I should really commit more often instead of sending over one massive commit

Blame my ADHD brain Sorry - Now we have the server working properly in automation using BullMQ and Redis - It also presents an API endpoint that is used to accept connections for websockets by agents (WS or WSS) - Updated the docker-compose.yml and its documentation
2025-11-20 22:48:11 +00:00 · 2025-10-17 22:10:55 +01:00
parent c43afeb127
commit 46eb797ac3
31 changed files with 2564 additions and 457 deletions
--- a/backend/src/routes/dashboardRoutes.js
+++ b/backend/src/routes/dashboardRoutes.js
@@ -202,11 +202,15 @@ router.get("/hosts", authenticateToken, requireViewHosts, async (_req, res) => {
 				auto_update: true,
 				notes: true,
 				api_id: true,
-				host_groups: {
-					select: {
-						id: true,
-						name: true,
-						color: true,
+				host_group_memberships: {
+					include: {
+						host_groups: {
+							select: {
+								id: true,
+								name: true,
+								color: true,
+							},
+						},
 					},
 				},
 				_count: {
@@ -356,11 +360,15 @@ router.get(
 				prisma.hosts.findUnique({
 					where: { id: hostId },
 					include: {
-						host_groups: {
-							select: {
-								id: true,
-								name: true,
-								color: true,
+						host_group_memberships: {
+							include: {
+								host_groups: {
+									select: {
+										id: true,
+										name: true,
+										color: true,
+									},
+								},
 							},
 						},
 						host_packages: {
@@ -558,22 +566,34 @@ router.get(
 					packages_count: true,
 					security_count: true,
 					total_packages: true,
+					host_id: true,
+					status: true,
 				},
 				orderBy: {
 					timestamp: "asc",
 				},
 			});

-			// Process data to show actual values (no averaging)
+			// Enhanced data validation and processing
 			const processedData = trendsData
-				.filter((record) => record.total_packages !== null) // Only include records with valid data
+				.filter((record) => {
+					// Enhanced validation
+					return (
+						record.total_packages !== null &&
+						record.total_packages >= 0 &&
+						record.packages_count >= 0 &&
+						record.security_count >= 0 &&
+						record.security_count <= record.packages_count && // Security can't exceed outdated
+						record.status === "success"
+					); // Only include successful reports
+				})
 				.map((record) => {
 					const date = new Date(record.timestamp);
 					let timeKey;

 					if (daysInt <= 1) {
-						// For hourly view, use exact timestamp
-						timeKey = date.toISOString().substring(0, 16); // YYYY-MM-DDTHH:MM
+						// For hourly view, group by hour only (not minutes)
+						timeKey = date.toISOString().substring(0, 13); // YYYY-MM-DDTHH
 					} else {
 						// For daily view, group by day
 						timeKey = date.toISOString().split("T")[0]; // YYYY-MM-DD
@@ -584,64 +604,342 @@ router.get(
 						total_packages: record.total_packages,
 						packages_count: record.packages_count || 0,
 						security_count: record.security_count || 0,
+						host_id: record.host_id,
+						timestamp: record.timestamp,
 					};
-				})
-				.sort((a, b) => a.timeKey.localeCompare(b.timeKey)); // Sort by time
+				});

-			// Get hosts list for dropdown (always fetch for dropdown functionality)
+			// Determine if we need aggregation based on host filter
+			const needsAggregation =
+				!hostId || hostId === "all" || hostId === "undefined";
+
+			let aggregatedArray;
+
+			if (needsAggregation) {
+				// For "All Hosts" mode, we need to calculate the actual total packages differently
+				// Instead of aggregating historical data (which is per-host), we'll use the current total
+				// and show that as a flat line, since total packages don't change much over time
+
+				// Get the current total packages count (unique packages across all hosts)
+				const currentTotalPackages = await prisma.packages.count({
+					where: {
+						host_packages: {
+							some: {}, // At least one host has this package
+						},
+					},
+				});
+
+				// Aggregate data by timeKey when looking at "All Hosts" or no specific host
+				const aggregatedData = processedData.reduce((acc, item) => {
+					if (!acc[item.timeKey]) {
