chore: refactor to use logger obj instead #445
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Warning Review failedThe pull request is closed. WalkthroughThe update involves a comprehensive refactoring across the codebase to enhance logging capabilities by replacing the global Changes
Sequence Diagram(s)Not applicable for these changes as the modifications are primarily about logging refactoring without significant control flow changes. Assessment against linked issues
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Actionable comments posted: 3
Outside diff range and nitpick comments (3)
pkg/k8s/k8s_pod.go (3)
100-100: Switch to structured logging for consistency and enhanced readability.
281-281: Ensure the log message clearly indicates that port forwarding has started. This is crucial for understanding the state of the system at this point in the log file.
282-282: Consider adding error information to the logging for port forwarding to enhance troubleshooting capabilities.
Review details
Configuration used: CodeRabbit UI
Review profile: CHILL
Files selected for processing (16)
- pkg/builder/kaniko/kaniko_test.go (2 hunks)
- pkg/instance/destroy.go (2 hunks)
- pkg/instance/helper.go (10 hunks)
- pkg/instance/instance.go (34 hunks)
- pkg/instance/pool.go (2 hunks)
- pkg/k8s/k8s.go (3 hunks)
- pkg/k8s/k8s_custom_resource.go (2 hunks)
- pkg/k8s/k8s_daemonset.go (3 hunks)
- pkg/k8s/k8s_namespace.go (3 hunks)
- pkg/k8s/k8s_networkpolicy.go (2 hunks)
- pkg/k8s/k8s_pod.go (14 hunks)
- pkg/k8s/k8s_pvc.go (3 hunks)
- pkg/k8s/k8s_replicaset.go (5 hunks)
- pkg/k8s/k8s_service.go (4 hunks)
- pkg/k8s/test_suite_test.go (2 hunks)
- pkg/knuu/knuu.go (5 hunks)
Files skipped from review due to trivial changes (1)
- pkg/k8s/k8s_service.go
Additional comments not posted (65)
pkg/k8s/k8s_namespace.go (2)
23-23: The refactored logging statement correctly usesc.loggerto log namespace existence. This change aligns with the PR's objective to standardize logging across the package.
49-49: The updated logging statement inNamespaceExistsfunction correctly utilizesc.loggerand provides detailed error information, which enhances debugging capabilities.pkg/k8s/k8s_custom_resource.go (1)
36-36: This logging update is consistent with the PR's goal of using a structured logger. It correctly logs the successful creation of a custom resource, which is crucial for monitoring and debugging.pkg/instance/destroy.go (2)
29-29: The refactoring of this logging statement to usei.Loggeris appropriate and aligns with the objective to allow more granular control over logging settings per instance. This change is crucial for debugging individual instance operations.
38-38: This log statement correctly usesi.Loggerto record the final state of the instance after destruction. It's a crucial log for tracking state transitions in instances.pkg/k8s/k8s_pvc.go (2)
40-40: This log statement is well-placed and uses the structured logger correctly, providing visibility into the lifecycle of PVCs which is essential for operational monitoring and debugging.
55-55: The logging statement after deleting a PVC correctly usesc.logger, ensuring consistency in logging practices across k8s resource management functions. This is crucial for tracking resource cleanup operations.pkg/instance/pool.go (1)
26-26: Successfully updated the logging statement to use the instance-specific logger.pkg/k8s/test_suite_test.go (2)
7-7: Import oflogruscorrectly added for use in test setup.
41-41: Correctly passed a newlogruslogger instance to theNewClientCustomfunction.pkg/k8s/k8s_networkpolicy.go (1)
94-94: The addition of the debug log statement using the custom logger is appropriate and follows the new logging pattern.pkg/k8s/k8s.go (6)
36-36: Addedloggerfield to theClientstruct to support custom logging.
41-41: TheNewClientfunction correctly accepts aloggerparameter, aligning with the refactoring objectives.
61-61: Correctly delegated the creation of theClienttoNewClientCustomwith the necessary parameters.
