public PostProcTestContext(TestContext testContext)
{
Config = new AnalysisConfig();
Settings = TeamBuildSettings.CreateNonTeamBuildSettingsForTesting(TestUtils.CreateTestSpecificFolderWithSubPaths(testContext));
Logger = new TestLogger();
TfsProcessor = new MockTfsProcessor(Logger);
Scanner = new MockSonarScanner(Logger);
}
public PostProcTestContext(TestContext testContext)
{
Config = new AnalysisConfig();
Settings = TeamBuildSettings.CreateNonTeamBuildSettingsForTesting(TestUtils.CreateTestSpecificFolderWithSubPaths(testContext));
Logger = new TestLogger();
TfsProcessor = new MockTfsProcessor(Logger);
Scanner = new MockSonarScanner(Logger);
TargetsUninstaller = new Mock <ITargetsUninstaller>();
var callCount = 0;
TargetsUninstaller
.Setup(m => m.UninstallTargets())
.Callback(() =>
{
// Verify that the method was called maximum once
callCount.Should().Be(0, "Method should be called exactly once");
callCount++;
});
}
public PostProcTestContext(TestContext testContext)
{
Config = new AnalysisConfig();
Settings = TeamBuildSettings.CreateNonTeamBuildSettingsForTesting(TestUtils.CreateTestSpecificFolder(testContext));
Logger = new TestLogger();
CodeCoverage = new MockCodeCoverageProcessor();
Scanner = new MockSonarScanner(Logger);
ReportBuilder = new MockSummaryReportBuilder();
TargetsUninstaller = new Mock <ITargetsUninstaller>();
var callCount = 0;
TargetsUninstaller
.Setup(m => m.UninstallTargets())
.Callback(() =>
{
// Verify that the method was called maximum once
callCount.Should().Be(0, "Method should be called exactly once");
callCount++;
});
CodeCoverage.InitialiseValueToReturn = true;
CodeCoverage.ProcessValueToReturn = true;
}
