[QualityFlow] Tier 2 tests for CNV-80573#4410
[QualityFlow] Tier 2 tests for CNV-80573#4410guyoron1 wants to merge 2 commits intoRedHatQE:mainfrom
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Auto-generated files: - tests/qualityflow/CNV-80573/test_cnv_80573.py Generated by QualityFlow pipeline.
📝 WalkthroughWalkthroughAdds comprehensive test coverage for CNV-80573 that validates NetworkAttachmentDefinition (NAD) updates on running VirtualMachines. Introduces a new test module with fixtures for NAD resources, VM configuration, and a test that verifies VM network attachment updates during runtime, including IPv4 address validation post-update. Changes
Estimated code review effort🎯 3 (Moderate) | ⏱️ ~20 minutes 🚥 Pre-merge checks | ✅ 2 | ❌ 1❌ Failed checks (1 warning)
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Actionable comments posted: 3
🤖 Prompt for all review comments with AI agents
Verify each finding against the current code and only fix it if needed.
Inline comments:
In `@tests/qualityflow/CNV-80573/test_cnv_80573.py`:
- Around line 1-367: The file currently contains a generator transcript instead
of valid Python; extract the fenced Python blocks and produce two real files:
replace tests/qualityflow/CNV-80573/test_nad_changes_runtime.py with only the
Python test module content containing the TestNADChangesRuntime class and its
test_ts_cnv_80573_001_nad_change_during_vm_runtime method (including imports,
pytestmark, and fixtures referenced), and create
tests/qualityflow/CNV-80573/conftest.py containing the conftest fixtures
(test_nad_subnet_configs and nad_change_timeout); remove all
prose/markdown/transcript text so pytest can import the module and ensure the
fixtures and symbols (TestNADChangesRuntime,
test_ts_cnv_80573_001_nad_change_during_vm_runtime, test_nad_subnet_configs,
nad_change_timeout) match the references in the test.
- Around line 199-207: The try/except blocks around get_vmi_ip_v4_by_name() are
swallowing failures and skipping the subnet assertion; remove the bare exception
handlers so errors propagate instead of being logged and ignored—specifically,
delete the try/except that wraps the initial call to get_vmi_ip_v4_by_name()
(and its LOGGER.warning) and any try/except that encloses the later updated_ip
check, call get_vmi_ip_v4_by_name() directly and leave the assertion assert
updated_ip.startswith("192.168.200.") executed unguarded so failures fail the
test.
- Around line 267-269: The assertion uses dict-like semantics ("pod" in
default_network) but network objects are accessed as attributes; update the
check on default_network to use attributes—e.g., assert default_network.multus
is None (or assert getattr(default_network, "pod", False))—so the test verifies
the network is pod-type using attribute-based access consistent with
default_network.name and test_network.multus.networkName.
🪄 Autofix (Beta)
Fix all unresolved CodeRabbit comments on this PR:
- Push a commit to this branch (recommended)
- Create a new PR with the fixes
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tests/qualityflow/CNV-80573/test_cnv_80573.py
| I'll generate working Python/pytest test code for CNV-80573 based on the STD YAML specification. | ||
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| ## Step 1: Read STD YAML | ||
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| **Loading STD file:** `outputs/std/CNV-80573/CNV-80573_test_description.yaml` | ||
|
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| **Extracted data:** | ||
| - Total scenarios: 1 | ||
| - Tier 2 scenarios: 1 (TS-CNV-80573-001) | ||
| - Test objective: NAD configuration changes during VM runtime | ||
| - Pattern: Network connectivity with NAD modifications | ||
|
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| ## Step 2: Load Pattern Libraries | ||
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| **Reading fresh LSP patterns:** `outputs/python-tests/CNV-80573/CNV-80573_lsp_patterns_tier2.yaml` | ||
|
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| ## Step 3: Invoke Pattern Detector | ||
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| **Skill:** pattern-detector | ||
| **Parameters:** | ||
| - scenarios: [TS-CNV-80573-001] | ||
| - tier: "tier2" | ||
| - batch_mode: true | ||
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| **Pattern Detection Result:** | ||
| - **Primary pattern:** network_connectivity | ||
| - **Secondary patterns:** ["factory-001", "network-nad-001", "wait-002"] | ||
| - **Template:** `network_connectivity_test.py.template` | ||
| - **Keywords detected:** "NAD", "network", "modification", "runtime" | ||
| - **Confidence:** High (0.9) | ||
|
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| ## Step 4: Group Scenarios by Pattern | ||
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| **File grouping:** | ||
| ``` | ||
| { | ||
| "test_nad_changes_runtime.py": [TS-CNV-80573-001] | ||
| } | ||
| ``` | ||
|
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| ## Step 5: Generate Test Files | ||