+						acc[item.timeKey] = {
+							timeKey: item.timeKey,
+							total_packages: currentTotalPackages, // Use current total packages
+							packages_count: 0,
+							security_count: 0,
+							record_count: 0,
+							host_ids: new Set(),
+							min_timestamp: item.timestamp,
+							max_timestamp: item.timestamp,
+						};
+					}
+
+					// For outdated and security packages: SUM (these represent counts across hosts)
+					acc[item.timeKey].packages_count += item.packages_count;
+					acc[item.timeKey].security_count += item.security_count;
+
+					acc[item.timeKey].record_count += 1;
+					acc[item.timeKey].host_ids.add(item.host_id);
+
+					// Track timestamp range
+					if (item.timestamp < acc[item.timeKey].min_timestamp) {
+						acc[item.timeKey].min_timestamp = item.timestamp;
+					}
+					if (item.timestamp > acc[item.timeKey].max_timestamp) {
+						acc[item.timeKey].max_timestamp = item.timestamp;
+					}
+
+					return acc;
+				}, {});
+
+				// Convert to array and add metadata
+				aggregatedArray = Object.values(aggregatedData)
+					.map((item) => ({
+						...item,
+						host_count: item.host_ids.size,
+						host_ids: Array.from(item.host_ids),
+					}))
+					.sort((a, b) => a.timeKey.localeCompare(b.timeKey));
+			} else {
+				// For specific host, show individual data points without aggregation
+				// But still group by timeKey to handle multiple reports from same host in same time period
+				const hostAggregatedData = processedData.reduce((acc, item) => {
+					if (!acc[item.timeKey]) {
+						acc[item.timeKey] = {
+							timeKey: item.timeKey,
+							total_packages: 0,
+							packages_count: 0,
+							security_count: 0,
+							record_count: 0,
+							host_ids: new Set([item.host_id]),
+							min_timestamp: item.timestamp,
+							max_timestamp: item.timestamp,
+						};
+					}
+
+					// For same host, take the latest values (not sum)
+					// This handles cases where a host reports multiple times in the same time period
+					if (item.timestamp > acc[item.timeKey].max_timestamp) {
+						acc[item.timeKey].total_packages = item.total_packages;
+						acc[item.timeKey].packages_count = item.packages_count;
+						acc[item.timeKey].security_count = item.security_count;
+						acc[item.timeKey].max_timestamp = item.timestamp;
+					}
+
+					acc[item.timeKey].record_count += 1;
+
+					return acc;
+				}, {});
+
+				// Convert to array
+				aggregatedArray = Object.values(hostAggregatedData)
+					.map((item) => ({
+						...item,
+						host_count: item.host_ids.size,
+						host_ids: Array.from(item.host_ids),
+					}))
+					.sort((a, b) => a.timeKey.localeCompare(b.timeKey));
+			}
+
+			// Handle sparse data by filling missing time periods
+			const fillMissingPeriods = (data, daysInt) => {
+				const filledData = [];
+				const startDate = new Date();
+				startDate.setDate(startDate.getDate() - daysInt);
+
+				const dataMap = new Map(data.map((item) => [item.timeKey, item]));
+
+				const endDate = new Date();
+				const currentDate = new Date(startDate);
+
+				// Find the last known values for interpolation
+				let lastKnownValues = null;
+				if (data.length > 0) {
+					lastKnownValues = {
+						total_packages: data[0].total_packages,
+						packages_count: data[0].packages_count,
+						security_count: data[0].security_count,
+					};
+				}
+
+				while (currentDate <= endDate) {
+					let timeKey;
+					if (daysInt <= 1) {
+						timeKey = currentDate.toISOString().substring(0, 13); // Hourly
+						currentDate.setHours(currentDate.getHours() + 1);
+					} else {
+						timeKey = currentDate.toISOString().split("T")[0]; // Daily
+						currentDate.setDate(currentDate.getDate() + 1);
+					}
+
+					if (dataMap.has(timeKey)) {
+						const item = dataMap.get(timeKey);
+						filledData.push(item);
+						// Update last known values
+						lastKnownValues = {
+							total_packages: item.total_packages,
+							packages_count: item.packages_count,
+							security_count: item.security_count,
+						};
+					} else {
+						// For missing periods, use the last known values (interpolation)
+						// This creates a continuous line instead of gaps
+						filledData.push({
