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MTV refactor, order files and classes #2246
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WalkthroughThis pull request involves a comprehensive refactoring of constant imports across multiple files in the Changes
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🚧 Files skipped from review as they are similar to previous changes (1)
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Actionable comments posted: 1
🔭 Outside diff range comments (1)
ocp_resources/pod.py (1)
Line range hint
3-3
: Update type hints to use built-in typesAccording to the PR objectives, we should replace
Dict
,List
, andOptional
with built-in types and the pipe operator. Please update the imports to align with this goal.Apply this diff:
-from typing import Any, Dict, List, Optional +from typing import AnyAnd update type hints throughout the file:
-def __init__(self, active_deadline_seconds: Optional[int] = None, +def __init__(self, active_deadline_seconds: int | None = None,
🧹 Nitpick comments (10)
ocp_resources/role.py (1)
Line range hint
24-31
: Consider updating docstring type hints for consistency.To align with the PR objectives of simplifying type annotations, consider updating the docstring type hints:
Args: name (str): ClusterRole name. namespace (str): Namespace name. client (DynamicClient): DynamicClient to use. - rules (list): list of dicts of rules. In the dict: - permissions_to_resources (list): List of string with resource/s to which you want to add permissions to. - Verbs (list): Determine the action/s (permissions) applicable on a specific resource. + rules (list[dict]): list of dicts of rules. In the dict: + permissions_to_resources (list[str]): List of string with resource/s to which you want to add permissions to. + Verbs (list[str]): Determine the action/s (permissions) applicable on a specific resource.ocp_resources/host.py (1)
Line range hint
46-46
: Consider adding type hints to improve code clarityThe
to_dict
method could benefit from more specific type hints, aligning with the PR's objective of improving type annotations. While we're moving away fromtyping
module types, we can use built-in types.Consider updating the method signature:
- def to_dict(self) -> None: + def to_dict(self) -> dict | None:ocp_resources/hook.py (1)
Line range hint
13-19
: Consider externalizing the default image versionThe default image value is hardcoded to "quay.io/konveyor/hook-runner:latest". Consider moving this to a configuration constant to make version management easier and more maintainable.
+from ocp_resources.utils.constants import DEFAULT_HOOK_RUNNER_IMAGE + def __init__( self, name=None, namespace=None, - image="quay.io/konveyor/hook-runner:latest", + image=DEFAULT_HOOK_RUNNER_IMAGE, playbook=None,ocp_resources/pod.py (1)
Line range hint
363-419
: Improve error handling in execute methodConsider the following improvements to make the error handling more robust:
- Move the error message to a constant
- Add explicit type checking for error channel response
- Add logging for error scenarios
Consider applying this refactor:
+ STREAM_CLOSED_ERROR = "stream resp is closed" + def execute(self, command: List[str], timeout: int = 60, container: str = "", ignore_rc: bool = False) -> str: """ Run command on Pod ... """ - error_channel: Dict[Any, Any] = {} - stream_closed_error: str = "stream resp is closed" + error_channel: dict[str, Any] = {} self.logger.info(f"Execute {command} on {self.name} ({self.node.name})") ... while resp.is_open(): resp.run_forever(timeout=2) try: error_channel = json.loads(resp.read_channel(kubernetes.stream.ws_client.ERROR_CHANNEL)) + self.logger.debug(f"Error channel response: {error_channel}") break except json.decoder.JSONDecodeError: + self.logger.debug("Failed to decode error channel response") if timeout_watch.remaining_time() <= 0: - raise ExecOnPodError(command=command, rc=-1, out="", err=stream_closed_error) + raise ExecOnPodError(command=command, rc=-1, out="", err=self.STREAM_CLOSED_ERROR) rcstring = error_channel.get("status") if rcstring is None: - raise ExecOnPodError(command=command, rc=-1, out="", err=stream_closed_error) + raise ExecOnPodError(command=command, rc=-1, out="", err=self.STREAM_CLOSED_ERROR)ocp_resources/resource.py (2)
226-226
: Use of type aliases or further breakdown.
This line sets “self.version: list[str | Any] = []”. If “Any” is a possible placeholder, consider refining further or leaving a short comment describing why both str and Any are needed for version tokens.
