private static void GenerateComponent(ComponentDefinition componentDefinition)
{
// Paths
var componentsPath = componentDefinition.Directory;
if (componentsPath.EndsWith("Components"))
{
componentsPath = PathExtension.SystemPath(componentsPath);
}
else
{
componentsPath = PathExtension.SystemPath(Path.Combine(componentsPath, "Components"));
}
if (!Directory.Exists(componentsPath))
{
Directory.CreateDirectory(componentsPath);
}
var template = CodeGeneratorUtils.LoadTemplate("Component");
var processors = ProcessorsSelector.Selectors <ICodeGeneratorComponentProcessors>();
foreach (var processor in processors)
{
template = processor.Process(componentDefinition, template);
}
var upperedComponentName = componentDefinition.ComponentName.ToUpperFirstChar();
var componentPath = Path.Combine(componentsPath, $"{upperedComponentName}.cs");
GenerateComponentFile(upperedComponentName, componentPath, template);
}
public string ProcessLambda(SystemNode system, SystemLambdaAction lambda, string currentTemplate)
{
var transitions = system.TransitionTo(lambda).ToArray();
bool hasTransition = (transitions?.Count() ?? -1) > 0;
string transitionsNames = "";
if (hasTransition)
{
transitionsNames = string.Join(", ", transitions.Select(t => t.Name));
}
currentTemplate = CodeGeneratorUtils.ConditionalText(hasTransition, "TRANSITION", currentTemplate);
return(s_transitionToRegex.Replace(currentTemplate, transitionsNames));
}
private static void GenerateSystems(SystemsGraph systemsGraph)
{
var states = systemsGraph.nodes.OfType <SystemNode>().Where(s => s.Editable).ToList();
var systemsPath = systemsGraph.CodeGenerationPath;
if (systemsPath.EndsWith("Systems"))
{
systemsPath = PathExtension.SystemPath(systemsPath);
}
else
{
systemsPath = PathExtension.SystemPath(Path.Combine(systemsPath, "Systems"));
}
if (!Directory.Exists(systemsPath))
{
Directory.CreateDirectory(systemsPath);
}
var loadedTemplate = CodeGeneratorUtils.LoadTemplate("System");
foreach (var system in states)
{
var template = loadedTemplate;
var systemName = system.StateName;
// ICodeGeneratorSystemProcessorBeforeLambda
var beforeLambdaProcessors = ProcessorsSelector.Selectors <ICodeGeneratorSystemProcessorBeforeLambda>();
foreach (var processor in beforeLambdaProcessors)
{
template = processor.ProcessBeforeLambda(systemsGraph, system, template);
}
// Process lambdas
var lambdaTemplate = s_lambdaRegex.Match(template).Groups[2].Value;
StringBuilder lambdaTemplateBuilder = new StringBuilder();
foreach (var lambda in system.Lambdas)
{
var currentTemplate = lambdaTemplate;
// ICodeGeneratorSystemProcessorLambda
var lambdaProcessors = ProcessorsSelector.Selectors <ICodeGeneratorSystemProcessorLambda>();
foreach (var processor in lambdaProcessors)
{
currentTemplate = processor.ProcessLambda(system, lambda, currentTemplate);
}
// Add lambda to others
lambdaTemplateBuilder.AppendLine(currentTemplate);
}
template = CodeGeneratorUtils.ConditionalText(system.HasStructuralChanges, "STRUCTURAL_CHANGES", template);
template = s_lambdaRegex.Replace(template, lambdaTemplateBuilder.ToString());
// ICodeGeneratorSystemProcessorAfterLambda
var afterLambdaProcessors = ProcessorsSelector.Selectors <ICodeGeneratorSystemProcessorAfterLambda>();
foreach (var processor in afterLambdaProcessors)
{
template = processor.ProcessAfterLambda(systemsGraph, system, template);
}
// Generate file
var systemPath = Path.Combine(systemsPath, $"{systemName}.cs");
GenerateSystemFile(systemName, systemPath, template);
}
}
public string ProcessLambda(SystemNode system, SystemLambdaAction lambda, string currentTemplate) => CodeGeneratorUtils.ConditionalText(lambda.Parallel, "PARALLEL", currentTemplate);
public string ProcessLambda(SystemNode system, SystemLambdaAction lambda, string currentTemplate)
{
currentTemplate = CodeGeneratorUtils.ConditionalText(lambda.HasSharedComponent, "HAS_SHARED", currentTemplate);
return(CodeGeneratorUtils.ConditionalText(lambda.HasStructuralChanges, "STRUCTURAL_CHANGES", currentTemplate));
}
