
     circ_ver_detection = gate_optimal_verification_circuit(
-        circ, max_ancillas=3, max_timeout=5, full_fault_tolerance=False
+        circ, max_ancillas=3, full_fault_tolerance=False, max_timeout=5
     )
 
     assert circ_ver_detection.num_qubits > circ_ver_correction.num_qubits