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public AddFilesToStorage ( IList |
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| files | IList |
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| return | void | |
public void AddFilesToStorageTest()
{
string projectFile = Path.GetTempFileName();
string storageFile = projectFile + ".storage";
if (File.Exists(storageFile))
{
File.Delete(storageFile);
}
SccProviderStorage target = new SccProviderStorage(projectFile);
IList<string> files = new List<string>();
files.Add(projectFile);
files.Add("dummy.txt");
target.AddFilesToStorage(files);
// Test that project file is now controlled
Assert.AreEqual(SourceControlStatus.scsCheckedIn, target.GetFileStatus(projectFile), "Failed to add the project file");
// Test the storage file was written
Assert.IsTrue(File.Exists(storageFile), "Storage file was not created");
// Cleanup the files written by the test
File.SetAttributes(projectFile, FileAttributes.Normal);
File.Delete(projectFile);
File.Delete(storageFile);
}
/// <summary>
/// Adds the specified projects and solution to source control
/// </summary>
public void AddProjectsToSourceControl(ref Hashtable hashUncontrolledProjects, bool addSolutionToSourceControl)
{
// A real source control provider will ask the user for a location where the projects will be controlled
// From the user input it should create up to 4 strings that will pass them to the projects to persist,
// so next time the project is open from disk, it will callback source control package, and the package
// could use the 4 binding strings to identify the correct database location of the project files.
foreach (IVsHierarchy pHier in hashUncontrolledProjects.Keys)
{
IVsSccProject2 sccProject2 = (IVsSccProject2)pHier;
sccProject2.SetSccLocation("<Project Location In Database>", "<Source Control Database>", "<Local Binding Root of Project>", _sccProvider.ProviderName);
// Add the newly controlled projects now to the list of controlled projects in this solution
_controlledProjects[pHier] = null;
}
// Also, if the solution was selected to be added to scc, write in the solution properties the controlled status
if (addSolutionToSourceControl)
{
IVsHierarchy solHier = (IVsHierarchy)_sccProvider.GetService(typeof(SVsSolution));
_controlledProjects[solHier] = null;
_sccProvider.SolutionHasDirtyProps = true;
}
// Now save all the modified files
IVsSolution sol = (IVsSolution)_sccProvider.GetService(typeof(SVsSolution));
sol.SaveSolutionElement((uint)__VSSLNSAVEOPTIONS.SLNSAVEOPT_SaveIfDirty, null, 0);
// Add now the solution and project files to the source control database
// which in our case means creating a text file containing the list of controlled files
foreach (IVsHierarchy pHier in hashUncontrolledProjects.Keys)
{
IVsSccProject2 sccProject2 = (IVsSccProject2)pHier;
IList<string> files = _sccProvider.GetProjectFiles(sccProject2);
SccProviderStorage storage = new SccProviderStorage(_sccProvider.GetProjectFileName(sccProject2));
storage.AddFilesToStorage(files);
_controlledProjects[pHier] = storage;
}
// If adding solution to source control, create a storage for the solution, too
if (addSolutionToSourceControl)
{
IVsHierarchy solHier = (IVsHierarchy)_sccProvider.GetService(typeof(SVsSolution));
IList<string> files = new List<string>();
string solutionFile = _sccProvider.GetSolutionFileName();
files.Add(solutionFile);
SccProviderStorage storage = new SccProviderStorage(solutionFile);
storage.AddFilesToStorage(files);
_controlledProjects[solHier] = storage;
}
// For all the projects added to source control, refresh their source control glyphs
IList<VSITEMSELECTION> nodes = new List<VSITEMSELECTION>();
foreach (IVsHierarchy pHier in hashUncontrolledProjects.Keys)
{
VSITEMSELECTION vsItem;
vsItem.itemid = VSConstants.VSITEMID_ROOT;
vsItem.pHier = pHier;
nodes.Add(vsItem);
}
// Also, add the solution if necessary to the list of glyphs to refresh
if (addSolutionToSourceControl)
{
VSITEMSELECTION vsItem;
vsItem.itemid = VSConstants.VSITEMID_ROOT;
vsItem.pHier = null;
nodes.Add(vsItem);
}
_sccProvider.RefreshNodesGlyphs(nodes);
}
public void RenameFileInStorageTest()
{
string projectFile = Path.GetTempFileName();
string storageFile = projectFile + ".storage";
string newStorageFile = "dummy.txt.storage";
if (File.Exists(storageFile))
{
File.Delete(storageFile);
}
if (File.Exists(newStorageFile))
{
File.Delete(newStorageFile);
}
SccProviderStorage target = new SccProviderStorage(projectFile);
IList<string> files = new List<string>();
files.Add(projectFile);
target.AddFilesToStorage(files);
target.RenameFileInStorage(projectFile, "dummy.txt");
// Test that project file is now uncontrolled
Assert.AreEqual(SourceControlStatus.scsUncontrolled, target.GetFileStatus(projectFile), "GetFileStatus failed for old name");
// Test that dummy file is now controlled (and checked in since it's missing from disk)
Assert.AreEqual(SourceControlStatus.scsCheckedIn, target.GetFileStatus("Dummy.txt"), "GetFileStatus failed for new name");
// Cleanup the files written by the test
File.SetAttributes(projectFile, FileAttributes.Normal);
File.Delete(projectFile);
File.Delete(newStorageFile);
}
public void GetFileStatusTest()
{
string projectFile = Path.GetTempFileName();
string storageFile = projectFile + ".storage";
if (File.Exists(storageFile))
{
File.Delete(storageFile);
}
SccProviderStorage target = new SccProviderStorage(projectFile);
IList<string> files = new List<string>();
files.Add(projectFile);
target.AddFilesToStorage(files);
// Test that project file is now controlled
Assert.AreEqual(SourceControlStatus.scsCheckedIn, target.GetFileStatus(projectFile), "GetFileStatus failed for project file");
// Checkout the file and test status again
target.CheckoutFile(projectFile);
Assert.AreEqual(SourceControlStatus.scsCheckedOut, target.GetFileStatus(projectFile), "GetFileStatus failed for project file");
// Test that a dummy file is uncontrolled
Assert.AreEqual(SourceControlStatus.scsUncontrolled, target.GetFileStatus("Dummy.txt"), "GetFileStatus failed for uncontrolled file");
// Cleanup the files written by the test
File.Delete(projectFile);
File.Delete(storageFile);
}