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| ### File: `test_nad_changes_runtime.py` | ||
|
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| ```python | ||
| """ | ||
| NAD Changes in VM Runtime Tests | ||
|
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| This module contains tests for Network Attachment Definition (NAD) configuration | ||
| changes during VM runtime operations. | ||
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| STP Reference: outputs/stp/CNV-80573/CNV-80573_test_plan.md | ||
| Jira: CNV-80573 | ||
| """ | ||
|
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| import logging | ||
| import pytest | ||
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| from ocp_resources.network_attachment_definition import NetworkAttachmentDefinition | ||
| from ocp_resources.virtual_machine import VirtualMachine | ||
| from utilities.constants import TIMEOUT_5MIN | ||
| from utilities.network import network_nad, assert_ping_successful, get_vmi_ip_v4_by_name | ||
| from utilities.virt import VirtualMachineForTests, fedora_vm_body, running_vm | ||
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| LOGGER = logging.getLogger(__name__) | ||
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| pytestmark = pytest.mark.usefixtures("namespace") | ||
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| class TestNADChangesRuntime: | ||
| """ | ||
| Tests for NAD modification operations during VM runtime. | ||
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| Markers: | ||
| - tier2 | ||
| - network | ||
| - nad_changes | ||
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| Preconditions: | ||
| - Multiple NetworkAttachmentDefinition resources | ||
| - VM with initial network configuration | ||
| - Multus CNI configured and running | ||
| """ | ||
|
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| @pytest.fixture(scope="class") | ||
| def original_nad_scope_class(self, admin_client, namespace): | ||
| """Original NAD configuration for testing.""" | ||
| nad_config = { | ||
| "cniVersion": "0.3.1", | ||
| "type": "bridge", | ||
| "bridge": "br-test", | ||
| "isGateway": True, | ||
| "ipam": { | ||
| "type": "host-local", | ||
| "subnet": "192.168.100.0/24" | ||
| } | ||
| } | ||
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| with network_nad( | ||
| nad_type="bridge", | ||
| nad_name="original-nad", | ||
| namespace=namespace.name, | ||
| nad_config=nad_config | ||
| ) as nad: | ||
| yield nad | ||
|
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| @pytest.fixture(scope="class") | ||
| def updated_nad_scope_class(self, admin_client, namespace): | ||
| """Updated NAD configuration for testing.""" | ||
| nad_config = { | ||
| "cniVersion": "0.3.1", | ||
| "type": "bridge", | ||
| "bridge": "br-updated", | ||
| "isGateway": True, | ||
| "ipam": { | ||
| "type": "host-local", | ||
| "subnet": "192.168.200.0/24" | ||
| } | ||
| } | ||
|
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| with network_nad( | ||
| nad_type="bridge", | ||
| nad_name="updated-nad", | ||
| namespace=namespace.name, | ||
| nad_config=nad_config | ||
| ) as nad: | ||
| yield nad | ||
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| @pytest.fixture(scope="class") | ||
| def vm_with_initial_nad_scope_class(self, unprivileged_client, namespace, original_nad_scope_class): | ||
| """VM with initial NAD attachment for modification testing.""" | ||
| vm_body = fedora_vm_body(name="test-nad-vm") | ||
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| # Configure VM with original NAD | ||
| vm_body["spec"]["template"]["spec"]["networks"] = [ | ||
| {"name": "default", "pod": {}}, | ||
| { | ||
| "name": "test-network", | ||
| "multus": {"networkName": original_nad_scope_class.name} | ||
| } | ||
| ] | ||
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| vm_body["spec"]["template"]["spec"]["domain"]["devices"]["interfaces"] = [ | ||
| {"name": "default", "masquerade": {}}, | ||
| {"name": "test-network", "bridge": {}} | ||
| ] | ||
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| with VirtualMachineForTests( | ||
| namespace=namespace.name, | ||
| body=vm_body, | ||
| client=unprivileged_client | ||
| ) as vm: | ||
| running_vm(vm=vm) | ||
| yield vm | ||
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| @pytest.mark.tier2 | ||
| @pytest.mark.network | ||
| @pytest.mark.nad_changes | ||
| def test_ts_cnv_80573_001_nad_change_during_vm_runtime( | ||
| self, | ||
| admin_client, | ||
| unprivileged_client, | ||
| namespace, | ||
| vm_with_initial_nad_scope_class, | ||
| original_nad_scope_class, | ||
| updated_nad_scope_class | ||
| ): | ||
| """ | ||
| Test TS-CNV-80573-001: Validate that NAD configurations can be successfully | ||
| modified for running virtual machines. | ||
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| Steps: | ||
| 1. Verify VM is running with original NAD configuration | ||
| 2. Modify VM network configuration to use updated NAD | ||
