public Section export() {
Section section;
Line line;
double minValue;
double maxValue;
double minSpecifiedValue;
double maxSpecifiedValue;
double expectedMaxLatency;
double expectedMinLatency;
String sectionName;
minValue = 0.0;
maxValue = 0.0;
minSpecifiedValue = 0.0;
maxSpecifiedValue = 0.0;
issues = new ArrayList<ReportedCell>();
expectedMaxLatency = GetProperties.getMaximumLatencyinMilliSec(this.relatedEndToEndFlow);
expectedMinLatency = GetProperties.getMinimumLatencyinMilliSec(this.relatedEndToEndFlow);
if (relatedEndToEndFlow != null) {
sectionName = relatedEndToEndFlow.getComponentInstancePath();
} else {
sectionName = "Unnamed flow";
}
section = new Section(sectionName + getSyncLabel());
line = new Line();
line.addHeaderContent("Contributor");
line.addHeaderContent("Min Specified");
line.addHeaderContent("Min Value");
line.addHeaderContent("Min Method");
line.addHeaderContent("Max Specified");
line.addHeaderContent("Max Value");
line.addHeaderContent("Max Method");
line.addHeaderContent("Comments");
section.addLine(line);
// will populate the comments section
minValue = getMinimumActualLatency();
maxValue = getMaximumActualLatency();
minSpecifiedValue = getMinimumSpecifiedLatency();
maxSpecifiedValue = getMaximumSpecifiedLatency();
// reporting each entry
for (LatencyContributor lc : this.contributors) {
if (!skipMeInReport(lc)) {
for (Line l : lc.export()) {
section.addLine(l);
}
}
}
line = new Line();
line.addContent("Latency Total");
line.addContent(minSpecifiedValue + "ms");
line.addContent(minValue + "ms");
line.addContent("");
line.addContent(maxSpecifiedValue + "ms");
line.addContent(maxValue + "ms");
line.addContent("");
section.addLine(line);
line = new Line();
line.setSeverity(ReportSeverity.SUCCESS);
line.addContent("End to End Latency");
line.addContent("");
line.addContent(expectedMinLatency + "ms");
line.addContent("");
line.addContent("");
line.addContent(expectedMaxLatency + "ms");
line.addContent("");
/*
* In that case, the end to end flow has a minimum latency
*/
if (expectedMinLatency > 0) {
if (expectedMinLatency < minSpecifiedValue) {
reportSummaryWarning(
"Sum of minimum specified latencies ("
+ minSpecifiedValue
+ " ms) is greater than minimum end to end latency ("
+ expectedMinLatency
+ "ms)");
}
if (expectedMinLatency < minValue) {
reportSummaryError(
"Sum of minimum actual latencies ("
+ minValue
+ " ms) is greater than minimum end to end latency ("
+ expectedMinLatency
+ "ms)");
}
} else {
reportSummaryWarning("Minimum end to end latency is not pecified or zero");
}
/** Here, the max latency value has been defined */
if (expectedMaxLatency > 0) {
if (expectedMaxLatency < maxSpecifiedValue) {
reportSummaryError(
"Sum of maximum specified latency ("
+ maxSpecifiedValue
+ "ms) exceeds end to end latency ("
+ expectedMaxLatency
+ "ms)");
}
if (expectedMaxLatency < maxValue) {
reportSummaryError(
"Sum of maximum actual latencies ("
+ maxValue
+ "ms) exceeds end to end latency ("
+ expectedMaxLatency
+ "ms)");
}
} else {
reportSummaryWarning("End to end latency is not specified");
}
/**
* If the expected latency is defined and consistent with the max value, everything should be ok
* It means that the number calculated from the component is correct and less than the latency
* specifications. In case of Min latency the actual sum should be higher.
*/
if ((minValue > 0)
&& (maxValue > 0)
&& (expectedMaxLatency > 0)
&& (expectedMinLatency > 0)
&& (minValue >= expectedMinLatency)
&& (expectedMaxLatency >= maxValue)) {
reportSummaryInfo(
"end-to-end flow latency for "
+ this.relatedEndToEndFlow.getName()
+ " calculated from the components is correct with the expected latency specifications");
}
section.addLine(line);
if (issues.size() > 0) {
line = new Line();
line.addHeaderContent("End to end Latency Summary");
section.addLine(line);
for (ReportedCell issue : issues) {
line = new Line();
String msg = issue.getMessage();
issue.setMessage(issue.getSeverity().toString());
line.addCell(issue);
line.addContent(msg);
section.addLine(line);
}
}
return section;
}