1503-1503
: Simplify the recursion
No immediate issue. If code expands, consider factoring out repeated logic for clarity.ocp_resources/migration.py (1)
Line range hint
41-54
: Consider adding type hints to remaining parametersWhile some parameters have been updated with type hints, others like
name
,namespace
,client
, etc., still lack type annotations. Consider updating these for consistency.def __init__( self, - name=None, - namespace=None, + name: str | None = None, + namespace: str | None = None, plan_name=None, plan_namespace=None, cut_over=None, - client=None, - teardown=True, + client: Any | None = None, + teardown: bool = True, yaml_file=None, delete_timeout=TIMEOUT_4MINUTES, **kwargs, ):ocp_resources/network_map.py (1)
59-75
: Consider extracting shared mapping logic to a base classThe
map_to_dict
property implementation is identical to the one in StorageMap. Consider creating a base class to share this common functionality.class BaseMap(NamespacedResource): @property def map_to_dict(self) -> dict: return { "spec": { "map": self.mapping, "provider": { "source": { "name": self.source_provider_name, "namespace": self.source_provider_namespace, }, "destination": { "name": self.destination_provider_name, "namespace": self.destination_provider_namespace, }, }, } } class NetworkMap(BaseMap): # ... rest of the implementationocp_resources/storage_map.py (1)
62-78
: Add type hints to map_to_dict propertyThe new property lacks type hints. Consider adding return type annotation for better code maintainability.
@property - def map_to_dict(self): + def map_to_dict(self) -> dict: return { "spec": { "map": self.mapping, "provider": { "source": { "name": self.source_provider_name, "namespace": self.source_provider_namespace, }, "destination": { "name": self.destination_provider_name, "namespace": self.destination_provider_namespace, }, }, } }ocp_resources/plan.py (1)
Line range hint
77-124
: Consider breaking down the to_dict methodThe
to_dict
method contains a large nested dictionary. Consider breaking it down into smaller, more manageable pieces for better maintainability.def _get_map_spec(self) -> dict: return { "storage": { "name": self.storage_map_name, "namespace": self.storage_map_namespace, }, "network": { "name": self.network_map_name, "namespace": self.network_map_namespace, }, } def _get_provider_spec(self) -> dict: return { "source": { "name": self.source_provider_name, "namespace": self.source_provider_namespace, }, "destination": { "name": self.destination_provider_name, "namespace": self.destination_provider_namespace, }, } def to_dict(self) -> None: super().to_dict() if not self.kind_dict and not self.yaml_file: self.res.update({ "spec": { "warm": self.warm_migration, "targetNamespace": self.target_namespace, "map": self._get_map_spec(), "vms": self.virtual_machines_list, "provider": self._get_provider_spec(), } })
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📒 Files selected for processing (49)
ocp_resources/benchmark.py
(1 hunks)ocp_resources/cdi_config.py
(1 hunks)ocp_resources/daemonset.py
(1 hunks)ocp_resources/datavolume.py
(1 hunks)ocp_resources/deployment.py
(1 hunks)ocp_resources/endpoint_slice.py
(1 hunks)ocp_resources/endpoints.py
(1 hunks)ocp_resources/forklift_controller.py
(1 hunks)ocp_resources/hook.py
(1 hunks)ocp_resources/host.py
(1 hunks)ocp_resources/hostpath_provisioner.py
(1 hunks)ocp_resources/hyperconverged.py
(1 hunks)ocp_resources/image_stream.py
(1 hunks)ocp_resources/job.py
(1 hunks)ocp_resources/lease.py
(1 hunks)ocp_resources/machine_health_check.py
(1 hunks)ocp_resources/machine_set.py
(1 hunks)ocp_resources/migration.py
(1 hunks)ocp_resources/mtv.py
(0 hunks)ocp_resources/network_map.py
(2 hunks)ocp_resources/node_maintenance.py
(1 hunks)ocp_resources/node_network_configuration_policy.py
(1 hunks)ocp_resources/node_network_state.py
(1 hunks)ocp_resources/ocs_initialization.py
(1 hunks)ocp_resources/operator_group.py
(1 hunks)ocp_resources/operator_source.py
(1 hunks)ocp_resources/persistent_volume_claim.py
(1 hunks)ocp_resources/plan.py
(1 hunks)ocp_resources/pod.py
(1 hunks)ocp_resources/pod_disruption_budget.py
(1 hunks)ocp_resources/priority_class.py
(1 hunks)ocp_resources/provider.py
(2 hunks)ocp_resources/resource.py
(37 hunks)ocp_resources/role.py