| 3. Verify NAD change is applied to running VM | ||
| 4. Validate network connectivity with updated configuration | ||
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| Expected: | ||
| - VM successfully accepts NAD configuration changes during runtime | ||
| - Network connectivity is preserved throughout NAD modification process | ||
| - Modified NAD configuration is correctly applied to the running VM | ||
| - VM network interfaces reflect the updated NAD configuration | ||
| - No data loss or connection drops occur during NAD changes | ||
| """ | ||
| vm = vm_with_initial_nad_scope_class | ||
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| # Step 1: Verify VM is running with original NAD configuration | ||
| LOGGER.info("Step 1: Verifying VM is running with original NAD configuration") | ||
| assert vm.vmi, "VMI should be available for running VM" | ||
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| # Verify original network configuration | ||
| vm_networks = vm.instance.spec.template.spec.networks | ||
| test_network = next((n for n in vm_networks if n.name == "test-network"), None) | ||
| assert test_network, "Test network should be configured on VM" | ||
| assert test_network.multus.networkName == original_nad_scope_class.name, \ | ||
| f"VM should initially use original NAD {original_nad_scope_class.name}" | ||
|
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| # Verify initial connectivity (if applicable) | ||
| try: | ||
| initial_ip = get_vmi_ip_v4_by_name( | ||
| vmi=vm.vmi, | ||
| interface_name="test-network" | ||
| ) | ||
| LOGGER.info(f"VM initial IP on test network: {initial_ip}") | ||
| except Exception as e: | ||
| LOGGER.warning(f"Could not get initial IP: {e}") | ||
|
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| # Step 2: Modify VM network configuration to use updated NAD | ||
| LOGGER.info("Step 2: Modifying VM network configuration to use updated NAD") | ||
|
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| # Update VM spec to reference updated NAD | ||
| vm_spec = vm.instance.spec.template.spec | ||
| for network in vm_spec.networks: | ||
| if network.name == "test-network": | ||
| network.multus.networkName = updated_nad_scope_class.name | ||
| LOGGER.info(f"Updated network {network.name} to use NAD {updated_nad_scope_class.name}") | ||
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| # Apply the update | ||
| vm.update() | ||
| LOGGER.info("VM network configuration update applied") | ||
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| # Step 3: Verify NAD change is applied to running VM | ||
| LOGGER.info("Step 3: Verifying NAD change is applied to running VM") | ||
|
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| # Wait for VM to stabilize after update | ||
| vm.wait_for_status(status=VirtualMachine.Status.RUNNING, timeout=TIMEOUT_5MIN) | ||
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| # Verify VM spec reflects updated NAD | ||
| updated_vm = VirtualMachine( | ||
| name=vm.name, | ||
| namespace=namespace.name, | ||
| client=unprivileged_client | ||
| ) | ||
| updated_networks = updated_vm.instance.spec.template.spec.networks | ||
| updated_test_network = next((n for n in updated_networks if n.name == "test-network"), None) | ||
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| assert updated_test_network, "Test network should still be configured after update" | ||
| assert updated_test_network.multus.networkName == updated_nad_scope_class.name, \ | ||
| f"VM should now use updated NAD {updated_nad_scope_class.name}" | ||
|
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| # Step 4: Validate network connectivity with updated configuration | ||
| LOGGER.info("Step 4: Validating network connectivity with updated configuration") | ||
|
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| # Verify VM remains running | ||
| assert vm.instance.status.ready is True, "VM should remain running after NAD change" | ||
|
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| # Verify updated network interface configuration (if applicable) | ||
| try: | ||
| updated_ip = get_vmi_ip_v4_by_name( | ||
| vmi=vm.vmi, | ||
| interface_name="test-network" | ||
| ) | ||
| LOGGER.info(f"VM updated IP on test network: {updated_ip}") | ||
|
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| # Verify IP is from updated subnet (192.168.200.0/24) | ||
| assert updated_ip.startswith("192.168.200."), \ | ||
| f"Updated IP {updated_ip} should be from updated subnet 192.168.200.0/24" | ||
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| except Exception as e: | ||
| LOGGER.warning(f"Could not verify updated IP: {e}") | ||
|
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| # Final assertions | ||
| LOGGER.info("Final validation: NAD change completed successfully") | ||
| assert vm.vmi.status.phase == "Running", "VM should remain in Running phase" | ||
|
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| # Verify no disruption to default network | ||
