public void ReplaceAssemblyInfoPropertiesTests_WhenChangingAllPropertiesInWorkflowShouldUpdateAssemblyInfoWithSameValues()
{
const string searchPatternShell = @"[\[<]+.*{0}.*\(\x22{1}\x22\)[\]>]+";
string[] filePaths = new[] { "ReplaceTestAssemblyInfo.cs", "ReplaceTestAssemblyInfo.vb", "ReplaceTestAssemblyInfo.cpp", "ReplaceTestAssemblyInfo.fs" };
const bool forceCreate = true;
IList<Tuple<string, string>> assemblyProperties = new ReadOnlyCollectionBuilder<Tuple<string, string>>
{
new Tuple<string, string>("AssemblyTitle", "Assembly Title"),
new Tuple<string, string>("AssemblyDescription", "Assembly Description"),
new Tuple<string, string>("AssemblyConfiguration", "Assembly Configuration"),
new Tuple<string, string>("AssemblyCompany", "Assembly Company"),
new Tuple<string, string>("AssemblyProduct", "Assembly Product"),
new Tuple<string, string>("AssemblyCopyright", "Assembly Copyright"),
new Tuple<string, string>("AssemblyTrademark", "Assembly Trademark"),
new Tuple<string, string>("AssemblyCulture", "Assembly Culture"),
new Tuple<string, string>("AssemblyInformationalVersion", "Assembly Informational Version"),
};
foreach (var file in filePaths)
{
// Create an instance of our test workflow
var workflow = new Tests.TestReplaceAssemblyInfoPropertiesWorkflow();
// Create the workflow run-time environment
var workflowInvoker = new WorkflowInvoker(workflow);
var testFilename = string.Format("AllPropertiesTestAssemblyInfo{0}", Path.GetExtension(file));
File.Copy(file, testFilename);
var extension = " " + Path.GetExtension(testFilename).Remove(0, 1);
// Set the workflow arguments
workflow.FilePath = testFilename;
workflow.ForceCreate = forceCreate;
workflow.BuildDate = DateTime.Now;
workflow.AssemblyTitleReplacementPattern = assemblyProperties[0].Item2 + extension;
workflow.AssemblyDescriptionReplacementPattern = assemblyProperties[1].Item2 + extension;
workflow.AssemblyConfigurationReplacementPattern = assemblyProperties[2].Item2 + extension;
workflow.AssemblyCompanyReplacementPattern = assemblyProperties[3].Item2 + extension;
workflow.AssemblyProductReplacementPattern = assemblyProperties[4].Item2 + extension;
workflow.AssemblyCopyrightReplacementPattern = assemblyProperties[5].Item2 + extension;
workflow.AssemblyTrademarkReplacementPattern = assemblyProperties[6].Item2 + extension;
workflow.AssemblyCultureReplacementPattern = assemblyProperties[7].Item2 + extension;
workflow.AssemblyInformationalVersionReplacementPattern = assemblyProperties[8].Item2 + extension;
workflow.BuildDetail = new InArgument<IBuildDetail>(env => new BuildDetailStub(99));
// Invoke the workflow and capture the outputs
workflowInvoker.Invoke();
// Verify using RegEx
var fileData = File.ReadAllText(testFilename);
foreach (var propertyTuple in assemblyProperties)
{
var regexPattern = string.Format(searchPatternShell, propertyTuple.Item1,
propertyTuple.Item2 + extension);
var regex = new Regex(regexPattern);
Assert.IsTrue(regex.IsMatch(fileData),
string.Format("Test Failed: File: {0} - Property: {1} - Value: {2}", testFilename,
propertyTuple.Item1, propertyTuple.Item2 + extension));
}
}
}
public void ReplaceAssemblyInfoPropertiesTests_WhenWorkingWithFsFileShouldRealignOrInsertDoStatementAtEnd()
{
string[] filePaths = new[] { "ReplaceTestAssemblyInfo.cs", "ReplaceTestAssemblyInfo.vb", "ReplaceTestAssemblyInfo.cpp", "ReplaceTestAssemblyInfo.fs" };
foreach (var file in filePaths)
{
// Create an instance of our test workflow
var workflow = new Tests.TestReplaceAssemblyInfoPropertiesWorkflow();
ProjectTypes projectType = VersioningHelper.GetProjectTypeFromFileName(file);
// Create the workflow run-time environment
var workflowInvoker = new WorkflowInvoker(workflow);
var testFilename = string.Format("TestingDoInclusionAssemblyInfo{0}", Path.GetExtension(file));
File.Copy(file, testFilename);
// Set the workflow arguments
workflow.FilePath = testFilename;
workflow.ForceCreate = true;
workflow.BuildDate = DateTime.Now;
workflow.AssemblyTitleReplacementPattern = string.Empty;
workflow.AssemblyDescriptionReplacementPattern = string.Empty;
workflow.AssemblyConfigurationReplacementPattern = string.Empty;
workflow.AssemblyCompanyReplacementPattern = string.Empty;
workflow.AssemblyProductReplacementPattern = string.Empty;
workflow.AssemblyCopyrightReplacementPattern = string.Empty;
workflow.AssemblyTrademarkReplacementPattern = string.Empty;
workflow.AssemblyCultureReplacementPattern = string.Empty;
workflow.AssemblyInformationalVersionReplacementPattern = "$TPROJ : $REQBY : $BNAME : $UTIME : $LDATE : $LTIME : $SDATE : $STIME : $BNUM : $YYYY : $YY : $MM : $M : $DD : $D : $J : $B";
workflow.BuildDetail = new InArgument<IBuildDetail>(env => new BuildDetailStub(99));
// Invoke the workflow and capture the outputs
workflowInvoker.Invoke();
// Verify using RegEx
var fileData = File.ReadAllText(testFilename);
var regex = new Regex(@".*(\(\s*\)|do\s*\(\s*\))");
if (projectType == ProjectTypes.Fs)
{
Assert.IsTrue(regex.IsMatch(fileData));
}
else
{
Assert.IsFalse(regex.IsMatch(fileData));
}
}
}
