private static void Configure(AsyncGenerator configuration, CancellationTokens config, IFluentProjectCancellationTokenConfiguration fluentConfig)
{
if (config.Guards.HasValue)
{
fluentConfig.Guards(config.Guards.Value);
}
if (config.MethodParameter.Any())
{
fluentConfig.ParameterGeneration(CreateParameterGenerationFunction(configuration, config.MethodParameter));
}
if (config.WithoutCancellationToken.Any() || config.RequiresCancellationToken.Any())
{
foreach (ExecutionPhase value in Enum.GetValues(typeof(ExecutionPhase)))
{
var withoutTokenGroup = config.WithoutCancellationToken.GroupBy(o => o.ExecutionPhase).FirstOrDefault(o => o.Key == value);
var requiresTokenGroup = config.RequiresCancellationToken.GroupBy(o => o.ExecutionPhase).FirstOrDefault(o => o.Key == value);
if (withoutTokenGroup != null || requiresTokenGroup != null)
{
fluentConfig.RequiresCancellationToken(
CreateMethodNullablePredicate(configuration,
withoutTokenGroup?.ToList() ?? new List <MethodFilter>(),
requiresTokenGroup?.ToList() ?? new List <MethodFilter>()
), value);
}
}
fluentConfig.RequiresCancellationToken(CreateMethodNullablePredicate(configuration,
config.WithoutCancellationToken, config.RequiresCancellationToken));
}
}
public virtual void Configure(AsyncGenerator configuration, Solution solution, IFluentSolutionConfiguration solutionConfiguration, Assembly assembly)
{
if (solution.ApplyChanges.HasValue)
{
solutionConfiguration.ApplyChanges(solution.ApplyChanges.Value);
}
if (solution.ConcurrentRun.HasValue)
{
solutionConfiguration.ConcurrentRun(solution.ConcurrentRun.Value);
}
if (!string.IsNullOrEmpty(solution.TargetFramework))
{
solutionConfiguration.TargetFramework(solution.TargetFramework);
}
foreach (var item in solution.SuppressDiagnosticFailures)
{
solutionConfiguration.SuppressDiagnosticFailures(item.Pattern);
}
// Configure projects
foreach (var projectConfig in solution.Projects)
{
solutionConfiguration.ConfigureProject(projectConfig.Name, o => Configure(configuration, projectConfig, o, assembly));
}
}
public virtual void Configure(AsyncGenerator configuration, Project project, IFluentProjectConfiguration projectConfiguration, Assembly assembly)
{
if (project.ApplyChanges.HasValue)
{
projectConfiguration.ApplyChanges(project.ApplyChanges.Value);
}
if (project.ConcurrentRun.HasValue)
{
projectConfiguration.ConcurrentRun(project.ConcurrentRun.Value);
}
if (!string.IsNullOrEmpty(project.TargetFramework))
{
projectConfiguration.TargetFramework(project.TargetFramework);
}
foreach (var item in project.SuppressDiagnosticFailures)
{
projectConfiguration.SuppressDiagnosticFailures(item.Pattern);
}
projectConfiguration.ConfigureAnalyzation(o => Configure(configuration, project.Analyzation, o));
projectConfiguration.ConfigureTransformation(o => Configure(configuration, project.Transformation, o));
if (!project.RegisterPlugin.Any())
{
return;
}
var assemblies = AppDomain.CurrentDomain.GetAssemblies()
.Where(o => !o.IsDynamic)
.Distinct()
.GroupBy(o => o.GetName().Name) // there may be multiple versions of the same assembly
.ToDictionary(o => o.Key, o => o.First());
foreach (var plugin in project.RegisterPlugin)
{
if (!string.IsNullOrEmpty(plugin.AssemblyName) && !assemblies.ContainsKey(plugin.AssemblyName))
{
assemblies[plugin.AssemblyName] = Assembly.Load(plugin.AssemblyName);
}
if (string.IsNullOrEmpty(plugin.AssemblyName) && assembly == null)