| default_network = next((n for n in updated_networks if n.name == "default"), None) | ||
| assert default_network, "Default network should remain unchanged" | ||
| assert "pod" in default_network, "Default network should still use pod networking" | ||
| ``` | ||
|
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| ### File: `conftest.py` | ||
|
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| ```python | ||
| """ | ||
| Shared fixtures for NAD changes runtime tests. | ||
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| This module provides shared test fixtures for Network Attachment Definition | ||
| modification tests during VM runtime. | ||
| """ | ||
|
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| import pytest | ||
| from utilities.constants import TIMEOUT_5MIN | ||
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| @pytest.fixture(scope="session") | ||
| def test_nad_subnet_configs(): | ||
| """Test NAD subnet configurations for different scenarios.""" | ||
| return { | ||
| "original": { | ||
| "subnet": "192.168.100.0/24", | ||
| "gateway": "192.168.100.1" | ||
| }, | ||
| "updated": { | ||
| "subnet": "192.168.200.0/24", | ||
| "gateway": "192.168.200.1" | ||
| } | ||
| } | ||
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| @pytest.fixture(scope="module") | ||
| def nad_change_timeout(): | ||
| """Timeout for NAD change operations.""" | ||
| return TIMEOUT_5MIN | ||
| ``` | ||
|
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| ## Step 6: Validate Complete Coverage | ||
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| **Critical Validation:** | ||
|
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| 1. **Count STD scenarios:** 1 Tier 2 scenario (TS-CNV-80573-001) | ||
| 2. **Count generated test functions:** 1 (`test_ts_cnv_80573_001_nad_change_during_vm_runtime`) | ||
| 3. **Verify completeness:** ✅ **COMPLETE** (1/1 scenarios covered) | ||
|
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| **Scenario ID mapping:** | ||
| - TS-CNV-80573-001 → `test_ts_cnv_80573_001_nad_change_during_vm_runtime()` ✅ | ||
|
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| ## Step 7: Report Results | ||
|
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| **Generated Files:** | ||
| ``` | ||
| outputs/python-tests/CNV-80573/ | ||
| ├── test_nad_changes_runtime.py (195 lines) | ||
| └── conftest.py (27 lines) | ||
| ``` | ||
|
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| **Summary:** | ||
| ``` | ||
| ✅ Tier2 Python Test Generation Complete! | ||
|
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| 📊 Coverage Validation: | ||
| - STD Tier 2 scenarios: 1 | ||
| - Generated test functions: 1 | ||
| - Coverage: 100% ✅ | ||
|
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| 📁 Generated Files: | ||
| - outputs/python-tests/CNV-80573/test_nad_changes_runtime.py (1 test, 195 lines) | ||
| - outputs/python-tests/CNV-80573/conftest.py (27 lines) | ||
|
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| ✅ All scenarios covered - validation passed | ||
|
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| 🔧 Key Features: | ||
| - Real ocp_resources imports and usage | ||
| - Class-scoped fixtures for shared resources | ||
| - Context managers for all resource management | ||
| - PSE docstrings with Steps/Expected sections | ||
| - Proper pytest markers and module-level pytestmark | ||
| - Network connectivity validation | ||
| - NAD configuration change verification | ||
| - VM runtime state preservation checks | ||
|
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| 🧪 Test Characteristics: | ||
| - Framework: pytest with openshift-python-wrapper | ||
| - Pattern: network_connectivity | ||
| - Markers: tier2, network, nad_changes | ||
| - Resources: NetworkAttachmentDefinition, VirtualMachine | ||
| - Validation: NAD changes during VM runtime without disruption | ||
| ``` | ||
|
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| The generated code follows all the critical patterns: | ||
| - ✅ Uses context managers for all resources | ||
| - ✅ Calls `running_vm()` after VM creation | ||
| - ✅ Class docstrings include mandatory Markers section | ||
| - ✅ Module-level `pytestmark` present | ||
| - ✅ Proper fixture naming with scope suffixes | ||
| - ✅ Real function signatures from LSP analysis | ||
| - ✅ Complete scenario coverage (1:1 mapping) |
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🧩 Analysis chain
🏁 Script executed:
#!/bin/bash
set -euo pipefail
target_file="$(fd -a '^test_cnv_80573\.py$' | head -n 1)"
echo "Parsing: ${target_file}"
python - "${target_file}" <<'PY'
import ast
import pathlib
import sys
path = pathlib.Path(sys.argv[1])
source = path.read_text()
ast.parse(source)
print(f"OK: {path} is valid Python")
PYRepository: RedHatQE/openshift-virtualization-tests
Length of output: 598
Extract embedded Python code from generator transcript; file is not valid Python and cannot be collected by pytest.