(1 hunks)ocp_resources/role_binding.py
(1 hunks)ocp_resources/route.py
(1 hunks)ocp_resources/secret.py
(1 hunks)ocp_resources/sriov_network.py
(1 hunks)ocp_resources/sriov_network_node_policy.py
(1 hunks)ocp_resources/storage_map.py
(2 hunks)ocp_resources/subscription.py
(1 hunks)ocp_resources/upload_token_request.py
(1 hunks)ocp_resources/utils/resource_constants.py
(1 hunks)ocp_resources/virtual_machine.py
(1 hunks)ocp_resources/virtual_machine_export.py
(1 hunks)ocp_resources/virtual_machine_import.py
(1 hunks)ocp_resources/virtual_machine_instance.py
(1 hunks)ocp_resources/virtual_machine_restore.py
(1 hunks)ocp_resources/virtual_machine_snapshot.py
(1 hunks)
💤 Files with no reviewable changes (1)
- ocp_resources/mtv.py
✅ Files skipped from review due to trivial changes (36)
- ocp_resources/upload_token_request.py
- ocp_resources/secret.py
- ocp_resources/hostpath_provisioner.py
- ocp_resources/node_network_configuration_policy.py
- ocp_resources/datavolume.py
- ocp_resources/endpoint_slice.py
- ocp_resources/machine_health_check.py
- ocp_resources/benchmark.py
- ocp_resources/route.py
- ocp_resources/subscription.py
- ocp_resources/role_binding.py
- ocp_resources/priority_class.py
- ocp_resources/pod_disruption_budget.py
- ocp_resources/image_stream.py
- ocp_resources/sriov_network.py
- ocp_resources/virtual_machine_export.py
- ocp_resources/operator_source.py
- ocp_resources/ocs_initialization.py
- ocp_resources/deployment.py
- ocp_resources/sriov_network_node_policy.py
- ocp_resources/hyperconverged.py
- ocp_resources/daemonset.py
- ocp_resources/job.py
- ocp_resources/virtual_machine_instance.py
- ocp_resources/endpoints.py
- ocp_resources/node_maintenance.py
- ocp_resources/operator_group.py
- ocp_resources/persistent_volume_claim.py
- ocp_resources/virtual_machine.py
- ocp_resources/virtual_machine_restore.py
- ocp_resources/machine_set.py
- ocp_resources/lease.py
- ocp_resources/virtual_machine_import.py
- ocp_resources/virtual_machine_snapshot.py
- ocp_resources/cdi_config.py
- ocp_resources/node_network_state.py
🔇 Additional comments (50)
ocp_resources/role.py (1)
4-4
: LGTM! Import path update is consistent with the refactoring.
The constant import path change aligns with the broader refactoring effort to reorganize constants into the utils
package.
ocp_resources/host.py (1)
1-3
: LGTM: Import path update aligns with constant reorganization
The updated import path for TIMEOUT_4MINUTES
correctly reflects the new constants organization structure.
ocp_resources/hook.py (2)
1-1
: Verify consistent import path updates across the codebase
The import path change aligns with the PR objective of relocating constants. Let's verify that all other files importing TIMEOUT_4MINUTES
have been updated consistently.
✅ Verification successful
Import path updates are consistent across the codebase
The verification shows that all files importing TIMEOUT_4MINUTES
are using the new path ocp_resources.utils.constants
. No instances of the old import path ocp_resources.constants
were found, confirming consistent updates across the codebase.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for any remaining old-style imports of TIMEOUT_4MINUTES
# Expected: No results from the old import path
# Search for old import path
echo "Checking for old import paths..."
rg "from ocp_resources.constants import.*TIMEOUT_4MINUTES"
# Search for new import path to confirm updates
echo "Checking for new import paths..."
rg "from ocp_resources.utils.constants import.*TIMEOUT_4MINUTES"
Length of output: 3958
Line range hint 5-9
: Update class docstring to reflect removal of MTV dependency
The docstring still references "Migration Tool for Virtualization (MTV)" while the MTV inheritance has been removed. Consider updating the docstring to better reflect the current purpose and dependencies of the class.
class Hook(NamespacedResource):
"""
- Migration Tool for Virtualization (MTV) Plan's Hook Resource.
+ Forklift Plan's Hook Resource for managing ansible playbook execution.
"""
Let's verify if any MTV-specific functionality was lost:
✅ Verification successful
Let me try a different approach to verify the MTV functionality impact.
Let me try one more search to find Hook usage with the correct ripgrep syntax.