70-70: UpdatedNewClientCustomfunction signature to includelogger, ensuring consistency with the new logging approach.
77-77: Initialization of theloggerfield in theClientstruct is done correctly.
82-82: Appropriate use of the debug statement to log the status of the namespace.pkg/k8s/k8s_daemonset.go (3)
47-47: Refactored to use the instance-specific logger. Ensure that all instances ofc.loggerare initialized correctly before this point.
66-66: Refactored to use the instance-specific logger. Confirm thatc.loggeris appropriately initialized and that the logger's lifecycle is managed correctly across all methods using it.
74-74: Refactored to use the instance-specific logger. It's crucial to verify thatc.loggeris not only initialized but also configured correctly to handle different logging levels as expected.pkg/builder/kaniko/kaniko_test.go (2)
9-9: Added import forlogrusto support the new logger parameter in test setups. Ensure that this does not introduce any side effects in other test functions.
29-29: Logger object added toNewClientCustomfunction call. Ensure that the logger is correctly configured for test environments to avoid noisy logs or missing log data.pkg/k8s/k8s_replicaset.go (2)
39-39: Added debug logging for the replacement of aReplicaSet. This enhances traceability of operations but ensure that logging at this level is consistent with the rest of the application.
171-171: Debug statement added forprepareReplicaSetfunction, improving traceability ofReplicaSetpreparation steps. Confirm that the log level and the information logged are appropriate and consistent throughout the application.pkg/knuu/knuu.go (3)
68-71: RefactoredloadEnvVariablesto be a method ofKnuu, improving encapsulation. Ensure that this method is called appropriately during the initialization to prevent runtime issues.
98-100: Added logging for cleanup operations triggered by stop signals. This is crucial for diagnosing issues during abrupt terminations. Ensure the logger is configured to capture these logs even during shutdown sequences.
169-169: Informative log added for missing.envfile. This is helpful for troubleshooting and ensuring that the application behaves as expected in environments without a specific configuration file.pkg/k8s/k8s_pod.go (6)
111-111: Good use of structured error logging to provide context about the operation being performed when it fails.
117-117: Efficient logging of successful deletion. This is crucial for debugging and auditing purposes.
297-297: Accurate and timely logging when port forwarding is ready. This helps in monitoring the progress of operations effectively.
536-536: The method for preparing init containers is well-structured and handles errors effectively, ensuring robustness.Also applies to: 545-545
575-575: Efficient encapsulation of pod specification preparation logic. This modular approach enhances code maintainability.Also applies to: 590-590
629-629: The method for preparing the pod configuration is well-structured, and the use of detailed debug logs aids in troubleshooting.Also applies to: 634-634, 650-650
pkg/instance/helper.go (8)
97-97: Proper use of structured logging to indicate the start of a service. This is essential for tracking service lifecycle events.
117-117: Logging the patching of a service provides valuable feedback about the state changes in the system, which is crucial for operations and maintenance.
158-159: These log statements are crucial for understanding the sequence of operations and their outcomes, particularly in a distributed system where tracing actions can be complex.
193-193: Good practice in logging conditional actions; it provides clarity on the decision-making process within the code.
217-217: Clear logging of resource deployment actions helps in auditing and tracking resource management.
225-225: Effective logging at resource cleanup stages is crucial for monitoring and verifying the proper release of resources.
261-261: The log statement effectively indicates the completion of a configuration deployment, which is helpful for configuration management processes.
272-272: Logging the destruction of configurations aids in maintaining the integrity and cleanliness of the environment.pkg/instance/instance.go (24)
325-325: Added TCP port logging is helpful for debugging and operational monitoring.
362-362: The retry log provides valuable information about the retry attempts which is useful for debugging port forwarding issues.
382-382: Logging the addition of UDP ports enhances traceability and debugging.
522-522: Logging file additions is a good practice for tracking changes and operations performed on instances.
566-566: Logging folder additions helps in maintaining an operational log and aids in debugging.
