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github-actions[bot] committed Feb 3, 2024
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263 changes: 135 additions & 128 deletions view-metrics/src/main/java/org/sonatype/cs/metrics/service/ApplicationsDataService.java
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import org.sonatype.cs.metrics.util.HelperService;
import org.sonatype.cs.metrics.util.SqlStatements;
import org.springframework.stereotype.Service;

import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import java.util.Map;

@Service
public class ApplicationsDataService {
private DbService dbService;
private DbService dbService;

public ApplicationsDataService(DbService dbService) {
this.dbService = dbService;
}
public ApplicationsDataService(DbService dbService) {
this.dbService = dbService;
}

public Map<String, Object> getApplicationData(
String tableName, Map<String, Object> periodsData) {
Map<String, Object> model = new HashMap<>();

List<DbRow> applicationsOnboardedData =
dbService.runSql(tableName, SqlStatements.APPLICATIONSONBOARDED);
int rows = applicationsOnboardedData.size();

String endPeriod = null;

int startPeriodCount = applicationsOnboardedData.get(0).getPointA();
int endPeriodCount = applicationsOnboardedData.get(rows - 1).getPointA();

public Map<String, Object> getApplicationData(String tableName,
Map<String, Object> periodsData) {
Map<String, Object> model = new HashMap<>();

List<DbRow> applicationsOnboardedData =
dbService.runSql(tableName, SqlStatements.APPLICATIONSONBOARDED);
int rows = applicationsOnboardedData.size();

String endPeriod = null;

int startPeriodCount = applicationsOnboardedData.get(0).getPointA();
int endPeriodCount = applicationsOnboardedData.get(rows - 1).getPointA();

int applicationsOnboardedInPeriod =
applicationsOnboardedData.get(rows - 1).getPointA();

switch (tableName) {
case SqlStatements.METRICTABLENAME:
endPeriod = periodsData.get("endPeriod").toString();
break;

case SqlStatements.METRICP1TABLENAME:
endPeriod = periodsData.get("midPeriod").toString();
break;

case SqlStatements.METRICP2TABLENAME:
endPeriod = periodsData.get("endPeriod").toString();
break;
default:
}

int applicationsOnboardedInPeriodAvg = applicationsOnboardedInPeriod / rows;
if (applicationsOnboardedInPeriodAvg == 0) {
applicationsOnboardedInPeriodAvg = 1;
}

model.put("startPeriodCount", startPeriodCount);
model.put("endPeriodCount", endPeriodCount);
model.put("numberOfPeriods", rows);
model.put("applicationsOnboardedChart", applicationsOnboardedData);
model.put("applicationsOnboarded", applicationsOnboardedInPeriod);
model.put("applicationsOnboardedAvg", applicationsOnboardedInPeriodAvg);

model.put("applicationReport", applicationsOnboardedInPeriod == 1);

List<DbRow> numberOfScansData =
dbService.runSql(tableName, SqlStatements.NUMBEROFSCANS);
int[] numberOfScans = HelperService.getPointsSumAndAverage(numberOfScansData);
model.put("numberOfScansChart", numberOfScansData);
model.put("numberOfScans", numberOfScans[0]);
model.put("numberOfScansAvg", numberOfScans[1]);

List<DbRow> numberOfScannedApplicationsData = dbService.runSql(tableName,
SqlStatements.NUMBEROFSCANNEDAPPLICATIONS);
int[] numberOfScannedApplications = HelperService
.getPointsSumAndAverage(numberOfScannedApplicationsData);
model.put("numberOfApplicationsScannedChart", numberOfScannedApplicationsData);
model.put("numberOfApplicationsScanned", numberOfScannedApplications[0]);
model.put("numberOfApplicationsScannedAvg", numberOfScannedApplications[1]);

List<Mttr> mttr = dbService.runSqlMttr(tableName, SqlStatements.MTTR);
model.put("mttrChart", mttr);