Update docstring to align with Forklift terminology
Based on the codebase analysis, while MTV references are being removed, the Hook class is part of the Forklift ecosystem (evident from api_group = NamespacedResource.ApiGroup.FORKLIFT_KONVEYOR_IO
). The class is a simple wrapper for managing ansible playbook execution with no MTV-specific functionality in its implementation. The docstring should be updated to use Forklift terminology for consistency.
- Update the docstring in
ocp_resources/hook.py
:
class Hook(NamespacedResource):
"""
- Migration Tool for Virtualization (MTV) Plan's Hook Resource.
+ Forklift Plan's Hook Resource for managing ansible playbook execution.
"""
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for any MTV-specific method calls or attributes that might have been inherited
# Expected: Identify any potential functionality gaps
# Search for MTV class definition to understand inherited functionality
echo "Searching for MTV class definition..."
rg -l "class MTV"
# Search for potential MTV method calls in Hook usage
echo "Checking Hook usage for MTV-specific functionality..."
ast-grep --pattern 'Hook($$$)' -A 5
Length of output: 259
Script:
#!/bin/bash
# Search for any references to MTV in the Hook class implementation and usage
echo "Searching for MTV references in Hook implementation and usage..."
rg -p "MTV" ocp_resources/hook.py
# Check the full Hook class implementation to understand its functionality
echo "Checking Hook class implementation..."
cat ocp_resources/hook.py
# Search for Hook usage across the codebase
echo "Searching for Hook usage across codebase..."
rg -p "Hook" --type python
Length of output: 1836
Script:
#!/bin/bash
# Search for Hook usage across the codebase
echo "Searching for Hook class usage..."
rg -p "Hook\(" .
# Search for any other MTV references that might be related
echo "Searching for other MTV references..."
rg -p "MTV" .
Length of output: 2325
ocp_resources/pod.py (1)
Line range hint 1-1
: Verify removal of MTV references
Let's verify that there are no remaining references to the MTV class in this file or related imports.
✅ Verification successful
Let me check the actual content of these files to see if they contain active MTV references or just comments/strings.
Let me check if there are any actual MTV class imports or inheritance in these files.
MTV references are only in docstrings, no actual code dependencies found
The verification shows that all MTV occurrences are only in docstrings (class documentation) describing the "Migration Toolkit For Virtualization (MTV)" product. There are no actual MTV class imports or inheritance patterns in the codebase. The references are purely descriptive and don't affect the code functionality.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for any remaining MTV references in the codebase
echo "Searching for MTV class references..."
rg -l "MTV"
echo "Searching for MTV imports..."
ast-grep --pattern 'from $_ import MTV'
Length of output: 419
Script:
#!/bin/bash
# Check the actual MTV references in these files
for file in forklift_controller.py storage_map.py provider.py plan.py network_map.py migration.py host.py hook.py; do
echo "=== Checking $file ==="
rg "MTV" "ocp_resources/$file" -C 2
done
Length of output: 4391
Script:
#!/bin/bash
# Check for MTV class imports and inheritance
echo "Checking for MTV class imports..."
ast-grep --pattern 'from $_ import MTV'
echo -e "\nChecking for MTV class inheritance..."
ast-grep --pattern 'class $_ (MTV)'
echo -e "\nChecking for MTV class inheritance with other patterns..."
ast-grep --pattern 'class $_ (MTV, $_)'
ast-grep --pattern 'class $_ (_, MTV)'
Length of output: 461
ocp_resources/resource.py (36)
49-49
: Good practice: Clear segregation of constants.
Inheriting from ResourceConstants is a neat approach to centralize resource statuses and conditions.
57-57
: Return type annotation now uses the pipe union.
The switch to ResourceField | None looks clean and consistent with modern Python type-hint practices. Nicely done!
79-79
: Well-handled built-in dict for type hints.
The updated signature “config_dict: dict[str, Any] | None = None” is consistent with recent Python enhancements.
129-129
: Return union notation.
Same as above, adopting “str | None” is consistent with PEP 604.
142-142
: Sufficiently descriptive function name.
The function name clearly communicates its purpose to recursively replace a key’s value with a masked value. Good clarity.
164-164
: Docstring references are correct.
The docstring descriptions of how lists are handled match the implementation. It appears accurate.
189-189
: Return type declared.
Defining “dict[Any, Any]” clarifies the function’s final output type.
239-239
: Exception logic for version parsing.