606-606: Logging user settings changes is crucial for audit trails and operational transparency.
647-647: Using cached images can significantly reduce build times and resource usage, and logging such actions is beneficial for debugging and performance monitoring.
649-649: The log entry for missing cached images is essential for understanding the build process and potential delays.
656-656: Logging the push of new images provides transparency and traceability of the image management lifecycle.
660-660: Indicating that no new image build was required can help in identifying unnecessary rebuilds and optimizing the deployment process.
663-663: Logging state changes is crucial for tracking the lifecycle of instances and debugging state-related issues.
674-674: The log entries for exceeding the maximum volume limit provide immediate feedback on configuration limits, which is crucial for maintaining system stability.Also applies to: 689-689
694-694: Logging the addition of volumes with specific attributes like size and owner provides detailed traceability and aids in configuration verification.
706-706: Logging memory settings is important for performance tuning and resource management.
717-717: CPU settings are critical for performance and resource allocation; thus, logging these settings is beneficial for system monitoring.
735-735: Environment variable settings are crucial for application configuration, and logging these settings helps ensure transparency and correctness.
836-836: Setting probes and logging these actions are vital for maintaining the health and readiness of services. It aids in operational monitoring and troubleshooting.Also applies to: 849-849, 862-862
892-892: Logging the addition of sidecars is important for understanding the composition of services and aids in configuration management.
903-903: Logging settings for telemetry and monitoring configurations like OpenTelemetry, Jaeger, and Prometheus helps in validating and troubleshooting observability setups.Also applies to: 914-914, 927-927, 940-940, 953-953, 964-964, 975-975, 986-986
1010-1010: Enabling the Tshark collector and logging this action provides clear feedback on the operational changes, which is essential for performance analysis and troubleshooting.
1053-1053: Settings for security contexts such as privileges and capabilities are critical for security posture. Logging these settings ensures that changes are traceable and auditable.Also applies to: 1064-1064, 1076-1076
1146-1146: Logging state transitions, especially to a 'Started' state, is crucial for operational monitoring and helps in tracking the lifecycle of instances.
1249-1249: Logging network settings adjustments like bandwidth, latency, jitter, and packet loss is crucial for network management and performance tuning.Also applies to: 1284-1284, 1317-1317
1378-1378: Logging the transition to a 'Stopped' state is important for lifecycle management and can aid in resource allocation and troubleshooting.
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Actionable comments posted: 0
Review details
Configuration used: CodeRabbit UI
Review profile: CHILL
Files selected for processing (2)
- pkg/instance/instance.go (34 hunks)
- pkg/knuu/knuu.go (5 hunks)
Files skipped from review as they are similar to previous changes (1)
- pkg/knuu/knuu.go
Additional comments not posted (17)
pkg/instance/instance.go (17)
333-333: Logger integration inAddPortTCPmethod.The logger integration here enhances debuggability by providing specific information about the TCP port addition. This is a good use of the logger object to give context-specific logging.
370-370: Logger usage inPortForwardTCPmethod.The logger statement within the retry logic provides valuable debugging information about the port forwarding process. This is particularly useful in understanding the failure reasons in a retry scenario.
390-390: Logger integration inAddPortUDPmethod.Similar to the TCP port addition, logging here provides clear feedback on the operation's status, which is crucial for both debugging and operational monitoring.
530-530: Logger usage inAddFilemethod.The logger effectively captures the addition of files to the instance, providing transparency and traceability for file operations within the instance setup.
574-574: Logger usage inAddFoldermethod.Logging here is beneficial for tracking the addition of directories, which can often be a complex operation involving multiple file interactions.
614-614: Logger usage inSetUsermethod.Proper logging of user settings changes is crucial, especially when troubleshooting issues related to permissions or user-specific configurations.
655-655: Comprehensive logging during the image commit process.The logs here provide a detailed trace of the decision-making process during the commit phase, including the use of cached images and the pushing of new images. This is essential for understanding the lifecycle of image management within instances.
