public void Convert_IssueHasTwoFlows_IssueVisualizationWithTwoFlows()
{
var firstFlowFirstLocation = CreateLocation(Path.GetRandomFileName());
var firstFlowSecondLocation = CreateLocation(Path.GetRandomFileName());
var firstFlow = CreateFlow(firstFlowFirstLocation, firstFlowSecondLocation);
var secondFlowFirstLocation = CreateLocation(Path.GetRandomFileName());
var secondFlowSecondLocation = CreateLocation(Path.GetRandomFileName());
var secondFlow = CreateFlow(secondFlowFirstLocation, secondFlowSecondLocation);
var issueSpan = CreateNonEmptySpan();
var issue = CreateIssue(Path.GetRandomFileName(), firstFlow, secondFlow);
SetupSpanCalculator(issue, issueSpan);
var expectedFirstFlowFirstLocationVisualization = new AnalysisIssueLocationVisualization(1, firstFlowFirstLocation);
var expectedFirstFlowSecondLocationVisualization = new AnalysisIssueLocationVisualization(2, firstFlowSecondLocation);
var expectedFirstFlowVisualization = new AnalysisIssueFlowVisualization(1, new[] { expectedFirstFlowFirstLocationVisualization, expectedFirstFlowSecondLocationVisualization }, firstFlow);
var expectedSecondFlowFirstLocationVisualization = new AnalysisIssueLocationVisualization(1, secondFlowFirstLocation);
var expectedSecondFlowSecondLocationVisualization = new AnalysisIssueLocationVisualization(2, secondFlowSecondLocation);
var expectedSecondFlowVisualization = new AnalysisIssueFlowVisualization(2, new[] { expectedSecondFlowFirstLocationVisualization, expectedSecondFlowSecondLocationVisualization }, secondFlow);
var expectedIssueVisualization = new AnalysisIssueVisualization(new[] { expectedFirstFlowVisualization, expectedSecondFlowVisualization }, issue, issueSpan);
var actualIssueVisualization = testSubject.Convert(issue, textSnapshotMock);
AssertConversion(expectedIssueVisualization, actualIssueVisualization);
}
public void Convert_IssueHasLocationsInDifferentFiles_CalculatesSpanForLocationsInSameFile()
{
var issueFilePath = Path.GetRandomFileName();
var locationInSameFile = CreateLocation(issueFilePath);
var locationInAnotherFile = CreateLocation(Path.GetRandomFileName());
var flow = CreateFlow(locationInSameFile, locationInAnotherFile);
var issueSpan = CreateNonEmptySpan();
var issue = CreateIssue(issueFilePath, flow);
SetupSpanCalculator(issue, issueSpan);
var locationSpan = CreateNonEmptySpan();
SetupSpanCalculator(locationInSameFile, locationSpan);
var expectedLocation1 = new AnalysisIssueLocationVisualization(1, locationInSameFile)
{
Span = locationSpan
};
var expectedLocation2 = new AnalysisIssueLocationVisualization(2, locationInAnotherFile)
{
Span = null
};
var expectedFlow = new AnalysisIssueFlowVisualization(1, new[] { expectedLocation1, expectedLocation2 }, flow);
var expectedIssueVisualization = new AnalysisIssueVisualization(new[] { expectedFlow }, issue, issueSpan);
var actualIssueVisualization = testSubject.Convert(issue, textSnapshotMock);
AssertConversion(expectedIssueVisualization, actualIssueVisualization);
}
public void Convert_IssueHasOneFlow_IssueVisualizationWithFlow()
{
var location = CreateLocation(Path.GetRandomFileName());
var flow = CreateFlow(location);
var issueSpan = CreateNonEmptySpan();
var issue = CreateIssue(Path.GetRandomFileName(), flow);
SetupSpanCalculator(issue, issueSpan);
var expectedLocationVisualization = new AnalysisIssueLocationVisualization(1, location);
var expectedFlowVisualization = new AnalysisIssueFlowVisualization(1, new[] { expectedLocationVisualization }, flow);
var expectedIssueVisualization = new AnalysisIssueVisualization(new[] { expectedFlowVisualization }, issue, issueSpan);
var actualIssueVisualization = testSubject.Convert(issue, textSnapshotMock);
AssertConversion(expectedIssueVisualization, actualIssueVisualization);
}