{
throw new InvalidOperationException($"Assembly name must be provided for type {plugin.Type}.");
}
var type = string.IsNullOrEmpty(plugin.AssemblyName)
? assembly.GetExportedTypes().FirstOrDefault(o => o.Name == plugin.Type)
: assemblies[plugin.AssemblyName].GetExportedTypes().FirstOrDefault(o => o.FullName == plugin.Type);
if (type == null)
{
throw new InvalidOperationException($"Type {plugin.Type} was not found inside assembly {plugin.AssemblyName}. Hint: Make sure that the type is public.");
}
var pluginInstance = Activator.CreateInstance(type) as IPlugin;
if (pluginInstance == null)
{
throw new InvalidOperationException($"Type {plugin.Type} from assembly {plugin.AssemblyName} does not implement IPlugin interaface");
}
projectConfiguration.RegisterPlugin(pluginInstance);
}
}
private static void Configure(AsyncGenerator configuration, Analyzation config, IFluentProjectAnalyzeConfiguration fluentConfig)
{
if (config.CallForwarding.HasValue)
{
fluentConfig.CallForwarding(config.CallForwarding.Value);
}
if (config.PropertyConversion.HasValue)
{
fluentConfig.PropertyConversion(config.PropertyConversion.Value);
}
if (config.ScanMethodBody.HasValue)
{
fluentConfig.ScanMethodBody(config.ScanMethodBody.Value);
}
if (config.ScanForMissingAsyncMembers.Any())
{
fluentConfig.ScanForMissingAsyncMembers(CreateTypePredicate(configuration, config.ScanForMissingAsyncMembers));
}
if (config.CancellationTokens.IsEnabled)
{
fluentConfig.CancellationTokens(o => Configure(configuration, config.CancellationTokens, o));
}
fluentConfig.AsyncExtensionMethods(o => Configure(config.AsyncExtensionMethods, o));
fluentConfig.Diagnostics(o => Configure(configuration, config.Diagnostics, o));
fluentConfig.ExceptionHandling(o => Configure(configuration, config.ExceptionHandling, o));
if (config.IgnoreDocuments.Any())
{
fluentConfig.DocumentSelection(CreateDocumentPredicate(config.IgnoreDocuments, false));
}
if (config.MethodConversion.Any())
{
fluentConfig.MethodConversion(CreateMethodConversionFunction(configuration, config.MethodConversion));
}
if (config.PreserveReturnType.Any())
{
fluentConfig.PreserveReturnType(CreateMethodPredicate(configuration, config.PreserveReturnType, true));
}
if (config.AlwaysAwait.Any())
{
fluentConfig.AlwaysAwait(CreateMethodPredicate(configuration, config.AlwaysAwait, true));
}
if (config.IgnoreSearchForAsyncCounterparts.Any())
{
fluentConfig.SearchForAsyncCounterparts(CreateMethodPredicate(configuration, config.IgnoreSearchForAsyncCounterparts, false));
}
if (config.IgnoreAsyncCounterparts.Any())
{
fluentConfig.IgnoreAsyncCounterparts(CreateMethodPredicate(configuration, config.IgnoreAsyncCounterparts, true));
}
if (config.IgnoreSearchForMethodReferences.Any())
{
fluentConfig.SearchForMethodReferences(CreateMethodPredicate(configuration, config.IgnoreSearchForMethodReferences, false));
}
if (config.TypeConversion.Any())
{
fluentConfig.TypeConversion(CreateTypeConversionFunction(configuration, config.TypeConversion));
}
}
private static void Configure(AsyncGenerator configuration, ExceptionHandling config, IFluentProjectExceptionHandlingConfiguration fluentConfig)
{
if (config.CatchPropertyGetterCalls.Any())
{
fluentConfig.CatchPropertyGetterCalls(CreateMethodPredicateFunction(configuration, config.CatchPropertyGetterCalls, false));
}
if (config.CatchMethodBody.Any())
{
