internal DirectiveNode(
DirectiveToken directiveToken,
SourceText sourceText,
PolyglotSyntaxTree?syntaxTree) : base(directiveToken.DirectiveName, sourceText, syntaxTree)
{
Add(directiveToken);
}
internal KernelNameDirectiveNode(
DirectiveToken directiveToken,
SourceText sourceText,
PolyglotSyntaxTree?syntaxTree) : base(directiveToken, sourceText, syntaxTree)
{
KernelName = directiveToken.DirectiveName;
}
internal ProxyKernelNameDirectiveNode(
string remoteKernelName,
DirectiveToken directiveToken,
SourceText sourceText,
PolyglotSyntaxTree?syntaxTree) : base(directiveToken, sourceText, syntaxTree)
{
RemoteKernelName = remoteKernelName;
}
internal ActionDirectiveNode(
DirectiveToken directiveToken,
SourceText sourceText,
string parentKernelName,
PolyglotSyntaxTree?syntaxTree) : base(directiveToken, sourceText, syntaxTree)
{
ParentKernelName = parentKernelName;
}
private bool IsLanguageDirective(DirectiveToken directiveToken)
{
if (_kernelChooserDirectives is null)
{
_kernelChooserDirectives = new HashSet <string>(
_directives
.OfType <ChooseKernelDirective>()
.SelectMany(c => c.Aliases));
}
return(_kernelChooserDirectives.Contains(directiveToken.Text));
}
private bool IsLanguageDirective(DirectiveToken directiveToken)
{
if (_kernelChooserDirectives is null &&
_subkernelDirectiveParsersByLanguageName != null)
{
_kernelChooserDirectives = new HashSet <string>(
_rootKernelDirectiveParser
.Configuration
.RootCommand
.Children
.OfType <ChooseKernelDirective>()
.SelectMany(c => c.Aliases)
);
}
return(_kernelChooserDirectives?.Contains(directiveToken.Text) == true);
}
internal DirectiveNode(DirectiveToken directiveToken, SourceText sourceText) : base("#!-directive", sourceText)
{
Add(directiveToken);
}
internal KernelDirectiveNode(
DirectiveToken directiveToken,
SourceText sourceText) : base(directiveToken, sourceText)
{
KernelName = directiveToken.DirectiveName;
}