public static ResourceDatabase PrepareResources(
BuildContext buildContext,
ByteBuffer nullableByteCode) // CBX files will not have this in the resources
{
using (new PerformanceSection("Program.PrepareResources"))
{
// This really needs to go in a separate helper file.
ResourceDatabase resourceDatabase = ResourceDatabaseBuilder.CreateResourceDatabase(buildContext);
if (nullableByteCode != null)
{
resourceDatabase.ByteCodeFile = new FileOutput()
{
Type = FileOutputType.Text,
TextContent = ByteCodeEncoder.Encode(nullableByteCode),
};
}
using (new PerformanceSection("Program.PrepareResources/ImageSheetStuff"))
{
Common.ImageSheets.ImageSheetBuilder imageSheetBuilder = new Common.ImageSheets.ImageSheetBuilder();
if (buildContext.ImageSheetIds != null)
{
foreach (string imageSheetId in buildContext.ImageSheetIds)
{
imageSheetBuilder.PrefixMatcher.RegisterId(imageSheetId);
foreach (string fileMatcher in buildContext.ImageSheetPrefixesById[imageSheetId])
{
imageSheetBuilder.PrefixMatcher.RegisterPrefix(imageSheetId, fileMatcher);
}
}
}
Common.ImageSheets.Sheet[] imageSheets = imageSheetBuilder.Generate(resourceDatabase);
resourceDatabase.AddImageSheets(imageSheets);
}
resourceDatabase.GenerateResourceMapping();
return(resourceDatabase);
}
}
public void Compile(
BuildContext buildContext,
string inputFolder,
string baseOutputFolder)
{
Parser.IsTranslateMode_STATIC_HACK = false;
this.VerifyProjectId(buildContext.ProjectID);
inputFolder = inputFolder.Replace('/', '\\');
if (inputFolder.EndsWith("\\"))
{
inputFolder = inputFolder.Substring(0, inputFolder.Length - 1);
}
string[] allFiles = FileUtil.GetAllFilePathsRelativeToRoot(inputFolder);
ResourceDatabase resourceDatabase = new ResourceDatabase(allFiles, inputFolder);
ImageSheets.ImageSheetBuilder imageSheetBuilder = new ImageSheets.ImageSheetBuilder();
if (buildContext.ImageSheetIds != null)
{
foreach (string imageSheetId in buildContext.ImageSheetIds)
{
imageSheetBuilder.PrefixMatcher.RegisterId(imageSheetId);
foreach (string fileMatcher in buildContext.ImageSheetPrefixesById[imageSheetId])
{
imageSheetBuilder.PrefixMatcher.RegisterPrefix(imageSheetId, fileMatcher);
}
}
}
ImageSheets.Sheet[] imageSheets = imageSheetBuilder.Generate(resourceDatabase);
resourceDatabase.AddImageSheets(imageSheets);
resourceDatabase.GenerateResourceMapping();
ByteBuffer byteCodeBuffer = GenerateByteCode(buildContext, inputFolder);
resourceDatabase.ByteCodeRawData = byteCodeBuffer;
resourceDatabase.ByteCodeFile = new FileOutput()
{
Type = FileOutputType.Text,
TextContent = ByteCodeEncoder.Encode(byteCodeBuffer),
};
Parser.IsTranslateMode_STATIC_HACK = true;
Dictionary <string, Executable[]> executablesByFile = this.InterpreterCompiler.Compile();
Parser.IsTranslateMode_STATIC_HACK = false;
StructDefinition[] structs = this.InterpreterCompiler.GetStructDefinitions();
Dictionary <string, FileOutput> files = this.Package(
buildContext,
buildContext.ProjectID,
executablesByFile,
structs,
inputFolder,
resourceDatabase,
this.LibraryManager);
if (buildContext.ReadableByteCode)
{
files["readable_byte_code.txt"] = new FileOutput()
{
Type = FileOutputType.Text,
TextContent = this.GenerateReadableByteCode(byteCodeBuffer),
};
}
string outputFolder = baseOutputFolder;
FileUtil.EnsureParentFolderExists(outputFolder);
// TODO: delete all files and directories in the output folder that are not in the new output
// which is better than deleting everything and re-exporting because the user may have command
// lines and windows open viewing the previous content, which will prevent a full delete from
// working, but won't stop a simple overwrite of old content.
this.GenerateFiles(buildContext, files, outputFolder, inputFolder);
}