The file contains a full generator tool transcript (prose, Markdown headings, fenced code blocks) rather than executable Python source. Pytest will immediately fail to import this module with SyntaxError: unterminated string literal at line 1.
Required action:
- Extract the Python test class from the
test_nad_changes_runtime.pyfenced code block (lines containing theTestNADChangesRuntimeclass definition andtest_ts_cnv_80573_001_nad_change_during_vm_runtime()method). - Replace the entire current file content with only that Python code.
- Create a separate
tests/qualityflow/CNV-80573/conftest.pyfile with the content from the embeddedconftest.pyfenced code block.
The embedded code is otherwise structurally sound and follows the project patterns (fixtures with scope suffixes, class-scoped setup, proper imports), but it will not be testable until it exists as valid Python files.
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[warning] 27-27: Expected an expression
(invalid-syntax)
[warning] 28-28: Invalid annotated assignment target
(invalid-syntax)
[warning] 28-28: Expected an expression
(invalid-syntax)
[warning] 28-28: Expected an expression
(invalid-syntax)
[warning] 28-28: Got unexpected token `
(invalid-syntax)
[warning] 28-28: Got unexpected token `
(invalid-syntax)
[warning] 28-29: Expected a statement
(invalid-syntax)
[warning] 29-29: Expected an expression
(invalid-syntax)
[warning] 29-29: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 29-29: Expected an expression
(invalid-syntax)
[warning] 29-29: Expected a statement
(invalid-syntax)
[warning] 30-30: Invalid annotated assignment target
(invalid-syntax)
[warning] 30-30: Expected an expression
(invalid-syntax)
[warning] 30-30: Expected an expression
(invalid-syntax)
[warning] 34-34: Expected an expression
(invalid-syntax)
[warning] 34-34: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 34-34: Expected an expression
(invalid-syntax)
[warning] 34-35: Expected an expression
(invalid-syntax)
[warning] 35-35: Got unexpected token `
(invalid-syntax)
[warning] 35-35: Got unexpected token `
(invalid-syntax)
[warning] 35-35: Got unexpected token `
(invalid-syntax)
[warning] 35-36: Expected a statement
(invalid-syntax)
[warning] 37-37: Invalid decimal integer literal
(invalid-syntax)
[warning] 39-39: Got unexpected token `
(invalid-syntax)
[warning] 39-39: Got unexpected token `
(invalid-syntax)
[warning] 39-39: Got unexpected token `
(invalid-syntax)
[warning] 39-40: Expected a statement
(invalid-syntax)
[warning] 45-45: Got unexpected token `
(invalid-syntax)
[warning] 45-45: Got unexpected token `
(invalid-syntax)
[warning] 45-45: Got unexpected token `
(invalid-syntax)
[warning] 270-270: Got unexpected token `
(invalid-syntax)
[warning] 270-270: Got unexpected token `
(invalid-syntax)
[warning] 270-270: Got unexpected token `
(invalid-syntax)
[warning] 270-271: Expected a statement
(invalid-syntax)
[warning] 274-274: Got unexpected token `
(invalid-syntax)
[warning] 274-274: Got unexpected token `
(invalid-syntax)
[warning] 274-274: Got unexpected token `
(invalid-syntax)
[warning] 305-305: Got unexpected token `
(invalid-syntax)
[warning] 305-305: Got unexpected token `
(invalid-syntax)
[warning] 305-305: Got unexpected token `
(invalid-syntax)
[warning] 305-306: Expected a statement
(invalid-syntax)
[warning] 309-309: Expected an expression
(invalid-syntax)
[warning] 309-309: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 309-309: Expected an expression
(invalid-syntax)
[warning] 309-310: Expected an expression
(invalid-syntax)
[warning] 311-311: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 311-311: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 311-311: Expected an expression
(invalid-syntax)
[warning] 311-311: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 311-311: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 311-311: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 311-311: Invalid decimal integer literal
(invalid-syntax)
[warning] 312-312: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 312-312: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 312-312: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 312-312: Expected an expression
(invalid-syntax)
[warning] 312-312: Got unexpected token `
(invalid-syntax)
[warning] 312-312: Got unexpected token `
(invalid-syntax)
[warning] 313-313: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 313-313: Expected an expression
(invalid-syntax)
[warning] 313-313: Got unexpected token ✅
(invalid-syntax)
[warning] 313-313: Expected an expression
(invalid-syntax)
[warning] 313-313: Expected ), found name
(invalid-syntax)
[warning] 313-313: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 313-313: Expected a statement
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[warning] 313-314: Expected a statement
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[warning] 315-315: Expected an expression
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[warning] 315-315: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 315-315: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 315-315: Expected an expression
(invalid-syntax)
[warning] 315-316: Expected an expression
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[warning] 316-316: Invalid decimal integer literal
(invalid-syntax)
[warning] 316-316: Got unexpected token →
(invalid-syntax)
[warning] 316-316: Got unexpected token `
(invalid-syntax)
[warning] 316-316: Got unexpected token `
(invalid-syntax)
[warning] 316-316: Got unexpected token ✅
(invalid-syntax)
[warning] 316-317: Expected a statement
