public async Task Should_Gather_Static_Registrations()
{
var(client, server) = await Initialize(
new ConfigureClient().Configure,
options => {
new ConfigureServer().Configure(options);
var semanticRegistrationOptions = new SemanticTokensRegistrationOptions {
Id = Guid.NewGuid().ToString(),
Legend = new SemanticTokensLegend(),
Full = new SemanticTokensCapabilityRequestFull {
Delta = true
},
Range = new SemanticTokensCapabilityRequestRange(),
DocumentSelector = DocumentSelector.ForLanguage("csharp")
};
// Our server only statically registers when it detects a server that does not support dynamic capabilities
// This forces it to do that.
options.OnInitialized(
(server, request, response, token) => {
response.Capabilities.SemanticTokensProvider = SemanticTokensOptions.Of(
semanticRegistrationOptions,
Enumerable.Empty <ILspHandlerDescriptor>()
);
response.Capabilities.SemanticTokensProvider.Id = semanticRegistrationOptions.Id;
return(Task.CompletedTask);
}
);
}
);
client.RegistrationManager.CurrentRegistrations.Should().Contain(x => x.Method == TextDocumentNames.SemanticTokensFull);
}
public RegistrationExtensionResult GetRegistration()
{
var semanticTokensOptions = new SemanticTokensOptions
{
DocumentProvider = new SemanticTokensDocumentProviderOptions
{
Edits = false,
},
Legend = SemanticTokensLegend.Instance,
RangeProvider = false,
};
return(new RegistrationExtensionResult(LanguageServerConstants.SemanticTokensProviderName, semanticTokensOptions));
}
public RegistrationExtensionResult GetRegistration()
{
var semanticTokensOptions = new SemanticTokensOptions
{
DocumentProvider = new SemanticTokensDocumentProviderOptions
{
Edits = true,
},
Legend = SemanticTokensLegend.Instance,
RangeProvider = true,
};
return(new RegistrationExtensionResult(SemanticCapability, semanticTokensOptions));
}
