private static void WriteFieldSwitch(IndentedWriter output, Block block, string variable)
{
output.
Line("switch (assignment.Name.ToLower())").
OpenParen();
foreach (var field in block.Fields)
{
output.
Line($"case \"{field.FormatName.ToLowerInvariant()}\":").
IncreaseIndent().
Line($"{variable}.{field.PropertyName} = Read{field.PropertyType.ToPascalCase()}Value(assignment, \"{block.CodeName}.{field.PropertyName}\");").
Line("break;").
DecreaseIndent();
}
output.
Line("default:").
IncreaseIndent().
Line($"{variable}.UnknownProperties.Add(new UnknownProperty(assignment.Name, assignment.ValueAsString()));").
Line("break;").
DecreaseIndent().
CloseParen();
}
private static void WriteProperties(Block block, IndentedWriter sb)
{
foreach (var property in block.Fields.Where(_ => _.IsRequired))
{
sb.Line($"private bool {property.FieldName}HasBeenSet = false;").
Line($"private {property.PropertyType} {property.FieldName};").
Line($"public {property.PropertyType} {property.PropertyName}").
OpenParen().
Line($"get {{ return {property.FieldName}; }}").
Line($"set").
OpenParen().
Line($"{property.FieldName}HasBeenSet = true;").
Line($"{property.FieldName} = value;").
CloseParen().
CloseParen();
}
foreach (var field in block.Fields.Where(_ => !_.IsRequired))
{
sb.Line($"public {field.PropertyType} {field.PropertyName} {{ get; set; }} = {field.DefaultValue};");
}
foreach (var subBlock in block.SubBlocks)
{
sb.Line(
$"public {subBlock.PropertyType} {subBlock.PropertyName} {{ get; }} = new {subBlock.PropertyType}();");
}
}
public static void WriteTo(StreamWriter stream)
{
using (var output = new IndentedWriter(stream))
{
output.Line(
$@"// Copyright (c) {DateTime.Today.Year}, David Aramant
// Distributed under the 3-clause BSD license. For full terms see the file LICENSE.
using System.CodeDom.Compiler;
using UdmfParsing.Udmf.Parsing.SuperpowerVersion.AbstractSyntaxTree;
namespace UdmfParsing.Udmf.Parsing.SuperpowerVersion").OpenParen()
.Line($"[GeneratedCode(\"{CurrentLibraryInfo.Name}\", \"{CurrentLibraryInfo.Version}\")]")
.Line("public static partial class UdmfSemanticAnalyzer").OpenParen();
WriteGlobalFieldParsing(output);
output.Line();
WriteBlockParsing(output);
output.Line();
foreach (var block in UdmfDefinitions.Blocks.Where(b => b.IsSubBlock))
{
WriteBlockParser(block, output);
}
output.CloseParen();
output.CloseParen();
}
}
private static void WriteBlockParsing(IndentedWriter output)
{
output.
Line("static partial void ProcessBlock(MapData map, Block block)").
OpenParen().
Line("switch (block.Name.ToLower())").
OpenParen();
foreach (var block in UdmfDefinitions.Blocks.Single(b => b.CodeName.ToPascalCase() == "MapData").SubBlocks
.Where(b => b.IsRequired))
{
output.
Line($"case \"{block.FormatName.ToLowerInvariant()}\":").
IncreaseIndent().
Line($"map.{block.PropertyName}.Add(Process{block.FormatName.ToPascalCase()}(block));").
Line("break;").
DecreaseIndent();
}
output.
Line("default:").
IncreaseIndent().
Line($"map.UnknownBlocks.Add(ProcessUnknownBlock(block));").
Line("break;").
DecreaseIndent().
CloseParen().
