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Fix: Uptime UseChecks Hook #1903
Fix: Uptime UseChecks Hook #1903
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Auto Pull Request Review from LlamaPReview
1. Overview
1.1 Core Changes
- Primary purpose and scope: This PR addresses a critical bug in the
useChecksFetch
hook where thetype
parameter is not sent from the frontend, causing the API to receive an "undefined" type. This fix ensures that thetype
parameter is correctly passed to the backend, preventing potential errors and ensuring accurate data retrieval. - Key components modified:
src/Pages/Uptime/Details/Hooks/useChecksFetch.jsx
: Modified to acceptmonitorType
and include it in the API call.src/Pages/Uptime/Details/index.jsx
: Modified to passmonitorType
to theuseChecksFetch
hook.
- Cross-component impacts: This fix directly impacts the uptime monitoring feature by ensuring that checks are fetched correctly, which affects the accuracy of the visualizations and monitoring information displayed to users.
- Business value alignment: By resolving this bug, the PR enhances the reliability and robustness of the uptime monitoring feature, improving user trust and satisfaction.
2. Critical Findings
2.1 Must Fix (P0🔴)
[No critical issues found that must be addressed before merging]
2.2 Should Fix (P1🟡)
Issue: Lack of input validation in useChecksFetch
for monitorType
.
- Impact: Without validation, the hook might receive invalid or missing
monitorType
, leading to unexpected behavior or errors. - Suggested Solution: Add input validation to ensure
monitorType
is a non-empty string before making the API call.
Issue: Missing null checks for monitor
and monitor.type
in index.jsx
.
- Impact: If
monitor
ormonitor.type
is missing, the application might not fetch checks correctly, leading to incomplete or incorrect data. - Suggested Solution: Add null checks and warning logs for
monitor
andmonitor.type
to improve error handling and robustness.
2.3 Consider (P2🟢)
Area: Code maintainability and testing
- Improvement Opportunity: Add PropTypes to the
useChecksFetch
hook for better type safety and maintainability. - Improvement Opportunity: Consider writing unit tests for the
useChecksFetch
hook to ensure its long-term robustness and prevent regressions.
2.4 Summary of Action Items
- P1: Implement input validation and logging for
monitorType
inuseChecksFetch.jsx
and add null checks formonitor
andmonitor.type
inindex.jsx
. - P2: Add PropTypes to
useChecksFetch
and consider unit tests for the hook.
3. Technical Analysis
3.1 Code Logic Analysis
📁 src/Pages/Uptime/Details/Hooks/useChecksFetch.jsx
- useChecksFetch
- Submitted PR Code:
export const useChecksFetch = ({ monitorId, monitorType, dateRange, page, rowsPerPage }) => {
const [checks, setChecks] = useState(undefined);
const [checksCount, setChecksCount] = useState(undefined);
const [isLoading, setIsLoading] = useState(false);
const [networkError, setNetworkError] = useState(false);
useEffect(() => {
if (!monitorType) return;
const fetchChecks = async () => {
try {
setIsLoading(true);
const res = await networkService.getChecksByMonitor({
monitorId: monitorId,
type: monitorType,
sortOrder: "desc",
limit: null,
dateRange: dateRange,
filter: null,
page: page,
rowsPerPage: rowsPerPage,
});
setChecks(res.data.data.checks);
setChecksCount(res.data.data.checksCount);
} catch (error) {
setNetworkError(true);
createToast({ body: error.message });
} finally {
setIsLoading(false);
}
};
fetchChecks();
}, [monitorId, monitorType, dateRange, page, rowsPerPage]);
return [checks, checksCount, isLoading, networkError];
};
- Analysis:
- Current logic and potential issues: The hook correctly accepts
monitorType
and includes it in the API call. However, there is no input validation formonitorType
, which could lead to errors if it is missing or invalid. - Edge cases and error handling: The hook returns early if
monitorType
is missing, but this does not provide any feedback or logging. - Cross-component impact: The
monitorType
parameter is crucial for fetching the correct checks data, affecting the accuracy of the uptime monitoring feature. - Business logic considerations: Ensuring
monitorType
is correctly passed is essential for accurate data retrieval and user trust.