String applicationOpenViolations = SqlStatements.APPLICATIONSOPENVIOLATIONS
+ " where time_period_start = '" + endPeriod
+ "' group by application_name" + " order by 2 desc, 3 desc";
List<DbRow> aov = dbService.runSql(tableName, applicationOpenViolations);

String organisationOpenViolations = SqlStatements.ORGANISATIONSOPENVIOLATIONS
+ " where time_period_start = '" + endPeriod
+ "' group by organization_name" + " order by 2 desc, 3 desc";
List<DbRow> oov = dbService.runSql(tableName, organisationOpenViolations);

if (!aov.isEmpty()) {
model.put("mostCriticalApplicationCount", aov.get(0).getPointA());
model.put("leastCriticalApplicationCount",
aov.get(aov.size() - 1).getPointA());
model.put("openCriticalViolationsAvg",
HelperService.getPointsSumAndAverage(aov)[1]);
model.put("mostCriticalApplicationName", aov.get(0).getLabel());
model.put("leastCriticalApplicationName",
aov.get(aov.size() - 1).getLabel());

model.put("applicationsSecurityRemediation", dbService.runSql(tableName,
SqlStatements.APPLICATIONSSECURITYREMEDIATION));
model.put("applicationsLicenseRemediation", dbService.runSql(tableName,
SqlStatements.APPLICATIONSLICENSEREMEDIATION));

model.put("mostCriticalOrganisationsData", oov);
model.put("mostCriticalApplicationsData", aov);

model.put("mostScannedApplicationsData", dbService.runSql(tableName,
SqlStatements.MOSTSCANNEDAPPLICATIONS));
}

List<RiskRatio> riskRatios = new ArrayList<>();
dbService.runSql(tableName, SqlStatements.RISKRATIOCOMPONENTS)
.forEach(timePeriod -> {
Double riskRatioValue = (Double
.valueOf(timePeriod.getPointA())
+ Double.valueOf(timePeriod.getPointB()))
/ Double.valueOf(timePeriod.getPointC());

riskRatios.add(new RiskRatio(timePeriod.getLabel(),
riskRatioValue));
});
model.put("riskRatioChart", riskRatios);
model.put("riskRatioAtEndPeriod",
riskRatios.get(riskRatios.size() - 1).getRiskRatioValue());
model.put("riskRatioAtStartPeriod",
riskRatios.get(riskRatios.size() - 1).getRiskRatioValue());

return model;
int applicationsOnboardedInPeriod = applicationsOnboardedData.get(rows - 1).getPointA();

switch (tableName) {
case SqlStatements.METRICTABLENAME:
endPeriod = periodsData.get("endPeriod").toString();
break;

case SqlStatements.METRICP1TABLENAME:
endPeriod = periodsData.get("midPeriod").toString();
break;

case SqlStatements.METRICP2TABLENAME:
endPeriod = periodsData.get("endPeriod").toString();
break;
default:
}

public boolean applicationExists(String applicationName) {
List<DbRow> applications = dbService.runSql(SqlStatements.METRICTABLENAME,
SqlStatements.LISTOFAPPLICATIONS);
boolean status = false;
int applicationsOnboardedInPeriodAvg = applicationsOnboardedInPeriod / rows;
if (applicationsOnboardedInPeriodAvg == 0) {
applicationsOnboardedInPeriodAvg = 1;
}

for (DbRow r : applications) {
if (r.getLabel().equalsIgnoreCase(applicationName)) {
status = true;
break;
}
}
model.put("startPeriodCount", startPeriodCount);
model.put("endPeriodCount", endPeriodCount);
model.put("numberOfPeriods", rows);
model.put("applicationsOnboardedChart", applicationsOnboardedData);
model.put("applicationsOnboarded", applicationsOnboardedInPeriod);
model.put("applicationsOnboardedAvg", applicationsOnboardedInPeriodAvg);

model.put("applicationReport", applicationsOnboardedInPeriod == 1);