CloseParen();
}
public static void WriteToPath(string basePath)
{
if (!Directory.Exists(basePath))
{
Directory.CreateDirectory(basePath);
}
using var stream = File.CreateText(Path.Combine(basePath, "MapDeclarationParser.Generated.cs"));
using var output = new IndentedWriter(stream);
var includes = new[]
{
"System.CodeDom.Compiler",
"System.Linq",
"Tiledriver.Core.FormatModels.Common",
"Tiledriver.Core.FormatModels.MapInfo.Reading.AbstractSyntaxTree",
};
output
.Line("#nullable enable")
.WriteHeader("Tiledriver.Core.FormatModels.MapInfo.Reading", includes)
.Line($"[GeneratedCode(\"{CurrentLibraryInfo.Name}\", \"{CurrentLibraryInfo.Version}\")]")
.Line($"public static partial class MapDeclarationParser")
.OpenParen();
WriteParser(output, MapInfoDefinitions.Blocks.Single(b => b.ClassName == "DefaultMap"));
output.Line();
WriteParser(output, MapInfoDefinitions.Blocks.Single(b => b.ClassName == "AddDefaultMap"));
output.Line();
WriteMapParser(output, MapInfoDefinitions.Blocks.Single(b => b.ClassName == "Map"));
output.Line();
WriteDefaultMapUpdater(output, MapInfoDefinitions.Blocks.Single(b => b.ClassName == "DefaultMap"));
output.CloseParen();
}
static void WriteRecord(string basePath, Block block)
{
using var blockStream =
File.CreateText(Path.Combine(basePath, block.ClassName + ".Generated.cs"));
using var output = new IndentedWriter(blockStream);
var containsCollection = block.Properties.Any(p => p is CollectionProperty);
bool includeConverter = block.ClassName == "TileTemplate";
var includes = new List <string> {
"System.CodeDom.Compiler"
};
if (containsCollection)
{
includes.Add("System.Collections.Immutable");
}
if (includeConverter)
{
includes.Add("Tiledriver.Core.FormatModels.Uwmf");
}
output
.WriteHeader("Tiledriver.Core.FormatModels.Xlat", includes)
.Line($"[GeneratedCode(\"{CurrentLibraryInfo.Name}\", \"{CurrentLibraryInfo.Version}\")]")
.Line($"public sealed partial record {block.ClassName}(")
.IncreaseIndent()
.JoinLines(",", block.OrderedProperties.Select(GetPropertyDefinition))
.DecreaseIndent();
if (includeConverter)
{
output
.Line(")")
.OpenParen()
.Line("public Tile ToTile() =>")
.IncreaseIndent()
.Line("new Tile(")
.IncreaseIndent()
.JoinLines(",",
block
.OrderedProperties
.Where(p => p.PropertyName != "OldNum")
.Select(p => $"{p.PropertyName}: {p.PropertyName}"))
.DecreaseIndent()
.Line(");")
.DecreaseIndent()
.CloseParen();
}
else
{
output.Line(");");
}
}
static void WriteRecord(string basePath, IBlock block)
{
using var blockStream =
File.CreateText(Path.Combine(basePath, block.ClassName + ".Generated.cs"));
using var output = new IndentedWriter(blockStream);
var containsCollection = block.OrderedProperties.Any(p => p is CollectionProperty);
var containsIdentifier = block.OrderedProperties.Any(p => p is IdentifierProperty);
List <string> includes = new() { "System.CodeDom.Compiler" };
if (containsCollection)
{
includes.Add("System.Collections.Immutable");
}
if (containsIdentifier)
{
includes.Add("Tiledriver.Core.FormatModels.Common");
}
var qualifier = block is AbstractBlock ? "abstract" : "sealed";
var includesNullables = block.OrderedProperties.OfType <ScalarProperty>().Any(sp => sp.IsNullable);
if (includesNullables)
{
output.Line("#nullable enable");
}
output
.WriteHeader("Tiledriver.Core.FormatModels.MapInfo", includes)
.Line($"[GeneratedCode(\"{CurrentLibraryInfo.Name}\", \"{CurrentLibraryInfo.Version}\")]")
.Line($"public {qualifier} partial record {block.ClassName}(")
.IncreaseIndent()
.JoinLines(",", block.OrderedProperties.Select(GetPropertyDefinition))
.DecreaseIndent();
if (block is InheritedBlock ib)
{
output
.Line($") : {ib.BaseClass.ClassName}(")
.IncreaseIndent()
.JoinLines(",", ib.BaseClass.OrderedProperties.Select(p => p.PropertyName))
.DecreaseIndent();
}
output
.Line(");");
}
private static void WriteSemanticValidityMethods(IndentedWriter output, Block block)
{
output.Line(@"public void CheckSemanticValidity()").
OpenParen();
// CHECK THAT ALL REQUIRED PROPERTIES HAVE BEEN SET
foreach (var field in block.Fields.Where(_ => _.IsRequired))
{
output.Line(
$"if (!{field.FieldName}HasBeenSet) throw new InvalidUdmfException(\"Did not set {field.PropertyName} on {block.CodeName.ToPascalCase()}\");");
}
output.Line(@"AdditionalSemanticChecks();").
CloseParen().
Line().
Line("partial void AdditionalSemanticChecks();");
}
private static void WriteWriteToMethod(Block block, IndentedWriter sb)
{
sb.Line(@"public Stream WriteTo(Stream stream)").
OpenParen().