+							timeKey,
+							total_packages: lastKnownValues?.total_packages || 0,
+							packages_count: lastKnownValues?.packages_count || 0,
+							security_count: lastKnownValues?.security_count || 0,
+							record_count: 0,
+							host_count: 0,
+							host_ids: [],
+							min_timestamp: null,
+							max_timestamp: null,
+							isInterpolated: true, // Mark as interpolated for debugging
+						});
+					}
+				}
+
+				return filledData;
+			};
+
+			const finalProcessedData = fillMissingPeriods(aggregatedArray, daysInt);
+
+			// Get hosts list for dropdown
 			const hostsList = await prisma.hosts.findMany({
 				select: {
 					id: true,
 					friendly_name: true,
 					hostname: true,
+					last_update: true,
+					status: true,
 				},
 				orderBy: {
 					friendly_name: "asc",
 				},
 			});

+			// Get current package state for offline fallback
+			let currentPackageState = null;
+			if (hostId && hostId !== "all" && hostId !== "undefined") {
+				// Get current package counts for specific host
+				const currentState = await prisma.host_packages.aggregate({
+					where: {
+						host_id: hostId,
+					},
+					_count: {
+						id: true,
+					},
+				});
+
+				// Get counts for boolean fields separately
+				const outdatedCount = await prisma.host_packages.count({
+					where: {
+						host_id: hostId,
+						needs_update: true,
+					},
+				});
+
+				const securityCount = await prisma.host_packages.count({
+					where: {
+						host_id: hostId,
+						is_security_update: true,
+					},
+				});
+
+				currentPackageState = {
+					total_packages: currentState._count.id,
+					packages_count: outdatedCount,
+					security_count: securityCount,
+				};
+			} else {
+				// Get current package counts for all hosts
+				// Total packages = count of unique packages installed on at least one host
+				const totalPackagesCount = await prisma.packages.count({
+					where: {
+						host_packages: {
+							some: {}, // At least one host has this package
+						},
+					},
+				});
+
+				// Get counts for boolean fields separately
+				const outdatedCount = await prisma.host_packages.count({
+					where: {
+						needs_update: true,
+					},
+				});
+
+				const securityCount = await prisma.host_packages.count({
+					where: {
+						is_security_update: true,
+					},
+				});
+
+				currentPackageState = {
+					total_packages: totalPackagesCount,
+					packages_count: outdatedCount,
+					security_count: securityCount,
+				};
+			}
+
 			// Format data for chart
 			const chartData = {
 				labels: [],
 				datasets: [
 					{
-						label: "Total Packages",
+						label: needsAggregation
+							? "Total Packages (All Hosts)"
+							: "Total Packages",
 						data: [],
 						borderColor: "#3B82F6", // Blue
 						backgroundColor: "rgba(59, 130, 246, 0.1)",
 						tension: 0.4,
 						hidden: true, // Hidden by default
+						spanGaps: true, // Connect lines across missing data
+						pointRadius: 3,
+						pointHoverRadius: 5,
 					},
 					{
-						label: "Outdated Packages",
+						label: needsAggregation
+							? "Total Outdated Packages"
+							: "Outdated Packages",
 						data: [],
 						borderColor: "#F59E0B", // Orange
 						backgroundColor: "rgba(245, 158, 11, 0.1)",
 						tension: 0.4,
+						spanGaps: true, // Connect lines across missing data
+						pointRadius: 3,
+						pointHoverRadius: 5,
 					},
 					{
-						label: "Security Packages",
+						label: needsAggregation
+							? "Total Security Packages"
+							: "Security Packages",
 						data: [],
 						borderColor: "#EF4444", // Red
 						backgroundColor: "rgba(239, 68, 68, 0.1)",
 						tension: 0.4,
+						spanGaps: true, // Connect lines across missing data
+						pointRadius: 3,
+						pointHoverRadius: 5,
 					},
 				],
 			};

 			// Process aggregated data
-			processedData.forEach((item) => {
+			finalProcessedData.forEach((item) => {
 				chartData.labels.push(item.timeKey);
 				chartData.datasets[0].data.push(item.total_packages);
 				chartData.datasets[1].data.push(item.packages_count);
 				chartData.datasets[2].data.push(item.security_count);
 			});

+			// Calculate data quality metrics
+			const dataQuality = {
