public static void DumpSyntaxResult(String InputDirectory, String OutputDirectory)
{
var Files = new Dictionary <String, FileParserResult>();
foreach (var FilePath in Directory.EnumerateFiles(InputDirectory, "*.tree", SearchOption.AllDirectories))
{
var AbsolutePath = FileNameHandling.GetAbsolutePath(FilePath, System.Environment.CurrentDirectory);
var FileContent = Txt.ReadFile(FilePath);
var Text = TokenParser.BuildText(FileContent, AbsolutePath);
var Result = FileParser.ParseFile(Text);
Files.Add(AbsolutePath, Result);
}
//var arr = AmbiguousRemover.Reduce(Files, new List<String> { }, new TypeProvider());
//if (arr.UnresolvableAmbiguousOrErrors.Count > 0)
//{
// var l = new List<String> { };
// foreach (var p in arr.UnresolvableAmbiguousOrErrors)
// {
// var ErrorMessage = p.Key;
// var ErrorRange = p.Value;
// l.Add(p.Key + ": " + ErrorRange.Text.Path + (ErrorRange.Range.OnSome ? ": " + ErrorRange.Range.Value.ToString() : ""));
// }
// var OutputPath = FileNameHandling.GetPath(OutputDirectory, "Error.txt");
// var OutputDir = FileNameHandling.GetFileDirectory(OutputPath);
// if (!Directory.Exists(OutputDir)) { Directory.CreateDirectory(OutputDir); }
// Txt.WriteFile(OutputPath, String.Join("\r\n", l) + "\r\n");
// return;
//}
//Files = arr.Files;
foreach (var p in Files)
{
var RelativePath = FileNameHandling.GetRelativePath(p.Key, FileNameHandling.GetAbsolutePath(InputDirectory, System.Environment.CurrentDirectory));
var FileName = FileNameHandling.GetFileName(p.Key);
var fd = new FileDumper();
var Comment
= "==========================================================================" + "\r\n"
+ "\r\n"
+ " SourceFile: " + FileName + "\r\n"
+ "\r\n"
+ "==========================================================================";
var f = fd.Dump(p.Value, Comment);
var OutputPath = FileNameHandling.GetPath(FileNameHandling.GetPath(OutputDirectory, FileNameHandling.GetFileDirectory(RelativePath)), FileNameHandling.GetMainFileName(FileName) + ".syn.tree");
var OutputDir = FileNameHandling.GetFileDirectory(OutputPath);
if (!Directory.Exists(OutputDir))
{
Directory.CreateDirectory(OutputDir);
}
TreeFile.WriteRaw(OutputPath, f);
}
}
public static void ExportCollection(String ConnectionString, String DataDir, List <String> ExportEntityNames)
{
var bs = Niveum.ObjectSchema.BinarySerializerWithString.Create();
var Pair = LoadData(ConnectionString, bs);
var s = Pair.Key;
var Value = Pair.Value;
var Entities = s.Types.Where(t => t.OnEntity).Select(t => t.Entity).ToList();
HashSet <String> ExportEntityNameSet = null;
if (ExportEntityNames.Count != 0)
{
ExportEntityNameSet = new HashSet <String>(ExportEntityNames.Distinct(StringComparer.OrdinalIgnoreCase), StringComparer.OrdinalIgnoreCase);
}
var Dir = FileNameHandling.GetAbsolutePath(DataDir, Environment.CurrentDirectory);
if (Dir != "" && !Directory.Exists(Dir))
{
Directory.CreateDirectory(Dir);
}
var rvts = new RelationValueTreeSerializer(s);
foreach (var p in Entities.ZipStrict(Value.Tables, (a, b) => new KeyValuePair <EntityDef, TableVal>(a, b)))
{
var e = p.Key;
var tv = p.Value;
if ((ExportEntityNameSet == null) || (ExportEntityNameSet.Contains(e.Name)))
{
var l = rvts.WriteTable(e, tv);
var t = RelationValueSyntaxTreeBuilder.BuildTable(e, l);
var TreeFilePath = FileNameHandling.GetPath(DataDir, e.Name + ".tree");
TreeFile.WriteRaw(TreeFilePath, new Syntax.Forest {
MultiNodesList = new List <Syntax.MultiNodes> {
t
}
});
}
}
}
public static void Write(StreamWriter sw, EntityMappingDiff d)
{
var Lines = new List <Syntax.TextLine>();
Action <List <String> > AddLine = Tokens =>
{
var Text = String.Join(" ", Tokens.Select(t => t == null ? "$Empty" : TreeFormatLiteralWriter.GetLiteral(t, true, false).SingleLine));
Lines.Add(new Syntax.TextLine {
Text = Text, Range = new Syntax.TextRange {
Start = new Syntax.TextPosition {
Row = 1, Column = 1, CharIndex = 0
}, End = new Syntax.TextPosition {
Row = 1, Column = 1 + Text.Length, CharIndex = Text.Length
}
}
});
};
Action <List <String> > AddCommentLine = Tokens =>
{
var Text = "//" + String.Join(" ", Tokens.Select(t => t == null ? "$Empty" : TreeFormatLiteralWriter.GetLiteral(t, true, false).SingleLine));
Lines.Add(new Syntax.TextLine {
Text = Text, Range = new Syntax.TextRange {
Start = new Syntax.TextPosition {
Row = 1, Column = 1, CharIndex = 0
}, End = new Syntax.TextPosition {
Row = 1, Column = 1 + Text.Length, CharIndex = Text.Length
}
}
});
};
foreach (var m in d.Mappings)
{
if (m.Method.OnNew)
{
AddLine(new List <String> {
"Entity", m.EntityName, "New"
});
}
else if (m.Method.OnCopy)
{
AddLine(new List <String> {
"Entity", m.EntityName, "From", m.Method.Copy
});
}
else if (m.Method.OnField)
{
}
else
{
throw new InvalidOperationException();
}
}
foreach (var m in d.Mappings)
{
if (m.Method.OnNew)
{
}
else if (m.Method.OnCopy)
{
}
else if (m.Method.OnField)
{
var f = m.Method.Field;
if (f.Method.OnNew)
{
AddLine(new List <String> {
"Entity", m.EntityName, "Field", f.FieldName, "New", GetPrimitiveValString(f.Method.New)
});
}
else if (f.Method.OnCopy)
{
AddLine(new List <String> {
"Entity", m.EntityName, "Field", f.FieldName, "From", f.Method.Copy
});
}
}
else
{
throw new InvalidOperationException();
}
}
foreach (var de in d.DeletedEntities)
{
AddCommentLine(new List <String> {
"Entity", de, "Delete"
});
}
foreach (var de in d.DeletedFields)
{
foreach (var df in de.Value)
{
AddCommentLine(new List <String> {
"Entity", de.Key, "Field", df, "Delete"
});
}
}
var AlterNode = Syntax.MultiNodes.CreateFunctionNodes(new Syntax.FunctionNodes {
FunctionDirective = new Syntax.FunctionDirective {
Text = "Map"
}, Parameters = new List <Syntax.Token> {
}, Content = new Syntax.FunctionContent {
IndentLevel = 0, Lines = Lines
}
});
TreeFile.WriteRaw(sw, new Syntax.Forest {
MultiNodesList = new List <Syntax.MultiNodes> {
AlterNode
}
});
}