/// <summary>
/// Substitute variables x0 into f.
/// </summary>
/// <param name="f"></param>
/// <param name="x0"></param>
/// <returns></returns>
public static Expression Substitute(this Expression f, IDictionary<Expression, Expression> x0, bool IsTransform = false)
{
if (x0.Empty())
return f;
else
return new SubstituteVisitor(x0, IsTransform).Visit(f);
}
/// <summary>
/// Substitute variables x0 into f.
/// </summary>
/// <param name="f"></param>
/// <param name="x0"></param>
/// <returns></returns>
public static IEnumerable<Expression> Substitute(this IEnumerable<Expression> f, IDictionary<Expression, Expression> x0, bool IsTransform = false)
{
if (x0.Empty())
return f;
SubstituteVisitor V = new SubstituteVisitor(x0, IsTransform);
return f.Select(i => V.Visit(i));
}
/// <summary>
/// Substitute variables x0 into f.
/// </summary>
/// <param name="f"></param>
/// <param name="x0"></param>
/// <returns></returns>
public static Expression Substitute(this Expression f, IDictionary <Expression, Expression> x0, bool IsTransform = false)
{
if (x0.Empty())
{
return(f);
}
return(new SubstituteVisitor(x0, IsTransform).Visit(f));
}
/// <summary>
/// Substitute variables x0 into f.
/// </summary>
/// <param name="f"></param>
/// <param name="x0"></param>
/// <returns></returns>
public static IEnumerable <Expression> Substitute(this IEnumerable <Expression> f, IDictionary <Expression, Expression> x0, bool IsTransform = false)
{
if (x0.Empty())
{
return(f);
}
SubstituteVisitor V = new SubstituteVisitor(x0, IsTransform);
return(f.Select(i => V.Visit(i)));
}
public LogEntry Apply(string lastCommit, IGitTreeModifier treeBuilder, ITfsWorkspace workspace, IDictionary<string, GitObject> initialTree)
{
if (initialTree.Empty())
Summary.Remote.Repository.GetObjects(lastCommit, initialTree);
var resolver = new PathResolver(Summary.Remote, initialTree);
var sieve = new ChangeSieve(_changeset, resolver);
_changeset.Get(workspace, sieve.GetChangesToFetch());
foreach (var change in sieve.GetChangesToApply())
{
Apply(change, treeBuilder, workspace, initialTree);
}
return MakeNewLogEntry();
}
public LogEntry Apply(string lastCommit, IGitTreeModifier treeBuilder, ITfsWorkspace workspace, IDictionary <string, GitObject> initialTree)
{
if (initialTree.Empty())
{
Summary.Remote.Repository.GetObjects(lastCommit, initialTree);
}
var resolver = new PathResolver(Summary.Remote, initialTree);
var sieve = new ChangeSieve(_changeset, resolver);
_changeset.Get(workspace, sieve.GetChangesToFetch());
foreach (var change in sieve.GetChangesToApply())
{
Apply(change, treeBuilder, workspace, initialTree);
}
return(MakeNewLogEntry());
}
public LogEntry Apply(string lastCommit, IGitTreeModifier treeBuilder, ITfsWorkspace workspace, IDictionary<string, GitObject> initialTree, Action<Exception> ignorableErrorHandler)
{
if (initialTree.Empty())
Summary.Remote.Repository.GetObjects(lastCommit, initialTree);
var resolver = new PathResolver(Summary.Remote, initialTree);
var sieve = new ChangeSieve(_changeset, resolver);
if (sieve.RenameBranchCommmit)
{
IsRenameChangeset = true;
}
_changeset.Get(workspace, sieve.GetChangesToFetch(), ignorableErrorHandler);
var forceGetChanges = lastCommit == null;
foreach (var change in sieve.GetChangesToApply(forceGetChanges))
{
ignorableErrorHandler.Catch(() => {
Apply(change, treeBuilder, workspace, initialTree);
});
}
return MakeNewLogEntry();
}
public LogEntry Apply(string lastCommit, IGitTreeModifier treeBuilder, ITfsWorkspace workspace, IDictionary <string, GitObject> initialTree, Action <Exception> ignorableErrorHandler, FileFilter filters)
{
if (initialTree.Empty())
{
//add mappings to the resolver
_mappingsFile.Mappings.ForEach(m =>
{
if (!initialTree.ContainsKey(m.TfsPath))
{
initialTree.Add(m.TfsPath, new GitObject()
{
Path = m.LocalPath
});
}
});
Summary.Remote.Repository.GetObjects(lastCommit, initialTree);
}
var remoteRelativeLocalPath = GetPathRelativeToWorkspaceLocalPath(workspace);
var resolver = new PathResolver(Summary.Remote, remoteRelativeLocalPath, initialTree);
var sieve = new ChangeSieve(_changeset, resolver, filters);
if (sieve.RenameBranchCommmit)
{
IsRenameChangeset = true;
}
_changeset.Get(workspace, sieve.GetChangesToFetch(), ignorableErrorHandler);
var forceGetChanges = lastCommit == null;
foreach (var change in sieve.GetChangesToApply(forceGetChanges))
{
ignorableErrorHandler.Catch(() =>
{
Apply(change, treeBuilder, workspace, initialTree);
});
}
return(MakeNewLogEntry());
}
public LogEntry Apply(string lastCommit, IGitTreeModifier treeBuilder, ITfsWorkspace workspace, IDictionary <string, GitObject> initialTree, Action <Exception> ignorableErrorHandler)
{
if (initialTree.Empty())
{
Summary.Remote.Repository.GetObjects(lastCommit, initialTree);
}
var remoteRelativeLocalPath = GetPathRelativeToWorkspaceLocalPath(workspace);
var resolver = new PathResolver(Summary.Remote, remoteRelativeLocalPath, initialTree);
var sieve = new ChangeSieve(_changeset, resolver);
if (sieve.RenameBranchCommmit)
{
IsRenameChangeset = true;
}
_changeset.Get(workspace, sieve.GetChangesToFetch(), ignorableErrorHandler);
foreach (var change in sieve.GetChangesToApply())
{
ignorableErrorHandler.Catch(() =>
{
Apply(change, treeBuilder, workspace, initialTree);
});
}
return(MakeNewLogEntry());
}