Line("CheckSemanticValidity();");
var indent = block.IsSubBlock ? "true" : "false";
if (block.IsSubBlock)
{
sb.Line($"stream.WriteLine(\"{block.FormatName}\");");
sb.Line("stream.WriteLine(\"{\");");
}
// WRITE ALL REQUIRED PROPERTIES
foreach (var field in block.Fields.Where(_ => _.IsRequired))
{
sb.Line(
$"stream.WriteProperty(\"{field.FormatName}\", {field.FieldName}, indent: {indent});");
}
// WRITE OPTIONAL PROPERTIES
foreach (var field in block.Fields.Where(_ => !_.IsRequired))
{
sb.Line(
$"if ({field.PropertyName} != {field.DefaultValue}) stream.WriteProperty(\"{field.FormatName}\", {field.PropertyName}, indent: {indent});");
}
// WRITE UNKNOWN PROPERTIES
sb.Line($"foreach (var property in UnknownProperties)").
OpenParen().
Line($"stream.WritePropertyVerbatim((string)property.Name, property.Value, indent: {indent});").
CloseParen();
// WRITE SUB-BLOCKS
foreach (var subBlock in block.SubBlocks.Where(b => !(b is UnknownPropertiesList)))
{
var variable = subBlock.FormatName;
sb.Line($"foreach(var {variable} in {subBlock.PropertyName})").
OpenParen().
Line($"{variable}.WriteTo(stream);").
CloseParen();
}
if (block.IsSubBlock)
{
sb.Line("stream.WriteLine(\"}\");");
}
sb.Line("return stream;").
CloseParen();
}
static void WriteActorFile(string basePath, IReadOnlyList <Actor> actors)
{
using var blockStream = File.CreateText(Path.Combine(basePath, "Actor.Generated.cs"));
using var output = new IndentedWriter(blockStream);
output
.WriteHeader("Tiledriver.Core.GameInfo.Doom", new[] { "System.Collections.Generic", "System.CodeDom.Compiler" })
.Line($"[GeneratedCode(\"{CurrentLibraryInfo.Name}\", \"{CurrentLibraryInfo.Version}\")]")
.Line($"public sealed partial record Actor")
.OpenParen();
foreach (var actor in actors)
{
output
.Line($"/// <summary>{actor.Description}</summary>")
.Line($"public static readonly Actor {actor.SafeName} = new(")
.IncreaseIndent()
.JoinLines(",", new[] {
$"Id: {actor.Id}",
$"Description: \"{actor.Description}\"",
$"Width: {actor.Width}",
$"Height: {actor.Height}"
})
.DecreaseIndent()
.Line(");")
.Line();
}
foreach (var category in actors.GroupBy(c => c.CategoryName))
{
output
.Line($"public static class {category.Key}")
.OpenParen()
.Lines(category.Select(actor => $"public static Actor {actor.SafeName} => Actor.{actor.SafeName};"))
.Line("public static IEnumerable<Actor> GetAll()")
.OpenParen()
.Lines(category.Select(actor => $"yield return {actor.SafeName};"))
.CloseParen()
.CloseParen();
}
output
.CloseParen();
}
private static void WriteParser(IndentedWriter output, IBlock block)
{
output
.Line($"private static partial {block.ClassName} Parse{block.ClassName}(ILookup<Identifier, VariableAssignment> assignmentLookup)")
.IncreaseIndent()
.Line($"=> new {block.ClassName}(")
.IncreaseIndent()
.JoinLines(",", block.OrderedProperties.Select(GetPropertyReader))
.DecreaseIndent()
.Line(");")
.DecreaseIndent();
}
private static void CreateBlockWriter(IndentedWriter output, Block block)
{
output
.Line($"private static void Write(StreamWriter writer, {block.ClassName} {block.Name})")
.OpenParen();
if (block.Serialization == SerializationType.Normal)
{
output
.Line($"writer.WriteLine(\"{block.Name}\");")
.Line("writer.WriteLine(\"{\");");
}
foreach (var p in block.Properties)
{
if (p is ScalarProperty sp)
{
var defaultValue = sp.DefaultString;
if (sp is TextureProperty {
IsOptional: true
})
private static void WriteGlobalFieldParsing(IndentedWriter output)
{
output.
Line("static partial void ProcessGlobalAssignment(MapData map, Assignment assignment)").
OpenParen();
var block = UdmfDefinitions.Blocks.Single(b => b.CodeName.ToPascalCase() == "MapData");
WriteFieldSwitch(output, block, "map");
output.
CloseParen();
}
private static void CreateBlockWriter(IndentedWriter output, Block block)
{
output
.Line($"private static void Write(StreamWriter writer, {block.ClassName} {block.Name})")
.OpenParen();
if (block.Serialization == SerializationType.Normal)
{
output
.Line($"writer.WriteLine(\"{block.Name}\");")
.Line("writer.WriteLine(\"{\");");
}
foreach (var p in block.Properties)
{
if (p is ScalarProperty sp)
{
var defaultValue = sp.DefaultString;
string optionalDefault = defaultValue != null ? ", " + defaultValue : string.Empty;
string indent = block.Serialization == SerializationType.Normal ? string.Empty : ", indent:false";
output.Line($"WriteProperty(writer, \"{sp.FormatName}\", {block.Name}.{sp.PropertyName}{optionalDefault}{indent});");
}
else if (p is CollectionProperty cp)
{
output.Line($"foreach(var block in {block.Name}.{cp.PropertyName})")
.OpenParen()
.Line($"Write(writer, block);")
.CloseParen();
}
}
if (block.Serialization == SerializationType.Normal)
{
output.Line("writer.WriteLine(\"}\");");
}
output.CloseParen();
}
private static void WriteCloneMethod(IndentedWriter output, Block block)
{
output.