fluentConfig.CatchMethodBody(CreateMethodNullablePredicate(configuration, config.CatchMethodBody));
}
}
private static Predicate <IMethodSymbol> CreateMethodPredicateFunction(AsyncGenerator globalConfig, IList <MethodPredicateFilter> filters, bool defaultResult)
{
var rules = globalConfig.MethodRules.ToDictionary(o => o.Name, o => o.Filters);
return(symbol =>
{
foreach (var filter in filters)
{
if (CanApply(symbol, filter, rules))
{
return filter.Result;
}
}
return defaultResult; // Default value
});
}
private static Predicate <INamedTypeSymbol> CreateTypePredicate(AsyncGenerator globalConfig, IList <TypeFilter> filters)
{
var rules = globalConfig.TypeRules.ToDictionary(o => o.Name, o => o.Filters);
return(symbol =>
{
foreach (var filter in filters)
{
if (CanApply(symbol, filter, rules))
{
return true;
}
}
return false;
});
}
private static Predicate <IMethodSymbol> CreateMethodPredicate(AsyncGenerator globalConfig, IList <MethodFilter> filters, bool validValue)
{
var rules = globalConfig.MethodRules.ToDictionary(o => o.Name, o => o.Filters);
return(symbol =>
{
foreach (var filter in filters)
{
if (CanApply(symbol, filter, rules))
{
return validValue;
}
}
return !validValue;
});
}
private static Func <IMethodSymbol, string> CreateMethodContentFunction(AsyncGenerator globalConfig, List <MethodContentFilter> filters)
{
var rules = globalConfig.MethodRules.ToDictionary(o => o.Name, o => o.Filters);
return(symbol =>
{
foreach (var filter in filters)
{
if (CanApply(symbol, filter, rules))
{
return filter.Content;
}
}
return null;
});
}
private static Func <IMethodSymbol, bool?> CreateMethodNullablePredicate(AsyncGenerator globalConfig, IList <MethodPredicateFilter> filters)
{
var rules = globalConfig.MethodRules.ToDictionary(o => o.Name, o => o.Filters);
return(symbol =>
{
foreach (var filter in filters)
{
if (CanApply(symbol, filter, rules))
{
return filter.Result;
}
}
return null;
});
}
private static void Configure(AsyncGenerator configuration, CancellationTokens config, IFluentProjectCancellationTokenConfiguration fluentConfig)
{
if (config.Guards.HasValue)
{
fluentConfig.Guards(config.Guards.Value);
}
if (config.MethodParameter.Any())
{
fluentConfig.ParameterGeneration(CreateParameterGenerationFunction(configuration, config.MethodParameter));
}
if (config.WithoutCancellationToken.Any() || config.RequiresCancellationToken.Any())
{
fluentConfig.RequiresCancellationToken(CreateMethodNullablePredicate(configuration,
config.WithoutCancellationToken, config.RequiresCancellationToken));
}
}
private static void Configure(AsyncGenerator configuration, Diagnostics config, IFluentProjectDiagnosticsConfiguration fluentConfig)
{
if (config.Disable == true)
{
fluentConfig.Disable();
}
if (config.DiagnoseDocument.Any())
{
fluentConfig.DiagnoseDocument(CreateDocumentPredicateFunction(config.DiagnoseDocument, true));
}
if (config.DiagnoseType.Any())
{
fluentConfig.DiagnoseType(CreateTypePredicateFunction(configuration, config.DiagnoseType, true));
}
if (config.DiagnoseMethod.Any())
{
fluentConfig.DiagnoseMethod(CreateMethodPredicateFunction(configuration, config.DiagnoseMethod, true));
}
}
private static void Configure(AsyncGenerator configuration, DocumentationComments config, IFluentProjectDocumentationCommentConfiguration fluentConfig)
{
if (config.AddOrReplacePartialTypeComments.Any())
{