+				totalRecords: trendsData.length,
+				validRecords: processedData.length,
+				aggregatedPoints: aggregatedArray.length,
+				filledPoints: finalProcessedData.length,
+				recordsWithNullTotal: trendsData.filter(
+					(r) => r.total_packages === null,
+				).length,
+				recordsWithInvalidData: trendsData.length - processedData.length,
+				successfulReports: trendsData.filter((r) => r.status === "success")
+					.length,
+				failedReports: trendsData.filter((r) => r.status === "error").length,
+			};
+
 			res.json({
 				chartData,
 				hosts: hostsList,
 				period: daysInt,
 				hostId: hostId || "all",
+				currentPackageState,
+				dataQuality,
+				aggregationInfo: {
+					hasData: aggregatedArray.length > 0,
+					hasGaps: finalProcessedData.some((item) => item.record_count === 0),
+					lastDataPoint:
+						aggregatedArray.length > 0
+							? aggregatedArray[aggregatedArray.length - 1]
+							: null,
+					aggregationMode: needsAggregation
+						? "sum_across_hosts"
+						: "individual_host_data",
+					explanation: needsAggregation
+						? "Data is summed across all hosts for each time period"
+						: "Data shows individual host values without cross-host aggregation",
+				},
 			});
 		} catch (error) {
 			console.error("Error fetching package trends:", error);
@@ -650,4 +948,348 @@ router.get(
 	},
 );

+// Diagnostic endpoint to investigate package spikes
+router.get(
+	"/package-spike-analysis",
+	authenticateToken,
+	requireViewHosts,
+	async (req, res) => {
+		try {
+			const { date, time, hours = 2 } = req.query;
+
+			if (!date || !time) {
+				return res.status(400).json({
+					error:
+						"Date and time parameters are required. Format: date=2025-10-17&time=18:00",
+				});
+			}
+
+			// Parse the specific date and time
+			const targetDateTime = new Date(`${date}T${time}:00`);
+			const startTime = new Date(targetDateTime);
+			startTime.setHours(startTime.getHours() - parseInt(hours, 10));
+			const endTime = new Date(targetDateTime);
+			endTime.setHours(endTime.getHours() + parseInt(hours, 10));
+
+			console.log(
+				`Analyzing package spike around ${targetDateTime.toISOString()}`,
+			);
+			console.log(
+				`Time range: ${startTime.toISOString()} to ${endTime.toISOString()}`,
+			);
+
+			// Get all update history records in the time window
+			const spikeData = await prisma.update_history.findMany({
+				where: {
+					timestamp: {
+						gte: startTime,
+						lte: endTime,
+					},
+				},
+				select: {
+					id: true,
+					host_id: true,
+					timestamp: true,
+					packages_count: true,
+					security_count: true,
+					total_packages: true,
+					status: true,
+					error_message: true,
+					execution_time: true,
+					payload_size_kb: true,
+					hosts: {
+						select: {
+							friendly_name: true,
+							hostname: true,
+							os_type: true,
+							os_version: true,
+						},
+					},
+				},
+				orderBy: {
+					timestamp: "asc",
+				},
+			});
+
+			// Analyze the data
+			const analysis = {
+				timeWindow: {
+					start: startTime.toISOString(),
+					end: endTime.toISOString(),
+					target: targetDateTime.toISOString(),
+				},
+				totalRecords: spikeData.length,
+				successfulReports: spikeData.filter((r) => r.status === "success")
+					.length,
+				failedReports: spikeData.filter((r) => r.status === "error").length,
+				uniqueHosts: [...new Set(spikeData.map((r) => r.host_id))].length,
+				hosts: {},
+				timeline: [],
+				summary: {
+					maxPackagesCount: 0,
+					maxSecurityCount: 0,
+					maxTotalPackages: 0,
+					avgPackagesCount: 0,
+					avgSecurityCount: 0,
+					avgTotalPackages: 0,
+				},
+			};
+
+			// Group by host and analyze each host's behavior
+			spikeData.forEach((record) => {
+				const hostId = record.host_id;
+				if (!analysis.hosts[hostId]) {
+					analysis.hosts[hostId] = {
+						hostInfo: record.hosts,
+						records: [],
+						summary: {
+							totalReports: 0,
+							successfulReports: 0,
+							failedReports: 0,
+							maxPackagesCount: 0,
+							maxSecurityCount: 0,
+							maxTotalPackages: 0,
+							avgPackagesCount: 0,
+							avgSecurityCount: 0,
+							avgTotalPackages: 0,
+						},
+					};
+				}
+
