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import { SecurityLevel } from "../types/cia";
import {
CIAContentService,
ComplianceService,
} from "../types/cia-services";
import { ComplianceStatusType } from "../types/compliance";
import { calculateROIEstimate } from "../utils/businessValueUtils";
import { calculateTotalSecurityCost } from "../utils/costCalculationUtils";
import {
calculateOverallSecurityLevel,
getSecurityLevelDescription,
getSecurityLevelValue,
} from "../utils/securityLevelUtils";
import {
getStatusVariant,
getRiskColorClass,
} from "../utils/statusUtils";
import { hasMethod, isNullish } from "../utils/typeGuards";
/**
* Custom hook for SecuritySummaryWidget data calculations
* Extracts all data transformation logic for better testability and reusability
*
* @param availabilityLevel - Selected availability security level
* @param integrityLevel - Selected integrity security level
* @param confidentialityLevel - Selected confidentiality security level
* @param ciaContentService - CIA content service instance
* @param complianceService - Compliance service instance
* @returns Computed security summary data and helper functions
*/
export function useSecuritySummaryData(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel,
ciaContentService: unknown,
complianceService: unknown
) {
// Calculate overall security level
const overallSecurityLevel = useMemo(
() =>
calculateOverallSecurityLevel(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
[availabilityLevel, integrityLevel, confidentialityLevel]
);
// Get security level description
const securityLevelDescription = useMemo(
() => getSecurityLevelDescription(overallSecurityLevel),
[overallSecurityLevel]
);
// Calculate security score (0-100)
const securityScore = useMemo(() => {
const availabilityValue = getSecurityLevelValue(availabilityLevel);
const integrityValue = getSecurityLevelValue(integrityLevel);
const confidentialityValue = getSecurityLevelValue(confidentialityLevel);
const totalValue =
availabilityValue + integrityValue + confidentialityValue;
const maxPossibleValue = 12; // 3 components x maximum value of 4
return Math.round((totalValue / maxPossibleValue) * 100);
}, [availabilityLevel, integrityLevel, confidentialityLevel]);
// Calculate risk level based on security score
const riskLevel = useMemo(() => {
Iif (securityScore >= 80) return "Low Risk";
Iif (securityScore >= 60) return "Medium Risk";
if (securityScore >= 40) return "High Risk";
return "Critical Risk";
}, [securityScore]);
// Get security classification
const securityClassification = useMemo((): string => {
if (!isNullish(ciaContentService)) {
try {
Iif (hasMethod(ciaContentService, "getSecurityClassification")) {
const classification =
ciaContentService.getSecurityClassification(overallSecurityLevel);
if (!isNullish(classification)) return classification as string;
}
} catch (err) {
console.error("Error fetching security classification:", err);
}
}
// Fallback classification
switch (overallSecurityLevel) {
case "None":
return "Minimal Security";
case "Low":
return "Basic Security";
case "Moderate":
return "Standard Security";
case "High":
return "Enhanced Security";
case "Very High":
return "Maximum Security";
default:
return "Unknown Security Level";
}
}, [ciaContentService, overallSecurityLevel]);
// Get data classification
const dataClassification = useMemo((): string => {
if (
!isNullish(ciaContentService) &&
hasMethod(ciaContentService, "getInformationSensitivity")
) {
try {
const sensitivity = (ciaContentService as CIAContentService).getInformationSensitivity?.(
confidentialityLevel
);
Eif (!isNullish(sensitivity)) return sensitivity as string;
} catch (err) {
console.error("Error fetching information sensitivity:", err);
}
}
// Fallback classification
switch (confidentialityLevel) {
case "None":
return "Public Data";
case "Low":
return "Internal Data";
case "Moderate":
return "Confidential Data";
case "High":
return "Restricted Data";
case "Very High":
return "Classified Data";
default:
return "Unclassified Data";
}
}, [ciaContentService, confidentialityLevel]);
// Get implementation complexity
const implementationComplexity = useMemo((): string => {
Iif (
!isNullish(ciaContentService) &&
hasMethod(ciaContentService, "getImplementationComplexity")
) {
try {
const complexity = ciaContentService.getImplementationComplexity(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
if (!isNullish(complexity)) return complexity as string;
} catch (err) {
console.error("Error fetching implementation complexity:", err);
}
}