fluentConfig.AddOrReplacePartialTypeComments(CreateTypeContentFunction(configuration, config.AddOrReplacePartialTypeComments));
}
if (config.RemovePartialTypeComments.Any())
{
fluentConfig.RemovePartialTypeComments(CreateTypePredicate(configuration, config.RemovePartialTypeComments));
}
if (config.AddOrReplaceNewTypeComments.Any())
{
fluentConfig.AddOrReplaceNewTypeComments(CreateTypeContentFunction(configuration, config.AddOrReplaceNewTypeComments));
}
if (config.RemoveNewTypeComments.Any())
{
fluentConfig.RemoveNewTypeComments(CreateTypePredicate(configuration, config.RemoveNewTypeComments));
}
if (config.AddOrReplaceMethodRemarks.Any())
{
fluentConfig.AddOrReplaceMethodRemarks(CreateMethodContentFunction(configuration, config.AddOrReplaceMethodRemarks));
}
if (config.RemoveMethodRemarks.Any())
{
fluentConfig.RemoveMethodRemarks(CreateMethodPredicate(configuration, config.RemoveMethodRemarks, true));
}
if (config.AddOrReplaceMethodSummary.Any())
{
fluentConfig.AddOrReplaceMethodSummary(CreateMethodContentFunction(configuration, config.AddOrReplaceMethodSummary));
}
if (config.RemoveMethodSummary.Any())
{
fluentConfig.RemoveMethodSummary(CreateMethodPredicate(configuration, config.RemoveMethodSummary, true));
}
}
private static void Configure(AsyncGenerator configuration, Transformation config, IFluentProjectTransformConfiguration fluentConfig)
{
if (config.LocalFunctions.HasValue)
{
fluentConfig.LocalFunctions(config.LocalFunctions.Value);
}
if (!string.IsNullOrEmpty(config.AsyncFolder))
{
fluentConfig.AsyncFolder(config.AsyncFolder);
}
if (config.ConfigureAwaitArgument.HasValue)
{
fluentConfig.ConfigureAwaitArgument(config.ConfigureAwaitArgument.Value);
}
if (config.Disable == true)
{
fluentConfig.Disable();
}
if (!string.IsNullOrEmpty(config.AsyncLock.Type))
{
fluentConfig.AsyncLock(config.AsyncLock.Type, config.AsyncLock.MethodName);
}
fluentConfig.DocumentationComments(o => Configure(configuration, config.DocumentationComments, o));
}
private static Func <IMethodSymbol, MethodConversion> CreateMethodConversionFunction(AsyncGenerator globalConfig, IList <MethodConversionFilter> filters)
{
var rules = globalConfig.MethodRules.ToDictionary(o => o.Name, o => o.Filters);
return(symbol =>
{
foreach (var filter in filters)
{
if (CanApply(symbol, filter, rules))
{
return filter.Conversion;
}
}
return MethodConversion.Unknown; // Default value
});
}
private static Func <INamedTypeSymbol, TypeConversion> CreateTypeConversionFunction(AsyncGenerator globalConfig, IList <TypeConversionFilter> filters)
{
var rules = globalConfig.TypeRules.ToDictionary(o => o.Name, o => o.Filters);
return(symbol =>
{
foreach (var filter in filters)
{
if (CanApply(symbol, filter, rules))
{
return filter.Conversion;
}
}
return TypeConversion.Unknown;
});
}
private static Func <IMethodSymbolInfo, MethodCancellationToken> CreateParameterGenerationFunction(AsyncGenerator globalConfig, IList <MethodCancellationTokenFilter> filters)
{
var rules = globalConfig.MethodRules.ToDictionary(o => o.Name, o => o.Filters);
return(symbol =>
{
foreach (var filter in filters)
{
if (!string.IsNullOrEmpty(filter.AnyInterfaceRule) && !symbol.ImplementedInterfaces.Any(i => rules[filter.AnyInterfaceRule].Any(o => CanApply(i, o, rules))))
{
continue;
}
if (CanApply(symbol.Symbol, filter, rules))
{
return filter.Parameter;
}
}
return MethodCancellationToken.Optional;
});
}