public LightMockSyntaxReceiver()
{
var multicastDelegateType = typeof(MulticastDelegate);
multicastDelegateNameSpaceAndName = multicastDelegateType.Namespace + "." + multicastDelegateType.Name;
syntaxHelpers = new SyntaxHelpers();
}
public LightMockGenerator()
{
var multicastDelegateType = typeof(MulticastDelegate);
multicastDelegateNameSpaceAndName = multicastDelegateType.Namespace + "." + multicastDelegateType.Name;
compilationContexts = new ConditionalWeakTable <Compilation, CompilationContext>();
syntaxHelpers = new SyntaxHelpers();
}
INamedTypeSymbol?GetMockedType(GeneratorSyntaxContext context)
{
var candidateGeneric = SyntaxHelpers.GetMockSymbol(context.Node);
var semanticModel = context.SemanticModel;
return(candidateGeneric != null
? syntaxHelpers.GetMockedType(candidateGeneric, semanticModel)
: null);
}
(GenericNameSyntax mock, INamedTypeSymbol mockedType)? ConvertToAbstractClass(GeneratorSyntaxContext context)
{
var candidateGeneric = SyntaxHelpers.GetMockSymbol(context.Node);
if (candidateGeneric != null)
{
var mockedType = syntaxHelpers.GetMockedType(candidateGeneric, context.SemanticModel);
if (mockedType != null)
{
var mtbt = mockedType.BaseType;
if (mtbt != null)
{
if (mtbt.ToDisplayString(SymbolDisplayFormats.Namespace) != multicastDelegateNameSpaceAndName)
{
return(candidateGeneric, mockedType);
}
}
}
}
return(null);
}
public void Initialize(IncrementalGeneratorInitializationContext context)
{
var disableCodegenerationAttributes = context.SyntaxProvider.CreateSyntaxProvider(
(sn, ct) => sn is AttributeSyntax @as && SyntaxHelpers.IsDisableCodeGenerationAttribute(@as),
(ctx, ct) => syntaxHelpers.IsDisableCodeGenerationAttribute(ctx.SemanticModel, (AttributeSyntax)ctx.Node));
var interfaces = context.SyntaxProvider.CreateSyntaxProvider(
(sn, ct) => SyntaxHelpers.IsMock(sn),
(ctx, ct) => ConvertToInterface(ctx));
context.RegisterSourceOutput(interfaces
.Combine(context.CompilationProvider)
.Combine(context.AnalyzerConfigOptionsProvider)
.Combine(disableCodegenerationAttributes.Collect())
.Combine(context.ParseOptionsProvider)
.Select((comb, ct) => (
candidate: comb.Left.Left.Left.Left,
compilation: comb.Left.Left.Left.Right,
options: comb.Left.Left.Right,
disableCodegenerationAttributes: comb.Left.Right,
parseOptions: comb.Right))
.Where(t
=> IsCodeGenerationDisabledByAttributes(t.disableCodegenerationAttributes) &&
IsGenerationDisabledByOptions(t.options) == false &&
t.candidate != null &&
t.compilation is CSharpCompilation &&
t.parseOptions is CSharpParseOptions),
(sp, sr) => DoGenerateCode(
new CodeGenerationContext(sp,
(CSharpCompilation)sr.compilation,
(CSharpParseOptions)sr.parseOptions,
GetCompilationContext(sr.compilation)),
new InterfaceProcessor(sr.compilation, sr.candidate !),
sp.CancellationToken));
var delegates = context.SyntaxProvider.CreateSyntaxProvider(
(sn, ct) => SyntaxHelpers.IsMock(sn),
(ctx, ct) => ConvertToDelegate(ctx));
context.RegisterSourceOutput(delegates
.Combine(context.CompilationProvider)
.Combine(context.AnalyzerConfigOptionsProvider)
.Combine(disableCodegenerationAttributes.Collect())
.Combine(context.ParseOptionsProvider)
.Select((comb, ct) => (
candidate: comb.Left.Left.Left.Left,