The condition checks are thorough, ensuring correct error messages for invalid Kubernetes API versions.
278-278
: Class now inherits from ResourceConstants.
This centralizes statuses, conditions, etc. Keep it up to ensure resource states remain consistent across the codebase.
402-403
: Leverage built-in type hints.
These updated parameter types (e.g., dict[str, Any] | None) match the rest of the file's style. Great consistency.
Also applies to: 405-405, 407-407, 413-413
480-480
: Clear initialization of self.res
.
Assigning a fresh dict or using the user-provided kind_dict is straightforward, simplifying later usage.
506-506
: Concise node selector spec preparation.
Merging or returning the dictionary is a consistent approach. No issues spotted.
510-510
: classproperty
usage is logical.
Returning the sub-resource level name ensures clarity about Resource subtype classification.
610-610
: Optional teardown.
Skipping resource teardown if environment variables are set is a great debugging convenience.
664-664
: Singular name override.
Accepting “singular_name” in a dictionary for sub-resource retrieval is flexible and encourages code reuse.
752-752
: Safeguard for resource availability.
The property checks if the resource still exists, preventing attribute errors downstream.
815-815
: Create method enhancements.
Masking sensitive data and logging ensures robust security and usability.
843-843
: No issues with resource deletion.
Properly logging hashed resource data is consistent with the new mask approach.
876-876
: Patch-based updates.
The function updates resource fields in place, respecting the modern dictionary type hints. Straightforward approach.
892-892
: Replace-based updates.
Ensures older fields can be removed. This is essential for an accurate resource state.
905-905
: Retry logic.
Allowing cluster exceptions to be retried is beneficial in distributed systems. The approach is robust.
934-934
: Return generator with union-typed items.
Returning “Resource|ResourceInstance” is correct. The docstring clarifies usage well.
983-983
: Lazy loading of resource instance.
Good usage of the property to attempt retrieval, bridging dynamic existence checks.
998-998
: Watch method for events.
The approach is consistent with typical controller patterns.
1147-1147
: Helper to get all cluster resources.
Capturing everything while gracefully handling NotFoundError and TypeError is practical.
1194-1194
: Generic list of str
for keys_to_hash.
This list-based approach is flexible and easy to expand for new keys.
1206-1206
: Effective recursive key hashing.
Combining benedict with your utility function is a powerful pattern for redacting sensitive data.
1285-1285
: Refined get method.
Properly handling "raw" vs. typed resource returns is a nice feature.
1363-1363
: ResourceEditor context manager
Centralizing patches into a single class is a neat approach for ephemeral test changes.
1391-1391
: Backups dictionary
This property approach clarifies usage and ensures easy inspection.
1394-1394
: Patches dictionary
Immediately returning the constructor’s patch mapping is simple and predictable.
1400-1400
: Update method
Backups are logically created only when necessary. Good optimization.
1484-1484
: _create_backup
Recursively comparing original vs. patch is correct for the “None” placeholders. Code is well-structured.
1525-1525
: Applying patches
The function is robust in handling partial or empty metadata. Good approach for dynamic resources.
1563-1564
: Retry for conflict errors
Ensures that concurrent updates or delayed server responses are gracefully handled.
14-14
: Consider removing unused "typing.Any" import.
Since only "Any" from the typing module is used, double-check if it’s necessary after introducing built-in type hints (like dict[str, Any]).
ocp_resources/utils/resource_constants.py (1)
1-66
: Centralized constants approach is commendable.
These nested classes for statuses, conditions, and providers bring clarity.
ocp_resources/forklift_controller.py (1)
4-4
: Verify MTV functionality removal impact
The removal of MTV inheritance aligns with the PR objectives. However, we should verify that no critical MTV functionality was lost.
✅ Verification successful
MTV inheritance removal is safe
Based on the codebase analysis, the MTV reference in ForkliftController was only used in the class docstring as an acronym explanation. The class itself doesn't contain any MTV-specific methods or functionality. The inheritance from NamespacedResource provides all the necessary functionality, and MTV was likely just a redundant base class.