Line().
Line($"public {block.CodeName} Clone()").
OpenParen().
Line($"return new {block.CodeName}(").IncreaseIndent();
foreach (var indexed in block.OrderedProperties().Select((param, index) => new { param, index }))
{
var postfix = indexed.index == block.Properties.Count() - 1 ? ");" : ",";
if (indexed.param is BlockList)
{
postfix = ".Select(item => item.Clone())" + postfix;
}
output.Line(indexed.param.ConstructorArgumentName + ": " + indexed.param.PropertyName + postfix);
}
output.
DecreaseIndent().
CloseParen();
}
private static void WriteMapParser(IndentedWriter output, IBlock block)
{
output.Line("private static partial Map ParseMap(")
.IncreaseIndent()
.Line("ILookup<Identifier, VariableAssignment> assignmentLookup,")
.Line("string mapLump,")
.Line("string? mapName,")
.Line("bool isMapNameLookup,")
.Line("DefaultMap defaultMap) =>")
.Line("new Map(")
.IncreaseIndent()
.JoinLines(",", block.OrderedProperties.Select(GetMapPropertyReader))
.DecreaseIndent()
.Line(");")
.DecreaseIndent();
}
public static void WriteToPath(string basePath)
{
foreach (var block in UdmfDefinitions.Blocks)
{
using (var blockStream = File.CreateText(Path.Combine(basePath, block.CodeName.ToPascalCase() + ".Generated.cs")))
using (var output = new IndentedWriter(blockStream))
{
output.Line(
$@"// Copyright (c) {DateTime.Today.Year}, David Aramant
// Distributed under the 3-clause BSD license. For full terms see the file LICENSE.
using System.CodeDom.Compiler;
using System.Collections.Generic;
using System.IO;
using System.Linq;
using UdmfParsing.Udmf.WritingExtensions;
namespace UdmfParsing.Udmf");
output.OpenParen();
output.Line(
$"[GeneratedCode(\"{CurrentLibraryInfo.Name}\", \"{CurrentLibraryInfo.Version}\")]");
output.Line(
$"public sealed partial class {block.CodeName}");
output.OpenParen();
WriteProperties(block, output);
output.Line();
WriteConstructors(output, block);
output.Line();
WriteWriteToMethod(block, output);
output.Line();
WriteSemanticValidityMethods(output, block);
WriteCloneMethod(output, block);
output.CloseParen();
output.Line();
output.CloseParen(); // End namespace
}
}
}
private static void WriteBlockParser(Block block, IndentedWriter output)
{
var variable = block.CodeName.ToCamelCase();
output.
Line($"static {block.CodeName} Process{block.CodeName}(Block block)").
OpenParen().
Line($"var {variable} = new {block.CodeName}();").
Line("foreach (var assignment in block.Fields)").
OpenParen();
WriteFieldSwitch(output, block, variable);
output.
CloseParen().
Line($"return {variable};").
CloseParen().
Line();
}
private static void WriteConstructors(IndentedWriter sb, Block block)
{
sb.Line($"public {block.CodeName}() {{ }}");
sb.Line($"public {block.CodeName}(");
sb.IncreaseIndent();
foreach (var indexed in block.OrderedProperties().Select((param, index) => new { param, index }))
{
var property = indexed.param;
var argument = $"{property.ConstructorArgumentType} {property.ConstructorArgumentName}" +
(property.IsRequired ? string.Empty : $" = {property.DefaultValue}");
sb.Line(argument + (indexed.index == block.Properties.Count() - 1 ? ")" : ","));
}
sb.DecreaseIndent();
sb.OpenParen();
foreach (var property in block.OrderedProperties())
{
switch (property)
{
case Field field:
sb.Line($"{field.PropertyName} = {field.ConstructorArgumentName};");
break;
case BlockList requiredBlockList when requiredBlockList.IsRequired:
sb.Line($"{requiredBlockList.PropertyName}.AddRange({requiredBlockList.ConstructorArgumentName});");
break;
case BlockList blockList:
sb.Line($"{blockList.PropertyName}.AddRange({blockList.ConstructorArgumentName} ?? Enumerable.Empty<{blockList.SingularName}>());");
break;
}
}
sb.Line(@"AdditionalSemanticChecks();");
sb.CloseParen();
}