compilation: comb.Left.Left.Left.Right,
options: comb.Left.Left.Right,
disableCodegenerationAttributes: comb.Left.Right,
parseOptions: comb.Right))
.Where(t
=> IsCodeGenerationDisabledByAttributes(t.disableCodegenerationAttributes) &&
IsGenerationDisabledByOptions(t.options) == false &&
t.candidate != null &&
t.compilation is CSharpCompilation &&
t.parseOptions is CSharpParseOptions),
(sp, sr) => DoGenerateCode(
new CodeGenerationContext(sp,
(CSharpCompilation)sr.compilation,
(CSharpParseOptions)sr.parseOptions,
GetCompilationContext(sr.compilation)),
new DelegateProcessor(sr.candidate !),
sp.CancellationToken));
var classes = context.SyntaxProvider.CreateSyntaxProvider(
(sn, ct) => SyntaxHelpers.IsMock(sn),
(ctx, ct) => ConvertToAbstractClass(ctx));
var dontOverrideTypes = context.SyntaxProvider.CreateSyntaxProvider(
(sn, ct) => sn is AttributeSyntax @as && SyntaxHelpers.IsDontOverrideAttribute(@as),
(ctx, ct) => syntaxHelpers.CovertToDontOverride(ctx.SemanticModel, (AttributeSyntax)ctx.Node));
context.RegisterSourceOutput(classes
.Combine(context.CompilationProvider)
.Combine(context.AnalyzerConfigOptionsProvider)
.Combine(disableCodegenerationAttributes.Collect())
.Combine(context.ParseOptionsProvider)
.Combine(dontOverrideTypes.Collect())
.Select((comb, ct) => (
candidate: comb.Left.Left.Left.Left.Left,
compilation: comb.Left.Left.Left.Left.Right,
options: comb.Left.Left.Left.Right,
disableCodegenerationAttributes: comb.Left.Left.Right,
parseOptions: comb.Left.Right,
dontOverrideTypes: comb.Right))
.Where(t
=> IsCodeGenerationDisabledByAttributes(t.disableCodegenerationAttributes) &&
IsGenerationDisabledByOptions(t.options) == false &&
t.candidate != null &&
t.compilation is CSharpCompilation &&
t.parseOptions is CSharpParseOptions),
(sp, sr) => DoGenerateCode(
new CodeGenerationContext(sp,
(CSharpCompilation)sr.compilation,
(CSharpParseOptions)sr.parseOptions,
GetCompilationContext(sr.compilation)),
new AbstractClassProcessor(sr.compilation, sr.candidate !.Value.mock, sr.candidate !.Value.mockedType, sr.dontOverrideTypes),
sp.CancellationToken));
var invocations = context.SyntaxProvider.CreateSyntaxProvider(
(sn, ct) => sn is InvocationExpressionSyntax ies && SyntaxHelpers.IsArrangeInvocation(ies),
(ctx, ct) => syntaxHelpers.ConvertToInvocation(ctx.Node, ctx.SemanticModel, ct));
context.RegisterSourceOutput(invocations
.Combine(context.CompilationProvider)
.Combine(context.AnalyzerConfigOptionsProvider)
.Combine(disableCodegenerationAttributes.Collect())
.Combine(context.ParseOptionsProvider)
.Select((comb, ct) => (
candidate: comb.Left.Left.Left.Left,
compilation: comb.Left.Left.Left.Right,
options: comb.Left.Left.Right,
disableCodegenerationAttributes: comb.Left.Right,
parseOptions: comb.Right))
.Where(t
=> IsCodeGenerationDisabledByAttributes(t.disableCodegenerationAttributes) &&
IsGenerationDisabledByOptions(t.options) == false &&
t.compilation is CSharpCompilation &&
t.parseOptions is CSharpParseOptions),
(sp, sr) => DoGenerateInvocation(
new CodeGenerationContext(sp,
(CSharpCompilation)sr.compilation,
(CSharpParseOptions)sr.parseOptions,
GetCompilationContext(sr.compilation)),
sr.candidate,
sp.CancellationToken));
}