List<DbRow> numberOfScansData = dbService.runSql(tableName, SqlStatements.NUMBEROFSCANS);
int[] numberOfScans = HelperService.getPointsSumAndAverage(numberOfScansData);
model.put("numberOfScansChart", numberOfScansData);
model.put("numberOfScans", numberOfScans[0]);
model.put("numberOfScansAvg", numberOfScans[1]);

List<DbRow> numberOfScannedApplicationsData =
dbService.runSql(tableName, SqlStatements.NUMBEROFSCANNEDAPPLICATIONS);
int[] numberOfScannedApplications =
HelperService.getPointsSumAndAverage(numberOfScannedApplicationsData);
model.put("numberOfApplicationsScannedChart", numberOfScannedApplicationsData);
model.put("numberOfApplicationsScanned", numberOfScannedApplications[0]);
model.put("numberOfApplicationsScannedAvg", numberOfScannedApplications[1]);

List<Mttr> mttr = dbService.runSqlMttr(tableName, SqlStatements.MTTR);
model.put("mttrChart", mttr);

String applicationOpenViolations =
SqlStatements.APPLICATIONSOPENVIOLATIONS
+ " where time_period_start = '"
+ endPeriod
+ "' group by application_name"
+ " order by 2 desc, 3 desc";
List<DbRow> aov = dbService.runSql(tableName, applicationOpenViolations);

String organisationOpenViolations =
SqlStatements.ORGANISATIONSOPENVIOLATIONS
+ " where time_period_start = '"
+ endPeriod
+ "' group by organization_name"
+ " order by 2 desc, 3 desc";
List<DbRow> oov = dbService.runSql(tableName, organisationOpenViolations);

if (!aov.isEmpty()) {
model.put("mostCriticalApplicationCount", aov.get(0).getPointA());
model.put("leastCriticalApplicationCount", aov.get(aov.size() - 1).getPointA());
model.put("openCriticalViolationsAvg", HelperService.getPointsSumAndAverage(aov)[1]);
model.put("mostCriticalApplicationName", aov.get(0).getLabel());
model.put("leastCriticalApplicationName", aov.get(aov.size() - 1).getLabel());

model.put(
"applicationsSecurityRemediation",
dbService.runSql(tableName, SqlStatements.APPLICATIONSSECURITYREMEDIATION));
model.put(
"applicationsLicenseRemediation",
dbService.runSql(tableName, SqlStatements.APPLICATIONSLICENSEREMEDIATION));

model.put("mostCriticalOrganisationsData", oov);
model.put("mostCriticalApplicationsData", aov);

model.put(
"mostScannedApplicationsData",
dbService.runSql(tableName, SqlStatements.MOSTSCANNEDAPPLICATIONS));
}

return status;
List<RiskRatio> riskRatios = new ArrayList<>();
dbService
.runSql(tableName, SqlStatements.RISKRATIOCOMPONENTS)
.forEach(
timePeriod -> {
Double riskRatioValue =
(Double.valueOf(timePeriod.getPointA())
+ Double.valueOf(timePeriod.getPointB()))
/ Double.valueOf(timePeriod.getPointC());

riskRatios.add(new RiskRatio(timePeriod.getLabel(), riskRatioValue));
});
model.put("riskRatioChart", riskRatios);
model.put(
"riskRatioAtEndPeriod", riskRatios.get(riskRatios.size() - 1).getRiskRatioValue());
model.put(
"riskRatioAtStartPeriod",
riskRatios.get(riskRatios.size() - 1).getRiskRatioValue());

return model;
}

public boolean applicationExists(String applicationName) {
List<DbRow> applications =
dbService.runSql(SqlStatements.METRICTABLENAME, SqlStatements.LISTOFAPPLICATIONS);
boolean status = false;

for (DbRow r : applications) {
if (r.getLabel().equalsIgnoreCase(applicationName)) {
status = true;
break;
}
}

return status;
}
}
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