- All MTV references in the codebase are purely descriptive (in docstrings) explaining that these components are part of the Migration Toolkit for Virtualization
- No MTV-specific methods or functionality were found in the ForkliftController class
- The class maintains its core functionality through NamespacedResource inheritance
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for MTV class usage and methods to understand potential impact
ast-grep --pattern 'class MTV {
$$$
}'
# Search for any remaining MTV references that might need updating
rg "MTV" --type python
Length of output: 96
Script:
#!/bin/bash
# Search for MTV class or inheritance patterns with ripgrep
rg "class.*MTV" -t py
# Search for any MTV references in Python files
rg "MTV" -t py -A 3
# Find all Python files that might have previously used MTV
fd ".py$" --exec grep -l "MTV" {} \;
Length of output: 4579
Script:
#!/bin/bash
# Check the git history for the MTV class or inheritance removal
git log -p -- ocp_resources/forklift_controller.py | grep -A 5 -B 5 "MTV"
# Look for any method definitions in ForkliftController class
ast-grep --pattern 'class ForkliftController {
$$$
}'
# Check if any MTV-specific methods were defined in the class
rg "class ForkliftController" -A 20 -t py
Length of output: 526
ocp_resources/provider.py (2)
14-18
: Type hints follow new convention correctly
The updated type hints using the pipe operator (|
) align with the PR objectives and Python's modern type hinting syntax.
21-26
: Verify impact of simplified constructor
The constructor has been simplified by removing several parameters and the condition_message_ready attribute. This could affect existing code that relies on these parameters.
✅ Verification successful
Constructor changes appear safe to proceed
The simplified constructor appears to be safe as:
- The
condition_message_ready
attribute is not used anywhere in the codebase - The Provider class is self-contained with all parameters properly mapped in the
to_dict()
method - No other files in the codebase are importing or instantiating the Provider class
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for Provider instantiations to check for potential breaking changes
rg -A 2 "Provider\(" --type python
# Look for any usage of condition_message_ready
rg "condition_message_ready" --type python
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#!/bin/bash
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rg "from.*Provider.*import|import.*Provider"
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# Look at the full Provider class implementation
cat ocp_resources/provider.py
Length of output: 1353
ocp_resources/migration.py (2)
1-1
: Import path change is consistent
The updated import path for TIMEOUT_4MINUTES from utils.constants aligns with the PR's objective of reorganizing constants.
5-5
: Verify removal of condition messages
The removal of MTV inheritance and condition_message_succeeded might affect status checking functionality.
ocp_resources/network_map.py (1)
1-1
: LGTM: Import path update aligns with project restructuring
The import path change for TIMEOUT_4MINUTES follows the PR objective of reorganizing constants.
ocp_resources/plan.py (2)
1-1
: Verify the broader impact of MTV removal across the codebase
The removal of MTV inheritance from multiple classes (NetworkMap, StorageMap, Plan) represents a significant architectural change. Please verify:
- All MTV functionality has been properly migrated or is no longer needed
- No breaking changes for existing users
- Documentation has been updated to reflect these changes
✅ Verification successful
MTV references are only in docstrings, no inheritance or imports found
The search results show that MTV is only mentioned in docstrings as "Migration Tool(kit) for Virtualization" across various resource files. There are no actual MTV class inheritances or imports found in the codebase, which indicates:
- The MTV inheritance has been completely removed
- All references are just descriptive documentation of what MTV stands for
- No remaining functional dependencies on MTV exist
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for any remaining MTV references that might need updating
rg "MTV" --type python
# Search for potentially affected test files
fd -e py -x grep -l "MTV" {} \; | grep "test"
Length of output: 100
Script:
#!/bin/bash
# Search for any remaining MTV references in Python files
rg -t py "MTV"
# Search for classes that might have previously inherited from MTV
rg -t py "class.*\(.*MTV.*\)"
# Look for any imports related to MTV
rg -t py "^from.*import.*MTV"
rg -t py "^import.*MTV"
# Check test files specifically
fd "test.*\.py$" -x grep -l "MTV" {} \;
Length of output: 2589
6-6
: Verify the impact of removing MTV inheritance
The removal of MTV inheritance might affect condition handling that was previously inherited. Please verify that no critical functionality was lost, particularly around condition messages and status tracking.
/hold |
/lgtm cancel |
/verified |
/hold cancel |
Remove MTV class.
Move all resource constants (Stats, Conditions, etc) to own class.
Remove usage of
Dict
,List
andOptional
typing, usedict
,list
and|
Summary by CodeRabbit
New Features
ResourceConstants
class to manage resource-related constants.map_to_dict
property toStorageMap
andNetworkMap
classes for structured representation.Bug Fixes
execute
method of thePod
class.Refactor
MTV
class from multiple resources, simplifying class structures.utils
module.Documentation