Also applies to: 657-657, 664-664, 668-668, 671-671
682-682: Logging during volume management operations.The logs provide immediate feedback if the maximum volume limit is exceeded and confirm the addition of new volumes. This is important for managing resources effectively and avoiding configuration errors.
Also applies to: 697-697, 702-702
714-714: Logging for resource configuration methods.Logging in these methods (memory, CPU, environment variables) is crucial for operational transparency and helps in quick diagnostics during performance tuning or troubleshooting.
Also applies to: 725-725, 743-743
844-844: Logging for probe settings.The detailed logging when setting liveness, readiness, and startup probes provides clear feedback on the configuration of health checks, which is critical for maintaining the reliability of services.
Also applies to: 857-857, 870-870
900-900: Logger usage inAddSidecarmethod.The log statement when adding a sidecar is important for tracking the composition of the instance, especially when sidecars are crucial for the functionality of the main application.
911-911: Logging for configuration setters in observability settings.Each of these logs provides crucial information about the configuration of telemetry and monitoring tools within the instance, aiding in the observability and operational management.
Also applies to: 922-922, 935-935, 948-948, 961-961, 972-972, 983-983, 994-994
1018-1018: Logging inEnableTsharkCollectormethod.The log entry when enabling the Tshark collector is beneficial for confirming the activation of this feature, which is important for network monitoring and diagnostics.
1061-1061: Logging for security configurations.Logging changes to the security context, such as setting privileged status or adding capabilities, is critical for security audits and troubleshooting.
Also applies to: 1072-1072, 1084-1084
1154-1154: Logging state changes inStartWithoutWaitmethod.The log message when changing the state of the instance provides a clear audit trail of the lifecycle states, which is essential for managing the instance's lifecycle.
1257-1257: Logging for network settings adjustments.These logs are crucial for tracking changes to network settings such as bandwidth, latency, and packet loss, which are important for performance tuning and meeting SLAs.
Also applies to: 1292-1292, 1325-1325
1386-1386: Logging during the stop operation.This log entry is important for confirming the successful transition to the stopped state, providing a clear endpoint to the operational lifecycle of the instance.
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Actionable comments posted: 6
Review details
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Review profile: CHILL
Files selected for processing (3)
- pkg/instance/helper.go (10 hunks)
- pkg/k8s/k8s_namespace.go (3 hunks)
- pkg/knuu/knuu.go (3 hunks)
Additional comments not posted (8)
pkg/knuu/knuu.go (1)
164-165: Clarify the comment regarding future code changes.The comment about potentially removing this function is vague. It would be beneficial to specify under what conditions or scenarios this function might be deprecated.
- // TODO: we might remove this function in the future - // as it the new version knuu is configured through - // its options via the New function + // TODO: Consider removing this function in future versions if all configurations + // are successfully migrated to be handled directly via the New function's options.pkg/instance/helper.go (7)
97-97: Approve the updated logging statement.The change to use the instance-specific logger is appropriate and aligns with the objectives of the refactor.
117-117: Approve the updated logging statement.This change maintains consistency in logging practices by using the instance-specific logger.
193-193: Approve the updated logging statement.The logging update here is consistent with the refactor's goal of using instance-specific loggers.
217-217: Approve the logging change for volume deployment.The update to use the instance-specific logger for volume deployment logs is correctly implemented.
225-225: Approve the logging change for volume destruction.This change correctly updates the logging to use the instance-specific logger, which helps in maintaining consistency across the codebase.
261-261: Approve the logging change for configmap deployment.The logging update to use the instance-specific logger is correctly implemented and improves consistency.
272-272: Approve the logging change for configmap destruction.The update to use the instance-specific logger for configmap destruction logs is correctly implemented.
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Closes #396
Summary by CodeRabbit
Refactor
logrus.Chores
logrusin favor of custom logger instances in multiple files.pkg/knuu/knuu.gosuggesting potential future changes for configuration functions.