protected void WriteBlock(string toReplace, CodeGenerationTypeData[] codeGenerationTypeData,
Func <CodeGenerationTypeData, string> writeSingle, bool withNewline = true, Func <string, string> afterAll = null)
{
m_Builder.Clear();
var length = codeGenerationTypeData.Length;
for (var i = 0; i < length; i++)
{
var block = writeSingle(codeGenerationTypeData[i]);
if (string.IsNullOrEmpty(block))
{
continue;
}
m_Builder.Append(block);
if (withNewline && i < length - 1)
{
m_Builder.Append(NewLine);
}
}
var builtString = m_Builder.ToString();
builtString = afterAll == null ? builtString : afterAll.Invoke(builtString);
// Capture the newline in search string to overwrite it
toReplace += NewLine;
BufferContents = BufferContents.Replace(toReplace, builtString);
}
private static void FlushBuffer(
CodeGeneratorParameters parameters,
BufferContents contents,
StringBuilder buffer,
StringBuilder output,
int lineNumber)
{
if (parameters.IncludeLineDirectives)
{
output.AppendLine($"#line {lineNumber}");
}
if (buffer.Length > 0)
{
switch (contents)
{
case BufferContents.Literal:
string literal = buffer.ToString().Replace("\"", "\"\"");
output.AppendLine($"_WriteLiteral(@\"{literal}\");");
break;
case BufferContents.Expression:
output.AppendLine($"_Write({buffer.ToString()});");
break;
}
buffer.Clear();
}
}
public override bool TryGenerateCode(CodeGenerationTypeData[] typeData)
{
WriteRateConditionsInternal(typeData);
WriteRateConditionTypeInternal(typeData);
BufferContents = BufferContents.Replace("{TraitCollectionClassName}", nameof(CachedTraitCollection));
return(TryWriteToFile());
}
public override bool TryGenerateCode(CodeGenerationTypeData[] typeData)
{
WriteFindTraitsInternal(typeData);
WriteFillRequirementType(typeData);
WriteUpdateRequirementType(typeData);
WriteUpdateQueryMatch(typeData);
WriteDataPassesAllConditionsInternal(typeData);
BufferContents = BufferContents.Replace("{TraitCollectionClassName}", nameof(CachedTraitCollection));
return(TryWriteToFile());
}
public override bool TryGenerateCode(CodeGenerationTypeData[] typeData)
{
WriteBackingFields(typeData);
WriteGetTraitProviderBlock(typeData);
WriteStartBufferingBlock(typeData);
WriteStopBufferingBlock(typeData);
WriteInitializeTraitProviders(typeData);
WriteUnloadTraitsBlock(typeData);
WriteClearTraitsBlock(typeData);
BufferContents = BufferContents.Replace("{TraitCollectionClassName}", nameof(CachedTraitCollection));
return(TryWriteToFile());
}
public override bool TryGenerateCode(CodeGenerationTypeData[] codeGenerationTypeRegistry)
{
WriteTraitDataFields(codeGenerationTypeRegistry);
WriteClearBlock(codeGenerationTypeRegistry);
WriteTakeSnapshotBlock(codeGenerationTypeRegistry);
WriteGetTraitsBlock(codeGenerationTypeRegistry);
WriteTryGetTraitBlock(codeGenerationTypeRegistry);
WriteGetPotentialConditionsBlock(codeGenerationTypeRegistry);
WriteCollectPotentialRelationsBlock(codeGenerationTypeRegistry);
WriteGetAllTraitNamesBlock(codeGenerationTypeRegistry);
BufferContents = BufferContents.Replace("{TraitCollectionClassName}", nameof(CachedTraitCollection));
return(TryWriteToFile());
}
private static void FlushBuffer(BufferContents state, StringBuilder buffer, StringBuilder output)
{
if (buffer.Length > 0)
{
switch (state)
{
case BufferContents.Literal:
output.AppendLine(string.Format("WriteLiteral(@\"{0}\");", buffer.ToString().Replace("\"", "\"\"")));
break;
case BufferContents.Expression:
output.AppendLine(string.Format("Write({0});", buffer.ToString()));
break;
}
buffer.Clear();
}
}