+				analysis.hosts[hostId].records.push({
+					timestamp: record.timestamp,
+					packages_count: record.packages_count,
+					security_count: record.security_count,
+					total_packages: record.total_packages,
+					status: record.status,
+					error_message: record.error_message,
+					execution_time: record.execution_time,
+					payload_size_kb: record.payload_size_kb,
+				});
+
+				analysis.hosts[hostId].summary.totalReports++;
+				if (record.status === "success") {
+					analysis.hosts[hostId].summary.successfulReports++;
+					analysis.hosts[hostId].summary.maxPackagesCount = Math.max(
+						analysis.hosts[hostId].summary.maxPackagesCount,
+						record.packages_count,
+					);
+					analysis.hosts[hostId].summary.maxSecurityCount = Math.max(
+						analysis.hosts[hostId].summary.maxSecurityCount,
+						record.security_count,
+					);
+					analysis.hosts[hostId].summary.maxTotalPackages = Math.max(
+						analysis.hosts[hostId].summary.maxTotalPackages,
+						record.total_packages || 0,
+					);
+				} else {
+					analysis.hosts[hostId].summary.failedReports++;
+				}
+			});
+
+			// Calculate averages for each host
+			Object.keys(analysis.hosts).forEach((hostId) => {
+				const host = analysis.hosts[hostId];
+				const successfulRecords = host.records.filter(
+					(r) => r.status === "success",
+				);
+
+				if (successfulRecords.length > 0) {
+					host.summary.avgPackagesCount = Math.round(
+						successfulRecords.reduce((sum, r) => sum + r.packages_count, 0) /
+							successfulRecords.length,
+					);
+					host.summary.avgSecurityCount = Math.round(
+						successfulRecords.reduce((sum, r) => sum + r.security_count, 0) /
+							successfulRecords.length,
+					);
+					host.summary.avgTotalPackages = Math.round(
+						successfulRecords.reduce(
+							(sum, r) => sum + (r.total_packages || 0),
+							0,
+						) / successfulRecords.length,
+					);
+				}
+			});
+
+			// Create timeline with hourly/daily aggregation
+			const timelineMap = new Map();
+			spikeData.forEach((record) => {
+				const timeKey = record.timestamp.toISOString().substring(0, 13); // Hourly
+				if (!timelineMap.has(timeKey)) {
+					timelineMap.set(timeKey, {
+						timestamp: timeKey,
+						totalReports: 0,
+						successfulReports: 0,
+						failedReports: 0,
+						totalPackagesCount: 0,
+						totalSecurityCount: 0,
+						totalTotalPackages: 0,
+						uniqueHosts: new Set(),
+					});
+				}
+
+				const timelineEntry = timelineMap.get(timeKey);
+				timelineEntry.totalReports++;
+				timelineEntry.uniqueHosts.add(record.host_id);
+
+				if (record.status === "success") {
+					timelineEntry.successfulReports++;
+					timelineEntry.totalPackagesCount += record.packages_count;
+					timelineEntry.totalSecurityCount += record.security_count;
+					timelineEntry.totalTotalPackages += record.total_packages || 0;
+				} else {
+					timelineEntry.failedReports++;
+				}
+			});
+
+			// Convert timeline map to array
+			analysis.timeline = Array.from(timelineMap.values())
+				.map((entry) => ({
+					...entry,
+					uniqueHosts: entry.uniqueHosts.size,
+				}))
+				.sort((a, b) => a.timestamp.localeCompare(b.timestamp));
+
+			// Calculate overall summary
+			const successfulRecords = spikeData.filter((r) => r.status === "success");
+			if (successfulRecords.length > 0) {
+				analysis.summary.maxPackagesCount = Math.max(
+					...successfulRecords.map((r) => r.packages_count),
+				);
+				analysis.summary.maxSecurityCount = Math.max(
+					...successfulRecords.map((r) => r.security_count),
+				);
+				analysis.summary.maxTotalPackages = Math.max(
+					...successfulRecords.map((r) => r.total_packages || 0),
+				);
+				analysis.summary.avgPackagesCount = Math.round(
+					successfulRecords.reduce((sum, r) => sum + r.packages_count, 0) /
+						successfulRecords.length,
+				);
+				analysis.summary.avgSecurityCount = Math.round(
+					successfulRecords.reduce((sum, r) => sum + r.security_count, 0) /
+						successfulRecords.length,
+				);
+				analysis.summary.avgTotalPackages = Math.round(
+					successfulRecords.reduce(
+						(sum, r) => sum + (r.total_packages || 0),
+						0,
+					) / successfulRecords.length,