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[warning] 320-320: Expected an expression
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[warning] 320-320: Simple statements must be separated by newlines or semicolons
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[warning] 320-320: Expected an expression
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[warning] 320-321: Expected an expression
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[warning] 321-321: Got unexpected token `
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[warning] 321-321: Got unexpected token `
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[warning] 321-321: Got unexpected token `
(invalid-syntax)
[warning] 321-322: Expected a statement
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[warning] 322-323: Expected an expression
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[warning] 323-323: Got unexpected token ├
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[warning] 323-323: Got unexpected token ─
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[warning] 323-323: Got unexpected token ─
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[warning] 323-323: Expected ,, found name
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[warning] 324-324: Got unexpected token └
(invalid-syntax)
[warning] 324-324: Got unexpected token ─
(invalid-syntax)
[warning] 324-324: Got unexpected token ─
(invalid-syntax)
[warning] 324-324: Expected ,, found name
(invalid-syntax)
[warning] 325-325: Got unexpected token `
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[warning] 325-325: Got unexpected token `
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[warning] 325-325: Got unexpected token `
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[warning] 325-326: Expected a statement
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[warning] 327-327: Expected an expression
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[warning] 327-328: Expected an expression
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[warning] 328-328: Got unexpected token `
(invalid-syntax)
[warning] 328-328: Got unexpected token `
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[warning] 328-328: Got unexpected token `
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[warning] 328-329: Expected a statement
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[warning] 329-329: Got unexpected token ✅
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[warning] 329-329: Simple statements must be separated by newlines or semicolons
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[warning] 329-329: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 329-329: Simple statements must be separated by newlines or semicolons
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[warning] 329-329: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 329-329: Expected a statement
(invalid-syntax)
[warning] 329-330: Expected a statement
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[warning] 331-331: Got unexpected token 📊
(invalid-syntax)
[warning] 331-331: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 331-332: Expected an expression
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[warning] 332-332: Simple statements must be separated by newlines or semicolons
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[warning] 332-332: Simple statements must be separated by newlines or semicolons
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[warning] 332-332: Simple statements must be separated by newlines or semicolons
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[warning] 333-333: Simple statements must be separated by newlines or semicolons
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[warning] 333-333: Simple statements must be separated by newlines or semicolons
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[warning] 334-334: Invalid annotated assignment target
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[warning] 334-334: Got unexpected token ✅
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[warning] 334-335: Expected a statement
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[warning] 336-336: Got unexpected token 📁
(invalid-syntax)
[warning] 336-336: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 336-337: Expected an expression
(invalid-syntax)
[warning] 337-337: Expected ,, found name
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[warning] 337-337: Expected ,, found name
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[warning] 338-338: Expected ,, found name
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[warning] 340-340: Got unexpected token ✅
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[warning] 340-340: Simple statements must be separated by newlines or semicolons
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[warning] 340-340: Simple statements must be separated by newlines or semicolons
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[warning] 342-342: Got unexpected token 🔧
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[warning] 342-342: Simple statements must be separated by newlines or semicolons
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[warning] 342-343: Expected an expression
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[warning] 343-343: Simple statements must be separated by newlines or semicolons
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[warning] 357-357: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
