use crate::parser::grammar::description;
use crate::parser::grammar::directive;
use crate::parser::grammar::operation;
use crate::parser::grammar::ty;
use crate::parser::grammar::value::Constness;
use crate::Parser;
use crate::SyntaxKind;
use crate::TokenKind;
use crate::S;
use crate::T;
fn root_operation_type_definition(p: &mut Parser) {
let _guard = p.start_node(SyntaxKind::ROOT_OPERATION_TYPE_DEFINITION);
operation::operation_type(p);
if let Some(T![:]) = p.peek() {
p.bump(S![:]);
ty::named_type(p);
} else {
p.err("expected a Name Type");
}
}
pub(crate) fn schema_definition(p: &mut Parser) {
let _g = p.start_node(SyntaxKind::SCHEMA_DEFINITION);
if let Some(TokenKind::StringValue) = p.peek() {
description::description(p);
}
if let Some("schema") = p.peek_data() {
p.bump(SyntaxKind::schema_KW);
}
if let Some(T![@]) = p.peek() {
directive::directives(p, Constness::Const);
}
if let Some(T!['{']) = p.peek() {
p.bump(S!['{']);
let mut has_root_operation_types = false;
p.peek_while_kind(TokenKind::Name, |p| {
has_root_operation_types = true;
root_operation_type_definition(p);
});
if !has_root_operation_types {
p.err("expected Root Operation Type Definition");
}
p.expect(T!['}'], S!['}']);
}
}
pub(crate) fn schema_extension(p: &mut Parser) {
let _g = p.start_node(SyntaxKind::SCHEMA_EXTENSION);
p.bump(SyntaxKind::extend_KW);
p.bump(SyntaxKind::schema_KW);
let mut meets_requirements = false;
if let Some(T![@]) = p.peek() {
meets_requirements = true;
directive::directives(p, Constness::Const);
}
if let Some(T!['{']) = p.peek() {
p.bump(S!['{']);
p.peek_while_kind(TokenKind::Name, |p| {
meets_requirements = true;
root_operation_type_definition(p);
});
p.expect(T!['}'], S!['}']);
}
if !meets_requirements {
p.err("expected directives or Root Operation Type Definition");
}
}