+				);
+			}
+
+			// Identify potential causes of the spike
+			const potentialCauses = [];
+
+			// Check for hosts with unusually high package counts
+			Object.keys(analysis.hosts).forEach((hostId) => {
+				const host = analysis.hosts[hostId];
+				if (
+					host.summary.maxPackagesCount >
+					analysis.summary.avgPackagesCount * 2
+				) {
+					potentialCauses.push({
+						type: "high_package_count",
+						hostId,
+						hostName: host.hostInfo.friendly_name || host.hostInfo.hostname,
+						value: host.summary.maxPackagesCount,
+						avg: analysis.summary.avgPackagesCount,
+					});
+				}
+			});
+
+			// Check for multiple hosts reporting at the same time (this explains the 500 vs 59 discrepancy)
+			const concurrentReports = analysis.timeline.filter(
+				(entry) => entry.uniqueHosts > 1,
+			);
+			if (concurrentReports.length > 0) {
+				potentialCauses.push({
+					type: "concurrent_reports",
+					description:
+						"Multiple hosts reported simultaneously - this explains why chart shows higher numbers than individual host reports",
+					count: concurrentReports.length,
+					details: concurrentReports.map((entry) => ({
+						timestamp: entry.timestamp,
+						totalPackagesCount: entry.totalPackagesCount,
+						uniqueHosts: entry.uniqueHosts,
+						avgPerHost: Math.round(
+							entry.totalPackagesCount / entry.uniqueHosts,
+						),
+					})),
+					explanation:
+						"The chart sums package counts across all hosts. If multiple hosts report at the same time, the chart shows the total sum, not individual host counts.",
+				});
+			}
+
+			// Check for failed reports that might indicate system issues
+			if (analysis.failedReports > 0) {
+				potentialCauses.push({
+					type: "failed_reports",
+					count: analysis.failedReports,
+					percentage: Math.round(
+						(analysis.failedReports / analysis.totalRecords) * 100,
+					),
+				});
+			}
+
+			// Add aggregation explanation
+			const aggregationExplanation = {
+				type: "aggregation_explanation",
+				description: "Chart Aggregation Logic",
+				details: {
+					howItWorks:
+						"The package trends chart sums package counts across all hosts for each time period",
+					individualHosts:
+						"Each host reports its own package count (e.g., 59 packages)",
+					chartDisplay:
+						"Chart shows the sum of all hosts' package counts (e.g., 59 + other hosts = 500)",
+					timeGrouping:
+						"Multiple hosts reporting in the same hour/day are aggregated together",
+				},
+				example: {
+					host1: "Host A reports 59 outdated packages",
+					host2: "Host B reports 120 outdated packages",
+					host3: "Host C reports 321 outdated packages",
+					chartShows: "Chart displays 500 total packages (59+120+321)",
+				},
+			};
+			potentialCauses.push(aggregationExplanation);
+
+			// Add specific host breakdown if a host ID is provided
+			let specificHostAnalysis = null;
+			if (req.query.hostId) {
+				const hostId = req.query.hostId;
+				const hostData = analysis.hosts[hostId];
+				if (hostData) {
+					specificHostAnalysis = {
+						hostId,
+						hostInfo: hostData.hostInfo,
+						summary: hostData.summary,
+						records: hostData.records,
+						explanation: `This host reported ${hostData.summary.maxPackagesCount} outdated packages, but the chart shows ${analysis.summary.maxPackagesCount} because it sums across all hosts that reported at the same time.`,
+					};
+				}
+			}
+
+			res.json({
+				analysis,
+				potentialCauses,
+				specificHostAnalysis,
+				recommendations: [
+					"Check if any hosts had major package updates around this time",
+					"Verify if any new hosts were added to the system",
+					"Check for system maintenance or updates that might have triggered package checks",
+					"Review any automation or scheduled tasks that run around 6pm",
+					"Check if any repositories were updated or new packages were released",
+					"Remember: Chart shows SUM of all hosts' package counts, not individual host counts",
+				],
+			});
+		} catch (error) {
+			console.error("Error analyzing package spike:", error);
+			res.status(500).json({ error: "Failed to analyze package spike" });
+		}
+	},
+);
+
 module.exports = router;