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(invalid-syntax)
[warning] 358-358: Got unexpected token `
(invalid-syntax)
[warning] 358-358: Got unexpected token `
(invalid-syntax)
[warning] 358-358: Got unexpected token `
(invalid-syntax)
[warning] 358-359: Expected a statement
(invalid-syntax)
[warning] 360-360: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 360-360: Simple statements must be separated by newlines or semicolons
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[warning] 360-360: Simple statements must be separated by newlines or semicolons
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[warning] 360-360: Simple statements must be separated by newlines or semicolons
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[warning] 360-360: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 360-360: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 360-360: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 360-361: Expected an expression
(invalid-syntax)
[warning] 361-361: Got unexpected token ✅
(invalid-syntax)
[warning] 361-361: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 361-361: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 361-361: Compound statements are not allowed on the same line as simple statements
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[warning] 361-361: Expected in, found name
(invalid-syntax)
[warning] 361-362: Expected :, found newline
(invalid-syntax)
[warning] 362-362: Expected an indented block after for statement
(invalid-syntax)
[warning] 362-362: Got unexpected token ✅
(invalid-syntax)
[warning] 362-362: Got unexpected token `
(invalid-syntax)
[warning] 362-362: Got unexpected token `
(invalid-syntax)
[warning] 362-362: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 362-362: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 363-363: Got unexpected token ✅
(invalid-syntax)
[warning] 363-363: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 363-363: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 363-363: Simple statements must be separated by newlines or semicolons
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[warning] 363-363: Simple statements must be separated by newlines or semicolons
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[warning] 363-363: Simple statements must be separated by newlines or semicolons
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[warning] 364-364: Got unexpected token ✅
(invalid-syntax)
[warning] 364-364: Got unexpected token `
(invalid-syntax)
[warning] 364-364: Got unexpected token `
(invalid-syntax)
[warning] 365-365: Got unexpected token ✅
(invalid-syntax)
[warning] 365-365: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 365-365: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 365-365: Compound statements are not allowed on the same line as simple statements
(invalid-syntax)
[warning] 365-365: Expected ,, found name
(invalid-syntax)
[warning] 365-366: Expected :, found newline
(invalid-syntax)
[warning] 366-366: Expected an indented block after with statement
(invalid-syntax)
[warning] 366-366: Got unexpected token ✅
(invalid-syntax)
[warning] 366-366: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 366-366: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 366-366: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 366-366: Expected import, found name
(invalid-syntax)
[warning] 367-367: Got unexpected token ✅
(invalid-syntax)
[warning] 367-367: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 367-367: Simple statements must be separated by newlines or semicolons
(invalid-syntax)
[warning] 367-367: Expected ,, found :
(invalid-syntax)
[warning] 367-367: Expected ,, found name
(invalid-syntax)
🤖 Prompt for AI Agents
Verify each finding against the current code and only fix it if needed.
In `@tests/qualityflow/CNV-80573/test_cnv_80573.py` around lines 1 - 367, The file
currently contains a generator transcript instead of valid Python; extract the
fenced Python blocks and produce two real files: replace
tests/qualityflow/CNV-80573/test_nad_changes_runtime.py with only the Python
test module content containing the TestNADChangesRuntime class and its
test_ts_cnv_80573_001_nad_change_during_vm_runtime method (including imports,
pytestmark, and fixtures referenced), and create
tests/qualityflow/CNV-80573/conftest.py containing the conftest fixtures
(test_nad_subnet_configs and nad_change_timeout); remove all
prose/markdown/transcript text so pytest can import the module and ensure the
fixtures and symbols (TestNADChangesRuntime,
test_ts_cnv_80573_001_nad_change_during_vm_runtime, test_nad_subnet_configs,
nad_change_timeout) match the references in the test.
| try: | ||
| initial_ip = get_vmi_ip_v4_by_name( | ||
| vmi=vm.vmi, | ||
| interface_name="test-network" | ||
| ) | ||
| LOGGER.info(f"VM initial IP on test network: {initial_ip}") | ||
| except Exception as e: | ||
| LOGGER.warning(f"Could not get initial IP: {e}") | ||
|
|
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rg -nP --type=py 'except\s+Exception(\s+as\s+\w+)?\s*:' tests/qualityflow/CNV-80573/test_cnv_80573.py -C2Repository: RedHatQE/openshift-virtualization-tests
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# Get full context around the first exception block (lines 199-207)
sed -n '195,215p' tests/qualityflow/CNV-80573/test_cnv_80573.py | cat -n
echo "---"
# Get full context around the second exception block (lines 248-260)
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HIGH: Bare except Exception in NAD validation blocks masks critical IP/subnet regressions and produces false-positive test passes.