- Current logic and potential issues: The hook correctly accepts
- LlamaPReview Suggested Improvements:
export const useChecksFetch = ({ monitorId, monitorType, dateRange, page, rowsPerPage }) => {
const [checks, setChecks] = useState(undefined);
const [checksCount, setChecksCount] = useState(undefined);
const [isLoading, setIsLoading] = useState(false);
const [networkError, setNetworkError] = useState(false);
useEffect(() => {
if (!monitorType || typeof monitorType !== 'string' || monitorType.trim() === '') {
console.warn("useChecksFetch: monitorType is missing or invalid. Skipping API call.", { monitorType });
return;
}
const fetchChecks = async () => {
try {
setIsLoading(true);
const res = await networkService.getChecksByMonitor({
monitorId: monitorId,
type: monitorType,
sortOrder: "desc",
limit: null,
dateRange: dateRange,
filter: null,
page: page,
rowsPerPage: rowsPerPage,
});
setChecks(res.data.data.checks);
setChecksCount(res.data.data.checksCount);
} catch (error) {
setNetworkError(true);
createToast({ body: error.message });
} finally {
setIsLoading(false);
}
};
fetchChecks();
}, [monitorId, monitorType, dateRange, page, rowsPerPage]);
return [checks, checksCount, isLoading, networkError];
};
- Improvement rationale:
- Technical benefits: Input validation ensures the hook receives a valid
monitorType
, preventing unexpected errors. Warning logs provide feedback and aid in debugging. - Business value: Ensures the uptime monitoring feature works reliably, improving user trust and satisfaction.
- Risk assessment: Minimal risk, as the changes are focused and well-justified.
- Technical benefits: Input validation ensures the hook receives a valid
📁 src/Pages/Uptime/Details/index.jsx
- Uptime Details
- Submitted PR Code:
const monitorType = monitor?.type;
const [checks, checksCount, checksAreLoading, checksNetworkError] = useChecksFetch({
monitorId,
monitorType,
dateRange,
page,
rowsPerPage,
});
- Analysis:
- Current logic and potential issues: The code correctly extracts
monitorType
frommonitor?.type
and passes it to theuseChecksFetch
hook. However, there is no null check formonitor
ormonitor.type
, which could lead to errors if they are missing. - Edge cases and error handling: The optional chaining operator prevents errors if
monitor
is null or undefined, but it does not handle cases wheremonitor.type
is missing. - Cross-component impact: The
monitorType
parameter is crucial for fetching the correct checks data, affecting the accuracy of the uptime monitoring feature. - Business logic considerations: Ensuring
monitorType
is correctly passed is essential for accurate data retrieval and user trust.
- Current logic and potential issues: The code correctly extracts
- LlamaPReview Suggested Improvements:
let monitorType = monitor?.type;
if (!monitor) {
console.warn("Uptime Details: monitor object is not available. Checks might not be fetched.");
monitorType = undefined;
} else if (!monitor.type) {
console.warn("Uptime Details: monitor.type is not available in monitor object. Checks might not be fetched.", { monitor });
monitorType = undefined;
}
const [checks, checksCount, checksAreLoading, checksNetworkError] = useChecksFetch({
monitorId,
monitorType,
dateRange,
page,
rowsPerPage,
});
- Improvement rationale:
- Technical benefits: Null checks for
monitor
andmonitor.type
improve error handling and robustness. Warning logs provide feedback and aid in debugging. - Business value: Ensures the uptime details page works reliably, improving user trust and satisfaction.
- Risk assessment: Minimal risk, as the changes are focused and well-justified.
- Technical benefits: Null checks for
3.2 Key Quality Aspects
- System scalability considerations: The changes do not impact system scalability, as they are focused on fixing a specific bug.
- Performance bottlenecks and optimizations: The changes do not introduce any performance bottlenecks or optimizations.
- Testing strategy and coverage: The PR does not include new tests. Consider adding unit tests for the
useChecksFetch
hook to ensure its long-term robustness and prevent regressions. - Documentation needs: The changes are relatively small and focused. No significant documentation updates are required.
4. Overall Evaluation
- Technical assessment: The PR addresses a critical bug by ensuring the
type
parameter is correctly passed to the backend. The changes are well-justified and focused. - Business impact: Resolving this bug enhances the reliability and robustness of the uptime monitoring feature, improving user trust and satisfaction.
- Risk evaluation: Minimal risk, as the changes are focused and well-justified.
- Notable positive aspects and good practices: The PR is small, focused, and easy to understand. The changes are well-justified and address the reported issue directly.
- Implementation quality: The implementation is of high quality, with clear and concise code changes.
- Final recommendation: Merge this PR after addressing the P1 priority recommendations. These additions will significantly improve the robustness and maintainability of the code without adding significant complexity. The P2 recommendations can be considered as follow-up tasks to further enhance the quality of the code.
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WalkthroughThe pull request updates the Changes
Sequence Diagram(s)sequenceDiagram
participant U as UptimeDetails
participant H as useChecksFetch Hook
participant N as networkService
U->>H: Call useChecksFetch({ monitorId, monitorType, dateRange, page, rowsPerPage })
H->>H: Check if monitorType is provided
alt monitorType exists
H->>N: Call getChecksByMonitor({ monitorId, monitorType, dateRange, page, rowsPerPage })
N-->>H: Return checks data
else
H-->>U: Throw error (monitorType missing)
end
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Describe your changes
This PR addresses the issue of cases where the type parameter is not sent from the frontend. Currently, when type is not provided, it shows as undefined in the API, which can cause issues in processing.
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