// Fallback calculation
const levelValues: Record<SecurityLevel, number> = {
None: 0,
Low: 1,
Moderate: 2,
High: 3,
"Very High": 4,
};
const availabilityValue = levelValues[availabilityLevel] || 0;
const integrityValue = levelValues[integrityLevel] || 0;
const confidentialityValue = levelValues[confidentialityLevel] || 0;
const totalValue =
availabilityValue + integrityValue + confidentialityValue;
if (totalValue <= 3) return "Low";
Eif (totalValue <= 6) return "Moderate";
if (totalValue <= 9) return "High";
return "Very High";
}, [
ciaContentService,
availabilityLevel,
integrityLevel,
confidentialityLevel,
]);
// Get compliance status
const complianceStatus = useMemo((): ComplianceStatusType | null => {
try {
Iif (isNullish(complianceService)) return null;
const status = (complianceService as ComplianceService).getComplianceStatus?.(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
// Ensure we have proper arrays
Eif (status) {
return {
...status,
compliantFrameworks: status.compliantFrameworks || [],
partiallyCompliantFrameworks:
status.partiallyCompliantFrameworks || [],
nonCompliantFrameworks: status.nonCompliantFrameworks || [],
};
}
return null;
} catch (err) {
console.error("Error fetching compliance status:", err);
return null;
}
}, [
complianceService,
availabilityLevel,
integrityLevel,
confidentialityLevel,
]);
// Calculate business maturity level based on security score
const businessMaturityLevel = useMemo(() => {
Iif (securityScore >= 80) return "Strategic";
Iif (securityScore >= 60) return "Advanced";
if (securityScore >= 40) return "Standard";
return "Basic";
}, [securityScore]);
// Get business maturity description
const businessMaturityDescription = useMemo(() => {
switch (businessMaturityLevel) {
case "Strategic":
return "Enables competitive advantage and innovation";
case "Advanced":
return "Supports business growth and trusted partnerships";
case "Standard":
return "Maintains core business operations securely";
case "Basic":
return "Enables fundamental business activities";
default:
return "Unknown business maturity level";
}
}, [businessMaturityLevel]);
// Get cost details using standardized cost calculation utility
const costDetails = useMemo(() => {
return calculateTotalSecurityCost(
availabilityLevel,
integrityLevel,
confidentialityLevel,
"medium",
"general"
);
}, [availabilityLevel, integrityLevel, confidentialityLevel]);
// Compute implementation time
const implementationTime = useMemo((): string => {
try {
if (
!isNullish(ciaContentService) &&
hasMethod(ciaContentService, "getTotalImplementationTime")
) {
const time = ciaContentService.getTotalImplementationTime(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
Eif (!isNullish(time)) return time as string;
}
} catch (err) {
console.error("Error fetching implementation time:", err);
}
// Fallback based on security score
Iif (securityScore >= 80) return "3-6 months";
Iif (securityScore >= 60) return "2-4 months";
if (securityScore >= 40) return "1-2 months";
return "2-4 weeks";
}, [ciaContentService, securityScore, availabilityLevel, integrityLevel, confidentialityLevel]);
// Compute resource requirements
const requiredResources = useMemo((): string => {
try {
if (
!isNullish(ciaContentService) &&
hasMethod(ciaContentService, "getRequiredExpertise")
) {
const resources = ciaContentService.getRequiredExpertise(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
Eif (!isNullish(resources)) return resources as string;
}
} catch (err) {
console.error("Error fetching resource requirements:", err);
}
// Fallback based on security score
Iif (securityScore >= 80) return "Specialized Team";
Iif (securityScore >= 60) return "Dedicated Team";
if (securityScore >= 40) return "Small Team";
return "Individual Effort";
}, [ciaContentService, securityScore, availabilityLevel, integrityLevel, confidentialityLevel]);
// Compute ROI estimate
const roiEstimate = useMemo(() => {
try {
const estimate = calculateROIEstimate(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
return estimate.value ?? "N/A";
} catch (err) {
console.error("Error calculating ROI estimate:", err);
return "N/A";
}
}, [availabilityLevel, integrityLevel, confidentialityLevel]);
return {
overallSecurityLevel,
securityLevelDescription,
securityScore,
riskLevel,
securityClassification,
dataClassification,
implementationComplexity,
complianceStatus,
businessMaturityLevel,
businessMaturityDescription,
costDetails,
implementationTime,
requiredResources,
roiEstimate,
getStatusVariant,
getRiskColorClass,
};
}
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