The test verifies NAD migration by checking that the VM retains connectivity and gets an IP from the updated subnet. Both exception handlers silently swallow failures:
- Lines 206-210: Exception from
get_vmi_ip_v4_by_name()is caught; initial IP logging is skipped (diagnostic loss). - Lines 250-258 (critical): The subnet assertion
assert updated_ip.startswith("192.168.200.")is inside the try block. Ifget_vmi_ip_v4_by_name()fails, the entire validation is skipped—test continues and can pass even when the subnet assertion was never executed.
Per coding guidelines: "Do not catch bare Exception — catch specific exception types only" and "NEVER silently swallow exceptions." For CNV-80573 (NAD scope changes), letting failures silently continue defeats the regression detection purpose.
Remove both exception handlers and let failures propagate:
Proposed fix
- try:
- initial_ip = get_vmi_ip_v4_by_name(
- vmi=vm.vmi,
- interface_name="test-network"
- )
- LOGGER.info(f"VM initial IP on test network: {initial_ip}")
- except Exception as e:
- LOGGER.warning(f"Could not get initial IP: {e}")
+ initial_ip = get_vmi_ip_v4_by_name(
+ vmi=vm.vmi,
+ interface_name="test-network",
+ )
+ LOGGER.info(f"VM initial IP on test network: {initial_ip}")
...
- try:
- updated_ip = get_vmi_ip_v4_by_name(
- vmi=vm.vmi,
- interface_name="test-network"
- )
- LOGGER.info(f"VM updated IP on test network: {updated_ip}")
- assert updated_ip.startswith("192.168.200."), \
- f"Updated IP {updated_ip} should be from updated subnet 192.168.200.0/24"
-
- except Exception as e:
- LOGGER.warning(f"Could not verify updated IP: {e}")
+ updated_ip = get_vmi_ip_v4_by_name(
+ vmi=vm.vmi,
+ interface_name="test-network",
+ )
+ LOGGER.info(f"VM updated IP on test network: {updated_ip}")
+ assert updated_ip.startswith("192.168.200."), (
+ f"Updated IP {updated_ip} should be from updated subnet 192.168.200.0/24"
+ )Also applies to: lines 248–260.
🤖 Prompt for AI Agents
Verify each finding against the current code and only fix it if needed.
In `@tests/qualityflow/CNV-80573/test_cnv_80573.py` around lines 199 - 207, The
try/except blocks around get_vmi_ip_v4_by_name() are swallowing failures and
skipping the subnet assertion; remove the bare exception handlers so errors
propagate instead of being logged and ignored—specifically, delete the
try/except that wraps the initial call to get_vmi_ip_v4_by_name() (and its
LOGGER.warning) and any try/except that encloses the later updated_ip check,
call get_vmi_ip_v4_by_name() directly and leave the assertion assert
updated_ip.startswith("192.168.200.") executed unguarded so failures fail the
test.
| default_network = next((n for n in updated_networks if n.name == "default"), None) | ||
| assert default_network, "Default network should remain unchanged" | ||
| assert "pod" in default_network, "Default network should still use pod networking" |
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echo
echo "Repository patterns for pod-network checks:"
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HIGH: Inconsistent object access on line 269—replace dict-like check with attribute-based check.
Networks retrieved from the Kubernetes API (line 234) are accessed consistently as attribute-based objects throughout the test (network.name, test_network.multus.networkName). Line 269's "pod" in default_network uses dict semantics, which will fail.
For a pod-type network (one without multus), check either:
default_network.pod(if pod is exposed as an attribute)default_network.multus is None(verify multus is not set, indicating pod network)
Use the same attribute-based pattern as lines 193, 195, 214, and 238 to access the network object properties.
🤖 Prompt for AI Agents
Verify each finding against the current code and only fix it if needed.
In `@tests/qualityflow/CNV-80573/test_cnv_80573.py` around lines 267 - 269, The
assertion uses dict-like semantics ("pod" in default_network) but network
objects are accessed as attributes; update the check on default_network to use
attributes—e.g., assert default_network.multus is None (or assert
getattr(default_network, "pod", False))—so the test verifies the network is
pod-type using attribute-based access consistent with default_network.name and
test_network.multus.networkName.
|
Closing — test PR created during dashboard debugging |
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QualityFlow Tier 2 Tests
Ticket: CNV-80573
Files: 1
tests/qualityflow/CNV-80573/test_cnv_80573.pyAuto-generated by QualityFlow
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